mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor device comprising: a semiconductor layer made of SiC of a first conductive type having an active region in which a trench gate type MIS transistor including a lattice-shaped first trench is formed and an outer circumferential region surrounding the active region in which is formed a stripe-shaped second trench extended from the end of the lattice-shaped first trench ; a gate insulating film formed on a side surface and on a bottom surface of a gate trench including the first trench and the second trench , the gate insulating film integrally including a side-surface insulating film on the side surface and a bottom-surface insulating film on the bottom surface; and a gate electrode embedded in the gate trench , the gate electrode having an overlap portion overlapping the surface of the semiconductor layer in an upper edge formed at an opening end of the gate trench being arranged to surround the active region and crossing the stripe-shaped second trench ; and a gate finger which is arranged to surround the active region along the outer circumferential region, and is electrically connected to the overlap portion of the gate electrode , wherein the side-surface insulating film includes an overhung portion selectively thicker than other portions of the side-surface insulating film so as to protrude inwardly of the gate trench at the upper edge , the gate finger is laid in a region inside of a longitudinal direction terminal portion of the second trench , and the terminal portion of the second trench protrudes outwardly of the gate finger . a semiconductor layer made of SiC of a first conductive type having an active region in which a trench gate type MIS transistor including a lattice-shaped first trench is formed and an outer circumferential region surrounding the active region in which is formed a stripe-shaped second trench extended from the end of the lattice-shaped first trench ; a gate insulating film formed on a side surface and on a bottom surface of a gate trench including the first trench and the second trench , the gate insulating film integrally including a side-surface insulating film on the side surface and a bottom-surface insulating film on the bottom surface; and a gate electrode embedded in the gate trench , the gate electrode having an overlap portion overlapping the surface of the semiconductor layer in an upper edge formed at an opening end of the gate trench being arranged to surround the active region and crossing the stripe-shaped second trench ; and a gate finger which is arranged to surround the active region along the outer circumferential region, and is electrically connected to the overlap portion of the gate electrode , wherein the side-surface insulating film includes an overhung portion selectively thicker than other portions of the side-surface insulating film so as to protrude inwardly of the gate trench at the upper edge , the gate finger is laid in a region inside of a longitudinal direction terminal portion of the second trench , and the terminal portion of the second trench protrudes outwardly of the gate finger .
A method which comprises applying a composition comprising: water, a water-miscible organic solvent, a water-borne primary resin that is (i) a polyurethane resin, (ii) an acrylic resin with a pH of 6.5-7.5, or (iii) an acrylic emulsion resin with a pH of 6.5-7.5, the primary resin having a Tg of 25°C or less, and a hydrophobic surfactant, to a substrate, and curing the composition to form a film substantially impenetrable to heavy metal, such that less than 1.000 μg heavy metal extractables/test sample penetrate the film, as tested by NIOSH testing method 9100 using inductively Couples Argon Plasma (ICAP) following EPO method 200.7. water, a water-miscible organic solvent, a water-borne primary resin that is (i) a polyurethane resin, (ii) an acrylic resin with a pH of 6.5-7.5, or (iii) an acrylic emulsion resin with a pH of 6.5-7.5, the primary resin having a Tg of 25°C or less, and a hydrophobic surfactant,
Money box, with a receiving region for receiving notes of value, with at least one movable element for delimiting the receiving region , and with a sensor (100 to 109) for determining the position of the movable element , characterized in that the sensor (100 to 109) has at least one inductive sensor, in that the inductive sensor (100 to 109) comprises a coil arrangement for generating an alternating magnetic field and a conductive element for influencing the alternating magnetic field in a position-dependent manner, and in that the inductive sensor (100 to 109) comprises at least one further coil arrangement for generating a further alternating magnetic field. with a receiving region for receiving notes of value, with at least one movable element for delimiting the receiving region , and with a sensor (100 to 109) for determining the position of the movable element , characterized in that the sensor (100 to 109) has at least one inductive sensor, in that the inductive sensor (100 to 109) comprises a coil arrangement for generating an alternating magnetic field and a conductive element for influencing the alternating magnetic field in a position-dependent manner, and in that the inductive sensor (100 to 109) comprises at least one further coil arrangement for generating a further alternating magnetic field.
