mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator comprising a cabinet forming a storage space, a door opening and closing the cabinet and having an opening communicated with the storage space, and a detection device provided in the door for detecting a user's operation, wherein the refrigerator is comprising: a lighting unit turned on/off when the detection device detects a user's knocking operation by a signal of the detection device performed by a user while the door is closed, and illuminating an inside of the refrigerator; and a panel assembly provided to cover the opening and through which light is transmitted to the outside of the refrigerator so as to allow the user to selectively view the inside of the refrigerator by turning on/off of the lighting unit, wherein the door comprises a main door having the opening, and a sub door to open and close the opening part, wherein the panel assembly comprises: a front panel forming a front surface of a sub-door and being formed of a half mirror reflecting a part of the light and transmitting a part of the light to be selectively transparent; a plurality of insulation panels spaced apart from the front panel and formed of transparent tempered glass; and a spacer bar provided between the front panel and the insulation panel next to the front panel and between the plurality of insulation panels, and separating and sealing between the front panel and the insulation panel next to the front panel and between the plurality of insulation panels. a lighting unit turned on/off when the detection device detects a user's knocking operation by a signal of the detection device performed by a user while the door is closed, and illuminating an inside of the refrigerator; and a panel assembly provided to cover the opening and through which light is transmitted to the outside of the refrigerator so as to allow the user to selectively view the inside of the refrigerator by turning on/off of the lighting unit, a front panel forming a front surface of a sub-door and being formed of a half mirror reflecting a part of the light and transmitting a part of the light to be selectively transparent; a plurality of insulation panels spaced apart from the front panel and formed of transparent tempered glass; and a spacer bar provided between the front panel and the insulation panel next to the front panel and between the plurality of insulation panels, and separating and sealing between the front panel and the insulation panel next to the front panel and between the plurality of insulation panels.
A cutting assembly, with a segmented cutter bar which substantially extends over the width of the cutting assembly, wherein the cutter bar has at least a first segment and a second segment, which are respectively provided with cutter blades which can be driven in oscillation from a common cutter blade drive with which the first segment is operatively connected by means of a first bell crank and the second segment is operatively connected by means of a second bell crank, wherein the cutter blade drive which is disposed substantially centrally on the cutting assembly comprises a driven drive element which rotates about an axis of rotation on which a first rocker arm coupled to the first bell crank and a second rocker arm coupled to the second bell crank are pivotably mounted, characterized in that at the rotating drive element, the first rocker arm coupled to the first bell crank and the second rocker arm coupled to the second bell crank are pivotably mounted about a common rotational axis which is eccentric to the axis of rotation, wherein the rocker arms (15, 16) are configured to transmit an oscillating movement to the respective bell cranks (10, 11) which is offset in phase with respect to each other, wherein by means of a variation in the relationship of the lengths of the first rocker arm and of the second rocker arm with respect to each other, the magnitude of the phase offset of the oscillating movement can be varied.
Vacuum pump (6, 8), such as a turbomolecular pump or a rough vacuum pump, or vacuum line comprising at least one vacuum apparatus comprising a vacuum enclosure having a circumferential surface and an inner volume under vacuum further comprising: - at least one guided surface acoustic waves device comprising a piezo-electric transducer receiver and a piezo-electric transducer emitter been positioned on opposite locations on the outer diameter of the vacuum enclosure of tubular shape or the piezo-electric transducer emitter and the piezo-electric receiver being formed by only one piezo-electric transducer (20, 21) which is configured to be operated alternately as emitter or receiver, for coupling surface acoustic waves on the circumferential surface and for detecting surface acoustic waves propagating along the circumferential surface, the piezo-electric transducers (20, 21) being arranged outside of the vacuum enclosure, - a control unit configured to control the piezo-electric transducers (20, 21) to monitor a variation of at least one parameter of a surface acoustic wave propagating along the circumferential surface of the vacuum enclosure to detect a by-products deposition on the inner surface of the circumferential surface and/or to determine the properties of the by-product deposition, the piezo-electric transducers (20, 21) being made of piezoceramic material, wherein the variation of at least one parameter of a surface acoustic wave propagating along the circumferential surface of the vacuum enclosure is monitored for at least two successive passages (C1, C2, C3) of the surface acoustic waves in front of the piezo-electric transducer receiver. - at least one guided surface acoustic waves device comprising a piezo-electric transducer receiver and a piezo-electric transducer emitter been positioned on opposite locations on the outer diameter of the vacuum enclosure of tubular shape or the piezo-electric transducer emitter and the piezo-electric receiver being formed by only one piezo-electric transducer (20, 21) which is configured to be operated alternately as emitter or receiver, for coupling surface acoustic waves on the circumferential surface and for detecting surface acoustic waves propagating along the circumferential surface, the piezo-electric transducers (20, 21) being arranged outside of the vacuum enclosure, - a control unit configured to control the piezo-electric transducers (20, 21) to monitor a variation of at least one parameter of a surface acoustic wave propagating along the circumferential surface of the vacuum enclosure to detect a by-products deposition on the inner surface of the circumferential surface and/or to determine the properties of the by-product deposition, the piezo-electric transducers (20, 21) being made of piezoceramic material, wherein the variation of at least one parameter of a surface acoustic wave propagating along the circumferential surface of the vacuum enclosure is monitored for at least two successive passages (C1, C2, C3) of the surface acoustic waves in front of the piezo-electric transducer receiver.
