mhurhangee/ep-ind-claims huggingface dataset:
Thermoplastic elastomer composition which contains an elastomer, a non-elastomeric polyolefin and a thermoplastic elastomer based on polyolefin block copolymers, wherein the elastomer comprises an elastomer selected from the group of elastomers consisting of ethylene-vinyl acetate copolymer, nitrile butadiene rubber, hydrogenated nitrile butadiene rubber, butyl rubber, natural rubber, isoprene rubber, acrylate rubber, ethylene acrylate rubber, silicone rubber, styrene-butadiene rubber, chloroprene rubber, bromobutyl rubber, epichlorohydrin rubber, epoxidized natural rubber and a mixture of two or more of the said elastomers, wherein the elastomer is present as an uncrosslinked elastomer or as a dynamically crosslinked elastomer.
A sensing device for a windshield comprising: a housing (102, 402) comprising a printed circuit board; at least one sensor; and an interconnecting means (108, 308, 358) electrically connecting the at least one sensor to the printed circuit board, wherein the interconnecting means has the form of a flexible curved portion, a portion (130, 430c) of the flexible curved portion being configured to be pressed onto the windshield when the sensing device is put in contact with the windshield; the interconnecting means having a first end portion (108a, 308a, 358a) and a second end portion (108b, 308b, 358b), the first end portion (108a, 308a, 358a) of the interconnecting means (108, 308, 358) being connected to the printed circuit board, and the second end portion (108b, 308b, 358b) of the interconnecting means (108, 308, 358) realises a form-fit and/or force-fit connection with a wall (114, 414) of the housing (102, 402) in at least one direction. a housing (102, 402) comprising a printed circuit board; at least one sensor; and an interconnecting means (108, 308, 358) electrically connecting the at least one sensor to the printed circuit board, wherein the interconnecting means has the form of a flexible curved portion, a portion (130, 430c) of the flexible curved portion being configured to be pressed onto the windshield when the sensing device is put in contact with the windshield; the interconnecting means having a first end portion (108a, 308a, 358a) and a second end portion (108b, 308b, 358b), the first end portion (108a, 308a, 358a) of the interconnecting means (108, 308, 358) being connected to the printed circuit board, and the second end portion (108b, 308b, 358b) of the interconnecting means (108, 308, 358) realises a form-fit and/or force-fit connection with a wall (114, 414) of the housing (102, 402) in at least one direction.
A shock tube package system comprising: a coreless bundle of shock tubing; and an outer covering disposed about the periphery of the bundle of shock tubing, wherein the outer covering includes a first end and a second end, the second end having a neck portion, characterized by the neck portion is configured to move from a first size to a second size when the bundle of shock tubing is inserted into the outer covering, and the outer covering is flexible or elastic. a coreless bundle of shock tubing; and an outer covering disposed about the periphery of the bundle of shock tubing, wherein the outer covering includes a first end and a second end, the second end having a neck portion, characterized by the neck portion is configured to move from a first size to a second size when the bundle of shock tubing is inserted into the outer covering, and the outer covering is flexible or elastic.
An under vehicle aerodynamic panel, which is mounted on lower base of a motor vehicle, comprising - at least one body which covers the bottom of the vehicle, - at least one emptied area which enables the carrying arms to hold on to the vehicle and which is located on the edge of body the body, and characterized by - at least one additional panel which is placed on the emptied area on the body - at least one opening which is located on the additional panel and which allows the car lifter being placed under the vehicle, - at least one mounting member which enables the additional panel to be fixed on the body, - at least one extension which is in shape of a planar protrusion extending as connected to the additional panel, an aquaplaning member which is in form of a slipping channel and which is located on the body. - at least one body which covers the bottom of the vehicle, - at least one emptied area which enables the carrying arms to hold on to the vehicle and which is located on the edge of body the body, and characterized by - at least one additional panel which is placed on the emptied area on the body - at least one opening which is located on the additional panel and which allows the car lifter being placed under the vehicle, - at least one mounting member which enables the additional panel to be fixed on the body, - at least one extension which is in shape of a planar protrusion extending as connected to the additional panel,
Speaking valve for laryngectomized and tracheotomized persons with a housing with a proximal, first opening and a distal, second opening, a filter which is at least partially surrounded by the housing, which filter is made of an elastic material, with a proximal first end and a distal second end, wherein the filter partially protrudes beyond an end face of the housing at the distal second opening, wherein at least one enlarging aid is arranged at the outer wall of the housing, wherein the distal surface of the enlarging aid closes flush with the end face of the housing, and wherein a cover is firmly connected by means of at least one partial region of its bottom surface to a upper side of the filter at its distal second end, and wherein the filter is held by at least one fixing aid (18, 20) arranged at the inner wall of the housing, wherein a diameter d1 of the cover is greater than a diameter d2 of the filter, so that an edge is formed that is protruding beyond a lateral filter wall of the filter, wherein by application of pressure onto the cover from an initial position, a lower surface of the edge at least partially interacts with the end face of the housing in order to produce a closed position of the speaking valve, and wherein the cover together with the filter returns to the initial position when unloaded.
