mhurhangee/ep-ind-claims huggingface dataset:
A wearable portion of a gripping aid for a hand having a motor deficiency, comprising a releasable connection member for a disconnectable unit carrying an object or tool (42, 54, 55), a first elongated member connected to a first end portion of said connection member, a second elongated member connected to a second end portion of said connection member, a releasable connection between the first and second elongated member (5, 7) to close said connection member on the hand, and a third elongated member arranged between a side of the connection member arranged between the first and the second end portion (6, 8) and one of said first and second elongated members (5, 7) to define with the latter a passage which can be worn on at least one finger of the hand, the connection member being in contact with the palm of the hand in use, characterized in that said connection member is magnetic.
Valve block for a high-pressure accumulator of a common-rail heavy-fuel injection system for internal combustion engines, having a pressure-limiting valve, wherein the pressure-limiting valve is received with its high-pressure port side in the valve block and the valve block has a leakage return line, wherein a low-pressure port of the pressure-limiting valve is connected to the valve block and is connected to the leakage return line, characterized in that the valve block is equipped with at least one further valve, specifically a purge valve, which is received with its high-pressure port side in the valve block.
A powder spray coating booth in which objects can be coated with powder by means of a spraying device, wherein the powder spray coating booth comprises a suction channel arrangement for suctioning air and excess powder out of the booth interior of the powder spray coating booth, and wherein the suction channel arrangement has a suction channel disposed in the booth substructure which is fluidly connected to the booth interior by means of at least one exhaust vent, wherein the suction channel is further fluidly connected or connectable to at least two channel sections (31, 32) leading out of the booth substructure by means of a manifold arranged in the booth substructure, characterized in that the manifold is configured as a T-piece or a Y-piece having one inlet and two outlets, wherein the inlet of the manifold is fluidly connected or connectable to the suction channel and the two outlets of the manifold are each fluidly connected or connectable to a respective one of the channel sections (31, 32) leading out of the booth substructure; or the manifold is of cross-shaped or star-shaped configuration and comprises one input and a plurality of outlets, wherein the inlet of the manifold is fluidly connected or connectable to the suction channel and the plurality of outlets of the manifold are each fluidly connected or connectable to a respective one channel section (31, 32) leading out of the booth substructure.
A halogenated polyisoolefin copolymer comprising: - at least one isoolefin monomer; - at least one multiolefin monomer; - a halogen content of 0.15 - 0.49 mol%; and - a halogenated cyclic oligomer content (C 13 and C 21) of less than 65% of total cyclic oligomer content in the halogenated polyisoolefin copolymer, wherein the halogenated cyclic oligomer content (C 13 and C 21) is measured via HPLC. - at least one isoolefin monomer; - at least one multiolefin monomer; - a halogen content of 0.15 - 0.49 mol%; and - a halogenated cyclic oligomer content (C 13 and C 21) of less than 65% of total cyclic oligomer content in the halogenated polyisoolefin copolymer, wherein the halogenated cyclic oligomer content (C 13 and C 21) is measured via HPLC.
A dental crown, comprising: a metal shell shaped to cover a portion of a tooth of a patient; a coating retention metal layer diffusion bonded to the metal shell, wherein an interface between the coating retention metal layer and the metal shell comprises a plurality of interstitial regions; and a composition on the coating retention metal layer and within the plurality of the interstitial regions to bond the composition to the metal shell. a metal shell shaped to cover a portion of a tooth of a patient; a coating retention metal layer diffusion bonded to the metal shell, wherein an interface between the coating retention metal layer and the metal shell comprises a plurality of interstitial regions; and a composition on the coating retention metal layer and within the plurality of the interstitial regions to bond the composition to the metal shell.
