mhurhangee/patent-ind-claim-en huggingface dataset:
Polyethylene foil comprising 4 layers (A) to (D) arranged in the order of (A) to (D), wherein layers (B) to (D) comprise biaxially oriented polyethylene and wherein layer (A) comprises polyurethane and nanoparticles and has a layer thickness of 25 to 300 nm, wherein the average particle size of the nanoparticles determined by laser diffraction particle size analysis is in the range of 20 to 300 nm and is not more than 20% larger than the thickness of layer (A), layer (B) comprises polymers having functional groups, which can form covalent bonds with polyurethane and is directly connected to layer (A), wherein the polymer comprising the functional groups capable of forming covalent bonds with polyurethane may be the polyethylene contained in layer (B), layer (C) has at least a layer thickness of 50% of the total thickness of the foil, and layer (D) represents an outer layer of the foil and comprises antiblocking agents. layer (A) comprises polyurethane and nanoparticles and has a layer thickness of 25 to 300 nm, wherein the average particle size of the nanoparticles determined by laser diffraction particle size analysis is in the range of 20 to 300 nm and is not more than 20% larger than the thickness of layer (A), layer (B) comprises polymers having functional groups, which can form covalent bonds with polyurethane and is directly connected to layer (A), wherein the polymer comprising the functional groups capable of forming covalent bonds with polyurethane may be the polyethylene contained in layer (B), layer (C) has at least a layer thickness of 50% of the total thickness of the foil, and layer (D) represents an outer layer of the foil and comprises antiblocking agents.
A device for preserving (1', 1") at least one human or animal tissue, for example a corneal sample, for a graft or ex vivo experiment, the device comprising at least one chamber which is adapted to receive and preserve said at least one tissue in a liquid preservation medium and which comprises means for continuously renewing (4a and 4b, 5a and 5b) said medium in said at least one chamber, characterised in that the device further comprises means for regulating (6a and 6b, 7a and 7b) at least one physicochemical parameter of said medium comprising its pH, by continuously circulating a buffer gas in said at least one chamber out of and in contact with said medium, said regulation means comprising: - ports for feeding and discharging (6a and 6b) said buffer gas into and from said at least one chamber, so that said buffer gas is fed into and discharged from said at least one chamber above said medium, - fluid couplings (7a and 7b) for said buffer gas communicating with said feed and discharge ports (6a and 6b) respectively and capable of circulating the same under pressure and continuously into said at least one chamber , via a circulation unit which the device comprises, and - said circulation unit . - ports for feeding and discharging (6a and 6b) said buffer gas into and from said at least one chamber, so that said buffer gas is fed into and discharged from said at least one chamber above said medium, - fluid couplings (7a and 7b) for said buffer gas communicating with said feed and discharge ports (6a and 6b) respectively and capable of circulating the same under pressure and continuously into said at least one chamber , via a circulation unit which the device comprises, and - said circulation unit .
A method of manufacturing a single-crystal layer of GaAs material, comprising the transfer of a single-crystal seed layer of SrTiO 3 material onto a carrier substrate (100, 100', 100") of silicon material followed by epitaxial growth of the single-crystal layer of GaAs material, wherein the transfer of the single-crystal seed layer of SrTiO 3 material on the carrier substrate (100, 100', 100") of silicon material comprises a step of assembling (1, 1', 1") a single-crystal substrate of SrTiO 3 material on the carrier substrate (100, 100', 100"), followed by a step of thinning (2', 2", 2"') said single-crystal substrate of SrTiO 3 material.
A headgear configured to couple to a user interface to retain the user interface on the user , the user interface configured to supply breathable gas to a user , the headgear comprising: - a headgear component comprising a backstrap having a first ear loop extending from one end of the backstrap and configured to extend about an ear of the user and a second ear loop extending from another end of the backstrap and configured to extend about another ear of the user , the first ear loop being configured to encircle one of the user's ears and the second ear loop being configured to encircle the other of the user's ears, - a head strap extending in use over a top of the user's head, the head strap comprising a first end and a second end; wherein each ear loop includes a first connection zone and a second connection zone , each of the first connection zone and second connection zone configured to be substantially interchangeable and to connect to one of an interface component and the head strap , wherein the first ear loop is a mirror image of the second ear loop considered relative to a reference plane bisecting the backstrap . - a headgear component comprising a backstrap having a first ear loop extending from one end of the backstrap and configured to extend about an ear of the user and a second ear loop extending from another end of the backstrap and configured to extend about another ear of the user , the first ear loop being configured to encircle one of the user's ears and the second ear loop being configured to encircle the other of the user's ears, - a head strap extending in use over a top of the user's head, the head strap comprising a first end and a second end; wherein each ear loop includes a first connection zone and a second connection zone , each of the first connection zone and second connection zone configured to be substantially interchangeable and to connect to one of an interface component and the head strap , wherein the first ear loop is a mirror image of the second ear loop considered relative to a reference plane bisecting the backstrap .
