mhurhangee/ep-ind-claims huggingface dataset:
A surgical instrument to be detachably connected to a robot arm of a robotic surgical system through an adaptor, comprising: a base body including an attachment surface to be attached to the adaptor; an elongated shaft including one end connected to the base body and the other end; a treatment tool provided on a side of the other end of the elongated shaft; elongate elements for operating the treatment tool; driven members (44a, 44b) rotatably provided on the base body and connected with end portions of the elongate elements; a holding member rotatably holding the driven members such that one end of each of the driven members is rotatably held by the base body and the other end of each of the driven members is rotatably held by the holding member; a movable member provided with being movable with respect to the holding member and the base body and engaged with the adaptor; characterized in that it further comprises a first bias member biasing the movable member toward an outer periphery of the base body, wherein the movable member is configured to be disengaged from the adaptor, when the movable member is moved with respect to the holding member and the base body, and the first bias member is held by the holding member. a base body including an attachment surface to be attached to the adaptor; an elongated shaft including one end connected to the base body and the other end; a treatment tool provided on a side of the other end of the elongated shaft; elongate elements for operating the treatment tool; driven members (44a, 44b) rotatably provided on the base body and connected with end portions of the elongate elements; a holding member rotatably holding the driven members such that one end of each of the driven members is rotatably held by the base body and the other end of each of the driven members is rotatably held by the holding member; a movable member provided with being movable with respect to the holding member and the base body and engaged with the adaptor; characterized in that it further comprises a first bias member biasing the movable member toward an outer periphery of the base body, wherein the movable member is configured to be disengaged from the adaptor, when the movable member is moved with respect to the holding member and the base body, and the first bias member is held by the holding member.
An apparatus for mounting circuit card assemblies comprising: a linear actuator defining a longitudinal axis; an opposed pair of driver members, wherein each driver member is engaged to the linear actuator for motion along the longitudinal axis, wherein the driver member defines a mounting plane and includes a pair of wedge surfaces that are oblique, each facing in a direction that has a component in a first direction towards the mounting plane and a component away from the longitudinal axis in a second direction parallel to the mounting plane, wherein the first and second directions are different from one another; a pair of back to back locking wedges, wherein each locking wedge is engaged with one of the wedge surfaces of a respective driver member to be driven both toward the mounting plane and the chassis for thermal communication and lateral to the mounting plane away from the longitudinal axis and towards the circuit card for mounting by sliding along the wedge surface of the driver member with the actuator driving the drive member toward a center of the locking wedge; and a biasing member configured to bias the pair of back to back locking wedges together. a linear actuator defining a longitudinal axis; an opposed pair of driver members, wherein each driver member is engaged to the linear actuator for motion along the longitudinal axis, wherein the driver member defines a mounting plane and includes a pair of wedge surfaces that are oblique, each facing in a direction that has a component in a first direction towards the mounting plane and a component away from the longitudinal axis in a second direction parallel to the mounting plane, wherein the first and second directions are different from one another; a pair of back to back locking wedges, wherein each locking wedge is engaged with one of the wedge surfaces of a respective driver member to be driven both toward the mounting plane and the chassis for thermal communication and lateral to the mounting plane away from the longitudinal axis and towards the circuit card for mounting by sliding along the wedge surface of the driver member with the actuator driving the drive member toward a center of the locking wedge; and a biasing member configured to bias the pair of back to back locking wedges together.
A universal decoder for a circularly convolved signal, comprising: a first decoder configured to decode the circularly convolved signal; a second decoder configured to decode a plurality of symbol lengths signal obtained from a first portion of the circularly convolved signal, wherein the plurality of symbol lengths signal is time aligned with the circularly convolved signal before passing through the second decoder; an adder component configured to sum a first decoder output coming from the first decoder and a second decoder output coming from the second decoder to produce a symbol value from which a log likelihood ratio, LLR, output is obtained; and a multiplier component before or after the second decoder, the multiplier component configured to weight a circular part of the signal with a weighting factor in order to remove an abrupt change of a channel, wherein the weighting is determined according to a compensated channel. a first decoder configured to decode the circularly convolved signal; a second decoder configured to decode a plurality of symbol lengths signal obtained from a first portion of the circularly convolved signal, wherein the plurality of symbol lengths signal is time aligned with the circularly convolved signal before passing through the second decoder; an adder component configured to sum a first decoder output coming from the first decoder and a second decoder output coming from the second decoder to produce a symbol value from which a log likelihood ratio, LLR, output is obtained; and
Linking member between a first structural member and a second structural member of the fuselage of an aircraft, characterized in the the linking member comprises a first part made of a solid structure and at least one second part made of a lattice structure, the first part made of the solid structure being configured to dissipate static stresses and to withstand fatigue up to a predetermined maximum stress and fatigue threshold.
