mhurhangee/ep-ind-claims huggingface dataset:
Apparatus-multiplier device that can be associated with a box of the flush type for walls, wherein said box has a closing plate that is coupled with a plurality of primary apparatuses, wherein said plurality of primary apparatuses are mounted in respective receiving seats obtained in the closing plate, said apparatus-multiplier device comprising: - a plurality of secondary apparatuses electrically connectable in parallel to at least one of said primary apparatuses; - a support frame that can be attached to a wall, which comprises at least one housing portion to house and support said secondary apparatuses and a coupling portion adapted to be coupled with said closing plate in such a way as to leave said primary apparatuses accessible by a user, wherein said coupling portion comprises a through opening adapted to make a receiving seat for said closing plate. - a plurality of secondary apparatuses electrically connectable in parallel to at least one of said primary apparatuses; - a support frame that can be attached to a wall, which comprises at least one housing portion to house and support said secondary apparatuses and a coupling portion adapted to be coupled with said closing plate in such a way as to leave said primary apparatuses accessible by a user, wherein said coupling portion comprises a through opening adapted to make a receiving seat for said closing plate.
A measurement position determination device configured to determine a measurement position on a board, the measurement position being for measuring height of the board on which a component is to be mounted, the measurement position determination device including a measurement position determination section configured to acquire one or more scheduled mounting positions of the component on the board at the time of measuring the board height, and to determine at least one of the acquired scheduled mounting positions as the measurement position of the board height, wherein the scheduled mounting positions are mounting positions of the component to be mounted on the board by a component mounting machine, wherein the measurement position determination section is configured to acquire one or more temporary measurement positions (m) of the board height, and to determine, for each of the acquired temporary measurement positions (m), a scheduled mounting position, which is closest to the temporary measurement position (m) among the one or more acquired scheduled mounting positions, as the measurement position.
Electronic module, in particular for a door handle of a vehicle, having at least one conductor element, on which at least one electrical component is electrically arranged, the conductor element and the connected electrical components forming an electronic unit, and the electronic unit can be connected to at least one vehicle-side system, in particular safety system, by means of data technology, and with at least one illumination means, whereby light (16.1) can be emitted, wherein the illumination means is electrically arranged on the conductor element, wherein at least one light cap with an opening edge (18.2) is provided, which protects the at least one illumination means from external influences, and the light cap transmits the light (16.1) emitted by the illumination means, and with a potting compound characterized in that the electronic unit has at least one sensor element (14.1) as an electrical component, it being possible for the electronic unit to be arranged in a lower part of a door handle and/or a housing and to be fixed therein at least partially by the potting compound, so that the electronic unit is at least partially protected by the potting compound and the opening edge (18.2) projects completely into the potting compound. the electronic unit can be connected to at least one vehicle-side system, in particular safety system, by means of data technology, and with at least one illumination means, whereby light (16.1) can be emitted, wherein the illumination means is electrically arranged on the conductor element, wherein at least one light cap with an opening edge (18.2) is provided, which protects the at least one illumination means from external influences, and the light cap transmits the light (16.1) emitted by the illumination means, and with a potting compound characterized in that the electronic unit has at least one sensor element (14.1) as an electrical component, it being possible for the electronic unit to be arranged in a lower part of a door handle and/or a housing and to be fixed therein at least partially by the potting compound, so that the electronic unit is at least partially protected by the potting compound and the opening edge (18.2) projects completely into the potting compound.
Hydraulic arrangement comprising a pressure exchanger having an axis of rotation, and a booster pump, said pressure exchanger and said booster pump being connected to each other, wherein a single connection flange is provided between said pressure exchanger and said booster pump, wherein said flange comprises a low pressure input of said pressure exchanger and a high pressure channel connecting a high pressure output of said pressure exchanger and a low pressure inlet of said booster pump, characterized in that said high pressure output of said pressure exchanger and said low pressure inlet of said booster pump are offset relative to each other in direction of rotation of said pressure exchanger.
Polybutadiene having epoxy groups, where the polybutadiene comprises the following 1,3-butadiene-derived monomer units: and where the proportion of A in the entirety of the 1,3-butadiene-derived monomer units present in the polybutadiene is from 10 to 60 mol per cent, and where the sum of the proportions of B and C in the entirety of the 1,3-butadiene-derived monomer units present in the polybutadiene is from 40 to 90 mol per cent, where the epoxy groups have the formula and X represents a linear or branched alkylene group, preferably a linear alkylene group of the formula -(CH 2) x -, where x is from 1 to 4, more preferably 1.
