mhurhangee/ep-ind-claims huggingface dataset:
Impulse solenoid valve for use in pipe systems comprising - a closure system formed by a base body, in which a sealing seat with an axial outlet opening and a magnetisable closure body are located, the closure body being partly made up of a permanent magnet and having outer dimensions larger than the outlet opening of the sealing seat, whereby the base body has one or a plurality of elastic suspension elements inside its interior, to which the closure body is fastened and moveably mounted, wherein the suspension elements go over from a first mechanically stable form into a second mechanically stable form under a specific application of force, - a drive unit which is formed by at least one coil (5,8) that generates a magnetic field acting on the closure body within the base body, wherein the drive unit and the closure system are built with modular design and can be installed into the pipe system separately from each other. - a closure system formed by a base body, in which a sealing seat with an axial outlet opening and a magnetisable closure body are located, the closure body being partly made up of a permanent magnet and having outer dimensions larger than the outlet opening of the sealing seat, whereby the base body has one or a plurality of elastic suspension elements inside its interior, to which the closure body is fastened and moveably mounted, wherein the suspension elements go over from a first mechanically stable form into a second mechanically stable form under a specific application of force, - a drive unit which is formed by at least one coil (5,8) that generates a magnetic field acting on the closure body within the base body,
A method for machining toothings, which method uses a disc-shaped, toothed tool that is rotationally driven around its axis of rotation and has a geometrically defined cutting edge, the teeth of which tool are produced from a base material and are provided, at least on the tooth flanks, with a coating that improves wear resistance, and have cutting faces (5, 5') facing an end face of the tool, said cutting faces being reground from time to time as part of a reconditioning of the tool, wherein the toothed tool is a skiving wheel for power skiving or hard skiving or a shaper cutter for gear shaping, characterised in that after at least one regrinding, use of the tool is resumed and continued, wherein regions of the cutting faces are then formed from the base material along the cutting edges.
Lecithin: cholesterol acyltransferase (LCAT) for use in the treatment of a patient having a condition wherein the function of steroidogenic tissues is reduced, wherein the condition is an acute condition selected from the group consisting of infection, sepsis, trauma, burns, liver disease, organ transplant, or heavy metal poisoning.
A surgical instrument, comprising: a handle, including an upper grasping section and a lower grasping section, the upper and lower grasping sections joined at a pivot joint connected to a bearing that permits the upper grasping section to pivot towards and away from the lower grasping section, wherein the upper grasping section and the lower grasping section each include an opening shaped and sized to receive at least one digit of a user, wherein a rotatable control positioned proximate the handle engages with the bearing and has a shaft attachment configured to attach to an elongated shaft, the bearing and the shaft attachment defining an axis therethrough, and wherein the lower grasping section is sized to receive two or more digits of a user, characterized in that the bearing and the lower grasping section are joined at a fixed oblique angle of between about 110° and 145° as measured between the axis through the bearing and the shaft attachment and the lower grasping section. a handle, including an upper grasping section and a lower grasping section, the upper and lower grasping sections joined at a pivot joint connected to a bearing that permits the upper grasping section to pivot towards and away from the lower grasping section, wherein the upper grasping section and the lower grasping section each include an opening shaped and sized to receive at least one digit of a user, wherein a rotatable control positioned proximate the handle engages with the bearing and has a shaft attachment configured to attach to an elongated shaft, the bearing and the shaft attachment defining an axis therethrough, and wherein the lower grasping section is sized to receive two or more digits of a user, characterized in that the bearing and the lower grasping section are joined at a fixed oblique angle of between about 110° and 145° as measured between the axis through the bearing and the shaft attachment and the lower grasping section.
