mhurhangee/ep-ind-claims huggingface dataset:
A time-of-flight image sensor including a readout circuit, the readout circuit comprising: a pixel array including multiple pixels and configured to produce a pixel signal for each of one or more pixels over a series of timesteps, the pixel signal including an illuminated value at an illuminated timestep and a reset value at a reset timestep; a plurality of gain selection comparators configured to receive the pixel signal and select an amplifier gain value from a plurality of predefined amplifier gain values based upon a difference between the illuminated value and the reset value; analog correlated double sampling circuitry configured to perform analog correlated double sampling on the pixel signal; a programmable gain amplifier configured to generate an amplified pixel signal from the pixel signal, wherein the pixel signal is amplified at the selected amplifier gain value; and a plurality of analog-to-digital converters (210A, 210B) configured to convert the amplified pixel signal to a digital pixel signal, wherein each of the plurality of the analog-to-digital converters (210A, 210B) has a common ramp generated by a global ramp generator. a pixel array including multiple pixels and configured to produce a pixel signal for each of one or more pixels over a series of timesteps, the pixel signal including an illuminated value at an illuminated timestep and a reset value at a reset timestep; a plurality of gain selection comparators configured to receive the pixel signal and select an amplifier gain value from a plurality of predefined amplifier gain values based upon a difference between the illuminated value and the reset value; analog correlated double sampling circuitry configured to perform analog correlated double sampling on the pixel signal; a programmable gain amplifier configured to generate an amplified pixel signal from the pixel signal, wherein the pixel signal is amplified at the selected amplifier gain value; and a plurality of analog-to-digital converters (210A, 210B) configured to convert the amplified pixel signal to a digital pixel signal, wherein each of the plurality of the analog-to-digital converters (210A, 210B) has a common ramp generated by a global ramp generator.
A process for treating a raw vent gas (4,4') containing bitumen vapours released by at least one piece of equipment (1,1') configured to carry out a step of treating a filler powder, wherein said piece of equipment (1,1') is supplied with said filler powder and/or performs a mixing operation of said filler powder with said bitumen, during said step of treating said filler powder, said raw vent gas (4,4') turning from a substantially powder-free normal raw vent gas, into a powder-containing raw vent gas that also contains an amount of said filler powder, said process comprising the steps of: - prearranging a gas-washing device configured to supply a washing solution containing a surfactant; - prearranging a boiler; - first conveying said raw vent gas (4,4') containing an amount of said filler powder into said gas-washing device; - bringing said raw vent gas (4,4') containing an amount of said filler powder into contact with said washing solution containing a surfactant; - removing said amount of filler powder from said powder-containing raw vent gas; - releasing, by said gas-washing device a purified vent gas substantially free from said filler powder; - second conveying said purified vent gas into said boiler and burning said purified vent gas, thus obtaining a combustion gas. - prearranging a gas-washing device configured to supply a washing solution containing a surfactant; - prearranging a boiler; - first conveying said raw vent gas (4,4') containing an amount of said filler powder into said gas-washing device; - bringing said raw vent gas (4,4') containing an amount of said filler powder into contact with said washing solution containing a surfactant; - removing said amount of filler powder from said powder-containing raw vent gas; - releasing, by said gas-washing device a purified vent gas substantially free from said filler powder; - second conveying said purified vent gas into said boiler and burning said purified vent gas, thus obtaining a combustion gas.
A process for an asymmetric intramolecular [3+2] cycloaddition reaction of a hydrazone characterized by reacting a hydrazone derivative represented by the following formula: wherein R 1, R 2, R 3 and R 4 are each methyl, R 5 is a benzoyl group which may have a substituent and X denotes CH 2, in the presence of an asymmetric catalyst system obtained by mixing a zirconium alkoxide represented by the following formula: Zr 4 wherein R is a hydrocarbon group which may have a substituent, with a binaphthol derivative represented by the following formula: wherein Y 1 and Y 2 are each identical or different, Y 2 denotes a hydrogen atom or a halogen atom, and Y 1 denotes a halogen atom.