A recombinant strain, which is obtained by introducing a cld LT2 gene encoding an enzyme controlling chain length of O-antigen of Salmonella typhimurium into Salmonella paratyphi A which is deficient in cld gene encoding an enzyme controlling chain length of O-antigen; wherein said cld LT2 gene encodes the enzyme controlling chain length of O-antigen of Salmonella typhimurium which has an amino acid sequence as shown in SEQ ID NO: 2; wherein said cld gene has a sequence as shown by sites from 887812 to 888789 of the sequence with accession number CP000026 in GenBank.
A method for transmitting data comprising: receiving and saving at least a portion of UE access data; utilizing at least a portion of the saved UE access data to send more than one data transmission; determining that a predetermined time period associated with the saved UE access data has expired; and based on the determining, refreshing the saved UE access data at least by: receiving, from a network, synchronization information, based at least on a portion of the synchronization information, sending a Chirp requesting refreshed UE access data, upon the UE access data being changed, in response to the Chirp, receiving the refreshed UE access data, and saving the refreshed UE access data, wherein the saved refreshed UE access data becomes the saved UE access data upon being saved. receiving and saving at least a portion of UE access data; utilizing at least a portion of the saved UE access data to send more than one data transmission; determining that a predetermined time period associated with the saved UE access data has expired; and based on the determining, refreshing the saved UE access data at least by: receiving, from a network, synchronization information, based at least on a portion of the synchronization information, sending a Chirp requesting refreshed UE access data, upon the UE access data being changed, in response to the Chirp, receiving the refreshed UE access data, and saving the refreshed UE access data, wherein the saved refreshed UE access data becomes the saved UE access data upon being saved. receiving, from a network, synchronization information, based at least on a portion of the synchronization information, sending a Chirp requesting refreshed UE access data, upon the UE access data being changed, in response to the Chirp, receiving the refreshed UE access data, and saving the refreshed UE access data, wherein the saved refreshed UE access data becomes the saved UE access data upon being saved.
Circuit arrangement for controlling a transistor having an insulated gate, comprising a gate driver for generating a driver signal (U TR) between a positive pole and a negative pole, which driver signal has a first driver voltage for switching on the transistor during a switch-on phase (t EIN) and a second driver voltage for switching off the transistor during a switch-off phase (t AUS), and comprising a capacitor parallel to the gate -source -path of the transistor, wherein the gate driver is designed such that the driver signal (U TR) is greater than or equal to zero volts, an inductor is provided for forming a resonant circuit with the capacitor, which resonant circuit is designed to recharge the capacitor to a negative gate-source voltage (U GS) below the second driver voltage when the transistor is being switched off by changing the driver signal (U TR) to the second driver voltage, and a switching element is provided in the resonant circuit, which switching element is designed to interrupt the resonant circuit after the capacitor has been recharged, wherein the part of the circuit arrangement between the gate driver and transistor is designed for the exclusive supply of voltage using the driver signal (U TR) of the gate driver, and the switching element is formed by an additional transistor, and a first free-wheeling diode is arranged in parallel with the switching element, and the inductor of the resonant circuit is arranged between the additional transistor and gate of the transistor.
