mhurhangee/patent-ind-claim-en huggingface dataset:
A structure of a vehicle body comprising: a fuel filler inlet for supplying a fuel to be provided to an engine mounted on a vehicle ; a solution filler inlet , being adjacent to the fuel filler inlet , for supplying an additive to purify an exhaust gas from the engine; a fixed member comprising a first hole that receives the fuel filler inlet and a second hole that receives the solution filler inlet , and being fixed to the vehicle body; a fuel filler boot having a first sealer that is disposed on one of a front side and a back side of the fixed member and seals a space between the fixed member and the fuel filler inlet ; and an additive filler boot having a second sealer that is disposed on another one of the front side and the back side of the fixed member and seals a space between the fixed member and the solution filler inlet , the structure being characterized in that : the fuel filler boot and the additive filler boot are formed separately from each other; and at least a part of the first sealer and a part of the second sealer are arranged so as to overlap each other while sandwiching a portion of the fixed member . a fuel filler inlet for supplying a fuel to be provided to an engine mounted on a vehicle ; a solution filler inlet , being adjacent to the fuel filler inlet , for supplying an additive to purify an exhaust gas from the engine; a fixed member comprising a first hole that receives the fuel filler inlet and a second hole that receives the solution filler inlet , and being fixed to the vehicle body; a fuel filler boot having a first sealer that is disposed on one of a front side and a back side of the fixed member and seals a space between the fixed member and the fuel filler inlet ; and an additive filler boot having a second sealer that is disposed on another one of the front side and the back side of the fixed member and seals a space between the fixed member and the solution filler inlet , the structure being characterized in that : the fuel filler boot and the additive filler boot are formed separately from each other; and at least a part of the first sealer and a part of the second sealer are arranged so as to overlap each other while sandwiching a portion of the fixed member . the fuel filler boot and the additive filler boot are formed separately from each other; and at least a part of the first sealer and a part of the second sealer are arranged so as to overlap each other while sandwiching a portion of the fixed member .
Device for vehicle identification, comprising a license plate for a vehicle, wherein the license plate is at least partially made of electrically conductive material wherein the license plate is provided with a slot-shaped recess and provided with a transponder, particularly an RFID chip, wherein the transponder comprises two connections , wherein the transponder is situated at the location of the slot-shaped recess, and wherein the connections of the transponder are inductively coupled on both sides of the slot-shaped recess to the material of the license plate, and wherein the recess is bounded by a circumferential edge.
A mass flow controller for controlling fluid flow rate, the mass flow controller comprising: a valve assembly comprising a first valve and a second valve in fluid communication with a first location located downstream of the of the first valve and a second location located downstream of the first location and upstream of the second valve , wherein the second valve has a valve stem and a valve seat; at least one semiconductor based pressure sensor in fluid communication with the first location and the second location ; and a controller communicable coupled with the valve assembly and the at least one pressure sensor , wherein the controller is configured to: determine pressure for the first location and the second location ; cause an adjustment to valve stroke of at least one valve in fluid communication with the first and the second locations based on an actual fluid flow rate, the determined pressure for the first and the second locations , and a predetermined value; and characterized in that the mass flow controller further comprises a position sensor communicable coupled with the at least one valve , wherein the controller receives data from the position sensor to determine the position of the second valve as the valve stem transitions to or from the valve seat, and wherein the position of the second valve is used to perform diagnostics on the mass flow controller by comparing the valve position to valve seat a-priori data and actual flow rates. a valve assembly comprising a first valve and a second valve in fluid communication with a first location located downstream of the of the first valve and a second location located downstream of the first location and upstream of the second valve , wherein the second valve has a valve stem and a valve seat; at least one semiconductor based pressure sensor in fluid communication with the first location and the second location ; and a controller communicable coupled with the valve assembly and the at least one pressure sensor , wherein the controller is configured to: determine pressure for the first location and the second location ; cause an adjustment to valve stroke of at least one valve in fluid communication with the first and the second locations based on an actual fluid flow rate, the determined pressure for the first and the second locations , and a predetermined value; and determine pressure for the first location and the second location ; cause an adjustment to valve stroke of at least one valve in fluid communication with the first and the second locations based on an actual fluid flow rate, the determined pressure for the first and the second locations , and a predetermined value; and characterized in that the mass flow controller further comprises a position sensor communicable coupled with the at least one valve , wherein the controller receives data from the position sensor to determine the position of the second valve as the valve stem transitions to or from the valve seat, and wherein the position of the second valve is used to perform diagnostics on the mass flow controller by comparing the valve position to valve seat a-priori data and actual flow rates.
