mhurhangee/ep-ind-claims huggingface dataset:
A system for remotely opening an access hatch (114, 202) of a storage tank, comprising: an elongate arm having a proximal end configured to be operatively coupled to a lid of the access hatch (114, 202) and a distal end extendable past an outer perimeter of the storage tank; a pull cable attached to the arm at the distal end and being extendable toward a ground adjacent the storage tank, wherein, in use, wherein pulling on the pull cable releases a latch that secures the lid to a base of the access hatch (114, 202) and allows the lid to pivot from a closed position to an open position; characterised in that it comprises further: a support frame configured to be operatively coupled to the access hatch (114, 202); a pulley system mounted to the support frame; a weight cable having a first end configured to be operatively coupled to the latch and extending to the pulley system; and a counterweight coupled to a second end of the weight cable, wherein, in use, the counterweight causes the weight cable to constantly urge the latch to an unlatched position, and wherein, in use, once the latch becomes unlatched, gravitational pull of the counterweight acts on the weight cable to pivot the lid to the open position. an elongate arm having a proximal end configured to be operatively coupled to a lid of the access hatch (114, 202) and a distal end extendable past an outer perimeter of the storage tank; a pull cable attached to the arm at the distal end and being extendable toward a ground adjacent the storage tank, wherein, in use, wherein pulling on the pull cable releases a latch that secures the lid to a base of the access hatch (114, 202) and allows the lid to pivot from a closed position to an open position; characterised in that it comprises further: a support frame configured to be operatively coupled to the access hatch (114, 202); a pulley system mounted to the support frame; a weight cable having a first end configured to be operatively coupled to the latch and extending to the pulley system; and a counterweight coupled to a second end of the weight cable, wherein, in use, the counterweight causes the weight cable to constantly urge the latch to an unlatched position, and wherein, in use, once the latch becomes unlatched, gravitational pull of the counterweight acts on the weight cable to pivot the lid to the open position.
Planar high-temperature fuel cell with solid electrolyte, wherein the fuel cell consists of a cathode and anode as electrodes with the solid electrolyte layer disposed therebetween, characterised in that a porous metal structure on the cathode side is used as the support for the functional layers (K, E, A, 100), wherein said porous metal structure and the functional layers (K, E, A, 100) are of planar design and the solid electrolyte consists of two layers with different materials, and wherein the solid electrolyte consists of ScSz and/or Ysz, characterised in that a diffusion-limiting layer made of LaCrO 3 is applied to the porous metal support and that the cathode, electrolyte and anode are deposited thereon as functional layers.
Box-shaped housing, in particular for a mailbox, a mailbox system or a parcel box, comprising a housing wall, a housing opening provided in the housing wall and an element that closes the housing opening and is pivotally fastened to the housing wall, with either the closing element or the housing wall supporting a first hinge element that interacts with a second hinge element which is secured to the corresponding other component in order to pivotally mount the closing element on the housing wall, a journal of the second hinge element engaging in a bearing block of the first hinge element, the bearing block being secured to the housing wall or to the closing element by means of a snap-on connection, the bearing block comprising an opening or bead acting as a first snap-on connection element in which a snap lug acting as a second snap-on connection element of the closing element or of the housing wall engages in a locking manner, or the bearing block comprising a snap lug acting as a first snap-on connection element which engages in a locking manner in an opening or bead acting as a second snap-on connection element of the closing element or of the housing wall, and the bearing block being substantially U-shaped, with one limb forming an inwardly-oriented curl for receiving the journal and the other limb comprising the opening or bead or snap lug, characterized in that the closing element comprises, on a lateral edge, a tab having a rolled-up portion that is formed towards the inner face of the closing element for receiving the journal.
A fuel cell power supply system, comprising a fuel cell stack, a 24VDC/DC converter (24VDC/DC), and a fuel cell controller, a high voltage input end of the 24VDC/DC converter is connected to the fuel cell stack, characterized in that, a low voltage output end of the 24VDC/DC converter is connected to a low voltage busbar of the fuel cell; the low voltage busbar of the fuel cell stack is electrically connected to the fuel cell controller and a storage battery for the fuel cell stack, wherein storage battery is configured to supply power to the fuel cell controller if the 24VDC/DC converter suddenly fails.
