mhurhangee/ep-ind-claims huggingface dataset:
A storage system, comprising a host, a check node, and multiple data nodes, wherein each data node has a unique identifier, and characterized in that the host is configured to: divide multiple data write requests into multiple data write request sets according to data node identifiers included in the data write requests, wherein each data write request set comprises multiple data write requests having a same data node identifier, wherein each data write request comprises data, a logical address into which the data is to be written, and an identifier of a data node into which the data is to be written, and wherein the data node into which the data is to be written is selected by the host according to the data or the logical address; when a size of all data write requests in each of a specified quantity of data write request sets reaches a preset data amount, calculate check data of the specified quantity of data write request sets, wherein the specified quantity of data write request sets are subsets of the multiple data write request sets; send each of the specified quantity of data write request sets to a data node indicated by a data node identifier included in the data write request set; and send the check data to the check node. divide multiple data write requests into multiple data write request sets according to data node identifiers included in the data write requests, wherein each data write request set comprises multiple data write requests having a same data node identifier, wherein each data write request comprises data, a logical address into which the data is to be written, and an identifier of a data node into which the data is to be written, and wherein the data node into which the data is to be written is selected by the host according to the data or the logical address; when a size of all data write requests in each of a specified quantity of data write request sets reaches a preset data amount, calculate check data of the specified quantity of data write request sets, wherein the specified quantity of data write request sets are subsets of the multiple data write request sets; send each of the specified quantity of data write request sets to a data node indicated by a data node identifier included in the data write request set; and send the check data to the check node.
Method for adjusting the pull resistance (R pu) to a contact terminal of an electronic module arranged on a conductor board, in particular an ASIC, after initiating a restart of the electronic module, which transfers the electronic module during a run-up procedure from a switched-off state into a switched-on state, wherein after initiating the restart during the run-up procedure from a partial circuit which is arranged on the electronic module and is operationally ready during the run-up procedure, adjustment information relating to a desired adjustment of the pull-up resistance (R pu) is recalled from a memory unit arranged on the conductor board outside of the electronic module and is transmitted via a contact line (5.6) between the electronic module and the memory unit, wherein the run-up procedure of the electronic module is only concluded after adjusting the respective pull-resistance (R pu) on the basis of the called-up adjustment information, characterised in that after initiating a restart, an IO terminal of the memory unit connected with the contact line (5.6) to the electronic module is operated as an input during the run-up procedure and after receiving a command from the partial circuit of the electronic module to transmit the adjustment information during the run-up procedure is operated as an output.
A light-emitting device (100; 200), comprising: a light guide (101; 201) comprising a first (101a; 201a) and a second (101b; 201b) output surface portion facing each other; a plurality of light-outcoupling elements (103; 203) optically coupled to the first surface portion; and an array of beam-forming structures (104; 204) arranged adjacent to the second surface portion; wherein said light-outcoupling elements are positionally arranged relatively to said beam-forming structures such as to enable light impinging on at least one of said light-outcoupling elements and subsequently being incident on a surface portion of a beam-forming structure to be within a predetermined angle interval with respect to said surface portion; wherein each of said beam-forming structures is adapted to enable light leaving a surface portion of said beam-forming structure to be within a predetermined angle interval with respect to said surface portion; wherein each beam-forming structure is selected from at least a first type or a second type of beam-forming structures having different transmission and/or reflection properties such that the array of beam-forming structures comprises at least one beam-forming structure of the first type and at least one beam-forming structure of the second type, each beam-forming structure of the first type being aligned with a respective light-outcoupling element; and wherein the second type of beam-forming structure is selected from a group comprising at least one micro-prismatic optical element and at least one light-angle selective transflector. a light guide (101; 201) comprising a first (101a; 201a) and a second (101b; 201b) output surface portion facing each other; a plurality of light-outcoupling elements (103; 203) optically coupled to the first surface portion; and an array of beam-forming structures (104; 204) arranged adjacent to the second surface portion; wherein said light-outcoupling elements are positionally arranged relatively to said beam-forming structures such as to enable light impinging on at least one of said light-outcoupling elements and subsequently being incident on a surface portion of a beam-forming structure to be within a predetermined angle interval with respect to said surface portion; wherein each of said beam-forming structures is adapted to enable light leaving a surface portion of said beam-forming structure to be within a predetermined angle interval with respect to said surface portion; wherein each beam-forming structure is selected from at least a first type or a second type of beam-forming structures having different transmission and/or reflection properties such that the array of beam-forming structures comprises at least one beam-forming structure of the first type and at least one beam-forming structure of the second type, each beam-forming structure of the first type being aligned with a respective light-outcoupling element; and wherein the second type of beam-forming structure is selected from a group comprising at least one micro-prismatic optical element and at least one light-angle selective transflector.
