mhurhangee/ep-ind-claims huggingface dataset:
A height-adjustable floor drain assembly for a shower, comprising: a lower portion for connection to a waste outlet, an upper portion for receiving a cover for mounting at floor level to cover the assembly, and an adjustment portion disposed between the lower portion and the upper portion, wherein the adjustment portion comprises first and second adjustment elements (420, 425) disposed respectively on inner and outer faces thereof for engaging with the upper and lower portions (403, 401) respectively to simultaneously vary the position of the adjustment portion and the upper portion relative to the lower portion as the adjustment portion is rotated relative to the lower portion, characterised in that: the lower and upper portions (401, 403) comprise cooperating locking elements (411, 413) for rotationally constraining the upper portion relative to the lower portion as the position of the upper portion is varied relative to the lower portion, the cooperating locking elements (411, 413) slideably engage with one another, and in that the first adjustment element comprises a helical thread or ramp to cooperate with a ramp follower disposed on an outer face of the upper portion and the second adjustment element cooperates with a helical ramp or thread disposed on an inner face of the lower portion. a lower portion for connection to a waste outlet, an upper portion for receiving a cover for mounting at floor level to cover the assembly, and an adjustment portion disposed between the lower portion and the upper portion, wherein the adjustment portion comprises first and second adjustment elements (420, 425) disposed respectively on inner and outer faces thereof for engaging with the upper and lower portions (403, 401) respectively to simultaneously vary the position of the adjustment portion and the upper portion relative to the lower portion as the adjustment portion is rotated relative to the lower portion, characterised in that: the lower and upper portions (401, 403) comprise cooperating locking elements (411, 413) for rotationally constraining the upper portion relative to the lower portion as the position of the upper portion is varied relative to the lower portion, the cooperating locking elements (411, 413) slideably engage with one another, and in that the first adjustment element comprises a helical thread or ramp to cooperate with a ramp follower disposed on an outer face of the upper portion and the second adjustment element cooperates with a helical ramp or thread disposed on an inner face of the lower portion. the lower and upper portions (401, 403) comprise cooperating locking elements (411, 413) for rotationally constraining the upper portion relative to the lower portion as the position of the upper portion is varied relative to the lower portion, the cooperating locking elements (411, 413) slideably engage with one another, and in that the first adjustment element comprises a helical thread or ramp to cooperate with a ramp follower disposed on an outer face of the upper portion and the second adjustment element cooperates with a helical ramp or thread disposed on an inner face of the lower portion.
Apparatus for release of chemically bound hydrogen from a hydrogen carrier medium in the form of hydrogen gas under pressure, wherein the apparatus has a. an anode chamber for provision of the at least partly laden hydrogen carrier medium (TM +), b. an anode adjoining the anode chamber and having an anode catalyst, c. a cathode connected to the anode via a proton-conducting membrane and via a voltage source, where the proton-conducting membrane includes a perfluorinated copolymer containing a sulfo group as ionic group, d. a cathode chamber for receiving hydrogen gas released at the cathode, adjoining the cathode with a cathode catalyst, characterized in that a pressure conduit with a pressure valve is connected to the cathode chamber. a. an anode chamber for provision of the at least partly laden hydrogen carrier medium (TM +), b. an anode adjoining the anode chamber and having an anode catalyst, c. a cathode connected to the anode via a proton-conducting membrane and via a voltage source, where the proton-conducting membrane includes a perfluorinated copolymer containing a sulfo group as ionic group, d. a cathode chamber for receiving hydrogen gas released at the cathode, adjoining the cathode with a cathode catalyst,
A clamp, comprising: a first jaw member having a camming surface and comprising a U-shaped region defined by first and second spaced arm members (16A, 16B); a second jaw member pivotable with respect to said first jaw member and comprising a U-shaped region defined by third and fourth spaced arm members (116A, 116B); a first biasing member biasing said first and second jaw members to a first position; and a locking mechanism comprising a cam for cooperating with said camming surface, and a second biasing member biasing said cam against said camming surface to lock said first and second jaw members in a second position. a first jaw member having a camming surface and comprising a U-shaped region defined by first and second spaced arm members (16A, 16B); a second jaw member pivotable with respect to said first jaw member and comprising a U-shaped region defined by third and fourth spaced arm members (116A, 116B); a first biasing member biasing said first and second jaw members to a first position; and a locking mechanism comprising a cam for cooperating with said camming surface, and a second biasing member biasing said cam against said camming surface to lock said first and second jaw members in a second position.
