mhurhangee/ep-ind-claims huggingface dataset:
An aerosol-generating system comprising: an aerosol-generating article, the aerosol-generating article comprising a single metered-dose of an aerosol-forming substrate, the metered-dose comprising an amount of the aerosol-forming substrate sufficient for generating an amount of aerosol for only a single puff; an airflow pathway arranged between an air inlet and an air outlet; an aerosolisation chamber arranged at a location along the airflow pathway such that the airflow pathway passes through at least a portion of the aerosolisation chamber; and a flow controller (122, 124) for selectively controlling the flow of air through the airflow pathway, the flow controller having an open configuration in which air can flow into and out of the aerosolisation chamber and a closed configuration in which air is substantially prevented from flowing into and out of the aerosolisation chamber; wherein the aerosolisation chamber is configured to open to receive only one aerosol-generating article at a time; wherein the aerosolisation chamber is configured to close to contain the aerosol-generating article; the aerosol-generating system further comprising a heating element (118, 120) arranged to heat the aerosolisation chamber when an aerosol-generating article is received within the aerosolisation chamber; wherein the aerosol-generating system is configured to heat the aerosolisation chamber containing the aerosol-generating article only when the flow controller (122, 124) is in the closed configuration. an aerosol-generating article, the aerosol-generating article comprising a single metered-dose of an aerosol-forming substrate, the metered-dose comprising an amount of the aerosol-forming substrate sufficient for generating an amount of aerosol for only a single puff; an airflow pathway arranged between an air inlet and an air outlet; an aerosolisation chamber arranged at a location along the airflow pathway such that the airflow pathway passes through at least a portion of the aerosolisation chamber; and a flow controller (122, 124) for selectively controlling the flow of air through the airflow pathway, the flow controller having an open configuration in which air can flow into and out of the aerosolisation chamber and a closed configuration in which air is substantially prevented from flowing into and out of the aerosolisation chamber; wherein the aerosolisation chamber is configured to open to receive only one aerosol-generating article at a time; wherein the aerosolisation chamber is configured to close to contain the aerosol-generating article; the aerosol-generating system further comprising a heating element (118, 120) arranged to heat the aerosolisation chamber when an aerosol-generating article is received within the aerosolisation chamber; wherein the aerosol-generating system is configured to heat the aerosolisation chamber containing the aerosol-generating article only when the flow controller (122, 124) is in the closed configuration.
An electronic device comprising a substrate, at least one semiconductor nanowire and a buffer layer interposed between the substrate and said nanowire, characterized in that the buffer layer is at least partly formed by a transition metal nitride layer from which extends the nanowire, said transition metal nitride being vanadium nitride, and in that the buffer layer is electrically conductive so as to allow an electrical contact between at least one electrically conductive part of the substrate and the nanowire.
Insulating glass pane with a capacitive switch, comprising: - a first pane and a second pane which are connected to one another, wherein the two panes (2, 3) are kept at a distance by means of spacers, wherein a hollow intermediate space is located between the two panes (2, 3), - at least one transparent, electrically conductive layer, which is arranged at least partially and at least on one of the respective other panes (2, 3), adjacent to the inner side (II, III) of the first pane or of the second pane, and - at least one circuit arrangement, which is mounted between the first pane and the second pane, wherein the circuit arrangement for forming the capacitive switch is galvanically connected to the transparent electrically conductive layer, or is capacitively coupled to the transparent, electrically conductive layer by means of a surface electrode, wherein the circuit arrangement can measure a change in capacitance against mass of the transparent electrically conductive layer and can trigger a switching signal if a threshold value is exceeded. - a first pane and a second pane which are connected to one another, wherein the two panes (2, 3) are kept at a distance by means of spacers, wherein a hollow intermediate space is located between the two panes (2, 3), - at least one transparent, electrically conductive layer, which is arranged at least partially and at least on one of the respective other panes (2, 3), adjacent to the inner side (II, III) of the first pane or of the second pane, and - at least one circuit arrangement, which is mounted between the first pane and the second pane,
Device for contiguously processing a thread-like material with a plurality of method steps, characterises in that a feed mechanism, a treating and depositing device, a transporting device, a thermosetting mechanism and a length compensating mechanism are arranged in a common closed system and in that the closed system differs from the surroundings in its interior owing to substantially the same pressure and in that subsystems (31, 32, 33, 35, 36, 37) that are shielded from one another are present within the system for the various method steps, to which sub-systems supply mechanisms (25, 26, 27) are connected respectively, which produce at least partially different temperatures in the subsystems (31, 32, 33, 35, 36, 37).
