mhurhangee/ep-ind-claims huggingface dataset:
A gun magazine automatic changing apparatus for a gun having a barrel, a barrel cover, a receiver connected to a rear end of the barrel, and a magazine chamber comprises: a multi-magazine mount including holders suitable for fitting magazines thereon, connectors disposed on both sides of each of the holders and each having a fitting protrusion at a first end, a fitting groove in which the fitting protrusion is fitted at a second end, and a first rack gear longitudinally formed on an outer side of the connectors, and a plurality of clips connected to each other, wherein each clip has a holder and connectors disposed on both sides of the holder; and a loading guide including an actuating bar pushing down the connectors of the multi-magazine mount and a handle formed at an end of the actuating bar to be held by a user and disposed under the barrel cover to move forward/backward. a multi-magazine mount including holders suitable for fitting magazines thereon, connectors disposed on both sides of each of the holders and each having a fitting protrusion at a first end, a fitting groove in which the fitting protrusion is fitted at a second end, and a first rack gear longitudinally formed on an outer side of the connectors, and a plurality of clips connected to each other, wherein each clip has a holder and connectors disposed on both sides of the holder; and a loading guide including an actuating bar pushing down the connectors of the multi-magazine mount and a handle formed at an end of the actuating bar to be held by a user and disposed under the barrel cover to move forward/backward.
A method for heating a metal workpiece in a metal fabrication process, said method comprising: delivering a fuel gas mixture to a torch, the fuel gas mixture comprising:85-95% by volume natural gas; and from 5% to 15% hydrogen by volume; delivering oxygen to the fuel gas mixture to form an oxy-fuel gas mixture; igniting the oxy-fuel gas mixture to form a flame; contacting the flame to the metal workpiece at a predetermined location on the metal workpiece; and heating the metal workpiece. delivering a fuel gas mixture to a torch, the fuel gas mixture comprising:85-95% by volume natural gas; and from 5% to 15% hydrogen by volume; delivering oxygen to the fuel gas mixture to form an oxy-fuel gas mixture; igniting the oxy-fuel gas mixture to form a flame; contacting the flame to the metal workpiece at a predetermined location on the metal workpiece; and heating the metal workpiece.
A method for managing a storage array, wherein the storage array is formed by N storage devices, and the method comprises: acquiring, by a controller, degrees of wear of the N storage devices; dividing the storage array into a first storage device subset and a second storage device subset according to the degrees of wear of the N storage devices, wherein a minimum degree of wear of a storage device in the first storage device subset is greater than or equal to a maximum degree of wear of a storage device in the second storage device subset; characterised by migrating data from the second storage device subset to the first storage device subset; or writing to-be-written data into the first storage device subset. acquiring, by a controller, degrees of wear of the N storage devices; dividing the storage array into a first storage device subset and a second storage device subset according to the degrees of wear of the N storage devices, wherein a minimum degree of wear of a storage device in the first storage device subset is greater than or equal to a maximum degree of wear of a storage device in the second storage device subset; characterised by migrating data from the second storage device subset to the first storage device subset; or writing to-be-written data into the first storage device subset.
Boot tree, comprising two shaft formers made of a plastic material, a spring mechanism located between the former and mounting devices provided on the shaft formers for connecting the shaft formers to the spring mechanism, wherein the mounting devices comprise latching hooks which are designed integral with the shaft formers and which are inserted into openings provided in the spring mechanism for securing the latter, and wherein the latching hooks engage edges of projections bounding the openings from behind, characterised in that the mounting devices are located on a web extending between two openings provided in the shaft former, and in that the latching hooks are integrally formed on a base section formed on the web.
An antibody-like protein dimer comprising a tenth fibronectin type III domain ( 10 Fn3) that binds IGF-IR with a K D of less than 500 nM linked to a 10 Fn3 that binds EGFR with a K D of less than 500 nM; wherein the IGF-IR binding 10 Fn3 comprises a BC loop having the amino acid sequence X a SARLKVAX b (SEQ ID NO: 46), a DE loop having the amino acid sequence X c KNVYX d (SEQ ID NO: 48), and an FG loop having the amino acid, sequence X e RFRDYQX f (SEQ ID NO: 50), wherein the EGFR binding 10 Fn3 comprises a BC loop having the amino acid sequence X g WAPVDRYQX h (SEQ ID NO: 137), a DE loop having the amino acid sequence X i RDVYX j (SEQ ID NO: 138), and an FG loop having the amino acid sequence X k DYKPHADGPHTYHESX l (SEQ ID NO: 139); and wherein X is any amino acid and a, b, c, d, e, f, g, h, i, j, k, and l are integers independently selected from 0 to 5.
