mhurhangee/ep-ind-claims huggingface dataset:
A high-frequency welding method for welding an accessory, which defines a profile having a specific shape and dimensions, to a substrate, by means of high-frequency welding machinery which includes a female mould, which comprises a cavity which is formed by a profile having substantially the same shape and dimensions as the accessory, and a male mould, which comprises a relief which is formed by a profile having substantially the same shape and dimensions as the accessory, this method comprising: • mounting the female mould or the male mould on a movable upper plate of the high-frequency welding machinery; • mounting on a fixed lower plate of the high-frequency welding machinery the female mould, if the male mould is mounted on the upper plate, or the male mould, if the female mould is mounted on the upper plate, in such a manner that the profile of the cavity is aligned in a closure direction of the moulds with the profile of the relief in such a manner that, when the female mould is closed on the male mould, the profile of the cavity coincides with the profile of the relief; • positioning the accessory on the relief, if the male mould is mounted on the fixed lower plate, in such a manner that the profile of the accessory coincides with the profile of the relief or in the cavity, if the female mould is mounted on the fixed lower plate, in such a manner that the profile of the accessory coincides with the profile of the cavity; • positioning the substrate above the accessory; • moving the movable upper plate towards the fixed lower plate in such a manner that the accessory is pressed between the cavity and the relief; • supplying high-frequency welding energy to the movable upper plate and/or to the fixed lower plate so as to weld the accessory to the substrate. • mounting the female mould or the male mould on a movable upper plate of the high-frequency welding machinery; • mounting on a fixed lower plate of the high-frequency welding machinery the female mould, if the male mould is mounted on the upper plate, or the male mould, if the female mould is mounted on the upper plate, in such a manner that the profile of the cavity is aligned in a closure direction of the moulds with the profile of the relief in such a manner that, when the female mould is closed on the male mould, the profile of the cavity coincides with the profile of the relief; • positioning the accessory on the relief, if the male mould is mounted on the fixed lower plate, in such a manner that the profile of the accessory coincides with the profile of the relief or in the cavity, if the female mould is mounted on the fixed lower plate, in such a manner that the profile of the accessory coincides with the profile of the cavity; • positioning the substrate above the accessory; • moving the movable upper plate towards the fixed lower plate in such a manner that the accessory is pressed between the cavity and the relief; • supplying high-frequency welding energy to the movable upper plate and/or to the fixed lower plate so as to weld the accessory to the substrate.
An image processing apparatus comprising: input means for inputting an image including a face; face region detection means for detecting a face region in the image input by said input means; and determination means for determining a category of the face, characterised in that said face region detection means is adapted to detect a plurality of local features from the input image and is adapted to detect the face region in the input image using the plurality of detected local features; and said determination means is adapted to determine the category of the face by setting a search range (RE1, RE2, RM) for each of specific feature points (B1, B2; B3, B4; E1, E2; E3, E4; M1, M2) in the face region detected by said face region detection means, where specific feature points are end points of brows, end points of eyes and end points of the mouth, detecting the specific feature points from respective search ranges using the plurality of detected local features, and by comparing a position of the detected specific feature points with a position of corresponding feature points (B1, B2,...) of a face image which is set in advance as a reference. input means for inputting an image including a face; face region detection means for detecting a face region in the image input by said input means; and determination means for determining a category of the face, characterised in that said face region detection means is adapted to detect a plurality of local features from the input image and is adapted to detect the face region in the input image using the plurality of detected local features; and said determination means is adapted to determine the category of the face by setting a search range (RE1, RE2, RM) for each of specific feature points (B1, B2; B3, B4; E1, E2; E3, E4; M1, M2) in the face region detected by said face region detection means, where specific feature points are end points of brows, end points of eyes and end points of the mouth, detecting the specific feature points from respective search ranges using the plurality of detected local features, and by comparing a position of the detected specific feature points with a position of corresponding feature points (B1, B2,...) of a face image which is set in advance as a reference.
