mhurhangee/ep-ind-claims huggingface dataset:
Connection terminal for connection of an electrical conductor, comprising a housing, comprising a clamping spring arranged in the housing, comprising a current bar and comprising a clamping lever, wherein the clamping spring has a contact limb in order to resiliently elastically brace an electrical conductor to be connected against the current bar, wherein the clamping lever is fastened to the housing, wherein the clamping lever can be pivoted between an open position and a closed position about a pivot axis, wherein the clamping lever has a driver, wherein a lug of the clamping spring is associated with the driver, the lug being provided on the contact limb of the clamping spring, characterized in that the lug is formed in one piece with the clamping spring and is punched out of the contact limb of the clamping spring, wherein the contact limb has a passage opening which corresponds substantially to the dimensions of the punched-out lug.
Sound absorber for free suspension in a room, having a sound absorber element which forms a cavity, and having a mount which retains the sound absorber element and comprises at least one anchoring point for suspending the sound absorber and at least two opposite support surfaces (8, 9), on each of which one end face (10, 11) of the sound absorber element rests, characterized in that one or more mats (21, 121, 122, 123) form the sound absorber element, and in that the bottom-side cavity opening of the cavity of the sound absorber element is open towards the outside of the sound absorber, for which purpose the frame-shaped mount extends longitudinally along the sound absorber element and ends in a support surface for the bottom-side end face of the sound absorber element.
A block decoder comprising: a color generator configured for generating, based on a color codeword of an encoded representation of an image block comprising multiple pixels, a color representation comprising a red color component value, a green color component value and a blue color component value for a pixel of said multiple pixels, characterized by: a modifier set provider configured for selecting, from an intensity table comprising multiple intensity modifier sets, an intensity modifier set of multiple intensity modifiers based on an intensity codeword of said encoded representation; a modifier selector configured for selecting, for said pixel and based on an intensity index of said encoded representation, an intensity modifier from said intensity modifier set selected by said modifier set provider; and an intensity modifier configured for modifying an intensity of said pixel by adding said intensity modifier to each of said red color component value, said green color component value and said blue color component value of said color representation. a modifier set provider configured for selecting, from an intensity table comprising multiple intensity modifier sets, an intensity modifier set of multiple intensity modifiers based on an intensity codeword of said encoded representation; a modifier selector configured for selecting, for said pixel and based on an intensity index of said encoded representation, an intensity modifier from said intensity modifier set selected by said modifier set provider; and an intensity modifier configured for modifying an intensity of said pixel by adding said intensity modifier to each of said red color component value, said green color component value and said blue color component value of said color representation.
An integrated microfluidic system for separation and detection of biological molecules comprising, a reaction chamber adapted for nucleic acid amplification in fluidic communication with a component for simultaneously separating a plurality of biological molecules in a plurality of channels on a substrate, wherein each channel comprises a detection position; one light source positioned to illuminate the detection positions on the substrate; a mirror to scan the one light source sequentially between the plurality of detection positions; one or a plurality of first optical elements positioned for collecting and directing light emanating from the detection positions; and a photomultiplier tube -based light detector positioned to accept light directed from the first optical element(s), wherein the detector comprises a wavelength dispersive element to disperse the light from the first optical elements according to light wavelength and positioned to provide a portion of the dispersed light to at least eight PMT detection elements, wherein each of the PMT detection elements are in communication with a first control element for simultaneously collecting detection information from each of the PMT detection elements and, wherein said light detector is configured to detect fluorescence from at least 8 dyes labeled to one or more biological molecules, each dye having a unique peak emission wavelength.
Apomorphine for use in the treatment of methylphenidate induced hyperactivity, wherein the apomorphine has a blocking effect on the hyperactivity induced by the methylphenidate.
A method of estimating a quality of a reference signal, the method in a first device comprising: measuring a reference signal transmitted from a mobile device to a base station; determining a value of a metric from an autocorrelation function of the measured reference signal; and determining an estimate of the quality of the reference signal from the determined metric. measuring a reference signal transmitted from a mobile device to a base station; determining a value of a metric from an autocorrelation function of the measured reference signal; and determining an estimate of the quality of the reference signal from the determined metric.