A display apparatus comprising: a display region provided with a plurality of pixel portions; wires installed to the respective pixel portions within the display region from an outside of the display region and transmitting a signal to drive the respective pixel portions; connection pads provided on the outside of the display region and serving as input portions that provide the wires with a signal while electrically conducting with the wires; switch elements (Tr201, Tr202) provided on the outside of the display region in a middle of the wires and connected to the wires; characterized in that a light shielding film is formed on the switch elements (Tr201, Tr202) and extends onto the connection pads, completely shielding the switch elements (Tr201, Tr202) from light and formed to completely cover the connection pads while electrically conducting with the connection pads. a display region provided with a plurality of pixel portions; wires installed to the respective pixel portions within the display region from an outside of the display region and transmitting a signal to drive the respective pixel portions; connection pads provided on the outside of the display region and serving as input portions that provide the wires with a signal while electrically conducting with the wires; switch elements (Tr201, Tr202) provided on the outside of the display region in a middle of the wires and connected to the wires; characterized in that a light shielding film is formed on the switch elements (Tr201, Tr202) and extends onto the connection pads, completely shielding the switch elements (Tr201, Tr202) from light and formed to completely cover the connection pads while electrically conducting with the connection pads.
A membrane, used in particular for regenerating the periodontal ligament, preventing the formation of adhesions or tissue regeneration and reconstruction, comprising at least one layer of fabric (N1, N1', N2, N3; N4; N61, N62, N63, N64, N65) made from fibres produced from at least one polymer, characterised in that: - the fibres are free of sizing, - the layer of fabric (N1, N1', N2, N3; N4; N61, N62, N63, N64, N65) has a non-woven arrangement of fibres disposed in a random or aligned manner, and - the fibres are coated with PolyNaSS (polystyrene sodium sulfonate). - the fibres are free of sizing, - the layer of fabric (N1, N1', N2, N3; N4; N61, N62, N63, N64, N65) has a non-woven arrangement of fibres disposed in a random or aligned manner, and - the fibres are coated with PolyNaSS (polystyrene sodium sulfonate).
Hob device, in particular induction hob device, having a hob plate (12j-k), at least one display unit (14j-k) wherein the at least one display unit (14j-k) is arranged in at least one edge region (16j-k) of the hob plate (12j-k) when viewed from above, a control unit (40j-k) and a supply unit for supplying the display unit (14j-k) with electrical energy, wherein the control unit (40j-k) is provided for operating the supply unit, characterised in that the hob device has a carrier unit (18j-k) and a connection line (42j-k), wherein the carrier unit (18j-k), in an installed position, carries the at least one display unit (14j-k), the at least one display unit (14j-k) is provided, in at least one operating state, to emit light in a direction facing away from the working side (20j-k) of the hob plate (12j-k), the hob device furthermore has hob frame (22j-k) which at least partially surrounds the hob plate (12j-k), wherein a frame top side of a hob frame (22j-k) is arranged so as to be essentially flush with the working side (20j-k), and wherein, in the assembled state, the display unit (14j-k) is aligned obliquely relative to the working side (20j-k) of the hob plate (12j-k), such that light emitted by the display unit strikes a projection of the hob frame, wherein the projection of the hob frame has a reflective surface, or such that light emitted by the display unit strikes a kitchen worktop.
An apparatus for coextruding a multi-layered coextrusion composite made of interconnected individual layers (5, 6) made of thermoplastic materials, in particular a coextruded multi-layer film, having a coextrusion adapter which has a central channel for generating a central layer of the coextrusion composite, at least one coextrusion channel for generating at least one further layer of the coextrusion composite interacting with the central layer, a plurality of displaceable setting elements for setting layer thicknesses or layer thickness profiles on the individual layers (5, 6) of the coextrusion composite and adjusting devices for actuating the setting elements, and having a nozzle part through which the multi-layered coextrusion composite is discharged, wherein a measuring device for automatically measuring layer thicknesses or layer thickness profiles of the multi-layered coextrusion composite is arranged downstream of the nozzle part, wherein the apparatus is set up to manipulate the plurality of displaceable setting elements automatically by means of measurement data obtained from the measuring device, characterized in that an inlet-side drive element of an adjusting device and an outlet-side output element of an actuator have different axes of rotation, wherein the axes of rotation are arranged offset from one another.
