-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
Note: This HTML document was last generated on 2020-01-14
-
-
-
Load Patent Table
-
patent <- fread("patent.tsv")
-colnames(patent)[colnames(patent)=="type"] <- "patent_type"
-colnames(patent)[colnames(patent)=="country"] <- "patent_country"
-colnames(patent)[colnames(patent)=="id"] <- "patent_id"
-head(patent)
-
## patent_id patent_type number patent_country date
-## 1: 10000000 utility 10000000 US 2018-06-19
-## 2: 10000001 utility 10000001 US 2018-06-19
-## 3: 10000002 utility 10000002 US 2018-06-19
-## 4: 10000003 utility 10000003 US 2018-06-19
-## 5: 10000004 utility 10000004 US 2018-06-19
-## 6: 10000005 utility 10000005 US 2018-06-19
-## abstract
-## 1: A frequency modulated (coherent) laser detection and ranging system includes a read-out integrated circuit formed with a two-dimensional array of detector elements each including a photosensitive region receiving both return light reflected from a target and light from a local oscillator, and local processing circuitry sampling the output of the photosensitive region four times during each sample period clock cycle to obtain quadrature components. A data bus coupled to one or more outputs of each of the detector elements receives the quadrature components from each of the detector elements for each sample period and serializes the received quadrature components. A processor coupled to the data bus receives the serialized quadrature components and determines an amplitude and a phase for at least one interfering frequency corresponding to interference between the return light and the local oscillator light using the quadrature components.
-## 2: The injection molding machine includes a fixed platen, a moveable platen moving forward and backward by a toggle link, a base plate supporting the toggle link, a driving part for mold clamping to operate the toggle link, a driving part for mold thickness adjustment to adjust a mold thickness, and a control unit to calculate a movement distance gap before a clamping process by controlling the driving part for mold thickness adjustment to move the base plate backward and then move the base plate forward to a target movement position based on a fold amount of the toggle link, and control the driving part for mold thickness adjustment using a value obtained by deducting the movement distance gap from the fold amount of the toggle link when producing a clamp force.
-## 3: The present invention relates to: a method for manufacturing a polymer film, the method including a base film forming step for co-extruding a first resin containing a polyamide-based resin and a second resin containing a copolymer including polyamide-based segments and polyether-based segments; a co-extruded film including a base film including a first resin layer containing a polyamide-based resin, and a second resin layer containing a copolymer having polyamide-based segments and polyether-based segments; to a co-extruded film including a base film including a first resin layer and a second resin layer, which have different melting points; and to a method for manufacturing a polymer film, the method including a base film forming step including a step of co-extruding a first resin and a second resin, which have different melting points.
-## 4: The invention relates to a method for producing a container (2) from a thermoplastic, having at least one surround (4), provided in the container wall (1), for a container opening. The surround (4) comprises a structure behind which parts of the container wall (1) extend and/or which is penetrated by said parts. The method is carried out using a multi-part blow mold that has at least two mold parts, each having at least one cavity, wherein the surround is placed as an insert in the cavity (10) of the blow mold (7). The method comprises pressing the preform that has been forced into the cavity (10) into the structure of the surround (4) by means of a tool which is brought to bear on the preform (12) on the side of the preform facing away from the cavity (10).
-## 5: The present invention relates to provides a double-oriented film, co-extrude, and of low thickness, with a layered composition that gives the property of being of high barrier to gases and manufactured by the process of co-extrusion of 3 bubbles, which gives the property of when being thermoformed, ensure the distribution of uniform thickness in the walls, base, folds, and corners of the formed tray saving a minimum of 50% of plastic without diminishing its gas barrier and its resistance to puncture.
-## 6: A vacuum forming apparatus is provided that forms an article having a covering bonded to the surface of a substrate in a molding space using a first mold and a second mold. The vacuum forming apparatus is provided with clamps for grasping the covering between the first and second molds arranged at the open positions. The clamps are movable between an interfering position, at which the clamps are located in the movement ranges of the first and second molds, and standby positions, at which the clamps are outside the movement ranges. After the covering is heated, the clamps grasping the covering move to the standby positions and stretch the covering. The first and second molds move to the closed positions and the article is molded between the first and second molds so that the stretched covering and the substrate are bonded to each other.
-## title
-## 1: Coherent LADAR using intra-pixel quadrature detection
-## 2: Injection molding machine and mold thickness control method
-## 3: Method for manufacturing polymer film and co-extruded film
-## 4: Method for producing a container from a thermoplastic
-## 5: Process of obtaining a double-oriented film, co-extruded, and of low thickness made by a three bubble process that at the time of being thermoformed provides a uniform thickness in the produced tray
-## 6: Article vacuum formation method and vacuum forming apparatus
-## kind num_claims filename withdrawn
-## 1: B2 20 ipg180619.xml NULL
-## 2: B2 12 ipg180619.xml NULL
-## 3: B2 9 ipg180619.xml NULL
-## 4: B2 18 ipg180619.xml NULL
-## 5: B2 6 ipg180619.xml NULL
-## 6: B2 4 ipg180619.xml NULL
-
-
-
Load Assignee and Location Tables
-
assignee <- fread("assignee.tsv")
-location <- fread("location.tsv")
-
head(assignee)
-
## id type name_first name_last
-## 1: 004bvflbsd8k0pjiga6l1hdm2 2 NULL NULL
-## 2: 00aw1csuxll9yyqi67qq9m91q 2 NULL NULL
-## 3: 00gkqk53hjao0mroltu3oo1qk 2 NULL NULL
-## 4: 00grlqxhvjz0l7ylc5okvvtbg 2 NULL NULL
-## 5: 00iquis3fn9yu6i0n8ojxex4c 2 NULL NULL
-## 6: 00qivxg405hst268eg56psex6 2 NULL NULL
-## organization
-## 1: GM Global Technology Operations LLC
-## 2: AT&T Intellectual Property II, L.P.
-## 3: McAfee, Inc.
