mhurhangee/ep-ind-claims huggingface dataset:
A method of scribing a surface of a thick plate glass, comprising the steps of: a) preparing a scribing wheel in which a blade edge angle (θ) is 150° or more and 160° or less and a tip portion of a blade edge is a curved surface whose radius of curvature in a cross section passing through a central axis is 9 μm or more and 40 μm or less; b) horizontally supporting said thick plate glass by placing said thick plate glass on a highly rigid table; and c) scribing said surface of said thick plate glass, with said thick plate glass being horizontally supported in said step b), by causing said scribing wheel to roll in a predetermined scribe-line forming direction while causing said blade edge of said scribing wheel to abut said surface of said thick plate glass simultaneously with causing a scribing load adjusted to a predetermined value in advance in accordance with a quality of material and a thickness of said thick plate glass to be applied from said blade edge to said thick plate glass. a) preparing a scribing wheel in which a blade edge angle (θ) is 150° or more and 160° or less and a tip portion of a blade edge is a curved surface whose radius of curvature in a cross section passing through a central axis is 9 μm or more and 40 μm or less; b) horizontally supporting said thick plate glass by placing said thick plate glass on a highly rigid table; and c) scribing said surface of said thick plate glass, with said thick plate glass being horizontally supported in said step b), by causing said scribing wheel to roll in a predetermined scribe-line forming direction while causing said blade edge of said scribing wheel to abut said surface of said thick plate glass simultaneously with causing a scribing load adjusted to a predetermined value in advance in accordance with a quality of material and a thickness of said thick plate glass to be applied from said blade edge to said thick plate glass.
A device for generatively manufacturing a three-dimensional object, comprising: a frame which surrounds by its upper portion a building field; a plate which is in contact with the frame and with a housing of the device; a support which is arranged in the frame and vertically movable by a lift mechanics; a radiation device which generates an energetic beam (8, 8') which is focused to arbitrary points in the building field by a deflection means so as to selectively sinter or melt powdery material which is present in the building field; a coater for applying a layer of a powdery material onto the support or a previously applied layer of the powdery material, characterized by a thermal insulation arranged between the frame and the plate; wherein the insulation is either releasably mounted to the plate and formed as an exchangeable insert or is realized by a gap between the frame and the plate, wherein the gap is powder-tightly sealed at the bottom and can be filled with powdery material by the coater. a frame which surrounds by its upper portion a building field; a plate which is in contact with the frame and with a housing of the device; a support which is arranged in the frame and vertically movable by a lift mechanics; a radiation device which generates an energetic beam (8, 8') which is focused to arbitrary points in the building field by a deflection means so as to selectively sinter or melt powdery material which is present in the building field; a coater for applying a layer of a powdery material onto the support or a previously applied layer of the powdery material, characterized by a thermal insulation arranged between the frame and the plate; wherein the insulation is either releasably mounted to the plate and formed as an exchangeable insert or is realized by a gap between the frame and the plate, wherein the gap is powder-tightly sealed at the bottom and can be filled with powdery material by the coater.
A multiple suction gripper with a gripper plate and at least two suction grippers, wherein the suction grippers each comprise a housing and are movable by means of a pneumatic cylinder relative to each other and to the gripper plate, wherein at least one guide rod is provided on the gripper plate for each suction gripper (5a, 5b, 5c), via which guide rod the respective suction gripper (5a, 5b, 5c) is guided, wherein each suction gripper has a plurality of openings on a suction side provided for receiving a product, characterised in that the suction grippers each have a suction connection, which is indirectly connected to a vacuum generator, and in that the suction grippers each comprise a gate valve, wherein the gate valve is so connected to the guide rod that a movement of the suction gripper relative to the gripper plate leads to a change in an opening surface of the suction connection.
Driver assistance system for a motor vehicle, comprising a surroundings sensor system, a controller and an assessment module, wherein the controller is designed and intended to ascertain an assistance function control signal based on surroundings data recorded by the surroundings sensor system, which assistance function control signal has a predetermined functional relationship with at least one assistance system parameter and the recorded surroundings data, and to control the vehicle using the assistance function control signal so as to provide an assistance function, and characterized in that the assessment module is designed and intended to ascertain a success value for the assistance function control signal on the basis of reference information and, if the success value falls below a success threshold value, to trigger optimization of the at least one assistance system parameter, and in that the driver assistance system comprises an absolute position sensor and a memory that contains surroundings data and/or vehicle response data associated with absolute vehicle positions, and in that the assessment module is designed and intended to form the reference information from surroundings data and/or vehicle response data of the memory for a current vehicle position measured using the absolute position sensor.
