mhurhangee/patent-ind-claim-en huggingface dataset:
A data transmission method, comprising: classifying, by a base station, terminal devices into a plurality of contention resource groups; sending , by the base station, first control signaling, wherein the first control signaling is used to schedule a first terminal device group in a first contention resource group of the plurality of contention resource groups to transmit data using a first time domain resource, wherein the first contention resource group further comprises at least one second terminal device group, wherein the first control signaling is scrambled by using a contention-based radio network temporary identifier, CB-RNTI, corresponding to the first contention resource group, wherein demodulation reference signals, DMRSs, of any two different terminal devices in any terminal device group in the first contention resource group are different, but DMRSs of any two different terminal devices in different terminal device groups in the first contention resource group may be the same, wherein DMRS sequences of the terminal devices are used to distinguish uplink data transmitted by the terminal devices, and wherein the first time domain resource consists of at least one basic time domain unit; and receiving , by the base station according to the first control signaling, data transmitted by the first terminal device group using all or some basic time domain units of the first time domain resource, wherein data transmitted by the at least one second terminal device group is received, by the base station, at a different time point. classifying, by a base station, terminal devices into a plurality of contention resource groups; sending , by the base station, first control signaling, wherein the first control signaling is used to schedule a first terminal device group in a first contention resource group of the plurality of contention resource groups to transmit data using a first time domain resource, wherein the first contention resource group further comprises at least one second terminal device group, wherein the first control signaling is scrambled by using a contention-based radio network temporary identifier, CB-RNTI, corresponding to the first contention resource group, wherein demodulation reference signals, DMRSs, of any two different terminal devices in any terminal device group in the first contention resource group are different, but DMRSs of any two different terminal devices in different terminal device groups in the first contention resource group may be the same, wherein DMRS sequences of the terminal devices are used to distinguish uplink data transmitted by the terminal devices, and wherein the first time domain resource consists of at least one basic time domain unit; and receiving , by the base station according to the first control signaling, data transmitted by the first terminal device group using all or some basic time domain units of the first time domain resource, wherein data transmitted by the at least one second terminal device group is received, by the base station, at a different time point.
A device for visual stimulation, wherein the device comprises at least one light source and at least one light guide to direct light emitted by the at least one light source to at least one light outlet , wherein the device comprises attachment means with which the light outlet is supportable and/or attachable in connection with a skin around an eye of a subject and the device is configured to direct, via the at least one light outlet , light emitted by the at least one light source , towards optically sensitive parts of the eye through the skin and/or tissue around the eye so that the light outlet is arranged to be located essentially outside of a visual field of the subject when the attachment means , the light outlet and/or light guide is in use position in connection with the skin around the eye, wherein the light guide and the light outlet are made of materials that do not interfere with imaging in such a way that the device can be used in magnetic imaging environment, such as magnetoencephalography (MEG), functional magnetic resonance imaging (fMRI), and/or magnetic resonance spectroscopy (MRS) environment, and wherein the light source is arranged at minimum so far away from the light outlets that the light source and electronics connected to the light source do not cause interference to an imaging apparatus used in imaging.
Method for monitoring and for diagnosing a photovoltaic architecture, said architecture including a plurality of strings (Ch1, Ch2) of photovoltaic modules (Mi) that are connected in parallel, each string of photovoltaic modules including a plurality of photovoltaic modules that are connected in series, each photovoltaic module including a plurality of photovoltaic cells (Cx) that are connected in series, said architecture including bypass diodes for each bypassing one or more cells of the module if a cell is faulty, said method being characterized in that , for at least one photovoltaic module, it includes the following steps: - acquiring a plurality of temperature values for each cell (Cx) of said module over time so as to form, for each cell, a profile of temperature as a function of time; - determining a reference temperature value (Tref) of a cell on the basis of the acquired temperature values; - for a temperature profile of a cell of the module, comparing an acquired temperature value with said reference temperature value so as to determine a temperature difference; - determining the operating state of each cell by comparing said determined temperature difference with a stored threshold value (Vs). - acquiring a plurality of temperature values for each cell (Cx) of said module over time so as to form, for each cell, a profile of temperature as a function of time; - determining a reference temperature value (Tref) of a cell on the basis of the acquired temperature values; - for a temperature profile of a cell of the module, comparing an acquired temperature value with said reference temperature value so as to determine a temperature difference; - determining the operating state of each cell by comparing said determined temperature difference with a stored threshold value (Vs).
