mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus configured to facilitate workload scheduling comprising: one or more clients ; and one or more general purpose graphics processing units configured to process general purpose graphics workloads received from the one or more clients , including: hardware resources ; a scheduler configured to schedule direct access to the hardware resources to the one or more clients to process the workloads via a Kernel Mode Driver, KMD, based on priority and submission client type, wherein the one or more clients each include a precompiled neural network, NN, kernel based client to process the workloads; characterized in that the apparatus further comprises: a gather unit including a relative address table , the relative address table configured to indicate memory locations of non-zero data values of a convolutional kernel received from the one or more clients , wherein the gather unit is configured to gather the non-zero data values of the convolutional kernel and bypass zero data values of the convolutional kernel during processing of the convolutional kernel. one or more clients ; and one or more general purpose graphics processing units configured to process general purpose graphics workloads received from the one or more clients , including: hardware resources ; a scheduler configured to schedule direct access to the hardware resources to the one or more clients to process the workloads via a Kernel Mode Driver, KMD, based on priority and submission client type, wherein the one or more clients each include a precompiled neural network, NN, kernel based client to process the workloads; characterized in that the apparatus further comprises: a gather unit including a relative address table , the relative address table configured to indicate memory locations of non-zero data values of a convolutional kernel received from the one or more clients , wherein the gather unit is configured to gather the non-zero data values of the convolutional kernel and bypass zero data values of the convolutional kernel during processing of the convolutional kernel. hardware resources ; a scheduler configured to schedule direct access to the hardware resources to the one or more clients to process the workloads via a Kernel Mode Driver, KMD, based on priority and submission client type, wherein the one or more clients each include a precompiled neural network, NN, kernel based client to process the workloads; characterized in that the apparatus further comprises: a gather unit including a relative address table , the relative address table configured to indicate memory locations of non-zero data values of a convolutional kernel received from the one or more clients , wherein the gather unit is configured to gather the non-zero data values of the convolutional kernel and bypass zero data values of the convolutional kernel during processing of the convolutional kernel.
A prosthesis system having at least two sensors , having at least one control device , which is coupled to the sensors and processes sensor signals of the sensors , having at least one actuator , which is coupled to the control device and can be activated or deactivated on the basis of control signals of the control device , and having at least one movably mounted prosthesis component , which can be displaced by means of the actuator , characterized in that a standard program, which assigns an actuator action to each sensor independently of the duration and/or intensity of the sensor signal, is stored in the control device or can be called up thereby. having at least one control device , which is coupled to the sensors and processes sensor signals of the sensors , having at least one actuator , which is coupled to the control device and can be activated or deactivated on the basis of control signals of the control device , and having at least one movably mounted prosthesis component , which can be displaced by means of the actuator , characterized in that a standard program, which assigns an actuator action to each sensor independently of the duration and/or intensity of the sensor signal, is stored in the control device or can be called up thereby.
A system for an electrically driven vehicle , the system comprising: - at least one motor control device for controlling at least one electric motor by means of which at least one drive wheel of the vehicle can be driven and - at least one brake control device for controlling friction brakes by means of which one of a plurality of drive wheels and/or non-driven wheels can be braked, the brake control device and the electric motor control device each having a data interface that is a bus interface , in particular a CAN bus interface , and the brake control device and the electric motor control device being designed to transmit and/or receive data via the first data interface at a predefined maximum data transfer rate , characterized in that the brake control device and the electric motor control device each have a second data interface , each second data interface being designed to transmit and/or receive data at a higher data transfer rate than the maximum data transfer rate of the first data interface , and the brake control device and the electric motor control device are designed to exchange data with one another, in particular by transmitting and/or receiving data, via the second data interface , at a higher data transfer rate than with the first data interfaces . - at least one motor control device for controlling at least one electric motor by means of which at least one drive wheel of the vehicle can be driven and - at least one brake control device for controlling friction brakes by means of which one of a plurality of drive wheels and/or non-driven wheels can be braked, the brake control device and the electric motor control device each having a data interface that is a bus interface , in particular a CAN bus interface , and the brake control device and the electric motor control device being designed to transmit and/or receive data via the first data interface at a predefined maximum data transfer rate , characterized in that the brake control device and the electric motor control device each have a second data interface , each second data interface being designed to transmit and/or receive data at a higher data transfer rate than the maximum data transfer rate of the first data interface , and the brake control device and the electric motor control device are designed to exchange data with one another, in particular by transmitting and/or receiving data, via the second data interface , at a higher data transfer rate than with the first data interfaces .