A scroll compressor comprising: a partition plate that partitions an inside of a sealed container into a high-pressure space and a low-pressure space; a fixed scroll adjacent to the partition plate; an orbiting scroll that meshes with the fixed scroll to form a compression chamber; a rotation restrictor that prevents rotation of the orbiting scroll; a main bearing that supports the orbiting scroll; a bearing coupler provided in the main bearing; a scroll coupler provided in the fixed scroll; and a pillar member having a lower end and an upper end, the lower end being inserted in the bearing coupler, the upper end being inserted in the scroll coupler, wherein the fixed scroll, the orbiting scroll, the rotation restrictor, and the main bearing are disposed in the low-pressure space, the fixed scroll and the orbiting scroll are disposed between the partition plate and the main bearing, characterized in that the lower end of the pillar member and the bearing coupler are fixed together, and the upper end of the pillar member and the scroll coupler are coupled together in a manner slidable in an axial direction, and a coupling region where the pillar member couples with the scroll coupler is in intersecting relationship with a horizontal plane positioned at a center of a scroll wrap height of the fixed scroll, and wherein H / 2 ≥ L is satisfied, where H is the scroll wrap height of the fixed scroll and L is an axial length of a coupling region where the upper end of the pillar member couples with the scroll coupler. a partition plate that partitions an inside of a sealed container into a high-pressure space and a low-pressure space; a fixed scroll adjacent to the partition plate; an orbiting scroll that meshes with the fixed scroll to form a compression chamber; a rotation restrictor that prevents rotation of the orbiting scroll; a main bearing that supports the orbiting scroll; a bearing coupler provided in the main bearing; a scroll coupler provided in the fixed scroll; and a pillar member having a lower end and an upper end, the lower end being inserted in the bearing coupler, the upper end being inserted in the scroll coupler, wherein the fixed scroll, the orbiting scroll, the rotation restrictor, and the main bearing are disposed in the low-pressure space, the fixed scroll and the orbiting scroll are disposed between the partition plate and the main bearing, characterized in that the lower end of the pillar member and the bearing coupler are fixed together, and the upper end of the pillar member and the scroll coupler are coupled together in a manner slidable in an axial direction, and a coupling region where the pillar member couples with the scroll coupler is in intersecting relationship with a horizontal plane positioned at a center of a scroll wrap height of the fixed scroll, and wherein H / 2 ≥ L is satisfied, where H is the scroll wrap height of the fixed scroll and L is an axial length of a coupling region where the upper end of the pillar member couples with the scroll coupler.
Mould closing unit for injection moulds on an injection moulding machine for processing plastics materials and other plasticizable masses such as ceramic or powdery masses, comprising - at least one first, preferably stationary mould carrier, - at least one mould carrier that is movable relative to the first mould carrier, which together with the first mould carrier defines a mould clamping space for receiving an injection mould between the two mould carriers, - at least one support element for at least one electromechanical closing mechanism for cyclically opening and closing the injection mould while moving the movable mould carrier toward and away from the first mould carrier, - wherein the closing mechanism is actuated by at least one spindle unit which comprises at least one spindle, at least one spindle nut which cooperates with the spindle and is mounted in a bearing unit, and at least one motor mounted on a bearing element, - a cooling system with cooling elements (36, 32) for conducting away heat from the spindle unit, wherein the cooling elements (36, 32) pass through at least the bearing unit and/or the bearing element with a cooling path, in which the spindle and thereafter the spindle nut are arranged, wherein the spindle has at least one bore in the core, in which a coolant and/or lubricant is guided via at least one lance into the region of the points of contact between the spindle nut and the spindle. characterised in that the cooling path is configured in series connection for cooling the spindle via the lance, then the spindle nut via the cooling element and at last the motor. - at least one first, preferably stationary mould carrier, - at least one mould carrier that is movable relative to the first mould carrier, which together with the first mould carrier defines a mould clamping space for receiving an injection mould between the two mould carriers, - at least one support element for at least one electromechanical closing mechanism for cyclically opening and closing the injection mould while moving the movable mould carrier toward and away from the first mould carrier, - wherein the closing mechanism is actuated by at least one spindle unit which comprises at least one spindle, at least one spindle nut which cooperates with the spindle and is mounted in a bearing unit, and at least one motor mounted on a bearing element, - a cooling system with cooling elements (36, 32) for conducting away heat from the spindle unit, wherein the cooling elements (36, 32) pass through at least the bearing unit and/or the bearing element with a cooling path, in which the spindle and thereafter the spindle nut are arranged,
A method comprising controlling a coordinated transmission between network control elements and terminals on resource elements, wherein for the coordinated transmission a plurality of cells are controlled to transmit simultaneously on same resource elements, the plurality of cells forming a cooperation area, detecting whether a resource element comprises a specific element, and selecting a resource element for use in a cell for the coordinated transmission, when it is detected that the resource element does not comprise the specific element from the cell, and characterized by: when it is detected that another cell of the cooperation area transmits on the selected resource element the specific element, restricting the coordinated transmission for the selected resource element only to those cells which do not transmit the specific element on the selected resource element. when it is detected that another cell of the cooperation area transmits on the selected resource element the specific element, restricting the coordinated transmission for the selected resource element only to those cells which do not transmit the specific element on the selected resource element.
