mhurhangee/ep-ind-claims huggingface dataset:
A method of acquiring seismic data comprising the steps of: a. deploying receivers (57, 67) in a survey area; b. identifying seismic source points within the survey area; c. directing seismic energy into the ground at the source points and recording reflected and/or refracted seismic data with the deployed seismic receivers; d. recovering the measured data from the deployed seismic receivers; and e. reconstructing the wavefield from the recovered data; characterised in that each receiver (57, 67) is laterally spaced from adjacent receivers in two horizontal directions wherein the lateral spacing in the two horizontal directions is deliberately non-uniform, wherein the receivers do not line up in the two horizonal directions, and wherein the spacing between any two seismic receivers in the deliberately non-uniform direction varies by a distance of at least five percent between the largest spacing and smallest spacing. a. deploying receivers (57, 67) in a survey area; b. identifying seismic source points within the survey area; c. directing seismic energy into the ground at the source points and recording reflected and/or refracted seismic data with the deployed seismic receivers; d. recovering the measured data from the deployed seismic receivers; and e. reconstructing the wavefield from the recovered data; characterised in that each receiver (57, 67) is laterally spaced from adjacent receivers in two horizontal directions wherein the lateral spacing in the two horizontal directions is deliberately non-uniform, wherein the receivers do not line up in the two horizonal directions, and wherein the spacing between any two seismic receivers in the deliberately non-uniform direction varies by a distance of at least five percent between the largest spacing and smallest spacing.
A method comprising: receiving, by a user equipment, UE, from a wireless access network node, a configuration message to add a plurality of secondary cells on at least one channel of an unlicensed spectrum; in response to the configuration message, determining, by the UE, to accept a first secondary cell of the plurality of secondary cells, and reject a second secondary cell of the plurality of secondary cells; and sending (302, 512), by the UE to the wireless access network node, a response message responsive to the configuration message, the response message being to cause the wireless access network node to select at least a first channel of the unlicensed spectrum for communicating data of the UE, the response message comprising: information identifying the first secondary cell as being added responsive to the accepting of the first secondary cell by the UE; information identifying the second secondary cell as not being added responsive to the rejecting of the second secondary cell by the UE; and assistance information indicating one or more channels of the unlicensed spectrum to avoid. receiving, by a user equipment, UE, from a wireless access network node, a configuration message to add a plurality of secondary cells on at least one channel of an unlicensed spectrum; in response to the configuration message, determining, by the UE, to accept a first secondary cell of the plurality of secondary cells, and reject a second secondary cell of the plurality of secondary cells; and sending (302, 512), by the UE to the wireless access network node, a response message responsive to the configuration message, the response message being to cause the wireless access network node to select at least a first channel of the unlicensed spectrum for communicating data of the UE, the response message comprising: information identifying the first secondary cell as being added responsive to the accepting of the first secondary cell by the UE; information identifying the second secondary cell as not being added responsive to the rejecting of the second secondary cell by the UE; and assistance information indicating one or more channels of the unlicensed spectrum to avoid. information identifying the first secondary cell as being added responsive to the accepting of the first secondary cell by the UE; information identifying the second secondary cell as not being added responsive to the rejecting of the second secondary cell by the UE; and assistance information indicating one or more channels of the unlicensed spectrum to avoid.
An electric discharge machine, the electric discharge machine comprising: a machining tank including an electric discharge machining unit configured to perform electric discharge machining of a workpiece through an electrode; a sewage tank configured to collect and store a machining liquid from the machining tank; and a filtration filter, configured to filter out machining chips of the workpiece and of the electrode, produced as a result of electric discharge machining, from the machining liquid in the sewage tank, and configured to supply the filtered machining liquid into a clean-water tank, the filtration filter comprising: a filter medium configured to filter the machining liquid; characterised by an outer cylinder container configured to store the filter medium and which has on its outer circumference fluid passage holes (13, 15) through which the machining liquid is configured to pass, wherein the fluid passage holes are distributed over the entire region of the outer cylinder container; and a cover member configured to cover the fluid passage holes only at a lower portion of the outer cylinder container. a machining tank including an electric discharge machining unit configured to perform electric discharge machining of a workpiece through an electrode; a sewage tank configured to collect and store a machining liquid from the machining tank; and a filtration filter, configured to filter out machining chips of the workpiece and of the electrode, produced as a result of electric discharge machining, from the machining liquid in the sewage tank, and configured to supply the filtered machining liquid into a clean-water tank, the filtration filter comprising: a filter medium configured to filter the machining liquid; characterised by an outer cylinder container configured to store the filter medium and which has on its outer circumference fluid passage holes (13, 15) through which the machining liquid is configured to pass, wherein the fluid passage holes are distributed over the entire region of the outer cylinder container; and a cover member configured to cover the fluid passage holes only at a lower portion of the outer cylinder container. a filter medium configured to filter the machining liquid; characterised by an outer cylinder container configured to store the filter medium and which has on its outer circumference fluid passage holes (13, 15) through which the machining liquid is configured to pass, wherein the fluid passage holes are distributed over the entire region of the outer cylinder container; and a cover member configured to cover the fluid passage holes only at a lower portion of the outer cylinder container.
