mhurhangee/ep-ind-claims huggingface dataset:
A power supply system for a lift of the type in which drive machinery is supported by a load carrier (1, 2) and drives by means of a cogged wheel and cogged rod the load carrier along a track on a mast in first and second directions, and an electric motor (3, 4) that is a component of the drive machinery of the load carrier is supplied with power from a unit at ground level, comprising; a) an electrically operated electric motor (3, 4) that is a component of the drive machinery arranged to drive the load carrier (1, 2) in first and second directions along the mast and to generate electrical energy through regenerative operation of the electric motor during the driving of the load carrier in a second, opposing, direction, b) an energy storage system that is a component of the unit at ground level and that includes an energy store for the storage of energy, c) a principal power network arranged at ground level, from which electrical energy can be withdrawn, characterised in that it comprises; d) a power transfer DC-bus (13, 13'), and a DC-power line to follow with an adapted length the load carrier upwards and downwards along the mast to transfer electrical energy between the drive machinery of the load carrier (1, 2), the energy storage system and the principal power network that produces power, wherein each of said storage system and said principal power network is connected in parallel to the DC-bus, e) a control and monitoring system for the monitoring and control of the flows of electrical energy between the electric motor (3, 4) of the load carrier, the energy store at ground level and the principal power network. a) an electrically operated electric motor (3, 4) that is a component of the drive machinery arranged to drive the load carrier (1, 2) in first and second directions along the mast and to generate electrical energy through regenerative operation of the electric motor during the driving of the load carrier in a second, opposing, direction, b) an energy storage system that is a component of the unit at ground level and that includes an energy store for the storage of energy, c) a principal power network arranged at ground level, from which electrical energy can be withdrawn, characterised in that it comprises; d) a power transfer DC-bus (13, 13'), and a DC-power line to follow with an adapted length the load carrier upwards and downwards along the mast to transfer electrical energy between the drive machinery of the load carrier (1, 2), the energy storage system and the principal power network that produces power, wherein each of said storage system and said principal power network is connected in parallel to the DC-bus, e) a control and monitoring system for the monitoring and control of the flows of electrical energy between the electric motor (3, 4) of the load carrier, the energy store at ground level and the principal power network.
A method for clamping and adjusting a printing substrate on a printing table of a printing press for processing roll material in which the substrate of a first winding roll with unprinted substrate wound thereon is guided with a front edge over the printing table to a second winding roll for the printed substrate and wound thereon, characterized by the following successive method steps: a1) feeding in the front edge of the substrate from the first winding roll over a fixedly arranged feeder roll and a tensioning roll which is arranged between the winding roll and the feeder roll and is elastically mounted at both ends, b1) transferring the front edge over the printing table and over a withdrawal roller, and c1) orienting the side edges of the substrate in the movement direction by causing equally large visually or acoustically displayed tensile forces which are measured at both ends of the first tensioning roll, said tensile forces being caused by the front edge of the substrate being displaced perpendicularly to the movement direction until it reaches the equally large visually or acoustically displayed tensile forces which are measured at both ends of the first tensioning roll. a1) feeding in the front edge of the substrate from the first winding roll over a fixedly arranged feeder roll and a tensioning roll which is arranged between the winding roll and the feeder roll and is elastically mounted at both ends, b1) transferring the front edge over the printing table and over a withdrawal roller, and c1) orienting the side edges of the substrate in the movement direction by causing equally large visually or acoustically displayed tensile forces which are measured at both ends of the first tensioning roll, said tensile forces being caused by the front edge of the substrate being displaced perpendicularly to the movement direction until it reaches the equally large visually or acoustically displayed tensile forces which are measured at both ends of the first tensioning roll.
A pharmaceutical composition that comprises a compound capable of inhibiting the ROCK pathway, for use in the prophylactic or therapeutic treatment of dyskinesias induced by L-DOPA, wherein the compound capable of inhibiting the ROCK pathway is selected from fasudil, hydroxy fasudil, Ripasudil, Y-27632, Y-32885, AMA-0076, AR-12286, AR-13324 (Rhopressa), KD-025, LX7101, PG-324 (Roclatan) and SAR407899.
