mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a photovoltaic module having a front face intended to be exposed to solar radiation, said method comprising at least the following steps: - providing a plurality of bifacial photovoltaic cells each having a short-circuit current ratio, said ratio being defined, for each cell, as being the ratio between: • the short-circuit current (Isc) generated when the rear face of said bifacial photovoltaic cell is illuminated and • the short-circuit current generated when the front face of said cell is illuminated, - asymmetrically cutting each cell into a first and a second portion, such that the ratio between the surface areas of said portions is substantially equal to the short-circuit current ratio of said cell or to the average short-circuit ratio of the set of cells, - juxtaposing said cell portions in a main plane of the module to form pairs of cell portions chosen such that the front face of the first portion has a short-circuit current substantially equal to the short-circuit current of the rear face of the second portion, said portions being arranged such that the front face of the first portion and the rear face of the second portion coincide with the front face of the module, - creating an electrical connection of the front face of the first portion with the rear face of the second portion. - providing a plurality of bifacial photovoltaic cells each having a short-circuit current ratio, said ratio being defined, for each cell, as being the ratio between: • the short-circuit current (Isc) generated when the rear face of said bifacial photovoltaic cell is illuminated and • the short-circuit current generated when the front face of said cell is illuminated, • the short-circuit current (Isc) generated when the rear face of said bifacial photovoltaic cell is illuminated and • the short-circuit current generated when the front face of said cell is illuminated, - asymmetrically cutting each cell into a first and a second portion, such that the ratio between the surface areas of said portions is substantially equal to the short-circuit current ratio of said cell or to the average short-circuit ratio of the set of cells, - juxtaposing said cell portions in a main plane of the module to form pairs of cell portions chosen such that the front face of the first portion has a short-circuit current substantially equal to the short-circuit current of the rear face of the second portion, said portions being arranged such that the front face of the first portion and the rear face of the second portion coincide with the front face of the module, - creating an electrical connection of the front face of the first portion with the rear face of the second portion.
A burst-mode laser control circuit, comprising: a) an automatic power control loop containing a bandwidth-select circuit for selecting track mode; b) a laser; c) a diode; and d) a burst-mode control circuit comprising a switch in series with the diode and parallel to the laser, the switch being turned on or off by external logic; when the switch is turned on, the laser is disabled and the bandwidth-select circuit enters a first track mode; when the switch is turned off, the laser is able to provide optical outputs, and the bandwidth-select circuit enters a second track mode; wherein the bandwidth-select circuit is configured to track its input signals faster in the first track mode than that in the second track mode; thereby providing burst-mode control of the laser. a) an automatic power control loop containing a bandwidth-select circuit for selecting track mode; b) a laser; c) a diode; and d) a burst-mode control circuit comprising a switch in series with the diode and parallel to the laser, the switch being turned on or off by external logic;
A terminal comprising: a reception unit configured to receive configuration information for configuring a resource to be used for terminal-to-terminal direct communication beforehand, and control information for dynamically configuring the resource; a control unit configured to configure a resource for retransmitting data of the terminal-to-terminal direct communication by using either one of the configuration information and the control information, based on an identifier by which the control information is scrambled and information indicating new data included in the control information; and a transmission unit configured to retransmit data of the terminal-to-terminal direct communication by using the resource configured by the control unit. a reception unit configured to receive configuration information for configuring a resource to be used for terminal-to-terminal direct communication beforehand, and control information for dynamically configuring the resource; a control unit configured to configure a resource for retransmitting data of the terminal-to-terminal direct communication by using either one of the configuration information and the control information, based on an identifier by which the control information is scrambled and information indicating new data included in the control information; and a transmission unit configured to retransmit data of the terminal-to-terminal direct communication by using the resource configured by the control unit.
A container of a fluid, comprising a collar having a passage and a pair (3A, 3B) of laminated film sheets thermally bonded along perimetral welding lines so as to form a bag, the pair of sheets (3A, 3B) being also thermally welded to the collar so that the passage of the collar defines an access inside the bag, the outer surface of the collar, in a welding zone with each of the sheets (3A, 3B) having, in section, an oblong conformation with two tapered ends aligned along at least one axis where the pair (3A, 3B) of sheets are welded together, the collar having at least a pair orientation surfaces to align the collar prior to an automatic welding of the sheets (3A, 3B) to the collar, characterised in that the collar further comprises an end having a torsional coupling tooth crown with an element for fixing a pump at least to the collar, and where the pair of orientation surfaces is made by parallel bushes that interrupt the crown and obtained near said end of the collar.