A vane arm assembly comprising: a vane arm, comprising: a hook portion for attaching the vane arm to the outer trunnion of a vane, comprising a radially inner leg connected to a radially outer leg by an arcuate connection; and an actuation lever extending from the hook portion, the actuation lever containing an aperture for the reception of a fastener to connect the actuation lever to an actuation mechanism; wherein the hook portion and actuation lever are formed from a singular piece of material; and characterised by a spacer capable of being inserted into the hook portion of the vane arm; a locking mechanism attached to the radially outer side of the hook portion; and a fastener for securing the assembly to the outer trunnion of the vane. a vane arm, comprising: a hook portion for attaching the vane arm to the outer trunnion of a vane, comprising a radially inner leg connected to a radially outer leg by an arcuate connection; and an actuation lever extending from the hook portion, the actuation lever containing an aperture for the reception of a fastener to connect the actuation lever to an actuation mechanism; wherein the hook portion and actuation lever are formed from a singular piece of material; and characterised by a spacer capable of being inserted into the hook portion of the vane arm; a locking mechanism attached to the radially outer side of the hook portion; and a fastener for securing the assembly to the outer trunnion of the vane. a hook portion for attaching the vane arm to the outer trunnion of a vane, comprising a radially inner leg connected to a radially outer leg by an arcuate connection; and an actuation lever extending from the hook portion, the actuation lever containing an aperture for the reception of a fastener to connect the actuation lever to an actuation mechanism; wherein the hook portion and actuation lever are formed from a singular piece of material; and characterised by a spacer capable of being inserted into the hook portion of the vane arm; a locking mechanism attached to the radially outer side of the hook portion; and a fastener for securing the assembly to the outer trunnion of the vane. a spacer capable of being inserted into the hook portion of the vane arm; a locking mechanism attached to the radially outer side of the hook portion; and a fastener for securing the assembly to the outer trunnion of the vane.
A method for managing connectivity of a Bluetooth Low Energy module with a peripheral device (104, 400), the method comprising: determining a location of a central device (102, 404) comprising the module; determining a proximity of the central device (102, 404) to one or more peripheral devices (104, 400) of a peripheral device group (101, 103) based at least in part on a comparison of the location of the central device (102, 404) to a location profile associated with the one or more peripheral devices (104, 400) of the peripheral device group (101, 103); determining whether connections have been established between the central device (102, 404) and one or more peripheral devices (104, 400) of the peripheral device group (101, 103); and adjusting a scanning duty cycle of the central device (102, 404) based on the determined proximity of the central device (102, 404) to the one or more peripheral devices (104, 400) of the peripheral device group (101, 103); characterized by decreasing or stopping of the scanning duty cycle of the central device (102, 404) based on the determination that connections have been established between the central device (102, 404) and a threshold number or percentage of the peripheral devices (104, 400) of the peripheral device group (101, 103). determining a location of a central device (102, 404) comprising the module; determining a proximity of the central device (102, 404) to one or more peripheral devices (104, 400) of a peripheral device group (101, 103) based at least in part on a comparison of the location of the central device (102, 404) to a location profile associated with the one or more peripheral devices (104, 400) of the peripheral device group (101, 103); determining whether connections have been established between the central device (102, 404) and one or more peripheral devices (104, 400) of the peripheral device group (101, 103); and adjusting a scanning duty cycle of the central device (102, 404) based on the determined proximity of the central device (102, 404) to the one or more peripheral devices (104, 400) of the peripheral device group (101, 103); characterized by decreasing or stopping of the scanning duty cycle of the central device (102, 404) based on the determination that connections have been established between the central device (102, 404) and a threshold number or percentage of the peripheral devices (104, 400) of the peripheral device group (101, 103).
