mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, by a first stationary low energy central device from a mobile peripheral device, first user location information when the mobile peripheral device is within a threshold proximity of the first stationary low energy central device, wherein the first stationary low energy central device is one of a plurality of low energy central devices and wherein each of the stationary low energy central devices of the plurality of low energy central devices is associated with a respective location; receiving, by a set-top box comprising a second stationary low energy central device of the plurality of low energy central devices from the mobile peripheral device, second user location information when the mobile peripheral device is within a threshold proximity of the second stationary low energy central device; generating, by a computing device based on the first user location information and the second user location information, a user location profile comprising location information relating to a user having visited each of the stationary low energy central devices at the respective location; determining a user preference associated with the mobile peripheral device; and generating an event to cause a notification to be output at a television associated with the set-top box and to a user of the mobile peripheral device based on the user preference and the user location profile. receiving, by a first stationary low energy central device from a mobile peripheral device, first user location information when the mobile peripheral device is within a threshold proximity of the first stationary low energy central device, wherein the first stationary low energy central device is one of a plurality of low energy central devices and wherein each of the stationary low energy central devices of the plurality of low energy central devices is associated with a respective location; receiving, by a set-top box comprising a second stationary low energy central device of the plurality of low energy central devices from the mobile peripheral device, second user location information when the mobile peripheral device is within a threshold proximity of the second stationary low energy central device; generating, by a computing device based on the first user location information and the second user location information, a user location profile comprising location information relating to a user having visited each of the stationary low energy central devices at the respective location; determining a user preference associated with the mobile peripheral device; and generating an event to cause a notification to be output at a television associated with the set-top box and to a user of the mobile peripheral device based on the user preference and the user location profile.
A composition consisting essentially of decellularized dermis and/or decellularized epidermis, wherein the dermis and/or epidermis retain(s) at least one matrix molecule selected from the group consisting of laminin, elastin, fibronectin, and collagen; and wherein the decellularized dermis and/or decellularized epidermis further comprises exogenous seeded cells comprising a combination of keratinocytes, melanocytes, and nerve cells.
A rotor for a cleaning machine, in which two legs (2,3) in the form of a circular tube are formed on a rotary base, said legs (2, 3) are provided with boreholes facing upwards and boreholes facing downwards, such that the jets from the boreholes facing upwards act vertically upwards and the jects from the boreholes facing downwards act vertically downwards, i. e. in a direction 90° with respect to the axis of the legs (2, 3). characterized in that the boreholes facing upwards have the shape of an ellipse, while the boreholes facing downwards have a circular shape.
A method, in a first node in a wireless communications network, for assisting uplink positioning measurements, the method comprises: obtaining multi-antenna configuration information or multi-antenna capability data, or both, for a second node in the wireless communications network, wherein the second node is one of a measuring node and a wireless device to be positioned, and wherein the multi-antenna capability data indicates a capability of dynamically activating or deactivating one or more antennas; and a multi-antenna configuration of the wireless device for one or more transmissions to be measured for positioning purposes, or adapting a multi-antenna configuration of the measuring node for one or more positioning measurements, or both, based on the obtained multi-antenna configuration information or multi-antenna capability data, or both, wherein adapting the multi-antenna configuration of the wireless device comprises selecting at least a multi-antenna technique for positioning purposes at the measuring node, and wherein the multi-antenna technique comprises at least an uplink multiple-input multiple-output, MIMO, technique. obtaining multi-antenna configuration information or multi-antenna capability data, or both, for a second node in the wireless communications network, wherein the second node is one of a measuring node and a wireless device to be positioned, and wherein the multi-antenna capability data indicates a capability of dynamically activating or deactivating one or more antennas; and a multi-antenna configuration of the wireless device for one or more transmissions to be measured for positioning purposes, or adapting a multi-antenna configuration of the measuring node for one or more positioning measurements, or both, based on the obtained multi-antenna configuration information or multi-antenna capability data, or both, wherein adapting the multi-antenna configuration of the wireless device comprises selecting at least a multi-antenna technique for positioning purposes at the measuring node, and wherein the multi-antenna technique comprises at least an uplink multiple-input multiple-output, MIMO, technique.
A pressurized medium assembly comprising a first working chamber and a second working chamber, said first and second working chambers (14, 16) being adapted to together produce a load, said pressurized medium assembly comprising a first control means being adapted to provide a fluid communication between said first working chamber and a pressure line in an on/off manner such that said first working chamber can be pressurized to a finite number of pressure levels, said pressurized medium assembly further comprising a second control means adapted to provide a fluid communication between said second working chamber and a pressure line, characterized in that said second control means is adapted to proportionally regulate the pressure in said second working chamber.
