mhurhangee/ep-ind-claims huggingface dataset:
A laminating device (100, 100', 100") for laminating a material sheet booklet for a document type selected from a plurality of different identification, value, or security document types, wherein the material sheet booklet comprises a document-type-specific selection of material sheets in a document-type-specific sequence, wherein the laminating device (100, 100', 100") comprises a lamination plate supply station which keeps available lamination plates of different lamination plate pairs for the different document types, a lamination plate changer, which is configured to remove a first and a second lamination plate of the lamination plate pairs in accordance with the document type of the material sheet booklet from the lamination plate supply station and to arrange them in a receptacle of a lamination plate transport device (116, 116', 116"), lamination stations, which are arranged side by side in a row, wherein the lamination plate transport device (116, 116', 116") is configured to transport the two lamination plates in the receptacle to the individual lamination stations one after the other, said lamination stations each being configured to apply pressure and heat in a predefined manner to the two lamination plates in order to laminate the material sheet booklet, a dispensing device, which is configured to introduce the material sheet booklet to be laminated between the first and second lamination plates in the receptacle, and a removing device, which is configured to remove the laminated material sheet booklet from between the two lamination plates.
A method for compressing compensation data assigned to each of a plurality of pixels of an organic light emitting diode display device arranged in an n dimensional array, wherein n is a natural number equal to or greater than 1 and equal to or lower than 3, the method comprising: generating a quantization grid, having an n dimensional conformation, to which a quantization step value is assigned at positions thereon corresponding to positions of each pixel of the n dimensional array; assigning a quantization step value to each position of said quantization grid using a quantization function determined according to a preset quantization parameter and the array dimension n; the quantization function being such that a first quantization step value is assigned to the quantization grid at each of the positions thereon in a regular interval in at least one dimension, said regular interval being determined by said preset quantization parameter, and a second quantization step value different from the first quantization value is assigned at each of the remaining positions on the quantization grid, quantizing, for each of the plurality of pixels, the assigned compensation data using the corresponding quantization step value when the quantization step value is assigned; and compressing the quantized compensation data; wherein the preset quantization parameter is adjustable. generating a quantization grid, having an n dimensional conformation, to which a quantization step value is assigned at positions thereon corresponding to positions of each pixel of the n dimensional array; assigning a quantization step value to each position of said quantization grid using a quantization function determined according to a preset quantization parameter and the array dimension n; the quantization function being such that a first quantization step value is assigned to the quantization grid at each of the positions thereon in a regular interval in at least one dimension, said regular interval being determined by said preset quantization parameter, and a second quantization step value different from the first quantization value is assigned at each of the remaining positions on the quantization grid, quantizing, for each of the plurality of pixels, the assigned compensation data using the corresponding quantization step value when the quantization step value is assigned; and compressing the quantized compensation data; wherein the preset quantization parameter is adjustable.
Pinch clamp device for a flexible tube, and suitable for forming a pinch clamp arrangement with said flexible tube for being installed within a medical pump comprising an openable cover such that the pinch clamp device prevents free flow of a fluid through the flexible tube if the cover of the pump is opened or if the pinch clamp arrangement is removed from the pump, the pinch clamp device comprising a first part and a second part that are movable with respect to each other, wherein the first part comprises a first conduit for housing a flexible tube and the second part comprises a second conduit for housing the same flexible tube, wherein the first part and the second part are arranged in an interacting manner such that the pinch clamp device can be present in a first position or in a second position, wherein a flow of a fluid within a flexible tube arranged inside the first conduit and the second conduit is enabled in the first position, and wherein a flow of a fluid within a flexible tube arranged inside the first conduit and the second conduit is prevented in the second position, wherein the second part can be moved along an extension direction of the first conduit, and the second part is nested within the first part, and wherein the second part comprises a flexible extension extending along the second conduit, wherein the flexible extension can be present in a relaxed position or in a compressed position, wherein the pinch clamp device is in the first position if the flexible extension is in its relaxed position, and wherein the pinch clamp device is in the second position if the flexible extension is in its compressed position, wherein the first part and the second part are designed axisymmetrically. characterized in that the flexible extension has a free end and comprises a protrusion on the free end, wherein the protrusion extends radially away from the second conduit, wherein the protrusion is received in a recess in the first part if the flexible extension is in its relaxed position and abuts an inner wall of the first conduit if the flexible extension is in its compressed position, such that the flexible extension is bent towards the symmetry axis and presses against the flexible tube to prevent flow of fluid within the flexible tube.
