mhurhangee/ep-ind-claims huggingface dataset:
A first device (102.600) comprising: one or more processors; and, memory in communication with the one or more processors, the memory comprising code that, when executed, causes the one or more processors to control the first device to: receive (204, 206) a setup signal from a second device; sample the setup signal and generate sampling results; generate a plurality of bit strings based on the sampling results, each bit string comprising a plurality of bits representing a power level of each sampling result; select the bit strings representing power levels above a threshold level; create a key comprising at least some bits of each selected bit string; and using the created key, encrypt or decrypt at least one data signal transmitted between the first device and the second device. one or more processors; and, memory in communication with the one or more processors, the memory comprising code that, when executed, causes the one or more processors to control the first device to: receive (204, 206) a setup signal from a second device; sample the setup signal and generate sampling results; generate a plurality of bit strings based on the sampling results, each bit string comprising a plurality of bits representing a power level of each sampling result; select the bit strings representing power levels above a threshold level; create a key comprising at least some bits of each selected bit string; and using the created key, encrypt or decrypt at least one data signal transmitted between the first device and the second device. receive (204, 206) a setup signal from a second device; sample the setup signal and generate sampling results; generate a plurality of bit strings based on the sampling results, each bit string comprising a plurality of bits representing a power level of each sampling result; select the bit strings representing power levels above a threshold level; create a key comprising at least some bits of each selected bit string; and using the created key, encrypt or decrypt at least one data signal transmitted between the first device and the second device.
A fuel injection control device for a vehicular internal combustion engine to which a transmission is connected, wherein fuel injection is carried out from a fuel injection valve into a specific cylinder of the internal combustion engine and fuel injection amount learning control is performed to correct an fuel injection amount on a basis of a change in an operation state of the internal combustion engine resulting from the fuel injection, the fuel injection control device comprising learning control prohibition means for prohibiting the fuel injection amount learning control at a timing when a request for a gear change in the transmission is made during performance of the fuel injection amount learning control, the fuel injection control device being characterized in that said transmission is an automatically controlled manual transmission, and in that the learning control prohibition means performs fuel pressure reduction control to reduce a pressure of fuel supplied to the fuel injection valve substantially simultaneously with prohibition of the fuel injection amount learning control.
A separator for a lithium secondary battery comprising: a porous base; and a coating layer formed on at least one surface of the porous base, wherein the coating layer comprises partially-reduced graphene oxide and a lithium ion conducting polymer; wherein the lithium ion conducting polymer comprises one or more materials selected from the group consisting of polyurethane, polyethylene oxide, polypropylene oxide, polysiloxane, polystyrene and a lithium-substituted polymer, wherein the lithium-substituted polymer is a copolymer of Chemical Formula 1 which comprises Li+ ions instead of protons of the sulfonic acid group: and wherein the partially-reduced graphene oxide and the lithium ion conducting polymer are present in the coating layer in a weight ratio of 1:10 to 1:15. a porous base; and a coating layer formed on at least one surface of the porous base, wherein the coating layer comprises partially-reduced graphene oxide and a lithium ion conducting polymer; wherein the lithium ion conducting polymer comprises one or more materials selected from the group consisting of polyurethane, polyethylene oxide, polypropylene oxide, polysiloxane, polystyrene and a lithium-substituted polymer, wherein the lithium-substituted polymer is a copolymer of Chemical Formula 1 which comprises Li+ ions instead of protons of the sulfonic acid group: and wherein the partially-reduced graphene oxide and the lithium ion conducting polymer are present in the coating layer in a weight ratio of 1:10 to 1:15.
