mhurhangee/ep-ind-claims huggingface dataset:
Weight-measuring apparatus for a lift-truck wherein: the apparatus includes a cover; the cover is configured to fit over a fork of the lift-truck; the cover has a cross-sectional configuration that is basically inverted channel-shaped, having a roof and left and right side-walls; the apparatus includes loadcells; the loadcells are attached to the roof of the cover; the cover and the loadcells are so arranged that, when the cover is placed over the fork; (a) the loadcells rest on the fork, and the cover rests on the loadcells; (b) whereby the weight of a load placed on the roof of the cover is transmitted through the loadcells to the fork; the loadcells include respective load-sensors, which are structured to supply a signal that is proportional to the magnitude of the weight of the load; and characterised in that the side-walls of the cover are substantially thicker than the roof of the cover. the apparatus includes a cover; the cover is configured to fit over a fork of the lift-truck; the cover has a cross-sectional configuration that is basically inverted channel-shaped, having a roof and left and right side-walls; inverted channel-shaped, having a roof and left and right side-walls; the apparatus includes loadcells; the loadcells are attached to the roof of the cover; the cover and the loadcells are so arranged that, when the cover is placed over the fork; (a) the loadcells rest on the fork, and the cover rests on the loadcells; (b) whereby the weight of a load placed on the roof of the cover is transmitted through the loadcells to the fork; the loadcells include respective load-sensors, which are structured to supply a signal that is proportional to the magnitude of the weight of the load; and characterised in that the side-walls of the cover are substantially thicker than the roof of the cover.
A memory device comprising: a switchable resistive element comprising an active material, the active material being switchable, by current injection, between first and second values of electrical resistivity ρ 1 and ρ 2 at the same temperature, wherein ρ 1 is different to ρ 2; and a superconductor element connected electrically in parallel with the switchable resistive element, the superconductor element being operable so that at least part of the superconductor element is switchable from a superconducting state to a non-superconducting state, characterized in that the memory device is configured to operate so that, when the superconductor element is switched from the superconducting state to the non-superconducting state by current density, a current injection is provided through the switchable resistive element thereby switching the switchable resistive element between said first and second values of electrical resistivity, and wherein the active material of the switchable resistive element is a memristive nonvolatile charge density wave material. a switchable resistive element comprising an active material, the active material being switchable, by current injection, between first and second values of electrical resistivity ρ 1 and ρ 2 at the same temperature, wherein ρ 1 is different to ρ 2; and a superconductor element connected electrically in parallel with the switchable resistive element, the superconductor element being operable so that at least part of the superconductor element is switchable from a superconducting state to a non-superconducting state, characterized in that the memory device is configured to operate so that, when the superconductor element is switched from the superconducting state to the non-superconducting state by current density, a current injection is provided through the switchable resistive element thereby switching the switchable resistive element between said first and second values of electrical resistivity, and wherein the active material of the switchable resistive element is a memristive nonvolatile charge density wave material.
A massage device, comprising at least two massage elements and at least one bearing element, which is arranged between the massage elements, wherein the bearing element is designed in such a way that the massage elements can rotate independently with at least two rotational degrees of freedom per massage element, and wherein the massage elements are surrounded by a tensioning element, which substantially defines the spatial position of the massage elements, characterised in that the bearing element comprises bearing balls, which are arranged circularly, and in that the bearing balls are arranged in a bearing cage.
A shaving razor comprising a handle and a blade cartridge unit, the handle comprising: • a main body; • a first substantially flat arm having a first distal end and a first proximal end defining a first arm opening, the first proximal end being coupled to a first location of the main body; • a second substantially flat arm having a second distal end and a second proximal end defining a second arm opening, the second proximal end being coupled to a second location of the main body; and • the first and second distal ends being in spaced relationship, characterized that the handle further comprises a pivoting head having a trapezoidal prism shape, the pivoting head being pivotally coupled between the first and second distal ends, and the blade cartridge unit is attached to the pivoting head such that the blade cartridge unit can pivot on the handle. • a main body; • a first substantially flat arm having a first distal end and a first proximal end defining a first arm opening, the first proximal end being coupled to a first location of the main body; • a second substantially flat arm having a second distal end and a second proximal end defining a second arm opening, the second proximal end being coupled to a second location of the main body; and • the first and second distal ends being in spaced relationship, characterized that the handle further comprises a pivoting head having a trapezoidal prism shape, the pivoting head being pivotally coupled between the first and second distal ends, and the blade cartridge unit is attached to the pivoting head such that the blade cartridge unit can pivot on the handle.