A refrigeration apparatus equipped with a refrigeration cycle in which a compressor, a condenser (4; 6), an expansion mechanism, and an evaporator (6; 4) are connected in a loop, the refrigeration apparatus comprising: a polymer catcher that is attached to piping interconnecting an outlet side of the compressor and an inlet side of the condenser and catches polymers of refrigerant circulating in the refrigeration cycle, and a four-way switching valve that is attached to the piping, wherein the refrigerant includes a compound represented by a molecular formula having one or more carbon-carbon unsaturated bonds, the polymer catcher is attached between the outlet side of the compressor and an inlet side of the four-way switching valve, the polymer catcher is a filter (13, 23) that suppresses passage of the polymers, and the material of the filter (13, 23) is metal. a polymer catcher that is attached to piping interconnecting an outlet side of the compressor and an inlet side of the condenser and catches polymers of refrigerant circulating in the refrigeration cycle, and a four-way switching valve that is attached to the piping, wherein the refrigerant includes a compound represented by a molecular formula having one or more carbon-carbon unsaturated bonds, the polymer catcher is attached between the outlet side of the compressor and an inlet side of the four-way switching valve, the polymer catcher is a filter (13, 23) that suppresses passage of the polymers, and the material of the filter (13, 23) is metal.
A lift comprising a car and a compensating wire bundle storage device, the wire bundle storage device comprising: one or more wire drums which are configured such that a compensating wire bundle is wound thereon and are fixed relative to the car of the lift; and a compensating wire bundle clamping device configured to releasably clamp the compensating wire bundle, wherein the compensating wire bundle clamping device is fixed under the car; characterized in that: the compensating wire bundle storage device comprises multiple wire drums, the wire drums are disposed in groups of two by means of stands, and one of the two wire drums is disposed above the other wire drum. one or more wire drums which are configured such that a compensating wire bundle is wound thereon and are fixed relative to the car of the lift; and a compensating wire bundle clamping device configured to releasably clamp the compensating wire bundle, wherein the compensating wire bundle clamping device is fixed under the car; characterized in that: the compensating wire bundle storage device comprises multiple wire drums, the wire drums are disposed in groups of two by means of stands, and one of the two wire drums is disposed above the other wire drum.
A method for producing a filling material comprising: - feeding vegetable kapok fibre to a mixing chamber; - separating elementary kapok filaments unbound from each other from the vegetable kapok fibre in said mixing chamber by directing jets and/or blades of a pressurized fluid against said vegetable kapok fibre; - feeding goose and/or duck down to said mixing chamber; - incorporating elementary kapok filaments unbound from each other into flakes of goose and/or duck down by mixing said elementary kapok filaments and said goose and/or duck down in said mixing chamber by means of said jets and/or blades of pressurised fluid; wherein directing jets and/or blades of a pressurized fluid against said vegetable kapok fibre comprises feeding said pressurized fluid into said mixing chamber at a pressure equal to or greater than 0.1 MPa. - feeding vegetable kapok fibre to a mixing chamber; - separating elementary kapok filaments unbound from each other from the vegetable kapok fibre in said mixing chamber by directing jets and/or blades of a pressurized fluid against said vegetable kapok fibre; - feeding goose and/or duck down to said mixing chamber; - incorporating elementary kapok filaments unbound from each other into flakes of goose and/or duck down by mixing said elementary kapok filaments and said goose and/or duck down in said mixing chamber by means of said jets and/or blades of pressurised fluid;
A closure with a toggle clamp for an industrial truck with a closure part and a holding part, which has a holding axle, wherein the closure part has an anchoring element and a closing lever, which is pivotably mounted around a closing lever axle provided on the anchoring element and has a latch axle on its end facing towards the anchoring element, around which a latch is pivotably mounted, which has a latch nose on one end, which can catch behind the holding axle, characterized in that a spring element pushes the closing lever into the open position with respect to the latch and a second spring element pushes the latch into the closed position with respect to the anchoring element, wherein the latch has two through holes (52, 64), of which the closing lever axle extends through a first through hole and a boundary axle arranged on the anchoring element extends through the second through hole so that the latch with its second through hole assumes a defined position on the boundary axle under the influence of the spring elements (54, 62), wherein upon closing the latch first hits the holding axle and catches behind it while deflecting at least one of the spring elements (54, 62) and then, when the closing lever is actuated, the latch axle and pivot axle are moved through a dead center formed with the holding axle and the closing lever is held in the closed position by the generated clamping force.
