mhurhangee/patent-ind-claim-en huggingface dataset:
A rotary electric machine for a wind turbine, the rotary electric machine comprising at least one structure of ferromagnetic material (5; 105); at least one cavity (6; 106) extending inside the structure of ferromagnetic material (5; 105); and at least one conducting pack (7; 107) designed to be housed inside the cavity (6; 106) and in turn comprising a group of conductors (9; 109), and a protective panel (16; 116) fixed to the group of conductors (9; 109); wherein the conducting pack (7; 107) is entirely impregnated with resin (15; 115); the conducting pack (7; 107) comprises an insulating case (12; 112) around the group of conductors (9; 109); wherein the conducting pack (7; 107) comprises a protective sheet (14; 114) all around the insulating case (12; 112); and wherein the protective panel (16; 116) is located between the insulating case (12; 112) and the protective sheet (14; 114); and having gaps (18; 118) between the conductors in the group of conductors (9; 109), and between the insulating case (12; 112) and the conductors in the group of conductors (9; 109); and wherein the insulating case (12; 112) and the gaps (18; 118) are impregnated with resin (15; 115).
A system for remotely managing a battery for a vehicle, the system comprising: a battery state data obtaining unit configured to be provided in a second vehicle, wherein, when a first vehicle is in power off state, the second vehicle is in power on state and the second vehicle is positioned adjacent to the first vehicle, the battery state data obtaining unit is configured to transmit electromagnetic waves to a battery state data collecting unit included in the first vehicle by using power of a battery of the second vehicle to turn on the battery state data collecting unit, and is configured to receive battery state data of the first vehicle from the battery state data collecting unit , the battery state data being collected by the battery state data collecting unit , wherein the battery state data obtaining unit is configured to provide an external server with the battery state data, wherein the battery state data collecting unit includes a passive radio frequency identification (RFID) tag module, and the battery state data obtaining unit includes a passive RFID reader module, wherein the battery state data obtaining unit further includes a communication unit which provides the external server with the battery state data obtained through the passive RFID reader module by using wired/wireless network communication. a battery state data obtaining unit configured to be provided in a second vehicle, wherein, when a first vehicle is in power off state, the second vehicle is in power on state and the second vehicle is positioned adjacent to the first vehicle, the battery state data obtaining unit is configured to transmit electromagnetic waves to a battery state data collecting unit included in the first vehicle by using power of a battery of the second vehicle to turn on the battery state data collecting unit, and is configured to receive battery state data of the first vehicle from the battery state data collecting unit , the battery state data being collected by the battery state data collecting unit , wherein the battery state data obtaining unit is configured to provide an external server with the battery state data, wherein the battery state data collecting unit includes a passive radio frequency identification (RFID) tag module, and the battery state data obtaining unit includes a passive RFID reader module, wherein the battery state data obtaining unit further includes a communication unit which provides the external server with the battery state data obtained through the passive RFID reader module by using wired/wireless network communication.
A rebar tying machine, comprising a tying machine main body and a steel wire winding assembly mounted within the main body , wherein the steel wire winding assembly comprises a winding mechanism and a driving device for driving the winding mechanism , and further comprises a locking device ; an advance/retreat locating slot axially disposed along the winding mechanism and a rotating cam slot disposed along the periphery of the winding mechanism , which are communicated to each other and are disposed on the winding mechanism ; an anti-rotation fixing pin of the locking device moving in the advance/retreat locating slot , and sliding in the rotating cam slot ; and a steel wire cutting-off mechanism , to which a wire cutting plate in the steel wire winding assembly is connected, is further mounted within the main body ; characterized in that the steel wire cutting-off mechanism comprises a transmission device , a wire discharging block and a linear cutting-off device , which are mounted within the main body ; the transmission device is connected to the linear cutting-off device ; the wire discharging block has a wire discharging passage , and is further provided with a chute intersected with the wire discharging passage ; wherein a wire cutter in the linear cutting-off device linearly slides in the chute , the locking device further comprises a pedestal fixed on the main body and having thereon a hollow protrusion in which the anti-rotation fixing pin is disposed; a resetting spring is provided between the anti-rotation fixing pin and the protrusion ; and a reinforcing rib is formed between the pedestal and the protrusion .
Ostomy device for attachment to a base plate , wherein the ostomy device comprises an attachment ring configured for detachable attachment to the base plate , wherein the ostomy devices further comprises elements having means configured for detachable attachment to the attachment ring , and a shield having a blocking element for blocking a stoma , characterised in that the blocking element has a cavity in the central part of the blocking element , wherein the cavity is configured to receive a distal portion of a stoma , and wherein the blocking element is shaped and configured to engage with a collecting element , and in that the ostomy device comprises a closing disc having a threaded area , and in that the blocking element is provided with a corresponding threaded area configured to be brought into engagement with the threaded area of the closing disc .
