mhurhangee/ep-ind-claims huggingface dataset:
Guide for a threading tape in a pulp dryer, the guide including a rotatably supported wheel on an axle and a bracket supporting the axle and to be attached to the pulp dryer, characterized in that the bracket includes two joint points (22, 23) for different directions (24, 25) each one of which having adjustment means (26, 27) of their own.
A cell collection device (10,40) comprising: a) first and second chambers that define a fluid flow path from the first chamber to the second chamber; b) a removable porous membrane (14,44) between the first and second chambers, the porous membrane being positioned in the fluid flow path and having upstream and downstream surfaces; c) an absorbent body (17,494) positioned adjacent to the downstream surface of the porous membrane (14,44); and d) a resilient member (18,493) arranged to urge the absorbent body (17,494) towards the porous membrane (14,44); wherein, in use, a sample introduced into the first chamber contacts the upstream surface of the porous membrane (14,44) and fluid is drawn through the porous membrane (14,44) and is absorbed by the absorbent body (17,494), cells present in the sample being retained upon the upstream surface of the porous membrane (14,44), characterised in that: the first and second chambers are releasably connected; the porous membrane (14,44) is captivated between the first and second chambers when the first and second chambers are connected to each other; and the absorbent body (17,494) comprises a superabsorbent material; such that after separation of the first and second chambers, the porous membrane (14,44) can be removed from the device (10,40) for analysis of cells deposited on the upstream surface thereof. a) first and second chambers that define a fluid flow path from the first chamber to the second chamber; b) a removable porous membrane (14,44) between the first and second chambers, the porous membrane being positioned in the fluid flow path and having upstream and downstream surfaces; c) an absorbent body (17,494) positioned adjacent to the downstream surface of the porous membrane (14,44); and d) a resilient member (18,493) arranged to urge the absorbent body (17,494) towards the porous membrane (14,44); the first and second chambers are releasably connected; the porous membrane (14,44) is captivated between the first and second chambers when the first and second chambers are connected to each other; and the absorbent body (17,494) comprises a superabsorbent material;
A metal-hydrogen battery, comprising: a first electrode; a second electrode that generates hydrogen gas during charging and oxidises hydrogen gas during discharging; and an electrolyte disposed between the first electrode and the second electrode, wherein the second electrode includes a second conductive substrate comprising a nickel foam and a second coating covering the second conductive substrate, the second coating including a bi-functional catalyst comprising a nickel-molybdenum-cobalt alloy, the bi-functional catalyst catalyzing both hydrogen evolution reaction and hydrogen oxidation reaction at the second electrode, characterized in that the bi-functional catalyst is in a form of interconnected nanoparticles having nanopores formed between the interconnected nanoparticles. a first electrode; a second electrode that generates hydrogen gas during charging and oxidises hydrogen gas during discharging; and an electrolyte disposed between the first electrode and the second electrode, wherein the second electrode includes a second conductive substrate comprising a nickel foam and a second coating covering the second conductive substrate, the second coating including a bi-functional catalyst comprising a nickel-molybdenum-cobalt alloy, the bi-functional catalyst catalyzing both hydrogen evolution reaction and hydrogen oxidation reaction at the second electrode, characterized in that the bi-functional catalyst is in a form of interconnected nanoparticles having nanopores formed between the interconnected nanoparticles.
An input/output, I/O, device (120, 200) comprising: a memory to store a configuration data structure (124, 250, 400) including a configuration for a function; characterised by: a coherency engine including circuitry to provide a software process access to the function, wherein the coherency engine is arranged to perform a synchronization of a function-context data structure (144, 440) in a main memory of a computer platform coupled to the I/O device and the configuration data structure with respect to one another, wherein the function-context data structure operates as a register level interface which interfaces the I/O device and the software process with one another. a memory to store a configuration data structure (124, 250, 400) including a configuration for a function; a coherency engine including circuitry to provide a software process access to the function, wherein the coherency engine is arranged to perform a synchronization of a function-context data structure (144, 440) in a main memory of a computer platform coupled to the I/O device and the configuration data structure with respect to one another, wherein the function-context data structure operates as a register level interface which interfaces the I/O device and the software process with one another.
