mhurhangee/ep-ind-claims huggingface dataset:
A bump stopper for a rear suspension having a constricted part (2A, 2B; 2A, 2B, 2C) in a circumferential surface and elastically deforming at a time of coming into collision with a partner member by an annular distal end portion in an axial direction so as to achieve a buffering action, in which said bump stopper distal end portion comes into collision with the partner member in a state that a bump stopper central axis is inclined to a collision surface of the partner member, wherein said bump stopper distal end portion has such a shape that an outside diameter thereof is made larger toward the distal side and an inner diameter enlarges, and a diameter (d 1) at a collision start point positioned at the most distal end of an inner diameter surface is set to be equal to or larger than an outside diameter (d 2) of the constricted part positioned just above the same, characterized in that the bump stopper distal end portion has an outside diameter surface, an inner diameter surface and a distal end surface intersecting them, the outside diameter surface and the inner diameter surface are formed in taper shapes enlarging diameters toward their distal ends respectively, the distal end surface is formed in a taper shape reducing diameter toward its distal end, and the diameter (d 1) at the collision start point is set at an intersecting point of the inner diameter surface and the distal end surface.
Apparatus for providing pressurised gas to at least one target location, comprising: at least one pressurised gas storage container (112, 113, 812); at least one region of adsorptive material in the pressurised gas storage container (112,113,812) that increases an effective storage volume of the at least one pressurised gas storage container (112, 113, 812); at least one target location which comprises at least one pneumatic device (120, 124, 815) comprising one or more of an element of an air brake system, an element of an air suspension system, an element of a cab suspension system, an element of a seat location system, an element of an automatic door closing system, or an element of a tyre inflation system; and a pressurised gas source in selective fluid communication with the at least one pressurised gas storage container (112, 113, 812) to provide pressurised gas to the at least one region of adsorptive material; wherein the at least one pressurised gas storage container (112, 113, 812) is in selective fluid communication with the at least one target location; and wherein pressurised gas is stored in the at least one pressurised gas storage container (112, 113, 812) at a positive pressure. at least one pressurised gas storage container (112, 113, 812); at least one region of adsorptive material in the pressurised gas storage container (112,113,812) that increases an effective storage volume of the at least one pressurised gas storage container (112, 113, 812); at least one target location which comprises at least one pneumatic device (120, 124, 815) comprising one or more of an element of an air brake system, an element of an air suspension system, an element of a cab suspension system, an element of a seat location system, an element of an automatic door closing system, or an element of a tyre inflation system; and a pressurised gas source in selective fluid communication with the at least one pressurised gas storage container (112, 113, 812) to provide pressurised gas to the at least one region of adsorptive material; wherein the at least one pressurised gas storage container (112, 113, 812) is in selective fluid communication with the at least one target location; and wherein pressurised gas is stored in the at least one pressurised gas storage container (112, 113, 812) at a positive pressure.
Machine for the additive manufacture of a three-dimensional object by sintering or melting powder using a beam of energy acting on a layer of powder in a working zone, the said working zone being defined in the upper part - of a build sleeve fixedly mounted in a chassis, in which sleeve the said object is manufactured, the said object being supported by - a build plate which slides inside the said build sleeve when driven in vertical translation by - the head of an actuating cylinder placed along the central axis of the said sleeve, the said machine being characterized in that the said build plate is positioned inside a transport container which is arranged removably between the said sleeve and the said actuating cylinder, - in that the machine comprises means for moving the transport container vertically into contact with the build sleeve and - in that the container is open at its top and at its bottom so that, when the actuating cylinder is actuated, the head thereof can transfer the said plate between the said transport container and the said build sleeve which forms a build envelope around the said plate. - of a build sleeve fixedly mounted in a chassis, in which sleeve the said object is manufactured, the said object being supported by - a build plate which slides inside the said build sleeve when driven in vertical translation by - the head of an actuating cylinder placed along the central axis of the said sleeve, - in that the machine comprises means for moving the transport container vertically into contact with the build sleeve and - in that the container is open at its top and at its bottom so that, when the actuating cylinder is actuated, the head thereof can transfer the said plate between the said transport container and the said build sleeve which forms a build envelope around the said plate.
