mhurhangee/ep-ind-claims huggingface dataset:
An upper-torso garment comprising: a dome-shaped knit breast-covering portion comprising a plurality of partial-length knit courses (163, 165) including a plurality of knit stitches, wherein each of the partial-length knit courses is a course in which all of the consecutive stitches of the course are positioned between a first wale, being a medial wale closer to a garment-midline reference plane, and a second wale, being a lateral wale, farther from a garment-midline reference plane, wherein the first wale is spaced apart from the second wale by a series of consecutive intermediate wales, wherein the stitches of the partial-length courses are positioned only in the intermediate wales between the first wale and the second wale, wherein the plurality of partial-length knit courses (163, 165) includes one or more medial-most knit stitches arranged in an intermediate medial wale and one or more lateral-most knit stitches arranged in an intermediate lateral wale, and wherein the plurality of partial-length knit courses includes a superior-most course and an inferior-most course; a first dome reference midline extending substantially parallel to the intermediate medial wale or the intermediate lateral wale and spaced evenly between the intermediate medial wale and the intermediate lateral wale; and a second dome reference midline extending substantially perpendicular to the first dome reference midline and spaced evenly between the superior-most course and the inferior-most course, wherein a largest quantity of knit stitches from the plurality of knit stitches included in the partial-length knit courses is positioned in an inferior-medial quadrant designated by an intersection of the first and second dome reference midlines, wherein the plurality of partial-length knit courses (163, 165) includes a plurality of partial-length-course groupings; wherein each partial-length-course grouping includes one or more longer partial-length courses and one or more shorter partial-length courses; and wherein the one or more shorter partial-length courses have fewer consecutive knit stitches than the one or more longer partial-length courses; characterized in that the one or more shorter partial-length courses are spaced apart from the one or more longer partial-length courses by a first quantity of non-partial-length courses, spanning at least the entire distance between the first wale and the second wale, and each partial-length-course grouping of the plurality of partial-length-course groupings is spaced apart from a consecutive partial-length-course grouping by a second quantity of non-partial-length courses, wherein the second quantity of non-partial-length courses is greater than the first quantity of non-partial-length courses.
A vacuum cleaner, comprising: a body (12, 14) having a suction nozzle; a dirt separating and collecting system provided on the body (12, 14), comprising: a housing (34, 40) defining a chamber with an air inlet and an air outlet; a filter bag removably mounted within the chamber to separate and collect dirt from a working air stream passing from the air inlet to the air outlet; and a helical inlet guide disposed within the housing (34, 40) and directing the working air stream from the air inlet to the filter bag along a helical pathway; and a suction source fluidly connected to the suction nozzle and to the air inlet for establishing and maintaining a dirt-containing working airstream from the suction nozzle to the chamber; wherein the housing (34, 40) is at least partially transparent to permit the helical inlet guide to be viewed from the exterior of the vacuum cleaner. a body (12, 14) having a suction nozzle; a dirt separating and collecting system provided on the body (12, 14), comprising: a housing (34, 40) defining a chamber with an air inlet and an air outlet; a filter bag removably mounted within the chamber to separate and collect dirt from a working air stream passing from the air inlet to the air outlet; and a helical inlet guide disposed within the housing (34, 40) and directing the working air stream from the air inlet to the filter bag along a helical pathway; and a housing (34, 40) defining a chamber with an air inlet and an air outlet; a filter bag removably mounted within the chamber to separate and collect dirt from a working air stream passing from the air inlet to the air outlet; and a helical inlet guide disposed within the housing (34, 40) and directing the working air stream from the air inlet to the filter bag along a helical pathway; and a suction source fluidly connected to the suction nozzle and to the air inlet for establishing and maintaining a dirt-containing working airstream from the suction nozzle to the chamber; wherein the housing (34, 40) is at least partially transparent to permit the helical inlet guide to be viewed from the exterior of the vacuum cleaner.
