mhurhangee/ep-ind-claims huggingface dataset:
A linear slide having a lubricating device, comprising a long axle, a slide block module, a smearing member, and a dispenser, the long axle being an elongate structure extending in a direction defined as an axial direction, two sides of the long axle being formed with rolling grooves in the axial direction, the slide block module being slidably disposed on the long axle and comprising a slide block and two circulation members, the slide block having a rolling trough therein corresponding to the rolling grooves, the rolling grooves and the rolling trough forming a load route, the slide block further having a plurality of circulation holes disposed in the axial direction and penetrating two end surfaces thereof, the two circulation members being disposed at the two end surfaces of the slide block respectively, the two circulation members each have a plurality of circulation channels with two ends to communicate with the load route and the circulation holes respectively, the load route, the circulation holes, and the circulation channels forming a circulation route, the circulation route being adapted to receive a rolling member therein, at least one of the circulation members having an oil storage trough and a retaining through hole, the oil storage trough, the circulation channels, and the retaining through hole being in communication with each other, the oil storage trough being filled with lubricant, the smearing member being disposed in the retaining through hole, the dispenser covering the smearing member, the dispenser absorbing the lubricant and dispensing the lubricant to the smearing member, wherein when the rolling member passes through the circulation channels, the rolling member is in contact with the smearing member, and wherein each circulation member comprises a main body and a lid, the main body has the oil storage trough, the retaining through hole, and second half channels, the lid has first half channels corresponding to the second half channels, and the first half channels and the second half channels form the circulation channels, characterized in that the smearing member and the dispenser are made of wool felt, and the wool felt of the smearing member has a density different from that of the dispenser.
Impact protection, wherein the impact protection comprises a plunger having a plunger sleeve as well as a buffer plate and a buffer housing arranged at a first end region of the plunger sleeve in which at least one second end region opposite from the first end region of the plunger sleeve is telescopically accommodated, wherein the buffer housing comprises the following: - a buffer sleeve having a buffer plate-side first end region and a second end region opposite from the first end region by means of which the buffer sleeve is connectable to a supporting structure, particularly a front end of a railcar body; - a clamping sleeve having a buffer plate-side first end region and a second end region opposite from the buffer plate-side first end region by means of which the clamping sleeve is connectable to the first end region of the buffer sleeve; and - a destructive energy absorption element, particularly in the form of a deformation tube, fixed between the first end region of the clamping sleeve and the first end region of the buffer sleeve, wherein upon the exceeding of a predefinable critical impact force introduced into the impact protection by way of the buffer plate, the connection between the second end region of the clamping sleeve and the first end region of the buffer sleeve disengages and the clamping sleeve together with the energy absorption element displaces in the direction of the buffer sleeve relative to said buffer sleeve by the concurrent plastic deformation of the energy absorption element, and wherein the plunger sleeve is configured as a circularly cylindrical body such that the plunger sleeve exhibits a substantially constant outer diameter from its first end region to its opposite second end region. - a buffer sleeve having a buffer plate-side first end region and a second end region opposite from the first end region by means of which the buffer sleeve is connectable to a supporting structure, particularly a front end of a railcar body; - a clamping sleeve having a buffer plate-side first end region and a second end region opposite from the buffer plate-side first end region by means of which the clamping sleeve is connectable to the first end region of the buffer sleeve; and - a destructive energy absorption element, particularly in the form of a deformation tube, fixed between the first end region of the clamping sleeve and the first end region of the buffer sleeve, wherein upon the exceeding of a predefinable critical impact force introduced into the impact protection by way of the buffer plate, the connection between the second end region of the clamping sleeve and the first end region of the buffer sleeve disengages and the clamping sleeve together with the energy absorption element displaces in the direction of the buffer sleeve relative to said buffer sleeve by the concurrent plastic deformation of the energy absorption element, and wherein the plunger sleeve is configured as a circularly cylindrical body such that the plunger sleeve exhibits a substantially constant outer diameter from its first end region to its opposite second end region.