A porous membrane for a lithium ion secondary battery comprising non-conductive particles and a particulate polymer, wherein the particulate polymer includes an aliphatic conjugated diene monomer unit in a proportion of greater than 85 mass%, wherein a proportion of trans-1,4 bonding in the aliphatic conjugated diene monomer unit of the particulate polymer is at least 50 mol% and no greater than 80 mol%, and a cobalt concentration in a film of 500 μm in thickness and 12 mm in diameter, formed from the particulate polymer, after the film is immersed in a cobalt chloride (CoCl 2 ) solution for 5 days at 25°C is at least 300 mass ppm, where the cobalt chloride (CoCl 2 ) solution is defined as a solution having a cobalt concentration of 18 mass ppm in which a mixture of ethyl methyl carbonate and ethylene carbonate with an ethyl methyl carbonate:ethylene carbonate mass ratio of 70:30 is used as a solvent.
Disposable diaper, in particular baby diaper, having a body-proximal cover sheet , having a body-distal back sheet , and having at least one side flap , wherein a fastening tab is disposed on the side flap , wherein the fastening tab has a fastening area having hook regions ; wherein the back sheet has a non-woven layer , wherein the non-woven layer of the back sheet is bonded in a bonding pattern of bonding pattern elements , and thus is subdivided into bonded regions and non-bonded regions ; and wherein the fastening area for assuming a holding state is able to be fastened to the back sheet in such a manner that the fastening area covers bonded and non-bonded regions , characterized in that the fastening tab in terms of area outside the hook regions has at most adhesive regions which in the holding state cover less than 20% of the non-bonded regions covered by the fastening area ; and in that at least one hook-free region of the fastening tab , in particular an adhesive region , is disposed between the hook regions . wherein the back sheet has a non-woven layer , wherein the non-woven layer of the back sheet is bonded in a bonding pattern of bonding pattern elements , and thus is subdivided into bonded regions and non-bonded regions ; and wherein the fastening area for assuming a holding state is able to be fastened to the back sheet in such a manner that the fastening area covers bonded and non-bonded regions , characterized in that the fastening tab in terms of area outside the hook regions has at most adhesive regions which in the holding state cover less than 20% of the non-bonded regions covered by the fastening area ; and in that at least one hook-free region of the fastening tab , in particular an adhesive region , is disposed between the hook regions .
Method for controlling a battery (BAT) with electrochemical cells (CEk) making it possible to balance the average currents passing through the cells (CEk), the battery (BAT) comprising at least one current line (LT1), formed by a plurality n of elementary cell modules (MEk) connected in series, capable of delivering a voltage waveform, each elementary module (MEk) comprising two connection terminals (Bk1, Bk2), at least one cell (CEk) delivering a elementary voltage Vcell and switching means (comk1, comk2) able to control the elementary module (MEk) in the current line (LT1) according to three different control states respectively making it possible to deliver said elementary voltage Vcell to said terminals, a zero voltage and said voltage Vcell inverted so as to produce a voltage waveform (VM1), the method comprising: - a step for controlling the control signals (uik) of the elementary modules (MEk) so as to provide the voltage waveform (VM1) from a selection of a group of q elementary modules (MEk) as a function of a reference voltage setpoint Vref, where Vref =qVcell, - The determination of a classification of the n modules elementary, the method being characterized in that it further comprises : - The processing of the classification of the plurality n according to a circular permutation of the positions (nk) of the elementary modules (MEk) so that each elementary module (MEk) of the plurality n participates in producing the voltage waveform (VM1), the processing of the classification according to the circular permutation being executed in the event of further detection that the reference voltage setpoint Vref is lower than a predetermined voltage threshold and in the event of simultaneous detection of a current setpoint of the current line which is greater than a predetermined current threshold. - a step for controlling the control signals (uik) of the elementary modules (MEk) so as to provide the voltage waveform (VM1) from a selection of a group of q elementary modules (MEk) as a function of a reference voltage setpoint Vref, where Vref =qVcell, - The determination of a classification of the n modules elementary, - The processing of the classification of the plurality n according to a circular permutation of the positions (nk) of the elementary modules (MEk) so that each elementary module (MEk) of the plurality n participates in producing the voltage waveform (VM1), the processing of the classification according to the circular permutation being executed in the event of further detection that the reference voltage setpoint Vref is lower than a predetermined voltage threshold and in the event of simultaneous detection of a current setpoint of the current line which is greater than a predetermined current threshold.