A method for video coding comprising: selecting first and second coding modes for first and second blocks of a video frame, respectively, at least partially in parallel, wherein the first block is immediately adjacent to a parallel processing split boundary of the video frame, and wherein selecting the coding mode for the first block comprises: dividing the first block into a plurality of sub-blocks; performing, for each of the sub-blocks, motion estimation comprising disablement of skip check for each of the sub-blocks and evaluation of candidate motion vectors for each of the sub-blocks using sub-block to candidate sub-block distortion and transformed and quantized coefficient coding cost but exclusive of motion vector coding cost to select a resultant candidate motion vector for each of the sub-blocks; evaluating skip check for the first block using each of the resultant candidate motion vectors for the sub-blocks; determining the first coding mode based at least in part on the resultant candidate motion vectors for the sub-blocks and the skip mode evaluation for the block; and coding the first and second blocks using the selected first and second coding modes to generate a bitstream; wherein the parallel processing split boundary comprises a wavefront parallel processing split boundary that defines parallel coding mode processing for first blocks above and to the left of the wavefront parallel processing split boundary with second blocks below and to the right of the wavefront parallel processing split boundary. dividing the first block into a plurality of sub-blocks; performing, for each of the sub-blocks, motion estimation comprising disablement of skip check for each of the sub-blocks and evaluation of candidate motion vectors for each of the sub-blocks using sub-block to candidate sub-block distortion and transformed and quantized coefficient coding cost but exclusive of motion vector coding cost to select a resultant candidate motion vector for each of the sub-blocks; evaluating skip check for the first block using each of the resultant candidate motion vectors for the sub-blocks; determining the first coding mode based at least in part on the resultant candidate motion vectors for the sub-blocks and the skip mode evaluation for the block; and coding the first and second blocks using the selected first and second coding modes to generate a bitstream; wherein the parallel processing split boundary comprises a wavefront parallel processing split boundary that defines parallel coding mode processing for first blocks above and to the left of the wavefront parallel processing split boundary with second blocks below and to the right of the wavefront parallel processing split boundary.
A sheet processing apparatus, comprising: a processing unit having, at a front side of the sheet processing apparatus, an opening through which a sheet is fed in the sheet processing apparatus or fed out from the sheet processing apparatus; a storage chamber which is provided below the processing unit and configured to store the sheet fed in the sheet processing apparatus, wherein the storage chamber has a back door disposed at an opening part of a back side of the storage chamber, wherein the back door for opening and closing the opening part of the back side of the storage chamber is capable of being locked; a first attachment unit which is provided at an outer surface of the back side of the storage chamber and to which a container is capable of being detachably mounted, wherein the container is configured to store therein the sheet fed in the sheet processing apparatus; and a control unit configured to control transport of the sheet between the container which is mounted to the first attachment unit and the storage chamber, characterized in that the sheet processing apparatus further comprises a first cover which is provided at the back side of the storage chamber to cover the back side of the storage chamber, wherein the first attachment unit is configured to be covered by the first cover when the first cover is closed, wherein the first cover is configured to be unclosable when the container is mounted to the first attachment unit. a processing unit having, at a front side of the sheet processing apparatus, an opening through which a sheet is fed in the sheet processing apparatus or fed out from the sheet processing apparatus; a storage chamber which is provided below the processing unit and configured to store the sheet fed in the sheet processing apparatus, wherein the storage chamber has a back door disposed at an opening part of a back side of the storage chamber, wherein the back door for opening and closing the opening part of the back side of the storage chamber is capable of being locked; a first attachment unit which is provided at an outer surface of the back side of the storage chamber and to which a container is capable of being detachably mounted, wherein the container is configured to store therein the sheet fed in the sheet processing apparatus; and a control unit configured to control transport of the sheet between the container which is mounted to the first attachment unit and the storage chamber, characterized in that the sheet processing apparatus further comprises a first cover which is provided at the back side of the storage chamber to cover the back side of the storage chamber, wherein the first attachment unit is configured to be covered by the first cover when the first cover is closed, wherein the first cover is configured to be unclosable when the container is mounted to the first attachment unit.
Thermoforming device, in particular for cups that can be filled with a foodstuff, having a molding tool, consisting of an upper part and a deep-drawing mold, arranged underneath the upper part, for molding at least one cup into a heated sheet of film, the deep-drawing mold forming a side wall and a bottom region on the at least one cup, the molding of the cup into the deep-drawing mold taking place by producing a positive pressure on the sheet of film in the direction of the deep-drawing mold, the deep-drawing mold comprising at least one first part-element, with a through-opening for molding the side wall, and a second part-element, formed as a component that is separate from the at least one first part-element, for molding the bottom region, the two part-elements (15, 30) being arranged such that they are movable in relation to one another in such a way that the second part-element can in certain regions be introduced into the end face of the through-opening of the first part-element that is facing the second part-element, and a base area of the second part-element that forms the bottom region of the cup being adapted to the cross section of the through-opening in the first part-element in such a way that, to form different container heights, the base area can be positioned to different heights (36, 37) of the through-opening in such a way.that the base area of the second part-element is arranged circumferentially at a small distance from the circumferential wall of the through-opening of the first part-element, characterized in that the deep-drawing mold consists of at least two first part-elements and a second part-element, and in that the at least two first part-elements are arranged such that they can be adjusted into a position in which they are arranged out of alignment outside the upper part and the second part-element, the second part-element always being arranged such that it is fixed in congruence with the upper part.