A method for password management , the method comprising: sending , by a user device , a request message to a password management server , the request message including a public key of the user device, the public key and a private key forming a public-private key pair ; receiving , by the user device, one or more account names associated with the public key from the password management server, the one or more account names including a first account name; sending , by the user device, a password retrieval request to the password management server, the password retrieval request including the first account name; receiving , by the user device, a response message from the password management server, the response message including an encrypted password; decrypting, by the user device, the encrypted password using the private key to obtain a decrypted password; and obtaining, by the user device, access to account information using the decrypted password. sending , by a user device , a request message to a password management server , the request message including a public key of the user device, the public key and a private key forming a public-private key pair ; receiving , by the user device, one or more account names associated with the public key from the password management server, the one or more account names including a first account name; sending , by the user device, a password retrieval request to the password management server, the password retrieval request including the first account name; receiving , by the user device, a response message from the password management server, the response message including an encrypted password; decrypting, by the user device, the encrypted password using the private key to obtain a decrypted password; and obtaining, by the user device, access to account information using the decrypted password.
Method for manufacturing a protective case for electrical relays and/or fuses or other electrical components of a motor vehicle , comprising: - a step (E1) of providing a base comprising a set of walls , a main opening, and a secondary opening disposed in a plane substantially perpendicular to a plane of the main opening; - a step (E4) of selecting a closure element , characterized in that the closure element has walls with a thickness (e1) less than a thickness (e2) of the walls of the base , or has notches, so as to have lower mechanical strength than the base , the closure element being selected from at least one first closure element and one second closure element , the first closure element being able to close off the secondary opening in order to form with the base a first protective case for electrical relays and/or fuses or other electrical components , the second closure element being able to close off the secondary opening in order to form with the base a second protective case for electrical relays and/or fuses or other electrical components with a different shape from the first protective case ; - a step (E5) of fastening the selected closure element to the base . - a step (E1) of providing a base comprising a set of walls , a main opening, and a secondary opening disposed in a plane substantially perpendicular to a plane of the main opening; - a step (E4) of selecting a closure element , characterized in that the closure element has walls with a thickness (e1) less than a thickness (e2) of the walls of the base , or has notches, so as to have lower mechanical strength than the base , the closure element being selected from at least one first closure element and one second closure element , the first closure element being able to close off the secondary opening in order to form with the base a first protective case for electrical relays and/or fuses or other electrical components , the second closure element being able to close off the secondary opening in order to form with the base a second protective case for electrical relays and/or fuses or other electrical components with a different shape from the first protective case ; - a step (E5) of fastening the selected closure element to the base .
Device for the sealed closing of an opening, for example a wall opening or for example a ring opening, between a passage opening through a wall or an insertion opening in a wall, in particular of one or more elongate part/s being passed through this opening or into this opening, as well as of a sealing and/or clamping element inserted into the opening, characterized in that said device comprises the sealing and/or clamping element, wherein the sealing and/or clamping element consists of at least two interacting first and second parts which are axially displaceable relative to one another, as well as of a pressure contour acting axially onto said multi-part sealing and/or clamping element, and in that by means of a first axial displacement of the pressure contour , an axial displacement of at least one second part (2; 2") of the at least two interacting parts (1, 2; 1", 2") being axially displaceable relative to one another, of the sealing and/or clamping element relative to the at least one first part (1; 1") of the sealing and/or clamping element is realized, and in that a pressure can be exerted axially on the first part or the second part via a cap nut , a pressure screw or a pressure part or the pressure contour thereof, so that the latter can be pushed increasingly onto the further part as the screw-in or screw-on depth increases, and in that by means of a further axial displacement of the pressure contour a further change in geometry transversely to the displacement direction of the sealing and/or clamping element consisting of the at least two interacting first and second parts (1, 2; 1", 2") which are axially displaceable relative to one another, is realized, wherein the device comprises a limiting contour which serves as an axial path limitation and has a supporting contour on or in which the first part and/or the second part is supported or held with the first end region radially on the inside, so that the latter is held in the axial direction when the further part is pushed on and displacement of the parts relative to one another is possible, and wherein the first and/or second part is held over a third of its length by or is held in the support contour.
