mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a wind turbine blade comprising a spar, the method comprising the steps of: - providing at least two caps, each cap forming an intermediate portion between two end portions and being configured for attachment to a blade shell (20, 21) so that the intermediate portion of one of the caps faces towards or forms part of a windward surface of the blade and the intermediate portion of the other one of the caps faces towards or forms part of a leeward surface of the blade, where the end portions each forms a cap joint surface portion along a longitudinal extending edge of the end portion and the intermediate portion forms an outer surface portion of the spar, - providing at least two webs, each web being provided with web joint surface portions along opposite and longitudinally extending edges, - applying an adhesive to at least one of the joint surface portions (6, 8), - connecting the joint surface portions of the caps with the joint surface portions of the webs to form a tubular configuration of the spar, and - curing said adhesive, wherein each cap is moulded in a cap mould, and the joint surface portions of the caps are shaped and geometrically defined by contact with the cap mould during moulding thereof, and wherein the caps form an outer surface of the tubular spar, which outer surface is geometrically defined by contact with the cap mould during moulding thereof. - providing at least two caps, each cap forming an intermediate portion between two end portions and being configured for attachment to a blade shell (20, 21) so that the intermediate portion of one of the caps faces towards or forms part of a windward surface of the blade and the intermediate portion of the other one of the caps faces towards or forms part of a leeward surface of the blade, where the end portions each forms a cap joint surface portion along a longitudinal extending edge of the end portion and the intermediate portion forms an outer surface portion of the spar, - providing at least two webs, each web being provided with web joint surface portions along opposite and longitudinally extending edges, - applying an adhesive to at least one of the joint surface portions (6, 8), - connecting the joint surface portions of the caps with the joint surface portions of the webs to form a tubular configuration of the spar, and - curing said adhesive,
Packet forwarding apparatus for forwarding data packets in a data network, the apparatus comprising: an input for receiving data packets; and an output for presenting data packets for onward transmission from said apparatus; characterised in that said apparatus further comprises: a data packet classifier arranged in operation to read class indications (B,G) in received data packets and, in respect of each of a plurality of received packets, to pass said packet to one of a plurality of class-based policers (counter_1, counter_2) selected for said packet in dependence on the class indication read in respect of said packet, said class-based policer being associated with the class indicated in respect of said packet; a plurality of class-based policers (counter_1. counter_2), each class-based policer being operable to assign a provisional indication to data packets of said associated class indicative of whether or not a measure of the load presented by data packets of said class exceeds a predetermined class-based threshold; and a multi-class policer (counter_v) operable to receive data packets processed by said class-based policers and, in response to data packet congestion arising at said packet forwarding apparatus, to assign a congestion indication in relation to a data packet in dependence on whether or not a provisional indication assigned by the associated class-based policer in respect of said packet indicates that the load presented by packets of the associated class exceeds said class-based threshold; said output being arranged to present data packets processed by said multi-class policer for onward transmission from said apparatus. an input for receiving data packets; and an output for presenting data packets for onward transmission from said apparatus; a data packet classifier arranged in operation to read class indications (B,G) in received data packets and, in respect of each of a plurality of received packets, to pass said packet to one of a plurality of class-based policers (counter_1, counter_2) selected for said packet in dependence on the class indication read in respect of said packet, said class-based policer being associated with the class indicated in respect of said packet; a plurality of class-based policers (counter_1. counter_2), each class-based policer being operable to assign a provisional indication to data packets of said associated class indicative of whether or not a measure of the load presented by data packets of said class exceeds a predetermined class-based threshold; and a multi-class policer (counter_v) operable to receive data packets processed by said class-based policers and, in response to data packet congestion arising at said packet forwarding apparatus, to assign a congestion indication in relation to a data packet in dependence on whether or not a provisional indication assigned by the associated class-based policer in respect of said packet indicates that the load presented by packets of the associated class exceeds said class-based threshold; said output being arranged to present data packets processed by said multi-class policer for onward transmission from said apparatus.