A fuel cell system comprising: a fuel cell; a pump comprising a rotating body and a case for housing the rotating body, used to supply reaction gas to the fuel cell; and a control unit for controlling driving of the pump, characterized in that: the control unit stores a threshold value set within a predetermined range lower than the freezing point; the control unit is configured to acquire a parameter expressing the temperature of the pump and, while the fuel cell operation is stopped, when it is detected based on the parameters that the temperature of the pump is equal or less than the threshold value, to execute a rotating body drive process that rotates the rotating body of the pump for a predetermined period. a fuel cell; a pump comprising a rotating body and a case for housing the rotating body, used to supply reaction gas to the fuel cell; and a control unit for controlling driving of the pump, characterized in that: the control unit stores a threshold value set within a predetermined range lower than the freezing point; the control unit is configured to acquire a parameter expressing the temperature of the pump and, while the fuel cell operation is stopped, when it is detected based on the parameters that the temperature of the pump is equal or less than the threshold value, to execute a rotating body drive process that rotates the rotating body of the pump for a predetermined period. the control unit stores a threshold value set within a predetermined range lower than the freezing point; the control unit is configured to acquire a parameter expressing the temperature of the pump and, while the fuel cell operation is stopped, when it is detected based on the parameters that the temperature of the pump is equal or less than the threshold value, to execute a rotating body drive process that rotates the rotating body of the pump for a predetermined period.
Heat generating element, in particular for an electric heating device of a motor vehicle, with a positioning frame forming a receptacle in which at least one PTC element is received, two contact plates resting against opposite sides of the PTC element, and a shield with a shielding sheet metal plate cover connected to the positioning frame, which is electrically separated from the associated contact plate by an insulating layer, characterized in that the shielding sheet metal plate cover has a rim substantially completely surrounding the positioning frame.
Automatic door, in particular an automatic lift door, comprising - at least one door leaf arrangement (3, 5), which is mounted such that it can move between a closed position and an open position of the door and can be driven by means of an electric motor, - a drive device, which is housed in a housing at least in part, and comprises a controllable electric motor as the drive means for the door leaf arrangement (3, 5), and - a control device for controlling the electric motor, - it being possible for the electric motor to be actuated by means of the control device in order to exert a closing holding force on the door leaf arrangement (3, 5) when said door leaf arrangement is in its closed position, characterised by at least one temperature sensor (50, 52) for recording the temperature at a reference point in the region of and/or in the area around the automatic door and for outputting the measured temperature information thereof to the control device, the control device being designed to control the electrical power that is to be provided in order to generate the closing holding force of the electric motor on the basis of the particular temperature information from the temperature sensor such that the electrical power of the electric motor increases as the temperature measured by the temperature sensor (50, 52) decreases, at least once the measured temperature has fallen below a specific measured temperature, and the electrical power of the electric motor decreases again when the measured temperature increases again. - at least one door leaf arrangement (3, 5), which is mounted such that it can move between a closed position and an open position of the door and can be driven by means of an electric motor, - a drive device, which is housed in a housing at least in part, and comprises a controllable electric motor as the drive means for the door leaf arrangement (3, 5), and - a control device for controlling the electric motor, - it being possible for the electric motor to be actuated by means of the control device in order to exert a closing holding force on the door leaf arrangement (3, 5) when said door leaf arrangement is in its closed position,
A device for providing a temperature compensated measurement of the level of a fuel in a tank (12; 30), comprising: a transducer for transmitting and receiving acoustic signals, and a waveguide connected to the transducer and adapted to extend into the liquid, wherein the waveguide is configured to guide an acoustic pulse generated by the transducer towards a surface of the fuel, and to guide a returning pulse reflected by the surface back to the transducer, characterized by: means (16; 18; 40) for directing a flow of fuel originating from the tank along the exterior of a portion of the waveguide which during operation is located above the fuel level, wherein said means comprises a suction pipe for sucking fuel up from the tank by means of a fuel pump and/or a return pipe for returning unused fuel to the tank, at least part of said waveguide being arranged alongside and in contact with said suction pipe and/or said return pipe. a transducer for transmitting and receiving acoustic signals, and a waveguide connected to the transducer and adapted to extend into the liquid, wherein the waveguide is configured to guide an acoustic pulse generated by the transducer towards a surface of the fuel, and to guide a returning pulse reflected by the surface back to the transducer, characterized by: means (16; 18; 40) for directing a flow of fuel originating from the tank along the exterior of a portion of the waveguide which during operation is located above the fuel level, wherein said means comprises a suction pipe for sucking fuel up from the tank by means of a fuel pump and/or a return pipe for returning unused fuel to the tank, at least part of said waveguide being arranged alongside and in contact with said suction pipe and/or said return pipe. means (16; 18; 40) for directing a flow of fuel originating from the tank along the exterior of a portion of the waveguide which during operation is located above the fuel level, wherein said means comprises a suction pipe for sucking fuel up from the tank by means of a fuel pump and/or a return pipe for returning unused fuel to the tank, at least part of said waveguide being arranged alongside and in contact with said suction pipe and/or said return pipe.
