mhurhangee/ep-ind-claims huggingface dataset:
Cleaning device for an endlessly circulating conveyor belt contaminated with coating agent residues, having at least one first roller, which is provided to be arranged below the conveyor belt such that the casing of the first roller is in contact with a lower run of the conveyor belt, and an endlessly circulating cleaning belt, which is arranged below the first roller, wherein the casing of the first roller is in contact with an upper run of the cleaning belt, and wherein the cleaning belt has a main conveying direction during a conveying movement on the upper run and is arranged such that it is inclined with the main conveying direction relative to a longitudinal axis of the first roller, characterized in that at least one first dispensing device (13, 13') is provided on the cleaning belt and/or above the cleaning belt, in order to apply a first solvent to the cleaning belt such that it is conveyed by means of the conveying movement of the cleaning belt along the main conveying direction into a region in which the cleaning belt is in contact with the first roller, and wherein the first roller is configured and arranged such that it at least partially picks up the first solvent located on the cleaning belt by means of a rotational movement and delivers it to the conveyor belt. wherein the casing of the first roller is in contact with an upper run of the cleaning belt, and wherein the cleaning belt has a main conveying direction during a conveying movement on the upper run and is arranged such that it is inclined with the main conveying direction relative to a longitudinal axis of the first roller, characterized in that at least one first dispensing device (13, 13') is provided on the cleaning belt and/or above the cleaning belt, in order to apply a first solvent to the cleaning belt such that it is conveyed by means of the conveying movement of the cleaning belt along the main conveying direction into a region in which the cleaning belt is in contact with the first roller, and wherein the first roller is configured and arranged such that it at least partially picks up the first solvent located on the cleaning belt by means of a rotational movement and delivers it to the conveyor belt.
Machine tool comprising a machine part, which can be adjusted by motor, in particular in a mechanical and/or electromechanical and/or pneumatic and/or hydraulic manner, and comprising a touch-sensitive display, characterized in that a drive unit is designed to illustrate the machine part in its instantaneous state on the display in the form of a virtual image of the machine part, to calculate a correctly positioned illustration of the instantaneous state of the machine part on the basis of a measurement signal from at least one sensor, which is arranged in or on the machine part, which can be adjusted by motor, on the machine tool, to adjust the machine part depending on a swiping gesture which is executed on the display and to detect at least two simultaneous touches on the display, and in that the machine part can be adjusted in at least two axes, with the drive unit being designed for separate adjustment in the at least two axes by means of different swiping movements which each trace one axis of the at least two axes on the display.
An inkjet printer comprising: a printing unit comprising an inkjet head and configured to eject an ink from the inkjet head while conveying a sheet in a conveying direction along a printing route to perform printing on the sheet; and a downstream side conveyor (46, 47, 48, 50) arranged downstream of the printing unit in the conveying direction and comprising a guide (46, 47) defining a downstream conveyance route being a space for the sheet to be conveyed, the downstream side conveyor (46, 47, 48, 50) configured to convey the sheet along the downstream conveyance route, wherein the downstream side conveyor (46, 47, 48, 50) comprises an adjustment member narrowing a flow passage of air in the downstream conveyance route, the guide (46, 47) comprises communication holes communicating the downstream conveyance route with a space outside the printing route and outside the downstream conveyance route, so that the downstream conveyance route and the space are in communication with each other via the communication holes, characterized in that the communication holes are arranged downstream of the adjustment member in the conveying direction. a printing unit comprising an inkjet head and configured to eject an ink from the inkjet head while conveying a sheet in a conveying direction along a printing route to perform printing on the sheet; and a downstream side conveyor (46, 47, 48, 50) arranged downstream of the printing unit in the conveying direction and comprising a guide (46, 47) defining a downstream conveyance route being a space for the sheet to be conveyed, the downstream side conveyor (46, 47, 48, 50) configured to convey the sheet along the downstream conveyance route, wherein the downstream side conveyor (46, 47, 48, 50) comprises an adjustment member narrowing a flow passage of air in the downstream conveyance route, the guide (46, 47) comprises communication holes communicating the downstream conveyance route with a space outside the printing route and outside the downstream conveyance route, so that the downstream conveyance route and the space are in communication with each other via the communication holes, characterized in that the communication holes are arranged downstream of the adjustment member in the conveying direction.
