mhurhangee/ep-ind-claims huggingface dataset:
A method of exposing a print master precursor by an UV light source through a digital mask panel - wherein the digital mask panel comprising a two-dimensional array of pixels of which the transparency can be individually switched between a first level and a second level that is lower than the first level, the ratio of the first over the second level defining a contrast ratio which exceeds 20/1 in the UV-A part of the electromagnetic spectrum (315-400 nm); and - whereby the two-dimensional array of pixels additionally comprises: - a first linear optical polarizing filter having a first orientation; and - a second linear optical polarizing filter having a second orientation; - in between said two linear optical polarizing filters (400, 401) liquid crystals having an optical polarization characteristic that can be altered by an electrical field; - a set of electrodes (410, 411) for each pixel of the array set up to control an electric field within each pixel of the array; - means (412, 413, 414) for controlling the electric field between the electrodes (410, 411). wherein, in the plane (X-Y) of the two-dimensional array of pixels, the digital mask panel has a width in the range from 850 mm to 1050 mm and a height in the range from 1150 mm to 1350 mm, and the pixels are squares of size 40 μm x 40 μm or less. - wherein the digital mask panel comprising a two-dimensional array of pixels of which the transparency can be individually switched between a first level and a second level that is lower than the first level, the ratio of the first over the second level defining a contrast ratio which exceeds 20/1 in the UV-A part of the electromagnetic spectrum (315-400 nm); and - whereby the two-dimensional array of pixels additionally comprises: - a first linear optical polarizing filter having a first orientation; and - a second linear optical polarizing filter having a second orientation; - in between said two linear optical polarizing filters (400, 401) liquid crystals having an optical polarization characteristic that can be altered by an electrical field; - a set of electrodes (410, 411) for each pixel of the array set up to control an electric field within each pixel of the array; - means (412, 413, 414) for controlling the electric field between the electrodes (410, 411). wherein, in the plane (X-Y) of the two-dimensional array of pixels, the digital mask panel has a width in the range from 850 mm to 1050 mm and a height in the range from 1150 mm to 1350 mm, and the pixels are squares of size 40 μm x 40 μm or less. - a first linear optical polarizing filter having a first orientation; and - a second linear optical polarizing filter having a second orientation; - in between said two linear optical polarizing filters (400, 401) liquid crystals having an optical polarization characteristic that can be altered by an electrical field; - a set of electrodes (410, 411) for each pixel of the array set up to control an electric field within each pixel of the array; - means (412, 413, 414) for controlling the electric field between the electrodes (410, 411).
A method, comprising: receiving at a single encoding engine an input video stream having one or more pictures of a first resolution; and generating by the single encoding engine, in parallel, plural encoded AVC streams, a first of the encoded streams comprising one or more pictures of the first resolution and a second of the encoded streams comprising one or more pictures of a second resolution that is smaller than the first resolution, the encoding of the second stream based on sharing video coding information comprising mapping motion vectors used in encoding the first encoded stream; wherein a vertical and horizontal dimension of each of plural blocks of the one or more pictures used in generating the first encoded stream are downscaled by a defined factor to derive plural downscaled blocks of the second encoded stream; mapping motion vectors of the each of the plural blocks of the first encoded video stream to the plural downscaled blocks of the second encoded stream, the mapped motion vectors of the second encoded stream corresponding to motion vectors used in generating the first encoded stream adjusted by the defined scaling factor; and determining a partitioning of each macroblock or coding unit of the second encoded stream - wherein said each macroblock or coding unit is further divided into blocks - by checking if the mapped motion vectors of neighboring ones of the blocks in said each macroblock or coding unit are equal and forming a larger partition size of neighboring ones of the blocks in said each macroblock or coding unit with equal motion vectors. receiving at a single encoding engine an input video stream having one or more pictures of a first resolution; and generating by the single encoding engine, in parallel, plural encoded AVC streams, a first of the encoded streams comprising one or more pictures of the first resolution and a second of the encoded streams comprising one or more pictures of a second resolution that is smaller than the first resolution, the encoding of the second stream based on sharing video coding information comprising mapping motion vectors used in encoding the first encoded stream; wherein a vertical and horizontal dimension of each of plural blocks of the one or more pictures used in generating the first encoded stream are downscaled by a defined factor to derive plural downscaled blocks of the second encoded stream; mapping motion vectors of the each of the plural blocks of the first encoded video stream to the plural downscaled blocks of the second encoded stream, the mapped motion vectors of the second encoded stream corresponding to motion vectors used in generating the first encoded stream adjusted by the defined scaling factor; and determining a partitioning of each macroblock or coding unit of the second encoded stream - wherein said each macroblock or coding unit is further divided into blocks - by checking if the mapped motion vectors of neighboring ones of the blocks in said each macroblock or coding unit are equal and forming a larger partition size of neighboring ones of the blocks in said each macroblock or coding unit with equal motion vectors.
