mhurhangee/patent-ind-claim-en huggingface dataset:
An inkjet ink composition comprising: water; a dispersant; inorganic pigment particles having an average primary particle diameter of 100 nm or greater; and resin particles A having a glass transition temperature of 40°C or higher, wherein X nm of an average primary particle diameter of the inorganic pigment particles and Y nm of a volume average particle diameter of the resin particles A satisfy Y ≥ 1.1 × X. water; a dispersant; inorganic pigment particles having an average primary particle diameter of 100 nm or greater; and resin particles A having a glass transition temperature of 40°C or higher, wherein X nm of an average primary particle diameter of the inorganic pigment particles and Y nm of a volume average particle diameter of the resin particles A satisfy Y ≥ 1.1 × X.
Fastening device comprising: a fastening tool that is movable by programmable handling device, a magazine arrangement mounted on the fastening tool , the magazine arrangement having a magazine for accommodating at least one fastener , the magazine having an inlet and an outlet , and wherein the magazine comprises a magazine hose ; a magazine plate extending at the inlet of the magazine , and a base plate extending along the magazine and to which the magazine is connected; a sensor (46, 56, S) adapted to detect the presence of a fastener in the magazine , characterized in that the magazine plate comprises a plate body and a closure arrangement , the closure arrangement having: a closure slider adapted to move between an open position, in which the inlet of the magazine is open and a closed position in which the inlet is closed, an elastic member elastically maintaining the closure slider in the closed position, a toggle mechanism adapted to move the closure slider from the closed position to the open position. a fastening tool that is movable by programmable handling device, a magazine arrangement mounted on the fastening tool , the magazine arrangement having a magazine for accommodating at least one fastener , the magazine having an inlet and an outlet , and wherein the magazine comprises a magazine hose ; a magazine plate extending at the inlet of the magazine , and a base plate extending along the magazine and to which the magazine is connected; a sensor (46, 56, S) adapted to detect the presence of a fastener in the magazine , characterized in that the magazine plate comprises a plate body and a closure arrangement , the closure arrangement having: a closure slider adapted to move between an open position, in which the inlet of the magazine is open and a closed position in which the inlet is closed, an elastic member elastically maintaining the closure slider in the closed position, a toggle mechanism adapted to move the closure slider from the closed position to the open position. a closure slider adapted to move between an open position, in which the inlet of the magazine is open and a closed position in which the inlet is closed, an elastic member elastically maintaining the closure slider in the closed position, a toggle mechanism adapted to move the closure slider from the closed position to the open position.
A digital dimmer for varying the luminous intensity of an electronic light source comprising an LED and an electronic circuit, said digital dimmer comprising: - an operation interface module , arranged for receiving a user command, - a control and processing module , arranged for modulating each half cycle of an the- alternating current on the basis of said user command, the digital dimmer being characterized in that if the user command is to turn on the electronic light source at a dimming value lower than 25%, the control and processing module is arranged in a first step for modulating the alternating current at a first dimming value equal or higher than 30% in a given number of half cycles of the alternating current, wherein the duration of said given number of half cycles is equal or lower than 100 ms, so that it is not perceptible by the user's eye, and in a second step after the first step, the control and processing module is arranged for modulating the alternating current at a second dimming value lower than 25%, so as to ensure that the user sees only that the electronic light source lights up at the second dimming value. - an operation interface module , arranged for receiving a user command, - a control and processing module , arranged for modulating each half cycle of an the- alternating current on the basis of said user command, the digital dimmer being characterized in that if the user command is to turn on the electronic light source at a dimming value lower than 25%, the control and processing module is arranged in a first step for modulating the alternating current at a first dimming value equal or higher than 30% in a given number of half cycles of the alternating current, wherein the duration of said given number of half cycles is equal or lower than 100 ms, so that it is not perceptible by the user's eye, and in a second step after the first step, the control and processing module is arranged for modulating the alternating current at a second dimming value lower than 25%, so as to ensure that the user sees only that the electronic light source lights up at the second dimming value.
