mhurhangee/ep-ind-claims huggingface dataset:
A fluid system (10, 110) for an aircraft comprising: a main body (12, 112, 312) defining a wing of said aircraft and having a leading edge, a trailing edge, an injection opening (24, 124) disposed between the leading edge and the trailing edge, a suction opening disposed between the injection opening (24, 124) and the trailing edge, a channel (28, 128, 328) extending from the injection opening to the suction opening, a first passageway (30, 130, 330), a second passageway (32, 132, 332), a first opening (34, 334), a second opening, and a third opening (38, 138 338), the first passageway (30, 130, 330) extending from the first opening (34, 134, 334) to the second opening, the first opening in communication with the channel (28, 128, 328) and the second opening in communication with the second passageway (32, 132, 332), the second passageway (32, 132, 332) in communication with the first passageway (30, 130, 330) and extending to the third opening (38, 138 338), the third opening in communication with a first environment (43, 150, 350) exterior to the second passageway; a heating member (14, 114, 314) attached to the main body (12, 112, 312) and sized and configured to heat fluid traveling through the second passageway (32, 132, 332), the heating member disposed between the second passageway and the channel or between the leading edge and the second passageway; and a fluid pressurizer disposed within the channel. a main body (12, 112, 312) defining a wing of said aircraft and having a leading edge, a trailing edge, an injection opening (24, 124) disposed between the leading edge and the trailing edge, a suction opening disposed between the injection opening (24, 124) and the trailing edge, a channel (28, 128, 328) extending from the injection opening to the suction opening, a first passageway (30, 130, 330), a second passageway (32, 132, 332), a first opening (34, 334), a second opening, and a third opening (38, 138 338), the first passageway (30, 130, 330) extending from the first opening (34, 134, 334) to the second opening, the first opening in communication with the channel (28, 128, 328) and the second opening in communication with the second passageway (32, 132, 332), the second passageway (32, 132, 332) in communication with the first passageway (30, 130, 330) and extending to the third opening (38, 138 338), the third opening in communication with a first environment (43, 150, 350) exterior to the second passageway; a heating member (14, 114, 314) attached to the main body (12, 112, 312) and sized and configured to heat fluid traveling through the second passageway (32, 132, 332), the heating member disposed between the second passageway and the channel or between the leading edge and the second passageway; and a fluid pressurizer disposed within the channel.
A chimeric antigen receptor composed of at least the following domains: an extracellular domain, a transmembrane domain and an intracellular domain whereby the extracellular domain comprises a ligand-binding-domain and a spacer domain C-terminal to the ligand-binding-domain, wherein the spacer domain at least comprises the amino acid sequence of SEQ ID No. 3 of the CD34 molecule and wherein the spacer domain is located between the ligand-binding-domain and the transmembrane domain.
A system comprising: an article of furniture; a retractable furniture covering rolled up around a spring-loaded mechanism located in a storage housing positioned under a first portion of the article of furniture, the retractable furniture covering configured to extend from the storage housing under the first portion of the article of furniture to a second portion of the article of furniture for shielding at least one of an upper portion of the article of furniture, a lower portion of the article of furniture, a front portion of the article of furniture and a rear portion of the article of furniture from external elements. an article of furniture; a retractable furniture covering rolled up around a spring-loaded mechanism located in a storage housing positioned under a first portion of the article of furniture, the retractable furniture covering configured to extend from the storage housing under the first portion of the article of furniture to a second portion of the article of furniture for shielding at least one of an upper portion of the article of furniture, a lower portion of the article of furniture, a front portion of the article of furniture and a rear portion of the article of furniture from external elements.
A chewing gum base comprising a block copolymer comprising at least one semi-crystalline or amorphous soft polymeric block having a glass transition temperature (T g) which is below 37°C, and at least two hard, crystallizable polyethylene polymeric blocks, wherein the hard, crystallizable polymeric blocks have a melting point greater than 20°C, and wherein the polymeric blocks each have a degree of polymerization of at least 15 and wherein the soft and hard polymeric blocks comprise different monomers.
A fault scenario information collecting method for an information system comprising: regularly (Step S1) acquiring information of each parameter of a first preset parameter set in the information system at a preset time interval; monitoring (Step S2) operating states of the information system to judge whether a fault occurs in the operating states of the information system; and matching (Step S301) the information of each parameter of the first preset parameter set acquired at a time of occurrence of the fault with a preset information to obtain a preset fault scenario type corresponding to the information of each parameter of the first preset parameter set acquired at a time of occurrence of the fault when the fault occurs in the operating states of the information system; and acquiring (Step S302), according to the fault scenario type, information of each parameter of a second preset parameter set corresponding to the fault scenario type. regularly (Step S1) acquiring information of each parameter of a first preset parameter set in the information system at a preset time interval; monitoring (Step S2) operating states of the information system to judge whether a fault occurs in the operating states of the information system; and matching (Step S301) the information of each parameter of the first preset parameter set acquired at a time of occurrence of the fault with a preset information to obtain a preset fault scenario type corresponding to the information of each parameter of the first preset parameter set acquired at a time of occurrence of the fault when the fault occurs in the operating states of the information system; and acquiring (Step S302), according to the fault scenario type, information of each parameter of a second preset parameter set corresponding to the fault scenario type.