Method for enhancing machine type communication between a mobile communication network on the one hand and a machine type communication device on the other hand, wherein the machine type communication device comprises an interface device and a processing device, wherein the interface device is able - after having performed an attachment procedure - to be attached to the mobile communication network in the manner of a user equipment of the mobile communication network, wherein the processing device is configured to be operated in a first mode of operation and at least a second mode of operation, wherein the method comprises the following steps: -- in a first step, in case that the processing device is in its first mode of operation, the interface device receives a paging message from the mobile communication network, the paging message being addressed, by the mobile communication network, to the interface device, -- in a second step, the interface device triggers the processing device to change from the first mode of operation to the second mode of operation, wherein the paging message addressed to the interface device comprises a command information related to the mode of operation of the processing device or related to an action to be performed by the processing device, wherein the processing device, when entering the second mode of operation, operates dependent on the command information of the paging messages, characterised in that the command information comprises an Internet Protocol address or wherein an Internet Protocol address is stored in the processing device and referred to by the command information, wherein the action to be performed by the processing device at least comprises connecting to a specific internet server defined by means of the Internet Protocol address. -- in a first step, in case that the processing device is in its first mode of operation, the interface device receives a paging message from the mobile communication network, the paging message being addressed, by the mobile communication network, to the interface device, -- in a second step, the interface device triggers the processing device to change from the first mode of operation to the second mode of operation,
A measurement method for an LTE system comprising: performing a conjugate multiplication operation on reference signals and conjugate reference signals corresponding to a subcarrier within adjacent time slots; constructing descrambling sequences and multiplying the reference signals, on which the conjugate multiplication has been performed, by the descrambling sequences to provide descrambled reference signals; and accumulating all the descrambled reference signals within a measurement bandwidth. performing a conjugate multiplication operation on reference signals and conjugate reference signals corresponding to a subcarrier within adjacent time slots; constructing descrambling sequences and multiplying the reference signals, on which the conjugate multiplication has been performed, by the descrambling sequences to provide descrambled reference signals; and accumulating all the descrambled reference signals within a measurement bandwidth.
A method of handling a unit in a watertight hoisting chamber opening into a hull of a vessel, wherein the unit is adapted to extend into the water below the vessel when installed at its mounted position, the method being characterized by the steps of: clamping the unit in its mounted position by clamping means, releasing fixing means fixing the unit into its mounted position while holding the unit clamped in position by clamping means, at least partly flooding the hoisting chamber, detaching the unit by simultaneously releasing the clamping means and lifting the unit from its mounted position by applying lifting force to the unit by lifting devices, and hoisting the unit away from the hoisting chamber. clamping the unit in its mounted position by clamping means, releasing fixing means fixing the unit into its mounted position while holding the unit clamped in position by clamping means, at least partly flooding the hoisting chamber, detaching the unit by simultaneously releasing the clamping means and lifting the unit from its mounted position by applying lifting force to the unit by lifting devices, and hoisting the unit away from the hoisting chamber.
A vehicle navigation device comprising: an input unit configure to receive a user input; a storage configured to store map data; a communication unit configured to receive image data from a vehicle black box installed in a vehicle and obtain current location data of the vehicle; and a controller configured to obtain place data from the map data using the current location data, map the received image data with the place data and store the mapped data in the storage, wherein the image data includes a plurality of video frames, wherein the controller is configured to map the place data with video frames of a predetermined video frame type and store the mapped data in the storage, wherein the input unit receives a user input regarding the place data, said vehicle navigation device is characterized in that: the image data is data having a predetermined play time, if the image data is being played, the controller is configured to search for at least one video frame mapped to the received place data from the played image data, and display a video frame list that is made of at least one video frame item corresponding to the searched video frame, if the image data is not being played, the controller is configured to search for at least one image data mapped to the received place data in the stored image data, and display image data list that is made of at least one image data item corresponding to the searched image data, wherein the at least one video frame item displays time information that indicates a time interval where the video frames mapped to the place data exist in the image data, and wherein the at least one image data item displays detailed information regarding the image data. an input unit configure to receive a user input; a storage configured to store map data; a communication unit configured to receive image data from a vehicle black box installed in a vehicle and obtain current location data of the vehicle; and a controller configured to obtain place data from the map data using the current location data, map the received image data with the place data and store the mapped data in the storage, the image data is data having a predetermined play time, if the image data is being played, the controller is configured to search for at least one video frame mapped to the received place data from the played image data, and display a video frame list that is made of at least one video frame item corresponding to the searched video frame, if the image data is not being played, the controller is configured to search for at least one image data mapped to the received place data in the stored image data, and display image data list that is made of at least one image data item corresponding to the searched image data, wherein the at least one video frame item displays time information that indicates a time interval where the video frames mapped to the place data exist in the image data, and wherein the at least one image data item displays detailed information regarding the image data.
