mhurhangee/ep-ind-claims huggingface dataset:
A laminated solar battery wherein plural solar cell modules (60, 70, 90, 100) are incorporated and integrally laminated, wherein there are provided four types of solar cell modules (60, 70, 90, 100) having different sensitivity wavelength bands which are so laminated that the shorter the center wavelength in said sensitivity wavelength bands is, the more near said module (60, 70, 90, 100) is located to an incidental side of sunlight, wherein three types of solar cell modules among said four types of solar cell modules (60, 70, 90, 100) are constituted with cell group modules (70, 90, 100) each of which is comprising plural granular solar cells (10, 30, 40) aligned in plural columns and plural rows, wherein said plural granular solar cells (10, 30, 40) are buried inside transparent glass or synthetic resin material in said cell group modules (70, 90, 100), wherein said plural granular solar cells (10, 30, 40) aligned in plural columns and plural rows in said cell group modules (70, 90, 100) are electrically connected via plural lead wires (73, 74, 93, 94,103,104) extending in a columnar direction or a row direction and led to the outside of the cell group modules (70, 90, 100), wherein there is provided a serial connection circuit (75,95,105,205) for electrically connecting said plural types of solar cell modules (60, 70, 90, 100), wherein the solar cell modules (60, 70, 90, 100) are constructed such that the maximum output currents of each of said solar cell modules (60, 70, 90, 100) are nearly equal to one another, wherein one type of solar cell module (60, 70, 90, 100) among said four types of solar cell modules is constituted with a planar light receiving module having a planar common pn junction, wherein said planar light receiving module is arranged in a side opposite that of the incidental side of sunlight of said cell group modules (70, 90, 100), and there is provided a reflective member capable of reflecting the sunlight in said planar light receiving module.
A button assembly (30,400) comprising, a first element having a plurality of nodules and a second element having a plurality of nodules, and wherein the first and second elements (31a,b) are arranged to overlay one another and the nodules of the first element extend in a direction towards the second element, and the nodules of the second element extend in a direction towards the first element, and wherein the first and second elements (31a,b) are arranged such that the nodules of the first element are offset from the nodules of the second element and the nodules of the second element are offset from the nodules of the first element such that moving one of the first and second elements (31a, 31b) towards the other (31a, 31b) will cause the nodules (33a,33b) of one of the first and second elements (31a, 31b) to be received between the nodules (33a, 33b) of the other element (31a, 31b); a flexible film comprising piezoelectric material; a first electrode which is located between the flexible film and the first element, and a second electrode which is located between the flexible film and the second element; wherein the flexible film is arranged to be interposed between the first and second elements (31a,b) such that causing the nodules (33a,b) of one element (31a,b) to be received between the nodules (33a,b) of the other element (31a,b) by moving one of the first and second elements (31a, 31b) towards the other (31a, 31b) will cause the flexible film to stretch thereby generating an electrical signal in the first and second electrodes (11a,b), wherein the button assembly comprises, a single flexible strip comprising a first region having a plurality of nodules, wherein the first region defines said first element, and a second region having a plurality of nodules, wherein the second region defines said second element; and wherein the flexible strip further comprises a flexible connecting portion which connects the first and second regions (31a,b); and wherein the flexible strip is folded at the flexible connecting portion so that, the first and second regions (31a,b) overlay one another and the nodules of the first region extend in a direction towards the second region, and the nodules of the second region extend in a direction towards the first region, and so that the nodules of the first region are offset from the nodules of the second region and the nodules of the second region are offset from the nodules of the first region, and wherein the flexible film is sandwiched between the first and second regions (31a,b) of the folded flexible strip.
