mhurhangee/ep-ind-claims huggingface dataset:
A battery module, comprising a plurality of battery units stacked along a preset direction, wherein the battery unit comprises a battery and an insulation film, the battery comprises a battery housing, a battery core disposed inside the battery housing, and a battery cover plate disposed on an end portion of the battery housing; the insulation film is coated at least on a side face of the battery housing, and the insulation film comprises an extension portion, wherein the extension portion is formed by a top portion of the insulation film which protrudes from the battery cover plate and extends upward, chacterized in that: the insulation films of every two adjacent battery units are bonded to each other in the preset direction to connect the plurality of battery units together; in that: the battery module further comprises: a top panel; in that the top panel is disposed on an upper side of the battery unit, in that: a groove is provided on a lower side of the top panel, and in that: at least part of the extension portion is accommodated in the groove.
A camping utensil kit comprising: a first utensil including a first food portion, a tongs dovetail connector, and a second utensil including a second food portion, and a flange sized to be received within the tongs dovetail connector or the storage dovetail connector, wherein when the flange is received in the tongs dovetail connector, the camping utensil kit operates as a tongs, characterised in that the first utensil further includes a storage dovetail connector; and wherein when the flange is received in the storage dovetail connector, the camping utensil kit is in a storage arrangement. a first utensil including a first food portion, a tongs dovetail connector, and a second utensil including a second food portion, and a flange sized to be received within the tongs dovetail connector or the storage dovetail connector, wherein when the flange is received in the tongs dovetail connector, the camping utensil kit operates as a tongs, characterised in that the first utensil further includes a storage dovetail connector; and wherein when the flange is received in the storage dovetail connector, the camping utensil kit is in a storage arrangement.
A method for receiving physical downlink channels, the method performed by a machine type communication, MTC, device and comprising: receiving, from a cell, downlink control information, DCI, via a first enhanced physical downlink control channel, EPDCCH, for MTC on a first subframe, the DCI including a scheduling information for a physical downlink shared channel, PDSCH;and receiving, from the cell, downlink data via the PDSCH based on the scheduling information, wherein based on (i) that the downlink data via the PDSCH is received on a second subframe and based on (ii) that a second EPDCCH for MTC on the second subframe is located at a different narrowband than the PDSCH, a second EPDCCH for MTC is assumed, by the MTC device, to not be transmitted on the second subframe from the cell, and wherein each of a bandwidth for the first EPDCCH for MTC, a bandwidth for the second EPDCCH for MTC and a bandwidth of the PDSCH includes a maximum 6 physical resource blocks, PRBs. receiving, from a cell, downlink control information, DCI, via a first enhanced physical downlink control channel, EPDCCH, for MTC on a first subframe, the DCI including a scheduling information for a physical downlink shared channel, PDSCH;and receiving, from the cell, downlink data via the PDSCH based on the scheduling information, wherein based on (i) that the downlink data via the PDSCH is received on a second subframe and based on (ii) that a second EPDCCH for MTC on the second subframe is located at a different narrowband than the PDSCH, a second EPDCCH for MTC is assumed, by the MTC device, to not be transmitted on the second subframe from the cell, and wherein each of a bandwidth for the first EPDCCH for MTC, a bandwidth for the second EPDCCH for MTC and a bandwidth of the PDSCH includes a maximum 6 physical resource blocks, PRBs.
A wireless communication method comprising: transmitting, by a first wireless communication node, a control message to a second wireless communication node, to control the second wireless communication node to instruct a wireless communication terminal to enter a radio resource control, RRC, inactive mode and transmitting, by the first wireless communication node, at least one small data transmission, SDT, configuration to the wireless communication terminal.
