mhurhangee/ep-ind-claims huggingface dataset:
Monitoring system for passenger transport installations, which are designed as an elevator, escalator or moving walkway, with at least one interrogation device and at least one safety switch, which is connected with the interrogation device by way of an electrical safety circuit and which serves for monitoring an item of equipment of the passenger transport installation, wherein - the safety switch has a first switch setting and a second switch setting, - a unit with current direction dependence for checking the electrical safety circuit is arranged in the electrical safety circuit, - a test voltage with alternating polarity can be applied to the electrical safety circuit by means of the interrogation device, - at least one state of the electrical safety circuit, which is determinable by the test voltage, is detectable by the interrogation device and - from the at least one state which is detected by the interrogation device and from the switch setting which belongs to this state of the safety switch, at least one status signal can be generated, characterised in that the electrical safety circuit is closed by way of the unit with current direction dependence in a first switch setting or a first sequence of the switch settings of the at least one safety switch (7, 20, 21). - the safety switch has a first switch setting and a second switch setting, - a unit with current direction dependence for checking the electrical safety circuit is arranged in the electrical safety circuit, - a test voltage with alternating polarity can be applied to the electrical safety circuit by means of the interrogation device, - at least one state of the electrical safety circuit, which is determinable by the test voltage, is detectable by the interrogation device and - from the at least one state which is detected by the interrogation device and from the switch setting which belongs to this state of the safety switch, at least one status signal can be generated,
A computer-implemented method for filtering at least high amplitude dispersive noise from seismic data acquired over an area of a subsurface by combining dip filtering and polarization filtering so as to obtain filtered data, comprising: transforming said acquired seismic data associated with a plurality of traces into time-variant spectral estimates; extracting a local velocity associated with the plurality of traces from the time-variant spectral estimates, by recovering said local velocity from an average angular wave number; calculating an amplitude and a phase associated with one of the plurality of traces using the local velocity; determining the noise based on the amplitude and phase; subtracting the determined noise from the acquired seismic data in order to obtain said filtered data; and generating an image of the subsurface by using said filtered data. transforming said acquired seismic data associated with a plurality of traces into time-variant spectral estimates; extracting a local velocity associated with the plurality of traces from the time-variant spectral estimates, by recovering said local velocity from an average angular wave number; calculating an amplitude and a phase associated with one of the plurality of traces using the local velocity; determining the noise based on the amplitude and phase; subtracting the determined noise from the acquired seismic data in order to obtain said filtered data; and generating an image of the subsurface by using said filtered data.
A method for estimating surface waves in seismic data, the method comprising: obtaining an incident dataset and a back-scattered dataset from an input dataset; generating virtual back-scattered surface traces from pairs of traces extracted from the incident dataset and the back-scattered dataset, respectively; stacking the virtual back-scattered surface traces corresponding to waves propagating between same two sources to obtain a stacked virtual back-scattered dataset; generating super-virtual back-scattered surface traces by correlating or convoluting pairs of traces with a common source, one trace from the stacked virtual back-scattered dataset and another from the incident or back-scattered dataset; and stacking the super-virtual back-scattered surface traces corresponding to waves propagating between same source and same receiver, to obtain an estimate of the surface waves, wherein the estimate of the surface waves is then used to obtain information about a near-surface layer and/or removed from the seismic data before processing to extract structural information about the underground formation. obtaining an incident dataset and a back-scattered dataset from an input dataset; generating virtual back-scattered surface traces from pairs of traces extracted from the incident dataset and the back-scattered dataset, respectively; stacking the virtual back-scattered surface traces corresponding to waves propagating between same two sources to obtain a stacked virtual back-scattered dataset; generating super-virtual back-scattered surface traces by correlating or convoluting pairs of traces with a common source, one trace from the stacked virtual back-scattered dataset and another from the incident or back-scattered dataset; and stacking the super-virtual back-scattered surface traces corresponding to waves propagating between same source and same receiver, to obtain an estimate of the surface waves, wherein the estimate of the surface waves is then used to obtain information about a near-surface layer and/or removed from the seismic data before processing to extract structural information about the underground formation.