A coloring device for coloring a dental prosthesis by an inkjet method, the dental prosthesis coloring device comprising: an inkjet head having a nozzle that ejects ink droplets; a holding unit that holds the prosthesis; a drive unit that moves the inkjet head or the holding unit in a predetermined direction in an XYZ orthogonal coordinate system; and a control unit that controls the inkjet head and the drive unit, wherein the control unit is configured to control the inkjet head and the drive unit based on predetermined coloring data and three-dimensional data of the prosthesis, characterised in that a holding unit drive unit includes an XY-axis direction drive unit for moving the prosthesis holding unit in the X-axis direction and the Y-axis direction, and an XYZ-axis rotary drive unit for rotating the prosthesis holding unit about the X-axis, Y-axis, and Z-axis. an inkjet head having a nozzle that ejects ink droplets; a holding unit that holds the prosthesis; a drive unit that moves the inkjet head or the holding unit in a predetermined direction in an XYZ orthogonal coordinate system; and a control unit that controls the inkjet head and the drive unit, wherein the control unit is configured to control the inkjet head and the drive unit based on predetermined coloring data and three-dimensional data of the prosthesis,
A machine for the production of tubes by winding at least one strip of web material (NA; NB), comprising: - a forming unit with a spindle around which one or more strips of web material (NA, NB) are wound; - an adhesive applicator for applying an adhesive on at least one surface of at least one strip of web material; - a feed path for said at least one strip of web material from said adhesive applicator to said forming unit; characterized in that the length of said feed path is modifiable according to at least one operating parameter. - a forming unit with a spindle around which one or more strips of web material (NA, NB) are wound; - an adhesive applicator for applying an adhesive on at least one surface of at least one strip of web material; - a feed path for said at least one strip of web material from said adhesive applicator to said forming unit; characterized in that the length of said feed path is modifiable according to at least one operating parameter.
Ultrasonic vibration unit for an ultrasonic welding device for sealing and welding material webs, comprising a sonotrode connected to a converter and having at least two sealing horns protruding radially from an axis of rotation (a) and rotatable about the axis of rotation (a) and having a free end forming a sealing surface, wherein the sonotrode comprises a sonotrode shaft with the axis of rotation (a), one or both ends of the sonotrode shaft being connected to a converter and characterized in that the sealing horns are fixed to the sonotrode shaft at vibration nodes (K L) of a longitudinal vibration (S Wl) in the sonotrode shaft via boosters (24, 26), and in that the boosters (24, 26) and the sealing horns project radially from the axis of rotation (a).
A method for producing a catalyst for fuel cells, the catalyst comprising fine catalyst particles, each of which comprises a palladium-containing core particle and a platinum-containing outermost layer covering the core particle, and carbon supports on which the fine catalyst particles are supported, wherein the method comprises the steps of: preparing carbon supports on which palladium-containing particles are supported; fining the carbon supports; and covering the palladium-containing particles with a platinum-containing outermost layer after the fining step; wherein, in the preparation step, a median diameter x 50 in the cumulative distribution on a volumetric basis of the carbon supports is more than 20 μm; and wherein, after the fining step and before the outermost layer covering step, the median diameter x 50 in the cumulative distribution on a volumetric basis of the carbon supports is 1 to 20 μm, a standard deviation σ in the particle size distribution of the carbon supports is 1 to 5 μm, and a 90% diameter x 90 in the cumulative distribution on a volumetric basis of the carbon supports is 10 to 30 μm, wherein the method further comprises, after the outermost layer covering step, a step of dispersing the carbon supports in a solvent under a milder condition than the fining step. preparing carbon supports on which palladium-containing particles are supported; fining the carbon supports; and covering the palladium-containing particles with a platinum-containing outermost layer after the fining step;
An array substrate, comprising: a plurality of gate lines, a plurality of data lines and a plurality of pixel units defined by the gate lines and the data lines; wherein each of the pixel units comprises a pixel electrode and a common electrode that are provided on a same layer; the common electrode and the pixel electrode each have a comb-shaped structure of which each includes a first electrode portion extending along a first direction and multiple electrode strips connected with the first electrode portion and extending from one side of the first electrode portion, the multiple electrode strips of the common electrode are comb teeth of the common electrode, that extend to the first electrode portion of the pixel electrode, the multiple electrode strips of the pixel electrode are comb teeth of the pixel electrode that extend to the first electrode portion of the common electrode, and the comb teeth of the common electrode and the comb teeth of the pixel electrode are disposed alternately; and wherein each comb tooth is divided by a junction into an upper comb tooth and a lower comb tooth of which each extends in a different direction at the junction; all of the upper comb teeth are parallel to one another, and all of the lower comb teeth are parallel to one another; for a comb tooth of the pixel electrode and a comb tooth of the common electrode that are adjacent, the space between the two upper comb teeth along the first direction and the space between two lower comb teeth along the first direction are unequal; a first end of the upper comb tooth of the common electrode is connected to the first electrode portion of the common electrode, and a second end of the upper comb tooth of the common electrode is connected to a first end of the lower comb tooth of the common electrode at the corresponding junction; and a first end of the lower comb tooth of the pixel electrode is connected to the first electrode portion of the pixel electrode, and a second end of the lower comb tooth of the pixel electrode is connected to a first end of the upper comb tooth of the pixel electrode at the corresponding junction.
