mhurhangee/patent-ind-claim-en huggingface dataset:
Front end part for a motor vehicle , comprising an inlet opening for the introduction of headwind, an air duct adjoining the inlet opening for supplying the headwind to a radiator and/or to an air conditioning device, an air-directing element for directing the headwind into the air duct, and a sound generator , in particular fanfare or speaker, for outputting an acoustic signal along a sound path, wherein the air-directing element is arranged for at least partially covering the sound generator in the sound path, characterized in that the air-directing element has a textile material which is sound-permeable for the acoustic signal of the sound generator , wherein the air-directing element has a perforated sheet backed by the textile material. an inlet opening for the introduction of headwind, an air duct adjoining the inlet opening for supplying the headwind to a radiator and/or to an air conditioning device, an air-directing element for directing the headwind into the air duct, and a sound generator , in particular fanfare or speaker, for outputting an acoustic signal along a sound path, wherein the air-directing element is arranged for at least partially covering the sound generator in the sound path, characterized in that the air-directing element has a textile material which is sound-permeable for the acoustic signal of the sound generator , wherein the air-directing element has a perforated sheet backed by the textile material.
A system of injection-moulding machine closing units comprising two closing units, wherein each of the two closing units is constructed as a toggle lever closing unit, wherein each of the two closing units has a fixed platen, a movable platen , a support plate , a crosshead movable by means of a drive along the axis of symmetry (M) of the closing unit, and at least one toggle lever mechanism able to be actuated by means of the crosshead , arranged between support plate and movable platen and articulatedly connected with these plates, wherein each of the two closing units is constructed according to a first closing force F1, wherein one of the two closing units is equipped with platens of a first size and constitutes a closing unit of the first kind, wherein the other of the two closing units is equipped with platens of a second size and constitutes a closing unit of the second kind, wherein the platens of the closing unit of the second kind are larger than the platens of the closing unit of the first kind, in particular with respect to the tool clamping area, wherein the articulated levers of the toggle lever mechanism of the closing unit of the first kind and the articulated levers of the toggle lever mechanism of the closing unit of the second kind are constructed identically at least with respect to the length between the respective articulation points (P1, P2, P3, P4, P5) with articulated levers corresponding to one another with respect to their spatial arrangement in the respective closing unit, wherein the articulated levers of the toggle lever mechanism of the closing unit of the second kind are articulated at a greater distance to the axis of symmetry (M) at support plate and movable platen than the articulated levers of the toggle lever mechanism of the closing unit of the first kind, and wherein the crosshead of the closing unit of the second kind is constructed larger in the direction of the articulated levers of the toggle lever mechanism than the crosshead of the closing unit of the first kind, such that the toggle lever mechanisms of the two closing units have the same kinematics.
A septum holder comprising: a body having a disk shaped annular lower body portion and an upper body portion comprised of at least two vertical posts and at least one horizontal bar; an insert comprising at least one bore that forms the seat of a needle valve, the insert fixedly supported between the at least one horizontal bar in the upper body section and the bottom section of the septum holder body ; at least one resilient elongated arm terminating with a distal enlarged element attached to the sides of body ; and a septum attached to and extending downward from the bottom of the body of the septum holder parallel to the at least one arm ; wherein the septum is made of a single piece of cylindrically shaped resilient material comprising an upper part that is attached to the bottom of the body and a lower part having a diameter that matches that of a septum in a fluid transfer component.
An inactivated pathogenic E. coli strain for use in treating bladder cancer, wherein said E. coli strain is to be administered intravesicularly.
A display device for a vehicle, comprising: a liquid crystal display device that includes a display surface for displaying an image; and an optical system that includes a reflecting surface and that forms an optical path of display light from the display surface toward an eye point (EP) of a driver , wherein the optical system includes a first reflecting surface placed closest to the display surface in the optical path of the display light , and a magnifying reflecting surface that magnifies and reflects the display light , and wherein when viewed from an image horizontal direction, the display surface is inclined toward an optical axis of the display light extending from the display surface toward the first reflecting surface , characterized in that the optical system is configured so that a width (Wd) of the optical path of the display light in an image vertical direction (V) is reduced, gradually from the display surface toward the first reflecting surface . a liquid crystal display device that includes a display surface for displaying an image; and an optical system that includes a reflecting surface and that forms an optical path of display light from the display surface toward an eye point (EP) of a driver , wherein the optical system includes a first reflecting surface placed closest to the display surface in the optical path of the display light , and a magnifying reflecting surface that magnifies and reflects the display light , and wherein when viewed from an image horizontal direction, the display surface is inclined toward an optical axis of the display light extending from the display surface toward the first reflecting surface , characterized in that the optical system is configured so that a width (Wd) of the optical path of the display light in an image vertical direction (V) is reduced, gradually from the display surface toward the first reflecting surface .