A compound of formula (I), Ar 1 -SO 2 -NH-C 6 H 4- SO 2 -C 6 H 4- NH-CO-NH-Ar 2 (I), wherein Ar 1 and Ar 2 are an unsubstituted or substituted phenyl group.
A rubber composition for an external layer of a tire comprising a rubber component and 0.5 to 2.0 parts by mass of a branched alkane having 40 to 70 carbon atoms, 1.2 parts by mass or less and not less than 0.05 part by mass of a linear alkane having 45 or more carbon atoms, 0.1 to 100 parts by mass of a hydrocarbon resin having a weight-average molecular weight of 300 to 15,000 based on 100 parts by mass of the rubber component, and further comprising 1.2 parts by mass or less and not less than 0.05 part by mass of a linear alkane having 20 to 32 carbon atoms based on 100 parts by mass of the rubber component. a rubber component and 0.5 to 2.0 parts by mass of a branched alkane having 40 to 70 carbon atoms, 1.2 parts by mass or less and not less than 0.05 part by mass of a linear alkane having 45 or more carbon atoms, 0.1 to 100 parts by mass of a hydrocarbon resin having a weight-average molecular weight of 300 to 15,000 based on 100 parts by mass of the rubber component, and further comprising 1.2 parts by mass or less and not less than 0.05 part by mass of a linear alkane having 20 to 32 carbon atoms based on 100 parts by mass of the rubber component.
A harvesting system of a vegetable grown in a culture mound , wherein the harvesting system comprises: - a rigid structure , - a harvesting tool comprising a claw designed to be driven into the culture mound , the claw being located at a free end of an arm of the harvesting tool , the claw comprising a sharp blade located at a front side of said claw , - a stage of vertical translation united with the rigid structure and configured to move vertically the harvesting tool relatively to the rigid structure , the harvesting tool being linked to the vertical translation stage at an upper end of the arm of the harvesting tool opposite to its free end, the vertical translation stage comprising an actuator configured to drive a vertical movement of the harvesting tool , the vertical translation stage comprising a worn screw connected by a sliding connection with a vertical translation plate , which holds up the harvesting tool , the actuator being configured to drive a rotation of the worn screw in order to control a vertical movement of the vertical translation plate along said worn screw ; - a swiveling item of the harvesting tool , wherein the swiveling item is configured to make the harvesting tool swivel relatively to the vertical translation stage around a rotation axis located at the upper end of the arm of the harvesting tool ; characterized in that the rotation axis of the swiveling item is in connection with the translation plate. - a rigid structure , - a harvesting tool comprising a claw designed to be driven into the culture mound , the claw being located at a free end of an arm of the harvesting tool , the claw comprising a sharp blade located at a front side of said claw , - a stage of vertical translation united with the rigid structure and configured to move vertically the harvesting tool relatively to the rigid structure , the harvesting tool being linked to the vertical translation stage at an upper end of the arm of the harvesting tool opposite to its free end, the vertical translation stage comprising an actuator configured to drive a vertical movement of the harvesting tool , the vertical translation stage comprising a worn screw connected by a sliding connection with a vertical translation plate , which holds up the harvesting tool , the actuator being configured to drive a rotation of the worn screw in order to control a vertical movement of the vertical translation plate along said worn screw ; - a swiveling item of the harvesting tool , wherein the swiveling item is configured to make the harvesting tool swivel relatively to the vertical translation stage around a rotation axis located at the upper end of the arm of the harvesting tool ;
A light fitting comprising at least one replaceable module , and each module comprising at least one LED light source (106 to 110), and each module comprising a controller , wherein the controller of each module is configured to determine the temperature of said at least one light source (106 to 110); and set the electric power to be supplied to said at least one light source (106 to 110) to a desired power range; characterized in that the controller of each module is further configured to adjust, in a predetermined manner, the electric power to be supplied to said at least one light source (106 to 110) based on the time of duration of the electric power range and the time of duration of the temperature measured; the adjustment compensating for a change in light intensity caused by the aging of said at least one light source (106 to 110). the controller of each module is configured to determine the temperature of said at least one light source (106 to 110); and set the electric power to be supplied to said at least one light source (106 to 110) to a desired power range; determine the temperature of said at least one light source (106 to 110); and set the electric power to be supplied to said at least one light source (106 to 110) to a desired power range; characterized in that the controller of each module is further configured to adjust, in a predetermined manner, the electric power to be supplied to said at least one light source (106 to 110) based on the time of duration of the electric power range and the time of duration of the temperature measured; the adjustment compensating for a change in light intensity caused by the aging of said at least one light source (106 to 110). adjust, in a predetermined manner, the electric power to be supplied to said at least one light source (106 to 110) based on the time of duration of the electric power range and the time of duration of the temperature measured; the adjustment compensating for a change in light intensity caused by the aging of said at least one light source (106 to 110).
