mhurhangee/ep-ind-claims huggingface dataset:
A network interface device arranged to couple a host computing device to a network, said network interface device comprising: a first interface configured to receive data from the host computing device; a first field programmable gate array application; and a transport engine for protocol processing data for transmission over the network, wherein the first interface is configured to: direct at least some of the data received from the host to the first field programmable gate array application, wherein the network interface device is characterised in that the first interface is configured to: direct remaining data received from the host to the transport engine for protocol processing and transmission over the network without said remaining data being processed by the field programmable gate array application, wherein the first field programmable gate array application is configured to perform processing of the at least some of the received data. a first interface configured to receive data from the host computing device; a first field programmable gate array application; and a transport engine for protocol processing data for transmission over the network, wherein the first interface is configured to: direct at least some of the data received from the host to the first field programmable gate array application, wherein the network interface device is characterised in that the first interface is configured to: direct remaining data received from the host to the transport engine for protocol processing and transmission over the network without said remaining data being processed by the field programmable gate array application, wherein the first field programmable gate array application is configured to perform processing of the at least some of the received data.
A method of producing a polyimide resin, comprising heating a polyamic acid obtained from a reaction between a tetracarboxylic acid dianhydride component and a diamine component in a mixed solvent composed of: N,N,N',N'-tetramethylurea; and at least one solvent selected from the group consisting of: aprotic polar organic solvents composed of N-methyl-2-pyrrolidone, N-ethyl-2-pyrrolidone, 1,3-dimethyl-2-imidazolidinone, N,N-dimethylacetamide, N,N-dimethylformamide, hexamethylphosphoramide, and γ-butyrolactone; and glycol ethers composed of a diethylene glycol dialkyl ether, an ethylene glycol monoalkyl ether acetate, a diethylene glycol monoalkyl ether acetate, a propylene glycol monoalkyl ether acetate, and a propylene glycol monoalkyl ether propionate. N,N,N',N'-tetramethylurea; and at least one solvent selected from the group consisting of: aprotic polar organic solvents composed of N-methyl-2-pyrrolidone, N-ethyl-2-pyrrolidone, 1,3-dimethyl-2-imidazolidinone, N,N-dimethylacetamide, N,N-dimethylformamide, hexamethylphosphoramide, and γ-butyrolactone; and glycol ethers composed of a diethylene glycol dialkyl ether, an ethylene glycol monoalkyl ether acetate, a diethylene glycol monoalkyl ether acetate, a propylene glycol monoalkyl ether acetate, and a propylene glycol monoalkyl ether propionate.
A method for transmitting a resource allocation message in a base station, the method comprising: allocating two or more subbands to a terminal; and transmitting the resource allocation message including a resource indexing field and an indication type field to the terminal, wherein the resource indexing field indicates at least two subband pairs being allocated and the indication type field indicates a number of the allocated subbands and positions of the allocated subbands within the subband pairs indicated by the resource indexing field, wherein two or more logical indices are translated into a first value, each of the two or more logical indices being associated with a subband pair, and the first value is identified in the resource indexing field, wherein each of the at least two subband pairs comprises a pair of subbands having contiguous indices, and characterised in that the number and positions of the allocated subbands are indicated by the value of the indication type field which is included in one of a first range, a second range and a third range, wherein the first range is defined as 0000 to 0011 for indicating the allocation of two subbands within two subband pairs, the second range is defined as 0100 to 0101 for indicating the allocation of three subbands within two subband pairs, and the third range is defined as 0110 to 1101 for indicating the allocation of three subbands within three subband pairs. allocating two or more subbands to a terminal; and transmitting the resource allocation message including a resource indexing field and an indication type field to the terminal, wherein the resource indexing field indicates at least two subband pairs being allocated and the indication type field indicates a number of the allocated subbands and positions of the allocated subbands within the subband pairs indicated by the resource indexing field, wherein two or more logical indices are translated into a first value, each of the two or more logical indices being associated with a subband pair, and the first value is identified in the resource indexing field, wherein each of the at least two subband pairs comprises a pair of subbands having contiguous indices, and characterised in that the number and positions of the allocated subbands are indicated by the value of the indication type field which is included in one of a first range, a second range and a third range, wherein the first range is defined as 0000 to 0011 for indicating the allocation of two subbands within two subband pairs, the second range is defined as 0100 to 0101 for indicating the allocation of three subbands within two subband pairs, and the third range is defined as 0110 to 1101 for indicating the allocation of three subbands within three subband pairs.