High Pressure fuel pump for a vehicle comprising a pump head and a plunger assembly, the pump head comprising a pump housing, provided with a bore in which the plunger assembly is arranged for reciprocating movement thereby to cause a pressure difference across the plunger assembly from a first end of the plunger assembly, proximate to a chamber, to a first edge of a pressure reducing feature; wherein the plunger assembly comprises two parts: a first part ("section", 110) proximate to the chamber, and a second part ("section", 120) remote from the chamber; and wherein in use of the pump head, an outer wall of the first part is subjected to a pressure, and an internal portion of the plunger assembly is subjected to a pumping fuel pressure; and wherein the first part is caused to deform outwardly towards the bore of the housing, thereby decreasing a clearance between the outer wall of the first part and the bore, such that an area of reduced clearance between the outer wall of the first part and the bore provides sealing between the first end of the plunger assembly and the first edge of the pressure reducing feature and wherein the plunger assembly is guided within the bore by guidance zones (136, 138), characterised in that the pressure reducing feature comprises axial grooves. a first part ("section", 110) proximate to the chamber, and a second part ("section", 120) remote from the chamber; and wherein in use of the pump head, an outer wall of the first part is subjected to a pressure, and an internal portion of the plunger assembly is subjected to a pumping fuel pressure; and wherein the first part is caused to deform outwardly towards the bore of the housing, thereby decreasing a clearance between the outer wall of the first part and the bore, such that an area of reduced clearance between the outer wall of the first part and the bore provides sealing between the first end of the plunger assembly and the first edge of the pressure reducing feature and wherein the plunger assembly is guided within the bore by guidance zones (136, 138), characterised in that the pressure reducing feature comprises axial grooves.
A bendable cutting apparatus for myocardium, comprising a cutting portion, a bendable portion, and a driving portion; the bendable portion being connected between the cutting portion and the driving portion; the cutting portion being driven by the driving portion to cut down a target portion of the myocardium; wherein the bendable portion is configured to bend in response to being tensioned and loosen by the driving portion; wherein the cutting portion further has a cavity, a cutter configured to cut down the target portion of the myocardium, and a puncture needle; the cutter and the puncture needle are provided in the cavity; and a groove is provided on a wall of the cutting portion to receive the target portion of the myocardium; wherein the cutter is connected to the driving portion by a first shaft; and the driving portion is further configured to drive the cutter to move linearly and rotate along a long axis of the cutting apparatus; wherein the puncture needle is connected to the driving portion by a second shaft and is driven by the driving portion to move along the long axis of the cutting apparatus; the second shaft is extendable in the first shaft; and a connecting block is provided at a front end of the second shaft, wherein the puncture needle is provided at a lower position on the connecting block relative to an axis of the second shaft to puncture through the groove; and the puncture needle is provided inclined downward relative to the axis of the second shaft. wherein the cutting portion further has a cavity, a cutter configured to cut down the target portion of the myocardium, and a puncture needle; the cutter and the puncture needle are provided in the cavity; and a groove is provided on a wall of the cutting portion to receive the target portion of the myocardium; wherein the cutter is connected to the driving portion by a first shaft; and the driving portion is further configured to drive the cutter to move linearly and rotate along a long axis of the cutting apparatus; wherein the puncture needle is connected to the driving portion by a second shaft and is driven by the driving portion to move along the long axis of the cutting apparatus; the second shaft is extendable in the first shaft; and a connecting block is provided at a front end of the second shaft, wherein the puncture needle is provided at a lower position on the connecting block relative to an axis of the second shaft to puncture through the groove; and the puncture needle is provided inclined downward relative to the axis of the second shaft.