Electromagnetic switching device, in particular contactor, comprising an auxiliary switch, wherein the auxiliary switch has: - a fixed contact element (8, 9), - a moving contact element for making contact with the fixed contact element (8, 9), - a moving contact holder which holds the moving contact element, and - a coupling element, which is connected to the contact holder, for transmitting a switching position of the switching device to the auxiliary switch, wherein the auxiliary switch can be fastened to the side of the switching device, characterized in that the coupling element is detachably connected to the contact holder. - a fixed contact element (8, 9), - a moving contact element for making contact with the fixed contact element (8, 9), - a moving contact holder which holds the moving contact element, and - a coupling element, which is connected to the contact holder, for transmitting a switching position of the switching device to the auxiliary switch, wherein the auxiliary switch can be fastened to the side of the switching device,
A quantum computing device comprising: a first array of qubits arranged along a first axis; and a second array of qubits arranged along a second axis different from the first axis so that the qubits of the second array intersect with the qubits of the first array to form a lattice structure, the quantum computing device characterized in that each qubit in the first array is offset along the second axis relative to a directly adjacent qubit in the first array by a first distance, each qubit in the second array is offset along the first axis relative to a directly adjacent qubit in the second array, and each intersection between a qubit from the first array and a qubit from the second array in the lattice structure comprises a coupler arranged to inductively couple the qubit from the first array to the qubit from the second array wherein each qubit of the lattice structure comprises a co-planar waveguide in electrical contact with a superconducting quantum interference device, SQUID, and wherein, for each co-planar waveguide of each qubit, an end of the co-planar waveguide is in electrical contact with ground, wherein a plurality of qubits of the second array are arranged within the first distance along the second axis. a first array of qubits arranged along a first axis; and a second array of qubits arranged along a second axis different from the first axis so that the qubits of the second array intersect with the qubits of the first array to form a lattice structure, the quantum computing device characterized in that each qubit in the first array is offset along the second axis relative to a directly adjacent qubit in the first array by a first distance, each qubit in the second array is offset along the first axis relative to a directly adjacent qubit in the second array, and each intersection between a qubit from the first array and a qubit from the second array in the lattice structure comprises a coupler arranged to inductively couple the qubit from the first array to the qubit from the second array wherein each qubit of the lattice structure comprises a co-planar waveguide in electrical contact with a superconducting quantum interference device, SQUID, and wherein, for each co-planar waveguide of each qubit, an end of the co-planar waveguide is in electrical contact with ground, wherein a plurality of qubits of the second array are arranged within the first distance along the second axis.
A method comprising: generating a media sync signal to synchronise processing of a digital media; generating a transmission reference clock signal to define a duration of a transaction through an isochronous packet-based data network, the media sync signal and the transmission reference clock signal having at least one of different frequency and different phase; sending the digital media to a slave node (108, 308) of the isochronous packet-based network; correlating, based on a master media time counter that is incremented or decremented by a media reference clock signal derived from a reference input signal, the media sync signal and the transmission reference clock signal to generate phase information at a master node (104, 304) the phase information specifying a phase relationship between the two signals; and sending the phase information to the slave node (108, 308). generating a media sync signal to synchronise processing of a digital media; generating a transmission reference clock signal to define a duration of a transaction through an isochronous packet-based data network, the media sync signal and the transmission reference clock signal having at least one of different frequency and different phase; sending the digital media to a slave node (108, 308) of the isochronous packet-based network; correlating, based on a master media time counter that is incremented or decremented by a media reference clock signal derived from a reference input signal, the media sync signal and the transmission reference clock signal to generate phase information at a master node (104, 304) the phase information specifying a phase relationship between the two signals; and sending the phase information to the slave node (108, 308).
A downpipe holder comprising a wall bracket that consists of a spike or screw on which a plate is attached and a bent metal sheet arranged to embrace a downpipe, the metal sheet having in use at its back a vertical bulge in which the plate is configured to be inserted so as to secure the sheet to the bracket, characterised in that the upper portion of the bulge has a horizontale slot and an aperture below the slot, and the upper end of the plate is curved to form a flap which fits into the horizontal slot and the spike/screw protrudes through the plate and through the aperture below the slot.
A process for the preparation of an asphalt mix composition, said process comprising: heating an asphalt composition to a temperature in the range of from 110 to 190 °C to obtain a first input stream (102,); providing one or more thermosetting reactive compounds to obtain a second input stream (101,201); and homogenizing the streams of and in at least a first tank (103,203) fitted with a first impeller (104,204), characterized in that the impeller (104,204) allows an axial velocity > 0.4 m/s, a radial velocity > 0.65 m/s, and a shear rate > 3.5 s- 1; and homogenization of is carried out at a mixing power < 3 W/kg. heating an asphalt composition to a temperature in the range of from 110 to 190 °C to obtain a first input stream (102,); providing one or more thermosetting reactive compounds to obtain a second input stream (101,201); and homogenizing the streams of and in at least a first tank (103,203) fitted with a first impeller (104,204), the impeller (104,204) allows an axial velocity > 0.4 m/s, a radial velocity > 0.65 m/s, and a shear rate > 3.5 s- 1; and homogenization of is carried out at a mixing power < 3 W/kg.