A method of generating a void pantograph (31, 55), the method comprising: providing multiple dot patterns, each dot pattern comprising a combination of a dot size (33, 35, 37, 39, 41) and a dot placement in an X-Y grid (57, 59); selecting a first dot pattern (65, 73) and a second dot pattern (65, 73) from the multiple dot patterns provided in step; merging the first dot pattern (65, 73) and the second dot pattern (65, 73) to create a first pantograph foreground pattern (51, 61), some dots of the first dot pattern (65, 73) being separate from dots of the second pattern (65, 73) and some dots of the first dot pattern (65, 73) overlapping dots of the second dot pattern (65, 73); selecting a pantograph message and filling the pantograph message with the first pantograph foreground pattern (51, 61); selecting a third dot pattern (65, 73) and a fourth dot pattern (65, 73) from the multiple dot patterns provided in step; merging the third dot pattern (65, 73) and the fourth dot pattern (65, 73) to create a first pantograph background pattern (53, 63), some dots of the third dot pattern (65, 73) being separate from dots of the fourth pattern (65, 73) and some dots of the third dot pattern (65, 73) overlapping dots of the fourth dot pattern (65, 73); and merging the pantograph message and the first pantograph background pattern (53, 63) to create a void pantograph. providing multiple dot patterns, each dot pattern comprising a combination of a dot size (33, 35, 37, 39, 41) and a dot placement in an X-Y grid (57, 59); selecting a first dot pattern (65, 73) and a second dot pattern (65, 73) from the multiple dot patterns provided in step; merging the first dot pattern (65, 73) and the second dot pattern (65, 73) to create a first pantograph foreground pattern (51, 61), some dots of the first dot pattern (65, 73) being separate from dots of the second pattern (65, 73) and some dots of the first dot pattern (65, 73) overlapping dots of the second dot pattern (65, 73); selecting a pantograph message and filling the pantograph message with the first pantograph foreground pattern (51, 61); selecting a third dot pattern (65, 73) and a fourth dot pattern (65, 73) from the multiple dot patterns provided in step; merging the third dot pattern (65, 73) and the fourth dot pattern (65, 73) to create a first pantograph background pattern (53, 63), some dots of the third dot pattern (65, 73) being separate from dots of the fourth pattern (65, 73) and some dots of the third dot pattern (65, 73) overlapping dots of the fourth dot pattern (65, 73); and merging the pantograph message and the first pantograph background pattern (53, 63) to create a void pantograph.
An energy recovery system for a gas compressor having an input axle rotated by a prime mover (1 12), comprising: the gas compressor including a substantially hollow cylindrical housing rotatably driven by said prime mover, said rotating hollow cylindrical housing having an inboard surface distal to an axis of rotation and proximate to an annular chamber formed within said hollow cylindrical housing; a turbine rotatably positioned inside said annular chamber and rotating independent of said rotating hollow cylindrical housing, said turbine having an output axle; said annular chamber defining an annular compressed gas chamber and containing an annular lake of liquid and compressed gas formed by said gas compressor; the turbine having a plurality of fluid capture vanes which vanes are configured to radially distally extend into said liquid in said annular lake to return said liquid to an inlet of said gas compressor and to convert one or both of an angular velocity and an angular momentum of said liquid in said annular lake into turbine shaft torque applied to said output axle. the gas compressor including a substantially hollow cylindrical housing rotatably driven by said prime mover, said rotating hollow cylindrical housing having an inboard surface distal to an axis of rotation and proximate to an annular chamber formed within said hollow cylindrical housing; a turbine rotatably positioned inside said annular chamber and rotating independent of said rotating hollow cylindrical housing, said turbine having an output axle; said annular chamber defining an annular compressed gas chamber and containing an annular lake of liquid and compressed gas formed by said gas compressor; the turbine having a plurality of fluid capture vanes which vanes are configured to radially distally extend into said liquid in said annular lake to return said liquid to an inlet of said gas compressor and to convert one or both of an angular velocity and an angular momentum of said liquid in said annular lake into turbine shaft torque applied to said output axle.
An activator-support comprising at least one silica-coated alumina treated with at least one electron-withdrawing anion, wherein: the at least one silica-coated alumina has a weight ratio of alumina to silica in a range from 1:1 to 15:1, and the at least one electron-withdrawing anion comprises fluoride, chloride, bromide, phosphate, triflate, bisulfate, sulfate, fluoride and phosphate, fluoride and sulfate, chloride and phosphate, chloride and sulfate, triflate and sulfate, triflate and phosphate, or a combination thereof. the at least one silica-coated alumina has a weight ratio of alumina to silica in a range from 1:1 to 15:1, and the at least one electron-withdrawing anion comprises fluoride, chloride, bromide, phosphate, triflate, bisulfate, sulfate, fluoride and phosphate, fluoride and sulfate, chloride and phosphate, chloride and sulfate, triflate and sulfate, triflate and phosphate, or a combination thereof.