An optical filter based on light-matter coupling in quantum-confined cavity spaces comprising a layer structure comprising a plurality of layers (104a-104h, 106a-106i) stacked in a thickness direction (z) of the layer structure and including: a plurality of nano-photonic layers (104a-104h) formed of a nano-photonic material with icosahedral or dodecahedral symmetry, and at least one substrate layer (106a-106i) formed of an optically transparent material, the at least one substrate layer (106a-106i) being free of nano-photonic material, wherein one (106b-106h) of the at least one substrate layer (106a-106i) is positioned between two of the plurality of nano-photonic layers (104a-104h) in the thickness direction (z) of the layer structure such that a 2D cavity is defined by the layer structure. a plurality of nano-photonic layers (104a-104h) formed of a nano-photonic material with icosahedral or dodecahedral symmetry, and at least one substrate layer (106a-106i) formed of an optically transparent material, the at least one substrate layer (106a-106i) being free of nano-photonic material, wherein one (106b-106h) of the at least one substrate layer (106a-106i) is positioned between two of the plurality of nano-photonic layers (104a-104h) in the thickness direction (z) of the layer structure such that a 2D cavity is defined by the layer structure.
A method for increasing the immunodeficiency of an immunodeficient mouse model having a homozygous Prkdc scid mutation on a non-obese diabetic background (NOD.CB17- Prkdc scid) and having hair, by transferring a homozygous Hr hr mutation into the mouse, wherein the immunodeficient mouse model having increased immunodeficiency is hairless and has a reduction in the number of dendritic cells compared to the NOD.CB17 -Prkdc scid mouse model.
A water-dispersible sheet comprising a paper substrate comprising an inner layer and two surface layers, which are first surface layer and second surface layer, installed on both sides of the inner layer, wherein a tacky adhesive layer is installed on the first surface layer so that the inner layer is not in contact with the tacky adhesive layer; wherein - the first surface layer comprises a mixed pulp, which comprises a unrefined wood pulp and a refined pulp with α-cellulose content of 88% by weight or more, wherein the Canadian standard freeness of the mixed pulp is from 500 to 575 ml CSF, - the content of the unrefined wood pulp in the mixed pulp is from 50 to 95% by weight, - the inner layer comprises a mixed pulp, which comprises a unrefined wood pulp and a refined pulp with α-cellulose content of 88% by weight or more, wherein the Canadian standard freeness of the mixed pulp is from 600 to 750 ml CSF, - the content of the unrefined wood pulp in the mixed pulp is from 50 to 95% by weight, and - the second surface layer comprises a mixed pulp, which comprises a unrefined wood pulp and a refined pulp with α-cellulose content of 88% by weight or more, wherein the Canadian standard freeness of the mixed pulp is from 500 to 575 ml CSF. - the first surface layer comprises a mixed pulp, which comprises a unrefined wood pulp and a refined pulp with α-cellulose content of 88% by weight or more, wherein the Canadian standard freeness of the mixed pulp is from 500 to 575 ml CSF, - the content of the unrefined wood pulp in the mixed pulp is from 50 to 95% by weight, - the inner layer comprises a mixed pulp, which comprises a unrefined wood pulp and a refined pulp with α-cellulose content of 88% by weight or more, wherein the Canadian standard freeness of the mixed pulp is from 600 to 750 ml CSF, - the content of the unrefined wood pulp in the mixed pulp is from 50 to 95% by weight, and - the second surface layer comprises a mixed pulp, which comprises a unrefined wood pulp and a refined pulp with α-cellulose content of 88% by weight or more, wherein the Canadian standard freeness of the mixed pulp is from 500 to 575 ml CSF.
