mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus to move products to be forged comprising: - a manipulator provided with a gripper configured to support a product to be forged along a gripping axis (X), and a first front pivot , a second front pivot , a third rear pivot all lying on a common support plane (π), - a front structure connected to the first front pivot and to the second front pivot , - a rear structure connected to the third rear pivot , - a movement slider configured to support the front structure and the rear structure , said front structure comprising a first lever and a second lever connected respectively to said first front pivot and to said second front pivot , and a damping device comprising a linear damper or a hydraulic damper, connected to said first lever and configured to damp the stresses suffered by said gripper in a transverse direction with respect to said gripping axis (X) by rotating said manipulator on said support plane (π) and with respect to said third rear pivot , wherein said first front pivot and said second front pivot are aligned along a common front pivoting axis (Y1), wherein said damping device has a damping axis (Z) located transverse to said gripping axis (X), wherein said front structure comprises a front frame provided with a first pivoting portion of said first lever and a second pivoting portion of said second lever , wherein said first pivoting portion comprises a hinge having a pivoting axis (Z1) orthogonal to said front pivoting axis (Y1), characterized in that said second pivoting portion comprises a spherical joint configured to allow a spherical pivot of said second lever . - a manipulator provided with a gripper configured to support a product to be forged along a gripping axis (X), and a first front pivot , a second front pivot , a third rear pivot all lying on a common support plane (π), - a front structure connected to the first front pivot and to the second front pivot , - a rear structure connected to the third rear pivot , - a movement slider configured to support the front structure and the rear structure , said front structure comprising a first lever and a second lever connected respectively to said first front pivot and to said second front pivot , and a damping device comprising a linear damper or a hydraulic damper, connected to said first lever and configured to damp the stresses suffered by said gripper in a transverse direction with respect to said gripping axis (X) by rotating said manipulator on said support plane (π) and with respect to said third rear pivot , wherein said first front pivot and said second front pivot are aligned along a common front pivoting axis (Y1), wherein said damping device has a damping axis (Z) located transverse to said gripping axis (X), wherein said front structure comprises a front frame provided with a first pivoting portion of said first lever and a second pivoting portion of said second lever , wherein said first pivoting portion comprises a hinge having a pivoting axis (Z1) orthogonal to said front pivoting axis (Y1), characterized in that said second pivoting portion comprises a spherical joint configured to allow a spherical pivot of said second lever .
A liquid lens module, comprising: a first housing comprising a first hole formed therein to allow a first lens unit to be coupled thereto; a lower connection substrate coupled to the first housing ; an upper connection substrate disposed on the lower connection substrate , the upper connection substrate being coupled to the first housing ; and a liquid lens disposed between the lower connection substrate and the upper connection substrate , the liquid lens being configured to be electrically connected to the lower connection substrate and to the upper connection substrate , wherein the upper connection substrate comprises an opening that is larger than the liquid lens , and wherein the opening is disposed at a position corresponding to the first hole in an optical-axis direction. a first housing comprising a first hole formed therein to allow a first lens unit to be coupled thereto; a lower connection substrate coupled to the first housing ; an upper connection substrate disposed on the lower connection substrate , the upper connection substrate being coupled to the first housing ; and a liquid lens disposed between the lower connection substrate and the upper connection substrate , the liquid lens being configured to be electrically connected to the lower connection substrate and to the upper connection substrate , wherein the upper connection substrate comprises an opening that is larger than the liquid lens , and wherein the opening is disposed at a position corresponding to the first hole in an optical-axis direction.