A levered landing gear comprising: a first shock strut having a longitudinal axis; a second shock strut disposed concentrically with the first shock strut along the longitudinal axis such that the first shock strut and the second shock strut extend along a common extension axis; and a truck lever coupled to both the first shock strut and the second shock strut such that the second shock strut pivots the truck lever relative to the first shock strut, wherein the second shock strut comprises: a metering pin coupled to a mounting surface of a piston of the second shock strut; and an orifice plate that cooperates with the metering pin to meter an amount of fluid flow as the second shock strut is compressed; wherein the metering pin includes a first end (340E1) proximate the mounting surface of the piston, a second end (340E2) longitudinally separated from the first end (340E1), and flutes longitudinally arranged on the metering pin between the first end (340E1) and the second end (340E2), the flutes having a varying depth so that a fluid flow through the flutes is greater at the second end (340E2) than fluid flow through the flutes at the first end (340E1). a first shock strut having a longitudinal axis; a second shock strut disposed concentrically with the first shock strut along the longitudinal axis such that the first shock strut and the second shock strut extend along a common extension axis; and a truck lever coupled to both the first shock strut and the second shock strut such that the second shock strut pivots the truck lever relative to the first shock strut, wherein the second shock strut comprises: a metering pin coupled to a mounting surface of a piston of the second shock strut; and an orifice plate that cooperates with the metering pin to meter an amount of fluid flow as the second shock strut is compressed; wherein the metering pin includes a first end (340E1) proximate the mounting surface of the piston, a second end (340E2) longitudinally separated from the first end (340E1), and flutes longitudinally arranged on the metering pin between the first end (340E1) and the second end (340E2), the flutes having a varying depth so that a fluid flow through the flutes is greater at the second end (340E2) than fluid flow through the flutes at the first end (340E1). a metering pin coupled to a mounting surface of a piston of the second shock strut; and an orifice plate that cooperates with the metering pin to meter an amount of fluid flow as the second shock strut is compressed; wherein the metering pin includes a first end (340E1) proximate the mounting surface of the piston, a second end (340E2) longitudinally separated from the first end (340E1), and flutes longitudinally arranged on the metering pin between the first end (340E1) and the second end (340E2), the flutes having a varying depth so that a fluid flow through the flutes is greater at the second end (340E2) than fluid flow through the flutes at the first end (340E1).
An information reporting method, performed by a user equipment, UE, where the method comprises: receiving configuration information sent by the base station, wherein the configuration information comprises whether to report the location information of the UE when a SCG failure occurs; determining that a secondary cell group, SCG, failure occurs; and reporting information related to the SCG failure to a base station, wherein the information related to the SCG failure includes location information of the UE based on the configuration information, wherein reporting the information related to the SCG failure to the base station comprises: reporting the information related to the SCG failure to the base station including the location information, in response to determining according to the configuration information that the location information of the UE is reported when the SCG failure occurs, wherein the configuration information further comprises whether to obtain global navigation satellite system, GNSS, location information when the location information of the UE is reported. receiving configuration information sent by the base station, wherein the configuration information comprises whether to report the location information of the UE when a SCG failure occurs; determining that a secondary cell group, SCG, failure occurs; and reporting information related to the SCG failure to a base station, wherein the information related to the SCG failure includes location information of the UE based on the configuration information, wherein reporting the information related to the SCG failure to the base station comprises: reporting the information related to the SCG failure to the base station including the location information, in response to determining according to the configuration information that the location information of the UE is reported when the SCG failure occurs, wherein the configuration information further comprises whether to obtain global navigation satellite system, GNSS, location information when the location information of the UE is reported. reporting the information related to the SCG failure to the base station including the location information, in response to determining according to the configuration information that the location information of the UE is reported when the SCG failure occurs, wherein the configuration information further comprises whether to obtain global navigation satellite system, GNSS, location information when the location information of the UE is reported.
