mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a thin film transistor, comprising: forming an active layer, a gate electrode, a source electrode and a drain electrode respectively electrically connected with the active layer, and a gate insulating layer disposed between the gate electrode and the active layer, wherein the gate insulating layer is disposed on the active layer; the gate electrode, the source electrode and the drain electrode are disposed on the gate insulating layer; the gate insulating layer includes a first insulating portion, a second insulating portion and a third insulating portion which are spaced from each other; the first insulating portion is disposed between the source electrode and the active layer; the second insulating portion is disposed between the gate electrode and the active layer; the third insulating layer is disposed between the drain electrode and the active layer, a first opening is disposed between the first insulating portion and the second insulating portion; a second opening is disposed between the second insulating portion and the third insulating portion; characterized in that the active layer, the gate insulating layer, the gate electrode, the source electrode and the drain electrode are formed in the same patterning process by a half-tone mask; and a width of the active layer is equal to a sum of the widths of the first insulating portion, the first opening, the second insulating portion, the second opening and the third insulating portion in a direction parallel to the base substrate. forming an active layer, a gate electrode, a source electrode and a drain electrode respectively electrically connected with the active layer, and a gate insulating layer disposed between the gate electrode and the active layer, wherein the gate insulating layer is disposed on the active layer; the gate electrode, the source electrode and the drain electrode are disposed on the gate insulating layer; the gate insulating layer includes a first insulating portion, a second insulating portion and a third insulating portion which are spaced from each other; the first insulating portion is disposed between the source electrode and the active layer; the second insulating portion is disposed between the gate electrode and the active layer; the third insulating layer is disposed between the drain electrode and the active layer, a first opening is disposed between the first insulating portion and the second insulating portion; a second opening is disposed between the second insulating portion and the third insulating portion; characterized in that the active layer, the gate insulating layer, the gate electrode, the source electrode and the drain electrode are formed in the same patterning process by a half-tone mask; and a width of the active layer is equal to a sum of the widths of the first insulating portion, the first opening, the second insulating portion, the second opening and the third insulating portion in a direction parallel to the base substrate.
A system for halting a flight of an aircraft, comprising: a first capture pole rotatably coupled to a first base; a second capture pole rotatably coupled to a second base and spaced apart from the first base to define a fixed space, wherein the first and second capture poles (513, 513) are separated by the fixed space; a capture line suspended between the first and second capture poles (513, 513); a motor configured to move the first and second capture poles (513, 513) to cause the capture line to travel through a capture window; a spooling system configured to extend or retract the capture line from the first and second capture poles (513, 513); and a recovery control system configured to: in response to detecting a condition, activate the motor to rotate the first and second capture poles (513, 513), thereby moving the capture line through the capture window and engaging an engagement member on the aircraft with the capture line in the capture window; determine a tension of the capture line; and cause the spooling system to extend the capture line to maintain the tension of the capture line under a threshold. a first capture pole rotatably coupled to a first base; a second capture pole rotatably coupled to a second base and spaced apart from the first base to define a fixed space, wherein the first and second capture poles (513, 513) are separated by the fixed space; a capture line suspended between the first and second capture poles (513, 513); a motor configured to move the first and second capture poles (513, 513) to cause the capture line to travel through a capture window; a spooling system configured to extend or retract the capture line from the first and second capture poles (513, 513); and a recovery control system configured to: in response to detecting a condition, activate the motor to rotate the first and second capture poles (513, 513), thereby moving the capture line through the capture window and engaging an engagement member on the aircraft with the capture line in the capture window; determine a tension of the capture line; and cause the spooling system to extend the capture line to maintain the tension of the capture line under a threshold. in response to detecting a condition, activate the motor to rotate the first and second capture poles (513, 513), thereby moving the capture line through the capture window and engaging an engagement member on the aircraft with the capture line in the capture window; determine a tension of the capture line; and cause the spooling system to extend the capture line to maintain the tension of the capture line under a threshold.
Method for manufacturing an identification document comprising a body with a first visual marking, the method comprising the following steps of: - providing at least one see-through portion in a first area of the identification document; said see-through portion comprising openings through the body of the identification document wherein only transparent layers cross over the openings, - providing an optically variable printing ink patch positioned in register with the openings of the see-through portion and laminated to at least one first transparent layer; and - engraving the surface of the laminated optically variable printing ink patch through the see-through portion with a first laser beam for obtaining the first visual marking, said first laser beam having a power determined so that the laser beam does not fully penetrate the ink layer so that only the surface of the ink pigments is modified. - providing at least one see-through portion in a first area of the identification document; said see-through portion comprising openings through the body of the identification document wherein only transparent layers cross over the openings, - providing an optically variable printing ink patch positioned in register with the openings of the see-through portion and laminated to at least one first transparent layer; and - engraving the surface of the laminated optically variable printing ink patch through the see-through portion with a first laser beam for obtaining the first visual marking, said first laser beam having a power determined so that the laser beam does not fully penetrate the ink layer so that only the surface of the ink pigments is modified.
