mhurhangee/ep-ind-claims huggingface dataset:
A seamed press felt comprising: a base fabric having a CD width and an MD length with two opposing MD ends (136, 138) that are joined to form a continuous belt: MD oriented yarns form uniform loops at the two opposing MD ends that are interdigitated to define a pintle channel extending the CD width; CD oriented yarns connected to the MD oriented yarns; loop open spaces located within the loops on each of the two opposing MD ends in a seam region, the loop open spaces being defined between a last one of the CD yarns at each of the two opposing MD ends and the pintle channel; a pintle extending through the pintle channel to form a seam; characterized by a stuffer package located in the loop open spaces on each of the two opposing MD ends, the stuffer package including at least one CD stuffer monofilament yarn (152A, 152B) having a diameter at least as large as a diameter of the CD oriented yarns, and at least two CD cabled monofilaments (154A-D), each said CD cabled monofilament including at least 3 monofilament strands; a stitch that extends through at least a portion of the stuffer package and a portion of the base fabric at each of the two opposing MD ends, the stitch holds the at least one CD stuffer monofilament yarn and a first subset of the at least two CD cabled monofilaments (154A, 154B) in place in the loop open spaces and a second subset of the at least two CD cabled monofilaments (154C, 154D) is free-floating in the loop open spaces. MD oriented yarns form uniform loops at the two opposing MD ends that are interdigitated to define a pintle channel extending the CD width; CD oriented yarns connected to the MD oriented yarns; loop open spaces located within the loops on each of the two opposing MD ends in a seam region, the loop open spaces being defined between a last one of the CD yarns at each of the two opposing MD ends and the pintle channel; a pintle extending through the pintle channel to form a seam; characterized by a stuffer package located in the loop open spaces on each of the two opposing MD ends, the stuffer package including at least one CD stuffer monofilament yarn (152A, 152B) having a diameter at least as large as a diameter of the CD oriented yarns, and at least two CD cabled monofilaments (154A-D), each said CD cabled monofilament including at least 3 monofilament strands; a stitch that extends through at least a portion of the stuffer package and a portion of the base fabric at each of the two opposing MD ends, the stitch holds the at least one CD stuffer monofilament yarn and a first subset of the at least two CD cabled monofilaments (154A, 154B) in place in the loop open spaces and a second subset of the at least two CD cabled monofilaments (154C, 154D) is free-floating in the loop open spaces.
Device for stabilizing an AC voltage grid comprising a line-side transformer, the primary-side transformer windings of which are able to be connected to the AC voltage grid, and comprising a converter that has converter branches and is able to be connected to the AC voltage grid by means of the line-side transformer, wherein current-limiting inductors are assigned to the converter, wherein the inductors are in the form of secondary windings of the line-side transformer, wherein the converter is a modular multi-level converter, wherein each converter branch comprises switching modules that respectively comprise deactivatable semiconductor switches and a dedicated switching-module energy storage unit, characterized in that the device comprises at least one precharge resistor for precharging the energy storage units of the switching modules, which is connected to the secondary-side neutral point.
A multiple-part curable composition comprising: a) a part A comprising an oxalamido-containing compound having a molecular weight of at least 250 grams/mole and having at least two oxalamido groups of formula -NR 2 - - -OR 1, wherein R 1 is a hydrocarbyl; and R 2 is hydrogen or hydrocarbyl; and b) a part B comprising a derivatized polyethylene imine comprising a reaction product of a polyethylene imine with a glycidyl ether, the derivatized polyethylene imine comprising monomeric units of Formula wherein R 3 is an alkyl having at least 4 carbon atoms, an aryl, an aralkyl, or an alkaryl; and each asterisk (*) is an attachment site to another monomeric unit of the derivatized polyethylene imine. a) a part A comprising an oxalamido-containing compound having a molecular weight of at least 250 grams/mole and having at least two oxalamido groups of formula -NR 2 - - -OR 1, wherein R 1 is a hydrocarbyl; and R 2 is hydrogen or hydrocarbyl; and R 1 is a hydrocarbyl; and R 2 is hydrogen or hydrocarbyl; and b) a part B comprising a derivatized polyethylene imine comprising a reaction product of a polyethylene imine with a glycidyl ether, the derivatized polyethylene imine comprising monomeric units of Formula wherein R 3 is an alkyl having at least 4 carbon atoms, an aryl, an aralkyl, or an alkaryl; and each asterisk (*) is an attachment site to another monomeric unit of the derivatized polyethylene imine. R 3 is an alkyl having at least 4 carbon atoms, an aryl, an aralkyl, or an alkaryl; and each asterisk (*) is an attachment site to another monomeric unit of the derivatized polyethylene imine.
