mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing an OSB , in which long wood strands coated with an adhesive are scattered in an oriented manner in at least three layers , wherein the wood strands in adjoining layers are aligned in an offset manner and then the scattered layers are compressed under high pressure and temperature to form a board of the desired thickness, as a result of which the adhesive melts and cures, comprising the following steps: - scattering a mixture of wood flour and a synthetic resin powder onto an upper side of the top cover layer , - stripping or shaking off the scattered-on mixture so that unevennesses to a depth of 4 mm are filled, - curing the mixture under the influence of pressure and temperature by pressing the mixture into the depressions in the top cover layer , wherein the synthetic resin melts and a uniform surface layer forms, wherein the synthetic resin is melamine resin or phenolic resin and the mixture is scattered on in an amount of at least 80 g/m 2 . - scattering a mixture of wood flour and a synthetic resin powder onto an upper side of the top cover layer , - stripping or shaking off the scattered-on mixture so that unevennesses to a depth of 4 mm are filled, - curing the mixture under the influence of pressure and temperature by pressing the mixture into the depressions in the top cover layer , wherein the synthetic resin melts and a uniform surface layer forms,
Method for operating a furnace with a feed chute and a camera for capturing an image of the surface of the chute , wherein the chute has a slideway on which the material flows to a grate of the furnace , and the coverage of the chute and in particular of the slideway with material and/or the positional change and thus the movement of individual components or surface areas within the chute is determined using an image evaluation .
Assembly device for arranging and stacking sheet-like components along a stacking direction , having at least one workpiece carrier device which comprises at least one workpiece carrier which is formed from at least one base plate , two mutually opposite supporting walls fixed to the base plate and two mutually opposite side plates fixed to the supporting walls and in which sheet-like components can be stacked along a stacking direction in a free space framed by the supporting walls and the side plates , and which comprises at least one receiving unit defining at least one depositing location for depositing a new component, and with at least one aligning device which comprises at least one pressing unit by means of which at least one component deposited at the depositing location can be moved in an aligning direction extending transversely to the stacking direction and can be pressed against a stop means , wherein the pressing unit of the aligning device comprises at least one pressing means and at least one pressing drive , with which the pressing means can be transferred from a rest position, in which the pressing means is in contact-free contact with the component, into a pressing position, in which the pressing means bears directly against the at least one component, characterised in that the pressing unit of the alignment device has at least one fixing means which is fixed on a holder of the alignment device and on which the pressing means can be fixed relative to the fixing means and/or in that the pressing unit of the alignment device comprises at least one guide means by which the transfer of the pressing means from the rest position into the pressing position can be guided along the alignment direction.
A semiconductor radiation detector, comprising: - a detector chip having a front side and a back side, - a support plate on the back side of the detector chip , having electric connections with said detector chip , - a base plate having a thermoelectric cooler attached to it and contact pins protruding from the base plate towards said detector chip , wherein said contact pins define a rim having an area that is smaller than active area on the front side of the detector chip , - a bonding plate on an opposite side of said thermoelectric cooler than said base plate , - first wire bonded connections between said contact pins and said bonding plate, characterized in that the semiconductor radiation detector comprises a joint plate between said bonding plate and said support plate , which joint plate comprises an intermediate layer prepared separately from said bonding plate and said support plate , and - electric connections between said support plate and said bonding plate through said joint plate . - a detector chip having a front side and a back side, - a support plate on the back side of the detector chip , having electric connections with said detector chip , - a base plate having a thermoelectric cooler attached to it and contact pins protruding from the base plate towards said detector chip , wherein said contact pins define a rim having an area that is smaller than active area on the front side of the detector chip , - a bonding plate on an opposite side of said thermoelectric cooler than said base plate , - first wire bonded connections between said contact pins and said bonding plate, characterized in that the semiconductor radiation detector comprises a joint plate between said bonding plate and said support plate , which joint plate comprises an intermediate layer prepared separately from said bonding plate and said support plate , and - electric connections between said support plate and said bonding plate through said joint plate .
Electrical appliance, in particular electrical household appliance, having electrical contacts , having accesses to the electrical contacts for establishing an electrical plug connection, having an electrical sinsulation which protects against touching the electrical contacts , having at least two bolts as part of the electrical insulation, which are passed through the electrical contacts in an electrically insulating position, characterized in that the bolts can be moved independently of each other, wherein the bolts can be moved further from the electrically insulating position into an electrically non-insulating position only when the two bolts are moved together.