A device able to install, in an installation configuration, a profile which supports an awning in a pergola-like structure, of the type comprising uprights which support a frame with longitudinal members, cross-members and profiles that are transverse to the longitudinal members and said profiles being slidably connected along said longitudinal members on adapted guides, said device comprising: - an L-shaped bracket able to be fixed with its portion, which is bottommost and substantially horizontal in the installation configuration of the profile, to a carriage, which is arranged in one of said guides, - a connecting element able to be connected between one of said profiles and said bracket, said connecting element being provided with a seat that accommodates an end portion, which is uppermost in said installation configuration, of said bracket, - fastening means that fasten said bracket to said connecting element. - an L-shaped bracket able to be fixed with its portion, which is bottommost and substantially horizontal in the installation configuration of the profile, to a carriage, which is arranged in one of said guides, - a connecting element able to be connected between one of said profiles and said bracket, said connecting element being provided with a seat that accommodates an end portion, which is uppermost in said installation configuration, of said bracket, - fastening means that fasten said bracket to said connecting element.
A method for reducing interferences in a satellite communication system, comprising the following steps: - receiving a satellite communication signal, the satellite communication signal having a frequency in a predetermined frequency band; - down-converting the satellite communication signal from the predetermined frequency band into a baseband, thereby generating a down-converted signal; - determining at least one interference parameter based on the down-converted signal; - determining filter parameters for an interference filter based on the at least one interference parameter; - filtering the down-converted signal via the interference filter in order to remove interferences from the down-converted signal, thereby generating a filtered signal; and - determining a reconstructed down-converted signal based on the filtered signal and based on the filter parameters. - receiving a satellite communication signal, the satellite communication signal having a frequency in a predetermined frequency band; - down-converting the satellite communication signal from the predetermined frequency band into a baseband, thereby generating a down-converted signal; - determining at least one interference parameter based on the down-converted signal; - determining filter parameters for an interference filter based on the at least one interference parameter; - filtering the down-converted signal via the interference filter in order to remove interferences from the down-converted signal, thereby generating a filtered signal; and - determining a reconstructed down-converted signal based on the filtered signal and based on the filter parameters.
A method of producing a model or tool comprising (a) building a stack assembly of substrates adhered with several intermediate layers of adhesive paste, (b) machining the assembly of substrates, (c) covering the outer surface of the assembly of substrates with a continuous layer of curable paste machine dispensed, and (d) after cure, machining to the final structure, according to a computer design, wherein the composition of the curable paste of step (c) is the same as the composition of at least one of the adhesive paste layers of step (a) and wherein the curable paste comprises: an epoxy resin; a thixotropic agent in an amount sufficient to induce thixotropic properties; and a hardener system comprising (a) at least one polyethyleneimine, (b) at least one other amine having at least two amino hydrogen groups and (c) at least one other epoxy curative having latent reactivity, the combined amounts of (a),(b) and (c) being sufficient to effect cure of the epoxy resin. (a) building a stack assembly of substrates adhered with several intermediate layers of adhesive paste, (b) machining the assembly of substrates, (c) covering the outer surface of the assembly of substrates with a continuous layer of curable paste machine dispensed, and (d) after cure, machining to the final structure, according to a computer design, wherein the composition of the curable paste of step (c) is the same as the composition of at least one of the adhesive paste layers of step (a) and wherein the curable paste comprises: an epoxy resin; a thixotropic agent in an amount sufficient to induce thixotropic properties; and a hardener system comprising (a) at least one polyethyleneimine, (b) at least one other amine having at least two amino hydrogen groups and (c) at least one other epoxy curative having latent reactivity, the combined amounts of (a),(b) and (c) being sufficient to effect cure of the epoxy resin. an epoxy resin; a thixotropic agent in an amount sufficient to induce thixotropic properties; and a hardener system comprising (a) at least one polyethyleneimine, (b) at least one other amine having at least two amino hydrogen groups and (c) at least one other epoxy curative having latent reactivity, the combined amounts of (a),(b) and (c) being sufficient to effect cure of the epoxy resin.
A radome comprising a multilayer structure in which a plurality of skin layers are layered on a surface of a core member, the skin layer comprising a first fiber reinforced plastic layer containing a cyanate ester resin and a fiber material and a second fiber reinforced plastic layer containing an epoxy resin and a fiber material, and the second fiber reinforced plastic layer being disposed at a position in contact with the surface of the core member. a multilayer structure in which a plurality of skin layers are layered on a surface of a core member, the skin layer comprising a first fiber reinforced plastic layer containing a cyanate ester resin and a fiber material and a second fiber reinforced plastic layer containing an epoxy resin and a fiber material, and the second fiber reinforced plastic layer being disposed at a position in contact with the surface of the core member.
