mhurhangee/ep-ind-claims huggingface dataset:
A glass tube cleaning and cutting device, comprising: a first blower configured to blow air into an opening located on a first end portion side of a glass tube having a predetermined length, the device being arranged for the glass tube being rotated about a tube axis of the glass tube and being conveyed in a direction orthogonal to the tube axis; a first preheat burner arranged along a conveyance route of the glass tube to heat a second end portion side to be cut of the glass tubes (Gl); and a first cutting blade provided at a position opposite to the first blower interposing the glass tube therebetween, the first cutting blade being composed of a disk-shaped cutter for continuously rotating about a horizontal axis, a lower part of the cutter being soaked into cooled water in a water tank and being configured to impose thermal shock and scratches on an outer circumference surface of the second end portion side of the glass tube into which the air is blown by the first blower by contacting the preheated portion of the glass tubes with the first cutting blade to cut the second end portion side of the glass tube. a first blower configured to blow air into an opening located on a first end portion side of a glass tube having a predetermined length, the device being arranged for the glass tube being rotated about a tube axis of the glass tube and being conveyed in a direction orthogonal to the tube axis; a first preheat burner arranged along a conveyance route of the glass tube to heat a second end portion side to be cut of the glass tubes (Gl); and a first cutting blade provided at a position opposite to the first blower interposing the glass tube therebetween, the first cutting blade being composed of a disk-shaped cutter for continuously rotating about a horizontal axis, a lower part of the cutter being soaked into cooled water in a water tank and being configured to impose thermal shock and scratches on an outer circumference surface of the second end portion side of the glass tube into which the air is blown by the first blower by contacting the preheated portion of the glass tubes with the first cutting blade to cut the second end portion side of the glass tube.
A method for associating caches (402, 406) in a multi-core processor, comprising: fabricating a first spin transfer torque magnetoresistive random access memory, STT-MRAM, cache and a second STT-MRAM cache utilizing a homogenous lower level integration process, wherein the fabricating comprises the first STT-MRAM is tuned according to first attributes and the second STT-MRAM is tuned according to second attributes; associating the first STT-MRAM cache with a first core of the multi-core processor, the first STT-MRAM cache being a first lower level cache relative to other cache layers of the first core; and associating the second STT-MRAM cache with a second core of the multi-core processor, the second STT-MRAM cache being a second lower level cache relative to other cache layers of the second core, the first attributes being different from the second attributes; and associating the first STT-MRAM cache or the second STT-MRAM cache with at least one other core. fabricating a first spin transfer torque magnetoresistive random access memory, STT-MRAM, cache and a second STT-MRAM cache utilizing a homogenous lower level integration process, wherein the fabricating comprises the first STT-MRAM is tuned according to first attributes and the second STT-MRAM is tuned according to second attributes; associating the first STT-MRAM cache with a first core of the multi-core processor, the first STT-MRAM cache being a first lower level cache relative to other cache layers of the first core; and associating the second STT-MRAM cache with a second core of the multi-core processor, the second STT-MRAM cache being a second lower level cache relative to other cache layers of the second core, the first attributes being different from the second attributes; and associating the first STT-MRAM cache or the second STT-MRAM cache with at least one other core.
An image transforming system for transforming an image input from imaging means, which picks up a real image, into a virtual image viewed from a predetermined virtual viewpoint to output, comprising: three-dimensional coordinate recording means for recording in advance correspondences between pixels on the virtual image and points on a projection model, first storing means for recording said correspondences, and a second storing means for recording a correspondence between the pixel on the virtual image and a pixel on the real image, wherein the pixel on the real image and the pixel on the virtual image are mutually correlated via a point on the projection model; computing means for computing the relationship between the coordinates on the projection model and the pixel coordinate positions of the real image based on the contents stored in the first storing means to obtain said mutual correlation, inputting means for inputting a positional relationship between the imaging means and the virtual viewpoint; and said computing means for further rewriting contents recorded in the second storing means based on contents in the first storing means and the inputted positional relationship. three-dimensional coordinate recording means for recording in advance correspondences between pixels on the virtual image and points on a projection model, first storing means for recording said correspondences, and a second storing means for recording a correspondence between the pixel on the virtual image and a pixel on the real image, wherein the pixel on the real image and the pixel on the virtual image are mutually correlated via a point on the projection model; computing means for computing the relationship between the coordinates on the projection model and the pixel coordinate positions of the real image based on the contents stored in the first storing means to obtain said mutual correlation, inputting means for inputting a positional relationship between the imaging means and the virtual viewpoint; and said computing means for further rewriting contents recorded in the second storing means based on contents in the first storing means and the inputted positional relationship.
