mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor device, comprising: an emitter of electromagnetic radiation, the emitter being configured for modes of operation providing fields of illumination of different widths, wherein the emitter is a vertical-cavity surface-emitting laser and the emitter is operated by a driver , which is configured for an alternation between the modes of operation, and a photodetector configured for time-of-flight and proximity measurements by detecting electromagnetic radiation that is emitted by the emitter and reflected to the photodetector , characterized in that the driver is configured to generate driving currents, one of the driving currents being below a lasing threshold of the emitter , and one of the driving currents being above the lasing threshold, and the driver is configured to perform proximity or ambient light measurements by emitted light when the driving current is below the lasing threshold, and to perform time-of-flight measurements by emitted light when the driving current is above the lasing threshold of the vertical-cavity surface-emitting laser. an emitter of electromagnetic radiation, the emitter being configured for modes of operation providing fields of illumination of different widths, wherein the emitter is a vertical-cavity surface-emitting laser and the emitter is operated by a driver , which is configured for an alternation between the modes of operation, and a photodetector configured for time-of-flight and proximity measurements by detecting electromagnetic radiation that is emitted by the emitter and reflected to the photodetector , characterized in that the driver is configured to generate driving currents, one of the driving currents being below a lasing threshold of the emitter , and one of the driving currents being above the lasing threshold, and the driver is configured to perform proximity or ambient light measurements by emitted light when the driving current is below the lasing threshold, and to perform time-of-flight measurements by emitted light when the driving current is above the lasing threshold of the vertical-cavity surface-emitting laser.
An electronic calculator comprising at least one processor , characterized in that the processor is configured to execute: a generation process for generating a cancel code generation code, by converting time-varying data with a first algorithm, to cancel a function limit mode in which at least some of functions of the electronic device are limited; a generation process for generating a generated cancel code from the cancel code generation code by converting the cancel code generation code with a second algorithm; an input process for inputting an input cancel code generated based on the cancel code generation code by converting the cancel code generation code with the second algorithm; a determination process for determining whether the input cancel code input after generating the cancel code generation code coincides with the generated cancel code; and a cancel process for canceling the function limit mode when the input cancel code coincides with the generated cancel code. a generation process for generating a cancel code generation code, by converting time-varying data with a first algorithm, to cancel a function limit mode in which at least some of functions of the electronic device are limited; a generation process for generating a generated cancel code from the cancel code generation code by converting the cancel code generation code with a second algorithm; an input process for inputting an input cancel code generated based on the cancel code generation code by converting the cancel code generation code with the second algorithm; a determination process for determining whether the input cancel code input after generating the cancel code generation code coincides with the generated cancel code; and a cancel process for canceling the function limit mode when the input cancel code coincides with the generated cancel code.
An article comprising: a. one or more moisture wicking layers , wherein at least one of the moisture wicking layers is adapted to contact a surface having or producing moisture; and b. a nonwoven fibrous layer formed by a vertical lapping process and having generally vertically oriented fibers, wherein the fibers of the fibrous layer are adapted to be oriented generally perpendicularly to the surface having or producing moisture; wherein the moisture wicking layer adapted to contact the surface having or producing moisture transfers moisture to the fibrous layer; wherein the article is adapted to remove the moisture from the surface having or producing moisture; wherein the article is a wearable item; and wherein the surface having or producing moisture is skin of a body or a garment saturated with moisture. a. one or more moisture wicking layers , wherein at least one of the moisture wicking layers is adapted to contact a surface having or producing moisture; and b. a nonwoven fibrous layer formed by a vertical lapping process and having generally vertically oriented fibers, wherein the fibers of the fibrous layer are adapted to be oriented generally perpendicularly to the surface having or producing moisture; wherein the moisture wicking layer adapted to contact the surface having or producing moisture transfers moisture to the fibrous layer; wherein the article is adapted to remove the moisture from the surface having or producing moisture; wherein the article is a wearable item; and wherein the surface having or producing moisture is skin of a body or a garment saturated with moisture. wherein the fibers of the fibrous layer are adapted to be oriented generally perpendicularly to the surface having or producing moisture; wherein the moisture wicking layer adapted to contact the surface having or producing moisture transfers moisture to the fibrous layer; wherein the article is adapted to remove the moisture from the surface having or producing moisture; wherein the article is a wearable item; and wherein the surface having or producing moisture is skin of a body or a garment saturated with moisture.
