mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner comprising: an indoor device; and an outdoor device connected to the indoor device, wherein the outdoor device comprises: an outdoor heat exchanger; an outdoor expansion mechanism communicating with the outdoor heat exchanger and expanding the refrigerant entering it in a heating operation; a pass variable tube for varying refrigerant flow within the outdoor heat exchanger; and a pass variable valve provided to the pass variable tube, wherein the outdoor heat exchanger comprises a first heat exchange part and a second heat exchange part, the first heat exchange part is connected to a first manifold and a second manifold to distribute refrigerant flow, wherein the first manifold distributes the refrigerant to the first heat exchange part when the air conditioner is in a cooling operation, whereas the second manifold distributes the refrigerant to the first heat exchange part when the air conditioner is in a heating operation, characterised in that the second manifold is connected to first capillaries which are connected to the outdoor expansion mechanism and may decrease the refrigerant pressure further in heating operation, and the pass variable tube is connected to the second manifold, wherein the air conditioner further comprises: a first connection tube in which refrigerant discharged from the first heat exchange part flows in a heating operation; and a second connection tube in which refrigerant discharged from the second heat exchange part flows in the heating operation, wherein the pass variable tube is connected to the second connection tube. an indoor device; and an outdoor device connected to the indoor device, wherein the outdoor device comprises: an outdoor heat exchanger; an outdoor expansion mechanism communicating with the outdoor heat exchanger and expanding the refrigerant entering it in a heating operation; a pass variable tube for varying refrigerant flow within the outdoor heat exchanger; and a pass variable valve provided to the pass variable tube, wherein the outdoor heat exchanger comprises a first heat exchange part and a second heat exchange part, the first heat exchange part is connected to a first manifold and a second manifold to distribute refrigerant flow, a first connection tube in which refrigerant discharged from the first heat exchange part flows in a heating operation; and a second connection tube in which refrigerant discharged from the second heat exchange part flows in the heating operation, wherein the pass variable tube is connected to the second connection tube.
Moulded shoe bottom made of soft deformable material, comprising: - a lower tread with a plurality of internally hollow protuberances (2, 3) with basically vertical lateral surface (2c, 3c); - an upper side (1 b) with a plurality of pits (4, 5) that coincide with the internal cavity of the said protuberances (2, 3) and generate meshes of a lattice of flat ribs (6, 7), the protuberances (2, 3) being bordered by a lattice of grooves (14, 15) that correspond to the lattice of flat ribs (6, 7); wherein at least some of the pits have an internal rib provided with an upper surface (11 b) situated at a lower level than the upper surface of the flat ribs (6, 7); wherein the pits with internal rib have a circular shape and the internal rib has an annular concentric shape with respect to the pit; and wherein the flat rib that defines the pit with internal rib is provided with an elongation section that extends in radial direction towards the inside on the pit, characterized in that the internally hollow protuberances (2, 3) of the lower tread (1 a) have a lower horizontal surface (2a, 3a, 31), the protuberance that generates the pit with internal rib has a peripheral lower surface with annular flat shape connected by means of an annular connection section to a central lower surface with flat circular shape, in which the central lower surface is situated at a lower level than the level of the peripheral lower surface. - a lower tread with a plurality of internally hollow protuberances (2, 3) with basically vertical lateral surface (2c, 3c); - an upper side (1 b) with a plurality of pits (4, 5) that coincide with the internal cavity of the said protuberances (2, 3) and generate meshes of a lattice of flat ribs (6, 7), the protuberances (2, 3) being bordered by a lattice of grooves (14, 15) that correspond to the lattice of flat ribs (6, 7);
A compound of formula: wherein: X 1 and X 2 are each independently selected from N and CH, wherein at least one of X 1 and X 2 is N; either Y 1 is sulfonyl and Y 2 is hydrogen, or Y 2 is sulfonyl and Y 1 is hydrogen; and each R 1 is independently selected from hydrogen, alkyl, substituted alkyl, alkenyl, substituted alkenyl, alkynyl, substituted alkynyl, cycloalkyl, substituted cycloalkyl, heterocyclyl, substituted heterocyclyl, aryl, substituted aryl, heteroaryl, substituted heteroaryl and R 15, wherein R 15 comprises a linking group and a compound of formula; or a salt or stereoisomer thereof. X 1 and X 2 are each independently selected from N and CH, wherein at least one of X 1 and X 2 is N; either Y 1 is sulfonyl and Y 2 is hydrogen, or Y 2 is sulfonyl and Y 1 is hydrogen; and each R 1 is independently selected from hydrogen, alkyl, substituted alkyl, alkenyl, substituted alkenyl, alkynyl, substituted alkynyl, cycloalkyl, substituted cycloalkyl, heterocyclyl, substituted heterocyclyl, aryl, substituted aryl, heteroaryl, substituted heteroaryl and R 15, wherein R 15 comprises a linking group and a compound of formula;
