mhurhangee/ep-ind-claims huggingface dataset:
A random output generating, ROG, system comprising: a display board and a motion device; wherein the display board comprises: a top portion having at least one release pocket, a plurality of receiving pockets forming a common row on an, opposite, bottom portion, and a plurality of obstacles arranged in a pattern in-between said top portion and said bottom portion; wherein said motion device is arranged such that when released from one of said at least one release pockets, it is transferred at least partly by gravitational force to one of said receiving pockets according to a random route via collisions with at least two of said plurality of obstacles, wherein said motion device is further arranged to complete the random route within a predetermined time period; characterised in that the motion device comprises a motion sensor for monitoring a movement of the motion device, control circuitry, and at least one illumination device, wherein the control circuitry is configured to control the at least one illumination device based on at least one of the movement of the motion device and a position of the motion device relative to the display board. a display board and a motion device; wherein the display board comprises: a top portion having at least one release pocket, a plurality of receiving pockets forming a common row on an, opposite, bottom portion, and a plurality of obstacles arranged in a pattern in-between said top portion and said bottom portion; a top portion having at least one release pocket, a plurality of receiving pockets forming a common row on an, opposite, bottom portion, and a plurality of obstacles arranged in a pattern in-between said top portion and said bottom portion; wherein said motion device is arranged such that when released from one of said at least one release pockets, it is transferred at least partly by gravitational force to one of said receiving pockets according to a random route via collisions with at least two of said plurality of obstacles, wherein said motion device is further arranged to complete the random route within a predetermined time period; characterised in that the motion device comprises a motion sensor for monitoring a movement of the motion device, control circuitry, and at least one illumination device, wherein the control circuitry is configured to control the at least one illumination device based on at least one of the movement of the motion device and a position of the motion device relative to the display board.
A component mounting device comprising: a head that includes a nozzle capable of picking up a component; a head holding means configured to hold and release the head; and a control means configured to determine whether the head held by the head holding means deviates from a specified reference beyond an allowable range and execute a process for a holding error rather than a component mounting process if the deviation exceeds the allowable range. wherein the control means executes a process of controlling the head holding means so that the head holding means temporarily releases and holds the head again, as the process for the holding error, wherein the specified reference is a specified position of the head holding means. a head that includes a nozzle capable of picking up a component; a head holding means configured to hold and release the head; and a control means configured to determine whether the head held by the head holding means deviates from a specified reference beyond an allowable range and execute a process for a holding error rather than a component mounting process if the deviation exceeds the allowable range. wherein the control means executes a process of controlling the head holding means so that the head holding means temporarily releases and holds the head again, as the process for the holding error, wherein the specified reference is a specified position of the head holding means.
A lighting system, comprising: a plurality of electrically connected lighting units, comprising conductors (14,16) to provide an electrical signal to each of said units, each of which comprises: a housing; a printed circuit board mounted within said housing and having a plurality of tabs, a plurality light emitting elements (18,19,20) on said tabs, said tabs angled in relation of the remainder of the PCB the electrical signal applied to said light emitting elements (18,19,20) causing them to emit light substantially away from said housing; further comprising a material within said housing surrounding said light emitting elements (18,19,20) and said PCB wherein said material adheres to said housing and said PCB; and said material does not substantially cover said light emitting elements (18,19,20); and a mounting mechanism for mounting said unit to a structure. a plurality of electrically connected lighting units, comprising conductors (14,16) to provide an electrical signal to each of said units, each of which comprises: a housing; a printed circuit board mounted within said housing and having a plurality of tabs, a plurality light emitting elements (18,19,20) on said tabs, said tabs angled in relation of the remainder of the PCB the electrical signal applied to said light emitting elements (18,19,20) causing them to emit light substantially away from said housing; further comprising a material within said housing surrounding said light emitting elements (18,19,20) and said PCB wherein said material adheres to said housing and said PCB; and said material does not substantially cover said light emitting elements (18,19,20); and a mounting mechanism for mounting said unit to a structure. a housing; a printed circuit board mounted within said housing and having a plurality of tabs, a plurality light emitting elements (18,19,20) on said tabs, said tabs angled in relation of the remainder of the PCB the electrical signal applied to said light emitting elements (18,19,20) causing them to emit light substantially away from said housing; further comprising a material within said housing surrounding said light emitting elements (18,19,20) and said PCB wherein said material adheres to said housing and said PCB; and said material does not substantially cover said light emitting elements (18,19,20); and a mounting mechanism for mounting said unit to a structure.