A Ti-based cermet comprising at least one kind of element selected from Co and Ni; one or more kinds of substances selected from carbides, nitrides, and carbonitrides of one or more kinds of metals selected from Group 4, Group 5, and Group 6 metals of the periodic table, composed mainly of Ti; and 0.1 to 0.5% by mass of Mn, wherein in a scanning electron microscope photograph of an arbitrary cross-section of the Ti-based cermet, a surface region of a thickness of 0.5 to 5 μm is formed in which a hard phase whose interior comprises a first hard phase and a second hard phase, and a binder phase composed mainly of at least one kind of element selected from Co and Ni are observed, and the first hard phase has a higher content ratio of a light element than the second hard phase, and in the surface region the second hard phase is observed in a percentage of not less than 90%.
Mixer tool holder, particularly for mixing, kneading, dispersing and/or similar basic operations in the preparation of solid and liquid materials, comprising interchangeable mixing blades arranged radially, preferably in different levels, in recesses (100, 100b), which project inward through the recesses (100a, 100b), within the mixing tool holder in a form-fitting or force-fitting manner, said holders being arranged above the other on an axis or guide bar, wherein said holders are clamped by means of the quick-release device in a position that unlocks and releases or locks and reversely secures the mixing blades, characterized in that the casing of the mixing blade holder consists of a plurality of tubular and/or shell-shaped and/or partially tubular casing parts (10a, 10b) arranged concentrically inside one another, wherein the partially tubular casing parts act as wear-protection shells and the number of recesses (100a, 100b) required to secure the mixing blades are distributed radially over part or over the entire length of the tubular casing parts (10a, 10b), and that the recesses (100a, 100b) are executed in a manner that a) after insertion of a mixer blade and rotating the mixer tool holder in a clockwise direction the material to be prepared is loosened upwards, or b) after insertion of a mixer blade and rotating the mixer tool holder in a counter clockwise direction the material to be prepared is compressed downward, or c) the mixer blades to be inserted can work in an upward and downward direction, with the mixer tool holder being rotated in a clockwise and/or counter clockwise direction. a) after insertion of a mixer blade and rotating the mixer tool holder in a clockwise direction the material to be prepared is loosened upwards, or b) after insertion of a mixer blade and rotating the mixer tool holder in a counter clockwise direction the material to be prepared is compressed downward, or c) the mixer blades to be inserted can work in an upward and downward direction, with the mixer tool holder being rotated in a clockwise and/or counter clockwise direction.
A roller assembly with damper, for supporting sliding doors, especially cupboard doors, wherein the roller assembly includes a damper assembling clip, a movable clip sleeve and an outer support clip arranged in sequence from interior to exterior; a damper assembly including a fixing base, a damper and an extension spring is mounted in said damper assembling clip, a damper pulling sheet is mounted in a radial through groove of said fixing base, and said damper pulling sheet extends out of lower end of said damper assembling clip and is provided with a 7-shaped fixing hook; said movable clip sleeve is provided with symmetrical roller assembling holes, and rollers are mounted in said roller assembling holes; said outer support clip is a clip sleeve with opening, on an end face of which an hole for adjusting bolt is mounted; an adjusting bolt provided with an inner hexagonal screw hole is mounted in said hole for adjusting bolt, and a nut sheet is mounted to said adjusting bolt; and height of cupboard door leaf can be adjusted through said adjusting bolt in conjunction with support springs mounted on both ends of said damper assembling clip; a movable rivet passes through kidney-shaped holes of said outer support clip, pin holes of said movable clip sleeve, and pin holes of said damper assembling clip, to assemble said outer support clip, said movable clip sleeve, and said damper assembling clip together as a whole; said damper pulling sheet includes an anomalous rectangular plate body, said 7-shaped fixing hook is mounted at a side of upper part of said plate body, a triangular backing arm is connected to the upper part of said plate body opposite to said 7-shaped fixing hook; and a rectangular groove is mounted between said triangular backing arm and said 7-shaped fixing hook; a stopping hook is connected to lower part of said triangular backing arm, a lapping hook is connected to a side of said plate body abutting upper part of said stopping hook, and at least an empty groove is mounted under said stopping hook; said damper pulling sheet is provided with at least two cylindrical pins at middle part of its plate body, which are mounted parallel to each other and respectively protrude from both sides; a stretching rod clamping opening for connecting said damper is mounted at a side of lower part of said plate body, and a spring clamping hole with rabbet at the bottom for connecting said extension spring is mounted at the lowest end of said plate body; said plate body of said damper pulling sheet is assembled through in a radial through groove of said fixing base, and said cylindrical pins are inlayed in a bending clip groove an end of which is bent and which is mounted at middle part of surface of said fixing base.