Expansion joint strip for screed floors, having an upright wing which comprises at least one layer of foam plastic and, at least on one side, a top layer (16, 18) that is permeable to air but waterproofed and that is extended to form an angled base, wherein the top layer (16, 18) is watertight or at least comprises a skin on its outer side that is impermeable to water, characterized in that the top layer (16, 18) is a non-woven fabric of thermo-bonded plastic fibers.
A method comprising: receiving an assignment of contention based shared preconfigured uplink resources via radio resource control signaling; receiving an assignment of a common radio network temporary identifier for monitoring downlink control information indicating a negative acknowledgement for contention based shared transmission, and a dedicated radio network temporary identifier for monitoring downlink control information indicating an acknowledgement of transmission of uplink data; transmitting the uplink data during a contention based shared preconfigured uplink resource transmission using a physical uplink shared channel allocated for the contention based shared preconfigured uplink resource transmission; in response to the downlink control information indicating the negative acknowledgement and uplink grants for multiple physical uplink shared channel resources, retransmitting the uplink data on a selected one of the received uplink grants for multiple physical uplink shared channel resources; and in response to the downlink control information indicating the acknowledgment, not retransmitting the uplink data. receiving an assignment of contention based shared preconfigured uplink resources via radio resource control signaling; receiving an assignment of a common radio network temporary identifier for monitoring downlink control information indicating a negative acknowledgement for contention based shared transmission, and a dedicated radio network temporary identifier for monitoring downlink control information indicating an acknowledgement of transmission of uplink data; transmitting the uplink data during a contention based shared preconfigured uplink resource transmission using a physical uplink shared channel allocated for the contention based shared preconfigured uplink resource transmission; in response to the downlink control information indicating the negative acknowledgement and uplink grants for multiple physical uplink shared channel resources, retransmitting the uplink data on a selected one of the received uplink grants for multiple physical uplink shared channel resources; and in response to the downlink control information indicating the acknowledgment, not retransmitting the uplink data.
A biomimetic contrast agent, comprising: an amine-functionalized iron oxide and iron oxide nanoparticle core; a targeting ligand comprising in tandem a contiguous peptide sequence of an enzyme cleavable sequence and a targeting sequence, said targeting ligand being attached to the nanoparticle core via a linker; and an inert outer layer of a hydrophilic polymer conjugated to the targeting ligand. an amine-functionalized iron oxide and iron oxide nanoparticle core; a targeting ligand comprising in tandem a contiguous peptide sequence of an enzyme cleavable sequence and a targeting sequence, said targeting ligand being attached to the nanoparticle core via a linker; and an inert outer layer of a hydrophilic polymer conjugated to the targeting ligand.
Device for influencing the movement of a furniture part which is accommodated movably on a furniture structure of an item of furniture by means of a guide unit, the device comprising a basic component which is assigned to the guide unit on which basic component an ejection device and a moving-in device are provided, such that in the mounted state of the device on the item of furniture the furniture part can be ejected from a closed position on the furniture structure in a first direction of movement under the action of an ejection force accumulator of the ejection device, and the furniture part can be drawn in from an open position on the furniture structure in a second direction of movement opposite the first direction of movement under an action of a moving-in force accumulator of the moving-in device, and a charging mechanism is provided for charging the force accumulators (11, 15), characterised in that the ejection device has a housing component which is different from the basic component, on which housing component the ejection force accumulator is accommodated, wherein the ejection device is mounted displaceably on the basic component in such a manner that the ejection force accumulator is charged by a movement of the housing component relative to the basic component.
A pharmaceutical composition in the form of a tablet, comprising a) brexpiprazole as active ingredient and b) at least 5% by weight (wt%) pregelatinized starch, wherein said composition is prepared by a method comprising dry granulation of a blend of the components to produce granules, and compression of the granules to a tablet.
