mhurhangee/ep-ind-claims huggingface dataset:
A method for enhancing wireless coverage, comprising: generating, by a network device, an output power adjustment indication according to power strength of a valid signal received by a user equipment from a base station; and instructing, by the network device, the base station to share and distribute multi-carrier output power of the base station according to the output power adjustment indication by sending to the base station the output power adjustment indication; adjusting, by the base station, carrier output power distributed to a first user equipment to make the carrier output power be above an average output power per carrier, wherein the first user equipment is one of said user equipment, and the first user equipment receives from the base station a low-strength valid signal; adjusting, by the base station, carrier output power distributed to a second user equipment to make the carrier output power be below the average output power per carrier, wherein the second user equipment is one of said user equipment, and the second user equipment receives from the base station a high-strength valid signal that is above a preset threshold; wherein the average output power per carrier equals a maximum power amplifier output power divided by the number of multi-carrier outputs. generating, by a network device, an output power adjustment indication according to power strength of a valid signal received by a user equipment from a base station; and instructing, by the network device, the base station to share and distribute multi-carrier output power of the base station according to the output power adjustment indication by sending to the base station the output power adjustment indication; adjusting, by the base station, carrier output power distributed to a first user equipment to make the carrier output power be above an average output power per carrier, wherein the first user equipment is one of said user equipment, and the first user equipment receives from the base station a low-strength valid signal; adjusting, by the base station, carrier output power distributed to a second user equipment to make the carrier output power be below the average output power per carrier, wherein the second user equipment is one of said user equipment, and the second user equipment receives from the base station a high-strength valid signal that is above a preset threshold; wherein the average output power per carrier equals a maximum power amplifier output power divided by the number of multi-carrier outputs.
An arrangement for use in a vapor-compression refrigeration system wherein the arrangement comprises - an evaporator, - an oil separator, - a condenser, and - an oil cooler, wherein the evaporator, the oil separator, the condenser and the oil cooler are arranged inside a longitudinal outer casing that comprises a shell and the end plates (3, 4) arranged at both ends of the shell, and the shell comprises three separate parts (A, B, C), which are separated from each other by arranging a first partition wall and a second partition wall between the parts, wherein the shell of the outer casing is a cylindrical shell and the diameter of the shell is substantially same in all parts (A, B, C) of the arrangement, and the first part comprises the evaporator, the second part comprises the oil separator and the third part comprises the oil cooler and the condenser, and the third part comprising the oil cooler and the condenser is constructed by arranging one plate pack into the third part, which plate pack is divided into two functional plate pack parts (C1, C2) by arranging an intermediate plate between the heat exchange plates of said plate pack, wherein the first plate pack part is configured for functioning as oil cooler and the second plate pack part is configured for functioning as the condenser. - an evaporator, - an oil separator, - a condenser, and - an oil cooler, the evaporator, the oil separator, the condenser and the oil cooler are arranged inside a longitudinal outer casing that comprises a shell and the end plates (3, 4) arranged at both ends of the shell, and the shell comprises three separate parts (A, B, C), which are separated from each other by arranging a first partition wall and a second partition wall between the parts, wherein the shell of the outer casing is a cylindrical shell and the diameter of the shell is substantially same in all parts (A, B, C) of the arrangement, and the first part comprises the evaporator, the second part comprises the oil separator and the third part comprises the oil cooler and the condenser, and the third part comprising the oil cooler and the condenser is constructed by arranging one plate pack into the third part, which plate pack is divided into two functional plate pack parts (C1, C2) by arranging an intermediate plate between the heat exchange plates of said plate pack, wherein the first plate pack part is configured for functioning as oil cooler and the second plate pack part is configured for functioning as the condenser.
A process for preparing a diol of formula which comprises hydrogenolysis of an ozonide of formula in the presence of a base and a catalyst comprising molybdenum-doped Raney nickel.
Switching device, comprising a switching element, comprising a switching unit, a first and a second coil unit (10, 20) for closing and opening the switching unit, wherein the first coil unit has a first coil, and wherein the second coil unit has a second coil, characterized in that the first coil unit has a first controllable delay circuit that is connected in series with the first coil, wherein the second coil unit has a second controllable delay circuit that is connected in series with the second coil, wherein the switching device has at least one control unit for controlling the first controllable delay circuit and the second controllable delay circuit, a first driver circuit for driving the first coil unit and a second driver circuit for driving the second coil unit, wherein the delay time of the first controllable delay circuit and the second controllable delay circuit is able to be set by the at least one control unit. wherein the first coil unit has a first coil, and wherein the second coil unit has a second coil, characterized in that the first coil unit has a first controllable delay circuit that is connected in series with the first coil, wherein the second coil unit has a second controllable delay circuit that is connected in series with the second coil, wherein the switching device has at least one control unit for controlling the first controllable delay circuit and the second controllable delay circuit, a first driver circuit for driving the first coil unit and a second driver circuit for driving the second coil unit, wherein the delay time of the first controllable delay circuit and the second controllable delay circuit is able to be set by the at least one control unit.
