mhurhangee/ep-ind-claims huggingface dataset:
A lamp for a vehicle, comprising: a lens; a first light source disposed behind the lens; a first reflector configured to reflect a first light, generated by the first light source, toward the lens; a second light source disposed behind the lens; a second reflector configured to reflect a second light, generated by the second light source, toward the lens, a third reflector configured to reflect the second light reflected from the second reflector, and a transparent display disposed on said third reflector and configured to form specific content, wherein the transparent display is configured to allow some or all of the second light to pass therethrough, wherein the first light source is configured to output the first light in a generally upward or downward direction, and the second light source is configured to output the second light in the same direction as the first light source, and wherein the second light reflected from the third reflector passes through the lens to form a second beam pattern. a lens; a first light source disposed behind the lens; a first reflector configured to reflect a first light, generated by the first light source, toward the lens; a second light source disposed behind the lens; a second reflector configured to reflect a second light, generated by the second light source, toward the lens, a third reflector configured to reflect the second light reflected from the second reflector, and a transparent display disposed on said third reflector and configured to form specific content, wherein the transparent display is configured to allow some or all of the second light to pass therethrough, wherein the first light source is configured to output the first light in a generally upward or downward direction, and the second light source is configured to output the second light in the same direction as the first light source, and wherein the second light reflected from the third reflector passes through the lens to form a second beam pattern.
An antifouling composition comprising: a tetrafunctional silane-based compound represented by the following formula (a): Formula (a): Si(OR 1) p (X 1) 4-p wherein, R 1 represents an alkyl group having 1 to 6 carbon atoms; X 1 represents a halogen atom; when plural R 1 s and X 1 s are present, the plural R 1 s and X 1 s may be the same as or different from each other; and p represents an integer of 0 to 4, a trifunctional silane-based compound represented by the following formula (b): Formula (b): R 2 Si(OR 3) q (X 2) 3-q wherein, R 2 represents an alkyl group having 1 to 3 carbon atoms; R 3 represents an alkyl group having 1 to 6 carbon atoms; X 2 represents a halogen atom; when plural R 3 s and X 2 s are present, the plural R 3 s and X 2 s may be the same as or different from each other; and q represents an integer of 0 to 3, and a metal catalyst containing a titanium atom, which does not require light irradiation for revealing a catalytic action, wherein the total content of the component, the component, and the component is 65 % by mass or more relative to the total amount (100 % by mass of the solids content) of the antifouling composition. a tetrafunctional silane-based compound represented by the following formula (a): Formula (a): Si(OR 1) p (X 1) 4-p wherein, R 1 represents an alkyl group having 1 to 6 carbon atoms; X 1 represents a halogen atom; when plural R 1 s and X 1 s are present, the plural R 1 s and X 1 s may be the same as or different from each other; and p represents an integer of 0 to 4, a trifunctional silane-based compound represented by the following formula (b): Formula (b): R 2 Si(OR 3) q (X 2) 3-q wherein, R 2 represents an alkyl group having 1 to 3 carbon atoms; R 3 represents an alkyl group having 1 to 6 carbon atoms; X 2 represents a halogen atom; when plural R 3 s and X 2 s are present, the plural R 3 s and X 2 s may be the same as or different from each other; and q represents an integer of 0 to 3, and a metal catalyst containing a titanium atom, which does not require light irradiation for revealing a catalytic action,
A method of additive manufacturing of a three-dimensional object by inkjet printing, the method comprising: dispensing from a first array of nozzles of an inkjet printing apparatus a modeling material formulation containing a polyimide precursor that forms a polyimide upon exposure to a curing condition in a configured pattern corresponding to a shape of a slice of the object, thereby forming a layer of the object; applying to said layer ultraviolet radiation and infrared radiation respectively from two different radiation sources (324, 328), wherein said applying said infrared radiation is by performing a plurality of scans of said infrared radiation over said layer; and repeating said dispensing and said application of radiation to form a plurality of layers in configured patterns corresponding to shapes of other slices of the object. dispensing from a first array of nozzles of an inkjet printing apparatus a modeling material formulation containing a polyimide precursor that forms a polyimide upon exposure to a curing condition in a configured pattern corresponding to a shape of a slice of the object, thereby forming a layer of the object; applying to said layer ultraviolet radiation and infrared radiation respectively from two different radiation sources (324, 328), wherein said applying said infrared radiation is by performing a plurality of scans of said infrared radiation over said layer; and repeating said dispensing and said application of radiation to form a plurality of layers in configured patterns corresponding to shapes of other slices of the object.