A manifold configured to selectively direct diluted chemical washing fluid to washing machines, the manifold comprising a fluid inlet for receiving the diluted chemical washing fluid, a plurality of fluid outlets for directing the chemical washing fluid to the washing machines, a conduit member, a first drive mechanism, a support member, a control module, in which said conduit member comprises a fluid path therethrough, in which said fluid inlet is fluidly connected to a first end of said fluid path, and characterized in that: said support member comprises a track and in which said conduit member comprises a delivery head that is mounted for movement on the track, and in which said first drive mechanism is configured to move said delivery head on said track to selectively associate a second end of said fluid path with one of said plurality of fluid outlets according to commands issued by said control module, in which said delivery head comprises a shuttle carriage mounted for movement on said track, a connector member and a second drive mechanism, in which said connector member comprises said fluid path therethrough and a probe portion with said second end of said fluid path at an outer end thereof, in which said connector member is mounted for movement on a guide provided at a front side of said shuttle carriage, in which said second drive mechanism is configured to move said connector member on said guide according to commands issued by said control module between a retracted position in which said delivery head is able to move freely on said track between said plurality of fluid outlets, and an advanced position in which said probe portion extends through one of said fluid outlets, wherein a fluid line extends from said fluid inlet to a first end of said fluid path.
A high-voltage cable, in particular for electrostatically charging a coating agent in an electrostatic coating plant, comprising a) a centrally arranged cable core and b) an electrically insulating jacket (4, 4.1, 4.2), which sheaths the cable core, c) wherein the cable core has a moderate electrical resistance and includes fibres, characterized in that d) the fibers of the cable core form a nonwoven fabric, e) at least one nonwoven-fabric strip of the nonwoven fabric is twisted and forms the cable core, and f) the nonwoven-fabric strips each consist of a plurality of filaments of the fibers. a) a centrally arranged cable core and b) an electrically insulating jacket (4, 4.1, 4.2), which sheaths the cable core, c) wherein the cable core has a moderate electrical resistance and includes fibres, d) the fibers of the cable core form a nonwoven fabric, e) at least one nonwoven-fabric strip of the nonwoven fabric is twisted and forms the cable core, and f) the nonwoven-fabric strips each consist of a plurality of filaments of the fibers.
Method for joining a first blank and a second blank, wherein the first blank and/or the second blank comprises a steel substrate with a coating of aluminum or of an aluminum alloy, and wherein the first and the second blanks are square butt-jointed, the method comprising: selecting a first portion of the first blank to be joined to the second blank, and selecting a second portion of the second blank to be joined to the first portion; the first portion being an edge of the first blank and the second portion being an edge of the second blank; melting the first portion and the second portion, while supplying a filler wire to a weld zone using a first and a second laser beam, wherein the first laser beam melts the filler wire in the weld zone during welding, and the first portion and the second portion of the blanks are melted and mixed with the melted filler wire using the second laser beam. selecting a first portion of the first blank to be joined to the second blank, and selecting a second portion of the second blank to be joined to the first portion; the first portion being an edge of the first blank and the second portion being an edge of the second blank; melting the first portion and the second portion, while supplying a filler wire to a weld zone using a first and a second laser beam, wherein the first laser beam melts the filler wire in the weld zone during welding, and the first portion and the second portion of the blanks are melted and mixed with the melted filler wire using the second laser beam.
A method of testing at least one transport link in a communications system, the method comprising: generating, by a first communications device comprising a first aggregation circuit, a testing frame including a destination address for a second communications device comprising a second aggregation circuit; sending, by the first communications device, the testing frame to the destination address; receiving, by a port in the second communications device, an incoming frame originating from the first communications device; determining, by the second communications device, that the incoming frame comprises the testing frame; producing, by the second communications device, a response frame based on the testing frame; characterized by placing the response in one of a plurality of priority-based service queues in the second communications device, wherein the testing and response frames have a priority level that is configurable by a user; and sending, by the second communications device, the response frame to the first communications device. generating, by a first communications device comprising a first aggregation circuit, a testing frame including a destination address for a second communications device comprising a second aggregation circuit; sending, by the first communications device, the testing frame to the destination address; receiving, by a port in the second communications device, an incoming frame originating from the first communications device; determining, by the second communications device, that the incoming frame comprises the testing frame; producing, by the second communications device, a response frame based on the testing frame; characterized by placing the response in one of a plurality of priority-based service queues in the second communications device, wherein the testing and response frames have a priority level that is configurable by a user; and sending, by the second communications device, the response frame to the first communications device.
