mhurhangee/ep-ind-claims huggingface dataset:
A watch winder comprising - a first receiving cylinder, which is mounted rotatably about its longitudinal axis, - a number of second receiving cylinders (5a, 5b, 5c, 5d, 5e), which are respectively guided rotatably about their longitudinal axis, - a number of third receiving cylinders (7a, 7b, 7c, 7d, 7e), which are respectively guided rotatably about their longitudinal axis, and - at least one housing component having a substantially circular opening, which receives the first receiving cylinder and the second and third receiving cylinders (5a, 5b, 5c, 5d, 5e, 7a, 7b, 7c, 7d, 7e), wherein the second receiving cylinders (5a, 5b, 5c, 5d, 5e) are arranged in a guided manner without contact with one another and rotatably on a concentric circular path about the first receiving cylinder and are in force-locking contact with the latter, wherein the third receiving cylinders (7a, 7b, 7c, 7d, 7e) are arranged in a guided manner without contact with one another and rotatably on a concentric circular path about the second receiving cylinders (5a, 5b, 5c, 5d, 5e) and wherein each of the third receiving cylinders (7a, 7b, 7c, 7d, 7e) is in force-locking contact with in each case two second receiving cylinders (5a, 5b, 5c, 5d, 5e), and wherein the third receiving cylinders (7a, 7b, 7c, 7d, 7e) are in force-locking contact with the substantially circular opening of the housing component. - a first receiving cylinder, which is mounted rotatably about its longitudinal axis, - a number of second receiving cylinders (5a, 5b, 5c, 5d, 5e), which are respectively guided rotatably about their longitudinal axis, - a number of third receiving cylinders (7a, 7b, 7c, 7d, 7e), which are respectively guided rotatably about their longitudinal axis, and - at least one housing component having a substantially circular opening, which receives the first receiving cylinder and the second and third receiving cylinders (5a, 5b, 5c, 5d, 5e, 7a, 7b, 7c, 7d, 7e),
Method of manufacturing a shear web for a wind turbine rotor blade, the shear web having a shear web portion and a flange portion for connecting the shear web to a spar cap of the wind turbine rotor blade, the method comprising the steps of: • Providing a manufacturing mold having a first mold surface for the shear web portion, a second mold surface for the flange portion, and an abutment, wherein the second mold surface is disposed at an angle α to the first mold surface and the abutment is opposite the second mold surface, • Arranging a first layer of reinforcing fibers in the manufacturing mold such that a first partial surface of the first layer is arranged on the first mold surface and a second partial surface of the first layer is arranged on the second mold surface, • Arranging a pultruded profile (44, 56) in the manufacturing mold so that an upper surface of the pultruded profile (44, 56) faces the second mold surface and the second partial surface of the first layer is arranged between the upper surface and the second mold surface, • Supporting the pultruded profile (44,56) on the abutment, • Embedding the pultruded profile (44,56) and the reinforcing fibers in a plastic material, • Removing the finished shear web from the manufacturing mold, the shear web portion comprising the first partial surface of the first layer and the flange portion comprising the pultruded profile (44,56). • Providing a manufacturing mold having a first mold surface for the shear web portion, a second mold surface for the flange portion, and an abutment, wherein the second mold surface is disposed at an angle α to the first mold surface and the abutment is opposite the second mold surface, • Arranging a first layer of reinforcing fibers in the manufacturing mold such that a first partial surface of the first layer is arranged on the first mold surface and a second partial surface of the first layer is arranged on the second mold surface, • Arranging a pultruded profile (44, 56) in the manufacturing mold so that an upper surface of the pultruded profile (44, 56) faces the second mold surface and the second partial surface of the first layer is arranged between the upper surface and the second mold surface, • Supporting the pultruded profile (44,56) on the abutment, • Embedding the pultruded profile (44,56) and the reinforcing fibers in a plastic material, • Removing the finished shear web from the manufacturing mold, the shear web portion comprising the first partial surface of the first layer and the flange portion comprising the pultruded profile (44,56).
A method for performing a test run on a test bench, wherein a test specimen is loaded by a load machine, and said load machine is controlled by a drive control unit, and the drive control unit uses at least one target dyno value, which must be set, to control the load machine, wherein the at least one target dyno value (S D) is calculated from a simulation, characterized in that at least one longitudinal velocity (v x) of the wheel contact point of a tire is calculated in a first simulation unit with a first simulation model and the longitudinal velocity (v x) is provided to a second simulation unit, in that a longitudinal force (F x) and/or a rolling resistance torque (M y) of the tire are calculated in a second simulation unit with a second simulation model on the basis of the longitudinal velocity (v x), and in that the at least one target dyno value (S D) for the drive control unit is determined with the longitudinal force (F x) and/or the rolling resistance torque (M y).