Contactless seal for a rotating shaft passing through an opening of a wall , this seal comprising a rotating member intended to be carried by the shaft and a fixed member intended to be carried by the opening of the wall, the rotating member being slotted into the fixed member while being mobile in rotation with respect to it, the rotating member having an outer face provided with at least one circumferential ridge (9a-9c) and the fixed member having an inner face provided with at least one recess (14a-14c) or vice versa, each ridge (9a-9c) being partially engaged in a corresponding recess (14a-14c) such that the inner face of the fixed member and the outer face of the rotating member jointly delimit a labyrinthine leak route , where the rotating member and the fixed member are each formed from one single part, the rotating member and the fixed member cannot be disconnected from each other, these members being jointly obtained in one same additive manufacturing operation, and the rotating member comprises at one end a deoiling element, and where the rotating seal comprises, at its opposite extremity, a ventilation element tending to introduce fluid into one of the ends of the labyrinthine leak route to reduce a pressure difference between the ends of this labyrinthine leak route .
A system for producing a sealant composite of a primary sealing material and a curable secondary sealing material, comprising at least three separately stored components (A, B1, B2), wherein the component (A) is the primary sealing material, comprising: a) about 30-80% by weight of at least one olefinic polymer; b) about 2-35% by weight of at least one polymer modified with reactive groups; c) about 5-65% by weight of at least one filler; d) about 5-25% by weight of at least one drying agent; e) about 0-3% by weight of at least one stabiliser; and the secondary sealing material is a sealing material based on polyurethane or polysulfide, obtainable from a polymer component (B1) and a hardener component (B2), wherein the secondary sealing material contains a catalyst and/or an initiator, by means of which the reactive groups in the primary sealing material can be activated upon contact with the secondary sealing material. a) about 30-80% by weight of at least one olefinic polymer; b) about 2-35% by weight of at least one polymer modified with reactive groups; c) about 5-65% by weight of at least one filler; d) about 5-25% by weight of at least one drying agent; e) about 0-3% by weight of at least one stabiliser; and the secondary sealing material is a sealing material based on polyurethane or polysulfide, obtainable from a polymer component (B1) and a hardener component (B2), wherein the secondary sealing material contains a catalyst and/or an initiator, by means of which the reactive groups in the primary sealing material can be activated upon contact with the secondary sealing material.
A broad-band sensor for a radio frequency plasma processing system comprising: a capacitive pickup for electrical potentials disposed on an electrically conducting component of a reaction chamber of the radio frequency plasma processing system; a lead that comprises a circuit, the lead connecting the pickup to a connector mounted into an electrically grounded plate proximate the pickup with an electrical resistance of the circuit and a capacitance to an electrical ground of the connector being such that the pickup voltage differs by less than 5% from a surface voltage of the electrically conducting component; and an attenuator circuit connected to the connector, comprising at least one current limiting resistor in series from an attenuator input to an attenuator output; and wherein the broad-band sensor has detection capability within a radio frequency range from about 10 kHz to at least about 1 GHz for radio frequency electrical potential measurements in the radio frequency plasma processing system. a capacitive pickup for electrical potentials disposed on an electrically conducting component of a reaction chamber of the radio frequency plasma processing system; a lead that comprises a circuit, the lead connecting the pickup to a connector mounted into an electrically grounded plate proximate the pickup with an electrical resistance of the circuit and a capacitance to an electrical ground of the connector being such that the pickup voltage differs by less than 5% from a surface voltage of the electrically conducting component; and an attenuator circuit connected to the connector, comprising at least one current limiting resistor in series from an attenuator input to an attenuator output; and wherein the broad-band sensor has detection capability within a radio frequency range from about 10 kHz to at least about 1 GHz for radio frequency electrical potential measurements in the radio frequency plasma processing system.
