mhurhangee/ep-ind-claims huggingface dataset:
A function module comprising: a function housing including a first surface and a second surface on both sides in a thickness direction of the function housing and an illuminator whose light outgoing surface is the first surface; and an operation housing including an operation section configured to receive an operation for operating the illuminator, the operation housing including a first support provided at one end in a prescribed direction of the operation housing, the function housing being supported at the first support by the operation housing to be rotatable about a first rotation axis along a direction transverse to the prescribed direction, the function housing being configured to rotate about the first rotation axis to move between a closed position and an open position, the second surface of the function housing being provided with a heat dissipator which is to be thermally coupled to the illuminator, wherein in a state where the function housing is in the closed position, a gap is formed between the heat dissipator and the operation housing, characterized in that the operation section is provided on a second surface of the operation housing which faces the second surface of the function housing in a state where the function housing is in the closed position, and in that in a state where the function housing is in the closed position, the second surface of the operation housing is covered with the function housing and is thus not exposed. a function housing including a first surface and a second surface on both sides in a thickness direction of the function housing and an illuminator whose light outgoing surface is the first surface; and a first surface and a second surface on both sides in a thickness direction of the function housing and an illuminator whose light outgoing surface is the first surface; and an operation housing including an operation section configured to receive an operation for operating the illuminator, the operation housing including a first support provided at one end in a prescribed direction of the operation housing, the function housing being supported at the first support by the operation housing to be rotatable about a first rotation axis along a direction transverse to the prescribed direction, the function housing being configured to rotate about the first rotation axis to move between a closed position and an open position, the second surface of the function housing being provided with a heat dissipator which is to be thermally coupled to the illuminator, wherein in a state where the function housing is in the closed position, a gap is formed between the heat dissipator and the operation housing, characterized in that the operation section is provided on a second surface of the operation housing which faces the second surface of the function housing in a state where the function housing is in the closed position, and in that in a state where the function housing is in the closed position, the second surface of the operation housing is covered with the function housing and is thus not exposed.
An electrode-forming composition [composition] comprising: (a) an aqueous latex comprising at least one fluoropolymer [polymer] comprising recurring units derived from vinylidene fluoride, at least one (meth)acrylic monomer [monomer] complying with formula here below: wherein: - R 1, R 2 and R 3, equal to or different from each other, are independently selected from a hydrogen atom and a C 1 -C 3 hydrocarbon group, and - Rx is a hydrogen atom or a C 1 -C 5 hydrocarbon moiety comprising at least one hydroxyl group, and, optionally, at least one other fluorinated monomer [monomer] different from VDF, and, homogeneously dispersed therein, (b) at least one powdery electrode-forming material consisting of elemental Sulphur [material], (c) at least one powdery electrically conducting material [material], (d) optionally, at least one surfactant [surfactant], (e) optionally, at least one binding agent [agent], and (f) optionally, less than 10% by weight, based on the total weight of the composition, of at least one organic solvent [solvent], wherein the polymer in the aqueous latex is under the form of primary particles having an average primary particle size of less than 1 μm, as measured according to ISO 13321. (a) an aqueous latex comprising at least one fluoropolymer [polymer] comprising recurring units derived from vinylidene fluoride, at least one (meth)acrylic monomer [monomer] complying with formula here below: wherein: - R 1, R 2 and R 3, equal to or different from each other, are independently selected from a hydrogen atom and a C 1 -C 3 hydrocarbon group, and - Rx is a hydrogen atom or a C 1 -C 5 hydrocarbon moiety comprising at least one hydroxyl group, and, optionally, at least one other fluorinated monomer [monomer] different from VDF, and, homogeneously dispersed therein, - R 1, R 2 and R 3, equal to or different from each other, are independently selected from a hydrogen atom and a C 1 -C 3 hydrocarbon group, and - Rx is a hydrogen atom or a C 1 -C 5 hydrocarbon moiety comprising at least one hydroxyl group, and, optionally, at least one other fluorinated monomer [monomer] different from VDF, and, homogeneously dispersed therein, (b) at least one powdery electrode-forming material consisting of elemental Sulphur [material], (c) at least one powdery electrically conducting material [material], (d) optionally, at least one surfactant [surfactant], (e) optionally, at least one binding agent [agent], and (f) optionally, less than 10% by weight, based on the total weight of the composition, of at least one organic solvent [solvent],
