mhurhangee/ep-ind-claims huggingface dataset:
A display device comprising: - a transmissive liquid crystal panel; - a first lighting unit on a rear side of the transmissive liquid crystal panel; and - a second lighting unit on a front side of the transmissive liquid crystal panel; - an optical shutter at the outerside of at least one of the first or second lighting unit (110 or 120), wherein one of the first or second lighting unit (110 or 120) is disposed between the transmissive liquid crystal panel and the optical shutter, characterized by the display device being arranged so that the optical shutter can be activated selectively to transmit or reflect incident light, when reflecting incident light a portion of the light illuminated from the first lighting unit or the second lighting unit is prevented from leaking to the outside and, when transmitting incident light, external light from an external light source may be transmitted through the optical shutter, and wherein the transmissive liquid crystal panel is arranged to display an image using at least one of a first display mode using light from the first lighting unit, a second display mode using light from the second lighting unit, and a third display mode using an external light source. - a transmissive liquid crystal panel; - a first lighting unit on a rear side of the transmissive liquid crystal panel; and - a second lighting unit on a front side of the transmissive liquid crystal panel; - an optical shutter at the outerside of at least one of the first or second lighting unit (110 or 120), wherein one of the first or second lighting unit (110 or 120) is disposed between the transmissive liquid crystal panel and the optical shutter, characterized by the display device being arranged so that the optical shutter can be activated selectively to transmit or reflect incident light, when reflecting incident light a portion of the light illuminated from the first lighting unit or the second lighting unit is prevented from leaking to the outside and, when transmitting incident light, external light from an external light source may be transmitted through the optical shutter, and wherein the transmissive liquid crystal panel is arranged to display an image using at least one of a first display mode using light from the first lighting unit, a second display mode using light from the second lighting unit, and a third display mode using an external light source.
A method of forming a catalyst comprising: contacting an alkyl magnesium compound with a viscosity modifier prior to contact with an alcohol to form a magnesium dialkoxide compound; contacting the magnesium dialkoxide compound with a first titanium alkoxide and a first agent to form a first solution reaction product "A", wherein the titanium alkoxide and the first agent are non-blended individual components prior to contacting the magnesium dialkoxide; contacting the first solution reaction product "A" with a second titanium alkoxide to form a second solution reaction product "B"; contacting the second solution reaction product "B" with a second agent to form a first solid reaction product "C"; contacting the first solid reaction product "C" with a third agent to form a second solid reaction product "D"; and contacting the second solid reaction product "D" with a reducing agent to form a catalyst component with the proviso that the solid reaction product D is not contacted with TiCl 4 before contacting it with a reducing agent to form a catalyst component. contacting an alkyl magnesium compound with a viscosity modifier prior to contact with an alcohol to form a magnesium dialkoxide compound; contacting the magnesium dialkoxide compound with a first titanium alkoxide and a first agent to form a first solution reaction product "A", wherein the titanium alkoxide and the first agent are non-blended individual components prior to contacting the magnesium dialkoxide; contacting the first solution reaction product "A" with a second titanium alkoxide to form a second solution reaction product "B"; contacting the second solution reaction product "B" with a second agent to form a first solid reaction product "C"; contacting the first solid reaction product "C" with a third agent to form a second solid reaction product "D"; and contacting the second solid reaction product "D" with a reducing agent to form a catalyst component with the proviso that the solid reaction product D is not contacted with TiCl 4 before contacting it with a reducing agent to form a catalyst component.
A compressor, comprising: a housing; a shaft supported in the housing and having a thrust runner, a hydrodynamic thrust bearing adjacent to the thrust runner, the hydrodynamic thrust bearing having upstream and downstream sides, and a rotor mounted on the shaft; and a seal arranged between the rotor and the housing, characterised by: an orifice in the housing whereby the orifice is arranged to route the hot compressed fluid that has leaked past the seal around the hydrodynamic thrust bearing to the downstream side of the hydrodynamic thrust bearing. a housing; a shaft supported in the housing and having a thrust runner, a hydrodynamic thrust bearing adjacent to the thrust runner, the hydrodynamic thrust bearing having upstream and downstream sides, and a rotor mounted on the shaft; and a seal arranged between the rotor and the housing, an orifice in the housing whereby the orifice is arranged to route the hot compressed fluid that has leaked past the seal around the hydrodynamic thrust bearing to the downstream side of the hydrodynamic thrust bearing.
