mhurhangee/patent-ind-claim-en huggingface dataset:
A corrugated fiberboard sheet manufacturing system comprising: production state information acquisition means for acquiring production state information related to a production state of a corrugated fiberboard manufacturing device ; control value information acquisition means for acquiring control value information of a control element of the corrugated fiberboard manufacturing device which affects a warped amount of a manufactured corrugated fiberboard ; warping information acquisition means for acquiring warping information related to the warped amount of the corrugated fiberboard ; storage means for storing an actual data set including at least the production state information, the control value information, and the warping information; a pre-control table in which a standard control value of the control element is set according to the production state; a correction table for setting an initial control value by correcting the standard control value; updating means for updating the correction table by reflecting the actual data set; and control means for feedforward-controlling the control element by using the initial control value. production state information acquisition means for acquiring production state information related to a production state of a corrugated fiberboard manufacturing device ; control value information acquisition means for acquiring control value information of a control element of the corrugated fiberboard manufacturing device which affects a warped amount of a manufactured corrugated fiberboard ; warping information acquisition means for acquiring warping information related to the warped amount of the corrugated fiberboard ; storage means for storing an actual data set including at least the production state information, the control value information, and the warping information; a pre-control table in which a standard control value of the control element is set according to the production state; a correction table for setting an initial control value by correcting the standard control value; updating means for updating the correction table by reflecting the actual data set; and control means for feedforward-controlling the control element by using the initial control value.
A compartment-partitioning and busbar-supporting device for a cabinet for a low voltage electrical switchboard comprising a supporting structure having vertical uprights and horizontal crossbars and housing one or more busbars and one or more electrical apparatuses , said compartment-partitioning and busbar-supporting device comprising an insulating body having a substantially rectangular shape with a first surface configured for coupling with one or more of said busbars and a second surface configured for coupling with one or more of said electrical apparatuses , said first and second surfaces being delimited by a first and a second opposite side substantially parallel to each other, and a third and a fourth opposite sides substantially parallel to each other and perpendicular to said first and second opposite sides and configured for allowing vertical stacking of a plurality of said compartment-partitioning and busbar-supporting devices in correspondence of said third and fourth opposite sides, said second surface being provided with a plurality of openings configured for allowing insertion of connection means between said electrical apparatuses and said busbars through said compartment-partitioning and busbar-supporting device , characterized in that said first and second opposite sides are configured for coupling with one said vertical uprights or horizontal crossbars of said supporting structure of said low voltage electrical switchboard , and in that said first surface being provided with a plurality of retaining pairs of first and second retaining means facing each other and defining a retaining space for a busbar among them, the retaining pairs for a given busbar being aligned in a direction parallel to said first and second opposite sides and the retaining pairs for different busbars being spaced apart in direction parallel to said third and fourth opposite sides.
A method of decoding video data, the method comprising: receiving one or more reference layer identifier IDs in a three-dimensional 3D lookup table for color gamut scalability, wherein the 3D lookup table is for an enhancement layer and wherein the one or more reference layer IDs identifies at least one reference layer of a plurality of reference layers of the video data to which the 3D lookup table is to be applied; applying the 3D lookup table to color components of a reference layer picture, only if the reference layer is identified by the one or more reference layer IDs, to convert the color components from a first color gamut for the reference layers of the video data to a second color gamut for the enhancement layer of the video data; generating an inter-layer reference picture for an enhancement layer picture in the enhancement layer of the video data based on the converted color components; and decoding video blocks of the enhancement layer picture based on the inter-layer reference picture generated using the 3D lookup table. receiving one or more reference layer identifier IDs in a three-dimensional 3D lookup table for color gamut scalability, wherein the 3D lookup table is for an enhancement layer and wherein the one or more reference layer IDs identifies at least one reference layer of a plurality of reference layers of the video data to which the 3D lookup table is to be applied; applying the 3D lookup table to color components of a reference layer picture, only if the reference layer is identified by the one or more reference layer IDs, to convert the color components from a first color gamut for the reference layers of the video data to a second color gamut for the enhancement layer of the video data; generating an inter-layer reference picture for an enhancement layer picture in the enhancement layer of the video data based on the converted color components; and decoding video blocks of the enhancement layer picture based on the inter-layer reference picture generated using the 3D lookup table.