A method for the protected storage of user data in a digital tachograph, in which - the user data are stored in at least one data record in at least one prescribed, logical data area, - the at least one data record is assigned a respective data record identifier which comprises an explicitness stamp which is explicit in the respective prescribed data area, an explicit data area identifier for the prescribed data area in which the respective data record is stored, and a logical position for the respective data record within the respective prescribed data area, and the data record identifier is stored, - the user data and the respective associated data record identifier from the respective data record have a data record test value ascertained and stored for them, and - the respective prescribed data area is assigned in each case a data area information item which comprises the data area identifier from the respective prescribed data area and information relating to at least one range of values for the explicitness stamps of the data records which are currently stored in the respective prescribed data area, and the respective data area information item is stored securely or in protected form, wherein the digital tachograph comprises a secure memory (SMEM), which is electrically and/or mechanically protected against manipulations on the data stored therein, and a data memory (DMEM), not electrically and/or mechanically protected against manipulation, wherein the data stored in the unprotected data memory (DMEM) comprise the user data and wherein the respective data area information item is stored in the secure memory (SMEM). - the user data are stored in at least one data record in at least one prescribed, logical data area, - the at least one data record is assigned a respective data record identifier which comprises an explicitness stamp which is explicit in the respective prescribed data area, an explicit data area identifier for the prescribed data area in which the respective data record is stored, and a logical position for the respective data record within the respective prescribed data area, and the data record identifier is stored, - the user data and the respective associated data record identifier from the respective data record have a data record test value ascertained and stored for them, and - the respective prescribed data area is assigned in each case a data area information item which comprises the data area identifier from the respective prescribed data area and information relating to at least one range of values for the explicitness stamps of the data records which are currently stored in the respective prescribed data area, and the respective data area information item is stored securely or in protected form,
A water dispensing device with spray head, particularly for sinks or similar hygienic-sanitary fixtures, which comprises: - a device body that can be associated, by one of its ends, with a hygienic-sanitary fixture such as a sink or the like and in which at least one duct for the passage of water is defined; - a dispensing spigot, which is connected, by one of its ends, to said device body; in said dispensing spigot a corresponding duct for the passage of water being defined which leads out through a dispensing outlet and is connected to said water passage duct that is defined in said device body; - an arm, which is associated, by one of its ends, with said dispensing spigot and terminates in a dispensing spray head; in said arm a corresponding water passage duct being defined which can be connected to said water passage duct that is defined in said device body; said arm being articulated to a region of said dispensing spigot which is spaced from the end of said dispensing spigot which is connected to said device body; said dispensing spigot being connected, with a first end thereof, to said device body and said dispensing outlet being located at its opposite end or second end; said device body extending around a corresponding axis, said dispensing spigot extending substantially at right angles to said axis of the device body and said arm being pivoted to said dispensing spigot about a pivoting axis that is substantially parallel to said axis of the device body; characterized in that said arm is articulated to said dispensing spigot at said second end of the dispensing spigot and in that said dispensing spigot is pivoted, with said first end, to said device body about a corresponding pivoting axis that is parallel to the pivoting axis of said arm to said dispensing spigot. - a device body that can be associated, by one of its ends, with a hygienic-sanitary fixture such as a sink or the like and in which at least one duct for the passage of water is defined; - a dispensing spigot, which is connected, by one of its ends, to said device body; in said dispensing spigot a corresponding duct for the passage of water being defined which leads out through a dispensing outlet and is connected to said water passage duct that is defined in said device body; - an arm, which is associated, by one of its ends, with said dispensing spigot and terminates in a dispensing spray head; in said arm a corresponding water passage duct being defined which can be connected to said water passage duct that is defined in said device body;
A method of operating a multi-engine, rotary wing aircraft in a single engine, in-flight mode, the method comprising: stopping a first engine while operating a second engine; closing variable inlet guide vanes on the first engine; and turning a gas generator of the first engine at a reference rota - tional speed. stopping a first engine while operating a second engine; closing variable inlet guide vanes on the first engine; and turning a gas generator of the first engine at a reference rota - tional speed.