A base station apparatus comprising: a memory; a central processing unit, CPU, configured to: (i) select a set of integers out of a plurality of sets of integers on the basis of at least a downlink control information format of downlink control information; and (ii) select an integer, M, from the selected set of integers; and a transmitter configured to and/or programmed to transmit, using M first elements, an enhanced physical downlink control channel that carries downlink control information by using the downlink control information format, the first elements each consisting of a plurality of second elements, each of the plurality of second elements being constituted by a plurality of resource elements in a resource block pair, wherein the plurality of sets of integers comprises a first set of integers and a second set of integers, the first set of integers includes an integer smaller than each integer included in the second set of integers, the second set of integers includes an integer larger than each integer included in the first set of integers, and the number of integers included in the first set of integers is the same as the number of integers included in the second set of integers. a memory; a central processing unit, CPU, configured to: (i) select a set of integers out of a plurality of sets of integers on the basis of at least a downlink control information format of downlink control information; and (ii) select an integer, M, from the selected set of integers; and (i) select a set of integers out of a plurality of sets of integers on the basis of at least a downlink control information format of downlink control information; and (ii) select an integer, M, from the selected set of integers; and a transmitter configured to and/or programmed to transmit, using M first elements, an enhanced physical downlink control channel that carries downlink control information by using the downlink control information format, the first elements each consisting of a plurality of second elements, each of the plurality of second elements being constituted by a plurality of resource elements in a resource block pair, wherein the plurality of sets of integers comprises a first set of integers and a second set of integers, the first set of integers includes an integer smaller than each integer included in the second set of integers, the second set of integers includes an integer larger than each integer included in the first set of integers, and the number of integers included in the first set of integers is the same as the number of integers included in the second set of integers.
A method for producing ammonium thiosulfate comprising the steps of a) contacting in a first reactor (T-1) a first gas stream comprising hydrogen sulphide and ammonia with a first circulating aqueous solution comprising ammonium bisulphite and diammonium sulphite to produce a first aqueous effluent solution comprising ammonium thiosulfate and a first flue gas stream comprising residual hydrogen sulphide and ammonia from said first gas stream b) contacting in a second reactor (T-2) the first flue gas stream with a third aqueous solution comprising ammonium bisulphite, diammonium sulphite and ammonia to produce a second aqueous solution comprising ammonium thiosulfate, ammonium bisulphite, diammonium sulphite and ammonia, and a second flue gas stream c) combusting in a third reactor (T-3) the second flue gas stream of step b) and a second gas stream comprising hydrogen sulphide to produce a third flue gas stream comprising SO 2 with N 2 and NO x; d) contacting in a fourth reactor (T-5) the third flue gas stream of step c) with said second aqueous solution to produce a second aqueous effluent solution comprising ammonium bisulphite and diammonium sulphite, wherein one part of the second aqueous effluent solution is fed into the first reactor (T-1) and one part of the second aqueous effluent solution is mixed with ammonia to produce said third aqueous solution, which is flowed into said second reactor (T-2), and wherein said first aqueous effluent solution is at least partially used as the first circulating aqueous solution. a) contacting in a first reactor (T-1) a first gas stream comprising hydrogen sulphide and ammonia with a first circulating aqueous solution comprising ammonium bisulphite and diammonium sulphite to produce a first aqueous effluent solution comprising ammonium thiosulfate and a first flue gas stream comprising residual hydrogen sulphide and ammonia from said first gas stream b) contacting in a second reactor (T-2) the first flue gas stream with a third aqueous solution comprising ammonium bisulphite, diammonium sulphite and ammonia to produce a second aqueous solution comprising ammonium thiosulfate, ammonium bisulphite, diammonium sulphite and ammonia, and a second flue gas stream c) combusting in a third reactor (T-3) the second flue gas stream of step b) and a second gas stream comprising hydrogen sulphide to produce a third flue gas stream comprising SO 2 with N 2 and NO x; d) contacting in a fourth reactor (T-5) the third flue gas stream of step c) with said second aqueous solution to produce a second aqueous effluent solution comprising ammonium bisulphite and diammonium sulphite, wherein one part of the second aqueous effluent solution is fed into the first reactor (T-1) and one part of the second aqueous effluent solution is mixed with ammonia to produce said third aqueous solution, which is flowed into said second reactor (T-2), and wherein said first aqueous effluent solution is at least partially used as the first circulating aqueous solution.