Rotary piston and internal combustion engine with a minimum of two synchronised, centrally mounted rotor units arranged axially parallel to one another in one housing (20, 30, 40), one working rotor unit and a first control rotor unit, in which each of these units (20, 30, 40) consists of a rotatable shaft (21, 31, 41) on which at least one circular, torque-proof disc (22, 23, 24, 32, 33, 42) is fitted which is fitted with at least one piston (22a, 23a, 24a, 32a, 33a, 42a), and the pistons on adjacent discs (22 and 32; 23 and 33; 24 and 42) lie in one plane (S1, A S2), the distance between the rotation axis of two adjacent rotor units (20, 30, 40) amounts to the total of the outer radius of the one piston and the inner radius of the other in relation to two adjacent pistons in one plane, in which the rotation of two adjacent pistons results in an overlapping area in which the two adjacent pistons intermesh without making contact, characterised in that each piston consists of two identical piston sections (22b, 23b, 24b, 32b, 33b, 42b) in the form of ring-shaped cut-outs or ring-shaped piston sections which are arranged mirror-symmetrically to one another, one each on each face side of the disc, in such a manner that these piston sections (22b, 23b, 24b, 32b, 33b, 42b) protrude equally from the outer edge of the respective disc in relation to the length of their circular measure.
A polymer having at least the following characteristics: (a) a block styrene content with more than 6 consecutive styrene units from 15 to 35 weight percent as measured in the description based on total styrene content in the polymer measured using 1 H-NMR, following ISO 21561-2005 as indicated in the description; (b) a vinyl content from 25 to 80 weight percent based on total amount of polymerized 1,3-butadiene; (c) a styrene content from 35 to 75 weight percent based on total weight of polymer as measured in the description; and (d) a molecular weight distribution (Mw/Mn) of 1.5 or less measured using Size Exclusion Chromatography based on polystyrene standards, wherein the polymer is not according to example 2 of EP2495267 A1. (a) a block styrene content with more than 6 consecutive styrene units from 15 to 35 weight percent as measured in the description based on total styrene content in the polymer measured using 1 H-NMR, following ISO 21561-2005 as indicated in the description; (b) a vinyl content from 25 to 80 weight percent based on total amount of polymerized 1,3-butadiene; (c) a styrene content from 35 to 75 weight percent based on total weight of polymer as measured in the description; and (d) a molecular weight distribution (Mw/Mn) of 1.5 or less measured using Size Exclusion Chromatography based on polystyrene standards,
Liquid line having an associated nozzle body, a branch line to the at least one ejection nozzle of the nozzle body branching off in a branching region from the liquid line which has at least one line wall, characterized in that at least one intermediate wall which protrudes into the free cross section of the liquid line and has at least one end-side separating edge is arranged in in each case the branching region to a branch line, in that at least one opening which leads to the at least one branch line is situated between the at least one separating edge and the line wall of the liquid line, and in that at least one further opening which connects the branch line to the liquid line is arranged on each end of each intermediate wall, which end faces away from the end-side separating edge.
A natural gas liquefaction system, comprising: an integrally-geared turbo-compressor with a plurality of compressor stages; a single prime mover for driving the compressor; a pre-cooling loop, through which a first refrigerant is adapted to circulate, wherein one or more first compressor stages of the plurality of compressor stages are adapted to pressurize the first refrigerant; a cooling loop, through which a second refrigerant is adapted to circulate, wherein one or more second compressor stages of the plurality of compressor stages are adapted to pressurize the second refrigerant; a first heat exchanger device for transferring heat from a natural gas and/or from the second refrigerant to the first refrigerant; and a second heat exchanger device for transferring heat from the natural gas to the second refrigerant; wherein said single prime mover drives each of the one or more first compressor stages and second compressor stages; wherein the compressor comprises a plurality of first compressor stages, and wherein the pre-cooling loop is configured to divide the first refrigerant into a plurality of precooling streams, which are guided to a respective one of said plurality of first compressor stages. an integrally-geared turbo-compressor with a plurality of compressor stages; a single prime mover for driving the compressor; a pre-cooling loop, through which a first refrigerant is adapted to circulate, wherein one or more first compressor stages of the plurality of compressor stages are adapted to pressurize the first refrigerant; a cooling loop, through which a second refrigerant is adapted to circulate, wherein one or more second compressor stages of the plurality of compressor stages are adapted to pressurize the second refrigerant; a first heat exchanger device for transferring heat from a natural gas and/or from the second refrigerant to the first refrigerant; and a second heat exchanger device for transferring heat from the natural gas to the second refrigerant; wherein said single prime mover drives each of the one or more first compressor stages and second compressor stages; wherein the compressor comprises a plurality of first compressor stages, and wherein the pre-cooling loop is configured to divide the first refrigerant into a plurality of precooling streams, which are guided to a respective one of said plurality of first compressor stages.
