mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner comprising: a cabinet configured to mount on an indoor place; a front panel coupled to the cabinet having an air inlet and outlet; a suction panel coupled to the front panel and configured to move between an open position in which air is able to circulate through the air conditioner and a closed position in which air is blocked from circulating through the air conditioner; a sensor unit configured to detect a position of a person or a moving object; and a controller configured to control the operation of the air conditioner in response to a detection result of the sensor unit; wherein the sensor unit is mounted on the suction panel so as to move together with the suction panel, characterized in that the sensor unit comprises a sensing element configured to rotate forward or reversely in response to a driving signal generated by a driving motor and a sensor cover configured to cover the sensing element, and the sensor cover is defined in a cylindrical shape and its bottom part has a convexly curved shape such that the refraction of the signal radiated from the sensing element is minimized. a cabinet configured to mount on an indoor place; a front panel coupled to the cabinet having an air inlet and outlet; a suction panel coupled to the front panel and configured to move between an open position in which air is able to circulate through the air conditioner and a closed position in which air is blocked from circulating through the air conditioner; a sensor unit configured to detect a position of a person or a moving object; and a controller configured to control the operation of the air conditioner in response to a detection result of the sensor unit; wherein the sensor unit is mounted on the suction panel so as to move together with the suction panel, characterized in that the sensor unit comprises a sensing element configured to rotate forward or reversely in response to a driving signal generated by a driving motor and a sensor cover configured to cover the sensing element, and the sensor cover is defined in a cylindrical shape and its bottom part has a convexly curved shape such that the refraction of the signal radiated from the sensing element is minimized.
Fixing system for fixing a rocker arm of a suspension to a chassis of a vehicle in an adjustable manner, the fixing system comprising: - a threaded rod, extending along a longitudinal direction (x) between a first end and a second end, opposed to the first end, wherein the rod has a first thread at the first end and a second thread at the second end, - a first cam arranged integral for rotation with said rod by means of a shape-fitting coupling with said rod at said first end; - a second cam arranged integral for rotation with said rod by means of a shape-fitting coupling with said rod at said second end; - a first nut, screwed on said first thread of the rod so as to lock the position of said first cam along said longitudinal direction (x); and - a second nut, screwed on said second thread of the rod so as to lock the position of said second cam along said longitudinal direction (x), characterised in that the rod further has a locking cavity, at the second end; and the second nut has a locking part that comprises a circumferential groove, and a positioning hole, passing through said groove; the fixing system further comprising a pin and an elastic clip, the elastic clip being shaped as an open ring and being adapted to be accommodated in said groove of the second nut so as to hold said pin in said positioning hole, wherein, in a predetermined screwing position of the second nut on the second thread of the rod, the pin enters said locking cavity of the rod so as to lock the position of said second nut on the rod along the longitudinal direction (x). - a threaded rod, extending along a longitudinal direction (x) between a first end and a second end, opposed to the first end, wherein the rod has a first thread at the first end and a second thread at the second end, - a first cam arranged integral for rotation with said rod by means of a shape-fitting coupling with said rod at said first end; - a second cam arranged integral for rotation with said rod by means of a shape-fitting coupling with said rod at said second end; - a first nut, screwed on said first thread of the rod so as to lock the position of said first cam along said longitudinal direction (x); and - a second nut, screwed on said second thread of the rod so as to lock the position of said second cam along said longitudinal direction (x), characterised in that the rod further has a locking cavity, at the second end; and the second nut has a locking part that comprises a circumferential groove, and a positioning hole, passing through said groove;
A subsea connector (120, 120-1, 120-2), comprising: - a housing having an inner surface and an outer surface, the inner surface forming a passage, - a link provided on the outer surface of the housing to releasably attach a earth link wire to the housing, wherein the connector further comprises a canted coil spring, and a recess arranged on the inner surface of the housing to receive the canted coil spring, wherein, when a subsea cable is arranged in the passage in the housing, the canted coil spring provides an electrical multi-point contact between an outer shielding layer of the subsea cable and the housing; and, wherein the canted coil spring projects inwardly from the inner surface of the housing such that a gap is maintained between the inner surface and the outer shielding layer of the subsea cable,so that the inner surface and the outer shielding layer do not contact each other. - a housing having an inner surface and an outer surface, the inner surface forming a passage, - a link provided on the outer surface of the housing to releasably attach a earth link wire to the housing,
