mhurhangee/patent-ind-claim-en huggingface dataset:
Portable device for thermal-medical treatment of the skin, comprising: an interface via which the portable device can be coupled to a mobile data processing unit , which is designed as a smartphone or tablet, a housing that is provided with a heating element and a temperature sensor ; and a control unit , wherein the heating element is coupled to the temperature sensor and, with the control unit interconnected, can be connected via the interface to the mobile data processing unit in such a way that the heating element is supplied with current via one or more rechargeable batteries integrated into the mobile data processing unit in such a way that the heating element is heatable to a temperature controllable by the control unit ; wherein the portable device in a coupled state is attached directly to the mobile data processing unit , so that for the purpose of treatment of the skin a surface of the housing facing away from the mobile data processing unit , under which the heating element is arranged within the housing, can be placed by corresponding handling of the mobile data processing unit on a body part to be treated. an interface via which the portable device can be coupled to a mobile data processing unit , which is designed as a smartphone or tablet, a housing that is provided with a heating element and a temperature sensor ; and a control unit , wherein the heating element is coupled to the temperature sensor and, with the control unit interconnected, can be connected via the interface to the mobile data processing unit in such a way that the heating element is supplied with current via one or more rechargeable batteries integrated into the mobile data processing unit in such a way that the heating element is heatable to a temperature controllable by the control unit ; wherein the portable device in a coupled state is attached directly to the mobile data processing unit , so that for the purpose of treatment of the skin a surface of the housing facing away from the mobile data processing unit , under which the heating element is arranged within the housing, can be placed by corresponding handling of the mobile data processing unit on a body part to be treated.
The use of a thermally expandable composition for the manufacturing of baffle and/or reinforcement components for sealing, baffling, and/or reinforcing a cavity in a hollow structural part of an automobile, such that the transmission of noise, vibration, humidity, and/or heat is reduced and/or the object surrounding said cavity is mechanically strengthened, wherein said cavity is subjected to a predetermined elevated temperature during a manufacturing operation, wherein said cavity is subjected to a predetermined elevated temperature during a manufacturing operation, and wherein the component comprises : a one polymeric material selected from the group consisting of low density polyethylenes (LDPE), linear low density polyethylenes (LLPDE), ethylene vinyl acetate (EVA), ethylene methyl acrylate (EMA), and ethylene butyl acrylate (EnBA); and a chemical blowing agent in an amount of between 5 percent by weight and 20 percent by weight, selected from the group consisting of 4,4'-oxybis(benzenesulfonylhydrazide) and sodium bicarbonate; and optionally a carrier element; and wherein the component is free of a cross-linking agent; and wherein said polymeric material has a log(tan δ) of between -0.2 and 0.2, and a log(η*) of between 3 and 4, wherein δ is the loss modulus divided by the storage modulus and η* is the complex viscosity, both parameters determined according to the ASTM D4440-5 standard method. a one polymeric material selected from the group consisting of low density polyethylenes (LDPE), linear low density polyethylenes (LLPDE), ethylene vinyl acetate (EVA), ethylene methyl acrylate (EMA), and ethylene butyl acrylate (EnBA); and a chemical blowing agent in an amount of between 5 percent by weight and 20 percent by weight, selected from the group consisting of 4,4'-oxybis(benzenesulfonylhydrazide) and sodium bicarbonate; and optionally a carrier element; and wherein the component is free of a cross-linking agent; and wherein said polymeric material has a log(tan δ) of between -0.2 and 0.2, and a log(η*) of between 3 and 4, wherein δ is the loss modulus divided by the storage modulus and η* is the complex viscosity, both parameters determined according to the ASTM D4440-5 standard method.
A production system (10; 10') for manufacturing motor vehicle number plate panels , comprising a hot stamping machine configured for the continuous application of paint to stamped number plates by means of hot stamping, wherein at least one first conveying means is provided for the transport of stamped number plates through the hot stamping machine , wherein the production system (10; 10') comprises at least one transfer device having a buffer with means for the intermediate storage of at least two planar objects (40; 70), wherein the production system (10; 10') comprises a control unit configured for controlling the buffer for successively depositing planar objects (40; 70) from the buffer onto the first conveying means , characterized in that the planar objects are stamped number plates , which can be deposited on the conveying means from the buffer and can thus be transported through the hot stamping machine , and the control unit for controlling the buffer is configured such that the stamped number plates can be deposited, one after the other, from the buffer on the first conveying means with a predetermined distance X from one another.