An ultrasonic instrument comprising: (a) a body, wherein the body defines a longitudinal axis, wherein the body is configured to receive an ultrasonic transducer; (b) an actuation assembly (300, 400, 500, 501), wherein the actuation assembly comprises: (i) a plurality of buttons (310, 410, 510, 546, 560), wherein the plurality of buttons are disposed angularly about the body, wherein each button of the plurality of buttons is configured to move toward and away from the longitudinal axis of the body, (ii) a switch (312, 412, 512), wherein each button of the plurality of buttons is configured to actuate the switch, and (iii) a band (320, 420, 520, 521) in communication with at least one button of the plurality of buttons, wherein the band is configured to translate transversely or flex to thereby actuate the switch in response to actuation of a button of the plurality of buttons; (c) a shaft assembly, wherein the shaft assembly comprises an acoustic waveguide, wherein the switch is operable to trigger activation of the acoustic waveguide; and (d) an ultrasonic blade, wherein the ultrasonic blade is in acoustic communication with the acoustic waveguide. (a) a body, wherein the body defines a longitudinal axis, wherein the body is configured to receive an ultrasonic transducer; (b) an actuation assembly (300, 400, 500, 501), wherein the actuation assembly comprises: (i) a plurality of buttons (310, 410, 510, 546, 560), wherein the plurality of buttons are disposed angularly about the body, wherein each button of the plurality of buttons is configured to move toward and away from the longitudinal axis of the body, (ii) a switch (312, 412, 512), wherein each button of the plurality of buttons is configured to actuate the switch, and (iii) a band (320, 420, 520, 521) in communication with at least one button of the plurality of buttons, wherein the band is configured to translate transversely or flex to thereby actuate the switch in response to actuation of a button of the plurality of buttons; (i) a plurality of buttons (310, 410, 510, 546, 560), wherein the plurality of buttons are disposed angularly about the body, wherein each button of the plurality of buttons is configured to move toward and away from the longitudinal axis of the body, (ii) a switch (312, 412, 512), wherein each button of the plurality of buttons is configured to actuate the switch, and (iii) a band (320, 420, 520, 521) in communication with at least one button of the plurality of buttons, wherein the band is configured to translate transversely or flex to thereby actuate the switch in response to actuation of a button of the plurality of buttons; (c) a shaft assembly, wherein the shaft assembly comprises an acoustic waveguide, wherein the switch is operable to trigger activation of the acoustic waveguide; and (d) an ultrasonic blade, wherein the ultrasonic blade is in acoustic communication with the acoustic waveguide.
Method for determining a measuring offset of a rotor position sensor assigned to a rotor of an electric machine, wherein stator windings of the electric machine are supplied by phase lines between an inverter and the stator windings, comprising the following steps: - providing a control signal causing the phase lines to be short-circuited when the rotor rotates with a rotation rate; - computing a first current angle information based on a current information, which represents a d-current and a q-current being determined based on a rotor position information provided by the rotor position sensor while the phase lines are short-circuited; and - determining the measuring offset based on the first current angle information and a second current angle information being based on an impedance information concerning the electric machine and on the rotation rate of the rotor. - providing a control signal causing the phase lines to be short-circuited when the rotor rotates with a rotation rate; - computing a first current angle information based on a current information, which represents a d-current and a q-current being determined based on a rotor position information provided by the rotor position sensor while the phase lines are short-circuited; and - determining the measuring offset based on the first current angle information and a second current angle information being based on an impedance information concerning the electric machine and on the rotation rate of the rotor.
A method for producing an asymmetric chain carbonate comprising a step of reacting methyl nitrite, carbon monoxide and 0.05-1.5 moles of a lower alcohol per one mole of methyl nitrite, the lower alcohol being selected from the group consisting of an aliphatic alcohol having 2-6 carbon atoms and an alicyclic alcohol having 5-6 carbon atoms, in a gaseous phase in the presence of a solid catalyst comprising a platinum group metal or a compound thereof placed on a support.
