mhurhangee/patent-ind-claim-en huggingface dataset:
A ranging method comprising: a first step of emitting light to a target object (OB) and starting a time measurement; a second step of amplifying a received light signal reflected from the target object (OB) with a first gain to detect the amplified signal; and a third step (S105: Yes, S107: Yes) of detecting a first echo, from the received light signal detected in the second step; characterized by a fourth step of amplifying the received light signal reflected from the target object (OB) with a second gain greater than the first gain to detect the amplified signal; a fifth step (S101: No) of detecting a second echo and a third echo with a time interval, from the received light signal detected in the fourth step; a sixth step of stopping the time measurement at a time of detecting the first echo when the time interval between the time point of detecting the second echo and the time point of detecting the first echo is longer than the time interval between the time point of detecting the first echo and the time point of detecting the third echo (S109: Yes), and stopping the time measurement at a time of detecting the third echo when the time interval between the time point of detecting the second echo and the time point of detecting the first echo is shorter than the time interval between the time point of detecting the first echo and the time point of detecting the third echo (S109: No); and a seventh step (S110, S111) of calculating the measured distance based on the time interval from the starting of the time measurement to the stopping of the time measurement. a first step of emitting light to a target object (OB) and starting a time measurement; a second step of amplifying a received light signal reflected from the target object (OB) with a first gain to detect the amplified signal; and a third step (S105: Yes, S107: Yes) of detecting a first echo, from the received light signal detected in the second step; characterized by a fourth step of amplifying the received light signal reflected from the target object (OB) with a second gain greater than the first gain to detect the amplified signal; a fifth step (S101: No) of detecting a second echo and a third echo with a time interval, from the received light signal detected in the fourth step; a sixth step of stopping the time measurement at a time of detecting the first echo when the time interval between the time point of detecting the second echo and the time point of detecting the first echo is longer than the time interval between the time point of detecting the first echo and the time point of detecting the third echo (S109: Yes), and stopping the time measurement at a time of detecting the third echo when the time interval between the time point of detecting the second echo and the time point of detecting the first echo is shorter than the time interval between the time point of detecting the first echo and the time point of detecting the third echo (S109: No); and a seventh step (S110, S111) of calculating the measured distance based on the time interval from the starting of the time measurement to the stopping of the time measurement.
A printing system comprising: a carriage that includes a first print head that deposits colored ink on a substrate , and a second print head that deposits clear ink on the substrate , wherein the second print head is disposed downstream of the first print head in the media feed direction; a light source that is configured to emit radiation to cure ink deposited on the substrate , wherein the light source is disposed along one side of the carriage ; and a bracket that is statically affixed to opposing sides of a housing of the light source such that the bracket covers a portion of the light source to temporarily prevent the radiation from reaching a section of the substrate onto which the clear ink has been deposited, and wherein the bracket is positioned substantially in line with the second print head so that the clear ink deposited on the section of the substrate is not immediately exposed to the radiation emitted by the light source for an amount of time during which the clear ink is allowed to settle, and wherein the amount of time is based on a width of the bracket. a carriage that includes a first print head that deposits colored ink on a substrate , and a second print head that deposits clear ink on the substrate , wherein the second print head is disposed downstream of the first print head in the media feed direction; a first print head that deposits colored ink on a substrate , and a second print head that deposits clear ink on the substrate , wherein the second print head is disposed downstream of the first print head in the media feed direction; a light source that is configured to emit radiation to cure ink deposited on the substrate , wherein the light source is disposed along one side of the carriage ; and a bracket that is statically affixed to opposing sides of a housing of the light source such that the bracket covers a portion of the light source to temporarily prevent the radiation from reaching a section of the substrate onto which the clear ink has been deposited, and wherein the bracket is positioned substantially in line with the second print head so that the clear ink deposited on the section of the substrate is not immediately exposed to the radiation emitted by the light source for an amount of time during which the clear ink is allowed to settle, and wherein the amount of time is based on a width of the bracket. wherein the bracket is positioned substantially in line with the second print head so that the clear ink deposited on the section of the substrate is not immediately exposed to the radiation emitted by the light source for an amount of time during which the clear ink is allowed to settle, and wherein the amount of time is based on a width of the bracket.
