mhurhangee/ep-ind-claims huggingface dataset:
An articulated tracked vehicle comprising a first vehicle unit and a second vehicle unit controllably connected by means of a control member, wherein the first vehicle unit comprises a combustion engine, wherein the combustion engine is arranged to drive a generator for electric generation, wherein the generator is arranged to transfer power via power electronic means to at least one electric motor (401; 403) of at least one electric propulsion unit (400a-b), wherein transmission of power between said vehicle units (1, 2) is arranged to be effected only electrically, characterized in that the vehicle has an electric motor (401, 403) per vehicle unit, wherein the vehicle has an electric motor per pair of first and second, and third and fourth drive shaft (6a-b, 6c-d) respectively, wherein the respective electric motor (401, 403) is arranged to drive a shaft running in the longitudinal direction of the vehicle.
A method for configuring a network interface (300, 302, 304), comprising: receiving a signal from an operating system indicating that the network interface can be idled, wherein the signal is sent from the operating system as soon as the operating system determines that a final route structure that depended on the network interface has expired and been deleted; determining (702, 704) if an application (202, 204, 206) has established a route that uses the network interface after the signal was sent from the operating system, causing the network interface to be idled in response to determining that the route was not established by the application; and leaving the network interface in a current operating state in response to determining that the route was established by the application. receiving a signal from an operating system indicating that the network interface can be idled, wherein the signal is sent from the operating system as soon as the operating system determines that a final route structure that depended on the network interface has expired and been deleted; determining (702, 704) if an application (202, 204, 206) has established a route that uses the network interface after the signal was sent from the operating system, causing the network interface to be idled in response to determining that the route was not established by the application; and leaving the network interface in a current operating state in response to determining that the route was established by the application.
A humidity control apparatus comprising: first and second adsorption units (51, 52, 111, 112), each of which includes an adsorbent to be brought into contact with air, wherein a first operation of humidifying second air by recovering the adsorbent of the first adsorption unit (51, 111), and simultaneously dehumidifying first air by the second adsorption unit (52, 112), and a second operation of recovering the adsorbent by the second adsorption unit (52, 112) to humidify the second air, and simultaneously dehumidifying the first air by the first adsorption unit (51, 111) are arranged to be alternately performed at predetermined switching intervals, dehumidification operation of supplying the dehumidified first air to the inside of a room, and humidification operation of supplying the humidified second air to the inside of the room are arranged to be selectively performed, wherein the humidity control apparatus further comprises a controller which switches between the first and second operations in the dehumidification operation at first switching intervals, and switches between the first and second operations of the humidification operation at second switching intervals, characterized in that the controller sets the first switching intervals in the dehumidification operation to be shorter than the second switching intervals in the humidification operation, wherein in the dehumidification operation and the humidification operation, the first and second operations are controlled to be alternately repeatedly performed. first and second adsorption units (51, 52, 111, 112), each of which includes an adsorbent to be brought into contact with air, wherein a first operation of humidifying second air by recovering the adsorbent of the first adsorption unit (51, 111), and simultaneously dehumidifying first air by the second adsorption unit (52, 112), and a second operation of recovering the adsorbent by the second adsorption unit (52, 112) to humidify the second air, and simultaneously dehumidifying the first air by the first adsorption unit (51, 111) are arranged to be alternately performed at predetermined switching intervals, dehumidification operation of supplying the dehumidified first air to the inside of a room, and humidification operation of supplying the humidified second air to the inside of the room are arranged to be selectively performed, wherein the humidity control apparatus further comprises a controller which switches between the first and second operations in the dehumidification operation at first switching intervals, and switches between the first and second operations of the humidification operation at second switching intervals, characterized in that the controller sets the first switching intervals in the dehumidification operation to be shorter than the second switching intervals in the humidification operation, wherein in the dehumidification operation and the humidification operation, the first and second operations are controlled to be alternately repeatedly performed.
A flow cell, comprising: a substrate; a cationic polymeric hydrogel on the substrate, the cationic polymeric hydrogel including a cationic moiety i) integrated into a monomeric unit of an initial polymeric hydrogel or ii) attached to the monomeric unit of the initial polymeric hydrogel through a linker; and an amplification primer attached to the cationic polymeric hydrogel. a substrate; a cationic polymeric hydrogel on the substrate, the cationic polymeric hydrogel including a cationic moiety i) integrated into a monomeric unit of an initial polymeric hydrogel or ii) attached to the monomeric unit of the initial polymeric hydrogel through a linker; and an amplification primer attached to the cationic polymeric hydrogel.
