mhurhangee/ep-ind-claims huggingface dataset:
A network system equipped with at least one air conditioner, comprising: the air conditioner comprising at least one indoor unit and at least one outdoor unit and being configured to operate for air conditioning of a set space; and a control device being configured for updating set data in the air conditioner when being in a communication enabled connection to the air conditioner, characterized in that the network system further comprises a control unit equipped in the air conditioner and being configured for receiving update data from the control device, the control unit being a control unit for outdoor unit for controlling an operation of the outdoor unit, wherein the control unit comprises: an external memory being configured for storing update data received from the control device; an internal memory being configured for selectively storing the update data stored in the external memory on the basis of whether an update execute signal is received from the control device; and a boot loader being configured for reading the update data stored in the external memory and loading the update data in the internal memory when an update execute signal is received from the control device. the air conditioner comprising at least one indoor unit and at least one outdoor unit and being configured to operate for air conditioning of a set space; and a control device being configured for updating set data in the air conditioner when being in a communication enabled connection to the air conditioner, characterized in that the network system further comprises a control unit equipped in the air conditioner and being configured for receiving update data from the control device, the control unit being a control unit for outdoor unit for controlling an operation of the outdoor unit, wherein the control unit comprises: an external memory being configured for storing update data received from the control device; an internal memory being configured for selectively storing the update data stored in the external memory on the basis of whether an update execute signal is received from the control device; and a boot loader being configured for reading the update data stored in the external memory and loading the update data in the internal memory when an update execute signal is received from the control device. an external memory being configured for storing update data received from the control device; an internal memory being configured for selectively storing the update data stored in the external memory on the basis of whether an update execute signal is received from the control device; and a boot loader being configured for reading the update data stored in the external memory and loading the update data in the internal memory when an update execute signal is received from the control device.
Method of arranging rod-like elements, in which an unordered portion of rod-like elements (3A...3F) composed each of at least one part selected from a group including cigarette parts being filter parts and tobacco parts, is delivered to a conveyor having successive sectors defined and enabling arrangement of the elements (3A...3F) on the said conveyor in separate rows along the axes of the elements (3A...3F) and along the conveyor axis, characterized in that the type, the number and the location of the parts of each element (3A...3F) transported on the conveyor are defined by at least a single scanning of each successive element (3A...3F) on the conveyor, the result of the scanning being transmitted to a control unit in which each sector of the conveyor is assigned information about its contents, the elements (3A...3F) being subsequently sorted out, basing on the information received from the control unit by the type and the number of parts (3', 3") each element is composed of, as well as by the orientation of these parts (3', 3") in relation to the direction of movement of the conveyor, by transferring successive elements (3A...3F) to suitable receiving means (12A, 12B, 12B', 12CF, 12D, 12D', 12E) selected according to the information received from the control unit.
A method for manufacturing a metal foam comprising a step of applying an electromagnetic field to a green structure formed by using a slurry comprising a metal component in the form of powder comprising a conductive metal or an alloy comprising the conductive metal having a relative magnetic permeability of 90 or more, wherein the metal component comprises, on the basis of weight, 60 weight% or more of the conductive metal or alloy and characterised in that the slurry further comprises a solvent and a polymer powder having a solubility in the solvent of 5 mg/mL or less at room temperature to sinter the green structure, wherein the slurry further comprises a binder having a solubility in the solvent of 100 mg/mL or more at room temperature.
Raisable roof for a motor vehicle, in particular for a camper, comprising: - a frame intended to be fixed to the top of the body of a motor vehicle, the frame being profiled with edges and rounded corners and defining concavities; - a rigid body element forming the top part of the roof and articulated directly or indirectly on the frame between a lowered position in which it blocks off the frame and a raised position in which it is raised with respect to the frame; - a lateral wall closing the space between the frame and the top part of the roof, characterized in that the lateral wall is made up of cloth elements (5.1 to 5.12) which are configured and assembled with one another to create an assembly of concave shape such that they are folded onto one another inside the concavities while hugging the shape thereof when the rigid body element is lowered from its raised position to its lowered position. - a frame intended to be fixed to the top of the body of a motor vehicle, the frame being profiled with edges and rounded corners and defining concavities; - a rigid body element forming the top part of the roof and articulated directly or indirectly on the frame between a lowered position in which it blocks off the frame and a raised position in which it is raised with respect to the frame; - a lateral wall closing the space between the frame and the top part of the roof,
A wind turbine comprising a nacelle and a cooling circuit, wherein the cooling circuit comprises at least one internal cooling device within the nacelle and at least one external cooling device outside of the nacelle, wherein a heat exchanging device coupling the cooling circuit with a second cooling circuit is provided, wherein the second cooling circuit comprises a further external cooling device outside of the nacelle, characterized in that a control device of the wind turbine is provided, wherein the control device is configured to control the operation of the second cooling circuit such that if the cooling circuit does not provide enough cooling power, the maximum possible cooling power is increased by the operation of the second cooling circuit, wherein the control device is configured to control the operation of the second cooling circuit with respect to a temperature information.