An X-ray apparatus comprising: an X-ray source adapted to emit X-rays toward an inspection object; an X-ray source mover adapted to move the X-ray source along a body axis of the inspection object; an X-ray detector disposed opposite the X-ray source and adapted to detect X-rays transmitted through the inspection object and adapted to output them as X-ray images; an X-ray detector mover adapted to move the X-ray detector along the body axis of the inspection object independently of the X-ray source; a collimator disposed on an X-ray emitting side of the X-ray source adapted to move with the X-ray source adapted to contract the emitted X-rays to an area narrower than a detecting area of the X-ray detector in a direction of movement of the X-ray detector; an X-ray irradiation area discriminator adapted to discriminate, for separate X-raying actions, X-ray irradiation area images which are areas of the X-ray images where collimated X-rays are received; a position information acquirer adapted to acquire position information on the X-ray source for the separate X-raying actions; and a long image creator adapted to create a long image by shifting the X-ray irradiation area images based on the position information so that a center of each of the X-ray irradiation area images in the direction of movement of the X-ray detector coincide with a position of X-ray incidence at a time of radiography, and by splicing the X-ray irradiation area images together. an X-ray source adapted to emit X-rays toward an inspection object; an X-ray source mover adapted to move the X-ray source along a body axis of the inspection object; an X-ray detector disposed opposite the X-ray source and adapted to detect X-rays transmitted through the inspection object and adapted to output them as X-ray images; an X-ray detector mover adapted to move the X-ray detector along the body axis of the inspection object independently of the X-ray source; a collimator disposed on an X-ray emitting side of the X-ray source adapted to move with the X-ray source adapted to contract the emitted X-rays to an area narrower than a detecting area of the X-ray detector in a direction of movement of the X-ray detector; an X-ray irradiation area discriminator adapted to discriminate, for separate X-raying actions, X-ray irradiation area images which are areas of the X-ray images where collimated X-rays are received; a position information acquirer adapted to acquire position information on the X-ray source for the separate X-raying actions; and a long image creator adapted to create a long image by shifting the X-ray irradiation area images based on the position information so that a center of each of the X-ray irradiation area images in the direction of movement of the X-ray detector coincide with a position of X-ray incidence at a time of radiography, and by splicing the X-ray irradiation area images together.
Tubular electromechanical actuator for a home automation closing or solar protection installation comprising: - a casing, - an electric motor, - a closing element at one end of the casing, - at least one cable (18, 28), wherein the closing element comprises: o a housing, o a device for holding said at least one cable (18, 28) in position, wherein at least one part of said at least one cable (18, 28) is disposed inside the housing of the closing element, wherein the device for maintaining said at least one cable (18, 28) in position comprises a rotary element mounted inside the housing of the closing element, in such a way as to maintain in position said at least one cable (18, 28) in the housing of the closing element, following a rotational movement of the rotary element inside the housing of the closing element around an axis of rotation, the axis of rotation of the rotary element being parallel to or coincident with a longitudinal axis of the closing element, characterized in that the rotary element is cylindrical in shape and comprises a pass-through slot, so as to allow a first exit for said at least one cable (18, 28) along an axial direction relative to the longitudinal axis of the closing element by means of the pass-through slot and a second exit for said at least one cable (18, 28) along a radial direction relative to the longitudinal axis of the closing element. - a casing, - an electric motor, - a closing element at one end of the casing, - at least one cable (18, 28), o a housing, o a device for holding said at least one cable (18, 28) in position,
An anchor for use with an insertion device having a movable securing member, the anchor comprising: a body defining a cavity, wherein the body comprises a cover member extending over the cavity; wherein the cover member is cooperable with the securing member to urge the securing member towards a securing position of the securing member when the insertion device is inserted into the cavity; wherein the body defines an opening through which the insertion device can be inserted; characterised in that the anchor comprises a plurality of reinforcing members extending through the cavity and outwardly from the body, the reinforcing members being arranged around the opening. a body defining a cavity, wherein the body comprises a cover member extending over the cavity; wherein the cover member is cooperable with the securing member to urge the securing member towards a securing position of the securing member when the insertion device is inserted into the cavity; wherein the body defines an opening through which the insertion device can be inserted; characterised in that the anchor comprises a plurality of reinforcing members extending through the cavity and outwardly from the body, the reinforcing members being arranged around the opening.