A radiosurgical treatment system self-shielded against external radiation leakage, the system comprising: a radiation shield defining an interior treatment space, wherein the radiation shield comprises a first shield component and a second shield component movably interfaced; a common support structure that substantially supports the radiation shield defined by the first and second shield components, wherein the common support structure is disposed between the centers of gravity of the first and second shield components and the first and second shield components are balanced about the common support structure, wherein the common support structure is a central ring extending around the radiation shield, the central ring being vertically disposed between a center of gravity of the first shield component and a center of gravity of the second shield component; and a radiation source disposed in at least one of the first and second shield components and configured to direct a therapeutic radiation beam to a target tissue within the interior treatment space. a radiation shield defining an interior treatment space, wherein the radiation shield comprises a first shield component and a second shield component movably interfaced; a common support structure that substantially supports the radiation shield defined by the first and second shield components, wherein the common support structure is disposed between the centers of gravity of the first and second shield components and the first and second shield components are balanced about the common support structure, wherein the common support structure is a central ring extending around the radiation shield, the central ring being vertically disposed between a center of gravity of the first shield component and a center of gravity of the second shield component; and a radiation source disposed in at least one of the first and second shield components and configured to direct a therapeutic radiation beam to a target tissue within the interior treatment space.
An ion trap comprising a plurality of axial segments (22a-22d), wherein each axial segment comprises a plurality of electrodes and is characterized by being operable in a first mode of operation so that ions having substantially different mass to charge ratios and/or opposite polarities are simultaneously ejected from said segment (22a-22d) via different exit paths.
A method of controlling a display apparatus which communicates with an electronic device which controls a peripheral device, the method comprising: receiving a user voice from the electronic device; the method characterized by: identifying an external device; transmitting the user voice and the identified input mode to a server; receiving a signal corresponding to the user voice and information related to the identified external input mode from the server; and transmitting the signal to the electronic device; wherein the signal is transmitted to the peripheral device from the electronic device and is configured to control the peripheral device, and wherein the external input mode is used for inputting and outputting a signal between the display apparatus and the peripheral device. receiving a user voice from the electronic device; the method characterized by: identifying an external device; transmitting the user voice and the identified input mode to a server; receiving a signal corresponding to the user voice and information related to the identified external input mode from the server; and transmitting the signal to the electronic device; wherein the signal is transmitted to the peripheral device from the electronic device and is configured to control the peripheral device, and wherein the external input mode is used for inputting and outputting a signal between the display apparatus and the peripheral device. identifying an external device; transmitting the user voice and the identified input mode to a server; receiving a signal corresponding to the user voice and information related to the identified external input mode from the server; and transmitting the signal to the electronic device; wherein the signal is transmitted to the peripheral device from the electronic device and is configured to control the peripheral device, and wherein the external input mode is used for inputting and outputting a signal between the display apparatus and the peripheral device.
An image forming apparatus including an image forming unit, a panel display unit and a memory access control system, the memory access control system comprising: a boot loader; a first core configuring a panel controller system for controlling the panel display unit by execution of a panel application program; a second core configuring a main controller system for controlling the image forming unit of the image forming apparatus by execution of a main application program; a RAM that includes a shared region accessible from the first core and the second core; and a NAND flash configured to cause anyone of the first and second cores (23; 25) to access, the NAND flash holding the boot loader for startup, a panel controller operating system, the panel application program, a main controller operating system and the main application program; wherein the boot loader includes a device driver configured to control the NAND flash, wherein the boot loader is configured to read a panel startup program required for starting the panel controller operating system from the NAND flash to the RAM and to read a main startup program required for starting the main controller operating system from the NAND flash to the RAM, wherein the boot loader is further configured to load the panel application program from the NAND flash to the RAM, and wherein the boot loader is further configured to cause the first core to start the panel control operating system with the loaded panel startup program and then to load the panel application program, wherein the boot loader is further configured to cause the