A vehicle arrangement, comprising a tow vehicle; a towed vehicle including at least two wheels and at least two motors, each of the motors being coupled with a corresponding wheel; a load sensing hitch between said tow vehicle and said towed vehicle, said load sensing hitch sensing a lateral load and providing an output signal representing a sensed lateral load on said load sensing hitch; and an electrical processing circuit coupled with said load sensing hitch, said electrical processing circuit actuating at least one of the motors, dependent upon said output signal of said load sensing hitch, characterized in that said electrical processing circuit compares a value of said lateral load based on the output signal of the load sensing hitch with an acceptable load range and actuates at least one of the motors if said value is outside of said acceptable load range.
A method of producing a filtration media having a chemical reagent comprising the steps of: mixing H 2 O, KMnO 4, and at least one salt consisting of ions or ionic compounds selected from the group consisting of Na +, Li +, K +, NH 4 +, Cl -, SO 4 2-, BO 3 2-, CO 3 2-, PO 4 3-, NO 3 - and combinations thereof or consisting of ions or ionic compounds selected from the group consisting of Na +, Li +, K +, NH 4 +, Mg 2+, Ca 2+, Cl -, BO 3 2-, NO 3 - and combinations thereof forming an impregnating solution; heating said impregnating solution; combining an activated alumina support with said impregnating solution in an amount sufficient to form a coherent mass; mixing and heating said impregnating solution and said activated alumina support; and curing said impregnating solution and said activated alumina support forming said coherent mass, wherein said curing is performed without allowing the curing to proceed to completion to keep the materials partially hydrated and is followed by the steps of: granulating said coherent mass into granules; compression forming said granules into a desired shape; and further curing to completion said shaped granules forming said filter media. mixing H 2 O, KMnO 4, and at least one salt consisting of ions or ionic compounds selected from the group consisting of Na +, Li +, K +, NH 4 +, Cl -, SO 4 2-, BO 3 2-, CO 3 2-, PO 4 3-, NO 3 - and combinations thereof or consisting of ions or ionic compounds selected from the group consisting of Na +, Li +, K +, NH 4 +, Mg 2+, Ca 2+, Cl -, BO 3 2-, NO 3 - and combinations thereof forming an impregnating solution; heating said impregnating solution; combining an activated alumina support with said impregnating solution in an amount sufficient to form a coherent mass; mixing and heating said impregnating solution and said activated alumina support; and curing said impregnating solution and said activated alumina support forming said coherent mass, wherein said curing is performed without allowing the curing to proceed to completion to keep the materials partially hydrated and is followed by the steps of: granulating said coherent mass into granules; compression forming said granules into a desired shape; and further curing to completion said shaped granules forming said filter media. granulating said coherent mass into granules; compression forming said granules into a desired shape; and further curing to completion said shaped granules forming said filter media.
A sample processor, comprising: a flow cell unit comprising a sample port, a processing fluid port, and a vacuum port; a fluid system (10, 100, 200) comprising: a sample container, a sheath fluid container (130, T), a sample line for communicating the sample container to the sample port of the flow cell unit; a processing fluid line communicating the sheath fluid container (130, T) to the processing fluid port of the flow cell unit; a vacuum line (111, 211) in communication with the flow cell unit; and an air pump (110, 210) comprising a first output port (111a, 211a) and a second output port (111b, 211b), wherein pressurized gas is generated at the first output port, the first output port is in communication with the sample container and the sheath fluid container, a vacuum is generated at the second output port, and the second output port is in communication with the vacuum port of the flow cell unit through the vacuum line. a flow cell unit comprising a sample port, a processing fluid port, and a vacuum port; a fluid system (10, 100, 200) comprising: a sample container, a sheath fluid container (130, T), a sample line for communicating the sample container to the sample port of the flow cell unit; a processing fluid line communicating the sheath fluid container (130, T) to the processing fluid port of the flow cell unit; a vacuum line (111, 211) in communication with the flow cell unit; and an air pump (110, 210) comprising a first output port (111a, 211a) and a second output port (111b, 211b), wherein pressurized gas is generated at the first output port, the first output port is in communication with the sample container and the sheath fluid container, a vacuum is generated at the second output port, and the second output port is in communication with the vacuum port of the flow cell unit through the vacuum line. a sample container, a sheath fluid container (130, T), a sample line for communicating the sample container to the sample port of the flow cell unit; a processing fluid line communicating the sheath fluid container (130, T) to the processing fluid port of the flow cell unit; a vacuum line (111, 211) in communication with the flow cell unit; and an air pump (110, 210) comprising a first output port (111a, 211a) and a second output port (111b, 211b), wherein pressurized gas is generated at the first output port, the first output port is in communication with the sample container and the sheath fluid container, a vacuum is generated at the second output port, and the second output port is in communication with the vacuum port of the flow cell unit through the vacuum line.