A system for determining the heading of a moving object, wherein the system comprising; - a first sensor adapted to register angular velocity and to generate a first signal in response to said registered angular velocity; - at least a second sensor adapted to register at least a second angular velocity and to generate at least a second signal in response to said registered at least second angular velocity; - a processor adapted to receive said first signal and said at least a second signal; and characterized in that said first sensor and said processor is housed in a mobile communication device, and wherein said mobile communication device and said at least a second sensor are located at said moving object, and wherein said first sensor and said at least a second sensor are placed on different parts on said moving object such that they will generate different signal characteristics, and wherein said processor is further adapted to determine the heading of said moving object based on common features of said first signal and said at least second signal. - a first sensor adapted to register angular velocity and to generate a first signal in response to said registered angular velocity; - at least a second sensor adapted to register at least a second angular velocity and to generate at least a second signal in response to said registered at least second angular velocity; - a processor adapted to receive said first signal and said at least a second signal; and
A conveyor comprising: a carryway; a conveyor belt (12, 50, 66, 80, 102) having an outer conveying surface (18, 48, 64) supporting a layer of bulk products (16, 72) and advancing the layer of bulk products (16, 72) along the carrywa; a sensor (36, 46, 58, 76, 100) mounted in the conveyor belt (12, 50, 66, 80, 102) to detect a condition of the products, the sensor (36, 46, 58, 76, 100) providing sensor signals representing the condition of the products, the conveyor being characterized in that the sensor has a sensor probe (36, 46, 58, 76, 100) extending into the layer of bulk products (16,72) above the outer conveying surface (18, 48, 64) of the conveyor belt, and the condition of the products is detected oy the sensor probe. a carryway; a conveyor belt (12, 50, 66, 80, 102) having an outer conveying surface (18, 48, 64) supporting a layer of bulk products (16, 72) and advancing the layer of bulk products (16, 72) along the carrywa; a sensor (36, 46, 58, 76, 100) mounted in the conveyor belt (12, 50, 66, 80, 102) to detect a condition of the products, the sensor (36, 46, 58, 76, 100) providing sensor signals representing the condition of the products, the conveyor being characterized in that the sensor has a sensor probe (36, 46, 58, 76, 100) extending into the layer of bulk products (16,72) above the outer conveying surface (18, 48, 64) of the conveyor belt, and the condition of the products is detected oy the sensor probe.
A method for sealing an electrically conductive connection between an electrical conductor surrounded by an insulation and an electrical contact element having a crimp contact, with which the end of the conductor is stripped of its insulation and with which the electrical contact element is fastened to the end of the conductor by crimping, wherein - initially an elastic sealing sleeve is slid onto the insulated conductor, - then the end of the electrical conductor is stripped and is positively connected to the contact element by crimping in a crimp area, - subsequently a flowable sealing material is applied around the crimp area and solidified, so that a homogeneous, cylindrical surface is created, - thereupon the elastic sealing sleeve is slid onto the cylindrical surface of the sealing material, so that the sealing sleeve extends over the cylindrical surface of the sealing material and the insulation of the conductor, - characterized in that finally an additional crimp sleeve is crimped around the sealing sleeve. - initially an elastic sealing sleeve is slid onto the insulated conductor, - then the end of the electrical conductor is stripped and is positively connected to the contact element by crimping in a crimp area, - subsequently a flowable sealing material is applied around the crimp area and solidified, so that a homogeneous, cylindrical surface is created, - thereupon the elastic sealing sleeve is slid onto the cylindrical surface of the sealing material, so that the sealing sleeve extends over the cylindrical surface of the sealing material and the insulation of the conductor, - characterized in that finally an additional crimp sleeve is crimped around the sealing sleeve.