A resin cage for a tapered roller bearing, the resin cage being injection-molded such that a large-diameter ring portion and a small-diameter ring portion which are separated from each other in an axial direction are connected to each other by a plurality of pillar portions for coming in slide contact with an outer peripheral surface of a tapered roller which is a rolling element, and a plurality of pockets are equally formed in a circumferential direction for housing and holding the tapered roller, wherein a mold parting line which is extended in the axial direction is formed in the pillar portion defining the pockets, characterized in that on facing surfaces of the adjacent pillar portions, on an outer diameter side from the mold parting line, a first conical surface for coming in slide contact with the outer peripheral surface of the tapered roller is formed, and a substantially flat surface in a first radial direction which is continuous to the first conical surface is formed in a portion on the outer diameter side from the first conical surface, on an inner diameter side from the mold parting line, a second conical surface for coming in slide contact with an outer peripheral surface of the tapered roller is formed, and a substantially flat surface in a second radial direction which is continuous to the second conical surface is formed in a portion on the inner diameter side from the second conical surface, an inclination angle (α 2) of the cage is set to be equal to or greater than 32°30' and less than 55°, and end portions of the conical surfaces (15A, 15B) are provided with only two protruding portions (17A, 17B), the protruding portion being provided at the end portion of the conical surface on the inner diameter side which is formed in a portion which is close to the large-diameter ring portion of the pillar portion, and the protruding portion being provided at the end portion of the conical surface on the outer diameter side which is formed in a portion which is close to the small-diameter ring portion of the pillar portion.
A hybrid system comprising: a fuel cell device; and a thermoacoustic cooler, wherein the fuel cell device includes a heat exchanger that performs heat exchange between the exhaust gas emitted from the fuel cell device and a fluid and lowers a temperature of the exhaust gas, wherein the thermoacoustic cooler includes: a thermoacoustic energy generating section in which thermoacoustic energy is generated by a temperature gradient between a high-temperature side and a low-temperature side; and a cooling section in which a function of cooling is performed in the low-temperature side using the temperature gradient between the high-temperature side and the low-temperature side which is produced when the thermoacoustic energy transmitted from the thermoacoustic energy generating section is converted into energy, wherein the exhaust gas emitted from the fuel cell device flows to the heat exchanger after flowing through the high-temperature side of the thermoacoustic energy generating section, and wherein the fluid flows through the high-temperature side of the cooling section and the fluid flows to the heat exchanger after flowing through the high-temperature side of the cooling section. a fuel cell device; and a thermoacoustic cooler, wherein the fuel cell device includes a heat exchanger that performs heat exchange between the exhaust gas emitted from the fuel cell device and a fluid and lowers a temperature of the exhaust gas, wherein the thermoacoustic cooler includes: a thermoacoustic energy generating section in which thermoacoustic energy is generated by a temperature gradient between a high-temperature side and a low-temperature side; and a cooling section in which a function of cooling is performed in the low-temperature side using the temperature gradient between the high-temperature side and the low-temperature side which is produced when the thermoacoustic energy transmitted from the thermoacoustic energy generating section is converted into energy, a thermoacoustic energy generating section in which thermoacoustic energy is generated by a temperature gradient between a high-temperature side and a low-temperature side; and a cooling section in which a function of cooling is performed in the low-temperature side using the temperature gradient between the high-temperature side and the low-temperature side which is produced when the thermoacoustic energy transmitted from the thermoacoustic energy generating section is converted into energy, wherein the exhaust gas emitted from the fuel cell device flows to the heat exchanger after flowing through the high-temperature side of the thermoacoustic energy generating section, and wherein the fluid flows through the high-temperature side of the cooling section and the fluid flows to the heat exchanger after flowing through the high-temperature side of the cooling section.
A method of producing plate springs for a railcar bogie, the plate springs each extending in a car longitudinal direction and elastically supporting a cross beam while being supported by an axle box in the railcar bogie, the axle box accommodating a bearing for an axle, the method comprising: a molding step of molding a mother plate made of fiber-reinforced resin, the mother plate including a layer (121; 123) made of continuous fibers oriented in a first direction when viewed from a normal direction of a main surface of the mother plate; characterized in that the method further comprises a cut position determining step of determining positions of a plurality of parallel cut lines (A, B,..., I) for cutting the mother plate along the first direction; and a cutting step of cutting the mother plate along the plurality of cut lines (A, B,..., I) to take out the plate springs made of the fiber-reinforced resin, wherein in the cut position determining step, the positions of the cut lines (A, I) are determined such that end portions (100c; 100d) of the mother plate each having a smaller width than the plate spring are cut off so as to not utilize the end portions (100c; 100d) as the plate springs, the end portions (100c; 100d) being located in a direction orthogonal to the direction in which the cut lines (A, B,..., I) extend. a molding step of molding a mother plate made of fiber-reinforced resin, the mother plate including a layer (121; 123) made of continuous fibers oriented in a first direction when viewed from a normal direction of a main surface of the mother plate; characterized in that the method further comprises a cut position determining step of determining positions of a plurality of parallel cut lines (A, B,..., I) for cutting the mother plate along the first direction; and a cutting step of cutting the mother plate along the plurality of cut lines (A, B,..., I) to take out the plate springs made of the fiber-reinforced resin, wherein in the cut position determining step, the positions of the cut lines (A, I) are determined such that end portions (100c; 100d) of the mother plate each having a smaller width than the plate spring are cut off so as to not utilize the end portions (100c; 100d) as the plate springs, the end portions (100c; 100d) being located in a direction orthogonal to the direction in which the cut lines (A, B,..., I) extend.