A method for producing a flexible packaging film comprising a substrate and a polyurethane adhesive that is applied to the substrate and is a mixture of an A agent and a B agent, the method comprising: a two-part separate application step that comprises bringing a mixture of the A agent and the B agent applied to one substrate into contact with a solution or a dispersion of the B agent and a catalyst applied to another substrate and pressing the substrates, wherein the A agent is a polyisocyanate compound, and the B agent is a polyol compound. a two-part separate application step that comprises bringing a mixture of the A agent and the B agent applied to one substrate into contact with a solution or a dispersion of the B agent and a catalyst applied to another substrate and pressing the substrates, wherein the A agent is a polyisocyanate compound, and the B agent is a polyol compound.
A shower structure comprising a tray having a wastewater outlet, and a plurality of lateral walls (22, 24, 26) co-operating with the tray to define a shower cabin, at least one wall from among the lateral walls being a main wall supported by a mount and including a removable panel to give access to a maintenance space from within the shower cabin, wherein the main wall includes a portion that is stationary relative to the tray and that defines a housing suitable for receiving the removable panel, wherein the mount includes fastener means for fastening it to masonry and the main wall comprises holding means (22b, 26b) for holding at least one of the other lateral walls (22, 26).
A door opening device (20, 120, 220) opening a first door and a second door, comprising: an operating member pressurizing the first door and the second door to be opened by rotation; a rotating cam (40, 140, 240); a driving motor rotating the rotating cam; and a return part returning the operating member to an initial position after the door has been opened, characterized in that the rotating cam (40, 140, 240) includes a plurality of protruding portions (41, 141, 241) contacting the operating member to rotate the operating member and a plurality of depressed portions (42, 142, 242) spaced apart from the operating member, the protruding portions and the depressed portions being formed alternately along a rotational direction of the rotating cam, wherein the operating member includes a first extending portion extending toward the rotating cam and having a length such that a front end of the first extending portion contacts the protruding portions and is spaced apart from the depressed portions, a second extending portion extending toward an inner surface of the first door and pressurizing the first door when rotating in a first direction, and a third extending portion extending toward an inner surface of the second door and pressurizing the second door when rotating in a second direction. an operating member pressurizing the first door and the second door to be opened by rotation; a rotating cam (40, 140, 240); a driving motor rotating the rotating cam; and a return part returning the operating member to an initial position after the door has been opened, characterized in that the rotating cam (40, 140, 240) includes a plurality of protruding portions (41, 141, 241) contacting the operating member to rotate the operating member and a plurality of depressed portions (42, 142, 242) spaced apart from the operating member, the protruding portions and the depressed portions being formed alternately along a rotational direction of the rotating cam, wherein the operating member includes a first extending portion extending toward the rotating cam and having a length such that a front end of the first extending portion contacts the protruding portions and is spaced apart from the depressed portions, a second extending portion extending toward an inner surface of the first door and pressurizing the first door when rotating in a first direction, and a third extending portion extending toward an inner surface of the second door and pressurizing the second door when rotating in a second direction.
A seal assembly for sealing between a first member and a second member of a joint, the first member being able to pivot about an axis of the joint relative to the second member, comprising: a first ring for a first seal cavity of the first member, a load ring for a second seal cavity of the second member, a first seal ring of metal having a sealing surface extending in a radial direction, and a resilient second seal ring having an annular seal lip, wherein the first seal ring is held stationary by the first ring in the first seal cavity of the first member, and the second seal ring is forced axially by the load ring into axial sealing engagement with the first seal ring, characterised by said first seal ring having an annular groove receiving said first ring. a first ring for a first seal cavity of the first member, a load ring for a second seal cavity of the second member, a first seal ring of metal having a sealing surface extending in a radial direction, and a resilient second seal ring having an annular seal lip, wherein the first seal ring is held stationary by the first ring in the first seal cavity of the first member, and the second seal ring is forced axially by the load ring into axial sealing engagement with the first seal ring, characterised by said first seal ring having an annular groove receiving said first ring.
A glass substrate coated on one face with a thin-film multilayer having reflection properties in the infrared and/or in solar radiation and comprising at least one metallic functional layer, in particular based on silver or on a metal alloy containing silver, and at least two antireflection coatings (120, 160), said coatings each comprising at least one dielectric layer (122, 164), said functional layer being positioned between the two antireflection coatings (120, 160), said multilayer additionally comprising a terminal layer which is the layer of the multilayer which is furthest from said face, characterized in that said terminal layer is a metallic layer consisting of zinc and tin, made of Sn x Zn y with a ratio of 0.55 ≤ x/y ≤ 0.83 and having a physical thickness of between 0.5 nm and 5.0 nm excluding these values, or even between 0.6 nm and 2.7 nm excluding these values.