A probabilistic signal point shaping device comprising circuitry configured to: - map data blocks of input bits of an input bit stream onto mapping symbols by use of constant composition distribution matching, CCDM, wherein said mapping symbols are distributed according to a predetermined probability distribution and represented by non-uniformly spaced complex-valued signal points or non-uniformly spaced amplitude levels, - assign bit labels to said mapping symbols, - determine redundancy bits from the bits of said bit labels, - transform said redundancy bits into a redundancy rule, and - apply the redundancy rule to the mapping symbols to obtain output symbols. - map data blocks of input bits of an input bit stream onto mapping symbols by use of constant composition distribution matching, CCDM, wherein said mapping symbols are distributed according to a predetermined probability distribution and represented by non-uniformly spaced complex-valued signal points or non-uniformly spaced amplitude levels, - assign bit labels to said mapping symbols, - determine redundancy bits from the bits of said bit labels, - transform said redundancy bits into a redundancy rule, and - apply the redundancy rule to the mapping symbols to obtain output symbols.
A light source in particular for shelves, comprising a housing and at least one LED source (14, 15, 16), wherein the housing has an upper arm, a lower arm and a rear wall, and wherein the rear wall joins the upper arm and the lower arm at their proximal ends (2p, 3p), respectively, and a distance (Dp) between these proximal ends (2p, 3p) is greater than a distance (Dd) between distal ends (2d, 3d) of the upper arm and the lower arm, respectively, characterized in that the upper arm, the lower arm and the rear wall each has a cavity (5, 6, 7) fixing a printed circuit board (8, 9, 10), and an aperture (11, 12, 13) for transmission of light emitted by a LED source (14, 15, 16), and wherein at least one LED source (14, 15, 16) is mounted in each of the upper arm and the lower arm, and the rear wall, and in that the at least one upper LED source is mounted on the upper printed circuit board, the at least one lower LED source is mounted on the lower printed circuit board, and the at least one rear LED source is mounted on the rear printed circuit board.
Process for manufacturing by transfer a catalyst-coated membrane for a fuel-cell stack/electrolyser, this process comprising the following steps: - a step of depositing a catalytic active layer on a transfer substrate; - a step of transferring the catalytic active layer from the transfer substrate to a proton exchange membrane by pressing; characterized in that the transferring step comprises a pressing operation in which the transfer substrate is pressed against the proton exchange membrane by way of an elastically deformable compression film that comprises a layer of unapertured material and a textured layer. - a step of depositing a catalytic active layer on a transfer substrate; - a step of transferring the catalytic active layer from the transfer substrate to a proton exchange membrane by pressing; characterized in that the transferring step comprises a pressing operation in which the transfer substrate is pressed against the proton exchange membrane by way of an elastically deformable compression film that comprises a layer of unapertured material and a textured layer.
A fluid pressure control apparatus comprising: a proportional solenoid valve operatively connected between a fluid inlet and a fluid outlet, a pressure sensor fluidically coupled to the fluid outlet, an electronic controller adapted to receive a first signal from the pressure sensor, to receive a second signal corresponding to a pressure set point and to generate and output a control signal to the solenoid valve, characterised in said solenoid valve having a rest position between opened and closed and said electronic controller being further adapted to generate the control signal with either of opposite polarities to move the valve in either of opposite directions from its rest position. a proportional solenoid valve operatively connected between a fluid inlet and a fluid outlet, a pressure sensor fluidically coupled to the fluid outlet, an electronic controller adapted to receive a first signal from the pressure sensor, to receive a second signal corresponding to a pressure set point and to generate and output a control signal to the solenoid valve, characterised in said solenoid valve having a rest position between opened and closed and said electronic controller being further adapted to generate the control signal with either of opposite polarities to move the valve in either of opposite directions from its rest position.
A method of protecting passwords on a mobile device during a remote management session, the method comprising: establishing a remote management session between a console and the mobile device; attempting, by the console, to access a protected application on the mobile device; characterised by: pausing streaming of the remote management session between the mobile device and the console on a condition that a field for entry of user authentication data to access the protected application is in focus on the mobile device; and resuming streaming of the remote management session from the mobile device to the console on a condition that the field for entry of the user authentication data is no longer in focus on the mobile device. establishing a remote management session between a console and the mobile device; attempting, by the console, to access a protected application on the mobile device; characterised by: pausing streaming of the remote management session between the mobile device and the console on a condition that a field for entry of user authentication data to access the protected application is in focus on the mobile device; and resuming streaming of the remote management session from the mobile device to the console on a condition that the field for entry of the user authentication data is no longer in focus on the mobile device. pausing streaming of the remote management session between the mobile device and the console on a condition that a field for entry of user authentication data to access the protected application is in focus on the mobile device; and resuming streaming of the remote management session from the mobile device to the console on a condition that the field for entry of the user authentication data is no longer in focus on the mobile device.
