mhurhangee/ep-ind-claims huggingface dataset:
A torque transducer suitable for a power tool comprising: a hub defining an aperture therethrough, the aperture defining an axis, the hub having a hub first end and a hub second end spaced along the axis, and defining a first thickness in a radial direction, perpendicular to the axis; a web coupled to the hub at the hub first end, the web defining a second thickness measured in the direction of the axis, wherein the second thickness is less than one half of the first thickness; and a rim having a rim first end and a rim second end spaced from the rim first end along the axis, the rim coupled to the web; characterized by the rim defining a perimeter that includes at least one keyway in an exterior of the perimeter and the web defining an unbroken ring in a plane perpendicular to the axis. a hub defining an aperture therethrough, the aperture defining an axis, the hub having a hub first end and a hub second end spaced along the axis, and defining a first thickness in a radial direction, perpendicular to the axis; a web coupled to the hub at the hub first end, the web defining a second thickness measured in the direction of the axis, wherein the second thickness is less than one half of the first thickness; and a rim having a rim first end and a rim second end spaced from the rim first end along the axis, the rim coupled to the web; characterized by the rim defining a perimeter that includes at least one keyway in an exterior of the perimeter and the web defining an unbroken ring in a plane perpendicular to the axis.
A method of making a vacuum insulating glass window unit, the method comprising: having a vacuum insulating glass assembly including first and second substantially parallel spaced-apart glass substrates (2, 3) with a plurality of spacers therebetween, the first and second glass substrates (2, 3) each including one or more edge portions to be sealed, a frit for forming an edge seal provided at least partially between the first and second glass substrates (2, 3); providing a plurality of infrared absorbing clamps at a peripheral area of the vacuum insulating glass assembly, the infrared absorbing clamps clamping the first and second glass substrates (2, 3) together and overlapping at least part of the frit for forming the edge seal; and directing infrared energy from at least one infrared source toward the frit for forming the edge seal and toward the infrared absorbing clamps during a process of melting the frit so as to form the edge seal, the infrared absorbing clamps absorbing infrared radiation from the at least one infrared source and transferring energy to at least one of the glass substrates (2, 3) and the frit in order to help melt the frit when forming the edge seal, characterized in that the infrared absorbing clamps are made of material that absorbs at least about 50% of incident infrared radiation in the near-infrared spectrum from 0.9 to 1.2 μm. having a vacuum insulating glass assembly including first and second substantially parallel spaced-apart glass substrates (2, 3) with a plurality of spacers therebetween, the first and second glass substrates (2, 3) each including one or more edge portions to be sealed, a frit for forming an edge seal provided at least partially between the first and second glass substrates (2, 3); providing a plurality of infrared absorbing clamps at a peripheral area of the vacuum insulating glass assembly, the infrared absorbing clamps clamping the first and second glass substrates (2, 3) together and overlapping at least part of the frit for forming the edge seal; and directing infrared energy from at least one infrared source toward the frit for forming the edge seal and toward the infrared absorbing clamps during a process of melting the frit so as to form the edge seal, the infrared absorbing clamps absorbing infrared radiation from the at least one infrared source and transferring energy to at least one of the glass substrates (2, 3) and the frit in order to help melt the frit when forming the edge seal, characterized in that the infrared absorbing clamps are made of material that absorbs at least about 50% of incident infrared radiation in the near-infrared spectrum from 0.9 to 1.2 μm.