A composite pavement structure comprising: a base course layer comprising an aggregate and an elastomeric composition comprising the reaction product of; an isocyanate component comprising a polymeric isocyanate, and an isocyanate-prepolymer, wherein said isocyanate-prepolymer is present in an amount of from 25 to 75 parts by weight based on 100 parts by weight of said isocyanate component, and an isocyanate-reactive component comprising a hydrophobic polyol comprising a natural oil polyol, and a chain extender having at least two hydroxyl groups and a molecular weight of from 62 to 220; and a wearing course layer disposed above said base course layer. an isocyanate component comprising a polymeric isocyanate, and an isocyanate-prepolymer, wherein said isocyanate-prepolymer is present in an amount of from 25 to 75 parts by weight based on 100 parts by weight of said isocyanate component, and an isocyanate-reactive component comprising a hydrophobic polyol comprising a natural oil polyol, and a chain extender having at least two hydroxyl groups and a molecular weight of from 62 to 220; and a polymeric isocyanate, and an isocyanate-prepolymer, wherein said isocyanate-prepolymer is present in an amount of from 25 to 75 parts by weight based on 100 parts by weight of said isocyanate component, and an isocyanate-reactive component comprising a hydrophobic polyol comprising a natural oil polyol, and a chain extender having at least two hydroxyl groups and a molecular weight of from 62 to 220; and a wearing course layer disposed above said base course layer.
Method for determining defects of preimpregnated fibre material of a fibre composite material for producing a fibre composite component, said fibre material having been deposited on a tool, wherein the method comprises the following steps: - recording the fibre material surface of the deposited, preimpregnated fibre material by means of at least two image sensors of an imaging recording device in a wavelength spectrum outside the visible spectrum in order to generate digital image data of the fibre material surface; and - determining a defect on the deposited, preimpregnated fibre material , depending on the digital image data of the fibre material surface recorded by the recording device , by means of an evaluation unit , wherein first image data are recorded by a first image sensor of the recording device from a first recording direction and at least second image data are recorded by an at least second image sensor of the recording device from a second recording direction, which is different from the first recording direction, three-dimensional surface information of the fibre material surface is created from the first image data and the second image data by means of the evaluation unit and a defect is determined, depending on the surface information created, by means of the evaluation unit , wherein deposits of matrix material on the deposited, preimpregnated fibre material are detected in the recorded digital image data by means of an image recognition implemented on the evaluation unit , and wherein, by means of the evaluation unit , the first image data and the second image data are brought to congruence depending on the characteristic deposits of matrix material contained in the first image data and the second image data, wherein the three-dimensional surface information of the fibre material surface is then created depending on the digital image data brough to congruence. - recording the fibre material surface of the deposited, preimpregnated fibre material by means of at least two image sensors of an imaging recording device in a wavelength spectrum outside the visible spectrum in order to generate digital image data of the fibre material surface; and - determining a defect on the deposited, preimpregnated fibre material , depending on the digital image data of the fibre material surface recorded by the recording device , by means of an evaluation unit ,
A linear variable differential transducer (LVDT) comprising a primary coil , a first secondary coil , and a second secondary coil ; wherein each of the first and second secondary coils comprises a wound portion that is wound around a longitudinal axis of the LVDT , and first and second non-wound portions (40a,b, 42a,b) at either end of the wound portion; and wherein the wound portion in each of the first and second secondary coils comprises a plurality of wound layers (26a,b 28a, b, 30a,b, 32a,b, 34a,b, 36a,b); characterised in that the wound portion of each of the first and second secondary coils meets the first and second non-wound portions (40a,b, 42a,b) of the respective secondary coil at locations (38a,b, 44a,b) that are separated from each other in a direction along the longitudinal axis . wherein each of the first and second secondary coils comprises a wound portion that is wound around a longitudinal axis of the LVDT , and first and second non-wound portions (40a,b, 42a,b) at either end of the wound portion; and wherein the wound portion in each of the first and second secondary coils comprises a plurality of wound layers (26a,b 28a, b, 30a,b, 32a,b, 34a,b, 36a,b); characterised in that the wound portion of each of the first and second secondary coils meets the first and second non-wound portions (40a,b, 42a,b) of the respective secondary coil at locations (38a,b, 44a,b) that are separated from each other in a direction along the longitudinal axis .