-## 4: Sequa Corporation
-## 5: CENTER CROSS ARCHERY LLC
-## 6: Exceptional IP Holdings, LLC
-
head(location)
-
## id city state country latitude longitude county
-## 1: 000ii62xlraz Esparto CA US 38.6922 -122.0160 Yolo
-## 2: 000iprvfzu2f Limm NULL GB 11.1000 30.5167 NULL
-## 3: 000ktsnnq96r Lauenburg/Elbe NULL DE 53.3763 10.5497 NULL
-## 4: 000osf8n2ysw Bouxwiller NULL FR 47.5051 7.3453 NULL
-## 5: 0014a0zfh259 Morance NULL FR 45.8978 4.7004 NULL
-## 6: 0018uf8e2x0f Dals Langed NULL SE 58.9167 12.3000 NULL
-## state_fips county_fips
-## 1: 6 6113
-## 2: NULL NULL
-## 3: NULL NULL
-## 4: NULL NULL
-## 5: NULL NULL
-## 6: NULL NULL
-
-
-
Load Raw Location and Raw Assignee Tables
-
rawassignee <- fread("rawassignee.tsv")
-rawlocation <- fread("rawlocation.tsv")
-
head(rawassignee)
-
## uuid patent_id assignee_id
-## 1: 0000p94wkezw94s8cz7dbxlvz 5856666 org_fijoKOoRhIzrkYzecWF9
-## 2: 00013vk881wap9u4mbo7lwwhp 5204210 org_UrbE3xev7LUsnuvRjbep
-## 3: 000192sn2u10kzpikl4s7h3r0 5302149 org_JcXwBlJtb1uvcPKHeaYX
-## 4: 0001ycvv6sz1ju07ss99nhxi1 9104354 org_7fE5f5nnY6dbOc3vSaXb
-## 5: 0001z7ws4m14aqdb3tv99u550 6584517 org_sj7olrHxASyJDNVGczBe
-## 6: 0002ca4n6l0hop2dycg28wx3g 6970439 org_E6m1uPIsSbg4FlEl54lY
-## rawlocation_id type name_first name_last
-## 1: orskbf54s58e97lkmw8na5rpx 2 NULL NULL
-## 2: mue862v5lcjdhzqqk86ei75kj 2 NULL NULL
-## 3: o1h9dqdv0yq7dt1b1vmrcal9h 3 NULL NULL
-## 4: rspbpqcajvm09r1ew9mgnpx37 3 NULL NULL
-## 5: l1gyelp5jcg0hakk9smmhsdgr 2 NULL NULL
-## 6: 4s9aa5btsexwstspmj5ta5a6j 2 NULL NULL
-## organization sequence
-## 1: U.S. Philips Corporation 0
-## 2: Xerox Corporation 0
-## 3: Commonwealth Scientific & Industrial Research Organization 1
-## 4: Canon Kabushiki Kaisha 0
-## 5: Cypress Semiconductor Corp. 0
-## 6: Motorola, Inc. 0
-
head(rawlocation)
-
## id location_id city state country
-## 1: 00008o6jw8bp4c824ihgc1fcz qxm7bum6wvip Sunnyvale CA US
-## 2: 0000a07fetfy6e2t4fjqc4nj6 cemoactpeldz Seoul NULL KR
-## 3: 0000b606fnwnupiane3dfkoyl lmeg78jbn8nq Baton Rouge LA US
-## 4: 0000bztanu9rrtm943i8a7wry 1rfm0quusx8z Osaka NULL JP
-## 5: 0000dqyk4jrapg90sz5a4eog6 kxmtp5terq5w Austin TX US
-## 6: 0000g8ehwj0j8r2eubt3s0sso 25uh68jjdw8z Nundah NULL AU
-## latlong
-## 1: 37.3689|-122.0353
-## 2: 37.5985|126.9783
-## 3: 30.4506|-91.1544
-## 4: 34.6937|135.5022
-## 5: 30.2669|-97.7428
-## 6: -27.4033|153.0603
-
-
-
Join Raw Assignee and Assignee Tables
-
merged_assignees <- merge(rawassignee, assignee, by.x = c('assignee_id', 'type', 'name_first', 'name_last', 'organization'), by.y = c('id','type', 'name_first', 'name_last', 'organization'))
-
colnames(merged_assignees)[colnames(merged_assignees)=="type"] <- "assignee_type"
-
-head(merged_assignees)
-
## assignee_id assignee_type name_first name_last
-## 1: 004bvflbsd8k0pjiga6l1hdm2 2 NULL NULL
-## 2: 00aw1csuxll9yyqi67qq9m91q 2 NULL NULL
-## 3: 00gkqk53hjao0mroltu3oo1qk 2 NULL NULL
-## 4: 00grlqxhvjz0l7ylc5okvvtbg 2 NULL NULL
-## 5: 00iquis3fn9yu6i0n8ojxex4c 2 NULL NULL
-## 6: 00qivxg405hst268eg56psex6 2 NULL NULL
-## organization uuid patent_id
-## 1: GM Global Technology Operations LLC pfqsbx9cud7900bsf30rpqhbn 8499738
-## 2: AT&T Intellectual Property II, L.P. 35u392dttglj2tk1lywtepfkq 7936730
-## 3: McAfee, Inc. q3at72duk25a02ujn35soumry 9148422
-## 4: Sequa Corporation zsrq73v0qr24hjmv3yms09xse 7246474
-## 5: CENTER CROSS ARCHERY LLC go5lrbk3yph01byne9xojx4w3 9683819
-## 6: Exceptional IP Holdings, LLC 3hbckl4pd9cyrqunipb21jobr 9296121
-## rawlocation_id sequence
-## 1: NULL 0
-## 2: NULL 0
-## 3: NULL 0
-## 4: NULL 0
-## 5: NULL 0
-## 6: NULL 0
-
n_non_matches <- nrow(rawassignee) - nrow(merged_assignees)
-
The assignee table contains 486,381 rows while the rawassignee table contains 6,387,373 rows. The merging of these tables results in a table with 5,082,070 rows. Thus there are 1,305,303 rows in the rawassignee table which do not contain matches to the assignee table on the specified columns.
-
-
-
Join Raw Location and Location Tables
-
head(location)
-
## id city state country latitude longitude county
-## 1: 000ii62xlraz Esparto CA US 38.6922 -122.0160 Yolo
-## 2: 000iprvfzu2f Limm NULL GB 11.1000 30.5167 NULL
-## 3: 000ktsnnq96r Lauenburg/Elbe NULL DE 53.3763 10.5497 NULL
-## 4: 000osf8n2ysw Bouxwiller NULL FR 47.5051 7.3453 NULL
-## 5: 0014a0zfh259 Morance NULL FR 45.8978 4.7004 NULL
-## 6: 0018uf8e2x0f Dals Langed NULL SE 58.9167 12.3000 NULL
-## state_fips county_fips
-## 1: 6 6113
-## 2: NULL NULL
-## 3: NULL NULL
-## 4: NULL NULL
-## 5: NULL NULL
-## 6: NULL NULL
-
colnames(rawlocation)[colnames(rawlocation)=="id"] <- "rawlocation_id"
-head(rawlocation)
-
## rawlocation_id location_id city state country
-## 1: 00008o6jw8bp4c824ihgc1fcz qxm7bum6wvip Sunnyvale CA US
-## 2: 0000a07fetfy6e2t4fjqc4nj6 cemoactpeldz Seoul NULL KR
-## 3: 0000b606fnwnupiane3dfkoyl lmeg78jbn8nq Baton Rouge LA US
-## 4: 0000bztanu9rrtm943i8a7wry 1rfm0quusx8z Osaka NULL JP
-## 5: 0000dqyk4jrapg90sz5a4eog6 kxmtp5terq5w Austin TX US
-## 6: 0000g8ehwj0j8r2eubt3s0sso 25uh68jjdw8z Nundah NULL AU
-## latlong
-## 1: 37.3689|-122.0353
-## 2: 37.5985|126.9783
-## 3: 30.4506|-91.1544
-## 4: 34.6937|135.5022
-## 5: 30.2669|-97.7428
-## 6: -27.4033|153.0603
-
merged_locations <- merge(rawlocation, location, by.x = c('location_id', 'city', 'state', 'country'), by.y = c('id','city', 'state', 'country'))
-
head(merged_locations)
-
## location_id city state country rawlocation_id
-## 1: 000ii62xlraz Esparto CA US 09g0uz60wjm5ynib3xa28z8bn
-## 2: 000ii62xlraz Esparto CA US 0fyd31upf36smdme7oms1nhzi
-## 3: 000ii62xlraz Esparto CA US 2e4xhj4rjkwvu4gydwyiojzea
-## 4: 000ii62xlraz Esparto CA US 2j0ps8x68j7wsajxzxvsg6txx
-## 5: 000ii62xlraz Esparto CA US 49st0yptqxr9b2ecbp8l3eq97
-## 6: 000ii62xlraz Esparto CA US 4fgmrp96itwtsla9tglzqu0gb
-## latlong latitude longitude county state_fips county_fips
-## 1: 38.6922|-122.0161 38.6922 -122.016 Yolo 6 6113
-## 2: 38.6922|-122.0161 38.6922 -122.016 Yolo 6 6113
-## 3: 38.6922|-122.0161 38.6922 -122.016 Yolo 6 6113
-## 4: 38.6922|-122.0161 38.6922 -122.016 Yolo 6 6113
-## 5: 38.6922|-122.0161 38.6922 -122.016 Yolo 6 6113
-## 6: 38.6922|-122.0161 38.6922 -122.016 Yolo 6 6113
-
n_non_matches <- nrow(rawlocation) - nrow(merged_locations)
-
The location table contains 142,188 rows while the rawlocation table contains 27,460,928rows. Merging these tables results in a merged_locations table of 25,410,691 rows. Thus there are 2,050,237 rows in the rawlocation table which do not have a matching location_id, city, state, and country in the location table.
