mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for increasing the concentration of negative ions in the breathing air of a closed space in which people are located, wherein - at least one conductor pair is arranged directly in the breathing air of the closed space, - the conductor pair has a first non-insulated conductor, which is switched as the anode, and a second non-insulated conductor, which is switched as the cathode, wherein the first and second conductors (7a, b) are arranged parallel to one another at a distance, - the conductors of the conductor pair are configured as elongate electrical conductors, - that a voltage source with an output voltage of between 5 kV - 10 kV is connected to the first and second conductors (7a, b) - the voltage source has means for limiting the maximum flowing current to at most 2 mA and - the distance between the first and the second conductor (7a, b) is between 10 - 30 mm. - at least one conductor pair is arranged directly in the breathing air of the closed space, - the conductor pair has a first non-insulated conductor, which is switched as the anode, and a second non-insulated conductor, which is switched as the cathode, wherein the first and second conductors (7a, b) are arranged parallel to one another at a distance, - the conductors of the conductor pair are configured as elongate electrical conductors, - that a voltage source with an output voltage of between 5 kV - 10 kV is connected to the first and second conductors (7a, b) - the voltage source has means for limiting the maximum flowing current to at most 2 mA and - the distance between the first and the second conductor (7a, b) is between 10 - 30 mm.
A lightning measuring system for measuring lightning current parameters in a down conductor in a wind turbine, said lightning measuring system comprising - a sensor arrangement being arranged to measure on said down conductor, - a data collection unit, - a connection arrangement electrically connecting said sensor arrangement with said data collection unit, and - an insulating arrangement, wherein said sensor arrangement and at least a part of said connection arrangement and/or said down conductor being enclosed in said insulating arrangement thereby defining - a minimum insulation distance between said sensor arrangement and said down conductor, and - a minimum surface distance between an exposed part of said down conductor not being enclosed by said insulating arrangement and an exposed part of said connection arrangement not being enclosed by said insulating arrangement, for which said insulating arrangement is effective to prevent insulation breakdown between said down conductor and said sensor arrangement and to prevent surface flashover between said exposed part of said down conductor and said exposed part of said connection arrangement. - a sensor arrangement being arranged to measure on said down conductor, - a data collection unit, - a connection arrangement electrically connecting said sensor arrangement with said data collection unit, and - an insulating arrangement, - a minimum insulation distance between said sensor arrangement and said down conductor, and - a minimum surface distance between an exposed part of said down conductor not being enclosed by said insulating arrangement and an exposed part of said connection arrangement not being enclosed by said insulating arrangement,
A seat sliding device comprising a plurality of rail units provided between a seat and a seat mounting surface, wherein each rail unit includes a first rail member attached to the seat mounting surface, and a second rail member attached to the seat, and the second rail member slides with respect to the first rail member to adjust a position of the seat; and a plurality of rollers arranged between the first rail member and the second rail member, wherein only three rollers are provided for each rail unit so that the first rail member supports the second rail member by the three rollers (13a-13c) at three points, the three rollers include two rollers (13a, 13b) respectively located on opposite ends of each rail unit, and a single roller positioned between the two rollers (13a, 13b), and the two rollers (13a, 13b) are arranged outward of a central line of each rail unit in a lateral direction of the seat, and the single roller is arranged inward of the central line of each rail unit in the lateral direction, or the two rollers (13a, 13b) are arranged inward of the central line of each rail unit in the lateral direction of the seat, and the single roller is arranged outward of the central line of each rail unit in the lateral direction.
A method of encoding a digital video sequence for use in a video coding application to produce an encoded video bit-stream representative of the digital video sequence, the digital video sequence comprising a number of frames, each frame of said sequence comprising an array of pixels divided into a plurality of blocks, each block comprising a certain number of said pixels, said method comprising: a) defining a default level of quantization for use in encoding of the digital video sequence; b) encoding a frame of the digital video sequence by applying motion compensated prediction to blocks of pixels for producing corresponding blocks of prediction error values; and c) applying a transform coding technique to said blocks of prediction error values to produce sets of transform coefficient values representative of said blocks of prediction error values; d) quantizing the transform coefficient values using a quantization parameter; e) determining a difference between the default level of quantization and the quantization parameter level used f) providing the determined difference and the default level of quantization to the encoded bit-stream; and g) storing the encoded bit-stream in a storage medium, or transmitting the encoded bit-stream from a video encoding device to a corresponding video decoding device. a) defining a default level of quantization for use in encoding of the digital video sequence; b) encoding a frame of the digital video sequence by applying motion compensated prediction to blocks of pixels for producing corresponding blocks of prediction error values; and c) applying a transform coding technique to said blocks of prediction error values to produce sets of transform coefficient values representative of said blocks of prediction error values; d) quantizing the transform coefficient values using a quantization parameter; e) determining a difference between the default level of quantization and the quantization parameter level used f) providing the determined difference and the default level of quantization to the encoded bit-stream; and g) storing the encoded bit-stream in a storage medium, or transmitting the encoded bit-stream from a video encoding device to a corresponding video decoding device.
