mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a first projector (210-A) and a second projector (210-B) having respective projection fields which overlap in a blend zone, each of the first projector and the second projector comprising a digital projector configured to digitally project images and control brightness of pixels in projected images using bitplanes, and one or more control devices configured to: for a given pixel of a common image frame projected by both the first projector (210-A) and the second projector (210-B) in the blend zone, the given pixel of the common image frame composed of a plurality of bitplanes arranged in a sequence, control the first projector (210-A) to project a first portion of the plurality of bitplanes according to the sequence; and control the second projector (210-B) to project a second portion of the plurality of bitplanes according to the sequence, the second portion complementary to the first portion, such that in the common image frame only one of the first projector (210-A) and the second projector (210-B) projects any given bitplane of the plurality of bitplanes, projection by each of the first projector and the second projector being synchronized such that only one of the first projector and the second projector is projecting a bitplane for the given pixel in the blend zone at any given time. for a given pixel of a common image frame projected by both the first projector (210-A) and the second projector (210-B) in the blend zone, the given pixel of the common image frame composed of a plurality of bitplanes arranged in a sequence, control the first projector (210-A) to project a first portion of the plurality of bitplanes according to the sequence; and control the second projector (210-B) to project a second portion of the plurality of bitplanes according to the sequence, the second portion complementary to the first portion, such that in the common image frame only one of the first projector (210-A) and the second projector (210-B) projects any given bitplane of the plurality of bitplanes, projection by each of the first projector and the second projector being synchronized such that only one of the first projector and the second projector is projecting a bitplane for the given pixel in the blend zone at any given time.
A centrifugal force bearing for a rotor hub, the centrifugal force bearing comprising: a mounting means adapted for attachment to a yoke; a grip interface means adapted for pitch rotation with a blade grip and for receiving centrifugal compression forces from the grip; and a pitching moment means connected to the mounting means and the grip interface means, characterized in the pitching moment means further comprising: a plurality of shims having helically inclined faces; and elastomeric inserts located between adjacent shims; wherein the helically inclined faces of adjacent shims cooperate to generate a pitching moment when the pitching moment means is compressed by centrifugal compression forces. a mounting means adapted for attachment to a yoke; a grip interface means adapted for pitch rotation with a blade grip and for receiving centrifugal compression forces from the grip; and a pitching moment means connected to the mounting means and the grip interface means, characterized in the pitching moment means further comprising: a plurality of shims having helically inclined faces; and elastomeric inserts located between adjacent shims; wherein the helically inclined faces of adjacent shims cooperate to generate a pitching moment when the pitching moment means is compressed by centrifugal compression forces. a plurality of shims having helically inclined faces; and elastomeric inserts located between adjacent shims; wherein the helically inclined faces of adjacent shims cooperate to generate a pitching moment when the pitching moment means is compressed by centrifugal compression forces.
A multifunction display and operating device of a motor vehicle comprising a display device, a control unit linked to a display surface for providing a user interface and at least one detection unit, wherein the user interface comprises at least one display context and an operating context, wherein a display context summarizes individual functions characterizing a specific vehicle system and wherein an operating context summarizes individual functions which are necessary and linked to the vehicle system for operating a specific vehicle system, wherein in a display mode on the display surface of the display device in a context information area display information dependent on the display context and in a status information area additional, cross-context information is displayed, and a change to an operating mode is able to be initiated by an actuating action detectable by the detection unit, in which in the context information area operating information dependent on the operating context is additionally or alternatively displayed, characterized in that a change to a selection operating mode can be initiated by a further detectable actuating action, in which information linked to a selection of an operating parameter is displayed exclusively in the status information area, wherein the operating information displayed in the context information area in the operating mode is not changed in this connection, and wherein selection information is that information, which specifies or visualizes possible values of the operating parameter to be selected, wherein the at least one detection unit comprises a position-determining unit, which measures in a contactless manner, which position-determining unit can determine a position of an actuating element of a user, in particular, a positon of a finger, in the space at least in front of the display surface, and a presence of the actuating element in an activation area located spatially in front of the display surface can be detected as the actuating action, and wherein the at least one detection unit comprises a contact-sensitive position detection unit, which is formed with the display surface into a touchscreen, wherein a time-determination unit is provided, in order automatically to make possible a change to the display mode after an expiration of an activation dwell time period from an end of the actuating action and/or to make possible a change from the selection operating mode to the operating mode or to the display mode after a selection information dwell time period from an end of the further actuating action.
A sliding door module (100..107) for a rail vehicle comprising: - a door leaf (20..22), which can be moved in an outward direction and in a sliding direction, and - a first over-centre locking device (30, 31, 74, 84, 92) acting in the outward direction of the door leaf (20..22), characterised by - a first sensor (13, 17, 18, 36, 37) arranged on or directed at a component (8..12) of the first over-centre locking device (30, 31, 74, 84, 92) with a first output signal, which is stepless or is divided into at least eight steps, the component (8..12) of the first over-centre locking device (30, 31, 74, 84, 92) being required to maintain an over-centre position. - a door leaf (20..22), which can be moved in an outward direction and in a sliding direction, and - a first over-centre locking device (30, 31, 74, 84, 92) acting in the outward direction of the door leaf (20..22), characterised by - a first sensor (13, 17, 18, 36, 37) arranged on or directed at a component (8..12) of the first over-centre locking device (30, 31, 74, 84, 92) with a first output signal, which is stepless or is divided into at least eight steps, the component (8..12) of the first over-centre locking device (30, 31, 74, 84, 92) being required to maintain an over-centre position.