A wind turbine tower comprising: a plurality of tower sections (12a - 12e) axially aligned and connected together; each tower section (12a - 12e) including an inner wall concentrically positioned within an outer wall and defining an annular space between the inner wall and the outer wall, and a layer of concrete within the annular space; and a plurality of post-tensioning cables, the post-tensioning cables extending longitudinally one of within the annular space and outside the outer wall, such that a first one of the tower sections (12a - 12e) is connected to a second one of the tower sections (12a - 12e) by a plurality of the post-tensioning cables; characterized in that: shear transfer members (82, 84, 86, 88) are formed within the annular space on one of a longitudinally extending inside surface of the outer wall and a longitudinally extending outside surface of the inner wall. a plurality of tower sections (12a - 12e) axially aligned and connected together; each tower section (12a - 12e) including an inner wall concentrically positioned within an outer wall and defining an annular space between the inner wall and the outer wall, and a layer of concrete within the annular space; and a plurality of post-tensioning cables, the post-tensioning cables extending longitudinally one of within the annular space and outside the outer wall, such that a first one of the tower sections (12a - 12e) is connected to a second one of the tower sections (12a - 12e) by a plurality of the post-tensioning cables; characterized in that: shear transfer members (82, 84, 86, 88) are formed within the annular space on one of a longitudinally extending inside surface of the outer wall and a longitudinally extending outside surface of the inner wall.
An automatic fire extinguishing equipment consisting of a fire extinguishing agent and a sealed container filled with said fire extinguishing agent, wherein the fire extinguishing agent is made of a compound having fire extinguishing effect, the compound being liquid at 25 degrees Celsius (room temperature) and having a boiling point at less than 75 degrees Celsius, characterized in that said container is laminated with a gas barrier layer and a thermoplastic resin layer, wherein said gas barrier layer consists of ethylene vinyl alcohol copolymer (EVOH) and the thickness of the said barrier layer is 0.01 mm - 1 mm and wherein the thickness of the said thermoplastic resin layer is 0.5mm - 2.5mm and wherein the sealed container is adapted to form a jet port in response to the heat of a fire and the pressure of the extinguishing agent in a part of the sealed container filled with liquid extinguishing agent, such that the extinguishing agent is blown out from the jet port to extinguish the fire.. characterized in that said container is laminated with a gas barrier layer and a thermoplastic resin layer, wherein said gas barrier layer consists of ethylene vinyl alcohol copolymer (EVOH) and the thickness of the said barrier layer is 0.01 mm - 1 mm and wherein the thickness of the said thermoplastic resin layer is 0.5mm - 2.5mm and wherein the sealed container is adapted to form a jet port in response to the heat of a fire and the pressure of the extinguishing agent in a part of the sealed container filled with liquid extinguishing agent, such that the extinguishing agent is blown out from the jet port to extinguish the fire..
A device comprising: multimedia content loaded from Internet playback means; communication means configured to receive said content in a wireless manner; a control unit of said playback means, configured to process and transmit said Internet content received by said communication means and including integrated memory components; environment lighting means; electric power supply means; and electronic means configured to convert the power supply voltage from an electricity facility into a low voltage power supply, the device further comprising: a lamp bulb portion divided into: a top portion wherein at least white light lighting elements of said environment lighting means are contained; a central body wherein said communication, control and playback means are contained; and a base including said power supply and said electronic converter means and integrally equipped with a standard plug configured to be mounted on a standard lamp socket of a lamp holder of a lighting apparatus, the device being characterized in that said playback means comprises an image video projector supported by a motorised swinging system with at least two degrees of freedom. a lamp bulb portion divided into: a top portion wherein at least white light lighting elements of said environment lighting means are contained; a central body wherein said communication, control and playback means are contained; and a base including said power supply and said electronic converter means and integrally equipped with a standard plug configured to be mounted on a standard lamp socket of a lamp holder of a lighting apparatus, the device being characterized in that said playback means comprises an image video projector supported by a motorised swinging system with at least two degrees of freedom.
