mhurhangee/ep-ind-claims huggingface dataset:
A fuel cell system for generating power by supplying anode gas and cathode gas to a fuel cell, comprising: a control valve configured to control the pressure of the anode gas to be supplied to the fuel cell; a buffer unit configured to store anode off-gas discharged from the fuel cell; and a start-up anode gas pressure control unit configured to feed inert gas in an anode gas flow passage of the fuel cell under pressure to the buffer unit by controlling the pressure of the anode gas to be supplied to the fuel cell when the fuel cell system is started; the start-up anode gas pressure control unit controls the pressure of the anode gas according to a temperature difference between the temperature of the fuel cell and that of the buffer unit. a control valve configured to control the pressure of the anode gas to be supplied to the fuel cell; a buffer unit configured to store anode off-gas discharged from the fuel cell; and a start-up anode gas pressure control unit configured to feed inert gas in an anode gas flow passage of the fuel cell under pressure to the buffer unit by controlling the pressure of the anode gas to be supplied to the fuel cell when the fuel cell system is started; the start-up anode gas pressure control unit controls the pressure of the anode gas according to a temperature difference between the temperature of the fuel cell and that of the buffer unit.
A method in a base station for performing wireless communication, the method comprising: configuring a set of one or more virtual cells for one or more user equipments, UEs, wherein one or more virtual cells of the set is associated with at least one set of parameters, wherein configuring the set of virtual cells includes specifying a default behavior for a user equipment, UE, to perform at least one of interference suppression or interference cancellation at least for unconfigured cells; transmitting information, to the UEs, regarding the set of the one or more virtual cells; and operating, for a same virtual cell of the set of one or more virtual cells, according to a same set of parameters for some or all of the one or more UEs. configuring a set of one or more virtual cells for one or more user equipments, UEs, wherein one or more virtual cells of the set is associated with at least one set of parameters, wherein configuring the set of virtual cells includes specifying a default behavior for a user equipment, UE, to perform at least one of interference suppression or interference cancellation at least for unconfigured cells; transmitting information, to the UEs, regarding the set of the one or more virtual cells; and operating, for a same virtual cell of the set of one or more virtual cells, according to a same set of parameters for some or all of the one or more UEs.
A circuit for in-memory computation, comprising: a memory having multiple columns; a plurality of memory cells on each column of the memory, the plurality of memory cells being configured to store multiple bits representing weights of a neural network, wherein the plurality of memory cells of each of the multiple columns correspond to different word-lines of the memory; a plurality of digital counters, each digital counter of the plurality of digital counters being coupled to a respective column of the multiple columns of the memory; an adder circuit coupled to outputs of the plurality of digital counters; an accumulator coupled to an output of the adder circuit; characterised by delay circuits, each delay circuit being coupled between the plurality of memory cells of the respective column of the multiple columns and a respective one of the plurality of digital counters, wherein the delay circuits of the multiple columns have different delays. a memory having multiple columns; a plurality of memory cells on each column of the memory, the plurality of memory cells being configured to store multiple bits representing weights of a neural network, wherein the plurality of memory cells of each of the multiple columns correspond to different word-lines of the memory; a plurality of digital counters, each digital counter of the plurality of digital counters being coupled to a respective column of the multiple columns of the memory; an adder circuit coupled to outputs of the plurality of digital counters; an accumulator coupled to an output of the adder circuit; characterised by delay circuits, each delay circuit being coupled between the plurality of memory cells of the respective column of the multiple columns and a respective one of the plurality of digital counters, wherein the delay circuits of the multiple columns have different delays.
