mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a first part configured to form at least part of a case of the apparatus; a second part configured to form at least part of a display for the apparatus; a first and a second actuator coupled to the second part at substantially different regions and configured to apply a force to the second part to generate a displacement of the second part wherein the substantially different regions are isolated from each other; a drive circuitry coupled to the first and second actuators and configured to drive the first and second actuator separately to produce at least audio outputs; and a flexible membrane configured to couple to the first part and the second part; and wherein the coupling of the second part to the first part is such that the flexible membrane is configured to be less flexible at the centre of the longest axis of the display than at the end of the longest axis of the display, and wherein the first and second actuators are located on opposite sides of the centre of the longest axis of the display. a first part configured to form at least part of a case of the apparatus; a second part configured to form at least part of a display for the apparatus; a first and a second actuator coupled to the second part at substantially different regions and configured to apply a force to the second part to generate a displacement of the second part wherein the substantially different regions are isolated from each other; a drive circuitry coupled to the first and second actuators and configured to drive the first and second actuator separately to produce at least audio outputs; and a flexible membrane configured to couple to the first part and the second part; and wherein the coupling of the second part to the first part is such that the flexible membrane is configured to be less flexible at the centre of the longest axis of the display than at the end of the longest axis of the display, and wherein the first and second actuators are located on opposite sides of the centre of the longest axis of the display.
A silicone polymer obtained by polymerizing a monomer mixture solution containing one or two or more silicone monomers having a molecular weight of 1,800 or less and a monomer having an ammonium salt in a molecule thereof, wherein the amount of silicone monomer in the silicone polymer is 30 to 80 parts by weight relative to 100 parts by weight of total weight of monomers other than the ammonium salt monomer wherein the silicone monomers include a silicone monomer having a structure expressed by the following general formula (a): M - L - Sx (a) wherein M represents an acryl group or a methacryl group, L represents an optionally substituted divalent organic group having 1 - 20 carbon atoms, Sx represents a siloxanyl group expressed by the following general formula (b): In the formula (b), A 1 to A 11 each independently represents any of hydrogen, an optionally substituted alkyl group having 1 to 20 carbon atoms and an optionally substituted aryl group having 6 to 20 carbon atoms, n represents an integral number of 0 to 200, and a, b and c each independently represents an integral number of 0 to 20, except for the case where n = a = b = c = 0, wherein L in the formula (a) represents a divalent organic group having at least a hydroxyl group, wherein in the case of a silicone monomer showing a distribution in its molecular weight, when at least 80% of a UV area value in the GPC-measured molecular weight distribution is 1,800 or less, the molecular weight is determined as being "1,800 or less".
A connection device for coolant lines in a motor vehicle, in particular for a first and a second line, comprising at least one component of a coolant circuit, wherein the connection device comprises a retaining element having two openings (6, 7) for the first and second line, and the retaining element is arranged substantially perpendicularly to the two axes of the first and second line, and the first and second line are fixed to the element of the component of the coolant circuit by means of at least one fixing means, characterised in that the retaining element has a concave curvature on both sides that extends continuously from one end of the retaining element to the other end.
A method of wireless communication at a user equipment, UE, comprising: receiving a first set of beams associated with a beam reference signal, BRS, and a second set of beams associated with the BRS, the first set of beams being different than the second set of beams; determining a strongest beam in the first set of beams and a strongest beam in the second set of beams, the strongest beam in the first set of beams being beam n and the strongest beam in the second set of beams being beam υ; transmitting information associated with the strongest beam in the first set of beams and the strongest beam in the second set of beams; determining a mapping between a first beam associated with a first type of channel and a second beam associated with a second type of channel, the first type of channel being different than the second type of channel, wherein the first beam is beam n, and the second beam is beam υ or a strongest beam in a third set of beams associated with a beam refinement reference signal, BRRS; and receiving the first beam associated with the first type of channel and the second beam associated with the second type of channel. receiving a first set of beams associated with a beam reference signal, BRS, and a second set of beams associated with the BRS, the first set of beams being different than the second set of beams; determining a strongest beam in the first set of beams and a strongest beam in the second set of beams, the strongest beam in the first set of beams being beam n and the strongest beam in the second set of beams being beam υ; transmitting information associated with the strongest beam in the first set of beams and the strongest beam in the second set of beams; determining a mapping between a first beam associated with a first type of channel and a second beam associated with a second type of channel, the first type of channel being different than the second type of channel, wherein the first beam is beam n, and the second beam is beam υ or a strongest beam in a third set of beams associated with a beam refinement reference signal, BRRS; and receiving the first beam associated with the first type of channel and the second beam associated with the second type of channel.
