mhurhangee/ep-ind-claims huggingface dataset:
An insulating glazing system comprising: - at least two glass panes and a spacer element, wherein said at least two glass panes and said spacer element define a closed volume, - a light ray shielding device defining: - a plurality of transparent areas allowing the passage of incident light rays with a given angle of incidence, whereas light rays having other angles of radiation are unable to pass through said plurality of transparent areas and - a plurality of non-transparent areas which are configured to block the passage of light rays, said non-transparent areas defining a first surface and a second surface, opposite to the first surface; - said light ray shielding device being situated within said closed volume, - support means connected to said spacer and operably associated with said light ray shielding device in supporting relationship thereto, said light ray shielding device comprises a layer having retroreflective properties, said layer at least partially covering one or both of said first and second surfaces of at least one of said areas of said plurality of non-transparent areas of said light ray shielding device, characterized in that said layer with retroreflective properties comprises a paint and a plurality of microspheres, each microsphere of said plurality of microspheres is configured to return said incident light rays. - at least two glass panes and a spacer element, wherein said at least two glass panes and said spacer element define a closed volume, - a light ray shielding device defining: - a plurality of transparent areas allowing the passage of incident light rays with a given angle of incidence, whereas light rays having other angles of radiation are unable to pass through said plurality of transparent areas and - a plurality of non-transparent areas which are configured to block the passage of light rays, said non-transparent areas defining a first surface and a second surface, opposite to the first surface; - a plurality of transparent areas allowing the passage of incident light rays with a given angle of incidence, whereas light rays having other angles of radiation are unable to pass through said plurality of transparent areas and - a plurality of non-transparent areas which are configured to block the passage of light rays, said non-transparent areas defining a first surface and a second surface, opposite to the first surface; - said light ray shielding device being situated within said closed volume, - support means connected to said spacer and operably associated with said light ray shielding device in supporting relationship thereto, said light ray shielding device comprises a layer having retroreflective properties, said layer at least partially covering one or both of said first and second surfaces of at least one of said areas of said plurality of non-transparent areas of said light ray shielding device, characterized in that said layer with retroreflective properties comprises a paint and a plurality of microspheres, each microsphere of said plurality of microspheres is configured to return said incident light rays.
An information providing method for a vehicle, comprising: - stopping an engine automatically when a predetermined permission condition is satisfied in a state in which the vehicle is stopped by a brake operation of a driver; - notifying the driver of support information for satisfying the permission condition when the permission condition is not satisfied in the state in which the vehicle is stopped by the brake operation; and - performing a vehicle stop keeping control for generating a braking force that is capable of maintaining a vehicle stopped state even when the brake operation decreases; wherein: - notification of the support information is stopped when it is determined that the driver is not willing to automatically stop the engine in a state in which the support information is being notified and the vehicle stop keeping control is in operation, and - the determination that the driver is not willing to automatically stop the engine is based on that the driver is not increasing a brake depression amount after executing a brake operation. - stopping an engine automatically when a predetermined permission condition is satisfied in a state in which the vehicle is stopped by a brake operation of a driver; - notifying the driver of support information for satisfying the permission condition when the permission condition is not satisfied in the state in which the vehicle is stopped by the brake operation; and - performing a vehicle stop keeping control for generating a braking force that is capable of maintaining a vehicle stopped state even when the brake operation decreases; - notification of the support information is stopped when it is determined that the driver is not willing to automatically stop the engine in a state in which the support information is being notified and the vehicle stop keeping control is in operation, and - the determination that the driver is not willing to automatically stop the engine is based on that the driver is not increasing a brake depression amount after executing a brake operation.
An oil impregnated electrical transformer comprising a cellulose based electrically insulating composite material in the form of a paper or pressboard, the composite material comprising: cellulose fibres; and an electrically insulating thermoplastic polymer material; wherein the polymer material is arranged around and between the cellulose fibres, and binds said fibres to each other, and wherein the composite material is at least partly impregnated with oil. cellulose fibres; and an electrically insulating thermoplastic polymer material; wherein the polymer material is arranged around and between the cellulose fibres, and binds said fibres to each other, and wherein the composite material is at least partly impregnated with oil.