A method of desulfurizing a silicon killed steel comprising the steps of: forming a slag over a molten steel, drawing a vacuum to less than 5 torr over the combination of slag and molten steel, stirring the molten steel and slag, deoxidizing and desulfurizing the molten steel and slag to degas the steel reducing at least sulfur, nitrogen, oxygen, and hydrogen contents, and reducing activity of oxygen in the molten steel to less than 30 ppm, and forming a slag composition after degassing the steel comprising: CaO between 50 and 70% by weight, SiO 2 between 20 and 28% by weight, CaF 2 between 5 and 15% by weight, MgO not more than 8% by weight, Al 2 O 3 not more than 1% by weight, and a combination of FeO + MnO not more than 2% by weight, where the sum of CaO + CaF 2 + SiO 2 + MgO is at least 85% by weight. forming a slag over a molten steel, drawing a vacuum to less than 5 torr over the combination of slag and molten steel, stirring the molten steel and slag, deoxidizing and desulfurizing the molten steel and slag to degas the steel reducing at least sulfur, nitrogen, oxygen, and hydrogen contents, and reducing activity of oxygen in the molten steel to less than 30 ppm, and forming a slag composition after degassing the steel comprising: CaO between 50 and 70% by weight, SiO 2 between 20 and 28% by weight, CaF 2 between 5 and 15% by weight, MgO not more than 8% by weight, Al 2 O 3 not more than 1% by weight, and a combination of FeO + MnO not more than 2% by weight, where the sum of CaO + CaF 2 + SiO 2 + MgO is at least 85% by weight. CaO between 50 and 70% by weight, SiO 2 between 20 and 28% by weight, CaF 2 between 5 and 15% by weight, MgO not more than 8% by weight, Al 2 O 3 not more than 1% by weight, and a combination of FeO + MnO not more than 2% by weight, where the sum of CaO + CaF 2 + SiO 2 + MgO is at least 85% by weight.
An apparatus for wireless communication, the apparatus comprising means for creating, in a pairing procedure with a first wireless device, a first dedicated authentication key for authenticating the first wireless device; means for receiving, in a procedure with the paired first device, a first default authentication key for authenticating a wireless device that is not paired with the apparatus, means for storing at least said first default authentication key for authenticating a wireless device that is not paired with the apparatus; means for selectively operating the apparatus in one of predefined states, said states comprising at least a first state where the apparatus is connectable but not discoverable by other wireless devices; means for receiving connection requests from other wireless devices; means, responsive to receiving, when the apparatus is operated in said first state, a connection request from a second wireless device that is not paired with the apparatus, for verifying whether said first default authentication key is a valid authentication key for said second wireless device; and means, responsive to having found said first default authentication key to be a valid authentication key for said second wireless device, for establishing an authenticated connection with said second wireless device.
Method for evaluating a second cell for a potential handover of a terminal that is served by a first cell, wherein the first and the second cells are co-located, and wherein the second cell is operating on a second frequency carrier in a OFDM system and the first cell is operating on a first frequency carrier other than the second frequency carrier in the OFDM system or the first cell is operating in another radio access technology system than the OFDM system, the method is comprising the steps of: • receiving measures from the terminal on the quality of the first and the second cell, wherein the quality measure of the first and second cells comprises an intra-cell interference component and the quality measure of the first cell includes an intra-cell interference component if the first cell is included in the OFDM system; • detecting the downlink carrier power of the second cell; characterised by the further step of: • adjusting the quality measure received from the second cell, by compensating for the intra-cell interference component in the quality measures and compensating for the intra-cell interference component in the quality measure of the first cell if the first cell is included in the OFDM system; • evaluating the best cell for serving the terminal by comparing the adjusted quality measure of the second cell with the quality measure of the first cell, as adjusted if the first cell is included in the OFDM system. • receiving measures from the terminal on the quality of the first and the second cell, wherein the quality measure of the first and second cells comprises an intra-cell interference component and the quality measure of the first cell includes an intra-cell interference component if the first cell is included in the OFDM system; • detecting the downlink carrier power of the second cell; characterised by the further step of: • adjusting the quality measure received from the second cell, by compensating for the intra-cell interference component in the quality measures and compensating for the intra-cell interference component in the quality measure of the first cell if the first cell is included in the OFDM system; • evaluating the best cell for serving the terminal by comparing the adjusted quality measure of the second cell with the quality measure of the first cell, as adjusted if the first cell is included in the OFDM system.