A method comprising: instantiating a data connector component (706, 710, 714) as a container (704, 708, 712) for processing data requests associated with backup data stored within an object store, wherein the data requests are read-only; evaluating, by the data connector component (706, 710, 714), the object store to identify snapshots stored as the backup data within objects of the object store according to an object format; providing, by the data connector component (706, 710, 714), a client device with access to the backup data of the snapshots; implementing a scanner to scan files of a first snapshot at a first point in time; in response to determining that a scan is to be performed for a second snapshot at a second point in time, identifying, by the data connector component (706, 710, 714), a list of files within the second snapshot that were modified since the first snapshot; and implementing the scanner to scan merely the list of files that were modified, and skip files that are shared between the first snapshot and the second snapshot. instantiating a data connector component (706, 710, 714) as a container (704, 708, 712) for processing data requests associated with backup data stored within an object store, wherein the data requests are read-only; evaluating, by the data connector component (706, 710, 714), the object store to identify snapshots stored as the backup data within objects of the object store according to an object format; providing, by the data connector component (706, 710, 714), a client device with access to the backup data of the snapshots; implementing a scanner to scan files of a first snapshot at a first point in time; in response to determining that a scan is to be performed for a second snapshot at a second point in time, identifying, by the data connector component (706, 710, 714), a list of files within the second snapshot that were modified since the first snapshot; and implementing the scanner to scan merely the list of files that were modified, and skip files that are shared between the first snapshot and the second snapshot.
Method for bidirectional communication between a data collector having a transmitter and a receiver, on the one hand, and meters having transceivers, on the other hand, by means of a modulated reference frequency (f), wherein the transceiver, receiver and transmitter are provided with oscillators having oscillator frequencies which are subject to drift and from which the reference frequency (f) to be modulated or demodulated is derived, characterized in that, for the narrowband transmission of messages from the data collector to a meter, frequency difference measurements are carried out in the data collector and, according to their results, the current transmitter-side reference frequency is shifted by the instantaneous frequency difference (Δf) between the current transmitter-side reference frequency and the current transceiver-side reference frequency until there is sufficient centre frequency correspondence for the narrowband downlink connection from the data collector to the meter.
A method for acquiring a panoramic image with a front-facing shooting mode, comprising: after a front-facing panorama shooting instruction triggered by a user is acquired, shooting a first image of the user; determining move guiding information according to a preset move guiding policy, and displaying the move guiding information on an image display panel of a terminal, so as to instruct the user to move the terminal according to the move guiding information, wherein the move guiding information is text guiding information or icon guiding information; and wherein the image display panel is covered by a touch panel; when the terminal is rotated to a first side of an initial position of the terminal corresponding to the move guiding information, automatically shooting one part of a preset quantity of images, wherein the initial position of the terminal is where the first image is shot; when the terminal is rotated to a second side of the initial position corresponding to the move guiding information, automatically shooting the other part of the preset quantity of images, wherein the preset quantity of images are background images on both the first side and the second side of a background corresponding to the first image; the first side is left and the second side is right, or, the first side is right and the second side is left; performing, by using the first image as a center and by using a preset splicing scheme seamless splicing on the first image and the preset quantity of images, to obtain a panoramic image. after a front-facing panorama shooting instruction triggered by a user is acquired, shooting a first image of the user; determining move guiding information according to a preset move guiding policy, and displaying the move guiding information on an image display panel of a terminal, so as to instruct the user to move the terminal according to the move guiding information, wherein the move guiding information is text guiding information or icon guiding information; and wherein the image display panel is covered by a touch panel; when the terminal is rotated to a first side of an initial position of the terminal corresponding to the move guiding information, automatically shooting one part of a preset quantity of images, wherein the initial position of the terminal is where the first image is shot; when the terminal is rotated to a second side of the initial position corresponding to the move guiding information, automatically shooting the other part of the preset quantity of images, wherein the preset quantity of images are background images on both the first side and the second side of a background corresponding to the first image; the first side is left and the second side is right, or, the first side is right and the second side is left; performing, by using the first image as a center and by using a preset splicing scheme seamless splicing on the first image and the preset quantity of images, to obtain a panoramic image.
A radio base station adapted to communicate with a user terminal in which a bandwidth to use is limited to a partial reduced bandwidth in a system bandwidth, the radio base station comprising: a transmission section adapted to transmit a downlink signal to the user terminal in repetitions; and a control section adapted to control transmission by switching between a transmission method that uses frequency hopping and a transmission method that uses frequency scheduling to apply to the downlink signal, wherein the transmission section is adapted to transmit information about the transmission method to apply to the downlink signal to the user terminal. a transmission section adapted to transmit a downlink signal to the user terminal in repetitions; and a control section adapted to control transmission by switching between a transmission method that uses frequency hopping and a transmission method that uses frequency scheduling to apply to the downlink signal, wherein the transmission section is adapted to transmit information about the transmission method to apply to the downlink signal to the user terminal.