A windshield mounting assembly, comprising: a windshield that is adapted to be arranged on an associated vehicle frame, said windshield comprising at least one edge that is provided with at least one lateral recess (4a, 4b), at least one mounting frame (5, 11) that is attached to said windshield and adapted for mounting of said windshield to said associated vehicle frame, said at least one mounting frame (5, 11) comprising at least one fastener receiving opening (6a, 7a) that is arranged in the region of the at least one lateral recess (4a, 4b) and adapted to receive an associated frame fastener (6, 7), and a bonding interface (10a, 10b) that is arranged at least partially between said at least one edge of said windshield and said at least one mounting frame (5, 11), said bonding interface (10a, 10b) attaching said at least one edge to said at least one mounting frame (5, 11). a windshield that is adapted to be arranged on an associated vehicle frame, said windshield comprising at least one edge that is provided with at least one lateral recess (4a, 4b), at least one mounting frame (5, 11) that is attached to said windshield and adapted for mounting of said windshield to said associated vehicle frame, said at least one mounting frame (5, 11) comprising at least one fastener receiving opening (6a, 7a) that is arranged in the region of the at least one lateral recess (4a, 4b) and adapted to receive an associated frame fastener (6, 7), and a bonding interface (10a, 10b) that is arranged at least partially between said at least one edge of said windshield and said at least one mounting frame (5, 11), said bonding interface (10a, 10b) attaching said at least one edge to said at least one mounting frame (5, 11).
An anomaly detection electronic control unit that performs anomaly detection processing and that is connected to a bus which a plurality of electronic control units use for communication to communicate following a CAN, Controller Area Network, protocol, the anomaly detection electronic control unit comprising: an anomaly detection processing unit that performs anomaly detection processing regarding a data frame; characterized by an anomaly detection processing requesting unit that decides an anomaly detection processing timing in accordance with a state of a vehicle in which the bus is installed when receiving the data frame, the anomaly detection processing timing being a reception timing of one or multiple fields in the data frame; and the anomaly detection processing unit performing anomaly detection processing regarding the data frame at the anomaly detection processing timing decided by the anomaly detection processing requesting unit. an anomaly detection processing unit that performs anomaly detection processing regarding a data frame; characterized by an anomaly detection processing requesting unit that decides an anomaly detection processing timing in accordance with a state of a vehicle in which the bus is installed when receiving the data frame, the anomaly detection processing timing being a reception timing of one or multiple fields in the data frame; and the anomaly detection processing unit performing anomaly detection processing regarding the data frame at the anomaly detection processing timing decided by the anomaly detection processing requesting unit.
A color erasing apparatus comprising color erasing means for erasing a color of an image formed with an erasable color material on a sheet conveyed at first speed, characterized by comprising: first conveying means arranged downstream in a sheet conveying direction of the color erasing means and for conveying the sheet, which passes through the color erasing means, at the first speed; reading means for reading an image on a surface of the sheet conveyed at second speed higher than the first speed; and second conveying means arranged upstream in the sheet conveying direction of the reading means and in a position where the second conveying means nips the conveyed sheet in cooperation and simultaneously with the first conveying means and for conveying the sheet to the reading means at the second speed. first conveying means arranged downstream in a sheet conveying direction of the color erasing means and for conveying the sheet, which passes through the color erasing means, at the first speed; reading means for reading an image on a surface of the sheet conveyed at second speed higher than the first speed; and second conveying means arranged upstream in the sheet conveying direction of the reading means and in a position where the second conveying means nips the conveyed sheet in cooperation and simultaneously with the first conveying means and for conveying the sheet to the reading means at the second speed.
A low profile balloon expandable artificial prosthetic aortic heart valve for transcatheter implantation comprising a valve frame of cylindrical structure which consists of a valve section, a supporting section and a polymer material attached thereto wherein a cuff made of the polymer material is inseparably integrated with the frame so that the valve frame in the supporting section is embedded and covered from the inside and from the outside with the cuff material and the cuff is attached in such manner that it is folded into the interior part of the frame and in the valve section, the cuff is formed into valve leaflets tricuspid configuration and in said valve section, the cuff is attached to the frame posts, and the excess of the cuff material is led into the longitudinal openings in the frame posts and is attached to the frame posts.