A closure device for a drawer cabinet, comprising: - a guide; - a plurality of cam elements slidably coupled to said guide and arranged in a stacked configuration along said guide, each one of said cam elements being configured in such a manner as to convert the movement of a respective activating pin of a drawer in a direction transverse to said guide into a corresponding movement of the cam element along the guide towards/away from an adjacent cam element; - a plurality of spacer elements that cooperate with said cam elements and each one of which being movable between an operating position, wherein it is arranged between two respective cam elements keeping the two cam elements spaced apart from each other, and an inoperative position, wherein it is arranged away from a zone of mutual contact between said two respective cam elements so as to enable reciprocal movement of said two respective cam elements towards each other; said spacer elements being separated from said cam elements and stably anchored to said guide, characterized in that said spacer elements comprise an elastically deformable element between said operating and inoperative positions. - a guide; - a plurality of cam elements slidably coupled to said guide and arranged in a stacked configuration along said guide, each one of said cam elements being configured in such a manner as to convert the movement of a respective activating pin of a drawer in a direction transverse to said guide into a corresponding movement of the cam element along the guide towards/away from an adjacent cam element; - a plurality of spacer elements that cooperate with said cam elements and each one of which being movable between an operating position, wherein it is arranged between two respective cam elements keeping the two cam elements spaced apart from each other, and an inoperative position, wherein it is arranged away from a zone of mutual contact between said two respective cam elements so as to enable reciprocal movement of said two respective cam elements towards each other;
A lightning protection device comprising a machine body fixing frame, a discharging support frame and a guiding elastic piece, wherein the machine body fixing frame can be connected and fixed with a machine body of a lightning protection body; a current collection claw, a guide wheel and a carbon brush are fixedly connected to the discharging support frame, face the side wall of a top conductor at top portion of the lightning protection body and extend out of the discharging support frame, the guide wheel and the carbon brush extend out of the discharging support frame to prop against the side wall of the top conductor at top portion of the lightning protection body, and the length of the current collection claw extending out from the discharging support frame is smaller than the extending length of the guide wheel, and two ends of the guiding elastic piece are connected with the machine body fixing frame and the discharging support frame respectively, and the relative distance between the machine body fixing frame and the discharging support frame is adjustable, so that the guide wheel can be propped against the side wall of the top conductor at top portion of the lightning protection body.
A liquid agent mist recovery device for a liquid agent application device that allows a discharge unit to discharge a liquid agent to a sheet carried in a predetermined direction, the liquid agent mist recovery device being disposed at a downstream side of the discharge unit in the predetermined direction, comprising: a recovery casing having a plurality of suction ports (112a, 112b, 112c, 112d); and a suction unit connected to the recovery casing, wherein at least one of an area of each of the suction ports (112a, 112b, 112c, 112d) and a first suction distance from the each of the suction ports (112a, 112b, 112c, 112d) to the sheet is set in accordance with a second suction distance from the suction unit to the sheet via the each of the suction ports (112a, 112b, 112c, 112d), characterized in that, a size of the suction port (112a, 112b, 112c, 112d) of the recovery casing is decreased as the second suction distance becomes shorter. a recovery casing having a plurality of suction ports (112a, 112b, 112c, 112d); and a suction unit connected to the recovery casing, wherein at least one of an area of each of the suction ports (112a, 112b, 112c, 112d) and a first suction distance from the each of the suction ports (112a, 112b, 112c, 112d) to the sheet is set in accordance with a second suction distance from the suction unit to the sheet via the each of the suction ports (112a, 112b, 112c, 112d), characterized in that, a size of the suction port (112a, 112b, 112c, 112d) of the recovery casing is decreased as the second suction distance becomes shorter.
An aerosol drug delivery device comprising a drug supply unit comprising a substrate, characterized in that the substrate has a surface containing a plurality of formed through holes, wherein air flows through said holes, and wherein at least a portion of the surface is coated with a drug composition, wherein the substrate has a thickness, and wherein the holes are circular and have a diameter of at least as great as the thickness of the substrate.
A method for modifying the energy consumption of equipment supplied by an electrical network, the method comprising steps of: (a) receiving descriptive data of a state of the electrical network, comprising data quantifying in a substantially instantaneous manner a surplus or a deficit of energy from renewable sources within the network; (b) generating, by a management element, a dynamic power setpoint based on said data; (c) emitting said setpoint to a module for controlling the equipment; (d) power-regulating said equipment based on the power setpoint; characterized in that step (b) comprises the limitation of said dynamic power setpoint generated so that it has a variation speed lower than a threshold reference speed. (a) receiving descriptive data of a state of the electrical network, comprising data quantifying in a substantially instantaneous manner a surplus or a deficit of energy from renewable sources within the network; (b) generating, by a management element, a dynamic power setpoint based on said data; (c) emitting said setpoint to a module for controlling the equipment; (d) power-regulating said equipment based on the power setpoint;
A vacuum cleaner comprising a main body and a cyclonic separating apparatus, the separating apparatus comprising a dirt collection chamber and a baffle arrangement, wherein the separating apparatus is mounted within the main body such that a first part of the dirt collection chamber is obscured and a second part of the dirt collection chamber is visible, and characterised in that the baffle arrangement is positioned within the second part of the dirt collection chamber such that, during use, an airflow moving within the dirt collection chamber is disrupted by the baffle arrangement causing dirt to collect preferentially in the second part.
