mhurhangee/ep-ind-claims huggingface dataset:
An electric striker unit configured to be mounted in a door frame such that it cooperates with a lock assembly mounted at a door leaf, the electric striker unit comprises a striker unit housing having a shape of an elongated cuboid and comprises six rectangular housing walls defining an inner space of the striker unit where various members and parts of the striker unit are enclosed, the electric striker unit comprises a first electrical connector of a first type which is provided in one of said housing walls and structured to receive a mating electrical cable contact member for supplying electrical energy to, and communicating with, the electric striker unit, and that said electric striker unit comprises a second electrical connector of a second type structured to receive a mating electrical cable contact member for supplying electrical energy to, and communicating with, the electric striker unit, and that said first type is different from said second type, and wherein the second electrical connector is arranged in a housing wall which is different from the housing wall where the first electrical connector is arranged, and wherein said striker unit is configured to receive electrical energy from, and to communicate via, the electrical connector (14, 18) where an electrical cable contact member is received, characterized in that said housing walls comprise two short end walls arranged at the short ends of the striker unit housing, and four side walls running along a longitudinal axis A of said housing, wherein said first electrical connector is arranged in one of the short end walls of the housing, and said second electrical connector is arranged in one of the side walls at a position in the half of the side wall, in the longitudinal direction of the striker unit, that faces the short end wall where the first electrical connector is arranged, and wherein said first and second electrical connectors (14, 18) are arranged close to each other and at different housing walls, such that electrical lines within the housing from the respective connectors essentially follow the same path.
An isolated neural stem cell having a loss of the CB 1 cannabinoid receptor function, wherein the loss of the CB 1 cannabinoid receptor function is due to a partial deletion or to a mutation in the CB 1 cannabinoid receptor.
A thermal interposer component for thermally coupling a liquid cooling system to a computer adapter card (10; 10a, 10b) having heat sources, comprising: a planar body (202; 202, 204) of a thermally conductive material, configured for attachment to the computer adapter card, in thermal contact on one face with multiple heat sources on the computer adapter card; characterised in that the thermal interposer component further comprises a thermal discharge region forming a receiving space or socket for receiving a standardized modular cold plate assembly removably coupled to said planar body, said modular cold plate assembly operatively coupled to a liquid cooling system to transfer thermal energy from the planar body to a coolant circulating within the liquid cooling system. a planar body (202; 202, 204) of a thermally conductive material, configured for attachment to the computer adapter card, in thermal contact on one face with multiple heat sources on the computer adapter card; characterised in that the thermal interposer component further comprises a thermal discharge region forming a receiving space or socket for receiving a standardized modular cold plate assembly removably coupled to said planar body, said modular cold plate assembly operatively coupled to a liquid cooling system to transfer thermal energy from the planar body to a coolant circulating within the liquid cooling system.
A floor covering comprising: a substrate, and a coating layer comprising a cross-linked polymer formed from a curable coating composition comprising a mixture of: an acrylate-functional polymeric resin; an acrylate-functional oligomer having an acrylate-functionality ranging from two to four; wherein the cross-linked polymer has a glass transition temperature of at least 40 °C and has a cross-link density of at least 0.004 C=C eq/gm as measured from the polymerization of carbon-carbon double bonds in the curable coating composition. a substrate, and a coating layer comprising a cross-linked polymer formed from a curable coating composition comprising a mixture of: an acrylate-functional polymeric resin; an acrylate-functional oligomer having an acrylate-functionality ranging from two to four; an acrylate-functional polymeric resin; an acrylate-functional oligomer having an acrylate-functionality ranging from two to four; wherein the cross-linked polymer has a glass transition temperature of at least 40 °C and has a cross-link density of at least 0.004 C=C eq/gm as measured from the polymerization of carbon-carbon double bonds in the curable coating composition.