A device for delivering and deploying an endoluminal prosthesis comprising a delivery catheter, an endoluminal prosthesis and a wire; wherein the prosthesis comprises a tubular graft having a first opening at a first end, a second opening at a second end, and at least a first fenestration and a second fenestration in the graft between the first and second ends; wherein the wire comprises first and second ends and a body portion disposed between the first and second ends; wherein each of the wire ends is disposed proximally of the prosthesis; wherein the wire extends: distally from the first end of the wire into a lumen of the prosthesis and through the first fenestration to the exterior of the graft; through the graft material into the lumen of the prosthesis distally of the first fenestration and through the graft material to the exterior of the graft distally of the second fenestration; proximally from the exterior of the graft through the second fenestration into the lumen of the prosthesis and towards the second end of the wire. distally from the first end of the wire into a lumen of the prosthesis and through the first fenestration to the exterior of the graft; through the graft material into the lumen of the prosthesis distally of the first fenestration and through the graft material to the exterior of the graft distally of the second fenestration; proximally from the exterior of the graft through the second fenestration into the lumen of the prosthesis and towards the second end of the wire.
A tracking device for use with a medical instrument having a shaft and a medical device navigation system, the tracking device comprising: an elongated closed tubular substrate having an exterior surface and a longitudinal axis, wherein the elongated closed tubular substrate has a pair of open ends and is configured to be slid over the shaft along the longitudinal axis, in use; and a first electrical trace defining a first coil circumferentially disposed on the elongated closed tubular substrate, having a first navigation axis; further comprising: a second electrical trace defining a second coil circumferentially disposed on the elongated closed tubular substrate, having a second navigation axis; and a third electrical trace defining a third coil circumferentially disposed on the elongated closed tubular substrate, having a third navigation axis; wherein the first coil, the second coil, and the third coil are each formed on separate discrete layers of the elongated closed tubular substrate, the first, second and third coils configured to interact with the navigation system; wherein each of the first, second and third navigation axes are different axes. an elongated closed tubular substrate having an exterior surface and a longitudinal axis, wherein the elongated closed tubular substrate has a pair of open ends and is configured to be slid over the shaft along the longitudinal axis, in use; and a first electrical trace defining a first coil circumferentially disposed on the elongated closed tubular substrate, having a first navigation axis; further comprising: a second electrical trace defining a second coil circumferentially disposed on the elongated closed tubular substrate, having a second navigation axis; and a third electrical trace defining a third coil circumferentially disposed on the elongated closed tubular substrate, having a third navigation axis; a second electrical trace defining a second coil circumferentially disposed on the elongated closed tubular substrate, having a second navigation axis; and a third electrical trace defining a third coil circumferentially disposed on the elongated closed tubular substrate, having a third navigation axis; wherein the first coil, the second coil, and the third coil are each formed on separate discrete layers of the elongated closed tubular substrate, the first, second and third coils configured to interact with the navigation system; wherein each of the first, second and third navigation axes are different axes.
A stroller, comprising: a frame; a seat fixing base disposed on the frame, the seat fixing base having an engaging structure; and a seat comprising an unlock button and a plurality of engaging members, the unlock button abutting against the engaging members; wherein the engaging members engage with the engaging structure to restrain the seat on the seat fixing base; when the unlock button is pressed, the unlock button drives the engaging members to disengage from the engaging structure, such that the seat is able to be detached from the seat fixing base. a frame; a seat fixing base disposed on the frame, the seat fixing base having an engaging structure; and a seat comprising an unlock button and a plurality of engaging members, the unlock button abutting against the engaging members; wherein the engaging members engage with the engaging structure to restrain the seat on the seat fixing base; when the unlock button is pressed, the unlock button drives the engaging members to disengage from the engaging structure, such that the seat is able to be detached from the seat fixing base.