A tolerance ring comprising: a generally cylindrical body having a sidewall that defines a first axial end and a second axial end, wherein the sidewall includes: an undeformed portion; and a plurality of wave structures protruding from the undeformed portion, wherein each wave structure has a first axial end and a second axial end, wherein the first and second axial ends of the wave structure are disconnected from the undeformed portion wherein each wave structure has a first longitudinal side and a second longitudinal side, each longitudinal side having a total length, L WS, characterized in that said wave structure also has a disconnected length, L D, defined by a disconnected length between the first and second longitudinal sides and the undeformed portion as measured from the respective axial end of the wave structure, and wherein L D is less than 0.2 L WS. a generally cylindrical body having a sidewall that defines a first axial end and a second axial end, wherein the sidewall includes: an undeformed portion; and a plurality of wave structures protruding from the undeformed portion, wherein each wave structure has a first axial end and a second axial end, wherein the first and second axial ends of the wave structure are disconnected from the undeformed portion wherein each wave structure has a first longitudinal side and a second longitudinal side, each longitudinal side having a total length, L WS, characterized in that said wave structure also has a disconnected length, L D, defined by a disconnected length between the first and second longitudinal sides and the undeformed portion as measured from the respective axial end of the wave structure, and wherein L D is less than 0.2 L WS. an undeformed portion; and a plurality of wave structures protruding from the undeformed portion, wherein each wave structure has a first axial end and a second axial end, wherein the first and second axial ends of the wave structure are disconnected from the undeformed portion wherein each wave structure has a first longitudinal side and a second longitudinal side, each longitudinal side having a total length, L WS, characterized in that said wave structure also has a disconnected length, L D, defined by a disconnected length between the first and second longitudinal sides and the undeformed portion as measured from the respective axial end of the wave structure, and wherein L D is less than 0.2 L WS.
A method of detecting and/or analysing a nucleic acid molecule, said method comprising performing a rolling circle amplification reaction comprising at least two rounds of RCA, wherein said reaction comprises: (a) providing a concatemeric first RCA product comprising a multiplicity of monomer repeats, each repeat representing a complementary copy of a first RCA template, wherein said nucleic acid molecule to be detected and/or analysed, or its complement, is contained in said first RCA template; (b) cleaving the first RCA product into monomer units, wherein the monomer unit is reduced in size as compared to the monomer repeat of the first RCA product; (c) circularising monomer units resulting from said cleavage to form second RCA templates wherein the second RCA template is smaller than the first RCA template; and (d) performing a second RCA reaction using said second RCA template of (c) and a primer for said second RCA, to form a second RCA product; wherein any one or more of steps (a) to (d) may be performed sequentially or in combination; and detecting and/or analysing said second RCA product and/or a monomer unit derived therefrom. (a) providing a concatemeric first RCA product comprising a multiplicity of monomer repeats, each repeat representing a complementary copy of a first RCA template, wherein said nucleic acid molecule to be detected and/or analysed, or its complement, is contained in said first RCA template; (b) cleaving the first RCA product into monomer units, wherein the monomer unit is reduced in size as compared to the monomer repeat of the first RCA product; (c) circularising monomer units resulting from said cleavage to form second RCA templates wherein the second RCA template is smaller than the first RCA template; and (d) performing a second RCA reaction using said second RCA template of (c) and a primer for said second RCA, to form a second RCA product;
A method of transmitting over a medium in a network from a first node to a second node, the first node including a memory, a circuit operatively coupled to a port, and a processor operatively coupled to the circuit and the memory, the method being performed by the first node and comprising: determining whether a third node is actively communicating with a fourth node; and if so, then determining, by the first node, whether the first node has packets destined for the second node stored in the memory; determining a number of packets to transmit based on a number of packets that the first node can transmit to the second node with the second node acknowledging receipt thereof in the remaining time that the third node is actively communicating with the fourth node; and transmitting the number of the packets from the first node to the second node concurrently with the transmission from the third node to the fourth node, if the first node determines that the transmission from the third node is unreceivable by the second node, wherein the first node traverses its packet queue such that the number of the packets transmitted from the first node to the second node concurrently with the transmission from the third node to the fourth node can fit in the remaining time that the third node is actively communicating with the fourth node. determining whether a third node is actively communicating with a fourth node; and if so, then determining, by the first node, whether the first node has packets destined for the second node stored in the memory; determining a number of packets to transmit based on a number of packets that the first node can transmit to the second node with the second node acknowledging receipt thereof in the remaining time that the third node is actively communicating with the fourth node; and transmitting the number of the packets from the first node to the second node concurrently with the transmission from the third node to the fourth node, if the first node determines that the transmission from the third node is unreceivable by the second node, wherein the first node traverses its packet queue such that the number of the packets transmitted from the first node to the second node concurrently with the transmission from the third node to the fourth node can fit in the remaining time that the third node is actively communicating with the fourth node.