Motor vehicle comprising a transverse dashboard mounted on a dashboard crosspiece; the dashboard showing a passenger side arranged facing a front passenger seat, said passenger side being divided into an upper part in which a safety airbag device is installed and a lower part comprising at least one piece of stowage equipment (28, 30) with at least one stowage compartment; the vehicle further comprises at least one support device movable between a retracted position and a deployed position, the support device being intended for fixing a mobile electronic apparatus and being arranged above at least one piece of stowage equipment (28, 30), wherein the dashboard cross-member shows at least two portions, a first single-branch portion of which and a second portion showing at least two branches (36, 38) arranged staggered one above the other, at least one piece of stowage equipment is a drawer movable between an open position and a closed position and the dashboard is configured to insert the drawer between two legs of the dashboard crosspiece when in a closed position.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, first system information, SI, which is broadcasted periodically, the first SI including information indicating whether a second SI other than the first SI is being broadcasted or not; transmitting, to the base station, a physical random access channel, PRACH, preamble; receiving, from the base station, a random access response, RAR, as a response to the PRACH preamble, the RAR including an uplink, UL, grant for an SI request message; transmitting, to the base station, the SI request message based on the UL grant for requesting the second SI, based on the information included in the first SI indicating that the second SI is not being broadcasted; and receiving, from the base station, the requested second SI based on the SI request message. receiving, from a base station, first system information, SI, which is broadcasted periodically, the first SI including information indicating whether a second SI other than the first SI is being broadcasted or not; transmitting, to the base station, a physical random access channel, PRACH, preamble; receiving, from the base station, a random access response, RAR, as a response to the PRACH preamble, the RAR including an uplink, UL, grant for an SI request message; transmitting, to the base station, the SI request message based on the UL grant for requesting the second SI, based on the information included in the first SI indicating that the second SI is not being broadcasted; and receiving, from the base station, the requested second SI based on the SI request message.
A device comprising: a mouthpiece suitable for implementing a dental treatment, wherein the mouthpiece includes: (i). one or more stock dental cover layers (2, 3) suitable for forming a treatment cavity having a vacuum, wherein the dental cover layers include a layer adapted to be placed over the upper teeth and/or a layer adapted to be placed over the lower teeth; and (ii). one or more treatment supply layers wherein the treatment supply layer has one or more flow channel in fluid communication with the treatment cavity so that the treatment supply layer can deliver and/or remove one or more treatment fluids from the treatment cavity; wherein each stock dental cover layer (2,3) has a continuous sealing mechanism including a sealing rim formed of a compressible material, the rim having a deformable labial and lingual apron (21, 21a), each apron having a curled cross-sectional shape and being configured to conform to the alveolar ridge of a patient's mouth, each stock dental cover layer further comprising a a pair of distal elastomeric sealing plugs (7, 8), each plug being attachable to a distal opening of the dental cover layer whereby, in use, the distal sealing plugs in conjunction with compression of the sealing rim form the continuous sealing mechanism. a mouthpiece suitable for implementing a dental treatment, wherein the mouthpiece includes: (i). one or more stock dental cover layers (2, 3) suitable for forming a treatment cavity having a vacuum, wherein the dental cover layers include a layer adapted to be placed over the upper teeth and/or a layer adapted to be placed over the lower teeth; and (ii). one or more treatment supply layers wherein the treatment supply layer has one or more flow channel in fluid communication with the treatment cavity so that the treatment supply layer can deliver and/or remove one or more treatment fluids from the treatment cavity; wherein (i). one or more stock dental cover layers (2, 3) suitable for forming a treatment cavity having a vacuum, wherein the dental cover layers include a layer adapted to be placed over the upper teeth and/or a layer adapted to be placed over the lower teeth; and (ii). one or more treatment supply layers wherein the treatment supply layer has one or more flow channel in fluid communication with the treatment cavity so that the treatment supply layer can deliver and/or remove one or more treatment fluids from the treatment cavity; wherein each stock dental cover layer (2,3) has a continuous sealing mechanism including a sealing rim formed of a compressible material, the rim having a deformable labial and lingual apron (21, 21a), each apron having a curled cross-sectional shape and being configured to conform to the alveolar ridge of a patient's mouth, each stock dental cover layer further comprising a a pair of distal elastomeric sealing plugs (7, 8), each plug being attachable to a distal opening of the dental cover layer whereby, in use, the distal sealing plugs in conjunction with compression of the sealing rim form the continuous sealing mechanism.