Line arrester comprising two flanges and an insulating body which is arranged between these flanges, wherein one flange can be connected to an overhead line in such a way that the line arrester hangs down freely from this overhead line and a corona ring is fastened to the other, earth-side, flange, which corona ring has a first ring, which is arranged about a longitudinal axis, and a fastening apparatus, which is axially spaced apart from the first ring and is connected to the first ring, for fastening the corona ring to the other, earth-side flange of the line arrester, characterized in that the corona ring has a planar shield for protecting a component which is arranged below the line arrester from environmental influences, wherein this shield spans the area which is produced between the fastening apparatus and the first ring, and the corona ring, by means of its fastening apparatus, is fastened in such a way that the shield extends away from the line arrester.
A thoracic aortic covered stent to be at least partially deployed in the aortic arch, comprising a bare stent segment and a covered stent segment, the bare stent segment comprising a bare wave-shaped ring; the covered stent segment having a lesser curvature side region, a greater curvature side region, and two opposite intermediate regions respectively located between the lesser curvature side region and the greater curvature side region; and the covered stent segment comprising a first proximal wave-shaped ring, wherein the thoracic aortic covered stent further comprises a first connecting member, a first side connecting member and a second side connecting member, all being connected to the bare wave-shaped ring and the first proximal wave-shaped ring; the first connecting member is arranged in the lesser curvature side region, and the first side connecting member and the second side connecting member are arranged in the two intermediate regions respectively so that the bare stent segment is prevented from forming a force pushing up towards a vessel wall during bending of the bare stent segment.
Process for the separation and recovery of 2,3,3,3-tetrafluoropropene and HF from a composition comprising 2,3,3,3-tetrafluoropropene and HF, characterized in that it comprises a stage of cooling said composition in the presence of an added amount of at least one compound in order to give an upper phase rich in HF and a lower organic phase rich in HFO-1234yf and compound C1; in which the cooling temperature is between -20 and 40°C and preferably between -5 and 35°C and in which compound C1 is chosen from 1,1,1,2,3-pentachloropropane, 1,1,2,3-tetrachloro-1-fluoropropane, 1,2-dichloro-3,3,3-trifluoropropane, 1,1,2,3-tetrachloropropene, 1,1,1,2-tetrachloropropene and 2-chloro-3,3,3-trifluoropropene.
An elongate cored reinforcement of constant cross-section for forming a composite moulded article, the reinforcement comprising an envelope of strength-giving fibres surrounding a core, characterised in that the core is of closed cell material that is expansible under reduced pressure.
An interconnect for an internally-manifolded solid oxide fuel cell (SOFC) stack, comprising at least one anode interconnect structure integrated with and adjacent to a cathode interconnect structure, wherein the anode interconnect structure includes a fuel flow field; and the cathode interconnect structure includes an air flow field; and the two structures are configured to allow for parallel flow of air and fuel across a plane of the interconnect; and wherein manifold openings (16,18) for both the anode interconnect structure and the cathode interconnect structure are arranged in a cross-flow orientation, wherein at least one separator plate capable of preventing the contact of fuel and air is disposed between the anode interconnect structure and the cathode interconnect structure, and wherein a manifold plate structure is situated between the separator plate and the anode interconnect structure; and is configured to direct the flow of fuel from the anode interconnect manifold openings (16,18) in a counter-flow direction, relative to the flow of air, across a plane of the interconnect, said manifold plate structure comprising a pattern of pre-selected fuel-routing pathways that provide the configuration for directing the flow of fuel.
