mhurhangee/patent-ind-claim-en huggingface dataset:
A belt comprising at least one fabric having a first face and a second face parallel to a longitudinal plane (A) of the belt , wherein the fabric comprises: - a first weft layer formed by a plurality of multifilament weft yarns essentially parallel to each other, - a second weft layer formed by a plurality of monofilament weft yarns essentially parallel to each other, wherein the multifilament weft yarns of the first weft layer are overlapped with respective monofilament weft yarns of the second weft layer , and - a plurality of multifilament warp yarns wherein the fabric has a weft dominance satin weave on both sides . - a first weft layer formed by a plurality of multifilament weft yarns essentially parallel to each other, - a second weft layer formed by a plurality of monofilament weft yarns essentially parallel to each other, wherein the multifilament weft yarns of the first weft layer are overlapped with respective monofilament weft yarns of the second weft layer , and - a plurality of multifilament warp yarns
A flame-retardant light-diffusing polycarbonate resin composition, the composition having a viscosity-average molecular weight of 22,000 or more, wherein the viscosity-average molecular weight Mv was calculated from the following relational expression η = 1.23 × 10 − 5 Mv 0.83 by measuring a limiting viscosity [η] of a methylene chloride solution at 20°C with an Ubbelohde-type viscosity tube, comprising, with respect to 100 parts by mass of a polycarbonate (A) formed of 10 to 100 parts by mass of a branched polycarbonate (A-1) and 90 to 0 parts by mass of an aromatic polycarbonate (A-2), 0.1 to 5 parts by mass of a Si-based light diffuser (B), 0.03 to 1.0 part by mass of a flame retardant (C), 0 part by mass of a polytetrafluoroethylene (D), and 0 to 1 parts by mass of a polyorganosiloxane (E).
A cooling device able to cool a heat source comprising electronic and/or electric components, characterized in that it comprises a support consisting of a first bracket connected to a second bracket , the first bracket includes two opposite large faces connected together through side edges, the first bracket comprises, at a first large face , at least one groove which extends from a first side edge and a second opposite side edge , the groove comprises first portions which are parallel or substantially parallel to the first side edge connected by second portions , the groove is covered by the second bracket so as to form an oscillating heat pipe wherein a latent heat transfer fluid circulates, the support is curved so as to form at least one duct which extends from the first side edge to the second side edge , at least one duct is partially closed by a heat conduction plate in contact with the first side edge so as to enable a natural flow of ambient air in the duct(s) formed by the support .
A method of manufacturing wires comprising forming a strip formed from at least one metallic material into a channel , placing at least two different powders into the channel and sealing edges of the channel together to produce a wire, characterised in that the method further comprises mixing the at least two different powders with a carrier liquid chemically inert with respect to the at least two different powders to create a slurry, placing the slurry into the channel and heating after the slurry has been placed in the channel so as to leave a solid residue within the channel before laser-seam welding.
A gas turbine engine comprising: an engine core that includes a compressor stage adapted to rotate about an axis , a turbine stage adapted to rotate about the axis, and a shaft that rotatably couples the compressor stage to the turbine stage to transmit torque from the turbine stage through the shaft to the compressor stage to drive the compressor stage during operation of the gas turbine engine, a tie bolt that extends axially along the axis and locates axially the compressor stage relative to the turbine stage, characterized in a fail-safe system configured to provide backup torque-transfer means for transmitting the torque from the turbine stage to the compressor stage through the tie bolt in response to a shaft disconnect event in which the shaft fails to transmit the torque from the turbine stage to the compressor stage during operation of the gas turbine engine so that the turbine stage is blocked from rotating about the axis faster than the compressor stage during the shaft disconnect event, wherein the fail-safe system includes a fore-torque interface configured to transmit the torque from the tie bolt to the compressor stage in response to the shaft disconnect event and an aft-torque interface configured to transmit the torque from the turbine stage to the tie bolt in response to the shaft disconnect event. an engine core that includes a compressor stage adapted to rotate about an axis , a turbine stage adapted to rotate about the axis, and a shaft that rotatably couples the compressor stage to the turbine stage to transmit torque from the turbine stage through the shaft to the compressor stage to drive the compressor stage during operation of the gas turbine engine, a tie bolt that extends axially along the axis and locates axially the compressor stage relative to the turbine stage, characterized in a fail-safe system configured to provide backup torque-transfer means for transmitting the torque from the turbine stage to the compressor stage through the tie bolt in response to a shaft disconnect event in which the shaft fails to transmit the torque from the turbine stage to the compressor stage during operation of the gas turbine engine so that the turbine stage is blocked from rotating about the axis faster than the compressor stage during the shaft disconnect event, wherein the fail-safe system includes a fore-torque interface configured to transmit the torque from the tie bolt to the compressor stage in response to the shaft disconnect event and an aft-torque interface configured to transmit the torque from the turbine stage to the tie bolt in response to the shaft disconnect event.