A transporting apparatus for rolling ingots , having at least one travelling carriage , which comprises a tilting frame and a guide frame , wherein the tilting frame comprises at least one longitudinally displaceable transporting carriage with a rail section for receiving an ingot rest and, for the purpose of forming a rail extension, can be positioned collinearly in relation to a furnace rail, and the guide frame has at least one hook carriage , which can be moved substantially parallel to the transporting carriage and comprises at least one tiltable hook for engaging in the ingot rest , and wherein the transporting carriage can be moved transversely to a movement direction of the travelling carriage .
A seal , comprising: a support ring ; a sealing ring locked with said support ring to form an enclosed space therebetween, said sealing ring including at least one seal lip ; and an energizer held in said enclosed space and contacting said sealing ring , the enclosed space is open to pressure entry on opposite sides of the energizer , and at least one inner radial gap is formed between the sealing ring and the support ring that allows said pressure to access the enclosed space , characterized in that said sealing ring includes a flange that is press fit into said support ring , said support ring is U-shaped, and said support ring and/or said sealing ring has at least one activation port formed therein that extends into said enclosed space . a support ring ; a sealing ring locked with said support ring to form an enclosed space therebetween, said sealing ring including at least one seal lip ; and an energizer held in said enclosed space and contacting said sealing ring , the enclosed space is open to pressure entry on opposite sides of the energizer , and at least one inner radial gap is formed between the sealing ring and the support ring that allows said pressure to access the enclosed space , characterized in that said sealing ring includes a flange that is press fit into said support ring , said support ring is U-shaped, and said support ring and/or said sealing ring has at least one activation port formed therein that extends into said enclosed space .
An apparatus for receiving a transmission in a communication system implementing a recursive modulation scheme and an Irregular Repeat Accumulate (IRA) code, the apparatus comprising: a soft demodulator comprising a joint recursive modulator and accumulator soft decoder for receiving a transmit signal and configured to demodulate the received signal using a trellis based algorithm using a joint trellis for the accumulator and recursive modulation scheme to generate a plurality of coded symbol estimates ; and a Low Density Generator Matrix (LDGM) decoder for receiving the plurality of coded symbol estimates from the soft demodulator and decoding the coded symbol estimates to generate a plurality of source bit estimates . a soft demodulator comprising a joint recursive modulator and accumulator soft decoder for receiving a transmit signal and configured to demodulate the received signal using a trellis based algorithm using a joint trellis for the accumulator and recursive modulation scheme to generate a plurality of coded symbol estimates ; and a Low Density Generator Matrix (LDGM) decoder for receiving the plurality of coded symbol estimates from the soft demodulator and decoding the coded symbol estimates to generate a plurality of source bit estimates .
A method of controlling a wind turbine comprising: obtaining weather data indicative of one or more weather conditions at the wind turbine ; estimating wake profiles based on the obtained weather data; estimating sound propagation in a direction of an acoustic receptor based on the estimated wake profiles; identifying a turning point in the estimated sound propagation, wherein the turning point is a distance in the direction of the acoustic receptor at which a noise level becomes lower when the wake profiles are aligned with the sound propagation than when the wake profiles are misaligned with the sound propagation; optimizing the operation of the wind turbine comprising: adjusting a yaw signal if the acoustic receptor is before the turning point , wherein the yaw signal controls the yaw of a nacelle relative to a tower ; and increasing a noise reduced operation (NRO) mode if the acoustic receptor is after the turning point ; estimating the noise level at the acoustic receptor ; and re-optimizing the operation of the wind turbine if the estimated noise level at the acoustic receptor exceeds a threshold noise level. obtaining weather data indicative of one or more weather conditions at the wind turbine ; estimating wake profiles based on the obtained weather data; estimating sound propagation in a direction of an acoustic receptor based on the estimated wake profiles; identifying a turning point in the estimated sound propagation, wherein the turning point is a distance in the direction of the acoustic receptor at which a noise level becomes lower when the wake profiles are aligned with the sound propagation than when the wake profiles are misaligned with the sound propagation; optimizing the operation of the wind turbine comprising: adjusting a yaw signal if the acoustic receptor is before the turning point , wherein the yaw signal controls the yaw of a nacelle relative to a tower ; and increasing a noise reduced operation (NRO) mode if the acoustic receptor is after the turning point ; adjusting a yaw signal if the acoustic receptor is before the turning point , wherein the yaw signal controls the yaw of a nacelle relative to a tower ; and increasing a noise reduced operation (NRO) mode if the acoustic receptor is after the turning point ; estimating the noise level at the acoustic receptor ; and re-optimizing the operation of the wind turbine if the estimated noise level at the acoustic receptor exceeds a threshold noise level.