A motor comprising: an axis defining an axial direction, the axial direction comprising an up and a down direction, a housing having a lateral side surface and a bottom surface; a stator disposed in the housing ; a rotor disposed in the housing ; a rotating shaft rotated along with the rotor ; a holder coupled to the bottom surface of the housing ; and a bearing disposed axially between the bottom surface and the holder , the bearing axially supporting the rotor and being restricted by the holder , the bottom surface of the housing comprising a first receiving part configured to support a lateral side of the bearing , and a first protruding part configured to support an upper end of the bearing , wherein a bent is formed between the first protruding part and the first receiving part , wherein the holder comprises a second protruding part configured to support a lower end of the bearing , characterized in that the bottom surface of the housing further comprises a first inclined part connecting the first receiving part and the lateral side surface of the housing , wherein a bent is formed between the first receiving part and the first inclined part , wherein the holder comprises a second inclined part contacting the first inclined part , wherein the first inclined part and the second inclined part are inclined with respect to a line perpendicular to the axial direction, so that the bottom surface of the housing protrudes downwardly. an axis defining an axial direction, the axial direction comprising an up and a down direction, a housing having a lateral side surface and a bottom surface; a stator disposed in the housing ; a rotor disposed in the housing ; a rotating shaft rotated along with the rotor ; a holder coupled to the bottom surface of the housing ; and a bearing disposed axially between the bottom surface and the holder , the bearing axially supporting the rotor and being restricted by the holder , the bottom surface of the housing comprising a first receiving part configured to support a lateral side of the bearing , and a first protruding part configured to support an upper end of the bearing , wherein a bent is formed between the first protruding part and the first receiving part , wherein the holder comprises a second protruding part configured to support a lower end of the bearing , characterized in that the bottom surface of the housing further comprises a first inclined part connecting the first receiving part and the lateral side surface of the housing , wherein a bent is formed between the first receiving part and the first inclined part , wherein the holder comprises a second inclined part contacting the first inclined part , wherein the first inclined part and the second inclined part are inclined with respect to a line perpendicular to the axial direction, so that the bottom surface of the housing protrudes downwardly.
Timepiece oscillator with a flexible pivot comprising a support , a balance and first and second elastic strips arranged to guide the balance in rotation with respect to the support about a virtual axis of rotation (A) and to exert on the balance a return torque, the first and second elastic strips extending in parallel planes and crossing each other without contact, the balance having a rim which is generally symmetrical in shape with respect to the virtual axis of rotation (A) and being assembled between an upper part and a lower part , the upper part comprising an upper stage of the support and the first elastic strip , the lower part comprising a lower stage of the support and the second elastic strip .
Method for operating a particle sensor comprising a laser module , which comprises a laser, and a detector configured for detecting thermal radiation , an optical element arranged in the beam path of the laser of the laser module , and a detector , wherein the optical element is configured to focus laser light emanating from the laser module to a spot in order to excite a particle to emit light at the location of the spot, and wherein the detector is arranged in the particle sensor in such a way that it detects radiation emanating from the spot , wherein the output signals of the detector are subjected to filtering, by which output signals generated by insufficiently heated particles are excluded from a further evaluation, characterized in that the filtering is effected in such a way that peaks having a characteristic double peak structure are excluded from the further evaluation, wherein the characteristic double peak structure is recognized by means of a signal processing method, wherein the signal processing method is effected using pattern recognition by means of artificial intelligence, or fitting of a curve of the double peak structure to a sample curve shape, or by algorithms for finding high points of the double peak structure and for evaluating a temporal spacing of the high points, wherein the filtering is based on an evaluation of the temporal spacing of peaks in the output signal of the detector, wherein a first peak is detected in the output signal of the detector, and a decision as to whether the detected first peak is counted as an event indicating a particle is dependent on whether a further peak is detected in the output signal of the detector within a predefined first time duration t1, which begins with the detection of the first peak.
A method comprising: determining a current zoom value of a camera and a sensor cutoff frequency of a sensor in the camera; determining a dome cutoff frequency of a transparent dome of the camera; determining an image cutoff frequency using the dome cutoff frequency and the current zoom value; and determining whether the image cutoff frequency is less than the sensor cutoff frequency and, when the image cutoff frequency is less than the sensor cutoff frequency, applying a first low-pass filter to an image captured by the camera. determining a current zoom value of a camera and a sensor cutoff frequency of a sensor in the camera; determining a dome cutoff frequency of a transparent dome of the camera; determining an image cutoff frequency using the dome cutoff frequency and the current zoom value; and determining whether the image cutoff frequency is less than the sensor cutoff frequency and, when the image cutoff frequency is less than the sensor cutoff frequency, applying a first low-pass filter to an image captured by the camera.
