mhurhangee/ep-ind-claims huggingface dataset:
Plant-based milk maker and blender created for the production of plant-based milk, especially for households, which consists of three segments, connected in a permanent separable manner, where the bottom segment is a base with a drive engine and the upper segment is a container with a lid and a blending element in the form of the rotary knives, powered by drive engine of the base and between the upper and bottom segments there is a central segment, driven by the drive engine of the base which has a coupling element that is equipped with the incisions corresponding to the incisions in the blending element of said container and the blending element is coupled with the drive engine of a base while said container has a lid and the base is provided with at least one switch button, and the central segment contains a cylindrical chamber with a drain opening and a draining funnel on its circumference and in said cylindrical chamber there is a rotatable perforated drum and the drive shaft of drive engine of the base passes through the central segment of the drum; characterized in that said container has at least one lockable opening in the bottom, under which there is a sliding pad with at least one opening and the sliding pad has a projection extending beyond the outline of the container. $
A tandem-type electrophotographic image forming apparatus comprising: a plurality of toner-image forming units, each of the toner-image forming units forming an image of a different color, each of the toner-image forming units including a rotatable photosensitive drum; and a charging unit that is configured to electrically charge the photosensitive drum, characterized in that one of the charging units is configured to function as a corona charging unit (20,21), each of other charging units than the corona charging unit (20, 21) is configured to function as a non-contact charging roller, each of the toner-image forming units includes a coating unit, whereby each coating unit of the photosensitive drums that are charged by the non-contact charging roller is configured to apply a surface protectant on a surface of the photosensitive drums, whereby the coating unit of the photosensitive drum that is charged by the corona charging unit (20, 21) is configured to not coat the surface with the surface protectant, wherein the non-contact charging roller is configured to be applied with a superimposed voltage in which a direct current component and an alternate current component are superimposed. a plurality of toner-image forming units, each of the toner-image forming units forming an image of a different color, each of the toner-image forming units including a rotatable photosensitive drum; and a charging unit that is configured to electrically charge the photosensitive drum, characterized in that one of the charging units is configured to function as a corona charging unit (20,21), each of other charging units than the corona charging unit (20, 21) is configured to function as a non-contact charging roller, each of the toner-image forming units includes a coating unit, whereby each coating unit of the photosensitive drums that are charged by the non-contact charging roller is configured to apply a surface protectant on a surface of the photosensitive drums, whereby the coating unit of the photosensitive drum that is charged by the corona charging unit (20, 21) is configured to not coat the surface with the surface protectant, wherein the non-contact charging roller is configured to be applied with a superimposed voltage in which a direct current component and an alternate current component are superimposed.
A panel fastening mechanism for enclosing sport courts comprising a prismatic extruded profile, at least one joining flat and first means of fastening of the joining flats to the extruded profile, said extruded profile being arranged on the outside of at least one ground anchoring foot and comprising longitudinal grooves (1.1) having a C-shaped cross section, with opposite projections (1.11), for holding the joining flats, said joining flats optionally being fastened, by means of second fastening means, to a glass panel or to horizontal crosspieces (7.1) of a metal mesh panel, characterised in that the joining flats have an L-shaped cross section and the first fastening means comprise a solid profile (3.1) arranged along and on the inside of the longitudinal groove (1.1) of the extruded profile, the solid profile (3.1) comprising in turn contact surfaces (3.11) arranged on both sides of a fastening projection (3.12), the contact surfaces (3.11) being embedded against the inner faces of the opposite projections (1.11) of the groove (1.1) when at least one screw (3.2) of the first fastening means is screwed into the solid profile (3.1) by means of its fastening projection (3.12), to fasten the joining flat to the extruded profile.
An IOL insertion system, comprising: a handpiece having a longitudinal axis, a distal end, and a proximal end, wherein the handpiece comprises a body; a cartridge comprising a delivery tube at a distal end; wherein the cartridge is configured and dimensioned to couple with the distal end of the handpiece; characterized in that the body comprises a slot near the distal end that is parallel to the longitudinal axis; and the system further comprises a pin, wherein the pin is configured and dimensioned to couple with the slot and move along a distance within the slot; and a cap comprising a snap; wherein the cap is configured and dimensioned to couple with the distal end of the cartridge; and wherein the snap is configured and dimensioned to couple with the pin. a handpiece having a longitudinal axis, a distal end, and a proximal end, wherein the handpiece comprises a body; a cartridge comprising a delivery tube at a distal end; wherein the cartridge is configured and dimensioned to couple with the distal end of the handpiece; characterized in that the body comprises a slot near the distal end that is parallel to the longitudinal axis; and the system further comprises wherein the cartridge is configured and dimensioned to couple with the distal end of the handpiece; characterized in that the body comprises a slot near the distal end that is parallel to the longitudinal axis; and the system further comprises a pin, wherein the pin is configured and dimensioned to couple with the slot and move along a distance within the slot; and a cap comprising a snap; wherein the cap is configured and dimensioned to couple with the distal end of the cartridge; and wherein the snap is configured and dimensioned to couple with the pin. wherein the cap is configured and dimensioned to couple with the distal end of the cartridge; and wherein the snap is configured and dimensioned to couple with the pin.