A structural element in the front region of a motor vehicle, which is arranged between an engine cradle and an end wall of the motor vehicle and which comprises a deformation element, characterised in that the deformation element is fastened to the engine cradle by means of a front clamp, and is fastened to the end wall by means of a rear clamp, and in that the front clamp is connected to the end wall by means of an upper shell and by means of a lower shell in such a way that the two shells (2, 3) together form a closed, funnel-shaped structure.
A method for identifying scale invariant features of image outlines comprising the steps of; - receiving a parametric equation of a closed planar curve, - choosing nodes on the closed planar curve with equal intervals, - generating a continuous scale space of the nodes on the curve by successively convolving the planar curve with a Gaussian filter and down-sampling it after each octave, - calculating a value representing the amount of curvature at that point for every node on the closed curve for every scale in every octave, - finding curvature differences between plurality of adjacent scales and forming curvature difference groups, - comparing each curvature difference value with curvature differences belonging to the same and adjacent groups; and choosing the nodes with a minimum or maximum curvature difference as feature points, - representing the outline with a descriptor including all the feature points characterized in that the descriptor is represented as a radial array encoded in a two dimensional color image in which radial distance from the center represents the scale value of a feature point, rotation around this center represents the outline curve parameter of a feature point and the color represents the feature point orientation. - receiving a parametric equation of a closed planar curve, - choosing nodes on the closed planar curve with equal intervals, - generating a continuous scale space of the nodes on the curve by successively convolving the planar curve with a Gaussian filter and down-sampling it after each octave, - calculating a value representing the amount of curvature at that point for every node on the closed curve for every scale in every octave, - finding curvature differences between plurality of adjacent scales and forming curvature difference groups, - comparing each curvature difference value with curvature differences belonging to the same and adjacent groups; and choosing the nodes with a minimum or maximum curvature difference as feature points, - representing the outline with a descriptor including all the feature points characterized in that the descriptor is represented as a radial array encoded in a two dimensional color image in which radial distance from the center represents the scale value of a feature point, rotation around this center represents the outline curve parameter of a feature point and the color represents the feature point orientation.
A composite flavored mouthguard comprising: a mouthguard base having a generally U-shaped profile forming an upper channel, the mouthguard base including a first material; an elastomeric frame disposed at least partially within the mouthguard base, the elastomeric frame including a second material; wherein the elastomeric frame includes an impact shield at an anterior portion of the elastomeric frame and one or more cushion pads (430, 432) at a posterior portion of the elastomeric frame, wherein the one or more cushion pads extend through the mouthguard base; and a liner disposed within the upper channel, the liner including a third material, wherein at least one of the first material, the second material, or the third material includes a flavorant and at least one of the first material, the second material, or the third material independently includes a flavorant that provides sweetness. a mouthguard base having a generally U-shaped profile forming an upper channel, the mouthguard base including a first material; an elastomeric frame disposed at least partially within the mouthguard base, the elastomeric frame including a second material; wherein the elastomeric frame includes an impact shield at an anterior portion of the elastomeric frame and one or more cushion pads (430, 432) at a posterior portion of the elastomeric frame, wherein the one or more cushion pads extend through the mouthguard base; and a liner disposed within the upper channel, the liner including a third material, wherein at least one of the first material, the second material, or the third material includes a flavorant and at least one of the first material, the second material, or the third material independently includes a flavorant that provides sweetness.
