mhurhangee/ep-ind-claims huggingface dataset:
A background display device for a virtual image recording studio that is configured to display, behind a real subject, a representation of a virtual background for a camera recording, wherein the background display device comprises at least one panel having a plurality of actively illuminating picture elements that form a two-dimensional arrangement which extends along a first direction of extent and a second direction of extent oriented perpendicular thereto, wherein a respective spacing (b1, b2, b3, b4, b5, b6), measured along the second direction of extent, of the picture elements from a first reference line, which extends rectilinearly along the first direction of extent, varies irregularly along the first direction of extent, characterized in that the panel has a number of separate picture element units that corresponds to the plurality of picture elements, said separate picture element units forming a regular arrangement, wherein each picture element unit has an eccentric light-emitting areal region which corresponds to a respective picture element, but which is eccentrically arranged with respect to a geometric center of the picture element unit, wherein the orientation of the respective eccentric light-emitting areal region varies along the regular arrangement of picture element units. wherein the background display device comprises at least one panel having a plurality of actively illuminating picture elements that form a two-dimensional arrangement which extends along a first direction of extent and a second direction of extent oriented perpendicular thereto, wherein a respective spacing (b1, b2, b3, b4, b5, b6), measured along the second direction of extent, of the picture elements from a first reference line, which extends rectilinearly along the first direction of extent, varies irregularly along the first direction of extent, characterized in that the panel has a number of separate picture element units that corresponds to the plurality of picture elements, said separate picture element units forming a regular arrangement, wherein each picture element unit has an eccentric light-emitting areal region which corresponds to a respective picture element, but which is eccentrically arranged with respect to a geometric center of the picture element unit, wherein the orientation of the respective eccentric light-emitting areal region varies along the regular arrangement of picture element units.
PV module that can be transported particularly cost-effective, characterized in that the module has a rectangular rear wall and a rectangular transparent front panel with the extent X from left to right and the extent Y from bottom to top, having a right, a left, a lower and has an upper edge, and having a central point which is defined by the center of the front surface of the front panel, and that between the front panel and rear wall, there is an active layer, where inter alia, the photovoltaic cells are installed and electrically interconnected and whereby the entire laminate consisting of front panel, active layer and rear wall has a thickness Z and whereby the left edge of the front panel is divided into four areas, which are designated from top to bottom with 11, 12, 13 and 14 and whereby the right edge of the front panel is also divided into four areas, designated from top to bottom with 21, 22, 23 and 24, whereby the areas 14, 21, and 24 have the same size as the area 11, and the areas 13, 22 and 23 have the same size as the area 12 and the module has a positive pole junction box and a negative pole junction box, one of which is arranged in one of the four left edge areas and the other in one of the four right edge areas and the junction boxes exceed over the right and over the left edge of the front panel, characterized in that the two junction boxes are located combined in the areas 11 and 22 or in the areas 11 and 23 or in the areas 12 and 21 or in the areas 12 and 24 or in the areas 13 and 21 or in the areas 13 and 24 or in the areas 14 and 22 or in the areas 14 and 23.
A binder composition for insulation products based on mineral wool, in particular rock wool or glass wool, characterized in that it comprises: - at least one hydrogenated sugar, - at least one polyfunctional crosslinking agent, and - optionally at least one polyol which is different from said hydrogenated sugar, said hydrogenated sugar representing at least 30 % by weight of the mixture composed of the hydrogenated sugar and the polyfunctional crosslinking agent, and said polyol being present in an amount which is at most equal to 20 parts by weight per 100 parts by weight of hydrogenated sugar and polyfunctional crosslinking agent. - at least one hydrogenated sugar, - at least one polyfunctional crosslinking agent, and - optionally at least one polyol which is different from said hydrogenated sugar, said hydrogenated sugar representing at least 30 % by weight of the mixture composed of the hydrogenated sugar and the polyfunctional crosslinking agent, and said polyol being present in an amount which is at most equal to 20 parts by weight per 100 parts by weight of hydrogenated sugar and polyfunctional crosslinking agent.