A nacelle system, comprising: a nacelle component (112; 114; 116; 120; 212); an attachment structure (232; 332); and a bracket (250; 350; 450; 550) configured to secure the nacelle component (112; 114; 116; 120; 212) to the attachment structure (232; 332), the bracket (250; 350; 450; 550) comprising a first arm (254; 352; 452; 552) having a first bead structure (360; 460; 560) and a first flex portion disposed between a proximal end (354; 454; 554) and a distal end (356; 456; 556) of the bracket (250; 350; 450; 550), characterised in that the bracket (250; 350; 450; 550) includes a second arm (254; 376; 476; 576), the second arm (254; 376; 476; 576) and the first arm (254; 352; 452; 552) connected proximate the proximal end (354; 454; 554) of the bracket (250; 350; 450; 550), wherein the second arm (254; 376; 476; 576) includes a second bead structure (378; 478; 578) and a second flex portion disposed between the proximal end (354; 454; 554) and the distal end (356; 456; 556) of the bracket (250; 350; 450; 550). a nacelle component (112; 114; 116; 120; 212); an attachment structure (232; 332); and a bracket (250; 350; 450; 550) configured to secure the nacelle component (112; 114; 116; 120; 212) to the attachment structure (232; 332), the bracket (250; 350; 450; 550) comprising a first arm (254; 352; 452; 552) having a first bead structure (360; 460; 560) and a first flex portion disposed between a proximal end (354; 454; 554) and a distal end (356; 456; 556) of the bracket (250; 350; 450; 550), characterised in that the bracket (250; 350; 450; 550) includes a second arm (254; 376; 476; 576), the second arm (254; 376; 476; 576) and the first arm (254; 352; 452; 552) connected proximate the proximal end (354; 454; 554) of the bracket (250; 350; 450; 550), wherein the second arm (254; 376; 476; 576) includes a second bead structure (378; 478; 578) and a second flex portion disposed between the proximal end (354; 454; 554) and the distal end (356; 456; 556) of the bracket (250; 350; 450; 550).
A disc brake caliper (1, 1a, 1b), comprising; an outer body (3, 3a), provided to be opposed to an outer side surface of a rotor configured to be rotated with a vehicle wheel, and including an outer cylinder which is opened towards the outer side surface; an inner body (2, 2a), provided to be opposed to an inner side surface of the rotor, and including an inner cylinder which is opened towards the inner side surface; and joining parts (4a, 4b), provided outside of the rotor in a radial direction of the rotor, and connecting the inner body (2, 2a) and the outer body (3, 3a) with each other at both end portions in a circumferential direction of the rotor so as to form an opening part (7a, 7c) which is penetrated in the radial direction between the joints parts (4a, 4b), wherein an inward end edge (15, 15a) of both end edges in the circumferential direction of at least one of the joining parts (4a, 4b), which defines an end part of the opening part (7a, 7b) in the circumferential direction, is inclined relative to an axial direction of the rotor towards a central part in the circumferential direction of the outer body (3, 3a) from the inner body side to the outer body side, so that a length of the opening part (7a, 7b) in the circumferential direction is shortened from the inner body side to the outer body side, characterised in that the inward end edge which defines the end part of the opening part in the circumferential direction is inclined 10 to 30 degrees.
Chair, in particular office chair, with a chair stand, a seat fixed to the latter, and a backrest fastened to the seat, wherein the seat and the backrest have respectively a seat cushion and a back cushion, which are joined to a shell forming both the seat and the backrest, wherein the shell is cut out from a flat panel in substantially an H-shape and then remodelled or folded into the final shape, wherein arm sections and leg sections are cut out from the panel in an H-shape and folded towards the seat cushion and the back cushion to form the shell, and serve as cushion supports, characterised in that the cushion supports serve as supports for control elements.
A heating product comprising: a base layer; a heating layer formed on the base layer, the heating layer comprising: a plurality of electrically conductive wires arranged electrically in parallel to each other; and thermally conductive cording yarns that attach each wire to the base layer by cording embroidery, the cording yarns extending along and cording around the respective wire such that the wire is corded embroidered to the base layer; and at least one thermally conductive layer formed on the base layer, wherein the wires are connectable to a power source for conducting an electrical current through the wires, thereby generating heat in the wires; and wherein the cording yarns facilitate heat transfer from the heating layer to the base layer, and the at least one thermally conductive layer is arranged for substantially uniform heat transfer from the heating layer. a base layer; a heating layer formed on the base layer, the heating layer comprising: a plurality of electrically conductive wires arranged electrically in parallel to each other; and thermally conductive cording yarns that attach each wire to the base layer by cording embroidery, the cording yarns extending along and cording around the respective wire such that the wire is corded embroidered to the base layer; and at least one thermally conductive layer formed on the base layer, a plurality of electrically conductive wires arranged electrically in parallel to each other; and thermally conductive cording yarns that attach each wire to the base layer by cording embroidery, the cording yarns extending along and cording around the respective wire such that the wire is corded embroidered to the base layer; and at least one thermally conductive layer formed on the base layer, wherein the wires are connectable to a power source for conducting an electrical current through the wires, thereby generating heat in the wires; and wherein the cording yarns facilitate heat transfer from the heating layer to the base layer, and the at least one thermally conductive layer is arranged for substantially uniform heat transfer from the heating layer.