An aerodynamic injection system for a combustion chamber of an aircraft turbomachine, the system comprising a hollow central body including a first air circulation space as well as an air introduction swirler enabling air located outside the hollow central body to penetrate inside the first air circulation space, said hollow body also including a fuel circuit (92, 93, 82) arranged at least partly about the first space, the circuit comprising a second annular space for circulating a fuel film and fuel supply means (92, 93) communicating with said second space, the first and second spaces (72, 82) opening into a third space of air-fuel mixture, characterised in that the system includes fuel injection ports communicating the fuel circuit with said first air circulation space.
Slat for an air vent, particularly having an elongate form, consisting of a front region occupying almost the entire longitudinal direction (x) and a back region, wherein the front region and the back region consist of materials differing in their mechanical properties, wherein the material of the front region has a relatively high bending stiffness in longitudinal direction (x), but the back region has a bending stiffness substantially lower by comparison with the front region, and the back region is formed to be longer in transverse direction (y) than the front region.
A machine tool, in particular a press brake, with a receptacle for a tool, a guide rail and at least one tool storage device arranged on the guide rail, having a tool storage unit that can be movably mounted on the guide rail and is designed to receive non-mounted tools for the machine tool, characterised in that the guide rail is arranged on a front face of the machine tool in the region of a lower beam.
A method for manufacturing a single crystal diamond in which a single crystal diamond seed substrate obtained by vapor phase synthesis is placed on a stage and vapor phase synthetic single crystal diamond is additionally deposited thereon, the method comprising: a step of measuring warpage of the single crystal diamond seed substrate prior to additional deposition of the vapor phase synthetic single crystal diamond; a step of determining whether or not to flatten the single crystal diamond seed substrate based on the measurement result of the warpage; and any one of the following two steps of: a step of additionally depositing the vapor phase synthetic single crystal diamond after flattening the single crystal diamond seed substrate for which the flattening is necessary based on the determination; and a step of additionally depositing the vapor phase synthetic single crystal diamond without flattening the single crystal diamond seed substrate for which the flattening is not necessary based on the determination, wherein in determination of the step, if the measured warpage is greater than 20 μm in a 10 mm square single crystal diamond seed substrate, it is determined that the flattening is necessary for the single crystal diamond seed substrate, while if the measured warpage is 20 μm in a 10 mm square single crystal diamond seed substrate or less, it is determined that the flattening is not necessary for the single crystal diamond seed substrate. a step of measuring warpage of the single crystal diamond seed substrate prior to additional deposition of the vapor phase synthetic single crystal diamond; a step of determining whether or not to flatten the single crystal diamond seed substrate based on the measurement result of the warpage; and any one of the following two steps of: a step of additionally depositing the vapor phase synthetic single crystal diamond after flattening the single crystal diamond seed substrate for which the flattening is necessary based on the determination; and a step of additionally depositing the vapor phase synthetic single crystal diamond without flattening the single crystal diamond seed substrate for which the flattening is not necessary based on the determination, a step of additionally depositing the vapor phase synthetic single crystal diamond after flattening the single crystal diamond seed substrate for which the flattening is necessary based on the determination; and a step of additionally depositing the vapor phase synthetic single crystal diamond without flattening the single crystal diamond seed substrate for which the flattening is not necessary based on the determination,
A display device comprising: a base part; a plurality of assembly electrodes extending in a first direction and disposed at predetermined intervals on the base part; a dielectric layer stacked on the base part to cover the assembly electrodes; a barrier wall portion stacked on the dielectric layer while forming a cell overlapping at least a portion of the assembly electrodes along the extending direction of the assembly electrode; and a plurality of semiconductor light emitting devices disposed in the cell, wherein the semiconductor light emitting devices comprise a magnetic layer in a shape extended in longitudinal direction, characterised in that the plurality of semiconductor light emitting devices are assembled such that the longitudinal direction of the magnetic layer is perpendicular to the first direction of the extending direction of the assembly electrodes. a base part; a plurality of assembly electrodes extending in a first direction and disposed at predetermined intervals on the base part; a dielectric layer stacked on the base part to cover the assembly electrodes; a barrier wall portion stacked on the dielectric layer while forming a cell overlapping at least a portion of the assembly electrodes along the extending direction of the assembly electrode; and a plurality of semiconductor light emitting devices disposed in the cell, wherein the semiconductor light emitting devices comprise a magnetic layer in a shape extended in longitudinal direction, characterised in that the plurality of semiconductor light emitting devices are assembled such that the longitudinal direction of the magnetic layer is perpendicular to the first direction of the extending direction of the assembly electrodes.