A polycarbonate composition comprising a polycarbonate and a light blocking agent, wherein 5YT420 calculated by the following Equation 1 is 2.5 to 71: 5 YT 420 = 5 * Y + T 420 in Equation 1, Y is a yellow index measured according to ASTM D1925 for a specimen having a thickness of 3 mm formed from the polycarbonate composition, and T420 is a transmittance at 420 nm measured according to ASTM D1003; the light blocking agent comprises a compound represented by the following Chemical Formula 1: in Chemical Formula 1, R 1 is hydrogen, halogen, a hydroxyl group or a cyano group, and R 2 to R 6 are each independently hydrogen, halogen, a hydroxyl group, a cyano group, or a C1 to C5 alkoxy group, provided that at least one of R 2 to R 6 is halogen, a hydroxyl group, a cyano group, or a C1 to C5 alkoxy group; and the light blocking agent is included in an amount of 0.001 to 0.500 wt% based on a total weight of the polycarbonate and the light blocking agent. Y is a yellow index measured according to ASTM D1925 for a specimen having a thickness of 3 mm formed from the polycarbonate composition, and T420 is a transmittance at 420 nm measured according to ASTM D1003; the light blocking agent comprises a compound represented by the following Chemical Formula 1: in Chemical Formula 1, R 1 is hydrogen, halogen, a hydroxyl group or a cyano group, and R 2 to R 6 are each independently hydrogen, halogen, a hydroxyl group, a cyano group, or a C1 to C5 alkoxy group, provided that at least one of R 2 to R 6 is halogen, a hydroxyl group, a cyano group, or a C1 to C5 alkoxy group; and the light blocking agent is included in an amount of 0.001 to 0.500 wt% based on a total weight of the polycarbonate and the light blocking agent. R 1 is hydrogen, halogen, a hydroxyl group or a cyano group, and R 2 to R 6 are each independently hydrogen, halogen, a hydroxyl group, a cyano group, or a C1 to C5 alkoxy group, provided that at least one of R 2 to R 6 is halogen, a hydroxyl group, a cyano group, or a C1 to C5 alkoxy group; and the light blocking agent is included in an amount of 0.001 to 0.500 wt% based on a total weight of the polycarbonate and the light blocking agent.
A method for producing by photolithography an imaging device on a semi-conducting wafer forming a substrate; the sensor comprising: • an image zone produced on the substrate and comprising a group of pixels disposed in rows and columns, the number of pixels per column not being uniform for all the columns of pixels, each pixel comprising a charge collector element collecting electric charges generated as a function of a photon radiation received by the imaging device, • row conductors (X i, X RAZi) linking the pixels row by row, • column conductors (Y j) linking the pixels column by column, • row addressing blocks linked to the row conductors (X i, X RAZi) and making it possible to address each row of pixels individually, and • column reading blocks linked to the column conductors (Y j) and making it possible to read the electric charges collected by the pixels of the row selected by the row addressing blocks, the column reading blocks being situated at the periphery of the image zone, • the row addressing blocks and the column reading blocks being produced on the same substrate as the image zone; the method further comprising a step in which a surface of the semi-conducting wafer is exposed zone by zone to a radiation through two or three sets of masks; each set of masks comprising several masks; each mask of one and the same set of masks including several regions, each region corresponding to a particular pattern; the at least two or three mask sets being configured to be able to produce, by photolithography, various patterns on the surface of the semi-conducting wafer; the image zone being obtained by the successive production of patterns, adjacent to one another, on the surface of the semi-conducting wafer; the image zone thus obtained exhibiting a surface area of greater than or equal to 10 cm 2; the method being also characterized in that the number of patterns implemented is strictly greater than 1 and less than 15. • an image zone produced on the substrate and comprising a group of pixels disposed in rows and columns, the number of pixels per column not being uniform for all the columns of pixels, each pixel comprising a charge collector element collecting electric charges generated as a function of a photon radiation received by the imaging device, • row conductors (X i, X RAZi) linking the pixels row by row, • column conductors (Y j) linking the pixels column by column, • row addressing blocks linked to the row conductors (X i, X RAZi) and making it possible to address each row of pixels individually, and • column reading blocks linked to the column conductors (Y j) and making it possible to read the electric charges collected by the pixels of the row selected by the row addressing blocks, the column reading blocks being situated at the periphery of the image zone, • the row addressing blocks and the column reading blocks being produced on the same substrate as the image zone;
A preventive or therapeutic agent for use in treating cerebral amyloid β storage diseases consisting of as an active ingredient a compound represented by Formula (iguratimod) or a salt thereof: and one or more pharmaceutically acceptable additives.
