mhurhangee/ep-ind-claims huggingface dataset:
An arc extinction apparatus for use in a circuit interrupter, the arc extinction apparatus comprising: a plurality of arc plates; a support apparatus having a number of receptacles formed therein; at least a first shield member having a plurality of openings formed therein and being structured to generate gases in the presence of an electrical arc; wherein a portion of an arc plate of the plurality of arc plates being received in an opening of the plurality of openings and also being received in a receptacle of the number of receptacles, characterized in that at least a portion of at least some of the arc plates being engaged with the at least first shield member to retain the at least first shield member between the at least portion of the at least some of the arc plates and at least a portion of the support apparatus. a plurality of arc plates; a support apparatus having a number of receptacles formed therein; at least a first shield member having a plurality of openings formed therein and being structured to generate gases in the presence of an electrical arc; wherein a portion of an arc plate of the plurality of arc plates being received in an opening of the plurality of openings and also being received in a receptacle of the number of receptacles, characterized in that at least a portion of at least some of the arc plates being engaged with the at least first shield member to retain the at least first shield member between the at least portion of the at least some of the arc plates and at least a portion of the support apparatus.
A power saw comprising: a structural arm coupled to and substantially parallel to a blade guard, the blade guard having upper and lower portions; a dust collection housing coupled to the structural arm and integrated with the power saw proximate to the blade guard; a cylindrical filter cartridge within the dust collection housing; and a fan connected downstream of the cylindrical filter cartridge, the fan providing negative pressure with respect to atmosphere at the blade guard lower portion, wherein the blade guard lower portion is configured to form a vacuum channel that facilitates collecting dust from a work piece created as a by-product from use of the power saw, and wherein the blade guard lower portion further comprises a retractable shroud about a pivot point and made from bendable material.
A compound according to Formula I: wherein Ar is selected from the group consisting of biphenyl, naphthyl, anthryl, and phenanthryl groups, each optionally substituted with one or more groups selected from ester groups, amido groups, amino groups, acylamido groups, ureido groups, and sulfonamide groups, and wherein the biphenyl group may additionally or alternatively be substituted in the 4' position with a group selected from H, methyl, ethyl, propyl, isopropyl, tert-butyl, CF 3, CCl 3, hydroxyl, OMe, CN, NO 2, NH 2, CONH 2, CONHMe, acetate, CO 2 H, CO 2 Me, F, Cl, Br, and I; Y is selected from the group consisting of sulfonamide, wherein n is an integer from 0-3, R 1 is H, methyl, ethyl, propyl, i -propyl, or benzyl; and R 2 is H, methyl or ethyl; X is selected from the group consisting of morpholine, guanidine, nitro, wherein R 3 is H, SO 2 NH 2, L-Lys, D-Lys, β-Ala, L-Leu, L-Ile, Phe, Asp, Asn, Glu, or Gln and R 4 is H, methyl, ethyl, allyl, CH 2 CH 2 OH, or CH 2 CN; or pharmaceutically acceptable salts thereof.
A light emitting device, comprising: a light emitting structure comprising a first conductivity type semiconductor layer, a second conductivity type semiconductor layer and an active layer between the first and the second conductivity type semiconductor layers; a first dielectric layer formed on the side and bottom surfaces of a cavity where a part of the light emitting structure is removed; a second electrode layer under the first dielectric layer; a second dielectric layer over the light emitting structure above the cavity; and a first electrode over the second dielectric layer, and a third electrode formed in contact with the first conductive semiconductor layer, wherein the first conductivity type semiconductor layer, the first dielectric layer, and the second electrode layer function as a first capacitor, wherein the first electrode, the second dielectric layer, and the first conductivity type semiconductor layer function as a second capacitor. wherein a distance (d) between the first dielectric layer and the second dielectric layer is lower than a maximum distance to which an electric field induced due to an inverse voltage is transferable from the second capacitor to the first capacitor, wherein a top area of the first dielectric layer is positioned over a depletion at the inverse voltage, and wherein the third electrode is formed in a state of short-circuit with the first electrode. a light emitting structure comprising a first conductivity type semiconductor layer, a second conductivity type semiconductor layer and an active layer between the first and the second conductivity type semiconductor layers; a first dielectric layer formed on the side and bottom surfaces of a cavity where a part of the light emitting structure is removed; a second electrode layer under the first dielectric layer; a second dielectric layer over the light emitting structure above the cavity; and a first electrode over the second dielectric layer, and a third electrode formed in contact with the first conductive semiconductor layer, wherein the first conductivity type semiconductor layer, the first dielectric layer, and the second electrode layer function as a first capacitor, wherein the first electrode, the second dielectric layer, and the first conductivity type semiconductor layer function as a second capacitor. wherein a distance (d) between the first dielectric layer and the second dielectric layer is lower than a maximum distance to which an electric field induced due to an inverse voltage is transferable from the second capacitor to the first capacitor, wherein a top area of the first dielectric layer is positioned over a depletion at the inverse voltage, and wherein the third electrode is formed in a state of short-circuit with the first electrode.