A retinal scanning head-mounted display comprising: an optical scanning controller that emits, as image light, a laser beam in accordance with an image signal; a transmission cable that transmits the image light emitted from the optical scanning controller; and a head mount unit provided with an optical scanner including a mirror for scanning the image light transmitted by the transmission cable so as to project the image light onto a retina of a user, wherein the head mount unit includes an amplifier that amplifies a motion signal corresponding to a tilt of the mirror, the motion signal being output from the optical scanner, the retinal scanning head-mounted display being characterized in that the optical scanning controller includes a difference generator that generates a difference signal from the motion signal output from the amplifier through the transmission cable and a filter that removes noise from the difference signal generated by the difference generator, wherein the optical scanner includes a horizontal displacement sensor and a vertical displacement sensor, wherein the horizontal displacement sensor detects a displacement of the mirror in a horizontal direction, wherein the vertical displacement sensor detects a displacement of the mirror in a vertical direction, and wherein the amplifier amplifies a horizontal sensor signal output from the horizontal displacement sensor and a vertical sensor signal output from the vertical displacement sensor as the motion signal. an optical scanning controller that emits, as image light, a laser beam in accordance with an image signal; a transmission cable that transmits the image light emitted from the optical scanning controller; and a head mount unit provided with an optical scanner including a mirror for scanning the image light transmitted by the transmission cable so as to project the image light onto a retina of a user, wherein the head mount unit includes an amplifier that amplifies a motion signal corresponding to a tilt of the mirror, the motion signal being output from the optical scanner, the retinal scanning head-mounted display being characterized in that the optical scanning controller includes a difference generator that generates a difference signal from the motion signal output from the amplifier through the transmission cable and a filter that removes noise from the difference signal generated by the difference generator, wherein the optical scanner includes a horizontal displacement sensor and a vertical displacement sensor, wherein the horizontal displacement sensor detects a displacement of the mirror in a horizontal direction, wherein the vertical displacement sensor detects a displacement of the mirror in a vertical direction, and wherein the amplifier amplifies a horizontal sensor signal output from the horizontal displacement sensor and a vertical sensor signal output from the vertical displacement sensor as the motion signal.
Bearing unit comprising a bearing with a rotating ring, a non-rotating ring and at least one row of rolling elements in a rolling chamber at least partially filled with a lubricant defined between the said rings (12, 14), said rolling chamber being provided with at least two lubricant channels (26a, 26b, 28), wherein a first one of the lubricant channels (26a, 26b, 28) is configured to remove worn lubricant from the rolling chamber and a second one of the lubricant channels (26a, 26b, 28) other than the first lubricant channel is configured to refill fresh lubricant into the rolling chamber, said lubricant channels (26a, 26b, 28) being connected to a lubricant pump including at least one first lubricant reservoir connected to the first lubricant channel (26a, 26b) and a second lubricant reservoir connected to a lubricant channel other than the first lubricant channel. characterized in that the lubricant reservoirs (34, 36) are arranged on two sides of a movable piston such that an increase in volume in one of the reservoirs corresponds to a decrease in volume of the other reservoir and vice versa such that the lubricant in the bearing rolling chamber is sucked into the first lubricant reservoir and replaced in the bearing rolling chamber by the lubricant of the first lubricant reservoir by moving the piston.
A system for monitoring goods comprising at least one server, characterized in that the system comprises at least one communicating lock intended to be affixed on a container and at least one measuring sensor intended to be affixed in contact with the goods, - the communicating lock comprising inspection means and first communication means, the first communication means being configured to send and receive radiofrequency signals to and from the server and the measuring sensor, - the measuring sensor comprising a processor, measuring means (m) for measuring at least one physical parameter, a memory and second communication means able to communicate with the first and second communication means in a bidirectional manner, the memory being able, upon instructions from the processor, to lastingly store at least one value of a physical parameter measured using the measuring means (m), the second communication means being configured to send radiofrequency signals, - the inspection means and/or the processor being configured to determine whether a value of a physical parameter measured using the measuring means (m) is compliant with a setpoint parameter. - the communicating lock comprising inspection means and first communication means, the first communication means being configured to send and receive radiofrequency signals to and from the server and the measuring sensor, - the measuring sensor comprising a processor, measuring means (m) for measuring at least one physical parameter, a memory and second communication means able to communicate with the first and second communication means in a bidirectional manner, the memory being able, upon instructions from the processor, to lastingly store at least one value of a physical parameter measured using the measuring means (m), the second communication means being configured to send radiofrequency signals, - the inspection means and/or the processor being configured to determine whether a value of a physical parameter measured using the measuring means (m) is compliant with a setpoint parameter.
A coherent diffractive imaging method of providing image data for constructing an image of at least a region of a target object (30,340), characterised in that the method comprises the steps of: simultaneously forming a wavefront having a plurality of probe functions at a plane of the target object (30, 340), wherein the portions of the wavefront corresponding to each probe function are divergent at the plane of the target object; simultaneously recording, at a detector (40, 350), a plurality of diffraction patterns each formed by a respective probe function of radiation scattered by the target object wherein zero-order regions of each diffraction pattern are spatially separated at the detector (40, 350); and providing the image data via an iterative process responsive to the detected intensity of radiation. simultaneously forming a wavefront having a plurality of probe functions at a plane of the target object (30, 340), wherein the portions of the wavefront corresponding to each probe function are divergent at the plane of the target object; simultaneously recording, at a detector (40, 350), a plurality of diffraction patterns each formed by a respective probe function of radiation scattered by the target object wherein zero-order regions of each diffraction pattern are spatially separated at the detector (40, 350); and providing the image data via an iterative process responsive to the detected intensity of radiation.