A tire including a tread contacting the road surface and a tire side portion continuous to the tread and positioned inside a tire radial direction of the tread, comprising: a belt layer provided inside the tread in the tire radial direction; a carcass provided inside the belt layer in the tire radial direction, wherein a longitudinal protrusion portion extending along the tire radial direction and projecting outward from a surface of the tire side portion toward an outside of a tire width direction; 160 to 220 of the longitudinal protrusion portions are provided along a tire circumferential direction; a tire radial direction inner end of the longitudinal protrusion portion is located outside, in the tire radial direction, a maximum width position (Wmax) of the tire side portion in the tire width direction; a tire radial direction outer end of the longitudinal protrusion portion is positioned outside, in the tire radial direction, a second straight line orthogonal to a first straight line passing through a tire width direction outer end of the belt layer and parallel to the tire radial direction, the second straight line is orthogonal to the first straight line at a position where the first straight line contacts a tire radial direction outer end of the carcass; and the tire radial direction outer end of the longitudinal protrusion portion is positioned inside the tire radial direction of a grounding end of a ground surface in the tire width direction of the tread. a belt layer provided inside the tread in the tire radial direction; a carcass provided inside the belt layer in the tire radial direction, wherein a longitudinal protrusion portion extending along the tire radial direction and projecting outward from a surface of the tire side portion toward an outside of a tire width direction; 160 to 220 of the longitudinal protrusion portions are provided along a tire circumferential direction; a tire radial direction inner end of the longitudinal protrusion portion is located outside, in the tire radial direction, a maximum width position (Wmax) of the tire side portion in the tire width direction; a tire radial direction outer end of the longitudinal protrusion portion is positioned outside, in the tire radial direction, a second straight line orthogonal to a first straight line passing through a tire width direction outer end of the belt layer and parallel to the tire radial direction, the second straight line is orthogonal to the first straight line at a position where the first straight line contacts a tire radial direction outer end of the carcass; and the tire radial direction outer end of the longitudinal protrusion portion is positioned inside the tire radial direction of a grounding end of a ground surface in the tire width direction of the tread.
Crimping machine for crimping contact elements, preferably ferrules, with an end section of a conductor, for example a cable end, with a storage arrangement for separated contact elements and a device for transporting the contact elements to a crimp head, wherein the storage arrangement has several feeding bowls, at least some of which are designed with a common vibration drive, and which can be driven via a common control unit, characterized in that a common feed is associated with the feeding bowls for transporting the contact elements to the crimp head, and that the feeding bowls and the vibration drive are coupled to a cover surface.
A build material for additive manufacturing applications comprising a build composition in powder form, said build composition comprising a semi-crystalline polymer having a glass transition temperature from 60° C to 200°C measured according to ASTM E1356 - 08 and a minimum crystallization half-time of greater than 100 minutes the minimum crystallization half-time being determined as described in the description, wherein said semi-crystalline polymer is a crystallized amorphous polymer having a crystallinity of from 10% to 30% measured according to ASTM F2625 - 10, wherein said semi-crystalline polymer is a copolyester which comprises 100 mole % terephthalic acid residues, 100-X mole % of a first glycol residue D1 and X mole % of a second glycol residue D2, wherein X, D1 and D2 are selected as follows: D 1 D 2 X neopentyl glycol 2,2,4,4-tetramethyl-1,3-cyclobutanediol 0<X<100 ethylene glycol spiroglycol or tricyclodecane diol 20<X<57 and the total acid residue content and total glycol residue content are each 100 mole % or wherein said semi-crystalline copolyester comprises 100 mole % 1,4-cyclohexanedicarboxylic acid residues, 100 - X mole % of a first diol residue D1 and X mole % of a second diol residue D2, wherein X, D1 and D2 are selected as follows: D 1 D 2 X 1,4-cyclohexanedimethanol 2,2,4,4-tetramethyl-1,3-cyclobutanediol 16<X<100 1-4 butanediol 1,4-cyclohexanedimethanol 16<X<63 and wherein the total acid residue content and total glycol residue content are each 100 mole %. wherein said semi-crystalline polymer is a crystallized amorphous polymer having a crystallinity of from 10% to 30% measured according to ASTM F2625 - 10, wherein said semi-crystalline polymer is a copolyester which comprises 100 mole % terephthalic acid residues, 100-X mole % of a first glycol residue D1 and X mole % of a second glycol residue D2, wherein X, D1 and D2 are selected as follows: D 1 D 2 X neopentyl glycol 2,2,4,4-tetramethyl-1,3-cyclobutanediol 0<X<100 ethylene glycol spiroglycol or tricyclodecane diol 20<X<57 and the total acid residue content and total glycol residue content are each 100 mole % or wherein said semi-crystalline copolyester comprises 100 mole % 1,4-cyclohexanedicarboxylic acid residues, 100 - X mole % of a first diol residue D1 and X mole % of a second diol residue D2, wherein X, D1 and D2 are selected as follows: and wherein the total acid residue content and total glycol residue content are each 100 mole %.
