mhurhangee/ep-ind-claims huggingface dataset:
A carrier sense multiple access, CSMA, time slot providing method, characterized in that, the CSMA time plot providing method is applied in a system for collecting power information comprising a concentrator, a repeater, collectors and ammeters, wherein the concentrator is configured to communicate with the repeater and the collectors through power lines, the repeater is configured to forward data, and the collectors are configured to communicate with the ammeters to collect data from the ammeters, the CSMA time plot providing method comprises: generating, by the concentrator, a beacon frame, wherein the beacon frame carries a CSMA time slot and attribute information used to identify an applicable ammeter of the CSMA time slot; sending, by the concentrator, the beacon frame; receiving, by one of the ammeters, the beacon; parsing, by one of the ammeters, the beacon frame to get the attribute information; and determining, by one of the ammeters, according to the attribute information, whether the one of the ammeters belongs to the applicable ammeter, and if yes, obtaining the CSMA time slot, so as to send a packet by using the CSMA time slot. generating, by the concentrator, a beacon frame, wherein the beacon frame carries a CSMA time slot and attribute information used to identify an applicable ammeter of the CSMA time slot; sending, by the concentrator, the beacon frame; receiving, by one of the ammeters, the beacon; parsing, by one of the ammeters, the beacon frame to get the attribute information; and determining, by one of the ammeters, according to the attribute information, whether the one of the ammeters belongs to the applicable ammeter, and if yes, obtaining the CSMA time slot, so as to send a packet by using the CSMA time slot.
Counting device comprising a memory arranged to receive a set of data in relation to geographical areas together forming a grid of a geographical space, mobile telephony location cell data associating a location cell identifier, a location cell position and a location cell geographical coverage, an anonymizer arranged to determine, for a given location cell, one or more geographical areas overlapping the geographical coverage of the given location cell, and to compute a detection quantum for each geographical area, and a counter arranged to receive mobile telephony signaling data associating, each time, a mobile telephony identifier, a location cell identifier and a time marker, and to determine, for a given time range, a count of mobile telephony devices for each geographical area based on the mobile telephony signaling data and the one or more detection quantums associated with each geographical area, characterized in that the anonymizer is arranged to modify the geographical coverage of each given location cell by determining an effective radius based on the density of location cells around the given location cell.
Method for operating a motor vehicle with a braking device for braking the motor vehicle, comprising the steps: - Forecasting a probable time duration until a reduction in speed or braking of the motor vehicle triggered by a driver assistance system (8, 9) or by a driver of the motor vehicle, depending on the vehicle data concerning the motor vehicle and/or environmental data concerning the motor vehicle environment, and - Triggering of a respective function (20, 21, 23 - 26) of the braking device when a triggering condition assigned to the respective function (20, 21, 23 - 26) is fulfilled or is only able to be fulfilled when a time limit value assigned to the respective function (20, 21, 23 - 26) is undershot by the probable time duration, wherein at least two of the functions (20, 21, 23 - 26) are assigned time limit values different from one another. - Forecasting a probable time duration until a reduction in speed or braking of the motor vehicle triggered by a driver assistance system (8, 9) or by a driver of the motor vehicle, depending on the vehicle data concerning the motor vehicle and/or environmental data concerning the motor vehicle environment, and - Triggering of a respective function (20, 21, 23 - 26) of the braking device when a triggering condition assigned to the respective function (20, 21, 23 - 26) is fulfilled or is only able to be fulfilled when a time limit value assigned to the respective function (20, 21, 23 - 26) is undershot by the probable time duration, wherein at least two of the functions (20, 21, 23 - 26) are assigned time limit values different from one another.
A method for manufacturing a near-infrared reflective film comprising high refractive index layers and low refractive index layers alternately laminated on a support, wherein the difference in the refractive index of the adjacent high refractive index layer and the low refractive index layer is at least 0.3, and the near-infrared reflective film is formed by using a high refractive index layer coating liquid and a low refractive index layer coating liquid, wherein both of the high refractive index layer coating liquid and the low refractive index layer coating liquid have a viscosity ratio (η 15 /η 45) of not less than 2.0, wherein η 15 represents a viscosity of the high refractive index layer coating liquid and the low refractive index layer coating liquid at 15°C and η 45 represents a viscosity of the high refractive index layer coating liquid and the low refractive index layer coating liquid at 45°C, wherein the high refractive index layer coating liquid and the low refractive index layer coating liquid are warmed at 30 °C or more and coated.
