mhurhangee/patent-ind-claim-en huggingface dataset:
An ultrasonic sealing device, comprising: a horn having a sealing surface; an anvil having a sealing surface, at least one of said horn and said anvil being moveable to engage the sealing surface of said horn with the sealing surface of said anvil ; the sealing surfaces of each of said horn and said anvil including a plurality of protrusions and a recess between each pair of the protrusions , each of the protrusions having distal surface and sidewalls with curved edges therebetween and each of the recesses including a recess surface with curved edges; wherein, upon engagement of the sealing surface of said horn with the sealing surface of said anvil , the distal surfaces of each of the protrusions on each of the sealing surfaces engage corresponding ones of the recess surfaces of each of the recesses on each of the sealing surfaces and define a plurality of melt initiation points with gaps between the sidewalls of each adjacent protrusion; and wherein a first subset of the plurality of melt initiation points lie in a first plane and a second subset of the plurality of melt initiation points lie in a second plane parallel to the first plane, such that the plurality of melt initiation points lie in the two parallel planes, characterized in that each of the protrusions on said horn , each of the protrusions on said anvil , each of the recesses in said horn and each of the recesses in said anvil has a radius of curvature between 787,4 μm (0.031 inches) and 1397 μm (0.055 inches). a horn having a sealing surface; an anvil having a sealing surface, at least one of said horn and said anvil being moveable to engage the sealing surface of said horn with the sealing surface of said anvil ; the sealing surfaces of each of said horn and said anvil including a plurality of protrusions and a recess between each pair of the protrusions , each of the protrusions having distal surface and sidewalls with curved edges therebetween and each of the recesses including a recess surface with curved edges; wherein, upon engagement of the sealing surface of said horn with the sealing surface of said anvil , the distal surfaces of each of the protrusions on each of the sealing surfaces engage corresponding ones of the recess surfaces of each of the recesses on each of the sealing surfaces and define a plurality of melt initiation points with gaps between the sidewalls of each adjacent protrusion; and wherein a first subset of the plurality of melt initiation points lie in a first plane and a second subset of the plurality of melt initiation points lie in a second plane parallel to the first plane, such that the plurality of melt initiation points lie in the two parallel planes, characterized in that each of the protrusions on said horn , each of the protrusions on said anvil , each of the recesses in said horn and each of the recesses in said anvil has a radius of curvature between 787,4 μm (0.031 inches) and 1397 μm (0.055 inches).
A fixing device comprising: a rotatable endless fixing belt ; a pressing member configured to form a pressing area with the fixing belt ; a pushing member configured to come into contact with an inner circumferential face of the fixing belt via a lubricant and to push the fixing belt to the pressing member at the pressing area; and a cap configured to be attached to an end portion of the fixing belt through an elastic member and to be rotated together with the fixing belt , characterized in that the cap has a contact part with which an end face of the fixing belt comes into contact, the contact part has a groove configured to store the lubricant leaked from the inner circumferential face of the fixing belt , the groove is formed such that a width is varied along a radial direction of the cap , and the groove is shaped in a pyramid. a rotatable endless fixing belt ; a pressing member configured to form a pressing area with the fixing belt ; a pushing member configured to come into contact with an inner circumferential face of the fixing belt via a lubricant and to push the fixing belt to the pressing member at the pressing area; and a cap configured to be attached to an end portion of the fixing belt through an elastic member and to be rotated together with the fixing belt , characterized in that the cap has a contact part with which an end face of the fixing belt comes into contact, the contact part has a groove configured to store the lubricant leaked from the inner circumferential face of the fixing belt , the groove is formed such that a width is varied along a radial direction of the cap , and the groove is shaped in a pyramid.