An ultrasound imaging method, comprising: transmitting a plurality of unfocused plane wave ultrasound beams to a scan target; respectively receiving echoes of said plurality of unfocused plane wave ultrasound beams to acquire a plurality of sets of plane wave echo signals; transmitting a plurality of focused ultrasound beams to the scan target; respectively receiving echoes of said plurality of focused ultrasound beams to acquire a plurality of sets of focused beam echo signals, wherein at least one portion of said plurality of unfocused plane wave ultrasound beams and at least one portion of said plurality of focused ultrasound beams are transmitted alternately; acquiring a velocity vector of a target point in said scan target using said plurality of sets of plane wave echo signals; acquiring an ultrasound image of at least part of said scan target using said plurality of sets of focused beam echo signals; and displaying the velocity vector and said ultrasound image. transmitting a plurality of unfocused plane wave ultrasound beams to a scan target; respectively receiving echoes of said plurality of unfocused plane wave ultrasound beams to acquire a plurality of sets of plane wave echo signals; transmitting a plurality of focused ultrasound beams to the scan target; respectively receiving echoes of said plurality of focused ultrasound beams to acquire a plurality of sets of focused beam echo signals, wherein at least one portion of said plurality of unfocused plane wave ultrasound beams and at least one portion of said plurality of focused ultrasound beams are transmitted alternately; acquiring a velocity vector of a target point in said scan target using said plurality of sets of plane wave echo signals; acquiring an ultrasound image of at least part of said scan target using said plurality of sets of focused beam echo signals; and displaying the velocity vector and said ultrasound image.
Lactobacillus reuteri strain having NCIMB accession number 42835.
A combined pharmaceutical composition comprising halofuginone (HF) and an Artemisia annua sesquiterpene lactone compound for use in the treatment of cancer, wherein the active ingredients of said composition consist of HF and an Artemisia annua sesquiterpene lactone compound, and wherein said Artemisia annua sesquiterpene lactone compound is one of Artemisinin (ATS), dihydroartemisin (DAT), artesunate (ASU,) or artemether (ATM).
An endoscopic device for retrieving an object from within a human body, the device comprising: a support assembly comprising a base and an elongated tubular member ; a transmitting assembly comprising a handle movable relative to the base , and a link having a first end fixed to the handle and a second end remote from the base , the link extending through at least a portion of the tubular member ; a wire defining a loop portion and two leg portions , wherein each leg portion is disposed proximal from the loop portion , and the two leg portions are secured to each other by at least a first connection , and a proximal end of each leg portion is secured to the second end of the link by a second connection , wherein the first connection is located between the second connection and the loop portion ; a net element having a distal portion secured to the loop portion wherein the loop portion is movable between an expanded position outside the tubular member and a collapsed position within the tubular member by action of the handle relative to the base ; characterized in that : the net element has a proximal tail portion ; and the device further comprises a means for securing the proximal tail portion of the net element between the two leg portions at a location proximal from the first connection a support assembly comprising a base and an elongated tubular member ; a transmitting assembly comprising a handle movable relative to the base , and a link having a first end fixed to the handle and a second end remote from the base , the link extending through at least a portion of the tubular member ; a wire defining a loop portion and two leg portions , wherein each leg portion is disposed proximal from the loop portion , and the two leg portions are secured to each other by at least a first connection , and a proximal end of each leg portion is secured to the second end of the link by a second connection , wherein the first connection is located between the second connection and the loop portion ; a net element having a distal portion secured to the loop portion wherein the loop portion is movable between an expanded position outside the tubular member and a collapsed position within the tubular member by action of the handle relative to the base ; the net element has a proximal tail portion ; and the device further comprises a means for securing the proximal tail portion of the net element between the two leg portions at a location proximal from the first connection
Valve , in particular a plate or check valve, for diaphragm pumps, comprising a valve chamber which is delimited by a valve housing and in which at least one valve seat is provided which cooperates with a valve plate , which valve plate is elastically preloaded for tension via outer edge mountings such that a closing body of the valve plate can be moved from a closed position, in which the closing body lies tightly on the valve seat , into an open position against the elasticity of the valve plate at least in the region of its outer edge mountings , wherein the outer edge mountings of the valve plate have webs , and wherein the outer edge mountings have connecting brackets which are connected to those ends of the webs facing away from the closing body , wherein each outer edge mounting has at least two webs , wherein the webs of each outer edge mounting are connected to one another via a connecting bracket , characterized in that the outer edge mountings are disconnected from one another and engage only on the closing body , in that each of the connecting brackets engages behind at least one assigned holding base of the valve housing, and in that the connecting brackets protrude laterally on both sides beyond their assigned holding base such that the connecting brackets are preloaded towards the outside by bending.