A method for controlling a braking system for an automobile vehicle which is able to implement a parking brake function, the braking system including in particular a disk, a brake calliper and at least one movable piston and which cooperates with the calliper to exert on the disk a disk clamping force, the braking system further including electric means and hydraulic means for driving the piston in order to produce a disk clamping force, the method including a step of determining whether the power which the electric means are able to produce is high enough to perform a disk locking, wherein when at the end of the determining step, it has been determined that the electric means are able to exert a high enough force to perform a disk locking, the determining step is followed by a step of actuating the electric means only to exert a disk clamping force, wherein when at the end of the determining step, it has been determined that the electric means are not able to exert a high enough force to perform a disk locking, the determining step is followed by a step of actuating the hydraulic means which consists in exerting on the piston a clamping force, which is followed by the step of actuating the electric means. the braking system further including electric means and hydraulic means for driving the piston in order to produce a disk clamping force, the method including a step of determining whether the power which the electric means are able to produce is high enough to perform a disk locking, wherein when at the end of the determining step, it has been determined that the electric means are able to exert a high enough force to perform a disk locking, the determining step is followed by a step of actuating the electric means only to exert a disk clamping force, wherein when at the end of the determining step, it has been determined that the electric means are not able to exert a high enough force to perform a disk locking, the determining step is followed by a step of actuating the hydraulic means which consists in exerting on the piston a clamping force, which is followed by the step of actuating the electric means.
Device for driving at least one mover on a driving surface, wherein the mover has at least one second magnetic field generator, wherein the device has a plurality of plate-like sectors, wherein the sectors have magnetic field generators, wherein the sectors form the driving surface, wherein the sectors are connected to a control unit, wherein the control unit is designed so as, through appropriate control of a supply of electric power to the magnetic field generators, to generate magnetic fields in such a manner that the mover is movable at least in one direction over the driving surface, wherein at least one virtual path network is provided for the driving surface, wherein the control unit is designed to ascertain a route for the mover on the path network, wherein the control unit is designed to actuate the magnetic field generators of the sectors using electric power in such a manner that the mover is movable over the driving surface along the ascertained route within the path network, characterized in that the path network has at least two alternative paths (503, 518, 514, 528, 530, 531, 532, 533) in a continuous part (575, 576) of the path network, over which alternative paths the mover (200, 513) is movable from its current position to a destination, wherein the control unit is designed to ascertain the route (610, 620) for the mover (200, 513) on the basis of operating conditions of at least one sector and/or at least of the mover (200, 513) such that one of the two alternative paths (503, 518, 514, 528, 530, 531, 532, 533) is used as the route (610, 620).
Medical treatment system comprising a portable ultrafiltration unit and a stationary device for supplying dialysate to the ultrafiltration unit, the portable ultrafiltration unit comprising a blood pump for conveying blood and an ultrafiltration pump for conveying ultrafiltrate and being in the form of a unit to be connected to the stationary device for supplying dialysate to the ultrafiltration unit, such that a fluid connection can be established for feeding in fresh dialysate and removing used dialysate, characterised in that the stationary device for supplying dialysate to the ultrafiltration unit comprises an apparatus for providing fresh dialysate, an apparatus for removing used dialysate, and a balancing unit for balancing fresh and used dialysate, wherein the device for supplying the ultrafiltration unit is designed such that a fluid connection can be established for feeding fresh dialysate from the apparatus for providing fresh dialysate to the ultrafiltration unit and removing used dialysate from the ultrafiltration unit to the apparatus for removing used dialysate so that a dialysis treatment can be carried out using the ultrafiltration unit.