A switchable device for changing the opacity of at least a portion of a glazing, the switchable device comprising at least a first switchable region and a second switchable region in electrical communication with at least a first electrical connector region and a second electrical connector region, each switchable region comprising an electrically actuated variable opacity layer between a first electrode (33, 43) and a second electrode (35, 45), the first switchable region being arranged relative to the second switchable region such that upon connecting the first and second electrical connector regions to a suitable power supply, the opacity of the first and second switchable region changes such that at least a first portion and a second portion of the switchable device have a change of opacity, the first portion of the switchable device having a different opacity to the second portion of the switchable device, wherein the first electrical connector region is in electrical communication with the first electrode of the first switchable region, and the second electrode of the first switchable region is in electrical communication with the first electrode of the second switchable region, and the second electrode of the second switchable region is in electrical communication with the second electrical connector region.
An object holder for use in a lithographic apparatus, the object holder comprising: a main body having a surface; and a plurality of burls provided on the surface and having end surfaces to support an object, characterized in that at least part of at least one of the burls is formed of a matrix material and diamond particles embedded in the matrix material. a main body having a surface; and a plurality of burls provided on the surface and having end surfaces to support an object, characterized in that at least part of at least one of the burls is formed of a matrix material and diamond particles embedded in the matrix material.
A traveling control device for an industrial vehicle, the industrial vehicle comprising an engine, a power transmitting mechanism for transmitting power of the engine to drive wheels, and a cargo handling device actuated by the power of the engine, the traveling control device being characterized by: a control unit that controls a maximum velocity of the vehicle by restricting a maximum speed of the engine; and a vehicle velocity detecting unit that detects a vehicle velocity, wherein when the vehicle velocity detected by the vehicle velocity detecting unit is equal to or higher than a restriction triggering vehicle velocity obtained by subtracting a predetermined velocity (ΔX) from the maximum velocity, the control unit restricts the maximum speed of the engine. a control unit that controls a maximum velocity of the vehicle by restricting a maximum speed of the engine; and a vehicle velocity detecting unit that detects a vehicle velocity, wherein when the vehicle velocity detected by the vehicle velocity detecting unit is equal to or higher than a restriction triggering vehicle velocity obtained by subtracting a predetermined velocity (ΔX) from the maximum velocity, the control unit restricts the maximum speed of the engine.
An indicator device for indicating properties of body tissue subjected to surgical stapling as a function of tissue compression time, said indicator device comprising a housing, an actuating device received in the housing and having an adjustable compression time setting member and a display device supported by the housing and co-operating with the compression time setting member such that, for a compression time value set by means of the compression time setting member, the display device visualizes a reduced thickness feature of the clamped tissue corresponding to the set compression time value, wherein said display device comprises a three dimensional display member including a staple cartridge device jaw dummy connected to the housing and an anvil jaw dummy connected to the housing and movable with respect to the staple cartridge device jaw dummy between an open position and an initial closed position and between said initial closed position and a final closed position, and a clamped tissue dummy made of a reversibly deformable material connected between said stapler jaw dummies (11, 13), wherein said actuating device comprises a manual approximating member arranged at a handle portion of said housing and an approximating movement transmission device co-operating with said approximating member and with said stapler jaw dummies (11, 13) such that, in response to an operation of said approximating member, said stapler jaw dummies (11, 13) move from said open position to said initial closed position, wherein said actuating device further comprises a setting-transmission device co-operating with said compression time setting member and with said stapler jaw dummies (11, 13) such that, in response to a tissue compression time setting movement of said compression time setting member, said stapler jaw dummies (11, 13) move between said initial closed position and said final closed position, thereby visualizing a magnified reduced thickness feature of the clamped tissue corresponding to the set tissue compression time value.
A wheel loader comprising: a cab with a driver's seat provided therein; steps provided beside the cab for ascending to and descending from the cab; an engine disposed to the rear of the cab; a vehicle body cover that covers the engine; and an air cleaner having therein a filter that can be exchanged by being pulled out horizontally, the air cleaner connected to the engine via an intake pipe, the air cleaner disposed in a slanted manner so that a front side of the air cleaner from which the filter can be pulled out is further away from the cab than an opposite rear side; characterized in that the air cleaner is disposed to the outside of the vehicle body cover, beside the rear of the cab, and to the rear of the steps, such that the filter can be pulled out toward the steps. a cab with a driver's seat provided therein; steps provided beside the cab for ascending to and descending from the cab; an engine disposed to the rear of the cab; a vehicle body cover that covers the engine; and an air cleaner having therein a filter that can be exchanged by being pulled out horizontally, the air cleaner connected to the engine via an intake pipe, the air cleaner disposed in a slanted manner so that a front side of the air cleaner from which the filter can be pulled out is further away from the cab than an opposite rear side; characterized in that the air cleaner is disposed to the outside of the vehicle body cover, beside the rear of the cab, and to the rear of the steps, such that the filter can be pulled out toward the steps.