-
-
-
Join Merged_Locations and Merged_Assignees
-
merged_assignee_location <- merge(merged_locations, merged_assignees, by.x = 'rawlocation_id', by.y = 'rawlocation_id')
-
colnames(merged_assignee_location)[colnames(merged_assignee_location)=="type"] <- "assignee_type"
-head(merged_assignee_location)
-
## rawlocation_id location_id city state country
-## 1: 0000a07fetfy6e2t4fjqc4nj6 cemoactpeldz Seoul NULL KR
-## 2: 0000bztanu9rrtm943i8a7wry 1rfm0quusx8z Osaka NULL JP
-## 3: 0000dqyk4jrapg90sz5a4eog6 kxmtp5terq5w Austin TX US
-## 4: 00012bpxm3zw9ic3fntkt2y0n 4kqu1ib0ozsk Washington DC US
-## 5: 0001jr4pe4nf6judjbjf7ni7j 4bzg3k4qm96v Carol Stream IL US
-## 6: 0001pjj8tpsgixdh0w2vzkf6l 0yaxi23jdpoo Bath NULL GB
-## latlong latitude longitude county state_fips
-## 1: 37.5985|126.9783 37.5985 126.9780 NULL NULL
-## 2: 34.6937|135.5022 34.6937 135.5020 NULL NULL
-## 3: 30.2669|-97.7428 30.2669 -97.7428 Travis 48
-## 4: 38.895|-77.0367 38.8950 -77.0367 District of Columbia 11
-## 5: 41.9125|-88.1347 41.9125 -88.1347 DuPage 17
-## 6: 51.3794|-2.3656 51.3794 -2.3656 NULL NULL
-## county_fips assignee_id assignee_type name_first name_last
-## 1: NULL org_FRO2wdVwzz55rpoigYJU 3 NULL NULL
-## 2: NULL org_Y0pGhGHfz4S9myhFkrDo 3 NULL NULL
-## 3: 48453 org_OAbJ9MgUqayvWClZtJkP 2 NULL NULL
-## 4: 11001 org_EZcyn2HosNuH0Dg5xTai 6 NULL NULL
-## 5: 17043 org_lcg2WfQGP885kmwEebaG 2 NULL NULL
-## 6: NULL org_1Aaa2HuQFtcHPNU453yR 3 NULL NULL
-## organization
-## 1: Kia Motors Corporation
-## 2: Panasonic Corporation
-## 3: Freescale Semiconductor, Inc.
-## 4: The United States of America as represented by the Secretary of Commerce
-## 5: Maremont Corporation
-## 6: Mindspeed Technologies U.K., Limited
-## uuid patent_id sequence
-## 1: u7whuasvhjt0ogf11wpkgzjqe 10308144 1
-## 2: an1w3xckrtghahpevy3rnhonk 7535814 0
-## 3: qf877chvhg50wvjl46nfwxmeq 7795674 0
-## 4: vrcvz7aqi5jew5669gtz3vgbo 4672851 0
-## 5: 23wrusl8imqex9g1bjj79etja 4460073 0
-## 6: yf2x9phh517ejjfa98iudu97c 8352955 0
-
-
-
Join Assignee, Location, and Patent Data
-
head(patent)
-
## patent_id patent_type number patent_country date
-## 1: 10000000 utility 10000000 US 2018-06-19
-## 2: 10000001 utility 10000001 US 2018-06-19
-## 3: 10000002 utility 10000002 US 2018-06-19
-## 4: 10000003 utility 10000003 US 2018-06-19
-## 5: 10000004 utility 10000004 US 2018-06-19
-## 6: 10000005 utility 10000005 US 2018-06-19
-## abstract
-## 1: A frequency modulated (coherent) laser detection and ranging system includes a read-out integrated circuit formed with a two-dimensional array of detector elements each including a photosensitive region receiving both return light reflected from a target and light from a local oscillator, and local processing circuitry sampling the output of the photosensitive region four times during each sample period clock cycle to obtain quadrature components. A data bus coupled to one or more outputs of each of the detector elements receives the quadrature components from each of the detector elements for each sample period and serializes the received quadrature components. A processor coupled to the data bus receives the serialized quadrature components and determines an amplitude and a phase for at least one interfering frequency corresponding to interference between the return light and the local oscillator light using the quadrature components.
-## 2: The injection molding machine includes a fixed platen, a moveable platen moving forward and backward by a toggle link, a base plate supporting the toggle link, a driving part for mold clamping to operate the toggle link, a driving part for mold thickness adjustment to adjust a mold thickness, and a control unit to calculate a movement distance gap before a clamping process by controlling the driving part for mold thickness adjustment to move the base plate backward and then move the base plate forward to a target movement position based on a fold amount of the toggle link, and control the driving part for mold thickness adjustment using a value obtained by deducting the movement distance gap from the fold amount of the toggle link when producing a clamp force.
-## 3: The present invention relates to: a method for manufacturing a polymer film, the method including a base film forming step for co-extruding a first resin containing a polyamide-based resin and a second resin containing a copolymer including polyamide-based segments and polyether-based segments; a co-extruded film including a base film including a first resin layer containing a polyamide-based resin, and a second resin layer containing a copolymer having polyamide-based segments and polyether-based segments; to a co-extruded film including a base film including a first resin layer and a second resin layer, which have different melting points; and to a method for manufacturing a polymer film, the method including a base film forming step including a step of co-extruding a first resin and a second resin, which have different melting points.
-## 4: The invention relates to a method for producing a container (2) from a thermoplastic, having at least one surround (4), provided in the container wall (1), for a container opening. The surround (4) comprises a structure behind which parts of the container wall (1) extend and/or which is penetrated by said parts. The method is carried out using a multi-part blow mold that has at least two mold parts, each having at least one cavity, wherein the surround is placed as an insert in the cavity (10) of the blow mold (7). The method comprises pressing the preform that has been forced into the cavity (10) into the structure of the surround (4) by means of a tool which is brought to bear on the preform (12) on the side of the preform facing away from the cavity (10).
-## 5: The present invention relates to provides a double-oriented film, co-extrude, and of low thickness, with a layered composition that gives the property of being of high barrier to gases and manufactured by the process of co-extrusion of 3 bubbles, which gives the property of when being thermoformed, ensure the distribution of uniform thickness in the walls, base, folds, and corners of the formed tray saving a minimum of 50% of plastic without diminishing its gas barrier and its resistance to puncture.
-## 6: A vacuum forming apparatus is provided that forms an article having a covering bonded to the surface of a substrate in a molding space using a first mold and a second mold. The vacuum forming apparatus is provided with clamps for grasping the covering between the first and second molds arranged at the open positions. The clamps are movable between an interfering position, at which the clamps are located in the movement ranges of the first and second molds, and standby positions, at which the clamps are outside the movement ranges. After the covering is heated, the clamps grasping the covering move to the standby positions and stretch the covering. The first and second molds move to the closed positions and the article is molded between the first and second molds so that the stretched covering and the substrate are bonded to each other.