A method for managing waste associated with the processing of guayule shrubs for the extraction of rubber, the method comprising: utilizing harvested guayule shrubs including leaves, bark, woody material, and optionally roots from a harvest site; utilizing a local sub-station to remove at least one of the leaves and dirt from the harvested guayule shrubs thereby producing a semi-processed guayule material with a weight that is at least 10% lower than the weight of the harvested guayule shrubs, wherein the local sub-station is located within 1.6 km (1 mile) of the harvest site; wherein the local sub-station is further utilized to chop the semi-processed guayule material using at least one of a shredder, granulator, or hammer mill prior to transporting but subsequent to the leaf removal and/or dirt removal, and transporting the semi-processed guayule material to a remote rubber extraction plant capable of producing rubber, resin and waste bagasse from the semi-processed guayule material where the waste bagasse comprises at least 60% by weight of the semi-processed guayule material. utilizing harvested guayule shrubs including leaves, bark, woody material, and optionally roots from a harvest site; utilizing a local sub-station to remove at least one of the leaves and dirt from the harvested guayule shrubs thereby producing a semi-processed guayule material with a weight that is at least 10% lower than the weight of the harvested guayule shrubs, wherein the local sub-station is located within 1.6 km (1 mile) of the harvest site; wherein the local sub-station is further utilized to chop the semi-processed guayule material using at least one of a shredder, granulator, or hammer mill prior to transporting but subsequent to the leaf removal and/or dirt removal, and transporting the semi-processed guayule material to a remote rubber extraction plant capable of producing rubber, resin and waste bagasse from the semi-processed guayule material where the waste bagasse comprises at least 60% by weight of the semi-processed guayule material.
An inter-locking structure of an electrical equipment box comprising: an energy storage unit; a case capable of storing the energy storage unit; a power breaker for the energy storage unit; an interlock bar assembly capable of restraining a terminal block cover associated with the energy storage unit from being detached from the electrical equipment box; an element stopper wall capable of restraining the interlock bar assembly from operating in accordance with a state of the power breaker, wherein said state of the power breaker is one of ON or OFF. an energy storage unit; a case capable of storing the energy storage unit; a power breaker for the energy storage unit; an interlock bar assembly capable of restraining a terminal block cover associated with the energy storage unit from being detached from the electrical equipment box; an element stopper wall capable of restraining the interlock bar assembly from operating in accordance with a state of the power breaker, wherein said state of the power breaker is one of ON or OFF.
A mirror assembly for a vehicle, comprising a housing having a first housing portion; a second housing portion, which is removably connected to the first housing portion to define a recess therebetween; a mirror mounted within the housing; and a flexible engagement member being a sealing element providing a seal along the interface between the first housing portion and the second housing portion provided between the first housing portion and the second housing portion, the flexible engagement member extending along at least a portion of an interface between the first and the second housing portions (12, 14); wherein the flexible engagement member comprises: an internal portion which extends inside the housing recess and which is coupled to both housing portions, wherein the coupling between the internal portion and at least one housing portion (12, 14) is releasable, and an release tab which extends outside the housing, such that an operator can apply a force to the external portion to release the releasable coupling between the internal portion and the housing. a first housing portion; a second housing portion, which is removably connected to the first housing portion to define a recess therebetween; a mirror mounted within the housing; and a flexible engagement member being a sealing element providing a seal along the interface between the first housing portion and the second housing portion provided between the first housing portion and the second housing portion, the flexible engagement member extending along at least a portion of an interface between the first and the second housing portions (12, 14); wherein the flexible engagement member comprises: an internal portion which extends inside the housing recess and which is coupled to both housing portions, wherein the coupling between the internal portion and at least one housing portion (12, 14) is releasable, and an release tab which extends outside the housing, such that an operator can apply a force to the external portion to release the releasable coupling between the internal portion and the housing. an internal portion which extends inside the housing recess and which is coupled to both housing portions, wherein the coupling between the internal portion and at least one housing portion (12, 14) is releasable, and an release tab which extends outside the housing, such that an operator can apply a force to the external portion to release the releasable coupling between the internal portion and the housing.
An interspinous process spacer for maintaining a predetermined distance between adjacent processus spinosus, comprising - a substantially conoid screw region to be screwed into the processus spinosus interspace; - a substantially conoid head region having a round tip end part, capable of freely interlocking with a tool arbitrarily or freely attaching a coupling member arbitrarily; and - a spacer region formed in a longitudinal direction of the screw region and radially smaller than the adjacent portions of the head region and screw region, as measured radially from the longitudinal center axis and having a through-hole in an axial center of the screw region, the spacer region and the head region. - a substantially conoid screw region to be screwed into the processus spinosus interspace; - a substantially conoid head region having a round tip end part, capable of freely interlocking with a tool arbitrarily or freely attaching a coupling member arbitrarily; and - a spacer region formed in a longitudinal direction of the screw region and radially smaller than the adjacent portions of the head region and screw region, as measured radially from the longitudinal center axis
A method for the microbial fermentation of a substrate comprising carbon monoxide, said fermentation occurring in a bioreactor, wherein the method comprises applying an electrical potential across a fermentation broth within the bioreactor.