A sheet stacker comprising: - a sheet conveyor arrangement, configured for feeding a plurality of sheets in succession towards a sheet discharge end of said sheet conveyor arrangement; - a stacker platform, whereon sheets delivered by the sheet conveyor arrangement are formed into stacks; wherein the sheet discharge end and the stacker platform are provided with a mutual approaching and distancing movement; - a stack conveyor supported by the stacker platform, controlled to move according to a conveyor direction; characterized in that: the conveyor direction is approximately parallel to a sheet feeding direction according to which sheets are fed onto the stacker platform; the stack conveyor is configured and controlled to move a partially formed stack in said conveyor direction, such that sequentially formed jobs (J1, J2) of sheets are positioned one onto the other such that a job of shorter sheets is arranged in an intermediate position with respect to a job of longer sheets. - a sheet conveyor arrangement, configured for feeding a plurality of sheets in succession towards a sheet discharge end of said sheet conveyor arrangement; - a stacker platform, whereon sheets delivered by the sheet conveyor arrangement are formed into stacks; wherein the sheet discharge end and the stacker platform are provided with a mutual approaching and distancing movement; - a stack conveyor supported by the stacker platform, controlled to move according to a conveyor direction;
A diffuser for a gas turbine comprising a support structure and a liner connected by holders, wherein the liner comprises a plurality of adjacent segments with overlapping borders (16a, 16b); a given border and an overlapping border adjacent to it are clamped to one another and can slide relative to one another in a circumferential direction; for each couple of overlapping borders (16a, 16b) each border (16a, 16b) is clamped to the holders; insulation is provided between the support structure and the liner. characterized in that the borders (16a, 16b) have a holding element (20a, 2ab) extending towards the support structure; the holding elements (20a, 20b) having an opening; the holders passing through the openings and being connected to the holding elements (20a, 20b); the insulation has a cut out wherein the holding elements (20a, 20b) are housed.
Device for the cryogenic freezing of units for packaging a biological substance, comprising: - a receptacle configured in order for a flow of vapour of a cryogenic agent to flow therein, having at its top an opening for introducing said packaging units into said receptacle; - a lid movable between a closed position in which it closes said introduction opening and an open position in which it leaves said introduction opening free; and - an aperture for venting said vapour, provided in said receptacle; characterized in that said device further includes an obturator mechanically connected to said lid such that when said lid is in closed position, said obturator is away from said aperture and when said lid is in an open position, said obturator closes said aperture. - a receptacle configured in order for a flow of vapour of a cryogenic agent to flow therein, having at its top an opening for introducing said packaging units into said receptacle; - a lid movable between a closed position in which it closes said introduction opening and an open position in which it leaves said introduction opening free; and - an aperture for venting said vapour, provided in said receptacle;
A substantially pure crystalline Form XLI of 6-[2-(methylcarbamoyl)phenylsulfanyl]-3-E-[2-(pyridin-2-yl)ethenyl]indazole, wherein said crystalline form has a powder X-ray diffraction pattern comprising a peak at diffraction angle (2θ) of 6.0 ± 0.1 and further comprising at least one peak at diffraction angle (2θ) selected from 11.5 ± 0.1, 21.0 ± 0.1 and 26.9 ± 0.1, wherein "substantially pure" means that the crystalline Form includes less than 10% by weight of any other physical form of the compound.
