mhurhangee/ep-ind-claims huggingface dataset:
A gas-diffusion layer used for fuel cells, comprising: a porous material that includes, as main ingredients: conductive particles, wherein the materials for conductive particles are carbon materials such as carbon black, graphite and activated carbon; and a polymer resin having water repellency, wherein said gas-diffusion layer internally possesses pores with a size from 0.01 μm to 0.05 μm, and hollows with a size from about 1 μm to about 200 μm when determined by the method indicated in the description, wherein a ratio of areas of the hollows in a cross-section of the gas diffusion layer calculated as a ratio of the areas of the hollows to the total area of the cross-section is from 0.5% to 5% when determined by the method indicated in the description, and wherein a diameter of the hollows in a planar direction of the gas-diffusion layer is larger than a diameter of the hollows in a thickness direction of the gas-diffusion layer. a porous material that includes, as main ingredients: conductive particles, wherein the materials for conductive particles are carbon materials such as carbon black, graphite and activated carbon; and a polymer resin having water repellency, conductive particles, wherein the materials for conductive particles are carbon materials such as carbon black, graphite and activated carbon; and a polymer resin having water repellency, wherein said gas-diffusion layer internally possesses pores with a size from 0.01 μm to 0.05 μm, and hollows with a size from about 1 μm to about 200 μm when determined by the method indicated in the description, wherein a ratio of areas of the hollows in a cross-section of the gas diffusion layer calculated as a ratio of the areas of the hollows to the total area of the cross-section is from 0.5% to 5% when determined by the method indicated in the description, and wherein a diameter of the hollows in a planar direction of the gas-diffusion layer is larger than a diameter of the hollows in a thickness direction of the gas-diffusion layer.
Individual device for ventilation-assisted respiratory protection, comprising an anti-gas filter connected to a protective mask for the respiratory tract and a pipe connecting the anti-gas filter to the protection mask, the device comprising, downstream of the anti-gas filter, a chemical reagent which, by means of changing color, makes it possible to visually detect an indication of the saturation state of the anti-gas filter, the chemical reagent which indicates the saturation state of the anti-gas filter being positioned between the anti-gas filter and the pipe and/or between the pipe and the mask and preferably directly connected to one end of said pipe, the chemical reagent being integrated in a module which is secured to the pipe, and the module comprising a double wall in which the chemical reagent is trapped in order to prevent the chemical reagent from entering the mask.
A fluid machine comprising: a housing; a fixed scroll fixed with respect to the housing; a turning scroll that revolves around the fixed scroll; and a rotation preventing mechanism that prevents a rotation of the turning scroll, wherein the rotation preventing mechanism includes a rotation preventing pin projected from a wall surface at a side of the housing or a side of the turning scroll and a restraining member that restricts a position of the rotation preventing pin by engaging with the rotation preventing pin, characterized in that a projecting side end of the rotation preventing pin has a taper shape which changes in stages, and an end of the taper shape has a R-shape formed by R-chamfering. a housing; a fixed scroll fixed with respect to the housing; a turning scroll that revolves around the fixed scroll; and a rotation preventing mechanism that prevents a rotation of the turning scroll, wherein the rotation preventing mechanism includes a rotation preventing pin projected from a wall surface at a side of the housing or a side of the turning scroll and a restraining member that restricts a position of the rotation preventing pin by engaging with the rotation preventing pin, characterized in that a projecting side end of the rotation preventing pin has a taper shape which changes in stages, and an end of the taper shape has a R-shape formed by R-chamfering.
A gas turbine engine comprising a sensor system, the sensor system comprising: a pressure sensor positioned to receive a pressurized gas and measure the pressure in the gas turbine engine; thermally insulating material mounting the pressure sensor spaced from thermally conductive portions of the engine; characterised in that it further comprises a heater mounted on a plurality of sides of the pressure sensor to provide heat thereto; and a thermal blanket covering the heater. a pressure sensor positioned to receive a pressurized gas and measure the pressure in the gas turbine engine; thermally insulating material mounting the pressure sensor spaced from thermally conductive portions of the engine; characterised in that it further comprises a heater mounted on a plurality of sides of the pressure sensor to provide heat thereto; and a thermal blanket covering the heater.