A trolley coupling device (5, 6) arranged to be mounted on one end of a first trolley, which coupling device (5, 6) includes connection means for connection to a complementary connection means of a second trolley, which coupling device (5, 6) includes a stationary part arranged to be attached to the first trolley and a movable part provided with said connection means, which movable part is pivotable by a first pivot mechanism around a first pivot axis in a first operation mode and pivotable by a second pivot mechanism around a second pivot axis in a second operation mode, which pivot axes (P1, P2) extend vertically through the stationary part and are located at a distance from each other, characterized in that said first and second pivot mechanisms and said movable part are located in the same horizontal plane.
A helicopter deck comprising an anchoring device integrated therein, the anchoring device comprising a housing lowered into the helicopter deck, the housing being provided with an open top, a fastener with an upper fastener portion being arranged to be detachably connected to anchoring means, a detachable lid arranged, in its closed position, to close fluid tightly against the housing, and an upper end surface of the housing being planar with the surface of the helicopter deck, characterized in that the fastener is vertically displaceable between a withdrawn, inactive position and an active position where the upper fastener portion extends at least partly up from the helicopter deck, the fastener in its pulled-up, active position is closing fluid tightly against the housing, the fastener comprising a sealing portion arranged to abut against a contact surface in an upper portion of the housing, and a bottom portion of the housing is provided with a drainage opening leading into a discharge conduit arranged for leading fluid away from the housing. an open top, a fastener with an upper fastener portion being arranged to be detachably connected to anchoring means, a detachable lid arranged, in its closed position, to close fluid tightly against the housing, and an upper end surface of the housing being planar with the surface of the helicopter deck, characterized in that the fastener is vertically displaceable between a withdrawn, inactive position and an active position where the upper fastener portion extends at least partly up from the helicopter deck, the fastener in its pulled-up, active position is closing fluid tightly against the housing, the fastener comprising a sealing portion arranged to abut against a contact surface in an upper portion of the housing, and a bottom portion of the housing is provided with a drainage opening leading into a discharge conduit arranged for leading fluid away from the housing.
A processor circuit comprising: a plurality of data storage modules, the plurality of data storage modules each comprising: one or more first multibit flip flop circuits having a first power consumption per bit; and one or more second flip flop circuits having a second power consumption per bit; wherein the first multibit flip flop circuits have more bits than the second flip flop circuits, wherein the first power consumption per bit is less than the second power consumption per bit, and wherein the first multibit flip flop circuits are used to store bits that change with a higher frequency than bits stored in the second flip flop circuits. a plurality of data storage modules, the plurality of data storage modules each comprising: one or more first multibit flip flop circuits having a first power consumption per bit; and one or more second flip flop circuits having a second power consumption per bit; one or more first multibit flip flop circuits having a first power consumption per bit; and one or more second flip flop circuits having a second power consumption per bit; wherein the first multibit flip flop circuits have more bits than the second flip flop circuits, wherein the first power consumption per bit is less than the second power consumption per bit, and wherein the first multibit flip flop circuits are used to store bits that change with a higher frequency than bits stored in the second flip flop circuits.
Water-dispersed agrochemical formulations comprising - at least one active agrochemical ingredient solid at room temperature, - at least one penetrant, wherein the penetrant is the ethoxylate of castor oil, rapeseed oil, corn oil, palm kernel oil or almond oil, - at least one thickener from the class of the anionic polysaccharides, wherein the thickener is diutan gum. - at least one active agrochemical ingredient solid at room temperature, - at least one penetrant, wherein the penetrant is the ethoxylate of castor oil, rapeseed oil, corn oil, palm kernel oil or almond oil, - at least one thickener from the class of the anionic polysaccharides, wherein the thickener is diutan gum.