Housing-less rotating electric machine with a stator cooling system, with draught cooling, with a stator lamination stack consisting of at least two lamination sub-stacks (TP) and solid clamping frames arranged on the outside of the stator lamination stack and cooling ducts formed as inflow and outflow ducts in the stator lamination stack and axially distributed over the circumference, with a rotor lamination stack consisting of lamination sub-stacks (TP) having interspaces, in which stack the winding is inserted in the rotor such that during operation the radially inwardly directed partial cooling air flows are pushed into the interspaces between the sub-stacks (TP) of the rotor lamination stack , flow around the winding inserted in the rotor lamination stack of the rotor, are accelerated by the rotor rotation, are deflected and pushed radially outwards through the radial cooling ducts formed by the separation and deflection sheets (TB) between the lamination sub-stacks (TP), and with axial cooling air inflow on both sides via separate fans (G1 and G2), wherein a continuous intermediate sheet (ZB) is arranged in the centre of the machine, characterized in that solid single-piece clamping frames are formed and arranged on both sides, provided with inwardly open recesses for cooling air inflow, open deflection pockets are distributed in the solid clamping frame in a radially outward arrangement for cooling air outflow and/or in an axially outward arrangement for partial or full cooling air outflow, or multi-piece clamping frames of at least two individual frames (R1 and R2) are arranged on both sides, in which inwardly open recesses are distributed for cooling air inflow and open deflection pockets are distributed in a radially outward arrangement for cooling air outflow and/or in an axially outward arrangement for partial or full cooling air outflow, separation and deflection sheets (TB) acting radially inwards are arranged between the lamination sub-stacks (TP), the lamination sub-stacks (TP) are arranged at a defined spacing from each other by the separation and deflection sheets (TB), the deflection pockets are radially closed towards the machine axis , the recesses for cooling air inflow and the deflection pockets for cooling air outflow are each sized to encompass one or more axial cooling ducts (AK) of the stator lamination stack , the recesses for cooling air inflow and the deflection pockets for cooling air outflow are arranged in a distributed manner in the clamping frame .
A method for video stabilization implemented on a machine having one or more storage devices and one or more processors , the method comprising: obtaining a target frame of a video, the target frame being different from a first frame of the video; obtaining a plurality of first feature points associated with the target frame ; determining whether the plurality of first feature points include at least one feature point relating to a moving object in the video; in response to a determination that the plurality of first feature points include at least one feature point relating to the moving object in the video, removing the at least one feature point relating to the moving object; performing video stabilization to the target frame based on remaining first feature points of the plurality of first feature points; determining a plurality of candidate feature points in the target frame ; randomly selecting at least one of the plurality of candidate feature points as at least one supplement feature point, a count of the at least one supplement feature point being equal to a count of the at least one removed first feature point; and designating the at least one supplement feature point and the remaining first feature points as second feature points associated with a frame immediately following the target frame in the video, the second feature points being feature points to be tracked of the frame immediately following the target frame . obtaining a target frame of a video, the target frame being different from a first frame of the video; obtaining a plurality of first feature points associated with the target frame ; determining whether the plurality of first feature points include at least one feature point relating to a moving object in the video; in response to a determination that the plurality of first feature points include at least one feature point relating to the moving object in the video, removing the at least one feature point relating to the moving object; performing video stabilization to the target frame based on remaining first feature points of the plurality of first feature points; determining a plurality of candidate feature points in the target frame ; randomly selecting at least one of the plurality of candidate feature points as at least one supplement feature point, a count of the at least one supplement feature point being equal to a count of the at least one removed first feature point; and designating the at least one supplement feature point and the remaining first feature points as second feature points associated with a frame immediately following the target frame in the video, the second feature points being feature points to be tracked of the frame immediately following the target frame .
Vehicle seat comprising a sitting portion , a backrest and a device for heating said sitting portion and said backrest , said seat being able to pass from a functional position to a stowed position by separating the sitting portion and the backrest , characterized in that the heating device comprises a first electrical connection element secured to the backrest and a second electrical connection element secured to the sitting portion , and in that said two elements cooperate with one another when the seat is in the functional position, and can be separated to allow said seat to adopt the stowed position.