Lighting system for shelving device, comprising a support (5; 105; 205) for displaying articles, at least one lighting device (34; 134; 234), at least one electrical connecting member (35; 135; 235) which is configured to be electrically connected to said at least one lighting device (34; 134; 234) for electrically supplying the latter, and a mounting element (33; 133; 233) which is configured for bearing said at least one lighting device (34; 134; 234) and said at least one electrical connecting member (35; 135; 235) and to be mounted on said support (5; 105; 205), wherein said mounting element (33; 133; 233) is formed by a single molded body (40; 140; 240) made of plastic material, said body having a fastening face (41; 141; 241) and a displaying face (42; 142; 242) at the opposite from said fastening face and comprising at least one first cavity (43; 143; 243) which is configured for removably receiving said at least one electrical connecting member (35; 135; 235) and two second cavities (44; 144; 244) which are each configured for stationary receive said at least one lighting device (34; 134; 234), said mounting element (33; 133; 233) being configured so that said at least one lighting device (34; 134; 234) has a first general direction of light emission directed towards said support when said at least one lighting device is received into one of said two cavities, and said at least one lighting device (34; 134; 234) has a second general direction of light emission directed away from said support when said at least one lighting device is received into the other of said two cavities; and said mounting element is directly fixed on the support.
An affinity chromatography device comprising: a housing; an inlet to permit fluid flow into said housing; first and second flow distributors (60, 70), said first flow distributor and said second flow distributor positioned at opposing ends of said housing; an outlet to permit fluid flow out of said housing, and a wound membrane assembly disposed within said housing, said wound membrane assembly comprising a at least one polytetrafluoroethylene polymer membrane (20, 30) containing therein first inorganic particles having a first nominal particle size and second inorganic particles having a second nominal particle size, wherein said device is configured such that said fluid flow flows through the polytetrafluoroethylene polymer membrane (20, 30) in the wound membrane assembly in the direction orthogonal to areal thickness of the membrane, wherein at least one of said at least one polytetrafluoroethylene polymer membrane (20, 30), said first inorganic particles and said second inorganic particles has covalently bonded thereto an affinity ligand comprising an Fc binding protein that reversibly binds to a targeted protein or antibody; and wherein the affinity chromatography device is configured to provide a dynamic binding capacity of at least 30 mg/ml at 10% breakthrough and a residence time of 20 seconds or less. a housing; an inlet to permit fluid flow into said housing; first and second flow distributors (60, 70), said first flow distributor and said second flow distributor positioned at opposing ends of said housing; an outlet to permit fluid flow out of said housing, and a wound membrane assembly disposed within said housing, said wound membrane assembly comprising a at least one polytetrafluoroethylene polymer membrane (20, 30) containing therein first inorganic particles having a first nominal particle size and second inorganic particles having a second nominal particle size, wherein said device is configured such that said fluid flow flows through the polytetrafluoroethylene polymer membrane (20, 30) in the wound membrane assembly in the direction orthogonal to areal thickness of the membrane, wherein at least one of said at least one polytetrafluoroethylene polymer membrane (20, 30), said first inorganic particles and said second inorganic particles has covalently bonded thereto an affinity ligand comprising an Fc binding protein that reversibly binds to a targeted protein or antibody; and wherein the affinity chromatography device is configured to provide a dynamic binding capacity of at least 30 mg/ml at 10% breakthrough and a residence time of 20 seconds or less.
An optic (10, 100), comprising a light pipe (12, 102) extending from a proximal end to a distal end about an optical axis, said light pipe (12, 102) being adapted to receive at its proximal end at least a portion of light emitted by a light source and having a polygonal cross-sectional shape so as to mix at least a portion of the received light as the light propagates from said proximal end to said distal end, a central reflector having a reflecting surface with an inverted conical shape and being optically coupled to said distal end of the light pipe (12, 102) for receiving at least a portion of the light transmitted through the light pipe (12, 102) and for reflecting said received light, a peripheral reflector optically coupled to said central reflector for receiving at least a portion of said reflected light, characterized by an output surface, andwherein the peripheral reflector is configured to redirect at least a portion of the light received from the central reflector to said output surface for exiting the optic, and wherein said peripheral reflector comprises a lateral reflective surface and an additional reflective surface disposed at an angle relative to said lateral reflective surface such that at least a portion of the light reflected by the central reflector is redirected by said additional reflective surface to said lateral reflective surface to be reflected by the lateral reflective surface toward said output surface for exiting the optic.