A circuit for detecting an alternating current, AC, leakage current and a direct current, DC, leakage current, comprising: an low dropout regulator, LDO, module, configured to convert an external input power supply voltage into a voltage for detecting a leakage current; a frequency division module, configured to divide a frequency of a high-frequency clock signal; a logic control module, configured to drive a Metal-Oxide-Semiconductor, MOS, transistor and control switching of different operation modes; a MOS transistor driving module, configured to drive an external leakage current detection coil; a leakage current detection coil, configured to induce an AC leakage signal, a DC leakage signal, and a leakage current self-inspection signal; a sampling resistor, configured to convert a current signal flowing through the leakage current detection coil into a voltage signal; a programmable gain amplifier, PGA, module, configured to amplify a sampled signal; a gain control module, configured to control a magnification of the PGA module; an analog-to-digital conversion, ADC, module, configured to convert conversion of an amplified sampled signal from digital to analog; a digital signal process, DSP, module, configured to process the AC leakage signal, the DC leakage signal, and the leakage current self-inspection signal; and a current limiting module, configured to limit a current flowing through the leakage current detection coil. an low dropout regulator, LDO, module, configured to convert an external input power supply voltage into a voltage for detecting a leakage current; a frequency division module, configured to divide a frequency of a high-frequency clock signal; a logic control module, configured to drive a Metal-Oxide-Semiconductor, MOS, transistor and control switching of different operation modes; a MOS transistor driving module, configured to drive an external leakage current detection coil; a leakage current detection coil, configured to induce an AC leakage signal, a DC leakage signal, and a leakage current self-inspection signal; a sampling resistor, configured to convert a current signal flowing through the leakage current detection coil into a voltage signal; a programmable gain amplifier, PGA, module, configured to amplify a sampled signal; a gain control module, configured to control a magnification of the PGA module; an analog-to-digital conversion, ADC, module, configured to convert conversion of an amplified sampled signal from digital to analog; a digital signal process, DSP, module, configured to process the AC leakage signal, the DC leakage signal, and the leakage current self-inspection signal; and a current limiting module, configured to limit a current flowing through the leakage current detection coil.
A method of producing a patterned substrate, the method comprising the steps of: providing, on a substrate, a coating film of a resin composition including an alkali-soluble resin selected from the group consisting of polyimides (a-1), polyamideimides (a-2), polyimide precursors (a-3), polyamideimide precursors (a-4), polybenzoxazoles (a-5), polybenzoxazole precursors (a-6), copolymers of at least two of (a-1) to (a-6), and copolymers of at least one of (a-1) to (a-6) and another structural unit, a photoacid generator, and at least one compound selected from the group consisting of epoxy compounds and oxetane compounds; forming a pattern of the coating film; patterning the substrate through etching using the pattern of the coating film as a mask; and removing the coating film of the resin composition. providing, on a substrate, a coating film of a resin composition including an alkali-soluble resin selected from the group consisting of polyimides (a-1), polyamideimides (a-2), polyimide precursors (a-3), polyamideimide precursors (a-4), polybenzoxazoles (a-5), polybenzoxazole precursors (a-6), copolymers of at least two of (a-1) to (a-6), and copolymers of at least one of (a-1) to (a-6) and another structural unit, a photoacid generator, and at least one compound selected from the group consisting of epoxy compounds and oxetane compounds; an alkali-soluble resin selected from the group consisting of polyimides (a-1), polyamideimides (a-2), polyimide precursors (a-3), polyamideimide precursors (a-4), polybenzoxazoles (a-5), polybenzoxazole precursors (a-6), copolymers of at least two of (a-1) to (a-6), and copolymers of at least one of (a-1) to (a-6) and another structural unit, a photoacid generator, and at least one compound selected from the group consisting of epoxy compounds and oxetane compounds; forming a pattern of the coating film; patterning the substrate through etching using the pattern of the coating film as a mask; and removing the coating film of the resin composition.
Multi-stage valve comprising: - a housing having an axial bore which connects to at least first, second and third medium ports (A, B, C); - a valve element which is axially moveable in the bore between first and second end positions; - a first seat for the valve element to sealingly engage against in the first end position while disconnecting the first and second medium port (A, B) from each other; - a second seat for the valve element to sealingly engage against in the second end position while disconnecting the second and third medium port (B, C) from each other; and - first operating means operable for moving the valve element in the axial direction towards its first end position, in which the second seat is axially movable in the bore, characterized in that, the second seat is axially slidable inside the bore between a starting position and a forward switching position, wherein the first operating means are designed to act on the second seat for sliding it in the axial direction from its starting position towards its forward switching position when operated while the second seat pushes the valve element towards its first end position while the valve element maintains to sealingly engage the second seat during this movement, and wherein the second seat has the freedom to automatically return from its forward switching position to its starting position when the first operation means are no longer operated, and wherein the second seat is biased outwardly to its starting position. - a housing having an axial bore which connects to at least first, second and third medium ports (A, B, C); - a valve element which is axially moveable in the bore between first and second end positions; - a first seat for the valve element to sealingly engage against in the first end position while disconnecting the first and second medium port (A, B) from each other; - a second seat for the valve element to sealingly engage against in the second end position while disconnecting the second and third medium port (B, C) from each other; and - first operating means operable for moving the valve element in the axial direction towards its first end position,
A tibial-femoral trial implant comprising a femoral trial insert, comprising a medial condyle and a lateral condyle, and a tibial trial insert, comprising a medial plate and a lateral plate, characterized in that it comprises a graduated reference system adapted to indicate the relative angular deviation between the femoral trial insert and the tibial trial insert about a vertical axis, passing through the center of a sphere defining the medial condyle of the femoral trial insert, following a roto-translational movement of the femoral trial insert from a first position, identifying a knee extension position, to a second position, identifying a knee flexion position.