A crusher comprising - a main frame, and - a crushing head mounted upon a main shaft, wherein a crushing gap is formed between an outer surface of the crushing head and an inner circumferential surface of a mantle provided within the main frame, and wherein the crusher further comprises at least one protective liner (10, 20, 80) which is releasably fitted within the crusher, at least a part of an outwardly directed surface of the protective liner (10, 20, 80) constituting a wear surface, characterized in that the at least one protective liner (10, 20, 80) comprises an elastic material layer and wear resistant inserts retained by the elastic material layer, wherein outwardly directed surfaces of the wear resistant inserts form part of the wear surface of the protective liner (10, 20, 80), and the crusher further comprises a steel liner arranged so as to cover and protect a structural element of the crusher which is subject to wear, wherein the protective liner (10, 20, 80) is fixed to the steel liner, wherein a surface area of the protective liner (10, 20, 80) is smaller than a surface area of the steel liner so that the protective liner (10, 20, 80) covers only part of the surface area of the steel liner. - a main frame, and - a crushing head mounted upon a main shaft,
A multifunction footrest apparatus for a vehicle having a floor panel and a passenger seat, the multifunction footrest apparatus comprising: a footrest housing adapted to be installed on the floor panel on which the passenger seat is positioned so as to be movable; a lower door rotatably coupled to the footrest housing and configured for supporting calves of a back seat passenger; an upper door rotatably coupled to the footrest housing and configured for supporting soles of the back seat passenger, characterized in that a first massage device is provided on the lower door to massage the calves of the back seat passenger; and a second massage device is provided on the upper door to massage the soles of the back seat passenger. a footrest housing adapted to be installed on the floor panel on which the passenger seat is positioned so as to be movable; a lower door rotatably coupled to the footrest housing and configured for supporting calves of a back seat passenger; an upper door rotatably coupled to the footrest housing and configured for supporting soles of the back seat passenger, characterized in that a first massage device is provided on the lower door to massage the calves of the back seat passenger; and a second massage device is provided on the upper door to massage the soles of the back seat passenger.
A method of operating a client device configured to execute a client application that is registered with a server in association with a given user, comprising: obtaining a list of client devices to which the client application is registered with the server in association with the given user; detecting, via a local communications interface, that one or more other client devices from the list of client devices are proximate to the client device; and communicating, in response to a determination to renew the client application by the client device or the one or more other client devices, with the one or more other client devices via the local communications interface to identify a given client device that is responsible for sending an aggregated registration request message for renewing the client application's registration with the server for both the client device and the one or more other client devices. obtaining a list of client devices to which the client application is registered with the server in association with the given user; detecting, via a local communications interface, that one or more other client devices from the list of client devices are proximate to the client device; and communicating, in response to a determination to renew the client application by the client device or the one or more other client devices, with the one or more other client devices via the local communications interface to identify a given client device that is responsible for sending an aggregated registration request message for renewing the client application's registration with the server for both the client device and the one or more other client devices.
Method for producing a hinge part of a spectacles hinge having at least two hinge plates, having synthetic material sleeves which line hinge eyes of the hinge plates, and having friction flanges protruding beyond the hinge plates, wherein, in order to form the synthetic material sleeves and friction flanges, the hinge eyes of the hinge plates are injected with a synthetic material melt in a mould tool defining the mould chambers - which merge into one another - for the synthetic material sleeves and friction flanges, characterised in that, when the mould chambers for the synthetic material sleeves are covered on the end face by a slide acting between the hinge plates, the friction flanges are injected only on the outer side of the outer hinge plates, wherein the synthetic material melt injected into one of the two mould chambers for the friction flanges successively fills the mould chambers for the synthetic material sleeves and friction flanges, which mould chambers are connected to each other in terms of flow technology by a melt passage in the slide, before the sprue remaining in the melt passage after solidification of the synthetic material melt is sheared off by the slide between the synthetic material sleeves during demoulding.
