mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling a wind turbine, the wind turbine comprising wind turbine blades attached to a rotor hub and a control system for pitching the blades relative to the rotor hub, the method comprising: - determining a wind speed; - providing a normal pitch mode of operation to control the output power of the wind turbine, comprising pitch reference values in dependence of the wind speed; - controlling the output power of the turbine according to the normal pitch mode of operation as a function of the wind speed if the wind speed is lower than a first upper level wind speed threshold, and - controlling the output power and the rotational speed of the turbine according to a modified mode of operation if the wind speed exceeds the first upper level threshold wind speed, wherein the modified mode of operation comprises decreasing the output power and the rotational speed according to predefined de-rating functions which are a function of time and independent of the wind speed and wherein, during the modified mode of operation, the output power is controlled to decrease at a first greater constant rate than a second constant rate of decreasing the rotational speed such that the output power decreases faster than the rotational speed. - determining a wind speed; - providing a normal pitch mode of operation to control the output power of the wind turbine, comprising pitch reference values in dependence of the wind speed; - controlling the output power of the turbine according to the normal pitch mode of operation as a function of the wind speed if the wind speed is lower than a first upper level wind speed threshold, and - controlling the output power and the rotational speed of the turbine according to a modified mode of operation if the wind speed exceeds the first upper level threshold wind speed,
A balloon catheter comprising: a balloon ; an outer shaft joined to the balloon ; and an inner shaft joined to the balloon , the inner shaft comprising an inner layer ; a coil body arranged on the outer periphery of the inner layer and having a plurality of turns of a wire , wherein the coil body has a sparsely wound portion where gaps are formed between the adjacent turns of the wire ; a marker member arranged on the outer periphery of the coil body ; characterized in that the balloon catheter further comprises an outer layer covering the coil body and the marker member , at least one of a distal end part and a proximal end part of the marker member is continuously arranged at a position facing a void formed between adjacent turns of the wire of the sparsely wound portion . a balloon ; an outer shaft joined to the balloon ; and an inner shaft joined to the balloon , the inner shaft comprising an inner layer ; a coil body arranged on the outer periphery of the inner layer and having a plurality of turns of a wire , wherein the coil body has a sparsely wound portion where gaps are formed between the adjacent turns of the wire ; a marker member arranged on the outer periphery of the coil body ; an inner layer ; a coil body arranged on the outer periphery of the inner layer and having a plurality of turns of a wire , wherein the coil body has a sparsely wound portion where gaps are formed between the adjacent turns of the wire ; a marker member arranged on the outer periphery of the coil body ; characterized in that the balloon catheter further comprises an outer layer covering the coil body and the marker member , at least one of a distal end part and a proximal end part of the marker member is continuously arranged at a position facing a void formed between adjacent turns of the wire of the sparsely wound portion .
A seaweed seeding device for wrapping seaweed rope around a main rope, the device comprising: - a frame, - a friction wheel rotatably connected to the frame to receive the main rope around the wheel and rotate as the main rope is pulled through the device; - a bobbin carrier rotatably connected to the frame around an axis of rotation; - a seaweed exit guide connected to the bobbin carrier offset from the axis of rotation; and - a transmission connecting the friction wheel to the bobbin carrier to translate rotational movement of the friction wheel to rotate the bobbin carrier. - a frame, - a friction wheel rotatably connected to the frame to receive the main rope around the wheel and rotate as the main rope is pulled through the device; - a bobbin carrier rotatably connected to the frame around an axis of rotation; - a seaweed exit guide connected to the bobbin carrier offset from the axis of rotation; and - a transmission connecting the friction wheel to the bobbin carrier to translate rotational movement of the friction wheel to rotate the bobbin carrier.
A component comprising: a first subcomponent comprising a nub , the first subcomponent being formed of a ceramic-based material; a second subcomponent separately formed and attached to the first subcomponent by casting a metallic material around the nub of the first subcomponent , the second subcomponent being attached to the first subcomponent by a compression fit and encapsulation of the second subcomponent on the nub of the first subcomponent ; and a compliant coating system on the nub that provides thermal expansion compliance between the metallic material of the second subcomponent and the ceramic-based material of the first subcomponent ; wherein the coating system comprises at least two distinct layers , a first layer of the two distinct layers directly contacting the first subcomponent and a second layer of the two distinct layers directly contacting the second subcomponent , the first layer being chemically and physically compatible with the ceramic-based material of the first subcomponent and the second layer being a transition layer between the first layer and the metallic material of the second subcomponent and being chemically and physically compatible with the metallic material of the second subcomponent . a first subcomponent comprising a nub , the first subcomponent being formed of a ceramic-based material; a second subcomponent separately formed and attached to the first subcomponent by casting a metallic material around the nub of the first subcomponent , the second subcomponent being attached to the first subcomponent by a compression fit and encapsulation of the second subcomponent on the nub of the first subcomponent ; and a compliant coating system on the nub that provides thermal expansion compliance between the metallic material of the second subcomponent and the ceramic-based material of the first subcomponent ; wherein the coating system comprises at least two distinct layers , a first layer of the two distinct layers directly contacting the first subcomponent and a second layer of the two distinct layers directly contacting the second subcomponent , the first layer being chemically and physically compatible with the ceramic-based material of the first subcomponent and the second layer being a transition layer between the first layer and the metallic material of the second subcomponent and being chemically and physically compatible with the metallic material of the second subcomponent .