A method for implementing call re-establishment using a user equipment configured to communicate with a wireless communication network, the method comprising: detecting at least one of a radio link failure and a protocol failure of a connection between the UE and a serving cell; selecting a target cell of the wireless communication network; comparing a received signal level for the target cell to a signal level threshold, wherein the signal level threshold is greater than a minimum signal level required on the target cell, wherein the method includes receiving signal level threshold values for two or more neighbor cells, and averaging the signal level threshold values of each of the two or more neighbor cells to determine the signal level threshold; when the received signal level for the target cell exceeds the signal level threshold: initiating call re-establishment on the target cell; and when the received signal level for the target cell does not exceed the signal level threshold: not initiating call re-establishment on the target cell. detecting at least one of a radio link failure and a protocol failure of a connection between the UE and a serving cell; selecting a target cell of the wireless communication network; comparing a received signal level for the target cell to a signal level threshold, wherein the signal level threshold is greater than a minimum signal level required on the target cell, wherein the method includes receiving signal level threshold values for two or more neighbor cells, and averaging the signal level threshold values of each of the two or more neighbor cells to determine the signal level threshold; when the received signal level for the target cell exceeds the signal level threshold: initiating call re-establishment on the target cell; and when the received signal level for the target cell does not exceed the signal level threshold: not initiating call re-establishment on the target cell.
A carbon brush, having a wear-limit indicating function, having a current-carrying stranded wire arranged in a brush body and having a stranded indicating wire, which is arranged in a recess formed in the brush body with a stranded-wire end section, characterized in that the stranded-wire end section comprises exposed individual wires along the entire depth of the recess, said individual wires being surrounded by an insulating tamping powder for being fixed in the recess.
Method for producing an angle sensor for capturing an angle of rotation on the basis of a relative angular position of a magnetic field of a magnet, comprising a circuit housing and a transducer housing between which the magnetic field can be transmitted, wherein the magnet is enclosed in the transducer housing, wherein the circuit housing comprises a blind hole in which the transducer housing is rotatably mounted, comprising the method steps of: - providing the transducer housing, and - encapsulating the transducer housing with a material for forming the circuit housing. - providing the transducer housing, and - encapsulating the transducer housing with a material for forming the circuit housing.
Flexible bag having an inner compartment for receiving a hot and/or burning object, wherein the bag is capable of being rolled and/or folded, and wherein the bag has an opening for the introduction of the object into the inner compartment of the bag, wherein an externally accessible outer compartment (3a, 3b) is provided on that third of the bag which is opposite to the opening, a fire extinguisher (10a, 10b) for receiving and dispensing a fire-extinguishing agent being accommodated in said outer compartment, characterized in that that part of the bag on which the outer compartment (3a, 3b) is provided is connected to the rest of the bag in a releasable manner, in particular by means of a hook-and-loop connection.
A method to determine spatial patterns of abundance or activity or both of multiple nucleic acid targets at multiple sites in a sample, comprising the following steps: providing a sample affixed to a support; delivering oligonucleotide probes for multiple nucleic acid targets to the multiple sites in the sample; allowing the oligonucleotide probes to hybridize with the nucleic acid targets; washing the unhybridized oligonucleotide probes from the sample; delivering encoding agents to locations of the multiple sites in the sample according to a known spatial pattern, wherein at least two encoding agents are delivered to each of the multiple sites and the combination of the encoding agents delivered to each site is different; coupling the encoding agents to the oligonucleotide probes hybridized to the nucleic acid targets to form encoded probes; determining all or a portion of a sequence of the encoded probes; and associating the abundance or activity or both of the multiple biological targets to the locations of multiple sites in the sample. providing a sample affixed to a support; delivering oligonucleotide probes for multiple nucleic acid targets to the multiple sites in the sample; allowing the oligonucleotide probes to hybridize with the nucleic acid targets; washing the unhybridized oligonucleotide probes from the sample; delivering encoding agents to locations of the multiple sites in the sample according to a known spatial pattern, wherein at least two encoding agents are delivered to each of the multiple sites and the combination of the encoding agents delivered to each site is different; coupling the encoding agents to the oligonucleotide probes hybridized to the nucleic acid targets to form encoded probes; determining all or a portion of a sequence of the encoded probes; and associating the abundance or activity or both of the multiple biological targets to the locations of multiple sites in the sample.