A coating material spray gun, comprising a handle that is manually gripped with one hand by an operator during a coating operation, a first trigger mounted on said handle that is actuated by said one hand to start and stop a coating operation, and a second trigger mounted on said handle that is actuated by said one hand, characterized in that the second trigger is actuated to change a coating operation parameter displayed on a display disposed on or with a portion of the gun.
A gel comprising at least 10 wt % water and from 10 to less than 90% by weight of polytrimethylene ether glycol, based on the total weight of the gel, wherein the polytrimethylene ether glycol has a number average molecular weight of less than 1000, and wherein at least 90% of the repeating units of the polytrimethylene glycol are trimethylene ether units, wherein the polytrimethylene ether glycol functions as a gelling agent.
A method of transmitting control information by a User Equipment, UE, in a wireless communication system, the method comprising: generating a Physical Uplink Control Channel, PUCCH, for transmitting control information; and transmitting the PUCCH in a subframe having a plurality of symbols, wherein based on that the subframe is a Full Duplex Radio, FDR, subframe, - a downlink control channel is received within first N, N>0, symbols of the subframe, - the PUCCH is transmitted from an M-th symbol, M>N, of the subframe in both edge regions of a bandwidth, and - a simultaneous PDSCH-PUSCH reception/transmission is allowed from the M-th symbol of the subframe in a same remaining region of the bandwidth, and wherein based on that the subframe is a non-FDR subframe, - no downlink control channel is received through the subframe, - the PUCCH is transmitted from a first symbol of the subframe in both edge regions of the bandwidth, and - only PUSCH transmission is allowed at the subframe in the remaining region of the bandwidth. generating a Physical Uplink Control Channel, PUCCH, for transmitting control information; and transmitting the PUCCH in a subframe having a plurality of symbols, wherein based on that the subframe is a Full Duplex Radio, FDR, subframe, - a downlink control channel is received within first N, N>0, symbols of the subframe, - the PUCCH is transmitted from an M-th symbol, M>N, of the subframe in both edge regions of a bandwidth, and - a simultaneous PDSCH-PUSCH reception/transmission is allowed from the M-th symbol of the subframe in a same remaining region of the bandwidth, and wherein based on that the subframe is a non-FDR subframe, - no downlink control channel is received through the subframe, - the PUCCH is transmitted from a first symbol of the subframe in both edge regions of the bandwidth, and - only PUSCH transmission is allowed at the subframe in the remaining region of the bandwidth. - a downlink control channel is received within first N, N>0, symbols of the subframe, - the PUCCH is transmitted from an M-th symbol, M>N, of the subframe in both edge regions of a bandwidth, and - a simultaneous PDSCH-PUSCH reception/transmission is allowed from the M-th symbol of the subframe in a same remaining region of the bandwidth, and wherein based on that the subframe is a non-FDR subframe, - no downlink control channel is received through the subframe, - the PUCCH is transmitted from a first symbol of the subframe in both edge regions of the bandwidth, and - only PUSCH transmission is allowed at the subframe in the remaining region of the bandwidth.
A camera-based code reader comprising an image sensor for capturing image data with an optical code, a memory for storing image data, a first processing unit for transferring the image data from the image sensor to the memory in an image data stream, and a second processing unit configured for decoding in which the stored image data are evaluated in order to read out the code content of the optical code, characterized in that the first processing unit is configured for at least one auxiliary function in which the first processing unit reads back at least parts of the image data from the memory, preprocesses them and writes back a preprocessing result to the memory, so that the first processing unit takes a dual function as streamer for transferring the image data from the image sensor to the memory and as coprocessor for performing auxiliary functions, and in that the second processing unit is configured to call the auxiliary function of the first processing unit to support the decoding when needed for decoding the current code and to access the result of the auxiliary function to continue decoding.