A switch mechanism including: a first member ; a second member that can be moved with respect to the first member ; a switch that is provided in the first member ; and an operation member that is provided in the second member such that the operation member can be operated by a user; and a pressing-down member which is provided in the first member so as to press down the switch , wherein, in at least any one of an end portion of the pressing-down member and an end portion of the operation member that are pressed onto each other by pressing down of the operation member , a guide portion that guides a center portion of the operation member to a center portion of the pressing-down member is formed, characterized in that on the pressing-down member , a regulation portion that restricts an amount of pressing of the switch is formed, and the operation member is configured to be pressed down by the user so as to press the pressing-down member , the guide portion includes an inclination surface that is inclined from an outer edge portion of at least one of the end portion of the pressing-down member and the end portion of the operation member to the center portion thereof.
A display device comprising: a flexible display panel ; a flexible plate disposed at a rear side of the flexible display panel ; a first rigid bar and a second rigid bar disposed at a rear side of the flexible plate and each adjacent to a respective edge of the flexible plate ; a drive unit disposed at the rear side of the flexible plate ; a first wing plate and a second wing plate hingedly coupling the drive unit to respectively the first rigid bar and the second rigid bar ; a first adhesive member ; a first side frame coupled to the flexible plate so that the first side frame is movable on the flexible plate , wherein a portion of a back surface of the flexible display panel is coupled to a portion of a front surface of the first side frame by the first adhesive member ; a second adhesive member ; a second side frame coupled to the flexible plate so that the second side frame is movable on the flexible plate , wherein a portion of a back surface of the flexible display panel is coupled to a portion of a front surface of the second side frame by the second adhesive member ; wherein the first rigid bar is fixed to the back surface of the flexible plate or a back surface of the first side frame ; wherein the second rigid bar is fixed to the back surface of the flexible plate or a back surface of the second side frame ; a first magnetic coupling member positioned on a front surface of the flexible plate and adjacent to the first side frame , wherein the first magnetic coupling member is arranged to couple the flexible display panel to the flexible plate ; a second magnetic coupling member positioned on a front surface of the flexible plate and adjacent to the second side frame , wherein the second magnetic coupling member is arranged to couple the flexible display panel to the flexible plate .
A fuel supply nozzle unit, comprising: a plurality of fuel supply nozzles each including a front end , a rear end that extends from the front end, and an end plate coupled to the rear end , wherein the front end includes a plurality of fuel supply holes , the rear end includes a threaded portion , and the end plate includes a plurality of screw holes ; a fuel supply nozzle case that includes a plurality of fuel supply nozzle mounting holes , the respective fuel supply nozzle mounting holes being formed with a threaded surface that respectively threadedly engage with the threaded portion of the rear end of the fuel supply nozzles ; and a washer disposed at an interface between the end plate and the fuel supply nozzle case , the washer including a plurality of washer holes corresponding to the plurality of screw holes formed in the end plate ; wherein the washer includes at least one protrusion on an outer peripheral surface thereof which is bent to enclose the end plate . a plurality of fuel supply nozzles each including a front end , a rear end that extends from the front end, and an end plate coupled to the rear end , wherein the front end includes a plurality of fuel supply holes , the rear end includes a threaded portion , and the end plate includes a plurality of screw holes ; a fuel supply nozzle case that includes a plurality of fuel supply nozzle mounting holes , the respective fuel supply nozzle mounting holes being formed with a threaded surface that respectively threadedly engage with the threaded portion of the rear end of the fuel supply nozzles ; and a washer disposed at an interface between the end plate and the fuel supply nozzle case , the washer including a plurality of washer holes corresponding to the plurality of screw holes formed in the end plate ; wherein the washer includes at least one protrusion on an outer peripheral surface thereof which is bent to enclose the end plate .
Conveying apparatus , comprising a conveying path and a plurality of transport units which can be conveyed in the conveying path , at least two first guide rollers (2', 2.1-2.7) and a conveying chain which runs over the at least two first guide rollers (2', 2.1-2.7) and comprises drivers , via which the conveying chain can be brought releasably into engagement with the transport units in order to drive the transport units , the conveying apparatus comprising, furthermore, a belt (4, 4', 4", 4.1-4.5) which runs together with the conveying chain over the at least two first guide rollers (2', 2.1-2.7), the belt (4, 4', 4", 4.1-4.5) being arranged in the respective region of the first guide rollers (2', 2.1-2.7) in each case between the first guide roller (2', 2.1-2.7) and the conveying chain in such a way that the conveying chain lies against against the belt (4, 4', 4", 4.1-4.5), wherein the conveying apparatus is an overhead conveying apparatus .
