mhurhangee/patent-ind-claim-en huggingface dataset:
A method of applying a film to a body , said method comprising the steps: applying and positioning a film to and at a transfer mold ; introducing the body to be film coated into the transfer mold at which the film to be attached is applied or introducing the transfer mold to which the film to be attached is applied into the body to be film coated so that the film is located between the body and the transfer mold ; and application of a vacuum in a region between the body and the film and/or application of an excess pressure in a region between the transfer mold and the film so that the film moves from the transfer mold to the body , characterized in that the transfer mold has at a surface of the body to be film coated that has a recess a recess contrary thereto; and in that the body is oriented with respect to the transfer mold before a transfer of the film to the body such that respective corresponding pairs of a recess of the body and of a recess of the transfer mold are aligned with one another. applying and positioning a film to and at a transfer mold ; introducing the body to be film coated into the transfer mold at which the film to be attached is applied or introducing the transfer mold to which the film to be attached is applied into the body to be film coated so that the film is located between the body and the transfer mold ; and application of a vacuum in a region between the body and the film and/or application of an excess pressure in a region between the transfer mold and the film so that the film moves from the transfer mold to the body ,
A method for conserving resources in a remote presentation session where a client possesses a first image, comprising: determining a rolling 2D hash for at least one pixel of a second image; determining a matching rectangle between the second image and the first image based on the rolling 2D hash for at least one pixel of the second image and a rolling 2D hash for at least one pixel of the first image, the matching rectangle having a location in the second image and a location in the first image; and sending the client an instruction to transfer the matching rectangle from the location in the first image to the location in the second image, such that the client displays the second image without being re-sent the pixel values within the matching rectangle for the second image, wherein a rolling 2D hash comprises a function that assigns a pixel a unique value dependent only upon the pixel and pixels adjoining it, but not on a position of the pixel within an image. determining a rolling 2D hash for at least one pixel of a second image; determining a matching rectangle between the second image and the first image based on the rolling 2D hash for at least one pixel of the second image and a rolling 2D hash for at least one pixel of the first image, the matching rectangle having a location in the second image and a location in the first image; and sending the client an instruction to transfer the matching rectangle from the location in the first image to the location in the second image, such that the client displays the second image without being re-sent the pixel values within the matching rectangle for the second image, wherein a rolling 2D hash comprises a function that assigns a pixel a unique value dependent only upon the pixel and pixels adjoining it, but not on a position of the pixel within an image.
A surroundings display apparatus (A) for a mobile crane comprising a traveling vehicle body , and a boom , the surroundings display apparatus (a) for a mobile crane further comprising: a camera that is provided in a leading end portion of the boom ; a control apparatus that is connected to the camera ; and a monitor that is connected to the control apparatus , characterized in that the control apparatus performs a viewpoint conversion process on the image photographed with the camera to generate a viewpoint-converted image as viewed immediately sideways or downward from the leading end portion of the boom , and overlaps the positional information of the boom on the viewpoint-converted image to display the positional information on the monitor . a camera that is provided in a leading end portion of the boom ; a control apparatus that is connected to the camera ; and a monitor that is connected to the control apparatus , characterized in that the control apparatus performs a viewpoint conversion process on the image photographed with the camera to generate a viewpoint-converted image as viewed immediately sideways or downward from the leading end portion of the boom , and overlaps the positional information of the boom on the viewpoint-converted image to display the positional information on the monitor .
A method performed by a job scheduling node for scheduling data processing across a set of processing machines , each processing machine comprising at least one data processor, the method comprising: - receiving (2:2, 600) a request for a data processing job composed of a plurality m of tasks, wherein the data processing job is identified as a medium-lived job with an estimated duration within a predefined interval, the lower bound of said predefined interval being positive; - estimating the job completion time, and if the estimated job completion time is equal to or larger than a required completion time of the data processing job; - obtaining (2:5, 614) a current processor resource status of each processing machine, the processor resource status indicating at least current usage of each data processor in said processing machine and the closeness to the job scheduling node in terms of a determined I/O time between the data processors and the job scheduling node ; - selecting (2:6, 616) n ∗ m vacant data processors where n is an integer bigger than 1; - adjusting the values of the determined I/O time for each of n ∗ m selected data processors by adding a random factor; and - dispatching (2:7, 620) the m data processing jobs separately to m vacant data processors having the shortest adjusted I/O time among the n ∗ m data processors. - receiving (2:2, 600) a request for a data processing job composed of a plurality m of tasks, wherein the data processing job is identified as a medium-lived job with an estimated duration within a predefined interval, the lower bound of said predefined interval being positive; - estimating the job completion time, and if the estimated job completion time is equal to or larger than a required completion time of the data processing job; - obtaining (2:5, 614) a current processor resource status of each processing machine, the processor resource status indicating at least current usage of each data processor in said processing machine and the closeness to the job scheduling node in terms of a determined I/O time between the data processors and the job scheduling node ; - selecting (2:6, 616) n ∗ m vacant data processors where n is an integer bigger than 1; - adjusting the values of the determined I/O time for each of n ∗ m selected data processors by adding a random factor; and - dispatching (2:7, 620) the m data processing jobs separately to m vacant data processors having the shortest adjusted I/O time among the n ∗ m data processors.