An apparatus, comprising: a controller; and a memory device coupled to the controller, wherein the apparatus is configured to: place a command in a command queue in response to receiving a queued command request from a host, sending a command response to the host that indicates the memory device is ready to add commands to the command queue, and receiving the command that includes a command descriptor block from the host; and execute the command in response to receiving a ready to transfer command from the host. a controller; and a memory device coupled to the controller, wherein the apparatus is configured to: place a command in a command queue in response to receiving a queued command request from a host, sending a command response to the host that indicates the memory device is ready to add commands to the command queue, and receiving the command that includes a command descriptor block from the host; and execute the command in response to receiving a ready to transfer command from the host. place a command in a command queue in response to receiving a queued command request from a host, sending a command response to the host that indicates the memory device is ready to add commands to the command queue, and receiving the command that includes a command descriptor block from the host; and execute the command in response to receiving a ready to transfer command from the host.
A method for connecting non-Peripheral Component Interconnect Express, non- PCIe, accelerators as Peripheral Component Interconnect Express, PCIe, devices, the method comprising: receiving, at a firmware-based PCIe abstraction layer, PAL, for a system, configuration transactions from a core of the system, the configuration transactions for configuring a peripheral device being attached to the system; when the configuration transactions are for a PCIe device, forwarding, by the PAL, the configuration transactions to one or more controllers of the PCIe device; and when the configuration transactions are for a non-PCIe device being attached to the system: terminating, by the PAL, the configuration transactions for the non-PCIe device; and configuring, directly by the PAL, the non-PCIe device as an abstracted PCIe device. receiving, at a firmware-based PCIe abstraction layer, PAL, for a system, configuration transactions from a core of the system, the configuration transactions for configuring a peripheral device being attached to the system; when the configuration transactions are for a PCIe device, forwarding, by the PAL, the configuration transactions to one or more controllers of the PCIe device; and when the configuration transactions are for a non-PCIe device being attached to the system: terminating, by the PAL, the configuration transactions for the non-PCIe device; and configuring, directly by the PAL, the non-PCIe device as an abstracted PCIe device. terminating, by the PAL, the configuration transactions for the non-PCIe device; and configuring, directly by the PAL, the non-PCIe device as an abstracted PCIe device.
Meat processing equipment including: a first element having a first face; a second element having a second face; wherein the first and second faces extend parallel to one another and define a common plane between the first and second faces; the first and second elements (61, 63) being relatively movable with respect to one another; and yieldable arresting means (67, 71, 73) for yieldably arresting the first and second element (61,63) in at least one predetermined position of relative movement, wherein the yieldable arresting means include cooperating first and second permanent magnets (67, 71, 73), associated with at least one of the first and second elements (61, 63), wherein the yieldable arresting means is incorporated in a support assembly for parts of slaughtered animals, and wherein the support assembly is a bone holder, wherein the bone holder includes a receiving block and a locking arm that is swivelable with respect to the receiving block between an open and a closed position and is embodied as one of the first and second elements and wherein the receiving block is embodied as the other of the first and second elements. a first element having a first face; a second element having a second face; wherein the first and second faces extend parallel to one another and define a common plane between the first and second faces; the first and second elements (61, 63) being relatively movable with respect to one another; and yieldable arresting means (67, 71, 73) for yieldably arresting the first and second element (61,63) in at least one predetermined position of relative movement, wherein the yieldable arresting means include cooperating first and second permanent magnets (67, 71, 73), associated with at least one of the first and second elements (61, 63), wherein the yieldable arresting means is incorporated in a support assembly for parts of slaughtered animals, and wherein the support assembly is a bone holder, wherein the bone holder includes a receiving block and a locking arm that is swivelable with respect to the receiving block between an open and a closed position and is embodied as one of the first and second elements and wherein the receiving block is embodied as the other of the first and second elements.