An apparatus for accurately positioning a vehicle support at a vehicle build station, the apparatus comprising: a vehicle foundation positioned at a vehicle build station along a production line and connected to a factory floor; a vehicle support pallet selectively engageable with the vehicle foundation at the vehicle build station, the pallet having at least two vehicle support pins adapted for abutting engagement with the vehicle body; at least one four-way receiver connected to the vehicle foundation; at least one two-way receiver connected to the vehicle foundation; each of the four-way and two-way receivers having a vertical support (124, 190) and at least two rollers (136 and/or 150); and a locator pad connected to the support pallet opposite the respective four-way or two-way receiver (114,180), wherein on the pallet positioned in the build station, the pallet is oriented to place the locator pads in engagement with the respective four-way and two-way receivers (114,180) to accurately and precisely position the pallet in the X, Y and Z dimensional directions. a vehicle foundation positioned at a vehicle build station along a production line and connected to a factory floor; a vehicle support pallet selectively engageable with the vehicle foundation at the vehicle build station, the pallet having at least two vehicle support pins adapted for abutting engagement with the vehicle body; at least one four-way receiver connected to the vehicle foundation; at least one two-way receiver connected to the vehicle foundation; each of the four-way and two-way receivers having a vertical support (124, 190) and at least two rollers (136 and/or 150); and a locator pad connected to the support pallet opposite the respective four-way or two-way receiver (114,180), wherein on the pallet positioned in the build station, the pallet is oriented to place the locator pads in engagement with the respective four-way and two-way receivers (114,180) to accurately and precisely position the pallet in the X, Y and Z dimensional directions.
Wet clutch mechanism for a torque transmission module, comprising at least one first clutch, of the multi-disc type, operated in such a way as to selectively couple a driving shaft to a first driven shaft, for example a gearbox shaft, and comprising: - a torque input disc carrier arranged so as to be rotationally connected to the driving shaft about an axis of rotation by way of an input hub; - a multi-disc assembly which is attached to the input disc carrier and which has flanges and friction discs; - a guide bearing inserted in a cylindrical support portion of the input disc carrier and configured to withstand the radial forces of the wet clutch mechanism, characterized in that the mechanism further comprises: - a lubricating ring of the clutch, in which lubricating ducts are interposed axially between the guide bearing and the input hub, said lubricating ring bearing axially on the guide bearing and comprising a threaded portion capable of being screwed onto the torque transmission module. - a torque input disc carrier arranged so as to be rotationally connected to the driving shaft about an axis of rotation by way of an input hub; - a multi-disc assembly which is attached to the input disc carrier and which has flanges and friction discs; - a guide bearing inserted in a cylindrical support portion of the input disc carrier and configured to withstand the radial forces of the wet clutch mechanism, characterized in that the mechanism further comprises: - a lubricating ring of the clutch, in which lubricating ducts are interposed axially between the guide bearing and the input hub,
Electrical motor connection having a connection terminal and a cable harness connected thereto, the cable ends of which are connected to the motor-side connection terminal, and having a connection housing having two housing parts (8a, 8b), which are assembled to form a cavity in the assembled state and which receive connection-side cable ends of the cable harness, - wherein one of the housing parts has at least one filling opening (26, 27) opening into the cavity for filling with a curable casting compound, - wherein the cured casting compound surrounds the cable ends in the region of the connection terminal and is joined to the housing parts (8a, 8b), - wherein one of the two housing parts (8a, 8b) is constructed to be shell-shaped or constructed as a housing half shell and the other of the two housing parts (8a, 8b) is constructed to be cover-like or likewise as a housing half shell, - wherein the one of the two housing parts (8a, 8b) comprises at least one cable bushing which has a conical guide inner contour that opens in the direction of the connection terminal, and - wherein the other of the two housing parts (8a, 8b) has a clamping part that abuts the guide inner contour and, as a result of a tensile load of the cable harness, glides along on the corresponding guide inner contour and clamps the corresponding cable increasingly with rising tensile load. - wherein one of the housing parts has at least one filling opening (26, 27) opening into the cavity for filling with a curable casting compound, - wherein the cured casting compound surrounds the cable ends in the region of the connection terminal and is joined to the housing parts (8a, 8b), - wherein one of the two housing parts (8a, 8b) is constructed to be shell-shaped or constructed as a housing half shell and the other of the two housing parts (8a, 8b) is constructed to be cover-like or likewise as a housing half shell, - wherein the one of the two housing parts (8a, 8b) comprises at least one cable bushing which has a conical guide inner contour that opens in the direction of the connection terminal, and - wherein the other of the two housing parts (8a, 8b) has a clamping part that abuts the guide inner contour and, as a result of a tensile load of the cable harness, glides along on the corresponding guide inner contour and clamps the corresponding cable increasingly with rising tensile load.