mhurhangee/ep-ind-claims huggingface dataset:
A method for deploying a cellular communication network comprising reconfiguring a cellular communication network, wherein the cellular communication network in an initial state comprises cells, each cell comprising a base station located in an essentially central position inside the cell, with one or more antennas of each cell are arranged to cover the area of the cell for communicating with communication devices inside the cell, with the steps of: ▪ selecting a plurality of non-adjacent cells as central cells; ▪ for each central cell ∘ in base stations of cells that are adjacent to the central cell, arranging one or more antennas to be directed towards the central cell; ∘ thereby defining a super-cell comprising the central cell and part of the adjacent cells, the outline of the super-cell being defined by the base stations of the adjacent cells, and antennas of the super-cell comprising the antennas of the adjacent cells that are directed towards the central cell, ∘ providing a common processing system to coordinate the emanation of radiation by the antennas of the adjacent cells that are directed towards the central cell of the super-cell so as to communicate with one or more communication devices located within the central cell of the super-cell; ∘ wherein the signals from the antennas of the super-cell use at least a same channel resource. ▪ selecting a plurality of non-adjacent cells as central cells; ▪ for each central cell ∘ in base stations of cells that are adjacent to the central cell, arranging one or more antennas to be directed towards the central cell; ∘ thereby defining a super-cell comprising the central cell and part of the adjacent cells, the outline of the super-cell being defined by the base stations of the adjacent cells, and antennas of the super-cell comprising the antennas of the adjacent cells that are directed towards the central cell, ∘ providing a common processing system to coordinate the emanation of radiation by the antennas of the adjacent cells that are directed towards the central cell of the super-cell so as to communicate with one or more communication devices located within the central cell of the super-cell; ∘ wherein the signals from the antennas of the super-cell use at least a same channel resource. ∘ in base stations of cells that are adjacent to the central cell, arranging one or more antennas to be directed towards the central cell; ∘ thereby defining a super-cell comprising the central cell and part of the adjacent cells, the outline of the super-cell being defined by the base stations of the adjacent cells, and antennas of the super-cell comprising the antennas of the adjacent cells that are directed towards the central cell, ∘ providing a common processing system to coordinate the emanation of radiation by the antennas of the adjacent cells that are directed towards the central cell of the super-cell so as to communicate with one or more communication devices located within the central cell of the super-cell; ∘ wherein the signals from the antennas of the super-cell use at least a same channel resource.
Thermal solar collector, comprising: - a thermally conductive recovery pipe having an external surface, said recovery pipe being configured to receive a heat transfer fluid and having a solar radiation absorption surface on the exterior designed to be exposed to solar radiation, - a storage member for storing thermal energy in contact with the recovery pipe opposite the absorption surface, the storage member covering the external surface of the recovery pipe leaving the absorption surface exposed, said thermal solar collector being characterised in that it comprises at least one thermal diffusion element extending into the storage member from the external surface of the recovery pipe opposite the absorption surface. - a thermally conductive recovery pipe having an external surface, said recovery pipe being configured to receive a heat transfer fluid and having a solar radiation absorption surface on the exterior designed to be exposed to solar radiation, - a storage member for storing thermal energy in contact with the recovery pipe opposite the absorption surface, the storage member covering the external surface of the recovery pipe leaving the absorption surface exposed, said thermal solar collector being characterised in that it comprises at least one thermal diffusion element extending into the storage member from the external surface of the recovery pipe opposite the absorption surface.