Method for detecting an occlusion in an infusion line during an infusion process comprising the steps of: - receiving a periodically measured value of a force (F) that is applied by a pumping device to push a liquid through the infusion line and that is indicative of the pressure (P) in the infusion line , and - subtracting from the measured force value (F) a frictional force component (F 0 ), that is indicative of a true frictional force, for correcting the measured force value (F) by the true frictional force, characterized in that the value of the frictional force component (F 0 ) is periodically updated throughout the infusion process by applying an equation that comprises a term that takes into account the measured force value (F) at a current specific pumping position (n i ) of the pumping device . - receiving a periodically measured value of a force (F) that is applied by a pumping device to push a liquid through the infusion line and that is indicative of the pressure (P) in the infusion line , and - subtracting from the measured force value (F) a frictional force component (F 0 ), that is indicative of a true frictional force, for correcting the measured force value (F) by the true frictional force,
A snap hook comprising: a body having an upper portion , a lower portion and a central portion , the central portion being positioned between the upper portion and the lower portion ; a gate pivotally coupled proximate the central portion of the body , the gate and body selectively forming a closed configuration that defines a hook connection passage and an open configuration that provides access to the hook connection passage ; a connection link having an upper end and a lower end , the upper end of the connection link pivotally coupled proximate the central portion of the body , the lower end of the connection link including a body connection aperture ; and a breakable fastener coupling the lower end of the connection link proximate the lower portion of the body , the breakable fastener configured to break when a select amount of force is applied to the lower end of the connection link to transfer the select amount of force from the lower portion of the body to the central portion of the body . a body having an upper portion , a lower portion and a central portion , the central portion being positioned between the upper portion and the lower portion ; a gate pivotally coupled proximate the central portion of the body , the gate and body selectively forming a closed configuration that defines a hook connection passage and an open configuration that provides access to the hook connection passage ; a connection link having an upper end and a lower end , the upper end of the connection link pivotally coupled proximate the central portion of the body , the lower end of the connection link including a body connection aperture ; and a breakable fastener coupling the lower end of the connection link proximate the lower portion of the body , the breakable fastener configured to break when a select amount of force is applied to the lower end of the connection link to transfer the select amount of force from the lower portion of the body to the central portion of the body .
Two-spindle screw spindle pump of two-flow design, having a pump housing which has a pump section , has two bearing sections and has at least one gearing section with at least one gearing space , wherein the bearing sections and the pump section are designed separately from one another, having a conveyor housing part as a constituent part of the pump section , in which conveyor housing part conveyor screws with flanks of two-flow design that are arranged on two shafts are provided, wherein the conveyor screws on the shafts have a root circle diameter , the shafts are mounted on both sides in the bearing sections by way of bearings , a seal for sealing off the bearing section with respect to the pump section is provided in the bearing section , and the shafts extend at least on one side into the gearing section , and having toothed gears which are arranged on the shafts in the gearing section and by means of which the shafts are rotationally coupled, characterized in that the inner diameter of the seal, on both sides, is greater than the root circle diameter of the conveyor screws , and in that , on both sides, the inner diameter of the bearings is greater than or equal to the inner diameter of the seal.
