mhurhangee/ep-ind-claims huggingface dataset:
A color display device comprising an array of sub-pixel elements (200, 400) of five different primary colors, wherein the five different primary colors are arranged in a repeatable pattern (201, 401), wherein the repeatable pattern (201, 401) repeats contiguously in row and column directions to fill the array, and wherein the repeatable pattern (201, 401) consists of first and second sequences (230, 232, 460, 462), wherein said first and second sequences are adjoining, wherein each of the first and second sequences consists of four subpixel elements (211-218, 412-418, 434), wherein three of said five different primary colors occurs in each of said first and second sequences (230, 232, 460, 462), and form a repeating sub-sequence in both of said first and second sequences, and wherein said first sequence (230, 460) includes a sub-pixel element (214, 414) of a primary color among said five different primary colors which is not included in said second sequence (232, 462), wherein said second sequence (232, 462) includes a sub-pixel element (218, 418) of a primary color among said five different primary colors which is not included in said first sequence (230, 460), wherein said pattern includes sub-pixel elements of blue, cyan, green, red, and yellow primary colors, and wherein the number of blue and cyan subpixel elements in said pattern is smaller than the number of green, red and yellow sub-pixel elements in said pattern. wherein the five different primary colors are arranged in a repeatable pattern (201, 401), wherein the repeatable pattern (201, 401) repeats contiguously in row and column directions to fill the array, and wherein the repeatable pattern (201, 401) consists of first and second sequences (230, 232, 460, 462), wherein said first and second sequences are adjoining, wherein each of the first and second sequences consists of four subpixel elements (211-218, 412-418, 434), wherein three of said five different primary colors occurs in each of said first and second sequences (230, 232, 460, 462), and form a repeating sub-sequence in both of said first and second sequences, and wherein said first sequence (230, 460) includes a sub-pixel element (214, 414) of a primary color among said five different primary colors which is not included in said second sequence (232, 462), wherein said second sequence (232, 462) includes a sub-pixel element (218, 418) of a primary color among said five different primary colors which is not included in said first sequence (230, 460), wherein said pattern includes sub-pixel elements of blue, cyan, green, red, and yellow primary colors, and wherein the number of blue and cyan subpixel elements in said pattern is smaller than the number of green, red and yellow sub-pixel elements in said pattern.
An aircraft comprising: an airframe; an extending tail; a counter rotating, coaxial main rotor assembly including an upper rotor assembly with an upper blade and a lower rotor assembly with a lower blade; a first antenna in one of the upper blade and the lower blade, and a second antenna in the other of the upper blade and the lower blade; characterized by an oscillator configured to apply an excitation signal to the first antenna; and a blade proximity monitor configured to monitor a magnitude of the excitation signal and an output signal from the second antenna to determine a distance between the upper blade and the lower blade. an airframe; an extending tail; a counter rotating, coaxial main rotor assembly including an upper rotor assembly with an upper blade and a lower rotor assembly with a lower blade; a first antenna in one of the upper blade and the lower blade, and a second antenna in the other of the upper blade and the lower blade; characterized by an oscillator configured to apply an excitation signal to the first antenna; and a blade proximity monitor configured to monitor a magnitude of the excitation signal and an output signal from the second antenna to determine a distance between the upper blade and the lower blade.
A machine for drying inks of the UV type, comprising: a supporting frame, which forms at least one exposure chamber, which can be accessed from the outside and accommodates at least one UV ray emission source, at least one carriage which is arranged on said supporting frame and which supports rotatably at least one pan for supporting at least one object to be processed which is provided, on its surface, with at least one print provided by means of UV inks, means for the rotational actuation of said at least one pan about its own axis being provided in order to rotate said at least one object to be processed, said carriage being movable with respect to said supporting frame in order to move said at least one pan from an exposure position, in which said at least one pan is arranged within said exposure chamber, in order to subject the UV inks applied to the object to be processed to the action of the UV rays emitted by said at least one emission source, to at least one respective access position, in which said at least one pan is arranged outside of said exposure chamber, in order to allow the loading of said at least one object to be processed on said at least one pan or the unloading of the processed object from said at least one pan, said rotational actuation means being activatable on command at least with said at least one pan in said exposure position. a supporting frame, which forms at least one exposure chamber, which can be accessed from the outside and accommodates at least one UV ray emission source, at least one carriage which is arranged on said supporting frame and which supports rotatably at least one pan for supporting at least one object to be processed which is provided, on its surface, with at least one print provided by means of UV inks, means for the rotational actuation of said at least one pan about its own axis being provided in order to rotate said at least one object to be processed, said carriage being movable with respect to said supporting frame in order to move said at least one pan from an exposure position, in which said at least one pan is arranged within said exposure chamber, in order to subject the UV inks applied to the object to be processed to the action of the UV rays emitted by said at least one emission source, to at least one respective access position, in which said at least one pan is arranged outside of said exposure chamber, in order to allow the loading of said at least one object to be processed on said at least one pan or the unloading of the processed object from said at least one pan, said rotational actuation means being activatable on command at least with said at least one pan in said exposure position.