Method, comprising - transmitting a reader carrier signal from a contactless reader to a contactless device, - receiving by the reader, a device modulated carrier signal from the device, said device modulated carrier signal having a carrier frequency, - turning off by the reader, the transmission of the reader carrier signal or reducing by the reader, the level of the reader carrier signal, during reception of the device modulated carrier signal, and - after having turned off the transmission of the reader carrier signal or after having reduced the level of the reader carrier signal, determining by the reader an indication related to a level of a signal at the reader's antenna, determining whether the device is an active load modulation device based on whether said level indication is greater than a first threshold and determining whether the device is a passive load modulation NFC device based on whether said level indication is lower than a second threshold. - transmitting a reader carrier signal from a contactless reader to a contactless device, - receiving by the reader, a device modulated carrier signal from the device, said device modulated carrier signal having a carrier frequency, - turning off by the reader, the transmission of the reader carrier signal or reducing by the reader, the level of the reader carrier signal, during reception of the device modulated carrier signal, and - after having turned off the transmission of the reader carrier signal or after having reduced the level of the reader carrier signal, determining by the reader an indication related to a level of a signal at the reader's antenna, determining whether the device is an active load modulation device based on whether said level indication is greater than a first threshold and determining whether the device is a passive load modulation NFC device based on whether said level indication is lower than a second threshold.
An apparatus for correcting a cross sectional slice image for an image artifact, the slice image based on CT projection images (310a,b) taken of an object at different times and taken whilst a high-attenuation part imbedded in the object is in motion, the artifact caused by said motion, the apparatus comprising an input unit; a processing unit; an output unit; the input unit configured to receive the slice image and to access the plurality of CT projection images; the processing unit comprising: a segmenter configured to segment in the slice an artifact region; an identifier configured to use the so segmented artifact region to identify in each of a plurality of the CT projection images a footprint (330a,b) corresponding to the artifact region; a matcher configured to match, in each of the plurality of CT projection images, the identified footprint (330a,b) in the CT projection image to a matching footprint in that CT projection image, the matching footprint representing the part's position at acquisition time of that CT projection image; an image reconstructor configured to reconstruct upon user request a new slice image based on the plurality of matching footprints to compensate for the part's motion during acquisition of the CT projection images, the segmenter, identifier and matcher then processing said new slice image instead of the slice image; and an interpolator configured to generate, for each of the plurality of CT projection images, an interpolated CT projection image by using the matching footprint in the CT projection image as a constraint for the interpolation in that CT projection image to so obtain a plurality of interpolated CT projection images; the image reconstructor configured to use the plurality of interpolated CT projection images to reconstruct a corrected version of the slice image; the output unit configured to output the corrected version of the slice image. a segmenter configured to segment in the slice an artifact region; an identifier configured to use the so segmented artifact region to identify in each of a plurality of the CT projection images a footprint (330a,b) corresponding to the artifact region; a matcher configured to match, in each of the plurality of CT projection images, the identified footprint (330a,b) in the CT projection image to a matching footprint in that CT projection image, the matching footprint representing the part's position at acquisition time of that CT projection image; an image reconstructor configured to reconstruct upon user request a new slice image based on the plurality of matching footprints to compensate for the part's motion during acquisition of the CT projection images, the segmenter, identifier and matcher then processing said new slice image instead of the slice image; and an interpolator configured to generate, for each of the plurality of CT projection images, an interpolated CT projection image by using the matching footprint in the CT projection image as a constraint for the interpolation in that CT projection image to so obtain a plurality of interpolated CT projection images;
Hand-held blender element with a processing end, on which a rotatable tool is arranged within a housing bell, wherein the processing end has at least one connecting component for detachable connection to an extension piece for extending the hand-held blender element, characterised in that the at least one connecting component comprises a thread, an element of a bayonet connection and/or an element of a latching connection, which is/are designed to interact with a respective counter element on the extension piece and is/are arranged on an edge of the housing bell.