A method of minimizing inter-cell interference among Coordinated MultiPoint, CoMP, cells (12, 14, 16) in a cellular communication network, wherein the network is divided into COMP cells and each CoMP cell comprises a plurality of contiguous sub-cells and a controller operative to manage transmissions within the sub-cells of the CoMP cell, the controller being communicatively linked to a plurality of network transceivers, each transceiver providing radio communications to User Equipments, UEs, in a sub-cell of the CoMP cell, the method comprising the steps of: scheduling, by a first CoMP cell controller, transmissions to and from UEs in sub-cells within a first CoMP cell to minimize inter-sub-cell interference within the first CoMP cell; transmitting, from the first CoMP cell controller to a second controller of a neighboring second CoMP cell, scheduling information regarding transmissions scheduled to and from UEs in sub-cells at the border of the first CoMP cell, in advance of the transmissions, wherein the scheduling information comprises an estimate of the path gain to a UE of a transmission scheduled between a network transceiver and that UE; and scheduling, by the second CoMP cell controller, transmissions to and from UEs within the second CoMP cell utilizing the scheduling information transmitted by the first CoMP cell controller to minimize inter-CoMP cell interference between the first and second CoMP cells. scheduling, by a first CoMP cell controller, transmissions to and from UEs in sub-cells within a first CoMP cell to minimize inter-sub-cell interference within the first CoMP cell; transmitting, from the first CoMP cell controller to a second controller of a neighboring second CoMP cell, scheduling information regarding transmissions scheduled to and from UEs in sub-cells at the border of the first CoMP cell, in advance of the transmissions, wherein the scheduling information comprises an estimate of the path gain to a UE of a transmission scheduled between a network transceiver and that UE; and scheduling, by the second CoMP cell controller, transmissions to and from UEs within the second CoMP cell utilizing the scheduling information transmitted by the first CoMP cell controller to minimize inter-CoMP cell interference between the first and second CoMP cells.
At least one compound selected from the group consisting of erythromycin, clarithromycin and azithromycin, a pharmaceutically acceptable salt or hydrate thereof, or an ester form thereof for use in the improvement or treatment of at least one symptom of myotonic dystrophy selected from the group consisting of muscle contraction, muscular atrophy, muscle weakness, cardiac conduction defect, myocardiopathy, dementia, character change, somnolence, cataract, retinal degeneration, impaired glucose tolerance and hyperlipidemia.
A molten salt reactor (1000, 1200) comprising: a nuclear reactor core (702, 1004) configured to contain a nuclear fission reaction fueled by a molten fuel salt; and a molten fuel salt control system coupled to the nuclear reactor core, the molten fuel salt control system being configured to remove a selected volume of the molten fuel salt from the nuclear reactor core to maintain a parameter indicative of reactivity of the molten salt reactor within a selected range of nominal reactivity, wherein the molten fuel salt control system includes a molten fuel salt exchange system fluidically coupled to the nuclear reactor core and configured to exchange a selected volume of the molten fuel salt with a selected volume of a feed material containing a mixture of a selected fertile material and a carrier salt. a nuclear reactor core (702, 1004) configured to contain a nuclear fission reaction fueled by a molten fuel salt; and a molten fuel salt control system coupled to the nuclear reactor core, the molten fuel salt control system being configured to remove a selected volume of the molten fuel salt from the nuclear reactor core to maintain a parameter indicative of reactivity of the molten salt reactor within a selected range of nominal reactivity, wherein the molten fuel salt control system includes a molten fuel salt exchange system fluidically coupled to the nuclear reactor core and configured to exchange a selected volume of the molten fuel salt with a selected volume of a feed material containing a mixture of a selected fertile material and a carrier salt.
An item of furniture comprising a first furniture part, a second furniture part and at least two furniture hinges by which the first furniture part and the second furniture part are pivotally connected to each other, wherein the furniture hinges are spaced apart from each other along a longitudinal direction of the furniture parts (3a, 3b), and wherein a gap is formed between the first furniture part and the second furniture part, wherein at least one cover is provided which extends at least between the first furniture hinge and the second furniture hinge and by which the gap can be at least partially covered, wherein the first furniture part and the second furniture part are movable by the at least two furniture hinges into a position in which the first furniture part and the second furniture part are aligned substantially coplanar relative to one another, wherein the at least one cover, in the coplanar position of the furniture parts (3a, 3b), is substantially entirely covered by the first furniture part and/or by the second furniture part, wherein at least one furniture hinge includes a first bearing surface configured to bear against the first furniture part and a second bearing surface configured to bear against the second furniture part, characterized in that the at least one cover, in the position of the furniture parts (3a, 3b) in which the furniture parts (3a, 3b) are aligned substantially coplanar to each other, is set back relative to the first and second abutment surface (21a, 21b) of the at least one furniture hinge in a direction of the depth of the item of furniture.