A screen control method for a vehicle, comprising: acquiring illumination intensity inside the vehicle; characterised by: determining whether illumination intensity behind the vehicle is sufficient within a preset time period when the illumination intensity inside the vehicle is lower than threshold illumination intensity; and reducing influence of a front passenger display screen of the vehicle on a driver's view of a passenger-side rearview mirror if the illumination intensity behind the vehicle is insufficient. acquiring illumination intensity inside the vehicle; characterised by: determining whether illumination intensity behind the vehicle is sufficient within a preset time period when the illumination intensity inside the vehicle is lower than threshold illumination intensity; and reducing influence of a front passenger display screen of the vehicle on a driver's view of a passenger-side rearview mirror if the illumination intensity behind the vehicle is insufficient. determining whether illumination intensity behind the vehicle is sufficient within a preset time period when the illumination intensity inside the vehicle is lower than threshold illumination intensity; and reducing influence of a front passenger display screen of the vehicle on a driver's view of a passenger-side rearview mirror if the illumination intensity behind the vehicle is insufficient.
A washing machine comprising: a body; a tub placed in the body, in which wash water is stored; a first drain pipe connected to the tub to allow the wash water to be discharged from the tub; a second drain pipe to guide the wash water discharged from the tub to the outside of the body; a pump case in which a wash water inlet chamber and a drain pump chamber are defined; an impeller disposed in the drain pump chamber; a wash water suction port arranged between the wash water inlet chamber and the drain pump chamber; a wash water outlet port formed at the pump case to connect the drain pump chamber and the second drain pipe to each other; and a wash water inlet port formed at the pump case to connect the first drain pipe and the wash water inlet chamber to each other, characterized in that an air discharge path is arranged between the wash water inlet chamber and the drain pump chamber, to allow air inside the wash water inlet chamber to be discharged through the wash water outlet port, and the air discharge path has an exit communicating with the drain pump chamber, the exit being located at a radial outward position of the impeller. a body; a tub placed in the body, in which wash water is stored; a first drain pipe connected to the tub to allow the wash water to be discharged from the tub; a second drain pipe to guide the wash water discharged from the tub to the outside of the body; a pump case in which a wash water inlet chamber and a drain pump chamber are defined; an impeller disposed in the drain pump chamber; a wash water suction port arranged between the wash water inlet chamber and the drain pump chamber; a wash water outlet port formed at the pump case to connect the drain pump chamber and the second drain pipe to each other; and a wash water inlet port formed at the pump case to connect the first drain pipe and the wash water inlet chamber to each other, characterized in that an air discharge path is arranged between the wash water inlet chamber and the drain pump chamber, to allow air inside the wash water inlet chamber to be discharged through the wash water outlet port, and the air discharge path has an exit communicating with the drain pump chamber, the exit being located at a radial outward position of the impeller.
A centrifuge, comprising: an ultrasonic wave generation source (10; 110; 210; 310) that generates ultrasonic waves; a holding unit (11; 111; 211) that is included in the ultrasonic wave generation source (10; 110; 210; 310) and holds a liquid medium; a storage container that stores a material to be processed; and a rotation mechanism (30; 430; 530; 630) that rotates the storage container around a rotation axis tilted between 20 degrees and 70 degrees relative to a virtual line extended in a vertical direction to allow the ultrasonic waves from the ultrasonic wave generation source (10; 110; 210; 310) to be constantly applied to the material to be processed via the medium; wherein the storage container comprises a main body unit formed in a bottomed shape with an opening at one end, and a lid portion that seals the opening; at least part of the main body unit of the storage container is arranged in the medium; and the rotation mechanism (30; 430; 530; 630) is attached to the back surface of the lid portion. an ultrasonic wave generation source (10; 110; 210; 310) that generates ultrasonic waves; a holding unit (11; 111; 211) that is included in the ultrasonic wave generation source (10; 110; 210; 310) and holds a liquid medium; a storage container that stores a material to be processed; and a rotation mechanism (30; 430; 530; 630) that rotates the storage container around a rotation axis tilted between 20 degrees and 70 degrees relative to a virtual line extended in a vertical direction to allow the ultrasonic waves from the ultrasonic wave generation source (10; 110; 210; 310) to be constantly applied to the material to be processed via the medium;
A method of ex vivo vascularizing an islet, the method comprising co-seeding pancreatic islets, endothelial cells and fibroblast cells on a scaffold and culturing said islets to allow the formation of at least one 3D endothelial structure within said scaffold, thereby ex vivo vascularizing the islet.