A high-beam vehicular headlamp comprising: a semiconductor light emitting element; and a projection lens having an irradiation surface, configured to project light emitted from the semiconductor light emitting element to the outside from the irradiation surface, wherein the irradiation surface has an upper portion, a central portion and a lower portion, wherein light emitted from a focal point of the central portion and incident on the projection lens is emitted as parallel light from the central portion of the irradiation surface, and wherein a curvature of the lower portion of the irradiation surface of the projection lens is set so that the lower portion of the irradiation surface emits the light emitted from the focal point upwards relative to the parallel light, characterized in that a curvature of the upper portion of the irradiation surface of the projection lens is set so that the upper portion of the irradiation surface emits the light emitted from the focal point upwards relative to the parallel light. a semiconductor light emitting element; and a projection lens having an irradiation surface, configured to project light emitted from the semiconductor light emitting element to the outside from the irradiation surface, wherein the irradiation surface has an upper portion, a central portion and a lower portion, wherein light emitted from a focal point of the central portion and incident on the projection lens is emitted as parallel light from the central portion of the irradiation surface, and wherein a curvature of the lower portion of the irradiation surface of the projection lens is set so that the lower portion of the irradiation surface emits the light emitted from the focal point upwards relative to the parallel light,
A method for providing train information comprising the following steps: i) arranging an array of sensors along one rail, the array comprising a first, a second and a third up sensor group (S1, S2, S3) arranged in an order and a first, a second and a third down sensor group (X1, X2, X3) arranged in an opposite order, wherein each of said groups comprise at least two sensors; ii) a) calculating the speed and wheelbases of the train by using signals from said first up/down sensor group (S1/X1); b) segmenting the calculated wheelbases by using known segmenting flow in a system database; c) determining train information comprising one or more of the following: arrival and departure of the train, type information of a segment of the train, and identification information of the train; and iii) a) calculating the speed and wheelbases of the train by using signals from said second up/third down sensor group (S2/X3); b) segmenting the calculated wheelbases by using known segmenting flow in a system database; c) determining numbering information of the train. i) arranging an array of sensors along one rail, the array comprising a first, a second and a third up sensor group (S1, S2, S3) arranged in an order and a first, a second and a third down sensor group (X1, X2, X3) arranged in an opposite order, wherein each of said groups comprise at least two sensors; ii) a) calculating the speed and wheelbases of the train by using signals from said first up/down sensor group (S1/X1); b) segmenting the calculated wheelbases by using known segmenting flow in a system database; c) determining train information comprising one or more of the following: arrival and departure of the train, type information of a segment of the train, and identification information of the train; and a) calculating the speed and wheelbases of the train by using signals from said first up/down sensor group (S1/X1); b) segmenting the calculated wheelbases by using known segmenting flow in a system database; c) determining train information comprising one or more of the following: arrival and departure of the train, type information of a segment of the train, and identification information of the train; and iii) a) calculating the speed and wheelbases of the train by using signals from said second up/third down sensor group (S2/X3); b) segmenting the calculated wheelbases by using known segmenting flow in a system database; c) determining numbering information of the train. a) calculating the speed and wheelbases of the train by using signals from said second up/third down sensor group (S2/X3); b) segmenting the calculated wheelbases by using known segmenting flow in a system database; c) determining numbering information of the train.
A compound of the formula: or a pharmaceutically acceptable salt, polymorph, solvate or clathrate thereof, wherein: n is an integer from 0 to 3; X is (-CHR 5 -) m or -O-, wherein m is 1 or 2 and each R 5 is independently H, alkyl or alkoxy; X 1, X 2, and X 3 are each, independently, (-CHR 5 -) m,; R 1 is alkyl, alkoxy, aryl, heterocyclyl, halo, hydroxy or amino; R 2 is alkyl; R 3 is aryl, benzthiazole, benzoxazole, benzofuranyl or indolyl; and R 4 is H, alkyl or alkoxy; wherein alkoxy refers to an oxygen atom connected to an alkyl group including a cycloalkyl group; and alkyl refers to substituted and unsubstituted straight chain and branched alkyl groups and cycloalkyl groups having from 1 to 40 carbon atoms. n is an integer from 0 to 3; X is (-CHR 5 -) m or -O-, wherein m is 1 or 2 and each R 5 is independently H, alkyl or alkoxy; X 1, X 2, and X 3 are each, independently, (-CHR 5 -) m,; R 1 is alkyl, alkoxy, aryl, heterocyclyl, halo, hydroxy or amino; R 2 is alkyl; R 3 is aryl, benzthiazole, benzoxazole, benzofuranyl or indolyl; and R 4 is H, alkyl or alkoxy; wherein alkoxy refers to an oxygen atom connected to an alkyl group including a cycloalkyl group; and alkyl refers to substituted and unsubstituted straight chain and branched alkyl groups and cycloalkyl groups having from 1 to 40 carbon atoms.
A direct current relay comprising a pair of fixed contacts and a movable contact installed in a mover assembly and moved vertically by an actuator to be brought into contact with or be separated from the pair of fixed contacts, comprising: a mover support disposed below the movable contact and connected to the actuator by a shaft; a mover holder disposed above the movable contact and fixed to the mover support; an upper yoke and a lower yoke respectively disposed above and below the movable contact to generate an electromagnetic force; and a contact pressure spring disposed between the lower yoke and the mover support, wherein the upper yoke and the lower yoke form a magnetic circuit to offset an electromagnetic repulsive force generated between the fixed contacts and the movable contact, characterized in that the mover assembly is arranged such that the upper yoke, the mover holder, the movable contact, the lower yoke, and the mover support are sequentially arranged from top to bottom. a mover support disposed below the movable contact and connected to the actuator by a shaft; a mover holder disposed above the movable contact and fixed to the mover support; an upper yoke and a lower yoke respectively disposed above and below the movable contact to generate an electromagnetic force; and a contact pressure spring disposed between the lower yoke and the mover support, wherein the upper yoke and the lower yoke form a magnetic circuit to offset an electromagnetic repulsive force generated between the fixed contacts and the movable contact, characterized in that the mover assembly is arranged such that the upper yoke, the mover holder, the movable contact, the lower yoke, and the mover support are sequentially arranged from top to bottom.