A method for controlling the mass flow rate of a gas stream comprising the following steps: - establishing a gas stream through a channel, the channel comprising a pipe wherein the Mach number of the gas stream is equal to 1, such that the stream be permanent upstream from the pipe, - emitting at least an electrical discharge in the pipe such as to create at least a plasma area in the gas stream, characterized in that the electrical discharge is periodic so that the mass flow rate of the downstream flow from the pipe is controlled by the electrical discharge via the temperature increase of the gas stream. - establishing a gas stream through a channel, the channel comprising a pipe wherein the Mach number of the gas stream is equal to 1, such that the stream be permanent upstream from the pipe, - emitting at least an electrical discharge in the pipe such as to create at least a plasma area in the gas stream,
Method for transferring charge to accumulation means (3, 21) of an electric device of an automotive vehicle from an electric source, said electric device comprising: - a first voltage converter connected to the first accumulation means (3, 21), - a condenser connected to the first voltage converter, - connection means for connecting (6, 26) the electric device intended to be connected to the electric source, - a second voltage converter connected, on the one hand, between the first accumulation means and the first converter and, on the other hand, to second accumulation means, the method comprising a step for connecting the connection means (6, 26) to the electric source to enable a charge transfer to the first accumulation means (3, 21), characterised in that the method also comprises a step for pre-charging the condenser to a predetermined voltage from the voltage supplied by the first accumulation means (3, 21) by the intermediary of the first voltage converter, said pre-charging step being prior to the charge transfer from the electric source to the first accumulation means (3, 21) and in that, to said pre-charging step, the second voltage converter delivers, from the voltage supplied by the second accumulation means, an intermediary voltage from which the first voltage converter pre-charges the condenser to said predetermined voltage. - a first voltage converter connected to the first accumulation means (3, 21), - a condenser connected to the first voltage converter, - connection means for connecting (6, 26) the electric device intended to be connected to the electric source, - a second voltage converter connected, on the one hand, between the first accumulation means and the first converter and, on the other hand, to second accumulation means,
A cross-member (1, 101) for in-wall frames of retractable sliding doors, which is substantially Ω-shaped so as to define a flat base and a pair of L-shaped lateral wings (3a, 3b), further comprising, at said flat base, temporary axial coupling means that cooperate with one of several engagement means that are present on another, similar cross-member that is selectively lockable in position by way of temporary locking means, characterized in that it has, at said flat base and proximate to a perimetric edge of one end, temporary axial coupling means that are constituted by a flap protruding below the plane of arrangement of the upper surface of the flat base, said flap being obtained by drawing and has a shape structure, in a longitudinal sectional view, that is substantially curved with concavity directed toward the inside of said flat base, said flap being removable from said seat by pushing it from below so that it exits from said seat so as to make it possible to decouple said cross-members and from each other.
Hydrogen sulfide treatment installation, wherein the installation comprises at least one system for oxidizing hydrogen sulphide to sulfur, preferably hydrogen sulphide and sulfur in gaseous form, and to water (H 2 O) by a solid reagent implementing the reaction H 2 S + sol-O → sol-R + H 2 O + S where sol-O and sol-R respectively symbolize constituents of the solid reagent in oxidized and reduced forms, and at least one oxidizing system with an oxidizing agent of the solid reagent present in the reduced state, wherein the system oxidizing the hydrogen sulfide and the system oxidizing the solid reagent are so arranged that the hydrogen sulfide is not brought into contact with the agent oxidizing the solid reagent.
An inkjet printer comprising: an inkjet head that has a nozzle surface on which nozzles for ejecting ink are opened; a first tank that stores ink to be supplied to the inkjet head; a second tank that receives ink that is not consumed by the inkjet head; an ink circulation path (22, 23, 26 to 29, 76, 97) through which ink is circulated among the inkjet head, the first tank and the second tank; a third tank (25, 77, 96) that is directly or indirectly connected with a path from the second tank to the first tank on the ink circulation path (22, 23, 26 to 29, 76, 97), and stores ink; and a hermetic sealer (53, 58, 73) configured to make the first tank and the second tank in a hermetically-sealed state that is hermetically sealed from atmosphere, wherein the hermetic sealer (53, 58, 73) in a waiting mode in which ink is not circulated is configured to make the first tank and the second tank in the hermetically-sealed state by the hermetic sealer (53, 58, 73), and the hermetic sealer (53, 58, 73) in the waiting mode is configured to make the third tank (25, 77, 96) in an atmospherically-released state. an inkjet head that has a nozzle surface on which nozzles for ejecting ink are opened; a first tank that stores ink to be supplied to the inkjet head; a second tank that receives ink that is not consumed by the inkjet head; an ink circulation path (22, 23, 26 to 29, 76, 97) through which ink is circulated among the inkjet head, the first tank and the second tank; a third tank (25, 77, 96) that is directly or indirectly connected with a path from the second tank to the first tank on the ink circulation path (22, 23, 26 to 29, 76, 97), and stores ink; and a hermetic sealer (53, 58, 73) configured to make the first tank and the second tank in a hermetically-sealed state that is hermetically sealed from atmosphere, wherein the hermetic sealer (53, 58, 73) in a waiting mode in which ink is not circulated is configured to make the first tank and the second tank in the hermetically-sealed state by the hermetic sealer (53, 58, 73), and the hermetic sealer (53, 58, 73) in the waiting mode is configured to make the third tank (25, 77, 96) in an atmospherically-released state.