A battery , comprising: an electrode assembly formed by winding a first electrode , a second electrode and a separator interposed between the first electrode and the second electrode around a winding axis, wherein the first electrode includes a first uncoated region free of an active material layer , the first uncoated region being disposed adjacent to an edge of the first electrode extending along a winding direction of the electrode assembly , wherein the first uncoated region is exposed from the separator and at least a part of the first uncoated region itself is used as an electrode tab; a housing in which the electrode assembly is arranged; a first current collector including an edge portion arranged on the electrode assembly , a first uncoated region coupling portion extending inward from the edge portion towards the winding axis and coupled with the first uncoated region , and a terminal coupling portion spaced apart from the first uncoated region coupling portion such that the first uncoated region coupling portion and the terminal coupling portion are not directly connected to each other, wherein the first uncoated region coupling portion and the terminal coupling portion are electrically connected by the edge portion ; and a terminal which is coupled with the terminal coupling portion . an electrode assembly formed by winding a first electrode , a second electrode and a separator interposed between the first electrode and the second electrode around a winding axis, wherein the first electrode includes a first uncoated region free of an active material layer , the first uncoated region being disposed adjacent to an edge of the first electrode extending along a winding direction of the electrode assembly , wherein the first uncoated region is exposed from the separator and at least a part of the first uncoated region itself is used as an electrode tab; a housing in which the electrode assembly is arranged; a first current collector including an edge portion arranged on the electrode assembly , a first uncoated region coupling portion extending inward from the edge portion towards the winding axis and coupled with the first uncoated region , and a terminal coupling portion spaced apart from the first uncoated region coupling portion such that the first uncoated region coupling portion and the terminal coupling portion are not directly connected to each other, wherein the first uncoated region coupling portion and the terminal coupling portion are electrically connected by the edge portion ; and a terminal which is coupled with the terminal coupling portion .
A method for controlling a jet/beam cutting device having a cutting tool by means of which at least one workpiece part can be cut out from a workpiece along a cutting contour , wherein the jet/beam cutting device has a workpiece support (30; 130) with a plurality of support points for receiving a workpiece and the method comprises the following steps: a) defining at least one cutting plan for the workpiece with at least one cutting contour for at least one workpiece part to be cut out of the workpiece ; b) determining the relative position and/or orientation of the workpiece and/or the cutting plan and/or the at least one workpiece part to be cut out in relation to the workpiece support (30; 130); c) determining at least the relative position of the at least one support point of the workpiece support (30; 130) below the at least one workpiece part to be cut out; d) determining at least one risk area on the cutting contour of the at least one workpiece part to be cut out, in which, when the at least one workpiece part to be cut out is cut free, tilting of the at least one workpiece part to be cut out is possible at this risk area ; e) determining at least one starting-cut point and/or one cut-away point for the cutting tool on the cutting contour of the at least one workpiece part to be cut out, taking into account the at least one detected risk area on the cutting contour of the at least one workpiece part to be cut out, wherein the starting-cut point and/or the cut-away point on the at least one workpiece part to be cut out is selected in such a way that, during the free cutting and/or cutting out of the at least one workpiece part to be cut out, tilting of the at least one workpiece part to be cut out is prevented. a) defining at least one cutting plan for the workpiece with at least one cutting contour for at least one workpiece part to be cut out of the workpiece ; b) determining the relative position and/or orientation of the workpiece and/or the cutting plan and/or the at least one workpiece part to be cut out in relation to the workpiece support (30; 130); c) determining at least the relative position of the at least one support point of the workpiece support (30; 130) below the at least one workpiece part to be cut out; d) determining at least one risk area on the cutting contour of the at least one workpiece part to be cut out, in which, when the at least one workpiece part to be cut out is cut free, tilting of the at least one workpiece part to be cut out is possible at this risk area ; e) determining at least one starting-cut point and/or one cut-away point for the cutting tool on the cutting contour of the at least one workpiece part to be cut out, taking into account the at least one detected risk area on the cutting contour of the at least one workpiece part to be cut out, wherein the starting-cut point and/or the cut-away point on the at least one workpiece part to be cut out is selected in such a way that, during the free cutting and/or cutting out of the at least one workpiece part to be cut out, tilting of the at least one workpiece part to be cut out is prevented.