Film-cooled gas turbine component for a gas turbine, having a surface which can be exposed to a hot gas and in which a number of film-cooling openings open out, which film-cooling openings can be combined to form at least one row (30, 34) in a direction transverse to a flow direction of the hot gas, wherein each of the respective film-cooling openings has, along its throughflow direction, a duct section and a diffuser section directly adjoining the duct section, which diffuser section comprises an upstream diffuser edge, two diffuser longitudinal edges and a downstream diffuser edge, wherein each diffuser longitudinal edge intersects the downstream diffuser edge at a corner region, characterized in that at least two immediately adjacent film-cooling openings, preferably all film-cooling openings, of the respective row (30, 34) are designed such that their duct axes of the respective duct sections are laterally inclined relative to the local flow direction of the hot gas and their diffuser sections are formed in each case asymmetrically with respect to a projection of the duct axis, in such a way that the immediately adjacent corner regions of the respective film-cooling openings are in alignment, or overlap, as viewed in the flow direction of the hot gas, without the respective diffuser sections making contact with one another.
A changeable combined mechanical key, comprising: a bracket detachably connected to an end of a key handle, forming a major structure of a key rod and with an upper end face detachably installed with a key-shaped component forming a tooth shape of an unlocking key; the key-shaped component, combined by a plurality of independent key-shaped parts and installed on the bracket, wherein the key-shaped parts are arranged and combined to form the key tooth shape capable of being inserted into a core of a lock and capable of being matched therewith to perform unlocking; a protective cover detachably connected to the end of the key handle, glidingly sleeved on the periphery of the bracket and matched therewith to locate a framework of the key-shaped component on the bracket, and the protective cover is provided with a flat U-shaped structure capable of nesting the bracket therein and a blocking structure for blocking the bracket and the key-shaped component, wherein two ends of the flat U-shaped structure are respectively provided with a blocking lug locked with the bracket, characterized in that the blocking structure on the protective cover refers to a plug integrally punched with the protective cover. a bracket detachably connected to an end of a key handle, forming a major structure of a key rod and with an upper end face detachably installed with a key-shaped component forming a tooth shape of an unlocking key; the key-shaped component, combined by a plurality of independent key-shaped parts and installed on the bracket, wherein the key-shaped parts are arranged and combined to form the key tooth shape capable of being inserted into a core of a lock and capable of being matched therewith to perform unlocking; a protective cover detachably connected to the end of the key handle, glidingly sleeved on the periphery of the bracket and matched therewith to locate a framework of the key-shaped component on the bracket, and the protective cover is provided with a flat U-shaped structure capable of nesting the bracket therein and a blocking structure for blocking the bracket and the key-shaped component, wherein two ends of the flat U-shaped structure are respectively provided with a blocking lug locked with the bracket, characterized in that the blocking structure on the protective cover refers to a plug integrally punched with the protective cover.
A package substrate (300, 303), comprising: a first conductive layer in a first dielectric; a second dielectric over the first dielectric; a second conductive layer in the second dielectric, wherein the second conductive layer includes a plurality of first traces and a plurality of second traces; a third conductive layer over the second dielectric; a high dielectric constant (Dk) region and a low DK region in the first and second dielectrics, wherein the high Dk region surrounds the plurality of first traces, and wherein the low Dk region surrounds the plurality of second traces; and characterized by a dielectric region in the first and second dielectrics, wherein the dielectric region separates the high Dk region and the low Dk region. a first conductive layer in a first dielectric; a second dielectric over the first dielectric; a second conductive layer in the second dielectric, wherein the second conductive layer includes a plurality of first traces and a plurality of second traces; a third conductive layer over the second dielectric; a high dielectric constant (Dk) region and a low DK region in the first and second dielectrics, wherein the high Dk region surrounds the plurality of first traces, and wherein the low Dk region surrounds the plurality of second traces; and characterized by a dielectric region in the first and second dielectrics, wherein the dielectric region separates the high Dk region and the low Dk region.