A balloon catheter comprising: an outer shaft including a hypotube and a monolithic single-layer distal outer member, the outer shaft having an inflation lumen (200, 201, 202) defined therethrough, wherein the monolithic single-layer distal outer member is necked to a reduced diameter along an entire length thereof, wherein a proximal end of the monolithic single-layer distal outer member is coupled to the hypotube, and wherein a distal section of the hypotube comprises a skive defined by a first angled cut, an axial cut, and a second angled cut; a balloon in fluid communication with the inflation lumen (200, 201, 202), the balloon having a proximal balloon shaft coupled to a distal end of the monolithic single-layer distal outer member; and an inner tubular member having a guidewire lumen (210, 211) defined therethrough, the inner tubular member extending distally from a proximal port in the monolithic single-layer distal outer member through at least a portion of the balloon. an outer shaft including a hypotube and a monolithic single-layer distal outer member, the outer shaft having an inflation lumen (200, 201, 202) defined therethrough, wherein the monolithic single-layer distal outer member is necked to a reduced diameter along an entire length thereof, wherein a proximal end of the monolithic single-layer distal outer member is coupled to the hypotube, and wherein a distal section of the hypotube comprises a skive defined by a first angled cut, an axial cut, and a second angled cut; a balloon in fluid communication with the inflation lumen (200, 201, 202), the balloon having a proximal balloon shaft coupled to a distal end of the monolithic single-layer distal outer member; and an inner tubular member having a guidewire lumen (210, 211) defined therethrough, the inner tubular member extending distally from a proximal port in the monolithic single-layer distal outer member through at least a portion of the balloon.
A reclining device for holding a seatback to a seat cushion in a tiltable manner and fixing the seatback at a certain tilt angle, the reclining device comprising: a pair of reclining mechanisms to be arranged on both sides of a seat in a width direction thereof and each having an internal gear to be a fixedly attached to a frame of one of the seat cushion and the seatback and a cam arranged in juxtaposition with the internal gear in a thickness direction of the internal gear; a connecting rod extending in the width direction of the seat, coaxially coupled to the cam of each of the reclining mechanisms, and being rotatable together with the cam; and a resin bush having a cylindrical shape formed with a fit hole to receive a fitting part formed on the connecting rod at a portion adjacent to each end of the connecting rod, wherein the cam has a rod insertion hole for allowing the end of the connecting rod to be inserted therein, the internal gear has a bush insertion hole for allowing the resin bush to be inserted therein at a center position of the internal gear, the fitting part adjacent to the end of the connecting rod fits in the fit hole of the resin bush, and the end the connecting rod protrudes outward of the resin bush, and the resin bush is placed in the bush insertion hole in contact with an inner surface of the bush insertion hole of the internal gear to retain the connecting rod at such a position to the cam that a clearance exists between an inner surface of the rod insertion hole of the cam and an outer surface of the connecting rod. a pair of reclining mechanisms to be arranged on both sides of a seat in a width direction thereof and each having an internal gear to be a fixedly attached to a frame of one of the seat cushion and the seatback and a cam arranged in juxtaposition with the internal gear in a thickness direction of the internal gear; a connecting rod extending in the width direction of the seat, coaxially coupled to the cam of each of the reclining mechanisms, and being rotatable together with the cam; and a resin bush having a cylindrical shape formed with a fit hole to receive a fitting part formed on the connecting rod at a portion adjacent to each end of the connecting rod, wherein the cam has a rod insertion hole for allowing the end of the connecting rod to be inserted therein, the internal gear has a bush insertion hole for allowing the resin bush to be inserted therein at a center position of the internal gear, the fitting part adjacent to the end of the connecting rod fits in the fit hole of the resin bush, and the end the connecting rod protrudes outward of the resin bush, and the resin bush is placed in the bush insertion hole in contact with an inner surface of the bush insertion hole of the internal gear to retain the connecting rod at such a position to the cam that a clearance exists between an inner surface of the rod insertion hole of the cam and an outer surface of the connecting rod.
A radio terminal comprising: a memory; and at least one processor coupled to the memory, wherein the at least one processor is configured to cause the radio terminal to transmit to a radio station a Radio Resource Control, RRC, connection setup complete message including an information element indicating which of a plurality of communication architecture types for data packet transmission relating to Cellular Internet of Things, CloT, the radio terminal desires to use, the radio terminal supports, or the radio terminal is configured with, wherein the information element is Access Stratum, AS, layer information, is not a data packet to be transmitted to a core network, and is used by the radio station to determine a communication architecture type to be used for data packet transmission for the radio terminal. a memory; and at least one processor coupled to the memory, wherein the at least one processor is configured to cause the radio terminal to transmit to a radio station a Radio Resource Control, RRC, connection setup complete message including an information element indicating which of a plurality of communication architecture types for data packet transmission relating to Cellular Internet of Things, CloT, the radio terminal desires to use, the radio terminal supports, or the radio terminal is configured with, wherein the information element is Access Stratum, AS, layer information, is not a data packet to be transmitted to a core network, and is used by the radio station to determine a communication architecture type to be used for data packet transmission for the radio terminal.