A method for communications, comprising: monitoring, over a time period, a plurality of flows between a first node and a second node that are associated with an access system, a connection (165, 170, 175) between the first node and the second node over the access system comprising the plurality of flows; identifying a subset of the time period associated with communication of traffic for a flow of the plurality of flows being restricted by the access system based at least in part on obtaining an indicator of congestion for the flow; determining a quantity of traffic for each flow of the plurality of flows during the subset of the time period based at least in part on obtaining the indicator of congestion for the flow; determining, for the plurality of flows, a plurality of flow rates for the subset of the time period based at least in part on determining respective quantities of traffic of the flow for the subset of the time period; and calculating an achievable data rate of the connection (165, 170, 175) for a second time period based at least in part on the plurality of flow rates. monitoring, over a time period, a plurality of flows between a first node and a second node that are associated with an access system, a connection (165, 170, 175) between the first node and the second node over the access system comprising the plurality of flows; identifying a subset of the time period associated with communication of traffic for a flow of the plurality of flows being restricted by the access system based at least in part on obtaining an indicator of congestion for the flow; determining a quantity of traffic for each flow of the plurality of flows during the subset of the time period based at least in part on obtaining the indicator of congestion for the flow; determining, for the plurality of flows, a plurality of flow rates for the subset of the time period based at least in part on determining respective quantities of traffic of the flow for the subset of the time period; and calculating an achievable data rate of the connection (165, 170, 175) for a second time period based at least in part on the plurality of flow rates.
A plug-like tube closure, dimensioned and arranged for locating within an end of a tube, the tube closure comprising a closure surface with a substantially planar upper face and a lower face, wherein a perimeter wall extends downwardly, substantially transverse to the closure surface, for gripping the wall of a poster tube when inserted, characterised in that the upper face has a frangible or weakened area spaced apart from the its perimeter which is arranged in use to be broken by user action to permit removal of the plug member and provide a visible indication of being broken, and the upper surface is generally planar with no upstanding projection or perimeter wall so that in use it can fit flush with the end of a poster tube.
Method for producing a thermoplastic extruded profile in the form of a concrete component reinforcing element having a cross-sectional area of not more than 20 cm 2, preferably not more than 10 cm 2, - wherein the extruded profile is produced by means of an extrusion production process, and - wherein endless reinforcing fibres (5, 30a, 30b) are integrated into the thermoplastic matrix of the extruded profile during the extrusion production process, characterised in that the extrusion production process is in the form of a reactive pultrusion which serves to produce an endlessly fibre-reinforced, thermoplastic core profile of the extruded profile, and in that the core profile is provided with an outer coating (12, 12'), wherein pigments are added to the material of the coating (12, 12') before it is applied to the core profile. - wherein the extruded profile is produced by means of an extrusion production process, and - wherein endless reinforcing fibres (5, 30a, 30b) are integrated into the thermoplastic matrix of the extruded profile during the extrusion production process,
A gateway device for remote monitoring and control of a barrier operator (104, 106), the device including: a processor; a data storage device; a network interface for connecting the gateway device to a computer network; an operator interface for communicating with the barrier operator (104, 106); and a computer program, which when executed on the processor: permits remote access to the gateway device over the computer network; transmits control signals received over the computer network to the barrier operator (104, 106); receives monitoring signals from the barrier operator (104, 106); and executes a security algorithm requiring a client device to register with the gateway device prior to said client device being permitted to remotely access the gateway device over the computer network, the security algorithm being operable to transmit authentication credentials to the client device during registration of the client device, the authentication credentials being stored on the gateway device and client device and being suitable for use by the client device to access the gateway device. a processor; a data storage device; a network interface for connecting the gateway device to a computer network; an operator interface for communicating with the barrier operator (104, 106); and a computer program, which when executed on the processor: permits remote access to the gateway device over the computer network; transmits control signals received over the computer network to the barrier operator (104, 106); receives monitoring signals from the barrier operator (104, 106); and executes a security algorithm requiring a client device to register with the gateway device prior to said client device being permitted to remotely access the gateway device over the computer network, the security algorithm being operable to transmit authentication credentials to the client device during registration of the client device, the authentication credentials being stored on the gateway device and client device and being suitable for use by the client device to access the gateway device. permits remote access to the gateway device over the computer network; transmits control signals received over the computer network to the barrier operator (104, 106); receives monitoring signals from the barrier operator (104, 106); and executes a security algorithm requiring a client device to register with the gateway device prior to said client device being permitted to remotely access the gateway device over the computer network, the security algorithm being operable to transmit authentication credentials to the client device during registration of the client device, the authentication credentials being stored on the gateway device and client device and being suitable for use by the client device to access the gateway device.