A precision time transfer method, in a first node that communicates with a second node, to determine a difference in time between the first node and the second node, the precision time transfer method comprising: receiving a departure time, T D-A, from the second node, wherein the departure time, T D-A, is determined by the second node based on detecting a timing marker in a Forward Error Correction FEC frame; determining an arrival time, T A-B, based on detecting the timing marker in the FEC frame; and determining, by the first node, a time difference based on the departure time and the arrival time; wherein the timing marker is detected subsequent to FEC encoding in a transmitter of the second node and prior to FEC decoding in a receiver of the first node. receiving a departure time, T D-A, from the second node, wherein the departure time, T D-A, is determined by the second node based on detecting a timing marker in a Forward Error Correction FEC frame; determining an arrival time, T A-B, based on detecting the timing marker in the FEC frame; and determining, by the first node, a time difference based on the departure time and the arrival time; wherein the timing marker is detected subsequent to FEC encoding in a transmitter of the second node and prior to FEC decoding in a receiver of the first node.
Metallic slide bearing compound material with a support layer, in particular made of steel, a copper base layer with tin or aluminium or nickel or Zink or combinations of the same and with a sputtered running surface on an aluminium basis facing a slide partner, characterised in that the copper base layer is a sputtered layer and has a thickness of 20 μm to 80 μm, and in that the copper base layer is sputtered directly onto the support layer or onto an interim layer with a thickness of less than 20 μm applied directly onto the support layer.
Machine for cleaning regeneration chambers of furnaces for the production of glass articles, with stacking of hollow refractory elements delimiting vertical passages - chimneys - for the combustion fumes from said furnaces, comprising: - at least one lance configured to send within said vertical passages a stream of cleaning material powder and compressed air generated by a compressor which is intended to be positioned outside of said regeneration chamber to be cleaned, - at least one video camera (30, 32, 34), - at least one monitor controlling from the outside, through said at least one video camera (30, 32, 34), of the correct operation of said machine, and characterized in that it comprises: - a self-propelled support structure to be introduced into a compartment which is below said regeneration chamber to be cleaned and which communicates with said regeneration chamber, said at least one lance being applied to said self-propelled support structure and said at least one video camera (30, 32, 34) being mounted on said support structure, and - at least one suction mouth, applied to said support structure and configured to suck the dust of the cleaning material and the aspirable materials from the ground, which were removed from it during the cleaning operation. - at least one lance configured to send within said vertical passages a stream of cleaning material powder and compressed air generated by a compressor which is intended to be positioned outside of said regeneration chamber to be cleaned, - at least one video camera (30, 32, 34), - at least one monitor controlling from the outside, through said at least one video camera (30, 32, 34), of the correct operation of said machine, - a self-propelled support structure to be introduced into a compartment which is below said regeneration chamber to be cleaned and which communicates with said regeneration chamber, said at least one lance being applied to said self-propelled support structure and said at least one video camera (30, 32, 34) being mounted on said support structure, and - at least one suction mouth, applied to said support structure and configured to suck the dust of the cleaning material and the aspirable materials from the ground, which were removed from it during the cleaning operation.
Method for producing a security document comprising the steps of: providing at least one planar-extended substrate layer; forming a seam in the form of a running stitch with a conductive elongated element, such that the seam in the form of a running stitch penetrates the at least one substrate layer from a top side of the substrate layer to an underside of the substrate layer and vice-versa, and a plurality of sections of the elongated element, penetrating transversely to its planar extension, are conductive, and which can be excited by means of linearly polarised microwave radiation which is directed along a first spatial direction oriented parallel to the longitudinal extension direction of the elongated element, such that the elongated conductive element forming the seam in the form of a running stitch itself again emits microwave radiation into a second spatial direction oriented transversely to the polarisation direction and to the first spatial direction, wherein the polarisation direction of the excitation microwave radiation determines the direction in the space parallel to which the electrical field vector of the excitation microwave radiation oscillates. providing at least one planar-extended substrate layer; forming a seam in the form of a running stitch with a conductive elongated element, such that the seam in the form of a running stitch penetrates the at least one substrate layer from a top side of the substrate layer to an underside of the substrate layer and vice-versa, and a plurality of sections of the elongated element, penetrating transversely to its planar extension, are conductive, and which can be excited by means of linearly polarised microwave radiation which is directed along a first spatial direction oriented parallel to the longitudinal extension direction of the elongated element, such that the elongated conductive element forming the seam in the form of a running stitch itself again emits microwave radiation into a second spatial direction oriented transversely to the polarisation direction and to the first spatial direction, wherein the polarisation direction of the excitation microwave radiation determines the direction in the space parallel to which the electrical field vector of the excitation microwave radiation oscillates.