Asymmetric pump impeller for a pump unit for conveying a liquid which in particular contains solids, having at least one cavity (5, 6) in the interior of the material of the impeller, said cavity being closed completely towards the outside or except for an opening (7, 8) for the removal of unhardened material from the cavity (5, 6), in which the cavity (5, 6) is positioned and formed in such a way that an inertia axis of the pump impeller is displaced with respect to the axis of rotation of the pump impeller so that the pump impeller is largely free of unbalances, characterised by the pump impeller being formed at least to some extent in layers by an additive production method and the cavity (5, 6) being formed during the production in layers.
Assistance device for an electrical power generation system of an aircraft, said system comprising a generator, a regulator and a contactor comprising contacts and an actuator for opening/closing the contacts which is controlled by said regulator and arranged between the generator and a distribution architecture, the assistance device being characterised in that it is connected to at least one power source which is separate from the generator and the regulator, and in that it comprises means for closing the contactor which are suitable for connecting the power source to the actuator of the contactor after having disconnected the regulator from the actuator of the contactor in order to provide the current necessary for closing said contactor, and in that the means for closing the contactor comprise a first electric relay comprising contacts (21 a) and an actuator (21 b) for opening/closing the contacts (21 a), said contacts (21 a) being suitable for connecting the regulator to the actuator of the contactor when the contactor switched to closed position, and the actuator (21 b) of said relay being connected to the power source.
A method for interfacing a user with a computer program executing in a computing device, the method comprising: identifying a point of gaze, POG, of the user based on signals received from a camera or from an eye tracker; detecting initiation of a physical action by the user to move a position of a cursor on a display (110a-c), the cursor defining a focus area associated with the computer program; determining if a distance between a current position of the cursor and the POG is greater than a threshold distance; and moving, in response to the detected initiation of the physical action, the cursor from the current position to a region proximate to the POG when the distance is greater than the threshold distance, the method being characterized by: changing a sensitivity of a mouse that controls the cursor based on the distance between the cursor and the POG such that the cursor movement slows down as the cursor gets closer to the POG. identifying a point of gaze, POG, of the user based on signals received from a camera or from an eye tracker; detecting initiation of a physical action by the user to move a position of a cursor on a display (110a-c), the cursor defining a focus area associated with the computer program; determining if a distance between a current position of the cursor and the POG is greater than a threshold distance; and moving, in response to the detected initiation of the physical action, the cursor from the current position to a region proximate to the POG when the distance is greater than the threshold distance, the method being characterized by: changing a sensitivity of a mouse that controls the cursor based on the distance between the cursor and the POG such that the cursor movement slows down as the cursor gets closer to the POG.
A stacking device for simultaneously producing several parts stacks, comprising at least two stacking units that can be adjusted along an adjustment axis and onto which parts can be deposited in a common depositing plane in order to respectively form a parts stack, characterized in that at least one grid element extending along the adjustment axis, as well as at least one holding element extending along with the adjustment axis, is assigned to the stacking units, in that the at least one grid element can be moved reciprocatingly along the adjustment axis by one grid dimension relative to the at least one holding element by common adjusting means for the stacking units, in that grid element locking means for separably locking the respective stacking unit on the at least one grid element are assigned to each stacking unit in order to jointly adjust the at least one grid element with this stacking unit, and in that holding element locking means, by means of which the stacking unit can be separably locked on the at least one holding element, are assigned to each stacking unit in order to stationarily position the stacking unit relative to the at least one reciprocatingly adjustable grid element.