A lyophilized DNA formulation comprising a plasmid DNA, a salt and a carbohydrate, wherein (i) said plasmid DNA comprises a hepatocyte growth factor gene, or variant thereof encoding an amino acid sequence selected from the group consisting of SEQ ID No:2 (flHGF), SEQ ID No:3 (dHGF), SEQ ID No:4, SEQ ID No:5, and SEQ ID No:6, (ii) said salt is NaCl, (iii) said carbohydrate is sucrose, and wherein prior to lyophilization NaCl was present in the DNA formulation in an amount of between 0.5% and 2% and sucrose was present in the DNA formulation in an amount of between 0.8% and 5%, for use in a method of treating or preventing ischemic or liver disease in a subject, said method comprising administering a composition reconstituted from said lyophilized DNA formulation by direct injection. (i) said plasmid DNA comprises a hepatocyte growth factor gene, or variant thereof encoding an amino acid sequence selected from the group consisting of SEQ ID No:2 (flHGF), SEQ ID No:3 (dHGF), SEQ ID No:4, SEQ ID No:5, and SEQ ID No:6, (ii) said salt is NaCl, (iii) said carbohydrate is sucrose,
Radiation protection apparatus for the eyes, in particular the crystalline lenses, of medical staff such as physicians or diagnostic staff from x-ray radiation or other ionizing radiation during medical examinations, comprising a housing which is positionable on the head in front of the eye area, wherein the housing consists of a shell-like frame which encloses the eye area and, to the sides, the temples of the wearer in lightproof fashion, wherein the shell-like frame is provided firstly with a wearing device to be placed on the head and secondly with a nose support to be positioned on the nasal bridge of the wearer, wherein the wearing device is in the form of a ring which is adapted to the shape of the head or which independently adapts itself to the shape of the head, to which ring the housing with the shell-like frame is fastened in suspended fashion, and wherein a head cushion, which is supported on the back of the head, is arranged on the ring diametrically opposite to the housing, wherein the shell-like frame is provided with a front-side opening which ranges over the entire width thereof and fitted in which is a shield made of a material that does not transmit x-ray or ionizing radiation, and wherein at least one playback device for stereoscopic playback of video information in real time is arranged within the shell-shaped frame on the back side of the shield facing the eyes, the said playback device being coupled to optical recording equipment or a camera which is arranged in front of the shield on the side thereof facing away from the eyes of the wearer. wherein the housing consists of a shell-like frame which encloses the eye area and, to the sides, the temples of the wearer in lightproof fashion, wherein the shell-like frame is provided firstly with a wearing device to be placed on the head and secondly with a nose support to be positioned on the nasal bridge of the wearer, wherein the wearing device is in the form of a ring which is adapted to the shape of the head or which independently adapts itself to the shape of the head, to which ring the housing with the shell-like frame is fastened in suspended fashion, and wherein a head cushion, which is supported on the back of the head, is arranged on the ring diametrically opposite to the housing, wherein the shell-like frame is provided with a front-side opening which ranges over the entire width thereof and fitted in which is a shield made of a material that does not transmit x-ray or ionizing radiation, and wherein at least one playback device for stereoscopic playback of video information in real time is arranged within the shell-shaped frame on the back side of the shield facing the eyes, the said playback device being coupled to optical recording equipment or a camera which is arranged in front of the shield on the side thereof facing away from the eyes of the wearer.
A well bore control apparatus comprising: a housing having a guide element defining a path, the housing defining a throughbore for receiving a tubular; a first gate and a second gate located within the housing, the first and second gates being adapted to engage with the guide element, wherein in use the first and second gates (64a,64b) are moveable by an actuation force along the path defined by the guide element in a direction substantially transverse to the throughbore between an open position of the througbore and a closed position of the throughbore; a first seal seat for forming a first seal with the first gate in the closed position to seal the throughbore, wherein the guide element causes displacement of the first gate in a direction perpendicular to the substantially transverse movement of the first gate, when the first gate is moved from the open position to the closed position; and a second seal seat adapted for forming a second seal with the second gate in the closed position to seal the throughbore, wherein the guide element causes displacement of the second gate in a direction perpendicular to the substantially transverse movement of the second gate, when the second gate is moved from the open position to the closed position. a housing having a guide element defining a path, the housing defining a throughbore for receiving a tubular; a first gate and a second gate located within the housing, the first and second gates being adapted to engage with the guide element, wherein in use the first and second gates (64a,64b) are moveable by an actuation force along the path defined by the guide element in a direction substantially transverse to the throughbore between an open position of the througbore and a closed position of the throughbore; a first seal seat for forming a first seal with the first gate in the closed position to seal the throughbore, wherein the guide element causes displacement of the first gate in a direction perpendicular to the substantially transverse movement of the first gate, when the first gate is moved from the open position to the closed position; and a second seal seat adapted for forming a second seal with the second gate in the closed position to seal the throughbore, wherein the guide element causes displacement of the second gate in a direction perpendicular to the substantially transverse movement of the second gate, when the second gate is moved from the open position to the closed position.
