mhurhangee/ep-ind-claims huggingface dataset:
An electronic control unit comprising: a board on which a semiconductor device is mounted; a metallic case body that includes a first surface on which the board is mounted, a plurality of side surfaces provided along sides of the first surface respectively, and an opening opposed to the first surface; and a metallic cover that includes a second surface opposed to at least a part of the first surface, and a plurality of overlap portions provided along sides of the second surface respectively, wherein the cover is engaged with the case body so that the second surface is opposed to the first surface and the plurality of overlap portions are arranged inside the case body and are opposed to and spaced apart from the plurality of side surfaces, and at least one overlap portion of the plurality of overlap portions is provided with a slit (15, 15S), characterized in that a side surface of the case body includes a connector unit that passes through the side surface, wherein the overlap portion includes an opening (5-OP) for the connector unit, and is provided with the slit extending from the opening (5-OP) for the connector unit toward a ridgeline between the overlap portion and the second surface. a board on which a semiconductor device is mounted; a metallic case body that includes a first surface on which the board is mounted, a plurality of side surfaces provided along sides of the first surface respectively, and an opening opposed to the first surface; and a metallic cover that includes a second surface opposed to at least a part of the first surface, and a plurality of overlap portions provided along sides of the second surface respectively, wherein the cover is engaged with the case body so that the second surface is opposed to the first surface and the plurality of overlap portions are arranged inside the case body and are opposed to and spaced apart from the plurality of side surfaces, and at least one overlap portion of the plurality of overlap portions is provided with a slit (15, 15S), characterized in that a side surface of the case body includes a connector unit that passes through the side surface, wherein the overlap portion includes an opening (5-OP) for the connector unit, and is provided with the slit extending from the opening (5-OP) for the connector unit toward a ridgeline between the overlap portion and the second surface.
Flow through heater device, comprising a fluid tube carrying a fluid to be heated; a tubular heating element extending at least partially parallel and in thermal contact with the fluid tube; wherein the tubular heating element comprises a profiled casing tube and at least one heating coil mounted in a tubular portion of said profiled casing tube; characterized in that the profiled casing tube further comprises at least one tab portion laterally protruding from the tubular portion and being wrapped around the fluid tube; wherein the assembly of the fluid tube and the tubular heating element has a helical shape so that the tubular portion of the casing tube is positioned with respect to the helix radially inside of the fluid tube.
A transmitter for communication in a mobile communication system, comprising: the transmitter configured to allocate, in a first slot, a first orthogonal sequence for an acknowledgement or negative acknowledgement, ACK/NAK, signal based on a first slot index and a first cyclic shift for the ACK/NAK signal based on a first symbol index, the first slot index and a cell id; allocate, in the first slot, a second orthogonal sequence for a reference signal based on the first slot index and a second cyclic shift for the reference signal based on a second symbol index, the first slot index and the cell id; allocate, in a second slot, a third orthogonal sequence and a third cyclic shift for the ACK/NAK signal, wherein the second slot is based on the first slot index; allocate, in the second slot, a fourth orthogonal sequence and a fourth cyclic shift for the reference signal, wherein the second slot is based on the first slot index; transmit the ACK/NAK signal including the first cyclic shift, the first orthogonal sequence, the third orthogonal sequence, and the third cyclic shift; and transmit the reference signal including the second cyclic shift, the second orthogonal sequence, the fourth orthogonal sequence, and the fourth cyclic shift. the transmitter configured to allocate, in a first slot, a first orthogonal sequence for an acknowledgement or negative acknowledgement, ACK/NAK, signal based on a first slot index and a first cyclic shift for the ACK/NAK signal based on a first symbol index, the first slot index and a cell id; allocate, in the first slot, a second orthogonal sequence for a reference signal based on the first slot index and a second cyclic shift for the reference signal based on a second symbol index, the first slot index and the cell id; allocate, in a second slot, a third orthogonal sequence and a third cyclic shift for the ACK/NAK signal, wherein the second slot is based on the first slot index; allocate, in the second slot, a fourth orthogonal sequence and a fourth cyclic shift for the reference signal, wherein the second slot is based on the first slot index; transmit the ACK/NAK signal including the first cyclic shift, the first orthogonal sequence, the third orthogonal sequence, and the third cyclic shift; and transmit the reference signal including the second cyclic shift, the second orthogonal sequence, the fourth orthogonal sequence, and the fourth cyclic shift.
