mhurhangee/ep-ind-claims huggingface dataset:
An impact tool comprising: a motor; an impact mechanism including a hammer and an anvil, the hammer being configured to rotate with motive power supplied from the motor, the anvil being configured to rotate upon receiving impacting force from the hammer; an output shaft configured to rotate along with the anvil; a control unit configured to control a rotational velocity of the output shaft; and the impact mechanism being configured to, when a torque condition on magnitude of torque applied to the output shaft is satisfied, perform an impact operation of applying the impacting force from the hammer to the anvil, characterized in that the tool further comprises an angular lead measurer configured to measure an angular lead in rotation of the anvil over the hammer, and in that the control unit is configured to change, according to the angular lead measured by the angular lead measurer, a control mode for controlling the rotational velocity of the output shaft from one of a plurality of modes to another. a motor; an impact mechanism including a hammer and an anvil, the hammer being configured to rotate with motive power supplied from the motor, the anvil being configured to rotate upon receiving impacting force from the hammer; an output shaft configured to rotate along with the anvil; a control unit configured to control a rotational velocity of the output shaft; and the impact mechanism being configured to, when a torque condition on magnitude of torque applied to the output shaft is satisfied, perform an impact operation of applying the impacting force from the hammer to the anvil, characterized in that the tool further comprises an angular lead measurer configured to measure an angular lead in rotation of the anvil over the hammer, and in that the control unit is configured to change, according to the angular lead measured by the angular lead measurer, a control mode for controlling the rotational velocity of the output shaft from one of a plurality of modes to another.
A method for use in a wireless device (110, 200, 491, 492, or 530), the method comprising: receiving, from a network node (160, 412, or 520), a transmission of system information, the transmission comprising coded bits received in a first set of subframes corresponding to subframes #4 of a plurality of radio frames; receiving, from the network node, an additional transmission of the system information, the additional transmission comprising additional coded bits, the additional transmission received in a second set of subframes corresponding to subframes of the plurality of radio frames other than subframes #4, wherein the coded bits and the additional coded bits are associated with indexes of a circular buffer used by the network node for obtaining the coded bits and the additional coded bits when transmitting the system information, and wherein the additional coded bits are associated with indexes continuing from indexes associated with the coded bits such that the index associated with the first additional coded bit is an incrementation by one of the index associated with the last coded bit modulo the size of the circular buffer. receiving, from a network node (160, 412, or 520), a transmission of system information, the transmission comprising coded bits received in a first set of subframes corresponding to subframes #4 of a plurality of radio frames; receiving, from the network node, an additional transmission of the system information, the additional transmission comprising additional coded bits, the additional transmission received in a second set of subframes corresponding to subframes of the plurality of radio frames other than subframes #4, wherein the coded bits and the additional coded bits are associated with indexes of a circular buffer used by the network node for obtaining the coded bits and the additional coded bits when transmitting the system information, and wherein the additional coded bits are associated with indexes continuing from indexes associated with the coded bits such that the index associated with the first additional coded bit is an incrementation by one of the index associated with the last coded bit modulo the size of the circular buffer.
A braking system for an elevator system comprising: braking surfaces (28, 30) secured to an elevator car or frame and frictionally engageable with a rail of an elevator system; and one or more actuators operably connected to one or more of the braking surfaces configured to urge engagement and disengagement of the one or more braking surfaces with the rail to stop and hold the elevator car during operation of the elevator system; characterized in that another one or more of the braking surfaces are operably connected to a safety device of the elevator, one braking surface of the one or more braking surfaces being movable along the rail such that movement of the one braking surface results in engagement of the safety device. braking surfaces (28, 30) secured to an elevator car or frame and frictionally engageable with a rail of an elevator system; and one or more actuators operably connected to one or more of the braking surfaces configured to urge engagement and disengagement of the one or more braking surfaces with the rail to stop and hold the elevator car during operation of the elevator system; characterized in that another one or more of the braking surfaces are operably connected to a safety device of the elevator, one braking surface of the one or more braking surfaces being movable along the rail such that movement of the one braking surface results in engagement of the safety device.