Method for detecting a turn-off current through an electronic switch for a DC voltage grid, wherein the electronic switch comprises two turn-off semiconductor switches, wherein the two turn-off semiconductor switches are arranged in such a way that they can each turn off a current having a different polarity through the electronic switch, wherein the two turn-off semiconductor switches are arranged either in antiseries, in the case of reverse conducting semiconductor switches, or in antiparallel, in the case of reverse blocking semiconductor switches, in the electronic switch, wherein a first of the turn-off semiconductor switches comprises at least four terminals (G, C, E, E'), wherein a second of the turn-off semiconductor switches comprises at least three terminals (G, C, E), wherein at the first of the two turn-off semiconductor switches a first voltage (U overcurrent,1) is measured between an emitter terminal and an auxiliary emitter terminal (E') and at a second of the two turn-off semiconductor switches a second voltage (U overcurrent,2) is measured between a collector terminal and an emitter terminal or between a drain terminal and a source terminal, wherein the measured voltage (U overcurrent,1, U overcurrent,2) or the time integral of the measured voltage (U overcurrent,1, U overcurrent,2) is compared in each case with a reference value (X ref) and the relevant turn-off semiconductor switch is turned off in the event of the reference value (X ref) being exceeded.
An image forming system, comprising: an image forming portion (120, 121, 122, 123) configured to form an image on a first sheet; a conveyance unit configured to convey the first sheet on which the image has been formed by the image forming portion (120, 121, 122, 123); a transparent member provided downstream of the conveyance unit in a conveyance direction in which the first sheet is conveyed; a reading unit (702, 703) including a reading sensor configured to read the image on the first sheet through the transparent member at a reading position in the conveyance direction; a reference member (831, 832) provided on the transparent member on a side opposite to the reading unit (702, 703) with respect to the transparent member; a guide member configured to guide, to the reading position, the first sheet conveyed in the conveyance direction, the reference member (831, 832) being covered with the guide member; and a controller configured to perform shading correction on image data obtained by the reading unit (702, 703) reading the image on the first sheet based on image data obtained by the reading unit (702, 703) reading the reference member (830, 831) through the transparent member, and to set, based on image data obtained by the reading unit and subjected to the shading correction, an image forming condition for forming an image on a second sheet by the image forming portion (120, 121, 122, 123), wherein the image forming portion (120, 121, 122, 123) is configured to form the image on the second sheet based on the image forming condition set by the controller. an image forming portion (120, 121, 122, 123) configured to form an image on a first sheet; a conveyance unit configured to convey the first sheet on which the image has been formed by the image forming portion (120, 121, 122, 123); a transparent member provided downstream of the conveyance unit in a conveyance direction in which the first sheet is conveyed; a reading unit (702, 703) including a reading sensor configured to read the image on the first sheet through the transparent member at a reading position in the conveyance direction; a reference member (831, 832) provided on the transparent member on a side opposite to the reading unit (702, 703) with respect to the transparent member; a guide member configured to guide, to the reading position, the first sheet conveyed in the conveyance direction, the reference member (831, 832) being covered with the guide member; and a controller configured to perform shading correction on image data obtained by the reading unit (702, 703) reading the image on the first sheet based on image data obtained by the reading unit (702, 703) reading the reference member (830, 831) through the transparent member, and to set, based on image data obtained by the reading unit and subjected to the shading correction, an image forming condition for forming an image on a second sheet by the image forming portion (120, 121, 122, 123), wherein the image forming portion (120, 121, 122, 123) is configured to form the image on the second sheet based on the image forming condition set by the controller.
Induction cooking hob device having at least one variable cooking area, at least one display unit which is embodied as an operator interface unit, at least one sensor unit, which is provided to detect at least one geometry variable of at least one piece of cookware disposed in the cooking area and having at least one control unit which is provided to start an individual measurement of the sensor unit at the request of the operator and to store at least one geometry variable detected in the process, wherein the control unit is provided to store the at least one detected geometry variable at least until a reset situation occurs, and wherein the control unit is provided to at least visualise the one detected geometry variable by way of the display unit in at least one operating state, characterised in that the control unit is provided to start an individual measurement upon actuation of a free area of the visualised hob on the display unit, in other words an area which is not concealed by a visualised piece of cookware.