Piston for an internal combustion engine, comprising a piston shaft and a piston head comprising a ring field arranged thereon, wherein the piston shaft comprises supporting shaft wall sections and recessed box walls, which connect the shaft wall sections to one another and comprise a curved shape and a bolt bore, an undercut clearance being present below the ring field in the region of the bolt bore in the region of the piston head, wherein the piston comprises a pressure side and a counter pressure side, wherein the piston comprises on its pressure side a box wall distance of the box walls between 35% and 51% of the piston diameter and/or that the piston comprises on its counter pressure side a box wall distance of the box walls between 26% and 39% of the piston diameter, wherein the box wall distance of the pressure side is measured between the center lines of the opposing box walls on the pressure side as the respective center lines pass through the shaft wall section on the pressure side, wherein further the box wall distance of the counter pressure side is measured between the center lines of the opposing box walls on the counter pressure side when the respective center lines pass through the shaft wall section on the counter pressure side, wherein the box wall distances (27, 28) are measured in a bottom view of the piston, and wherein a distance between an upper edge of a fire land and an apex of the clearance transverse to a bolt bore axis of the piston is smaller than an extension of the fire land.
An system in a movable object, the system comprising an image processing apparatus and an imaging unit configured to capture a peripheral image in front of the movable object; the image processing apparatus comprising: an image receiver configured to obtain the peripheral image as image data from the imaging unit; a movable object information receiver configured to obtain movable object information including the travel speed and brake control of the movable object; a road information receiver configured to obtain road information around the movable object from a memory, the road information representing information about a road corresponding to the current location of the movable object; and a region setter configured to calculate a distance from the current location to a nearest object in the road information; characterized in that the region setter is configured to set, when the distance is at a distance threshold or shorter, the entire peripheral image as a region to extract and to set, when the distance is longer than the distance threshold, the travel speed of the movable object is no less than a speed threshold and the movable object is not under the brake control, a region of the peripheral image to extract, wherein the road information includes at least one of the presence of an intersection, a railway crossing, a pedestrian crossing, a school zone, a tunnel, a slope, a train station, a bus stop, a car parking, an interchange, a junction, and other movable objects moving in directions different from a direction of the movable object. an image receiver configured to obtain the peripheral image as image data from the imaging unit; a movable object information receiver configured to obtain movable object information including the travel speed and brake control of the movable object; a road information receiver configured to obtain road information around the movable object from a memory, the road information representing information about a road corresponding to the current location of the movable object; and a region setter configured to calculate a distance from the current location to a nearest object in the road information; characterized in that the region setter is configured to set, when the distance is at a distance threshold or shorter, the entire peripheral image as a region to extract and to set, when the distance is longer than the distance threshold, the travel speed of the movable object is no less than a speed threshold and the movable object is not under the brake control, a region of the peripheral image to extract, wherein the road information includes at least one of the presence of an intersection, a railway crossing, a pedestrian crossing, a school zone, a tunnel, a slope, a train station, a bus stop, a car parking, an interchange, a junction, and other movable objects moving in directions different from a direction of the movable object.
A track assembly for a track-driven vehicle, which track assembly comprises a track-carrying beam, which extending along a longitudinal axis is terminated in a first gable end respectively a second gable end, a front and a rear wheel, one of which is driving, a plurality of carrying wheels, a continuous track, which can travel around said wheel, a drive train comprising an engine and a transmission device (20, 21, 47) for driving said driving wheel, whereby the driving wheel is rotatably bedded and accommodated in a housing and the transmission device (20, 21, 47) is accommodated in a projection from the housing, characterized in that the track-carrying beam comprises a first compartment and that a first opening is arranged in the first gable end with which opening the first compartment can communicate with the surroundings, whereby the housing forms a unit, which in a retaining manner is accommodated in the track-carrying beam by means of the projection of the housing being inserted into the first compartment via the first opening. a track-carrying beam, which extending along a longitudinal axis is terminated in a first gable end respectively a second gable end, a front and a rear wheel, one of which is driving, a plurality of carrying wheels, a continuous track, which can travel around said wheel, a drive train comprising an engine and a transmission device (20, 21, 47) for driving said driving wheel, whereby the driving wheel is rotatably bedded and accommodated in a housing and the transmission device (20, 21, 47) is accommodated in a projection from the housing, characterized in that the track-carrying beam comprises a first compartment and that a first opening is arranged in the first gable end with which opening the first compartment can communicate with the surroundings, whereby the housing forms a unit, which in a retaining manner is accommodated in the track-carrying beam by means of the projection of the housing being inserted into the first compartment via the first opening.