A micron scale heating stage configured for conducting nanomechanical property testing at sub-micron scales comprising: a base interface configured for coupling with a holder base of a sub-micron scale nanomechanical property testing instrument and electro-mechanical transducer assembly; a test subject stage , the test subject stage including: a stage subject surface outside of an electron beam of a transmission electron microscope when the micron scale heating stage is installed within the transmission electron microscope, and a stage plate underlying the stage subject surface , the stage plate bracing the stage subject surface ; and a heating element on the test subject stage and adjacent to the stage subject surface , wherein the base interface is thermally isolated from the heating element . a base interface configured for coupling with a holder base of a sub-micron scale nanomechanical property testing instrument and electro-mechanical transducer assembly; a test subject stage , the test subject stage including: a stage subject surface outside of an electron beam of a transmission electron microscope when the micron scale heating stage is installed within the transmission electron microscope, and a stage plate underlying the stage subject surface , the stage plate bracing the stage subject surface ; and a heating element on the test subject stage and adjacent to the stage subject surface , wherein the base interface is thermally isolated from the heating element . a stage subject surface outside of an electron beam of a transmission electron microscope when the micron scale heating stage is installed within the transmission electron microscope, and a stage plate underlying the stage subject surface , the stage plate bracing the stage subject surface ; and a heating element on the test subject stage and adjacent to the stage subject surface , wherein the base interface is thermally isolated from the heating element .
Device for measuring elevations on the surface of a rotary body embodied as a cylinder , roller , sleeve , or plate for a printing machine , the device comprising a first motor for rotating the rotary body about an axis of rotation and a measuring device , said measuring device including at least one radiation source and at least one area scan camera for taking measurements in a touch-free manner, characterized in that the measuring device for taking touch-free measurements comprises a reference object and in that the area scan camera records at least a common image, a common succession of images, or a common film of an axial area of the contour of the rotary body and of the same axial area of the reference object or of the contour thereof.
A sulfur curable rubber composition comprising, based on 100 parts by weight of elastomer (phr): (A) at least two diene elastomers, wherein a pair of the at least two diene elastomers has a greater than 30% difference in styrene content by weight; and (B) from 20 to 200 phr or from 60 to 180 phr of a silica filler, preferably a precipitated silica filler; characterized in that all elastomers in the rubber composition are functionalized to react with silica. (A) at least two diene elastomers, wherein a pair of the at least two diene elastomers has a greater than 30% difference in styrene content by weight; and (B) from 20 to 200 phr or from 60 to 180 phr of a silica filler, preferably a precipitated silica filler;
An adapter device comprising a first mount on one side and a second mount on another side, the first mount being configured to detachably attach to a first imaging apparatus , and the second mount being configured to detachably attach to a first accessory , wherein the first mount has a first mount recess , a first mount claw portion , a second mount recess , a second mount claw portion , a third mount recess , and a third mount claw portion , disposed following a circumferential direction of the first mount, wherein the second mount has a fourth mount claw portion , a fourth mount recess , a fifth mount claw portion , a fifth mount recess , a sixth mount claw portion , and a sixth mount recess , disposed following a circumferential direction of the second mount, wherein the first, second, and third mount claw portions are insertable into corresponding mount recesses provided to the first imaging apparatus, wherein the fourth, fifth, and sixth mount claw portions are insertable into mount recesses provided to the first accessory, and wherein a largest angle range out of angle ranges of the fourth, fifth, and sixth mount claw portions in the circumferential direction of the second mount is greater than a largest angle range out of angle ranges of the first, second, and third mount recesses (1501b or 1501c) in the circumferential direction of the first mount. wherein the first mount has a first mount recess , a first mount claw portion , a second mount recess , a second mount claw portion , a third mount recess , and a third mount claw portion , disposed following a circumferential direction of the first mount, wherein the second mount has a fourth mount claw portion , a fourth mount recess , a fifth mount claw portion , a fifth mount recess , a sixth mount claw portion , and a sixth mount recess , disposed following a circumferential direction of the second mount, wherein the first, second, and third mount claw portions are insertable into corresponding mount recesses provided to the first imaging apparatus, wherein the fourth, fifth, and sixth mount claw portions are insertable into mount recesses provided to the first accessory, and wherein a largest angle range out of angle ranges of the fourth, fifth, and sixth mount claw portions in the circumferential direction of the second mount is greater than a largest angle range out of angle ranges of the first, second, and third mount recesses (1501b or 1501c) in the circumferential direction of the first mount.