A portion container consisting of a receptacle for receiving a luxury product (G, G') and a cover for sealing the receptacle in order to produce a sealed volume (V) within the portion container , wherein the receptacle and the cover are produced from environmentally degradable fibrous material with a fibre moulding system by means of a fibre moulding process from a pulp as liquid solution with the environmentally degradable fibrous material , wherein the receptacle and the cover are provided with a barrier layer system having a barrier effect at least against penetration by moisture, water, aromatic substances, flavouring substances, odorous substances and/or substances not suitable for use in foodstuffs, characterized in that the barrier layer system comprises a lacquer layer or a ceramic layer.
Interdental cleaning device having an injection-moulded, one-piece main body which has a first leg and a second leg , the free ends of which legs are pivotable towards each other, the first leg having, at its free end , a positioning aid , in particular a cone, which protrudes towards a cleaning side and surrounds an opening in the first leg , and the second leg having, at its free end , a mounting for an interdental brush that is guidable through the opening, characterized in that an elastic restoring element is arranged between the first leg and the second leg in a start region of the legs that lies opposite the free ends of the legs .
Method for measuring the distance between an agricultural spray boom and a crop and/or the ground , wherein durations (t L ) of signal pulses emitted at the spray boom and, after reflection, reflection pulses (10a-10c) received at the crop and/or on the ground are measured and a clear distance (11-13) from the spray boom is calculated therefrom, wherein, when a plurality of reflection pulses (10a-10c) assigned to a certain signal pulse are received, in each case one of the reflection pulses (10a-10c) is selected by means of a programmed selection rule for the measurement of the duration, characterized in that the selection rule is selected from a stored list having crop-specific selection rules (17-19).
Process for the production of a foil , comprising the steps of (a) plastification of a polymeric material and mixing with one or more dyes to give a molding composition by means of a gelling assembly equipped with a., metering device for dyes; (b) optional intermediate storage of the molding composition obtained in step (a); (c) supplying the molding composition to a molding device ; and (d) producing the foil ; where the quantitative ratio of dye to polymeric material is regulated automatically by means of a colorimeter and an electronic control system , in step (a) color coordinates are measured on the molding composition located in the gelling assembly and are transmitted as signal to the electronic control device , characterized in that in step (d) further color coordinates are measured by means of a further colorimeter on the foil and are transmitted as signal to the electronic control system . (a) plastification of a polymeric material and mixing with one or more dyes to give a molding composition by means of a gelling assembly equipped with a., metering device for dyes; (b) optional intermediate storage of the molding composition obtained in step (a); (c) supplying the molding composition to a molding device ; and (d) producing the foil ;
A fracturation fluid comprising at least one propping agent and at least one water-soluble (co)polymer prepared from the hydrated crystalline form of 2-acrylamido-2-methylpropane sulfonic acid and/or of at least one of its salts; the hydrated crystalline form of 2-acrylamido-2-methylpropane sulfonic acid has a 2-theta powder X-ray diffraction diagram comprising peaks at 10.58°, 11.2°, 12.65°, 13.66°, 16.28°, 18.45°, 20°, 20.4°, 22.5°, 25.5°, 25.88°, 26.47°, 28.52°, 30.28°, 30.8°, 34.09°, 38.19°, 40.69°, 41.82°, 43.74°, 46.04° degrees.
Method for producing a higher-strength, non-grain-oriented electrical strip, wherein a slab is cast from a molten mass, the slab is hot-rolled and then cold-rolled with a degree of deformation between 60 % and 85 % and the cold strip is annealed to achieve a partially recrystallized structure with a degree of recrystallization between 5 % and 95 % to set strength values ReH ranging from 450 MPa to 850 MPa at an annealing temperature of 600 °C to 800 °C for 60 s to 300 s, wherein segregation zones are formed in the structure, wherein the electrical strip has the following chemical analysis: C <0.01 wt% Si 2 wt% - 3.5 wt% Al 0.1 wt% - 2.0 wt%, more particularly 0.1 wt% to 1.5 wt% Mn 0.1 wt% - 1 wt% P 0.01 wt% - 0.2 wt% S <0.01 wt% wherein the segregation zones are formed in the slab by the silicon content >2 %, wherein the recrystallization is delayed by the segregations in the zones with elevated Si content by comparison with the other zones, characterized in that recrystallization takes place in near-surface, low-silicon zones as a result of annealing of the cold-rolled strip at 600 °C - 800 °C for 60 s to 300 s, whereas segregation zones with elevated silicon content are found in a recovered and non-crystallized state.