A cap configured for removable attachment to an open female luer device, the open female luer device having an open distal end with a contacting surface, and the cap comprising: a body comprising an opening configured to receive the female luer device, a bottom, and a chamber defined between the opening and the bottom, the chamber configured to hold a liquid disinfectant; a male post in the chamber and dimensioned to receive the female luer device, the male post projecting from the bottom towards the opening of the body and comprising a taper corresponding to a taper of the female luer device; a wall of the chamber comprising a thread originating proximate the opening and extending into the chamber, a least a portion of the thread having a height that increases as a function of increasing distance from the opening; and a movable piston positioned about the male post, the movable piston comprising: a central opening dimensioned to provide an interference fit with the male post; a top region comprising a sealing surface configured to form a seal with an inner surface of the open distal end of the female luer device; and a flexible circumferential skirt dimensioned to contact the wall of the chamber. a body comprising an opening configured to receive the female luer device, a bottom, and a chamber defined between the opening and the bottom, the chamber configured to hold a liquid disinfectant; a male post in the chamber and dimensioned to receive the female luer device, the male post projecting from the bottom towards the opening of the body and comprising a taper corresponding to a taper of the female luer device; a wall of the chamber comprising a thread originating proximate the opening and extending into the chamber, a least a portion of the thread having a height that increases as a function of increasing distance from the opening; and a movable piston positioned about the male post, the movable piston comprising: a central opening dimensioned to provide an interference fit with the male post; a top region comprising a sealing surface configured to form a seal with an inner surface of the open distal end of the female luer device; and a flexible circumferential skirt dimensioned to contact the wall of the chamber. a central opening dimensioned to provide an interference fit with the male post; a top region comprising a sealing surface configured to form a seal with an inner surface of the open distal end of the female luer device; and a flexible circumferential skirt dimensioned to contact the wall of the chamber.
A cooking pan provided with an exhaust device comprising: an exhaust hole formed at a center of a bottom part of the cooking pan; and an exhaust pipe that protrudes from an upper surface of the bottom part and that is connected with the exhaust hole and that connects the exhaust space part with the interior of the cooking pan, the cooking pan being characterized in that it comprises a distribution plate that has a diameter bigger than the exhaust hole and that is installed at the center of a lower surface of the bottom part of the cooking pan with a predetermined gap to form an exhaust space part between the distribution plate and the lower surface of a bottom part of the cooking pan. an exhaust hole formed at a center of a bottom part of the cooking pan; and an exhaust pipe that protrudes from an upper surface of the bottom part and that is connected with the exhaust hole and that connects the exhaust space part with the interior of the cooking pan, the cooking pan being characterized in that it comprises a distribution plate that has a diameter bigger than the exhaust hole and that is installed at the center of a lower surface of the bottom part of the cooking pan with a predetermined gap to form an exhaust space part between the distribution plate and the lower surface of a bottom part of the cooking pan.
An image decoding apparatus comprising: a variable-length decoder which performs reverse variable-length encoding processing; a reverse quantization processor which performs reverse quantization processing of data handled by the variable-length decoder; a reverse frequency converter which performs reverse frequency conversion processing of data reversely quantized by the reverse quantization processor to decode difference in prediction; and an intra prediction unit which performs intra prediction on a block basis in raster-scan order to generate a predicted image; wherein the intra prediction unit predicts a target pixel to be decoded; characterized in that: the intra prediction unit predicts a target pixel located at one boundary inside of a target block to be decoded by use of pixel values of two reference pixels between which the target pixel is located, the first reference pixel being a previously predicted pixel located adjacent to the target block and the second reference pixel being pixel located inside the target block at one of its corners, wherein the second reference pixel is predicted from already decoded pixels of surrounding decoded blocks in advance. a variable-length decoder which performs reverse variable-length encoding processing; a reverse quantization processor which performs reverse quantization processing of data handled by the variable-length decoder; a reverse frequency converter which performs reverse frequency conversion processing of data reversely quantized by the reverse quantization processor to decode difference in prediction; and an intra prediction unit which performs intra prediction on a block basis in raster-scan order to generate a predicted image; wherein the intra prediction unit predicts a target pixel to be decoded; the intra prediction unit predicts a target pixel located at one boundary inside of a target block to be decoded by use of pixel values of two reference pixels between which the target pixel is located, the first reference pixel being a previously predicted pixel located adjacent to the target block and the second reference pixel being pixel located inside the target block at one of its corners, wherein the second reference pixel is predicted from already decoded pixels of surrounding decoded blocks in advance.