An electronic device (40") comprising: a first near-field communications NFC device (42") configured to receive from a second NFC device status information related to the electronic device; a bistable display (41") adapted to be powered by a field received by the first NFC device (42") to display the status information, the display comprising an array of pixels, each pixel retaining a given state between refreshes and without electrical power supplied thereto; and a controller (45") coupled to said first NFC device (42") and said display (41"), and configured to display on said display (41") the status information, wherein the electronic device (40") is adapted to be removably coupled to a second electronic device and, whilst coupled to the second electronic device, to send device information to the second electronic device so as to enable the second electronic device to determine the status information, the second electronic device comprising the second NFC device; and wherein the bistable display is adapted to continue to display the status information between refreshes without power being supplied thereto. a first near-field communications NFC device (42") configured to receive from a second NFC device status information related to the electronic device; a bistable display (41") adapted to be powered by a field received by the first NFC device (42") to display the status information, the display comprising an array of pixels, each pixel retaining a given state between refreshes and without electrical power supplied thereto; and a controller (45") coupled to said first NFC device (42") and said display (41"), and configured to display on said display (41") the status information, wherein the electronic device (40") is adapted to be removably coupled to a second electronic device and, whilst coupled to the second electronic device, to send device information to the second electronic device so as to enable the second electronic device to determine the status information, the second electronic device comprising the second NFC device; and wherein the bistable display is adapted to continue to display the status information between refreshes without power being supplied thereto.
A method for wireless communication in a network by a user equipment, UE, the method comprising: receiving a downlink control plane message including updated configuration information for a Unified Data Management, UDM, entity in the network; determining whether a universal subscriber identification module, USIM, of the UE supports one or more parameters stored in the USIM to be updated; based on the determination, storing the received configuration information in at least one of: the USIM if the USIM supports the one or more parameters to be updated; or memory of the UE if the USIM does not support the one or more parameters to be updated; generating an identifier for the UE based on the stored updated configuration information; and transmitting at least one message using the generated identifier. receiving a downlink control plane message including updated configuration information for a Unified Data Management, UDM, entity in the network; determining whether a universal subscriber identification module, USIM, of the UE supports one or more parameters stored in the USIM to be updated; based on the determination, storing the received configuration information in at least one of: the USIM if the USIM supports the one or more parameters to be updated; or memory of the UE if the USIM does not support the one or more parameters to be updated; the USIM if the USIM supports the one or more parameters to be updated; or memory of the UE if the USIM does not support the one or more parameters to be updated; generating an identifier for the UE based on the stored updated configuration information; and transmitting at least one message using the generated identifier.
Process to prepare a packaged food concentrate with the appearance of a gel, comprising the steps of: a) Providing a solution comprising: • Water, • An effective amount of gelling system, b) Combining the solution resulting from step a) with at least one item comprising compressed food material, c) Packaging the combination resulting from step b), d) Solidifying the combination resulting from step c), to result in a packaged food concentrate with the appearance of a gel. a) Providing a solution comprising: • Water, • An effective amount of gelling system, • Water, • An effective amount of gelling system, b) Combining the solution resulting from step a) with at least one item comprising compressed food material, c) Packaging the combination resulting from step b), d) Solidifying the combination resulting from step c),
An ion mobility spectrometer comprising: a) a wall, that is capable of conducting electricity, that forms an ionization chamber; and b) an ionization source comprising a wire, that is at least one of a rounded loop or a coil disposed between one electrical connection and another electrical connection, and disposed in the ionization chamber, the ionization source being configured to: pass electrical current through the wire between the electrical connections to heat the wire, and to exhibit a potential differential between the ionization source and the wall to form a corona. a) a wall, that is capable of conducting electricity, that forms an ionization chamber; and b) an ionization source comprising a wire, that is at least one of a rounded loop or a coil disposed between one electrical connection and another electrical connection, and disposed in the ionization chamber, the ionization source being configured to: pass electrical current through the wire between the electrical connections to heat the wire, and to exhibit a potential differential between the ionization source and the wall to form a corona. pass electrical current through the wire between the electrical connections to heat the wire, and to exhibit a potential differential between the ionization source and the wall to form a corona.