A method of manufacturing a batch of timepiece hairsprings whose elastic torques have an average (M3, M4, M5) within a predetermined range, comprising steps (102, 150, 110, 152, 153) in which: d) in a wafer made of a silicon-based material, the timepiece hairsprings are produced according to dimensions greater than the dimensions necessary to obtain the batch of timepiece hairsprings whose elastic torques have the average (M3, M4, M5) within the predetermined range, w) a plurality or all of the timepiece hairsprings are subjected to oxidation in such a way as to be transformed into superficially oxidized timepiece hairsprings each in a region where, starting from the silicon-based material, the oxidation creates a thermal compensation portion (50'a) for modifying the sensitivity to temperature variations of the elastic torque of the corresponding timepiece hairspring, characterized in that the oxidation in step w) is a first oxidation and in that the manufacturing process comprises steps which are after step w) and in which: e) on the basis of at least one measurement on at least a portion of the oxidized timepiece hairsprings, the quantity of silicon-based material (w') to be removed from the oxidized timepiece hairsprings is determined in order to obtain the batch of timepiece hairsprings having the elastic torques whose average (M3, M4, M5) is within the predetermined range, x) a residual thickness corresponding to the quantity of silicon-based material to be removed (w') is removed from the thermal compensation portion (50'a) of a plurality or all of the timepiece hairsprings, then y) a plurality or all of the oxidized timepiece hairsprings are subjected to a second oxidation such that the thermal compensation portion is regenerated. d) in a wafer made of a silicon-based material, the timepiece hairsprings are produced according to dimensions greater than the dimensions necessary to obtain the batch of timepiece hairsprings whose elastic torques have the average (M3, M4, M5) within the predetermined range, w) a plurality or all of the timepiece hairsprings are subjected to oxidation in such a way as to be transformed into superficially oxidized timepiece hairsprings each in a region where, starting from the silicon-based material, the oxidation creates a thermal compensation portion (50'a) for modifying the sensitivity to temperature variations of the elastic torque of the corresponding timepiece hairspring, e) on the basis of at least one measurement on at least a portion of the oxidized timepiece hairsprings, the quantity of silicon-based material (w') to be removed from the oxidized timepiece hairsprings is determined in order to obtain the batch of timepiece hairsprings having the elastic torques whose average (M3, M4, M5) is within the predetermined range, x) a residual thickness corresponding to the quantity of silicon-based material to be removed (w') is removed from the thermal compensation portion (50'a) of a plurality or all of the timepiece hairsprings, then y) a plurality or all of the oxidized timepiece hairsprings are subjected to a second oxidation such that the thermal compensation portion is regenerated.
A method of wireless communication for a user equipment, UE, the method comprising: determining that the UE has no resources allocated for a scheduling request, SR, on a physical uplink control channel, PUCCH, associated with a millimeter wave, mmW, base station, wherein the UE is an inactive UE being in an idle radio resource control, RRC, mode, transitioning from a discontinuous reception cycle, DRX, low-power state to a DRX high-power state, or not having an uplink grant; sending, to a first base station, in a first network using a first radio access technology, RAT, the scheduling request, SR, associated with the mmW base station, in a second network using a second RAT, wherein the second network is a mmW network, and wherein the SR indicates that the UE is requesting resources in the second network, even though the SR is sent through the first network; receiving, from the mmW base station, in the second network, an uplink grant based on the SR; and sending, to the mmW base station, in the second network, an uplink transmission based on the uplink grant. determining that the UE has no resources allocated for a scheduling request, SR, on a physical uplink control channel, PUCCH, associated with a millimeter wave, mmW, base station, wherein the UE is an inactive UE being in an idle radio resource control, RRC, mode, transitioning from a discontinuous reception cycle, DRX, low-power state to a DRX high-power state, or not having an uplink grant; sending, to a first base station, in a first network using a first radio access technology, RAT, the scheduling request, SR, associated with the mmW base station, in a second network using a second RAT, wherein the second network is a mmW network, and wherein the SR indicates that the UE is requesting resources in the second network, even though the SR is sent through the first network; receiving, from the mmW base station, in the second network, an uplink grant based on the SR; and sending, to the mmW base station, in the second network, an uplink transmission based on the uplink grant.
Manifold for a heat exchanger with a substantially circular cross-section and with inward looking, flat oval passages for receiving flat tube ends, wherein deformed sections are arranged between adjacent passages, wherein the design of the deformed sections is flattened in the peripheral direction and the flattened sections are each arranged in the centre between adjacent passages and the length of the flattened sections in the peripheral direction approximately corresponds to the length of the longitudinal sides of the passages, wherein seen in the longitudinal direction of the manifold and adjacent to the flattened sections, angular surfaces (8, 9) sloping towards the passages are arranged and the passages, based on the flattened sections, have a substantially constant height h, especially in the section of the longitudinal edges and the longitudinal sides of the passages each have tear-off edges, characterised in that the height of the passages in the section of the narrow sides is lower than in the section of the longitudinal sides.