An internal combustion engine comprising a crankcase including a crankshaft; at least one cylinder (6; 6i, 6 2, 6 3, 6 4) coupled to the crankcase and defining an internal combustion chamber; an air intake system comprising an air inlet and an intake port of the at least one cylinder, a supplementary air inlet fluidly coupled to the intake port, and a throttle body assembly having a throttle valve coupled to the air inlet and including a throttle plate; wherein the supplementary air inlet is configured to receive a flow of air from the air intake system of the at least one cylinder from a location downstream of the throttle plate, the flow of air is directed into the intake port of the at least one cylinder for combustion within the combustion chamber, and the flow of air is controlled and modulated by the position of the throttle plate; characterized in that the throttle body assembly includes a plurality of apertures extending through a wall of the throttle body assembly; and in that a portion of the plurality of apertures are positioned downstream from the throttle plate when the throttle plate is in a fully closed position, and a portion of the apertures are configured to receive air when the throttle plate is in a fully closed position and each of the apertures receives air when the throttle plate is in an open position (B, C, D); and in that the plurality of apertures include at least one one-way valve to allow the flow of air toward the supplementary air inlet but inhibit the flow of air in the opposite direction toward the throttle valve.
A method of coding implemented by a video encoder, comprising: encoding a representation of video data into a bitstream, the bitstream being prohibited from including both a fisheye supplemental enhancement information, SEI, message and one of a projection indication SEI message and a frame packing indication SEI message that both apply to any particular coded picture in the bitstream, wherein the fisheye SEI message is configured to identify a picture as a fisheye omnidirectional video picture containing a number of active areas captured by fisheye camera lens, the projection indication SEI message is configured to indicate a picture as a projected omnidirectional video picture, and the frame packing indication SEI is configured to indicate a picture as a frame-packed omnidirectional video picture; and transmitting the bitstream to the video decoder. encoding a representation of video data into a bitstream, the bitstream being prohibited from including both a fisheye supplemental enhancement information, SEI, message and one of a projection indication SEI message and a frame packing indication SEI message that both apply to any particular coded picture in the bitstream, wherein the fisheye SEI message is configured to identify a picture as a fisheye omnidirectional video picture containing a number of active areas captured by fisheye camera lens, the projection indication SEI message is configured to indicate a picture as a projected omnidirectional video picture, and the frame packing indication SEI is configured to indicate a picture as a frame-packed omnidirectional video picture; and transmitting the bitstream to the video decoder.
A chimeric antigen receptor T or NK cell characterized by a modified phosphoinositide 3-kinase (PI3K) pathway compared to a non-modified reference immune cell, which CAR T or NK cell comprises a modified PI3K characterized by increased activity compared to a wild type PI3K, wherein said modified PI3K comprises a point mutation.
A method performed by a mobile device (150, 250, 350) for reducing network traffic used for DNS queries in a wireless network (106, 108), the method, comprising: querying cached DNS entries in a local cache (185, 285, 528) on the mobile device for a host name associated with an outgoing DNS query from the mobile device when a local resolver cache in the mobile device does not contain a matching response for the DNS query; obtaining a matching cached DNS entry as a response to the outgoing DNS query without accessing the wireless network if available; in the absence of the matching cached DNS entry for the outgoing DNS query, forwarding the outgoing DNS query to a name server (110, 310) for resolution over the wireless network; storing a response provided for the outgoing DNS query by the name server as a cached DNS entry in the local cache for use in locally responding to subsequent DNS queries that are the same as the outgoing DNS query; invalidating the matching cached DNS entry in the local cache when a proxy (125, 325) remote from the mobile device detects a changed DNS response for the outgoing DNS query from the name server, wherein prior to the matching cached entry being invalidated in the local cache, the mobile device sends a polling task to the remote proxy to instruct the remote proxy to monitor the name server for changes in responses to the DNS query. querying cached DNS entries in a local cache (185, 285, 528) on the mobile device for a host name associated with an outgoing DNS query from the mobile device when a local resolver cache in the mobile device does not contain a matching response for the DNS query; obtaining a matching cached DNS entry as a response to the outgoing DNS query without accessing the wireless network if available; in the absence of the matching cached DNS entry for the outgoing DNS query, forwarding the outgoing DNS query to a name server (110, 310) for resolution over the wireless network; storing a response provided for the outgoing DNS query by the name server as a cached DNS entry in the local cache for use in locally responding to subsequent DNS queries that are the same as the outgoing DNS query; invalidating the matching cached DNS entry in the local cache when a proxy (125, 325) remote from the mobile device detects a changed DNS response for the outgoing DNS query from the name server, wherein prior to the matching cached entry being invalidated in the local cache, the mobile device sends a polling task to the remote proxy to instruct the remote proxy to monitor the name server for changes in responses to the DNS query.