An arrangement comprising a lamp connecting terminal and a device for supplying energy for the lamp connecting terminal, wherein the device has the following: - a connecting adapter, - a connecting terminal, wherein the connecting adapter and the connecting terminal can be arranged substantially outside a lamp housing of a lamp, wherein the lamp connecting terminal can be arranged substantially inside the lamp housing of the lamp, wherein the device can be electrically contacted with the lamp connecting terminal, wherein at least one electrical conductor of an electrical line, preferably a network line, can be contacted by means of the device with the lamp connecting terminal, wherein the connecting terminal of the device substantially corresponds to the terminal type of the lamp connecting terminal and/or at least the electrical connections or the electrical contact parts of the connecting terminal of the device are designed as to be substantially identical to the electrical connections or electrical contact parts of the lamp connecting terminal, characterized in that the connecting adapter has a connecting adapter fixed part and a connecting adapter sliding part, wherein the design is such that the connecting adapter sliding part can be displaced relative to the connecting adapter fixed part. - a connecting adapter, - a connecting terminal,
An assembly comprising an aircraft, a payload tethered to the aircraft, and a system for controlling a tension of a tether between the aircraft and the payload tethered to the aircraft, comprising: at least one magnetorheological fluid actuator unit including at least one torque source and at least one MR fluid clutch apparatus coupled to the at least one torque source to receive torque from the at least one torque source, the MR fluid clutch apparatus controllable to transmit a variable amount of torque via an output member of the MR fluid actuator unit; a tether being connected to the output member so as to be pulled by the output member to wind or unwind the tether upon actuation of the magnetorheological fluid clutch apparatus, a free end of the tether adapted to exert a pulling action when being pulled by the output member; at least one sensor (26, 210) for providing information indicative of a relation between the aircraft and the payload tethered to the aircraft; and a controller for controlling the at least one MR fluid clutch apparatus in exerting the pulling action based on said information. at least one magnetorheological fluid actuator unit including at least one torque source and at least one MR fluid clutch apparatus coupled to the at least one torque source to receive torque from the at least one torque source, the MR fluid clutch apparatus controllable to transmit a variable amount of torque via an output member of the MR fluid actuator unit; a tether being connected to the output member so as to be pulled by the output member to wind or unwind the tether upon actuation of the magnetorheological fluid clutch apparatus, a free end of the tether adapted to exert a pulling action when being pulled by the output member; at least one sensor (26, 210) for providing information indicative of a relation between the aircraft and the payload tethered to the aircraft; and a controller for controlling the at least one MR fluid clutch apparatus in exerting the pulling action based on said information.
An external element of a timepiece or a piece of jewelry containing a body made of an insulating ceramic material, said body being arranged to comprise a housing, further comprising a wireless communication system disposed in the housing, and at least one part of the surface of said external element having a layer of metallic visual appearance, said layer being obtained by carburization, nitridation or a combination of these two processes.
Press tool for producing a friction lining, comprising a mold for a compressed material, a stamp and a reflecting plate, wherein the stamp and the reflecting plate have separate heating plates, wherein a profile plate is additionally attached to the heating plate of the stamp, so that during the pressing procedure the heating plate of the reflecting plate and the profile plate that is attached to the heating plate of the stamp are in contact with the compressed material that is filled into the mold.
Circuit arrangement for load-pressure-optimised lowering of loads by means of a fluidically drivable working device, in particular in the form of at least one hydraulic working cylinder which can be supplied by a motor-pump unit with a fluid of predefinable pressure in the intake for lifting the respective load, and with a return for discharging fluid from the working device when lowering this load, wherein a proportional pressure-limiting valve is connected in the return, said valve performing a dual function in that it serves as a pressure-limiting valve or as a proportional valve during lifting and lowering of the load by means of the hydraulic working device, wherein the return with the proportional pressure-limiting valve discharges into a connection point in the intake, characterised in that a shut-off valve in the form of a 2/2-way shut-off valve is connected between the connection point and the working device.