A metamaterial lens for a radio frequency,RF, antenna comprising a plurality of adjacent time-delay unit,TDU, cells, each TDU cell comprising: a dielectric material; an inductive rectangular wire loop on a first side of the dielectric material arranged about a perimeter of the TDU cell; and a capacitive patch on a second side of the dielectric material and positioned within the perimeter of the TDU cell; wherein the plurality of TDU cells comprise a plurality of subsets of TDU cells, wherein the TDU cells of different subsets are of different sizes and the TDU cells within the same subset are of the same size; wherein subsets of the plurality of different-sized TDU cells are arranged into a plurality of zones grouping together subsets of TDU cells of the same size with a smallest TDU cell located at an interior first zone with increasingly sized TDU cells surrounding zones of smaller sized TDU cells; wherein TDU cells within the same subset of TDU cells have different sizes of capacitive patches. a dielectric material; an inductive rectangular wire loop on a first side of the dielectric material arranged about a perimeter of the TDU cell; and a capacitive patch on a second side of the dielectric material and positioned within the perimeter of the TDU cell;
An emulsified meat dewatering assembly, comprising: a pair of elongated, non-parallel, tapered and intermeshed helically flighted screws (52, 54), each screw (52, 54) presenting a rear end and a front end, and a longitudinal axis, said screws (52, 54) oriented with the included angle between the longitudinal axes thereof being 1-7°, the helical flighting of the screws (52, 54) cooperatively presenting nip clearances along the length of the screws (52, 54); an elongated housing at least partially surrounding said helical screws (52, 54) with an entrance opening for emulsified meat adjacent the rear ends of said screws (52, 54), a series of water outlets along at least a part of the length of the housing, and a dewatered meat outlet adjacent the front ends of said screws (52, 54); characterized in that each screw (52, 54) decreases in pitch length from said rear end to said front end, a drive assembly is operably coupled with said screws (52, 54) in order to counter-rotate the screws (52, 54) during operation of the dewatering assembly, and said housing is open-ended so that the pressure within the housing is atmospheric. a pair of elongated, non-parallel, tapered and intermeshed helically flighted screws (52, 54), each screw (52, 54) presenting a rear end and a front end, and a longitudinal axis, said screws (52, 54) oriented with the included angle between the longitudinal axes thereof being 1-7°, the helical flighting of the screws (52, 54) cooperatively presenting nip clearances along the length of the screws (52, 54); an elongated housing at least partially surrounding said helical screws (52, 54) with an entrance opening for emulsified meat adjacent the rear ends of said screws (52, 54), a series of water outlets along at least a part of the length of the housing, and a dewatered meat outlet adjacent the front ends of said screws (52, 54); characterized in that each screw (52, 54) decreases in pitch length from said rear end to said front end, a drive assembly is operably coupled with said screws (52, 54) in order to counter-rotate the screws (52, 54) during operation of the dewatering assembly, and said housing is open-ended so that the pressure within the housing is atmospheric.
A method for encoding a picture comprising, for at least one block of said picture: - encoding a first component of the at least one block based on spatial prediction and a prediction block; - reconstructing the first component using the prediction block to form a decoded first component of the at least one block; - determining a block predictor for the decoded first component of said at least one block, based on a block matching of the decoded first component of the at least one block to a second block within a reconstructed region of a first component of said picture, - encoding at least one second component of said at least one block by predicting said at least one second component from a second component of said block predictor, wherein determining the block predictor of said decoded first component of the at least one block comprises: - selecting said block predictor based on evaluating a distortion measure between said decoded first component of said at least one block and a first component of the second block in the reconstructed region of the first component of said picture. - encoding a first component of the at least one block based on spatial prediction and a prediction block; - reconstructing the first component using the prediction block to form a decoded first component of the at least one block; - determining a block predictor for the decoded first component of said at least one block, based on a block matching of the decoded first component of the at least one block to a second block within a reconstructed region of a first component of said picture, - encoding at least one second component of said at least one block by predicting said at least one second component from a second component of said block predictor, wherein determining the block predictor of said decoded first component of the at least one block comprises: - selecting said block predictor based on evaluating a distortion measure between said decoded first component of said at least one block and a first component of the second block in the reconstructed region of the first component of said picture. - selecting said block predictor based on evaluating a distortion measure between said decoded first component of said at least one block and a first component of the second block in the reconstructed region of the first component of said picture.