A recording apparatus comprising: a plurality of feeding means (13, 15) each arranged to feed a sheet; conveyance means provided in the vicinity of a recording unit and arranged to convey the sheet to the recording unit; first detection means, provided on the upstream side of the recording unit in the direction in which the sheet is conveyed, arranged to detect the presence of the sheet; driving control means arranged to control the driving of a motor for conveying the sheet in the form of a roll sheet fed from a roll sheet feeding unit (12, 14) between or among the plurality of feeding means (13, 15); and determination means arranged to determine which feeding means (13, 15) is feeding the sheet to the recording unit from the plurality of feeding means (13, 15), characterised in that, in the case that the first detection means detects the presence of the sheet, the driving control means is arranged to drive the motor in the direction for rewinding the roll sheet and the conveyance means is arranged to fix the sheet, and the determination means is arranged to determine which feeding means (13, 15) is feeding the sheet to the recording unit based on an output value associated with the driving of the motor. a plurality of feeding means (13, 15) each arranged to feed a sheet; conveyance means provided in the vicinity of a recording unit and arranged to convey the sheet to the recording unit; first detection means, provided on the upstream side of the recording unit in the direction in which the sheet is conveyed, arranged to detect the presence of the sheet; driving control means arranged to control the driving of a motor for conveying the sheet in the form of a roll sheet fed from a roll sheet feeding unit (12, 14) between or among the plurality of feeding means (13, 15); and determination means arranged to determine which feeding means (13, 15) is feeding the sheet to the recording unit from the plurality of feeding means (13, 15), characterised in that, in the case that the first detection means detects the presence of the sheet, the driving control means is arranged to drive the motor in the direction for rewinding the roll sheet and the conveyance means is arranged to fix the sheet, and the determination means is arranged to determine which feeding means (13, 15) is feeding the sheet to the recording unit based on an output value associated with the driving of the motor.
A method of inductively receiving wireless power at a level sufficient to charge an electric vehicle, the method comprising: detecting a transmission signal in a wireless power transmission via an electric vehicle induction coil (116, 216, 316), the transmission signal comprising periodic variations between a first frequency and a second frequency; monitoring the transmission signal for timing of the periodic variations between the first frequency and the second frequency via an electric vehicle controller; and characterized by identifying a phase of a current or a voltage of an induction coil signal from the timing of the periodic variations of the transmission signal between the first frequency and the second frequency via the electric vehicle controller. detecting a transmission signal in a wireless power transmission via an electric vehicle induction coil (116, 216, 316), the transmission signal comprising periodic variations between a first frequency and a second frequency; monitoring the transmission signal for timing of the periodic variations between the first frequency and the second frequency via an electric vehicle controller; and characterized by identifying a phase of a current or a voltage of an induction coil signal from the timing of the periodic variations of the transmission signal between the first frequency and the second frequency via the electric vehicle controller.
A transmission apparatus comprising: an actuator that is configured to change a transmission ratio of a transmission; a control unit that is configured to set the transmission ratio of the transmission by driving the actuator; a transmission ratio sensor that is configured to detect and to put out the transmission ratio of the transmission to the control unit; and a front-wheel speed sensor that is configured to detect and to put out a rotation speed of a front wheel to the control unit, wherein the control unit includes a ratio-change correction part that is configured to execute correction in the control of the transmission ratio using the rotation speed of the front wheel detected by the front-wheel speed sensor, characterized in that the control unit further includes a connector for connecting to an external device to enable communication therewith, and wherein the control unit is configured to limit the correction of the ratio-change correction part under a condition that the external device is connected to the connector. an actuator that is configured to change a transmission ratio of a transmission; a control unit that is configured to set the transmission ratio of the transmission by driving the actuator; a transmission ratio sensor that is configured to detect and to put out the transmission ratio of the transmission to the control unit; and a front-wheel speed sensor that is configured to detect and to put out a rotation speed of a front wheel to the control unit, wherein the control unit includes a ratio-change correction part that is configured to execute correction in the control of the transmission ratio using the rotation speed of the front wheel detected by the front-wheel speed sensor, characterized in that the control unit further includes a connector for connecting to an external device to enable communication therewith, and a ratio-change correction part that is configured to execute correction in the control of the transmission ratio using the rotation speed of the front wheel detected by the front-wheel speed sensor, characterized in that the control unit further includes a connector for connecting to an external device to enable communication therewith, and wherein the control unit is configured to limit the correction of the ratio-change correction part under a condition that the external device is connected to the connector.