Method for operating an X-ray device comprising a detector or a radiation source or a C-arm with a detector and a radiation source and an articulated arm and a base by means of - specification of a starting position (S1) of the X-ray device with respect to the C-arm or the detector or the radiation source and the articulated arm , - specification of an end position (S2) of the X-ray device at least with respect to the C-arm or the detector or the radiation source and - movement (S5) of the X-ray device from the starting position into the end position, characterised by - automatic ascertainment of a plurality of paths (S3) that can be followed by the articulated arm and the C-arm or the detector or the radiation source on movement (S5) from the starting position into the end position, - graphical depiction of the plurality of paths for selection, and - manual selection of the path (S4) for the movement of the X-ray device ). - specification of a starting position (S1) of the X-ray device with respect to the C-arm or the detector or the radiation source and the articulated arm , - specification of an end position (S2) of the X-ray device at least with respect to the C-arm or the detector or the radiation source and - movement (S5) of the X-ray device from the starting position into the end position, characterised by - automatic ascertainment of a plurality of paths (S3) that can be followed by the articulated arm and the C-arm or the detector or the radiation source on movement (S5) from the starting position into the end position, - graphical depiction of the plurality of paths for selection, and - manual selection of the path (S4) for the movement of the X-ray device ).
Mechanism for a container for applying a cosmetic product , the mechanism being designed to cause the cosmetic product to exit by at least one rotation movement, said mechanism comprising at least: - a sheath internally comprising at least one helical groove ; - a guide rotatably mounted in the sheath ; - a cup carrying the cosmetic product , said cup being mounted in the guide ; - an outer envelope surrounding the sheath ; the sheath and the envelope being integral in rotation and in translation, and made of a plastic material selected from among polypropylene and/or polyethylene terephthalate. - a sheath internally comprising at least one helical groove ; - a guide rotatably mounted in the sheath ; - a cup carrying the cosmetic product , said cup being mounted in the guide ; - an outer envelope surrounding the sheath ;
An additional type reel holding device configured to be attached to a component supply device provided on a component mounter, the component supply device including multiple feeder devices configured to sequentially supply multiple components by feeding carrier tape (CT) in which the multiple components are held and a standard reel holding section configured to hold multiple tape reels (TR) around which are wound the carrier tapes (CT) in a rotatable and exchangeable manner, wherein the additional type reel holding device is configured to be attached as an addition to the standard reel holding section , to hold additional tape reels (TR) different to the tape reels (TR) held by the standard reel holding section in a rotatable and exchangeable manner, and to supply the carrier tapes (CT) wound on the additional tape reels (TR) to the feeder devices , characterized in that a recessed attachment section is provided on the additional type reel holding section and configured with a downwards opening that is configured to engage from above with a rod-shaped attachment seat of the component supply device that extends in an arrangement direction in which the multiple feeder devices are arranged in a row.
Food storage container for a household refrigeration appliance , with a tray for storing the food, with a lid separate therefrom, which can be positioned on the tray in order to close the tray , so that a loading opening of the tray can be closed off, wherein the lid has a cover plate , which is mounted such that it can be displaced in the depth direction (z) of the food storage container to set the closed position and the open position, and the lid has a display bar with a first display region , which symbolically displays the open position of the lid , and a second display region , which symbolically displays the closed position of the lid , wherein the first display region can be seen from above when the cover plate is arranged in a first displacement position and the second display region can be seen from above when the cover plate is arranged in a second displacement position, wherein the lid has a front bar , wherein the second display region is covered by the front bar such that it cannot be seen from above in the first displacement position of the cover plate , characterised in that the front bar is arranged on a front edge of the cover plate , wherein the first display region is covered by the front bar such that it cannot be seen from above in the second displacement position of the cover plate .