A system for facilitating dialysis by creating an arteriovenous fistula with a shunt, the shunt having a dialysis needle landing zone, the system comprising: a catheter for advancing a covered stent carried near the distal end of the catheter along a bodily lumen into a position in which the stent can function as an arteriovenous shunt between a first and a second bodily lumen, said catheter including means to broach radially outwardly a wall of said first lumen and radially inwardly a wall of said second lumen, and then deploy the stent, a covered radially-expansible stent, capable of being advanced by the catheter along a bodily lumen, and capable of performing as an arteriovenous shunt, and with a covering that stops short of one end of the stent; characterized in that: said covering stops short of the stent end at a line that slants to the longitudinal axis of the stent at an angle intermediate between 0° and 90°, and further characterized by: a means for injection of a pillow or pad of gel to be located subcutaneously between a puncture site of the shunt and overlying cutaneous layers of natural tissue for sealing the puncture site after its puncture in its needle landing zone by a dialysis needle and after withdrawal of the needle. a catheter for advancing a covered stent carried near the distal end of the catheter along a bodily lumen into a position in which the stent can function as an arteriovenous shunt between a first and a second bodily lumen, said catheter including means to broach radially outwardly a wall of said first lumen and radially inwardly a wall of said second lumen, and then deploy the stent, a covered radially-expansible stent, capable of being advanced by the catheter along a bodily lumen, and capable of performing as an arteriovenous shunt, and with a covering that stops short of one end of the stent; characterized in that: said covering stops short of the stent end at a line that slants to the longitudinal axis of the stent at an angle intermediate between 0° and 90°, and further characterized by: a means for injection of a pillow or pad of gel to be located subcutaneously between a puncture site of the shunt and overlying cutaneous layers of natural tissue for sealing the puncture site after its puncture in its needle landing zone by a dialysis needle and after withdrawal of the needle. said covering stops short of the stent end at a line that slants to the longitudinal axis of the stent at an angle intermediate between 0° and 90°, and further characterized by: a means for injection of a pillow or pad of gel to be located subcutaneously between a puncture site of the shunt and overlying cutaneous layers of natural tissue for sealing the puncture site after its puncture in its needle landing zone by a dialysis needle and after withdrawal of the needle.
An electromechanical lock comprising a rotary knob, a motor in the rotary knob for locking and unlocking by way of rotation of a main shaft; said electromechanical lock further comprising a lock cylinder adjoined to the rotary knob through an adaptor portion, having a first and second half-housings (50, 51) divided by a notch in which a rotatably arranged pawl is driven, wherein the electromechanical lock further comprises: a locking pin slot (17, 57) arranged on the lock cylinder, into which a locking pin (14, 53) can be driven; an adjustment member slot (16, 56) intersecting with the locking pin slot (17, 57); said adjustment member slot (16, 56) is arranged on the lock cylinder, into which an adjustment member (13, 58) can be inserted for blocking movement of the locking pin (14, 53), such that the longitudinal length of the rotary knob is arranged, characterized in that the adjustment member is rotated so that said locking pin is movable on a vertical axis with respect to a longitudinal axis of the electromechanical lock for an engagement with one of a plurality holes in an adjustment portion integrated with the adaptor portion or the adjustment member is rotated so that said locking pin having at least partially threaded portion can be blocked by the adjustment member. a locking pin slot (17, 57) arranged on the lock cylinder, into which a locking pin (14, 53) can be driven; an adjustment member slot (16, 56) intersecting with the locking pin slot (17, 57); said adjustment member slot (16, 56) is arranged on the lock cylinder, into which an adjustment member (13, 58) can be inserted for blocking movement of the locking pin (14, 53), such that the longitudinal length of the rotary knob is arranged, characterized in that the adjustment member is rotated so that said locking pin is movable on a vertical axis with respect to a longitudinal axis of the electromechanical lock for an engagement with one of a plurality holes in an adjustment portion integrated with the adaptor portion or the adjustment member is rotated so that said locking pin having at least partially threaded portion can be blocked by the adjustment member.