A combustor , comprising: a. an end cap that extends radially across at least a portion of the combustor , wherein the end cap comprises an upstream surface axially separated from a downstream surface and a cap shield circumferentially surrounding the upstream and downstream surfaces ; b. a first set of premixer tubes extending from the upstream surface through the downstream surface to provide fluid communication through the end cap ; c. a first fuel conduit in fluid communication with the first set of premixer tubes to supply fuel to the first set of premixer tubes ; d. a second set of premixer tubes extending from the upstream surface through the downstream surface to provide fluid communication through the end cap ; e. a casing circumferentially surrounding at least a portion of the cap shield to define an annular passage between the cap shield and the casing ; f. a second fuel conduit in fluid communication with the second set of premixer tubes to supply fuel through the annular passage to the second set of premixer tubes ; g. a barrier disposed between the upstream and downstream surfaces, wherein the barrier at least partially defines a fuel plenum and an air plenum inside the end cap ; and h. an axial baffle disposed within the end cap separating the first set of premixer tubes from the second set of premixer tubes. a. an end cap that extends radially across at least a portion of the combustor , wherein the end cap comprises an upstream surface axially separated from a downstream surface and a cap shield circumferentially surrounding the upstream and downstream surfaces ; b. a first set of premixer tubes extending from the upstream surface through the downstream surface to provide fluid communication through the end cap ; c. a first fuel conduit in fluid communication with the first set of premixer tubes to supply fuel to the first set of premixer tubes ; d. a second set of premixer tubes extending from the upstream surface through the downstream surface to provide fluid communication through the end cap ; e. a casing circumferentially surrounding at least a portion of the cap shield to define an annular passage between the cap shield and the casing ; f. a second fuel conduit in fluid communication with the second set of premixer tubes to supply fuel through the annular passage to the second set of premixer tubes ; g. a barrier disposed between the upstream and downstream surfaces, wherein the barrier at least partially defines a fuel plenum and an air plenum inside the end cap ; and h. an axial baffle disposed within the end cap separating the first set of premixer tubes from the second set of premixer tubes.
A Machine-to-machine, M2M, terminal performing an M2M communication, comprising: radio communication means for communicating with a base station ; and control means , wherein the control means is adapted to: receive, in a Physical Broadcast Channel, PBCH, from the base station , a master information block message that includes information for indicating a number of repetition for a Physical Downlink Shared Channel, PDSCH, carrying a system information block type 1 message for coverage enhancement; receive, based on the information, at least one repetition of the PDSCH carrying the system information block type 1 message for the coverage enhancement; and transmit, to the base station , a random access preamble with repetition by using one or more specific radio resources for the coverage enhancement. radio communication means for communicating with a base station ; and control means , wherein the control means is adapted to: receive, in a Physical Broadcast Channel, PBCH, from the base station , a master information block message that includes information for indicating a number of repetition for a Physical Downlink Shared Channel, PDSCH, carrying a system information block type 1 message for coverage enhancement; receive, based on the information, at least one repetition of the PDSCH carrying the system information block type 1 message for the coverage enhancement; and transmit, to the base station , a random access preamble with repetition by using one or more specific radio resources for the coverage enhancement. receive, in a Physical Broadcast Channel, PBCH, from the base station , a master information block message that includes information for indicating a number of repetition for a Physical Downlink Shared Channel, PDSCH, carrying a system information block type 1 message for coverage enhancement; receive, based on the information, at least one repetition of the PDSCH carrying the system information block type 1 message for the coverage enhancement; and transmit, to the base station , a random access preamble with repetition by using one or more specific radio resources for the coverage enhancement.
An absorbent sheet comprising a base sheet and absorbent polymer fixed to the base sheet, wherein an absorbent polymer fixing proportion is 40% or more, which is determined in accordance with the description, wherein the absorbent polymer is fixed to the base sheet with a base sheet fixing adhesive interposed therebetween, and wherein a residual stress of the base sheet fixing adhesive is 3kPa or more and 18 kPa or less, which is determined in accordance with the description.