Reinforcing layer for pneumatic vehicle tyres, wherein the reinforcing layer has at least one reinforcing element, which is embedded in the elastomeric material, wherein the reinforcing element is a band, the cross section of which satisfies the condition h < w, where h defines the cross-sectional height and w defines the cross-sectional width of the band, wherein the band comprises a film, wherein the film extends over the entire area of extent of the band, wherein the film consists of a non-metallic material, and wherein the band is arranged in the reinforcing layer in such a way that the direction of extent of w is aligned approximately parallel to the planar extent of the reinforcing layer, characterized in that the reinforcing layer is a reinforcing layer of the breaker belt bandage and/or of the carcass and/or of the bead reinforcement of a pneumatic vehicle tyre, in that the non-metallic material of the film is included in the group consisting of polyesters and/or polyether ketones and/or polyketones and/or rayon and/or viscose and/or natural fibre materials and/or glass and/or carbon and/or polyoxadiazoles and/or liquid crystal polymers and/or polyisoprenes and/or polybutadienes and/or polyisobutylenes and/or polychloroprenes and/or polyacrylates and/or polyglucans and/or polyurethanes and/or polysulphides and/or silicones and/or polyvinylchlorides and/or epoxy resins and/or polyether esters and/or ethylene-propylene copolymers and/or styrene-butadiene copolymers and/or acrylonitrile-butadiene copolymers and/or isoprene-isobutylene copolymers and/or mixtures and/or derivatives of these materials and in that the cross-sectional width w of the band satisfies the condition 100 μm < w < 30 000 μm, with preference 300 μm < w < 10 000 μm, and in that the ratio of the cross-sectional width w to the cross-sectional height h satisfies the condition 4000 > w/h >1.5, in particular 500 > w/h > 10, in particular 200 > w/h > 40.
An integrated-circuit image sensor comprising: a plurality of photosensitive elements to accumulate charge in response to incident light; a shared floating diffusion (312, 401) to enable read-out of each of the photosensitive elements; and row lines associated with respective rows of the photosensitive elements; column lines associated with respective columns of the photosensitive elements such that activation of a selected one of the row lines and activation of a selected one of the column lines switchably couples the shared floating diffusion (312, 401) to a respective one of the photosensitive elements; and control circuitry to read-out a signal corresponding to a charge level of the shared floating diffusion (312, 401), wherein reading-out the signal corresponding to a charge level of the shared floating diffusion (312, 401) comprises that the control circuitry (i) activates a plurality of row line-column line combinations during a first interval in a partial read-out operation, and (ii) activates, if the charge level of the shared floating diffusion (312, 401) exceeds a threshold, conditionally based on the results of the partial read-out operation, the plurality of row line-column line combinations during a second interval in a full read-out operation. a shared floating diffusion (312, 401) to enable read-out of each of the photosensitive elements; and row lines associated with respective rows of the photosensitive elements; column lines associated with respective columns of the photosensitive elements such that activation of a selected one of the row lines and activation of a selected one of the column lines switchably couples the shared floating diffusion (312, 401) to a respective one of the photosensitive elements; and control circuitry to read-out a signal corresponding to a charge level of the shared floating diffusion (312, 401), wherein reading-out the signal corresponding to a charge level of the shared floating diffusion (312, 401) comprises that the control circuitry (i) activates a plurality of row line-column line combinations during a first interval in a partial read-out operation, and (ii) activates, if the charge level of the shared floating diffusion (312, 401) exceeds a threshold, conditionally based on the results of the partial read-out operation, the plurality of row line-column line combinations during a second interval in a full read-out operation. (i) activates a plurality of row line-column line combinations during a first interval in a partial read-out operation, and (ii) activates, if the charge level of the shared floating diffusion (312, 401) exceeds a threshold, conditionally based on the results of the partial read-out operation, the plurality of row line-column line combinations during a second interval in a full read-out operation.
Apparatus for separating one or more units of a drug from a continuous band containing a plurality of drug units, comprising a frame having a vertical extension and a longitudinal extension with respect to a support plane and including one or more storage compartments, each storage compartment being adapted to receive storage means for said continuous band, characterized in that said frame comprises one or more separating workstations flanked arranged along the longitudinal extension of said frame, each of said separating workstations including at least said storage means and a drag unit adapted to move said continuous band along the vertical extension of said frame, said apparatus being further provided with a cutting unit adapted to longitudinally run relative to said frame along each separating workstation to separate a band portion containing one or more drug units from each continuous band in a single cutting run.
An interferometric laser measurement system for simultaneously measuring six degree of freedom geometric errors, wherein the interferometric laser measurement system consists of a laser emitting unit, a fixed sensor head and a moving target unit; the laser emitting unit is separated from the fixed sensor head, the laser emitting unit is connected with the fixed sensor head by means of a single polarization maintaining fiber, and the moving target unit comprising two first reflectors (301, 302) and a beam splitter is engageable with a linear guide, the laser emitting unit consists of a dual-frequency laser, a first quarter-wave plate, coupling lens and the polarization maintaining fiber, one by one; two light beams which are left-handed and right-handed circularly polarized, respectively, are generated by the dual-frequency laser, the two light beams are with the same amplitude as each other, and the two light beams are with a certain frequency difference; the two circularly polarized light beams are transformed to two linearly polarized light beams with orthogonal polarization direction by the quarter-wave plate; the two linearly polarized light beams are coupled into the polarization maintaining fiber by the coupling lens; the polarization maintaining fiber is used to transmit the two linearly polarized light beams, in which the two linearly polarized light beams are kept with constant frequency difference and constant polarization state;and the fixed sensor head comprises a fiber exit end, a collimating lens, a half-wave plate (203, 204), a polarization beam splitter (205, 206), a second quarter- wave plate, a second reflector, a second beam splitter (209, 210, 211), a mirror (212, 213), a lens (214, 215), and five photodetectors (216, 217, 218, 219, 220).