Method for operating a washing machine, the washing machine having a drum for receiving laundry, the method comprising the steps of: determining a quantity of rinsing water for a rinsing process of the washing machine, the quantity of rinsing water being determined using a load quantity of laundry in the drum, a residual solution in the laundry at the beginning of the rinsing process and a drainage behaviour of the laundry; performing the rinsing process using the determined quantity of rinsing water, the quantity of rinsing water being completely absorbed by the laundry, with a rotational movement of the drum being executed during the rinsing process; and reducing the solution which consists of residual solution and quantity of rinsing water and is absorbed in the laundry, with a further rotational movement of the drum being executed in order to carry out said reduction, characterised by a step of detecting the load quantity using a mass moment of inertia of the laundry and/or a suction behaviour of the laundry and/or a detected mass of the laundry, the residual solution being determined in the determination step using a washing load quantity from a washing process preceding the rinsing process and the load quantity at the beginning of the rinsing process, and a step of detecting the drainage behaviour of the laundry using a mass moment of inertia of the laundry and/or a torque curve of the drum. determining a quantity of rinsing water for a rinsing process of the washing machine, the quantity of rinsing water being determined using a load quantity of laundry in the drum, a residual solution in the laundry at the beginning of the rinsing process and a drainage behaviour of the laundry; performing the rinsing process using the determined quantity of rinsing water, the quantity of rinsing water being completely absorbed by the laundry, with a rotational movement of the drum being executed during the rinsing process; and reducing the solution which consists of residual solution and quantity of rinsing water and is absorbed in the laundry, with a further rotational movement of the drum being executed in order to carry out said reduction, characterised by a step of detecting the load quantity using a mass moment of inertia of the laundry and/or a suction behaviour of the laundry and/or a detected mass of the laundry, the residual solution being determined in the determination step using a washing load quantity from a washing process preceding the rinsing process and the load quantity at the beginning of the rinsing process, and a step of detecting the drainage behaviour of the laundry using a mass moment of inertia of the laundry and/or a torque curve of the drum.
A solenoid generator, comprising: - a first electrical winding wound along a longitudinal axis of the generator, - a second electrical winding wound along said longitudinal axis of the generator around said first winding, with a tubular chamber between the first and the second winding, and - an annular magnet arranged around said first winding and adapted for relative movement with respect to said first winding and said second winding in said tubular chamber along said longitudinal axis of the generator, characterized in that the solenoid generator comprises a compensation chamber in fluid transfer relationship with said tubular chamber, said tubular chamber and said compensation chamber containing a filling of ferrofluid liquid and gas. - a first electrical winding wound along a longitudinal axis of the generator, - a second electrical winding wound along said longitudinal axis of the generator around said first winding, with a tubular chamber between the first and the second winding, and - an annular magnet arranged around said first winding and adapted for relative movement with respect to said first winding and said second winding in said tubular chamber along said longitudinal axis of the generator, characterized in that the solenoid generator comprises a compensation chamber in fluid transfer relationship with said tubular chamber, said tubular chamber and said compensation chamber containing a filling of ferrofluid liquid and gas.
An assembly for producing pasty moulded articles from a strand, the assembly being configured for arrangement between a filling machine supplying the strand and a conveyor receiving the moulded articles, wherein it comprises a driveable shaping member (E1, E2) adapted to the shape of the moulded articles, wherein the assembly for selectively producing various moulded articles and for mounting different shaping members (E1, E2) comprises a mounting support including at least a universal driving and bearing interface (2, 2a) for the shaping members (E1, E2) which can be driven via the interface (2, 2a), wherein the at least one interface (2, 2a) can be connected to a rotary drive mounted to the mounting support or installed separately from it and includes a drive shaft and at least one releasable support for the shaping member (E1, E2), and wherein the mounting support has, in varying distances from an outlet, a plurality of interfaces (2, 2a) which can be selectively coupled to the rotary drive.