A gripper arrangement for lifting a limp semi-finished product from a support, wherein the gripper arrangement comprises a limp semi-finished product lying on a support and at least one pair of grippers with a suction or needle gripper and with at least one clamping gripper, wherein the suction or needle gripper is pivotable about an axis between a pick-up position for picking up an edge of the limp semi-finished product and a transfer position for transferring the edge of the limp semi-finished product to the clamping gripper, the gripper arrangement having at least one gripper beam along which a plurality of pairs of the grippers are arranged, wherein the gripper beam with the pairs of grippers extends along the edge of the limp semi-finished product, characterized in that the gripper arrangement comprises a first and a second of the gripper beams, wherein the first gripper beam engages a first of two opposite edges of the limp semi-finished product, and wherein the second gripper beam engages the second of the opposite edges, wherein a distance of the gripper beams from one another is adjustable, wherein the gripper beams assume a first distance from one another when the suction or needle grippers are in the pick-up position, and wherein the gripper beams have a second distance which is greater than the first distance when the limp semi-finished product is held by the clamping grippers.
Two-wheeled motorcycle comprising a footrest arrangement, the footrest arrangement comprising at least two individually pivotable footrest devices (1, 2) with footrest surfaces placed relative to each other in a front-rear direction of the motorcycle and with an internal spacing between them such that a motorcycle rider is able to stand with one of his feet on the footrest surfaces simultaneously, characterized in that each of the footrest devices (1, 2) is connected to a respective footrest device bracket (5, 6) via a respective bolt (4, 7) that defines a respective slanted pivot axis that allows the corresponding footrest device (1, 2) to fold and that is oriented so that the corresponding footrest device (1, 2) can be simultaneously pushed upwards and backwards relative to the motorcycle when hit by anything.
A process for producing 3-hydroxybutyric acid or a salt thereof, the process comprising the following steps to: step 1 of culturing one or more halophilic bacteria belonging to the genus Halomonas under aerobic conditions in a medium containing an organic carbon source and an inorganic salt; step 2 of changing the culture conditions in step 1 from aerobic culture to microaerobic culture, and culturing bacterial cells of the halophilic bacteria to produce 3-hydroxybutyric acid or a salt thereof in a culture medium; and step 3 of collecting the 3-hydroxybutyric acid or the salt thereof from the culture medium obtained in step 2, wherein after the changing to microaerobic culturing in step 2 and prior to step 3, the process comprises a step of adjusting the pH of the culture medium at 7 or more using at least one member selected from the group consisting of hydroxide, carbonate, and hydrogen carbonate. step 1 of culturing one or more halophilic bacteria belonging to the genus Halomonas under aerobic conditions in a medium containing an organic carbon source and an inorganic salt; step 2 of changing the culture conditions in step 1 from aerobic culture to microaerobic culture, and culturing bacterial cells of the halophilic bacteria to produce 3-hydroxybutyric acid or a salt thereof in a culture medium; and step 3 of collecting the 3-hydroxybutyric acid or the salt thereof from the culture medium obtained in step 2,
A transmitter in a line location system, the transmitter comprising: at least one direct digital synthesizer (304, 312, 504), the direct digital synthesizer producing a signal with two component frequencies in response to an input square wave signal, the signal comprising a first number of cycles at a lower frequency of the two component frequencies and a second number of cycles at a higher frequency of the two component frequencies; and a feedback loop providing a feedback signal coupled with the at least one direct digital synthesizer that adjusts the two component frequencies; wherein the at least one direct digital synthesizer includes a first digital synthesizer (304, 504) that produces an output signal from the input square wave signal and a control phase signal and a second digital synthesizer (312, 506) that provides a sine wave output for generation of the input square wave signal and signals (340, 342) for generating a current phase signal from the feedback signal; wherein the signal is usable by a receiver to determine a signal strength parameter for a targeted conductor exclusive of neighboring conductors. at least one direct digital synthesizer (304, 312, 504), the direct digital synthesizer producing a signal with two component frequencies in response to an input square wave signal, the signal comprising a first number of cycles at a lower frequency of the two component frequencies and a second number of cycles at a higher frequency of the two component frequencies; and a feedback loop providing a feedback signal coupled with the at least one direct digital synthesizer that adjusts the two component frequencies; wherein the at least one direct digital synthesizer includes a first digital synthesizer (304, 504) that produces an output signal from the input square wave signal and a control phase signal and a second digital synthesizer (312, 506) that provides a sine wave output for generation of the input square wave signal and signals (340, 342) for generating a current phase signal from the feedback signal; wherein the signal is usable by a receiver to determine a signal strength parameter for a targeted conductor exclusive of neighboring conductors.