mhurhangee/ep-ind-claims huggingface dataset:
Linear drive unit, with at least one excitation winding, with a magnetic armature part to be brought into a linear oscillation about a centre position (Mp) in an axial direction (x) by the magnetic field of the winding and with at least one spring clamped in a fixed manner at a clamping point, the oscillating end (A, A') of said spring engaging on the armature part while acting in the movement direction, wherein the at least one spring (2, 2') is embodied as a leaf spring clamped transverse to the movement direction of the armature part, characterised in that in the centre position (Mp) of the armature part the engagement point (A, A') of the spring (2, 2') at the armature part is displaced axially with regard to its clamping point (B, B') by a predefined route (Δx), whereby a pretension of the spring (2, 2') results, so that the armature part in its idle position is displaced to one side compared to the centre position (Mp) due to the pretensioning of the spring (2, 2').
A mechanical device provided with at least two operating conditions, comprising a device body which supports a movable element that can be actuated on command by an actuator between at least one first position and at least one second position, said actuator comprising a cylindrical body within which a piston can slide axially which is connected by means of a stem to said movable element, a sensor for detecting the position of said movable element and a luminous indication device functionally connected to said sensor being provided, said luminous indication device comprising at least one LED light source which faces at least one portion of a light diffuser, wherein said light diffuser has a body arranged so that its plane of arrangement is substantially perpendicular to the axis of said cylindrical body in order to emit, from its perimetric edge outward, the light that arrives from said at least one LED light source around the axis of said cylindrical body, said at least one LED light source being associated with an electronic board, characterized in that the body of the light diffuser is a substantially plate-like body, said at least one LED light source being accommodated in a receptacle provided in said substantially plate-like body and being arranged in a central region of the thickness of the substantially plate-like body, the electronic board supporting said sensor and being fixed to the external surface of the cylindrical body.
A retaining assembly for retaining a trim element to a bodywork element of a vehicle between which an airbag is intended to be interposed, the assembly comprising: - a clip-holder made integrally in one piece with the trim element, comprising: • a proximal portion connected to the trim element, and • a distal portion on which is mounted a clip shaped for fastening to the bodywork element, the proximal portion and the distal portion being secured via a frangible region configured to break up upon deployment of the airbag, and the distal portion being displaceable between a rest position in which the frangible region secures the distal portion and the proximal portion and a deployment position in which the distal portion is disengaged from the proximal portion by breakage of the frangible region, and - a retaining element configured to retain the distal portion to the trim element when the distal portion is in the deployment position, characterized in that the retaining element is made in one piece with the trim element. - a clip-holder made integrally in one piece with the trim element, comprising: • a proximal portion connected to the trim element, and • a distal portion on which is mounted a clip shaped for fastening to the bodywork element, the proximal portion and the distal portion being secured via a frangible region configured to break up upon deployment of the airbag, and the distal portion being displaceable between a rest position in which the frangible region secures the distal portion and the proximal portion and a deployment position in which the distal portion is disengaged from the proximal portion by breakage of the frangible region, and • a proximal portion connected to the trim element, and • a distal portion on which is mounted a clip shaped for fastening to the bodywork element, the proximal portion and the distal portion being secured via a frangible region configured to break up upon deployment of the airbag, and the distal portion being displaceable between a rest position in which the frangible region secures the distal portion and the proximal portion and a deployment position in which the distal portion is disengaged from the proximal portion by breakage of the frangible region, and - a retaining element configured to retain the distal portion to the trim element when the distal portion is in the deployment position, characterized in that the retaining element is made in one piece with the trim element.
A carbon-based acoustic matching layer comprising a plurality of layers, in which acoustic impedances of the plurality of layers change incrementally in the direction of thickness; wherein, each layer of the plurality of layers contains amorphous carbon as a matrix and filler particles dispersed in the amorphous carbon, the amorphous carbon of each two adjacent layers is integrated, and characterized in that the two adjacent layers contain filler particles mutually different in types and/or content ratios. each layer of the plurality of layers contains amorphous carbon as a matrix and filler particles dispersed in the amorphous carbon, the amorphous carbon of each two adjacent layers is integrated, and characterized in that the two adjacent layers contain filler particles mutually different in types and/or content ratios.