Method for operating a conveyor in the form of a long stator linear motor having a conveying path with at least one switch, with which a first conveyor section (FAk) of the conveyor path is connected to a second conveyor section (FAk+1) of the conveyor path and the first conveyor section (FAk) and the second conveyor section (FAk+1) diverge from the beginning of a switch in the region of the switch, wherein along the conveying path a first transport unit (TEi) and a second transport unit (TEi+1) are moved and to avoid collisions between the first transport unit (TEi) and the second transport unit (TEi+1) a collision zone is set in the region of the switch, in which there is a risk of collision between the first transport unit (TEi) and the second transport unit (TEi+1), characterized in that the collision zone extends from the beginning of the switch with a first length to a first end at the first conveyor section and extends with a second length to a second end, at the second conveyor section (FAk+1), that the first transport unit (TEi) on the first conveyor section and second transport unit (TEi+1) on the second conveyor section (FAk+1) are modeled as two-dimensional objects, that a two-dimensional geometric shape is selected as two-dimensional object for the first transport unit (TEi) which surrounds the contour of the first transport unit (TEi) and a two-dimensional shape is selected as two-dimensional object for the second transport unit (TEi+1) which surrounds the contour of the second transport unit (TE+1), that with at least a part of the two-dimensional object modelling the first transport unit (TEi) a first position on the first conveyor section (FAk) is determined that the first transport unit (FAk) may occupy, so that the second transport unit (TEi+1) modeled as a two-dimensional object can be moved along the second conveyor section (FAk+1) collision-free through the switch and that a distance between this first position and the beginning of the switch is determined and this distance is used as the first length.
A relay satellite, comprising: a plurality of reception antennas (21-1, 21-2,..., 21-N); a plurality of reception processing units; a plurality of transmission processing units; a plurality of transmission antennas (40-1, 40-2,..., 40-N); characterised by a first switch unit that outputs a signal received by each of the plurality of reception antennas (21-1, 21,2,..., 21-N) to one or more of the reception processing units; a second switch unit that outputs a digital reception signal obtained by reception processing performed by each of the plurality of reception processing units to one or more of the transmission processing units; and a third switch unit that outputs an analog signal obtained by transmission processing performed by each of the plurality of transmission processing units to one of the transmission antennas (40-1, 40-2,..., 40-N), wherein when a reception signal having a band broader than a band processable by the reception processing unit is inputted, the first switch unit outputs a broadband reception signal to the plurality of reception processing units, and when a signal having a band broader than a band processable by the reception processing unit is inputted, the reception processing unit performs reception processing on a part of the band of the input signal. a plurality of reception antennas (21-1, 21-2,..., 21-N); a plurality of reception processing units; a plurality of transmission processing units; a plurality of transmission antennas (40-1, 40-2,..., 40-N); characterised by a first switch unit that outputs a signal received by each of the plurality of reception antennas (21-1, 21,2,..., 21-N) to one or more of the reception processing units; a second switch unit that outputs a digital reception signal obtained by reception processing performed by each of the plurality of reception processing units to one or more of the transmission processing units; and a third switch unit that outputs an analog signal obtained by transmission processing performed by each of the plurality of transmission processing units to one of the transmission antennas (40-1, 40-2,..., 40-N), wherein when a reception signal having a band broader than a band processable by the reception processing unit is inputted, the first switch unit outputs a broadband reception signal to the plurality of reception processing units, and when a signal having a band broader than a band processable by the reception processing unit is inputted, the reception processing unit performs reception processing on a part of the band of the input signal.
Use of a coated forming tool having a substrate and a hard coating, the hard coating comprising a chromium layer as adhesion layer, an a-C:H:W hard layer deposited as functional layer and an a-C:H:W run-in layer deposited on top of said functional a-C:H:W hard layer, wherein the coated forming tool is used as a hot metal sheet forming tool for a hot metal sheet forming process, in which a metal sheet coated with a Zn-based coating or a metal sheet coated with an AlSi-based coating is processed, wherein the coated metal sheet that is processed is an ultra-high strength metal sheet, and wherein the ultra-high strength metal sheet is a metal sheet of the type 22MnB5.