A charging gun with good heat conduction and heat dissipation performance, wherein the charging gun with good heat conduction and heat dissipation performance includes a gun body, terminals, insulating sleeves, and a metal heat dissipation member suitable for dissipating heat to outside air; there are a plurality of terminals and a plurality of sleeves; rear end portions of each of the terminals pass through one of the plurality of sleeves which are independent of each other, the metal heat dissipation member is provided with a plurality of mounting holes, each of the sleeves pass through one of the plurality of mounting holes and are fixed to the mounting holes, respectively, and the metal heat dissipation member is fixed to the gun body; wherein front end portions of the sleeves extend out of a front end surface of the metal heat dissipation member; rear end portions of the sleeves extend out of a rear end surface of the metal heat dissipation member, and sections of the sleeves extending out of the metal heat dissipation member are sleeved with high temperature resistant plastic parts.
An ex-vivo -method for transiently modifying unstimulated resting peripheral blood mononuclear cell (PBMCs) to express a chimeric receptor on their surface, the method comprising the steps of: (a) isolating unstimulated resting PBMCs from peripheral blood collected previously; and (b) electroloading the PBMCs with mRNA encoding a chimeric receptor, wherein the electroloaded PBMCs transiently express the chimeric receptor on their surface, and wherein the electroloading is flow electroporation. (a) isolating unstimulated resting PBMCs from peripheral blood collected previously; and (b) electroloading the PBMCs with mRNA encoding a chimeric receptor, wherein the electroloaded PBMCs transiently express the chimeric receptor on their surface, and
Solvent-based two-component coating composition comprising a paint base component comprising at least one polycarbonate diol, at least one hydroxyl-containing acrylate resin, polyester resin and/or polyester acrylate resin having a hydroxyl number of 75 to 500 mg KOH/g, and at least one filler modified with at least one organosilane and a hardener component comprising at least one organic polyisocyanate, wherein the coating composition has a viscosity of 50 to 2000 mPa*s at a shear stress of 1,000 1/s and a temperature of 23°C and a content of organic solvents of 100 to 350 g/L, wherein the viscosity is measured according to DIN 53019. a paint base component comprising at least one polycarbonate diol, at least one hydroxyl-containing acrylate resin, polyester resin and/or polyester acrylate resin having a hydroxyl number of 75 to 500 mg KOH/g, and at least one filler modified with at least one organosilane and at least one polycarbonate diol, at least one hydroxyl-containing acrylate resin, polyester resin and/or polyester acrylate resin having a hydroxyl number of 75 to 500 mg KOH/g, and at least one filler modified with at least one organosilane and a hardener component comprising at least one organic polyisocyanate, wherein the coating composition has a viscosity of 50 to 2000 mPa*s at a shear stress of 1,000 1/s and a temperature of 23°C and a content of organic solvents of 100 to 350 g/L, wherein the viscosity is measured according to DIN 53019.
A method of manufacturing an article of footwear, comprising: forming an upper of the article of footwear by fusing bonding particles of thermoplastic elastomer material together using a rapid manufacturing additive fabrication technique; and processing the upper formed by the rapid manufacturing additive fabrication technique by exposing the upper to an infiltrate to strengthen the upper, wherein the infiltrate has a hardness in the range of 20-70 Shore A. forming an upper of the article of footwear by fusing bonding particles of thermoplastic elastomer material together using a rapid manufacturing additive fabrication technique; and processing the upper formed by the rapid manufacturing additive fabrication technique by exposing the upper to an infiltrate to strengthen the upper, wherein the infiltrate has a hardness in the range of 20-70 Shore A.
Asbestos sample preparation method for the analysis of asbestos in a raw material sample possibly containing asbestos, characterised in that the raw material sample is treated with a liquid in a sample container is added with a liquid and wherein the raw material sample is subjected to a treatment process, whereby the raw material sample is suspended in the liquid.
A succinate dehydrogenase inhibitor or a pharmaceutically acceptable salt thereof for use in the therapeutic treatment or prevention of reperfusion injury by inhibiting the accumulation of succinate, wherein the inhibitor or pharmaceutically acceptable salt thereof is a cell-permeable and reversible inhibitor of succinate dehydrogenase that is selected from R 1 O 2 C-CH 2 -CO 2 R 4; wherein: R 1 is selected from C 1-12 alkyl; R 4 is selected from C 1-12 alkyl. R 1 is selected from C 1-12 alkyl; R 4 is selected from C 1-12 alkyl.