second core to start the main controller operating system with the loaded main startup program and then to load the main application program, wherein the panel application program is read from the RAM while the main application program is read from the NAND flash, wherein the RAM is configured to hold an exclusive flag in the shared region, if the exclusive flag being obtained by one of the cores (23; 25), the exclusive flag being not possible to be obtained by another core, wherein only one of the cores (23; 25) that has obtained the exclusive flag is configured to access the NAND flash, and wherein the first core is configured to release the exclusive flag in the shared region of the RAM, when the first core terminates access to the NAND flash and wherein the second core is configured to release the exclusive flag in the shared region of the RAM, when the second core terminates access to the NAND flash. a boot loader; a first core configuring a panel controller system for controlling the panel display unit by execution of a panel application program; a second core configuring a main controller system for controlling the image forming unit of the image forming apparatus by execution of a main application program; a RAM that includes a shared region accessible from the first core and the second core; and a NAND flash configured to cause anyone of the first and second cores (23; 25) to access,
A method for the production of a permanent human amniocytic cell line comprising: a) transfecting primary human amniocytic cells with a nucleic acid molecule comprising a nucleic acid sequence encoding the adenoviral gene products E1A and E1B and b) subsequently transfecting the permanent human amniocytic cell line obtained in step a) with a nucleic acid molecule comprising a nucleic acid sequence encoding the SV40 large T-antigen or the Epstein-Barr virus nuclear antigen 1 (EBNA-1). a) transfecting primary human amniocytic cells with a nucleic acid molecule comprising a nucleic acid sequence encoding the adenoviral gene products E1A and E1B and b) subsequently transfecting the permanent human amniocytic cell line obtained in step a) with a nucleic acid molecule comprising a nucleic acid sequence encoding the SV40 large T-antigen or the Epstein-Barr virus nuclear antigen 1 (EBNA-1).
Polymer composition comprising components (a), (b), (c) and (d): (a) 80 to 97% by weight of component (a) comprising a copolymer of styrene and methyl methacrylate, wherein the amount present of is from 70 to 90% by weight and the amount present of is from 10 to 30% by weight, based in each case on, (b) 3 to 20% by weight of polyphenylene ether as component (b); (c) 0 to 2% by weight of polystyrene as component (c); (d) 0 to 17%, in particular 0 to 15% by weight of conventional additives as component (d); wherein the total amount of components (a) and (b) and, if appropriate, (c) and (d) is 100% by weight. (a) 80 to 97% by weight of component (a) comprising a copolymer of styrene and methyl methacrylate, wherein the amount present of is from 70 to 90% by weight and the amount present of is from 10 to 30% by weight, based in each case on, (b) 3 to 20% by weight of polyphenylene ether as component (b); (c) 0 to 2% by weight of polystyrene as component (c); (d) 0 to 17%, in particular 0 to 15% by weight of conventional additives as component (d);
An uplink service data transmission method, comprising: receiving, by a wireless local area network, WLAN, access point, AP, first indication information sent by a cellular network access device, wherein the first indication information is used to inform the WLAN AP that user equipment, UE, served by the cellular network access device has uplink service data on which service offloading needs to be performed to the WLAN AP; and sending, by the WLAN AP, second indication information to the UE according to the first indication information, wherein the second indication information is used to instruct the UE to send the uplink service data to the WLAN AP. receiving, by a wireless local area network, WLAN, access point, AP, first indication information sent by a cellular network access device, wherein the first indication information is used to inform the WLAN AP that user equipment, UE, served by the cellular network access device has uplink service data on which service offloading needs to be performed to the WLAN AP; and sending, by the WLAN AP, second indication information to the UE according to the first indication information, wherein the second indication information is used to instruct the UE to send the uplink service data to the WLAN AP.
Hand-held implement having an internal combustion engine for driving a tool, wherein the internal combustion engine has an ignition device, a device for supplying fuel, and a control device, wherein the control device when reaching an intervention rotating speed (n E1, n E2) intervenes so as to delimit the rotating speed (n) of the internal combustion engine, the power tool possesses means for setting the intervention rotating speed (n E2) by the operator, and the means for setting the intervention rotating speed (n E2) are activatable during the operation of the internal combustion engine, characterized in that, when activating the means for setting the intervention rotating speed (n E2), the momentary rotating speed is established as the intervention rotating speed (n E2). the control device when reaching an intervention rotating speed (n E1, n E2) intervenes so as to delimit the rotating speed (n) of the internal combustion engine, the power tool possesses means for setting the intervention rotating speed (n E2) by the operator, and the means for setting the intervention rotating speed (n E2) are activatable during the operation of the internal combustion engine, characterized in that, when activating the means for setting the intervention rotating speed (n E2), the momentary rotating speed is established as the intervention rotating speed (n E2).