A base station for use in a wireless communications system that supports multi-user multiple-input multiple-output-MU-MIMO-communications using time division duplexing-TDD-between the base station and multiple mobile stations, the base station comprising: a channel quality indicator calculator configured to calculate at least one channel quality indicator for the mobile stations in response to inter-cell interference information received from the mobile stations; a scheduler configured to make a scheduling decision in response to the at least one channel quality indicator; and a MU-MIMO transmitter configured to transmit data to the mobile stations according to the scheduling decision characterized in that the inter-cell interference information received from the mobile stations comprises an index from a codebook, wherein the index is representative of a measured signal at a mobile station. a channel quality indicator calculator configured to calculate at least one channel quality indicator for the mobile stations in response to inter-cell interference information received from the mobile stations; a scheduler configured to make a scheduling decision in response to the at least one channel quality indicator; and a MU-MIMO transmitter configured to transmit data to the mobile stations according to the scheduling decision characterized in that the inter-cell interference information received from the mobile stations comprises an index from a codebook, wherein the index is representative of a measured signal at a mobile station.
A method of drilling a hole in a near wall of a component, the method comprising: directing a confined laser beam of a confined laser drill towards the near wall of the component to drill the hole in the near wall of the component, the confined laser beam defining a beam axis and the near wall positioned adjacent to a cavity defined in the component; and characterised by the following steps: sensing a characteristic of light directed along the beam axis away from the component with a sensor, wherein sensing a characteristic of light comprises sensing an intensity of light from the confined laser beam directed along the beam axis away from the component; determining one or more operational conditions based on the characteristic of light sensed with the sensor, the one or more operational conditions including a depth of the hole being drilled by the confined laser drill, wherein determining one or more operational conditions comprises determining one or both of a reflected pulse rate of the confined laser drill and a reflected pulse width of the confined laser drill, and determining a depth of the hole being drilled based on one or both of the reflected pulse rate and the reflected pulse width.
A computer-implemented method for updating an application at a computing device, comprising: receiving a depth image that specifies that a plurality of pixels correspond to at least part of a user, wherein the depth image has been obtained using a capture device located a distance from the user, wherein the depth image also specifies, for the plurality of the pixels, a pixel location and a pixel depth, and wherein a pixel depth is indicative of a distance between the capture device and a portion of the user represented by the pixel, and is specified by a depth value; characterized by: determining, for each of the plurality of pixels, a pixel mass by squaring the depth value that specifies the pixel depth for the pixel; and determining, based on the pixel mass values, a depth-based center-of-mass position for the plurality of pixels; reporting to the application using the depth-based center-of-mass position. receiving a depth image that specifies that a plurality of pixels correspond to at least part of a user, wherein the depth image has been obtained using a capture device located a distance from the user, wherein the depth image also specifies, for the plurality of the pixels, a pixel location and a pixel depth, and wherein a pixel depth is indicative of a distance between the capture device and a portion of the user represented by the pixel, and is specified by a depth value; characterized by: determining, for each of the plurality of pixels, a pixel mass by squaring the depth value that specifies the pixel depth for the pixel; and determining, based on the pixel mass values, a depth-based center-of-mass position for the plurality of pixels; reporting to the application using the depth-based center-of-mass position. determining, for each of the plurality of pixels, a pixel mass by squaring the depth value that specifies the pixel depth for the pixel; and determining, based on the pixel mass values, a depth-based center-of-mass position for the plurality of pixels; reporting to the application using the depth-based center-of-mass position.
Process for producing alkyl hydroperoxide by oxidizing a saturated hydrocarbon in the liquid phase with an oxygen-containing gas, the reaction being carried out in a plurality of successive steps, the hydrocarbon being supplied at least to the first step at a temperature in the range 100°C to 250°C, at least the last step of the reaction being cooled to maintain and control the temperature in said step at a level which is less than or equal to that of the first step, characterized in that each step of the reaction comprises a liquid phase and a gaseous phase forming a gaseous overhead in said step, said gaseous phase forming the overhead being extracted and evacuated to be at least partially condensed, and in that the condensate recovered from the gaseous phase of one step is recycled to one of said oxidation steps, wherein the concentration of oxidized products in the supplied reaction medium is at least equal to the concentration of oxidized products in the condensate to be recycled; the process being further characterized in that the condensate is recycled directly in at least one step wherein the concentration of oxidized products in the reaction medium supplied in said step is at least equal to the concentration of oxidized products contained in the condensate to be recycled and in that the saturated hydrocarbon is selected from the group consisting of cyclohexane, cyclooctane, cyclododecane and decalin.