A method for preparing hydrogen, which is characterized in that hydrogen is generated by introducing mayenite (Ca 12 Al 14 O 33) and calcium hydroxide [Ca 2] into water and allowing them to react with water.
System for switching multimedia, including: - a first input intended to receive first multimedia signals that are representative of a voice over IP service (T/IP), a second input intended to receive second multimedia signals that are representative of a broadband or superfast broadband data exchange service, and a third input receiving third multimedia signals that are representative of an analogue telephony service (T/ANA), and at least one RJ45 output connector; - a selecting device including a selector that has a manual member that is movable between two distinct positions; - first switching means that are mechanically actuatable by the manual member of the selector depending on its position in order to select, for transfer to the output connector, the first multimedia signals and/or the second multimedia signals; characterized in that the switching system includes: - means for disconnecting the voice over IP service (T/IP) and the analogue telephony service (T/ANA) when the manual member of the selector is in a position selecting the multimedia signals that are representative of the superfast broadband exchange service; - the disconnecting means including second switching means that are arranged in a multimedia socket, which is connected to the output connector via an Ethernet cable, and that are controlled by the selector. - a first input intended to receive first multimedia signals that are representative of a voice over IP service (T/IP), a second input intended to receive second multimedia signals that are representative of a broadband or superfast broadband data exchange service, and a third input receiving third multimedia signals that are representative of an analogue telephony service (T/ANA), and at least one RJ45 output connector; - a selecting device including a selector that has a manual member that is movable between two distinct positions; - first switching means that are mechanically actuatable by the manual member of the selector depending on its position in order to select, for transfer to the output connector, the first multimedia signals and/or the second multimedia signals; - means for disconnecting the voice over IP service (T/IP) and the analogue telephony service (T/ANA) when the manual member of the selector is in a position selecting the multimedia signals that are representative of the superfast broadband exchange service; - the disconnecting means including second switching means that are arranged in a multimedia socket, which is connected to the output connector via an Ethernet cable, and that are controlled by the selector.
A press-forming method for press-forming a final shaped article comprising a top sheet part, vertical wall parts (3a; 3b), and flange parts (4a; 4b) and having at least one bent part in a longitudinal direction, the method comprising: a first shaping process in which high strength steel sheet with a tensile strength of 440 to 1600 MPa is used, a flange part is bent at an intersecting part until an angle of the flange part with a horizontal line becomes α 1 in a plane which includes a horizontal line which connects an intersecting part of a vertical wall part and a flange part and a center of curvature of the bent part and which is vertical to said high strength steel sheet when forming the top sheet part, vertical wall parts, bent part, and flange parts, and a second shaping process in which the flange part after the first shaping process is additionally bent at the intersecting part until the angle of the flange part with the horizontal line becomes α 2 in that plane,, and wherein when the radius of curvature of the bent part in said plane is R 0 (mm), the length of the flange parts is "b" (mm), the numerical value which shows the allowable value of strain is εcr, and the Young's modulus and tensile strength of said high strength steel sheet are E (MPa) and σ T (MPa), for α 1 and α 2, the direction of rotation starting from said horizontal line in the direction where the flange part moves away from the top sheet part is made positive, and α 1 >0, α 2 ≥0, α 1 -α 2 >0, R 0 =50 to 2000 mm, and εcr=0 to 0.023, α 1 -α 2, that is, the additional bending angle β, is made the following ranges: When cos − 1 bcos α 2 − 0.5 σ T E + ε cr R 0 b 1 − 0.5 σ T E + ε cr ≦ 90 ° cos − 1 bcos α 2 − 0.5 σ T E R 0 b 1 − 0.5 σ T E − α 2 ≦ β ≦ cos − 1 bcos α 2 − 0.5 σ T E + ε cr R 0 b 1 − 0.5 σ T E + ε cr − α 2 and When cos − 1 bcos α 2 − 0.5 σ T E ε cr R 0 b 1 − 0.5 σ T E + ε cr > 