A carrier for holding a plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3), the carrier comprising: a plurality of panels comprising a front central panel, a back central panel, a front attachment panel foldably connected to the front central panel, and a back attachment panel foldably connected to the back central panel, each of the front attachment panel and the back attachment panel configured to receive a portion of one or more containers of the plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3), at least one of the front central panel and the back central panel comprises a respective opening (227a, 227b) in communication with the respective other of the front central panel and the back central panel, at least one end flap is foldably connected to the respective front attachment panel and back attachment panel, the at least one end flap is folded downwardly relative to the respective front attachment panel and back attachment panel to overlie a portion of a respective container of the plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3), each of the front central panel and the back central panel is for being positioned between and attached to adjacent containers of the plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3). a plurality of panels comprising a front central panel, a back central panel, a front attachment panel foldably connected to the front central panel, and a back attachment panel foldably connected to the back central panel, each of the front attachment panel and the back attachment panel configured to receive a portion of one or more containers of the plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3), at least one of the front central panel and the back central panel comprises a respective opening (227a, 227b) in communication with the respective other of the front central panel and the back central panel, at least one end flap is foldably connected to the respective front attachment panel and back attachment panel, the at least one end flap is folded downwardly relative to the respective front attachment panel and back attachment panel to overlie a portion of a respective container of the plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3), each of the front central panel and the back central panel is for being positioned between and attached to adjacent containers of the plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3).
An escape door controller having a control device, wherein the control device has a reader device for wireless readout of identification carriers, and having an illuminated identification panel, wherein the reader device and the identification panel are combined into one unit, wherein the unit is embodied as a fitting insert element for switch programs, surface-mounted housings and/or a flush-mounted box, wherein an emergency keypad for triggering an escape door opener in an emergency is provided, and wherein the reader device has a communication element for communication with identification carriers, characterized in that the emergency keypad is embodied as a separate unit in the form of an insert element; and that the communication element has two antenna elements.
A diamond-like coating for piston ring surfaces, comprising, successively from the bottom to top, an underlayer, a gradient layer and an AM layer, wherein the AM layer is a diamond-like coating doped with doping elements; the doping elements are one or a combination of at least two selected from the group consisting of Cr, Si and Ti, and the content thereof shows a cyclical change in a form of a sine wave fluctuation along with the thickness change of the AM layer, characterized in that the doping elements corresponding to the valley of the sine wave are in a content of 3.0-5.0at% in the AM layer; the doping elements corresponding to the peak of the sine wave are in a content of 9.0-11.0at% in the AM layer; the AM layer corresponding to each fluctuation period of the sine wave has a thickness of 0.5-0.8μm; the AM layer is in a submicrocrystalline state; the submicrocrystal has a particle size of 0.2-0.5μm; the underlayer is one or a combination of at least two selected from the group consisting of Cr layer, Si layer and Ti layer; the gradient layer is one or a combination of at least two selected from the group consisting of CrxC layer, Si x C layer and Ti x C layer, wherein x=0.5-1.5; the diamond-like coating has a thickness of 10-30μm; the underlayer has a thickness of 0.2-1μm; the gradient layer has a thickness of 0.5-2μm; and the AM layer has a thickness of 9.3-27μm.