A wafer carrier for use in a system for growing epitaxial layers on one or more wafers by chemical vapor deposition, the wafer carrier comprising: a body formed symmetrically about a central axis, and including a generally planar top surface that is perpendicular to the central axis; a plurality of wafer retention pockets recessed in the body from the top surface, each of the wafer retention pockets including: a floor surface generally parallel to the top surface; and a peripheral wall surface surrounding the floor surface and defining a periphery of that wafer retention pocket, wherein each wafer retention pocket has a pocket center situated along a corresponding wafer carrier radial axis that is perpendicular to the central axis; and for each wafer retention pocket, a first arc having a first radius of curvature is defined around a first arc center and a second arc having a second radius of curvature is defined around a second arc center, and the periphery corresponding to the wafer retention pocket is entirely defined by the portions of the first arc that are closer to the pocket center along any given radial line than the second arc and the portions of the second arc that are closer to the pocket center along any given radial line than the first arc, wherein the second arc is different from the first arc by at least one of: the first radius of curvature being different from the second radius of curvature; and the first arc center being different from the second arc center. a body formed symmetrically about a central axis, and including a generally planar top surface that is perpendicular to the central axis; a plurality of wafer retention pockets recessed in the body from the top surface, each of the wafer retention pockets including: a floor surface generally parallel to the top surface; and a peripheral wall surface surrounding the floor surface and defining a periphery of that wafer retention pocket, a floor surface generally parallel to the top surface; and a peripheral wall surface surrounding the floor surface and defining a periphery of that wafer retention pocket, wherein each wafer retention pocket has a pocket center situated along a corresponding wafer carrier radial axis that is perpendicular to the central axis; and for each wafer retention pocket, a first arc having a first radius of curvature is defined around a first arc center and a second arc having a second radius of curvature is defined around a second arc center, and the periphery corresponding to the wafer retention pocket is entirely defined by the portions of the first arc that are closer to the pocket center along any given radial line than the second arc and the portions of the second arc that are closer to the pocket center along any given radial line than the first arc, wherein the second arc is different from the first arc by at least one of: the first radius of curvature being different from the second radius of curvature; and the first arc center being different from the second arc center. the first radius of curvature being different from the second radius of curvature; and the first arc center being different from the second arc center.
A method for resisting ageing and enhancing sternness characteristics of human mesenchymal stem cells in vitro, comprising co-culturing immune cells derived from human peripheral blood comprising human peripheral blood lymphocytes, with human mesenchymal stem cells, the co-culturing being in contact mode at a cell number ratio of the human peripheral blood lymphocytes to the human mesenchymal stem cells of 100 to 400:1.
An energy transfer machine, comprising: an outer stator having inward projections forming an array of cylinders; a carrier secured for rotation at least partly within the outer stator; at least one inner rotor secured for rotation about an axis within the carrier, the inner rotor having outward projections forming an array of pistons; the inward projections projecting inward and the outward projections projecting outward to mesh with each other so that the pistons intermittently enter the cylinders and compress a fluid contained within the cylinders thereby defining variable volume chambers between the inward projections and the outward projections as the inner rotor rotates within the carrier; and fluid transfer passages (32, 34, 36) on at least one of the outer stator and carrier to permit flow of fluid into and out of the variable volume chambers. an outer stator having inward projections forming an array of cylinders; a carrier secured for rotation at least partly within the outer stator; at least one inner rotor secured for rotation about an axis within the carrier, the inner rotor having outward projections forming an array of pistons; the inward projections projecting inward and the outward projections projecting outward to mesh with each other so that the pistons intermittently enter the cylinders and compress a fluid contained within the cylinders thereby defining variable volume chambers between the inward projections and the outward projections as the inner rotor rotates within the carrier; and fluid transfer passages (32, 34, 36) on at least one of the outer stator and carrier to permit flow of fluid into and out of the variable volume chambers.
A method of wireless communication, comprising: receiving forwarded interference-related information; identifying asynchronous interference based on the forwarded interference-related information; determining a share of resources to use based on the identified asynchronous interference; and reserving resources based on the determined share of resources to manage the asynchronous interference. receiving forwarded interference-related information; identifying asynchronous interference based on the forwarded interference-related information; determining a share of resources to use based on the identified asynchronous interference; and reserving resources based on the determined share of resources to manage the asynchronous interference.
Method for assisting a driver of a vehicle, wherein a mobile display device is provided by means of which at least one vehicle information item and/or at least one operator control menu for performing the remote control of at least one vehicle function can be displayed to the driver, wherein the display device is connected in a signal-transmitting fashion to a position-determining device by means of which the position of the display device relative to the vehicle can be determined, wherein at least one vehicle information item and/or at least one operator control menu for performing the remote control of at least one vehicle function is displayed as a function of the determined position by means of the display device, wherein the position-determining device has at least one transmitter device which is assigned to the vehicle and by means of which a position signal can be output, wherein the position-determining device has a receiver device which is assigned to the display device and by means of which the at least one position signal can be received, wherein the position-determining device has a data-processing device which is assigned to the display device and by means of which the position of the display device relative to the vehicle is determined from the at least one received position signal, characterized in that, if the receiver device moves from an outer region outside the range of the position signal into an inner region within the range of the position signal at least one close-range vehicle information item and/or at least one operator control menu for performing the remote control of at least one close-range vehicle function is displayed by means of the display device, wherein, when a defined close-range vehicle information item and/or a defined operator control menu for performing the remote control of at least one close-range vehicle function is displayed, an information signal is output to the driver by means of a signal-outputting device which is assigned to the display device.