A primary radiator for use in an antenna apparatus, said primary radiator including a circular waveguide for radiating a radio wave from an opening thereof, and a disc-shaped subreflector located just opposite to the opening of said circular waveguide, for reflecting the radio wave radiated from the opening of said circular waveguide, wherein a central portion of said subreflector is formed in a conical shape, grooves extending, in relation to their depth direction, parallel to an axis of said circular waveguide are formed cylindrically in a surrounding portion of said subreflector surrounding the central portion formed in a conical shape, and a portion extending from the grooves formed in said surrounding portion of said subreflector to a peripheral portion of said subreflector has a sloped structure which is formed in such a way that said peripheral portion projects toward said circular waveguide, wherein grooves extending, in relation to their depth direction, parallel to the axis of said circular waveguide are formed cylindrically in the peripheral portion of said subreflector.
A cassette awning comprising wound on a fabric shaft which is rotatably mounted in a housing and from which a fabric can be unwound, the front end thereof being fastened to an extension profile , wherein the awning has fastening brackets for fastening to a building, characterised in that the housing is angled at the end on both sides by 90° and the fastening brackets are covered by the angled ends of the housing, wherein at least one cable duct or electrical connection is integrated in at least one of the angled housing ends and/or an electrical connection is integrated, and an electrical connection for a drive motor of the awning concealed by one of the angled housing ends is guided into the awning housing.
An optical fiber connector , comprising: a housing (H1), having a window ; a core tube , rotatably disposed in the housing (H1), the core tube having a gear structure , characterised in that a portion of the gear structure is exposed out of the housing (H1) through the window ; and in that the optical fiber connector further comprises a blocking member , having a gear rack structure , the blocking member being detachably assembled to the window to cover the core tube , the gear rack structure being locked with the gear structure to prevent the core tube from rotation. a housing (H1), having a window ; a core tube , rotatably disposed in the housing (H1), the core tube having a gear structure , characterised in that a portion of the gear structure is exposed out of the housing (H1) through the window ; and in that the optical fiber connector further comprises a blocking member , having a gear rack structure , the blocking member being detachably assembled to the window to cover the core tube , the gear rack structure being locked with the gear structure to prevent the core tube from rotation.
An antibody or fragment thereof having specificity to a human T cell immunoreceptor with Ig and ITIM domains (TIGIT) protein, wherein the antibody or fragment thereof comprises a heavy chain variable region comprising the amino acid sequence of SEQ ID NO: 52 and a light chain variable region comprising the amino acid sequence of SEQ ID NO: 54.
Electric machine having bearing means for magnetically supporting at least one body rotatable about an axis of rotation relative to at least one non-rotatable body , comprising said at least one rotatable body and at least one non-rotatable body , wherein said rotatable body comprises at least one means for providing an excitation magnetic field of the electric machine , wherein the non-rotatable body comprises at least one winding cooperating with the excitation magnetic field to generate a torque about the axis of rotation , and further comprises at least one compensation means having at least one electric conductor loop separated from the winding which, on the one hand, is free of interlinking with the excitation magnetic field in a reference position of the axis of rotation and, on the other hand, is interlinked with the excitation magnetic field in at least one actual position of the axis of rotation which is tilted differently with respect to the reference position , wherein the conductor loop of the compensation means is electrically short-circuited, wherein in the reference position the plane effectively spanned by the conductor loop of the compensation means with respect to the interlinking of the excitation magnetic field is orthogonal to the axis of rotation , and wherein the conductor loop is interlinked with the excitation magnetic field in the actual position of the axis of rotation which is tilted with respect to the reference position so as to counteract the tilting .
A DO3A-tranexamic acid compound having a structure of a following chemical formula 1: where R is H and n is 1.