An apparatus comprising: a nuclear reactor including a pressure vessel and a nuclear reactor core disposed in the pressure vessel; a subterranean containment structure containing the nuclear reactor; and an ultimate heat sink pool disposed at grade level wherein an upper portion of the subterranean containment structure defines at least a portion of the bottom of the ultimate heat sink pool; wherein the upper portion of the subterranean containment structure comprises an upper dome; characterized in that an uppermost extremity of the upper dome of the subterranean containment structure extends above the surface of the ultimate heat sink pool to define an island surrounded by the ultimate heat sink pool. a nuclear reactor including a pressure vessel and a nuclear reactor core disposed in the pressure vessel; a subterranean containment structure containing the nuclear reactor; and an ultimate heat sink pool disposed at grade level wherein an upper portion of the subterranean containment structure defines at least a portion of the bottom of the ultimate heat sink pool;
A cleaning liquid supplying apparatus, comprising: a first storage section adapted to store cleaning liquid; a pressure-accumulating second storage section that is connected to the first storage section via a first flow channel and includes an air reservoir formed at an upper part of the second storage section and a liquid reservoir formed at a lower part of the second storage section, the liquid reservoir being adapted to store a predetermined amount of the cleaning liquid; characterised by: a plurality of cleaning liquid ejecting sections that are connected to the second storage section via a plurality of individual flow channels having upstream ends located at positions where the upstream ends are open to the liquid reservoir at the lower part of the second storage section; a liquid sending section that is provided midway along the first flow channel and that is adapted to send the cleaning liquid in the first storage section to the second storage section; a plurality of individual flow channel opening/closing sections that open/close the respective individual flow channels; and a control section that controls the liquid sending section so that a pressure in the air reservoir becomes a predetermined pressure. a first storage section adapted to store cleaning liquid; a pressure-accumulating second storage section that is connected to the first storage section via a first flow channel and includes an air reservoir formed at an upper part of the second storage section and a liquid reservoir formed at a lower part of the second storage section, the liquid reservoir being adapted to store a predetermined amount of the cleaning liquid; characterised by: a plurality of cleaning liquid ejecting sections that are connected to the second storage section via a plurality of individual flow channels having upstream ends located at positions where the upstream ends are open to the liquid reservoir at the lower part of the second storage section; a liquid sending section that is provided midway along the first flow channel and that is adapted to send the cleaning liquid in the first storage section to the second storage section; a plurality of individual flow channel opening/closing sections that open/close the respective individual flow channels; and a control section that controls the liquid sending section so that a pressure in the air reservoir becomes a predetermined pressure. a plurality of cleaning liquid ejecting sections that are connected to the second storage section via a plurality of individual flow channels having upstream ends located at positions where the upstream ends are open to the liquid reservoir at the lower part of the second storage section; a liquid sending section that is provided midway along the first flow channel and that is adapted to send the cleaning liquid in the first storage section to the second storage section; a plurality of individual flow channel opening/closing sections that open/close the respective individual flow channels; and a control section that controls the liquid sending section so that a pressure in the air reservoir becomes a predetermined pressure.
An ammonia synthesis method comprising: an ammonia synthesis step of synthesizing an ammonia gas from a raw material gas for ammonia synthesis, wherein an ammonia synthesis catalyst that synthesizes the ammonia gas is a ruthenium catalyst; a water-cooled or air-cooled cooling step of water-cooling or air-cooling a synthetic gas containing the obtained ammonia gas and an unreacted raw material gas; an ammonia separation step of separating the synthetic gas after cooling into the ammonia gas and a liquid ammonia; and a compression step of compressing a return raw material gas when the raw material gas containing the separated ammonia gas is returned to the ammonia synthesis step side as the return raw material gas, characterized in that an ammonia concentration in the return raw material gas to be introduced into the ammonia synthesis step is 5 mol% or more and the temperature of the synthetic gas after cooling is from 30 to 50°C. an ammonia synthesis step of synthesizing an ammonia gas from a raw material gas for ammonia synthesis, wherein an ammonia synthesis catalyst that synthesizes the ammonia gas is a ruthenium catalyst; a water-cooled or air-cooled cooling step of water-cooling or air-cooling a synthetic gas containing the obtained ammonia gas and an unreacted raw material gas; an ammonia separation step of separating the synthetic gas after cooling into the ammonia gas and a liquid ammonia; and a compression step of compressing a return raw material gas when the raw material gas containing the separated ammonia gas is returned to the ammonia synthesis step side as the return raw material gas, characterized in that an ammonia concentration in the return raw material gas to be introduced into the ammonia synthesis step is 5 mol% or more and the temperature of the synthetic gas after cooling is from 30 to 50°C.