An intravascular function element having a tubular lattice structure comprising a wire or a plurality of wires, each of which consist or an alloy having the alloying elements nickel and titanium, wherein a mixed oxide layer containing TiO2 and at least one nitride, particularly titanium oxynitride or titanium nitride, with a layer thickness from 15 nm to 100 nm is formed on the surface of the wire or wires, wherein the lattice structure forms cells from intersecting wires or segments of the wires in both the longitudinal and the circumferential direction thereof, and at least 6 cells, in particular at least 12 cells, more particularly at least 16 cells, more particularly at least 24 cells, more particularly at least 36 cells, more particularly at least 48 cells, are arranged in the circumferential direction, wherein for each of the aforementioned lower limits the angle (α) between the wire segments or wires and a longitudinal axis extending in the lengthwise direction of the lattice structure is at least 45°, more particularly at least 50°, more particularly at least 55°, more particularly at least 60°, more particularly at least 65°, more particularly at least 70°, more particularly at least 75° respectively at least for sections thereof.
Rotor blade assembly for a turbomachine, in particular a gas turbine, having at least one rotor blade, the rotor blade assembly having at least one cavity in which at least one tuning mass is movably arranged, the tuning mass and/or the cavity being adapted such that the tuning mass rests against an inner wall (3.1) of the cavity in a predetermined first operating state of the turbomachine and moves away from the inner wall, at least temporarily, in a second predetermined operating state of the turbomachine, characterized in that either the first or the second predetermined operating state is adjacent to a natural frequency of the rotor blade assembly having a tuning mass which rests on or is spaced apart from the inner wall, the adjacent operating state being in the range from 0.9 to 0.99 times said natural frequency of the rotor blade assembly.
A formulation comprising a buffering agent for use in treating gout and related disorders, wherein the formulation comprising the buffering agent is topically and/or transdermally applied, wherein the formulation comprising the buffering agent is to be administered to a patient having abnormal tissue levels of uric acid and/or symptoms of gout, and wherein the buffering agent is sodium bicarbonate, and wherein the sodium bicarbonate is at a concentration from about 30% to 35% w/w of the formulation, wherein the gout-related disorder is osteoarthritis, rheumatoid arthritis or psoriatic arthritis, one or more of a recurrent gout attack, gouty arthritis, hyperuricaemia, or gout related cardiovascular disorders selected from hypertension, cardiovascular disease, and coronary heart disease.
A two-wire dimmer for control of a lighting load from a source of AC voltage, comprising: a semiconductor switch (110,112) operable to be connected between said lighting load and said source of AC voltage; said semiconductor switch (110,112) having a conducting state and a non-conducting state; a power supply operable to draw current from said source of AC voltage when said semiconductor switch (110,112) is in said non-conducting state; and a control circuit operable to control said semiconductor (110,112) switch into said conducting state for an on-time each half-cycle of said AC voltage; said control circuit coupled to said input of said power supply for monitoring a voltage of said power supply; characterized in that said control circuit is operable to decrease said on-time when said input voltage of said power supply falls below a first predetermined voltage threshold. a semiconductor switch (110,112) operable to be connected between said lighting load and said source of AC voltage; said semiconductor switch (110,112) having a conducting state and a non-conducting state; a power supply operable to draw current from said source of AC voltage when said semiconductor switch (110,112) is in said non-conducting state; and a control circuit operable to control said semiconductor (110,112) switch into said conducting state for an on-time each half-cycle of said AC voltage; said control circuit coupled to said input of said power supply for monitoring a voltage of said power supply; characterized in that said control circuit is operable to decrease said on-time when said input voltage of said power supply falls below a first predetermined voltage threshold.
A secure display stand for an electronic device or wearable or other object, the secure stand further for projecting electronic media onto a surface, the secure display stand comprising: a holder for holding said electronic device, said holder comprising; a socket; an arm extending from a surface to said holder; and a projector associated with said arm and directed towards said surface to project media images of said electronic media onto said surface, characterized in that said holder further comprises: a bracelet lock for locking around a body or bracelet or strap of the electronic device or wearable or other object to be displayed; and a bracket extending from said bracelet lock, the bracket having a charging element for charging of said wearable, wherein the lock is attached by a retractable cord to the socket. a socket; an arm extending from a surface to said holder; and a projector associated with said arm and directed towards said surface to project media images of said electronic media onto said surface, characterized in that said holder further comprises: a bracelet lock for locking around a body or bracelet or strap of the electronic device or wearable or other object to be displayed; and a bracket extending from said bracelet lock, the bracket having a charging element for charging of said wearable, wherein the lock is attached by a retractable cord to the socket. a bracelet lock for locking around a body or bracelet or strap of the electronic device or wearable or other object to be displayed; and a bracket extending from said bracelet lock, the bracket having a charging element for charging of said wearable, wherein the lock is attached by a retractable cord to the socket.