mhurhangee/ep-ind-claims huggingface dataset:
A wireless power receiver for wirelessly receiving power from a wireless power transmitter, the wireless power receiver comprising: a coil to receive the power; a magnet including an electric steel sheet and configured to generate an intensity of a magnetic flux density; and a shield member disposed on an upper surface of the coil and an upper surface of the electric steel sheet, wherein the coil has an empty central region, wherein the magnet is disposed in the empty central region of the coil, characterized in that the electric steel sheet and the coil are spaced apart from each other, the electric steel sheet has a diameter less than a diameter of the central region, and the electric steel sheet has a thickness equal to or thicker than a thickness of the coil, wherein the coil and the electric steel sheet are disposed on the same surface, and the coil surrounds the electric steel sheet, and wherein the coil and the electric steel sheet are adhered to a back surface of the shielding member by means of an adhesive. a coil to receive the power; a magnet including an electric steel sheet and configured to generate an intensity of a magnetic flux density; and a shield member disposed on an upper surface of the coil and an upper surface of the electric steel sheet, wherein the coil has an empty central region, wherein the magnet is disposed in the empty central region of the coil, characterized in that the electric steel sheet and the coil are spaced apart from each other, the electric steel sheet has a diameter less than a diameter of the central region, and the electric steel sheet has a thickness equal to or thicker than a thickness of the coil, wherein the coil and the electric steel sheet are disposed on the same surface, and the coil surrounds the electric steel sheet, and wherein the coil and the electric steel sheet are adhered to a back surface of the shielding member by means of an adhesive.
A personal hearing device for positioning at or in an ear canal, the device comprising an outer housing, a dome and a speaker provided in the housing, where: - a speaker channel is provided extending from the speaker to a speaker channel output, the speaker channel output being provided in or at one side of the dome, - an acoustic vent channel is provided from a vent channel opening in or at the one side of the dome to outside of the housing, where the speaker channel output and the vent channel opening are positioned with a shortest distance of 1-5mm between them, and outside of the hearing device, characterised in that the speaker channel output defines a first output direction, the vent channel opening defines a second direction, and an angle of at least 5 degrees exists between the first and second directions. - a speaker channel is provided extending from the speaker to a speaker channel output, the speaker channel output being provided in or at one side of the dome, - an acoustic vent channel is provided from a vent channel opening in or at the one side of the dome to outside of the housing,
A method for managing location based services during wireless communication, the method comprising: performing inter-radio access technology,RAT, system change of a user equipment from a source base station of a first radio access technology, RAT, to a target base station of a second RAT; determining whether a position location session has started; when the position location session has started, determining if a positioning protocol used with the first RAT is compatible with the second RAT; when the positioning protocol is compatible with the second RAT, continuing the position location session with the positioning protocol of the first RAT; when the positioning protocol is not compatible with the second RAT, either restarting the position location session or awaiting network initiation of a new position location session; and when the position location session has not started, initiating a position location session with a positioning protocol of the second RAT. performing inter-radio access technology,RAT, system change of a user equipment from a source base station of a first radio access technology, RAT, to a target base station of a second RAT; determining whether a position location session has started; when the position location session has started, determining if a positioning protocol used with the first RAT is compatible with the second RAT; when the positioning protocol is compatible with the second RAT, continuing the position location session with the positioning protocol of the first RAT; when the positioning protocol is not compatible with the second RAT, either restarting the position location session or awaiting network initiation of a new position location session; and when the position location session has not started, initiating a position location session with a positioning protocol of the second RAT.
A signal acquisition system comprising: a signal acquisition probe having probe tip circuitry coupled to a resistive center conductor signal cable; and a signal processing instrument having an input node coupled to the resistive center conductor signal cable of the signal acquisition probe and coupled to an input amplifier disposed in the signal processing instrument via input circuitry disposed in the signal processing instrument between the input node and the input amplifier; wherein the input circuitry provides at least one of resistive and capacitive termination in series with the input amplifier and the resistive center conductor signal cable. a signal acquisition probe having probe tip circuitry coupled to a resistive center conductor signal cable; and a signal processing instrument having an input node coupled to the resistive center conductor signal cable of the signal acquisition probe and coupled to an input amplifier disposed in the signal processing instrument via input circuitry disposed in the signal processing instrument between the input node and the input amplifier; wherein the input circuitry provides at least one of resistive and capacitive termination in series with the input amplifier and the resistive center conductor signal cable.
