mhurhangee/ep-ind-claims huggingface dataset:
A separator by Foucault current for removing non-magnetizable conductive elements from a mixture of materials, comprising: - a endless conveyor belt configured to transport the mixture of materials, - rotary drums (3, 4) on which the endless conveyor belt runs, at least one of the rotary drums driving the endless conveyor belt in a direction of progression along an outward path comprising an acceleration section in which the endless conveyor belt is configured to drive the mixture of materials at the speed of the endless conveyor belt; - a multipole magnetic rotor mounted rotatably inside the endless conveyor belt between the rotary drums (3, 4), the multipole magnetic rotor being configured to generate an alternating magnetic field passing through the endless conveyor belt and to divert the non-magnetizable conductive elements; characterized in that: - the outward path of the endless conveyor belt comprises a sorting section downstream to the acceleration section in which the endless conveyor belt follows a descending rectilinear trajectory downstream with respect to the trajectory in the acceleration section, the multipole magnetic rotor being located facing the sorting section so as to divert the non-magnetizable conductive elements when the latter pass through the sorting section; - the multipole magnetic rotor is arranged facing the endless conveyor belt in the sorting section so that the endless conveyor belt is separated from the multipole magnetic rotor by an air-gap. - a endless conveyor belt configured to transport the mixture of materials, - rotary drums (3, 4) on which the endless conveyor belt runs, at least one of the rotary drums driving the endless conveyor belt in a direction of progression along an outward path comprising an acceleration section in which the endless conveyor belt is configured to drive the mixture of materials at the speed of the endless conveyor belt; - a multipole magnetic rotor mounted rotatably inside the endless conveyor belt between the rotary drums (3, 4), the multipole magnetic rotor being configured to generate an alternating magnetic field passing through the endless conveyor belt and to divert the non-magnetizable conductive elements; - the outward path of the endless conveyor belt comprises a sorting section downstream to the acceleration section in which the endless conveyor belt follows a descending rectilinear trajectory downstream with respect to the trajectory in the acceleration section, the multipole magnetic rotor being located facing the sorting section so as to divert the non-magnetizable conductive elements when the latter pass through the sorting section; - the multipole magnetic rotor is arranged facing the endless conveyor belt in the sorting section so that the endless conveyor belt is separated from the multipole magnetic rotor by an air-gap.
A method at a Secure User Plane Location platform, SLP, of supporting location of a user equipment, UE, using a Secure User Plane Location, SUPL session over a Fifth Generation, 5G, New Radio, NR, data connection, the method comprising: establishing the 5G NR data connection between the UE and the SLP; receiving a SUPL message from the UE as part of the SUPL session, the SUPL message comprising a Location ID, LID, parameter having a Long-Term Evolution, LTE, Cell Information data field, wherein cell data is included in the LTE Cell Information data field, and wherein the cell data comprises information regarding a 5G NR serving cell of the UE; and determining a location of the UE based at least in part on the cell data. establishing the 5G NR data connection between the UE and the SLP; receiving a SUPL message from the UE as part of the SUPL session, the SUPL message comprising a Location ID, LID, parameter having a Long-Term Evolution, LTE, Cell Information data field, wherein cell data is included in the LTE Cell Information data field, and wherein the cell data comprises information regarding a 5G NR serving cell of the UE; and determining a location of the UE based at least in part on the cell data.
A liquid tobacco extract comprising a non-aqueous solvent, at least 0.2 percent by weight of nicotine based on the weight of the liquid tobacco extract, and a ratio by weight of (β-ionone + β-damascenone) to (phenol) of greater than 0.25.
A network over coaxial cable, the network comprising a node that is configured to request a message comprising a short preamble which consists of an optional short series preamble section, a cyclic prefix section, and a single channel equalization symbol.