A system for sensing a force applied by an external source in a fluid monitoring tube, the system comprising: a substrate (112; 212) comprising a first surface (112a; 212a) and a second surface (212b; 212b) opposite the first surface (112a; 212a); a force sensing device (110; 210) comprising a force sensing die and a gel ring, wherein the force sensing device (110; 210) is configured to be disposed on the first surface (112a; 212a) of the substrate (112; 212); signal conditioning circuitry configured to be electrically coupled to the force sensing device (110; 210); a housing (104; 204) configured to enclose the force sensing device (110; 210) and the signal conditioning circuitry; and a base plate (102; 202), wherein the housing (104; 204) comprises the fluid monitoring tube and a snap structure (225, 227) configured to attach the housing (104; 204) to the base plate (102; 202) and retain the force sensing device (110; 210) and the signal conditioning circuitry in the housing (104; 204), and wherein the base plate (102; 202) comprises a push structure to push on the substrate (112; 212) so as to hold the gel ring of the force sensing device (110; 210) into the housing (104; 204), the gel ring being fit into a mating hole of the fluid monitoring tube. a substrate (112; 212) comprising a first surface (112a; 212a) and a second surface (212b; 212b) opposite the first surface (112a; 212a); a force sensing device (110; 210) comprising a force sensing die and a gel ring, wherein the force sensing device (110; 210) is configured to be disposed on the first surface (112a; 212a) of the substrate (112; 212); signal conditioning circuitry configured to be electrically coupled to the force sensing device (110; 210); a housing (104; 204) configured to enclose the force sensing device (110; 210) and the signal conditioning circuitry; and a base plate (102; 202), wherein the housing (104; 204) comprises the fluid monitoring tube and a snap structure (225, 227) configured to attach the housing (104; 204) to the base plate (102; 202) and retain the force sensing device (110; 210) and the signal conditioning circuitry in the housing (104; 204), and wherein the base plate (102; 202) comprises a push structure to push on the substrate (112; 212) so as to hold the gel ring of the force sensing device (110; 210) into the housing (104; 204), the gel ring being fit into a mating hole of the fluid monitoring tube.
An apparatus for performing transanal irrigations, including a reservoir 1 for containing the irrigation water or other liquid for irrigation, a catheter 2 set in fluid communication with the reservoir through a first conduit 21, for introducing said water into the bowel end portion of a user, and obstruction means 4 for obstructing the anal channel of said user, associated with the catheter 2 and connected to a second conduit 41, first pumping means 5, operated on command and interposed between said catheter 2 and said reservoir 1 to draw water from this latter and to convey it to said catheter 2; said apparatus 100 being char acterized by further including: second pumping means 6; operated on command and set in fluid communication with said second conduit 41 and with the external environment, designed to pump air into said obstruction means 4 for obstruction of said anal channel, and to release air in the external environment to allow extraction of said catheter 2; a computerized control unit 7, designed to receive commands for performing the irrigation from said user and consequently to enable activation means 71, 72, 75 of said first 5 and second 6 pumping means as well as flow cut off means 43, located downstream of said second pumping means 6 and designed to block said second conduit 41, the above enablement being made in accordance with timings defined by configuration parameters stored in a data memory area of the same control unit 7; a temperature sensor 8, situated in said reservoir 1, electrically connected to a corresponding signal input of said control unit 7 for detecting the temperature of the water present inside the reservoir 1, to allow the same control unit 7 to enable or disable the irrigation operating sequence; a rigid container 10, adapted to house at least said reservoir 1, first 5 and second 6 pumping means and control unit 7; remote control means 81,82, designed to allow said user to remotely activate said irrigation operational sequence; a software procedure for handling said irrigation operational sequence, operable in said control unit 7 and fit to receive and interpret said user imparted commands, to activate at least said first 5 and second 6 pumping means, based on information provided by said temperature sensor 8.
A coated cookware article comprising: a cookware substrate; a thermal insulating coating disposed on at least a portion of the exterior of the cookware substrate, the thermal insulating coating comprising: a binder component; and a microsphere component dispersed in the binder component including between about 2% to 25% of microspheres by weight of the binder component, characterized in that the microsphere component includes hollow microspheres. a cookware substrate; a thermal insulating coating disposed on at least a portion of the exterior of the cookware substrate, the thermal insulating coating comprising: a binder component; and a microsphere component dispersed in the binder component including between about 2% to 25% of microspheres by weight of the binder component, characterized in that the microsphere component includes hollow microspheres. a binder component; and a microsphere component dispersed in the binder component including between about 2% to 25% of microspheres by weight of the binder component, characterized in that the microsphere component includes hollow microspheres.