Watchmaker's portable lubrication tool comprising a plurality of chambers comprised in at least one horological lubricant reservoir, each only accessible to a user in a first open position of said tool, each said reservoir being closable by at least one sealed lid which, in a second closed position, is kept sealingly pressed on said reservoir, said tool comprising a carrier structure for at least one said reservoir and for a said lid associated with said reservoir, and said structure being a component of a multi-function pocket knife of the "Swiss army knife" type, which comprises a frame on which pivots a plurality of blades, said tool comprising at least one elastic return means arranged to exert, in said second closed position, a force on said at least one lid to press said lid sealingly on said at least one reservoir.
Splice module stack having a plurality of optical waveguide, fibre optic splice modules each pivotable about a common geometric pivot axis with respective splice point receivers in the splice modules, which splice modules are stacked along the geometric pivot axis, wherein a pivot axis body implementing the pivot axis has a respective clearance for each of the splice modules along the geometric pivot axis so that in the geometric pivot axis fibre optic cables from the splice modules can pass through the clearances and the geometric pivot axis, characterised in that the clearances are implemented in that the pivot axis body is divided into a plurality of separate pivot axis pins and these are separated from each other by the clearances, which pivot axis pins between adjacent splice modules each connect a retaining plate of the respective splice modules to each other.
A ventilation member, comprising: a tubular part, in an interior of which a gas passage for an object that needs ventilation is formed; a gas permeable filter disposed at one of openings of the tubular part; and a cover part, inside of which the tubular part is fit, the tubular part includes a connection-end opening, which is an opening on a side on which the object is to be connected, a filter-end opening, which is an opening closed by the gas permeable filter, and a body portion positioned between the connection-end opening and the filter-end opening; the cover part includes a bottom portion that faces the gas permeable filter in an attached state where the tubular part is fit inside from a side of the gas permeable filter and a side wall portion that extends from the bottom portion so as to surround the filter-end opening and the body portion from outside; gaps functioning as gas passages (AR 2, AR 3) that communicate with an exterior are formed in the attached state between the bottom portion of the cover part and the gas permeable filter and between the side wall portion of the cover part and the body portion of the tubular part; characterized in that the opening area of the filter-end opening with respect to an in-plane direction perpendicular to a thickness direction of the gas permeable filter is larger than the opening area of the connection-end opening with respect to the in-plane direction. a tubular part, in an interior of which a gas passage for an object that needs ventilation is formed; a gas permeable filter disposed at one of openings of the tubular part; and a cover part, inside of which the tubular part is fit, the tubular part includes a connection-end opening, which is an opening on a side on which the object is to be connected, a filter-end opening, which is an opening closed by the gas permeable filter, and a body portion positioned between the connection-end opening and the filter-end opening; the cover part includes a bottom portion that faces the gas permeable filter in an attached state where the tubular part is fit inside from a side of the gas permeable filter and a side wall portion that extends from the bottom portion so as to surround the filter-end opening and the body portion from outside; gaps functioning as gas passages (AR 2, AR 3) that communicate with an exterior are formed in the attached state between the bottom portion of the cover part and the gas permeable filter and between the side wall portion of the cover part and the body portion of the tubular part; characterized in that the opening area of the filter-end opening with respect to an in-plane direction perpendicular to a thickness direction of the gas permeable filter is larger than the opening area of the connection-end opening with respect to the in-plane direction.
A device for transmitting a motive force from a prime mover to a first and a second transfer shaft, comprising: an input shaft having a longitudinal axis; a load transfer member, wherein the load transfer member engages the input shaft and rotates around an axis perpendicular to the longitudinal axis of the input shaft; a first input shaft gear associated with the input shaft and a second input shaft gear associated with the input shaft; the first transfer shaft having a first transfer gear configured to engage the first input shaft gear and the second transfer shaft having a second transfer gear configured to engage the second input shaft gear, wherein the first and second input shaft gears (14, 16) engage the load transfer member at different locations thereon for transmitting motive force from the input shaft to the first and second transfer shafts; wherein the load transfer member comprises a first loading region to engage the first input shaft gear and a second loading region to engage the second input shaft gear; and wherein each of the first input shaft gear and second input shaft gear comprises a circumferential slot configured to engage the first and second loading regions respectively. an input shaft having a longitudinal axis; a load transfer member, wherein the load transfer member engages the input shaft and rotates around an axis perpendicular to the longitudinal axis of the input shaft; a first input shaft gear associated with the input shaft and a second input shaft gear associated with the input shaft; the first transfer shaft having a first transfer gear configured to engage the first input shaft gear and the second transfer shaft having a second transfer gear configured to engage the second input shaft gear, wherein the first and second input shaft gears (14, 16) engage the load transfer member at different locations thereon for transmitting motive force from the input shaft to the first and second transfer shafts; wherein the load transfer member comprises a first loading region to engage the first input shaft gear and a second loading region to engage the second input shaft gear; and wherein each of the first input shaft gear and second input shaft gear comprises a circumferential slot configured to engage the first and second loading regions respectively.