A method for granting network permission to a terminal, comprising: receiving (S205), by a server from a terminal, a first authentication request, wherein the first authentication request is used to request to authenticate a terminal; authenticating the terminal (S206), by the server, based on the first authentication request message sent by the terminal; sending (S211), by the server, a first authentication success message to an authentication device; sending (S212), by the server, an authentication success indication message to the terminal; and receiving (S213) a response message that is sent by the authentication device for the first authentication success message; wherein the authentication success indication message, received by the terminal, indicates that that the terminal is granted the network permission and can access a network; and wherein the first network permission is granted to the terminal before the terminal receives the first authentication success message. receiving (S205), by a server from a terminal, a first authentication request, wherein the first authentication request is used to request to authenticate a terminal; authenticating the terminal (S206), by the server, based on the first authentication request message sent by the terminal; sending (S211), by the server, a first authentication success message to an authentication device; sending (S212), by the server, an authentication success indication message to the terminal; and receiving (S213) a response message that is sent by the authentication device for the first authentication success message; wherein the authentication success indication message, received by the terminal, indicates that that the terminal is granted the network permission and can access a network; and wherein the first network permission is granted to the terminal before the terminal receives the first authentication success message.
A furniture panel having a core of rigid material which is coated on both sides and on a visible edge with a film-like decoration material , the core having two material layers that are connected to one another, and the decoration material being a continuous web that forms, at the visible edge , two parallel film hinges that are interconnected by a prism of core material about which the material layers of the core are folded one upon the other, and wherein at least one further edge that extends at right angles to the visible edge is coated with the decoration material , and one of the material layers of the core is divided into flaps one of which is adjacent to the visible edge and the other of which is arranged at said further edge and is connected with the other material layer via two further film hinges and a prism , and the two flaps abut one another in forming a miter joint , wherein another edge that is opposite to the visible edge is coated with the decoration material and one of the material layers forms two flaps one of which is adjacent to the visible edge and the other of which is adjacent to said opposite edge and is connected to the other material layer via two further film hinges and a prism , characterized in that the two flaps abut one another with their free ends by forming a but joint .
An automatic ring valve comprising: a valve seat provided with a plurality of gas flow passages arranged according to at least one annular row, at least a shutter comprising at least one ring-shaped portion for selectively closing and opening the gas flow passages , at least one contrasting member for contrasting an opening movement of the ring-shaped portion of the shutter, wherein said ring-shaped portion of the shutter comprises a structural core at least partly made of a fiber-reinforced matrix , and characterized in that at least a portion of said structural core is covered by at least one primary layer , whereby fracture and/or impact and/or wear resistance of said ring-shaped portion is improved, wherein said structural core comprises continuous fibers , at least some of said continuous fibers developing for at least 360° of the annular development of the ring-shaped portion . a valve seat provided with a plurality of gas flow passages arranged according to at least one annular row, at least a shutter comprising at least one ring-shaped portion for selectively closing and opening the gas flow passages , at least one contrasting member for contrasting an opening movement of the ring-shaped portion of the shutter, wherein said ring-shaped portion of the shutter comprises a structural core at least partly made of a fiber-reinforced matrix , and characterized in that at least a portion of said structural core is covered by at least one primary layer , whereby fracture and/or impact and/or wear resistance of said ring-shaped portion is improved, wherein said structural core comprises continuous fibers , at least some of said continuous fibers developing for at least 360° of the annular development of the ring-shaped portion .