-## title
-## 1: Coherent LADAR using intra-pixel quadrature detection
-## 2: Injection molding machine and mold thickness control method
-## 3: Method for manufacturing polymer film and co-extruded film
-## 4: Method for producing a container from a thermoplastic
-## 5: Process of obtaining a double-oriented film, co-extruded, and of low thickness made by a three bubble process that at the time of being thermoformed provides a uniform thickness in the produced tray
-## 6: Article vacuum formation method and vacuum forming apparatus
-## kind num_claims filename withdrawn
-## 1: B2 20 ipg180619.xml NULL
-## 2: B2 12 ipg180619.xml NULL
-## 3: B2 9 ipg180619.xml NULL
-## 4: B2 18 ipg180619.xml NULL
-## 5: B2 6 ipg180619.xml NULL
-## 6: B2 4 ipg180619.xml NULL
-
# free up some memory for final merge
-rm(rawassignee)
-rm(rawlocation)
-rm(assignee)
-rm(location)
-rm(merged_locations)
-
-complete_merge <- merge(patent, merged_assignee_location, by.x = 'patent_id', by.y = 'patent_id' )
-
head(complete_merge)
-
## patent_id patent_type number patent_country date
-## 1: 10000000 utility 10000000 US 2018-06-19
-## 2: 10000004 utility 10000004 US 2018-06-19
-## 3: 10000007 utility 10000007 US 2018-06-19
-## 4: 10000008 utility 10000008 US 2018-06-19
-## 5: 10000010 utility 10000010 US 2018-06-19
-## 6: 10000011 utility 10000011 US 2018-06-19
-## abstract
-## 1: A frequency modulated (coherent) laser detection and ranging system includes a read-out integrated circuit formed with a two-dimensional array of detector elements each including a photosensitive region receiving both return light reflected from a target and light from a local oscillator, and local processing circuitry sampling the output of the photosensitive region four times during each sample period clock cycle to obtain quadrature components. A data bus coupled to one or more outputs of each of the detector elements receives the quadrature components from each of the detector elements for each sample period and serializes the received quadrature components. A processor coupled to the data bus receives the serialized quadrature components and determines an amplitude and a phase for at least one interfering frequency corresponding to interference between the return light and the local oscillator light using the quadrature components.
-## 2: The present invention relates to provides a double-oriented film, co-extrude, and of low thickness, with a layered composition that gives the property of being of high barrier to gases and manufactured by the process of co-extrusion of 3 bubbles, which gives the property of when being thermoformed, ensure the distribution of uniform thickness in the walls, base, folds, and corners of the formed tray saving a minimum of 50% of plastic without diminishing its gas barrier and its resistance to puncture.
-## 3: An expanding tool comprising: an actuator comprising a cylindrical housing that defines an actuator housing cavity; a primary ram disposed within the actuator housing cavity, the primary ram defining an internal primary ram cavity; a secondary ram disposed within the internal primary ram cavity; a cam roller carrier coupled to a distal end of the secondary ram; a drive collar positioned within a distal end of the actuator housing cavity; a roller clutch disposed within an internal cavity defined by an inner surface of the drive collar; a shuttle cam positioned between the roller clutch and a distal end of the primary ram; an expander cone coupled to the primary ram; and an expander head operably coupled to the drive collar.
-## 4: A decorated strip of coated, heat-shrinkable, plastic sheet material is placed in a spiral slot formed in a silicone rubber mold. The spiral slot is defined by a spiral wall having a uniform wall thickness. Upon heating in an oven, the material shrinks, forming a resiliently expansible arc-shaped band that can be worn as a bracelet or wristband.
-## 5: 3-D printing system include development stations positioned to electrostatically transfer build and support materials to an intermediate transfer surface, a transfer station adjacent the intermediate transfer surface, guides adjacent the transfer station, and platens moving on the guides. The guides are shaped to direct the platens to repeatedly pass the transfer station and come in contact with the intermediate transfer surface at the transfer station. The intermediate transfer surface transfers a layer of the build and support materials to the platens each time the platens contact the intermediate transfer surface at the transfer station to successively form layers of the build and support materials on the platens. The platens and the intermediate transfer surface include rack and pinion structures that temporarily join at the transfer station, as the platens pass the transfer station, to align the platens with the intermediate transfer surface as the platens contact the intermediate transfer surface.
-## 6: To reduce distortion in an additively manufactured part, a shrinking platform is formed from a metal particulate filler in a debindable matrix. Shrinking supports of the same material are formed above the shrinking platform, and a desired part of the same material is formed upon them. A sliding release layer is provided below the shrinking platform of equal or larger surface area than a bottom of the shrinking platform to lateral resistance between the shrinking platform and an underlying surface. The matrix is debound sufficient to form a shape-retaining brown part assembly including the shrinking platform, shrinking supports, and the desired part. The shape-retaining brown part assembly is heated to shrink all of the components together at a same rate via atomic diffusion.
-## title
-## 1: Coherent LADAR using intra-pixel quadrature detection
-## 2: Process of obtaining a double-oriented film, co-extruded, and of low thickness made by a three bubble process that at the time of being thermoformed provides a uniform thickness in the produced tray
-## 3: PEX expanding tool
-## 4: Bracelet mold and method of use
-## 5: 3-D electrostatic printer using rack and pinion registration system
-## 6: Supports for sintering additively manufactured parts
-## kind num_claims filename withdrawn rawlocation_id
-## 1: B2 20 ipg180619.xml NULL r7ep1i9cnoxp5af0i8in6li7s
-## 2: B2 6 ipg180619.xml NULL 6rehm9medwxuoreqbg7ded05v
-## 3: B2 24 ipg180619.xml NULL pcmrojq59hh42w1zx55c4vtnq
-## 4: B2 11 ipg180619.xml NULL jf04zgy27bbhss9zf7du9t13x
-## 5: B2 20 ipg180619.xml NULL 2xq5n6vql58bj2imf6qntrxas
-## 6: B1 30 ipg180619.xml NULL 85q4hydnb4k5nsztw1ldr5s6o
-## location_id city state country latlong latitude
-## 1: sz07iwmerndr Waltham MA US 42.3764|-71.2361 42.3764
-## 2: 7xx3c5j38uy4 Monterrey NULL MX 25.6866|-100.3161 25.6866
-## 3: 3kfz8rbattyy Brookfield WI US 43.0606|-88.1064 43.0606
-## 4: tm5n0nkk6vui Northvale NJ US 41.0064|-73.9494 41.0064
-## 5: 41x16fll6h13 Norwalk CT US 41.1175|-73.4083 41.1175
-## 6: 0gzn02sfdkgl Watertown MA US 42.3708|-71.1833 42.3708
-## longitude county state_fips county_fips assignee_id
-## 1: -71.2361 Middlesex 25 25017 org_AARE0vwmqWJVw3VEQhqO
-## 2: -100.3160 NULL NULL NULL org_i7HMMn3SSFuW0jGC8dZr
-## 3: -88.1064 Waukesha 55 55133 org_il88HucVp82DFlrSiqHF
-## 4: -73.9494 Bergen 34 34003 org_dltfa8HjhhcG1eN1Af3J
-## 5: -73.4083 Fairfield 9 9001 org_UrbE3xev7LUsnuvRjbep
-## 6: -71.1833 Middlesex 25 25017 org_Hg5ThdGNeUqwAVSISglk
-## assignee_type name_first name_last organization
-## 1: 2 NULL NULL Raytheon Company
-## 2: 3 NULL NULL ZUBEX INDUSTRIAL SA DE CV
-## 3: 2 NULL NULL Milwaukee Electric Tool Corporation
-## 4: 2 NULL NULL Alex Toys, LLC
-## 5: 2 NULL NULL Xerox Corporation
-## 6: 2 NULL NULL MARKFORGED, INC.