A cart, comprising: a body structure comprising a support shaft , a first frame member and a second frame member , wherein both of the first frame member and the second frame member are disposed on the support shaft ; and at least one wheel connecting structure , which is disposed on one end of the support shaft and comprises: a driving assembly fitted with the support shaft and connected to the first frame member ; a rotating assembly , wherein one end of the rotating assembly is disposed in correspondence with the one end of the support shaft , and the other end of the rotating assembly is mounted on a wheel member ; a linking assembly fitted with the support shaft , and disposed between the driving assembly and the one end of the rotating assembly , wherein the linking assembly comprises a pushing unit , and one end of the pushing unit is pivotally connected to the rotating assembly ; and an energy assembly disposed in the support shaft and connected to the linking assembly .
An aerosol-generating device providing a visual user interface , the device comprising: a housing comprising a curved outer surface surrounding a longitudinal axis ; a flexible display comprising a curved viewing surface at least partially surrounding the longitudinal axis disposed adjacent to the curved outer surface ; an aerosolizer to generate aerosol from an aerosol-generating substrate ; and a control circuit operatively coupled to the flexible display and comprising a memory to store a motion image, the control circuit configured to display the motion image on the curved viewing surface in response to activation of the aerosolizer , the control circuit configured to modulate the display of the motion image in response to a puff profile of a user puff used to activate the aerosolizer . a housing comprising a curved outer surface surrounding a longitudinal axis ; a flexible display comprising a curved viewing surface at least partially surrounding the longitudinal axis disposed adjacent to the curved outer surface ; an aerosolizer to generate aerosol from an aerosol-generating substrate ; and a control circuit operatively coupled to the flexible display and comprising a memory to store a motion image, the control circuit configured to display the motion image on the curved viewing surface in response to activation of the aerosolizer , the control circuit configured to modulate the display of the motion image in response to a puff profile of a user puff used to activate the aerosolizer .
A planetary gearing for a wind turbine, comprising: a sun gear , a hollow gear , a planetary carrier with a first bolt receiving element which comprises at least one first bolt seat , at least one planetary gear bolt which is mounted in the first bolt seat in a rotationally secure manner, at least one planetary gear , which is mounted on the planetary gear bolt so as to be rotational relative to the planetary gear bolt by means of a bearing assembly , wherein the planetary gear is in engagement both with the sun gear and with the hollow gear , wherein the bearing assembly comprises a first planetary gear receiving bushing and a second planetary gear receiving bushing , which planetary gear receiving bushings are coupled to the planetary gear in a rotationally secure manner and between which planetary gear receiving bushings an axial bearing gap is formed, characterized in that the bearing assembly comprises at least one bearing running sleeve , which is mounted on the planetary gear bolt in a rotationally secure manner and on which an axial positioning flange is formed, which is mounted in the axial bearing gap between the planetary gear receiving bushings and in this way an axial position fixing, in particular an axial bearing, of the planetary gear on the planetary gear bolt is realized. a sun gear , a hollow gear , a planetary carrier with a first bolt receiving element which comprises at least one first bolt seat , at least one planetary gear bolt which is mounted in the first bolt seat in a rotationally secure manner, at least one planetary gear , which is mounted on the planetary gear bolt so as to be rotational relative to the planetary gear bolt by means of a bearing assembly , wherein the planetary gear is in engagement both with the sun gear and with the hollow gear , wherein the bearing assembly comprises a first planetary gear receiving bushing and a second planetary gear receiving bushing , which planetary gear receiving bushings are coupled to the planetary gear in a rotationally secure manner and between which planetary gear receiving bushings an axial bearing gap is formed, characterized in that the bearing assembly comprises at least one bearing running sleeve , which is mounted on the planetary gear bolt in a rotationally secure manner and on which an axial positioning flange is formed, which is mounted in the axial bearing gap between the planetary gear receiving bushings and in this way an axial position fixing, in particular an axial bearing, of the planetary gear on the planetary gear bolt is realized.