A pharmaceutical composition comprising: - from 0.002% to 0.077% (w/w) of a refined extract from Indigo Naturalis, and - a pharmaceutically acceptable carrier, wherein the refined extract from Indigo Naturalis comprises from 65% to 90% (w/w) of indirubin and one or more compounds selected from the list consisting of indigo, thryptanthrin and qingdainone with the following amounts: - indigo: 0.1 to 15% (w/w) of the refined extract, - tryptanthrin: 0.01 to 5% (w/w), preferably 0.1 to 5% (w/w) of the refined extract, and - qingdainone: 0.1 to 5% (w/w) of the refined extract. - from 0.002% to 0.077% (w/w) of a refined extract from Indigo Naturalis, and - a pharmaceutically acceptable carrier, - indigo: 0.1 to 15% (w/w) of the refined extract, - tryptanthrin: 0.01 to 5% (w/w), preferably 0.1 to 5% (w/w) of the refined extract, and - qingdainone: 0.1 to 5% (w/w) of the refined extract.
A 1-track conveyor system, in particular a 1-track electric floor conveyor, with a support rail which has an upper drive running surface and at least one left-hand and one right-hand run-off surface and a transport trolley which can be moved on the support rail with a running gear made up of at least one drive wheel which rolls on the drive running surface of the support rail, and lateral guide wheels which run on the left-hand and right-hand run-off surfaces of the support rail roll off, characterized in that at least in sections on the left and right of the support rail, conductor rails are arranged, which are contactable with a least one current collector of the transport carriage and that the support rail has a direct or indirect floor attachment on the side opposite to the drive running surface, so that the transport carriage can be moved on the support rail in both directions and rotated by 180°.
A banknote separating device, comprising: a banknote supporting plate for carrying banknotes to be separated; a reference plate for aligning the banknotes; a banknote pressing plate for providing a pressing force to the banknotes to be separated; a banknote separating wheel and a feeding wheel which are both formed with a high frictional portion and are exposed outside the banknote supporting plate and arranged opposite to the banknote pressing plate; and a reverse wheel arranged opposite to the feeding wheel; wherein, the banknote separating device further comprises a pressure compensating device for providing a variable pressing compensating force to the banknote separating wheel, such that a total normal pressure applied on the banknote separating wheel is constant; characterized in that the banknote separating device further comprises a stress collecting device for collecting a stress value on the banknote supporting plate, and a distance collecting device for collecting a current thickness of a stack of banknotes, and the stress collecting device and the distance collecting device provide a calculation parameter for timely adjusting the pressing compensating force to the pressure compensating device. a banknote supporting plate for carrying banknotes to be separated; a reference plate for aligning the banknotes; a banknote pressing plate for providing a pressing force to the banknotes to be separated; a banknote separating wheel and a feeding wheel which are both formed with a high frictional portion and are exposed outside the banknote supporting plate and arranged opposite to the banknote pressing plate; and a reverse wheel arranged opposite to the feeding wheel;
A gas sensor including: a sensor element having a gas inlet port that allows measured gas to flow thereinto and capable of detecting concentration of predetermined gas in the measured gas that has flowed into the inside through the gas inlet port, an outer protection cover having an outer gas hole formed therein, where the outer gas hole allows the measured gas to flow from the outside to the inside therethrough, and covering a tip end of the sensor element, and a gas flow channel forming member disposed between the outer protection cover and the sensor element, where the gas flow channel forming member defines a gas flow channel which extends in the direction from a rear end side of the sensor element to the tip end side of the sensor element and is open to a space having the gas inlet port disposed therein, the gas flow channel being in and forming part of the pathway of the measured gas from the outer gas hole until the gas inlet port of the sensor element; wherein the gas flow channel has an outside opening, which is an opening adjacent to the space having the outer gas hole disposed therein and an element-side opening which is an opening of the gas flow channel adjacent to the space having the gas inlet port disposed therein, the outside opening being formed away from the element-side opening toward the rear end of the sensor element; the element-side opening being open in a direction from the rear end to the tip end of the sensor element. a sensor element having a gas inlet port that allows measured gas to flow thereinto and capable of detecting concentration of predetermined gas in the measured gas that has flowed into the inside through the gas inlet port, an outer protection cover having an outer gas hole formed therein, where the outer gas hole allows the measured gas to flow from the outside to the inside therethrough, and covering a tip end of the sensor element, and a gas flow channel forming member disposed between the outer protection cover and the sensor element, where the gas flow channel forming member defines a gas flow channel which extends in the direction from a rear end side of the sensor element to the tip end side of the sensor element and is open to a space having the gas inlet port disposed therein, the gas flow channel being in and forming part of the pathway of the measured gas from the outer gas hole until the gas inlet port of the sensor element; wherein the gas flow channel has an outside opening, which is an opening adjacent to the space having the outer gas hole disposed therein and an element-side opening which is an opening of the gas flow channel adjacent to the space having the gas inlet port disposed therein, the outside opening being formed away from the element-side opening toward the rear end of the sensor element; the element-side opening being open in a direction from the rear end to the tip end of the sensor element.