A manufacturing method for a composite body of a continuous sheet associated with an absorbent article, the composite body being manufactured by attaching a single-cut sheet to the continuous sheet at a predetermined attachment pitch, the method comprising: holding the single-cut sheet by a holding section in surface-to-surface contact, the holding section moving along a path; weakening a holding force by which the single-cut sheet is held; exerting a suction force on the single-cut sheet through the continuous sheet, the suction force causing the single-cut sheet to be sucked toward the continuous sheet; and when the holding section passes a delivery position set on the path, separating the single-cut sheet from the holding section, and delivering the single-cut sheet to the continuous sheet by attaching the single-cut sheet to the continuous sheet without pinching the single-cut sheet between the holding section and the continuous sheet due to the weakening and the exerting, the continuous sheet being running through a neighboring position near the delivery position. holding the single-cut sheet by a holding section in surface-to-surface contact, the holding section moving along a path; weakening a holding force by which the single-cut sheet is held; exerting a suction force on the single-cut sheet through the continuous sheet, the suction force causing the single-cut sheet to be sucked toward the continuous sheet; and when the holding section passes a delivery position set on the path, separating the single-cut sheet from the holding section, and delivering the single-cut sheet to the continuous sheet by attaching the single-cut sheet to the continuous sheet without pinching the single-cut sheet between the holding section and the continuous sheet due to the weakening and the exerting, the continuous sheet being running through a neighboring position near the delivery position.
A pressure accumulator, consisting of at least one accumulator housing (203, 303, 403), which on its input side has at least one connection (211, 311, 411; 213, 313, 413) for a pressure medium (221, 321, 421), in particular in the form of a fluid, which can be stored in the accumulator housing (203, 303, 403), wherein a filling material (219, 319, 419) is introduced at least partially into the accumulator housing (203, 303, 403), which material has cavities or forms at least one cavity for the at least partial accommodation of this pressure medium (221, 321, 421) and at least of one further pressure medium (249, 349, 449), wherein at least one elastomeric separation element (215, 315, 415), preferably in the form of a separation diaphragm (215, 315) or separation bladder, subdivides the accumulator housing (203, 303, 403) into at least two working spaces (245, 345, 445, 247, 347, 447), forming a hydraulic accumulator, one of the working spaces (245, 345, 445) accommodates the one pressure medium (221, 321, 421), in particular in the form of a liquid, and the other working space (247, 247, 447) accommodates the further pressure medium (249, 349, 449) in the form of a working gas, such as nitrogen gas, and wherein the filing material (219, 319, 419) is at least partially limited or enclosed from the separation element (215, 315, 415), wherein the filling material (219, 319, 419) with its cavities is formed from a cellular material such as a foam and is arranged in the working space (247, 347, 447) with the working gas, characterised in that a gradient-type design of the foam material is provided such that a very dense filling material (219, 319, 419) is used on the input side of the accumulator housing (203, 303,403), which material then changes with less density in the direction of the opposite side of the accumulator housing (203, 303, 403).
A method for growing a β-Ga 2 O 3 -based single crystal, comprising: using EFG method; raising a Ga203 -based melt inside a crucible up to an opening of a die via a slit of the die such that a seed crystal is contacted with the Ga203 -based melt in the opening of the die with an horizontal position of a seed crystal shifted in a width direction from the center in the width direction of the die; and pulling up the seed crystal contacting the Ga203 -based melt so as to grow a β-Ga2O3 -based single crystal. using EFG method; raising a Ga203 -based melt inside a crucible up to an opening of a die via a slit of the die such that a seed crystal is contacted with the Ga203 -based melt in the opening of the die with an horizontal position of a seed crystal shifted in a width direction from the center in the width direction of the die; and pulling up the seed crystal contacting the Ga203 -based melt so as to grow a β-Ga2O3 -based single crystal.