Transporting system comprising: - a transporting route which is closed all the way around and has a multiplicity of route parts, wherein the route parts comprise linear-route parts and curved-route parts, - wherein at least one of the curved-route parts has a U-shaped curved portion which defines a 180° deflection, - at least one runner, which can be displaced along the transporting route in order to transport articles, characterized by - an isolation-lock device, which is arranged between the U-shaped curved portion and adjacent route parts, - wherein the isolation-lock device comprises at least one first rod-like guide element and a second rod-like guide element, - wherein the first guide element connects a first free end of the U-shaped curved portion to an adjacent route part and the second guide element connects a second free end of the U-shaped curved portion to a further adjacent route part, and - wherein the U-shaped curved portion is designed for partial withdrawal via the rod-like guide elements (5A, 5B), for release from the adjacent route parts, in order for runners to be removed or introduced. - a transporting route which is closed all the way around and has a multiplicity of route parts, wherein the route parts comprise linear-route parts and curved-route parts, - wherein at least one of the curved-route parts has a U-shaped curved portion which defines a 180° deflection, - at least one runner, which can be displaced along the transporting route in order to transport articles, - an isolation-lock device, which is arranged between the U-shaped curved portion and adjacent route parts, - wherein the isolation-lock device comprises at least one first rod-like guide element and a second rod-like guide element, - wherein the first guide element connects a first free end of the U-shaped curved portion to an adjacent route part and the second guide element connects a second free end of the U-shaped curved portion to a further adjacent route part, and - wherein the U-shaped curved portion is designed for partial withdrawal via the rod-like guide elements (5A, 5B), for release from the adjacent route parts, in order for runners to be removed or introduced.
Air treatment apparatus which is controlled by a control and regulating system with a registration and calculation unit and containing heat recovery in a heat exchanger with an exhaust air fan, where the temperature at the fan inlet opening varies to control a air mass flow, characterized in that the exhaust air fan is arranged after the heat exchanger in the air flow direction, that the air treatment apparatus comprises at least one temperature sensor for the registration of actual outdoor temperature, and a temperature sensor for the registration of actual exhaust temperature, the temperature efficiency of the heat exchanger is known, the air treatment apparatus contains at least one registration and calculation system which determines the mass flow through the exhaust air fan to a predetermined value based on said outdoor and exhaust temperatures and the known temperature efficiency, which calculated temperature at the fan inlet of the exhaust fan is used to determine a desired air flow at the exhaust fan, and that the registration and calculation system, via regulating means controls the airflow (q f) of the exhaust air fan via a control means to obtain a predetermined mass flow so that this predetermined value is obtained to obtain a balance between inlet air flow and exhaust air flow.
A floor element for a cargo container and/or a cargo pallet, having a floor underside, comprising: - at least one RFID transponder, - at least one bore with an opening on the floor underside, - a transponder holder device (50, 50', 50") for holding the RFID transponder, wherein the transponder holder device (50, 50', 50") is fixed in the bore, wherein the transponder holder device (50, 50', 50") is formed as a two-piece hollow body, the transponder holder device (50, 50', 50") comprising a holder device base plate made of plastic for holding the RFID transponder, and a hollow cylinder having a thread, the at least one bore comprising a shoulder and a thread, the hollow cylinder, when screwed into the bore's thread, fixing the holder device base plate on the shoulder in such a manner that the RFID transponder attached to the holder device base plate is spaced less than 30 millimeters from a floor underside plane spanned by the floor underside. - at least one RFID transponder, - at least one bore with an opening on the floor underside, - a transponder holder device (50, 50', 50") for holding the RFID transponder, wherein the transponder holder device (50, 50', 50") is fixed in the bore,
A gimbal tube system for an onboard injector of a gas turbine, comprising: a transfer tube including a first transfer tube end mounted in use to an inner diameter of a stator platform and a second transfer tube end defining a transfer tube pivot connector; a gimbal tube including a first gimbal tube end that defines a gimbal tube pivot connector movably mounted to the transfer tube pivot connector such that the gimbal tube and the transfer tube are pivotable relative to each other at a pivot joint defined between the transfer tube and the gimbal tube, wherein the gimbal tube further includes a second gimbal tube end defining a nozzle inserted in use into the OBI; and a spring member pressing the gimbal tube against the transfer tube; characterised in that the spring member includes a living hinge spring, and the living hinge spring defines a first hole receiving a portion of the gimbal tube and a second hole receiving in use a lip defined on the OBI. a transfer tube including a first transfer tube end mounted in use to an inner diameter of a stator platform and a second transfer tube end defining a transfer tube pivot connector; a gimbal tube including a first gimbal tube end that defines a gimbal tube pivot connector movably mounted to the transfer tube pivot connector such that the gimbal tube and the transfer tube are pivotable relative to each other at a pivot joint defined between the transfer tube and the gimbal tube, wherein the gimbal tube further includes a second gimbal tube end defining a nozzle inserted in use into the OBI; and a spring member pressing the gimbal tube against the transfer tube; characterised in that the spring member includes a living hinge spring, and the living hinge spring defines a first hole receiving a portion of the gimbal tube and a second hole receiving in use a lip defined on the OBI.