Method for preparing presentation of recorded motion video, wherein said method comprises: preparing and sending a request for recorded video that originates from a specific monitoring video camera (10, 12, 14, 28), receiving in response to the request a video information message including data relating to characteristics of a plurality of motion video recordings captured by the monitoring video camera (10, 12, 14, 28), wherein the received characteristics of each motion video recording includes a recording identity, a video quality value, a media address, an indication of start time and end time for the recording, and generating a motion video play scheme based at least on said video quality value, said indication of start time, and said indication of end time for each motion video recording received in said video information message, wherein the generation of the motion video play scheme includes selecting one motion video recording to represent a specific time period for which time period a plurality of overlapping motion video recordings from the specific monitoring video camera have been identified and wherein the selecting includes selecting the motion video recording from the specific monitoring video camera having a video selection value that is closest to a predetermined video selection value, said video selection value being based on one or a plurality of video quality values. preparing and sending a request for recorded video that originates from a specific monitoring video camera (10, 12, 14, 28), receiving in response to the request a video information message including data relating to characteristics of a plurality of motion video recordings captured by the monitoring video camera (10, 12, 14, 28), wherein the received characteristics of each motion video recording includes a recording identity, a video quality value, a media address, an indication of start time and end time for the recording, and generating a motion video play scheme based at least on said video quality value, said indication of start time, and said indication of end time for each motion video recording received in said video information message, wherein the generation of the motion video play scheme includes selecting one motion video recording to represent a specific time period for which time period a plurality of overlapping motion video recordings from the specific monitoring video camera have been identified and wherein the selecting includes selecting the motion video recording from the specific monitoring video camera having a video selection value that is closest to a predetermined video selection value, said video selection value being based on one or a plurality of video quality values.
A method, comprising: with an additive manufacturing process, forming a workpiece that comprises a build portion comprising polyetherimide, polyetherimide sulfone, polyimide, polysulfone, polyether sulfone, polyphenylene ether sulfone, polyphenylene ether, imidized polymethacrylate, blends thereof, or any combination thereof, and a degradable support portion contacting the build portion, the degradable support portion comprising a thermoplastic polycarbonate and a hindered amine light stabilizer; and exposing the workpiece to water at a temperature of from 85 degrees Celsius (°C) to a temperature that corresponds to a glass transition temperature (Tg) of the build portion for a time sufficient to selectively degrade at least a region of the degradable support portion. with an additive manufacturing process, forming a workpiece that comprises a build portion comprising polyetherimide, polyetherimide sulfone, polyimide, polysulfone, polyether sulfone, polyphenylene ether sulfone, polyphenylene ether, imidized polymethacrylate, blends thereof, or any combination thereof, and a degradable support portion contacting the build portion, the degradable support portion comprising a thermoplastic polycarbonate and a hindered amine light stabilizer; and exposing the workpiece to water at a temperature of from 85 degrees Celsius (°C) to a temperature that corresponds to a glass transition temperature (Tg) of the build portion for a time sufficient to selectively degrade at least a region of the degradable support portion.
Sole, the upper side of which forms a foot support surface for the foot of a wearer of a shoe fitted with the sole and the underside of which forms, in particular, a running surface, the sole having a toe region extending to its front end and intended for the toes of a wearer of a shoe fitted with the sole, a heel region extending to its rear end and intended for the heel of a wearer, a metatarsal region intended for the metatarsus of a wearer and located between the heel region and the toe region, and a ball region intended for the ball of the foot of a wearer and located between the metatarsal region and the toe region, at least one recess being provided in the sole in the toe region, which recess provides space for the natural gripping movement, preferably for all the toes of a wearer, downwards, and it being the case at least for a part of the ball region that the foot support surface defined there by the sole is at a distance from a base plane, which forms the support plane when the sole is placed thereon, which distance is greater than the minimum distance (d Fm) of the foot support surface from the base plane in the heel region, characterized in that the thickness of the sole increases in the longitudinal direction starting at a point in the metatarsal region, in particular in the rear end of the metatarsal region, or starting at a point in the heel region, preferably from the thinnest point in the heel region, towards the front in particular continuously up to the ball region, preferably up to the front end of the ball region.