Hip prosthesis (P; 100) comprising: - a prosthetic head (4; 104) shaped as a basically hemispherical cup having a sliding outer surface adapted to articulate with an acetabular cup inserted in the acetabulum and having at its inner surface a concavity, - a first prosthetic component (2; 102) having the shape of a basically hemispherical cup with concavity towards the concavity of said prosthetic head, - a second prosthetic component (3; 103) connected to the prosthetic head and arranged inside said first prosthetic component, wherein - said second prosthetic component (3; 103) is a ball having a circular section with centre, and - the centre of the radius of curvature of said first prosthetic component (2; 102) coincides with the centre of the radius of curvature of said prosthetic head (4; 104) that coincides with the centre of said ball (3; 103), characterized in that the hip prosthesis comprises a stem (1; 101) adapted to be inserted in the neck of the femur and first prosthetic component is connected to said stem (1; 101), said ball (3; 103) comprises a hole (3a; 103a) inside which a shank (4a; 104a) that protrudes radially inwards from said prosthetic head (4; 104) is coupled, and said prosthetic head comprises a central portion with higher thickness arranged around said shank and a peripheral portion with lower thickness, in such a way to generate a stop surface; said central portion with higher thickness being disposed on the external surface of the ball in such a way to generate an air space between the external surface of the ball and the internal surface of said peripheral portion with lower thickness, in such a way that the border of said first component can enter inside said air space until it stops against said stop surface. - a prosthetic head (4; 104) shaped as a basically hemispherical cup having a sliding outer surface adapted to articulate with an acetabular cup inserted in the acetabulum and having at its inner surface a concavity, - a first prosthetic component (2; 102) having the shape of a basically hemispherical cup with concavity towards the concavity of said prosthetic head, - a second prosthetic component (3; 103) connected to the prosthetic head and arranged inside said first prosthetic component, - said second prosthetic component (3; 103) is a ball having a circular section with centre, and - the centre of the radius of curvature of said first prosthetic component (2; 102) coincides with the centre of the radius of curvature of said prosthetic head (4; 104) that coincides with the centre of said ball (3; 103),
A system for terrestrial data transmission between an aircraft (110a, 110b) and an external network, the system comprising: a broadband over power line module (117, 126) configured to transmit data to and from the external network through an electrical power cable (122a, 122b) connected to the aircraft (110a, 110b) and a gate (120a, 120b); at least one wired/wireless communication module configured to transmit data to and from the external network; and a communication link manager configured to initiate and control data transmission between the broadband over power line module (117, 126) and the external network and between the at least one wired/wireless communication module and the external network, wherein the broadband over power line module (117, 126), the at least one wired/wireless communication module, and the communication link manager are configured for fixed attaching to the aircraft (110a, 110b). a broadband over power line module (117, 126) configured to transmit data to and from the external network through an electrical power cable (122a, 122b) connected to the aircraft (110a, 110b) and a gate (120a, 120b); at least one wired/wireless communication module configured to transmit data to and from the external network; and a communication link manager configured to initiate and control data transmission between the broadband over power line module (117, 126) and the external network and between the at least one wired/wireless communication module and the external network, wherein the broadband over power line module (117, 126), the at least one wired/wireless communication module, and the communication link manager are configured for fixed attaching to the aircraft (110a, 110b).
A driving support apparatus of a vehicle for supporting driving of the vehicle, the vehicle comprising a steering wheel angle varying device capable of changing a relative relation between a steering angle as a rotation angle of a steering input shaft and a steering wheel angle as a rotation angle of steered wheels, said driving support apparatus comprising: a following control device for controlling the steering wheel angle varying device such that the vehicle follows a target driving route; and a steering torque specifying device for specifying a steering torque applied to the steering input shaft; characterized by a judging device for judging whether or not overriding performed by a driver takes place on the basis of the specified steering torque and a predetermined threshold value, wherein said following control device stopping the vehicle following for the target driving route if it is judged that the overriding takes place, and the driving support apparatus further comprises a threshold value setting device for setting the threshold value in accordance with the relative relation between the steering angle and the steering wheel angle. a following control device for controlling the steering wheel angle varying device such that the vehicle follows a target driving route; and a steering torque specifying device for specifying a steering torque applied to the steering input shaft; characterized by a judging device for judging whether or not overriding performed by a driver takes place on the basis of the specified steering torque and a predetermined threshold value, wherein said following control device stopping the vehicle following for the target driving route if it is judged that the overriding takes place, and the driving support apparatus further comprises a threshold value setting device for setting the threshold value in accordance with the relative relation between the steering angle and the steering wheel angle.