A method of measuring distance comprising: a. emitting a series of laser pulse sets, each laser pulse set (BPi, Bpi+1...) comprising at least two pulses and having a signature selected from a set of possible signatures, wherein the signature is determined by spacing in time between pulses of a pulse set or by spacing in time between a first subset of a pulse set and a second subset of a pulse set, and wherein consecutive pulse sets have different signatures, b. detecting the laser pulse sets (BPi, Bpi+1...) as reflected from at least one surface, c. recognizing the signature of each detected laser pulse set (BPi, Bpi+1...), comprising determining respective detection times of pulses of the laser pulse set, determining a time difference between the detection times, and correlating the time difference with a signature of an emitted pulse set. and d. determining a time of flight for each of the detected laser pulse sets. a. emitting a series of laser pulse sets, each laser pulse set (BPi, Bpi+1...) comprising at least two pulses and having a signature selected from a set of possible signatures, wherein the signature is determined by spacing in time between pulses of a pulse set or by spacing in time between a first subset of a pulse set and a second subset of a pulse set, and wherein consecutive pulse sets have different signatures, b. detecting the laser pulse sets (BPi, Bpi+1...) as reflected from at least one surface, c. recognizing the signature of each detected laser pulse set (BPi, Bpi+1...), comprising determining respective detection times of pulses of the laser pulse set, determining a time difference between the detection times, and correlating the time difference with a signature of an emitted pulse set. and d. determining a time of flight for each of the detected laser pulse sets.
A clot retrieval device comprising a constrained delivery configuration and a clot engaging configuration and being configured to remove a clot from a blood vessel, the device comprising: a first expandable framework comprising a first plurality of struts forming a first body; and a second expandable framework comprising a second plurality of struts forming a second body at least partially surrounding the first body, wherein in the clot engaging configuration, the first body is configured to move from a first position to a second position in relation to the second body, characterised in that the first plurality of struts comprises at least one radially extending strut and the second plurality of struts comprises at least one eyelet through which the at least one radially extending strut radially extends, the at least one eyelet and the at least one radially extending strut being configured such that when the first body moves from the first position to the second position, the at least one radially extending strut engages the at least one eyelet to inhibit the first plurality of struts from moving, in relation to the second plurality of struts, beyond the second position. a first expandable framework comprising a first plurality of struts forming a first body; and a second expandable framework comprising a second plurality of struts forming a second body at least partially surrounding the first body, wherein in the clot engaging configuration, the first body is configured to move from a first position to a second position in relation to the second body, characterised in that the first plurality of struts comprises at least one radially extending strut and the second plurality of struts comprises at least one eyelet through which the at least one radially extending strut radially extends, the at least one eyelet and the at least one radially extending strut being configured such that when the first body moves from the first position to the second position, the at least one radially extending strut engages the at least one eyelet to inhibit the first plurality of struts from moving, in relation to the second plurality of struts, beyond the second position.
A valve for use in a wellbore, the valve comprising: a housing having a bore; a valve member moveable between a first position permitting tool passage through the bore and a second position obstructing the bore through the housing; and a valve seat interface that the valve member contacts in the second position, the valve seat interface comprising a seat ring disposed in a trough formed in a valve seat, characterised in that the seat ring is movable in the trough between an extended position and a retracted position as a result of the movement of the valve member to the second position, and the seat ring is biased toward the extended position. a housing having a bore; a valve member moveable between a first position permitting tool passage through the bore and a second position obstructing the bore through the housing; and a valve seat interface that the valve member contacts in the second position, the valve seat interface comprising a seat ring disposed in a trough formed in a valve seat, characterised in that the seat ring is movable in the trough between an extended position and a retracted position as a result of the movement of the valve member to the second position, and the seat ring is biased toward the extended position.