Method of casting an ingot of an aluminium alloy comprising lithium, the ingot having a length L, width W, and thickness T, the method comprising the steps of: (a) preparing at least two molten aluminium based alloys in separate furnaces, a first alloy with a composition A which is free from lithium as purposive alloying element, and a second alloy with a composition B which comprises lithium as purposive alloying element; (b) transferring the first alloy via a metal conveying trough from the furnace to a casting station; (c) initiate the start of casting an ingot and casting the first alloy to a required length L1 of an ingot in the casting direction; (d) subsequently transferring the second alloy via a metal conveying trough from the furnace to the casting station while simultaneously stopping the transfer of the first alloy to said casting station; (e) casting the second alloy from an end surface of the cast first alloy at length L1 to an additional required length L2 in the casting direction; (f) cropping the cast ingot at a bottom thereof at a length that is greater than of equal to the cast length L1. (a) preparing at least two molten aluminium based alloys in separate furnaces, a first alloy with a composition A which is free from lithium as purposive alloying element, and a second alloy with a composition B which comprises lithium as purposive alloying element; (b) transferring the first alloy via a metal conveying trough from the furnace to a casting station; (c) initiate the start of casting an ingot and casting the first alloy to a required length L1 of an ingot in the casting direction; (d) subsequently transferring the second alloy via a metal conveying trough from the furnace to the casting station while simultaneously stopping the transfer of the first alloy to said casting station; (e) casting the second alloy from an end surface of the cast first alloy at length L1 to an additional required length L2 in the casting direction; (f) cropping the cast ingot at a bottom thereof at a length that is greater than of equal to the cast length L1.
A method for evaluating connectivity between a first well and a second well in a hydrocarbon production field, the method being implemented by a calculator, said method comprising: (a) obtaining a first time series of a first well parameter from the first well and a second time series of a second well parameter from the second well, (b) processing the first time series to obtain a processed first time series, (c) filtering the second time series, characterized in that the filtering step comprises removing dynamic variations from the second time series to obtain a filtered second time series representative of static variations of the second time series, and the method further comprises: (d) determining a correlation between said processed first time series and said filtered second time series at various time shifts between said processed first time series and said filtered second time series, and determining a maximal correlation coefficient and a time shift at maximal correlation between said processed first time series and said filtered second time series, the maximal correlation coefficient being representative of the connectivity between the first well and the second well. (a) obtaining a first time series of a first well parameter from the first well and a second time series of a second well parameter from the second well, (b) processing the first time series to obtain a processed first time series, (c) filtering the second time series,
Connection terminal arrangement for connecting at least one electrical conductor, comprising - a busbar, - at least one clamping spring which has a holding limb for holding the clamping spring and one clamping limb for clamping the at least one conductor to be connected against the busbar in a connected state, and - a clamping spring holding element on which the at least one clamping spring is held by means of its holding limb in a latching manner, - wherein the clamping spring holding element is formed in one piece with the busbar, - wherein the clamping spring holding element is stamped out of the busbar and is bent upwards out of a plane spanned by the busbar, wherein the clamping spring holding element has a web and one or two latching lugs (17, 18) for holding the holding limb of the at least one clamping spring in a latching manner, wherein the one or two latching lugs (17, 18) are formed in one piece on the web, characterized in that the clamping spring holding element projects at a 90° angle from a surface of the busbar against which the at least one conductor bears in the connected state. - a busbar, - at least one clamping spring which has a holding limb for holding the clamping spring and one clamping limb for clamping the at least one conductor to be connected against the busbar in a connected state, and - a clamping spring holding element on which the at least one clamping spring is held by means of its holding limb in a latching manner, - wherein the clamping spring holding element is formed in one piece with the busbar, - wherein the clamping spring holding element is stamped out of the busbar and is bent upwards out of a plane spanned by the busbar, wherein the clamping spring holding element has a web and one or two latching lugs (17, 18) for holding the holding limb of the at least one clamping spring in a latching manner, wherein the one or two latching lugs (17, 18) are formed in one piece on the web, characterized in that the clamping spring holding element projects at a 90° angle from a surface of the busbar against which the at least one conductor bears in the connected state.