A method comprising: receiving packets at an access point for transmission on downlink to at least one station; identifying packets for a bi-directional traffic stream based on at least one classification parameter for the bi-directional traffic stream, wherein the identifying packets comprises, for each packet received at the access point: comparing a source address of the packet against a source address in a traffic classification, TCLAS, for the bi-directional traffic stream, comparing a destination address of the packet against a destination address in the TCLAS, and determining whether the packet belongs to the bi-directional traffic stream based on results of the comparisons; and sending packets for the bi-directional traffic stream in accordance with at least one quality of service, QoS, parameter for the bi-directional traffic stream. receiving packets at an access point for transmission on downlink to at least one station; identifying packets for a bi-directional traffic stream based on at least one classification parameter for the bi-directional traffic stream, wherein the identifying packets comprises, for each packet received at the access point: comparing a source address of the packet against a source address in a traffic classification, TCLAS, for the bi-directional traffic stream, comparing a destination address of the packet against a destination address in the TCLAS, and determining whether the packet belongs to the bi-directional traffic stream based on results of the comparisons; and comparing a source address of the packet against a source address in a traffic classification, TCLAS, for the bi-directional traffic stream, comparing a destination address of the packet against a destination address in the TCLAS, and determining whether the packet belongs to the bi-directional traffic stream based on results of the comparisons; and sending packets for the bi-directional traffic stream in accordance with at least one quality of service, QoS, parameter for the bi-directional traffic stream.
A valve trim apparatus for use with a fluid valve, comprising: a primary valve seat; a first flow control member having a cavity and a first seating surface, the first flow control member movable relative to the primary valve seat; a second flow control member disposed within the cavity, the second flow control member being slidably coupled relative to the first flow control member; and a secondary valve seat coupled to the first flow control member, the second flow control member to move relative to the secondary valve seat to throttle a fluid flow across the secondary valve seat, and an actuator operatively coupled to the second flow control member, characterized in that the second flow control member is configured to move away from the secondary valve seat upon the first flow control member being in an open position relative to the primary valve seat, wherein the first flow control member moves together with the second flow control member along at least a first portion of a stroke length of the actuator, and wherein the second flow control member moves independently relative to the first flow control member along at least a second portion of the stroke length of the actuator. a primary valve seat; a first flow control member having a cavity and a first seating surface, the first flow control member movable relative to the primary valve seat; a second flow control member disposed within the cavity, the second flow control member being slidably coupled relative to the first flow control member; and a secondary valve seat coupled to the first flow control member, the second flow control member to move relative to the secondary valve seat to throttle a fluid flow across the secondary valve seat, and an actuator operatively coupled to the second flow control member, characterized in that the second flow control member is configured to move away from the secondary valve seat upon the first flow control member being in an open position relative to the primary valve seat, wherein the first flow control member moves together with the second flow control member along at least a first portion of a stroke length of the actuator, and wherein the second flow control member moves independently relative to the first flow control member along at least a second portion of the stroke length of the actuator.