An adhesive film (30; 130; 230; 330) for a structural adhesive bond (40;440) to a substrate, the adhesive film (30; 130; 230; 330) having a structure which takes the form of a carrier structure of the adhesive film (30; 130; 230; 330), wherein the carrier structure is formed by a textile fabric; wherein the adhesive film (30; 130; 230; 330) comprises a curable adhesive, which includes an epoxy resin; and wherein, at least in a subregion (133; 333; 333, 633) of the adhesive film (30; 130; 230; 330), a mechanical strength of the structure has been matched to a predefined target binding force of a bond produced using the adhesive film (30; 130; 230; 330) such that, after completion of the bond, when the adhesive film (30; 130; 230; 330) is pulled away from the substrate or from a material layer (285; 385) with peeling stress on the bond for verification of the adhesive attachment to the substrate or to the material layer (285; 385), the adhesive film (30; 130; 230; 330) fails with exceedance of the mechanical strength of the structure when strength of the bond attains or exceeds the target binding force, and the adhesive film (30; 130; 230; 330) when pulled apart does not fail at least in the subregion (133; 333; 333, 633) when strength of the bond does not attain the target binding force; characterized in that at least in a subarea (132; 332; 332, 632) of the adhesive film (130; 330), the structure has been formed with an additional reinforcing component (180; 380; 380, 681), where the additional reinforcing component (180; 380; 380, 681) has been applied to the starting adhesive film (131; 331) to form the adhesive film (130; 330) and wherein the additional reinforcing component (180; 380; 380, 681) is formed with a textile fabric, and wherein the mechanical strength matched to the target binding force is a mechanical strength of the structure including the additional reinforcing component (180; 380; 380, 681).
A hydrogen sensor (100, 200, 300, 400) comprising a substrate (2, 32, 52, 131), a detection film (4, 34, 54, 136) formed on said substrate, and a hydrogen permeable protective film (10, 40, 60, 137) formed on said detection film, wherein said detection film (4, 34, 54, 136) comprises a first ceramic and rare earth metal particles (8, 38, 58a, 58b) dispersed in said first ceramic, and said protective film (10, 40, 60, 137) comprises a second ceramic and hydrogen permeable metal particles (14, 44, 64a, 64b) dispersed in said second ceramic.
Yarn storage device for a yarn processing machine comprising at least two storage units (2, 7) that are provided in order to hold a respective yarn store for the yarn processing machine, and loading means that are provided in order to join an end of the yarn of a selected storage unit (2, 7) to an end of an external amount of yarn and to add yarn from the external amount of yarn to the yarn of the selected storage unit (2, 7), characterized in that at least one storage unit (2, 7) comprises a winding holder with a holder body that is provided in order to keep the windings of a yarn store in a state wound round this holder body, that the loading means are provided in order to add yarn from the external amount of yarn to the yarn of the selected storage unit (2, 7) in windings with a winding diameter that is greater than the radial dimensions of the holder body, such that the windings are held as successive windings placed one after another in the state wound round the holder body.
Method for installing a control functionality into a control facility for an industrial installation, wherein the industrial installation comprises a control facility, an installation server and a number of installation parts (4, 6, 8, 40, 42, 44), wherein the installation server comprises an integration server, wherein the installation parts (4, 6, 8, 40, 42, 44) in each case have a control system (16, 18, 20), wherein the control facility is used to control the processes in the entire industrial installation, wherein the control functionality is a computer program and wherein a control system (16, 18, 20) and the integration server communicate with one another and the integration server determines a control functionality for the control system (16, 18, 20), characterised in that - the control systems (16, 18, 20) of the installation parts (4, 6, 8, 40, 44) in each case have a login service for independently logging into the integration server, and - after connecting the control system to a bus system across the entire installation, the login service independently registers with the integration server and - the integration server prompts the installation of the control functionality for the control system (16, 18, 20) into the control facility and following successful installation of the control functionality removes the login service from the control system (16, 18, 20). - the control systems (16, 18, 20) of the installation parts (4, 6, 8, 40, 44) in each case have a login service for independently logging into the integration server, and - after connecting the control system to a bus system across the entire installation, the login service independently registers with the integration server and - the integration server prompts the installation of the control functionality for the control system (16, 18, 20) into the control facility and following successful installation of the control functionality removes the login service from the control system (16, 18, 20).
A gas hob, comprising a flat top plate; a burner provided on the top plate; a pan support made of a metal material having an outer frame seated on the top plate and surrounding the burner at a distance so as to define a cooking area; a holding element which is fixed to the top plate from a base portion and forming an elongated channel to receive a grip portion of the pan support aligned with the burner from the top and extending parallel to an upper edge of the top plate characterized in that the holding element comprises a transversely extending opening into which a support arm extending from the pan support to the burner is inserted.