A stereoscopic visualization portal system comprising: a portal component including an axis and a plurality of channels (502, 502), the channels including a first channel and a second channel extending along the axis; a first image sensor secured within the first channel at a first angle (α) with respect to the axis and directed inwardly toward a location; a first cable extending from the first image sensor to transmit first image data; and a second image sensor secured within the second channel at a second angle (α)with respect to the axis and directed inwardly toward the location, the first angle (α)and the second angle (α) converging at the location to define a depth of perception; a second cable extending from the second image sensor to transmit second image data; an eyeframe comprising a left aperture and a right aperture; a first display structure (106, 200, 300) disposed in proximity to the left aperture of the eyeframe to display the first image data through the left aperture; and a second display structure (106, 200, 300) disposed in proximity to the right aperture of the eyeframe to display the second image data through the right aperture, wherein a view that is external to the first display structure (106, 200, 300) and the second display structure (106, 200, 300) is visible through the left aperture and the right aperture, and wherein the first image data and the second image data are visible through the left aperture and the right aperture enabling formation of a stereoscopic view of a structure disposed within the depth of perception. a portal component including an axis and a plurality of channels (502, 502), the channels including a first channel and a second channel extending along the axis; a first image sensor secured within the first channel at a first angle (α) with respect to the axis and directed inwardly toward a location; a first cable extending from the first image sensor to transmit first image data; and a second image sensor secured within the second channel at a second angle (α)with respect to the axis and directed inwardly toward the location, the first angle (α)and the second angle (α) converging at the location to define a depth of perception; a second cable extending from the second image sensor to transmit second image data; an eyeframe comprising a left aperture and a right aperture; a first display structure (106, 200, 300) disposed in proximity to the left aperture of the eyeframe to display the first image data through the left aperture; and a second display structure (106, 200, 300) disposed in proximity to the right aperture of the eyeframe to display the second image data through the right aperture, wherein a view that is external to the first display structure (106, 200, 300) and the second display structure (106, 200, 300) is visible through the left aperture and the right aperture, and wherein the first image data and the second image data are visible through the left aperture and the right aperture enabling formation of a stereoscopic view of a structure disposed within the depth of perception.
A lithium secondary battery comprising a Li metal negative electrode as a negative electrode and a non-aqueous electrolyte for lithium secondary batteries, the electrolyte comprising an anion and a cation, the anion comprising [C(SO 2 F) 3] -, and the cation comprising 1-ethyl-3-methylimidazolium ( +).
Method for forming a surface layer on a substrate, comprising the steps: depositing a surface layer comprising a porous wall structure defining and separating regularly spaced, sized and shaped macro-pores that are interconnected in the general direction normal to the surface of the substrate and have a diameter greater than 5 μm and less than 1000 μm wherein the diameter of the pores gradually increases with distance from the substrate, wherein the porous wall structure is comprised of dendritically ordered nanoparticles, and modifying the porous wall structure to a continuous branched structure, and wherein the surface layer is deposited by a controlled electrodeposition process or a controlled gas phase deposition process generating gas bubbles that defines the macro-pores, thereby depositing the material on the substrate in order to form a surface layer with both regularly spaced and shaped micron-sized pores and a wall structure of dendritically ordered nanoparticles, wherein the continuous branched structure is a structure formed by modifying the dendritically ordered nanoparticle structure into continuous branches and characterized by the step of modifying the porous wall structure involving controlled deposition of 1 nm to 10 μm solid layer on the surface of the porous wall structure, said controlled deposition of the solid layer being performed by electrodeposition or gas phase deposition without generating gas bubbles. depositing a surface layer comprising a porous wall structure defining and separating regularly spaced, sized and shaped macro-pores that are interconnected in the general direction normal to the surface of the substrate and have a diameter greater than 5 μm and less than 1000 μm wherein the diameter of the pores gradually increases with distance from the substrate, wherein the porous wall structure is comprised of dendritically ordered nanoparticles, and modifying the porous wall structure to a continuous branched structure, and wherein the surface layer is deposited by a controlled electrodeposition process or a controlled gas phase deposition process generating gas bubbles that defines the macro-pores, thereby depositing the material on the substrate in order to form a surface layer with both regularly spaced and shaped micron-sized pores and a wall structure of dendritically ordered nanoparticles, wherein the continuous branched structure is a structure formed by modifying the dendritically ordered nanoparticle structure into continuous branches and characterized by the step of modifying the porous wall structure involving controlled deposition of 1 nm to 10 μm solid layer on the surface of the porous wall structure, said controlled deposition of the solid layer being performed by electrodeposition or gas phase deposition without generating gas bubbles.