A refrigerator comprising: a body which is suitable for placing the foodstuffs therein; a door which provides access into the body; a water dispenser having a receptacle, which is provided on the door and wherein water is stored; a channel which is provided on the lower side of the receptacle and which allows the water to exit the receptacle; a spigot which provides the flow of water from the channel; a trigger lever which triggers the movement of the spigot; a locking mechanism having a shaft; a lock body extending from the shaft; a locking tab attached to at least one end of the shaft; a lid having at least one side wall extending towards behind the trigger lever; a first housing which is provided on the side wall so as to remain behind the trigger lever wherein the shaft is fitted, wherein the locking tab moves the lock body between the shaft and the trigger lever between a lock position, where the lock body almost bears against the trigger lever and a free position, where the lock body does not bear against the trigger lever; a guide path which is provided on the side wall and which facilitates the movement of the locking tab between the locked position and the free position, characterized by the locking tab having a protrusion arranged on the guide path and a recess fitted over the protrusion to enable the locking tab to be fixed when the trigger lever is in the free or locked position. a channel which is provided on the lower side of the receptacle and which allows the water to exit the receptacle; a spigot which provides the flow of water from the channel; a trigger lever which triggers the movement of the spigot; a locking mechanism having a shaft; a lock body extending from the shaft; a locking tab attached to at least one end of the shaft; a lid having at least one side wall extending towards behind the trigger lever; a first housing which is provided on the side wall so as to remain behind the trigger lever wherein the shaft is fitted, wherein the locking tab moves the lock body between the shaft and the trigger lever between a lock position, where the lock body almost bears against the trigger lever and a free position, where the lock body does not bear against the trigger lever; a guide path which is provided on the side wall and which facilitates the movement of the locking tab between the locked position and the free position, characterized by the locking tab having a protrusion arranged on the guide path and a recess fitted over the protrusion to enable the locking tab to be fixed when the trigger lever is in the free or locked position.
Fluid injection pump for a fluid, comprising a resonator and a sleeve, the resonator comprising a piezoelectric transducer and a solid which the transducer deforms, and the sleeve being flown by the fluid during the injection and extending along an axis, the sleeve being deformable by the solid when the latter deforms, characterised in that the resonator comprises a support surface for contacting the sleeve when the sleeve is deformed by the said solid, and the transducer extends parallel to the axis of the sleeve.
A method for controlling the opening movement of a device on which a cutting head is fitted in a fixed or replaceable manner, the working movement of which is operated hydraulically via a piston which moves in a cylinder, into which an electrically operated pump pushes oil that has been sucked in from a tank, wherein, after the cut has been made, the return movement of the cutting head is controlled by a backflow valve and is driven by a return spring which is loaded during the working movement, wherein, during the working movement, the pressure curve, the force acting on the working head or the power consumption of the electric motor is ascertained respectively by a pressure sensor, by a force cell or by a power consumption sensor and is passed to a central control unit, and wherein the backflow valve for draining the oil from the cylinder into the tank is controlled by an adjustable time relay which is connected to the central control unit, wherein the cutting machining as such is effected by a central control unit based on the pressure curve or the curve of the force acting on the cutting head by the piston or the curve of the power consumption of the electric motor while the machining is being carried out and based on the ascertainment of the reaching of an upper threshold value during the phase of increasing power consumption, for the purpose of carrying out the machining, and the ascertainment of the reaching of a lower threshold value during the phase of decreasing power consumption.
Method of applying adhesive in a slitter-winder of a fiber web machine, which slitter-winder comprises an unwinder for unwinding a parent roll, slitting section for slitting a fiber web unwound from the parent roll into partial webs (W1; W2) and winder with winding stations on at least one winding roll for winding the partial webs (W1, W2) into partial web rolls, in which method an adhesive applying device is adapted to apply adhesive on ends of partial webs (W1, W2) for attaching the ends of the partial webs (W1, W2) onto the partial web rolls, in which method the device is moved in cross-direction of the main running direction of the partial webs (W1, W2) over the width of the partial webs on a support element, characterized in, that in the method at least two transverse movements of at least one adhesive applying device are used for applying the adhesive onto the partial webs (W1, W2) and that during the first movement of the adhesive applying device at least a part set of the partial webs (W1, W2) are provided with adhesive for attaching the tail of the partial web onto the wound partial web roll and during the second movement of the adhesive applying device at least a part set of the partial webs (W 1, W2) not provided with adhesive during the first movement are provided with adhesive.