A differential pressure transmitting device comprising: a differential pressure sensor for sensing a differential pressure in a fluid; a sampling device adapted to sample, over a specific sampling interval (ts) at each specific sampling period (Ts), an electric signal that is in accordance with the differential pressure of the fluid, sensed by the differential pressure sensor; and a differential pressure measured value calculator adapted to calculate a measured value of the differential pressure (ΔP) by performing a calculating process including, at least, a first-order delay calculation, on an electric signal sampled by the sampling means; characterised by: a damping time constant setting changer configured to change the setting of the damping time constant (Dτ), which is used in the first-order delay calculation, in accordance with an operation by the user; and a sampling condition automatic changer adapted to change automatically a sampling condition, so as to be shorter, when a calculating process speed is to be made faster, based on the damping time constant (Dτ), with the sampling period (Ts) and/or the sampling interval (ts) as the sampling condition(s). a differential pressure sensor for sensing a differential pressure in a fluid; a sampling device adapted to sample, over a specific sampling interval (ts) at each specific sampling period (Ts), an electric signal that is in accordance with the differential pressure of the fluid, sensed by the differential pressure sensor; and a differential pressure measured value calculator adapted to calculate a measured value of the differential pressure (ΔP) by performing a calculating process including, at least, a first-order delay calculation, on an electric signal sampled by the sampling means; characterised by: a damping time constant setting changer configured to change the setting of the damping time constant (Dτ), which is used in the first-order delay calculation, in accordance with an operation by the user; and a sampling condition automatic changer adapted to change automatically a sampling condition, so as to be shorter, when a calculating process speed is to be made faster, based on the damping time constant (Dτ), with the sampling period (Ts) and/or the sampling interval (ts) as the sampling condition(s). a damping time constant setting changer configured to change the setting of the damping time constant (Dτ), which is used in the first-order delay calculation, in accordance with an operation by the user; and a sampling condition automatic changer adapted to change automatically a sampling condition, so as to be shorter, when a calculating process speed is to be made faster, based on the damping time constant (Dτ), with the sampling period (Ts) and/or the sampling interval (ts) as the sampling condition(s).
A method for sending an uplink resource indication to a user terminal, comprising: composing, by a base station, an uplink resource grant indication, ul grant, which carries an uplink resource index, wherein a corresponding relationship exists between the uplink resource index and more than one uplink subframes, the corresponding relationship is determined by a uplink-downlink subframe ratio and the number of uplink subframes is more than the number of downlink subframes in the uplink-downlink subframe ratio; and sending, by the base station, the ul grant to the user terminal. composing, by a base station, an uplink resource grant indication, ul grant, which carries an uplink resource index, wherein a corresponding relationship exists between the uplink resource index and more than one uplink subframes, the corresponding relationship is determined by a uplink-downlink subframe ratio and the number of uplink subframes is more than the number of downlink subframes in the uplink-downlink subframe ratio; and sending, by the base station, the ul grant to the user terminal.
A method for defining a broadband pilot signal hopping pattern in a wireless communications network, comprising: reserving a portion of available bandwidth for transmitting broadband pilot data; generating a broadband pilot signal hopping pattern for a device that specifies hopping across one or more frequency resource blocks of the reserved portion of bandwidth according to a configured periodicity for the device, wherein said periodicity is configured based at least in part on an activity level of the device; and assigning the broadband pilot signal hopping pattern to the device. reserving a portion of available bandwidth for transmitting broadband pilot data; generating a broadband pilot signal hopping pattern for a device that specifies hopping across one or more frequency resource blocks of the reserved portion of bandwidth according to a configured periodicity for the device, wherein said periodicity is configured based at least in part on an activity level of the device; and assigning the broadband pilot signal hopping pattern to the device.
A plasticizer composition comprising: a cyclohexane-1,2-diester-based material represented by Chemical Formula 1; and diisononyl terephthalate, wherein a weight ratio of the cyclohexane-1,2-diester-based material and the diisononyl terephthalate is 95:5 to 5:95, wherein, in Chemical Formula 1, R 1 and R 2 are each independently a C9 or C10 alkyl group. a cyclohexane-1,2-diester-based material represented by Chemical Formula 1; and diisononyl terephthalate, wherein a weight ratio of the cyclohexane-1,2-diester-based material and the diisononyl terephthalate is 95:5 to 5:95, wherein, in Chemical Formula 1, R 1 and R 2 are each independently a C9 or C10 alkyl group.
A chemical-mechanical polishing pad comprising a thermoplastic polyurethane polishing layer having a ratio of storage modulus at 25 degrees C to storage modulus at 80 degrees C of 80 or more, and wherein the thermoplastic polyurethane polishing layer has a tensile elongation of 320 percent or less.