A method for creating virtual network, the method comprising: creating virtual network elements vNodes and virtual ports according to virtual port parameters of the vNodes; and creating virtual links vLinks between the virtual ports of the vNodes according to the virtual port parameters, wherein the vNodes and the vLinks form a virtual network vNet, wherein the virtual ports comprise virtual network node ports vNNIs and virtual user network ports vUNIs, wherein creating the vLinks between the virtual ports of the vNodes according to the virtual port parameters comprises: determining a requirement for creating tunnels according to the virtual port parameters provided by a user, wherein the virtual port parameters comprise at least one of: port information of the vNNIs of A-Z endpoints, routing policy, routing constraint and protection manner; generating a tunnel creating command according to the requirement for creating the tunnels; sending the tunnel creating command to an SDN controller; and creating mapping relation between the vLinks and the tunnels and generating vLink IDs according to tunnel IDs returned by the SDN controller. creating virtual network elements vNodes and virtual ports according to virtual port parameters of the vNodes; and creating virtual links vLinks between the virtual ports of the vNodes according to the virtual port parameters, wherein the vNodes and the vLinks form a virtual network vNet, wherein the virtual ports comprise virtual network node ports vNNIs and virtual user network ports vUNIs, wherein creating the vLinks between the virtual ports of the vNodes according to the virtual port parameters comprises: determining a requirement for creating tunnels according to the virtual port parameters provided by a user, wherein the virtual port parameters comprise at least one of: port information of the vNNIs of A-Z endpoints, routing policy, routing constraint and protection manner; generating a tunnel creating command according to the requirement for creating the tunnels; sending the tunnel creating command to an SDN controller; and creating mapping relation between the vLinks and the tunnels and generating vLink IDs according to tunnel IDs returned by the SDN controller. determining a requirement for creating tunnels according to the virtual port parameters provided by a user, wherein the virtual port parameters comprise at least one of: port information of the vNNIs of A-Z endpoints, routing policy, routing constraint and protection manner; generating a tunnel creating command according to the requirement for creating the tunnels; sending the tunnel creating command to an SDN controller; and creating mapping relation between the vLinks and the tunnels and generating vLink IDs according to tunnel IDs returned by the SDN controller.
A power semiconductor module, comprising: at least one power semiconductor chip providing a power electronics switch; a semiconductor wafer, to which the at least one power semiconductor chip is bonded; wherein the semiconductor wafer is doped, such that it comprises a field blocking region and an electrically conducting region on the field blocking region, to which electrically conducting region the at least one power semiconductor chip is bonded. at least one power semiconductor chip providing a power electronics switch; a semiconductor wafer, to which the at least one power semiconductor chip is bonded; wherein the semiconductor wafer is doped, such that it comprises a field blocking region and an electrically conducting region on the field blocking region, to which electrically conducting region the at least one power semiconductor chip is bonded.
A method operable by an access point for wireless communication service, the method comprising: receiving configuration parameters from a core network entity for operation as a base station using at least one non-white space, non-WS, band; determining whether the received configuration parameters comprise an indication for the access point to use at least one white space, WS, band for the service; and wherein the configuration parameters further comprise an indication to use WS for a backhaul or an access connectivity; requesting authorization information from a WS database to operate in the WS, when the received parameters comprise the indication to use the at least one white space, WS, band for the service; selecting a WS channel based on at least one of the configuration parameters and the authorization information; and communicating with a slave WS device, WSD, in downlink, DL, using both the at least one non-WS band and the at least one WS band. receiving configuration parameters from a core network entity for operation as a base station using at least one non-white space, non-WS, band; determining whether the received configuration parameters comprise an indication for the access point to use at least one white space, WS, band for the service; and wherein the configuration parameters further comprise an indication to use WS for a backhaul or an access connectivity; requesting authorization information from a WS database to operate in the WS, when the received parameters comprise the indication to use the at least one white space, WS, band for the service; selecting a WS channel based on at least one of the configuration parameters and the authorization information; and communicating with a slave WS device, WSD, in downlink, DL, using both the at least one non-WS band and the at least one WS band.
