mhurhangee/ep-ind-claims huggingface dataset:
A high-frequency heating handle, comprising a heating assembly and a handle assembly; wherein the heating assembly comprises a heating cup for accommodating a tobacco material; the handle assembly comprises a housing and a magnetic induction coil disposed in the housing; the housing comprises a through hole, and the heating cup is disposed in the through hole; when in use, an alternating current passes through the magnetic induction coil, a magnetic induction effect is produced, and the heating cup is heated; characterised in that: the handle assembly further comprises a temperature difference sensor soldered on the variable-frequency power source and in the vicinity of a top opening of the heat insulation ring to sense the temperature of the airflow, thus controlling the variable-frequency power source whether or not to enter an automatic heating mode.
Fountain pen comprising: - an elongate hollow body bounding an inner chamber designed to receive an ink reservoir (24, 24A); - a nib disposed at a first end of the hollow body; and - a connecting part connecting the inner chamber and the nib and defining an ink flow passage extending along a longitudinal axis, the connecting part comprising a valve for opening/closing the ink flow passage designed to selectively open/close the ink flow passage, wherein the connecting part comprises a striker interposed between the valve and the inner chamber and designed to co-operate with the ink reservoir (24, 24A) and to enable a flow of ink between the ink reservoir (24, 24A) and the nib, and characterised in that the striker comprises a substantially cylindrical tongue extending substantially along the longitudinal axis and bounding a part of the ink flow passage, said tongue comprising a terminal edge and an opposite end, said striker further comprising a peripheral skirt surrounding the opposite end of the tongue and spaced apart from said opposite end, the space between the opposite end and the peripheral skirt being adapted to receive the ink reservoir (24, 24A) in a sealed arrangement. - an elongate hollow body bounding an inner chamber designed to receive an ink reservoir (24, 24A); - a nib disposed at a first end of the hollow body; and - a connecting part connecting the inner chamber and the nib and defining an ink flow passage extending along a longitudinal axis, the connecting part comprising a valve for opening/closing the ink flow passage designed to selectively open/close the ink flow passage,
Weapon-ejecting device, wherein the weapon-ejecting device has a weapon tube and at least one elongate elastomer, wherein the at least one elongate elastomer serves for ejecting a weapon from the weapon tube, wherein the at least one elongate elastomer is stretched exclusively in a rectilinear manner, wherein the weapon tube has an acceleration distance, wherein in the ejection of a weapon the weapon is accelerated along the acceleration distance, characterized in that the weapon tube has an internal tube that is movable in the longitudinal direction of the weapon tube, and a weapon acceleration device, wherein the internal tube by way of the at least one elongate elastomer can be accelerated relative to the weapon tube along a first part of the acceleration distance, and the weapon acceleration device by way of the at least one elongate elastomer is accelerated relative to the internal tube along a second part of the acceleration distance.
A container, comprising: a reservoir having a front wall, a rear wall, side walls, a bottom wall, a top wall, and a pour spout; a handle disposed on the top wall at an angle defined by a grip axis, the handle being configured for a single grip position and having a midpoint that coincides with a midpoint of a user's grip when the handle is gripped by a user; at least one of a liquid or a particulate-based substance within the reservoir; a first center of gravity coincident with a resting axis that is substantially perpendicular to the bottom wall when the bottom wall is placed on a horizontal surface; and a second center of gravity when the container is carried by the handle; characterized in that the reservoir further comprises an angled wall portion disposed opposite of a pour spout and angled relative to the bottom wall, the angled wall portion being configured to support the container with the pour spout in a generally vertical orientation during refilling of the reservoir, when the angled wall portion is placed on a horizontal surface; and the second centre of gravity coincides with a carrying axis that is substantially perpendicular to the grip axis. a reservoir having a front wall, a rear wall, side walls, a bottom wall, a top wall, and a pour spout; a handle disposed on the top wall at an angle defined by a grip axis, the handle being configured for a single grip position and having a midpoint that coincides with a midpoint of a user's grip when the handle is gripped by a user; at least one of a liquid or a particulate-based substance within the reservoir; a first center of gravity coincident with a resting axis that is substantially perpendicular to the bottom wall when the bottom wall is placed on a horizontal surface; and a second center of gravity when the container is carried by the handle; characterized in that the reservoir further comprises an angled wall portion disposed opposite of a pour spout and angled relative to the bottom wall, the angled wall portion being configured to support the container with the pour spout in a generally vertical orientation during refilling of the reservoir, when the angled wall portion is placed on a horizontal surface; and the second centre of gravity coincides with a carrying axis that is substantially perpendicular to the grip axis.