Method for manufacturing a flexible electronic product, the method comprising the steps of - providing a flexible foil (10; 110) with a first and a second, mutually opposite main side (11, 12; 111, 112), - placing a component (30; 130) at the first foil at the first main side (11; 111), the component having at least one electrical terminal (31; 131) facing towards the second main side (12; 112) - estimating a position of the at least one electrical terminal, - adaptively forming a conductive path (40A, 40B, 40C) to the at least one electrical terminal, based on said estimated position, characterized in that the method is carried out as a roll to roll process and in that the position of the at least one electrical terminal is estimated with a computer vision system comprising a camera and a data processing system. - providing a flexible foil (10; 110) with a first and a second, mutually opposite main side (11, 12; 111, 112), - placing a component (30; 130) at the first foil at the first main side (11; 111), the component having at least one electrical terminal (31; 131) facing towards the second main side (12; 112) - estimating a position of the at least one electrical terminal, - adaptively forming a conductive path (40A, 40B, 40C) to the at least one electrical terminal, based on said estimated position,
An operating table column having a column part, and a head part for connecting a patient support surface of an operating table to the head part, having a power supply unit, situated on the column part, for supplying the operating table with power, wherein the head part includes a first head part element that is supported so as to be rotatable about a first rotational axis, and a second head part element that is supported so as to be rotatable about a second rotational axis, wherein the column part includes an actuator for bringing about a lifting motion of the patient support surface, wherein the actuator includes a cover element, characterized in that the first head part element is designed in such a way that at least one hose section connected to the power supply unit is guided completely through the first head part element in an area close to the first rotational axis and in a further area close to the second rotational axis.
A method of manufacturing a communications device according to Claim 9, the method comprising the following steps for manufacturing a keypad stiffener (410, 800): a) forming a metal plate form comprising a metal grounding plate, at least one detachable island and at least one bridge, wherein the at least one bridge mechanically connects the metal grounding plate to the at least one detachable island; b) forming a non-conductive molding mechanically coupling the metal grounding plate and the at least one detachable island; and c) electrically disconnecting the detachable island from the metal grounding plate. a) forming a metal plate form comprising a metal grounding plate, at least one detachable island and at least one bridge, wherein the at least one bridge mechanically connects the metal grounding plate to the at least one detachable island; b) forming a non-conductive molding mechanically coupling the metal grounding plate and the at least one detachable island; and c) electrically disconnecting the detachable island from the metal grounding plate.
A modular tubular system comprising: a tubular section made of a second material not suitable for handling with conventional tubular handling tools (28; 76), the tubular section forming a majority portion of an overall length of the modular tubular system; and a tool handling section made of a first material, different from the second material, suitable for handling with conventional tubular handling tools (28; 76), the tool handling section comprising: a box tool joint, formed at one end of the tool handling section, comprising a female threaded end for connecting the modular tubular system to a mating tubular section, a service joint, formed at an opposite end of the tool handling section, comprising a female threaded end that is connected to a male threaded end of the tubular section, and a neck section, of reduced outer diameter as compared to the ends (42, 44) of the tool handling section, forming a handling tube suitable for conventional tubular handling tools (28; 76). a tubular section made of a second material not suitable for handling with conventional tubular handling tools (28; 76), the tubular section forming a majority portion of an overall length of the modular tubular system; and a tool handling section made of a first material, different from the second material, suitable for handling with conventional tubular handling tools (28; 76), the tool handling section comprising: a box tool joint, formed at one end of the tool handling section, comprising a female threaded end for connecting the modular tubular system to a mating tubular section, a service joint, formed at an opposite end of the tool handling section, comprising a female threaded end that is connected to a male threaded end of the tubular section, and a neck section, of reduced outer diameter as compared to the ends (42, 44) of the tool handling section, forming a handling tube suitable for conventional tubular handling tools (28; 76). a box tool joint, formed at one end of the tool handling section, comprising a female threaded end for connecting the modular tubular system to a mating tubular section, a service joint, formed at an opposite end of the tool handling section, comprising a female threaded end that is connected to a male threaded end of the tubular section, and a neck section, of reduced outer diameter as compared to the ends (42, 44) of the tool handling section, forming a handling tube suitable for conventional tubular handling tools (28; 76).