Device (5, 35) for mounting an ultrasonic transducer (9, 39) adapted for mounting said transducer through a wall of a flowmeter (1, 30) having piping (2, 32) within which a fluid (19, 34) flows, said device having a body (6, 40) adapted to emerge onto an inner surface (16, 46) of said piping via an aperture along a contour line (14, 36) forming an interface between said inner surface of the piping and a surface of the body, such that any straight line orthogonal to the contour line and tangential to the inner surface of the piping at a point of the contour line is likewise tangential to said surface of the body at this point, characterised in that the device has a surface, named active surface, in contact with the fluid flowing in the piping, and in that this active surface - is formed by said surface of the body (6, 40) in contact with the fluid flowing in the piping, - extends continuously, without a hole, cut, opening or discontinuity, and in that the transducer is mounted in the body (6, 40), isolated from the fluid flowing in the piping owing to the continuity of the active surface. - is formed by said surface of the body (6, 40) in contact with the fluid flowing in the piping, - extends continuously, without a hole, cut, opening or discontinuity,
Control module, in particular transmission control module, having a circuit board that is provided as a base carrier in the electrical connection technology, which circuit board comprises conductor paths, which are arranged at least on one plane of the circuit board, and at least one rigid, non-flexible conductor path region, and said control module having an electronic control circuit, which is electrically contacted by the conductor paths of the circuit board and comprises electrical components, and said control module having a bowl-shaped cover part that is provided as a protection for the control circuit and said bowl-shaped cover part is arranged at least over a part of the electronic control circuit and lies in a sealing manner on the first face of the circuit board by means of a planar contact region that is aligned in parallel to a first face of the circuit board, wherein at least a part of the electronic control circuit is arranged in a protected manner in a housing inner chamber that is formed between the cover part and the circuit board and in order to contact the electrical components (30, 31, 32) of the control module electrical contacts of the circuit board are provided outside the housing inner camber that is covered by the cover part, characterized in that at least one part of the electronic control circuit is arranged on a carrier substrate that is arranged in the housing inner chamber, which carrier substrate is electrically contacted by the conductor paths (28, 29) or contact areas of the circuit board and that a flowable material is introduced into the housing inner chamber and flows over the electrical components and the carrier substrate, wherein the flowable material to a great extent fills and preferably completely fills the part of the housing inner chamber that is not covered by the carrier substrate and the electrical components.
Discharge head for a liquid dispenser for the discharge of pharmaceutical or cosmetic liquids with the following features: a. the discharge head has a base and an actuating button which can be pressed down in relation to the base in an actuating direction between an unactuated end position as well as an actuated end position, and b. the discharge head has a liquid inlet for connection to a liquid reservoir and a discharge opening for the discharge of liquid into a surrounding area, and c. the discharge head has a pumping device which comprises a deformable pumping chamber component which is open on both sides, is fastened to the base and to the actuating button, surrounds a variable-volume pumping chamber, and which has an inlet valve and an outlet valve, and d. the discharge head has at least one aeration opening which penetrates the base and is assigned an aeration valve, and e. the aeration valve has a peripheral valve lip which is moulded integrally on the deformable pumping chamber component and bears in an outwardly prestressed manner against a peripheral valve bridge of the base, characterized by the following further feature: f. a protective lip is provided which is likewise moulded integrally on the deformable pumping chamber component and is arranged on the outer side of the valve lip, in order to protect the valve lip before installation into the discharge head. a. the discharge head has a base and an actuating button which can be pressed down in relation to the base in an actuating direction between an unactuated end position as well as an actuated end position, and b. the discharge head has a liquid inlet for connection to a liquid reservoir and a discharge opening for the discharge of liquid into a surrounding area, and c. the discharge head has a pumping device which comprises a deformable pumping chamber component which is open on both sides, is fastened to the base and to the actuating button, surrounds a variable-volume pumping chamber, and which has an inlet valve and an outlet valve, and d. the discharge head has at least one aeration opening which penetrates the base and is assigned an aeration valve, and e. the aeration valve has a peripheral valve lip which is moulded integrally on the deformable pumping chamber component and bears in an outwardly prestressed manner against a peripheral valve bridge of the base,
An edible, water-continuous composition comprising, a. 15-80 wt.% water, by weight of the composition, b. 5-50 wt.% comminuted, sunflower seeds, by weight of the composition, wherein the comminuted sunflower seeds consist of raw sunflower seeds and roasted sunflower seeds such that 5-50 wt.% of the comminuted sunflower seeds is roasted sunflower seeds. a. 15-80 wt.% water, by weight of the composition, b. 5-50 wt.% comminuted, sunflower seeds, by weight of the composition,