A preparation method of a porous super absorbent polymer, comprising the steps of: preparing a monomer composition comprising a water soluble ethylene-based unsaturated monomer containing acidic groups which are at least partially neutralized, an internal cross-linking agent, an initiator, an inorganic filler, and an anionic surfactant; stirring the monomer composition under a shear force at a rate of 3000 to 20,000 rpm to generate bubbles in the monomer composition; preparing a hydrogel polymer by cross-linking the monomer composition; and preparing a base resin powder by drying, pulverizing, and classifying the hydrogel polymer, wherein the monomer has acidic groups which are at least 80 mol% neutralized, and the anionic surfactant has 10 or more carbon atoms or HLB of 15 or more, and includes a compound in the form of a sulfate salt, a carboxylate salt or a phosphate salt. preparing a monomer composition comprising a water soluble ethylene-based unsaturated monomer containing acidic groups which are at least partially neutralized, an internal cross-linking agent, an initiator, an inorganic filler, and an anionic surfactant; stirring the monomer composition under a shear force at a rate of 3000 to 20,000 rpm to generate bubbles in the monomer composition; preparing a hydrogel polymer by cross-linking the monomer composition; and preparing a base resin powder by drying, pulverizing, and classifying the hydrogel polymer, wherein the monomer has acidic groups which are at least 80 mol% neutralized, and the anionic surfactant has 10 or more carbon atoms or HLB of 15 or more, and includes a compound in the form of a sulfate salt, a carboxylate salt or a phosphate salt.
Corner cupboard, with an inlet opening arranged at the front, with side walls (5a, 5b), with rear walls (5c, 5d) and with a shelf, having at least two shelves (14, 15) which can be rotated about a vertical axis and can be displaced transversely to the axis, can be actuated independently of one another, can be arranged one above the other and are positioned on shelf supports, wherein the lower shelf is supported on a pivot bearing, which in turn is arranged on the base of the corner cupboard and wherein an arranged support is located in each case between two shelf supports, which support can be fastened to the vertical walls of the corner cupboard and carries a corresponding pivot bearing for the upper shelf support, characterized in that the support can be operatively connected to at least one rear wall (5c, 5d) or a stationary vertical auxiliary support arranged opposite the inlet opening, wherein, in the case of a two-legged design of the support, the latter can be fastened in a height-adjustable manner to auxiliary supports, which are either designed in one piece with rear walls of the corner cupboard or can be arranged on the latter, and a bracket is arranged on the lower shelf support of the shelf, which bracket supports the support arranged above it in a movable manner via a separable bearing, or wherein in the case of a straight-line design of the support, the latter is fastened in a height-adjustable manner to the vertical auxiliary support, which can be fastened at least partially either to a rear wall of the cupboard and/or to a rear wall of the building the support can be operatively connected to at least one rear wall (5c, 5d) or a stationary vertical auxiliary support arranged opposite the inlet opening, wherein, in the case of a two-legged design of the support, the latter can be fastened in a height-adjustable manner to auxiliary supports, which are either designed in one piece with rear walls of the corner cupboard or can be arranged on the latter, and a bracket is arranged on the lower shelf support of the shelf, which bracket supports the support arranged above it in a movable manner via a separable bearing, or wherein in the case of a straight-line design of the support, the latter is fastened in a height-adjustable manner to the vertical auxiliary support, which can be fastened at least partially either to a rear wall of the cupboard and/or to a rear wall of the building
Apparatus for the customization of a footwear comprising an element made of thermoplastic material, said apparatus comprising: - a heating assembly, comprising one or more heating elements; - a shaping assembly, comprising a male member and a female member, said male member and said female member being movable with respect to each other and suitable for acting on opposite faces of a wall of said element made of thermoplastic material; wherein said apparatus comprises a frame and said heating assembly and said shaping assembly are both mounted on said common frame, wherein said frame comprises a plurality of frame arms (16, 18), connected to one another at a first end and carrying, at the second, opposite end, respective supporting arms (20, 22) for said heating assembly and for said male member and said female member of said shaping assembly, characterized in that said heating assembly is mounted on its supporting arm so as to be movable in translation independently from said male member and said female member of said shaping assembly. - a heating assembly, comprising one or more heating elements; - a shaping assembly, comprising a male member and a female member, said male member and said female member being movable with respect to each other and suitable for acting on opposite faces of a wall of said element made of thermoplastic material;