Audio enhancement system, comprising at least two terminals (201a, 201b), each one comprising at least one acoustic sensor and processing means, wherein the acoustic sensors of the at least two terminals (201a, 201b) are wirelessly coupled with respect to each other forming an acoustic sensor network, each terminal being configured to provide information of at least one audio source model of the terminal to at least one of the other terminals, wherein information of an audio source model of a terminal describes an audio characteristic of at least one audio source impacting on the at least one acoustic sensor of the terminal, and wherein the processing means of the at least two terminals (201a, 201b) are configured to perform audio enhancement processing based on the information of the audio source models of the at least two terminals (201a, 201b); characterized in that, each terminal is configured to refine the information of the at least one audio source model of the terminal based on the provided information of the audio source models of the other terminals; wherein each terminal is configured to merge the information of the at least one audio source model of the terminal with the provided information of the audio source models of the other terminals to provide the refined information; wherein each terminal is configured to perform the merging based on a similarity measure describing a similarity of the audio source models; wherein the similarity measure is based on a distance between component spectra of the audio source models; and wherein the similarity measure is defined according to the following procedure: the distances between the component spectra are calculated; clusters of source models are defined by using a k-means algorithm; and the source models are combined in a new refined source model based on similar component spectra or cluster.
A method for transmitting data in a wireless communication system comprising: encoding binary data to a sparse modulated data sequence, wherein the sparse modulated data sequence exhibits a sparsity over a plurality of frequency subcarriers, such that only one of the plurality of frequency subcarriers is a non-zero subcarrier that carries the binary data; performing single-carrier pulse shaping on the sparse modulated data sequence to create a narrow-band signal; and transmitting the narrow-band signal over a narrow bandwidth using a same single-carrier pulse shape, wherein the narrow-band signal is a spectrally localized signal having a bandwidth less than a bandwidth of a resource block of the wireless communication system; the sparse modulated data sequence is a codeword selected from a sparse code multiple access, SCMA, codebook, and the codeword has only one active, non-zero component; and the method further comprising, prior to transmitting the narrow-band signal, removing a time domain tail of the narrow-band signal by truncating the narrow-band signal. encoding binary data to a sparse modulated data sequence, wherein the sparse modulated data sequence exhibits a sparsity over a plurality of frequency subcarriers, such that only one of the plurality of frequency subcarriers is a non-zero subcarrier that carries the binary data; performing single-carrier pulse shaping on the sparse modulated data sequence to create a narrow-band signal; and transmitting the narrow-band signal over a narrow bandwidth using a same single-carrier pulse shape, wherein the narrow-band signal is a spectrally localized signal having a bandwidth less than a bandwidth of a resource block of the wireless communication system; the sparse modulated data sequence is a codeword selected from a sparse code multiple access, SCMA, codebook, and the codeword has only one active, non-zero component; and the method further comprising, prior to transmitting the narrow-band signal, removing a time domain tail of the narrow-band signal by truncating the narrow-band signal.
A method for de-prioritization by radio resource control, RRC, connection reject at a user equipment comprising: storing a de-prioritization request; storing a public land mobile network identity of the public land mobile network requesting the de-prioritization with the de-prioritization request and removing or suspending the de-prioritization request at the user equipment upon selection of a public land mobile network at the user equipment. storing a de-prioritization request; storing a public land mobile network identity of the public land mobile network requesting the de-prioritization with the de-prioritization request and removing or suspending the de-prioritization request at the user equipment upon selection of a public land mobile network at the user equipment.
A method of forming an improved overhead conductor comprising the steps of a. preparing a bare conductor; b. applying a liquid coating mixture to the surface of a conductor to form a coated conductor, wherein the liquid coating comprises 45-55% solid content and the solid content contains about 5% to about 30% of an inorganic adhesive, about 45% to about 92% of a filler, and about 2% to about 20% of one or more emissivity agents; and c. drying the coated conductor to form a coating layer on the outer surface of the bare conductor having a thickness from about 5 microns to about 30 microns. a. preparing a bare conductor; b. applying a liquid coating mixture to the surface of a conductor to form a coated conductor, wherein the liquid coating comprises 45-55% solid content and the solid content contains about 5% to about 30% of an inorganic adhesive, about 45% to about 92% of a filler, and about 2% to about 20% of one or more emissivity agents; and c. drying the coated conductor to form a coating layer on the outer surface of the bare conductor having a thickness from about 5 microns to about 30 microns.