A rotation assistance mechanism for strengthening or weakening the rotation of a rotation axis, comprising: an attraction unit including a pair of magnetic members (112,112) which are located with opposite poles facing each other; a magnet drive unit configured to change the distance between the pair of magnetic members (112,112) in predetermined cycles by the rotation of the rotation axis; a shield unit provided to be advanced to and retracted from between the pair of magnetic members (112,112) facing each other for strengthening or weakening the attracting force of the pair of magnetic members (112,112); the rotation assistance mechanism being characterised in that it further comprises a shield drive unit configured to advance the shield unit to between the pair of magnetic members (112,112) in predetermined cycles when the distance between the pair of magnetic members (112,112) is contracted, and retract the shield unit from between the pair of magnetic members (112,112) in the predetermined cycles when the distance between the pair of magnetic members (112,112) is expanded, wherein the shield unit has a pair of magnetic surfaces (133,133) facing the pair of magnetic members (112,112) respectively and having magnetic polarities which are opposite to those of the corresponding surfaces (112a,112a) of the pair of magnetic members (112,112) respectively. an attraction unit including a pair of magnetic members (112,112) which are located with opposite poles facing each other; a magnet drive unit configured to change the distance between the pair of magnetic members (112,112) in predetermined cycles by the rotation of the rotation axis; a shield unit provided to be advanced to and retracted from between the pair of magnetic members (112,112) facing each other for strengthening or weakening the attracting force of the pair of magnetic members (112,112); the rotation assistance mechanism being characterised in that it further comprises a shield drive unit configured to advance the shield unit to between the pair of magnetic members (112,112) in predetermined cycles when the distance between the pair of magnetic members (112,112) is contracted, and retract the shield unit from between the pair of magnetic members (112,112) in the predetermined cycles when the distance between the pair of magnetic members (112,112) is expanded, wherein the shield unit has a pair of magnetic surfaces (133,133) facing the pair of magnetic members (112,112) respectively and having magnetic polarities which are opposite to those of the corresponding surfaces (112a,112a) of the pair of magnetic members (112,112) respectively.
A motor control unit, wherein an input of the motor control unit is connected to a power battery pack of an electric vehicle, an output of the motor control unit is connected to a three-phase motor, and the motor control unit comprises a power transmission interface, an inverter circuit, a switch circuit, a first direct current switch, a second direct current switch, and a controller, wherein a first terminal of the power transmission interface is connected to a first input terminal of the inverter circuit by using the first direct current switch, and a second terminal of the power transmission interface is connected to a first terminal of the switch circuit; characterized in that the switch circuit comprises three switch branches, wherein first terminals of the three switch branches are connected to the first terminal of the switch circuit, second terminals of the three switch branches are respectively connected to one-phase output terminals of the inverter circuit, and each switch branch comprises a controllable switch (S1, S2, S3); the input terminal of the inverter circuit is connected to the power battery pack by using the second direct current switch; and the controller is configured to control the first direct current switch, the second direct current switch, the controllable switch, and the inverter circuit, so that a power supply charges the power battery pack when the power transmission interface is connected to the power supply, and the power battery pack discharges electricity into a load when the power transmission interface is connected to the load. a first terminal of the power transmission interface is connected to a first input terminal of the inverter circuit by using the first direct current switch, and a second terminal of the power transmission interface is connected to a first terminal of the switch circuit; characterized in that the switch circuit comprises three switch branches, wherein first terminals of the three switch branches are connected to the first terminal of the switch circuit, second terminals of the three switch branches are respectively connected to one-phase output terminals of the inverter circuit, and each switch branch comprises a controllable switch (S1, S2, S3); the input terminal of the inverter circuit is connected to the power battery pack by using the second direct current switch; and the controller is configured to control the first direct current switch, the second direct current switch, the controllable switch, and the inverter circuit, so that a power supply charges the power battery pack when the power transmission interface is connected to the power supply, and the power battery pack discharges electricity into a load when the power transmission interface is connected to the load.
A communication method for performing Push-to-talk over Cellular communication between a plurality of communication terminals through a Push-to-talk over Cellular service providing server, the method comprising the steps of: storing previously a standard sound in a first communication terminal of a first user; transmitting from said first communication terminal said standard sound to a second communication terminal of a second user who joins a conversation with the first user and listens to said standard sound instead of the first user's own voice, wherein in case a standard sound playback button of the first communication terminal of the plurality of communication terminals is pressed when all the communication terminals are in a Push-to-talk idle state or none of the users has the right to speak, the first communication terminal first obtains the right to speak and then reproduces and transmits the standard sound. storing previously a standard sound in a first communication terminal of a first user; transmitting from said first communication terminal said standard sound to a second communication terminal of a second user who joins a conversation with the first user and listens to said standard sound instead of the first user's own voice, wherein in case a standard sound playback button of the first communication terminal of the plurality of communication terminals is pressed when all the communication terminals are in a Push-to-talk idle state or none of the users has the right to speak, the first communication terminal first obtains the right to speak and then reproduces and transmits the standard sound.