A support device for board panels characterized by comprising: a connecting rod with a first end and a second end; and a front bulkhead, which has a first portion disposed in a preceding position relative to said connecting rod and a second portion disposed on the connecting rod, wherein said first portion is connected to said second portion; and a rear bulkhead, which is disposed in a posterior position relative to said connecting rod and is connected to said second portion of the front bulkhead; and an intermediate bulkhead, which is simultaneously connected perpendicularly to a lower face of the front bulkhead, connected perpendicularly to a lower face of the connecting rod and connected perpendicularly to a lower face of the rear bulkhead; and an element connecting to a surface including an orifice, which is connected to the rear bulkhead; wherein a first gap is bordered by a portion of the lower face of the front bulkhead, by a portion of the upper face of the connecting rod, by a portion of the lower face of the rear bulkhead and by a portion of the right face of the intermediate bulkhead; and wherein a second gap is bordered by a portion of the lower face of the front bulkhead, by a portion of the upper face of the connecting rod, by a portion of the lower face of the rear bulkhead and by a portion of the left face of the intermediate bulkhead. a connecting rod with a first end and a second end; and a front bulkhead, which has a first portion disposed in a preceding position relative to said connecting rod and a second portion disposed on the connecting rod, wherein said first portion is connected to said second portion; and a rear bulkhead, which is disposed in a posterior position relative to said connecting rod and is connected to said second portion of the front bulkhead; and an intermediate bulkhead, which is simultaneously connected perpendicularly to a lower face of the front bulkhead, connected perpendicularly to a lower face of the connecting rod and connected perpendicularly to a lower face of the rear bulkhead; and an element connecting to a surface including an orifice, which is connected to the rear bulkhead; wherein a first gap is bordered by a portion of the lower face of the front bulkhead, by a portion of the upper face of the connecting rod, by a portion of the lower face of the rear bulkhead and by a portion of the right face of the intermediate bulkhead; and wherein a second gap is bordered by a portion of the lower face of the front bulkhead, by a portion of the upper face of the connecting rod, by a portion of the lower face of the rear bulkhead and by a portion of the left face of the intermediate bulkhead.
Transition cover for covering the end face of a transition device (4; 5, 6) provided for arrangement between two hingedly interconnected vehicle parts (2, 3), wherein the transition cover has a front side and an edge section which substantially completely surrounds the front side and projects from the front side with a directional portion which is perpendicular to the front side, characterized in that the transition cover is set up to be slipped over an end face of the transition device (4; 5, 6) and thus to produce a form-fitting detachable connection of the transition cover to the transition device (4; 5, 6).
A galley cart for use within an internal cabin (30, 80, 100, 242) of a vehicle, the galley cart comprising: a base; wheels extending downwardly from the base; end walls extending upwardly from the base; lateral walls extending upwardly from the base; a top wall connected to the end walls and the lateral walls opposite from the base; an internal chamber defined between the base, the end walls, the lateral walls, and the top wall; and one or more ultraviolet light sources configured to emit UV light to sanitize one or more surfaces; wherein the one or more UV light sources are within the internal chamber; and wherein one or more of the base, the end walls, the lateral walls, and the top wall include one or more transparent portions that allow the UV light emitted by the one or more UV light sources to pass. a base; wheels extending downwardly from the base; end walls extending upwardly from the base; lateral walls extending upwardly from the base; a top wall connected to the end walls and the lateral walls opposite from the base; an internal chamber defined between the base, the end walls, the lateral walls, and the top wall; and one or more ultraviolet light sources configured to emit UV light to sanitize one or more surfaces; wherein the one or more UV light sources are within the internal chamber; and wherein one or more of the base, the end walls, the lateral walls, and the top wall include one or more transparent portions that allow the UV light emitted by the one or more UV light sources to pass.