An image monitoring apparatus , comprising: an image acquiring unit that continuously acquires a peripheral image from an imaging unit and superimposes a periodically changing signal on a predetermined position of the peripheral image; an image processing unit that treats the peripheral image superimposed with the signal with a predetermined image processing; and a determining unit that determines a failure of at least one of the image acquiring unit and the image processing unit based on a presence or absence of a periodic change in the superimposed signal on the peripheral image treated with the predetermined image processing, characterized in that the predetermined position is a position corresponding to an optical black of the imaging unit . an image acquiring unit that continuously acquires a peripheral image from an imaging unit and superimposes a periodically changing signal on a predetermined position of the peripheral image; an image processing unit that treats the peripheral image superimposed with the signal with a predetermined image processing; and a determining unit that determines a failure of at least one of the image acquiring unit and the image processing unit based on a presence or absence of a periodic change in the superimposed signal on the peripheral image treated with the predetermined image processing, characterized in that the predetermined position is a position corresponding to an optical black of the imaging unit .
A support for an underwater pipeline, in particular for elevating an underwater pipeline on the bed of a body of water, the support comprising a connecting frame extending along a first axis (A1) and designed to fit to a portion of a pipeline extending along a longitudinal axis (A), so that the first axis (A1) is substantially parallel to the longitudinal axis (A) of the pipeline ; and at least two legs hinged to the connecting frame about respective second axes (A2) and movable between a contracted configuration and an extended configuration in which they extend crosswise to the pipeline to rest on the bed of the body of water , characterized that the first axis (A1) and each second axis (A2) lie on respective mutually perpendicular planes, such that in the contracted configuration, each leg can be arranged substantially parallel to the first axis (A1), while in the extended configuration, each leg extends mainly in the radial direction with respect to first axis (A1).
An agricultural harvesting machine , comprising: a feederhouse ; a header with draper belts configured to transport agricultural material on left and right sides of the header towards a center section of the header and to the feederhouse of the agricultural harvesting machine ; one or more motors configured to drive the draper belts ; and a draper belt control system configured to generate control signals for the one or more motors to control the operating speed of the draper belts ; wherein the draper belt control system is configured to determine a distribution of crop across the header of the agricultural harvesting machine and, based on the distribution of crop, generate the control signal for the one or more motors , characterized in that the draper belt control system is configured to determine the distribution of crop located in a lead distance in front of the header across the header and, upon determining that crop is distributed on only one side of header , to generate control signals to reduce the operating speed of the draper belts . a feederhouse ; a header with draper belts configured to transport agricultural material on left and right sides of the header towards a center section of the header and to the feederhouse of the agricultural harvesting machine ; one or more motors configured to drive the draper belts ; and a draper belt control system configured to generate control signals for the one or more motors to control the operating speed of the draper belts ; wherein the draper belt control system is configured to determine a distribution of crop across the header of the agricultural harvesting machine and, based on the distribution of crop, generate the control signal for the one or more motors , characterized in that the draper belt control system is configured to determine the distribution of crop located in a lead distance in front of the header across the header and, upon determining that crop is distributed on only one side of header , to generate control signals to reduce the operating speed of the draper belts .
A machining tool comprising a motor and an appliance, the appliance comprising: - a shaft which is rotatable by the motor about a first axis (X1) of rotation, and - a machining element having an outer surface forming a contact surface for treatment of a workpiece and being attached to the shaft for rotation relative to the shaft about a second axis (X2) of rotation, wherein the first axis (X1) of rotation and the second axis (X2) of rotation form an oblique angle (a), so that the first axis (X1) of rotation and the second axis (X2) of rotation are non-parallel and non-perpendicular. - a shaft which is rotatable by the motor about a first axis (X1) of rotation, and - a machining element having an outer surface forming a contact surface for treatment of a workpiece and being attached to the shaft for rotation relative to the shaft about a second axis (X2) of rotation,
Display system for a vehicle , comprising a portable device comprising a data output adapted to transmit motion data characterising a motion of the vehicle itself to the electronic augmented reality glasses , and at least one electronic augmented reality glasses for displaying a virtual reality and/or an augmented reality, characterised in that the electronic augmented reality glasses are adapted to display, based on the motion data of a motion of the vehicle itself that can be transmitted by means of the portable device , corresponding contents for reducing simulator sickness-induced symptoms when the electronic augmented reality glasses are used in the vehicle , the portable device being configured in the form of a can in such a way that it can be accommodated in a beverage holder of the vehicle .