A method for installing devices (50; 150) in buildings, the method comprising the steps of: providing a building commissioning system (10; 110; 210) including a controller (12; 112; 212) and an electronic database (24; 124; 224) for storing a building layout (26; 126); providing a portable wireless unit (40; 140; 240) with a display (42; 142; 242) for use by an installer; displaying with the portable wireless unit (40; 140; 240) a graphical representation of the building layout (26; 126); installing a device (50; 150) at a desired location, the method being characterized by the building layout including desired locations for devices (50; 150) to be mounted in the building; displaying with the portable wireless unit (40; 140; 240) the graphical representation of the building layout (26; 126) for an area selected by an installer to illustrate the desired location for the device (50; 150) to be installed in the building; obtaining with the portable wireless unit (40; 140; 240) a unique identifier (52; 152) for the device (50; 150) that is installed at the location, wherein the identifier (52; 152) is matched with the corresponding desired location; and providing with the portable wireless unit (40; 140; 240) the unique identifier (52; 152) matched with the desired location to the controller (12; 112; 212) for storage in the electronic database (24; 124; 224); wherein the step of obtaining the identifier (52; 152) for the device (50; 150) comprises reading a data code that is affixed to the device (50; 150) with the portable wireless unit (40; 140; 240). providing a building commissioning system (10; 110; 210) including a controller (12; 112; 212) and an electronic database (24; 124; 224) for storing a building layout (26; 126); providing a portable wireless unit (40; 140; 240) with a display (42; 142; 242) for use by an installer; displaying with the portable wireless unit (40; 140; 240) a graphical representation of the building layout (26; 126); installing a device (50; 150) at a desired location, the method being characterized by the building layout including desired locations for devices (50; 150) to be mounted in the building; displaying with the portable wireless unit (40; 140; 240) the graphical representation of the building layout (26; 126) for an area selected by an installer to illustrate the desired location for the device (50; 150) to be installed in the building; obtaining with the portable wireless unit (40; 140; 240) a unique identifier (52; 152) for the device (50; 150) that is installed at the location, wherein the identifier (52; 152) is matched with the corresponding desired location; and providing with the portable wireless unit (40; 140; 240) the unique identifier (52; 152) matched with the desired location to the controller (12; 112; 212) for storage in the electronic database (24; 124; 224); wherein the step of obtaining the identifier (52; 152) for the device (50; 150) comprises reading a data code that is affixed to the device (50; 150) with the portable wireless unit (40; 140; 240).
A filter apparatus for recycling water of a washing machine having a self-cleaning function, comprising a filter container and a filter mechanism rotatably arranged inside the filter container, characterized in that, the filter apparatus further comprises a self-cleaning mechanism utilizing an inlet water flow to drive the filter mechanism to rotate and to spray and wash the filter mechanism; the filter mechanism comprises a cylindrical filter frame and a filter screen arranged on the filter frame, two ends of the filter frame are pivotally connected with the filter container, one end of the filter frame is a rotary connector, and the other end of the filter frame is axially sealed; and the filter container is provided with a circulating water inlet, a water outlet for discharging the filtered water and a sewage drain outlet for discharging the washing waste water, and the water outlet is communicated with the rotary connector of the filter mechanism; wherein the self-cleaning mechanism comprises a spray head installed on the filter container, a spray direction of sprayed water of the spray head acts on a surface of the filter screen of the filter mechanism to drive the filter mechanism to rotate, wherein the spray direction of the spray head is configured to deviate from the axis of the filter mechanism and tilt to a rotation circumferential surface of the filter mechanism to be close to a direction tangential with the filter frame.
Set of devices comprising a receiver device allowing to broadcast television or radio programmes, said receiver device comprising means for receiving a multichannel signal (S_MC) capable of preserving a part of the signal transmitted on a particular channel allowing information to be received in the form of a television or radio programme, conversion means associated with propagation means for broadcasting said information and communication means, the set of devices further comprising a watch, called portable object, including an electronic module for the operation of said portable object, the electronic module comprising at least a calculation unit and a wireless communication circuit able to communicate with the communication means of the receiver device, characterised in that each particular channel is identified by a frequency identifier (ID_Y), and each programme is identified by at least one identifier (ID_X), the identifier (ID_X) being presented in the form of a code composed of several groups of characters each of which providing an indication, such as the frequency, the nature, the genre or the type of programme, the portable object being previously or manually programmed with at least one specific identifier (ID_P) associated with a type of programme by at least one of said indications, and in that the portable object is capable of detecting, via the wireless communication circuit, the presence of the receiver device and of acting on said receiver device by communicating thereto said specific identifier (ID_P) in order to change the particular channel and to select a particular channel whose programme currently being broadcast has at least one identifier (ID_X) comprising indications identical to said indications of the identifier (ID_P) programmed in the portable object.