A touch display device comprising: a touch circuit ; a display panel having a plurality of touch electrodes (TE) disposed therein, a first driving signal (DS1) being applied by the touch circuit to the plurality of touch electrodes (TE); a backlight unit (BLU) disposed below the display panel ; and a back cover (CB) disposed below the backlight unit (BLU), wherein at least a portion of the back cover (CB) is spaced apart from the backlight unit (BLU) to form a gap (G2), and wherein the touch circuit is further configured to apply a second driving signal (DS2) to the back cover (CB) while the first driving signal (DS1) is being applied to at least one touch electrode (TE) among the plurality of touch electrodes (TE). a touch circuit ; a display panel having a plurality of touch electrodes (TE) disposed therein, a first driving signal (DS1) being applied by the touch circuit to the plurality of touch electrodes (TE); a backlight unit (BLU) disposed below the display panel ; and a back cover (CB) disposed below the backlight unit (BLU), wherein at least a portion of the back cover (CB) is spaced apart from the backlight unit (BLU) to form a gap (G2), and wherein the touch circuit is further configured to apply a second driving signal (DS2) to the back cover (CB) while the first driving signal (DS1) is being applied to at least one touch electrode (TE) among the plurality of touch electrodes (TE).
A collapsible privacy structure comprising: a base structure having a front portion and an opposite back portion and a first side and an opposite second side ; a canopy support having a proximal portion and a distal portion , the canopy support pivotally coupled proximate the first side of the base structure proximate the proximal portion ; and a collection vessel pivotally coupled with the base structure between the first side and the second side ; characterized in that the privacy structure further comprises: a canopy of flexible material coupled to the base structure proximate the back portion and coupled to the distal portion , of the canopy support ; and a linkage assembly pivotally coupled to the base structure and pivotally coupled to the canopy support .
A method for manufacturing a combined model for use in planning, visualization and manufacturing of a bridge restoration, where the method comprises: obtaining a digital 3D representation of a pre-prepared set of teeth showing a region for which the bridge restoration is intended; providing a virtual diagnostic wax-up showing a desired shape of the teeth of the bridge restoration; generating a 3D virtual combined model by virtually replacing one or more teeth of the digital 3D representation of the pre-prepared set of teeth with corresponding teeth of the virtual diagnostic wax-up, wherein virtually replacing comprises virtually removing the one or more teeth from the digital 3D representation of the pre-prepared set of teeth and combining the virtual diagnostic wax-up to the digital 3D representation of the pre-prepared set of teeth; and manufacturing the combined model from the 3D virtual combined model by direct digital manufacturing comprising 3D printing or milling. obtaining a digital 3D representation of a pre-prepared set of teeth showing a region for which the bridge restoration is intended; providing a virtual diagnostic wax-up showing a desired shape of the teeth of the bridge restoration; generating a 3D virtual combined model by virtually replacing one or more teeth of the digital 3D representation of the pre-prepared set of teeth with corresponding teeth of the virtual diagnostic wax-up, wherein virtually replacing comprises virtually removing the one or more teeth from the digital 3D representation of the pre-prepared set of teeth and combining the virtual diagnostic wax-up to the digital 3D representation of the pre-prepared set of teeth; and manufacturing the combined model from the 3D virtual combined model by direct digital manufacturing comprising 3D printing or milling.