Method for unstacking packages, arranged as a package stack in each case on a transport carrier, making use of a pallet clearing device with a carrier frame or transfer frame which can be moved in a controlled manner in a horizontal and/or vertical direction, wherein the packages, at a first position (7.1) of the pallet clearing device, form a package stack arrangement, which comprises in each case at least two packages arranged in a plurality of layers in a vertical direction above one another, and from which the packages are removed layer by layer or as part stacks or total stacks with the aid of the carrier frame or transfer frame, and are disposed at a further position (7.2) of the pallet clearing device for removal transport with at least one transporter (8, 9), wherein at least two package stacks arranged in each case on a transport carrier are merged into the package stack arrangement, and wherein the taking of the packages at the first position (7.1) is effected by at least one inner and at least two outer carrier arms (13, 14) of the carrier frame or transfer frame, wherein the outer carrier arms, at least in part sections, exhibit an angular or L-shaped cross section, characterised in that the inner carrier arm is guided between the at least two packages of the lowermost layer to be removed in such a way that it forms a lateral support, as well as simultaneously also forming a standing surface for the packages arranged on both sides, and that the outer carrier arms are positioned at the lowermost layer to be removed in such a way that they form in each case a lateral support, as well as simultaneously also forming a standing surface for the packages on their outer sides, facing away from the at least one inner carrier arm.
An anchor alignment assembly for engagement by an elongate shank of an anchor, the shank having an outstand which projects transversely to the locus of its rise, the assembly comprising: an elongate passageway defining member defining a passageway through which the shank can at least in part be pulled by a rode when raising the anchor; wherein the passageway defining member is arranged to allow entry of the shank into a guide zone of said elongate passageway defining member, the guide zone defined by at least two complementary guide members having a surface or surfaces which is/are able to engage with the outstand to rotate the shank about its elongate axis through a maximum of 180 degrees as the shank continues to be raised when the shank is not rotationally aligned as required, yet able, when the shank is rotationally aligned as required, to leave the shank and the anchor unrotated, and wherein the passageway defining member is further arranged to allow entry of the shank into an alignment zone of said elongate passageway defining member through which the shank is drawn prior to entry into the guide zone, said alignment zone having a surface or surfaces which is/are able to engage with the shank so as to assist in substantially aligning the elongate axis of the shank with the elongate axis of the passageway defining member, and wherein each of the two complementary guide members are either or both of: a) substantially located on a notional cylindrical surface, the elongate axis of the notional cylinder being co-axial with that of the passageway defining member, and b) substantially helical in form. an elongate passageway defining member defining a passageway through which the shank can at least in part be pulled by a rode when raising the anchor; wherein the passageway defining member is arranged to allow entry of the shank into a guide zone of said elongate passageway defining member, the guide zone defined by at least two complementary guide members having a surface or surfaces which is/are able to engage with the outstand to rotate the shank about its elongate axis through a maximum of 180 degrees as the shank continues to be raised when the shank is not rotationally aligned as required, yet able, when the shank is rotationally aligned as required, to leave the shank and the anchor unrotated, and wherein the passageway defining member is further arranged to allow entry of the shank into an alignment zone of said elongate passageway defining member through which the shank is drawn prior to entry into the guide zone, said alignment zone having a surface or surfaces which is/are able to engage with the shank so as to assist in substantially aligning the elongate axis of the shank with the elongate axis of the passageway defining member, a) substantially located on a notional cylindrical surface, the elongate axis of the notional cylinder being co-axial with that of the passageway defining member, and b) substantially helical in form.
An apparatus comprising: a cache memory (272, 1404, 2492); a high-bandwidth memory; a shader core (2655A-N, 2910) communicatively coupled to the cache memory (272, 1404, 2492) and comprising a processing element configured to decompress a first data element extracted from an in-memory database in the cache memory (272, 1404, 2492) and having a first bit length to generate a second data element having a second bit length, greater than the first bit length; and an arithmetic logic unit, ALU, configured to compare the second data element to a target value provided in a query of the in-memory database. a cache memory (272, 1404, 2492); a high-bandwidth memory; a shader core (2655A-N, 2910) communicatively coupled to the cache memory (272, 1404, 2492) and comprising a processing element configured to decompress a first data element extracted from an in-memory database in the cache memory (272, 1404, 2492) and having a first bit length to generate a second data element having a second bit length, greater than the first bit length; and an arithmetic logic unit, ALU, configured to compare the second data element to a target value provided in a query of the in-memory database.