A supported catalyst comprising a support and a metallic active component supported on the support; the metallic active component contains zinc oxide and zinc halide, and the content of zinc oxide is 0.5 wt.%-20 wt.%, the content of zinc halide is 10 wt.%-50 wt.%, and the content of the support is 40 wt.%-88 wt.% based on the total weight of the catalyst.
Shrink pipe shoe for easy to handle setting and reliable stabilising of the orientation of a shrink pipe that is connectable to a joint strip which is preferably internal in a construction j oint, comprising a. a panel, a, preferably tubular, receiving device is moulded onto the top of the panel, which device is provided for being received in the shrink pipe, characterised in that b. two ridges which are oriented in parallel with one another and are spaced apart from one another, forming a ridge interior, are moulded onto the bottom of the panel facing away from a top, which ridges are intended for receiving the joint strip or at least a part thereof, c. two strip-shaped crack guidance ridges having a mutually corresponding central longitudinal axis are moulded onto the bottom of the panel and onto the opposing outsides of the ridges, d. the ridge interior is provided for receiving the joint strip or at least a part thereof, e. the ridges are provided for, e.g. close, connection, preferably thermal welding, to the joint strip in an end position. a. a panel, a, preferably tubular, receiving device is moulded onto the top of the panel, which device is provided for being received in the shrink pipe, characterised in that b. two ridges which are oriented in parallel with one another and are spaced apart from one another, forming a ridge interior, are moulded onto the bottom of the panel facing away from a top, which ridges are intended for receiving the joint strip or at least a part thereof, c. two strip-shaped crack guidance ridges having a mutually corresponding central longitudinal axis are moulded onto the bottom of the panel and onto the opposing outsides of the ridges, d. the ridge interior is provided for receiving the joint strip or at least a part thereof, e. the ridges are provided for, e.g. close, connection, preferably thermal welding, to the joint strip in an end position.
A delivery-and-fluid-storage bridge for use with a reduced-pressure treatment system, the delivery-and-fluid-storage bridge comprising: a delivery manifold extending along a length of the delivery-and-fluid-storage bridge for delivering reduced pressure through the delivery-and-fluid-storage bridge; an absorbent layer proximate the delivery manifold adapted to receive and store fluids; wherein the delivery-and-fluid-storage bridge has a first side and a second, patient-facing side; a first encapsulating layer and a second encapsulating layer at least partially enclosing the delivery manifold and the absorbent layer; a first aperture formed proximate the first longitudinal end of the delivery-and-fluid-storage bridge for fluidly communicating reduced pressure to the delivery manifold from a reduced-pressure source; and a second aperture formed on the second, patient-facing side of the second encapsulating layer for transmitting reduced pressure to a tissue site; and characterized in that the delivery-and-fluid-storage bridge further comprises a conduit disposed between the first encapsulating layer and the second encapsulating layer, wherein the conduit extends substantially along the length of the delivery-and-fluid-storage bridge to facilitate measurement of pressure proximate the tissue site and to monitor pressure at the second longitudinal end of the delivery-and-fluid-storage bridge. a delivery manifold extending along a length of the delivery-and-fluid-storage bridge for delivering reduced pressure through the delivery-and-fluid-storage bridge; an absorbent layer proximate the delivery manifold adapted to receive and store fluids; wherein the delivery-and-fluid-storage bridge has a first side and a second, patient-facing side; a first encapsulating layer and a second encapsulating layer at least partially enclosing the delivery manifold and the absorbent layer; a first aperture formed proximate the first longitudinal end of the delivery-and-fluid-storage bridge for fluidly communicating reduced pressure to the delivery manifold from a reduced-pressure source; and a second aperture formed on the second, patient-facing side of the second encapsulating layer for transmitting reduced pressure to a tissue site; and characterized in that the delivery-and-fluid-storage bridge further comprises a conduit disposed between the first encapsulating layer and the second encapsulating layer, wherein the conduit extends substantially along the length of the delivery-and-fluid-storage bridge to facilitate measurement of pressure proximate the tissue site and to monitor pressure at the second longitudinal end of the delivery-and-fluid-storage bridge.