A plastics sliding element (10; 40) for lubricant-free bearing in a plain bearing, wherein the sliding element (10; 49) comprises a formed part (12; 42) made of plastics, in particular made by injection molding, which has a sliding surface (14; 44A) for mobile guidance of two bearing parts relative to one another, wherein an electrical functional circuit (16; 46) with sensor function is arranged on the formed part (12; 42) for acquisition of an operating parameter; wherein the functional circuit (16; 46) comprises at least one trace conductor pattern (17, 17A; 47, 47A), characterized in that the trace conductor pattern (17, 17A; 47, 47A) is formed on the formed part as carrier of the trace conductor pattern, wherein the functional circuit is applied on the preferably prefabricated formed part (12; 42) of plastics by an additive manufacturing method (AM method).
A vehicle body framework , in particular a utility vehicle platform body framework , the body framework including: - a partition , such as a floor of the vehicle; - at least one reinforcement beam of the partition , the or each beam including two nested elements (20; 24), including a first element and a second element which each have a U-shaped profile with a base and two wings , characterized in that in the or each beam , the base of the first element comprises a portion which is offset with respect to the general level of said base and which is in contact with the base of the second element so as to position the elements (20; 24) along a direction of superposition of the bases . - a partition , such as a floor of the vehicle; - at least one reinforcement beam of the partition ,
A directly coolable multifilament conductor means adapted for a magnetic gradient coil of a magnetic resonance apparatus, comprising at least two electric conductors and at least one cooling tube disposed between the conductors adapted to carry a fluid cooling means, whereby the tube has a rectangular or a circular cross section and the conductors have a rectangular cross section, characterized in that the cooling tube is a metal conductor having a lower electrical conductivity than the conductors surrounding the tube .
A glue supply device for a labeling unit with a glue printer , comprising: a storage tank for glue, in particular, cold glue having a low viscosity; a supply line for supplying glue from the storage tank to the glue printer; and a hydropneumatic reservoir for the glue, wherein the hydropneumatic reservoir is arranged at the supply line upstream of the glue printer; characterized by a continuously delivering glue pump which is configured to deliver glue from the storage tank into the supply line, and an auxiliary tank , wherein the auxiliary tank is mechanically connected with the glue pump such that, when the storage tank is being exchanged, the auxiliary tank that is otherwise arranged within the storage tank can be driven together with the glue pump out of the storage tank and glue is withdrawn from the auxiliary tank by means of the glue pump. a storage tank for glue, in particular, cold glue having a low viscosity; a supply line for supplying glue from the storage tank to the glue printer; and a hydropneumatic reservoir for the glue, wherein the hydropneumatic reservoir is arranged at the supply line upstream of the glue printer; characterized by a continuously delivering glue pump which is configured to deliver glue from the storage tank into the supply line, and an auxiliary tank , wherein the auxiliary tank is mechanically connected with the glue pump such that, when the storage tank is being exchanged, the auxiliary tank that is otherwise arranged within the storage tank can be driven together with the glue pump out of the storage tank and glue is withdrawn from the auxiliary tank by means of the glue pump.
A reverse input shutoff clutch , comprising: an input member ; an output member coaxially arranged with the input member ; a pressed member having a pressed surface ; and an engaging element that, when a rotational torque is inputted to the input member , moves in a direction away from the pressed surface due to engagement with the input member , and by engaging with the output member , transmits the rotational torque that is inputted to the input member to the output member ; and when a rotational torque is reversely inputted to the output member , moves in a direction toward the pressed surface due to engagement with the output member , and by coming in contact with the pressed surface , completely shuts off not to transmit the rotational torque that is reversely inputted to the output member , or transmits part of the rotational torque that is reversely inputted to the output member to the input member , and shuts off a remaining part of the rotational torque that is reversely inputted to the output member , wherein the pressed surface is an arc-shaped concave surface, and pressing surfaces that are pressed against the pressed surface are provided at two positions spaced apart in a circumferential direction of the engaging element , the pressing surfaces respectively constructed by a cylindrical convex surface having a radius of curvature that is smaller than the radius of curvature of the pressed surface , characterized in that , an elastic member is arranged between the output member and the engaging element an input member ; an output member coaxially arranged with the input member ; a pressed member having a pressed surface ; and an engaging element that, when a rotational torque is inputted to the input member , moves in a direction away from the pressed surface due to engagement with the input member , and by engaging with the output member , transmits the rotational torque that is inputted to the input member to the output member ; and when a rotational torque is reversely inputted to the output member , moves in a direction toward the pressed surface due to engagement with the output member , and by coming in contact with the pressed surface , completely shuts off not to transmit the rotational torque that is reversely inputted to the output member , or transmits part of the rotational torque that is reversely inputted to the output member to the input member , and shuts off a remaining part of the rotational torque that is reversely inputted to the output member , wherein the pressed surface is an arc-shaped concave surface, and pressing surfaces that are pressed against the pressed surface are provided at two positions spaced apart in a circumferential direction of the engaging element , the pressing surfaces respectively constructed by a cylindrical convex surface having a radius of curvature that is smaller than the radius of curvature of the pressed surface , characterized in that , an elastic member is arranged between the output member and the engaging element