90 ° cos − 1 bcos α 2 − 0.5 σ T E R 0 b 1 − 0.5 σ T E − α 2 ≦ β ≦ 90 ° − α 2 a first shaping process in which high strength steel sheet with a tensile strength of 440 to 1600 MPa is used, a flange part is bent at an intersecting part until an angle of the flange part with a horizontal line becomes α 1 in a plane which includes a horizontal line which connects an intersecting part of a vertical wall part and a flange part and a center of curvature of the bent part and which is vertical to said high strength steel sheet when forming the top sheet part, vertical wall parts, bent part, and flange parts, and a second shaping process in which the flange part after the first shaping process is additionally bent at the intersecting part until the angle of the flange part with the horizontal line becomes α 2 in that plane,, and
Method for detecting a shoal of fish using a fish observation water vehicle, an autonomous underwater vehicle being selected as fish observation water vehicle, wherein the method comprises the following steps: a) detecting a shoal of fish, b) approaching the shoal of fish, with the fish observation water vehicle approaching the shoal of fish in horizontal fashion and at a shallower diving depth than the shoal of fish, characterized in that the method comprises the following steps: c) orienting the fish observation water vehicle such that the bow of the fish observation water vehicle is directed to the floor and the stern of the fish observation water vehicle is directed to the water surface, d) passing through the shoal of fish by means of the fish observation water vehicle and, in the process, optically detecting the shoal of fish, the passage therethrough being implemented at an angle of more than 70° with respect to the water surface. a) detecting a shoal of fish, b) approaching the shoal of fish, with the fish observation water vehicle approaching the shoal of fish in horizontal fashion and at a shallower diving depth than the shoal of fish, c) orienting the fish observation water vehicle such that the bow of the fish observation water vehicle is directed to the floor and the stern of the fish observation water vehicle is directed to the water surface, d) passing through the shoal of fish by means of the fish observation water vehicle and, in the process, optically detecting the shoal of fish, the passage therethrough being implemented at an angle of more than 70° with respect to the water surface.
A negative electrode plate, comprising a negative electrode current collector and a negative membrane disposed on the negative electrode current collector, wherein, the negative membrane comprises: a first coating layer, located on an outermost layer of the negative membrane and comprising a first negative active material, the first negative active material comprising a silicon-based material and a carbon material; and a second coating layer, disposed between the first coating layer and the negative electrode current collector and comprising a second negative active material, the second negative active material comprising a silicon-based material and a carbon material; in the first coating layer, a mass percentage of the silicon-based material is 0.5% to 5%; and, in the second coating layer, a mass percentage of the silicon-based material is 10% to 40%. wherein, the negative membrane comprises: a first coating layer, located on an outermost layer of the negative membrane and comprising a first negative active material, the first negative active material comprising a silicon-based material and a carbon material; and a second coating layer, disposed between the first coating layer and the negative electrode current collector and comprising a second negative active material, the second negative active material comprising a silicon-based material and a carbon material; in the first coating layer, a mass percentage of the silicon-based material is 0.5% to 5%; and, in the second coating layer, a mass percentage of the silicon-based material is 10% to 40%. a first coating layer, located on an outermost layer of the negative membrane and comprising a first negative active material, the first negative active material comprising a silicon-based material and a carbon material; and a second coating layer, disposed between the first coating layer and the negative electrode current collector and comprising a second negative active material, the second negative active material comprising a silicon-based material and a carbon material; in the first coating layer, a mass percentage of the silicon-based material is 0.5% to 5%; and, in the second coating layer, a mass percentage of the silicon-based material is 10% to 40%.