-## uuid sequence
-## 1: vtus5eb4i7ebzleux3c8qfuir 0
-## 2: unykdm4rllult7dlswivtojfo 0
-## 3: de8maqgwv2aheidnovnd95njr 0
-## 4: 9jbbya3cdigrjtqxkjjl39s4y 0
-## 5: grm825lxh91ko3n1feva20zqr 0
-## 6: 1h5v4oycegaoh7dp95itxi6jg 0
-
The merged_assignee_location table contains 4,680,039 rows and the patent table contains 7,144,425. The complete_merge contains 4,680,039 rows. Thus, all of the patent_ids in the merged_assignee_location table have matches in the patent table.
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
Note: This HTML document was last generated on 2020-01-14
-
-
-
Load Patent Table
-
patent <- fread("patent.tsv")
-colnames(patent)[colnames(patent)=="type"] <- "patent_type"
-colnames(patent)[colnames(patent)=="country"] <- "patent_country"
-colnames(patent)[colnames(patent)=="id"] <- "patent_id"
-head(patent)
-
## patent_id patent_type number patent_country date
-## 1: 10000000 utility 10000000 US 2018-06-19
-## 2: 10000001 utility 10000001 US 2018-06-19
-## 3: 10000002 utility 10000002 US 2018-06-19
-## 4: 10000003 utility 10000003 US 2018-06-19
-## 5: 10000004 utility 10000004 US 2018-06-19
-## 6: 10000005 utility 10000005 US 2018-06-19
-## abstract
-## 1: A frequency modulated (coherent) laser detection and ranging system includes a read-out integrated circuit formed with a two-dimensional array of detector elements each including a photosensitive region receiving both return light reflected from a target and light from a local oscillator, and local processing circuitry sampling the output of the photosensitive region four times during each sample period clock cycle to obtain quadrature components. A data bus coupled to one or more outputs of each of the detector elements receives the quadrature components from each of the detector elements for each sample period and serializes the received quadrature components. A processor coupled to the data bus receives the serialized quadrature components and determines an amplitude and a phase for at least one interfering frequency corresponding to interference between the return light and the local oscillator light using the quadrature components.
-## 2: The injection molding machine includes a fixed platen, a moveable platen moving forward and backward by a toggle link, a base plate supporting the toggle link, a driving part for mold clamping to operate the toggle link, a driving part for mold thickness adjustment to adjust a mold thickness, and a control unit to calculate a movement distance gap before a clamping process by controlling the driving part for mold thickness adjustment to move the base plate backward and then move the base plate forward to a target movement position based on a fold amount of the toggle link, and control the driving part for mold thickness adjustment using a value obtained by deducting the movement distance gap from the fold amount of the toggle link when producing a clamp force.
-## 3: The present invention relates to: a method for manufacturing a polymer film, the method including a base film forming step for co-extruding a first resin containing a polyamide-based resin and a second resin containing a copolymer including polyamide-based segments and polyether-based segments; a co-extruded film including a base film including a first resin layer containing a polyamide-based resin, and a second resin layer containing a copolymer having polyamide-based segments and polyether-based segments; to a co-extruded film including a base film including a first resin layer and a second resin layer, which have different melting points; and to a method for manufacturing a polymer film, the method including a base film forming step including a step of co-extruding a first resin and a second resin, which have different melting points.
-## 4: The invention relates to a method for producing a container (2) from a thermoplastic, having at least one surround (4), provided in the container wall (1), for a container opening. The surround (4) comprises a structure behind which parts of the container wall (1) extend and/or which is penetrated by said parts. The method is carried out using a multi-part blow mold that has at least two mold parts, each having at least one cavity, wherein the surround is placed as an insert in the cavity (10) of the blow mold (7). The method comprises pressing the preform that has been forced into the cavity (10) into the structure of the surround (4) by means of a tool which is brought to bear on the preform (12) on the side of the preform facing away from the cavity (10).
-## 5: The present invention relates to provides a double-oriented film, co-extrude, and of low thickness, with a layered composition that gives the property of being of high barrier to gases and manufactured by the process of co-extrusion of 3 bubbles, which gives the property of when being thermoformed, ensure the distribution of uniform thickness in the walls, base, folds, and corners of the formed tray saving a minimum of 50% of plastic without diminishing its gas barrier and its resistance to puncture.
-## 6: A vacuum forming apparatus is provided that forms an article having a covering bonded to the surface of a substrate in a molding space using a first mold and a second mold. The vacuum forming apparatus is provided with clamps for grasping the covering between the first and second molds arranged at the open positions. The clamps are movable between an interfering position, at which the clamps are located in the movement ranges of the first and second molds, and standby positions, at which the clamps are outside the movement ranges. After the covering is heated, the clamps grasping the covering move to the standby positions and stretch the covering. The first and second molds move to the closed positions and the article is molded between the first and second molds so that the stretched covering and the substrate are bonded to each other.
-## title
-## 1: Coherent LADAR using intra-pixel quadrature detection
-## 2: Injection molding machine and mold thickness control method
-## 3: Method for manufacturing polymer film and co-extruded film
-## 4: Method for producing a container from a thermoplastic
-## 5: Process of obtaining a double-oriented film, co-extruded, and of low thickness made by a three bubble process that at the time of being thermoformed provides a uniform thickness in the produced tray
-## 6: Article vacuum formation method and vacuum forming apparatus
-## kind num_claims filename withdrawn
-## 1: B2 20 ipg180619.xml NULL