An irradiation target handling system having an isotope production cable assembly comprising: a target holder drive cable constructed to be compatible with conduits of an existing nuclear reactor moveable in-core detector system that convey in-core detectors from a detector drive unit to and through instrument thimbles within a reactor core, the target holder drive cable having a remotely controlled one of a male or female coupling (58, 60) on a leading end of the drive cable; a target holder drive cable drive motor unit separate from and independent of the detector drive unit on the existing nuclear reactor moveable in-core detector system and configured to drive the target holder drive cable into and out of the core, wherein the target holder drive cable drive motor unit is structured to drive the target holder drive cable into and through the conduits, a first multipath selector and a second multipath selector on the existing nuclear reactor moveable in-core detector system; a specimen target holder having another of the male or female coupling (58, 60) on a trailing end of the specimen target holder with the another of the male or female coupling (58, 60) configured to mate with the one of the male or female coupling (58,60) on the leading end of the target holder drive cable; characterized by a third multipath selector structured to receive an input from an outlet path on the second multipath selector and provide a first output to a new specimen attachment location, a second output to an irradiated specimen offloading location and a third output to the core. a target holder drive cable constructed to be compatible with conduits of an existing nuclear reactor moveable in-core detector system that convey in-core detectors from a detector drive unit to and through instrument thimbles within a reactor core, the target holder drive cable having a remotely controlled one of a male or female coupling (58, 60) on a leading end of the drive cable; a target holder drive cable drive motor unit separate from and independent of the detector drive unit on the existing nuclear reactor moveable in-core detector system and configured to drive the target holder drive cable into and out of the core, wherein the target holder drive cable drive motor unit is structured to drive the target holder drive cable into and through the conduits, a first multipath selector and a second multipath selector on the existing nuclear reactor moveable in-core detector system; a specimen target holder having another of the male or female coupling (58, 60) on a trailing end of the specimen target holder with the another of the male or female coupling (58, 60) configured to mate with the one of the male or female coupling (58,60) on the leading end of the target holder drive cable; characterized by a third multipath selector structured to receive an input from an outlet path on the second multipath selector and provide a first output to a new specimen attachment location, a second output to an irradiated specimen offloading location and a third output to the core.
Window with a casement being pivotable against a frame, and with a corner bearing, with a fitting component on the frame side, a fitting component on the casement side with a control arrangement, having two control levers (7, 8) being pivotable against each other, with a first pivot bearing for bearing a first control lever of the control arrangement on the fitting component on the frame side and with a second pivot bearing for bearing the second control lever of the control arrangement on the fitting component on the casement side and with longitudinal guidings (11, 12) of the fitting components (4, 5) for guiding the ends of the control lever (7, 8) facing away from the pivot bearings (9, 10) and with an adjustment unit for adjusting the position of a pivot bearing, characterised in that the adjustment unit for adjusting the position of the first pivot bearing is formed on the fitting component on the frame side, in that the fitting component on the frame side has a base plate, provided for being screwed together with the frame, and a corner bearing plate, that is moveably guided on the base plate, with the first pivot bearing, in that the adjustment unit for adjusting the position of the corner bearing plate is formed opposite the base plate, in that the first pivot bearing has a pivot axis attached in the corner bearing plate, and in that the longitudinal guiding for the second control lever is arranged in the corner bearing plate, and in that the fitting component on the frame side is inserted, together with the adjustment unit, in a recess of the frame and is flush with the top side of the frame.
Operating handle for a manually operated machine tool, in particular for a motor-driven grinder, for holding the machine tool when machining a workpiece, wherein the operating handle comprises at least two operating handle parts (7, 8, 9), which are arranged consecutively in the longitudinal direction of the operating handle and which can be releasably and securely joined to one another in the longitudinal direction by means of a clamping device, wherein a separate section (58, 59) of an electric supply cable for the drive motor of the machine tool extends in each of the two operating handle parts (7, 8), characterised in that the two cable sections (58, 59) can be releasably connected to one another from the outside when the operating handle parts (7, 8) are joined to one another by means of the clamping device.