A slider for a waterproof slide fastener, wherein the slider is configured to be stopped to move forward by a first stop arranged on a front end of each of right and left fastener stringers (2, 2) being capable of opened and closed, the fastener stringers (2, 2) are closed when the slider is at the front end, and the slider is configured to sandwich and come in close contact with the first stop in an up-down direction of the slider, the slider comprising: an upper blade and a lower blade opposing each other in the up-down direction; and a connecting post connecting the upper blade with the lower blade, wherein an element passage is divided by the connecting post into right and left sides to separately extend forward, and is merged at a rear side of the connecting post to extend rearward, each of opposing surfaces of the upper blade and the lower blade includes a close-contact surface (18h, 19h) provided around the connecting post and configured to sandwich and come in close contact with the first stop in the up-down direction, and at least one of the opposing surfaces includes right and left inclined surfaces (18e, 18e, 19e, 19e) provided respectively on right and left sides at a front side of the close-contact surface (18h, 19h) and inclined in a direction widening a gap between the upper blade and the lower blade as the right and left inclined surfaces go forward, characterized in that at least one of the opposing surfaces includes an extended close-contact surface (18i, 19i) provided between the right and left inclined surfaces (18e, 18e, 19e, 19e) and extending forward from the close-contact surface (18h, 19h). an upper blade and a lower blade opposing each other in the up-down direction; and a connecting post connecting the upper blade with the lower blade, wherein an element passage is divided by the connecting post into right and left sides to separately extend forward, and is merged at a rear side of the connecting post to extend rearward, each of opposing surfaces of the upper blade and the lower blade includes a close-contact surface (18h, 19h) provided around the connecting post and configured to sandwich and come in close contact with the first stop in the up-down direction, and at least one of the opposing surfaces includes right and left inclined surfaces (18e, 18e, 19e, 19e) provided respectively on right and left sides at a front side of the close-contact surface (18h, 19h) and inclined in a direction widening a gap between the upper blade and the lower blade as the right and left inclined surfaces go forward, characterized in that at least one of the opposing surfaces includes an extended close-contact surface (18i, 19i) provided between the right and left inclined surfaces (18e, 18e, 19e, 19e) and extending forward from the close-contact surface (18h, 19h).
A multimode terminal, comprising: a first modem chip, a second modem chip, a switch module connected to both the modem chips, and at least two antennas connected to the switch module, wherein the first modem chip comprises: an antenna selection module, configured to: select an antenna for the first modem chip, and control the switch module to connect the first modem chip to the selected antenna of the first modem chip; the second modem chip comprises: a measurement unit; the measurement unit is configured to measure a parameter value related to a signal received or transmitted by the second modem chip, wherein the parameter value related to the signal received or transmitted by the second modem chip is used to determine an antenna of the second modem chip; the second modem chip is configured to send, to the antenna selection module, the parameter value related to the signal received or transmitted by the second modem chip; and the antenna selection module is further configured to: determine the antenna of the second modem chip according to the parameter value related to the signal received or transmitted by the second modem chip, and control the switch module to connect the second modem chip to the determined antenna of the second modem chip.
A laser including an optical system, the optical system comprising: a concave input mirror and a flat output mirror together defining a laser cavity; an input optical source, comprising a pump laser, for projecting an input beam along an optical axis into the laser cavity, the input beam having a Gaussian beam profile; and an optical element located within the laser cavity and having a first cone refractive element configured to create a cone refracted beam from the input beam, the cone refractive element comprising a rare earth ion doped biaxial crystal cut in the direction to enable conical refraction, and the crystal having an entrance facet, wherein the output mirror reflects the cone reflected beam back through the first cone refractive element thereby applying a phase shift to the cone refractive beam and reconstructing the input beam, such that the reconstructed beam has substantially the same Gaussian beam profile as the input beam, and wherein the pump laser is focused on the entrance facet of the crystal. a concave input mirror and a flat output mirror together defining a laser cavity; an input optical source, comprising a pump laser, for projecting an input beam along an optical axis into the laser cavity, the input beam having a Gaussian beam profile; and an optical element located within the laser cavity and having a first cone refractive element configured to create a cone refracted beam from the input beam, the cone refractive element comprising a rare earth ion doped biaxial crystal cut in the direction to enable conical refraction, and the crystal having an entrance facet, wherein the output mirror reflects the cone reflected beam back through the first cone refractive element thereby applying a phase shift to the cone refractive beam and reconstructing the input beam, such that the reconstructed beam has substantially the same Gaussian beam profile as the input beam, and wherein the pump laser is focused on the entrance facet of the crystal.
A tube forming the body of a catheter assembly, the tube comprising: a tubular support framework comprising a proximal end, a distal end, and a longitudinal axis, the support framework comprising: one or more spines extending longitudinally between the proximal end and the distal end; a plurality of ribs disposed along a length of the one or more spines defining a lumen of the support framework extending therethrough; junction points connecting one or more ribs of the plurality of ribs with the one or more spines; and a polymeric cover disposed around at least a portion the support framework; and characterised in that two or more ribs of the plurality of ribs merge into a spine connector, the spine connector having a single junction point with at least one of the one or more spines. one or more spines extending longitudinally between the proximal end and the distal end; a plurality of ribs disposed along a length of the one or more spines defining a lumen of the support framework extending therethrough; junction points connecting one or more ribs of the plurality of ribs with the one or more spines; and a polymeric cover disposed around at least a portion the support framework; and characterised in that two or more ribs of the plurality of ribs merge into a spine connector, the spine connector having a single junction point with at least one of the one or more spines.