A method for detecting uplink power, comprising: detecting a modulation and coding scheme and an initial block error rate of an uplink data packet sent by a user equipment; determining, according to a relationship between an index of the detected modulation and coding scheme of the uplink data packet sent by the user equipment and a first threshold, and a relationship between the detected initial block error rate of the uplink data packet sent by the user equipment and a second threshold, whether uplink power of the user equipment is restricted; and when it is determined that the uplink power of the user equipment is restricted, triggering the user equipment to perform a cell handover. detecting a modulation and coding scheme and an initial block error rate of an uplink data packet sent by a user equipment; determining, according to a relationship between an index of the detected modulation and coding scheme of the uplink data packet sent by the user equipment and a first threshold, and a relationship between the detected initial block error rate of the uplink data packet sent by the user equipment and a second threshold, whether uplink power of the user equipment is restricted; and when it is determined that the uplink power of the user equipment is restricted, triggering the user equipment to perform a cell handover.
A work machine, comprising an internal combustion engine having an output; an infinitely variable transmission coupled with said IC engine output, said IVT including a hydraulic module and a mechanical drive train module; a pressure transducer associated with and providing an output signal representing a hydraulic pressure within said hydraulic module; at least one electrical processing circuit configured for controlling said IC engine output, dependent upon said output signal from said pressure transducer, characterized by a torque control input device in communication with and providing an output signal to said at least one electrical processing circuit, said at least one electrical processing circuit configured for controlling said IC engine output, dependent upon each of said output signal from said pressure transducer and said output signal from said torque control input device,
An accessory for a steaming device comprising a tray to receive a sole plate of a steaming device during a cleaning cycle so that steam, water and/or scale is directed into said tray, the tray having an opening so that when a sole plate of a steaming device is received on the tray, steam can egress out of the tray in a direction away from said steaming device through said opening, wherein the tray has a base and a supporting surface to receive and support a sole plate of a steaming device in a position above the base, characterised in that the supporting surface defines the periphery of an aperture in the tray, the supporting surface being configured to contact the entire circumference of a peripheral edge of a sole plate received on the supporting surface.
Method for preparing a concentrated algae extract, characterised in that it contains 0 to 1% by weight of alginate and cellulose relative to the weight of said extract, said method comprising the following steps: - grinding the algae until the cells burst; - homogenising the algae ground material in an aqueous solution; - removing the alginate and cellulose via flocculation and filtration; - optionally adjusting the pH of the filtrate; - concentrating the filtrate to achieve a percentage of dry matter of between 6 and 100%, said method not comprising a hydrolysis step in the presence of a reducing agent. - grinding the algae until the cells burst; - homogenising the algae ground material in an aqueous solution; - removing the alginate and cellulose via flocculation and filtration; - optionally adjusting the pH of the filtrate; - concentrating the filtrate to achieve a percentage of dry matter of between 6 and 100%,
A method of wireless communications for a base station, comprising: determining a time-division duplex, TDD, frame structure of a group of TDD frame structures for narrowband communications; determining a first subframe group of a plurality of subframe groups associated with a first set of downlink subframes and a second subframe group of a plurality of subframe groups associated with a second set of downlink subframes, wherein the first subframe group and the second subframe group do not overlap, each subframe group being determined based on a downlink subframe and a predetermined number of following subframes; determining a first scrambling sequence for the first set of downlink subframes in the first subframe group and a second scrambling sequence for the second set of downlink subframes in the second subframe group; and transmitting a series of repetitions of a narrowband physical downlink channel using the TDD frame structure, wherein a first portion of repetitions from the series of repetitions is transmitted in the first set of downlink subframes using the first scrambling sequence; and wherein a second portion of repetitions from the series of repetitions is transmitted in the second set of downlink subframes using the second scrambling sequence. determining a time-division duplex, TDD, frame structure of a group of TDD frame structures for narrowband communications; determining a first subframe group of a plurality of subframe groups associated with a first set of downlink subframes and a second subframe group of a plurality of subframe groups associated with a second set of downlink subframes, wherein the first subframe group and the second subframe group do not overlap, each subframe group being determined based on a downlink subframe and a predetermined number of following subframes; determining a first scrambling sequence for the first set of downlink subframes in the first subframe group and a second scrambling sequence for the second set of downlink subframes in the second subframe group; and transmitting a series of repetitions of a narrowband physical downlink channel using the TDD frame structure, wherein a first portion of repetitions from the series of repetitions is transmitted in the first set of downlink subframes using the first scrambling sequence; and wherein a second portion of repetitions from the series of repetitions is transmitted in the second set of downlink subframes using the second scrambling sequence.