An anti-reflow device to prevent failure of a swinging fan flap (260, 730) in a socket (210, 710), wherein the anti-reflow device comprises: a plate having a proximal end and a distal end; and an attachment feature (110, 112) disposed at the proximal end of the plate, the attachment feature (110, 112) being configured to attach the proximal end of the plate to a wall (220, 712) of the socket (210, 710) to allow the distal end of the plate to move relative to the wall (220, 712); characterized by an embossed feature extending from the plate between the proximal end and the distal end, the embossed feature being configured to extend through a forward aperture on the wall (220, 712) of the socket (210, 710) to contact a fan module inserted in the socket (210, 710); and a stopping feature extending from the distal end of the plate, the stopping feature being configured to extend through a rear aperture on the wall (220, 712) of the socket (210, 710) to contact the swinging fan flap. a plate having a proximal end and a distal end; and an attachment feature (110, 112) disposed at the proximal end of the plate, the attachment feature (110, 112) being configured to attach the proximal end of the plate to a wall (220, 712) of the socket (210, 710) to allow the distal end of the plate to move relative to the wall (220, 712); characterized by an embossed feature extending from the plate between the proximal end and the distal end, the embossed feature being configured to extend through a forward aperture on the wall (220, 712) of the socket (210, 710) to contact a fan module inserted in the socket (210, 710); and a stopping feature extending from the distal end of the plate, the stopping feature being configured to extend through a rear aperture on the wall (220, 712) of the socket (210, 710) to contact the swinging fan flap.
A coated steel sheet, wherein a substrate composed of steel sheet can be supplied to a hot-forming process and possesses a non-metallic coating on the basis of silicon, wherein the non-metallic coating has a thickness of not more than 100 nm in a layered structure comprising three functional layers (1, 2, 3), wherein the composition of each functional layer (1, 2, 3) is SiOxNyCz, wherein each functional layer (1, 2, 3) comprises between 30 at.% and 70 at.% oxygen, between 0 at.% and 35 at.% nitrogen, and between 0 at.% and 50 at.% carbon, characterized in that the carbon content in the first and second functional layer (1, 2) amounts to 0 at.%, the second functional layer includes more nitrogen than the first function layer, the second functional layer includes less oxygen than the first functional layer and the second functional layer includes a gradual reduction of oxygen from the first functional layer to the third functional layer.
Use of a system comprising a dispensing device and at least two toilet blocks arranged in a row side by side for improving gloss in a toilet bowl, wherein the toilet block comprises a surfactant system and comprises a polymer, and wherein the surfactant system is present in an amount of less than 50 % by weight in the total composition, and wherein the polymer is an acrylate based polymer.
A thin film transistor comprising a base substrate and an active layer on the base substrate having a first portion corresponding to a channel region, a second portion corresponding to a source electrode contact region, and a third portion corresponding to a drain electrode contact region, wherein the second portion and the third portion comprise a three-dimensional nanocomposite material comprising a semiconductor material matrix and a plurality of nanopillars in the semiconductor material matrix, wherein the plurality of nanopillars comprises an inorganic perovskite material, and the thin film transistor further comprises a source electrode in the source electrode contact region in direct contact with the second portion; and a drain electrode in the drain electrode contact region in direct contact with the third portion; wherein the source electrode and the drain electrode are made of a metal material. the thin film transistor further comprises a source electrode in the source electrode contact region in direct contact with the second portion; and a drain electrode in the drain electrode contact region in direct contact with the third portion; wherein the source electrode and the drain electrode are made of a metal material.
A semiconductor light-emitting device comprising: a plurality of compound semiconductor layers comprising a first conductivity type semiconductor layer, an active layer and a second conductivity type semiconductor layer; an electrode layer under the compound semiconductor layers; a channel layer formed under a periphery portion of the compound semiconductor layers, the channel layer being disposed between the electrode layer and the compound semiconductor layers; wherein the channel layer and the electrode layer is in contact with the second conductivity type semiconductor layer; and a conductive support member under the electrode layer, wherein the conductive support member has a thermal expansion coefficient difference within about 50% with respect to the compound semiconductor layer and/or the conductive support member comprises an alloy material with a thermal expansion coefficient of about 1 to 9×10 -6 /K and/or the conductive support member comprises an alloy having a thermal expansion coefficient difference within about 50% with respect to the compound semiconductor layer, characterised in that the channel layer is formed of transparent conductive material and the conductive support member comprises a Ni-containing alloy. a plurality of compound semiconductor layers comprising a first conductivity type semiconductor layer, an active layer and a second conductivity type semiconductor layer; an electrode layer under the compound semiconductor layers; a channel layer formed under a periphery portion of the compound semiconductor layers, the channel layer being disposed between the electrode layer and the compound semiconductor layers; wherein the channel layer and the electrode layer is in contact with the second conductivity type semiconductor layer; and a conductive support member under the electrode layer, wherein the conductive support member has a thermal expansion coefficient difference within about 50% with respect to the compound semiconductor layer and/or the conductive support member comprises an alloy material with a thermal expansion coefficient of about 1 to 9×10 -6 /K and/or the conductive support member comprises an alloy having a thermal expansion coefficient difference within about 50% with respect to the compound semiconductor layer, characterised in that the channel layer is formed of transparent conductive material and the conductive support member comprises a Ni-containing alloy.