Explosion-proof device with a pressure-proof capsule, an electronic means and a signal receiver, wherein the pressure-proof capsule has a radiolucent process window and wherein the signal receiver and the electronic means are arranged inside of the pressure-proof capsule characterized in that the electronic means and the signal receiver are designed intrinsically safe, that the electronic means and/or the signal receiver have a casting, and that the casting at least partially fills up the inner space of the pressure-proof capsule.
A motor for driving piston pumps (45, 48), the motor comprising: a motor housing; an output rotary shaft; a first bearing that supports the output rotary shaft and is arranged on the piston pump side; a second bearing that supports one end of the output rotary shaft and is arranged on a side of a bottom portion of the motor housing; and a bearing holder (80, 90) that is held by an inner wall of the motor housing so as to hold the second bearing, wherein the bearing holder (80, 90) has: a disc in a disc shape; and a peripheral wall portion (84, 92) that is vertically provided in an outer peripheral portion of the disc and is pressed against the inner wall of the motor housing, and wherein the bearing holder has an inner peripheral wall portion that is vertically provided on an inner peripheral side of the outer peripheral portion of the disc so as to hold the second bearing, characterized in that in the inner peripheral wall portion, slits are arranged at equally-spaced intervals along a circumference. a motor housing; an output rotary shaft; a first bearing that supports the output rotary shaft and is arranged on the piston pump side; a second bearing that supports one end of the output rotary shaft and is arranged on a side of a bottom portion of the motor housing; and a bearing holder (80, 90) that is held by an inner wall of the motor housing so as to hold the second bearing, wherein the bearing holder (80, 90) has: a disc in a disc shape; and a peripheral wall portion (84, 92) that is vertically provided in an outer peripheral portion of the disc and is pressed against the inner wall of the motor housing, and wherein the bearing holder has an inner peripheral wall portion that is vertically provided on an inner peripheral side of the outer peripheral portion of the disc so as to hold the second bearing,
Method for planning the cultivation of at least a quadrangular area of an agricultural field by means of a steerable or controllable agricultural machine, wherein the area between its corners (11, 13, 15, 17) has edge sections (12, 14, 16, 18) and thereby a first edge section and a second edge section opposite the first edge section, and wherein the second edge section is oblique to the first edge section, comprising the following steps: (a) determination of a plurality of first working paths running next to each other in parallel with or equidistant from the first edge section and determination of a plurality of second working paths running next to each other in parallel with or equidistant from the second edge section, (b) determination of a lane that runs at least partially along the first working paths and the second working paths and along which the agricultural machine is to be moved from the first edge section over the area to the second edge section in order to cultivate the area, characterized by the following step: (c) determination of a plurality of turning points along the lane at which the machine is steered from a direction along one of the first working paths into a direction along one of the second working paths or from a direction along one of the second working paths into a direction along one of the first working paths, such that the lane runs less along the first working paths as the distance from the first edge section increases and more along the second working paths as the distance from the second edge section decreases. (a) determination of a plurality of first working paths running next to each other in parallel with or equidistant from the first edge section and determination of a plurality of second working paths running next to each other in parallel with or equidistant from the second edge section, (b) determination of a lane that runs at least partially along the first working paths and the second working paths and along which the agricultural machine is to be moved from the first edge section over the area to the second edge section in order to cultivate the area, characterized by the following step: (c) determination of a plurality of turning points along the lane at which the machine is steered from a direction along one of the first working paths into a direction along one of the second working paths or from a direction along one of the second working paths into a direction along one of the first working paths, such that the lane runs less along the first working paths as the distance from the first edge section increases and more along the second working paths as the distance from the second edge section decreases.
A machining tool (11, 11a, 11b) for rotatively machining materials, particularly for wood or wood-like materials, plastics and/or composite materials, characterized in that the machining tool is also designed with a spiral-shaped, semicircular or U-shaped chip channel, an adjacent spiral-shaped depression with several adjacently arranged seats for receiving cutting plates and, arranged thereon in the circumferential direction, a row of individual cutting plates that essentially are square in a top view and have cambered cutting edges, with said cutting edges having a wedge angle and being arranged at an axial angle λ to the rotational axis, wherein the cutting edges of the square cutting plates have a length that is greater than 13 mm and smaller than 15 mm, a cutting edge radius that is smaller than 50 mm and a wedge angle β that is greater than 45° and smaller than 60°.