A method for checking plausibility for additive manufacturing devices, comprising input data produced by CAM software, said input data being in the form of graphics data which is rendered as layers to be printed, respectively, every layer having at least one pixel, in particular a plurality of pixels, corresponding to the component region to be printed in the concerned layer, and output data controlling the additive manufacturing device to produce the component to be printed, characterized in that the input data of at least two consecutive layers is checked and for every layer the sum of all pixels to be exposed is determined, and in that a signal is output when the pixel sum, i.e. the exposure area of a subsequent layer, differs from that of the previous layer at least by a predetermined factor, in particular is larger at least by the predetermined factor.
A machine for producing parts made of composite materials, for producing parts with an open configuration or a tubular configuration, by means of overlaying layers laminated from strips of carbon fiber, glass fiber or others having similar characteristics, comprising at least one rotatably mounted drum having a perforated wall with a rotary drive unit, there being in relation to said drum at least one applicator head for applying strips of fiber, at least one cutting head and at least one assembly for forming tubular parts, characterized in that inside the drum there is arranged a blowing system provided with nozzles with selective opening arranged in relation to an area located above an outer conveyor belt and in relation to an area corresponding to each assembly for forming tubular parts.
A method for enzymatically producing uridine 5'-diphospho- N -acetylgalactosamine (UDP-GalNAc) from uridine 5'-triphosphate and N -acetylgalactosamine 1-phosphate (GalNAc 1-P), the method comprising using, as an enzyme, uridine 5'-diphospho-N-acetylglucosamine pyrophosphorylase (UDP-GlcNAc pyrophosphorylase), wherein the uridine 5'-diphospho-N-acetylglucosamine pyrophosphorylase (UDP-GlcNAc pyrophosphorylase)is prepared through a recombinant DNA technique employing an Escherichia coli- derived UDP-GlcNAc pyrophosphorylase gene ( glmU), wherein the GalNAc 1-P used in the method is prepared from N-acetylgalactosamine and adenosine 5'-triphosphate in a reaction system by use of N -acetylgalactosamine kinase, which is prepared through a recombinant DNA technique employing human-derived N -acetylgalactosamine kinase gene ( GALK2), wherein the N -acetylgalactosamine kinase is prepared through a recombinant DNA technique in the form of a fusion protein fusioned with the UDP-GlcNAc pyrophosphorylase, wherein the fusion protein is prepared by ligating an human-derived N -acetylgalactosamine kinase gene ( GALK2) with a 3'-downstream region of a gene encoding the UDP-GlcNAc pyrophosphorylase.
A device comprising a compression moulded body portion comprising layers of composite material comprising reinforcement fibre and polyaryletherketone; wherein at least one layer of composite material has a first region and a second region, wherein the polyaryletherketone (PAEK) content in the first region is higher than the polyaryletherketone content of the second region; wherein the reinforcement fibres of the second region form continuous filaments that extend in substantially the same direction, and wherein these continuous filaments are interrupted in the first region to provide the first region with the higher PAEK content.
Multi-antenna broadband system for mobile communications consisting of at least two antennas with the same shape and same size, placed above an earth plane, the antennas are connected respectively to a modem, and the part (10b, 11b, 12b, 13b) most distant from the earth plane of each antenna is folded one or more times so that the folded part or the last folded part (10b, 11b, 12b, 13b) of the antenna forms an angle with the non-folded part of the antenna of between 10 and 100 degrees, characterised in that the multi-antenna system comprises an odd number of antennas comprising a first antenna and second antennas, the first antenna being placed at a point above the earth plane at the same distance from the earth plane as the distance from the second antennas to the earth plane and each second antenna is symmetrical with another second antenna in accordance with a central symmetry, the centre of the symmetry being the point at which the first antenna is placed.
A rotary encoder adjustment process, wherein said rotary encoder includes an actuator magnet and a sensor circuit, characterized in that the process includes the steps of: - rotating the actuator magnet once or several times over the sensor circuit; - recording and storing actual rotation angles together with the time of detection; - calculating theoretical values of the rotation angles which correspond to the same time of detection, as time-dependent presupposed values of the rotation angles; - subtracting the time-dependent presupposed values of the rotation angles from the recorded actual rotation angle values to determine a difference; - determining new electric parameter values for the sensor circuit by analysing the determined difference, wherein said electric parameter values are selected so that a newly measured difference between the presupposed rotation angle values and recorded actual rotation angles using said electric parameter values is smaller than the determined difference; - writing the new electric parameter values into the sensor circuit. - rotating the actuator magnet once or several times over the sensor circuit; - recording and storing actual rotation angles together with the time of detection; - calculating theoretical values of the rotation angles which correspond to the same time of detection, as time-dependent presupposed values of the rotation angles; - subtracting the time-dependent presupposed values of the rotation angles from the recorded actual rotation angle values to determine a difference; - determining new electric parameter values for the sensor circuit by analysing the determined difference, wherein said electric parameter values are selected so that a newly measured difference between the presupposed rotation angle values and recorded actual rotation angles using said electric parameter values is smaller than the determined difference; - writing the new electric parameter values into the sensor circuit.