Reshaping machine for shaping a workpiece, wherein a tool of the reshaping machine can be acted on with a reshaping force by means of a hydraulic cylinder , the hydraulic cylinder comprising a cylinder , a piston element , which is guided in the cylinder to be movable in an effective direction W, with a effective area , and a first opening for the feed of a fluid to a cylinder space above the effective area , wherein a working pressure, which acts on the effective area , of the fluid drives the piston element in the effective direction, characterised in that the effective area has a first part area and at least one second part area , wherein the cylinder space is divided into a first part space with the first opening above the first effective area and a second part space with a second opening above the second part area , and wherein the part spaces are hydraulically separated from one another at least in a selectable mode of operation, and the reshaping machine is constructed as a radial forging machine, particularly with at least four tools operating in pairs in opposition. a cylinder , a piston element , which is guided in the cylinder to be movable in an effective direction W, with a effective area , and a first opening for the feed of a fluid to a cylinder space above the effective area , wherein a working pressure, which acts on the effective area , of the fluid drives the piston element in the effective direction, characterised in that the effective area has a first part area and at least one second part area , wherein the cylinder space is divided into a first part space with the first opening above the first effective area and a second part space with a second opening above the second part area , and wherein the part spaces are hydraulically separated from one another at least in a selectable mode of operation, and the reshaping machine is constructed as a radial forging machine, particularly with at least four tools operating in pairs in opposition.
Method of manufacturing a press piece in the form of a furniture piece as manufacturing product or in the form of a component of a manufacturing product comprising the following steps: a) providing a pressable starting workpiece ; and b) the starting workpiece being pressed in a pressing device with a first mold being equipped with embossing contours and a second mold being equipped with embossing contours , so that the processed press piece is provided with: c) intensively compacted strength zones for generating stiffness of the press piece ; and d) not or slightly compacted damping zones , which as a result thereof have a greater thickness than the intensively compacted strength zones , for the creation of intensively sound-absorbing areas on the press piece , e) characterised in that the molds are assemblage of segments in order to manufacture press pieces of different dimensions and with different arrangements of strength zones and damping zones as well as, optionally, edges and form zones . a) providing a pressable starting workpiece ; and b) the starting workpiece being pressed in a pressing device with a first mold being equipped with embossing contours and a second mold being equipped with embossing contours , so that the processed press piece is provided with: c) intensively compacted strength zones for generating stiffness of the press piece ; and d) not or slightly compacted damping zones , which as a result thereof have a greater thickness than the intensively compacted strength zones , for the creation of intensively sound-absorbing areas on the press piece , e) characterised in that the molds are assemblage of segments in order to manufacture press pieces of different dimensions and with different arrangements of strength zones and damping zones as well as, optionally, edges and form zones .
A heat exchanger comprising a first heat exchanger disposed on upstream side of a heat exchange fluid and a second heat exchanger disposed on downstream side of the heat exchange fluid, the first heat exchanger and the second heat exchanger being connected in series in a flow path of a heat medium, wherein the heat exchanger is configured to allow the heat medium to flow from the first heat exchanger to the second heat exchanger so as to be parallel to the flow of the heat exchange fluid when the heat exchanger serves as an evaporator, and allow the heat medium to flow from the second heat exchanger to the first heat exchanger so as to be opposed to the flow of the heat exchange fluid when the heat exchanger serves as a condenser, and a sum of flow path volume of first heat-transfer tubes of the first heat exchanger is smaller than a sum of flow path volume of second heat-transfer tubes of the second heat exchanger and a pitch between the first heat-transfer tubes is smaller than a pitch between the second heat-transfer tubes , characterized in that a sum of in-tube heat transfer areas of the first heat-transfer tubes is larger than a sum of in-tube heat transfer areas of the second heat-transfer tubes . allow the heat medium to flow from the first heat exchanger to the second heat exchanger so as to be parallel to the flow of the heat exchange fluid when the heat exchanger serves as an evaporator, and allow the heat medium to flow from the second heat exchanger to the first heat exchanger so as to be opposed to the flow of the heat exchange fluid when the heat exchanger serves as a condenser, and