A separating device to be disposed between a working chamber and a compensation chamber of a hydromount, comprising: a first nozzle disc, a second nozzle disc spaced apart from the first nozzle disc by a first distance, and a diaphragm disposed between the first nozzle disc and the second nozzle disc and of resilient design, wherein the diaphragm has at least one elevation, wherein the elevation has a height with respect to the diaphragm, and wherein the elevation is designed in such a way that it abuts in a punctiform manner the first nozzle disc and/or the second nozzle disc, characterised in that in the non-installed state, a thickness of the diaphragm and the height of the elevation together are greater than the first distance, so that the diaphragm is clamped in a punctiform manner and exclusively by the elevation between the first nozzle disc and the second nozzle disc, in that the first nozzle disc and/or the second nozzle disc has at least one opening, wherein the membrane has at least one incision associated with the opening, and in that the diaphragm has an inner edge region, an outer edge region, and an intermediate region disposed between the inner edge region and the outer edge region, wherein the incision is disposed in the intermediate region. a first nozzle disc, a second nozzle disc spaced apart from the first nozzle disc by a first distance, and a diaphragm disposed between the first nozzle disc and the second nozzle disc and of resilient design, wherein the diaphragm has at least one elevation, wherein the elevation has a height with respect to the diaphragm, and wherein the elevation is designed in such a way that it abuts in a punctiform manner the first nozzle disc and/or the second nozzle disc, characterised in that in the non-installed state, a thickness of the diaphragm and the height of the elevation together are greater than the first distance, so that the diaphragm is clamped in a punctiform manner and exclusively by the elevation between the first nozzle disc and the second nozzle disc, in that the first nozzle disc and/or the second nozzle disc has at least one opening, wherein the membrane has at least one incision associated with the opening, and in that the diaphragm has an inner edge region, an outer edge region, and an intermediate region disposed between the inner edge region and the outer edge region, wherein the incision is disposed in the intermediate region.
A wearable electronic device, comprising: a pressing component; a pressure sensor; wherein the pressing component comprises an electromagnetic driving component and a pressure bearing component; wherein the pressure bearing component may move under an electromagnetic force of the electromagnetic driving component; the pressure sensor is disposed on the pressure bearing component, and the pressure sensor is located on a surface that is of the pressure bearing component and that faces a measurement body part of a user; the pressure bearing component is configured to be driven by the electromagnetic driving component to press the pressure sensor on the measurement body part, and the pressure sensor is configured to detect a pulse wave signal of the measurement body part, wherein the electronic device comprises a wrist strap and an electronic body, the wrist strap is connected to the electronic body, and the pressing component is disposed in the wrist strap, wherein a mounting cavity is disposed on a surface that is in the wrist strap and that faces the measurement body part, and at least a portion of the pressing component is disposed in the mounting cavity, wherein the pressure bearing component is slidably connected to an inner wall of the mounting cavity. a pressing component; a pressure sensor; wherein the pressing component comprises an electromagnetic driving component and a pressure bearing component; wherein the pressure bearing component may move under an electromagnetic force of the electromagnetic driving component; the pressure sensor is disposed on the pressure bearing component, and the pressure sensor is located on a surface that is of the pressure bearing component and that faces a measurement body part of a user; the pressure bearing component is configured to be driven by the electromagnetic driving component to press the pressure sensor on the measurement body part, and the pressure sensor is configured to detect a pulse wave signal of the measurement body part, wherein the electronic device comprises a wrist strap and an electronic body, the wrist strap is connected to the electronic body, and the pressing component is disposed in the wrist strap, wherein a mounting cavity is disposed on a surface that is in the wrist strap and that faces the measurement body part, and at least a portion of the pressing component is disposed in the mounting cavity, wherein the pressure bearing component is slidably connected to an inner wall of the mounting cavity.