A method of fabricating a plurality of single crystal CVD diamonds, the method comprising: providing a carrier substrate made of a carbide forming material, wherein the carrier substrate has a thickness in a range 3 mm to 20 mm; coating the carrier substrate with a layer of polycrystalline CVD diamond material by directly CVD growing polycrystalline diamond on the carrier substrate, wherein the layer of polycrystalline CVD diamond formed on the carrier substrate has a thickness in a range 20 μm to 200 μm; bonding a plurality of single crystal diamond substrates to the layer of polycrystalline CVD diamond material on the carrier substrate; growing single crystal CVD diamond material on the plurality of single crystal diamond substrates to form a plurality of single crystal CVD diamonds; and separating the plurality of single crystal CVD diamonds from the layer of polycrystalline CVD diamond material on the carrier substrate and any polycrystalline CVD diamond material which has grown between the plurality of single crystal CVD diamonds to yield a plurality of individual single crystal CVD diamonds. providing a carrier substrate made of a carbide forming material, wherein the carrier substrate has a thickness in a range 3 mm to 20 mm; coating the carrier substrate with a layer of polycrystalline CVD diamond material by directly CVD growing polycrystalline diamond on the carrier substrate, wherein the layer of polycrystalline CVD diamond formed on the carrier substrate has a thickness in a range 20 μm to 200 μm; bonding a plurality of single crystal diamond substrates to the layer of polycrystalline CVD diamond material on the carrier substrate; growing single crystal CVD diamond material on the plurality of single crystal diamond substrates to form a plurality of single crystal CVD diamonds; and separating the plurality of single crystal CVD diamonds from the layer of polycrystalline CVD diamond material on the carrier substrate and any polycrystalline CVD diamond material which has grown between the plurality of single crystal CVD diamonds to yield a plurality of individual single crystal CVD diamonds.
A flow battery system, comprising: a first reservoir containing a first solution comprising a first reversible redox couple reactant; and a plurality of flow battery cells that receive the first solution; characterized by a hydrogen sensor in fluid communication with the first reservoir; wherein the hydrogen sensor comprises an electrochemical cell that comprises a first electrode that receives hydrogen from the first reservoir; a second electrode that receives reactant; and a current sensor that senses electrical current generated within the electrochemical cell by an electrochemical reaction between the hydrogen and the reactant, and provides a current signal indicative of the sensed electrical current; and wherein the first electrode is located within an exterior reservoir wall of the first reservoir; and the second electrode is located outside the exterior reservoir wall of the first reservoir. a first reservoir containing a first solution comprising a first reversible redox couple reactant; and a plurality of flow battery cells that receive the first solution; characterized by a hydrogen sensor in fluid communication with the first reservoir; wherein the hydrogen sensor comprises an electrochemical cell that comprises a first electrode that receives hydrogen from the first reservoir; a second electrode that receives reactant; and a current sensor that senses electrical current generated within the electrochemical cell by an electrochemical reaction between the hydrogen and the reactant, and provides a current signal indicative of the sensed electrical current; and a first electrode that receives hydrogen from the first reservoir; a second electrode that receives reactant; and a current sensor that senses electrical current generated within the electrochemical cell by an electrochemical reaction between the hydrogen and the reactant, and provides a current signal indicative of the sensed electrical current; and wherein the first electrode is located within an exterior reservoir wall of the first reservoir; and the second electrode is located outside the exterior reservoir wall of the first reservoir.
An apparatus for securing a door panel to a protective enclosure during prying by an unauthorized operator, characterized in that the apparatus comprises: - a plurality of elongated slots, each of the plurality of slots including an anti-pry notch portion; and - a plurality of substantially L shaped fingers, the plurality of fingers engaging and disengaging the plurality of respective slots, in normal operation, whereby, when engaged, the bottom of said fingers is lower than the bottom of said slots and the lips. of said fingers reside in the bottom portion of said slots, adjacent said anti-pry notch portion; - the length (a+b) of said anti-pry portion is larger than the length (a) of said fingers from lip to top, but less than the total length (a+c) of said fingers from bottom to top, such that said fingers cannot be disengaged from said slots while said fingers reside in said anti-pry notch portion; and - at least one of the plurality of fingers, when engaged, being forced into at least one of the respective anti-pry notch portions when an edge of the door panel is pried by the unauthorized operator at a point along the plurality of fingers. - a plurality of elongated slots, each of the plurality of slots including an anti-pry notch portion; and - a plurality of substantially L shaped fingers, the plurality of fingers engaging and disengaging the plurality of respective slots, in normal operation, whereby, when engaged, the bottom of said fingers is lower than the bottom of said slots and the lips. of said fingers reside in the bottom portion of said slots, adjacent said anti-pry notch portion; - the length (a+b) of said anti-pry portion is larger than the length (a) of said fingers from lip to top, but less than the total length (a+c) of said fingers from bottom to top, such that said fingers cannot be disengaged from said slots while said fingers reside in said anti-pry notch portion; and - at least one of the plurality of fingers, when engaged, being forced into at least one of the respective anti-pry notch portions when an edge of the door panel is pried by the unauthorized operator at a point along the plurality of fingers.