A power transmission device comprising: a motor ; a first planetary reduction gear connected downstream of the motor ; a second planetary reduction gear connected downstream of the first planetary reduction gear ; a differential gear connected downstream of the second planetary reduction gear ; and a drive shaft connected downstream of the differential gear , wherein the drive shaft is arranged penetrating an inner circumference of a rotor of the motor , an inner circumference of a sun gear of the first planetary reduction gear , and an inner circumference of a sun gear of the second planetary reduction gear , the differential gear has a differential case , the sun gear of the second planetary reduction gear is an input element of the second planetary reduction gear , a carrier is an output element of the second planetary reduction gear , and a ring gear of the second planetary reduction gear is a fixed element, and the differential case is integrally formed with the carrier , characterized in that a cylindrical part that is an outer circumference part and a portion of the differential case positioned between the first planetary reduction gear and the second planetary reduction gear is supported at an inner circumference side of a case member with a first bearing (B3) being interposed, a side plate of the carrier has an outer diameter side further to the outer diameter side than a ring gear of the first planetary reduction gear , and the cylindrical part is provided at the outer diameter side of the side plate , extending to a first planetary reduction gear side. a motor ; a first planetary reduction gear connected downstream of the motor ; a second planetary reduction gear connected downstream of the first planetary reduction gear ; a differential gear connected downstream of the second planetary reduction gear ; and a drive shaft connected downstream of the differential gear , wherein the drive shaft is arranged penetrating an inner circumference of a rotor of the motor , an inner circumference of a sun gear of the first planetary reduction gear , and an inner circumference of a sun gear of the second planetary reduction gear , the differential gear has a differential case , the sun gear of the second planetary reduction gear is an input element of the second planetary reduction gear , a carrier is an output element of the second planetary reduction gear , and a ring gear of the second planetary reduction gear is a fixed element, and the differential case is integrally formed with the carrier , characterized in that a cylindrical part that is an outer circumference part and a portion of the differential case positioned between the first planetary reduction gear and the second planetary reduction gear is supported at an inner circumference side of a case member with a first bearing (B3) being interposed, a side plate of the carrier has an outer diameter side further to the outer diameter side than a ring gear of the first planetary reduction gear , and the cylindrical part is provided at the outer diameter side of the side plate , extending to a first planetary reduction gear side.
A method for producing 2-aminoethyl methacrylate hydrochloride, comprising Step (A) of reacting a ketimine compound of 2-aminoethyl methacrylate represented by Formula or below, wherein, in Formula , R 1 and R 2 each independently represent an alkyl group or an aryl group with a carbon number of 1-12, wherein, in Formula , R 3 represents a bivalent hydrocarbon group with a carbon number of 3-10 that forms a ring with a carbon atom to which it binds, and may partly have a double bond, with water and hydrogen chloride to obtain a mixture containing 2-aminoethyl methacrylate hydrochloride represented by Formula below, wherein, in Step (A), the ratio of the whole amount of hydrogen chloride to the whole amount of the ketimine compound of 2-aminoethyl methacrylate is in a range of 1.0-1.5 in equivalent ratio, and the ratio of the whole amount of water to the whole amount of the ketimine compound of 2-aminoethyl methacrylate is in a range of 1.0-2.0 in equivalent ratio.
Tracked undercarriage roller assembly comprising: a roller body having an inner cavity delimited by a radially inner surface and a shaft inserted into the inner cavity of the roller body ; a rolling bearing comprising a single radially outer bearing ring , a first radially inner bearing ring and a second radially inner bearing ring , a first assembly of rolling bodies and a second assembly of rolling bodies , wherein the first assembly of rolling bodies is radially interposed between the radially outer bearing ring and the first radially inner bearing ring , the second assembly of rolling bodies is radially interposed between the radially outer bearing ring and the second radially inner bearing ring , wherein the radially outer bearing ring is in contact with the radially inner surface of the roller body and wherein the first radially inner bearing ring and the second radially inner bearing ring are in contact with the shaft . a roller body having an inner cavity delimited by a radially inner surface and a shaft inserted into the inner cavity of the roller body ; a rolling bearing comprising a single radially outer bearing ring , a first radially inner bearing ring and a second radially inner bearing ring , a first assembly of rolling bodies and a second assembly of rolling bodies , wherein the first assembly of rolling bodies is radially interposed between the radially outer bearing ring and the first radially inner bearing ring , the second assembly of rolling bodies is radially interposed between the radially outer bearing ring and the second radially inner bearing ring , wherein the radially outer bearing ring is in contact with the radially inner surface of the roller body and wherein the first radially inner bearing ring and the second radially inner bearing ring are in contact with the shaft .