A method for wireless communications performed by a user equipment, UE, comprising: receiving (405; 1305), from a base station (105; 905; 1005), a slot configuration that indicates a link direction pattern for symbols of a first slot , wherein the link direction pattern specifies each symbol as a downlink symbol, an uplink symbol, or a flexible symbol; receiving a dynamic slot configuration that designates one or more flexible symbols of the flexible symbols specified by the link direction pattern as uplink symbols; identifying (425; 1310) a transmission pattern of grant free uplink data transmission opportunities and a grant free uplink type for the UE (115; 505; 605), wherein the grant free uplink type being a first grant free uplink type indicates not to consider flexible symbols as grant free uplink transmission opportunities and the grant free uplink type being a second grant free uplink type indicates to consider flexible symbols, including flexible symbols designated as uplink symbols by the dynamic slot configuration , as grant free uplink transmission opportunities; upon identifying that the grant free uplink type is the second grant free uplink type, determining (430; 1315) a set of uplink resources of the first slot for grant free transmission of uplink data based on the slot configuration, the transmission pattern, and the grant free uplink type; and transmitting (440; 1320) an uplink data message to the base station using the determined set of the uplink resources. receiving (405; 1305), from a base station (105; 905; 1005), a slot configuration that indicates a link direction pattern for symbols of a first slot , wherein the link direction pattern specifies each symbol as a downlink symbol, an uplink symbol, or a flexible symbol; receiving a dynamic slot configuration that designates one or more flexible symbols of the flexible symbols specified by the link direction pattern as uplink symbols; identifying (425; 1310) a transmission pattern of grant free uplink data transmission opportunities and a grant free uplink type for the UE (115; 505; 605), upon identifying that the grant free uplink type is the second grant free uplink type, determining (430; 1315) a set of uplink resources of the first slot for grant free transmission of uplink data based on the slot configuration, the transmission pattern, and the grant free uplink type; and transmitting (440; 1320) an uplink data message to the base station using the determined set of the uplink resources.
Cultivator blade module for attachment to a connection device of a support frame of a soil cultivation device , having at least a blade support means connectable to the connection device of the soil cultivation device and at least one first blade unit (3.1) detachably connected to the blade support means , wherein the blade unit (3.1) comprises at least one cultivator blade and a blade shaft with at least one connecting section , characterized in that the blade support means is designed for accommodating the connection section of the blade shaft , wherein the connecting section is accommodated in the blade support means in the connected state, wherein the blade support means and the connecting section are designed for and interact in such a way that the at least one first blade unit (3.1) can be fixed in at least one holding position (HS) and in at least one working position (AS), wherein the blade unit (3.1) can be moved from the at least one holding position (HS) into the at least one working position (AS) by means of pivoting and/or replugging.
A spring device having at least two wave washers , having at least one spring washer disposed between the wave washers , wherein the wave washers are mounted so as to be capable of being rotated relative to one another, characterized in that the spring washer is flat in a non-loaded state and situated between two rigid wave washers .
A hair styling device (10; 210) comprising a first member (12; 212) and a second member (14; 214), the first and second members being moveable relative to one another between an operative condition and an inoperative condition, the first member (12; 212) having a first heating panel (16; 116; 216) and the second member (14; 214) having a second heating panel (18; 118; 218), the first and second heating panels (16, 18; 116, 118; 216, 218) being corrugated with the peaks and troughs of the first heating panel (16; 116; 216) facing the troughs and peaks respectively of the second heating panel (18; 118; 218), the first and second heating panels being adapted to heat a length of hair as the length of hair moves therebetween in use, the first and second heating panels (16,18; 116,118; 216,218) being closer together in the operative condition than in the inoperative condition, characterised in that the first and second heating panels are spaced apart in the operative condition, in that the first member (12; 212) also has a first pressing panel (26; 126; 226) and the second member (14; 214) also has a second pressing panel (28; 128; 228), and in that the first and second pressing panels are closer together than the heating panels in the operative condition.