A method of producing footwear having an upper and an outsole with an upraised portion by use of a mould comprising a last , upon which the upper is arranged, an upper mould part being divided into two side parts that are laterally movable in relation to a lower mould part between a first and second position, and the lower mould part being vertically movable in relation to the upper mould part between a third and fourth position, comprising the steps of: - placing the outsole in a lower mould part of a mould, - placing an upper in a cavity of the mould, - moving at least one side part against the other side part from a first to a second position whereby the two side parts abut the upper , - injecting a composition into a space between the upper and the outsole for connecting the outsole to the upper and for making a midsole , characterized in that the method comprises the step of: - moving the lower mould part towards the upper from a third to a fourth position so that a tip of the upraised portion is pressed towards the upper by a control surface of the side parts so that some of the space is maintained between the upper and upraised portion of the outsole . - placing the outsole in a lower mould part of a mould, - placing an upper in a cavity of the mould, - moving at least one side part against the other side part from a first to a second position whereby the two side parts abut the upper , - injecting a composition into a space between the upper and the outsole for connecting the outsole to the upper and for making a midsole , characterized in that the method comprises the step of: - moving the lower mould part towards the upper from a third to a fourth position so that a tip of the upraised portion is pressed towards the upper by a control surface of the side parts so that some of the space is maintained between the upper and upraised portion of the outsole .
An elastomeric composition comprising an elastomer and additives; characterised in that the additives comprise tetrafluoroethylene and polysiloxane reacted with ethylene oxide and propylene oxide, which bond with the chains of the elastomer to produce a hypoallergenic elastomeric article; and wherein the elastomer comprises polyurethane, acrylonitrile rubber, polychloroprene, synthetic polyisoprene, styrene isoprene styrene, styrene ethylene butadiene styrene, or natural rubber.
A wiper blade comprising: a mounting part which is mounted at a blade mounting means ; a single contacting edge ; an angle maintaining bendable part continuously formed from the mounting part and connecting the mounting part and the contacting edge , wherein said angle maintaining bendable part has one longitudinal internal cavity ; wherein the angle maintaining bendable part and the one internal cavity form a 4-bar linkage structure which is configured to maintain an angle of the mounting part and the contacting edge while the contacting edge being in line contact with a cleaning surface (S) to clean the pollution (P) and the overall shape of the wiper blade is inclined laterally in accordance with the moving direction of the blade mounting means , wherein said one longitudinal internal cavity has a rectangular shape. a mounting part which is mounted at a blade mounting means ; a single contacting edge ; an angle maintaining bendable part continuously formed from the mounting part and connecting the mounting part and the contacting edge , wherein said angle maintaining bendable part has one longitudinal internal cavity ; wherein the angle maintaining bendable part and the one internal cavity form a 4-bar linkage structure which is configured to maintain an angle of the mounting part and the contacting edge while the contacting edge being in line contact with a cleaning surface (S) to clean the pollution (P) and the overall shape of the wiper blade is inclined laterally in accordance with the moving direction of the blade mounting means , wherein said one longitudinal internal cavity has a rectangular shape.
A liquid blow molding device configured to supply pressurized liquid to a bottomed tubular preform (PF) mounted to a blow molding mold to form the preform (PF) into a shape along a cavity of the mold , comprising: a blow nozzle configured to be fitted into a mouth portion (PFb) of the preform (PF); a plunger pump configured to supply pressurized liquid (L) to the preform (PF) through the blow nozzle ; and a controller configured to control operation of the plunger pump , characterized by that the controller controls operation of the plunger pump by position control in which a plunger of the plunger pump is moved from an original position to a predetermined final position with a predetermined operating force. a blow nozzle configured to be fitted into a mouth portion (PFb) of the preform (PF); a plunger pump configured to supply pressurized liquid (L) to the preform (PF) through the blow nozzle ; and a controller configured to control operation of the plunger pump , characterized by that the controller controls operation of the plunger pump by position control in which a plunger of the plunger pump is moved from an original position to a predetermined final position with a predetermined operating force.