A disk-shaped projectile for projection by a mechanical launcher that includes a launching arm having a receptacle, into which the disk-shaped projectile is loaded prior to launching, the projectile comprising: a payload carrier having: a shell comprising shell holes, a top surface having a recess, a bottom cover, a secondary payload canister comprising holes with membranes, an active payload contained in the secondary payload canister, and a pyrotechnic fuse for burning the active payload to produce an irritant agent thereby tearing the membranes and dispersing said irritant agent in the air through the holes of the secondary payload canister and the shell holes of the shell; an ignition unit contained in the recess of the payload carrier, electrical contacts for connecting between the ignition unit and a contacting surface of the mechanical launcher for receiving a signal encoding a time delay, and a data processor for delaying a detonation of said pyrotechnic fuse by said ignition unit according to said time delay. a payload carrier having: a shell comprising shell holes, a top surface having a recess, a bottom cover, a secondary payload canister comprising holes with membranes, an active payload contained in the secondary payload canister, and a pyrotechnic fuse for burning the active payload to produce an irritant agent thereby tearing the membranes and dispersing said irritant agent in the air through the holes of the secondary payload canister and the shell holes of the shell; a shell comprising shell holes, a top surface having a recess, a bottom cover, a secondary payload canister comprising holes with membranes, an active payload contained in the secondary payload canister, and a pyrotechnic fuse for burning the active payload to produce an irritant agent thereby tearing the membranes and dispersing said irritant agent in the air through the holes of the secondary payload canister and the shell holes of the shell; an ignition unit contained in the recess of the payload carrier, electrical contacts for connecting between the ignition unit and a contacting surface of the mechanical launcher for receiving a signal encoding a time delay, and a data processor for delaying a detonation of said pyrotechnic fuse by said ignition unit according to said time delay.
A device for analysing water comprising: - an analysis chamber provided with at least one water inlet and at least one water outlet, - a sealed casing adjacent to the analysis chamber and isolated from the analysis chamber via a partition, - a data processor housed in the sealed casing, - at least one probe (30, 32, 33, 34, 35, 36, 37), electrically connected to a data input of the data processor, and extending into the analysis chamber, characterised by - a power supply (50, 56, 60, 62) electrically connected to a power input of the data processor, the power supply comprising an electric generator provided with a turbine housed in the analysis chamber, the electric generator delivering a signal depending on a speed of rotation of the turbine, and being electrically connected to the data input of the data processor for transmitting said signal to the data processor, the turbine being provided with a propeller movable in rotation on itself around an axis of rotation which is orthogonal to an axis of revolution of the analysis chamber, the probe (30, 32, 33, 34, 35, 36, 37) being housed inside a compartment of the analysis chamber which is interposed radially between the water inlet and the partition, the propeller being disposed axially inside the analysis chamber between the compartment and the water outlet. - an analysis chamber provided with at least one water inlet and at least one water outlet, - a sealed casing adjacent to the analysis chamber and isolated from the analysis chamber via a partition, - a data processor housed in the sealed casing, - at least one probe (30, 32, 33, 34, 35, 36, 37), electrically connected to a data input of the data processor, and extending into the analysis chamber, characterised by - a power supply (50, 56, 60, 62) electrically connected to a power input of the data processor, the power supply comprising an electric generator provided with a turbine housed in the analysis chamber, the electric generator delivering a signal depending on a speed of rotation of the turbine, and being electrically connected to the data input of the data processor for transmitting said signal to the data processor, the turbine being provided with a propeller movable in rotation on itself around an axis of rotation which is orthogonal to an axis of revolution of the analysis chamber, the probe (30, 32, 33, 34, 35, 36, 37) being housed inside a compartment of the analysis chamber which is interposed radially between the water inlet and the partition, the propeller being disposed axially inside the analysis chamber between the compartment and the water outlet.
Household appliance, having - a handling space, which can be closed off by means of a front-side door and at least one side wall of which has a perforation for inserting a light, and - at least one light for illuminating the handling space, which protrudes through the perforation, wherein - at least one light has a first component, which has a light shaft protruding through the perforation, as well as an edge, which is arranged in the handling space and surrounds the light shaft to the side, made of material that is not permeable to light, - the edge forms a front area and flattens out in an inclined manner behind the front area, - the light shaft is covered by a plate that is permeable to light on its opening that faces towards the handling space, - the plate that is permeable to light has an overlap region, which covers at least one edge section (5b, 5c) located behind the front area and which is embodied for the planar decoupling of light, characterised in that - the first component, including the light shaft, the edge and the plate that is permeable to light, is an integral 2K plastic component. - a handling space, which can be closed off by means of a front-side door and at least one side wall of which has a perforation for inserting a light, and - at least one light for illuminating the handling space, which protrudes through the perforation, - at least one light has a first component, which has a light shaft protruding through the perforation, as well as an edge, which is arranged in the handling space and surrounds the light shaft to the side, made of material that is not permeable to light, - the edge forms a front area and flattens out in an inclined manner behind the front area, - the light shaft is covered by a plate that is permeable to light on its opening that faces towards the handling space, - the plate that is permeable to light has an overlap region, which covers at least one edge section (5b, 5c) located behind the front area and which is embodied for the planar decoupling of light, characterised in that - the first component, including the light shaft, the edge and the plate that is permeable to light, is an integral 2K plastic component.