An improved process for the preparation of levomepromazine maleate compound of formula I comprising the steps of: a). condensing the compound of formula II, with the compound of formula III, in the presence of an alkali hydroxide in mixture of toluene and dimethylsulfoxide to form a compound of formula IV; b). isolating the compound of formula IV; c). distilling the compound of formula IV at high vacuum; d). treating the compound of formula IV obtained from step c) with (-)-dibenzoyl-L-tartaric acid monohydrate as resolving agent in a solvent; e). filtering off the reaction mixture; f). adding maleic acid in the mother liquor of step e); g). isolating levomepromazine maleate which precipitates from the mother liquor; and h). optionally purifying levomepromazine maleate of formula I, wherein the levomepromazine maleate obtained is having purity greater than 99.7%. a). condensing the compound of formula II, with the compound of formula III, in the presence of an alkali hydroxide in mixture of toluene and dimethylsulfoxide to form a compound of formula IV; b). isolating the compound of formula IV; c). distilling the compound of formula IV at high vacuum; d). treating the compound of formula IV obtained from step c) with (-)-dibenzoyl-L-tartaric acid monohydrate as resolving agent in a solvent; e). filtering off the reaction mixture; f). adding maleic acid in the mother liquor of step e); g). isolating levomepromazine maleate which precipitates from the mother liquor; and h). optionally purifying levomepromazine maleate of formula I,
An electronic device comprising: a display; and a controller circuit, configured to control the electronic device to: provide a captured burst of images, comprising at least three images including a main image, and a plurality of pre-images captured before the main image in the burst of images; characterized in that the controller circuit is further configured to control the electronic device to: display, responsive to detecting user navigation between full screen images in an album application, the pre-images and the main image in sequence on the display, wherein the pre-images are played back as a frame-by-frame animation until stopping at the main image, and maintain display of the main image until user input is detected to change to another image or another view. a display; and a controller circuit, configured to control the electronic device to: provide a captured burst of images, comprising at least three images including a main image, and a plurality of pre-images captured before the main image in the burst of images; characterized in that the controller circuit is further configured to control the electronic device to: display, responsive to detecting user navigation between full screen images in an album application, the pre-images and the main image in sequence on the display, wherein the pre-images are played back as a frame-by-frame animation until stopping at the main image, and maintain display of the main image until user input is detected to change to another image or another view. a main image, and a plurality of pre-images captured before the main image in the burst of images; characterized in that the controller circuit is further configured to control the electronic device to: display, responsive to detecting user navigation between full screen images in an album application, the pre-images and the main image in sequence on the display, wherein the pre-images are played back as a frame-by-frame animation until stopping at the main image, and maintain display of the main image until user input is detected to change to another image or another view. display, responsive to detecting user navigation between full screen images in an album application, the pre-images and the main image in sequence on the display, wherein the pre-images are played back as a frame-by-frame animation until stopping at the main image, and maintain display of the main image until user input is detected to change to another image or another view.
An electrophotographic image forming apparatus configured to form an image by optical scanning, comprising: a light source; an image processing unit configured to process image data; a modulation signal generation unit configured to generate a light source modulation signal; a light source drive unit configured to drive the light source based on the light source modulation signal; and a correction value identifying unit configured to identify a correction value for correcting a registration error of the image to be formed, wherein the image processing unit is configured to perform first image processing of image data with first resolution based on the correction value identified by the correction value identifying unit, the first image processing including deformation processing and gradation processing of the image data, characterised in that the modulation signal generation unit is configured to convert image data processed in the image processing unit into image data with resolution higher than the first resolution and perform second image processing by replacing a target region composed of a plurality of pixels with the first resolution in the image data processed in the image processing unit and having a certain shape, with a pixel pattern with the resolution higher than the first resolution having the shape corresponding to the target region. a light source; an image processing unit configured to process image data; a modulation signal generation unit configured to generate a light source modulation signal; a light source drive unit configured to drive the light source based on the light source modulation signal; and a correction value identifying unit configured to identify a correction value for correcting a registration error of the image to be formed, wherein the image processing unit is configured to perform first image processing of image data with first resolution based on the correction value identified by the correction value identifying unit, the first image processing including deformation processing and gradation processing of the image data, characterised in that the modulation signal generation unit is configured to convert image data processed in the image processing unit into image data with resolution higher than the first resolution and perform second image processing by replacing a target region composed of a plurality of pixels with the first resolution in the image data processed in the image processing unit and having a certain shape, with a pixel pattern with the resolution higher than the first resolution having the shape corresponding to the target region.