Printer containing at least one cosmetic ink and designed to allow the formation of a coat of cosmetic ink on a non-flat transfer surface defined by a substrate and intended to transfer the coat of ink by contact onto human keratin materials, the transfer surface defining in particular at least one cylinder or sphere portion, the printer comprising a receptacle for removably housing a roller or a pad holder, the transfer surface corresponding at least partly to the outer surface of the roller or, respectively, of a pad borne by the pad holder.
An adjustable headrest for an aircraft seat, comprising: a headrest configured to move by way of combined horizontal translation and rotation relative to a seatback; an actuating element that urges against the seatback to drive the horizontal translation and rotation of the headrest; and linkage interconnecting the headrest with the actuating element and driving movement of the headrest in response to movement of the actuating element relative to the seatback, wherein the linkage comprises: a headrest support arm attached to the headrest; an actuating element support arm attached to the actuating element, characterized in that it comprises a first link linking movement of the headrest support arm with movement of the actuating element support arm, the first link being pivotally connectable to the seatback and pivotally connected to the headrest support arm; and a second link linking movement of the headrest support arm with movement of the actuating element support arm, the second link being pivotally connected to each of the actuating element support arm and the headrest support arm. a headrest configured to move by way of combined horizontal translation and rotation relative to a seatback; an actuating element that urges against the seatback to drive the horizontal translation and rotation of the headrest; and linkage interconnecting the headrest with the actuating element and driving movement of the headrest in response to movement of the actuating element relative to the seatback, wherein the linkage comprises: a headrest support arm attached to the headrest; an actuating element support arm attached to the actuating element, characterized in that it comprises a first link linking movement of the headrest support arm with movement of the actuating element support arm, the first link being pivotally connectable to the seatback and pivotally connected to the headrest support arm; and a second link linking movement of the headrest support arm with movement of the actuating element support arm, the second link being pivotally connected to each of the actuating element support arm and the headrest support arm.
An abrasive article, comprising: a non-woven web of staple fibers (12, 14), the non-woven web of staple fibers (12, 14) forming a single layer that is free of any additional layers of non-woven webs of staple fibers (12, 14); and abrasive particles bound to the non-woven web, wherein the non-woven web comprises a blend of staple fibers (12, 14); wherein the blend of staple fibers (12, 14) includes a first modus that is a first portion of staple fibers having a first averaged linear density and a second modus that is a second portion of staple fibers having a second averaged linear density; wherein the difference between the maxima of the first modus and the second modus is at least 50 deniers; the first portion of staple fibers having a linear density of at least 80 deniers and not greater than 300 deniers; and the second portion of staple fibers having a linear density of at least 320 deniers and not greater than 1000 deniers. a non-woven web of staple fibers (12, 14), the non-woven web of staple fibers (12, 14) forming a single layer that is free of any additional layers of non-woven webs of staple fibers (12, 14); and abrasive particles bound to the non-woven web, wherein the non-woven web comprises a blend of staple fibers (12, 14); wherein the blend of staple fibers (12, 14) includes a first modus that is a first portion of staple fibers having a first averaged linear density and a second modus that is a second portion of staple fibers having a second averaged linear density; wherein the difference between the maxima of the first modus and the second modus is at least 50 deniers; the first portion of staple fibers having a linear density of at least 80 deniers and not greater than 300 deniers; and the second portion of staple fibers having a linear density of at least 320 deniers and not greater than 1000 deniers.
Track installation comprising at least one track section, in which at least one switchable actuator is arranged and comprising at least two autonomous track-side train protection devices, each of which is configured for a train protection of vehicles on the at least one track section which are equipped with an associated vehicle-side train protection device, wherein the track section is configured to be drivable by vehicles with different vehicle-side train protection devices, wherein one of the train protection devices is connected to the at least one actuator and is thereby configured as a leading train protection device for the track section and at least one interface configured for transferring at least one information item between the leading train protection device and the at least one further train protection device is provided, and wherein the installation comprises at least two train control/train guidance devices which are configured for coordinating the train traffic and are each assigned to one of the train protection devices, and at least one further interface provided between the train control/train guidance devices for transferring information.