Remote control massage device suitable for massaging parts of the body with a vibration generating part which comprises a housing , and a vibration generating device , an energy accumulator , a control device and a wireless data communications device all in the housing , wherein the vibration generating part is connected to one end of a cable and provided at its other end with a plug element with two charging electrodes for connecting to a charging device and to a conductor plate antenna for transmitting and receiving radio signals from the wireless data communications device, characterised by a vibration receiving part which has an opening for receiving the vibration generating part , wherein the vibration generating part can be inserted into the opening of the vibration receiving part and is enclosed in the received position at least in part by the vibration receiving part , wherein the vibration generating part is configured as a modular element which is suitable for being detachably connected to the vibration receiving part in order to form the remote control massage device .
A composition comprising an effective amount of monocytic cells that have been obtained from a healthy donor for use in treating or preventing osteopetrosis in a subject in need thereof.
A computer implemented method for maintaining state synchronization for a universal remote control , comprising: generating a first device command at the universal remote control to control a remote-controlled device based at least in part on a user input; sending, via a first communications link , the first device command to the remote-controlled device for performance by the remote-controlled device ; sending, via a second communications link , a state change message to the remote-controlled device based at least in part on the sending the first device command, wherein the state change message represents a resulting state of the remote-controlled device after performance of the first device command; receiving, via the second communications link , a confirmation message at the universal remote control from the remote-controlled device in response to the sending the state change message; programming the universal remote control based at least in part on the received confirmation message; and sending, via the first communications link , a second device command for controlling the remote-controlled device based at least in part on the programming. generating a first device command at the universal remote control to control a remote-controlled device based at least in part on a user input; sending, via a first communications link , the first device command to the remote-controlled device for performance by the remote-controlled device ; sending, via a second communications link , a state change message to the remote-controlled device based at least in part on the sending the first device command, wherein the state change message represents a resulting state of the remote-controlled device after performance of the first device command; receiving, via the second communications link , a confirmation message at the universal remote control from the remote-controlled device in response to the sending the state change message; programming the universal remote control based at least in part on the received confirmation message; and sending, via the first communications link , a second device command for controlling the remote-controlled device based at least in part on the programming.
A catheter (100; 200; 400) for fluid delivery through at least two injection needles into tissue outside of the interior wall of a target vessel of a human body, the catheter including: a catheter body having a central axis extending in a longitudinal direction and also having a fluid injection lumen ; at least two needle guiding elements (115; 215; 315; 415) adapted to expand outwardly toward the interior wall of the target vessel; and at least two injection needles (119; 219; 319; 419) having an injection lumen in fluid communication with the fluid injection lumen of the catheter body, the at least two injection needles adapted to be advanced outwardly, guided by the at least two needle guiding elements to penetrate the interior wall of the target vessel, the at least two injection needles having a distal opening for fluid delivery into the tissue outside of the interior wall of the target vessel; an outward curving central buttress support (121; 321) that is part of the distal section of a tubular shaft of the catheter body that provides backup or support of the expanded at least two needle guiding elements in the radial direction as the at least two injection needles are advanced through the at least two needle guiding elements and into the wall of the target vessel. a catheter body having a central axis extending in a longitudinal direction and also having a fluid injection lumen ; at least two needle guiding elements (115; 215; 315; 415) adapted to expand outwardly toward the interior wall of the target vessel; and at least two injection needles (119; 219; 319; 419) having an injection lumen in fluid communication with the fluid injection lumen of the catheter body, the at least two injection needles adapted to be advanced outwardly, guided by the at least two needle guiding elements to penetrate the interior wall of the target vessel, the at least two injection needles having a distal opening for fluid delivery into the tissue outside of the interior wall of the target vessel; an outward curving central buttress support (121; 321) that is part of the distal section of a tubular shaft of the catheter body that provides backup or support of the expanded at least two needle guiding elements in the radial direction as the at least two injection needles are advanced through the at least two needle guiding elements and into the wall of the target vessel.