Aeraulic coupling for coupling an aeraulic sheath to an aeraulic box, for example a controlled mechanical ventilation box, comprising: - a modulation member configured to modulate the airflow rate of an air stream circulating through said aeraulic coupling, - a control housing connected electrically to the modulation member and configured to control said modulation member, - an electrical connector connected electrically to the control housing and configured to be connected to an electrical power supply connector of an aeraulic box, - a system for fixing said aeraulic coupling to an aeraulic box, the aeraulic coupling being characterized in that the fixing system is configured to allow said aeraulic coupling to be fixed to the aeraulic box simultaneously with the electrical connection of the electrical connector with an electrical power supply connector. - a modulation member configured to modulate the airflow rate of an air stream circulating through said aeraulic coupling, - a control housing connected electrically to the modulation member and configured to control said modulation member, - an electrical connector connected electrically to the control housing and configured to be connected to an electrical power supply connector of an aeraulic box, - a system for fixing said aeraulic coupling to an aeraulic box, the aeraulic coupling being characterized in that the fixing system is configured to allow said aeraulic coupling to be fixed to the aeraulic box simultaneously with the electrical connection of the electrical connector with an electrical power supply connector.
A method of providing time for tuning to another radio-frequency channel between time frequency frames, comprising the steps of: dividing a plurality of time frequency frames into a plurality of slots, each of the plurality of time frequency frames having at least one radio-frequency channel; and characterised by arranging the plurality of slots so that a service carried in a particular slot within a first tuning time at a first radio-frequency before the end of a time frequency frame k is not transmitted in another slot within a second tuning time after the beginning of a next time frequency frame k+1. dividing a plurality of time frequency frames into a plurality of slots, each of the plurality of time frequency frames having at least one radio-frequency channel; and characterised by arranging the plurality of slots so that a service carried in a particular slot within a first tuning time at a first radio-frequency before the end of a time frequency frame k is not transmitted in another slot within a second tuning time after the beginning of a next time frequency frame k+1.
A blocked polyisocyanate composition comprising a blocked polyisocyanate formed through blocking at least a part of isocyanate groups possessed by a polyisocyanate derived from one or two or more diisocyanates selected from the group consisting of an aliphatic diisocyanate and an alicyclic diisocyanate with an active methylene-based compound comprising a malonic acid diester, wherein a specific molar ratio represented by formula is 0.05 or more and 0.60 or less: specific molar ratio = B + C + D / A + B + C + D wherein A represents a content (mol%) of isocyanurate groups represented by formula; B represents a content (mol%) of iminooxadiazinedione groups represented by formula; C represents a content (mol%) of uretdione groups represented by formula; and D represents a content (mol%) of allophanate groups represented by formula.
An apparatus for producing fibres and comprising a die head with several spinning orifices, means (100, 101,102, 103) for extruding at least one melted polymeric material through the spinning orifices of the die head in the form of filaments (f), and a drawing unit positioned below the die head, and adapted to create a gas flow that is oriented downstream for drawing and attenuating the filaments (f), and wherein the drawing unit is adapted to break the filaments (f) into discontinuous fibres.