A cell image display apparatus, comprising: an imaging means for imaging a sample including a plurality of blood cells; an image processing means for identifying types of blood cells in cell images; and a display means for displaying the cell images; characterized in that the image processing means is configured to: receive selection of at least one blood cell type, control the display means to display the cell images of the selected blood cell type in each group created by the selected blood cell type in a sequence based on a characteristic parameter value obtained from a cell image. an imaging means for imaging a sample including a plurality of blood cells; an image processing means for identifying types of blood cells in cell images; and a display means for displaying the cell images; characterized in that the image processing means is configured to: receive selection of at least one blood cell type, control the display means to display the cell images of the selected blood cell type in each group created by the selected blood cell type in a sequence based on a characteristic parameter value obtained from a cell image. receive selection of at least one blood cell type, control the display means to display the cell images of the selected blood cell type in each group created by the selected blood cell type in a sequence based on a characteristic parameter value obtained from a cell image.
Method for fastening an at least partially flexibly designed, oblong structural unit to a support rail arrangement extending along a longitudinal direction, wherein the structural unit to be fastened is provided wound up to a roll , wherein the structural unit is fastened by means of a mounting device , which is designed to be arranged on and moved along the support rail arrangement , wherein the mounting device rotatably supports the structural unit wound up to the roll and that said structural unit is unwound during the movement along the support rail arrangement , characterized in that the structural unit to be fastened is a profile element consisting of a flexible material and wherein the mounting device comprises pressing means for pressing the profile element against the support rail arrangement such that the profile element is fastened to the support rail arrangement in a clamping manner.
An access selection method, comprising: (S302) receiving, by a first transmission node from a parent node, configuration information of one of the parent node or a neighboring cell, wherein the first transmission node is an Integrated Access Backhaul, IAB, node; and (S304) performing, by the first transmission node, a measurement, monitoring, or a selection on an accessed parent node according to the configuration information, wherein the configuration information comprises at least one of the following: system information, wherein the system information comprises at least one of the following: an IAB random access parameter comprising a size of an IAB random access response window; or an IAB access barred indication used for indicating that an access of an IAB node is barred and an access of an ordinary UE is not barred; or cell selection information, wherein the cell selection information comprises at least one of: an IAB selection threshold, or an IAB reselection offset. (S302) receiving, by a first transmission node from a parent node, configuration information of one of the parent node or a neighboring cell, wherein the first transmission node is an Integrated Access Backhaul, IAB, node; and (S304) performing, by the first transmission node, a measurement, monitoring, or a selection on an accessed parent node according to the configuration information, wherein the configuration information comprises at least one of the following: system information, wherein the system information comprises at least one of the following: an IAB random access parameter comprising a size of an IAB random access response window; or an IAB access barred indication used for indicating that an access of an IAB node is barred and an access of an ordinary UE is not barred; or cell selection information, wherein the cell selection information comprises at least one of: an IAB selection threshold, or an IAB reselection offset. system information, wherein the system information comprises at least one of the following: an IAB random access parameter comprising a size of an IAB random access response window; or an IAB access barred indication used for indicating that an access of an IAB node is barred and an access of an ordinary UE is not barred; or cell selection information, wherein the cell selection information comprises at least one of: an IAB selection threshold, or an IAB reselection offset.
A fluid parameter meter to measure at least one parameter of a fluid, the meter comprising: an outer conduit ; a sensor element assembly disposed in the outer conduit and having at least one straight uniform sensor element with an open interior to convey the fluid inside of the sensor element assembly ; at least one vibration driver to cause the sensor element assembly to vibrate; and at least one vibration sensor to sense the vibration of the sensor element assembly ; characterized by : at least one mounting flexure (202 - 205) fixedly attached to the sensor element assembly and to the outer conduit to attach the sensor element assembly to the outer conduit , the at least one mounting flexure (202 - 205) being configured to enable the sensor element assembly to vibrate in a natural radial mode shape of vibration. an outer conduit ; a sensor element assembly disposed in the outer conduit and having at least one straight uniform sensor element with an open interior to convey the fluid inside of the sensor element assembly ; at least one vibration driver to cause the sensor element assembly to vibrate; and at least one vibration sensor to sense the vibration of the sensor element assembly ; characterized by : at least one mounting flexure (202 - 205) fixedly attached to the sensor element assembly and to the outer conduit to attach the sensor element assembly to the outer conduit , the at least one mounting flexure (202 - 205) being configured to enable the sensor element assembly to vibrate in a natural radial mode shape of vibration.