A smoking substitute device comprising a heater and a controller , the device being configured to: to detect a user taking a puff on an aerosol-forming article when power is not being supplied to the heater ; and in response to detection of the puff, activate a supply of power to the heater , characterised in that the controller triggers a vibration generator to provide haptic feedback indicating to the user about the activation of the heater in response to detection of a puff. to detect a user taking a puff on an aerosol-forming article when power is not being supplied to the heater ; and in response to detection of the puff, activate a supply of power to the heater , characterised in that
A heat storage system comprising: a compressor for compressing refrigerant; a heat storage tank for storing a heating medium; heat exchange means for heating the heating medium using heat of the refrigerant compressed by the compressor , the heat exchange means being provided outside the heat storage tank ; a heat accumulating circuit including a feed path for feeding the heating medium flowing out of the heat storage tank to the heat exchange means , a return path for returning the heating medium heated by the heat exchange means into the heat storage tank , and a pump for circulating the heating medium; and control means capable of executing an initial operation configured to control an operating frequency of the compressor at a beginning of a heat accumulating operation in which the heating medium heated by the heat exchange means is accumulated in the heat storage tank , characterized in that the initial operation includes a first operation configured to maintain the operating frequency at a first frequency and a second operation after the first operation, the second operation being configured to maintain the operating frequency at a second frequency higher than the first frequency, wherein the control means is configured to execute the initial operation when the heat accumulating operation is performed during nighttime hours, and is configured not to execute the initial operation when the heat accumulating operation is performed during hours other than the nighttime hours. a compressor for compressing refrigerant; a heat storage tank for storing a heating medium; heat exchange means for heating the heating medium using heat of the refrigerant compressed by the compressor , the heat exchange means being provided outside the heat storage tank ; a heat accumulating circuit including a feed path for feeding the heating medium flowing out of the heat storage tank to the heat exchange means , a return path for returning the heating medium heated by the heat exchange means into the heat storage tank , and a pump for circulating the heating medium; and control means capable of executing an initial operation configured to control an operating frequency of the compressor at a beginning of a heat accumulating operation in which the heating medium heated by the heat exchange means is accumulated in the heat storage tank , characterized in that the initial operation includes a first operation configured to maintain the operating frequency at a first frequency and a second operation after the first operation, the second operation being configured to maintain the operating frequency at a second frequency higher than the first frequency, wherein the control means is configured to execute the initial operation when the heat accumulating operation is performed during nighttime hours, and is configured not to execute the initial operation when the heat accumulating operation is performed during hours other than the nighttime hours.
A device for the production of a thin plate-like laminate having a film-like resin layer , the device being for interposing a workpiece in which a film-like resin composition is laminated on at least one surface of a thin plate-like substrate with molds to obtain a thin plate-like laminate in which a film-like resin layer is integrally formed on the substrate , the device comprising: a setting device for creating a mold retention structure in which the molds are arranged on both surface sides of the workpiece , a heating device for heating the molds to a thermal deformation temperature of the film-like resin composition , a compression roller device in which the mold retention structure , after heating of the molds , is introduced between two compression rollers and which compresses outer surfaces of the molds by rotating the compression rollers to integrally thermocompression-bond the film-like resin composition and the substrate to form a thin plate-like laminate having the film-like resin layer , and an extraction device for extracting the molds from the mold retention structure after compression, wherein the mold retention structure holding the molds is capable of moving between the setting device , the heating device , the compression roller device , and the extraction device . a setting device for creating a mold retention structure in which the molds are arranged on both surface sides of the workpiece , a heating device for heating the molds to a thermal deformation temperature of the film-like resin composition , a compression roller device in which the mold retention structure , after heating of the molds , is introduced between two compression rollers and which compresses outer surfaces of the molds by rotating the compression rollers to integrally thermocompression-bond the film-like resin composition and the substrate to form a thin plate-like laminate having the film-like resin layer , and an extraction device for extracting the molds from the mold retention structure after compression, wherein the mold retention structure holding the molds is capable of moving between the setting device , the heating device , the compression roller device , and the extraction device .