A signalling system for the exterior of a vehicle, said system comprising: • a support element configured to house at least one LED connectable to a control unit configured to power said LED; • a frame configured to house said support element,said signalling system being characterized by comprising: • an electroluminescent film connectable to said control unit configured to power said electroluminescent film and housed in said frame, • an opaque sticker that shows a silhouette; said electroluminescent film being arranged in front of said at least one LED of said support element and said opaque sticker being attached onto the surface of said electroluminescent film opposite to the one placed in front of said at least one LED of said support element, said frame being configured to be fixed externally to a wall of said vehicle. • a support element configured to house at least one LED connectable to a control unit configured to power said LED; • a frame configured to house said support element,said signalling system being characterized by comprising: • an electroluminescent film connectable to said control unit configured to power said electroluminescent film and housed in said frame, • an opaque sticker that shows a silhouette; said electroluminescent film being arranged in front of said at least one LED of said support element and said opaque sticker being attached onto the surface of said electroluminescent film opposite to the one placed in front of said at least one LED of said support element, said frame being configured to be fixed externally to a wall of said vehicle. said electroluminescent film being arranged in front of said at least one LED of said support element and said opaque sticker being attached onto the surface of said electroluminescent film opposite to the one placed in front of said at least one LED of said support element, said frame being configured to be fixed externally to a wall of said vehicle.
A computer-implemented method for the training of a user, who is a wound care professional, in a VR environment comprising the steps: a. Displaying a first 3D interactive scene by the technical means of virtual reality, which represents a medical scenario comprising an image of a wound, whereby the technical means of virtual reality include a head-mounted display, b. Providing the user with multiple wound treatment options c. Receiving and processing a user input corresponding to one or more wound treatment selections performed by the user, whereby each wound treatment selection is based on one of the wound treatment options d. Evaluating the user input e. Displaying a further 3D interactive scene updated in relation to the wound healing process, whereby the updating is based on the evaluation of the user input, so that the user can experience a realistic wound healing process in time-lapse. a. Displaying a first 3D interactive scene by the technical means of virtual reality, which represents a medical scenario comprising an image of a wound, whereby the technical means of virtual reality include a head-mounted display, b. Providing the user with multiple wound treatment options c. Receiving and processing a user input corresponding to one or more wound treatment selections performed by the user, whereby each wound treatment selection is based on one of the wound treatment options d. Evaluating the user input e. Displaying a further 3D interactive scene updated in relation to the wound healing process, whereby the updating is based on the evaluation of the user input, so that the user can experience a realistic wound healing process in time-lapse.
A blade row of a continuous-flow machine, having at least one blade channel which is limited by a pressure-side wall of a blade and by an opposite suction-side wall of an adjacent blade in the circumferential direction (u), which is limited by two opposite partition walls in the radial direction (z), and which is limited by leading edges (10a, 10b) and by trailing edges (12a, 12b) of the blades (2a, 2b) in the direction of a main flow, wherein at least one of the partition walls is provided with at least one deepening on the suction side and has at least one elevation on the pressure side, wherein the deepening on the suction side is spaced from the suction-side wall in the circumferential direction (u) and is arranged with a section upstream and with a section downstream of the leading edges (10a, 10b), the elevation on the pressure side passes into the pressure-side wall and is arranged in a front blade area, wherein a deepening on the pressure side is provided which is arranged upstream of the elevation on the pressure side, and wherein the deepening on the suction side has a deepest section which extends upstream and downstream of the leading edges (10a, 10b), characterized in that the deepening on the pressure side is funnel-shaped and its deepest section is arranged radially outside to the deepest section of the deepening on the suction side.