A user equipment, UE comprising: a receiver (RX, 32) configured to receive a first sidelink synchronization signal; and a controller configured to acquire, from a physical sidelink channel, information specifying whether or not a source of the first sidelink synchronization signal is in-coverage; wherein the first sidelink synchronization signal is generated by using at least a first identity and by further using a second identity; the first identity is 0 or 1, the second identity is an integer in a range of 0 to 167, a value "0" of the first identity corresponds to in-coverage; and a value "1" of the first identity corresponds to out-of-coverage. a receiver (RX, 32) configured to receive a first sidelink synchronization signal; and a controller configured to acquire, from a physical sidelink channel, information specifying whether or not a source of the first sidelink synchronization signal is in-coverage; wherein the first sidelink synchronization signal is generated by using at least a first identity and by further using a second identity; the first identity is 0 or 1, the second identity is an integer in a range of 0 to 167, a value "0" of the first identity corresponds to in-coverage; and a value "1" of the first identity corresponds to out-of-coverage.
Method for displaying the point of origin of at least one defect in a machine, at which the defect or several defects are occurring, and/or for displaying of the at least one point of correction in a machine at which the defect or defects must be corrected, characterised in that - the at least one defect, when occurring at its point of origin, is detected and evaluated by a control unit, and - the control unit actuates a reporting device, which is arranged independently of the point of origin and/or of correction, in such a way that the reporting device marks the point of origin and/or point of correction remotely by optical and/or acoustic means. - the at least one defect, when occurring at its point of origin, is detected and evaluated by a control unit, and - the control unit actuates a reporting device, which is arranged independently of the point of origin and/or of correction, in such a way that the reporting device marks the point of origin and/or point of correction remotely by optical and/or acoustic means.
A lubricant additive concentrate having a kinematic viscosity of from 40 to 300 cSt., as measured at 100°C, comprising a dispersant-detergent colloid mixture in diluent oil, wherein said dispersant is a polybutenyl succinimide reaction product of (a) a polyamine having, or having on average 4 to 8 nitrogen atoms per molecule and (b) polybutenyl succinic anhydride derived from polybutene having a number average molecular weight of from 1300 to 2500 daltons and a terminal vinylidene content of at least 65%, and (c) maleic and/or succinic anhydride, by an ene maleation process, and having a succinic anhydride functionality, as determined in accordance with Formula as described in the description, of greater than 1.7 and less than 2.5; and said detergent colloid is overbased detergent having a total base number of from 370 to 1000 mg KOH/g, as measured by ASTM D2896, derived from one or more surfactants selected from (i) sulfonate; (ii) phenate; and (iii) carboxylate surfactants; wherein the mass ratio of said dispersant to said detergent colloid in the concentrate is from 0.5 to 5.0; and said dispersant and detergent colloid together constitute at least 28 mass%, on an A.I. basis, of said concentrate. (a) a polyamine having, or having on average 4 to 8 nitrogen atoms per molecule and (b) polybutenyl succinic anhydride derived from polybutene having a number average molecular weight of from 1300 to 2500 daltons and a terminal vinylidene content of at least 65%, and (c) maleic and/or succinic anhydride, by an ene maleation process, and having a succinic anhydride functionality, as determined in accordance with Formula as described in the description, of greater than 1.7 and less than 2.5; and said detergent colloid is overbased detergent having a total base number of from 370 to 1000 mg KOH/g, as measured by ASTM D2896, derived from one or more surfactants selected from (i) sulfonate; (ii) phenate; and (iii) carboxylate surfactants; wherein the mass ratio of said dispersant to said detergent colloid in the concentrate is from 0.5 to 5.0; and said dispersant and detergent colloid together constitute at least 28 mass%, on an A.I. basis, of said concentrate.
A solid carbon dioxide sorbent for absorbing carbon dioxide from a gas mixture and which releases the absorbed carbon dioxide when treated for regeneration, the sorbent comprising an amine in an amount of 25% - 75% by weight of the sorbent, a polyol in an amount up to 25% by weight of the sorbent, and a support of nano-sized solid particles having a primary particle size less than 100 nm for providing structural integrity for the amine and a high surface area for amine-gas contact.