A bogie for a railway vehicle, comprising: - a chassis extending in a longitudinal direction; - at least one axle extending substantially in a transverse direction and mounted rotatably relative to the chassis around a transverse rotation axis, at least one wheel being mounted on each of the transverse end parts of said axle, - a braking system comprising at least three brake discs (20, 22, 24) mounted around the axle, arranged in the space defined between the wheels, and at least three brake forks (26, 28, 30) each acting on one of said brake discs (20, 22, 24), each brake fork (26, 28, 30) comprising a pair of arms (32, 34, 36) each extending between a first end and a second end, the second ends each bearing a brake pad (38a, 38b, 40a, 40b, 42a, 42b) forming a pair of brake pads (38, 40, 42) with the brake pad of the other arm of said pair of arms, each of the pairs of brake pads (38, 40, 42) being positioned around part of one of said brake discs (20, 22, 24), and two successive pairs of brake pads in the transverse direction extending on either side of the transverse rotation axis of the axle, characterized in that the first ends of the arms (32, 34, 36) all extend on a same side of the transverse rotation axis. - a chassis extending in a longitudinal direction; - at least one axle extending substantially in a transverse direction and mounted rotatably relative to the chassis around a transverse rotation axis, at least one wheel being mounted on each of the transverse end parts of said axle, - a braking system comprising at least three brake discs (20, 22, 24) mounted around the axle, arranged in the space defined between the wheels, and at least three brake forks (26, 28, 30) each acting on one of said brake discs (20, 22, 24), each brake fork (26, 28, 30) comprising a pair of arms (32, 34, 36) each extending between a first end and a second end, the second ends each bearing a brake pad (38a, 38b, 40a, 40b, 42a, 42b) forming a pair of brake pads (38, 40, 42) with the brake pad of the other arm of said pair of arms, each of the pairs of brake pads (38, 40, 42) being positioned around part of one of said brake discs (20, 22, 24), and two successive pairs of brake pads in the transverse direction extending on either side of the transverse rotation axis of the axle,
A system for single-cell polynucleotide sequencing, the system comprising: a focusing means for enriching a sample comprising a plurality of cells for cells of interest to produce an enriched cell sample, wherein enriching the sample comprises acoustic focusing the plurality of cells of interest to increase the concentration of the plurality of cells of interest; a flow cytometer for isolating one or more cells of interest from the enriched cell sample; and a sequencer for obtaining sequence information of one or more polynucleotides from each of the one or more isolated cells, wherein obtaining sequence information comprises generating a molecularly indexed polynucleotide library from the one or more isolated cells. a focusing means for enriching a sample comprising a plurality of cells for cells of interest to produce an enriched cell sample, wherein enriching the sample comprises acoustic focusing the plurality of cells of interest to increase the concentration of the plurality of cells of interest; a flow cytometer for isolating one or more cells of interest from the enriched cell sample; and a sequencer for obtaining sequence information of one or more polynucleotides from each of the one or more isolated cells, wherein obtaining sequence information comprises generating a molecularly indexed polynucleotide library from the one or more isolated cells.
A method for accelerating network selection by a wireless user equipment device, comprising: receiving a beacon signal that includes a modified data channel from a satellite-based positioning system repeater, said modified data channel comprising a data channel from a satellite-based positioning system augmented with frequency data relating to networks available in a location where said wireless user equipment device is disposed; and decoding said modified data channel by said wireless user equipment device to determine appropriate frequency data for selective scanning in said location, thereby avoiding a full band scan for locating a network. receiving a beacon signal that includes a modified data channel from a satellite-based positioning system repeater, said modified data channel comprising a data channel from a satellite-based positioning system augmented with frequency data relating to networks available in a location where said wireless user equipment device is disposed; and decoding said modified data channel by said wireless user equipment device to determine appropriate frequency data for selective scanning in said location, thereby avoiding a full band scan for locating a network.
A method for instruction set selection by a device, comprising: Selecting, from different candidate instruction sets that are each configured to produce a same output parameter, an instruction set that requires one or more input parameters that are each available to the device, wherein the instruction sets include executable instructions and one or more required input parameters, and wherein the one or more input parameters are dynamic input parameters that change as a function of time and/or location of respective one or more input parameter source devices that are configured to continuously or periodically report the one or more input parameters; and obtaining the output parameter by executing the selected instruction set using the input parameters required by that instruction set. Selecting, from different candidate instruction sets that are each configured to produce a same output parameter, an instruction set that requires one or more input parameters that are each available to the device, wherein the instruction sets include executable instructions and one or more required input parameters, and wherein the one or more input parameters are dynamic input parameters that change as a function of time and/or location of respective one or more input parameter source devices that are configured to continuously or periodically report the one or more input parameters; and obtaining the output parameter by executing the selected instruction set using the input parameters required by that instruction set.