A wireless terminal comprising: a position information acquisition unit configured to acquire, using a global positioning system, GPS, a latitude and a longitude as position information of the wireless terminal; a search parameter determination unit configured to determine a search parameter for searching for a search target wireless terminal based on preliminarily set correspondence relation from the position information; and a search processing unit configured to perform search processing based on the determined search parameter and to discover the search target wireless terminal; wherein the search parameter determination unit is adapted to cluster and to use the position information in given granularity and to uniquely map a latitude and a longitude on any of social channels defined by WiFi Direct. a position information acquisition unit configured to acquire, using a global positioning system, GPS, a latitude and a longitude as position information of the wireless terminal; a search parameter determination unit configured to determine a search parameter for searching for a search target wireless terminal based on preliminarily set correspondence relation from the position information; and a search processing unit configured to perform search processing based on the determined search parameter and to discover the search target wireless terminal; wherein the search parameter determination unit is adapted to cluster and to use the position information in given granularity and to uniquely map a latitude and a longitude on any of social channels defined by WiFi Direct.
A radio base station comprising: a control section configured to non-orthogonally multiplex downlink signals for a set of a plurality of selected user terminals over a same radio resource, the set of the plurality of selected user terminals belonging to respective groups defined depending on different channel gains; a transmission section configured to transmit the downlink signals with different transmission power (P1, P2, P3, P4) corresponding to the respective groups of different channel gains, where transmission power to each group is allocated on a fixed basis; and a receiving section that is configured to receive information regarding a channel gain from each user terminal, wherein the control section is configured to determine a group of the respective groups to which the user terminal belongs according to the channel gain of the user terminal. a control section configured to non-orthogonally multiplex downlink signals for a set of a plurality of selected user terminals over a same radio resource, the set of the plurality of selected user terminals belonging to respective groups defined depending on different channel gains; a transmission section configured to transmit the downlink signals with different transmission power (P1, P2, P3, P4) corresponding to the respective groups of different channel gains, where transmission power to each group is allocated on a fixed basis; and a receiving section that is configured to receive information regarding a channel gain from each user terminal, wherein the control section is configured to determine a group of the respective groups to which the user terminal belongs according to the channel gain of the user terminal.
A product comprising: an electrical connection terminal comprising at least a first weld tab, the first weld tab comprising an outer face and a weldable inner face, the weldable inner face comprising a planar first portion and a planar second portion, and wherein the first portion and second portion are not in the same plane, characterized in that the first weld tab is constructed and arranged to wrap around a portion of a post and is constructed and arranged to be welded to the post. an electrical connection terminal comprising at least a first weld tab, the first weld tab comprising an outer face and a weldable inner face, the weldable inner face comprising a planar first portion and a planar second portion, and wherein the first portion and second portion are not in the same plane, characterized in that the first weld tab is constructed and arranged to wrap around a portion of a post and is constructed and arranged to be welded to the post.