Hybrid transmission for a motor vehicle provided with an internal combustion engine and at least one driving electric machine, two coaxial primary shafts (3, 4), one of which is solid and the other of which is hollow, connected to the crankshaft of the internal combustion engine and to an electric machine, a secondary shaft connected to the wheels of the vehicle via a differential, and a shaft for transferring movement from a primary shaft to the secondary shaft and coupling the primary shafts (3, 4), wherein the electric machine is disposed at the same end of the primary shafts (4, 3) as the internal combustion engine and wherein the hollow primary shaft carries fixed teeth for the continuous transfer of the movement to the transfer shaft, characterized in that the primary shafts (4, 3) are connected to the internal combustion engine and to the electric machine without a disconnect clutch, and in that the hollow primary shaft carries two electrical ratio fixed gears (11, 13) meshing with idler gears (10, 12) of the secondary shaft.
A method of manufacturing a nanoplate diamond, the method comprising the steps of: providing a nanotemplate having a plurality of holes; forming a nanoplate diamond in the nanotemplate using an electrochemical method; and separating the nanoplate diamond by removing the nanotemplate. providing a nanotemplate having a plurality of holes; forming a nanoplate diamond in the nanotemplate using an electrochemical method; and separating the nanoplate diamond by removing the nanotemplate.
An induction heating device comprising: a loading plate on which a loaded-object is placed; a working coil disposed below the loading plate for heating the loaded-object using an inductive current; a loaded-object sensor for sensing the loaded object, characterized in that, the sensor is dis-posed concentrically with the working coil, wherein the working coil surrounds the sensor; and a control unit configured for determining, based on the sensing result of the loaded-object sensor, whether the loaded-object has an inductive heating property, wherein the loaded-object sensor includes: a cylindrical body having a first receiving space defined therein; and a cylindrical magnetic core received in the first space, wherein the magnetic core has a second receiving space defined therein; and a sensing coil wound around the body by predetermined winding counts. a loading plate on which a loaded-object is placed; a working coil disposed below the loading plate for heating the loaded-object using an inductive current; a loaded-object sensor for sensing the loaded object, characterized in that, the sensor is dis-posed concentrically with the working coil, wherein the working coil surrounds the sensor; and a control unit configured for determining, based on the sensing result of the loaded-object sensor, whether the loaded-object has an inductive heating property, wherein the loaded-object sensor includes: a cylindrical body having a first receiving space defined therein; and a cylindrical magnetic core received in the first space, wherein the magnetic core has a second receiving space defined therein; and a sensing coil wound around the body by predetermined winding counts. a cylindrical body having a first receiving space defined therein; and a cylindrical magnetic core received in the first space, wherein the magnetic core has a second receiving space defined therein; and a sensing coil wound around the body by predetermined winding counts.
A method of analysing blade tip timing data obtained from an array (P k) of stationary timing probes that are spaced at integer multiples of a base angle, the method comprising steps to: a) replace one of the probes in the array of probes (P k) with a virtual probe (P v) to give a virtual probe set; b) set an initial probe angle (θ v) and an initial engine order (EO v) for the virtual probe (P v); c) calculate a condition number for the virtual probe set; d) if the condition number at least meets a threshold criterion, solve the virtual probe set for blade tip displacement amplitude; else e) for i=1 to m, increment the probe angle (θ v) of the virtual probe (P v) by i and iterate from step c); f) for j=1 to n, increment the engine order (EO v) of the virtual probe (P v) by j and iterate from step c); g) for k=1 to q, reinstate the replaced probe and replace a different probe from the array of probes (P k) with the virtual probe (P v); iterate from step b). a) replace one of the probes in the array of probes (P k) with a virtual probe (P v) to give a virtual probe set; b) set an initial probe angle (θ v) and an initial engine order (EO v) for the virtual probe (P v); c) calculate a condition number for the virtual probe set; d) if the condition number at least meets a threshold criterion, solve the virtual probe set for blade tip displacement amplitude; else e) for i=1 to m, increment the probe angle (θ v) of the virtual probe (P v) by i and iterate from step c); f) for j=1 to n, increment the engine order (EO v) of the virtual probe (P v) by j and iterate from step c); g) for k=1 to q, reinstate the replaced probe and replace a different probe from the array of probes (P k) with the virtual probe (P v); iterate from step b).