An automatic escape route sliding door with at least one movable door leaf, which can be displaced by means of an electrical drive into the opened and into the closed position, and wherein the drive unit is housed in the upper region of the clear passage area of the escape route sliding door, which drive unit transmits the motion to the door leaf by means of an endless toothed belt, and wherein the door leaf is constituted guided in the lower region, wherein a locking device for escape revolving door systems is disposed in each case on the movable door leaves (2, 3), which locking device cooperates with an escape route rotating door controller provided in the edge region of the escape route sliding door, wherein said escape route rotating door controller comprises an emergency switch, with which the door leaves (2, 3) can be unlocked in the closed and locked state of the locked escape route sliding door, and the door leaves (2, 3) are disposed pivotable in an upper and the lower guide (12, 7) of the escape route sliding door to provide an escape route, characterised in that a rotary axis for the door leaf (2, 3) is disposed on the upper guide of the door leaf, and a rotary slide axis is disposed on the lower guide of the door leaf (2, 3) being constituted as a webbed rail guide, said rotary slide axis comprising two grooved blocks (15, 16) with grooves (15.1, 16.1), which grooves (15.1, 16.1) cooperate with the lower webbed rail guide, wherein the first grooved block is fastened fixedly to a base plate, and wherein the second grooved block is disposed pivotally on the base plate, the first grooved block is still held by the webbed rail guide, whereas the second grooved block projects beyond the limited webbed rail guide and forms the lower rotary axis for the door leaf (2, 3), wherein a stop for the outer longitudinal spar of the door leaf (2, 3) cooperates with the second grooved block or the longitudinal spar of the door leaf (2, 3) is attached thereto.
A DNA construct comprising a non-eukaryote-originating suppressor tRNA gene containing no internal promoter sequence that functions in a eukaryotic cell, and a eukaryote-originating promoter linked to the 5' terminal of said tRNA gene characterised in that said eukaryote-originating promoter is a nucleotide sequence that induces transcription by RNA polymerase II, or is a promoter of a U6 snRNA gene.
Pourable and curable concrete composition, comprising per m 3 cured concrete - between 300 and 500 kg cement; - between 150 and 300 kg water; - between 1.500 and 1.800 kg aggregate; and - between 1 weight% to 4 weight% of the cement content of the concrete composition, depending on the type of cement, of calcium nitrate. - between 300 and 500 kg cement; - between 150 and 300 kg water; - between 1.500 and 1.800 kg aggregate; and - between 1 weight% to 4 weight% of the cement content of the concrete composition, depending on the type of cement, of calcium nitrate.
A percussion drill comprising: a) a shank in mechanical alignment with a piston-hammer being disposed within a first housing having at least a first port, a second port, a third port and a fourth port, said piston-hammer having a front lending, a trip section, and a rear landing; said trip section having a front shoulder, a center area, and a back shoulder; the center area being of a lesser diameter than the diameter of the front shoulder and back shoulder; and b) a valve in fluid communication with the piston-hammer being disposed within a second housing having at least a fifth port, a sixth port, and a seventh port, said fluid communication between the valve and the piston-hammer including fluid communication between the ports of the first and second housings (160, 170); characterized in the shank being movable between a power position and a position forward of the power position, said power position corresponding to a normal position of the shank when drilling is required; and c) an internal hydraulic dampening system configured to reduce the velocity of the piston-hammer when the shank is forward of the power position relative to the velocity of the piston-hammer when the shank is in the power position by including a mechanical alignment of the center area and the back shoulder of the trip section with the second port to reduce fluid flow into the second housing when the piston-hammer is forward of its position relative to its normal operation. a) a shank in mechanical alignment with a piston-hammer being disposed within a first housing having at least a first port, a second port, a third port and a fourth port, said piston-hammer having a front lending, a trip section, and a rear landing; said trip section having a front shoulder, a center area, and a back shoulder; the center area being of a lesser diameter than the diameter of the front shoulder and back shoulder; and b) a valve in fluid communication with the piston-hammer being disposed within a second housing having at least a fifth port, a sixth port, and a seventh port, said fluid communication between the valve and the piston-hammer including fluid communication between the ports of the first and second housings (160, 170); characterized in the shank being movable between a power position and a position forward of the power position, said power position corresponding to a normal position of the shank when drilling is required; and c) an internal hydraulic dampening system configured to reduce the velocity of the piston-hammer when the shank is forward of the power position relative to the velocity of the piston-hammer when the shank is in the power position by including a mechanical alignment of the center area and the back shoulder of the trip section with the second port to reduce fluid flow into the second housing when the piston-hammer is forward of its position relative to its normal operation.