A coiled cable comprising a conductor coil formed by winding 1 to 8 conductor base lines (21 - 24) having a diameter (d), to each of which an insulation coating layer is applied, into a coil shape having a coil average diameter, wherein the conductor coil is set to have a spring index (D/d) satisfying a relationship of ≤ D/d ≤ 4, and the conductor base lines (21 - 24) are configured by twisting a plurality of conductor materials having a diameter of 0.008 to 0.05mm, characterized in that the conductor base lines (21 - 24) are coaxial cables which include an inner conductor, a dielectric layer, an outer conductor layer, and the insulation coating layer.
Method of near-field wireless communication between a transponder and a terminal comprising a step, implemented by the transponder, of counting a number of error signals transmitted by the terminal, the number of signals indicating a reception error of a signal being compared with a threshold (Nseuil), characterised in that if the number of signals indicating a signal reception error is higher than the threshold (Nseuil), the transponder is switched to a lower power consumption mode, the low power consumption mode being a mode wherein predefined circuits of the transponder are no longer power supplied.
A positive electrode active material for a non-aqueous electrolyte secondary battery, having: a lithium transition metal oxide including Ni and Al, wherein a proportion of Ni in the lithium transition metal oxide is 91 mol% to 96 mol% relative to the total number of moles of metal elements except for Li, and a proportion of Al in the lithium transition metal oxide is 4 mol% to 9 mol% relative to the total number of moles of metal elements except for Li, and an amount of Al in a filtrate as quantitatively determined by inductively coupled plasma emission spectrometry is 0.28 mg or less, the filtrate being collected by stirring a sample solution obtained by addition of 1 g of the lithium transition metal oxide to 10 mL of a mixed solution of 100 mL of pure water and 1 mL of 35% hydrochloric acid, and thereafter filtering the sample solution. a lithium transition metal oxide including Ni and Al, wherein a proportion of Ni in the lithium transition metal oxide is 91 mol% to 96 mol% relative to the total number of moles of metal elements except for Li, and a proportion of Al in the lithium transition metal oxide is 4 mol% to 9 mol% relative to the total number of moles of metal elements except for Li, and an amount of Al in a filtrate as quantitatively determined by inductively coupled plasma emission spectrometry is 0.28 mg or less, the filtrate being collected by stirring a sample solution obtained by addition of 1 g of the lithium transition metal oxide to 10 mL of a mixed solution of 100 mL of pure water and 1 mL of 35% hydrochloric acid, and thereafter filtering the sample solution.
A method of wireless communication, comprising: receiving, by a first wireless communication device from a central entity of a multi-hop wireless network, a first transmission timing adjustment command being a timing advance command instructing the first wireless communication device to communicate with a second wireless communication device and a third wireless communication device of the multi-hop wireless network at an earlier time than an expected scheduled transmit time; communicating, by the first wireless communication device with the second wireless communication device of the multi-hop wireless network based on at least the first transmission timing adjustment command, a first communication signal including backhaul data; and communicating, by the first wireless communication device with the third wireless communication device of the multi-hop wireless network based on the at least the first transmission timing adjustment command, a second communication signal. receiving, by a first wireless communication device from a central entity of a multi-hop wireless network, a first transmission timing adjustment command being a timing advance command instructing the first wireless communication device to communicate with a second wireless communication device and a third wireless communication device of the multi-hop wireless network at an earlier time than an expected scheduled transmit time; communicating, by the first wireless communication device with the second wireless communication device of the multi-hop wireless network based on at least the first transmission timing adjustment command, a first communication signal including backhaul data; and communicating, by the first wireless communication device with the third wireless communication device of the multi-hop wireless network based on the at least the first transmission timing adjustment command, a second communication signal.