Vehicle with a communication system comprising an interface device, wherein - the communication system is a communication system which operates in an encrypted manner, - the interface device is arranged on board the vehicle and permits an authorised operating person on board the vehicle access to the communication system and characterised in that - the interface device is designed to enable the authorised operating person to input a public key (O1-O4) of an encryption key pair, the private key of which is implemented in a vehicle component of the vehicle, and after inputting such a public key (O1-04) to embed the corresponding vehicle component into the communication system of the vehicle, wherein its public key is stored in the communication system. - the communication system is a communication system which operates in an encrypted manner, - the interface device is arranged on board the vehicle and permits an authorised operating person on board the vehicle access to the communication system and characterised in that - the interface device is designed to enable the authorised operating person to input a public key (O1-O4) of an encryption key pair, the private key of which is implemented in a vehicle component of the vehicle, and after inputting such a public key (O1-04) to embed the corresponding vehicle component into the communication system of the vehicle, wherein its public key is stored in the communication system.
Pyrotechnic switch comprising an igniter, a separating element, and a busbar, wherein a first connection and a second connection are arranged on the busbar, wherein the pyrotechnic switch is designed such that, in the activated state, the separating element disconnects the busbar, wherein the pyrotechnic switch has at least one third connection with a line, wherein the pyrotechnic switch is designed such that, in the activated state, the second connection is electrically connected to the third connection, wherein a contact element is provided which is designed to electrically contact the line of the third connection, characterized in that the contact element is of a nail-shaped design.
A hairdryer (200, 670) comprising a handle (204, 206, 676, 677); a body comprising a second fluid outlet and a primary fluid outlet; a fan unit for generating fluid flow through the hairdryer, the hairdryer comprising a second fluid flow path extending from a second fluid inlet through which a second fluid flow enters the hairdryer to the second fluid outlet, and a primary fluid flow path extending from a primary fluid inlet through which a primary fluid flow enters the hairdryer to the primary fluid outlet; a heater for heating the primary fluid flow drawn through the primary fluid inlet; and a nozzle (10, 100, 600, 800, 850, 1100) attachable to the body, the nozzle comprising a nozzle fluid inlet (20, 120, 620, 820, 853, 1114) for receiving the primary fluid flow from the primary fluid outlet, and a nozzle fluid outlet (30, 130, 630, 698, 830, 855, 1112) for emitting the primary fluid flow, and wherein the nozzle is configured to inhibit the emission of the second fluid flow from the second fluid outlet characterised in that the second fluid inlet is an inlet through which the second fluid flow enters the hairdryer and the primary fluid inlet is an inlet through which the primary fluid flow enters the hairdryer.
A cooling device for keeping perishable products cool when mechanical cooling is not available, said device comprising: a porous substrate soaked in a composition comprising at least one anti-freeze agent and at least one crosslinking agent; and a substrate cover for sealingly covering the porous substrate, wherein said cooling device is cooled to a desired temperature prior to use, characterized in that the porous substrate is UV irradiated prior to being sealingly covered with the substrate cover, the at least one anti-freeze agent is selected from the group consisting of NaCl, propylene glycol, glycerol and ethanol, and the at least one crosslinking agent is selected from the group consisting of putrescine, cadaverine, spermidine and spermine. a porous substrate soaked in a composition comprising at least one anti-freeze agent and at least one crosslinking agent; and a substrate cover for sealingly covering the porous substrate, wherein said cooling device is cooled to a desired temperature prior to use, characterized in that the porous substrate is UV irradiated prior to being sealingly covered with the substrate cover, the at least one anti-freeze agent is selected from the group consisting of NaCl, propylene glycol, glycerol and ethanol, and the at least one crosslinking agent is selected from the group consisting of putrescine, cadaverine, spermidine and spermine.
Packaging system for an electronic device built of usable components complementing the functionality of the device, said packaging system comprising a geometrically connected first connecting element (1A, 1B), comprising a sound reproduction means, connected to one side of an intermediate connecting element which at its other side is connected to a second connecting element, which is housing a device for charging said electronic device, characterised in that the intermediate connecting element is a flexible component that can be flat, which in a bent position is arranged around a space for accommodation of the electronic device and is secured to a bottom of the first connecting element (1A, 1B) and to a ceiling of the second connecting element.