A time-of-flight, ToF, transmitter circuit with delay locked loop, DLL, the ToF transmitter circuit comprising: a laser driver circuit having a pre-driver circuit and a core driver circuit, the laser driver circuit coupled to a receiver circuit and configured to trigger a laser diode (LD) to generate an optical output signal in response to a reference signal; and a DLL circuit configured to receive an electrical feedback signal representing the optical output signal from a node in the laser driver circuit , wherein the DLL circuit is configured to lock a phase of the reference signal to a phase of the feedback signal , wherein the core driver circuit includes one or more N-type or P-type field-effect transistors, FET (MN1), and wherein the node in the laser driver circuit includes a drain terminal or a gate terminal of one of the FETs. a laser driver circuit having a pre-driver circuit and a core driver circuit, the laser driver circuit coupled to a receiver circuit and configured to trigger a laser diode (LD) to generate an optical output signal in response to a reference signal; and a DLL circuit configured to receive an electrical feedback signal representing the optical output signal from a node in the laser driver circuit , wherein the DLL circuit is configured to lock a phase of the reference signal to a phase of the feedback signal , wherein the core driver circuit includes one or more N-type or P-type field-effect transistors, FET (MN1), and wherein the node in the laser driver circuit includes a drain terminal or a gate terminal of one of the FETs.
A method for preparing a solid electrolytic capacitor comprising: providing an anode ; forming a dielectric on said anode; forming a cathode on said dielectric wherein said cathode comprises interlayers (201 - 204), at least one interlayer comprises a monomer, oligomer or polymer with multifunctional or multiple reactive groups, and an adjacent interlayer comprises a molecule with crosslinkable functionality; and wherein said monomer, oligomer or polymer with multifunctional or multiple reactive groups on one interlayer reacts with said crosslinkable functionality in said adjacent interlayer, wherein said reactive groups are selected from the group consisting of hydroxyl, amine, epoxy, anhydride, isocyanate, imide, amide, carboxyl, carboxylic anhydride, silane, urethane, oxazoline, (meth)acrylates, vinyl, maleates, maleimides, itaconates, allyl alcohol esters, dicyclo-pentadiene-based unsaturations, unsaturated C12-C22 fatty esters or amides, quaternary ammonium salts and hydroxyl functional silicone. providing an anode ; forming a dielectric on said anode; forming a cathode on said dielectric wherein said cathode comprises interlayers (201 - 204), at least one interlayer comprises a monomer, oligomer or polymer with multifunctional or multiple reactive groups, and an adjacent interlayer comprises a molecule with crosslinkable functionality; and wherein said monomer, oligomer or polymer with multifunctional or multiple reactive groups on one interlayer reacts with said crosslinkable functionality in said adjacent interlayer, wherein said reactive groups are selected from the group consisting of hydroxyl, amine, epoxy, anhydride, isocyanate, imide, amide, carboxyl, carboxylic anhydride, silane, urethane, oxazoline, (meth)acrylates, vinyl, maleates, maleimides, itaconates, allyl alcohol esters, dicyclo-pentadiene-based unsaturations, unsaturated C12-C22 fatty esters or amides, quaternary ammonium salts and hydroxyl functional silicone.
An apparatus acting as a network function producer comprising means for performing - processing a request for data of at least one user of a communication system, the request received directly or indirectly from a network function consumer in a service based architecture communication network; - obtaining at least one user privacy rule relating to the at least one user; and - determining how to respond to the request based at least in part on an intended use of the data and the at least one user privacy rule relating to the at least one user; characterized in that - the obtaining comprises obtaining the at least one user privacy rule in a heartbeat response message from a network repository function and in that the request comprises an indication of an intended use of the data. - processing a request for data of at least one user of a communication system, the request received directly or indirectly from a network function consumer in a service based architecture communication network; - obtaining at least one user privacy rule relating to the at least one user; and - determining how to respond to the request based at least in part on an intended use of the data and the at least one user privacy rule relating to the at least one user; characterized in that - the obtaining comprises obtaining the at least one user privacy rule in a heartbeat response message from a network repository function and in that the request comprises an indication of an intended use of the data.