Refrigeration appliance with a camera module for capturing a first digital image with markings in the interior of the refrigeration appliance, wherein the refrigeration appliance includes a processing device, which is embodied to convert the first digital image into a second digital image on the basis of the captured markings, characterised in that the processing device is embodied to remove an edge area of the first digital image on the basis of the markings, in order to obtain the second digital image.
An easy cleaning guiding assembly, comprising a clamping base provided with an opening and a clamping position, a guiding block being rotatably connected with the clamping base and provided with a clamping element, wherein when the guiding assembly is in use, the guiding block is fixed on the clamping base by engagement of the clamping element in the clamping position, and a guiding channel is formed by the guiding block and the clamping base, wherein pin holes are provided on both sides of the clamping base, connecting pin holes are provided on the guiding block, and the guiding block is rotatably connected with the clamping base by a pin penetrating through the pin holes and the connecting pin holes characterized in that the guiding block comprises a rotating block and a fixing block connected with the rotating block, the connecting pin holes are provided on the rotating block for rotatable connection of the rotating block and the clamping base, and the rotating block has an obstructing element for preventing excess rotation of the rotating block, and the clamping element is provided on the fixing block, and the fixing block is fixed by engagement of the clamping element in the clamping position of the clamping base.
An occlusion device for blocking a biological tube, said biological tube being prone to a peristaltic wave having a wave length, where said occlusion device comprises at least two sections (11, 12, 13), each section having a length, l sec, where each section is connected by at least one narrowing (14, 15) having a length, l nar, to at least one other section (11, 12, 13), where a diameter, d nar, of said narrowing is smaller than the diameter, d sec, of at least one of said two sections where said occlusion device comprises an elastic material, characterized in that each section (11, 12, 13) is configured to deform in accordance with a force applied by said peristaltic wave, and that the length of at least one of said at least two sections corresponds substantially to the wave length of said peristaltic wave in said biological tube, so as to absorb said peristaltic wave.
An L-shaped connector, comprising: an L-shaped dividable insulation inner housing receiving an L-shaped terminal joined to an electric shield wire; an electric conductive shield shell covering a horizontal terminal receiving portion of the L-shaped dividable insulation inner housing; an electric conductive housing including cylindrical portions, which can insert the electric shield wire therethrough and an elliptical ring-shaped flange having a horizontal major axis and having an inner space communicating to each of openings of the cylindrical portions, receiving a vertical wire lead-out portion of the L-shaped dividable insulation inner housing, and joining a flange projecting outwardly in a radial direction of the shield shell to the flange projecting outwardly in a radial direction of the electric conductive housing by screwing, and a shield terminal connecting a shield portion of the electric shield wire and the electric conductive housing; wherein the L-shaped connector further comprises a shield packing waterproofing between the flange of the shield shell and the flange of the electric conductive housing and an insulation outer housing covering the shield shell; and a flange of the outer housing is joined by screwing to the flange of the shield shell and to the flange of the electric conductive housing. an L-shaped dividable insulation inner housing receiving an L-shaped terminal joined to an electric shield wire; an electric conductive shield shell covering a horizontal terminal receiving portion of the L-shaped dividable insulation inner housing; an electric conductive housing including cylindrical portions, which can insert the electric shield wire therethrough and an elliptical ring-shaped flange having a horizontal major axis and having an inner space communicating to each of openings of the cylindrical portions, receiving a vertical wire lead-out portion of the L-shaped dividable insulation inner housing, and joining a flange projecting outwardly in a radial direction of the shield shell to the flange projecting outwardly in a radial direction of the electric conductive housing by screwing, and a shield terminal connecting a shield portion of the electric shield wire and the electric conductive housing; wherein the L-shaped connector further comprises a shield packing waterproofing between the flange of the shield shell and the flange of the electric conductive housing and an insulation outer housing covering the shield shell; and a flange of the outer housing is joined by screwing to the flange of the shield shell and to the flange of the electric conductive housing.