-## 2: B2 12 ipg180619.xml NULL
-## 3: B2 9 ipg180619.xml NULL
-## 4: B2 18 ipg180619.xml NULL
-## 5: B2 6 ipg180619.xml NULL
-## 6: B2 4 ipg180619.xml NULL
-
-
-
Load Inventor and Location Tables
-
inventor <- fread("inventor.tsv")
-location <- fread("location.tsv")
-
head(inventor)
-
## id name_first name_last
-## 1: 10000001-2 Hyeon-Jae Yu
-## 2: 10000004-1 Miguel Jorge Zubiria Elizondo
-## 3: 10000004-2 Jose Juan Valadez Lopez
-## 4: 10000005-2 Katsunori Oda
-## 5: 10000006-1 Marc Saelen
-## 6: 10000014-2 Tim Diehlmann
-
head(location)
-
## id city state country latitude longitude county
-## 1: 000ii62xlraz Esparto CA US 38.6922 -122.0160 Yolo
-## 2: 000iprvfzu2f Limm NULL GB 11.1000 30.5167 NULL
-## 3: 000ktsnnq96r Lauenburg/Elbe NULL DE 53.3763 10.5497 NULL
-## 4: 000osf8n2ysw Bouxwiller NULL FR 47.5051 7.3453 NULL
-## 5: 0014a0zfh259 Morance NULL FR 45.8978 4.7004 NULL
-## 6: 0018uf8e2x0f Dals Langed NULL SE 58.9167 12.3000 NULL
-## state_fips county_fips
-## 1: 6 6113
-## 2: NULL NULL
-## 3: NULL NULL
-## 4: NULL NULL
-## 5: NULL NULL
-## 6: NULL NULL
-
-
-
Load Raw Inventor and Raw Location Tables
-
rawinventor <- fread("rawinventor.tsv")
-rawlocation <- fread("rawlocation.tsv")
-
head(rawinventor)
-
## uuid patent_id inventor_id
-## 1: 0000hccb98m2kc6g1v7128k5w 7646155 4341225-2
-## 2: 0000kwt5abwdu9f4av6zoa61t 4339721 4339721-2
-## 3: 0000n6xqianutadbzbgzwled7 6610738 6610738-6
-## 4: 0000n8nqsxhrztn7djlxou00k 6448562 6448562-2
-## 5: 0000p6jf5l8yzv04wimaoabab 4432679 4127345-1
-## 6: 0000tgs7dqvzrnfiad3b9fr06 8977851 6424872-10
-## rawlocation_id name_first name_last sequence rule_47
-## 1: omi6wqlrblholsssk9qx0dz5b Samuel G Woods 0
-## 2: 8uifwkdu885g2jxfu2uhnzgp1 Takuya Hosoda 1
-## 3: hxh83mos96occibi6wg9fzfuy Eva K. Mudrn 5
-## 4: cbejrj9ius2mty4ig27zqvj99 Muamer Zukic 1
-## 5: k7k03qpqzsoobzg1rgsr83q2e Donald J. Angelosanto 0
-## 6: ixb2b02fc6yq2q7fuj6hnycie Lee Allen Neitzel 0
-## deceased
-## 1: NULL
-## 2: NULL
-## 3: NULL
-## 4: NULL
-## 5: NULL
-## 6: NULL
-
colnames(rawlocation)[colnames(rawlocation)=="id"] <- "rawlocation_id"
-head(rawlocation)
-
## rawlocation_id location_id city state country
-## 1: 00008o6jw8bp4c824ihgc1fcz qxm7bum6wvip Sunnyvale CA US
-## 2: 0000a07fetfy6e2t4fjqc4nj6 cemoactpeldz Seoul NULL KR
-## 3: 0000b606fnwnupiane3dfkoyl lmeg78jbn8nq Baton Rouge LA US
-## 4: 0000bztanu9rrtm943i8a7wry 1rfm0quusx8z Osaka NULL JP
-## 5: 0000dqyk4jrapg90sz5a4eog6 kxmtp5terq5w Austin TX US
-## 6: 0000g8ehwj0j8r2eubt3s0sso 25uh68jjdw8z Nundah NULL AU
-## latlong
-## 1: 37.3689|-122.0353
-## 2: 37.5985|126.9783
-## 3: 30.4506|-91.1544
-## 4: 34.6937|135.5022
-## 5: 30.2669|-97.7428
-## 6: -27.4033|153.0603
-
-
-
Join Raw Location and Location Tables
-
merged_locations <- merge(rawlocation, location, by.x = c('location_id', 'city', 'state', 'country'), by.y = c('id','city', 'state', 'country'))
-
head(merged_locations)
-
## location_id city state country rawlocation_id
-## 1: 000ii62xlraz Esparto CA US 09g0uz60wjm5ynib3xa28z8bn
-## 2: 000ii62xlraz Esparto CA US 0fyd31upf36smdme7oms1nhzi
-## 3: 000ii62xlraz Esparto CA US 2e4xhj4rjkwvu4gydwyiojzea
-## 4: 000ii62xlraz Esparto CA US 2j0ps8x68j7wsajxzxvsg6txx
-## 5: 000ii62xlraz Esparto CA US 49st0yptqxr9b2ecbp8l3eq97
-## 6: 000ii62xlraz Esparto CA US 4fgmrp96itwtsla9tglzqu0gb
-## latlong latitude longitude county state_fips county_fips
-## 1: 38.6922|-122.0161 38.6922 -122.016 Yolo 6 6113
-## 2: 38.6922|-122.0161 38.6922 -122.016 Yolo 6 6113
-## 3: 38.6922|-122.0161 38.6922 -122.016 Yolo 6 6113
-## 4: 38.6922|-122.0161 38.6922 -122.016 Yolo 6 6113
-## 5: 38.6922|-122.0161 38.6922 -122.016 Yolo 6 6113
-## 6: 38.6922|-122.0161 38.6922 -122.016 Yolo 6 6113
-
n_non_matches <- nrow(rawlocation) - nrow(merged_locations)
-
The location table contains 142,188 rows while the rawlocation table contains 27,460,928 rows. Merging these tables results in a merged_locations table of 25,410,691 rows. Thus there are 2,050,237 rows in the rawlocation table which do not have a matching location_id, city, state, and country in the location table.
-
-
-
Join Raw Inventor and Inventor Tables
-
# free up some memory
-rm(location)
-rm(rawlocation)
-
head(inventor)
-
## id name_first name_last
-## 1: 10000001-2 Hyeon-Jae Yu
-## 2: 10000004-1 Miguel Jorge Zubiria Elizondo
-## 3: 10000004-2 Jose Juan Valadez Lopez
-## 4: 10000005-2 Katsunori Oda
-## 5: 10000006-1 Marc Saelen
-## 6: 10000014-2 Tim Diehlmann
-
head(rawinventor)
-
## uuid patent_id inventor_id
-## 1: 0000hccb98m2kc6g1v7128k5w 7646155 4341225-2
-## 2: 0000kwt5abwdu9f4av6zoa61t 4339721 4339721-2
-## 3: 0000n6xqianutadbzbgzwled7 6610738 6610738-6
-## 4: 0000n8nqsxhrztn7djlxou00k 6448562 6448562-2
-## 5: 0000p6jf5l8yzv04wimaoabab 4432679 4127345-1
-## 6: 0000tgs7dqvzrnfiad3b9fr06 8977851 6424872-10
-## rawlocation_id name_first name_last sequence rule_47
-## 1: omi6wqlrblholsssk9qx0dz5b Samuel G Woods 0
-## 2: 8uifwkdu885g2jxfu2uhnzgp1 Takuya Hosoda 1
-## 3: hxh83mos96occibi6wg9fzfuy Eva K. Mudrn 5
-## 4: cbejrj9ius2mty4ig27zqvj99 Muamer Zukic 1
-## 5: k7k03qpqzsoobzg1rgsr83q2e Donald J. Angelosanto 0
-## 6: ixb2b02fc6yq2q7fuj6hnycie Lee Allen Neitzel 0
-## deceased
-## 1: NULL
-## 2: NULL
-## 3: NULL
-## 4: NULL
-## 5: NULL
-## 6: NULL
-
merged_inventors <- merge(rawinventor, inventor, by.x = c('inventor_id', 'name_first', 'name_last'), by.y = c('id', 'name_first', 'name_last'))
-
head(merged_inventors)
-
## inventor_id name_first name_last uuid
-## 1: 10000001-2 Hyeon-Jae Yu 5b2w88r3jwbmj2w5xf2u4ty80
-## 2: 10000004-1 Miguel Jorge Zubiria Elizondo luurs3qcxggn1rw211n9kt7gf
-## 3: 10000004-2 Jose Juan Valadez Lopez ycf0b8c5ezlrx4pzhl111ftyt
-## 4: 10000005-2 Katsunori Oda 4lw3e1g2uwntqcy2xgblb1cce
-## 5: 10000006-1 Marc Saelen rwxm1mlf89apoxr91jsaqfk8m
-## 6: 10000006-1 Marc Saelen xu020uor4gzorxepqeewgbbzn
-## patent_id rawlocation_id sequence rule_47 deceased
-## 1: 10000001 zh7bez8b146hfu0buyxaa0v9b 1 NULL
-## 2: 10000004 v8ucm2trnfns3id8krhmw8bty 0 NULL
-## 3: 10000004 mfezp7a3nfcq9r0pcu8qi286z 1 NULL
-## 4: 10000005 wylqo83g0a7zms7x227bjt9vx 1 NULL
-## 5: 10000006 rombrj5kywqys2cmzxk7p2rvc 0 NULL
-## 6: 10343329 zavbf7rou3y1q39qr8bl5rrpy 0 NULL
-
n_non_matches <- nrow(rawinventor) - nrow(merged_inventors)
-
The inventor table contains 3,857,228 rows while the rawinventor table contains 17,165,604 rows. The resulting merged_inventors table contains 14,697,445 rows. Thus there are 2,468,159 rows in the rawinventor table which do not contain matching inventor_ids, first names, and last names in the inventor table.