A metallic mixture blasting capsule using a rapidly expanding metallic mixture, comprising: an outer cartridge; an inner cartridge, accommodated in the outer cartridge; a rapidly expanding metallic mixture, charged between the outer cartridge and the inner cartridge and comprising a sodium nitrate powder as an oxidizing agent, a ferric oxide powder as an oxidizing agent, an aluminum powder as a reducing agent, a solid lubricant powder for removing friction in the aluminum powder, and a inorganic filler powder for filling an air layer between the powders; a rapid-trigger metallic mixture, charged in the inner cartridge and comprising a sodium nitrate powder as an oxidizing agent, a ferric oxide powder as an oxidizing agent, a copper oxide powder as an oxidizing agent, an aluminum powder as a reducing agent, and a magnesium powder of the higher weight percentage than aluminum powder as a reducing agent; and an electric spark generation unit, embedded in the rapid-trigger metallic mixture. an outer cartridge; an inner cartridge, accommodated in the outer cartridge; a rapidly expanding metallic mixture, charged between the outer cartridge and the inner cartridge and comprising a sodium nitrate powder as an oxidizing agent, a ferric oxide powder as an oxidizing agent, an aluminum powder as a reducing agent, a solid lubricant powder for removing friction in the aluminum powder, and a inorganic filler powder for filling an air layer between the powders; a rapid-trigger metallic mixture, charged in the inner cartridge and comprising a sodium nitrate powder as an oxidizing agent, a ferric oxide powder as an oxidizing agent, a copper oxide powder as an oxidizing agent, an aluminum powder as a reducing agent, and a magnesium powder of the higher weight percentage than aluminum powder as a reducing agent; and an electric spark generation unit, embedded in the rapid-trigger metallic mixture.
A theft deterring system , comprising: a power tool , comprising: a motor (M) connectable to a power source, a switch connected to the motor (M), a controller connected to the switch , the controller controlling the switch for controlling an amount of power provided to the motor (M), and a state circuit having a memory for storing a state value; wherein the controller is configured to activate the switch to provide power to the motor (M) when the state value stored in the memory equals a desired value; wherein the stored state value represents one of: an unactivated state in which the power tool may not be turned on and a fully activated state in which the power tool may work at full settings and/or have all features working; characterized in that the stored state value can further represent a partly activated state in which the power tool may work only at a lower power setting and/or may have only some features working. a power tool , comprising: a motor (M) connectable to a power source, a switch connected to the motor (M), a controller connected to the switch , the controller controlling the switch for controlling an amount of power provided to the motor (M), and a state circuit having a memory for storing a state value; wherein the controller is configured to activate the switch to provide power to the motor (M) when the state value stored in the memory equals a desired value;
A communication method implemented at a field programmable gate array (FPGA) , comprising: receiving , by a first protocol stack from a source application, a data transmitting request for a destination application; packaging , by the first protocol stack, the data transmitting request into a first packet by adding a header to the data transmitting request, the header indicating the source application and the destination application; transmitting , by the first protocol stack, a physical address of a second protocol stack connected with the destination application; and packaging the first packet into a second packet, wherein the first packet serves as a data portion of the second packet, the second packet being a Transaction Layer Packet (TLP) that conforms to the Peripheral Component Interconnect Express (PCIe) standard. receiving , by a first protocol stack from a source application, a data transmitting request for a destination application; packaging , by the first protocol stack, the data transmitting request into a first packet by adding a header to the data transmitting request, the header indicating the source application and the destination application; transmitting , by the first protocol stack, a physical address of a second protocol stack connected with the destination application; and packaging the first packet into a second packet, wherein the first packet serves as a data portion of the second packet, the second packet being a Transaction Layer Packet (TLP) that conforms to the Peripheral Component Interconnect Express (PCIe) standard.