Device for coating a surface of a workpiece (W), in particular a narrow side of a planar workpiece, comprising: at least one pretreatment apparatus for pretreating a surface to be coated, an apparatus for bringing about a relative movement between the pretreatment device and the workpiece (W), and at least one printing apparatus , in particular an inkjet printing apparatus, wherein the printing apparatus comprises at least one digital printing head , wherein the pretreatment apparatus is configured to apply a pretreatment material to the surface of the workpiece (W) to be printed on, further comprising a detection apparatus for detecting a property of the surface to be coated, wherein a control apparatus of the device is configured to control the pretreatment apparatus and/or the printing apparatus in an open-loop and/or closed-loop manner based on the detection result of the detection apparatus , characterised in that the detection apparatus comprises: a first detection module which is arranged and configured to detect the surface to be coated before the pretreatment, and a second detection module which is arranged and configured to detect the surface after the pretreatment. at least one pretreatment apparatus for pretreating a surface to be coated, an apparatus for bringing about a relative movement between the pretreatment device and the workpiece (W), and at least one printing apparatus , in particular an inkjet printing apparatus, wherein the printing apparatus comprises at least one digital printing head , wherein the pretreatment apparatus is configured to apply a pretreatment material to the surface of the workpiece (W) to be printed on, further comprising a detection apparatus for detecting a property of the surface to be coated, wherein a control apparatus of the device is configured to control the pretreatment apparatus and/or the printing apparatus in an open-loop and/or closed-loop manner based on the detection result of the detection apparatus , characterised in that the detection apparatus comprises: a first detection module which is arranged and configured to detect the surface to be coated before the pretreatment, and a second detection module which is arranged and configured to detect the surface after the pretreatment. a first detection module which is arranged and configured to detect the surface to be coated before the pretreatment, and a second detection module which is arranged and configured to detect the surface after the pretreatment.
An assembly comprising: - a rail having alternating support zones , in which two lips directed towards one another protrude towards the inside of the rail , and open zones , and - a seat support pallet comprising fixing members for the fixation to the aircraft seat and at least one fastener for the fixation to an aircraft cabin rail , characterized in that said assembly further comprises: - an airplane seat stop intended to be installed on said rail , comprising: - a body provided with a plunger intended to be inserted in an open area of said rail so as to abut against the lips of a support area , and - at least one holding device for said stop on said rail , - and in that said stop is configured to be mounted on said rail at a distance from said fastener . - a rail having alternating support zones , in which two lips directed towards one another protrude towards the inside of the rail , and open zones , and - a seat support pallet comprising fixing members for the fixation to the aircraft seat and at least one fastener for the fixation to an aircraft cabin rail , - an airplane seat stop intended to be installed on said rail , comprising: - a body provided with a plunger intended to be inserted in an open area of said rail so as to abut against the lips of a support area , and - at least one holding device for said stop on said rail , - and in that said stop is configured to be mounted on said rail at a distance from said fastener .
A microminiature monocoil driven latching valve, comprising: an armature assembly, a valve body , a magnetic steel , and coils , wherein the armature assembly is arranged in an inner cavity of the valve body , and the armature assembly comprises an armature and a ball , wherein each of the armature and the valve body is of a revolving body structure, the ball is a spherical ball; portions in a circumference direction close to an end surface of each of two ends of the armature are provided with N grooves uniformly distributed along the circumference direction, one ball is arranged in each of the grooves ; each of the grooves has a combination shape of a spherical segment of a hollow structure and a cylinder, the spherical segment has a diameter equal to a diameter of the cylinder, and the ball has a diameter less than the diameter of the spherical segment or the cylinder in the groove and greater than a depth of the groove ; the ball is made of a non-magnetic material having a hardness HRC>58, wherein N is a positive integer and N≥3; and the magnetic steel is sleeved on a circumferential surface of the valve body to divide the circumferential surface of the valve body into two areas, and two coils are wound in the two areas respectively and are connected in series into one coil. an armature assembly, a valve body , a magnetic steel , and coils , wherein the armature assembly is arranged in an inner cavity of the valve body , and the armature assembly comprises an armature and a ball , wherein each of the armature and the valve body is of a revolving body structure, the ball is a spherical ball; portions in a circumference direction close to an end surface of each of two ends of the armature are provided with N grooves uniformly distributed along the circumference direction, one ball is arranged in each of the grooves ; each of the grooves has a combination shape of a spherical segment of a hollow structure and a cylinder, the spherical segment has a diameter equal to a diameter of the cylinder, and the ball has a diameter less than the diameter of the spherical segment or the cylinder in the groove and greater than a depth of the groove ; the ball is made of a non-magnetic material having a hardness HRC>58, wherein N is a positive integer and N≥3; and the magnetic steel is sleeved on a circumferential surface of the valve body to divide the circumferential surface of the valve body into two areas, and two coils are wound in the two areas respectively and are connected in series into one coil.