Snow-clearing vehicle, having a sweeper-blower arrangement, wherein the sweeper-blower arrangement is adjustably pivotable around a vertical axis which runs through the snow-clearing vehicle and is provided with a sweeping-roller brush (4; 4') which is rotatingly drivable around its longitudinal axis, as well as with a plurality of blow-air openings arranged in the direction of travel in front and along the sweeping-roller brush on both sides of the vertical axis, characterized in that the sweeper-blower arrangement is adapted to provide blow-air openings (5, 6, 7, 8) arranged on both sides of the vertical axis for simultaneous, identically acting blowing.
A refrigerator comprising: a heat insulation main body including an inner case, an outer case, and a thermally insulating material filled between the inner case and the outer case; a storage compartment (103, 104) formed inside the heat insulation main body and having an open front surface; a drawing door that openably/closably closes the open front surface of the storage compartment (103, 104) and that has side ribs respectively protruding backward on both sides of the inner surface, wherein each of the side ribs is formed such that a height of a part of the each of the side ribs located under a center of the side ribs in a longitudinal direction is constant, wherein the longitudinal direction is along a vertical direction of the drawing door; a rail apparatus configured to move the drawing door back and forth; and a container having step parts that are respectively formed at both ends of a bottom part and held by the rail apparatus, and a door support member fixing the rail apparatus to the drawing door, wherein when the drawing door is drawn to a front-most position, a rear end of the door support member is located at the rear of the open front surface, and the door support member comprises an upper surface part and a side surface part, a main body part formed at an end part of the upper surface part and being substantially parallel to the side surface part, and an enlarged part protruding upward from the main body part and arranged at the front end part of main body part; characterized in that a height of a part under the center of the side rib in the longitudinal direction is equal to or larger than a length in a front-back direction of the enlarged part. a heat insulation main body including an inner case, an outer case, and a thermally insulating material filled between the inner case and the outer case; a storage compartment (103, 104) formed inside the heat insulation main body and having an open front surface; a drawing door that openably/closably closes the open front surface of the storage compartment (103, 104) and that has side ribs respectively protruding backward on both sides of the inner surface, wherein each of the side ribs is formed such that a height of a part of the each of the side ribs located under a center of the side ribs in a longitudinal direction is constant, wherein the longitudinal direction is along a vertical direction of the drawing door; a rail apparatus configured to move the drawing door back and forth; and a container having step parts that are respectively formed at both ends of a bottom part and held by the rail apparatus, and
Drive for a hanging in the form of a smoke barrier, roller shutter, roller door, garage gate, fire protection curtain, room divider, or the like, with a drive motor for moving the hanging between an opened and a closed position, with an operating current brake for braking the hanging during unrolling and for holding the hanging in a predefined position, and with an electronic limit switching for activating or deactivating the operating current brake and for turning off the drive motor, wherein the electronic limit switching is supplied with a operating voltage, characterized in that the drive has an energy storage for energizing the electronic limit switching in the event of a failure of the operating voltage, wherein the electronic limit switching has analysis electronics for determining data, in particular end positions and/or switch-off data of the hanging, and a data storage for storing these data, and the data can be read into a control, wherein the electronic limit switching can be supplied from the energy storage in the event of a failure of the operating voltage, so that the end position at the time of the power failure can be determined by the analysis electronics of the electronic limit switching, and can be stored in the data storage.
A cable construction comprising one or more layer elements, which layer elements comprise a first composition, wherein the first composition comprises: 20 to 80 weight percent of a vinyl chloride resin and 1 to 40 weight percent of an epoxidized ester of fatty acids and a monomeric polyol, which epoxidized ester is a compound of formula wherein n is 0 to 8; each Y is independently selected from CH or CHO; 2, 3 or 4 X 1 are oxy, and any further X 1 is hydrogen; X 2 is present when X 1 is oxy, 2 or 3 X 2 are independently selected from C m -acyl, wherein each m is independently selected from 4 to 28, and any further X 2 is hydrogen; where ( n + 2) + (the sum of each m) is 45 or more; characterized by that the compound of formula has an amount of double bonds corresponding to an Iodine value of 2 or less, wherein the cable construction comprises at least one further layer component, which at least one further layer component comprises a second composition comprising a crosslinked polyolefin. 20 to 80 weight percent of a vinyl chloride resin and 1 to 40 weight percent of an epoxidized ester of fatty acids and a monomeric polyol, which epoxidized ester is a compound of formula wherein n is 0 to 8; each Y is independently selected from CH or CHO; 2, 3 or 4 X 1 are oxy, and any further X 1 is hydrogen; X 2 is present when X 1 is oxy, 2 or 3 X 2 are independently selected from C m -acyl, wherein each m is independently selected from 4 to 28, and any further X 2 is hydrogen; where ( n + 2) + (the sum of each m) is 45 or more; characterized by that the compound of formula has an amount of double bonds corresponding to an Iodine value of 2 or less, wherein the cable construction comprises at least one further layer component, which at least one further layer component comprises a second composition comprising a crosslinked polyolefin. wherein n is 0 to 8; each Y is independently selected from CH or CHO; 2, 3 or 4 X 1 are oxy, and any further X 1 is hydrogen; X 2 is present when X 1 is oxy, 2 or 3 X 2 are independently selected from C m -acyl, wherein each m is independently selected from 4 to 28, and any further X 2 is hydrogen; where ( n + 2) + (the sum of each m) is 45 or more; characterized by that the compound of formula has an amount of double bonds corresponding to an Iodine value of 2 or less, wherein the cable construction comprises at least one further layer component, which at least one further layer component comprises a second composition comprising a crosslinked polyolefin.