A smoke purification device adapted for use in connection with a furnace system, such as a wood burner, a wood burning stove, an open fireplace, a furnace, stove or heath for burning wood or a smaller furnace or boiler for burning biomass fuel or wood pellets, said furnace system comprising a furnace and an outflow pipe, wherein the smoke purification device comprises: an exit gas cleaning bag arranged in an exit gas chamber of the smoke purification device, a construction for cleaning the exit gas cleaning bag, a housing for receiving residual or waste products, an access device for opening and/or closing the housing and a door or hatch adapted for enabling removal of residual or waste products, the exit gas cleaning bag and the like, all of which are adapted to be arranged at or in connection with the furnace, and an air bleeding device adapted for removing exit gases by suction through the exit gas cleaning bag, a valve for opening or closing for the exit gases and a plurality of openings for entry of combustion air through an outer air chamber of the smoke purification device to the furnace, the combustion air thereby getting preheated by the exit gas chamber of the smoke purification device, the air bleeding device, the valve and the plurality of openings being arranged at an end of the exit gas chamber opposite to the housing. an exit gas cleaning bag arranged in an exit gas chamber of the smoke purification device, a construction for cleaning the exit gas cleaning bag, a housing for receiving residual or waste products, an access device for opening and/or closing the housing and a door or hatch adapted for enabling removal of residual or waste products, the exit gas cleaning bag and the like, all of which are adapted to be arranged at or in connection with the furnace, and an air bleeding device adapted for removing exit gases by suction through the exit gas cleaning bag, a valve for opening or closing for the exit gases and a plurality of openings for entry of combustion air through an outer air chamber of the smoke purification device to the furnace, the combustion air thereby getting preheated by the exit gas chamber of the smoke purification device, the air bleeding device, the valve and the plurality of openings being arranged at an end of the exit gas chamber opposite to the housing.
An interlayer film for laminated glass comprising a thermoplastic resin layer containing a thermoplastic resin and one of a compound having a structure represented by the following general formula and a compound having a structure represented by the following general formula: in the general formula, M is a polyvalent metal, in the general formula, R 21 and R 22 are individually an organic group, and M is a polyvalent metal, wherein R 1 in the general formula and the general formula is an organic group including an ether bond, R 2 is a hydrogen atom or a hydroxyl group, R 3 is a hydrogen atom, a hydroxyl group, or a group represented by NR 25 R 26, wherein R 25 and R 26 are individually an organic group, R 4 is a hydrogen atom, a hydroxyl group, or an organic group including an ester bond, and R 5 is a hydrogen atom or a hydroxyl group. in the general formula, M is a polyvalent metal, in the general formula, R 21 and R 22 are individually an organic group, and M is a polyvalent metal, wherein R 1 in the general formula and the general formula is an organic group including an ether bond, R 2 is a hydrogen atom or a hydroxyl group, R 3 is a hydrogen atom, a hydroxyl group, or a group represented by NR 25 R 26, wherein R 25 and R 26 are individually an organic group, R 4 is a hydrogen atom, a hydroxyl group, or an organic group including an ester bond, and R 5 is a hydrogen atom or a hydroxyl group. wherein R 1 in the general formula and the general formula is an organic group including an ether bond, R 2 is a hydrogen atom or a hydroxyl group, R 3 is a hydrogen atom, a hydroxyl group, or a group represented by NR 25 R 26, wherein R 25 and R 26 are individually an organic group, R 4 is a hydrogen atom, a hydroxyl group, or an organic group including an ester bond, and R 5 is a hydrogen atom or a hydroxyl group.