An apparatus for a low power standby mode control, comprising: a processor to enable or disable one or more power connections to an operational circuit thereby to cause the operational circuit to operate in different modes; an interface for a cable connection with a second apparatus; a detection element to detect the cable connection with the second apparatus at the interface; the operational circuit to operate in a standby mode or an active mode, wherein the operational circuit operates in the standby mode responsive to the processor disabling the one or more power connections and operates in the active mode responsive to the processor enabling the one or more power connections; and a standby mode control circuit coupled to the processor and to operate using a standby power source, wherein the standby mode control circuit is to detect a stimulus signal from the second apparatus and, in response to the stimulus signal, the standby mode control circuit is to signal the processor to enable the one or more power connections of the operational circuit, wherein the stimulus signal is received from the second apparatus via a control bus in connection with the detection element detecting the cable connection with the second apparatus, the control bus coupled to the operational circuit. a processor to enable or disable one or more power connections to an operational circuit thereby to cause the operational circuit to operate in different modes; an interface for a cable connection with a second apparatus; a detection element to detect the cable connection with the second apparatus at the interface; the operational circuit to operate in a standby mode or an active mode, wherein the operational circuit operates in the standby mode responsive to the processor disabling the one or more power connections and operates in the active mode responsive to the processor enabling the one or more power connections; and a standby mode control circuit coupled to the processor and to operate using a standby power source, wherein the standby mode control circuit is to detect a stimulus signal from the second apparatus and, in response to the stimulus signal, the standby mode control circuit is to signal the processor to enable the one or more power connections of the operational circuit, wherein the stimulus signal is received from the second apparatus via a control bus in connection with the detection element detecting the cable connection with the second apparatus, the control bus coupled to the operational circuit.
A storage-stable dust-free homogeneous particle formulation, consisting of (a) at least one water-soluble Vitamin E-derivative, (b) at least one hydrophilic polymer, (c) optionally additional surface-active substances, and (d) optionally additional pharmaceutical additives, with the proviso, that the sum of (a), (b), (c) und (d) equals 100 % by weight of the formulation, and wherein the fines fraction with particle diameters of less than 100μm is less than 10 % by weight. (a) at least one water-soluble Vitamin E-derivative, (b) at least one hydrophilic polymer, (c) optionally additional surface-active substances, and (d) optionally additional pharmaceutical additives,
A control device for an automatic transmission capable of executing a manual mode for performing a transmission shift in a stepwise manner on a continuously variable transmission mechanism continuously variable while drivably coupling a driving source to a wheel (75a, 75b) by receiving a shift signal (Ss) and capable of outputting a torque reduction signal (Str) for reducing a driving torque of the driving source during a transmission shift, wherein, when the shift signal (Ss) for an upshift is input with an accelerator opening equal to or more than a threshold and a transmission shift is performed, the torque reduction signal (Str) for reducing the driving torque of the driving source is output so that an inertial torque acting on an input shaft of the continuously variable transmission mechanism is canceled while a transmission shift ratio is changed and characterized in that before the transmission shift ends, a vehicle driving force is reduced to a vehicle driving force after the transmission shift.
Use of a non-aqueous composition comprising an organic solvent and at least one additive of formulae I to IV for treating substrates comprising patterns having line-space dimensions of 50 nm or below and aspect ratios of 4 or more, wherein R 1, R 2 are independently selected from H or a C 1 to C 10 alkyl group, n is 0, 1 or 2, e, u, v are integers independently selected from 0 to 5, b, d, w are integers independently from 0 to 6, a, c, x are integers independently selected from 1 to 22, y are integers from 1 to 5, R 10, R 12 are independently selected from H or a C 1 to C 10 alkyl group, and R 11 is, for each a, c and x independently, selected from H, methyl and ethyl, wherein the at least one additive of formulae I, II, III or IV is present in a concentration from about 0.00005% to about 1.0% by weight, based on the overall weight of the composition. R 1, R 2 are independently selected from H or a C 1 to C 10 alkyl group, n is 0, 1 or 2, e, u, v are integers independently selected from 0 to 5, b, d, w are integers independently from 0 to 6, a, c, x are integers independently selected from 1 to 22, y are integers from 1 to 5, R 10, R 12 are independently selected from H or a C 1 to C 10 alkyl group, and R 11 is, for each a, c and x independently, selected from H, methyl and ethyl,
Jawed tool that is suitable for mounting on a hand-held power tool with a rotary motor, the hand-held power tool having a chuck suitable for receiving an input shaft of the jawed tool, the jawed tool comprising a body inside which are housed one end of the input shaft, one end (32, 42) of each of the two jaws (3, 4) and a transmission mechanism comprising a worm that rotates as one with the input shaft and a toothed wheel meshing with the worm to convert the rotation of the input shaft into relative pivoting of at least one of the two jaws (3, 4) with respect to the other between an open position and a closed position of the jaws (3, 4), and also fastening means suitable for connecting the body of the jawed tool to the hand-held power tool so as to prevent any rotation of the body with respect to the hand-held power tool, characterized in that the toothed wheel has at least one protuberance arranged so as to cyclically actuate, when the tool is driven, a pusher mounted so as to move in translation in the lengthwise direction of the body and connected to the jaws (3, 4) by two links (9, 10), and in that the transmission mechanism also comprises a spring that ensures that the jaws (3, 4) are in an open position when the tool is in an idle or non-driven position.