An overhead rail system, comprising: a pair of parallel rails mountable to an overhead structure, a rack line being fixedly mounted underneath at least one of the parallel rails; a pair of chariots, each chariot comprising upper and lower bearings (234, 236, 238, 240) rollably connecting the chariot to a respective one of the pair of parallel rails and allowing longitudinal movement of the chariot along a length of the parallel rails while limiting movement of the chariot in other directions, at least one of the chariots having a pinion configured to engage the rack line; and a drive system operatively connected to the pinion of the at least one of the chariots; characterized in that: each one of the pair of parallel rails comprises a pair of upper rolling surfaces (508, 510) and a pair of lower rolling surfaces (512, 514); and each chariot comprises two pairs of upper bearings (234, 236) rolling on the pair of upper rolling surfaces (508, 510) of the respective one of the pair of parallel rails and two pairs of lower bearings (238, 240) rolling on the pair of lower rolling surfaces (512, 514) of the respective one of the pair of parallel rails. a pair of parallel rails mountable to an overhead structure, a rack line being fixedly mounted underneath at least one of the parallel rails; a pair of chariots, each chariot comprising upper and lower bearings (234, 236, 238, 240) rollably connecting the chariot to a respective one of the pair of parallel rails and allowing longitudinal movement of the chariot along a length of the parallel rails while limiting movement of the chariot in other directions, at least one of the chariots having a pinion configured to engage the rack line; and a drive system operatively connected to the pinion of the at least one of the chariots; characterized in that: each one of the pair of parallel rails comprises a pair of upper rolling surfaces (508, 510) and a pair of lower rolling surfaces (512, 514); and each chariot comprises two pairs of upper bearings (234, 236) rolling on the pair of upper rolling surfaces (508, 510) of the respective one of the pair of parallel rails and two pairs of lower bearings (238, 240) rolling on the pair of lower rolling surfaces (512, 514) of the respective one of the pair of parallel rails. each one of the pair of parallel rails comprises a pair of upper rolling surfaces (508, 510) and a pair of lower rolling surfaces (512, 514); and each chariot comprises two pairs of upper bearings (234, 236) rolling on the pair of upper rolling surfaces (508, 510) of the respective one of the pair of parallel rails and two pairs of lower bearings (238, 240) rolling on the pair of lower rolling surfaces (512, 514) of the respective one of the pair of parallel rails.
Folded metal sheet (1, 1') of a roof skin or a wall covering or a roof gutter or the like, having an outer side of the metal sheet (1, 1') and an inner side of the metal sheet (1, 1'), wherein the metal sheet has folded-over metal sheet portions (1b, 1b', 1c, 1c', 1d, 1e, 1f) having at least one covering (4, 4'), and the covering (4, 4') is constructed over the complete surface or partial surface, that is to say, with a surface covering of at least 40% on the inner side of the metal sheet (1, 1') the covering (4, 4') has permanently resilient properties and the covering (4, 4') has at least one of the following materials set out: - thermoplastic elastomer material based on olefin, - ethylene propylene diene rubber (EPDM), - polypropylene (PP/EPDM), - thermoplastic copolyamide, - thermoplastic polyester elastomer materials, - thermoplastic copolyester, - styrene block copolymers, - thermoplastic elastomer materials based on urethane or - cross-linked thermoplastic elastomer materials based on olefin and wherein for insulation against noise, but at least in order to reduce noise, the covering has a thickness of at least 0.1 mm, but a maximum of 1 mm, preferably a thickness between 0.15 mm and 0.6 mm, wherein the covering (4, 4') is foamed onto the inner side of the metal sheet. the covering (4, 4') is constructed over the complete surface or partial surface, that is to say, with a surface covering of at least 40% on the inner side of the metal sheet (1, 1') the covering (4, 4') has permanently resilient properties and the covering (4, 4') has at least one of the following materials set out: - thermoplastic elastomer material based on olefin, - ethylene propylene diene rubber (EPDM), - polypropylene (PP/EPDM), - thermoplastic copolyamide, - thermoplastic polyester elastomer materials, - thermoplastic copolyester, - styrene block copolymers, - thermoplastic elastomer materials based on urethane or - cross-linked thermoplastic elastomer materials based on olefin and - thermoplastic elastomer material based on olefin, - ethylene propylene diene rubber (EPDM), - polypropylene (PP/EPDM), - thermoplastic copolyamide, - thermoplastic polyester elastomer materials, - thermoplastic copolyester, - styrene block copolymers, - thermoplastic elastomer materials based on urethane or - cross-linked thermoplastic elastomer materials based on olefin and wherein for insulation against noise, but at least in order to reduce noise, the covering has a thickness of at least 0.1 mm, but a maximum of 1 mm, preferably a thickness between 0.15 mm and 0.6 mm, wherein the covering (4, 4') is foamed onto the inner side of the metal sheet.