A method for sending uplink control information, for use in a terminal device, the method comprising: determining a first transmission resource, wherein the first transmission resource is used for sending first uplink control information and second uplink control information; wherein the first transmission resource comprises: a first transmission sub-resource and a second transmission sub-resource, the first transmission sub-resource is used for carrying the first uplink control information, and the second transmission sub-resource is used for carrying the second uplink control information; a priority corresponding to the first uplink control information is higher than a priority corresponding to the second uplink control information; the first transmission sub-resource and the second transmission sub-resource are contiguous and non-overlapping in a frequency domain; a frequency domain starting position of the first transmission sub-resource is a frequency domain starting position of the first transmission resource; a frequency domain ending position of the first transmission sub-resource is determined by a load and a code rate of the first uplink control information. determining a first transmission resource, wherein the first transmission resource is used for sending first uplink control information and second uplink control information; wherein the first transmission resource comprises: a first transmission sub-resource and a second transmission sub-resource, the first transmission sub-resource is used for carrying the first uplink control information, and the second transmission sub-resource is used for carrying the second uplink control information; a priority corresponding to the first uplink control information is higher than a priority corresponding to the second uplink control information; the first transmission sub-resource and the second transmission sub-resource are contiguous and non-overlapping in a frequency domain; a frequency domain starting position of the first transmission sub-resource is a frequency domain starting position of the first transmission resource; a frequency domain ending position of the first transmission sub-resource is determined by a load and a code rate of the first uplink control information.
A method of filling flexible walled containers with liquid, to produce a non-carbonated drink, leaving a head space and maintaining the integrity of the flexible walls after said filling, the method comprising: providing a filler unit having an access conduit and an exit conduit for passing said liquid into the filler unit and dispensing the liquid into the flexible walled containers; introducing gas into said liquid at an elevated temperature in any of the access conduit, the filler unit and the exit conduit, or in any combination thereof, transferring the liquid containing the gas into flexible walled containers in a hot fill process to fill a portion of the containers leaving an unfilled portion of the containers as a head space; closing the containers tightly; and allowing the liquid containing the gas to reach a lower temperature, whereby the pressure in the head space prevents deformation of the flexible walls during normal handling, characterized in that, in combination, the gas introduced into the liquid is an inert gas or N2O gas; and the gas is introduced into the liquid at a sub-saturated level and is maintained at the sub-saturation level throughout the entire hot fill process. providing a filler unit having an access conduit and an exit conduit for passing said liquid into the filler unit and dispensing the liquid into the flexible walled containers; introducing gas into said liquid at an elevated temperature in any of the access conduit, the filler unit and the exit conduit, or in any combination thereof, transferring the liquid containing the gas into flexible walled containers in a hot fill process to fill a portion of the containers leaving an unfilled portion of the containers as a head space; closing the containers tightly; and allowing the liquid containing the gas to reach a lower temperature, whereby the pressure in the head space prevents deformation of the flexible walls during normal handling, characterized in that, in combination, the gas introduced into the liquid is an inert gas or N2O gas; and the gas is introduced into the liquid at a sub-saturated level and is maintained at the sub-saturation level throughout the entire hot fill process.
A method for performing, by a first device, wireless communication, the method comprising: obtaining a configuration for a sidelink, SL, resource pool; and performing a transmission of a physical sidelink shared channel, PSSCH, based on the SL resource pool, wherein a set of slots belongs to the SL resource pool, wherein the set of slots includes slots except: one or more slots in which a sidelink-synchronization signal block, S-SSB, is configured; based on a time division duplex uplink-downlink, TDD UL-DL configuration being configured to the first device by a network, one or more slots in which at least one of N symbols from a start symbol is not configured as a UL resource by the TDD UL-DL configuration, wherein the N is a number of symbols used for SL in a slot, and the start symbol is a starting symbol used for SL in a slot; and one or more reserved slots. obtaining a configuration for a sidelink, SL, resource pool; and performing a transmission of a physical sidelink shared channel, PSSCH, based on the SL resource pool, wherein a set of slots belongs to the SL resource pool, wherein the set of slots includes slots except: one or more slots in which a sidelink-synchronization signal block, S-SSB, is configured; based on a time division duplex uplink-downlink, TDD UL-DL configuration being configured to the first device by a network, one or more slots in which at least one of N symbols from a start symbol is not configured as a UL resource by the TDD UL-DL configuration, wherein the N is a number of symbols used for SL in a slot, and the start symbol is a starting symbol used for SL in a slot; and one or more reserved slots.