A method of transferring a group of glass articles from a supporting surface to a conveyor for carrying the group of articles off in a straight horizontal direction; the method comprising the step of moving an articulated arm comprising a first elongated portion hinged to a fixed support to rotate about a fixed hinge axis perpendicular to supporting surface, and a second elongated portion connected to the first elongated portion to rotate about a movable hinge axis parallel to said fixed hinge axis and integrally connected to a pusher for pushing said group of articles so as to move said pusher between an engage position engaging the articles on said supporting surface, and a release position to release the articles onto said conveyor; in the released position the centre of gravity of said group of articles is located downstream, in the travelling direction of the articles on the conveyor, from a plane containing the fixed hinge axis and perpendicular to said travelling direction; the method being characterized in that when the pusher is in said engage position, said centre of gravity of the group of articles engaged by the pusher being located outside a space bounded by two planes perpendicular to said plane containing the fixed hinge axis, and respectively containing said fixed hinge axis and said travelling direction.
A marker with a pattern formed thereon, comprising: an optical system, wherein: at least a part of the pattern that uniquely appears depending on a direction in which the pattern is viewed from an outside of the marker through the optical system, is visually identified from the outside of the marker; the pattern includes a plurality of rows of binary-coded sequences (513, 514, 515, 910, 920); the binary-coded sequence of each of the plurality of rows (910, 920) includes aperiodic sequences (911, 921) that are repeatedly arranged; the aperiodic sequences included in the binary-coded sequence of one row of the plurality of rows are different from the aperiodic sequences included in the binary-coded sequence of another row of the plurality of rows; and each of the aperiodic sequences (911, 921) includes a plurality of sub-sequences that are arranged in a predetermined order. at least a part of the pattern that uniquely appears depending on a direction in which the pattern is viewed from an outside of the marker through the optical system, is visually identified from the outside of the marker; the pattern includes a plurality of rows of binary-coded sequences (513, 514, 515, 910, 920); the binary-coded sequence of each of the plurality of rows (910, 920) includes aperiodic sequences (911, 921) that are repeatedly arranged; the aperiodic sequences included in the binary-coded sequence of one row of the plurality of rows are different from the aperiodic sequences included in the binary-coded sequence of another row of the plurality of rows; and each of the aperiodic sequences (911, 921) includes a plurality of sub-sequences that are arranged in a predetermined order.
Process for manufacturing paper, cardboard or carton, the process comprising the steps of: a) obtaining baobab fruit fiber and baobab bark bast fiber and/or Natal fig bast fiber as a tree raw material, wherein the tree raw material contains at least 5% of baobab fruit fiber, b) defibering the tree raw material of step a) while adding water, c) heating and preferably bleaching the fiber pulp obtained in step b) d) applying the fiber pulp on sieving means including removing a fraction of the added water to create a non-woven fabric of paper fiber, e) pressing the non-woven fabric of paper fiber obtained in step d), and f) drying the non-woven fabric of paper fiber obtained in step e). a) obtaining baobab fruit fiber and baobab bark bast fiber and/or Natal fig bast fiber as a tree raw material, wherein the tree raw material contains at least 5% of baobab fruit fiber, b) defibering the tree raw material of step a) while adding water, c) heating and preferably bleaching the fiber pulp obtained in step b) d) applying the fiber pulp on sieving means including removing a fraction of the added water to create a non-woven fabric of paper fiber, e) pressing the non-woven fabric of paper fiber obtained in step d), and f) drying the non-woven fabric of paper fiber obtained in step e).
A method of fabricating an optical fiber preform that comprises, from the center towards the periphery, a central core, an intermediate cladding, a buried trench, and an outer cladding, the method comprising the steps of: · preparing a first rod constituting at least the central core, the first rod being prepared by chemical vapor deposition in a first tube; · preparing a hollow second rod constituting at least the buried trench, the second rod being prepared by chemical vapor deposition, preferably plasma-assisted chemical vapor deposition (PCVD), in a second tube; and · fitting the second rod as a sleeve on the first rod. · preparing a first rod constituting at least the central core, the first rod being prepared by chemical vapor deposition in a first tube; · preparing a hollow second rod constituting at least the buried trench, the second rod being prepared by chemical vapor deposition, preferably plasma-assisted chemical vapor deposition (PCVD), in a second tube; and · fitting the second rod as a sleeve on the first rod.
A wind turbine comprising a tower, a pod, at least one smoke detector (310, 320) in the region of the tower and/or in the region of the pod, characterized by means for detecting whether there are people in the wind turbine or whether the wind turbine is in a maintenance mode, at least one fan (20, 220) arranged in the tower and/or in the pod, and a control unit which detects a fire situation or smoke development in the wind turbine by means of the smoke detectors (320, 310) and activates the fans (210, 220) disposed in the tower and/or in the pod in order to suck away the smoke produced to the exterior and to prevent smoke poisoning of people in the wind turbine.