A process for producing a green body, wherein a) a layer containing a ceramic, glass-ceramic or glass powder is formed on a substrate, wherein the layer is formed by applying the powder on the substrate or the previously formed layer and subsequently levelling the applied powder, b) at least a part of the above-mentioned layer is coated with at least one liquid solidifying composition which contains at least from 0.01 to 99.98% by weight of a dissolved or liquid organometallic compound, wherein the same has at least one atom which is not C, Si, H, O or N, and this atom is bonded to at least one organic moiety, from 0.01 to 20% by weight of an organic binding agent, from 0.01 to 99.98% by weight of a solvent or dispersing agent, wherein the solidifying composition is applied with the print head of an inkjet printer, a microdispenser, a micro-feeder, a piezo print head or a freely programmable dosing system, and wherein the solidifying composition does not contain solids, c) steps a) and b) are repeated at least once, d) the solvent or dispersing agent is removed at least partially or completely to form a green body, and e) unbonded ceramic powder is removed, whereby the green body is exposed. a) a layer containing a ceramic, glass-ceramic or glass powder is formed on a substrate, wherein the layer is formed by applying the powder on the substrate or the previously formed layer and subsequently levelling the applied powder, b) at least a part of the above-mentioned layer is coated with at least one liquid solidifying composition which contains at least from 0.01 to 99.98% by weight of a dissolved or liquid organometallic compound, wherein the same has at least one atom which is not C, Si, H, O or N, and this atom is bonded to at least one organic moiety, from 0.01 to 20% by weight of an organic binding agent, from 0.01 to 99.98% by weight of a solvent or dispersing agent, wherein the solidifying composition is applied with the print head of an inkjet printer, a microdispenser, a micro-feeder, a piezo print head or a freely programmable dosing system, and wherein the solidifying composition does not contain solids, c) steps a) and b) are repeated at least once, d) the solvent or dispersing agent is removed at least partially or completely to form a green body, and e) unbonded ceramic powder is removed, whereby the green body is exposed.
An electrical plug for connecting to a housing part , comprising a plug housing , which comprises a first plug housing section having a longitudinal axis (A), wherein the first plug housing section intentionally is configured for insertion into a plug socket of the housing part and the electrical plug comprises a friction brake device comprising a friction brake part , wherein said friction brake part is arranged on an outer face of the first plug housing section and said friction brake part is exposed towards the outside in radial direction to the longitudinal axis (A), wherein by the friction brake device a friction braking acting in an azimuthally defined way around the longitudinal axis (A) with a set torque threshold value for the electrical plug is generated characterized in that the friction brake device comprises a friction brake ring section as friction brake part , which is a component that is separate from the first plug housing section , wherein the friction brake ring section , is mounted to be rotatable on the outer face , wherein an outer face of the friction brake ring section is uneven so that in at least two different azimuthal positions of the outer face different radii are configured and on the outer face of the friction brake ring section several radial friction elements are formed, which are configured for radially pressing on the plug socket so that after the pressing into contact then the azimuthal friction braking is generated. wherein the first plug housing section intentionally is configured for insertion into a plug socket of the housing part and the electrical plug comprises a friction brake device comprising a friction brake part , wherein said friction brake part is arranged on an outer face of the first plug housing section and said friction brake part is exposed towards the outside in radial direction to the longitudinal axis (A), wherein by the friction brake device a friction braking acting in an azimuthally defined way around the longitudinal axis (A) with a set torque threshold value for the electrical plug is generated characterized in that the friction brake device comprises a friction brake ring section as friction brake part , which is a component that is separate from the first plug housing section , wherein the friction brake ring section , is mounted to be rotatable on the outer face , wherein an outer face of the friction brake ring section is uneven so that in at least two different azimuthal positions of the outer face different radii are configured and on the outer face of the friction brake ring section several radial friction elements are formed, which are configured for radially pressing on the plug socket so that after the pressing into contact then the azimuthal friction braking is generated.
A bottom emission organic electroluminescence display device, comprising, a base substrate , and at least one dielectric thin film layer group and a thin film transistor that are successively arranged on the base substrate , each dielectric thin film layer group comprising at least two stacked dielectric thin film layers, refractive indices of which being increased progressively in a direction from the base substrate towards the thin film transistor , characterized in that dielectric thin film layers contained in each dielectric thin film layer group have a same optical thickness.