Device for the intermittent coating of a substrate being moved relative to the device in a transport direction U, comprising a nozzle body with at least two nozzle blocks (101, 102), wherein provided between the nozzle jaws (101, 102), is an insertion film with a cut-out opening, wherein the cut-out opening in the insertion film forms a nozzle slot inside the nozzle body, and the nozzle slot, extending transverse to the transport direction U of the substrate and parallel to the substrate, ends in an outlet gap, wherein the outlet gap is in flow connection via the nozzle slot with a delivery channel, and at least one nozzle block (101, 102) is provided with at least two passage openings (123a, 123b), which open between the delivery channel and the outlet gap into the nozzle slot and are in each case closed with an elastically deformable element 121b) fluid-tight towards the nozzle slot with the formation of a volume, wherein each elastically deformable element (121a, 121b) is on the one hand in operational effect connection with the coating material in the nozzle slot and, on the other, with an actuator (124a, 124b), taking effect in the direction of the nozzle slot, characterised in that the at least two passage openings open in serial fashion into the nozzle slot, wherein the passage openings (123a, 123b) of a nozzle block (101, 102) are arranged following one another in the flow direction q of the coating material, going from the intake channel to the outlet gap, the elastically deformable elements (121a, 121b) can be subjected to load and relieved of load by the actuators (124a, 124b) simultaneously and alternating in each case between two switching positions, with the changing of the respective volume.
An excavation machine including: - a vertical frame having a lower end; - a cutting head mounted at said lower end of the frame, said cutting head comprising a support plate carrying two rotary cutting assemblies (26, 28) having parallel axes of rotation (X, X'), each rotary cutting assembly comprising two drums (26a, 26b, 28a, 28b); - at least one suction mouth fixed to the cutting head between the two rotary cutting assemblies; - a suction device connected to the suction mouth for the removal of spoil excavated by the drums; - a deflector disposed above the suction mouth, and fixed to the support plate so as to form a skirt extending laterally on the periphery of the support plate in order to cover at least one of the drums, the excavation machine being characterized in that the transverse dimensions (I, L) of the deflector are slightly smaller than the transverse dimensions (E1, E2) of the rotary cutting assemblies (26, 28). - a vertical frame having a lower end; - a cutting head mounted at said lower end of the frame, said cutting head comprising a support plate carrying two rotary cutting assemblies (26, 28) having parallel axes of rotation (X, X'), each rotary cutting assembly comprising two drums (26a, 26b, 28a, 28b); - at least one suction mouth fixed to the cutting head between the two rotary cutting assemblies; - a suction device connected to the suction mouth for the removal of spoil excavated by the drums; - a deflector disposed above the suction mouth, and fixed to the support plate so as to form a skirt extending laterally on the periphery of the support plate in order to cover at least one of the drums, the excavation machine being characterized in that the transverse dimensions (I, L) of the deflector are slightly smaller than the transverse dimensions (E1, E2) of the rotary cutting assemblies (26, 28).
A disposal canister of spent nuclear fuel comprising: a metal container capable of charging the spent nuclear fuel; a ceramic member formed on the outer surface of the metal container; and a polymer member formed on the outer surface of the ceramic member, wherein the ceramic member is characterized in that a mixed ceramic powder in which boron-containing ceramic powder and ferroalloy ceramic powder are mixed is coated on the outer circumferential surface of the metal container by using High Velocity Oxy-fuel spray, wherein that the metal of the metal container is cast iron or steel, the boron-containing ceramic powder of the ceramic member is one or more mixtures selected from the group consisting of SiB 4, AlB 2, TiB 2 ZrB and B 4 C, and the ferroalloy ceramic is FeCr 2 O 4 and wherein the mixed ceramic powder is characterized in that it consists of 10 to 20% by weight of boron-containing ceramic powder and 80 to 90% by weight of ferroalloy ceramic powder. a metal container capable of charging the spent nuclear fuel; a ceramic member formed on the outer surface of the metal container; and a polymer member formed on the outer surface of the ceramic member, wherein the ceramic member is characterized in that a mixed ceramic powder in which boron-containing ceramic powder and ferroalloy ceramic powder are mixed is coated on the outer circumferential surface of the metal container by using High Velocity Oxy-fuel spray, wherein that the metal of the metal container is cast iron or steel, the boron-containing ceramic powder of the ceramic member is one or more mixtures selected from the group consisting of SiB 4, AlB 2, TiB 2 ZrB and B 4 C, and the ferroalloy ceramic is FeCr 2 O 4 and wherein the mixed ceramic powder is characterized in that it consists of 10 to 20% by weight of boron-containing ceramic powder and 80 to 90% by weight of ferroalloy ceramic powder.