An adhesive dispenser comprising: - a platform (7; 107); - an unwinder reel (2; 102) pivotally mounted on the platform and designed to carry a roll of adhesive, the roll of adhesive including a support strip on which the adhesive is arranged, the strip and the adhesive together forming an adhesive tape; - a separator member (9; 109) for separating the adhesive from the support strip, the separator member being arranged on the platform; being characterized in that the adhesive dispenser includes at least one embossing roller (18; 118) arranged on the platform between the unwinder reel and the separator member so that, in operation, it embosses the adhesive tape (3; 103) being unwound from the roll of adhesive before it reaches the separator member in order to stiffen the adhesive tape. - a platform (7; 107); - an unwinder reel (2; 102) pivotally mounted on the platform and designed to carry a roll of adhesive, the roll of adhesive including a support strip on which the adhesive is arranged, the strip and the adhesive together forming an adhesive tape; - a separator member (9; 109) for separating the adhesive from the support strip, the separator member being arranged on the platform;
Image processing apparatus comprising: an image sensor input for connecting an image sensor ; a display output for connecting display means ; a memory output for connecting a read-only memory ; and a graphics processor configured to insert first overlapping image data into image data that can be obtained via the image sensor input to generate a first processed data stream , and to insert second overlapping image data differing from the first overlapping image data into the image data to obtain a second processed data stream , and to direct the first processed data stream to the memory output and to direct the second processed data stream to the display output , wherein the graphics processor is configured to generate the first processed data stream and a duplicate of the first processed data stream; wherein the graphics processor is configured to compress the first processed data stream and to direct the same to the memory output ; wherein the graphics processor is configured to insert the second overlapping image data into the non-compressed duplicate of the first processed data stream to generate the second processed data stream ; and wherein the graphics processor is configured to direct the second processed data stream to the display output . an image sensor input for connecting an image sensor ; a display output for connecting display means ; a memory output for connecting a read-only memory ; and a graphics processor configured to insert first overlapping image data into image data that can be obtained via the image sensor input to generate a first processed data stream , and to insert second overlapping image data differing from the first overlapping image data into the image data to obtain a second processed data stream , and to direct the first processed data stream to the memory output and to direct the second processed data stream to the display output , wherein the graphics processor is configured to generate the first processed data stream and a duplicate of the first processed data stream; wherein the graphics processor is configured to compress the first processed data stream and to direct the same to the memory output ; wherein the graphics processor is configured to insert the second overlapping image data into the non-compressed duplicate of the first processed data stream to generate the second processed data stream ; and wherein the graphics processor is configured to direct the second processed data stream to the display output .
An antenna device for a vehicle, comprising: an antenna base to be attached to the vehicle; a first antenna for a first frequency band provided on the antenna base; and a second antenna for a second frequency band provided on the antenna base , wherein the first frequency band is different from the second frequency band, and wherein the second antenna serves as a reflector of the first antenna in the first frequency band of the first antenna , characterized in that the first antenna is a collinear array antenna, and the antenna element of the collinear array antenna is held by a holder, the holder includes a pillar extending in a vertical direction relative to the antenna base and a connecting portion connecting to the pillar, and the collinear array antenna is elastically held by at least one of the pillar and the connecting portion. an antenna base to be attached to the vehicle; a first antenna for a first frequency band provided on the antenna base; and a second antenna for a second frequency band provided on the antenna base , wherein the first frequency band is different from the second frequency band, and wherein the second antenna serves as a reflector of the first antenna in the first frequency band of the first antenna , characterized in that the first antenna is a collinear array antenna, and the antenna element of the collinear array antenna is held by a holder, the holder includes a pillar extending in a vertical direction relative to the antenna base and a connecting portion connecting to the pillar, and the collinear array antenna is elastically held by at least one of the pillar and the connecting portion.