A fixing device (18, 41) comprising: a fixing belt arranged rotatably; a pressuring member coming into pressure contact with the fixing belt to form a fixing nip and arranged rotatably; a driving member arranged so as to sandwich the fixing belt with the pressuring member and rotating the fixing belt; and a slide contact member arranged so as to sandwich the fixing belt with the pressuring member and coming into slide contact with the fixing belt; characterised by a heat source contained in the driving member; and a winding member located at an opposite side to the pressuring member across the driving member and arranged so as to sandwich the fixing belt with the driving member, wherein the fixing belt is engaged around the driving member and slide contact member with a state having looseness at an opposite portion to a portion forming the fixing nip wherein the fixing belt has: a recording medium passing region, on which the recording medium is passed; and a recording medium non-passing region arranged outside the recording medium passing region, the winding member comes into contact with the recording medium passing region and recording medium non-passing region. a fixing belt arranged rotatably; a pressuring member coming into pressure contact with the fixing belt to form a fixing nip and arranged rotatably; a driving member arranged so as to sandwich the fixing belt with the pressuring member and rotating the fixing belt; and a slide contact member arranged so as to sandwich the fixing belt with the pressuring member and coming into slide contact with the fixing belt; characterised by a heat source contained in the driving member; and a winding member located at an opposite side to the pressuring member across the driving member and arranged so as to sandwich the fixing belt with the driving member, wherein the fixing belt is engaged around the driving member and slide contact member with a state having looseness at an opposite portion to a portion forming the fixing nip wherein the fixing belt has: a recording medium passing region, on which the recording medium is passed; and a recording medium non-passing region arranged outside the recording medium passing region, a recording medium passing region, on which the recording medium is passed; and a recording medium non-passing region arranged outside the recording medium passing region, the winding member comes into contact with the recording medium passing region and recording medium non-passing region.
Method for manufacturing a diamond wire for cutting stone material, comprising the steps of: - producing a plurality of composite bush-and-bead elements; - inserting a steel cable inside the plurality of composite bush-and-bead elements; - splicing the two ends of the steel cable thus forming a number of strands interruption points wherein two strands ends (14, 16) are arranged end-to-end; said interruption points being spaced along the steel cable; and - applying a plastic-coating onto the steel cable via injection moulding; said method being characterized by additionally comprising, prior to the step of applying the plastic-coating, the step of placing a number of reinforcing elements on the steel cable each above a respective interruption point, so as to cover the section of the steel cable at the interruption point, and so that said plastic-coating can at least partially cover said composite bush-and-bead elements and said reinforcing elements and also stably fix said composite bush-and-bead elements and said reinforcing elements onto said steel cable. - producing a plurality of composite bush-and-bead elements; - inserting a steel cable inside the plurality of composite bush-and-bead elements; - splicing the two ends of the steel cable thus forming a number of strands interruption points wherein two strands ends (14, 16) are arranged end-to-end; said interruption points being spaced along the steel cable; and - applying a plastic-coating onto the steel cable via injection moulding;
A washing machine comprising: a casing; and a state sensing unit being configured for sensing tilt of a predetermined angle or more of the casing or vibration of a predetermined magnitude or more applied to the casing, wherein the state sensing unit includes: a switching conductive element being configured to move according to tilt of the, casing or vibration applied to the casing; a contact electrode; and a guide electrode supporting the switching conductive element while keeping contact with the switching conductive element, and being electrically connectable to the contact electrode through the switching conductive element when the switching conductive element contacts the contact electrode and the guide electrode, wherein the guide electrode guides the switching conductive element such that, when the casing is balanced, the switching conductive element is supported by the guide electrode while spaced apart from the contact electrode, and, when the switching conductive element moves by tilt of the predetermined angle or more of the casing or vibration of the predetermined magnitude or more applied to the casing, the switching conductive element comes into contact with the contact electrode. a casing; and a state sensing unit being configured for sensing tilt of a predetermined angle or more of the casing or vibration of a predetermined