A scanning projective lensless microscopy, SPLM, imaging system comprising: a transparent layer; a light detector having a sensing surface, wherein the light detector comprises pixels on or within a surface layer of the light detector at the sensing surface, further wherein the transparent layer is disposed between the sensing surface and a specimen surface of the transparent layer on which the specimen is located during operation; and a scanning illumination source configured to provide illumination to the specimen from a plurality of different illumination angles; wherein the light detector is configured to receive light transmitted through the specimen located on the transparent layer and is configured to capture image data of a sequence of sub-pixel shifted projection images of the specimen while the specimen located on the transparent layer is illuminated with light from the illumination source incident on the specimen sequentially from the plurality of different illumination angles, wherein the image data of each one of the sequence of sub-pixel shifted projection images is captured at a single sampling time while the specimen is illuminated from a different one of the plurality of different illumination angles, such that each one of the sequence of sub-pixel shifted projection images is based on light transmitted through the specimen from a different one of the plurality of different illumination angles; and a processor (210, 410) configured to reconstruct a sub-pixel resolution image of the specimen using the image data from the sequence of sub-pixel shifted projection images of the specimen. a transparent layer; a light detector having a sensing surface, wherein the light detector comprises pixels on or within a surface layer of the light detector at the sensing surface, further wherein the transparent layer is disposed between the sensing surface and a specimen surface of the transparent layer on which the specimen is located during operation; and a scanning illumination source configured to provide illumination to the specimen from a plurality of different illumination angles; wherein the light detector is configured to receive light transmitted through the specimen located on the transparent layer and is configured to capture image data of a sequence of sub-pixel shifted projection images of the specimen while the specimen located on the transparent layer is illuminated with light from the illumination source incident on the specimen sequentially from the plurality of different illumination angles, wherein the image data of each one of the sequence of sub-pixel shifted projection images is captured at a single sampling time while the specimen is illuminated from a different one of the plurality of different illumination angles, such that each one of the sequence of sub-pixel shifted projection images is based on light transmitted through the specimen from a different one of the plurality of different illumination angles; and a processor (210, 410) configured to reconstruct a sub-pixel resolution image of the specimen using the image data from the sequence of sub-pixel shifted projection images of the specimen.
An information processing apparatus, comprising: a processing unit configured to issue a read command to a device; a memory configured to store data; and a switching controller configured to connect the processing unit, the memory, and the device, characterized in that the switching controller comprises a command detection circuit configured to detect the read command issued from the processing unit, a command processing circuit configured to process the read command, and to output the processed read command, and a pre-read request issuance circuit configured to generate a read request for at least part of data within data specified by the read command, and to transmit the read request to the memory, and the switching controller receives the part of the data from the memory, and transmits the part of the data to the device. a processing unit configured to issue a read command to a device; a memory configured to store data; and a switching controller configured to connect the processing unit, the memory, and the device, characterized in that the switching controller comprises a command detection circuit configured to detect the read command issued from the processing unit, a command processing circuit configured to process the read command, and to output the processed read command, and a pre-read request issuance circuit configured to generate a read request for at least part of data within data specified by the read command, and to transmit the read request to the memory, and a command detection circuit configured to detect the read command issued from the processing unit, a command processing circuit configured to process the read command, and to output the processed read command, and a pre-read request issuance circuit configured to generate a read request for at least part of data within data specified by the read command, and to transmit the read request to the memory, and the switching controller receives the part of the data from the memory, and transmits the part of the data to the device.