Method for isolation or purification of at least one biomolecule of interest from a sample comprising at least one type of biomolecules, comprising (a) placing the sample inside of the hollow body of a device comprising (i) at least one hollow body, each hollow body having at least one open end; (ii) at least one barrier which is non-permeable for liquids and solids under ambience conditions, placed inside the hollow body adjacent to the upper surface of (iii) at least one liquid permeable element, which is preferably a porous frit, filter, fleece or membrane; (iv) optionally at least one removable closing device to seal at least one open end; wherein either the sample is a liquid sample, or the sample is contacted with any liquid before or after placing the sample inside of the hollow body, or the hollow body comprises a liquid coming in contact with the sample when said sample is placed into the device, (b) optionally incubating the sample inside of the hollow body, (c) applying pressure, drag force or driving power to the sample-comprising inner side of the device, wherein the barrier of the device breaks, is punctured, cut or ruptured by applying said external force to said barrier, (d) collecting an eluate comprising the biomolecule of interest. (a) placing the sample inside of the hollow body of a device comprising (i) at least one hollow body, each hollow body having at least one open end; (ii) at least one barrier which is non-permeable for liquids and solids under ambience conditions, placed inside the hollow body adjacent to the upper surface of (iii) at least one liquid permeable element, which is preferably a porous frit, filter, fleece or membrane; (iv) optionally at least one removable closing device to seal at least one open end; wherein either the sample is a liquid sample, or the sample is contacted with any liquid before or after placing the sample inside of the hollow body, or the hollow body comprises a liquid coming in contact with the sample when said sample is placed into the device, (i) at least one hollow body, each hollow body having at least one open end; (ii) at least one barrier which is non-permeable for liquids and solids under ambience conditions, placed inside the hollow body adjacent to the upper surface of (iii) at least one liquid permeable element, which is preferably a porous frit, filter, fleece or membrane; (iv) optionally at least one removable closing device to seal at least one open end; (b) optionally incubating the sample inside of the hollow body, (c) applying pressure, drag force or driving power to the sample-comprising inner side of the device, wherein the barrier of the device breaks, is punctured, cut or ruptured by applying said external force to said barrier, (d) collecting an eluate comprising the biomolecule of interest.
A magnetoresistive structure, comprising: a first magnetic layer having a magnetization direction that is fixed; a second magnetic layer corresponding to the first magnetic layer, wherein a magnetization direction of the second magnetic layer is a changeable magnetization direction; and at least one magnetoresistance, MR, enhancing layer and at least one intermediate layer both layers being between the first magnetic layer and the second magnetic layer; characterized in that the MR enhancing layer covers an upper surface and side surfaces of the first magnetic layer. a first magnetic layer having a magnetization direction that is fixed; a second magnetic layer corresponding to the first magnetic layer, wherein a magnetization direction of the second magnetic layer is a changeable magnetization direction; and at least one magnetoresistance, MR, enhancing layer and at least one intermediate layer both layers being between the first magnetic layer and the second magnetic layer; characterized in that the MR enhancing layer covers an upper surface and side surfaces of the first magnetic layer.
A woven fabric product comprising - a sheet layer wherein a plurality of strip formed weft elements and warp elements are woven together to form a sheet fabric, - a reinforcement layer that is a woven band comprising openings for fastening the product when in use, - the reinforcement layer is laminated on at least one side of the sheet layer, - at least one film layer laminated on the sheet layer characterized in that the sheet fabric comprises at least two different type of weaves, - a basic weave for a main sheet fabric area having substantially equal number of orthogonally woven weft elements and warp elements, and - a relief weave to form a fastening region where the number of warp elements per width unit is reduced when compared to the number of weft elements, and that the openings at the reinforcement layer are aligned with the relief weave. - a sheet layer wherein a plurality of strip formed weft elements and warp elements are woven together to form a sheet fabric, - a reinforcement layer that is a woven band comprising openings for fastening the product when in use, - the reinforcement layer is laminated on at least one side of the sheet layer, - at least one film layer laminated on the sheet layer characterized in that - a basic weave for a main sheet fabric area having substantially equal number of orthogonally woven weft elements and warp elements, and - a relief weave to form a fastening region where the number of warp elements per width unit is reduced when compared to the number of weft elements,