An autonomous vacuum cleaner comprising a chassis having traction means for supporting the chassis on a surface and a cleaner head defining a dirty air inlet, a body carried on the chassis and being movable relative to it in response to a collision with an obstacle, the body including at least one of an airflow generator for generating an airflow along an airflow path from the dirty air inlet to a clean air outlet and a separating apparatus positioned in the airflow path to separate dirt from the air, wherein the vacuum cleaner further comprises sensing means for sensing relative movement between the chassis and the body.
Device comprising an ejection device, which in an assembled state on an item of furniture exerts force on a furniture part guided movably on the item of furniture in its opening direction, with an energy storage mechanism for moving the movable furniture part and a loading mechanism for the energy storage mechanism, wherein the ejection device is set up with an energy storage mechanism for attaching to a movably guided furniture part, and wherein the ejection device comprises a pivot arm which is supported on a fixed part of the item of furniture during the ejection of the movable furniture part in opening direction, characterised in that the ejection device comprises a control lever, by means of which the energy storage mechanism can be charged during a movement of the movable furniture part in closing direction.
Sanitary built-in component that has a mounting housing, that has a jet separating device which is shaped as a perforated plate and intended for the separation of the inflowing fluid flow into a multitude of individual jets, and that has a jet regulating device in the interior of the mounting housing, said jet regulating device including multiple mounted elements that can be mounted in the mounting housing, which mounted elements have ridges oriented transverse to the direction of flow, between which passageways are defined, wherein the ridges of at least one of the mounted elements (5a, 5b, 5c, 5d, 5e) are arranged in the form of a grid or mesh, crossing themselves at junction points, characterized in that one mounted element (5c, 5e) of the mounted elements on the inflow side and/or one on the outflow side has a group of radial ridges which cross themselves at junction points with a group of rotary ridges (11") that are concentric and in the form of a ring, in that the mounting housing is divided into at least two housing parts (7, 8) which (7, 8) can be combined with one another in a detachable manner, in that the jet separating device is combined in one piece with the housing part attached to it and to this end the perforated plate is solidly and intractably connected to the housing part on the inflow side, and in that a housing part on the outflow side is shaped in the form of a sleeve and at least one of the mounted parts of the jet regulating device can be mounted in this housing part.
Metal-ion electrochemical accumulator, comprising: - a metal element of flat surface forming a current collector of an electrode of one polarity; - a layer of electrically insulating material, deposited on the metal element, defining an interlocking pattern; - a layer forming a current collector of an electrode of opposite polarity to the one having the current collector formed by the metal element, the collector layer being deposited on the interlocking pattern of the insulating layer; - a layer of electrode active material, deposited on the metal element according to a pattern at least partly interlocked in the interlocking pattern; - a layer of electrode active material of opposite polarity to the one deposited on the metal element, the layer of opposite polarity being deposited on the collector layer according to the interlocking pattern; - a layer of electrolyte deposited at least in the spaces between the two layers of active materials of mutually opposite polarity. - a metal element of flat surface forming a current collector of an electrode of one polarity; - a layer of electrically insulating material, deposited on the metal element, defining an interlocking pattern; - a layer forming a current collector of an electrode of opposite polarity to the one having the current collector formed by the metal element, the collector layer being deposited on the interlocking pattern of the insulating layer; - a layer of electrode active material, deposited on the metal element according to a pattern at least partly interlocked in the interlocking pattern; - a layer of electrode active material of opposite polarity to the one deposited on the metal element, the layer of opposite polarity being deposited on the collector layer according to the interlocking pattern; - a layer of electrolyte deposited at least in the spaces between the two layers of active materials of mutually opposite polarity.