An ink set comprising: an aqueous inkjet ink composition; and a primer composition, wherein the aqueous inkjet ink composition contains a pigment, an alkali-soluble resin, a resin emulsion, a surfactant, a water-soluble solvent, and water, the resin emulsion contains a polyurethane resin emulsion and/or a polyolefin resin emulsion, the surfactant contains an alkyl sulfonate and/or a polyoxyethylene alkyl ether sulfate, the aqueous inkjet ink composition has a content of the alkyl sulfonate and/or the polyoxyethylene alkyl ether sulfate of 0.05% by mass or more and 0.5% by mass or less, and the primer composition contains an aggregation accelerator that accelerates aggregation of the aqueous inkjet ink composition. an aqueous inkjet ink composition; and a primer composition, wherein the aqueous inkjet ink composition contains a pigment, an alkali-soluble resin, a resin emulsion, a surfactant, a water-soluble solvent, and water, the resin emulsion contains a polyurethane resin emulsion and/or a polyolefin resin emulsion, the surfactant contains an alkyl sulfonate and/or a polyoxyethylene alkyl ether sulfate, the aqueous inkjet ink composition has a content of the alkyl sulfonate and/or the polyoxyethylene alkyl ether sulfate of 0.05% by mass or more and 0.5% by mass or less, and the primer composition contains an aggregation accelerator that accelerates aggregation of the aqueous inkjet ink composition.
An unmanned aerial vehicle comprising: - an engine group which is located in the body , and provides motion to the front propeller and rear propeller , - a front propeller which is located in front of the body which is connected to the engine group , - a rear propeller which is connected to the engine assembly and is located at the rear of the body , which can rotate in the same or opposite direction to the front propeller , - 3 wings which enable vertical take-off and landing of the aerial vehicle, the sharp ends of which are used as landing gear, and which are installed on the body with constant 120 ° spacing, characterized in that it comprises: - a liquid hydrogen tank installed in the center of the rear propeller , - a balloon which is wrapped around the liquid hydrogen tank , which is inflated with the hydrogen in the liquid hydrogen tank and enables suspension of the unmanned aerial vehicle in the air. - an engine group which is located in the body , and provides motion to the front propeller and rear propeller , - a front propeller which is located in front of the body which is connected to the engine group , - a rear propeller which is connected to the engine assembly and is located at the rear of the body , which can rotate in the same or opposite direction to the front propeller , - 3 wings which enable vertical take-off and landing of the aerial vehicle, the sharp ends of which are used as landing gear, and which are installed on the body with constant 120 ° spacing, - a liquid hydrogen tank installed in the center of the rear propeller , - a balloon which is wrapped around the liquid hydrogen tank , which is inflated with the hydrogen in the liquid hydrogen tank and enables suspension of the unmanned aerial vehicle in the air.