A crop gathering system for an agricultural harvester, the crop gathering system comprising a cylindrical tube comprising a tube wall and a longitudinal axis, the tube wall defining at least one aperture extending through the tube wall, a rotary cam comprising an elongated shaft with a cam surface, the shaft extending inside the tube parallel to and radially offset from the longitudinal axis of the tube; and at least one cam follower, the at least one cam follower comprising a proximal end engaging the cam surface of the elongated shaft and a distal end aligned with the at least one aperture characterised in that the cam surface comprises a first surface portion that is cylindrical and a second surface portion that is non-cylindrical, the crop gathering system further comprises at least one cam follower mount for connecting the at least one cam follower to the shaft, the cam follower mount comprising a block that is connected to the shaft and holds the proximal end of the at least one cam follower, and the at least one cam follower mount comprises a biasing element exerting a radially inward force on the at least one cam follower to maintain the proximal end of the at least one cam follower in constant engagement with the shaft.
A tension dispersion type complex anchor device comprising: a tension member (2, 104) placed through a free length section to apply a tension force; an internal fixing body having a wedge assembly which grasps a distal end of the tension member (2, 104) to induce a tension force and to allow the tension member (2, 104) to be removed when the tension force is released and a fixing block into and by which the wedge assembly is fitted and supported; a connection medium unit having one end which is separably coupled to the fixing block a grip sleeve separably coupled to the other end of the connection medium unit; and a permanent anchor fixed by being fitted into the grip sleeve to provide an allowable anchoring force through a bonded length section. a tension member (2, 104) placed through a free length section to apply a tension force; an internal fixing body having a wedge assembly which grasps a distal end of the tension member (2, 104) to induce a tension force and to allow the tension member (2, 104) to be removed when the tension force is released and a fixing block into and by which the wedge assembly is fitted and supported; a connection medium unit having one end which is separably coupled to the fixing block a grip sleeve separably coupled to the other end of the connection medium unit; and a permanent anchor fixed by being fitted into the grip sleeve to provide an allowable anchoring force through a bonded length section.
Overflow device especially for a washing place in the sanitary area, having a device for collecting a liquid and a device by means of which overflow of the collecting device is prevented, wherein the device for preventing the overflow of the collecting device comprises a valve which is movable from a release position allowing the liquid to flow out of the collecting device into a blocking position preventing the flow and vice versa, wherein the valve automatically moves from its locking position to its release position when the maximum filling level of the collecting device is exceeded, and the collecting device has a container which is filled with liquid and at least partially accommodates the valve, and having an adjustment device by means of which the valve arranged in the container can be moved into its release position, characterized in that the valve is a magnetic valve and the adjustment device is a U-shaped magnet which, when close enough to the magnetic valve, pulls the latter down into its release position against buoyancy forces acting on the valve. having a device for collecting a liquid and a device by means of which overflow of the collecting device is prevented, wherein the device for preventing the overflow of the collecting device comprises a valve which is movable from a release position allowing the liquid to flow out of the collecting device into a blocking position preventing the flow and vice versa, wherein the valve automatically moves from its locking position to its release position when the maximum filling level of the collecting device is exceeded, and the collecting device has a container which is filled with liquid and at least partially accommodates the valve, and having an adjustment device by means of which the valve arranged in the container can be moved into its release position, characterized in that the valve is a magnetic valve and the adjustment device is a U-shaped magnet which, when close enough to the magnetic valve, pulls the latter down into its release position against buoyancy forces acting on the valve.
A configuration apparatus for an elevator system, the configuration apparatus comprising: a communication interface (124,126) configured to enable communication with a main safety circuit of the elevator system via a communication channel; characterized in that at least one memory configured to store safety configuration data of the safety circuit of the elevator system; wherein configuration apparatus is configured to provide via the communication interface (124,126) a copy of at least part of the safety configuration data stored in the at least one memory to the main safety circuit in response to a safety configuration data query. a communication interface (124,126) configured to enable communication with a main safety circuit of the elevator system via a communication channel; characterized in that at least one memory configured to store safety configuration data of the safety circuit of the elevator system; wherein configuration apparatus is configured to provide via the communication interface (124,126) a copy of at least part of the safety configuration data stored in the at least one memory to the main safety circuit in response to a safety configuration data query.