Method for creating apertures with sealed edges in a web shaped material comprising: feeding a web-shaped material through a nip between a rotational ultrasonic horn and a rotational anvil roller, so as to create melted regions in said web-shaped material, while the web is residing on the anvil roller having a rotational speed, characterised in controlling the rotational speed of the ultrasonic horn to a speed other than that of the anvil roller, such that a speed difference is created between the horn and the anvil roller, the speed difference being selected such that a stress created in the web acts to rupture the centres of the melted regions in the web-shaped material, whereby said apertures with sealed edges are created. feeding a web-shaped material through a nip between a rotational ultrasonic horn and a rotational anvil roller, so as to create melted regions in said web-shaped material, while the web is residing on the anvil roller having a rotational speed, characterised in controlling the rotational speed of the ultrasonic horn to a speed other than that of the anvil roller, such that a speed difference is created between the horn and the anvil roller, the speed difference being selected such that a stress created in the web acts to rupture the centres of the melted regions in the web-shaped material, whereby said apertures with sealed edges are created.
A device for connecting additional parts such as gauze strips, lining material strips, if applicable, with headbands attached to the ends thereof, tubings and similar lining parts to the spine of a book block in book production lines, • with a transport device that laterally grips book blocks in identical cycle intervals and intermittently transports said book blocks in the longitudinal direction of the spine, • with a glue application device for the book block spines, • with a feed device that delivers the lining part to a transfer point (40, 55), which is spaced apart from the book block spine, • with a transfer device that picks up the lining part from the transfer point (40, 55) with the aid of a transport means and deposits said lining part on the glued book block spine, and • with a pressing device for pressing the entire surface of the lining part against the book block spine, wherein • at least two feed devices (30, 50, 90a, 90b, 91a, 91b, 82, 85) for lining parts (58, 41, 83, 87, 4a, 4b) are assigned to the transfer device (20, 70, 80), and wherein • the transport means (23.1... 23.3, 71) is designed for accommodating multiple lining parts (58, 41, 83, 87, 4a, 4b) and can be successively moved to the transfer points (40, 55) of the feed devices (30, 50, 90a, 90b, 91 a, 91 b, 82, 85) in order to combine the lining parts (58, 41, 83, 87, 4a, 4b) into a lining part complex (2, 3, 4), as well as subsequently moved to the book block spine (1 a) in order to deposit the lining part complex (2, 3, 4) on the book block spine in a single connecting step, characterized in that the transport means (23.1... 23.3, 71) is intermittently driven rotationally with a superimposed radial outward motion. • with a transport device that laterally grips book blocks in identical cycle intervals and intermittently transports said book blocks in the longitudinal direction of the spine, • with a glue application device for the book block spines, • with a feed device that delivers the lining part to a transfer point (40, 55), which is spaced apart from the book block spine, • with a transfer device that picks up the lining part from the transfer point (40, 55) with the aid of a transport means and deposits said lining part on the glued book block spine, and • with a pressing device for pressing the entire surface of the lining part against the book block spine, wherein • at least two feed devices (30, 50, 90a, 90b, 91a, 91b, 82, 85) for lining parts (58, 41, 83, 87, 4a, 4b) are assigned to the transfer device (20, 70, 80), and wherein • the transport means (23.1... 23.3, 71) is designed for accommodating multiple lining parts (58, 41, 83, 87, 4a, 4b) and can be successively moved to the transfer points (40, 55) of the feed devices (30, 50, 90a, 90b, 91 a, 91 b, 82, 85) in order to combine the lining parts (58, 41, 83, 87, 4a, 4b) into a lining part complex (2, 3, 4), as well as subsequently moved to the book block spine (1 a) in order to deposit the lining part complex (2, 3, 4) on the book block spine in a single connecting step,