An effective amount of an anti-Gall antibody for use in a method for modulating angiogenesis in a cancer refractory to anti-VEGF, said method comprising: (a) identifying a cancer cell as refractory to anti-VEGF; and (b) contacting the refractory cancer cell with the effective amount of an anti-Gal1 antibody to thereby modulate angiogenesis in the refractory cancer cell. (a) identifying a cancer cell as refractory to anti-VEGF; and (b) contacting the refractory cancer cell with the effective amount of an anti-Gal1 antibody to thereby modulate angiogenesis in the refractory cancer cell.
A device for producing bristle arrays for brushes, in particular toothbrushes, having a cluster separating device that removes individual bristle clusters from a bristle magazine, and a cluster transport device that has at least one channel through which a separated bristle cluster is conveyed by means of a gas stream to a cluster receiving unit, characterized in that a projectile that is moved in the channel by the gas stream is provided, and is situated downstream, in the conveying direction of the bristle clusters, from the bristle clusters that are inserted into the channel, and the projectile contacts the bristle cluster on the rear side and pushes it through the channel toward the cluster receiving unit.
An apparatus for program management of PLC, Programme Logic Controller, the apparatus comprising: a compile means configured to generate an execution code by compiling a source code; a block allocation means configured to allocate a memory block adequate to size of execution code, based on memory configuration information as to what memory blocks a memory is formed with; and link means configured to arrange the execution code at a position of a memory block allocated through the block allocation means, wherein, the apparatus is characterized by: execution table generation means configured to generate execution table recorded with execution order and position information of each execution code, wherein a CPU module of PLC executes the execution code with reference to the order stored in the execution table; and download means configured to download the execution code processed by the link means and execution table generated by the execution table generation means to the PLC. a compile means configured to generate an execution code by compiling a source code; a block allocation means configured to allocate a memory block adequate to size of execution code, based on memory configuration information as to what memory blocks a memory is formed with; and link means configured to arrange the execution code at a position of a memory block allocated through the block allocation means, wherein, the apparatus is characterized by: execution table generation means configured to generate execution table recorded with execution order and position information of each execution code, wherein a CPU module of PLC executes the execution code with reference to the order stored in the execution table; and download means configured to download the execution code processed by the link means and execution table generated by the execution table generation means to the PLC. execution table generation means configured to generate execution table recorded with execution order and position information of each execution code, wherein a CPU module of PLC executes the execution code with reference to the order stored in the execution table; and download means configured to download the execution code processed by the link means and execution table generated by the execution table generation means to the PLC.
A storage method for a 1,3-diiodohydantoin compound represented by chemical formula: wherein R1 and R2 are each independently a hydrogen atom or a C1-C6 alkyl group, in which the content of released I 2 is 1% by mass or less, and content of water is 6% by mass or less, which comprises a step to store the 1,3-diiodohydantoin compound under a temperature condition of 5°C or lower wherein prior to storage a wet body comprising the 1,3-diiodohydantoin compound has been dried either by contacting the wet body with a heated gas having a temperature from 90 to 130 °C or by lyophilizing the wet body.
A vertical probe array comprising: one or more vertical probes; wherein each of the one or more vertical probes comprises an electrically conductive first member and a mechanically resilient second member; wherein each of the one or more vertical probes includes a first tip and a second tip disposed at opposite vertical ends of the probe; wherein the first tip is configured to make temporary electrical contact to a device under test; wherein the second tip is configured to make electrical contact to a test apparatus; wherein an electrical current path between the first tip and the second tip is primarily through the electrically conductive first member; wherein a mechanical compliance between the first tip and the second tip is primarily determined by the mechanically resilient second member; and wherein the electrically conductive first member and the mechanically resilient second member are formed as a single part. one or more vertical probes; wherein each of the one or more vertical probes comprises an electrically conductive first member and a mechanically resilient second member; wherein each of the one or more vertical probes includes a first tip and a second tip disposed at opposite vertical ends of the probe; wherein the first tip is configured to make temporary electrical contact to a device under test; wherein the second tip is configured to make electrical contact to a test apparatus; wherein an electrical current path between the first tip and the second tip is primarily through the electrically conductive first member; wherein a mechanical compliance between the first tip and the second tip is primarily determined by the mechanically resilient second member; and wherein the electrically conductive first member and the mechanically resilient second member are formed as a single part.