A monomer mixture containing at least: a compound represented by Formulas (a-1) and/or (a-2): a compound comprising two epoxy groups per molecule, a compound comprising three or more-epoxy groups per molecule, and a compound represented by Formula (c-1): wherein a total content of the compound represented by Formula (a-1) and the compound represented by Formula (a-2) is from 1 to 20 wt.% of a total amount of the monomer mixture; a ratio of contents of the compound /the compound is from 0.1 to 3.0; and a content of the compound represented by Formula (c-1) is from 5 to 95 wt.% of the total amount of the monomer mixture. a compound represented by Formulas (a-1) and/or (a-2): a compound comprising two epoxy groups per molecule, a compound comprising three or more-epoxy groups per molecule, and a compound represented by Formula (c-1): wherein a total content of the compound represented by Formula (a-1) and the compound represented by Formula (a-2) is from 1 to 20 wt.% of a total amount of the monomer mixture; a ratio of contents of the compound /the compound is from 0.1 to 3.0; and a content of the compound represented by Formula (c-1) is from 5 to 95 wt.% of the total amount of the monomer mixture. wherein a total content of the compound represented by Formula (a-1) and the compound represented by Formula (a-2) is from 1 to 20 wt.% of a total amount of the monomer mixture; a ratio of contents of the compound /the compound is from 0.1 to 3.0; and a content of the compound represented by Formula (c-1) is from 5 to 95 wt.% of the total amount of the monomer mixture.
A device for in situ measuring height of a revolving flat top with flexible wire on card of a carding machine, said device comprising: a support mechanism having two supporting brackets to be fitted on the carding machine and on which a guide track is fitted; said guide track is arrangeable substantially parallel to the revolving flat top with the flexible wire of the carding machine, wherein the guide track is supporting a carriage assembly movable along the length of the guide track in order to be movable along the length of the revolving flat tops fitted on a flat bar when fitted on the carding machine; wherein said carriage assembly comprises a carriage , a dial indicator in operative engagement with said carriage ; wherein said dial indicator comprises a support bracket or stem operatively connected to an anvil such that the dial indicator is adapted to measure readings corresponding to the vertical movement of the anvil in order to make it rest on the top wire points of revolving flat top; the vertical movement corresponding to a so called height; wherein the guide track along with the carriage assembly is enabled to move in up and down direction by means of a precision slide connected to a cam driven by an electronically controlled motor ; wherein when fitted on the carding machine the device is operated in such a manner that when the height at both ends of the revolving flat tops is being adjusted by the precision slide to the same value, the dial indicator is being set to zero; wherein the carriage is being moved from one end to other ends of revolving flat tops end and wherein the height of the revolving flat tops mounted on their respective flat bar is measured and height measurements at predetermined points along the length of the revolving flat top are being recorded in the dial indicator; wherein data of height measurements of the revolving flat tops, collected at the said predetermined points, is being transmitted to a processor which processes all the data collected from all flat tops for recording, analysis and storage in a computer and wherein based on the data a required amount of grinding the revolving flat tops is determined and wherein the determined required amount of grinding is to be fed by the processor to an electronically controlled motor of a precision feeding system for feeding analysed data which permits the precise height adjustment of a grinding wheel or of a cleaning and brushing wheel.
A method of repairing a shaft, such as a subsea riser, for use in the oil industry, the method comprising: cutting through the shaft at a pre-determined location, resulting in a first shaft section and a second shaft section; attaching a gripper unit apparatus onto the first shaft section, the gripper unit apparatus protruding from the first shaft section; landing an alignment and installation apparatus onto said gripper unit apparatus , the alignment and installation apparatus carrying a component to be installed on the cut end of the first shaft section, wherein the component is a connector for connecting the first shaft section to a flexible pipe; pitching and rotating the alignment and installation apparatus to align an axis of the connector with the axis of the first shaft section; contracting the alignment and installation apparatus , thereby translating the connector substantially along the axis of the first shaft section until the cut end of the first shaft section is positioned on or within the connector; and activating the connector to secure it onto the first shaft section, thereby enabling the communication of fluids between the flexible pipe and the first shaft section. cutting through the shaft at a pre-determined location, resulting in a first shaft section and a second shaft section; attaching a gripper unit apparatus onto the first shaft section, the gripper unit apparatus protruding from the first shaft section; landing an alignment and installation apparatus onto said gripper unit apparatus , the alignment and installation apparatus carrying a component to be installed on the cut end of the first shaft section, wherein the component is a connector for connecting the first shaft section to a flexible pipe; pitching and rotating the alignment and installation apparatus to align an axis of the connector with the axis of the first shaft section; contracting the alignment and installation apparatus , thereby translating the connector substantially along the axis of the first shaft section until the cut end of the first shaft section is positioned on or within the connector; and activating the connector to secure it onto the first shaft section, thereby enabling the communication of fluids between the flexible pipe and the first shaft section.