A power conversion device that converts power from a power supply and supplies converted power to a load, the device comprising: a power converter configured to convert power from the power supply; a filter capacitor part configured to eliminate noise from power in the power converter , the power converter being detachable from the filter capacitor part ; a housing configured to house therein a power unit (PU) comprising the filter capacitor part and the power converter stacked on the filter capacitor part and to enable the power unit (PU) to be taken in and out from an upper door on an upper surface and a side door on a side surface thereof; a guide rail (GR) located on a bottom surface of the housing to extend in a direction substantially perpendicular to the side surface and guiding the power unit (PU) when the power unit (PU) is taken in and out from the side surface of the housing ; and a protrusion located on the filter capacitor part to fit upward into a hole or a concave portion formed on the power converter and guiding the power converter when the power converter is taken in and out from the upper surface of the housing . a power converter configured to convert power from the power supply; a filter capacitor part configured to eliminate noise from power in the power converter , the power converter being detachable from the filter capacitor part ; a housing configured to house therein a power unit (PU) comprising the filter capacitor part and the power converter stacked on the filter capacitor part and to enable the power unit (PU) to be taken in and out from an upper door on an upper surface and a side door on a side surface thereof; a guide rail (GR) located on a bottom surface of the housing to extend in a direction substantially perpendicular to the side surface and guiding the power unit (PU) when the power unit (PU) is taken in and out from the side surface of the housing ; and a protrusion located on the filter capacitor part to fit upward into a hole or a concave portion formed on the power converter and guiding the power converter when the power converter is taken in and out from the upper surface of the housing .
A laser processing machine comprising: a laser oscillator that outputs a laser light (LB) having a 1μm wavelength band; a laser processing head that is optically connected with the laser oscillator and irradiates the laser light (LB) toward a workpiece (W) while injecting assist gas; a detector (38, 52+56) that is provided within the laser processing head and detects a returned light (BR, BR') travelling from a side of a processed point (SP), including the processed point (SP) and a vicinity of the processed point (SP), toward the laser processing head while the laser light (LB) is irradiated; and a monitoring section that monitors a laser processing state by selectively detecting a light level of a specific wavelength band according to a processing condition in temporal sequence from the returned light (BR, BR') detected by the detector (38, 52+56), characterized in that the monitoring section has a judging section that judges the laser processing state by comparing a reference transition pattern that indicates light level temporal transition of the specific wavelength band assumed in a case where the laser processing condition is proper and light level temporal transition of the specific wavelength band according to the processing condition as a detection result from the detector (38, 52+56). a laser oscillator that outputs a laser light (LB) having a 1μm wavelength band; a laser processing head that is optically connected with the laser oscillator and irradiates the laser light (LB) toward a workpiece (W) while injecting assist gas; a detector (38, 52+56) that is provided within the laser processing head and detects a returned light (BR, BR') travelling from a side of a processed point (SP), including the processed point (SP) and a vicinity of the processed point (SP), toward the laser processing head while the laser light (LB) is irradiated; and a monitoring section that monitors a laser processing state by selectively detecting a light level of a specific wavelength band according to a processing condition in temporal sequence from the returned light (BR, BR') detected by the detector (38, 52+56), characterized in that the monitoring section has a judging section that judges the laser processing state by comparing a reference transition pattern that indicates light level temporal transition of the specific wavelength band assumed in a case where the laser processing condition is proper and light level temporal transition of the specific wavelength band according to the processing condition as a detection result from the detector (38, 52+56).
Plug connector having a main body and a housing with a plug side and a cable connection side, wherein the plug side and the cable connection side are arranged opposite one another, wherein one or more contacts , which are arranged parallel in relation to one another, are accommodated in the main body for the purpose of establishing one or more electrical connections, wherein an electrical cable can be connected to the cable connection side, wherein at least one latching element is arranged on the housing , wherein the at least one latching element is arranged to the side in relation to the main body, and wherein the at least one latching element can be moved between a first, locked position and a second, unlocked position, wherein the at least one latching element is integrally formed on the housing , wherein the at least one latching element is formed from two spring arms , wherein a respective end of the spring arm is connected to the housing and a further end of the spring arm is in the form of a free end with a spring action, and the at least one latching element has two openings , one on each spring arm , in the region of that end of the spring arm which is fastened to the housing , characterized in that it is possible to reach into the openings on the two spring arms and the spring arms of the latching element can be moved toward one another, into the unlocked position, by pushing together the two openings toward one another.