Device for processing a confectionery mass, with a stock container for a storage of a basic confectionery mass, with a heating device, connected with the stock container, for heating and dissolving or boiling the components of the basic confectionery mass, with an evaporation space subsequent to the heating device, in which the heated basic confectionery mass is evaporated and cooled, with a negative pressure source, connected with the evaporation space, for sucking vapours from the evaporation space, and with an apparatus for condensing the vapours that is arranged in the flow path between the evaporation space and the negative pressure source, characterised in that, in the flow path between the evaporation space and the apparatus for condensing at least portions of the vapours, a heat exchanger is arranged which is configured for heating the basic confectionery mass coming out of the stock container before it enters the heating device.
Method of identifying the risks of failure of a containment structure, in particular a containment structure essentially made of concrete, intended for the storage or intermediate storage of a product, said method comprising the following stages: - determination, as a function of data relating to said structure and/or said product, of an expected theoretical behaviour of said structure during a phase of filling said structure with said product to be stored; - determination of an actual behaviour of said structure during said phase of filling said structure with said product; and - determination, by comparison of said theoretical and actual behaviours, of the risks of failure of said structure. - determination, as a function of data relating to said structure and/or said product, of an expected theoretical behaviour of said structure during a phase of filling said structure with said product to be stored; - determination of an actual behaviour of said structure during said phase of filling said structure with said product; and - determination, by comparison of said theoretical and actual behaviours, of the risks of failure of said structure.
A process for manufacturing a laminated article of manufacture, comprising the steps of: cutting a plurality of registration holes in a sheet containing one or more arrays of outer layers for a plurality of laminated articles of manufacture; mounting the sheet to a surface of a pallet having a plurality of bushings extending outwardly from the surface, each of said plurality of bushings having an outer diameter and an inner pin shaft, wherein the sheet is mounted to a moveable pallet so that each of the plurality of registration holes is held taut by the outer diameter of one of the plurality of bushings; and moving the pallet with the sheet mounted to the surface of the pallet through a plurality of process stations in which a plurality of operations are performed without removing the plurality of registration holes from the plurality of bushings so as to create a plurality of laminated articles of manufacture; wherein the inner pin shaft of the plurality of bushings serve to receive a plurality of registration pins during the plurality of operations so as to provide registration of the sheet during said plurality of operations. cutting a plurality of registration holes in a sheet containing one or more arrays of outer layers for a plurality of laminated articles of manufacture; mounting the sheet to a surface of a pallet having a plurality of bushings extending outwardly from the surface, each of said plurality of bushings having an outer diameter and an inner pin shaft, wherein the sheet is mounted to a moveable pallet so that each of the plurality of registration holes is held taut by the outer diameter of one of the plurality of bushings; and moving the pallet with the sheet mounted to the surface of the pallet through a plurality of process stations in which a plurality of operations are performed without removing the plurality of registration holes from the plurality of bushings so as to create a plurality of laminated articles of manufacture; wherein the inner pin shaft of the plurality of bushings serve to receive a plurality of registration pins during the plurality of operations so as to provide registration of the sheet during said plurality of operations.
Hot water heating- and reservoir system, comprising at least one hot water reservoir with at least one system medium tank for receiving a system medium, especially system water, and a drinking water tank arranged within the system medium tank with a drinking water inlet for receiving drinking water and a drinking water outlet for supplying heated drinking water to a consumer network, wherein the system medium tank is fluidically connected to at least one heater device, wherein the system medium, especially the system water, can be heated by the at least one heater device, wherein the drinking water contained in the drinking water tank is heated by the heated system medium contained in the system medium tank, wherein the hot water heating- and reservoir system further comprises at least one external heat exchanger for heating drinking water, wherein the external heat exchanger is arranged outside of the hot water reservoir, and wherein the external heat exchanger is connected to the drinking water tank in such a manner that drinking water, which can be heated by the external heat exchanger, is supplied to the drinking water tank characterized in that the external heat exchanger comprises a primary side and a secondary side, wherein the primary side is supplied with the system medium and wherein the drinking water which is to be heated is guided through the secondary side, in such a manner that the drinking water is heated by the system medium. wherein the system medium tank is fluidically connected to at least one heater device, wherein the system medium, especially the system water, can be heated by the at least one heater device, wherein the drinking water contained in the drinking water tank is heated by the heated system medium contained in the system medium tank,