A method for identifying a Zea mays plant comprising haplotype A associated with water optimization, the method comprising: (a) genotyping at least one Zea mays plant with the nucleic acid marker of SEQ ID NO: 1; and (b) selecting at least one Zea mays plant comprising haplotype A at said nucleic acid marker of SEQ ID NO: 1; wherein haplotype A comprises a G nucleotide at the position that corresponds to position 115 of SEQ ID NO: 1, an A nucleotide at the position that corresponds to position 270 of SEQ ID NO: 1, a T nucleotide at the position that corresponds to position 301 of SEQ ID NO: 1, and an A nucleotide at the position that corresponds to position 483 of SEQ ID NO: 1 on chromosome 8 in the plant's genome. (a) genotyping at least one Zea mays plant with the nucleic acid marker of SEQ ID NO: 1; and (b) selecting at least one Zea mays plant comprising haplotype A at said nucleic acid marker of SEQ ID NO: 1;
A method for producing an expanded granulate from sand-grain-shaped mineral material with a propellant, e.g. an expanded granulate made of perlite or obsidian sand, wherein the material is supplied to an upright furnace from above, preferably via a chute, the material falls in a furnace shaft of the furnace along a drop section through several heating zones vertically spaced from each other, wherein each heating zone can be heated by at least one independently controllable heating element, the material is heated to a critical temperature at which the surfaces of the sand grains are plasticised and the sand grains are expanded as a result of the propellant, and the expanded material is discharged at the bottom end of the furnace, characterized in that upon detection of a first decrease in the temperature of the material between two successive positions along the drop section the heating elements are regulated along the remaining drop section depending on the critical temperature in order to prevent or enable in a purposeful manner an increase in the material temperature along the remaining drop section to or over the critical temperature.
A method of pattern-forming three-dimensional printing comprising: providing a layer of curable material, wherein the curable material is curable by energy in a predetermined wavelength range; printing a pattern of ink (303, 305) onto a moveable flexible band, wherein the ink is opaque to energy in the predetermined wavelength range; and applying energy in the predetermined wavelength through the moveable flexible band and onto the deposited material so as to cure the material in those regions on which no ink is printed. providing a layer of curable material, wherein the curable material is curable by energy in a predetermined wavelength range; printing a pattern of ink (303, 305) onto a moveable flexible band, wherein the ink is opaque to energy in the predetermined wavelength range; and applying energy in the predetermined wavelength through the moveable flexible band and onto the deposited material so as to cure the material in those regions on which no ink is printed.
A communication bus (B1, B2, Bp) for a motor vehicle, wherein the communication bus (B1, B2, Bp) is configured so as to transfer electrical signals between a number of nodes (N 1, N 2, N 3, N n, N 21, N 2m, N p1, N pr) included in a communication system in the vehicle, which communication system comprises at least two of said nodes (N 1, N 2, N 3, N n, N 21, N 2m, N p1, N pr) and the communication bus (B1, B2, Bp), the communication bus comprising two unshielded signal lines (S1, S2) and a decoupling line configured so as to divert undesired electromagnetic radiation deriving from at least either of the unshielded signal lines and from external communication systems that are not connected to the communication bus (B1, B2, Bp), characterized in that the decoupling line is connected for alternating current to a ground potential in one and only one (N 3) of the nodes (N 1, N 2, N 3, N n, N 21, N 2m, N p1, N pr) included in the communication system.
A polymer comprising repeat units of Formula, one or both of Formula and (IIa) and one or both of Formula and (IIIa): wherein M is a cation, and wherein Formula is present at 5 molar % or more, one or both of Formula and (IIa) is present at 50 molar % or more, and one or both of Formula and Formula (IIIa) is present at 1 molar % or more.
Scooter comprising a user support platform, a front wheel, a front fork of the front wheel, and suspension means of the front wheel, the suspension means comprising a single leaf spring linked to the platform, the single leaf spring comprising a front end, the single leaf spring being movable or deformable only in planes parallel to a median plane of the platform such that the front fork of the front wheel is rotatable with respect to the single leaf spring to allow steering of the scooter, characterized in that the front fork of the front wheel leans on the front end of the single leaf spring, such that the suspension means transmit the impacts to the platform, wherein the front end of the single leaf spring is above the wheel such that the suspension means transmit the impacts to the platform through a region located just above the front wheel, the front fork of the front wheel bearing on a lower surface of the single leaf spring.
Method for packing cheese wherein the cheese is allowed to ripen further when packed in a closed food receiving area of a packaging, wherein the gas pressure within the closed volume comprising the cheese is balanced with that outside the packaging and the gas mixture within said closed volume is adjusted pursuant to the ripening process of the cheese to provide an ideal gas atmosphere for the packaged cheese during its whole storage period, characterised in that the cheese is packed in an inner food receiving area of the packaging and the food receiving area of the packaging containing the cheese is then closed by a sealing procedure, wherein the packaging is at least partly made of a breathable film (80, 83, 85, 88, 90, 93, 95) that is at least partly permeable for vapour, nitrogen, oxygen and carbon dioxide in both directions through the breathable film, wherein the breathable film (80, 83, 85, 88, 90, 93, 95) is a laminate having an inner sealable plastic film facing the food receiving area and having an outer membrane made of a continuous, non-porous layer of paper bonded to the inner sealable plastic film by a continuous or patterned adhesive layer and wherein the inner sealable plastic film is perforated.