Redox apparatus, in particular hydrogen-oxygen redox apparatus, with at least one redox unit (12a-c, 14c), in particular hydrogen-oxygen redox unit, which is configured for carrying out at least one redox reaction consuming and/or producing a first gas, in particular hydrogen gas, and/or a second gas, in particular oxygen gas, characterised by at least one residual-gas purification unit (20a-c, 21c, 22a-c, 23c) which purifies, at least in at least one rest mode of the redox unit (12a-c, 14c), at least one residual gas in the redox unit (12a-c, 14c) from at least one gas contamination, wherein the at least one residual-gas purification unit (20a-c, 21c, 22a-c, 23c) comprises at least one condensate precipitator (32a-c, 33c, 34a-c, 35c) for separating off water, and by at least one residual-gas circuit (60a-c, 61c, 62a-c, 63c) for continuous circulation of the at least one residual gas in the rest mode of the redox unit (12a-c, 14c) via the at least one residual-gas purification unit (20a-c, 21c, 22a-c, 23c), wherein the at least one residual-gas circuit (60a-c, 61c, 62a-c, 63c) comprises at least one conveying unit for circulating the gas, namely at least one pump (44a-c, 45c, 46a-c, 47c), wherein the at least one residual-gas purification unit (20a-c, 21c, 22a-c, 23c) comprises at least one unit in which at least one kind of gas is converted into at least one further kind of gas via catalysis, wherein the at least one further kind of gas is provided to be removed from the gas flow.
A concentrated aqueous dispersion for preparing a surface conditioner, the dispersion having a pH of 3 to 12 and comprising 3-60 wt.% of zinc phosphate particles having a D 50 of 3 μm or less and either: (i) a laminar clay mineral which is a natural hectorite and/or a synthetic hectorite, or (ii) bentonite surface treated with an alkyltrialkoxysilane represented by the following formula: wherein R 1 is a saturated alkyl group having 1 to 22 carbon atoms, and R 2 s are independently a methyl, ethyl, propyl or butyl group. (i) a laminar clay mineral which is a natural hectorite and/or a synthetic hectorite, or (ii) bentonite surface treated with an alkyltrialkoxysilane represented by the following formula: wherein R 1 is a saturated alkyl group having 1 to 22 carbon atoms, and R 2 s are independently a methyl, ethyl, propyl or butyl group.
Delivery system for delivering medical or pharmaceutical compounds, comprising: - a container unit, comprising: - a container for storing said compounds, wherein said container has a circumferential wall, a first end closed by a container bottom and an open second end, and wherein said container unit has a longitudinal axis, and - a closure element accommodated within said container in a fluid-tight contact with said circumferential wall, and - an extraction unit comprising a penetration and discharge means having a hollow needle adapted to penetrate said closure element, wherein: - said extraction unit is fitted to said container so as to be movable relatively to said container along the longitudinal axis towards the container bottom, - the delivery system being characterised in that: said extraction unit comprises a first link motion portion, and said container comprises a second link motion portion, and - one of said first link motion portion and said second link motion portion is provided with a projection and the respective other one is provided with a guiding groove, said projection and said guiding groove being engagable to form a link motion adapted to make said extraction unit move relatively to the container in a predetermined way towards said container bottom thereby to make said hollow needle penetrate said closure element. - a container unit, comprising: - a container for storing said compounds, wherein said container has a circumferential wall, a first end closed by a container bottom and an open second end, and wherein said container unit has a longitudinal axis, and - a closure element accommodated within said container in a fluid-tight contact with said circumferential wall, and - a container for storing said compounds, wherein said container has a circumferential wall, a first end closed by a container bottom and an open second end, and wherein said container unit has a longitudinal axis, and - a closure element accommodated within said container in a fluid-tight contact with said circumferential wall, and - an extraction unit comprising a penetration and discharge means having a hollow needle adapted to penetrate said closure element, - said extraction unit is fitted to said container so as to be movable relatively to said container along the longitudinal axis towards the container bottom, - the delivery system being characterised in that: said extraction unit comprises a first link motion portion, and said container comprises a second link motion portion, and said extraction unit comprises a first link motion portion, and said container comprises a second link motion portion, and - one of said first link motion portion and said second link motion portion is provided with a projection and the respective other one is provided with a guiding groove, said projection and said guiding groove being engagable to form a link motion adapted to make said extraction unit move relatively to the container in a predetermined way towards said container bottom thereby to make said hollow needle penetrate said closure element.