Apparatus (1, 1', 1") for calibrating and / or adjusting measuring apparatuses for dynamic forces, in particular for calibrating and / or adjusting diagnostic apparatuses for rail vehicles, the measuring apparatus comprising a measuring rail and being integrated in a rail as part of a measuring section, having - a plate-shaped force application element which is fixedly connectable with the measuring apparatus and is part of a holding device with which the apparatus (1, 1', 1") can be tensioned against the measuring apparatus, the holding device comprising clamping jaws that are designed to engage behind the rail head of the measuring rail on its bottom side, - a mass body which is movable along a guide, relative to the force application element, - a reference force transducer or reference acceleration sensor arranged between the force application element and the mass body, - means for applying a positive or negative acceleration to the mass body, - wherein due to the acceleration of the mass body, the reaction forces are introduced into the force application element and, additionally, into the force transducer or acceleration sensor of the measuring apparatus by the means, and - with an analysis device for recording, processing and comparison of the values determined by the reference force transducer or reference acceleration sensor, and by the force transducer or acceleration sensor of the measuring apparatus. - a plate-shaped force application element which is fixedly connectable with the measuring apparatus and is part of a holding device with which the apparatus (1, 1', 1") can be tensioned against the measuring apparatus, the holding device comprising clamping jaws that are designed to engage behind the rail head of the measuring rail on its bottom side, - a mass body which is movable along a guide, relative to the force application element, - a reference force transducer or reference acceleration sensor arranged between the force application element and the mass body, - means for applying a positive or negative acceleration to the mass body, - wherein due to the acceleration of the mass body, the reaction forces are introduced into the force application element and, additionally, into the force transducer or acceleration sensor of the measuring apparatus by the means, and - with an analysis device for recording, processing and comparison of the values determined by the reference force transducer or reference acceleration sensor, and by the force transducer or acceleration sensor of the measuring apparatus.
A roller bearing (10, 28) comprising a conduction apparatus (17, 29), the conduction apparatus comprising at least one elastic conductor (18, 30), the conductor having a first conductor section (21, 35) and a second conductor section (22, 37) for forming a contact assembly on the roller bearing, the first conductor section being mounted on a first bearing ring (12, 34) of the roller bearing and the second conductor section being mounted on a second bearing ring (13, 39) of the roller bearing, an electrically conductive connection being established between the first bearing ring and the second bearing ring by means of the conductor, the roller bearing being a plain bearing, and: a) the first bearing ring is an outer ring and the second bearing ring is an inner ring, the first conductor section being an outer conductor section for establishing contact with the outer ring of the plain bearing and the second conductor section being an inner conductor section for establishing contact with an inner ring of the plain bearing, the conductor being supported at the outer ring, the conductor being inserted in at least one straight recess (25, 33) of the outer ring by its first conductor section, characterized in that the straight recess is realized as a groove on at least a front face of the outer ring or b) that the first bearing ring inner ring and the second bearing ring is an outer ring, the first conductor section being an inner conductor section for establishing contact with the inner ring of the plain bearing and the second conductor section being an outer conductor section for establishing contact with an outer ring of the plain bearing, the conductor being supported at the inner ring, the conductor being inserted in at least one straight recess of the inner ring by its first conductor section, characterized in that the straight recess is realized as a groove on at least a front face of the inner ring. a) the first bearing ring is an outer ring and the second bearing ring is an inner ring, the first conductor section being an outer conductor section for establishing contact with the outer ring of the plain bearing and the second conductor section being an inner conductor section for establishing contact with an inner ring of the plain bearing, the conductor being supported at the outer ring, the conductor being inserted in at least one straight recess (25, 33) of the outer ring by its first conductor section, characterized in that the straight recess is realized as a groove on at least a front face of the outer ring or b) that the first bearing ring inner ring and the second bearing ring is an outer ring, the first conductor section being an inner conductor section for establishing contact with the inner ring of the plain bearing and the second conductor section being an outer conductor section for establishing contact with an outer ring of the plain bearing, the conductor being supported at the inner ring, the conductor being inserted in at least one straight recess of the inner ring by its first conductor section,
An array substrate, comprising: a base substrate; a gate electrode and a gate line located on the base substrate; an active layer located on a film layer where the gate electrode and the gate line are located; a drain electrode, a source electrode and a data line located on the active layer; a pixel electrode located on a film layer where the drain electrode, the source electrode and the data line are located and electrically connected to the drain electrode through a first via hole; and a common electrode layer located on a film layer where the pixel electrode is located and electrically insulated from the pixel electrode; the array substrate further comprises: a plurality of conducting lines, located on the film layer where the drain electrode, the source electrode and the data line are located, and electrically insulated from the drain electrode, the source electrode, the data line and the pixel electrode; and, disposed on a layer different from the common electrode layer; characterized in that: the common electrode layer includes a plurality of self-capacitive electrodes disposed on the same layer and mutually insulated and each of the conducting lines being electrically connected to a corresponding self-capacitive electrode through a second via hole.