A marine power supply system configured to supply power to a marine propulsion unit including a propulsion generator, an engine configured to drive the propulsion generator, and an electric motor configured to drive the propulsion generator, the marine power supply system comprising: a battery unit (30, 230) including a first battery configured to supply power to a starter configured to start the engine, and a second battery (34, 234a) configured to supply power to the electric motor; and a power distributor (5, 31, 36, 53, 205, 231, 236, 305, 331) connected to the first battery and the second battery (34, 234a); characterised in that the power distributor (5, 31, 36, 53, 205, 231, 236, 305, 331) is configured to output a demand power amount of power required by the first battery to the first battery, and to output at least a portion of surplus power to the second battery (34, 234a) when a total demand power amount required by the battery unit (30, 230) includes the surplus power. a battery unit (30, 230) including a first battery configured to supply power to a starter configured to start the engine, and a second battery (34, 234a) configured to supply power to the electric motor; and a power distributor (5, 31, 36, 53, 205, 231, 236, 305, 331) connected to the first battery and the second battery (34, 234a); characterised in that the power distributor (5, 31, 36, 53, 205, 231, 236, 305, 331) is configured to output a demand power amount of power required by the first battery to the first battery, and to output at least a portion of surplus power to the second battery (34, 234a) when a total demand power amount required by the battery unit (30, 230) includes the surplus power.
Apparatus, designed and configured for processing headed fish, namely for cutting the fish fillets of the fish, which preferably have already been processed by a ventral knife assembly and a dorsal knife assembly, from the flank bones, comprising a conveying apparatus, designed and configured for transporting the fish tail-first in transport direction T, wherein the conveying apparatus has an endlessly circulating transport conveyor with at least one transport saddle for receiving and securing a fish, a flank knife assembly, wherein the flank knife assembly has two flank knife units (16, 17), opposing each other on both sides of the transport conveyor in the region of a transport saddle guide, and each flank knife unit (16, 17) comprises a rotatably drivable circular knife (19, 20) as well as a counter-surface arrangement (21, 22) for the circular knife (19, 20), wherein the circular knife (19, 20) is arranged at a distance from the counter-surface arrangement (21, 22) to form a cutting gap S, as well as at least one control device for moving the flank knife units (16, 17) relative to the transport conveyor from a standby position into a working position and back, wherein the counter-surface arrangements (21, 22) are designed and configured to vary the size of the cutting gap S controllably during the processing operation, characterised in that each counter-surface arrangement (21, 22) comprises at least two separate counter-surface elements (24, 25; 26, 27), of which a first counter-surface element (24, 26) is arranged on the flank knife unit (16, 17) at a fixed gap distance S A1 from the circular knife (19, 20), forming a cutting gap S, and movable against a spring force, and the second counter-surface element (25, 27) is arranged on the flank knife unit (16, 17) so as to be separately controllable and movable towards the circular knife (19, 20) and away from the circular knife (19, 20) for varying the size of a gap distance S A2, forming a cutting gap S.
A doctor blade holder for a doctor blade adapted to co-act with a cylindrical surface of a rotating cylinder, comprising: - a plurality of fingers mounted on a beam, hinged around a rotation axis and configured to cumulatively form a housing seat for the doctor blade; wherein the fingers are pivotable independently from one another around said rotation axis; characterized in that each finger is mountable on and removable from said beam independently from the other fingers. - a plurality of fingers mounted on a beam, hinged around a rotation axis and configured to cumulatively form a housing seat for the doctor blade; wherein the fingers are pivotable independently from one another around said rotation axis;
A method, performed by a computer, for volumetrically determining a mid-sagittal plane, MSP, from a plurality of magnetic resonance, MR, images of a brain, the method comprising: receiving the plurality of MR images; converting the plurality of MR images into a 3D volume image defined in a 3D coordinate space; performing semantic segmentation of an anterior commissure, AC, region, a posterior commissure, PC, region, and a third ventricle region in the 3D volume image based on a pre-trained segmentation model to generate a 3D mask image labeled with the AC region, the PC region, and the third ventricle region; constructing a 3D volumetric image of the segmented third ventricle region based on the labeled 3D mask image; and determining the MSP based on the 3D volumetric image of the third ventricle region, characterized by the fact that determining the MSP comprises: sequentially dividing the 3D volumetric image of the third ventricle region by a plurality of candidate planes starting from a skeleton of the 3D volumetric image of the third ventricle region until one of the plurality of candidate planes is determined to symmetrically divide the 3D volumetric image of the third ventricle region; and designating the one of the plurality of candidate planes as the MSP. receiving the plurality of MR images; converting the plurality of MR images into a 3D volume image defined in a 3D coordinate space; performing semantic segmentation of an anterior commissure, AC, region, a posterior commissure, PC, region, and a third ventricle region in the 3D volume image based on a pre-trained segmentation model to generate a 3D mask image labeled with the AC region, the PC region, and the third ventricle region; constructing a 3D volumetric image of the segmented third ventricle region based on the labeled 3D mask image; and determining the MSP based on the 3D volumetric image of the third ventricle region, characterized by the fact that determining the MSP comprises: sequentially dividing the 3D volumetric image of the third ventricle region by a plurality of candidate planes starting from a skeleton of the 3D volumetric image of the third ventricle region until one of the plurality of candidate planes is determined to symmetrically divide the 3D volumetric image of the third ventricle region; and designating the one of the plurality of candidate planes as the MSP. sequentially dividing the 3D volumetric image of the third ventricle region by a plurality of candidate planes starting from a skeleton of the 3D volumetric image of the third ventricle region until one of the plurality of candidate planes is determined to symmetrically divide the 3D volumetric image of the third ventricle region; and designating the one of the plurality of candidate planes as the MSP.