A washing machine, tumble dryer or dishwasher comprising a housing and a plastic base consisting of a plate-shaped base area in the bottom zone of the housing for collecting leakage and condensate liquid, wherein the one-shell or multishell base has (a) integral mounts for functional units, especially liquor vessel shock absorbers; pumps; solenoid valves; control electronics; filling containers for detergents, detergent additives or cleaning agents; sensors; water detectors; sewage lines; flexible tubes and/or cables and/or (b) integral housings or housing parts of functional units, especially containers for detergents and/or cleaning agents, pump housings and/or control housings, characterized in that the bottom side of the plastic base has open-surface honeycomb ribs with struts that extend substantially vertically to the surface of the base. (a) integral mounts for functional units, especially liquor vessel shock absorbers; pumps; solenoid valves; control electronics; filling containers for detergents, detergent additives or cleaning agents; sensors; water detectors; sewage lines; flexible tubes and/or cables and/or (b) integral housings or housing parts of functional units, especially containers for detergents and/or cleaning agents, pump housings and/or control housings,
A door actuator assembly for moving and for arresting a door leaf, comprising: - a guiding rail, - a element of motion linearly mobile guided in the guiding rail, - an arresting element firmly connected to the element of motion, - an arresting device for arresting and releasing the arresting element with regard to the guiding rail, - a door actuator having an output shaft, - a lever, which is connected torque-proof to the output shaft and rotatably to the element of motion, characterized in that a prolongation is disposed between the element of motion and the arresting element, which prolongation is firmly connected to the element of motion and firmly to the arresting element, wherein the prolongation is so long that, in the closed condition of the door leaf, the output shaft of the door actuator is disposed between the element of motion and the arresting device, wherein the length of the prolongation is adjustable. - a guiding rail, - a element of motion linearly mobile guided in the guiding rail, - an arresting element firmly connected to the element of motion, - an arresting device for arresting and releasing the arresting element with regard to the guiding rail, - a door actuator having an output shaft, - a lever, which is connected torque-proof to the output shaft and rotatably to the element of motion,
Apparatus for reconstructing a ligament, the apparatus comprising: a fixation device (110, 201, 510, 610) for maintaining a graft ligament (60, 65) in a bone hole (35, 40), the fixation device (110, 201, 510, 610) comprising: a fixation screw (115, 200, 515, 615) comprising a body having screw threads formed thereon; and a ligament spacer (120, 195, 520, 620), characterized in that the ligament spacer (120, 195, 520, 620) is mounted to the fixation screw (115, 200, 515, 615), the ligament spacer (120, 195, 520, 620) comprising a canted face (155, 205, 542, 642) disposed opposite the fixation screw (115, 200, 515, 615); such that the fixation screw (115, 200, 515, 615) and ligament spacer (120, 195, 520, 620) may be advanced into the bone hole (35, 40) with the graft ligament (60, 65) so that the fixation screw (115, 200, 515, 615) creates an interference fit between the graft ligament (60. 65) and the wall of the bone hole (35, 40) and the ligament spacer (120, 195, 520, 620) creates an interference fit between the graft ligament (60. 65) and the wall of the bone hole (35, 40) and the canted face (155, 205, 542, 642) of the ligament spacer (120, 195, 520, 620) is aligned with the adjacent surface of the bone. a fixation screw (115, 200, 515, 615) comprising a body having screw threads formed thereon; and a ligament spacer (120, 195, 520, 620), characterized in that the ligament spacer (120, 195, 520, 620) is mounted to the fixation screw (115, 200, 515, 615), the ligament spacer (120, 195, 520, 620) comprising a canted face (155, 205, 542, 642) disposed opposite the fixation screw (115, 200, 515, 615); such that the fixation screw (115, 200, 515, 615) and ligament spacer (120, 195, 520, 620) may be advanced into the bone hole (35, 40) with the graft ligament (60, 65) so that the fixation screw (115, 200, 515, 615) creates an interference fit between the graft ligament (60. 65) and the wall of the bone hole (35, 40) and the ligament spacer (120, 195, 520, 620) creates an interference fit between the graft ligament (60. 65) and the wall of the bone hole (35, 40) and the canted face (155, 205, 542, 642) of the ligament spacer (120, 195, 520, 620) is aligned with the adjacent surface of the bone.
A method of communication, comprising: generating a set of extended Golay codes based on a Golay code and a set of cover sequences, wherein the extended Golay codes are generated by performing a Kronecker product of the Golay code and one of the set of cover sequences; obtaining an extended Golay code selected from said set of extended Golay codes; modifying (200, 250) the extended Golay code; generating a preamble using the modified extended Golay code; and transmitting the preamble, wherein the modification comprises: filtering (202, 204, 206) the Golay code to limit the bandwidth of the resulting sequence; and using only the real values of the resulting sequence to build the modified extended code. generating a set of extended Golay codes based on a Golay code and a set of cover sequences, wherein the extended Golay codes are generated by performing a Kronecker product of the Golay code and one of the set of cover sequences; obtaining an extended Golay code selected from said set of extended Golay codes; modifying (200, 250) the extended Golay code; generating a preamble using the modified extended Golay code; and transmitting the preamble, wherein the modification comprises: filtering (202, 204, 206) the Golay code to limit the bandwidth of the resulting sequence; and using only the real values of the resulting sequence to build the modified extended code. filtering (202, 204, 206) the Golay code to limit the bandwidth of the resulting sequence; and using only the real values of the resulting sequence to build the modified extended code.