Method of applying a material comprising a fusible polymer, comprising the step of: - applying a filament of the at least partly molten material comprising a fusible polymer from a discharge opening of a discharge element to a first substrate; characterized in that the fusible polymer has the following properties: - a melting point (DSC, differential scanning calorimetry; 2nd heating at heating rate 5°C/min) within a range from ≥ 35°C to ≤ 150°C; - a glass transition temperature (DMA, dynamic-mechanical analysis to DIN EN ISO 6721-1:2011) within a range from ≥ -70°C to ≤ 110°C; wherein the filament, during the application process, has an application temperature of ≥ 100°C above the melting point of the fusible polymer for ≤ 20 minutes and wherein there are still free NCO groups in the material including the fusible polymer. - applying a filament of the at least partly molten material comprising a fusible polymer from a discharge opening of a discharge element to a first substrate; characterized in that the fusible polymer has the following properties: - a melting point (DSC, differential scanning calorimetry; 2nd heating at heating rate 5°C/min) within a range from ≥ 35°C to ≤ 150°C; - a glass transition temperature (DMA, dynamic-mechanical analysis to DIN EN ISO 6721-1:2011) within a range from ≥ -70°C to ≤ 110°C; - a melting point (DSC, differential scanning calorimetry; 2nd heating at heating rate 5°C/min) within a range from ≥ 35°C to ≤ 150°C; - a glass transition temperature (DMA, dynamic-mechanical analysis to DIN EN ISO 6721-1:2011) within a range from ≥ -70°C to ≤ 110°C; wherein the filament, during the application process, has an application temperature of ≥ 100°C above the melting point of the fusible polymer for ≤ 20 minutes and wherein there are still free NCO groups in the material including the fusible polymer.
Wind turbine, comprising a tower which has an access door , characterized in that the access door has a door lock and, on an outer side, a baffle plate which extends substantially over the entire surface of the access door and has a recess , wherein a doorknob is provided in the region of the recess , wherein an outer side of the baffle plate at least partially projects outwards beyond the door lock, wherein the access door has, on an inner side, a grid consisting of vertical and horizontal struts (321, 322; 320).
Housing frame designed for a control unit for driving an electrical machine , wherein the housing frame has at least one connection pin for electrically contacting a circuit carrier of the control unit , characterized in that the connection pin has a connection foot and is injection-moulded into the housing frame in such a way that the connection pin can be electrically connected to the circuit carrier at the connection foot by means of laser welding, and in that the resilient connection pin rests planeparallel on the circuit carrier by pressing the housing frame onto a heat sink of the control unit in the perpendicular direction in relation to the main plane of extent of the housing frame .
A dilute phase powder pump for conveying powder, in particular coating powder, from a powder reservoir to a powder spraying device, wherein the dilute phase powder pump has a modular structure and comprises the following: - a powder inlet module at a powder inlet of the dilute phase powder pump , which is fluidly connectable to the powder reservoir, - a valve device in the form of a pinch valve module , - a compressed air inlet module , and - a powder-conveying injector in the form of a pump module, having a drive nozzle and a collecting nozzle at a powder outlet of the dilute phase powder pump , the powder outlet being fluidly connectable to the powder spraying device, wherein the powder inlet module , the pinch valve module , the compressed air inlet module and the powder-conveying injector formed as a pump module are releasably connected to one another, wherein the compressed air inlet module is arranged between the powder-conveying injector configured as a pump module and the pinch valve module , wherein the valve device formed as a pinch valve module is designed to selectively disconnect a fluidic connection between the powder inlet of the dilute phase powder pump and a powder inlet of the drive nozzle , wherein further a device for the functional testing of the dilute phase powder pump or components of the dilute phase powder pump is provided, wherein the device for functional testing comprises at least one pressure sensor for detecting a static and/or dynamic pressure in an area in the fluidic connection between the powder inlet of the dilute phase powder pump and the powder inlet of the drive nozzle . - a powder inlet module at a powder inlet of the dilute phase powder pump , which is fluidly connectable to the powder reservoir, - a valve device in the form of a pinch valve module , - a compressed air inlet module , and - a powder-conveying injector in the form of a pump module, having a drive nozzle and a collecting nozzle at a powder outlet of the dilute phase powder pump , the powder outlet being fluidly connectable to the powder spraying device, wherein the powder inlet module , the pinch valve module , the compressed air inlet module and the powder-conveying injector formed as a pump module are releasably connected to one another, wherein the compressed air inlet module is arranged between the powder-conveying injector configured as a pump module and the pinch valve module , wherein the valve device formed as a pinch valve module is designed to selectively disconnect a fluidic connection between the powder inlet of the dilute phase powder pump and a powder inlet of the drive nozzle , wherein further a device for the functional testing of the dilute phase powder pump or components of the dilute phase powder pump is provided, wherein the device for functional testing comprises at least one pressure sensor for detecting a static and/or dynamic pressure in an area in the fluidic connection between the powder inlet of the dilute phase powder pump and the powder inlet of the drive nozzle .