An apparatus for treating a tissue site with negative pressure, the apparatus comprising: a tissue interface comprising a manifold and a film covering at least two sides of the manifold, the manifold and the film formed from a hydrophobic material; a plurality of elastomeric valves through the film, the plurality of elastomeric valves configured to expand in response to a pressure gradient across the film; and a cover configured to be attached to the tissue site; wherein the cover and the tissue interface are assembled in a stacked relationship with the cover configured to be attached to an attachment surface adjacent to the tissue site; wherein each of the elastomeric valves is normally closed when unstrained to substantially prevent liquid flow, and opens in response to the pressure gradient. a tissue interface comprising a manifold and a film covering at least two sides of the manifold, the manifold and the film formed from a hydrophobic material; a plurality of elastomeric valves through the film, the plurality of elastomeric valves configured to expand in response to a pressure gradient across the film; and a cover configured to be attached to the tissue site; wherein the cover and the tissue interface are assembled in a stacked relationship with the cover configured to be attached to an attachment surface adjacent to the tissue site; wherein each of the elastomeric valves is normally closed when unstrained to substantially prevent liquid flow, and opens in response to the pressure gradient.
A method of printing an ultranarrow line of a functional material, the method comprising: providing a substrate having an interlayer on the substrate; and printing the ultranarrow line by depositing ink on the interlayer of the substrate, the ink comprising the functional material and a solvent mixture that partially dissolves the interlayer on the substrate and causes the ink to shrink and sink into the interlayer on the substrate thereby reducing a width of the line, wherein a height-to-width ratio of the line is 0.7. providing a substrate having an interlayer on the substrate; and printing the ultranarrow line by depositing ink on the interlayer of the substrate, the ink comprising the functional material and a solvent mixture that partially dissolves the interlayer on the substrate and causes the ink to shrink and sink into the interlayer on the substrate thereby reducing a width of the line, wherein a height-to-width ratio of the line is 0.7.
A forming and filling head for simultaneously forming and filling a polymeric container with liquid, the forming and filling head comprising: a nozzle shaft assembly including a first portion removably engaged with a second portion, the nozzle shaft assembly defines a through-bore extending through each of the first portion and the second portion; an annular seal within the through-bore and seated at one of the first portion and the second portion to permit access to the annular seal when the first portion and the second portion are disengaged; and flow ports defined by a wall of the nozzle shaft assembly, the flow ports extending from an exterior of the nozzle shaft assembly to the through-bore to direct the liquid for forming and filling the polymeric container into the through-bore; characterized in that the second portion is a nozzle shaft sleeve removably seated in the through-bore, the annular seal being seated on the nozzle shaft sleeve. a nozzle shaft assembly including a first portion removably engaged with a second portion, the nozzle shaft assembly defines a through-bore extending through each of the first portion and the second portion; an annular seal within the through-bore and seated at one of the first portion and the second portion to permit access to the annular seal when the first portion and the second portion are disengaged; and flow ports defined by a wall of the nozzle shaft assembly, the flow ports extending from an exterior of the nozzle shaft assembly to the through-bore to direct the liquid for forming and filling the polymeric container into the through-bore; characterized in that the second portion is a nozzle shaft sleeve removably seated in the through-bore, the annular seal being seated on the nozzle shaft sleeve.
An oral, intra-rectal, or other gut-related pharmaceutical composition comprising an IL-22 protein and an absorption enhancer, wherein the absorption enhancer is N(8-[2-hydroxybenzoyl]amino)caprylic acid or a salt of said NAC.
Composition for buccodental use of extract of brown algae comprising a mixture of algae with at least Ascophyllum nodosum and Fucus spp., which is characterized in that said mixture of algae has a proportion of Ascophyllum nodosum of at least 90% of the weight of the mixture and the proportion of Fucus spp. is at most 10% of the weight of the mixture, and in that said extract is combined with at least one silver-loaded zeolite.
A solenoid comprising: a primary package that is made of a molding resin and covers a solenoid body in which a coil is wound around a bobbin; the primary package integrally including a disc-shaped first covering portion covering the outer peripheral surface and the upper surface of the solenoid body and a secondary package that is made of a molding resin and covers the primary package, wherein a flange portion covered with the secondary package is integrally provided on the outer peripheral surface of the disc-shaped first covering portion in the primary package, characterized in that the flange portion has a plurality of through holes arranged along a circumference so that the through holes are filled with a part of the molding resin constituting the secondary package. a primary package that is made of a molding resin and covers a solenoid body in which a coil is wound around a bobbin; the primary package integrally including a disc-shaped first covering portion covering the outer peripheral surface and the upper surface of the solenoid body and a secondary package that is made of a molding resin and covers the primary package, wherein a flange portion covered with the secondary package is integrally provided on the outer peripheral surface of the disc-shaped first covering portion in the primary package, characterized in that the flange portion has a plurality of through holes arranged along a circumference so that the through holes are filled with a part of the molding resin constituting the secondary package.