A portable foam brush comprising: a soap reservoir ; a foaming chamber ; a battery-operated air compressor and a brush end configured for receiving foam from the foaming chamber and dispensing the foam, the battery-operated air compressor is configured for supplying air to act upon the soap reservoir to cause dispensing of soap from the soap reservoir to the foaming chamber and independently supplying air to the foaming chamber whereby, in use, the soap and the air in the foaming chamber combine to form a foam, characterized in that the soap reservoir has a movable piston dividing the reservoir into a chamber for containing soap and an actuation chamber , the actuation chamber being configured to be acted upon by air from the air compressor for moving the piston to decrease the size of the chamber for containing soap to thereby dispense soap therefrom. a soap reservoir ; a foaming chamber ; a battery-operated air compressor and a brush end configured for receiving foam from the foaming chamber and dispensing the foam, the battery-operated air compressor is configured for supplying air to act upon the soap reservoir to cause dispensing of soap from the soap reservoir to the foaming chamber and independently supplying air to the foaming chamber whereby, in use, the soap and the air in the foaming chamber combine to form a foam, characterized in that the soap reservoir has a movable piston dividing the reservoir into a chamber for containing soap and an actuation chamber , the actuation chamber being configured to be acted upon by air from the air compressor for moving the piston to decrease the size of the chamber for containing soap to thereby dispense soap therefrom.
Plasma cleaning system for small parts, comprising a) a cleaning chamber , b) plasma generating means for generating a plasma and c) a receiving unit , which is arranged in the cleaning chamber and has a receiving opening , for receiving the small parts , wherein d) in a cleaning position serving for exposure to the plasma the receiving opening faces the plasma generating means , characterised in that e) the plasma cleaning system is designed to pivot the receiving unit within the cleaning chamber by at least 30° from a loading/removal position serving for loading and removing the small parts into the cleaning position and from the cleaning position back into the loading/removal position. a) a cleaning chamber , b) plasma generating means for generating a plasma and c) a receiving unit , which is arranged in the cleaning chamber and has a receiving opening , for receiving the small parts , wherein d) in a cleaning position serving for exposure to the plasma the receiving opening faces the plasma generating means , characterised in that e) the plasma cleaning system is designed to pivot the receiving unit within the cleaning chamber by at least 30° from a loading/removal position serving for loading and removing the small parts into the cleaning position and from the cleaning position back into the loading/removal position.
An apparatus having a concentrated feed station for dispensing concentrated feed to animals , such as cattle or pigs, and/or having a milking station , having a sensor device (28; 48) which recognizes the respective animal and which controls the dispensing of concentrated feed in an animal-specific manner via a control apparatus , and having a nozzle device, wherein the sensor device (28; 48) comprises a system which recognizes animal-specific transponders or an image processing device or video recognition system which recognizes the animal; wherein the nozzle device is connected or connectable via line means to storage containers , with the nozzle device being provided to dispense different liquid treatment agents which are contained in the respective storage containers ; and wherein a control is provided with which the sensor device (28; 48) or the control apparatus communicates to carry out the dispensing of the respective treatment agent in an animal-specific manner, characterized in that the nozzle device is configured to apply and/or to distribute the respective treatment agent onto the nose, onto the mouth and nose and/or onto a mucous membrane region of the animal .
A method of replacing an anchor bolt used to support a wind turbine to a foundation , the method comprising: providing the wind turbine and the foundation supporting the wind turbine , the foundation including a lower base flange , at least one anchor bolt extending between the lower base flange and a lower tower flange of the wind turbine , and a rigid body at least partially formed around the at least one anchor bolt ; drilling a core in the lower tower flange and the rigid body circumferentially around the anchor bolt ; removing the anchor bolt and the core to create a cavity ; inserting a replacement anchor bolt into the cavity ; coupling the replacement anchor bolt to the lower base flange ; and tensioning the replacement anchor bolt . providing the wind turbine and the foundation supporting the wind turbine , the foundation including a lower base flange , at least one anchor bolt extending between the lower base flange and a lower tower flange of the wind turbine , and a rigid body at least partially formed around the at least one anchor bolt ; drilling a core in the lower tower flange and the rigid body circumferentially around the anchor bolt ; removing the anchor bolt and the core to create a cavity ; inserting a replacement anchor bolt into the cavity ; coupling the replacement anchor bolt to the lower base flange ; and tensioning the replacement anchor bolt .