magnitude or more applied to the casing, wherein the state sensing unit includes: a switching conductive element being configured to move according to tilt of the, casing or vibration applied to the casing; a contact electrode; and a guide electrode supporting the switching conductive element while keeping contact with the switching conductive element, and being electrically connectable to the contact electrode through the switching conductive element when the switching conductive element contacts the contact electrode and the guide electrode, wherein the guide electrode guides the switching conductive element such that, a switching conductive element being configured to move according to tilt of the, casing or vibration applied to the casing; a contact electrode; and a guide electrode supporting the switching conductive element while keeping contact with the switching conductive element, and being electrically connectable to the contact electrode through the switching conductive element when the switching conductive element contacts the contact electrode and the guide electrode, wherein the guide electrode guides the switching conductive element such that, when the casing is balanced, the switching conductive element is supported by the guide electrode while spaced apart from the contact electrode, and, when the switching conductive element moves by tilt of the predetermined angle or more of the casing or vibration of the predetermined magnitude or more applied to the casing, the switching conductive element comes into contact with the contact electrode.
Rotary ring actuator with a stator arranged on a capacitively sensing detection surface of a touch panel, with a base body rotatably mounted on the stator and with a ramp ring rotatable against the stator, on which at least one electrically conductive sliding contact element is arranged, which lies with a sliding contact against the detection surface and whose position on the detection surface can be determined by the touch panel, wherein a metal or metallised ring is arranged on the base body so as to be axially displaceable against a restoring force, the ring being coupled both electrically and mechanically to the sliding contact element, and characterized in that a displacement of the ring in the direction of the touch panel mechanically causes the sliding contact to be lifted off the detection surface. wherein a metal or metallised ring is arranged on the base body so as to be axially displaceable against a restoring force, the ring being coupled both electrically and mechanically to the sliding contact element, and characterized in that a displacement of the ring in the direction of the touch panel mechanically causes the sliding contact to be lifted off the detection surface.
Connecting-device in form of a tulip-contact-assembly for a switchgear apparatus, comprising: - tulip-cluster-portions for electrically engaging with a contact-stud-element; - a mounting-end-part for the mechanical connection to a pole-terminal, - conductive-transmitting-portions for transmitting electrical current from said contact-stud-element to said pole-terminal, each of said conductive-transmitting-portions extending from the respective tulip-cluster-portion forming finger-projections connected to a respective base-portion of said mounting-end-part, said tulip-cluster-portions with the respective conductive-transmitting-portions and with the respective base-portions are formed as an integral single-piece-portions, characterised in that each single-piece-portion comprises two finger-projections integral with, and protruding from, a common base portion, wherein said single-piece-portions are configured as distinct elements which are adapted to be coupled together for defining one assembled-body. - tulip-cluster-portions for electrically engaging with a contact-stud-element; - a mounting-end-part for the mechanical connection to a pole-terminal, - conductive-transmitting-portions for transmitting electrical current from said contact-stud-element to said pole-terminal, each of said conductive-transmitting-portions extending from the respective tulip-cluster-portion forming finger-projections connected to a respective base-portion of said mounting-end-part,
A casting insert, comprising - a casting insert wall formed essentially from a liquid-phase-sintered refractory metal alloy, - a cavity formed by the casting insert wall, - at least one cooling duct that is different from the cavity and which at least in sections is configured within the cavity and/or which at least in sections is configured within the casting insert wall, wherein the casting insert wall has a wall thickness (t), which wall thickness (t) is definable as a normal distance between a point of the casting insert wall facing the cavity and a point on an outer surface of the casting insert wall, and the wall thickness (t) along at least 50% of an extent of the casting insert wall is less than 25% of a diameter of the casting insert. - a casting insert wall formed essentially from a liquid-phase-sintered refractory metal alloy, - a cavity formed by the casting insert wall, - at least one cooling duct that is different from the cavity and which at least in sections is configured within the cavity and/or which at least in sections is configured within the casting insert wall,