An audio compact disc storage medium carrying data arranged as one or more audio tracks reproducible as an output audio signal when the storage medium is inserted into a audio compact disc reproduction apparatus, there being a reproduction order for the data within the audio tracks, the data comprising audio data having a predetermined potential dynamic range and associated description data comprising game data and video data stored as one or more least significant bits of audio samples representing dummy audio data so that, if the dummy audio samples are reproduced as output audio, the output audio has a smaller dynamic range than said predetermined potential dynamic range, the storage medium carrying table of contents information identifying a desired portion of the data to be reproduced as an output audio signal by the audio compact disc reproduction apparatus, the identified portion not comprising the description data, the audio tracks comprising audio data and at least one of the audio tracks additionally comprising the description data preceding, in the reproduction order for that audio track, the audio data of that audio track, the table of contents information identifying a desired offset position in the reproduction order for that audio track at which reproduction of that audio track by the audio compact disc reproduction apparatus is to commence, the desired position being a position after the description data of that audio track.
An electronic device, comprising: a display screen; a first color temperature sensor and a second color temperature sensor; a filter element, located between the second color temperature sensor and the display screen, to filter ambient light incident on the second color temperature sensor, such that ambient light cannot be transmitted to the second color sensor; a processing element, connected with the first color temperature sensor and the second color temperature sensor respectively, to determine ambient light color temperature of an environment where the electronic device is located according to a first color temperature signal value detected by the first color temperature sensor and a second color temperature signal value detected by the second color temperature sensor; and characterised by: the first color temperature sensor and the second color temperature sensor are arranged side by side at intervals under the display screen, wherein an interval between the first color temperature sensor and the second color temperature sensor is set to be within a preset range. a display screen; a first color temperature sensor and a second color temperature sensor; a filter element, located between the second color temperature sensor and the display screen, to filter ambient light incident on the second color temperature sensor, such that ambient light cannot be transmitted to the second color sensor; a processing element, connected with the first color temperature sensor and the second color temperature sensor respectively, to determine ambient light color temperature of an environment where the electronic device is located according to a first color temperature signal value detected by the first color temperature sensor and a second color temperature signal value detected by the second color temperature sensor; and characterised by: the first color temperature sensor and the second color temperature sensor are arranged side by side at intervals under the display screen, wherein an interval between the first color temperature sensor and the second color temperature sensor is set to be within a preset range.
A power line system for a solar power generation system comprising: trunk lines (101, 102) for extracting power; a plurality of branch lines (131, 132) interconnected in parallel, which are connected across the trunk lines (101, 102); solar cell modules (111, 112) connected to the branch lines (131, 132); and a blocking diode one terminal of which is connected to the trunk lines (101, 102) and the other terminal of which is connected to the solar cell modules (111, 112) through the branch lines (131, 132), wherein a branch connection unit is provided at a connection portion between the trunk lines (101, 102) and the branch lines (131, 132) and a heat sink (140a, 140b) is stored within the branch connection unit; one terminal of the blocking diode being electrically connected to the heat sink (140a, 140b) which is connected to either the trunk lines (101, 102) or the branch lines (131, 132), so as to dissipate the heat of the blocking diode through the heat sink (140a, 140b); and the blocking diode is thermally combined with the heat sink (140a, 140b). trunk lines (101, 102) for extracting power; a plurality of branch lines (131, 132) interconnected in parallel, which are connected across the trunk lines (101, 102); solar cell modules (111, 112) connected to the branch lines (131, 132); and a blocking diode one terminal of which is connected to the trunk lines (101, 102) and the other terminal of which is connected to the solar cell modules (111, 112) through the branch lines (131, 132), wherein a branch connection unit is provided at a connection portion between the trunk lines (101, 102) and the branch lines (131, 132) and a heat sink (140a, 140b) is stored within the branch connection unit; one terminal of the blocking diode being electrically connected to the heat sink (140a, 140b) which is connected to either the trunk lines (101, 102) or the branch lines (131, 132), so as to dissipate the heat of the blocking diode through the heat sink (140a, 140b); and the blocking diode is thermally combined with the heat sink (140a, 140b).