Wheelbarrows with a frame connecting a trough, a central wheelbarrow wheel, two supports and two uprights, the trough being equipped with a front slant trough region above the wheelbarrow wheel, with a drive unit, characterized in that the drive unit via a support mounted on the front side with a motor and a friction wheel, and a fastening and tensioning device (3, 4, 12, 19, 20), the carrier bears by its rear side against the front slant trough region of the trough, the fastening device (3, 12) engages in the front, upper edge of the trough, the friction wheel is connected to the wheelbarrow wheel, and the tensioning device (4, 19, 20) engages the carrier downwards, in that the friction wheel presses on the wheelbarrow wheel.
An eyeglass frame, comprising a front portion with ends extending backward from the front portion; a pair of hinges provided on the ends of the front portion and each having a hinge piece; and a pair of temples rotatably connected to the ends of the front portion via the hinges, wherein each of the temples has a metal connection part integrally formed with the hinge piece, and a body connected to the connection part; characterized in that each of the connection parts has an elastic portion which has a smaller section than that of the body of the temple to which the connection part is connected; each hinge is positioned at an inner surface side of the front portion; each of the connection parts is curved from the inner surface side of the front portion toward an outer surface side of the temple to contact an inner surface of the end of the front portion and an outer surface of one end of the body; and the temples are configured to be able to be opened further outward by the elasticity of the elastic portion from an open position where the outer surfaces of the connection parts contact the inner surfaces of both ends of the front portion.
Method for inspecting containers for contaminations and three-dimensional container structures, wherein the method comprises the following steps: - providing a radiation source, wherein the radiation source is designed to emit radiation which radiates through a container to be examined, wherein the radiation source has several spatially separated radiation zones, and wherein the radiation zones are designed to emit radiation of different wavelength ranges, - providing a detection element which is designed to detect the radiation that has been emitted by the radiation source and has radiated through the container, - providing an evaluation element which is designed to evaluate the radiation detected by the detection element in terms of contamination of and damage to the container, - emitting, through the radiation zones of the radiation source, radiation of different wavelength ranges, wherein the radiation radiates through the container to be examined, - detecting, through the detection element, the radiation, wherein the radiation has been emitted by the radiation zones of the radiation source and has radiated through the container to be examined, and - evaluating, through the evaluation element, the radiation detected by the detection element in terms of contamination of and damage to the container to be examined, wherein a brightness contrast image and a colour contrast image are simultaneously created, and the evaluation element carries out a comparison of the brightness contrast image and the colour contrast image. - providing a radiation source, wherein the radiation source is designed to emit radiation which radiates through a container to be examined, wherein the radiation source has several spatially separated radiation zones, and wherein the radiation zones are designed to emit radiation of different wavelength ranges, - providing a detection element which is designed to detect the radiation that has been emitted by the radiation source and has radiated through the container, - providing an evaluation element which is designed to evaluate the radiation detected by the detection element in terms of contamination of and damage to the container, - emitting, through the radiation zones of the radiation source, radiation of different wavelength ranges, wherein the radiation radiates through the container to be examined, - detecting, through the detection element, the radiation, wherein the radiation has been emitted by the radiation zones of the radiation source and has radiated through the container to be examined, and - evaluating, through the evaluation element, the radiation detected by the detection element in terms of contamination of and damage to the container to be examined,
A medical device comprising: at least one layer of a fabric of braided strands, having proximal and distal ends and a central axis extending therebetween, the medical device having an expanded preset configuration comprising a generally frustoconical shaped portion at each end, wherein each frustoconical shaped portion comprises first and second ends, wherein the first ends are planar and face one another and have a larger cross-sectional diameter than the second ends, wherein the second ends correspond to the proximal and distal ends (18, 20) of the medical device, and wherein the medical device is configured to be constrained to a reduced configuration for delivery through a diagnostic catheter and to at least partially return, when unconstrained, towards the expanded configuration.
Apparatus for a spinning room preparation machine or a machine in the ginning process for the detection and separation of foreign matter in or between fibre material, especially cotton, having a fibre transport channel for a fibre material flow, with which there is associated in transport direction one after the other a sensor system for detecting the foreign matter and at least one device for separating the foreign matter, the latter device having a device for generating a blowing air flow which runs in the direction towards the fibre material and discharges the fibre material flow with the foreign parts completely or partly out of the fibre transport channel, wherein the device for generating the blowing air flow having a plurality of blowing nozzles (32a to 32n) which are arranged across the width of the fibre transport channel and are connected to a common compressed-air line and to valves (36a to 36n), the blowing nozzles (32a to 32n) being connected via the valves (36a to 36n) to the common compressed-air line, which can be connected to a compressed-air source, characterised in that a flow sensor is associated with the apparatus, which flow sensor is able to detect the flow of air through the common compressed-air line, the flow sensor being arranged in the common compressed-air line.