A vehicle shock absorber system mounted between a wheel axle support of the vehicle and a different portion of the vehicle, comprising: a primary pressure cylinder comprising upper and lower primary chambers separated by a primary piston head , wherein said primary piston head is connected to said wheel axle support of the vehicle, and said primary pressure cylinder is connected to said different portion of the vehicle, configured with a predetermined primary damping resistance value (R 1 ) when fluid is moved therein by movement of said primary piston head ; an auxiliary pressure cylinder comprising upper and lower auxiliary chambers separated by an auxiliary piston head , configured with a predetermined auxiliary damping resistance value (R 2 ) when fluid is moved into one of said auxiliary chambers; a first connection conduit connecting said upper primary chamber and said upper auxiliary chamber ; a second connection conduit connecting said lower primary chamber and said lower auxiliary chamber ; a cylinder valve arrangement configured to regulate fluid flow to said auxiliary pressure cylinder ; a bypass conduit connecting said upper and lower primary chambers configured with a predetermined bypass resistance value (R 3 ); and a bypass valve arrangement configured to regulate fluid flow through said bypass conduit . a primary pressure cylinder comprising upper and lower primary chambers separated by a primary piston head , wherein said primary piston head is connected to said wheel axle support of the vehicle, and said primary pressure cylinder is connected to said different portion of the vehicle, configured with a predetermined primary damping resistance value (R 1 ) when fluid is moved therein by movement of said primary piston head ; an auxiliary pressure cylinder comprising upper and lower auxiliary chambers separated by an auxiliary piston head , configured with a predetermined auxiliary damping resistance value (R 2 ) when fluid is moved into one of said auxiliary chambers; a first connection conduit connecting said upper primary chamber and said upper auxiliary chamber ; a second connection conduit connecting said lower primary chamber and said lower auxiliary chamber ; a cylinder valve arrangement configured to regulate fluid flow to said auxiliary pressure cylinder ; a bypass conduit connecting said upper and lower primary chambers configured with a predetermined bypass resistance value (R 3 ); and a bypass valve arrangement configured to regulate fluid flow through said bypass conduit .
Assembly for densification under load along at least one direction of compression, comprising: • at least one volume to be densified having a powdery and/or porous composition, this volume to be densified having variations in thickness along said direction of compression, • at least one counter-form of powdery and/or porous composition, having at least one face facing at least one portion of said volume , said assembly being characterized in that said portion and said face are separated by at least one deformable interface layer . • at least one volume to be densified having a powdery and/or porous composition, this volume to be densified having variations in thickness along said direction of compression, • at least one counter-form of powdery and/or porous composition, having at least one face facing at least one portion of said volume ,
A container for a rod-shaped material, comprising: an inner cylinder body having at least one longitudinal through hole formed in a side wall of the inner cylinder body ; an outer cylinder body having at least one spiral groove formed on an inner wall of the outer cylinder body ; and a support cylinder body for supporting the rod-shaped material, an outer wall of the support cylinder body having at least one convex column ; wherein the inner cylinder body is accommodated in the outer cylinder body and rotatable relative to the outer cylinder body , the support cylinder body is accommodated in the inner cylinder body , the convex column is inserted into the longitudinal through hole and the spiral groove , such that the convex column moves along the spiral groove when the inner cylinder body rotates relative to the outer cylinder body ; wherein at least one elastic pad and at least one elastic sheet are formed between the inner cylinder body and the outer cylinder body , the elastic pad is floatingly arranged in a radial direction of the inner cylinder body or the outer cylinder body , and the elastic sheet is arranged in a circumferential direction of the inner cylinder body or the outer cylinder body wherein the elastic pad and the elastic sheet are staggered from each other in the circumferential direction. an inner cylinder body having at least one longitudinal through hole formed in a side wall of the inner cylinder body ; an outer cylinder body having at least one spiral groove formed on an inner wall of the outer cylinder body ; and a support cylinder body for supporting the rod-shaped material, an outer wall of the support cylinder body having at least one convex column ; wherein the inner cylinder body is accommodated in the outer cylinder body and rotatable relative to the outer cylinder body , the support cylinder body is accommodated in the inner cylinder body , the convex column is inserted into the longitudinal through hole and the spiral groove , such that the convex column moves along the spiral groove when the inner cylinder body rotates relative to the outer cylinder body ; wherein at least one elastic pad and at least one elastic sheet are formed between the inner cylinder body and the outer cylinder body , the elastic pad is floatingly arranged in a radial direction of the inner cylinder body or the outer cylinder body , and the elastic sheet is arranged in a circumferential direction of the inner cylinder body or the outer cylinder body wherein the elastic pad and the elastic sheet are staggered from each other in the circumferential direction.