A grit boot mask tool, comprising: an enclosure internally shaped to receive a root and at least a portion of a platform of a blade to protect the root and the at least a portion of a platform from grit blasting; a door; and a lock assembly that retains the door to the enclosure, characterised in that: the door is hinged with respect to the enclosure and the lock assembly comprises a latch that is configured to be retained in a locked position by a spring bias; and a knob to push the latch away from the enclosure to overcome the spring bias and rotate the latch, wherein a quarter turn of the knob will lock and unlock the lock assembly. an enclosure internally shaped to receive a root and at least a portion of a platform of a blade to protect the root and the at least a portion of a platform from grit blasting; a door; and a lock assembly that retains the door to the enclosure, characterised in that: the door is hinged with respect to the enclosure and the lock assembly comprises a latch that is configured to be retained in a locked position by a spring bias; and the door is hinged with respect to the enclosure and the lock assembly comprises a latch that is configured to be retained in a locked position by a spring bias; and a knob to push the latch away from the enclosure to overcome the spring bias and rotate the latch, wherein a quarter turn of the knob will lock and unlock the lock assembly.
A piece of furniture composed of panels (2, 3, 4, 5) that can be assembled at right angles and in a mutually coplanar manner by means of strips having a rectangular cross-section, which are provided with longitudinal slots on their four faces and have a substantially T-shaped cross-section, and of means for coupling said panels to said strip, which are constituted by pins in which one end is contoured to be retained in said slots and the opposite end is coupled to coupling elements which are accommodated in seats of the panels associated with said strip, coupling elements (31, 33; 42, 43) for means for various uses being arranged in the slots of said strips, said strips being provided with a central tube for accommodating hangers for hanging said piece of furniture on a wall, characterized in that each one of said hangers is composed of a disk, eccentrically to which a cylindrical pin is integral which has such a diameter that it can be accommodated with adequate forcing in the channel of the tube, said disk being provided with a flange which is concentric thereto and which, when the pin is fully inserted in the tube, forms, with the front of the strip, an annular slot, by means of which it is possible to fasten the piece of furniture to a bar which is fixed by means of screws to the supporting wall of the piece of furniture.
A method comprising subjecting - N' -(3-fluoro-5-(1methyl-1H-pyrazol-4-yl)pyridin-2-yl)-2-(3-(2-methoxyethoxy)-5-oxo-1,6-naphthyridin-6 yl)propanehydrazide ("HYDZ"): to a dehydration reaction with either a thiophosphetane compound or a phosphorus dehydrating agent thereby forming -6-(1-(8-fluoro-6-(1-methyl-1H-pyrazol-4-yl)-[1,2,4]triazolo[4,3-a]pyridin-3-yl)ethyl)-3-(2-methoxyethoxy)-1,6-naphthyridin-5 -one ("A"):
Electric scooter comprising an electric propulsion unit and torque transmission group for operating the rear wheel of said electric scooter, said electric scooter having a body of the step-through type and with upright sitting portion, said electric propulsion unit comprising at least one synchronous electric motor, the motor being designed to be installed in a barycentric position with respect to the scooter substantially at the base of the upright sitting portion with the fixed shaft transverse to the longitudinal axis (X-X) of the scooter, characterized in that said synchronous electric motor is of the type comprising internal stator and external rotor with a cup-shaped form rotating on a fixed shaft rigidly connected to the stator and in that said transmission group comprises at least one first and one second reduction stage (24, 26); said at least one first and second reduction stages (24, 26) being formed with a belt-and-pulley transmission; the electric scooter further comprising a casing containing said transmission group and a support sliding in said casing for an intermediate shaft inserted between said first and second reduction stages (24, 26), so as to allow relative tensioning of the transmission belts (23, 37).