A composition for use in treating a cancer in a subject, wherein the cancer has a homozygous deletion in a housekeeping gene and the housekeeping gene has a functionally redundant homologue, the composition comprising an inhibitor of the redundant homologue in an amount sufficient to inhibit the activity of the redundant homologue, wherein the housekeeping gene is enolase 1, the redundant homologue is endolase 2 and the inhibitor is a nucleic acid that inhibits the expression or activity of the redundant homologue, an antibody that specifically binds the redundant homologue, or phosphonoacetohydroxamate, preferably further comprising a chemotherapeutic agent, wherein the chemotherapeutic agent preferably interferes with DNA homeostasis.
Process for producing a metal pipe, the inner surface of which is lined with a thermoplastic layer, wherein the process comprises the following steps: a) a metal pipe is provided, b) a tubular inliner composed of a thermoplastic material is provided, c) a tape is cohesively helically bonded to the inliner, wherein the region of the contact surface of the tape consists of a moulding composition or an adhesive which adhere firmly to the surface of the inliner, and wherein the region of the opposing surface of the tape consists of a moulding composition or an adhesive which adhere firmly to the metal of the pipe, wherein the tape comprises unidirectional reinforcing fibres, wherein the tape comprises from 3 to 20% by volume of reinforcing fibres based on the volume of the tape, d) the cross section of the inliner is optionally reduced by exposure to an external force, e) the inliner is inserted into the metal pipe, f) by means of contact pressure and optionally heat, the inliner and metal pipe are firmly bonded to each other. a) a metal pipe is provided, b) a tubular inliner composed of a thermoplastic material is provided, c) a tape is cohesively helically bonded to the inliner, wherein the region of the contact surface of the tape consists of a moulding composition or an adhesive which adhere firmly to the surface of the inliner, and wherein the region of the opposing surface of the tape consists of a moulding composition or an adhesive which adhere firmly to the metal of the pipe, wherein the tape comprises unidirectional reinforcing fibres, wherein the tape comprises from 3 to 20% by volume of reinforcing fibres based on the volume of the tape, d) the cross section of the inliner is optionally reduced by exposure to an external force, e) the inliner is inserted into the metal pipe, f) by means of contact pressure and optionally heat, the inliner and metal pipe are firmly bonded to each other.
Hot forming device for hot forming and/or press hardening of workpieces, preferably made from sheet steel, which have a hardened workpiece section and a ductile workpiece section after press hardening, wherein it is provided that the hot forming device comprises a first forming station having a first tool and a second forming station arranged behind the first forming station having a second tool, wherein the second tool is formed having the shape contour of the first tool; at least the first tool has a first tool section which is provided for forming the hardened workpiece section, and a second tool section which is provided for forming the ductile workpiece section; and the tools (3, 3') comprise temperature control devices for adjusting the temperatures, characterised in that a control device is provided for controlling the hot forming device, wherein the control device has inputs which are connected to temperature sensors which are arranged on the tool sections (33, 34) of the tools (3, 3'), and outputs which are connected to temperature control devices which interact with the tool sections (33, 34) of the tools (3, 3').