A battery for providing power to operate an electronic device, the battery comprising one or more oxygen consuming cells, wherein each of the one or more oxygen consuming cells consists of a metal-air cell comprising a housing with one or more oxygen entry ports, a first, oxygen consuming, electrode disposed in the housing, a second, counter, electrode disposed in the housing, an electrolyte disposed in the housing, a first electrical contact terminal in electrical contact with the first electrode, and a second electrical contact terminal in electrical contact with the second electrode; wherein: oxygen from outside the housing is able to enter the housing to reach the oxygen consuming electrode; when the battery is ready for use and not providing power to operate the electronic device, an electrical circuit is complete between the first and second terminals of at least one of the oxygen consuming cells; and the electrical circuit comprises a sacrificial drain on the at least one of the oxygen consuming cells. oxygen from outside the housing is able to enter the housing to reach the oxygen consuming electrode; when the battery is ready for use and not providing power to operate the electronic device, an electrical circuit is complete between the first and second terminals of at least one of the oxygen consuming cells; and the electrical circuit comprises a sacrificial drain on the at least one of the oxygen consuming cells.
Accessory gearbox for a turbine engine comprising a housing in which at least one gear wheel (10, 20) is installed to mechanically drive an accessory mounted on said housing, the gear of said gear wheel (10, 20) being driven via an input shaft supplying the torque required for said mechanical drive, the input shaft of said gear wheel (10, 20) being supported by at least two ball or roller bearings, and passing through at least one of the walls of said housing via an opening positioned opposite said accessory and closed by a first accessory cover attached to the housing, for at least one of the gear wheels, the shaft thereof passes through two walls of the housing via openings closed by covers (13, 14) attached to said housing, characterised in that said cover associated with said accessory comprises an axial cylindrical extension extending inside said corresponding opening, and in that the outer races (15, 16) of said two bearings are attached to the axial extension, with the cover being made from a metal or an alloy more resistant to high temperatures than that of the housing.
A process for manufacturing fiberboards with reduced VOC emissions, wherein the process includes at least the following process steps: a) providing wood-containing wood chips; b) thermally treating the wood chips in a thermal treatment device or in a plurality of thermal treatment devices; c) shredding the wood chips in a refiner; d) gluing the wood chips shredded in step c); and e) pressing the glued wood chips to form the fiberboard, wherein f) vapor used or arising in the process is separated continuously from the process at at least one vapor emission location in a controlled manner, wherein the vapor is separated in a predetermined quantity range such that a lower limit and an upper limit of the quantity range of the total separated vapor depend on at least one specification of the wood chips used in process step a), wherein a lower limit and an upper limit of the quantity range of the separated vapor depend on the quantity of wood chips provided in process step a), or that a lower limit and an upper limit of the quantity range of the separated vapor depend on the quantity of VOCs, especially terpenes, contained in the wood chips provided in process step a). a) providing wood-containing wood chips; b) thermally treating the wood chips in a thermal treatment device or in a plurality of thermal treatment devices; c) shredding the wood chips in a refiner; d) gluing the wood chips shredded in step c); and e) pressing the glued wood chips to form the fiberboard, wherein f) vapor used or arising in the process is separated continuously from the process at at least one vapor emission location in a controlled manner, wherein the vapor is separated in a predetermined quantity range such that a lower limit and an upper limit of the quantity range of the total separated vapor depend on at least one specification of the wood chips used in process step a), wherein a lower limit and an upper limit of the quantity range of the separated vapor depend on the quantity of wood chips provided in process step a), or that a lower limit and an upper limit of the quantity range of the separated vapor depend on the quantity of VOCs, especially terpenes, contained in the wood chips provided in process step a).
A biocompatible device, the device being a ligament or tendon prosthesis and having the form of an elongated body comprising a flexible median part between two end parts (5, 6) showing a different tensile stiffness from that of the median part, characterized in that said body has a fibrous structure formed from biocompatible hydrogel forming fibers, said hydrogel forming fibers forming the body of the device and wherein said body contains at least 10% in weight of products of fibrous structure.