A circuit for latching a repetitive signal relative to a clock , the circuit comprising: a signal input to receive a repetitive signal having repetitive signal transitions ; clock circuitry to provide a clock with active and inactive clock edges within a clock period (T CLOCK ); signal capture circuitry for latching the repetitive signal transitions at an active clock edge based on predefined setup and hold times which determine a setup/hold window ; and characterised in that clock phase adjustment circuitry to adjust a clock phase of the clock to obtain a phase-adjusted clock , and to delay the phase-adjusted clock , in particular to delay the active clock edge , so that the preceding inactive clock edge is aligned with the repetitive signal transitions within a signal capture window between setup/hold windows . a signal input to receive a repetitive signal having repetitive signal transitions ; clock circuitry to provide a clock with active and inactive clock edges within a clock period (T CLOCK ); signal capture circuitry for latching the repetitive signal transitions at an active clock edge based on predefined setup and hold times which determine a setup/hold window ; and characterised in that clock phase adjustment circuitry to adjust a clock phase of the clock to obtain a phase-adjusted clock , and to delay the phase-adjusted clock , in particular to delay the active clock edge , so that the preceding inactive clock edge is aligned with the repetitive signal transitions within a signal capture window between setup/hold windows .
A fluid metering device comprising: a first fluid supply port for receiving a first fluid; a first fluid dispense port for dispensing the first fluid; a second fluid supply port for receiving a second fluid; a second fluid dispense port for dispensing the second fluid; a waste discharge port for discharging a mixture of the first fluid and the second fluid; a metering pump for measuring a volume of each of the first fluid and the second fluid; and a valve assembly used for directing the first fluid from the first fluid supply port to the first fluid dispense port , directing the second fluid from the second fluid supply port to the second fluid dispense port , and directing the mixture to the waste discharge port , characterized in that the valve assembly includes a first valve connected to the first fluid supply port and the metering pump , a second valve connected to the first fluid dispense port , a third valve connected to the second valve and the waste discharge port , and a fourth valve connected to the third valve , the second fluid supply port and the second fluid dispense port ; and in that the fluid metering device further comprises a first tube connected between the second valve and the third valve for accommodating the mixture or the first fluid, wherein the first tube is configured to prevent the second fluid from reaching the second valve ; and a second tube connected between the third valve and the fourth valve for accommodating the second fluid, wherein the second tube is configured to accommodate a required amount of the second fluid. a first fluid supply port for receiving a first fluid; a first fluid dispense port for dispensing the first fluid; a second fluid supply port for receiving a second fluid; a second fluid dispense port for dispensing the second fluid; a waste discharge port for discharging a mixture of the first fluid and the second fluid; a metering pump for measuring a volume of each of the first fluid and the second fluid; and a valve assembly used for directing the first fluid from the first fluid supply port to the first fluid dispense port , directing the second fluid from the second fluid supply port to the second fluid dispense port , and directing the mixture to the waste discharge port , characterized in that the valve assembly includes a first valve connected to the first fluid supply port and the metering pump , a second valve connected to the first fluid dispense port , a third valve connected to the second valve and the waste discharge port , and a fourth valve connected to the third valve , the second fluid supply port and the second fluid dispense port ; and in that the fluid metering device further comprises a first tube connected between the second valve and the third valve for accommodating the mixture or the first fluid, wherein the first tube is configured to prevent the second fluid from reaching the second valve ; and a second tube connected between the third valve and the fourth valve for accommodating the second fluid, wherein the second tube is configured to accommodate a required amount of the second fluid.
An article comprising: a substrate ; a coating formed on the substrate , the coating comprising: a first metallic layer formed on the substrate ; a second metallic layer formed on the first metallic layer ; a third metallic layer formed on the second metallic layer , wherein the third metallic layer comprises a precious metal; and a fourth metallic layer formed on the third metallic layer , wherein the fourth metallic layer comprises a platinum group metal; characterized in that the first metallic layer comprises a nickel-based alloy further comprising tungsten and/or molybdenum. a substrate ; a coating formed on the substrate , the coating comprising: a first metallic layer formed on the substrate ; a second metallic layer formed on the first metallic layer ; a third metallic layer formed on the second metallic layer , wherein the third metallic layer comprises a precious metal; and a fourth metallic layer formed on the third metallic layer , a first metallic layer formed on the substrate ; a second metallic layer formed on the first metallic layer ; a third metallic layer formed on the second metallic layer , wherein the third metallic layer comprises a precious metal; and a fourth metallic layer formed on the third metallic layer , wherein the fourth metallic layer comprises a platinum group metal; characterized in that the first metallic layer comprises a nickel-based alloy further comprising tungsten and/or molybdenum.