An apparatus, for a first node, comprising: a transmitter operative to transmit sidelink signals to a second node; and a controller operative to determine whether to use an exceptional resource pool for the transmitter to transmit sidelink signals, wherein the controller is operative to determine whether to use the exceptional resource pool based on a first condition and a second condition being met, wherein the first condition includes that a first channel busy ratio measured during a first congestion control operation regarding a current resource pool is higher than a first threshold, and the second condition includes that at least one packet is determined to be dropped during the first congestion control operation. a transmitter operative to transmit sidelink signals to a second node; and a controller operative to determine whether to use an exceptional resource pool for the transmitter to transmit sidelink signals, wherein the controller is operative to determine whether to use the exceptional resource pool based on a first condition and a second condition being met, wherein the first condition includes that a first channel busy ratio measured during a first congestion control operation regarding a current resource pool is higher than a first threshold, and the second condition includes that at least one packet is determined to be dropped during the first congestion control operation.
A pressure sensitive adhesive composition comprising a polyurethane polymer, wherein the polyurethane polymer comprises the reaction product of an aliphatic polyisocyanate component comprising a polyisocyanate that is a liquid at 25°C; a polyol component comprising repeat units of an ortho- or meta- phthalate, and an alkylene group comprising at least 4 carbon atoms; and a functional acid containing compound: wherein the pressure sensitive adhesive has a G' less than 1 MPa at 25°C and a frequency of 1 hertz. an ortho- or meta- phthalate, and an alkylene group comprising at least 4 carbon atoms; and
A technetium 99m isolation system comprising an initial introduction control part configured for introducing an aqueous solution containing molybdenum 99 and technetium 99m, and an organic solvent being capable of dissolving the technetium 99m into an extraction tank; a micro-mixing control part configured for micro-mixing the aqueous solution and the organic solvent by heating and stirring a mixed solution of the aqueous solution and the organic solvent introduced into the extraction tank with a heater; a separation control part configured for separating the mixed solution micro-mixed into two phases of aqueous solution anc an organic solvent; a taking-out introduction control part configured for passing the organic solvent separated into two phases through ar adsorption column be capable of adsorbing molybdenum 99 and introducing the organic solvent into an evaporation elution tank; an evaporation control part configured for evaporating the organic solvent and leaving residue by reducing pressure inside the evaporation elution tank and heating the organic solvent introduced into the evaporation elution tank with a heater; and an elution control part configured for introducing physiological saline solution into the residue and elutes technetium 99m into the physiological saline solution from the residue; characterised in that the micro-mixing control part is further configured to apply ultrasound to the mixed solution; and the evaporation control part is further configured to apply ultrasound to the organic solvent. an initial introduction control part configured for introducing an aqueous solution containing molybdenum 99 and technetium 99m, and an organic solvent being capable of dissolving the technetium 99m into an extraction tank; a micro-mixing control part configured for micro-mixing the aqueous solution and the organic solvent by heating and stirring a mixed solution of the aqueous solution and the organic solvent introduced into the extraction tank with a heater; a separation control part configured for separating the mixed solution micro-mixed into two phases of aqueous solution anc an organic solvent; a taking-out introduction control part configured for passing the organic solvent separated into two phases through ar adsorption column be capable of adsorbing molybdenum 99 and introducing the organic solvent into an evaporation elution tank; an evaporation control part configured for evaporating the organic solvent and leaving residue by reducing pressure inside the evaporation elution tank and heating the organic solvent introduced into the evaporation elution tank with a heater; and an elution control part configured for introducing physiological saline solution into the residue and elutes technetium 99m into the physiological saline solution from the residue; characterised in that the micro-mixing control part is further configured to apply ultrasound to the mixed solution; and the evaporation control part is further configured to apply ultrasound to the organic solvent.