A consumable chip applicable to a consumable for providing a consumable product to an image formation device , the consumable being detachably mounted at the image formation device , the consumable chip comprising: a memory used to store information of the consumable product of the image formation device ; a controller configured to control the consumable chip to generate a predetermined signal to cause the image formation device to perform a target operation according to the predetermined signal, characterized in that , the consumable chip includes: a first port configured to communicate with an imaging controller of the image formation device ; and a second port configured to output the predetermined signal to an engine member of the image formation device to control the engine member to perform a target operation corresponding to the predetermined signal. a memory used to store information of the consumable product of the image formation device ; a controller configured to control the consumable chip to generate a predetermined signal to cause the image formation device to perform a target operation according to the predetermined signal, characterized in that , the consumable chip includes: a first port configured to communicate with an imaging controller of the image formation device ; and a second port configured to output the predetermined signal to an engine member of the image formation device to control the engine member to perform a target operation corresponding to the predetermined signal. a first port configured to communicate with an imaging controller of the image formation device ; and a second port configured to output the predetermined signal to an engine member of the image formation device to control the engine member to perform a target operation corresponding to the predetermined signal.
Method for checking a hand-held fire extinguisher , having a container with a fire extinguishing medium, a handle for transporting and/or actuating the hand-held fire extinguisher , an outlet nozzle optionally with a hose , and in that a wireless remote monitoring module for monitoring the status of the hand-held fire extinguisher is assigned to the hand-held fire extinguisher , wherein the remote monitoring module is arranged in the region of the handle of the hand-held fire extinguisher , wherein the remote monitoring module monitors the pressure and the temperature in the container and has a motion sensor and the remote monitoring module sends status data of the hand-held fire extinguisher , characterised in that the remote monitoring module transmits the status of the hand-held fire extinguisher by means of an M2M-GSM signal and/or the status of the hand-held fire extinguisher can be retrieved, the status data is read out and a test report/test result with digital signature is sent to the operator of the hand-held fire extinguisher and/or to third parties and/or stored in a database, wherein a protection device monitors one end of the outlet nozzle .
Vehicle door handle assembly comprising a housing , a bracket configured to attach the housing to a vehicle panel , and an attachment unit configured to attach the bracket and the housing together, the attachment unit comprising a main body extending in a first plane and configured to be placed against a first face of the bracket opposite to the housing , the attachment unit comprising two curved ends relative to the main body, at least one first curved end comprising at least two hooks , namely at least a first hook or a second hook extending in a second plane distant from the first plane, the first hook or the second hook being configured to slide on the first face of the bracket , and also at least one third hook in a third plane more distant from the first plane than the second plane, the third hook being configured to be inserted into a first hole of a first retention member carried by the housing . the attachment unit comprising a main body extending in a first plane and configured to be placed against a first face of the bracket opposite to the housing , the attachment unit comprising two curved ends relative to the main body, at least one first curved end comprising at least two hooks , namely at least a first hook or a second hook extending in a second plane distant from the first plane, the first hook or the second hook being configured to slide on the first face of the bracket , and also at least one third hook in a third plane more distant from the first plane than the second plane, the third hook being configured to be inserted into a first hole of a first retention member carried by the housing .
Insert block half for sealing around a cable, pipe or wire, said insert block half comprising: a body with a first and a second end , a first side intended to be arranged towards a substantially identical insert block half, and a semi-circular groove arranged in said first side and extending between the first and second end, said body is made of an elastic rubber composition; wherein said insert block half comprises a reinforcement element of a rigid material and having a shape corresponding to the shape of the semi-cylindrical groove, and wherein said insert block is characterized in that a recess is formed in the body , and in that the reinforcement element has a shape corresponding to the recess and is arranged within the body in said recess which extends around the groove in the body from the first to the second end of the body such that the reinforcement element is enclosing the groove to prevent deformation of the groove when pressure is applied to an insert block formed when two of said insert block halves are fitted around a cable, wire or pipe. a body with a first and a second end , a first side intended to be arranged towards a substantially identical insert block half, and a semi-circular groove arranged in said first side and extending between the first and second end, said body is made of an elastic rubber composition; wherein said insert block half comprises a reinforcement element of a rigid material and having a shape corresponding to the shape of the semi-cylindrical groove, and wherein said insert block is characterized in that a recess is formed in the body , and in that the reinforcement element has a shape corresponding to the recess and is arranged within the body in said recess which extends around the groove in the body from the first to the second end of the body such that the reinforcement element is enclosing the groove to prevent deformation of the groove when pressure is applied to an insert block formed when two of said insert block halves are fitted around a cable, wire or pipe.