Device for protecting aircraft engines against icing, comprising at least one sensor, sensitive to an accumulated quantity of ice and arranged, in an installed state, in the air intake of an aircraft engine, a system for measuring the said quantity and for comparing the said quantity against a predetermined threshold, and a triggering system intended to initiate a response to a detection that the predetermined threshold has been crossed, characterized in that the triggering system is connected to an engine management system comprising engine speed control means, the said engine management system being configured to initiate a timed increase in engine speed.
A thread trimmer of post-bed sewing machine, being assembled to a feed wheel supporting base of the post-bed sewing machine, the feed wheel supporting base including a feed wheel supporting post extended in the direction of z-axis and a rotatable lower shaft, and the feed wheel supporting post being provided with a needle hole, through which a sewing thread is extended; the thread trimmer comprising: a cutter set including a fixed cutter fixedly mounted on the feed wheel supporting post and a movable cutter movably connected to the feed wheel supporting post, and the fixed cutter being located behind the needle hole; and a transmission device being assembled to the movable cutter for driving the movable cutter to swing about a swing axis, such that the movable cutter is sequentially movable between an initial position adjacent to the needle hole, a thread-hooking position far away from the initial position, and a thread-trimming position corresponding to the needle hole for sewing thread trimming, the thread trimmer being characterized in that the swing axis of the movable cutter is parallel with the lower shaft. a cutter set including a fixed cutter fixedly mounted on the feed wheel supporting post and a movable cutter movably connected to the feed wheel supporting post, and the fixed cutter being located behind the needle hole; and a transmission device being assembled to the movable cutter for driving the movable cutter to swing about a swing axis, such that the movable cutter is sequentially movable between an initial position adjacent to the needle hole, a thread-hooking position far away from the initial position, and a thread-trimming position corresponding to the needle hole for sewing thread trimming, the thread trimmer being characterized in that the swing axis of the movable cutter is parallel with the lower shaft.
Method for fermentative production of recombinant proteins, characterized in that a bacterial strain containing an open reading frame encoding a signal peptide and a recombinant protein under the control of a functional promoter, wherein the bacterial strain contains an additional open reading frame encoding a signal peptide and a peptidoglycan peptidase under the control of a functional promoter, wherein the peptidoglycan peptidase is (i) Spr, (ii) YdhO or (iii) Spr and YdhO, and wherein the protein chosen as peptidoglycan peptidase has murein DD-endopeptidase activity, is cultured in a fermentation medium, the fermentation medium is removed from the cells after the fermentation and the recombinant protein is isolated from the fermentation medium, wherein the recombinant protein is released from the periplasm of the cell and the yield of recombinant protein which is released into the culture medium is at least 1.1 times as high as the yield which can be achieved with corresponding bacterial strains without overproduction of the peptidoglycan peptidase, and wherein the bacterial strain is a strain of the species Escherichia coli. wherein the bacterial strain contains an additional open reading frame encoding a signal peptide and a peptidoglycan peptidase under the control of a functional promoter, wherein the peptidoglycan peptidase is (i) Spr, (ii) YdhO or (iii) Spr and YdhO, and wherein the protein chosen as peptidoglycan peptidase has murein DD-endopeptidase activity, is cultured in a fermentation medium, the fermentation medium is removed from the cells after the fermentation and the recombinant protein is isolated from the fermentation medium, wherein the recombinant protein is released from the periplasm of the cell and the yield of recombinant protein which is released into the culture medium is at least 1.1 times as high as the yield which can be achieved with corresponding bacterial strains without overproduction of the peptidoglycan peptidase, and wherein the bacterial strain is a strain of the species Escherichia coli.