Vegetable processing device, comprising: • a hollow body, • at least one cutting element which is a filament defined in the interior of the body between its walls and located in a lower part of the body and disposed perpendicular to a longitudinal axis of said body, the body comprising in turn a blade in its lower end, where said blade has a dimension in thickness less than that of the body, the device being characterized in that it comprises: • a manipulation element to facilitate the insertion of the body in the vegetable and rotate in the interior thereof said manipulation element comprising a handle and two elements extending orthogonally from the handle to a structure configured to be fixed to the body so that the body is arranged at a certain distance form the handle, • a stop defined in an upper part of the body of the device opposite that part which is inserted in the vegetable designed to perform a function of insertion depth limiter of the device in the vegetable. • a hollow body, • at least one cutting element which is a filament defined in the interior of the body between its walls and located in a lower part of the body and disposed perpendicular to a longitudinal axis of said body, the body comprising in turn a blade in its lower end, where said blade has a dimension in thickness less than that of the body, • a manipulation element to facilitate the insertion of the body in the vegetable and rotate in the interior thereof said manipulation element comprising a handle and two elements extending orthogonally from the handle to a structure configured to be fixed to the body so that the body is arranged at a certain distance form the handle, • a stop defined in an upper part of the body of the device opposite that part which is inserted in the vegetable designed to perform a function of insertion depth limiter of the device in the vegetable.
A system (100, 200, 400, 500) for dosimetry, comprising: a radiation source adapted to provide a pulsed radiation beam (108, 140) to a treatment zone; a thin sheet of scintillator disposed between the radiation source and skin of a subject, the thin sheet of scintillator being in the treatment zone; a gated camera (102, 104) configured to image the sheet of scintillator; and an image capture and processing machine coupled to receive images from the gated camera (102, 104); wherein the gated camera (102, 104) is configured to capture images of light from the thin sheet of scintillator during a plurality of pulses of the pulsed radiation beam (108, 140) while excluding light received from the thin sheet of scintillator between pulses of the plurality of pulses of the pulsed radiation beam (108, 140) to form a scintillation image, characterised in that the system (100, 200, 400, 500) further comprises a 3-D imaging camera, and wherein the image capture and processing machine is configured to process images from the 3-D imaging camera into a three-dimensional model of the subject and to use the three-dimensional model of the subject to correct the scintillation image while determining a corrected total dose image. a radiation source adapted to provide a pulsed radiation beam (108, 140) to a treatment zone; a thin sheet of scintillator disposed between the radiation source and skin of a subject, the thin sheet of scintillator being in the treatment zone; a gated camera (102, 104) configured to image the sheet of scintillator; and an image capture and processing machine coupled to receive images from the gated camera (102, 104); wherein the gated camera (102, 104) is configured to capture images of light from the thin sheet of scintillator during a plurality of pulses of the pulsed radiation beam (108, 140) while excluding light received from the thin sheet of scintillator between pulses of the plurality of pulses of the pulsed radiation beam (108, 140) to form a scintillation image, characterised in that the system (100, 200, 400, 500) further comprises a 3-D imaging camera, and wherein the image capture and processing machine is configured to process images from the 3-D imaging camera into a three-dimensional model of the subject and to use the three-dimensional model of the subject to correct the scintillation image while determining a corrected total dose image.
An inorganic fine particle composite body, wherein a composite resin, in which a polysiloxane segment having a structural unit represented by General Formula and/or General Formula and a silanol group and/or a hydrolyzable silyl group and a vinyl-based polymer segment are bonded to each other by a bond represented by General Formula, and inorganic fine particles (m) are bonded to each other at the polysiloxane segment through a siloxane bond: wherein, in General Formulas and, each of R 1, R 2, and R 3 independently represents -R 4 -CH=CH 2, -R 4 -C (CH 3) =CH 2, -R 4 -Q-CQ-C(CH 3)=CH 2, -R 4 -O-CO-CH=CH 2, a group having a polymerizable double bond selected from the group consisting of groups represented by the following Formula (wherein R 4 represents a single bond or an alkylene group having 1 to 6 carbon atoms), an alkyl group having 1 to 6 carbon atoms, a cycloalkyl group having 3 to 8 carbon atoms, an aryl group, an aralkyl group having 7 to 12 carbon atoms, or an epoxy group; wherein, in General Formula, n is an integer of 1 to 5, and Structure Q represents any one of -CH=CH 2 and -C(CH 3)=CH 2; and wherein, in General Formula, the carbon atom constitutes a part of the vinyl-based polymer segment, and the silicon atom bonded only to the oxygen atom constitutes a part of the polysiloxane segment.