Offshore wind turbine support structure that comprises: - a lattice structure configured to have its leg pilings in the seabed, and - a transition piece, configured to be in contact with the offshore wind turbine tower and to be supported on the lattice structure, wherein the transition piece comprises: - a bottom cover, - a cylindrical piece configured to be joined to the tower of the wind turbine and the bottom base of which is located on the bottom cover and centred on it, - some radial partitions, located on the bottom cover and perpendicular to it, joined to the cylindrical piece and extended up to the outer edge of the bottom cover, - a top cover parallel to the bottom cover and located on the radial partitions. - an outer shell assembly that circumvents the the free ends of the radial partitions, that are extended between the bottom cover and the top cover and that are placed perpendicularly to them (3, 6) and on their outer contour (3, 6). - a lattice structure configured to have its leg pilings in the seabed, and - a transition piece, configured to be in contact with the offshore wind turbine tower and to be supported on the lattice structure, - a bottom cover, - a cylindrical piece configured to be joined to the tower of the wind turbine and the bottom base of which is located on the bottom cover and centred on it, - some radial partitions, located on the bottom cover and perpendicular to it, joined to the cylindrical piece and extended up to the outer edge of the bottom cover, - a top cover parallel to the bottom cover and located on the radial partitions. - an outer shell assembly that circumvents the the free ends of the radial partitions, that are extended between the bottom cover and the top cover and that are placed perpendicularly to them (3, 6) and on their outer contour (3, 6).
A system for forming a staple pocket in an anvil of a surgical stapler comprising: a mounting mechanism configured to mount an anvil; a laser-emitting device configured to emit a laser beam at the anvil, the laser beam forming a staple pocket on the anvil; and a control module for controlling the laser emitting device, the control module being configured to control movement of the laser-emitting device relative to the anvil and to receive input parameters from a user, wherein the input parameters include at least one of a shape and an arrangement of the staple pocket. a mounting mechanism configured to mount an anvil; a laser-emitting device configured to emit a laser beam at the anvil, the laser beam forming a staple pocket on the anvil; and a control module for controlling the laser emitting device, the control module being configured to control movement of the laser-emitting device relative to the anvil and to receive input parameters from a user, wherein the input parameters include at least one of a shape and an arrangement of the staple pocket.
Structure applicable to the roof of motor vehicles, for example for the transportation of boats or roof luggage racks, comprising a fixed frame securely connectable to said roof, a movable frame, means for guiding said movable frame with respect to said fixed frame, said movable frame being slidably and tiltably coupled with said fixed frame, and there being provided resilient loading means arranged between said fixed frame and said movable frame, wherein said movable frame further comprises at least two rod-shaped members (201, 202) parallel to each other and fixedly joined by at least two bars (210, 211, 212, 213) arranged orthogonally with respect to said rod-shaped members and comprising at least two support means, characterized in that the fixed frame and the movable frame have positioned therebetween a plate comprising a pin to which a cable is attached and a through-hole through which an intermediate member is passed to contact the rod-shaped member (201, 202) of the movable frame to which it is locked.
A fuel cell system comprising a replaceable hydrogen fuel supply and a fuel cell characterized in that a toggle switch comprising a rotatable flat cylindrical body, with a cam along a portion of its edge; at least one opening (36, 38 or 40) through the cylindrical body; and an actuator portion; wherein, when the actuator portion is moved into a first position, hydrogen is provided to the fuel cell and an electrical ON/OFF switch is activated by the cam, and, when the actuator is moved to a second position, hydrogen is purged from the fuel cell.