Method of detecting structures of nanometer size semiconductor elements on or below the surface of a sample using a probe including a cantilever and a probe tip , wherein the cantilever comprises one ore more normal modes of resonance including a fundamental resonance frequency, the method including: applying, using a transducer , a vibrational input signal to the sample ; sensing, while the probe tip is in contact with the surface , an output signal indicative of motion of the probe tip due to vibrations at the surface induced by the vibrational input signal; wherein: the vibrational input signal is applied exclusively to the sample ; and the vibrational input signal comprises at least a first signal component having a frequency within a range of 10 megahertz to 10 gigahertz, at which frequency the cantilever acts as a stiff element; and the vibrational input signal is amplitude modulated using at least a second signal component having a modulation frequency below 5 megahertz, for indenting the surface of the sample against the probe tip . applying, using a transducer , a vibrational input signal to the sample ; sensing, while the probe tip is in contact with the surface , an output signal indicative of motion of the probe tip due to vibrations at the surface induced by the vibrational input signal; wherein: the vibrational input signal is applied exclusively to the sample ; and the vibrational input signal comprises at least a first signal component having a frequency within a range of 10 megahertz to 10 gigahertz, at which frequency the cantilever acts as a stiff element; and the vibrational input signal is amplitude modulated using at least a second signal component having a modulation frequency below 5 megahertz, for indenting the surface of the sample against the probe tip . the vibrational input signal is applied exclusively to the sample ; and the vibrational input signal comprises at least a first signal component having a frequency within a range of 10 megahertz to 10 gigahertz, at which frequency the cantilever acts as a stiff element; and the vibrational input signal is amplitude modulated using at least a second signal component having a modulation frequency below 5 megahertz, for indenting the surface of the sample against the probe tip .
A wireless power transmission device for transmitting electric power to a wireless power reception device with a reception coil in a wireless manner, comprising; a first transmission coil ; and a second transmission coil disposed inside the first transmission coil , wherein the first transmission coil and the second transmission coil are both configured to transmit electric power to the wireless power reception device by magnetic coupling to the reception coil , wherein the wireless power transmission device transmits electric power to the wireless power reception device through one of the first and second transmission coils , based on a coupling state between the wireless power transmission device and the wireless power reception device depending on distance, angle or position thereof, so as to transmit electric power to the wireless power reception device through a coil for allowing the magnetic coupling to be better wherein the coupling state is indicated by a coupling coefficient between the first transmission coil and the reception coil provided in the wireless power reception device , or a coupling coefficient between the second transmission coil and the reception coil provided in the wireless power reception device , characterised in that sizes of the first and second transmission coils are set such that a point (I), at which the coupling coefficient between the first transmission coil and the reception coil of the wireless power reception device is minimized, coincides with a point (J) at which the coupling coefficient between the second transmission coil and the reception coil of the wireless power reception device is maximized. a first transmission coil ; and a second transmission coil disposed inside the first transmission coil , wherein the first transmission coil and the second transmission coil are both configured to transmit electric power to the wireless power reception device by magnetic coupling to the reception coil , wherein the wireless power transmission device transmits electric power to the wireless power reception device through one of the first and second transmission coils , based on a coupling state between the wireless power transmission device and the wireless power reception device depending on distance, angle or position thereof, so as to transmit electric power to the wireless power reception device through a coil for allowing the magnetic coupling to be better wherein the coupling state is indicated by a coupling coefficient between the first transmission coil and the reception coil provided in the wireless power reception device , or a coupling coefficient between the second transmission coil and the reception coil provided in the wireless power reception device , characterised in that sizes of the first and second transmission coils are set such that a point (I), at which the coupling coefficient between the first transmission coil and the reception coil of the wireless power reception device is minimized, coincides with a point (J) at which the coupling coefficient between the second transmission coil and the reception coil of the wireless power reception device is maximized.
An herbicidal composition comprising a synergistic combination of (a) fluroxypyr or an agriculturally acceptable salt or ester thereof and (b) flumetsulam or an agriculturally acceptable salt thereof, wherein the weight ratio of (a) fluroxypyr or an agriculturally acceptable salt or ester thereof to (b) flumetsulam or an agriculturally acceptable salt thereof is from about 1:1 to about 1:10.