Marine propulsion unit comprising a stern drive (200; 400) configured to be mounted to a transom (202 402), which stern drive comprises an upper unit enclosed in a stern drive housing (201; 401) and a lower unit enclosed in a gearbox housing (203; 403); wherein the gearbox housing (203; 403) contains a gearbox (211-213; 411-413) arranged to drive at least one propeller (204; 404), wherein the propulsion unit further comprises: - at least two electric motors (205, 206, 207; 405, 406) arranged in the stern drive housing (201; 401), which electric motors are mounted with vertical output shafts; - a planetary gear set (208; 300; 310; 320; 408) arranged between the at least two electric motors and the gearbox, and - a vertical shaft (210; 410) that is attached to a ring gear (302; 312; 322) of the planetary gear set at its upper end and is connected to the gearbox at its lower end; wherein the output shaft of each electric motor is connected to a planetary gear (303,304; 313,314,315; 323,324,325,326) arranged in the planetary gear set to drive the ring gear (302; 312; 322) and the vertical shaft (210; 410) connected to the gearbox. - at least two electric motors (205, 206, 207; 405, 406) arranged in the stern drive housing (201; 401), which electric motors are mounted with vertical output shafts; - a planetary gear set (208; 300; 310; 320; 408) arranged between the at least two electric motors and the gearbox, and - a vertical shaft (210; 410) that is attached to a ring gear (302; 312; 322) of the planetary gear set at its upper end and is connected to the gearbox at its lower end;
A wide bandgap transistor, comprising: an active region having a channel ; a source electrode in electrical contact with said active region; a drain electrode in electrical contact with said active region; a gate in electrical contact with said active region between said source and drain electrodes on said active region; a spacer layer over at least a portion of said active region between said gate and said drain electrode and between said gate and said source electrode; and a field plate on said spacer layer and electrically isolated from said active region and gate by said spacer layer formed at least partially over said gate, said field plate electrically connected to said source electrode by at least one conductive path , said field plate extending on said spacer layer a distance L f as measured from an edge of said gate to said drain electrode; wherein said at least one conductive path electrically connecting said field plate to said source electrode does not run directly over said active region; wherein said spacer layer is between said field plate and said gate and active region to provide said field plate isolation; wherein first portions of said field plate extend beyond the active region on both sides, in the width direction of the active region, such that said at least one conductive path electrically connecting said field plate to the source electrode comprises one of said portions; wherein first portions of said gate extend beyond the active region on both sides, in the width direction of the active region. an active region having a channel ; a source electrode in electrical contact with said active region; a drain electrode in electrical contact with said active region; a gate in electrical contact with said active region between said source and drain electrodes on said active region; a spacer layer over at least a portion of said active region between said gate and said drain electrode and between said gate and said source electrode; and a field plate on said spacer layer and electrically isolated from said active region and gate by said spacer layer formed at least partially over said gate, said field plate electrically connected to said source electrode by at least one conductive path , said field plate extending on said spacer layer a distance L f as measured from an edge of said gate to said drain electrode; wherein said at least one conductive path electrically connecting said field plate to said source electrode does not run directly over said active region; wherein said spacer layer is between said field plate and said gate and active region to provide said field plate isolation; wherein first portions of said field plate extend beyond the active region on both sides, in the width direction of the active region, such that said at least one conductive path electrically connecting said field plate to the source electrode comprises one of said portions; wherein first portions of said gate extend beyond the active region on both sides, in the width direction of the active region.
An overvoltage protection device for electrical terminal devices which, in addition to an at least single-phase low-voltage supply system connection (L), have at least one control signal connection (Lst) for switching a lamp arrangement in a street lighting system on and off, wherein a change in the operating state of the respective terminal device or of a consumer can be specified by means of the control signal connection (Lst), consisting of an arrangement of varistors (V) which are each assigned a thermal disconnecting device (ATV) and an optical function display (D), and having at least one gas discharge tube (G) which is connected between a neutral conductor (N) and a protective earth conductor (PE), wherein furthermore a first varistor (V) with a thermal disconnecting device (ATV) is provided between the power supply system connection (L) and a neutral conductor (N) and a second varistor (V) with a thermal disconnecting device (ATV) is provided between the control signal connection (Lst) and the neutral conductor (N), wherein the overvoltage protection device (KÜG) is adapted to be arranged in the immediate vicinity of the electrical terminal device or consumer in a terminal box (HAK) which is located within a conductive pole, wherein the optical function displays (D) are provided for a separate signaling of overvoltage events of the power supply system connection (L) and of the control signal connection (Lst), wherein in the case of a power supply from a TNC power system with a PEN conductor, which is at the same time a protective earth conductor (PE) and a neutral conductor (N), the gas discharge tube (G) is connected between the PEN conductor and the conductive pole to form a potential equalization.
Drawer having a base , two side frames and a rear wall connecting the side frames , wherein at least one housing of an adjusting device is fixed to the rear wall , wherein the adjusting device comprises a rotary part having an eccentric , which is rotatably mounted on the housing , wherein a compression member is movable relative to the housing via the adjusting device , which compression member can be supported via a support part on a rail of a pull-out guide , wherein the support part is displaceably held on a guide and has a receiving section into which a hook projecting from the rail can be inserted, characterized in that the rear wall is made of a bent sheet steel or aluminum profile and the housing is fixed to an upper region of the rear wall at a bent-over edge and the rear wall has a lower bent-over edge at which an opening is formed for guiding through the support part or the compression member .