An information processing system comprising a main unit, a first controller device and a second controller device, wherein: the main unit includes a display; the first controller device is configured to be removably attached to the main unit, and the first controller device is configured to transmit first operation data representing an operation performed on the first controller device to the main unit, irrespective of whether the first controller device is attached to the main unit; the second controller device is configured to be removably attached to the main unit, and the second controller device is configured to transmit second operation data representing an operation performed on the second controller device to the main unit, irrespective of whether the second controller device is attached to the main unit, a first sensing unit configured to sense attachment of the first controller device to the main unit; a second sensing unit configured to sense attachment of the second controller device to the main unit; and the main unit registers, as a set, the first controller device and the second controller device based on a sensing result from the first sensing unit and a sensing result from the second sensing unit; wherein, the main unit is configured to display, on the display, an execution result of an information process based on the first operation data transmitted from the first controller device and the second operation data transmitted from the second controller device. the main unit includes a display; the first controller device is configured to be removably attached to the main unit, and the first controller device is configured to transmit first operation data representing an operation performed on the first controller device to the main unit, irrespective of whether the first controller device is attached to the main unit; the second controller device is configured to be removably attached to the main unit, and the second controller device is configured to transmit second operation data representing an operation performed on the second controller device to the main unit, irrespective of whether the second controller device is attached to the main unit, a first sensing unit configured to sense attachment of the first controller device to the main unit; a second sensing unit configured to sense attachment of the second controller device to the main unit; and the main unit registers, as a set, the first controller device and the second controller device based on a sensing result from the first sensing unit and a sensing result from the second sensing unit; wherein, the main unit is configured to display, on the display, an execution result of an information process based on the first operation data transmitted from the first controller device and the second operation data transmitted from the second controller device.
An internally ventilated brake disc for a disc brake, with two friction discs (2', 2") arranged adjacent to each other, which are connected together by radially running, regularly arranged lands, wherein the lands run from an outer peripheral edge up to an inner peripheral edge of the friction discs (2', 2") and these are connected by the lands in such a way that the gaps between them form cooling channels of the same size through which cooling air can flow, which are subdivided by further, shorter lands (1b, 1c) such that at least one shorter land is located in a radial region closer to the inner peripheral edge of the friction discs (2', 2") centrally between the lands, wherein the cooling channels, directed in the radial direction from the shorter land outwards, divide up into at least three flow channels (1c', 1c", 1c'''), in that two first further shorter lands are arranged in each cooling channel, offset radially outwards in the peripheral direction relative to each shorter land, characterised in that, starting from each of the shorter lands, directed radially inwards, the friction disc which is directed towards a brake disc chamber is extended and level with a collar of the brake disc chamber is provided with a bore in the axial direction which serves to accommodate a rivet which fastens the friction disc to the brake disc chamber.
Handle for hand-held striking tool comprising: • a body (2, 3) having a striking end corresponding to a terminal area, • a connection system (4, 5) configured to surround the terminal area of the body (2, 3) at a distance so as to define a space between the connection system (4, 5) and the body (2, 3), the space defining a functional clearance or comprising a shock-absorbing part, the connection system (4, 5) comprising at least one access hole (15, 16) to the body (2, 3) on each front surface in the terminal area of the body (2, 3), characterized in that the handle comprises at least two securing parts, configured to be inserted in the holes (15, 16) of the connection system (4, 5) and to mechanically connect a striking head to the body (2, 3) in an orthogonal direction to the striking axis. • a body (2, 3) having a striking end corresponding to a terminal area, • a connection system (4, 5) configured to surround the terminal area of the body (2, 3) at a distance so as to define a space between the connection system (4, 5) and the body (2, 3), the space defining a functional clearance or comprising a shock-absorbing part, the connection system (4, 5) comprising at least one access hole (15, 16) to the body (2, 3) on each front surface in the terminal area of the body (2, 3),
A needle-less injector device comprising: an inner housing having a leading end and a trailing end, the leading end of the inner housing being adapted for receiving a vial that includes a nozzle for delivering a fluid held within the vial, the inner housing further having a spring powered ram that is movable from a cocked position to an unloaded position; a hollow outer housing adapted for slideably supporting the inner housing, the inner housing moving within the hollow outer housing between a safe position and a firing position; a skin tensioning spring that is mounted between the inner housing and the outer housing, the skin tensioning spring biasing the inner housing away from the firing position towards the safe position; and a trigger disposed in said outer housing, the trigger being operable through the outer housing when the inner housing is in the firing position, the trigger cooperating with the spring powered ram to release the ram from the cocked position only when the inner housing is in the firing position. an inner housing having a leading end and a trailing end, the leading end of the inner housing being adapted for receiving a vial that includes a nozzle for delivering a fluid held within the vial, the inner housing further having a spring powered ram that is movable from a cocked position to an unloaded position; a hollow outer housing adapted for slideably supporting the inner housing, the inner housing moving within the hollow outer housing between a safe position and a firing position; a skin tensioning spring that is mounted between the inner housing and the outer housing, the skin tensioning spring biasing the inner housing away from the firing position towards the safe position; and a trigger disposed in said outer housing, the trigger being operable through the outer housing when the inner housing is in the firing position, the trigger cooperating with the spring powered ram to release the ram from the cocked position only when the inner housing is in the firing position.