A method for operating a navigation device, in which - visualisation data are provided to be displayed on a display unit, wherein the visualisation data comprise data for displaying a map, a vehicle symbol, and a vehicle route, - a first operating region is assigned to a predefined region on the display unit around the signalled vehicle symbol, - a third operating region is assigned to a predefined region on the display unit around the signalled vehicle route outside the first operating region, - a second operating region is assigned to a predefined region on the display unit of the remaining signalled map outside the first and the third operating region (B1, B2), - depending on a selection of a specific operating region (B1, B2, B3), associated functional data in each case are provided to be displayed on the display unit, wherein the functional data comprise data for displaying operating elements that can be selected by a user, wherein the operating elements are assigned functions associated with the specific operating region (B1, B2, B3). - visualisation data are provided to be displayed on a display unit, wherein the visualisation data comprise data for displaying a map, a vehicle symbol, and a vehicle route, - a first operating region is assigned to a predefined region on the display unit around the signalled vehicle symbol, - a third operating region is assigned to a predefined region on the display unit around the signalled vehicle route outside the first operating region, - a second operating region is assigned to a predefined region on the display unit of the remaining signalled map outside the first and the third operating region (B1, B2), - depending on a selection of a specific operating region (B1, B2, B3), associated functional data in each case are provided to be displayed on the display unit, wherein the functional data comprise data for displaying operating elements that can be selected by a user, wherein the operating elements are assigned functions associated with the specific operating region (B1, B2, B3).
An optical module mounting arrangement comprising: an optical connector having an optical waveguide, an optical module including an optical element to be optically coupled to the optical waveguide, an electronic substrate, and an optical module mounting unit for mounting the optical module on the electronic substrate, the optical module mounting unit comprising a module housing body and a fixing member, the module housing body includes an electrical connection section for electrically connecting the electronic substrate and the optical module to each other and a housing section for housing the optical module, the module housing body being mounted on the electronic substrate in such a manner that an electrical connection terminal of the electronic substrate and the electrical connection section are connected to each other; and the fixing member is arranged to maintain a state in which an electrical connection terminal of the optical module is kept in contact with the electrical connection section in the module housing body, wherein the optical module is housed in the housing section and is fixed in a removable manner by the fixing member, and the fixing member is a lid-like pressing member that is mounted on an upper surface of the module housing body, to fix the optical module by applying pressure to the top surface of the optical module towards the electronic substrate side, wherein further the optical element is arranged so as to emit light from an opposite side of the electrical connection section in a vertical direction with respect to the electronic substrate, the fixing member includes an aperture at such a position that a ferrule of the optical module is arranged at a position opposed to the aperture, the aperture functioning as a light extraction portion for guiding the light emitted from the optical module to the outside to extract the light, the fixing member includes an optical connector housing section that includes the aperture, the optical connector housing section is configured to house the optical connector provided with the optical waveguide. an optical connector having an optical waveguide, an optical module including an optical element to be optically coupled to the optical waveguide, an electronic substrate, and an optical module mounting unit for mounting the optical module on the electronic substrate, the optical module mounting unit comprising a module housing body and a fixing member, the module housing body includes an electrical connection section for electrically connecting the electronic substrate and the optical module to each other and a housing section for housing the optical module, the module housing body being mounted on the electronic substrate in such a manner that an electrical connection terminal of the electronic substrate and the electrical connection section are connected to each other; and
An electric vehicle charging connector comprising an external enclosure, an inner enclosure, and a compartment for power contacts; wherein the external enclosure encloses the inner enclosure, and is configured to receive and guide a cable from a back end of the electric vehicle charging connector to the inner enclosure at a front end of the electric vehicle charging connector; wherein the inner enclosure comprises the compartment and is configured to provide the cable to the compartment; wherein the electric vehicle charging connector further comprises a heat pipe comprising an evaporator and a condenser, wherein the evaporator is attached to a heat source in the compartment inside the inner enclosure, and wherein the heat pipe is configured to conduct heat from the heat source via the external enclosure to the environment, wherein at least a part of the heat pipe is arranged outside the external enclosure; wherein the inner enclosure is sealed from the external enclosure and provides a higher IP class protection than the external enclosure. wherein the external enclosure encloses the inner enclosure, and is configured to receive and guide a cable from a back end of the electric vehicle charging connector to the inner enclosure at a front end of the electric vehicle charging connector; wherein the inner enclosure comprises the compartment and is configured to provide the cable to the compartment; wherein the electric vehicle charging connector further comprises a heat pipe comprising an evaporator and a condenser, wherein the evaporator is attached to a heat source in the compartment inside the inner enclosure, and wherein the heat pipe is configured to conduct heat from the heat source via the external enclosure to the environment, wherein at least a part of the heat pipe is arranged outside the external enclosure; wherein the inner enclosure is sealed from the external enclosure and provides a higher IP class protection than the external enclosure.