A method for Non-access Stratum, NAS, message processing during handover in an evolved network, comprising: sending, by a source-eNodeB, S-eNB, a handover command message to a User Equipment, UE; receiving, by the S-eNB, a direct-transfer message from a mobility management entity, MME, the direct-transfer message including the NAS message; and sending, by the S-eNB, a message to the MME, characterized in that the message includes a cause value and the NAS message, the cause value indicating the NAS message has not been sent to the UE, because of a handover of the UE. sending, by a source-eNodeB, S-eNB, a handover command message to a User Equipment, UE; receiving, by the S-eNB, a direct-transfer message from a mobility management entity, MME, the direct-transfer message including the NAS message; and sending, by the S-eNB, a message to the MME, characterized in that the message includes a cause value and the NAS message, the cause value indicating the NAS message has not been sent to the UE, because of a handover of the UE.
A service registration method, comprising: Obtaining, by a registration service node, network partition information, and receiving, through a registration interface, a registration request of a service providing node, wherein the registration request carries a distributed characteristic of the service providing node, and the distributed characteristic meets both consistency and partition tolerance, CP, or meets both availability and partition tolerance, AP; and Determining, by the registration service node according to the network partition information and the distributed characteristic of the service providing node, whether registration of a service provided by the service providing node is allowed characterized in that the registration interface comprises a type parameter, a value of the type parameter being AP or CP, wherein the method further comprises using the type parameter of the registration interface for determining the distributed characteristic. Obtaining, by a registration service node, network partition information, and receiving, through a registration interface, a registration request of a service providing node, wherein the registration request carries a distributed characteristic of the service providing node, and the distributed characteristic meets both consistency and partition tolerance, CP, or meets both availability and partition tolerance, AP; and Determining, by the registration service node according to the network partition information and the distributed characteristic of the service providing node, whether registration of a service provided by the service providing node is allowed characterized in that the registration interface comprises a type parameter, a value of the type parameter being AP or CP, wherein the method further comprises using the type parameter of the registration interface for determining the distributed characteristic.
Method for coating a metallic article, the metal surface being coated with a composition which comprises a polymer, characterized in that the composition comprises the following components: a) the stated polymer, selected from the group consisting of polyamides, polyvinyl chloride and also fluoropolymers, and b) an unsaturated compound which comprises olefinic double bonds, possesses a number-average molecular weight M n, determined by vapour pressure osmometry, of not more than 38 000 g/mol and is present in an amount such that the composition comprises 70 - 2700 meq/kg olefinically double bonds, with the proviso that, if the polymer is a polyamide and the composition further comprises a rubber, the latter carries functional groups and is dispersed in the matrix. a) the stated polymer, selected from the group consisting of polyamides, polyvinyl chloride and also fluoropolymers, and b) an unsaturated compound which comprises olefinic double bonds, possesses a number-average molecular weight M n, determined by vapour pressure osmometry, of not more than 38 000 g/mol and is present in an amount such that the composition comprises 70 - 2700 meq/kg olefinically double bonds,
Method for producing a multi-layered material, comprising the method steps of: - feeding an adhesive medium, - feeding a first substrate, - heating by means of a heat source the adhesive medium bearing against the first substrate, - feeding a second substrate, - joining the heated adhesive medium to the first substrate and to the second substrate, - wherein the first substrate, as a carrier material, transports the unbonded adhesive medium, characterized in that - heat is supplied directly to the unbonded adhesive medium from the heat source, - the unbonded adhesive medium is directly flamed by means of an open gas flame. - feeding an adhesive medium, - feeding a first substrate, - heating by means of a heat source the adhesive medium bearing against the first substrate, - feeding a second substrate, - joining the heated adhesive medium to the first substrate and to the second substrate, - wherein the first substrate, as a carrier material, transports the unbonded adhesive medium, - heat is supplied directly to the unbonded adhesive medium from the heat source, - the unbonded adhesive medium is directly flamed by means of an open gas flame.
A synapse circuit for a Bayesian neural network, the synapse circuit comprising: - a first resistive memory device coupling a first voltage rail (V read' 206) to a first terminal of a capacitor, the first terminal of the capacitor being coupled to a second voltage rail via a variable conductance; and - a second resistive memory device coupling a third voltage rail (V data, 204) to a first output line of the synapse circuit, wherein a second terminal of the capacitor is coupled to a terminal of the second resistive memory device. - a first resistive memory device coupling a first voltage rail (V read' 206) to a first terminal of a capacitor, the first terminal of the capacitor being coupled to a second voltage rail via a variable conductance; and - a second resistive memory device coupling a third voltage rail (V data, 204) to a first output line of the synapse circuit, wherein a second terminal of the capacitor is coupled to a terminal of the second resistive memory device.