A positive electrode active material for a lithium ion battery, said active material having a layered structure represented by the following compositional formula: Li x (Ni y M 1-y )O z in which M is one or more selected from the group consisting of Mn, Co, Mg, Al, Ti, Cr, Fe, Cu and Zr with the proviso that at least Mn is selected, x is within the range of 0.9-1.2, y is within the range of 0.5-0.95 and z is within the range of 1.8-2.4 characterized in that when A is defined as a value which is obtained by dividing an average of the peak intensities observed at 1420-1450 cm -1 and 1470-1500 cm -1 by the maximum peak intensity which appears at 520-620 cm -1 in an infrared absorption spectrum obtained by FT-IR, A satisfies the following relational formula: 0.24 ⁢ y − 0.05 ≤ A ≤ 0.48 ⁢ y − 0.08 .
A three-dimensional additive manufactured product, comprising: a body portion ; and a male screw portion integrally disposed on a surface of the body portion so as to protrude therefrom, wherein the male screw portion includes a following side flank forming a first flank angle (α1) with respect to a vertical plane (P) to an axis (C) of the male screw portion , wherein the first flank angle (α1) is not less than 45 degrees, wherein the body portion is a fuel injection element to be used for a fuel injector of a liquid rocket engine, and wherein the male screw portion is configured to engage with a nut including a female screw portion to be able to interpose a predetermined functional member between the body portion and the nut . a body portion ; and a male screw portion integrally disposed on a surface of the body portion so as to protrude therefrom, wherein the male screw portion includes a following side flank forming a first flank angle (α1) with respect to a vertical plane (P) to an axis (C) of the male screw portion , wherein the first flank angle (α1) is not less than 45 degrees, wherein the body portion is a fuel injection element to be used for a fuel injector of a liquid rocket engine, and wherein the male screw portion is configured to engage with a nut including a female screw portion to be able to interpose a predetermined functional member between the body portion and the nut .
A trace data compression method selection device comprising: a simulator that simulates operations of a semiconductor device , the semiconductor device including a processor , a compression circuit , and a trace interface , the compression circuit using a compression method selected from multiple compression methods to compress trace data generated when the processor operates in accordance with a program , the trace interface outputting the trace data compressed by the compression circuit ; a result analysis section that analyzes the result of execution of the program at the time of simulation and the trace data generated by the simulator ; and a compression method decision section that determines the compression method of the compression circuit in accordance with the analysis result of the result of execution of the program and with the analysis result of the trace data, and generates compression circuit data for operating the compression circuit as a circuit that compresses the trace data by the determined compression method. a simulator that simulates operations of a semiconductor device , the semiconductor device including a processor , a compression circuit , and a trace interface , the compression circuit using a compression method selected from multiple compression methods to compress trace data generated when the processor operates in accordance with a program , the trace interface outputting the trace data compressed by the compression circuit ; a result analysis section that analyzes the result of execution of the program at the time of simulation and the trace data generated by the simulator ; and a compression method decision section that determines the compression method of the compression circuit in accordance with the analysis result of the result of execution of the program and with the analysis result of the trace data, and generates compression circuit data for operating the compression circuit as a circuit that compresses the trace data by the determined compression method.
An adjustable hinge assembly for use in a refrigerator comprising a main body which includes one or more refrigeration compartments; one or more pivotable doors each for accessing the respective refrigeration compartment, wherein the adjustable hinge assembly comprises a first bracket which is adapted to be movably mounted to the main body , a vertical pivot which is adapted to bear the counterpart vertical pivot of the respective pivotable door , wherein the vertical pivot is vertically movably connected to the first bracket ; a second bracket which is adapted to be movably mounted to the main body , wherein the second bracket is adapted to be relatively movably connected to the first bracket ; a first adjustment mechanism which is adapted to move the first bracket relative to the second bracket in the horizontal direction (H) that is parallel to the front of the main body and a second adjustment mechanism which is adapted to move the vertical pivot relative to the first bracket in the vertical direction (V).