A filter element for decomposing contaminants comprising: a substrate ; and a photocatalytic composition comprising at least a photocatalyst and a co-catalyst , wherein the photocatalyst contains WO 3 and the co-catalyst contains CeO 2 , and wherein the substrate is a gas permeable support, characterized in that the molar ratio of WO 3 to CeO 2 is 1:5 to 5:1. a substrate ; and a photocatalytic composition comprising at least a photocatalyst and a co-catalyst , wherein the photocatalyst contains WO 3 and the co-catalyst contains CeO 2 , and wherein the substrate is a gas permeable support, characterized in that the molar ratio of WO 3 to CeO 2 is 1:5 to 5:1.
An ion funnel comprising a plurality of individual faces , each face being formed from a printed circuit board, the faces being arranged edge to edge relative to one another to form a pyramidal structure having a base and an apex , an entrance to the ion funnel being defined at the base of the pyramidal structure and an exit from the ion funnel being defined at the apex of the pyramidal structure, the funnel being configured to define an ion path within the pyramidal structure between the entrance and the exit, each of the plurality of faces having a plurality of separate and distinct electrode tracks defined on a respective inner surface , the plurality of electrode tracks being arranged substantially transverse to the ion path and extending from the base to the apex , and wherein adjacent electrode tracks are operatively coupled to both radio frequency, RF, and DC voltages to effect RF ion confinement to focus and direct an ion beam towards the exit of the funnel, and characterised in that the funnel further comprises DC biased guard rails provided at the edges of each of the faces, the guard rails being configured to operatively bias ions away from the edges of the faces , the guard rails extending from the base to the apex of the pyramidal structure
A DC circuit breaker comprising a fuse breaker unit to interrupt a large current with a fuse , wherein the fuse breaker unit includes a plurality of the fuses connected in parallel to each other, a plurality of switches connected in series to the fuses , respectively, a controller to control the plurality of switches , and a high-speed disconnector that is connected in parallel to the plurality of fuses and their respective switches and is opened when a fault current is detected, characterised in that the DC circuit breaker further comprises a self-excited-oscillation type DC circuit breaker unit that is connected in series to the fuse breaker unit and interrupts a small current with a self-excited oscillation method. a plurality of the fuses connected in parallel to each other, a plurality of switches connected in series to the fuses , respectively, a controller to control the plurality of switches , and a high-speed disconnector that is connected in parallel to the plurality of fuses and their respective switches and is opened when a fault current is detected, characterised in that the DC circuit breaker further comprises a self-excited-oscillation type DC circuit breaker unit that is connected in series to the fuse breaker unit and interrupts a small current with a self-excited oscillation method.
An erecting aid for erecting a box from a box template, comprising: a generally planar table having a length extending between a proximal end and a distal end thereof; a panel coupled to a side of said generally planar table at least partially between said proximal end and said distal end of said generally planar table ; and a clamp operatively associated with said generally planar table , wherein said clamp is biased towards a closed position and is at least partially movable along the length of said generally planar table between said proximal end and said distal end of said generally planar table , said clamp comprising: a first clamp portion secured in a stationary position relative to said generally planar table ; and a second clamp portion , said second clamp portion being moveable between said proximal end and said distal end of said generally planar table , said second clamp portion being biased towards said first clamp portion in a manner that creates a clamping force between said first clamp portion and said second clamp portion ; wherein said generally planar table , said panel , and said clamp are configured to stabilize and maintain a box template in a partially assembled state during an erecting process that occurs on said generally planar table . a generally planar table having a length extending between a proximal end and a distal end thereof; a panel coupled to a side of said generally planar table at least partially between said proximal end and said distal end of said generally planar table ; and a clamp operatively associated with said generally planar table , wherein said clamp is biased towards a closed position and is at least partially movable along the length of said generally planar table between said proximal end and said distal end of said generally planar table , said clamp comprising: a first clamp portion secured in a stationary position relative to said generally planar table ; and a second clamp portion , said second clamp portion being moveable between said proximal end and said distal end of said generally planar table , said second clamp portion being biased towards said first clamp portion in a manner that creates a clamping force between said first clamp portion and said second clamp portion ; a first clamp portion secured in a stationary position relative to said generally planar table ; and a second clamp portion , said second clamp portion being moveable between said proximal end and said distal end of said generally planar table , said second clamp portion being biased towards said first clamp portion in a manner that creates a clamping force between said first clamp portion and said second clamp portion ; wherein said generally planar table , said panel , and said clamp are configured to stabilize and maintain a box template in a partially assembled state during an erecting process that occurs on said generally planar table .