Method for loading of a load with a crane system , wherein by means of a camera system of the crane system , at least one image data stream is generated, characterised in that the at least one image data stream is analysed by a computer unit of the crane system on the basis of an artificial neural network; by means of the computer unit , on the basis of the analysis, a first marker is recognised in a first single image of the at least one image data stream and a second marker is recognised in a second single image of the at least one image data stream; by means of the computer unit a position of the first marker and a position of the second marker are determined; and the load is loaded automatically by a lifting device of the crane system dependent upon the positions of the markers . the at least one image data stream is analysed by a computer unit of the crane system on the basis of an artificial neural network; by means of the computer unit , on the basis of the analysis, a first marker is recognised in a first single image of the at least one image data stream and a second marker is recognised in a second single image of the at least one image data stream; by means of the computer unit a position of the first marker and a position of the second marker are determined; and the load is loaded automatically by a lifting device of the crane system dependent upon the positions of the markers .
A suture device for use in combination with an endoscope having a working channel and a distal end, the suture device comprising: a suture translation assembly configured to be axially translatable within the working channel of the endoscope, the suture translation assembly including: a needle configured to carry a suture, the needle including a distal end and a distal detent near the distal end; a distal shuttle configured to releasably secure the needle; and a sleeve disposable over the distal shuttle, the sleeve movable between a locked position in which the needle is secured to the distal shuttle and an unlocked position in which the needle is releasable from the distal shuttle; a distal assembly configured to be secured to the distal end of the endoscope and comprising a distal endcap , wherein the suture translation assembly extends into the distal assembly; characterised by the suture device further comprising a needle cap configured to releasably fit over the distal end of the needle, wherein the needle cap is configured to be pushed off the needle inside the patient. a suture translation assembly configured to be axially translatable within the working channel of the endoscope, the suture translation assembly including: a needle configured to carry a suture, the needle including a distal end and a distal detent near the distal end; a distal shuttle configured to releasably secure the needle; and a sleeve disposable over the distal shuttle, the sleeve movable between a locked position in which the needle is secured to the distal shuttle and an unlocked position in which the needle is releasable from the distal shuttle; a needle configured to carry a suture, the needle including a distal end and a distal detent near the distal end; a distal shuttle configured to releasably secure the needle; and a sleeve disposable over the distal shuttle, the sleeve movable between a locked position in which the needle is secured to the distal shuttle and an unlocked position in which the needle is releasable from the distal shuttle; a distal assembly configured to be secured to the distal end of the endoscope and comprising a distal endcap , wherein the suture translation assembly extends into the distal assembly; characterised by the suture device further comprising a needle cap configured to releasably fit over the distal end of the needle, wherein the needle cap is configured to be pushed off the needle inside the patient.
A dielectric barrier discharge plasma reactor for plasma enhanced chemical vapor deposition of a coating on a substrate under atmospheric pressure, comprising: • a first electrode having a first face and a second face opposite to the first face , • a second electrode having a third face and a fourth face opposite to the third face, the fourth face of the second electrode facing the second face of the first electrode, and wherein the second electrode is separated from the first electrode for forming a plasma area between the second face and the fourth face , • a first dielectric layer covering the second face of the first electrode, • a power supply configured to apply a voltage between the first and second electrode, characterized in that the reactor further comprises an induction heating coil for heating by induction the substrate when placed in the plasma area and/or for heating a susceptor by induction when placed in the plasma area , said induction heating coil being located outside of said plasma area, and wherein said induction heating coil comprises a plurality of windings winded around a central coil axis (X B ), and in that said first electrode and/or said second electrode comprises a through-hole extending along said central coil axis (X B ). • a first electrode having a first face and a second face opposite to the first face , • a second electrode having a third face and a fourth face opposite to the third face, the fourth face of the second electrode facing the second face of the first electrode, and wherein the second electrode is separated from the first electrode for forming a plasma area between the second face and the fourth face , • a first dielectric layer covering the second face of the first electrode, • a power supply configured to apply a voltage between the first and second electrode, the reactor further comprises an induction heating coil for heating by induction the substrate when placed in the plasma area and/or for heating a susceptor by induction when placed in the plasma area , said induction heating coil being located outside of said plasma area, and wherein said induction heating coil comprises a plurality of windings winded around a central coil axis (X B ), and in that said first electrode and/or said second electrode comprises a through-hole extending along said central coil axis (X B ).