Method for testing coins having a core made of a first metal, an outer ring made of a second metal and a ring arranged between the core and the outer ring, with the ring being made of electrically insulating material that is transmissive for light for a first wavelength range and is opaque or less transmissive for light for a second wavelength range, in which method the coins are moved through an optical arrangement and signals in the optical arrangement are evaluated by an evaluation apparatus for generating an authenticity or forgery signal, wherein the coins are irradiated with light by an optical transmitter, and an optical sensor arrangement receives the light passing through the central ring, and the evaluation apparatus analyses the signal of the sensor arrangement and generates an authenticity signal if the spectrum of the received light corresponds to the material of the central ring of an authentic coin.
A hydraulically actuated transmission installed in a vehicle, the hydraulically actuated transmission comprising: a lubricant oil supplying circuit configured to supply a lubricant oil to a to-be-lubricated portion in the hydraulically actuated transmission; and a reducing valve provided at the lubricant oil supplying circuit and configured to reduce a pressure of the lubricant oil having a predetermined pressure and output the lubricant oil with a reduced pressure, wherein the lubricant oil supplying circuit includes a first path for supplying the lubricant oil from the reducing valve to the to-be-lubricated portion via an oil warmer and an oil cooler, and a second path for supplying the lubricant oil from the reducing valve to the to-be-lubricated portion via the oil cooler while bypassing the oil warmer, the hydraulically actuated transmission further comprises a switching device configured to selectively switch between the first path and the second path as the path for supplying the lubricant oil from the reducing valve to the to-be-lubricated portion, characterized in that the reducing valve is configured such that an output pressure of the lubricant oil output from the reducing valve is higher when the second path is selected by the switching device, than when the first path is selected by the switching device. a lubricant oil supplying circuit configured to supply a lubricant oil to a to-be-lubricated portion in the hydraulically actuated transmission; and a reducing valve provided at the lubricant oil supplying circuit and configured to reduce a pressure of the lubricant oil having a predetermined pressure and output the lubricant oil with a reduced pressure, wherein the lubricant oil supplying circuit includes a first path for supplying the lubricant oil from the reducing valve to the to-be-lubricated portion via an oil warmer and an oil cooler, and a second path for supplying the lubricant oil from the reducing valve to the to-be-lubricated portion via the oil cooler while bypassing the oil warmer, the hydraulically actuated transmission further comprises a switching device configured to selectively switch between the first path and the second path as the path for supplying the lubricant oil from the reducing valve to the to-be-lubricated portion, characterized in that the reducing valve is configured such that an output pressure of the lubricant oil output from the reducing valve is higher when the second path is selected by the switching device, than when the first path is selected by the switching device.
A mirror unit comprising: a light scanning device including a movable mirror portion; and a package accommodating the light scanning device, wherein the package includes a main body portion provided with a light incident opening that opens on one side in a predetermined direction and holding the light scanning device such that light incident from the light incident opening is able to be incident on the movable mirror portion, a protrusion provided on a top surface of the main body portion so as to extend along an edge of the light incident opening, and a flat plate-shaped window member disposed on the top surface on an inward side of the protrusion and covering the light incident opening, wherein an end surface of the protrusion on the one side is positioned more to the one side than the window member, characterized in that a thickness of the protrusion is smaller than a height of the protrusion from the top surface, and when viewed in any direction perpendicular to the predetermined direction, a length of a part covered by the protrusion in the window member is longer than a length of a part exposed from the protrusion in the window member. a light scanning device including a movable mirror portion; and a package accommodating the light scanning device, wherein the package includes a main body portion provided with a light incident opening that opens on one side in a predetermined direction and holding the light scanning device such that light incident from the light incident opening is able to be incident on the movable mirror portion, a protrusion provided on a top surface of the main body portion so as to extend along an edge of the light incident opening, and a flat plate-shaped window member disposed on the top surface on an inward side of the protrusion and covering the light incident opening, a main body portion provided with a light incident opening that opens on one side in a predetermined direction and holding the light scanning device such that light incident from the light incident opening is able to be incident on the movable mirror portion, a protrusion provided on a top surface of the main body portion so as to extend along an edge of the light incident opening, and a flat plate-shaped window member disposed on the top surface on an inward side of the protrusion and covering the light incident opening, wherein an end surface of the protrusion on the one side is positioned more to the one side than the window member, characterized in that a thickness of the protrusion is smaller than a height of the protrusion from the top surface, and when viewed in any direction perpendicular to the predetermined direction, a length of a part covered by the protrusion in the window member is longer than a length of a part exposed from the protrusion in the window member.