-
-
-
Join Merged_Inventors and Merged_Locations
-
# free up some memory
-rm(inventor)
-rm(rawinventor)
-
merged_inventor_location <- merge(merged_inventors, merged_locations, by.x = 'rawlocation_id', by.y = 'rawlocation_id')
-
head(merged_inventor_location)
-
## rawlocation_id inventor_id name_first name_last
-## 1: 00008o6jw8bp4c824ihgc1fcz 6362662-2 Guoxing Li
-## 2: 0000b606fnwnupiane3dfkoyl 6080888-2 Kannappan C. Chockalingham
-## 3: 0000iaytxly6w1a2q42efuk5p 4711077-7 Takeo Hattori
-## 4: 0000mzv8qbiyubouljdzswns2 D693064-1 Nicholas H. Dupree
-## 5: 0000nl2head6ga63f9iwoa4w1 3946173-1 Terry M. Haber
-## 6: 0000u1ntofpo3bnr6mv36z9gn 4105471-2 James E. Avery
-## uuid patent_id sequence rule_47 deceased
-## 1: yffjycuutcocumzt2msx2cwb7 8164309 0 NULL
-## 2: s32168nc17evwmldr6z9y6d4z 6080888 1 NULL
-## 3: 2m77qi6vvzfcp4ut11e64ohvs D660122 1 NULL
-## 4: 5uhw2w0slnoc4qiba14r4wnjn D850010 1 NULL
-## 5: 2x85x9q4ejdzifytyd1c9hnx3 5188615 0 NULL
-## 6: zc0j4hdr4l7l6lq0fkv8dq2yz 5942047 4 NULL
-## location_id city state country latlong latitude
-## 1: qxm7bum6wvip Sunnyvale CA US 37.3689|-122.0353 37.3689
-## 2: lmeg78jbn8nq Baton Rouge LA US 30.4506|-91.1544 30.4506
-## 3: ongtod0a98g7 Tokyo NULL JP 35.685|139.7514 35.6850
-## 4: x9z0kf8mxhvf Providence RI US 41.8239|-71.4133 41.8239
-## 5: 9rublg2e2su2 Lake Forest CA US 33.6469|-117.6883 33.6469
-## 6: 2opf1msvy0zz Issaquah WA US 47.5303|-122.0314 47.5303
-## longitude county state_fips county_fips
-## 1: -122.0350 Santa Clara 6 6085
-## 2: -91.1544 East Baton Rouge 22 22033
-## 3: 139.7510 NULL NULL NULL
-## 4: -71.4133 Providence 44 44007
-## 5: -117.6880 Orange 6 6059
-## 6: -122.0310 King 53 53033
-
n_non_matches <- nrow(merged_locations) - nrow(merged_inventor_location)
-
The merged_locations table contains 25,410,691 rows, while the merged_inventors table contains 14,697,445 rows. The resulting merge of these to tables contains 13,625,373 rows. Thus, there are 11,785,318 rows in the merged_locations table that are not matched by rawlocation_id in the merged_inventors table.
-
rm(merged_inventors)
-rm(merged_locations)
-
head(patent)
-
## patent_id patent_type number patent_country date
-## 1: 10000000 utility 10000000 US 2018-06-19
-## 2: 10000001 utility 10000001 US 2018-06-19
-## 3: 10000002 utility 10000002 US 2018-06-19
-## 4: 10000003 utility 10000003 US 2018-06-19
-## 5: 10000004 utility 10000004 US 2018-06-19
-## 6: 10000005 utility 10000005 US 2018-06-19
-## abstract
-## 1: A frequency modulated (coherent) laser detection and ranging system includes a read-out integrated circuit formed with a two-dimensional array of detector elements each including a photosensitive region receiving both return light reflected from a target and light from a local oscillator, and local processing circuitry sampling the output of the photosensitive region four times during each sample period clock cycle to obtain quadrature components. A data bus coupled to one or more outputs of each of the detector elements receives the quadrature components from each of the detector elements for each sample period and serializes the received quadrature components. A processor coupled to the data bus receives the serialized quadrature components and determines an amplitude and a phase for at least one interfering frequency corresponding to interference between the return light and the local oscillator light using the quadrature components.
-## 2: The injection molding machine includes a fixed platen, a moveable platen moving forward and backward by a toggle link, a base plate supporting the toggle link, a driving part for mold clamping to operate the toggle link, a driving part for mold thickness adjustment to adjust a mold thickness, and a control unit to calculate a movement distance gap before a clamping process by controlling the driving part for mold thickness adjustment to move the base plate backward and then move the base plate forward to a target movement position based on a fold amount of the toggle link, and control the driving part for mold thickness adjustment using a value obtained by deducting the movement distance gap from the fold amount of the toggle link when producing a clamp force.
-## 3: The present invention relates to: a method for manufacturing a polymer film, the method including a base film forming step for co-extruding a first resin containing a polyamide-based resin and a second resin containing a copolymer including polyamide-based segments and polyether-based segments; a co-extruded film including a base film including a first resin layer containing a polyamide-based resin, and a second resin layer containing a copolymer having polyamide-based segments and polyether-based segments; to a co-extruded film including a base film including a first resin layer and a second resin layer, which have different melting points; and to a method for manufacturing a polymer film, the method including a base film forming step including a step of co-extruding a first resin and a second resin, which have different melting points.
-## 4: The invention relates to a method for producing a container (2) from a thermoplastic, having at least one surround (4), provided in the container wall (1), for a container opening. The surround (4) comprises a structure behind which parts of the container wall (1) extend and/or which is penetrated by said parts. The method is carried out using a multi-part blow mold that has at least two mold parts, each having at least one cavity, wherein the surround is placed as an insert in the cavity (10) of the blow mold (7). The method comprises pressing the preform that has been forced into the cavity (10) into the structure of the surround (4) by means of a tool which is brought to bear on the preform (12) on the side of the preform facing away from the cavity (10).
-## 5: The present invention relates to provides a double-oriented film, co-extrude, and of low thickness, with a layered composition that gives the property of being of high barrier to gases and manufactured by the process of co-extrusion of 3 bubbles, which gives the property of when being thermoformed, ensure the distribution of uniform thickness in the walls, base, folds, and corners of the formed tray saving a minimum of 50% of plastic without diminishing its gas barrier and its resistance to puncture.
-## 6: A vacuum forming apparatus is provided that forms an article having a covering bonded to the surface of a substrate in a molding space using a first mold and a second mold. The vacuum forming apparatus is provided with clamps for grasping the covering between the first and second molds arranged at the open positions. The clamps are movable between an interfering position, at which the clamps are located in the movement ranges of the first and second molds, and standby positions, at which the clamps are outside the movement ranges. After the covering is heated, the clamps grasping the covering move to the standby positions and stretch the covering. The first and second molds move to the closed positions and the article is molded between the first and second molds so that the stretched covering and the substrate are bonded to each other.