A method of forming a sintered nickel-titanium-rare earth (Ni-Ti-RE) alloy, the method comprising: adding one or more powders, each powder comprising at least one of Ni, Ti, and a rare earth constituent, the powder comprising the rare constituent optionally comprising a dopant selected from Fe and B, to a powder consolidation unit comprising an electrically conductive die and punch connectable to a power supply; heating the one or more powders by passing a pulsed electrical current through the one or more powders at a ramp rate of 35°C/min or less to a sintering temperature, optionally wherein the ramp rate is 25°C/min; applying pressure to the powders at the sintering temperature, optionally wherein the pressure lies between 45 Mpa and 110 Mpa; and forming a sintered Ni-Ti-RE alloy; wherein the sintered Ni-Ti-RE alloy comprises: Ni at a concentration of from 35 at.% to 65 at.%; Ti at a concentration of from 35 at.% to 65 at.%; and the rare earth constituent at a concentration of from 1.5 at.% to 15 at.%. adding one or more powders, each powder comprising at least one of Ni, Ti, and a rare earth constituent, the powder comprising the rare constituent optionally comprising a dopant selected from Fe and B, to a powder consolidation unit comprising an electrically conductive die and punch connectable to a power supply; heating the one or more powders by passing a pulsed electrical current through the one or more powders at a ramp rate of 35°C/min or less to a sintering temperature, optionally wherein the ramp rate is 25°C/min; applying pressure to the powders at the sintering temperature, optionally wherein the pressure lies between 45 Mpa and 110 Mpa; and forming a sintered Ni-Ti-RE alloy; wherein the sintered Ni-Ti-RE alloy comprises: Ni at a concentration of from 35 at.% to 65 at.%; Ti at a concentration of from 35 at.% to 65 at.%; and the rare earth constituent at a concentration of from 1.5 at.% to 15 at.%. Ni at a concentration of from 35 at.% to 65 at.%; Ti at a concentration of from 35 at.% to 65 at.%; and the rare earth constituent at a concentration of from 1.5 at.% to 15 at.%.
A suspension assembly for a cycle, the suspension assembly comprising: a steering fork, the steering fork having a first arm and a second arm, each of the first arm and the second arm having a first end (36, 37) and a second end (38, 39); a shock absorber having a damper body, the shock absorber including a first shock mount and a second shock mount, the first shock mount being connected to the first arm, the second shock mount being pivotably connected to a shock link, and the shock absorber being located on the first arm; a spring unit, having a spring gas spring comprising a spring body and a spring gas piston having a second gas piston area, a first spring mount and a second spring mount, the first spring mount being connected to the second arm, the second spring mount being pivotably connected to a spring link, and the spring unit being substantially located on the second arm; characterized in that the shock absorber further has a shock gas spring comprising a shock spring body and a shock gas piston having a first gas piston area, the shock spring body being sequentially arranged along a substantially common central axis with the damper body; and the first gas piston area and the second gas piston area are unequal. a steering fork, the steering fork having a first arm and a second arm, each of the first arm and the second arm having a first end (36, 37) and a second end (38, 39); a shock absorber having a damper body, the shock absorber including a first shock mount and a second shock mount, the first shock mount being connected to the first arm, the second shock mount being pivotably connected to a shock link, and the shock absorber being located on the first arm; a spring unit, having a spring gas spring comprising a spring body and a spring gas piston having a second gas piston area, a first spring mount and a second spring mount, the first spring mount being connected to the second arm, the second spring mount being pivotably connected to a spring link, and the spring unit being substantially located on the second arm; characterized in that the shock absorber further has a shock gas spring comprising a shock spring body and a shock gas piston having a first gas piston area, the shock spring body being sequentially arranged along a substantially common central axis with the damper body; and the first gas piston area and the second gas piston area are unequal.
A harvester with a reciprocating drive balancing system, the harvester comprising: a crop material separating member movably supported for reciprocal movement; a drive operably coupled to the crop material separating member to reciprocate the crop material separating member, the drive comprising a drive crank operably coupled to the crop material separating member; a shaft operably coupled to the drive crank; a belt drive; a driven pulley; and a belt wrapped about the belt drive and the driven pulley; characterized by a gear reduction mechanism operably coupled between the driven pulley and the shaft. a crop material separating member movably supported for reciprocal movement; a drive operably coupled to the crop material separating member to reciprocate the crop material separating member, the drive comprising a drive crank operably coupled to the crop material separating member; a shaft operably coupled to the drive crank; a belt drive; a driven pulley; and a belt wrapped about the belt drive and the driven pulley; characterized by a gear reduction mechanism operably coupled between the driven pulley and the shaft.
An air treatment system (1;9;10;15;16) comprising a plurality of excimer lamps, and a plurality of air treatment units, wherein each air treatment unit comprises a single excimer lamp and characterized in that the air treatment units have a tubular prism shape having a cross-sectional shape of a hexagon and wherein a plurality of air treatment units are assembled into a honeycomb-like structure, and wherein each excimer lamp has the form of an elongated tube and is positioned equidistant from the corners of said hexagon, whereby the distance between the surface of the excimer lamp and the inner wall of the air treatment unit is 2 cm or lower, wherein said distance is measured in the cross-section of said air treatment units from the surface of the lamp to the corners of the hexagon