A polyrotaxane compound, obtainable by introducing 50 g of a caprolactone-grafted polyrotaxane polymer into a reactor, then adding 4.53 g or 9.06 g of 2-acryloyloxyethyl isocyanate, 20 mg of dibutyltin dilaurate, 110mg of hydroquinone monomethylene ether, and 315 g of methylethylketone, reacting at 70°C for 5 hours to obtain a polyrotaxane polymer liquid including cyclodextrin to which a polylactone-based compound having an acrylate-based compound introduced at the end is bonded as a macrocycle, dripping the polyrotaxane polymer liquid into n-hexane solvent to precipitate a polymer, and then filtering to obtain a white solid polymer, wherein a ratio of the acrylate-based compound introduced at the end of the lactone-based compound is 46.8 mol% when 4.53 g of 2-acryloyloxyethyl isocyanate is added, and a ratio of the acrylate-based compound introduced at the end of the lactone-based compound is 60.0 mol% when 9.06 g of 2-acryloyloxyethyl isocyanate is added.
A patient controlled drug administration device comprising: an elongated push button , a plunger , a housing extending in an axial direction to define a top end and a bottom end , and a bolus refill indicator , wherein the bolus refill indicator is disposed on the plunger and visible through a window located in the housing ; and characterised in that : the bolus refill indicator includes a first section having a first color and located towards the top end of the housing , a second section having a second color and located towards the bottom end of the housing , and a third section disposed between the first section and the second section , wherein the third section includes a gradient between the first color and the second color, wherein the bolus refill indicator is movable with respect to the window as the elongated push button is depressed and the plunger contacts a pump to deliver a bolus of a liquid drug to the patient and as the elongated push button returns to an undepressed state and the plunger moves away from the pump as the pump refills with a new bolus of the liquid drug, and further wherein the spatial and colorimetric arrangement of the first section , the second section , and the third section of the bolus refill indicator signals to a user when the new bolus of the liquid drug is ready for delivery.
A fireplace comprising a connecting device for a double pipe system , which has an outer pipe element and an inner pipe element arranged inside the outer pipe element , for a first interface region between the fireplace and the double pipe system or a second interface region between the double pipe system and a further pipe element, comprising: - a base body , - a disc element adjacent to the base body - an inner edge area (IB) provided by the disc element and - an outer edge area (AB) provided by the disc element , wherein one or more recesses are arranged between the inner edge area (IB) and the outer edge area (AB), wherein -- the outer edge area (AB) for connecting a first sleeve element , which is part of the connecting device and which is connectable to the outer pipe element , and -- the inner edge area (IB) for connecting a second sleeve element which is part of the connecting device and which is connectable to the inner pipe element , is provided, wherein the connecting device comprises a clamping device for fixing the first sleeve element to the disc element . - a base body , - a disc element adjacent to the base body - an inner edge area (IB) provided by the disc element and - an outer edge area (AB) provided by the disc element , -- the outer edge area (AB) for connecting a first sleeve element , which is part of the connecting device and which is connectable to the outer pipe element , and -- the inner edge area (IB) for connecting a second sleeve element which is part of the connecting device and which is connectable to the inner pipe element ,
Endoscopic needle holder for handling curved needles comprising a translatable core , a remote actuation mechanism provided at one of the ends of the needle door, and at the other end an articulated assembly comprising a first gripping jaw secured to a duct and a second gripping jaw actuated by said movable core : - said jaws consist of cylindrical parts which are coaxial with said movable core - said first jaw has a plurality of peripheral teeth which extend longitudinally, - said second jaw consists of a cylindrical part having a plurality of peripheral teeth - said second jaw is movable relative to the first jaw by a longitudinal linear movement between a rest position in which the jaws are spaced apart to delimit, between the ends of the teeth, an interval which is at least equal to the cross-section of a needle , and a close position in which they support the curved needle , characterized in that said jaws have alternating peripheral teeth and peripheral grooves (150, 160, 170; 250, 260, 270) having shapes and positions which are complementary to the teeth of the opposite jaw. - said jaws consist of cylindrical parts which are coaxial with said movable core - said first jaw has a plurality of peripheral teeth which extend longitudinally, - said second jaw consists of a cylindrical part having a plurality of peripheral teeth - said second jaw is movable relative to the first jaw by a longitudinal linear movement between a rest position in which the jaws are spaced apart to delimit, between the ends of the teeth, an interval which is at least equal to the cross-section of a needle , and a close position in which they support the curved needle ,
Device for measuring the bulk density of a granulate , comprising a separating device, which can be connected to a pneumatic conveying line , wherein at least one measuring container having a base surface is disposed underneath the separating device for receiving at least a part of a granulate flow from the separating device in an operating state, wherein the measuring container is connected to a measuring device for determining the bulk density of the granulate , characterized in that the measuring container has openings in the base surface in order to allow at least a part of the granulate flow to drain continuously and that the measuring device is configured as a weighing device in order to continuously measure a weight of the granulate flowing through the measuring container and to determine the bulk density of the granulate based thereon.