A drone, comprising: - a drone body; - a digital controller circuit; - an RF transmitter stage comprising a baseband processor circuit adapted to issue an RF signal to be transmitted; and - M fixed antennas (A1, A2, A3) integral with the drone body, characterized in that the RF transmitter stage further comprises: - an RF dispatcher stage, receiving as an input the RF signal to be transmitted and issuing as an output N similar RF supply signals (RF1, RF2), with 2 ≤ N < M; - an antenna switching circuit, adapted to selectively couple each of the N RF supply signals (RF1, RF2) to N antennas out of the M antennas (A1, A2, A3) according to a plurality of different coupling schemes; and - a logic for piloting the antenna switching circuit, adapted to dynamically determine one of said coupling schemes as a function of a selection signal issued by the control circuit. - a drone body; - a digital controller circuit; - an RF transmitter stage comprising a baseband processor circuit adapted to issue an RF signal to be transmitted; and - M fixed antennas (A1, A2, A3) integral with the drone body, - an RF dispatcher stage, receiving as an input the RF signal to be transmitted and issuing as an output N similar RF supply signals (RF1, RF2), with 2 ≤ N < M; - an antenna switching circuit, adapted to selectively couple each of the N RF supply signals (RF1, RF2) to N antennas out of the M antennas (A1, A2, A3) according to a plurality of different coupling schemes; and - a logic for piloting the antenna switching circuit, adapted to dynamically determine one of said coupling schemes as a function of a selection signal issued by the control circuit.
A cosmetic system for applying a product to a portion of a body, the cosmetic system comprising: a handle having a first end and a second end, the first end opposite the second end; a cavity arranged in the second end of the handle, the cavity extending towards the first end of the handle; an applicator having a first end fixed to the first end of the handle and a second end distal to the first end of the applicator for grooming or applying product to a portion of a body, wherein said handle is the handle of the applicator and is intended for being gripped when using the applicator for applying or grooming product to a portion of the body; and a tweezer having a pinching tip opposite to a fulcrum, the tweezer removably disposed in the cavity arranged in the second end of the handle, wherein when the tweezer is removably disposed in the cavity arranged in the second end of the handle, the pinching tip and the fulcrum of the tweezer and the second end of the applicator form a straight line such that the second end of the applicator extends substantially opposite the fulcrum along the straight line; and wherein when the tweezer is removably disposed in the cavity, the pinching tip is held in a closed position to keep edges of the pinching tip undamaged. a handle having a first end and a second end, the first end opposite the second end; a cavity arranged in the second end of the handle, the cavity extending towards the first end of the handle; an applicator having a first end fixed to the first end of the handle and a second end distal to the first end of the applicator for grooming or applying product to a portion of a body, wherein said handle is the handle of the applicator and is intended for being gripped when using the applicator for applying or grooming product to a portion of the body; and a tweezer having a pinching tip opposite to a fulcrum, the tweezer removably disposed in the cavity arranged in the second end of the handle,
A connecting pole for a rechargeable battery having the following features: a) the connecting pole comprising a connecting section in which a pole terminal can be attached to the connecting pole, b) the connecting pole comprising an attachment section in which the connecting pole can be attached in a housing section of the rechargeable battery, c) the attachment section comprising a labyrinth section, d) the outer wall of the connecting pole comprising one or more circumferential projections (70, 71, 72, 73, 80, 81, 82, 83) in the labyrinth section, characterized in that e) at least two adjacently arranged circumferential projections (70, 71, 72, 73, 80, 81, 82, 83) are flanged in pairs in the mutually facing direction, wherein the flanged region forms a respective undercut relative to the outer wall of the connecting pole on each circumferential projection (70, 71, 72, 73, 80, 81, 82, 83), wherein the flanging produces only one single undercut per circumferential projection (70, 71, 72, 73, 80, 81, 82, 83), resulting in the circumferential projection exhibiting an asymmetrical profile. a) the connecting pole comprising a connecting section in which a pole terminal can be attached to the connecting pole, b) the connecting pole comprising an attachment section in which the connecting pole can be attached in a housing section of the rechargeable battery, c) the attachment section comprising a labyrinth section, d) the outer wall of the connecting pole comprising one or more circumferential projections (70, 71, 72, 73, 80, 81, 82, 83) in the labyrinth section, e) at least two adjacently arranged circumferential projections (70, 71, 72, 73, 80, 81, 82, 83) are flanged in pairs in the mutually facing direction, wherein the flanged region forms a respective undercut relative to the outer wall of the connecting pole on each circumferential projection (70, 71, 72, 73, 80, 81, 82, 83),