A device for protecting against transient electrical overvoltages, comprising two passive voltage limiting components (3a, 3b), disconnectors (11 a, 11 b) responsive to the state of these components (3a, 3b) and adapted to individually disconnect each component (3a, 3b) at the end of life of the latter, the components being connected in parallel between a first and a second terminal of the device, characterized in that the reference voltage (Uref1) of the first component is lower than the reference voltage (Uref2) of the second component and in that the ratio of the reference voltage of the second component relative to the reference voltage of the first component (Uref2/Uref1) is lower than 2.
A root canal treatment apparatus comprising: a handpiece configured to hold a cutting tool in a head in a drivable manner; a drive portion (6, 7, 13) configured to drive the cutting tool, with rotation in a direction in which the cutting tool cuts an object to be cut being defined as forward rotation and rotation in a direction opposite to the forward rotation being defined as reverse rotation; a root canal length measurement portion configured to electrically detect a position of a tip end of the cutting tool in a root canal, using the cutting tool as a measuring electrode; and a control portion configured to control the drive portion (6, 7, 13) so as to perform drive for forwardly rotating the cutting tool or perform drive for forwardly rotating and reversely rotating the cutting tool until the position of the tip end of the cutting tool reaches a predetermined set position and further so as to perform drive for reversely rotating the cutting tool by a predetermined set angle, wherein the set angle is any one of angles ranging from 30 degrees to 720 degrees, when the position of the tip end of the cutting tool detected by the root canal length measurement portion reaches the predetermined set position, and then, stopping rotation so as to enable to pull the cutting tool out of the root canal, the root canal treatment apparatus further comprising a load detector configured to detect a load applied to the cutting tool, characterized in that the control portion changes the set angle in accordance with the load detected by the load detector. a handpiece configured to hold a cutting tool in a head in a drivable manner; a drive portion (6, 7, 13) configured to drive the cutting tool, with rotation in a direction in which the cutting tool cuts an object to be cut being defined as forward rotation and rotation in a direction opposite to the forward rotation being defined as reverse rotation; a root canal length measurement portion configured to electrically detect a position of a tip end of the cutting tool in a root canal, using the cutting tool as a measuring electrode; and a control portion configured to control the drive portion (6, 7, 13) so as to perform drive for forwardly rotating the cutting tool or perform drive for forwardly rotating and reversely rotating the cutting tool until the position of the tip end of the cutting tool reaches a predetermined set position and further so as to perform drive for reversely rotating the cutting tool by a predetermined set angle, wherein the set angle is any one of angles ranging from 30 degrees to 720 degrees, when the position of the tip end of the cutting tool detected by the root canal length measurement portion reaches the predetermined set position, and then, stopping rotation so as to enable to pull the cutting tool out of the root canal, the root canal treatment apparatus further comprising a load detector configured to detect a load applied to the cutting tool, characterized in that the control portion changes the set angle in accordance with the load detected by the load detector.