A thin-film optoelectronic module device , comprising a first busbar contacting a first border zone ; a second busbar contacting a second border zone ; an internal zone disposed between the first border zone and the second border zone ; a back-contact layer including a plurality of back-contact grooves that are spaced apart in a first direction; a front-contact layer including a plurality of front-contact grooves that are spaced apart in the first direction; a plurality of interconnects , each interconnect positioned in the first direction between one of the plurality of back-contact grooves and one of the front-contact grooves ; and an array of at least three optoelectronic cells interconnected in a series that extends in the first direction from the first busbar to the second busbar , each optoelectronic cell connected to another optoelectronic cell in the series by one of the plurality of interconnects , and each optoelectronic cell comprising: a portion of the back-contact layer separated from other portions of the back-contact layer by at least one of the back-contact grooves ; a portion of the front-contact layer separated from other portions of the front-contact layer by at least one of the front-contact grooves ; and an absorber layer disposed between the portion of the back-contact layer and the portion of the front-contact layer ; each interconnect of the plurality of interconnects has, when viewed along a viewing axis substantially orthogonal to an optoelectronic surface of said thin-film optoelectronic module device, a shape of a periodic wave; a largest peak-to-peak amplitude of at least one interconnect of the plurality of interconnects is at least eight times greater than a shortest distance between the back-contact groove and the front-contact groove that the at least one interconnect is positioned between; the first border zone , the second border zone and the internal zone each include one or more of the interconnects ; the one or more of the interconnects of the internal zone are substantially parallel to the one or more interconnects of each of the first and second border zones ; a largest amplitude of at least one wave component of at least one of the one or more interconnects in each of the first or second border zones is lesser than a smallest amplitude of at least one wave component of at least one of the one or more interconnects in the internal zone ; characterised in that the front-contact layer of each of the first and second border zones has a lower sheet resistance than a sheet resistance of the front-contact layer of the internal zone by deposition of a thicker front-contact layer in the first and second border zones than in the internal zone . a portion of the back-contact layer separated from other portions of the back-contact layer by at least one of the back-contact grooves ; a portion of the front-contact layer separated from other portions of the front-contact layer by at least one of the front-contact grooves ; and an absorber layer disposed between the portion of the back-contact layer and the portion of the front-contact layer ;
A grease gun comprising: a housing ; a lubricant supply reservoir for holding grease; an electric motor disposed in the housing ; a pump mechanism driven by the electric motor , the pump mechanism discharging grease from the lubricant supply reservoir through a discharge spout , the pump mechanism comprising a plunger , and a filter disposed between the lubricant supply reservoir and the plunger ; characterized in that the filter is a mesh filter with holes between about 0.2mm and about 1.0mm. a housing ; a lubricant supply reservoir for holding grease; an electric motor disposed in the housing ; a pump mechanism driven by the electric motor , the pump mechanism discharging grease from the lubricant supply reservoir through a discharge spout , the pump mechanism comprising a plunger , and a filter disposed between the lubricant supply reservoir and the plunger ; characterized in that the filter is a mesh filter with holes between about 0.2mm and about 1.0mm.
A computer-implemented method for generating a depth map associated with a scene according to a point of view , depth information being associated with each first element of a plurality of first elements of the depth map , characterized in that the method comprises, in a first pass, storing at least a first information in the depth map in addition to the depth information , said at least a first information being associated with said each first element and representative of a variation of depth in said each first element in the space of the depth map, wherein the at least a first information is expressed under the form of a slope angle representative of the variation of depth in said each first element, wherein the at least a first information is encoded in odd power function and wherein the method further comprises, in a second pass, decoding the at least a first information stored in the depth map , determining whether a fragment of the scene associated with a pixel of an image of the scene is lit from the point of view of the depth map by comparing a depth of the considered fragment to a depth associated with a point of projection of the fragment into the depth map along a viewing direction having as origin the point of view of the depth map and as end the considered fragment, the depth associated with the point of projection being retrieved from the at least a first information associated with the first element of the depth map comprising the point of projection, and displaying pixels associated with the fragments which are lit. method for generating a depth map associated with a scene according to a point of view , depth information being associated with each first element of a plurality of first elements of the depth map , characterized in that the method comprises, in a first pass, storing at least a first information in the depth map in addition to the depth information , said at least a first information being associated with said each first element and representative of a variation of depth in said each first element in the space of the depth map, wherein the at least a first information is expressed under the form of a slope angle representative of the variation of depth in said each first element, wherein the at least a first information is encoded in odd power function and wherein the method further comprises, in a second pass, decoding the at least a first information stored in the depth map , determining whether a fragment of the scene associated with a pixel of an image of the scene is lit from the point of view of the depth map by comparing a depth of the considered fragment to a depth associated with a point of projection of the fragment into the depth map along a viewing direction having as origin the point of view of the depth map and as end the considered fragment, the depth associated with the point of projection being retrieved from the at least a first information associated with the first element of the depth map comprising the point of projection, and displaying pixels associated with the fragments which are lit.