Fire-resistant glass door for preventing the passage of fire and/or smoke from one room to another in the event of fire, comprising a fire-resistant pane unit, consisting of at least two glass panes spaced parallel from one another by means of an edge seal and at least one fire-resistant material arranged between the at least two glass panes, and a lock case arranged in a glass cutout of the fire-resistant pane unit, wherein the edge seal of the fire-resistant pane unit, at least in the region of the glass cutout of the fire-resistant pane unit intended for the lock case, is at least partially recessed relative to the end face of at least the outer two glass panes of the fire-resistant pane unit, and the lock case has at least two recesses and/or depressions spaced parallel from one another on at least one of its outer sides (8, 10) facing toward the fire-resistant pane unit when the lock case is arranged in the glass cutout of the fire-resistant pane unit, in which recesses and/or depressions the at least outer two glass panes of the fire-resistant pane unit are form-fittingly and/or force-fittingly received when the lock case is arranged in the glass cutout of the fire-resistant pane unit. comprising a fire-resistant pane unit, consisting of at least two glass panes spaced parallel from one another by means of an edge seal and at least one fire-resistant material arranged between the at least two glass panes, and a lock case arranged in a glass cutout of the fire-resistant pane unit, wherein the edge seal of the fire-resistant pane unit, at least in the region of the glass cutout of the fire-resistant pane unit intended for the lock case, is at least partially recessed relative to the end face of at least the outer two glass panes of the fire-resistant pane unit, and the lock case has at least two recesses and/or depressions spaced parallel from one another on at least one of its outer sides (8, 10) facing toward the fire-resistant pane unit when the lock case is arranged in the glass cutout of the fire-resistant pane unit, in which recesses and/or depressions the at least outer two glass panes of the fire-resistant pane unit are form-fittingly and/or force-fittingly received when the lock case is arranged in the glass cutout of the fire-resistant pane unit.
Disinfection device with at least one radiating device, wherein the disinfection device has a tubular pressure vessel with an interior space for receiving a medium, and the at least one radiating device (40, 42, 44, 46) is arranged such that it emits radiation into the interior space, wherein one or several surfaces of the interior space are formed at least partially as a reflection surface (34, 35, 36, 37, 38, 39, 52), wherein the reflection surface (34, 35, 36, 37, 38, 39, 52) is produced by installing a mirror foil and/or a mirror sheet or by vapor deposition, wherein the at least one radiating device (40, 42, 44, 46) comprises a UVC LED radiation source, characterised in that the radiating device is designed such that a principal directional component of the emitted radiation is aligned parallel to a longitudinal axis of the pressure vessel, wherein the at least one radiating device (40, 42, 44, 46) is arranged in the region of a first side of the interior space, wherein a second side of the interior space, opposite this first side as viewed along the longitudinal axis, comprises a reflection surface (34, 36, 38) for the radiation. the disinfection device has a tubular pressure vessel with an interior space for receiving a medium, and the at least one radiating device (40, 42, 44, 46) is arranged such that it emits radiation into the interior space, wherein one or several surfaces of the interior space are formed at least partially as a reflection surface (34, 35, 36, 37, 38, 39, 52), wherein the reflection surface (34, 35, 36, 37, 38, 39, 52) is produced by installing a mirror foil and/or a mirror sheet or by vapor deposition, wherein the at least one radiating device (40, 42, 44, 46) comprises a UVC LED radiation source, characterised in that the radiating device is designed such that a principal directional component of the emitted radiation is aligned parallel to a longitudinal axis of the pressure vessel, wherein the at least one radiating device (40, 42, 44, 46) is arranged in the region of a first side of the interior space, wherein a second side of the interior space, opposite this first side as viewed along the longitudinal axis, comprises a reflection surface (34, 36, 38) for the radiation.
A wound dressing (10, 100) comprising a sealed enclosure having at least one compartment; and means for evacuating air from the at least one compartment, characterised in that the wound dressing (10, 100) further comprises a plurality of spaced apart pillar-like structures positioned within the at least one compartment; wherein the evacuation of air from the at least one compartment causes a reduction in the distance between at least two of the pillar-like structures.