A display device comprising: a first display in a first plane for displaying a first image; a second display in a second plane for displaying a second image, wherein said first display and said second display are provided in a stacked relationship with said first and second planes being parallel to each other; wherein the first and second displays (1, 2) have different color filter patterns, respectively, as viewed from a point of view of a viewer of the display device, in order to reduce moire interference; and wherein the color filters in the first display are oriented in horizontal rows and vertical columns with the same color in each row or in each column so that its filter colors are arranged in vertical color stripes or horizontal color stripes, characterized in that the color filters in the second display are oriented in horizontal rows and vertical columns with filters of the same color being arranged in diagonal color stripes that are angled between the vertical column orientation and the horizontal row orientation. a first display in a first plane for displaying a first image; a second display in a second plane for displaying a second image, wherein said first display and said second display are provided in a stacked relationship with said first and second planes being parallel to each other; wherein the first and second displays (1, 2) have different color filter patterns, respectively, as viewed from a point of view of a viewer of the display device, in order to reduce moire interference; and wherein the color filters in the first display are oriented in horizontal rows and vertical columns with the same color in each row or in each column so that its filter colors are arranged in vertical color stripes or horizontal color stripes, characterized in that the color filters in the second display are oriented in horizontal rows and vertical columns with filters of the same color being arranged in diagonal color stripes that are angled between the vertical column orientation and the horizontal row orientation.
A door mirror device comprising: a first cover that configures a casing covering a mirror provided at a vehicle door; a second cover that configures the casing, that is provided alongside the first cover in an in-plane direction of the casing, and that faces the first cover in a plate thickness direction of the casing; a first attachment section that is configured to include an abutting portion provided at one of the first cover or the second cover so as to extend along the in-plane direction of the casing, and a restricting portion provided at the other of the first cover or the second cover, the restricting portion abutting the abutting portion such that movement of the first cover with respect to the second cover in the plate thickness direction of the casing is restricted; and a second attachment section that is configured to include an engagement portion provided at one of the first cover or the second cover so as to extend along the in-plane direction of the casing, and a catch portion provided at the other of the first cover or the second cover, the catch portion engaging with the engagement portion such that movement of the first cover with respect to the second cover in the in-plane direction of the casing is stopped. a first cover that configures a casing covering a mirror provided at a vehicle door; a second cover that configures the casing, that is provided alongside the first cover in an in-plane direction of the casing, and that faces the first cover in a plate thickness direction of the casing; a first attachment section that is configured to include an abutting portion provided at one of the first cover or the second cover so as to extend along the in-plane direction of the casing, and a restricting portion provided at the other of the first cover or the second cover, the restricting portion abutting the abutting portion such that movement of the first cover with respect to the second cover in the plate thickness direction of the casing is restricted; and a second attachment section that is configured to include an engagement portion provided at one of the first cover or the second cover so as to extend along the in-plane direction of the casing, and a catch portion provided at the other of the first cover or the second cover, the catch portion engaging with the engagement portion such that movement of the first cover with respect to the second cover in the in-plane direction of the casing is stopped.
A support accessory (2,3,4) which can be coupled to at least one rigid support comprised in a dishwasher rack, wherein the support accessory (2,3,4) is flexible, has an elongated shape, and comprises two ends, and wherein the rigid support comprises at least two segments, characterized in that each end comprises an outward-facing cavity, wherein, in an idle condition, the support accessory (2,3,4) has a cylindrical shape so that the cavities have the substantially same axis, and wherein, in an operating condition, the axis of each end coincides with the axis of one of the segments.
Method for operating a heat pump system, comprising measuring a solar irradiance incident onto a building, and adjust an operation of a heat pump included in the heat pump system based on the measured solar irradiance, wherein the operation of the heat pump is adjusted only when the solar irradiation is larger than a predetermined threshold. and adjust an operation of a heat pump included in the heat pump system based on the measured solar irradiance, wherein the operation of the heat pump is adjusted only when the solar irradiation is larger than a predetermined threshold.
Method for control of a drive for a tool or workpiece, wherein pilot control takes place depending on a frequency of movement which corresponds to a reference variable, characterized in that a reference variable is analyzed and that the reference variable divided in frequency components and/or a spectrum calculated according to the reference variable is used for determining the frequency of movement, and that, depending on the frequency of movement, at least one pilot factor is determined and this pilot factor, multiplied by a pilot value, is used for pilot control, wherein the pilot value is derived from the reference variable.