A binary ink developer assembly comprising: a developer roller that is rotatable; an electrically insulating exterior coating of the developer roller to receive ink from an ink supply and to transfer the received ink to a photoconductive imaging cylinder in accordance with an electrostatic image on the imaging cylinder, as the developer roller rotates, and characterised in that the BID assembly further comprises: a charge roller in contact with the electrically insulating exterior coating to place a charge on the exterior coating prior to the exterior coating receiving the ink, wherein the exterior coating is not voltage-biased within the BID assembly. a developer roller that is rotatable; an electrically insulating exterior coating of the developer roller to receive ink from an ink supply and to transfer the received ink to a photoconductive imaging cylinder in accordance with an electrostatic image on the imaging cylinder, as the developer roller rotates, and characterised in that the BID assembly further comprises: a charge roller in contact with the electrically insulating exterior coating to place a charge on the exterior coating prior to the exterior coating receiving the ink, wherein the exterior coating is not voltage-biased within the BID assembly. a charge roller in contact with the electrically insulating exterior coating to place a charge on the exterior coating prior to the exterior coating receiving the ink, wherein the exterior coating is not voltage-biased within the BID assembly.
Human body part supporting device, comprising at least three substantially plate-like support bodies, each carried by a tilting mechanism, wherein each tilting mechanism bears the support body for load by a user on a side of the support body opposite the tilting mechanism, wherein the support body is tiltable about a tilt axis defined by the tilting mechanism and in a loaded state is oriented in accordance with the load, whereby each support body is placed on an upright with a ball head on the free outer end thereof, wherein in the underside of support bodies is a receiving cavity for receiving the ball head therein, characterized by a base plate for placing the human body part supporting device flat on a ground surface, wherein the uprights are arranged on said base plate.
An analysis apparatus for measuring the aberrations of an optical system of a patient, the optical system comprising a retina, the analysis apparatus comprising: a projection device adapted to project a point or a pattern of light radiation on the retina of the patient; an observation device comprising image sensor means (WFs) having a focal plane which is not conjugated with the retina, adapted to receive the light radiation reflected by the retina; processing means adapted to process a signal obtained from said sensor means to obtain, via a determined algorithm, a wave front and/or the refractive state generated by the optical system; the apparatus being characterized in that it comprises measuring means (Po) adapted to measure the dispersion of the light radiation on the retina and/or from the retina, due to scattering or aberration blurs, said processing means being configured so as to use said measure of the dispersion as a correction factor in said algorithm.
A method for controlling an image display device having a flexible display module, the method comprising: receiving a multi-view image signal for one object captured by a plurality of stereoscopic image cameras; characterized in the method further comprising: receiving position information regarding the position of the plurality of stereoscopic image cameras from the received multi-view image signal; generating curvature information related to a curved shape of the flexible display module according to the position information regarding the position of the plurality of stereoscopic image cameras; outputting, to the flexible display module, a shape change guide including a shape change position and a shape change angle of the flexible display module based on the generated curvature information, wherein the shape change guide refers to information for achieving a preferable shape into which the flexible display module should be changed; and changing the curvature of the flexible display module based on the generated curvature information, and wherein the curvature changing step comprises folding the flexible display module by a user based on the shape change guide. receiving position information regarding the position of the plurality of stereoscopic image cameras from the received multi-view image signal; generating curvature information related to a curved shape of the flexible display module according to the position information regarding the position of the plurality of stereoscopic image cameras; outputting, to the flexible display module, a shape change guide including a shape change position and a shape change angle of the flexible display module based on the generated curvature information, wherein the shape change guide refers to information for achieving a preferable shape into which the flexible display module should be changed; and changing the curvature of the flexible display module based on the generated curvature information, and wherein the curvature changing step comprises folding the flexible display module by a user based on the shape change guide.