A medicament comprising a therapeutic effective amount of Silvestrol and/or Episilvestrol for use in the treatment of virus infections of humans and/or mammals with ssRNA viruses with a (+) RNA genome or a (-) RNA genome whereat the virus which is causing the virus infection is a virus contained in the list comprising the Ebola virus, the Marburg virus, Coronaviruses, Filoviridae.
Multichamber vessel (1, 1*) for storing and mixing a multicomponent liquid coating or adhesive system having a first chamber for a first mixture component and at least one further chamber for a further mixture component, where the first chamber and the at least one further chamber are divided from one another in a liquid-tight manner by at least one dividing wall, where the dividing wall comprises a penetrable dividing layer, and having at least one penetrating element for penetrating the penetrable dividing layer in such a way that the first and the one further mixture components (B, H) mix in the first or the at least one further chamber (10, 20), where the at least one further chamber is arranged coaxially relative to the first chamber, where the first chamber further takes the form of an outer vessel (1a, 1a*), where the at least one further chamber is designed as an insert in the form of a cup in the outer vessel (1a, 1a*), where the dividing layer forms part of the area of the dividing wall, where the penetrating element is in hollow form, especially hollow cylindrical form, and has at least two longitudinally offset openings for introduction of one of the first or further mixture components (B, H) into the chamber (10, 20) of the respective other mixture component (H, B), where the penetrating element is further braced on a curved brace surface which moves from a first location to a second location when a force above a pressure threshold is exerted, in such a way that the penetrating element is moved from a first position to a second position at the transition from the first to the second location, where the penetrating element penetrates the penetrable dividing layer.
A multi-spool gas turbine engine comprising: a low pressure spool; and a high pressure spool fluidly connected to the LP spool by a gaspath, the LP spool comprising an LP compressor and an LP turbine, the HP spool comprising an HP turbine and an HP compressor; characterised in that the multi-spool gas turbine engine further comprises: an accessory gear box, the LP compressor positioned between the HP compressor and the AGB; and first and second gear trains (66, 54) positioned between the HP compressor and the LP compressor and radially inwardly from the gaspath, the first gear train coupling the LP turbine to the LP compressor, the second gear train coupling the HP spool to the AGB, wherein the AGB has an input shaft, the input shaft extending through a central bore of the LP compressor into meshing engagement with a gear of the second gear train. a low pressure spool; and a high pressure spool fluidly connected to the LP spool by a gaspath, the LP spool comprising an LP compressor and an LP turbine, the HP spool comprising an HP turbine and an HP compressor; characterised in that the multi-spool gas turbine engine further comprises: an accessory gear box, the LP compressor positioned between the HP compressor and the AGB; and first and second gear trains (66, 54) positioned between the HP compressor and the LP compressor and radially inwardly from the gaspath, the first gear train coupling the LP turbine to the LP compressor, the second gear train coupling the HP spool to the AGB, wherein the AGB has an input shaft, the input shaft extending through a central bore of the LP compressor into meshing engagement with a gear of the second gear train. an accessory gear box, the LP compressor positioned between the HP compressor and the AGB; and first and second gear trains (66, 54) positioned between the HP compressor and the LP compressor and radially inwardly from the gaspath, the first gear train coupling the LP turbine to the LP compressor, the second gear train coupling the HP spool to the AGB, wherein the AGB has an input shaft, the input shaft extending through a central bore of the LP compressor into meshing engagement with a gear of the second gear train.
A method for controlling network congestion, comprising: sending a control frame or a beacon frame to a station in a network when network congestion occurs, so as to instruct the station to enlarge a contention window when the station needs to send data, the control frame or the beacon frame comprises an instruction field which is used to instruct the station to enlarge the contention window when the station needs to send data; wherein the control frame or the beacon frame further comprises a window field with a value of h cw, and the value of h cw of the window field is configured to instruct the station to enlarge the contention window to a product of h cw and CW min, wherein the CW min is a preset minimum value of the contention window. sending a control frame or a beacon frame to a station in a network when network congestion occurs, so as to instruct the station to enlarge a contention window when the station needs to send data, the control frame or the beacon frame comprises an instruction field which is used to instruct the station to enlarge the contention window when the station needs to send data; wherein the control frame or the beacon frame further comprises a window field with a value of h cw, and the value of h cw of the window field is configured to instruct the station to enlarge the contention window to a product of h cw and CW min, wherein the CW min is a preset minimum value of the contention window.