A building surface product comprising: a substantially planar gypsum panel having a first edge, a second edge, and two ends (2107, 2108), wherein the gypsum panel includes: a body comprising a front face, a rear face, and a thickness between the front face and the rear face, and a first lapping projection extending outward from the body at the second edge, the first lapping projection being configured to overlap a portion of a neighboring gypsum panel so as to form a building surface; and a first press-on connector disposed on and attached to the rear face of the body toward the first edge of the gypsum panel, the press-on connector being configured to engage a corresponding second press-on connector. a substantially planar gypsum panel having a first edge, a second edge, and two ends (2107, 2108), wherein the gypsum panel includes: a body comprising a front face, a rear face, and a thickness between the front face and the rear face, and a first lapping projection extending outward from the body at the second edge, the first lapping projection being configured to overlap a portion of a neighboring gypsum panel so as to form a building surface; and a body comprising a front face, a rear face, and a thickness between the front face and the rear face, and a first lapping projection extending outward from the body at the second edge, the first lapping projection being configured to overlap a portion of a neighboring gypsum panel so as to form a building surface; and a first press-on connector disposed on and attached to the rear face of the body toward the first edge of the gypsum panel, the press-on connector being configured to engage a corresponding second press-on connector.
Moulded part for the production of furniture, comprising • an internal layer made of a piece of polyurethane and • two external layers consisting of aluminium and • between the outer layers and inner layer, one layer of adhesive on each side, characterised in such a way that • the polyurethane piece of the internal layer is made of chopped and pressed polyurethane material shreds mixed with aluminium particles and a binder, having a density of 400 - 700 kg/m 3, and • the two outer layers are made of aluminium sheet, with the sheets having a thickness of 0.40mm to 1.00 mm, and • the adhesive layer consists of a 1K PUR prepolymer with an epoxy adhesive primer. • an internal layer made of a piece of polyurethane and • two external layers consisting of aluminium and • between the outer layers and inner layer, one layer of adhesive on each side, • the polyurethane piece of the internal layer is made of chopped and pressed polyurethane material shreds mixed with aluminium particles and a binder, having a density of 400 - 700 kg/m 3, and • the two outer layers are made of aluminium sheet, with the sheets having a thickness of 0.40mm to 1.00 mm, and • the adhesive layer consists of a 1K PUR prepolymer with an epoxy adhesive primer.
Method for the optical recognition of characters displayed on a display, wherein image data are obtained by optically focussing on objects at a maximum distance of 1 metre, which image data contain a representation of the display, said method comprising the following steps: a) detecting (29, 30) a display area of the display in the image data obtained; b) processing the image data representing the detected display area; c) carrying out optical character recognition (34, 35) on the basis of the processed image data; and d) storing the characters recognised in the optical character recognition (34, 35) in a memory; wherein, for the detection (29, 30) of the display area, at least one contour represented in the image data, which corresponds to a polygonal chain given by a sequence of image points, is detected such that, when there are a plurality of detected contours, the contour having the largest enclosed area of which the number of image points corresponds to a predetermined number of corner points of the display is detected as the contour of the display area, wherein, for the processing of the image data representing the display area, a section corresponding to the detected display area is selected from the originally obtained image data, and wherein, after the display area has been detected and before the optical character recognition is carried out, only the image data of the selected section are processed, wherein the processing of these image data includes a perspective distortion of the detected display area in the section being corrected and/or these image data being preprocessed using an adaptive threshold value method. a) detecting (29, 30) a display area of the display in the image data obtained; b) processing the image data representing the detected display area; c) carrying out optical character recognition (34, 35) on the basis of the processed image data; and d) storing the characters recognised in the optical character recognition (34, 35) in a memory; wherein, for the detection (29, 30) of the display area, at least one contour represented in the image data, which corresponds to a polygonal chain given by a sequence of image points, is detected such that, when there are a plurality of detected contours, the contour having the largest enclosed area of which the number of image points corresponds to a predetermined number of corner points of the display is detected as the contour of the display area, wherein, for the processing of the image data representing the display area, a section corresponding to the detected display area is selected from the originally obtained image data, and wherein, after the display area has been detected and before the optical character recognition is carried out, only the image data of the selected section are processed, wherein the processing of these image data includes a perspective distortion of the detected display area in the section being corrected and/or these image data being preprocessed using an adaptive threshold value method.