A microflotation system, comprising: • an apparatus for producing pressurized water , • an expansion valve arranged at a predefined water depth, • a pressurized water line that connects the apparatus for producing pressurized water to the expansion valve , • a floating body , and • a supporting structure which is connected to the floating body and maintains the expansion valve at a predefined water depth, wherein • the microflotation system is intended to treat a body of water, characterized in that • the microflotation system has a microbubble stabilization zone arranged downstream of the expansion valve which is delimited from the surrounding body of water by a base wall and a circumferential side wall connected thereto. • an apparatus for producing pressurized water , • an expansion valve arranged at a predefined water depth, • a pressurized water line that connects the apparatus for producing pressurized water to the expansion valve , • a floating body , and • a supporting structure which is connected to the floating body and maintains the expansion valve at a predefined water depth, wherein • the microflotation system is intended to treat a body of water, characterized in that • the microflotation system has a microbubble stabilization zone arranged downstream of the expansion valve which is delimited from the surrounding body of water by a base wall and a circumferential side wall connected thereto.
An electronic device comprising: an outer housing including a recess to receive a peripheral module ; and a mounting assembly to move the peripheral module into and out of the recess of the outer housing, wherein the mounting assembly is moveably coupled to the outer housing; wherein the mounting assembly includes a latch mechanism to removably attach the mounting assembly to the peripheral module; wherein the mounting assembly includes a first electrical connector to removably connect to a second electrical connector of the peripheral module; characterized in that : the latch mechanism includes an arm and a lip disposed along the arm; the arm and a lip are to move into and out of engagement with a shoulder of the peripheral module; and the latch mechanism is biased into the outer housing an outer housing including a recess to receive a peripheral module ; and a mounting assembly to move the peripheral module into and out of the recess of the outer housing, wherein the mounting assembly is moveably coupled to the outer housing; wherein the mounting assembly includes a latch mechanism to removably attach the mounting assembly to the peripheral module; wherein the mounting assembly includes a first electrical connector to removably connect to a second electrical connector of the peripheral module; characterized in that : the latch mechanism includes an arm and a lip disposed along the arm; the arm and a lip are to move into and out of engagement with a shoulder of the peripheral module; and the latch mechanism is biased into the outer housing
A copper alloy wire rod characterized by having a chemical composition comprising Ag: 0.1 to 6.0 mass% and P: 0 to 20 mass ppm, the balance being copper with inevitable impurities, in a cross section parallel to a longitudinal direction of the wire rod , a number density of second phase particles each having an aspect ratio of greater than or equal to 1.5 and a size in a direction perpendicular to the longitudinal direction of the wire rod of less than or equal to 200 nm being greater than or equal to 1.4 particles/μm 2 .
An antenna device for a vehicle, comprising: a support base designed to be arranged resting on the vehicle body, an inner casing arranged on said support base , electronic antenna means arranged within said inner casing , an anchorage ring made of a rigid material, which is arranged resting on the upper surface of the support base , extends outside of the inner casing , and is connected to the support base via mechanical fastening members , and an outer casing that is provided with connection portions that extend from said outer casing towards said support base , and are configured to connect to said anchorage ring when the outer casing is inserted on said inner casing to cover it. a support base designed to be arranged resting on the vehicle body, an inner casing arranged on said support base , electronic antenna means arranged within said inner casing , an anchorage ring made of a rigid material, which is arranged resting on the upper surface of the support base , extends outside of the inner casing , and is connected to the support base via mechanical fastening members , and an outer casing that is provided with connection portions that extend from said outer casing towards said support base , and are configured to connect to said anchorage ring when the outer casing is inserted on said inner casing to cover it.