A system for operating one or more electrolysis cell(s), comprising: one or more electrolysis cell(s); and at least one power electronic unit, wherein the power electronic unit(s) is(are) configured to provide voltage fluctuations to the electrolysis cell(s), wherein the voltage fluctuations are configured such that near-thermoneutral operation at part load is enabled by matching the integral Joule heat production with the integral reaction heat consumption inside said cell(s), the near-thermoneutral operation denoting an electrothermal balanced operation, which uses electric (Joule) heat to balance the required reaction heat; wherein the voltage fluctuations are periodical changes of cell voltage with a frequency in the range of from 10 mHz to 100 kHz. one or more electrolysis cell(s); and at least one power electronic unit, wherein the power electronic unit(s) is(are) configured to provide voltage fluctuations to the electrolysis cell(s), wherein the voltage fluctuations are configured such that near-thermoneutral operation at part load is enabled by matching the integral Joule heat production with the integral reaction heat consumption inside said cell(s), the near-thermoneutral operation denoting an electrothermal balanced operation, which uses electric (Joule) heat to balance the required reaction heat; wherein the voltage fluctuations are periodical changes of cell voltage with a frequency in the range of from 10 mHz to 100 kHz.
A method of wireless communication by a user equipment, UE, comprising the steps of: receiving from a serving base station an uplink grant comprising a resource allocation for a contiguous transmission over a set of subframes on a secondary carrier, SCell, including contention-based shared spectrum; initiating transmission on the secondary carrier, SCell, over the set of subframes; pausing transmission on the secondary carrier, SCell, prior to completion of the contiguous transmission over the set of subframes of the resource allocation, and characterized by the steps of: transmitting during the pausing over a non-contention based primary carrier, PCell; detecting activity on the secondary carrier, SCell, caused by the transmission of the UE over the non-contention based primary carrier, PCell, during the pausing; and resuming transmission on a remainder of the set of subframes on the secondary carrier, SCell, after a successful Cat. 4 listen-before-talk, LBT, check of the secondary carrier, SCell, availability. receiving from a serving base station an uplink grant comprising a resource allocation for a contiguous transmission over a set of subframes on a secondary carrier, SCell, including contention-based shared spectrum; initiating transmission on the secondary carrier, SCell, over the set of subframes; pausing transmission on the secondary carrier, SCell, prior to completion of the contiguous transmission over the set of subframes of the resource allocation, and characterized by the steps of: transmitting during the pausing over a non-contention based primary carrier, PCell; detecting activity on the secondary carrier, SCell, caused by the transmission of the UE over the non-contention based primary carrier, PCell, during the pausing; and resuming transmission on a remainder of the set of subframes on the secondary carrier, SCell, after a successful Cat. 4 listen-before-talk, LBT, check of the secondary carrier, SCell, availability. transmitting during the pausing over a non-contention based primary carrier, PCell; detecting activity on the secondary carrier, SCell, caused by the transmission of the UE over the non-contention based primary carrier, PCell, during the pausing; and resuming transmission on a remainder of the set of subframes on the secondary carrier, SCell, after a successful Cat. 4 listen-before-talk, LBT, check of the secondary carrier, SCell, availability.
A grinding device, comprising a stirring-type grinding separator, wherein the stirring-type grinding separator comprises a separation cover and a separation impeller coaxial with the separation cover, and a spiral separator is disposed in the separation cover and has an end connected with the separation impeller and an end matched with a through hole in the separation cover.