A pump head, comprising: a casing: including a blood inlet configured to receive a flow of a blood and a blood outlet configured to allow the blood to flow out of the casing; a shaft disposed in the casing; a magnetic structure mounted onto the shaft; and an impeller having an open structure and mounted to an exterior surface of the magnetic structure through an opening provided at the open structure. the impeller includes a plurality of vanes disposed at an exterior surface of the open structure, the plurality of vanes including a plurality of first vanes and a plurality of second , top portions of the first vanes are connected through a first bowl-shaped structure having a downward opening, the shaft includes a second bowl-shaped structure having an upward opening at an end of the shaft, a spherical structure is disposed between the first bowl-shaped structure and the second bowl-shaped structure, and when the magnetic structure drives the impeller to rotate, a gap exists between the spherical structure and the first bowl-shaped structure and the second bowl-shaped structure, the gap being filled with the blood. a casing: including a blood inlet configured to receive a flow of a blood and a blood outlet configured to allow the blood to flow out of the casing; a shaft disposed in the casing; a magnetic structure mounted onto the shaft; and an impeller having an open structure and mounted to an exterior surface of the magnetic structure through an opening provided at the open structure. the impeller includes a plurality of vanes disposed at an exterior surface of the open structure, the plurality of vanes including a plurality of first vanes and a plurality of second , top portions of the first vanes are connected through a first bowl-shaped structure having a downward opening, the shaft includes a second bowl-shaped structure having an upward opening at an end of the shaft, a spherical structure is disposed between the first bowl-shaped structure and the second bowl-shaped structure, and when the magnetic structure drives the impeller to rotate, a gap exists between the spherical structure and the first bowl-shaped structure and the second bowl-shaped structure, the gap being filled with the blood.
Dose volume measuring device for measuring the volume of a release agent to be discharged via a spray nozzle device , comprising a measuring piston which is adjustably mounted in an adjustment space in a measuring housing , the release agent being able to be introduced into the adjustment space via an inflow opening and being able to be removed from the adjustment space via an outflow opening , and comprising a sensor device for determining the adjusting movement of the measuring piston in the adjustment space , characterized in that an overflow channel is introduced into an end face of the measuring piston , which overflow channel connects the interior of the measuring piston , designed as a hollow body, to the adjustment space .
An aircraft, comprising: a fuselage ; a wing having a leading edge , a suction side portion , a pressure side portion , and a wing tip (32.34); a thermoelectric element having a thermoelectric inner surface and extending from a first end of the leading edge in a spanwise direction to a second end of the leading edge, the first end being proximate the fuselage and the second end being proximate the wing tip; a first chemical adhesive disposed between a leading edge inner surface of the leading edge and the thermoelectric element; a second chemical adhesive disposed on the thermoelectric inner surface; and a first structural rib disposed on the second chemical adhesive; wherein the first structural rib comprises a forward flange having a rounded shape and a radial flange extending radially inward from a forward flange inner surface of the forward flange; and characterized in that the radial flange has a plurality of apertures disposed circumferentially around the radial flange and extending in the spanwise direction through the radial flange. a fuselage ; a wing having a leading edge , a suction side portion , a pressure side portion , and a wing tip (32.34); a thermoelectric element having a thermoelectric inner surface and extending from a first end of the leading edge in a spanwise direction to a second end of the leading edge, the first end being proximate the fuselage and the second end being proximate the wing tip; a first chemical adhesive disposed between a leading edge inner surface of the leading edge and the thermoelectric element; a second chemical adhesive disposed on the thermoelectric inner surface; and a first structural rib disposed on the second chemical adhesive; wherein the first structural rib comprises a forward flange having a rounded shape and a radial flange extending radially inward from a forward flange inner surface of the forward flange; and characterized in that the radial flange has a plurality of apertures disposed circumferentially around the radial flange and extending in the spanwise direction through the radial flange.
A method performed by a network node in a wireless communication system, the method comprising: receiving, from a plurality of first network nodes, network data; identifying whether a network is in a specific state based on the network data; in case that the network is in the specific state, identifying an operation for a second network node which is different from the first network nodes based on the network data; generating first recommendation operation information corresponding to the determined operation for the second network node; transmitting, to the second network node, a first analysis result message including the first recommendation operation information and feedback requirement indicator information; in response to transmitting the first analysis result message, receiving, from the second network node, an update report message including updated network parameters information and network state information; and storing the updated network parameters information and the network state information based on the update report message. receiving, from a plurality of first network nodes, network data; identifying whether a network is in a specific state based on the network data; in case that the network is in the specific state, identifying an operation for a second network node which is different from the first network nodes based on the network data; generating first recommendation operation information corresponding to the determined operation for the second network node; transmitting, to the second network node, a first analysis result message including the first recommendation operation information and feedback requirement indicator information; in response to transmitting the first analysis result message, receiving, from the second network node, an update report message including updated network parameters information and network state information; and storing the updated network parameters information and the network state information based on the update report message.