A device for the demoulding of the undercuts in mould design in the sector of thermoplastic and thermosetting comprising, a block ejector, where a slider head moulds or demoulds the undercut ie. the negative geometry of a moulding product and a tool ejector system, wherein is fixed said block ejector, characterized in that the device consists of a slider -which is integrated by mutual crossing into said block ejector of a tool in a slope in the range from 130° to 165° to the perpendicular to the opening tool axis, wherein the slider head is formed at the top end of said slider and V-guide is formed at the bottom end of said slider, wherein the mutual crossing of the slider and the block ejector provides in the extrusion of the block ejector a displacement of the slider head from the undercut and subsequently the possibility of ejection of the finished moulding product from the tool.
Piston pump for a high pressure cleaning device for conveying a cleaning liquid, having a pump housing, which comprises a first housing part and a second housing part that are each configured as a metal part, wherein the first housing part forms a suction conduit and a pressure conduit, and wherein the second housing part forms a plurality of pump chambers into each of which a reciprocally movable piston (26, 28) dips and which are each in flow connection with the suction conduit by way of an inlet channel and with the pressure conduit by way of an outlet channel, wherein the inlet channels are each closable by an inlet valve and the outlet channels are each closable by an outlet valve, wherein the outlet valves each comprise a stationarily held outlet valve seat and an outlet closing body that is reciprocally displaceable relative to the outlet valve seat and that comprises an outlet valve plate that can sealingly abut against an outlet valve seat, characterized in that the second housing part comprises a valve receptacle into which the outlet channels open, and in that the piston pump comprises an outlet valve assembly, which forms all outlet valves, wherein the outlet valve assembly comprises an outlet part, which consists of a plastic material and is inserted into the valve receptacle and forms all outlet valve seats.
An electrochemical cell system, comprising: an electrochemical cell; a voltage measurement device adapted to measure a voltage across the cell; and a control unit configured to process voltage signals received from the voltage measurement device, wherein the control unit is configured to: conduct a linear current sweep across the cell; generate a voltage-current (V-I) curve based on the linear current sweep; generate a baseline V-I curve of the cell and to calculate a slope of the baseline V-I curve; generate an aged V-I curve of the cell at any time point during operation of the cell and to calculate a slope of the aged V-I curve; calculate a difference in value between the slopes of the baseline V-I curve and the aged V-I curve; and compare the difference in value between the slopes of the baseline V-I curve and the aged V-I curve to a preset reference value; characterised in that the system further comprises pressure transmitters connected to an inlet gas channel and an outlet gas channel of the cell, the pressure transmitters being configured to measure the pressure at the inlet (P in) and at the outlet (P out); the control unit being configured to generate the baseline V-I curve using a predetermined ratio of pressure of the reactant fluid at the inlet (P in) and the pressure at the outlet (P out); and automatically initiate corrective actions if the difference in value between the slopes of the baseline V-I curve and the aged V-I curve is greater than the preset reference value. an electrochemical cell; a voltage measurement device adapted to measure a voltage across the cell; and a control unit configured to process voltage signals received from the voltage measurement device, conduct a linear current sweep across the cell; generate a voltage-current (V-I) curve based on the linear current sweep; generate a baseline V-I curve of the cell and to calculate a slope of the baseline V-I curve; generate an aged V-I curve of the cell at any time point during operation of the cell and to calculate a slope of the aged V-I curve; calculate a difference in value between the slopes of the baseline V-I curve and the aged V-I curve; and compare the difference in value between the slopes of the baseline V-I curve and the aged V-I curve to a preset reference value; automatically initiate corrective actions if the difference in value between the slopes of the baseline V-I curve and the aged V-I curve is greater than the preset reference value.
A bogie frame, comprising: a bogie body, the bogie body being substantially rectangular and comprising a first connecting beam, a second connecting beam, a third connecting beam and a fourth connecting beam which are sequentially connected end to end, wherein the first connecting beam is opposite to the third connecting beam, the second connecting beam is opposite to the fourth connecting beam, an electric powertrain assembly mounting groove is formed in the fourth connecting beam, the thickness of the fourth connecting beam is greater than the thickness of the second connecting beam, characterized in that a top wall of the first connecting beam and a top wall of the third connecting beam, which form an arc shape, are connected between a top wall of the second connecting beam and a top wall of the fourth connecting beam, the top wall of the fourth connecting beam being higher than a top wall of the second connecting beam.