A hairdressing cape comprising: a collar portion with an overlapping portion sewn by folding an edge portion to a peripheral edge of a round opening formed at the center of an upper region of at least a front cloth and a back cloth; a clasp mounted to an inner end portion at one side of the overlapping portion of the collar portion; a ladder tape mounted from near an end portion at the other side of the overlapping portion of the collar portion to an upper region of the back cloth, wherein the ladder tape includes two tape-like base cloths disposed in parallel at an interval and a monofilament yarn stitched back and forth between the tape-like base cloths so as to stretch thereacross, the ladder tape is sewn to the back cloth with an obliquely downward inclination from the collar portion, and by making the clasp be caught and fastened in the monofilament yarn at an arbitrary length position of the ladder tape, the overlapping portion of the collar portion is fastened. a collar portion with an overlapping portion sewn by folding an edge portion to a peripheral edge of a round opening formed at the center of an upper region of at least a front cloth and a back cloth; a clasp mounted to an inner end portion at one side of the overlapping portion of the collar portion; a ladder tape mounted from near an end portion at the other side of the overlapping portion of the collar portion to an upper region of the back cloth, wherein the ladder tape includes two tape-like base cloths disposed in parallel at an interval and a monofilament yarn stitched back and forth between the tape-like base cloths so as to stretch thereacross, the ladder tape is sewn to the back cloth with an obliquely downward inclination from the collar portion, and by making the clasp be caught and fastened in the monofilament yarn at an arbitrary length position of the ladder tape, the overlapping portion of the collar portion is fastened.
A method of reducing a liquid volume surrounding one or more magnetically responsive beads in a droplet actuator comprising an arrangement of droplet operation electrodes, the method comprising: (a) providing a droplet (118, 130) comprising the one or more magnetically responsive beads; (b) positioning said droplet (118, 130) with the one or more magnetically responsive beads atop one first droplet operations electrode in a first region of a magnetic field; and (c) separating the droplet (118, 130) from the first region of the magnetic field, the one or more magnetically responsive beads remaining in the first region of the magnetic field, wherein: the droplet (118, 130) is separated from the first region of the magnetic field by deactivating the first droplet operations electrode, if it was previously activated, and activating an adjacent droplet operations electrode so as to transport the droplet (118, 130) away from the first region of the magnetic field and the magnetically responsive beads. (a) providing a droplet (118, 130) comprising the one or more magnetically responsive beads; (b) positioning said droplet (118, 130) with the one or more magnetically responsive beads atop one first droplet operations electrode in a first region of a magnetic field; and (c) separating the droplet (118, 130) from the first region of the magnetic field, the one or more magnetically responsive beads remaining in the first region of the magnetic field, wherein: the droplet (118, 130) is separated from the first region of the magnetic field by deactivating the first droplet operations electrode, if it was previously activated, and activating an adjacent droplet operations electrode so as to transport the droplet (118, 130) away from the first region of the magnetic field and the magnetically responsive beads.
A measurement signal sending method, wherein the method comprises: receiving (202, 203), by a first terminal device, first indication information and second indication information from a first network device, wherein the first indication information is used to indicate a first timing, and the second indication information is used to indicate a second timing; determining, by a first terminal device, the first timing based on the first indication information, wherein the first timing is a timing used by the first terminal device to send a first measurement signal to a second terminal device, wherein the first measurement signal is used by the second terminal device for interference measurement, and wherein the first network device serving the first terminal device is different from a network device serving the second terminal device; determining, by the first terminal device, a second timing based on the second indication information, wherein the second timing is a timing used by the first terminal device to send a second measurement signal to the first network device, wherein the second measurement signal is used by the first network device for uplink channel quality measurement; and sending (220, 240), by the first terminal device, the first measurement signal and the second measurement signal based on the first timing and the second timing respectively. receiving (202, 203), by a first terminal device, first indication information and second indication information from a first network device, wherein the first indication information is used to indicate a first timing, and the second indication information is used to indicate a second timing; determining, by a first terminal device, the first timing based on the first indication information, wherein the first timing is a timing used by the first terminal device to send a first measurement signal to a second terminal device, wherein the first measurement signal is used by the second terminal device for interference measurement, and wherein the first network device serving the first terminal device is different from a network device serving the second terminal device; determining, by the first terminal device, a second timing based on the second indication information, wherein the second timing is a timing used by the first terminal device to send a second measurement signal to the first network device, wherein the second measurement signal is used by the first network device for uplink channel quality measurement; and sending (220, 240), by the first terminal device, the first measurement signal and the second measurement signal based on the first timing and the second timing respectively.