A method for the production of acrylic acid, comprising the steps of: a) introducing an acrylic acid-containing gas obtained by a reaction of catalytic gas phase oxidation of raw material of acrylic acid into an absorption column, allowing said gas to contact with an absorbing aqueous solution therein, thereby obtaining an acrylic acid-containing solution having an acrylic acid content of not less than 80 wt. %, b) distilling said acrylic acid-containing solution in the absence of an azeotropic solvent and obtaining crude acrylic acid as a column bottom stream and/or a column side stream, and c) supplying said crude acrylic acid to a crystallization step and melt crystallizing said crude acrylic acid and obtaining purified acrylic acid. a) introducing an acrylic acid-containing gas obtained by a reaction of catalytic gas phase oxidation of raw material of acrylic acid into an absorption column, allowing said gas to contact with an absorbing aqueous solution therein, thereby obtaining an acrylic acid-containing solution having an acrylic acid content of not less than 80 wt. %, b) distilling said acrylic acid-containing solution in the absence of an azeotropic solvent and obtaining crude acrylic acid as a column bottom stream and/or a column side stream, and c) supplying said crude acrylic acid to a crystallization step and melt crystallizing said crude acrylic acid and obtaining purified acrylic acid.
Method to control a system for tolling comprising a plurality of image sensors, which can combine information from each other in order to estimate a height, a length and/or a volume of a vehicle, said image sensors are adapted to be arranged in the middle of and above a surveillance zone provided on a road, said surveillance zone having an extension along the direction of said road, and said image sensors are adapted to be arranged in between a first (6, 26) and a second (7, 27) end zone of said surveillance zone and said image sensors are provided with a wide-angle optical system (9, 29) having a refraction and which is arranged such relative said image sensors that images (32, 33) captured by said image sensors comprise both said first and said second end zone (6, 26, 7, 27), wherein said plurality of image sensors are; - continuously capturing images of said surveillance zone, - combining information from images taken by different image sensors in order to estimate a height, a length and/or a volume of a vehicle, and - classifying the vehicle based on the estimated height, length and/or volume, - tracking the vehicle through the surveillance zone - saving an output from said image sensors, as a proof of a vehicle passing the surveillance zone, wherein said output comprises at least a first and a second image (32, 33) wherein said first image (32, 33) comprise characteristics of a front of a vehicle in said first end zone (6, 26) and a second image (32, 33) comprise the characteristics of a rear of said vehicle in said second end zone (7, 27). - continuously capturing images of said surveillance zone, - combining information from images taken by different image sensors in order to estimate a height, a length and/or a volume of a vehicle, and - classifying the vehicle based on the estimated height, length and/or volume, - tracking the vehicle through the surveillance zone - saving an output from said image sensors, as a proof of a vehicle passing the surveillance zone, wherein
Pressure sensitive adhesive obtainable by crosslinking a composition comprising at least one poly(meth)acrylate having a weight-average molar mass M w, determined by gel permeation chromatography, measurement method A2 specified herein, of at least 100 000 g/mol and at least one polyfunctional α-splitter, characterized in that the composition comprises at least one adhesion-boosting resin having a weight-average molar mass Mw, determined by gel permeation chromatography, measurement method A2 specified herein, of at most 30 000 g/mol, obtainable by polymerizing a monomer composition M1, exclusively comprising one or more compounds according to the formula H 2 C=C(R 1)(COOR 2), in which R 1 is a hydrogen atom or a methyl group and R 2 is an unfunctionalized C 1 -C 20 alkyl group. composition comprising at least one poly(meth)acrylate having a weight-average molar mass M w, determined by gel permeation chromatography, measurement method A2 specified herein, of at least 100 000 g/mol and at least one polyfunctional α-splitter, characterized in that the composition comprises at least one adhesion-boosting resin having a weight-average molar mass Mw, determined by gel permeation chromatography, measurement method A2 specified herein, of at most 30 000 g/mol, obtainable by polymerizing a monomer composition M1, exclusively comprising one or more compounds according to the formula H 2 C=C(R 1)(COOR 2), in which R 1 is a hydrogen atom or a methyl group and R 2 is an unfunctionalized C 1 -C 20 alkyl group.