A saddled vehicle, comprising a handle steering shaft that is operated by a handle, a main frame that rotatably supports the handle steering shaft, a front wheel steering shaft that is disposed in front of the handle steering shaft and steers a front wheel, a fork support portion that rotatably supports the front wheel steering shaft, link members (66, 67) that swingably connect the respective main frame and fork support portion, a shock absorber that is laid on the respective main frame and link members (66, 67), and a front fork including the front wheel steering shaft at an upper portion while pivotally supporting the front wheel at a lower end portion, wherein the front fork comprises a pair of left and right arm portions, and a bridge portion integrally connecting the left and right arm portions, characterized in that lightening holes (12h, 12j, 12p) are provided in the arm portion, the lightening holes (12h, 12j, 12p) are covered with a cover member that is provided to be exposed to an outer side surface of the arm portion, from outside.
Musical or striking watch, which is provided with an acoustic radiation arrangement, the watch including a watch case (2, 7) formed at least of a case middle and a back cover removably secured to the case middle and at least a front crystal for closing said case, characterized in that the acoustic radiation arrangement includes a connecting support part fixed in the back cover of the case between a back bezel and a back crystal, in that the back bezel includes several lateral openings, and in that a cavity is defined between the connecting support part and the lateral openings of the back crystal.
A battery module (100, 200, 300), comprising: a housing (106, 206, 306) that defines an inner volume (108, 208, 308) and comprises an airflow path from an aperture (116, 216, 316) formed in a first end member (118, 218, 318) of the housing, through the inner volume, and to an aperture (124, 224, 324) formed in a second end member (126, 226, 326) of the housing; a plurality of power cells (102, 202, 302) mounted in the inner volume (108, 208, 308) of the housing (106, 206, 306), each of the power cells comprising a vent member (122, 222, 322) at an end of the power cell; and a flame arrestor (112, 212, 312) mounted across the airflow path and between the plurality of power cells (102, 202, 302) and the aperture (124, 224, 324) formed in the second end member (126, 226, 326) of the housing (106, 206, 306), the flame arrestor comprising a screen (414, 424) that comprises a plurality of fluid pathways sized to allow an airflow from the airflow path through the fluid pathways and sized to impede a combusted fluid to pass therethrough. a housing (106, 206, 306) that defines an inner volume (108, 208, 308) and comprises an airflow path from an aperture (116, 216, 316) formed in a first end member (118, 218, 318) of the housing, through the inner volume, and to an aperture (124, 224, 324) formed in a second end member (126, 226, 326) of the housing; a plurality of power cells (102, 202, 302) mounted in the inner volume (108, 208, 308) of the housing (106, 206, 306), each of the power cells comprising a vent member (122, 222, 322) at an end of the power cell; and a flame arrestor (112, 212, 312) mounted across the airflow path and between the plurality of power cells (102, 202, 302) and the aperture (124, 224, 324) formed in the second end member (126, 226, 326) of the housing (106, 206, 306), the flame arrestor comprising a screen (414, 424) that comprises a plurality of fluid pathways sized to allow an airflow from the airflow path through the fluid pathways and sized to impede a combusted fluid to pass therethrough.
An analysis method for a substance to be measured, comprising: (a) introducing a sample into a flow channel having a bypass flow channel and introducing the sample introduced into the bypass flow channel into a measuring device so as to measure signal intensity or concentration of a substance to be measured and/or a carrier in the sample; (b) introducing a sample that has not been introduced into the bypass flow channel into a column so as to adsorb the substance to be measured and/or the carrier; (c) introducing an eluate into the column, eluting the substance to be measured and/or the carrier adsorbed on the column, and introducing the substance and/or the carrier into the measuring device so as to measure the signal intensity or concentration of the eluted substance to be measured and/or the carrier; characterized by (d) calculating a recovery rate of the substance to be measured based on the signal intensity or concentration of the substance to be measured and/or the carrier which is measured in (a) and the signal intensity or concentration of the substance to be measured and/or the carrier which is measured in (c). (a) introducing a sample into a flow channel having a bypass flow channel and introducing the sample introduced into the bypass flow channel into a measuring device so as to measure signal intensity or concentration of a substance to be measured and/or a carrier in the sample; (b) introducing a sample that has not been introduced into the bypass flow channel into a column so as to adsorb the substance to be measured and/or the carrier; (c) introducing an eluate into the column, eluting the substance to be measured and/or the carrier adsorbed on the column, and introducing the substance and/or the carrier into the measuring device so as to measure the signal intensity or concentration of the eluted substance to be measured and/or the carrier; characterized by (d) calculating a recovery rate of the substance to be measured based on the signal intensity or concentration of the substance to be measured and/or the carrier which is measured in (a) and the signal intensity or concentration of the substance to be measured and/or the carrier which is measured in (c).