-## title
-## 1: Coherent LADAR using intra-pixel quadrature detection
-## 2: Injection molding machine and mold thickness control method
-## 3: Method for manufacturing polymer film and co-extruded film
-## 4: Method for producing a container from a thermoplastic
-## 5: Process of obtaining a double-oriented film, co-extruded, and of low thickness made by a three bubble process that at the time of being thermoformed provides a uniform thickness in the produced tray
-## 6: Article vacuum formation method and vacuum forming apparatus
-## kind num_claims filename withdrawn
-## 1: B2 20 ipg180619.xml NULL
-## 2: B2 12 ipg180619.xml NULL
-## 3: B2 9 ipg180619.xml NULL
-## 4: B2 18 ipg180619.xml NULL
-## 5: B2 6 ipg180619.xml NULL
-## 6: B2 4 ipg180619.xml NULL
-
-
-
Join Inventor, Location, and Patent Data
-
complete_merge <- merge(patent, merged_inventor_location, by.x = c('patent_id'), by.y = c('patent_id'))
-
head(complete_merge)
-
## patent_id patent_type number patent_country date
-## 1: 10000001 utility 10000001 US 2018-06-19
-## 2: 10000001 utility 10000001 US 2018-06-19
-## 3: 10000002 utility 10000002 US 2018-06-19
-## 4: 10000003 utility 10000003 US 2018-06-19
-## 5: 10000003 utility 10000003 US 2018-06-19
-## 6: 10000003 utility 10000003 US 2018-06-19
-## abstract
-## 1: The injection molding machine includes a fixed platen, a moveable platen moving forward and backward by a toggle link, a base plate supporting the toggle link, a driving part for mold clamping to operate the toggle link, a driving part for mold thickness adjustment to adjust a mold thickness, and a control unit to calculate a movement distance gap before a clamping process by controlling the driving part for mold thickness adjustment to move the base plate backward and then move the base plate forward to a target movement position based on a fold amount of the toggle link, and control the driving part for mold thickness adjustment using a value obtained by deducting the movement distance gap from the fold amount of the toggle link when producing a clamp force.
-## 2: The injection molding machine includes a fixed platen, a moveable platen moving forward and backward by a toggle link, a base plate supporting the toggle link, a driving part for mold clamping to operate the toggle link, a driving part for mold thickness adjustment to adjust a mold thickness, and a control unit to calculate a movement distance gap before a clamping process by controlling the driving part for mold thickness adjustment to move the base plate backward and then move the base plate forward to a target movement position based on a fold amount of the toggle link, and control the driving part for mold thickness adjustment using a value obtained by deducting the movement distance gap from the fold amount of the toggle link when producing a clamp force.
-## 3: The present invention relates to: a method for manufacturing a polymer film, the method including a base film forming step for co-extruding a first resin containing a polyamide-based resin and a second resin containing a copolymer including polyamide-based segments and polyether-based segments; a co-extruded film including a base film including a first resin layer containing a polyamide-based resin, and a second resin layer containing a copolymer having polyamide-based segments and polyether-based segments; to a co-extruded film including a base film including a first resin layer and a second resin layer, which have different melting points; and to a method for manufacturing a polymer film, the method including a base film forming step including a step of co-extruding a first resin and a second resin, which have different melting points.
-## 4: The invention relates to a method for producing a container (2) from a thermoplastic, having at least one surround (4), provided in the container wall (1), for a container opening. The surround (4) comprises a structure behind which parts of the container wall (1) extend and/or which is penetrated by said parts. The method is carried out using a multi-part blow mold that has at least two mold parts, each having at least one cavity, wherein the surround is placed as an insert in the cavity (10) of the blow mold (7). The method comprises pressing the preform that has been forced into the cavity (10) into the structure of the surround (4) by means of a tool which is brought to bear on the preform (12) on the side of the preform facing away from the cavity (10).
-## 5: The invention relates to a method for producing a container (2) from a thermoplastic, having at least one surround (4), provided in the container wall (1), for a container opening. The surround (4) comprises a structure behind which parts of the container wall (1) extend and/or which is penetrated by said parts. The method is carried out using a multi-part blow mold that has at least two mold parts, each having at least one cavity, wherein the surround is placed as an insert in the cavity (10) of the blow mold (7). The method comprises pressing the preform that has been forced into the cavity (10) into the structure of the surround (4) by means of a tool which is brought to bear on the preform (12) on the side of the preform facing away from the cavity (10).
-## 6: The invention relates to a method for producing a container (2) from a thermoplastic, having at least one surround (4), provided in the container wall (1), for a container opening. The surround (4) comprises a structure behind which parts of the container wall (1) extend and/or which is penetrated by said parts. The method is carried out using a multi-part blow mold that has at least two mold parts, each having at least one cavity, wherein the surround is placed as an insert in the cavity (10) of the blow mold (7). The method comprises pressing the preform that has been forced into the cavity (10) into the structure of the surround (4) by means of a tool which is brought to bear on the preform (12) on the side of the preform facing away from the cavity (10).
-## title kind
-## 1: Injection molding machine and mold thickness control method B2
-## 2: Injection molding machine and mold thickness control method B2
-## 3: Method for manufacturing polymer film and co-extruded film B2
-## 4: Method for producing a container from a thermoplastic B2
-## 5: Method for producing a container from a thermoplastic B2
-## 6: Method for producing a container from a thermoplastic B2
-## num_claims filename withdrawn rawlocation_id
-## 1: 12 ipg180619.xml NULL 95igh4mbo217kt9dmb2x8r3il
-## 2: 12 ipg180619.xml NULL zh7bez8b146hfu0buyxaa0v9b
-## 3: 9 ipg180619.xml NULL wq19fdjfax9nrdzk88v66n3hy
-## 4: 18 ipg180619.xml NULL bg0r7733kk1djxew6d0jsfcr8
-## 5: 18 ipg180619.xml NULL c9av9x4gxgkr3bvhc2dtrhsvz
-## 6: 18 ipg180619.xml NULL d0bw7mgqb97j92ibz1xjxmfr7
-## inventor_id name_first name_last uuid sequence
-## 1: 7354823-3 Sun-Woo Lee enlwyeih9u2bjg5io9wvedcdq 0
-## 2: 10000001-2 Hyeon-Jae Yu 5b2w88r3jwbmj2w5xf2u4ty80 1
-## 3: 9833943-2 Dong-Hyeon Choi m5jfzgdhewd0gk2owlju7je84 2
-## 4: 8603280-2 Carsten Elsasser ilemj1o687jzj3wah1if9ubfw 1
-## 5: 8721828-1 Guido Bergmann 6i8q3apa83yhwrxxg04s1988v 0
-## 6: 9776357-4 Cristoph Mehren 81eavybjwpqpb4vcaieg78l8e 2
-## rule_47 deceased location_id city state country
-## 1: NULL ze3x8q3hwgh8 Gunpo-si NULL KR
-## 2: NULL 0e1go7wy364j Ansan-si NULL KR
-## 3: NULL gilg4hcy289v Yongin-si NULL KR
-## 4: NULL fdqcb3ukf6sw Pulheim NULL DE
-## 5: NULL qgidi0xps9o6 St. Augustin NULL DE
-## 6: NULL 9bxbajqqn4wg Konigswinter NULL DE
-## latlong latitude longitude county state_fips county_fips
-## 1: 37.3617|126.9352 37.3617 126.9350 NULL NULL NULL
-## 2: 37.3219|126.8309 37.3219 126.8310 NULL NULL NULL
-## 3: 37.2411|127.1776 37.2411 127.1780 NULL NULL NULL
-## 4: 51.0|6.8 51.0000 6.8000 NULL NULL NULL
-## 5: 50.7554|7.182 50.7554 7.1820 NULL NULL NULL
-## 6: 50.6833|7.1833 50.6833 7.1833 NULL NULL NULL
-
The merged_inventor_location table contains 13,625,373 rows and the patent table contains 7,144,425 rows. The complete_merge contains 13,625,373 rows. Thus, all of the patent_ids in the merged_inventor_location table have matches in the patent table.
-
-
-
-
-
-