A protective assembly for tablet devices, the protective assembly comprising: a touch-screen cover comprising a main section configured to cover the touch screen of the tablet device and an attaching/ detaching section configured to be detachably attached to the tablet device , the main section of the touch-screen cover being rotatable with respect to the attaching/detaching section at a hinge portion ; and a back protective cover comprising: a main section configured to cover a back of the tablet device and being configured to be fixed to the tablet device ; and a separation preventing section which extends from the main section of the back protective cover , wherein the separation preventing section is configured to cover the attaching/detaching section of the touch-screen cover , so as to prevent separation between the touch-screen cover and the tablet device while allowing at the same time opening and closing of the touch screen cover by rotation at the hinge portion , and wherein the separation preventing section of the back protective cover is shaped to detachably cover the attaching/detaching section of the touch-screen cover . a touch-screen cover comprising a main section configured to cover the touch screen of the tablet device and an attaching/ detaching section configured to be detachably attached to the tablet device , the main section of the touch-screen cover being rotatable with respect to the attaching/detaching section at a hinge portion ; and a back protective cover comprising: a main section configured to cover a back of the tablet device and being configured to be fixed to the tablet device ; and a separation preventing section which extends from the main section of the back protective cover , a main section configured to cover a back of the tablet device and being configured to be fixed to the tablet device ; and a separation preventing section which extends from the main section of the back protective cover , wherein the separation preventing section is configured to cover the attaching/detaching section of the touch-screen cover , so as to prevent separation between the touch-screen cover and the tablet device while allowing at the same time opening and closing of the touch screen cover by rotation at the hinge portion , and wherein the separation preventing section of the back protective cover is shaped to detachably cover the attaching/detaching section of the touch-screen cover .
A system for monitoring a state of production of electric-resistance-welded pipe which monitors a state of welded parts on-line when forming steel plate into a tube shape and welding two ends of the steel plate to produce electric-resistance-welded pipe , said system for monitoring a state of production of electric-resistance-welded pipe characterized by having an imaging means for obtaining an image from light emitted from butting surfaces of said steel plate at said welded parts from an upstream side of said welding process, an analyzing means for analyzing a state of the steel plate at said welded parts in a first measurement area and a second measurement area in a plate thickness direction based on image data obtained by said imaging means, the analyzing means comprising a measurement area setting part adapted to set the first measurement area and the second measurement area , wherein the measurement area setting part is adapted to insert lines matched with the shapes of the inside ends of the tube-shaped steel plate into the image, and detect the intersection of the lines as the position of the inside ends of the butting surfaces, so that the center of the lower end of the first measurement area has the position of the inside end of the butting surfaces on the image and the first measurement area has a longitudinal direction of a length corresponding to the thickness of the steel plate thickness and a horizontal direction of a predetermined length for the butting surfaces becoming a V-shape or an inverted V-shape, or otherwise the butting surfaces not becoming vertical, and the second measurement area includes the first measurement area , and the horizontal direction length of the second measurement area is made longer than the horizontal direction length of the first measurement area to grasp the state of entry of scale to the welded parts from as far away as possible, and wherein the analyzing means is adapted to analyze the state of the steel plate at said welded parts based on brightness information or temperature information of the steel plate in the first measurement area and a differential image based on brightness information or temperature information of the steel plate in the second measurement area , and a displaying means for displaying results of analysis by said analyzing means on a display device.
A method for adding an authentication algorithm program, comprising: • receiving, by an embedded universal integrated circuit card eUICC, a bound profile package sent by a local profile assistant LPA, wherein the bound profile package comprises initial secure channel information, storage metadata, an authentication algorithm program, and a profile, the authentication algorithm program corresponds to target information, and the target information is at least one of: firmware version information of the eUICC, an embedded universal integrated circuit card identifier EID issuer identifier of the eUICC, platform/operating system version information of the eUICC, or capability information of the eUICC (step 304); and • adding, by the eUICC, the authentication algorithm program into the eUICC (step 305). • receiving, by an embedded universal integrated circuit card eUICC, a bound profile package sent by a local profile assistant LPA, wherein the bound profile package comprises initial secure channel information, storage metadata, an authentication algorithm program, and a profile, the authentication algorithm program corresponds to target information, and the target information is at least one of: firmware version information of the eUICC, an embedded universal integrated circuit card identifier EID issuer identifier of the eUICC, platform/operating system version information of the eUICC, or capability information of the eUICC (step 304); and • adding, by the eUICC, the authentication algorithm program into the eUICC (step 305).