A method comprising: receiving, at a base station, downlink data to send to a user equipment, UE; determining, at a base station, based at least in part on a machine learned model, a traffic classification associated with the downlink data; determining, at a base station, based at least in part on the traffic classification, at least one Connected Mode Discontinuous Reception, CDRX, parameter for the UE; sending, from the base station to the US, the at least one CDRX parameter; and sending, from the base station to the US, the downlink data based at least in part on the at least one CDRX parameter. receiving, at a base station, downlink data to send to a user equipment, UE; determining, at a base station, based at least in part on a machine learned model, a traffic classification associated with the downlink data; determining, at a base station, based at least in part on the traffic classification, at least one Connected Mode Discontinuous Reception, CDRX, parameter for the UE; sending, from the base station to the US, the at least one CDRX parameter; and sending, from the base station to the US, the downlink data based at least in part on the at least one CDRX parameter.
A resonance power transmitter configured to transmit resonance power to one or more resonance power receivers, the resonance power transmitter comprising: a voltage controller configured to receive an input of an alternating current signal of a first frequency band, and to output a direct current voltage of a predetermined level; a source controller configured to control a signal level of the DC voltage based on at least a number of the one or more resonance power receivers, CHARACTERIZED BY a reflected power detector, wherein the source controller is configured to control a signal level of the DC voltage based on additionally a reflected power detected by the reflected power detector. a voltage controller configured to receive an input of an alternating current signal of a first frequency band, and to output a direct current voltage of a predetermined level; a source controller configured to control a signal level of the DC voltage based on at least a number of the one or more resonance power receivers, CHARACTERIZED BY a reflected power detector, wherein the source controller is configured to control a signal level of the DC voltage based on additionally a reflected power detected by the reflected power detector.
A differential drive device, wherein the device comprises a differential drive unit, a top plate and an outer cover, wherein the top plate is installed on a top end of the outer cover, the differential drive unit is located in the outer cover at a lower side of the top plate, the top plate is supported above the differential drive unit, an inner side wall of the outer cover is circular-shaped; characterized in that a first rolling member is provided on a side of the differential drive unit, the first rolling member is in rolling connection with the lower side of the top plate. the device comprises a differential drive unit, a top plate and an outer cover, wherein the top plate is installed on a top end of the outer cover, the differential drive unit is located in the outer cover at a lower side of the top plate, the top plate is supported above the differential drive unit, an inner side wall of the outer cover is circular-shaped; characterized in that a first rolling member is provided on a side of the differential drive unit, the first rolling member is in rolling connection with the lower side of the top plate.
A removal device for removing waste products from an apparatus for machining profiled bars, the removal device (1; 101) comprising at least one conveyor belt movable along an advancement direction for transporting the waste products to an unloading zone, the removal device (1; 101) further comprising at least two end rollers on which the conveyor belt is wound so as to define an upper branch of the conveyor belt interposed between the two end rollers and a lower branch of the conveyor belt positioned below the upper branch, a supporting plane being provided below the upper branch to provide support for the waste products transported by the conveyor belt, characterised in that the conveyor belt comprises a belt made of a synthetic polymeric material, and in that the supporting plane is defined by a plurality of supporting modules positioned one alongside the other along the advancement direction, each supporting module being configured to be removed from the supporting plane independently of the adjacent supporting module, and wherein each supporting module comprises at least one anchoring profile acting in conjunction with a further anchoring profile of an adjacent supporting module, so that the supporting module is kept in contact with the adjacent supporting module whilst the conveyor belt is moved, the anchoring profile comprising at least one protrusion which extends along an edge of the supporting module transversely to the advancement direction for engaging with a seat of the adjacent supporting module.
Cleaning cloth having a dual cleaning function, wherein the cleaning cloth is comprised of a knitted consecutive base material having a surface A that differs from a surface B, wherein surface A comprises a three dimensional abrasive pattern and surface B comprises a homogenous terry-loop pattern, wherein the three dimensional abrasive pattern is comprised of geometric structures, wherein one or more of the geometric structures have the shape selected from the group consisting of rice grain, coffee bean, waffle, stripe, chequer, sphere, cube, cuboid, torus, cylinder, cone, triangle, pyramid, prism, preferably rice grain, coffee bean or waffle, characterised in that the three dimensional geometric structures are a knitting of woven pattern of geometric structures knitted or woven into the base material.