A lighting device comprising: a first lighting strip; a second lighting strip, each of the first and second lighting strips comprising an elongate light emitting region, wherein the lighting emitting regions of the first and second lighting strips at least partially overlap in a region of overlap, and the first and second lighting strips are slidable relative to each other so that the region of overlap is adjustable, thereby to adjust the overall length of the lighting device, wherein each lighting strip has a first lighting emitting portion (12a, 14a) outside the region of overlap and a second light emitting portion (12b, 14b) in the region of overlap, wherein the combined light intensity per unit length of the second light emitting portions of the first and second lighting strips in the region of overlap corresponds to the light intensity per unit length of the first lighting portions (12a, 14a) of the first and second lighting strips, characterized in that the lighting device comprises a sensor for sensing the region of overlap and a lighting controller, wherein the lighting controller is configured to control the lighting strips in dependence on the sensed region of overlap. a first lighting strip; a second lighting strip, each of the first and second lighting strips comprising an elongate light emitting region, wherein the lighting emitting regions of the first and second lighting strips at least partially overlap in a region of overlap, and the first and second lighting strips are slidable relative to each other so that the region of overlap is adjustable, thereby to adjust the overall length of the lighting device, wherein each lighting strip has a first lighting emitting portion (12a, 14a) outside the region of overlap and a second light emitting portion (12b, 14b) in the region of overlap, wherein the combined light intensity per unit length of the second light emitting portions of the first and second lighting strips in the region of overlap corresponds to the light intensity per unit length of the first lighting portions (12a, 14a) of the first and second lighting strips,
Grating for charging and for industrial heat processing of objects in furnaces, consisting of comb-like strips of CFC or graphite having a square or rectangular contour, which intersect at right angles and are slotted into one another in a form-fitting manner, characterized in that a multiplicity of receiving bushings provided with openings are seated next to one another in mutually parallel strips (1; 2), symmetrically with the longitudinal extent of the strips (1; 2), and are securely connected to the strips (1; 2); in that the openings are in line with the openings of adjacent strips (1; 2); in that tubular support rods running in parallel next to one another are arranged in the openings; and in that the support rods can be pushed into the receiving bushings counter to friction.
Universal structural "L" element realized as a reinforced concrete structure which in a vertical cross section has the appearance of the Latin letter "L", having a longer segment and a shorter segment perpendicular thereto, wherein the length of the longer segment is approximately twice the length of the integrally realized, with respect thereto, perpendicular shorter segment, wherein both segments (2, 3) of the structural "L" element have a shape of narrow rectangular cuboids, containing an appropriate reinforcement net within, the segments (2, 3) further having flat side edges (10, 11), wherein in both the lateral sides of said longer segment on equal distances to its rims along all its length a straight groove of a shallow circular cross section is realized, which is provided for the insertion of a gasket in form of a tube and/or a gasket in form of a double tube at the moment of positioning the "L" element to an adjacent "L" element, while on the outer bottom side of said shorter segment, connecting said grooves on the lateral sides of said longer segments, for a further sealing, a straight groove of a shallow circular cross section is formed, and parallel to said straight groove a spare groove for additional sealing is formed, where gaskets in form of a tube and/or gaskets in form of a double tube are used, and wherein said gaskets (26, 27) are preferably made of foam rubber or a similar waterproof material or material which, after absorption of water, increases its volume, and wherein on said shorter segment, perpendicular to its outer bottom surface symmetrically spaced tubular openings are formed for the insertion of steel pins for strengthening the "L" elements to a foundation after setting these into a security position.