A pneumatic brake actuator for a vehicle, in particular a commercial vehicle, comprising: - an actuator housing having a pressure chamber and a piston chamber, - a piston that is mounted inside the piston chamber and configured to reciprocatingly move between a retained position and an extended position as a function of pressure inside the pressure chamber, - a piston rod connected to the piston, wherein said piston rod is guided through the actuator housing via a rod opening, - a compression spring being effective to push the piston towards the retained position, and - a rod boot for sealing the rod opening, wherein said rod boot is connected to the rod opening and the piston rod, said rod boot comprising a mantle, said mantle having a first section and a second section opposite from the first section, and wherein the first section is connected to the rod opening and the second section is connected to a mounting section of the piston rod, characterized in that the second section is inverted inwardly relative to the first section, wherein a longitudinal dimension (l 1) of the first section and a longitudinal dimension (l 2) of the second section vary with respect to each other as a function of a relative position of the first section to the second section. - an actuator housing having a pressure chamber and a piston chamber, - a piston that is mounted inside the piston chamber and configured to reciprocatingly move between a retained position and an extended position as a function of pressure inside the pressure chamber, - a piston rod connected to the piston, wherein said piston rod is guided through the actuator housing via a rod opening, - a compression spring being effective to push the piston towards the retained position, and - a rod boot for sealing the rod opening, wherein said rod boot is connected to the rod opening and the piston rod,
Filtering circuit comprising at least two slot line resonators (R1, R2) arranged side by side on a substrate a first face provided with a conductive layer and a second parallel face, each of said at least two resonators comprising - a slot line provided in the conductive layer and folded according to a spiral pattern having a plurality of turns, with a shape factor such that the slot line has parallel or concentric parts, wherein said at least one turn of the spiral pattern of each of the resonators comprises at least one discontinuity, characterized in that each slot line resonator (R1, R2) has an adjacent edge adjacent to an edge of the other slot line resonator (R1, R2) for electromagnetic coupling between the two slot line resonators (R1, R2), each slot line resonator (R1, R2)comprising a coupled portion at the respective adjacent edge and an uncoupled portion of the slot line resonator at an edge opposite the adjacent edge, said at least one discontinuity of the turn of the spiral pattern is provided in said uncoupled portion of the respective slot line resonator (R1, R2). - a slot line provided in the conductive layer and folded according to a spiral pattern having a plurality of turns, with a shape factor such that the slot line has parallel or concentric parts,
A pharmaceutical composition comprising, with respect to the core weight of the composition, • NAC at a ratio up to 70% by weight • Vitamin C at a ratio up to 20% by weight • Sodium chloride at a ratio up to 5% by weight • At least one sweetener and/or flavoring agent at a ratio up to 5% by weight, and • Optionally one or more pharmaceutically acceptable excipients selected from stabilizing agent, diluent, binder, disintegrant, lubricant, glidant and surfactant, wherein said composition is in the dosage forms of a tablet, capsule, fast dissolving tablet or effervescent tablet. • NAC at a ratio up to 70% by weight • Vitamin C at a ratio up to 20% by weight • Sodium chloride at a ratio up to 5% by weight • At least one sweetener and/or flavoring agent at a ratio up to 5% by weight, and • Optionally one or more pharmaceutically acceptable excipients selected from stabilizing agent, diluent, binder, disintegrant, lubricant, glidant and surfactant,
Looped material band (100, 110, 120, 130) such as in particular a power transmission belt, a conveyor belt, un conveyor or similar, including at least one flat strip having at least one reversible splice area (3, 30) allowing assembling and disassembling said looped material band, said reversible splice area (3, 30) comprising at least two serrations (3a, 3b, 30a, 30b) with complementary shapes that can be engaged together, provided each in the plane of an end of said flat strip, said serrations (3a, 3b, 30a, 30b) comprising each at least one tooth (4, 40) delimited by a perimeter, comprising at least two splice areas (3, 30) in which said serrations (3a, 3b, 30a, 30b) extend on a part only of its width so that, when said material band is assembled in a loop around two pulleys (10a, 10b), the strands of said material band, which extend respectively between the two pulleys, are continuous and without splice on at least a portion of their width, whatever the position in rotation of said looped material band, characterized in that said serrations (3a, 3b, 30a, 30b) are arranged in order to be crossed, after engaging them, by at least one removable transversal connecting pin that allows locking and unlocking said splice area (3, 30, 31, 300).
Method for removing deposits on a lens of a camera of a motor vehicle, in which a contaminant present on the lens is removed as the deposit, wherein a cleaning liquid is applied to the lens by means of a washing device for removing the contaminant, wherein a temperature of the lens is determined and the application of the cleaning liquid to the lens is performed depending on the determined temperature, wherein ice and/or liquid drops present on the lens are removed as the deposit, wherein the lens is warmed by means of a heating device for removing the ice and/or the liquid drops characterised in that an operating state of the heating device is determined and the application of the cleaning liquid to the lens is additionally performed depending on the determined operating state of the heating device.
An aircraft system comprising: a rotor hub comprising a blade connector; and a composite blade including a lug fitting assembly, said lug fitting assembly comprising: a fitting core including a lug fitting aperture; a lug bushing coupled within said lug fitting aperture; and an outer fitting substantially surrounding said fitting core, characterized in that said outer fitting includes a web portion and in that said web portion includes a plurality of web supports extending outward from a substantially cylindrical section of said fitting core. a rotor hub comprising a blade connector; and a composite blade including a lug fitting assembly, said lug fitting assembly comprising: a fitting core including a lug fitting aperture; a lug bushing coupled within said lug fitting aperture; and an outer fitting substantially surrounding said fitting core, a fitting core including a lug fitting aperture; a lug bushing coupled within said lug fitting aperture; and an outer fitting substantially surrounding said fitting core,
An exchange-coupled film (10, 20, 40) comprising an antiferromagnetic layer and pinned magnetic layer which are stacked, characterised in that the antiferromagnetic layer is composed of a PtCr sublayer and an XMn sublayer wherein X is Pt or Ir and the XMn sublayer is in contact with the pinned magnetic layer.