An engine comprising: a crank case; a breather chamber protruding upward from a rear end of the crank case and adapted for accommodating separation of lubricating oil from blow-by gas generated in the engine; and a vehicle speed sensor provided in front of the breather chamber on an upper surface of the crank case at a position that is lower than a top of the breather chamber. a crank case; a breather chamber protruding upward from a rear end of the crank case and adapted for accommodating separation of lubricating oil from blow-by gas generated in the engine; and a vehicle speed sensor provided in front of the breather chamber on an upper surface of the crank case at a position that is lower than a top of the breather chamber.
A method of managing the operation of a network element in a communications system, the method comprising: defining one or more targets by an integration reference point Manager in a network manager layer which provides information relating to targets to an integration reference point Agent in an element manager layer as a relevant attribute or parameter in self-organising network control information; storing the one or more targets in an optimiser function which is responsible for optimising a particular aspect of performance of the network element; receiving performance indicator values based on measurements of the performance of the network element and being an indication of performance of the network element; combining together performance indicator values to produce an achievement indicator value comprising weighted components of performance indicator values in which the achievement indicator value comprises a sum of weighted differences between the performance indicator values and respective targets; using the achievement indicator value to determine an optimum setting of at least one adjustable configuration parameter value of the network element; and applying the adjustable configuration parameter value to the network element. defining one or more targets by an integration reference point Manager in a network manager layer which provides information relating to targets to an integration reference point Agent in an element manager layer as a relevant attribute or parameter in self-organising network control information; storing the one or more targets in an optimiser function which is responsible for optimising a particular aspect of performance of the network element; receiving performance indicator values based on measurements of the performance of the network element and being an indication of performance of the network element; combining together performance indicator values to produce an achievement indicator value comprising weighted components of performance indicator values in which the achievement indicator value comprises a sum of weighted differences between the performance indicator values and respective targets; using the achievement indicator value to determine an optimum setting of at least one adjustable configuration parameter value of the network element; and applying the adjustable configuration parameter value to the network element.
A method for manufacturing a dental hand piece, the dental hand piece having a hand piece head provided in a front end section thereof, a connection section provided in a rear end section thereof, and a plurality of metallic pipes (4, 5) through which the hand piece head and the connection section communicate with each other, the method comprising: molding an elastic resin member by winding a resin member in a tape or sheet shape around the metallic pipes (4, 5) from the rear end section of the hand piece head to the front end section of the connection section and placing the wound resin member in a mold heated to a high temperature, and then melting and molding the wound resin member into a the grip section such that the metallic pipes (4, 5) are embedded in close contact with the elastic resin member.
An isolator device for providing circuit isolation and arranged to offer configurable functionality for alteration of the configuration of the isolator device, wherein the isolator device comprises: an universal isolator comprising an isolation functionality; wireless reception means arranged for receiving wireless configuration data for selective configuration of the isolator device; and means arranged for wireless transmission of data relating to the configuration state of the isolator device; wherein the isolator device is arranged to transmit device status and diagnostic information; characterized in that the isolator device includes a barrier functionality; and the isolator device comprises a light emitting diode, LED, arranged to indicate a selection of the isolator device for wireless configuration. an universal isolator comprising an isolation functionality; wireless reception means arranged for receiving wireless configuration data for selective configuration of the isolator device; and means arranged for wireless transmission of data relating to the configuration state of the isolator device; wherein the isolator device is arranged to transmit device status and diagnostic information; characterized in that the isolator device includes a barrier functionality; and the isolator device comprises a light emitting diode, LED, arranged to indicate a selection of the isolator device for wireless configuration.
An aqueous binder composition for mineral fibers comprising: - a component (i) in form of a glucose syrup having a DE of 60 to less than 100, in particular 60 to 99, more particular 85 to 99; - a component (ii) in form of sulfamic acid and/or its salts, preferably ammonium sulfamate and/or N-cyclohexyl sulfamic acid and/or its salts; - ammonia; - hypophosphorous acid; wherein the proportion of components (i), (ii), ammonia and hypophosphorous acid is in within the range of 0.5-15 wt.-%, in particular 1-12 wt.-%, more particular 2-10 wt.-% component (ii), based on the mass of component (i), 0.5-10 wt.-%, in particular 1-8 wt.-%, more particular 1-5 wt.-% hypophosphorous acid, based on the mass of component (i), and whereby component ammonia is preferably present in the amount of 0.1 to 5 molar equivalents of ammonia relative to the combined molar equivalents of component (ii) and hypophosphorous acid. - a component (i) in form of a glucose syrup having a DE of 60 to less than 100, in particular 60 to 99, more particular 85 to 99; - a component (ii) in form of sulfamic acid and/or its salts, preferably ammonium sulfamate and/or N-cyclohexyl sulfamic acid and/or its salts; - ammonia; - hypophosphorous acid;