A hot-pressing tool (O1; O2) intended to be mounted on a press, this tool comprising: - a first tool portion equipped with first means (29; 60) for fastening onto a first press platen, - a second tool portion equipped with second means (13, 14; 70) for fastening onto a second press platen, - these two tool portions being mobile with respect to one another between a distant position and a close position, in which they define a pressing chamber, - means for heating the inner volume of the pressing chamber, - the first and second tool portions further being respectively equipped with a first and a second pressing member (28, 38), which are suitable for exerting a pressing force on opposite faces of an object to be pressed, received in the pressing chamber, - the heating means being means for heating by optical radiation and comprising at least one heating member by optical radiation, characterized in that the tool further comprises concentration means (26, 28, 36, 38, 46), capable of concentrating the radiation energy in the direction of said object and in that the means for concentrating the radiation energy comprise, for each tool portion, a member (28, 38) for concentrating the optical radiation and a member (26, 36) for reflecting the optical radiation, interposed along the trajectory of the radiation between the emission opening and the seat for receiving the object to be pressed, the member for concentrating the optical radiation having two opposite front faces, these two opposite front faces being connected by oblique lateral faces, each lateral face being adjacent to a respective heating member. - a first tool portion equipped with first means (29; 60) for fastening onto a first press platen, - a second tool portion equipped with second means (13, 14; 70) for fastening onto a second press platen, - these two tool portions being mobile with respect to one another between a distant position and a close position, in which they define a pressing chamber, - means for heating the inner volume of the pressing chamber, - the first and second tool portions further being respectively equipped with a first and a second pressing member (28, 38), which are suitable for exerting a pressing force on opposite faces of an object to be pressed, received in the pressing chamber, - the heating means being means for heating by optical radiation and comprising at least one heating member by optical radiation, characterized in that the tool further comprises concentration means (26, 28, 36, 38, 46), capable of concentrating the radiation energy in the direction of said object and in that the means for concentrating the radiation energy comprise, for each tool portion, a member (28, 38) for concentrating the optical radiation and a member (26, 36) for reflecting the optical radiation, interposed along the trajectory of the radiation between the emission opening and the seat for receiving the object to be pressed, the member for concentrating the optical radiation having two opposite front faces, these two opposite front faces being connected by oblique lateral faces, each lateral face being adjacent to a respective heating member.
Method for controlling an intrinsically safe small robot with at least one turnable member whereas the free end of the member is moveable along a programmable path, wherein first means are foreseen for detecting a force or pressure or contact effect on at least an interaction point on at least the free end of at least the free member, wherein signals corresponding to the force or pressure or contact effect are producible, wherein second means are foreseen for carrying out the control of the robot movement according to the programmable path and according to predicted demands required in the case of detection of a force or pressure or contact effect and wherein in case of a detection the control will carried out in that way that the robot movement is temporarily stopped, slowed down or not stopped and that a temporarily change of the programmable movement path is determined under consideration of the produced signals, having the following steps • a force effect onto an interaction point on at least one turnable member of the robot is applied, • signals according to the force effect are generated by first means, • the signals are processed by a processing unit into control signals for the robot, • the controlling of the robot is carried out in that way that the robot temporarily will be stopped or not stopped and that temporarily a change of the movement path at least of the free end of the robot member is effected, • wherein the severity of the force effect is determined by the processing unit by comparing the force effect signals with threshold data, • wherein the analyzed data are compared with threshold data, and • characterized in that at least two signals are generated by the first means so that one control signal may be chosen from a list of control signals for the robot. • a force effect onto an interaction point on at least one turnable member of the robot is applied, • signals according to the force effect are generated by first means, • the signals are processed by a processing unit into control signals for the robot, • the controlling of the robot is carried out in that way that the robot temporarily will be stopped or not stopped and that temporarily a change of the movement path at least of the free end of the robot member is effected, • wherein the severity of the force effect is determined by the processing unit by comparing the force effect signals with threshold data, • wherein the analyzed data are compared with threshold data, and • characterized in that at least two signals are generated by the first means so that one control signal may be chosen from a list of control signals for the robot.
Protective garment manufactured from a cut and/or slash resistant fabric, whereby the protective garment is locally provided with two or more attachment elements on zones in need of protection, which attachment elements are suitable for removably attaching a stab resistant protective pad to the protective garment, characterized, in that said fabric is manufactured from a hybrid yarn, whereby said hybrid yarn comprises glass fiber which is provided with a coating.
Mattress pad with a quilted mattress cover (16,17,19) and a removable core (11,12), the core comprises two or more units (11,12), each unit comprises two outer layers (13,14) and monofilaments extending between the outer layers, characterised in that the core (11,12) is reinforced at the edge so that it is dimensionally stable, wherein the edge of each unit is compressed together and/or fused together, and the edges of the outer layers have Velcro strips by means of which two units (11,12) arranged one on top of the other are fixed together.