A power generation apparatus comprising a steam generator, an expander, a condensation device and an atmospheric air release path, said power generation apparatus configured such that water vapor generated in the steam generator is supplied to the expander to drive the expander, wherein the condensation device comprising a container body is arranged in a path downstream of the expander, the condensation device configured to mix water vapor having passed through the expander directly with cooling water to condense the water vapor, characterized in that the condensation device includes a control unit that performs a control of adjusting the amount of cooling water supply so as to obtain condensed water having a predetermined temperature, wherein the atmospheric air release path including an atmospheric air release valve is connected to an upper portion of the condensation device, and wherein the control unit is configured to perform a control at a time of start-up such that the control unit rotates a cooling water pump to charge the cooling water into the container body through a cooling water supply path, and opens the atmospheric air release valve such that by raising the liquid level in the container body, the control unit discharges the non-condensable gas accumulated in the container body to the outside of the container body through the atmospheric air release path. the condensation device includes a control unit that performs a control of adjusting the amount of cooling water supply so as to obtain condensed water having a predetermined temperature, wherein the atmospheric air release path including an atmospheric air release valve is connected to an upper portion of the condensation device, and wherein the control unit is configured to perform a control at a time of start-up such that the control unit rotates a cooling water pump to charge the cooling water into the container body through a cooling water supply path, and opens the atmospheric air release valve such that by raising the liquid level in the container body, the control unit discharges the non-condensable gas accumulated in the container body to the outside of the container body through the atmospheric air release path.
An image display apparatus comprising: a receiver configured to receive first image data; a signal processor configured to process the received first image data; an outputter configured to output the processed first image data; a storage configured to store second image data; and a controller configured to cut off power being supplied to at least one component of the signal processor and to control the outputter to output the stored second image data to an area of a screen, in response to the image display apparatus entering a power saving mode, and wherein the second image data includes time information containing a date and a time and a plurality of sub image data for changing the time information in a predetermined time interval of the power saving mode, wherein each of the plurality of sub image data includes time information for a specific time interval, the at least one component of the signal processor is arranged to manage and update the time information, and the controller is further configured to show the exact time information by controlling the outputter to output each of the plurality of sub image data from the storage for the specific time interval in the predetermined time interval, and after a certain period of time, to supply power to the at least one component of the signal processor to which power has been cut off, to receive updated time information from the signal processor, to update the plurality of sub image data of the second image data based on the received time information and to store the updated second image data in the storage. a receiver configured to receive first image data; a signal processor configured to process the received first image data; an outputter configured to output the processed first image data; a storage configured to store second image data; and a controller configured to cut off power being supplied to at least one component of the signal processor and to control the outputter to output the stored second image data to an area of a screen, in response to the image display apparatus entering a power saving mode, and wherein the second image data includes time information containing a date and a time and a plurality of sub image data for changing the time information in a predetermined time interval of the power saving mode, wherein each of the plurality of sub image data includes time information for a specific time interval, the at least one component of the signal processor is arranged to manage and update the time information, and the controller is further configured to show the exact time information by controlling the outputter to output each of the plurality of sub image data from the storage for the specific time interval in the predetermined time interval, and after a certain period of time, to supply power to the at least one component of the signal processor to which power has been cut off, to receive updated time information from the signal processor, to update the plurality of sub image data of the second image data based on the received time information and to store the updated second image data in the storage.
A retrofit lamp for replacing a reference replaceable headlight bulb for an automotive headlight comprising: a connector for mounting the lamp at the automotive headlight; a body extending from the connector along an axis; a plurality of light emitting diodes arranged at the body, wherein the light emitting diodes are arranged along the axis and adapted to emit light (331, 332) laterally with respect to the axis; and a reflective element arranged at an end of the arrangement of light emitting diodes opposite to the connector to reflect some light emitted by the light emitting diodes in a direction away from the connector, characterized in that - the extension of the arrangement of light emitting diodes along the axis is shorter than a light emitting area of the reference replaceable headlight bulb that is to be replaced, and - the reflective element is configured to establish a virtual prolongation of the arrangement of the light emitting diodes. a connector for mounting the lamp at the automotive headlight; a body extending from the connector along an axis; a plurality of light emitting diodes arranged at the body, wherein the light emitting diodes are arranged along the axis and adapted to emit light (331, 332) laterally with respect to the axis; and a reflective element arranged at an end of the arrangement of light emitting diodes opposite to the connector to reflect some light emitted by the light emitting diodes in a direction away from the connector, characterized in that - the extension of the arrangement of light emitting diodes along the axis is shorter than a light emitting area of the reference replaceable headlight bulb that is to be replaced, and - the reflective element is configured to establish a virtual prolongation of the arrangement of the light emitting diodes. - the extension of the arrangement of light emitting diodes along the axis is shorter than a light emitting area of the reference replaceable headlight bulb that is to be replaced, and - the reflective element is configured to establish a virtual prolongation of the arrangement of the light emitting diodes.