Film composite as a layer arrangement in a card body of a portable data carrier, wherein at least one electrical conduction element is arranged on at least one elastic layer in the film composite, characterised in that the elastic layer has a modulus of elasticity of at most 1100 MPa, wherein the elastic layer has an elongation-at-break tolerance of at least 300 percent of the initial state, wherein the elastic layer has a Shore hardness of at most 74 Shore D. the elastic layer has a modulus of elasticity of at most 1100 MPa, wherein the elastic layer has an elongation-at-break tolerance of at least 300 percent of the initial state, wherein the elastic layer has a Shore hardness of at most 74 Shore D.
Steering column for a motor vehicle, comprising a supporting unit that can be connected to the chassis of the motor vehicle and an actuating unit, which is mounted on the supporting unit and which supports a steering shaft for rotation, wherein the position of the actuating unit can be adjusted relative to the supporting unit, wherein the steering column has a position detection device for determining the position of the actuating unit relative to the supporting unit, characterized in that the position detection device is a redundant system having two mutually independent position sensor units (13, 22) for measuring the position of the steering column.
A composition comprising a bacterial collagen-binding polypeptide segment linked to a PTH/PTHrP receptor agonist, for use in a method of treating hyperparathyroidism, the method comprising administering the composition to a subject in need of treatment for hyperparathyroidism.
Manufacturing method of a control surface of an aircraft, the control surface comprising: - an upper skin, - a lower skin, - ribs joining the upper skin and the lower skin and located along a chordwise direction of the control surface, the manufacturing method comprising the steps of: - providing a single composite preform comprising the upper skin, the lower skin and the ribs, the ribs being manufactured with their chordwise length shorter than the upper and lower skins (1, 2) chordwise length, - curing said single composite preform such that an integrated box comprising the upper skin, the lower skin and the ribs is formed, the manufacturing method characterized in that, after the curing process of the integrated box, it further comprises the step of extracting a curing tool (12.1, 12.2) located between the upper skin and the lower skin from the cured integrated box in a chordwise direction towards a front edge of the control surface, the curing tool (12.1, 12.2) comprising a first part (12.1) in contact with the upper skin and the lower skin and a second part (12.2) having a L-shape in contact with the upper skin, the lower skin and a rib, a portion of the second part (12.2) located in the chordwise direction being located in a space between the rib and a rear edge of the control surface. - an upper skin, - a lower skin, - ribs joining the upper skin and the lower skin and located along a chordwise direction of the control surface, the manufacturing method comprising the steps of: - providing a single composite preform comprising the upper skin, the lower skin and the ribs, the ribs being manufactured with their chordwise length shorter than the upper and lower skins (1, 2) chordwise length, - curing said single composite preform such that an integrated box comprising the upper skin, the lower skin and the ribs is formed, - providing a single composite preform comprising the upper skin, the lower skin and the ribs, the ribs being manufactured with their chordwise length shorter than the upper and lower skins (1, 2) chordwise length, - curing said single composite preform such that an integrated box comprising the upper skin, the lower skin and the ribs is formed, the manufacturing method characterized in that, after the curing process of the integrated box, it further comprises the step of extracting a curing tool (12.1, 12.2) located between the upper skin and the lower skin from the cured integrated box in a chordwise direction towards a front edge of the control surface, the curing tool (12.1, 12.2) comprising a first part (12.1) in contact with the upper skin and the lower skin and a second part (12.2) having a L-shape in contact with the upper skin, the lower skin and a rib, a portion of the second part (12.2) located in the chordwise direction being located in a space between the rib and a rear edge of the control surface.