A sense die comprising: a chip comprising a sense diaphragm; one or more sense elements (120, 122, 124, 126) supported by the diaphragm; one or more bond pads (130, 132, 134, 136) supported by a first side of the chip, each of the one or more bond pads (130, 132, 134, 136) electrically coupled to at least one of the one or more sense elements (120, 122, 124, 126); a structural frame disposed on the first side of the chip, wherein the structural frame is disposed at least partially about the diaphragm; and one or more electrical contacts extending through the structural frame, wherein the one or more electrical contacts are electrically coupled to the one or more bond pads (130, 132, 134, 136). a chip comprising a sense diaphragm; one or more sense elements (120, 122, 124, 126) supported by the diaphragm; one or more bond pads (130, 132, 134, 136) supported by a first side of the chip, each of the one or more bond pads (130, 132, 134, 136) electrically coupled to at least one of the one or more sense elements (120, 122, 124, 126); a structural frame disposed on the first side of the chip, wherein the structural frame is disposed at least partially about the diaphragm; and one or more electrical contacts extending through the structural frame, wherein the one or more electrical contacts are electrically coupled to the one or more bond pads (130, 132, 134, 136).
A stimulator comprising: an implantable pulse generator comprising circuit elements adapted to drive stimulation provided by the implantable pulse generator; a first power source comprising an ultracapacitor that provides operating power for the circuit elements of the pulse generator; a volatile memory associated with the pulse generator for storing programming data; characterized by a battery that has a higher voltage retention than the ultracapacitor, wherein the battery is dedicated to the volatile memory and provides operating power for the volatile memory an implantable pulse generator comprising circuit elements adapted to drive stimulation provided by the implantable pulse generator; a first power source comprising an ultracapacitor that provides operating power for the circuit elements of the pulse generator; a volatile memory associated with the pulse generator for storing programming data; characterized by a battery that has a higher voltage retention than the ultracapacitor, wherein the battery is dedicated to the volatile memory and provides operating power for the volatile memory
Cartridge for a respirator having an adsorption filter portion disposed in a housing, wherein the adsorption filter portion features a carrier medium and an activated carbon stratum in which activated carbon particles are immobilized by adding a fixative, wherein a connecting element capable of being flowed through is provided for attaching the housing to the respirator, wherein the connecting element with its flow channel is disposed on a clean air side of the adsorption filter portion, characterized in that the housing features a housing casing which is releasably connectable to the connecting element.
A method for manufacturing a Z-directed component for insertion into a mounting hole in a printed circuit board, comprising: providing successive layers of a constraining material, each layer of the constraining material having a cavity (722, 748) formed therein defining the outer shape of a corresponding layer of the Z-directed component; selectively filling each cavity (722, 748) with at least one material to form each layer of the Z-directed component, wherein each cavity (722, 748) is selectively filled prior to providing the next successive layer of the constraining material; dissipating the constraining material to release the Z-directed component from the constraining material; and firing the Z-directed component. providing successive layers of a constraining material, each layer of the constraining material having a cavity (722, 748) formed therein defining the outer shape of a corresponding layer of the Z-directed component; selectively filling each cavity (722, 748) with at least one material to form each layer of the Z-directed component, wherein each cavity (722, 748) is selectively filled prior to providing the next successive layer of the constraining material; dissipating the constraining material to release the Z-directed component from the constraining material; and firing the Z-directed component.