A method for providing a Simple Network Management Protocol, SNMP, cache, comprising establishing, by a device (100/200) intermediary to a plurality of clients and one or more servers, a SNMP cache, the method characterised by: a) the SNMP cache storing managed objects in a predetermined lexicographic order, the device (100/200) responding to SNMP GETNEXT requests with managed objects stored in the SNMP cache; b) transmitting, by a cache manager of the SNMP cache responsive to receiving a SNMP GET request, one or more SNMP GETNEXT requests to one or more managed information bases to get one or more managed objects; c) storing, by the cache manager, the one or more managed objects in their predetermined lexicographic order in the SNMP cache; d) receiving, by the cache manager, a SNMP GETNEXT request from a client of the plurality of clients to the one or more servers; and e) responsive to receiving the SNMP GETNEXT request, determining, by the cache manager, that a managed object corresponding to a next object in lexicographical order is stored in the SNMP cache and serving, by the cache manager to the client, the managed object corresponding to the next object in lexicographical order in the SNMP cache as a response to the SNMP GETNEXT request. a) the SNMP cache storing managed objects in a predetermined lexicographic order, the device (100/200) responding to SNMP GETNEXT requests with managed objects stored in the SNMP cache; b) transmitting, by a cache manager of the SNMP cache responsive to receiving a SNMP GET request, one or more SNMP GETNEXT requests to one or more managed information bases to get one or more managed objects; c) storing, by the cache manager, the one or more managed objects in their predetermined lexicographic order in the SNMP cache; d) receiving, by the cache manager, a SNMP GETNEXT request from a client of the plurality of clients to the one or more servers; and e) responsive to receiving the SNMP GETNEXT request, determining, by the cache manager, that a managed object corresponding to a next object in lexicographical order is stored in the SNMP cache and serving, by the cache manager to the client, the managed object corresponding to the next object in lexicographical order in the SNMP cache as a response to the SNMP GETNEXT request.
Vertical shading with a shading element and a fabric shaft rotationally mounted in a housing, from which fabric shaft the shading element can be unwound, wherein the front end of the shading element is fastened to an extension profile which can be extended downwards, wherein the extension profile has at least one additional weight, wherein the extension profile is designed in several parts and is able to be opened, wherein the interior of the extension profile is accessible by opening the extension profile designed in several parts, characterised in that at least one additional weight is inlaid in a form-fitting manner in the extension profile.
An isolated nucleic acid molecule having: (a) at least 90% sequence identity to a nucleic acid sequence selected from the group consisting of: SEQ ID NO: 1, 3, 5, 7, 9, and 15; or (b) at least 95% sequence identity to a nucleic acid sequence selected from the group consisting of: SEQ ID NO: 11 and 13. (a) at least 90% sequence identity to a nucleic acid sequence selected from the group consisting of: SEQ ID NO: 1, 3, 5, 7, 9, and 15; or (b) at least 95% sequence identity to a nucleic acid sequence selected from the group consisting of: SEQ ID NO: 11 and 13.
A metal spool for use with a magnetic spool holder, said metal spool comprising a core and two flanges welded at either end of said core, at least said flanges being made of a ferromagnetic metal sheet, said flanges have a bore hole for receiving a spindle and an annular attraction zone centred at the bore hole for contacting said magnetic spool holder, said attraction zone optionally being provided with one or more drive holes, wherein a magnetic attraction reduction means is provided in said attraction zone to reduce the magnetic attraction of the magnetic spool holder characterised in that said magnetic reduction means is one, two or more depressions (330, 330', 330", 330′′′) in said attraction zone.
Door latch, in particular a motor vehicle door latch, with a drive unit (4, 5, 6) for a door latch element;whereby • the drive unit (4, 5, 6) has at least one drive motor and a flexible drive means of a specified length which can be acted on by this; • the drive motor deflects the constant length drive means from its resting position into a functional position in order to transfer the connected door latch element into a desired functional position; • the drive motor works indirectly on the drive means by means of an intermediate element; • the intermediate element is formed as a tappet; • the drive motor acts on the drive means in the area of a deflection. • the drive unit (4, 5, 6) has at least one drive motor and a flexible drive means of a specified length which can be acted on by this; • the drive motor deflects the constant length drive means from its resting position into a functional position in order to transfer the connected door latch element into a desired functional position; • the drive motor works indirectly on the drive means by means of an intermediate element; • the intermediate element is formed as a tappet; • the drive motor acts on the drive means in the area of a deflection.
A positive electrode active material for a lithium secondary battery, the positive electrode active material comprising a lithium composite transition metal oxide including nickel (Ni), cobalt (Co), and manganese (Mn), wherein a portion of nickel (Ni) sites of the lithium composite transition metal oxide is substituted with tungsten, and wherein the lithium composite transition metal oxide contains tungsten in an amount of 2,000 ppm to 3,000 ppm in a crystal structure, and an amount of a lithium tungsten oxide remaining on surfaces of lithium composite transition metal oxide particles is 1,000 ppm or less. wherein a portion of nickel (Ni) sites of the lithium composite transition metal oxide is substituted with tungsten, and wherein the lithium composite transition metal oxide contains tungsten in an amount of 2,000 ppm to 3,000 ppm in a crystal structure, and an amount of a lithium tungsten oxide remaining on surfaces of lithium composite transition metal oxide particles is 1,000 ppm or less.