A gynecological suction module comprising a hollow rod and a suction chamber connected to the hollow rod by a hole for fluid connection, the aforesaid suction chamber being configured to engage the surface of the vaginal portion of the cervix, the aforesaid suction chamber being delimited by a concave wall W defined by an edge wherein the edge has a C shape and forms a closed loop comprising an external edge portion, an internal edge portion and two end edge portions (P3, P3'), wherein the end edge portions (P3, P3') connect the external edge portion to the internal edge portion characterised in that said internal edge portion is out of the plane defined by said external edge portion such that the internal edge portion forms a depression in a proximal direction.
A process cartridge for an image forming apparatus, comprising: a housing defining a longitudinal direction, a lateral direction (A, Y) and a vertical direction, all mutually orthogonal, and having a conducting end and a driving end along the longitudinal direction; a rotation member rotatably mounted in the housing; a support mounted on the housing at the driving end; a drive unit mounted in the housing, wherein the rotation member includes a rotation unit and the drive unit coupled to the rotation unit; the drive unit further comprises a drive transmission device configured to receive a driving force from outside the process cartridge, and an actuating rod coupled to the drive transmission device, the support includes a notch allowing the actuating rod to pass through, characterized in that the actuating rod comprises a middle rod, a forced portion and a lifting portion; the forced portion and the lifting portion are located at two ends of the middle rod; and the lifting portion is coupled to the drive transmission device; and when the actuating rod receives an applied force, the actuating rod swings in a plane defined by the longitudinal direction and the lateral direction between a free position and an operating position for disengaging and engaging the drive transmission device with an outside drive output member connected to a motor; and the forced portion moves closer to the conducting end. a housing defining a longitudinal direction, a lateral direction (A, Y) and a vertical direction, all mutually orthogonal, and having a conducting end and a driving end along the longitudinal direction; a rotation member rotatably mounted in the housing; a support mounted on the housing at the driving end; a drive unit mounted in the housing, wherein the rotation member includes a rotation unit and the drive unit coupled to the rotation unit; the drive unit further comprises a drive transmission device configured to receive a driving force from outside the process cartridge, and an actuating rod coupled to the drive transmission device, the support includes a notch allowing the actuating rod to pass through, characterized in that the actuating rod comprises a middle rod, a forced portion and a lifting portion; the forced portion and the lifting portion are located at two ends of the middle rod; and the lifting portion is coupled to the drive transmission device; and when the actuating rod receives an applied force, the actuating rod swings in a plane defined by the longitudinal direction and the lateral direction between a free position and an operating position for disengaging and engaging the drive transmission device with an outside drive output member connected to a motor; and the forced portion moves closer to the conducting end.
A method for multicasting audiovisual streams, comprising receiving, at a first terminal, a request from a first terminal client (CT-1 - CT-3) for a slice of a live data stream and, in response, transmitting (207, 209) to a server the request from the first terminal client; receiving, at a second terminal, a request from a second terminal client (CT-4 - CT-5) for the slice of the live data stream and, in response, transmitting to the server the request from the second terminal client; and receiving at a gateway the slice of the live data stream from the server, with an indication the slice is in response to the request from the first terminal client and, in response, upon the request from the first terminal client for the slice of the live data stream being the first request for the slice of the live data stream, encapsulating the slice as a multicast packet, and delivering the multicast packet to the first terminal and the second terminal.
A tube for use in transporting gases in a medical circuit, the tube having a longitudinal axis, the tube formed of one or more spirally-wound polymer tapes defining an inner wall surrounding a lumen of the tube, the lumen extending along the longitudinal axis; wherein the inner wall comprises a microstructured surface adapted to promote dispersion of liquid droplets to increase evaporation on at least a portion of said inner wall.
A clustered regularly interspaced short palindromic repeats (CRISPR) based ribonucleic acid detection system comprising: a) an effector complex comprising a Type III CRISPR-associated effector protein (Cas) and at least one CRISPR RNA (crRNA) that binds to a target nucleic acid molecule; b) means for directly or indirectly determining a level of cyclic oligoadenylate (cOA), wherein said Type III Cas is a Type III Cas 7 lacking cleavage activity. a) an effector complex comprising a Type III CRISPR-associated effector protein (Cas) and at least one CRISPR RNA (crRNA) that binds to a target nucleic acid molecule; b) means for directly or indirectly determining a level of cyclic oligoadenylate (cOA),