A support for supporting an object, preferably a caravan or motorhome, against a ground, the support comprising - a chain link device with multiple links, which are connected and arranged to be rotatable relative to each other, and - a guiding element attachable to the object for guiding the chain link device, - wherein the guiding element comprises a storage portion and a deflection portion joining the storage portion, - wherein at least a partial portion of the chain link device is movable between a storage position in the storage portion and a supporting position outside the guiding element, - wherein links are arranged rectilinearly at least in the supporting position, - wherein the chain link device can be guided out of the storage portion via the deflection portion, so that the chain link device in the supporting position is angled relative to the storage position, and - wherein the support comprises at least one locking element, via which a rotation of two links relative to each other is prevented and/or via which a torque is applied to the links, which forces the links into the rectilinear arrangement. - a chain link device with multiple links, which are connected and arranged to be rotatable relative to each other, and - a guiding element attachable to the object for guiding the chain link device, - wherein the guiding element comprises a storage portion and a deflection portion joining the storage portion, - wherein at least a partial portion of the chain link device is movable between a storage position in the storage portion and a supporting position outside the guiding element, - wherein links are arranged rectilinearly at least in the supporting position, - wherein the chain link device can be guided out of the storage portion via the deflection portion, so that the chain link device in the supporting position is angled relative to the storage position, and - wherein the support comprises at least one locking element, via which a rotation of two links relative to each other is prevented and/or via which a torque is applied to the links, which forces the links into the rectilinear arrangement.
A system for forming a nanofibrous yarn, the system comprising: a housing having an inlet for engaging an independent synthesis chamber within which nanotubes are produced; a spindle having an intake end, an opposing outlet end, and a pathway therebetween, the spindle extending from within the housing, across the inlet and into the chamber for collecting the nanotubes through the intake end and subsequently twisting the nanotubes into a nanofibrous yarn; a spool positioned within the housing and downstream of the spindle for winding thereonto the yarn from the spindle; a sensor system designed to provide feedback data to control a rate of spin of the spindle and spool, so as to avoid compromising the integrity of the yarn as it is being wound about the spool.
An air duct assembly for connection to a vertically extending inlet duct, the air duct assembly comprising: an upper sheet comprising a first pliable material, the upper sheet defining an inlet opening with a first separable joint for connecting the upper sheet to the vertically extending inlet duct to place the vertically extending inlet duct in fluid communication with the inlet opening of the upper sheet; a lower sheet comprising a second pliable material; a second separable joint coupling the upper sheet to the lower sheet; and a third separable joint coupling the upper sheet to the lower sheet, the second separable joint and the third separable joint being spaced-apart from each other with the upper sheet and the lower sheet extending therebetween, the upper sheet and the lower sheet defining a horizontally extending air passageway therebetween when the upper sheet is coupled to the lower sheet; wherein both the second and third separable joints include a track defining a first channel and a second channel, wherein the upper sheet matingly engages the first channel, and the lower sheet matingly engages the second channel. an upper sheet comprising a first pliable material, the upper sheet defining an inlet opening with a first separable joint for connecting the upper sheet to the vertically extending inlet duct to place the vertically extending inlet duct in fluid communication with the inlet opening of the upper sheet; a lower sheet comprising a second pliable material; a second separable joint coupling the upper sheet to the lower sheet; and a third separable joint coupling the upper sheet to the lower sheet, the second separable joint and the third separable joint being spaced-apart from each other with the upper sheet and the lower sheet extending therebetween, the upper sheet and the lower sheet defining a horizontally extending air passageway therebetween when the upper sheet is coupled to the lower sheet; wherein both the second and third separable joints include a track defining a first channel and a second channel, wherein the upper sheet matingly engages the first channel, and the lower sheet matingly engages the second channel.