A cooking appliance which comprises a carcass, a front panel on the carcass, a button on the front panel, a flow control element which regulates the flow of gas by the turning of a shaft which is connected to the button and is equipped with a gas tap which has a tap body with a hollow interior in which the flow control element is accommodated, wherein the cooking appliance includes a follower, which extends radially toward the shaft, adjusted so that it grips an exterior section of the shaft of the gas tap and a tactile feedback device with a guiding section which ensures the guidance of the follower in order to provide adjustment with perception of gas adjustment levels by rotation of the button and wherein the tactile feedback device includes a sleeve with a guide section which provides guidance for the follower, characterized in that the tactile feedback device includes a recessed element positioned within it permitting the sleeve to move in a rotating motion, wherein a primary cover and a secondary cover are each covering the other to provide the recessed element, wherein the recessed element provides a recess in which the sleeve is housed, wherein the primary cover includes a shaft aperture through which the shaft passes and wherein the secondary cover includes a shaft aperture through which the shaft passes.
Optical assembly, having a main exit direction, the optical assembly comprising a light source, and a first light guide element and a second light guide element which are arranged in a superposed fashion in the main exit direction, wherein the light source is allocated to the first light guide element, and the first light guide element has a first light in-coupling region and a first light out-coupling surface, the second light guide element has a second light in-coupling surface and a second light out-coupling surface, the first light out-coupling surface faces the second light in-coupling surface, a light distribution structure being provided on at least a partial segment of at least one of the first light out-coupling surface and the second light in-coupling surface characterized in that the first light guide element and the second light guide element have curved segments, the curved segments each being a transitional segment of one segment having a first main extension direction and another segment having a second main extension direction, the main extension directions being different, and the light distribution structure being disposed at the curved segment.
A suspension liner sleeve configured to create a vacuum between a residual limb and a prosthetic socket comprising: an elongate, tubular body portion formed of a thermoplastic elastomeric material having a tubular thickness, a vertical axis, defining an open proximal region and a closed distal region, and having at least one sealing region; each sealing region comprising more than one raised sealing portion annularly protruding along said vertical axis; each raised sealing portion further having an apex surface; a fabric exterior layer is bonded to said tubular body portion; and characterised in that an outer sealing layer comprising a cured elastomeric material impregnated within said fabric exterior layer covers each sealing region and any space between each raised sealing portion. an elongate, tubular body portion formed of a thermoplastic elastomeric material having a tubular thickness, a vertical axis, defining an open proximal region and a closed distal region, and having at least one sealing region; each sealing region comprising more than one raised sealing portion annularly protruding along said vertical axis; each raised sealing portion further having an apex surface; a fabric exterior layer is bonded to said tubular body portion; and characterised in that an outer sealing layer comprising a cured elastomeric material impregnated within said fabric exterior layer covers each sealing region and any space between each raised sealing portion.
An implant (300, 400, 500) for resurfacing a condyle of a femur having a superior surface (304, 402, 502) and an inferior surface (302, 404, 504) wherein the superior surface (304, 402, 502) opposes at least a portion of the condyle of the femur and the inferior surface (302, 404, 504) opposes at least a portion of a weight bearing portion of a tibial surface and a patella, wherein the superior surface of the implant is curved to correspond to the curvature of the femoral condyle that it mates with and the portion of the patellar surface of the femur that it covers, characterized in that the superior surface (304, 402, 502) comprises at least one planar surface that mates with a bone cut on a surface of the femur and the inferior surface (302, 404, 504) has a three dimensional shape that substantially matches the projected shape of the condyle of the femur.
A smoke and/or vapour extraction fan for a smoke and/or vapour extraction system comprising a diffuser and an impeller located within the diffuser, the impeller being driven by an electric motor and being attached to an output shaft with its own axis of rotation, such impeller comprising a body having a flat part from which there rise a plurality of radially arranged blades, the diffuser having an air delivery or outlet conduit having an axial width of a cross-section which increases from an inlet towards its outlet, the said cross-section being identified in a plurality of planes containing the said axis of rotation of the output shaft of the electric motor, the said conduit starting in a first portion of the diffuser containing the impeller. characterised in that said blades are spaced apart from each other by a variable distance according to a periodic function, so that an angular distance between each pair of blades along an edge of the impeller varies on passing from one blade to the next and the next one again according to a non-linear mathematical function.