A cooling medium supply/discharge device of a superconducting rotary device for being placed between a refrigerating device and a rotor including a superconducting coil in the superconducting rotary device, to supply a gaseous supply cooling medium which is supplied from the refrigerating device to the rotor and return a gaseous return cooling medium returned from the rotor to the refrigerating device, the cooling medium supply/discharge device comprising: a cylindrical rotary casing which is rotatable together with a rotary shaft of the rotor; a cylindrical stationary casing fixed such that the stationary casing extends inward relative to the rotary casing and coaxially with the rotary casing and relative rotation between the stationary casing and the rotary casing via a bearing is allowed to occur; a first stationary cylindrical body which is inserted into the stationary casing such that the first stationary cylindrical body is not rotatable; a first rotary cylindrical body which is inserted into the first stationary cylindrical body with a gap such that the first rotary cylindrical body is rotatable together with the rotary shaft; a second stationary cylindrical body which is inserted into the first stationary cylindrical body such that the second stationary cylindrical body is not rotatable; and a second rotary cylindrical body which is inserted into the first rotary cylindrical body, fitted to the second stationary cylindrical body with a gap, and rotatable together with the rotary shaft, wherein a flow passage of the gaseous supply cooling medium is provided inside the second stationary cylindrical body and the second rotary cylindrical body, and wherein a flow passage of the gaseous return cooling medium is provided between the first stationary cylindrical body and the second stationary cylindrical body, and between the first rotary cylindrical body and the second rotary cylindrical body. a cylindrical rotary casing which is rotatable together with a rotary shaft of the rotor; a cylindrical stationary casing fixed such that the stationary casing extends inward relative to the rotary casing and coaxially with the rotary casing and relative rotation between the stationary casing and the rotary casing via a bearing is allowed to occur; a first stationary cylindrical body which is inserted into the stationary casing such that the first stationary cylindrical body is not rotatable; a first rotary cylindrical body which is inserted into the first stationary cylindrical body with a gap such that the first rotary cylindrical body is rotatable together with the rotary shaft; a second stationary cylindrical body which is inserted into the first stationary cylindrical body such that the second stationary cylindrical body is not rotatable; and a second rotary cylindrical body which is inserted into the first rotary cylindrical body, fitted to the second stationary cylindrical body with a gap, and rotatable together with the rotary shaft,
Aircraft structural assembly having a plurality of separately manufactured but connectable area elements, each comprising a core and an outer layer, wherein a first surface of each area element is convexly curved, at least in certain sections, relative to an imaginary central area of the area element extending through the core of the area element, and a second surface of each area element located opposite the first surface is oriented, at least in certain sections, parallel to the imaginary central area of the area element extending through the core of the area element, each area element being configured in the form of a floor panel of a floor system and the first or the second surface (30, 32) of each area element being designed to form a walkable floor surface of the floor system in the state of the aircraft structural assembly when mounted in an aircraft, wherein each area element of the aircraft structural assembly has at least one area region in which the area element is not provided with a core, and the separately manufactured area elements are connectable to one another or to further aircraft components along an area region of the area element not provided with a core, and wherein each area element is adapted to be mounted in an aircraft without the necessity of the aircraft structural assembly to further comprise a transverse support structure for fastening the separately manufactured area elements.
A gripper unit for a system for moving containers to and from a processing unit of said containers, comprising a support assembly and a gripper assembly, two jaws (4a, 4b) being arranged on the gripper assembly, wherein the gripper assembly comprises a support body, wherein a jaws support is pivotally coupled to the support body and in that there are provided means for stopping the free rotation of the jaws support configured so as to allow the rotation of the jaws support only in the case of transverse stress above a predefined threshold, wherein the gripper assembly is movable with respect to the support assembly between a retracted position and an extended position, characterised in that the gripper assembly comprises a pushing bearing configured so as to react in a cam path to actuate said movement between said retracted position and said extended position, said pushing bearing being hinged to a pin and wherein preloaded elastic means are arranged between said pushing bearing and a movable plate, and in that the gripper unit comprises a proximity sensor, connected to a command and control unit of the conveyor system, configured so as to detect the dislocation of the jaws support with respect to the support body.
A pneumatic tire for rough terrain comprising a tread portion provided with a plurality of blocks, said blocks comprising a plurality of center blocks arranged in a center region (Cr) of the tread portion, a plurality of shoulder blocks arranged along each tread edge (Te) of the tread portion and a plurality of middle blocks arranged between the center region (cr) and the shoulder blocks, each of said center blocks, middle blocks and shoulder blocks comprising a top face and a sidewall face extending radially inward from the peripheral edge of the top face, wherein at least one of said middle blocks and shoulder blocks is a U-shaped block having a lateral slot which extends from an axially outer sidewall face of the block to an axially inner end thereof being terminated within the block, the peripheral edge of the top face of the U-shaped block comprises an axially inner edge extending along a circumferential direction of the tire, an axially outer edge, a first edge connecting between the axially inner edge and the axially outer edge at one side in the circumferential direction of the tire, and a second edge connecting between the axially inner edge and the axially outer edge at the other side in the circumferential direction of the tire, wherein a chamfer portion is provided at a first corner between the axially inner edge and the first edge and at a second corner between the axially inner edge and the second edge, characterized in that the chamfer portion in the top face is formed as a concave arc which protrudes inwardly of the U-shaped block, and the concave arc has a radius of curvature (r) in a range of not more than 2mm.