A biopsy device, comprising: (a) a body; (b) a needle, wherein the needle is configured to translate longitudinally relative to the body, wherein the needle comprises: (i) a sharp tip, and (ii) a hub, wherein the hub comprises a distal flange and a proximal flange; and (c) a needle firing assembly operable to drive the needle longitudinally relative to the body, wherein the needle firing assembly comprises a fork member coupled with the hub of the needle, characterised in that the fork member comprises: (i) a pair of distal ramped surfaces (2750, 2752) converging at a distal edge configured to engage the distal flange, and (ii) a pair of proximal ramped surfaces (2740, 2742) converging at a proximal edge configured to engage the proximal flange. (a) a body; (b) a needle, wherein the needle is configured to translate longitudinally relative to the body, wherein the needle comprises: (i) a sharp tip, and (ii) a hub, wherein the hub comprises a distal flange and a proximal flange; and (i) a sharp tip, and (ii) a hub, wherein the hub comprises a distal flange and a proximal flange; and (c) a needle firing assembly operable to drive the needle longitudinally relative to the body, wherein the needle firing assembly comprises a fork member coupled with the hub of the needle, characterised in that the fork member comprises: (i) a pair of distal ramped surfaces (2750, 2752) converging at a distal edge configured to engage the distal flange, and (ii) a pair of proximal ramped surfaces (2740, 2742) converging at a proximal edge configured to engage the proximal flange. (i) a pair of distal ramped surfaces (2750, 2752) converging at a distal edge configured to engage the distal flange, and (ii) a pair of proximal ramped surfaces (2740, 2742) converging at a proximal edge configured to engage the proximal flange.
A stacked transparent film comprising a polymer film comprising an amide structural unit and an imide structural unit, wherein the polymer film has a refractive index of 1.65 to 1.75 at a 550 nanometer wavelength and an elastic modulus of greater than or equal to 5.5 gigapascals, as measured according to ASTM D882; and at least one of a first coating layer on a first side of the polymer film and a second coating layer on a side opposite the first side of the polymer film.
A method for wireless communication performed by a user equipment, UE, comprising: establishing a first data session with a first user plane function, UPF, (220-f) of a network with a first protocol data unit, PDU, session ID; receiving, via an Access and Mobility Management Function, AMF, of the network, a network access stratum, NAS, message comprising a request to establish a second data session with the network, the NAS message sent by a Session Management Function, SMF, of the network, in response to a determination that a user plane relocation is to be performed; and performing a PDU session modification procedure (620, 1710), in response to receiving the NAS message that comprises the request to establish the second data session with the network, the second data session being with a second UPF (220-g) of the network, wherein the PDU session modification procedure comprises providing the first PDU session ID and an indication that the second data session is for user plane relocation. establishing a first data session with a first user plane function, UPF, (220-f) of a network with a first protocol data unit, PDU, session ID; receiving, via an Access and Mobility Management Function, AMF, of the network, a network access stratum, NAS, message comprising a request to establish a second data session with the network, the NAS message sent by a Session Management Function, SMF, of the network, in response to a determination that a user plane relocation is to be performed; and performing a PDU session modification procedure (620, 1710), in response to receiving the NAS message that comprises the request to establish the second data session with the network, the second data session being with a second UPF (220-g) of the network, wherein the PDU session modification procedure comprises providing the first PDU session ID and an indication that the second data session is for user plane relocation.
A tab insulator for use in a battery cell, comprising: at least one outer member and at least one inner member, each of the at least one outer member and at least one inner member having at least one slot that allows one or more conducting tabs of the battery cell to pass through, wherein the inner and outer members are adjustable with respect to relative angular orientation of the at least one slot of the inner and outer members, wherein the outer member and the inner member are coaxially positioned annular insulating members, the members being configured and arranged such that the relative angular position of the insulating members can vary and can be adjusted during assembly of the battery cell; and wherein at least one of the outer member and the inner member has a rib shaped protrusion for facilitating bending of at least one of the plurality of conducting tabs at least one outer member and at least one inner member, each of the at least one outer member and at least one inner member having at least one slot that allows one or more conducting tabs of the battery cell to pass through, wherein the inner and outer members are adjustable with respect to relative angular orientation of the at least one slot of the inner and outer members, wherein the outer member and the inner member are coaxially positioned annular insulating members, the members being configured and arranged such that the relative angular position of the insulating members can vary and can be adjusted during assembly of the battery cell; and wherein at least one of the outer member and the inner member has a rib shaped protrusion for facilitating bending of at least one of the plurality of conducting tabs