A method for purifying one or more chlorinated hydrocarbons, comprising cooling a mixture (M) consisting of hydrogen fluoride (HF) and at least one chlorinated hydrocarbon selected from 2,3-dichloro-3,3-difluoropropene(HCFO-1232xf) and 1,2,3-trichloro-1,1-difluoropropane(HCFC-242dc), and, optionally, at least one other component to cause liquid-liquid separation of the mixture into an upper liquid phase having a high hydrogen fluoride concentration and a lower liquid phase having a high chlorinated hydrocarbon concentration, wherein the said other component is selected from the group consisting of 1,1,2,3-tetrachloropropene (HCFO-1230xa), 2,3,3-trichloro-3-fluoropropene (HCFO-1231xf), 1,2,3-trichloro-1-fluoropropene(E,Z-HCFO-1231xb), 1,1,2-trichloro-3-fluoropropene (HCFO-1231xa), 1,3,3-trichloro-3-fluoropropene (E,Z-HCFO-1231zd), 2,3-dichloro-1,1-difluoropropene (HCFO-1232xc), 1,1,2,3-tetrachloro-1-fluoropropane (HCFC-241db), 1,2-dichloro-3,3,3-trifluoropropane (HCFC-243db), 2-chloro-1,1,1,2-tetrafluoropropane (HCFC-244bb), 1,1,1,2,3-pentafluoropropane (HFC-245eb) and 1,1,1,2,2-pentafluoropropane (HFC-245cb).
A bra adapted for athletic use, of the type comprising: a first cup and a second cup belonging to a front portion of the bra , each of them bounded laterally by an outer edge and by an inner edge , and a back fixation strap which is connected to the outer edge of the first cup and to the outer edge of the second cup , wherein each cup is outfitted with a support structure and a base structure , the support structure of each cup comprising at least a first support strap and a second support strap , wherein both the first support strap and the second support strap are of overall cradle shape which is elastically deformable and which extends at least from the outer edge to the inner edge of the associated cup , to support the breast, the bra is characterized in that the first support strap is formed from a first series of elongated elements which are elastically deformable and which extend in overall parallel manner to each other, and in that the second support strap is formed from a second series of elongated elements which are elastically deformable and which extend in an overall parallel manner to each other, and in that the first strap and the second strap of each cup are arranged so as to cross and form a support meshing zone (Z2) at each cup . a first cup and a second cup belonging to a front portion of the bra , each of them bounded laterally by an outer edge and by an inner edge , and a back fixation strap which is connected to the outer edge of the first cup and to the outer edge of the second cup , wherein each cup is outfitted with a support structure and a base structure , the support structure of each cup comprising at least a first support strap and a second support strap , wherein both the first support strap and the second support strap are of overall cradle shape which is elastically deformable and which extends at least from the outer edge to the inner edge of the associated cup , to support the breast, the bra is characterized in that the first support strap is formed from a first series of elongated elements which are elastically deformable and which extend in overall parallel manner to each other, and in that the second support strap is formed from a second series of elongated elements which are elastically deformable and which extend in an overall parallel manner to each other, and in that the first strap and the second strap of each cup are arranged so as to cross and form a support meshing zone (Z2) at each cup .
Process for converting a gas comprising CO 2 and/or CO in the presence of a catalytic system and a cold plasma, preferably a plasma generated by dielectric barrier discharge (DBD), said catalytic system comprising: - a support comprising cerium and/or zirconium, - nickel, and - a promoter chosen from gadolinium and mixtures of gadolinium and yttrium. - a support comprising cerium and/or zirconium, - nickel, and - a promoter chosen from gadolinium and mixtures of gadolinium and yttrium.
Machine for dispensing a beverage comprising a chamber for receiving a barrel forming a beverage refill and a device for filling the beverage contained in the barrel, said filling device being handled by the consumer, said machine for dispensing a beverage resting on feet and comprising a control circuit comprising a system for measuring a remaining amount of beverage in the barrel, the system for measuring a remaining amount of beverage comprising at least one weight sensor arranged in only at least one of the feet placed opposite the filling device , characterised in that it comprises a single foot arranged opposite the filling device , the system for measuring a remaining amount of beverage comprising one single weight sensor arranged in the single foot placed opposite the filling device .
An apparatus for obtaining a panel product of mosaic tiles arranged in an orderly pattern and mutually joined in an irreversible fashion to form the panel through PVC glue points that join respective couples of mutually adjacent tiles, on the side of the back faces of the same tiles, the apparatus comprising at least one stencil member adapted to become superimposed to, and in close proximity of the back face of, said tiles in said orderly pattern, said stencil member comprising an arrangement of guide holes for the deposition of respective glue points between the tiles in correspondence with the holes, and glue distribution and scraping means adapted to distribute and scrape the glue over the stencil member to make the glue drip through said holes deposit between the sides of said tiles, characterized in that it comprises one or more grids made of an elastic, soft and nonstick material, such as silicone, adapted to form said orderly pattern of the tiles, wherein each grid comprises a number of cells the bottom of which is adapted to support the front face of each tile, the cells being separated by ridges adapted to stop the pouring of the glue dripping through said holes at a determined height.