User configurable eyeglasses comprising: a pair of lenses (105, 110), each lens comprising at least one tab extending from the lens; an eyeglasses frame defining at least two fittings (135a, 135b), each fitting positioned to receive one tab extending from a lens, each fitting sized larger than the tab to be received; and a plurality of elastic cushion connectors, each adapted to be disposed in one of the fittings and to receive one of the tabs extending from one of the lenses, wherein each elastic cushion connector has a relaxed exterior size larger than an interior socket of one of the fittings and an interior opening having a relaxed size smaller than one of the tabs extending from one of the lenses. a pair of lenses (105, 110), each lens comprising at least one tab extending from the lens; an eyeglasses frame defining at least two fittings (135a, 135b), each fitting positioned to receive one tab extending from a lens, each fitting sized larger than the tab to be received; and a plurality of elastic cushion connectors, each adapted to be disposed in one of the fittings and to receive one of the tabs extending from one of the lenses, wherein each elastic cushion connector has a relaxed exterior size larger than an interior socket of one of the fittings and an interior opening having a relaxed size smaller than one of the tabs extending from one of the lenses.
Method for manufacturing a thermal inkjet print head comprising the steps of providing resistors onto a substrate according to a staggered pattern, forming a fluid feed channel through the substrate so that the channel extends substantially orthogonal to the chip surface and having staggered edges that follow the staggered pattern of the resistors so that a fluid path length between a resistor edge and a corresponding staggered edge is substantially similar for each resistor, characterized in that the fluid channel is formed by sandblasting starting from the rear side of the substrate without reaching the opposite surface, and subsequent laser ablation to a through-slot.
Soluble products capsule formed by a main body which comprises an internal cavity to contain the soluble product, delimited by a side surface, a first open end (1.1) and a second opposite end (1.2) which contains pressurisation channels for the soluble product inside it and an exit opening for the soluble product in the central area and a closure sheet in the first open end (1.1), characterised by comprising - an isolation sheet for the soluble product with respect to the exterior, placed on the pressurisation channels of the second end (1.2), and; - an intermediate sectorising piece of the internal cavity which comprises a base (8.1) located on the isolation sheet and two or three sectorising walls (8.2) emerging from the base (8.1) in a radial layout such that the cavity is divided into two or three sectors, respectively; - where the base (8.1) has a form and dimensions such that its contour is in contact with the inner face of the side surface of the main body throughout the internal contour of its adjustment sector near the second end (1.2) and comprising a passing opening for the soluble product in each of the resulting two or three sectors, where these passing openings are located next to the distal end of one of the sectorising walls (8.2), respectively, and located equidistantly apart, and; - where the pressurisation channels are independent for each of the sectors and form a route for the soluble product between them that starts in each of the sectors in the outermost point of the pressurisation channels located under the respective passing opening and ending in the central exit opening of the second end (1.2) of the capsule. - an isolation sheet for the soluble product with respect to the exterior, placed on the pressurisation channels of the second end (1.2), and; - an intermediate sectorising piece of the internal cavity which comprises a base (8.1) located on the isolation sheet and two or three sectorising walls (8.2) emerging from the base (8.1) in a radial layout such that the cavity is divided into two or three sectors, respectively; - where the base (8.1) has a form and dimensions such that its contour is in contact with the inner face of the side surface of the main body throughout the internal contour of its adjustment sector near the second end (1.2) and comprising a passing opening for the soluble product in each of the resulting two or three sectors, where these passing openings are located next to the distal end of one of the sectorising walls (8.2), respectively, and located equidistantly apart, and; - where the pressurisation channels are independent for each of the sectors and form a route for the soluble product between them that starts in each of the sectors in the outermost point of the pressurisation channels located under the respective passing opening and ending in the central exit opening of the second end (1.2) of the capsule.