Vehicle seat comprising a seat part extending in the longitudinal direction of the vehicle and in the width direction of the vehicle and comprising a backrest part and a seat substructure for suspending and/or damping at least the seat part with respect to a body of a vehicle, in which the seat substructure comprises at least one horizontal suspension device having a first suspension part, another suspension part which is movable relative thereto and a deformable fluid suspension element for suspending the seat part with respect to the body in the longitudinal direction of the vehicle and/or in the width direction of the vehicle, the deformable fluid suspension element being arranged so as to have a first connection point to the first suspension part and another connection point to the other suspension part, the deformable fluid suspension element being arranged between the two suspension parts (16, 17) so as to be deformed solely by these two suspension parts (16, 17) upon relative movement of the two suspension parts (16, 17) relative to each other, characterised in that the deformable fluid suspension element is elongate and fastened to the two suspension parts (16, 17) by its end regions (27, 28) that are spaced the furthest apart from one another.
Side channel compressor comprising an air filter attachment, the air filter attachment having a housing and a filter material which is arranged in a housing interior and consists, for example, of a nonwoven material, an inlet and an outlet also being formed in the housing, the housing, in plan view, being arranged at least in part within an outer contour of the side channel compressor with respect to a projection of the compressor outer contour (blower outer contour) towards a rotary axis of a compressor blower of the side channel compressor, characterised in that the housing has a non-circular, kidney-shaped design.
A package comprising: a substrate comprising a first interconnect terminal of a first type and a second interconnect terminal of a second type; an integrated circuit die; a first security mesh structure disposed on a first side of the integrated circuit die; a second security mesh structure disposed on a second side of the integrated circuit die; active circuitry disposed on the second side of the integrated circuit die and coupled to the second interconnect terminal; and a substrate conductive path coupled between the second interconnect terminal and the first interconnect terminal, the first interconnect terminal being coupled to the first security mesh structure, wherein the first security mesh structure is a backside security mesh and the second security mesh structure is a front-side security mesh, wherein the integrated circuit die comprises a physically unclonable function circuit coupled to the front-side security mesh and the backside security mesh to output a first fingerprint value, wherein a modification of an electrical characteristic of front-side security mesh, backside security mesh or both security meshes cause the physically unclonable function circuit to output a second fingerprint value that is not equal to the first fingerprint value. a substrate comprising a first interconnect terminal of a first type and a second interconnect terminal of a second type; an integrated circuit die; a first security mesh structure disposed on a first side of the integrated circuit die; a second security mesh structure disposed on a second side of the integrated circuit die; active circuitry disposed on the second side of the integrated circuit die and coupled to the second interconnect terminal; and a substrate conductive path coupled between the second interconnect terminal and the first interconnect terminal, the first interconnect terminal being coupled to the first security mesh structure, wherein the first security mesh structure is a backside security mesh and the second security mesh structure is a front-side security mesh, wherein the integrated circuit die comprises a physically unclonable function circuit coupled to the front-side security mesh and the backside security mesh to output a first fingerprint value, wherein a modification of an electrical characteristic of front-side security mesh, backside security mesh or both security meshes cause the physically unclonable function circuit to output a second fingerprint value that is not equal to the first fingerprint value. the first security mesh structure is a backside security mesh and the second security mesh structure is a front-side security mesh, wherein the integrated circuit die comprises a physically unclonable function circuit coupled to the front-side security mesh and the backside security mesh to output a first fingerprint value, wherein a modification of an electrical characteristic of front-side security mesh, backside security mesh or both security meshes cause the physically unclonable function circuit to output a second fingerprint value that is not equal to the first fingerprint value.
Domestic appliance for handling articles with an air stream, comprising an absorption unit containing an adsorption container containing a solid adsorption agent as well as a heater for heating up the absorption agent, at least one phase transition device (5, 8, 11) with a connecting line (6, 9, 12) connecting this to the adsorption container and containing a volatile adsorptive reversibly adsorbable by the absorption agent, and comprising a process air conduit, in which the adsorption container is embodied as a first heat exchanger for heating up a stream of air flowing in the process air conduit and being applied to the absorption container, wherein the adsorption unit is configured to alternately and reversibly assume a first operating state in which a stream of air flowing in the process air conduit is applied to the adsorption container and to adsorb the adsorptive evaporating in the at least one phase transition container (5, 8, 11) and a second operating state in which the absorption agent is heated up by the heater and the adsorptive is desorbed, wherein desorbed adsorptive condenses in the phase transition vessel (5, 8, 11), wherein the adsorption unit is configured such that in the second operating state as well the adsorption container also has a stream of air flowing in the process air conduit applied to it, characterised in that the adsorption unit is configured so as to reversibly assume the first and the second operating state a number of times during the handling.