A method of forming a clear polymer article comprising: a. forming a solid color concentrate by mixing a high molecular weight thermoplastic saturated polyester resin, a dispersant, and at least one colorant; and b. mixing the solid color concentrate with a melt-processible polymer selected from polycarbonate PC, polymethylmethacrylate PMMA, polyethylene terephthalate PET, PET modified with cyclohexanedimethanol PETG, copolyester, thermoplastic polyurethane TPU, polysulfone, specialty polyamides, or a combination of two or more thereof to form a polymeric article having less than 20% of haze as determined by ASTM D 1003. a. forming a solid color concentrate by mixing a high molecular weight thermoplastic saturated polyester resin, a dispersant, and at least one colorant; and b. mixing the solid color concentrate with a melt-processible polymer selected from polycarbonate PC, polymethylmethacrylate PMMA, polyethylene terephthalate PET, PET modified with cyclohexanedimethanol PETG, copolyester, thermoplastic polyurethane TPU, polysulfone, specialty polyamides, or a combination of two or more thereof to form a polymeric article having less than 20% of haze as determined by ASTM D 1003.
Front lower links system for super steer agricultural vehicle including a frame (F), a support hinged to the frame and at least an actuator interposed between the support and the frame to adjust an angular position of the support with respect to the frame (F), the support being arranged to support two arms provided of relating hooks , the arms extension is adjustable in such a way to define at least an operative extracted configuration and an operative retracted configuration of the arms; each arm has a free end provided with a hook , wherein the distance between the hooks is adjustable defining at least two operative conditions; the system is characterized in that a stable locking between each arm and corresponding hook is realized by means of at least a pin (P) inserted into a passing through opening, passing through the arm and a corresponding portion of the hook, such as to lock any reciprocal movement. the arms extension is adjustable in such a way to define at least an operative extracted configuration and an operative retracted configuration of the arms; each arm has a free end provided with a hook , wherein the distance between the hooks is adjustable defining at least two operative conditions; the system is characterized in that a stable locking between each arm and corresponding hook is realized by means of at least a pin (P) inserted into a passing through opening, passing through the arm and a corresponding portion of the hook, such as to lock any reciprocal movement.
Apparatus for additively manufacturing at least one three-dimensional object by means of successive layerwise selective irradiation and consolidation of layers of build material which can be consolidated by means of at least one energy beam , the apparatus comprising at least one build material application device , the build material application device comprising: - at least one blade-like build material application member ; - at least one support unit for supporting the blade-like build material application member , wherein the support unit comprises at least two support unit members , the support unit members defining a, particularly gap-like shaped, receiving section for receiving a blade-like build material application member which is to be supported by means of the support unit , characterized in that a first support unit member is moveably supported relative to a second support unit member between a first operating position, in which a holding force is exertable or exerted on a blade-like build material application member received in the receiving section , and a second operating position, in which no holding force is exertable or exerted on a blade-like build material application member received in the receiving section . - at least one blade-like build material application member ; - at least one support unit for supporting the blade-like build material application member , wherein
A method of operation of a wireless device in a wireless network , comprising: receiving , from a first network node , a first message that instructs the wireless device to suspend a connection between the wireless device and the wireless network where, upon receiving the first message, the wireless device stores a wireless device context of the wireless device and enters a suspended mode of operation; upon an occurrence of a triggering event, transmitting , to a second network node , a second message that requests that the connection between the wireless device and the wireless network be resumed, the second message comprising a resume identifier and the resume identifier comprising: a part that identifies the first network node to which the wireless device was connected upon suspending the connection; and a part that identifies the wireless device ; and receiving , from the second network node , a third message that indicates that the connection between the wireless device and the wireless network is being resumed using the stored wireless device context of the wireless device , characterized in that a Medium Access Control, MAC, control element associated with the third message comprises a copy of a portion of the second message. receiving , from a first network node , a first message that instructs the wireless device to suspend a connection between the wireless device and the wireless network where, upon receiving the first message, the wireless device stores a wireless device context of the wireless device and enters a suspended mode of operation; upon an occurrence of a triggering event, transmitting , to a second network node , a second message that requests that the connection between the wireless device and the wireless network be resumed, the second message comprising a resume identifier and the resume identifier comprising: a part that identifies the first network node to which the wireless device was connected upon suspending the connection; and a part that identifies the wireless device ; and a part that identifies the first network node to which the wireless device was connected upon suspending the connection; and a part that identifies the wireless device ; and receiving , from the second network node , a third message that indicates that the connection between the wireless device and the wireless network is being resumed using the stored wireless device context of the wireless device , characterized in that a Medium Access Control, MAC, control element associated with the third message comprises a copy of a portion of the second message.