A footwear device for treating a lower limb joint pathology, the device securable to a subject's foot, whereby the device comprises a foot securing means, a support member attached to the securing means, an anterior protuberance and a posterior protuberance positioned on the support member and a longitudinal straight centreline connecting middles of short sides of a rectangle which delimits an outermost contour of the footwear, whereby the device, when secured to the subject's foot, is operable to provide a reduced inversion or a reduced eversion to the subject's foot during the stance phases such to treat the lower limb joint pathology, wherein the anterior protuberance and the posterior protuberance have: (a) a diameter of 50 to 150 mm; (b) a shore hardness of 30 to 90 Sh A; and (c) are ground engaging; and wherein at least one protuberance comprises (i) a peak surface (219; 221) positioned at the center of a ground engaging area of the protuberance; and (ii) a bore disposed off-center in relation to the peak surface and sized and fitted to accommodate a fastener configured to fix the protuberance to the support member in a desired position; and wherein bases of the anterior protuberance and the posterior protuberance are positioned on the longitudinal straight centerline and peaks of the anterior protuberance and the posterior protuberance are positioned on opposite sides of the longitudinal straight centerline, wherein the device supports a foot of a subject only by two protuberances when the two protuberances are placed on a ground surface. (i) a peak surface (219; 221) positioned at the center of a ground engaging area of the protuberance; and (ii) a bore disposed off-center in relation to the peak surface and sized and fitted to accommodate a fastener configured to fix the protuberance to the support member in a desired position; and
An in vitro method of detecting an analyte including the steps of: i) providing a sample which contains the analyte and elongate magnetic nanoparticles, in which the magnetic nanoparticles include a magnetic body portion which acts as a signalling vector and at least one receptor moiety attached to the body portion for binding to the analyte; ii) applying a magnetic field across at least a portion of the sample to orient the magnetic nanoparticles with respect to the applied magnetic field and rotating the direction of the applied magnetic field about the sample at a desired rotational frequency; iii) introducing electromagnetic radiation into the sample; iv) detecting a phase lag between the magnetic nanoparticles and the rotational frequency of the applied magnetic field by detecting a physical property which varies in dependence on the orientation of the magnetic nanoparticles with respect to the applied magnetic field, wherein the physical property is associated with the interaction of the electromagnetic radiation with the magnetic body portion which thereby acts as a signalling vector; and v) correlating the detected phase lag with the presence of the analyte. i) providing a sample which contains the analyte and elongate magnetic nanoparticles, in which the magnetic nanoparticles include a magnetic body portion which acts as a signalling vector and at least one receptor moiety attached to the body portion for binding to the analyte; ii) applying a magnetic field across at least a portion of the sample to orient the magnetic nanoparticles with respect to the applied magnetic field and rotating the direction of the applied magnetic field about the sample at a desired rotational frequency; iii) introducing electromagnetic radiation into the sample; iv) detecting a phase lag between the magnetic nanoparticles and the rotational frequency of the applied magnetic field by detecting a physical property which varies in dependence on the orientation of the magnetic nanoparticles with respect to the applied magnetic field, wherein the physical property is associated with the interaction of the electromagnetic radiation with the magnetic body portion which thereby acts as a signalling vector; and v) correlating the detected phase lag with the presence of the analyte.
Multistage pump, comprising a body, at a lower end of which a base element is arranged, and at an upper end of which a head element is arranged, at least the base element being made from sheet steel and having an inlet port and an outlet port, which are mechanically connected to each other by an elongate carrier running through the base element, characterized in that the elongate carrier is a pipe.
A method of a wireless network, comprising, determining a signaled multislot class of a mobile station operating in a network utilizing TDMA; determining whether the mobile station indicates support of one of a plurality of alternative multislot classes in addition to the signaled multislot class; applying a Tx multislot capability parameters of the signaled class as the Tx multislot capability parameters of the mobile station regardless of whether the mobile station supports one of the plurality of alternative classes, wherein Tx is the maximum number of transmit timeslots the mobile station can use in a TDMA frame, and sending to the mobile station an assignment of a multislot configuration comprising a plurality of downlink timeslots.
Fuel injector, in particular common-rail injector, comprising an injector housing in which a high-pressure chamber is formed, which high-pressure chamber can be supplied with pressurized fuel via a supply bore which is arranged in the injector housing, comprising at least one injection opening, which is at least indirectly connected to the high-pressure chamber and is formed in the injector housing, for injecting fuel into the combustion chamber of an internal combustion engine, comprising an injection element which releases or closes the at least one injection opening, and comprising a measuring device for at least indirectly detecting the pressure in the high-pressure chamber or the supply bore, wherein the measuring device is designed to detect an elastic deformation of a deformation region which is arranged at least indirectly in operative connection with the supply bore or the high-pressure chamber, wherein the measuring device has a sensor element which comprises, in particular, a piezo element and which is arranged in operative connection with the surface of the deformation region, and wherein a prestressing force is applied in the direction of the deformation region to the sensor element by means of a device which at least partially covers the sensor element, wherein the sensor element, by way of its side which faces the deformation region, rests directly on the deformation region, and that the device for generating the prestressing force comprises two housing elements (41; 41a; 41b; 41c, 43; 43a; 43b; 43c) which can move relative to one another and which are fixed in a joined position in relation to one another at least in the direction of the prestressing force, characterized in that one of the housing elements (41; 41a; 41b; 41c) is of sleeve-like design, and in that the sensor element is arranged within the sleeve-like housing element (41; 41a; 41b; 41c) with a radial guide clearance, wherein a second housing element (43; 43b) is arranged radially within the sleeve-like housing element (41; 41b), or a second housing element (43a; 43c) is of hood-like design and comprises the sleeve-like housing element (41a; 41c) on an outer surface.