A method of simulating an integrated circuit, IC, design, the method comprising: accessing an optimized hierarchical netlist that describes the devices of the IC design and the connectivity of those devices by means of nodes; determining a node order ranking of nodes in the optimized hierarchical netlist, a node order of a node being proportional to a maximum value of a derivative ratio from all devices that connect to said node; partitioning circuits of the optimized hierarchical netlist with a static current driving scheme into homogeneous node order, driver-only sub-circuits and homogeneous node order, driven-only sub-circuits and hybrid sub-circuits and then further dividing the hybrid sub-circuits with a dynamic current driving scheme based on the node order ranking; building a hierarchical data structure based on the partitioning; performing solving and integration using the hierarchical data structure to generate an order-ranked hierarchy engine; performing analysis on the order-ranked hierarchy engine; and exporting simulation data of the IC design based on the analysis. accessing an optimized hierarchical netlist that describes the devices of the IC design and the connectivity of those devices by means of nodes; determining a node order ranking of nodes in the optimized hierarchical netlist, a node order of a node being proportional to a maximum value of a derivative ratio from all devices that connect to said node; partitioning circuits of the optimized hierarchical netlist with a static current driving scheme into homogeneous node order, driver-only sub-circuits and homogeneous node order, driven-only sub-circuits and hybrid sub-circuits and then further dividing the hybrid sub-circuits with a dynamic current driving scheme based on the node order ranking; building a hierarchical data structure based on the partitioning; performing solving and integration using the hierarchical data structure to generate an order-ranked hierarchy engine; performing analysis on the order-ranked hierarchy engine; and exporting simulation data of the IC design based on the analysis.
A method for moulding food patties from a food product, for example a mass of ground meat, the method comprising: - supplying food product to a supply hopper, the food product comprising a food mass having a substantially coherent structure formed by particles of the food product that are loosely connected to each other, - moving food product in the supply hopper to at least one discharge opening of the supply hopper, - discharging food product from the discharge opening of the supply hopper, - feeding food product that has been discharged from the discharge opening of the supply hopper into at least one pump chamber of a positive displacement pump system, - positively displacing food product in the pump chamber to an outlet opening of the pump chamber by the positive displacement pump system, - discharging food product from the outlet opening of the pump chamber, - feeding food product that has been discharged from the outlet opening of the pump chamber into a moulding device having a plurality of mould cavities for moulding the food patties, wherein the substantially coherent structure of at least a portion of the food mass is substantially maintained when said food mass is moved in the supply hopper to the discharge opening and also when said food mass or a portion thereof is discharged from the discharge opening of the supply hopper and fed into the pump chamber, characterized in that the food mass in the supply hopper is substantially not compressed in a direction transverse to the movement direction of the food mass in the supply hopper up to its discharge opening, and the food mass is substantially not compressed in a direction transverse to the movement direction of the food mass when said food mass is discharged from the discharge opening of the supply hopper and fed into the pump chamber, and in that the supply hopper has a cross-sectional flow area that does not decrease from a fill opening of the supply hopper up to the discharge opening of the supply hopper. and in that the food mass moves in the supply hopper to its discharge opening by means of gravity only, and the food mass is discharged from the discharge opening of the supply hopper and fed into the pump chamber also by means of gravity only. - supplying food product to a supply hopper, the food product comprising a food mass having a substantially coherent structure formed by particles of the food product that are loosely connected to each other, - moving food product in the supply hopper to at least one discharge opening of the supply hopper, - discharging food product from the discharge opening of the supply hopper, - feeding food product that has been discharged from the discharge opening of the supply hopper into at least one pump chamber of a positive displacement pump system, - positively displacing food product in the pump chamber to an outlet opening of the pump chamber by the positive displacement pump system, - discharging food product from the outlet opening of the pump chamber, - feeding food product that has been discharged from the outlet opening of the pump chamber into a moulding device having a plurality of mould cavities for moulding the food patties,