A compound represented by: where, • A is a biologically active group; • the wavy line,, is a linear discrete polyethylene glycol chain containing between 4 and 48 discrete ethylene oxide residues and having chemically functional end groups that are independently reactable; • BC is a branching core which is an amino acid with functional side chains or tris; and • in and as part of respectively, the solid lines,, are discrete polyethylene glycol containing chains that have between 2 and 64 ethylene oxide residues and are terminated by a charged group that is either negative, positive or zwitterionic; wherein A comprises a locator that binds with a biological moiety, said locator being one or more of a cell surface and matrix antigen, transport protein, or receptor protein, or wherein A is a nanoparticle or a microparticle. • A is a biologically active group; • the wavy line,, is a linear discrete polyethylene glycol chain containing between 4 and 48 discrete ethylene oxide residues and having chemically functional end groups that are independently reactable; • BC is a branching core which is an amino acid with functional side chains or tris; and • in and as part of respectively, the solid lines,, are discrete polyethylene glycol containing chains that have between 2 and 64 ethylene oxide residues and are terminated by a charged group that is either negative, positive or zwitterionic;
A method for producing a hydrolysate in which an organic compound and water are mixed by flowing the organic compound and water through an orifice contraction flow type mixer and a hydrolysis reaction of the organic compound is performed, wherein the mixing is performed under shear flow of the organic compound and the water at a shear rate U/Dmin of 20 sec -1 or more, where Dmin is a flow channel minimum inner diameter (mm) in a mixing section and U is a flow rate (mm/sec) of a mixture of the organic compound and the water in the mixing section, the hydrolysis reaction of the organic compound is performed at a reaction temperature of 150°C to 350°C and a reaction pressure equal to or higher than a saturation vapor pressure of the water, wherein after mixing the organic compound and the water, the hydrolysis reaction of the organic compound is subsequently performed, and wherein the organic compound is glycidyl ether expressed by a general formula (where R is a hydrocarbon group in which part or all hydrogen atoms may be replaced with fluorine atoms, of which carbon number is 1 to 20 and which is saturated or unsaturated, OA is an oxyalkylene group which may be the same as or different from another OA and of which carbon number is 2 to 4, and p is a number of 0 to 20).
A food waste recycler for composting refuse according to an automatic cycle of operation, the food waste recycler comprising: a housing; a bin located within the housing and defining an inner surface; a heater thermally coupled to the bin; a motor located within the housing; and a stirrer located in the bin and having a shaft coupled to the motor, an auger extending about the shaft, and a skimming wand, said skimming wand being mounted to the shaft by means of bars and located adjacent to, but not in contact with the inner surface; wherein the motor rotates the shaft to rotate the auger, which mixes waste within the bin, and rotates the skimming wand, which moves near the inner surface to dislodge refuse attached to the inner surface without scraping the inner surface. a housing; a bin located within the housing and defining an inner surface; a heater thermally coupled to the bin; a motor located within the housing; and a stirrer located in the bin and having a shaft coupled to the motor, an auger extending about the shaft, and a skimming wand, said skimming wand being mounted to the shaft by means of bars and located adjacent to, but not in contact with the inner surface; wherein the motor rotates the shaft to rotate the auger, which mixes waste within the bin, and rotates the skimming wand, which moves near the inner surface to dislodge refuse attached to the inner surface without scraping the inner surface.
A device comprising of a plate radiator body that, at least partly has ribs and a minimum of one bracket, that features an upper holding element, which is used to hold the plate radiator body in its upper area and that includes a lower holding element which features a minimum of one receptacle for the lower section of the plate radiator body and that features a rail, whereby, the holding elements (22, 40) can be fixed on the rail, and, whereby, a supporting element is also provided that can be attached to the rail, in particular that can be screwed on using a safety screw, whereby, the supporting element features a shaft and a head, whereby, the head can be brought into operative connection with the outer surface of the plate radiator body on the wall side and supports itself on this characterized in that, the head is formed so that it is adapted to the shape of a rib of the radiator as well to the shape of the costal concavity of the plate radiator body, that a minimum of one device is provided on the is located on the rail and/or on the shaft that can be brought into operative connection with a minimum of one opposing device on the supporting element, in particular on the shaft or on the head, in order to enable installation of the supporting element, in particular the head, only in defined positions and that the head of the supporting element can be placed in two positions (32.1, 32.2), namely a first position (32.1), in which the shape of the head is adapted to a rib and a second position (32.2), in which the head is adapted to a costal concavity.
Method for producing a contact partner for a plug connector, wherein a compression spring which acts on a mating contact partner is attached to a contact housing which is designed to receive the mating contact partner, wherein the contact partner is furthermore arranged at one end of a cable and an electrical conductor of the cable is electrically connected to the contact partner, wherein the contact housing is additionally provided with a contact part at which the electrical conductor is attached to the contact housing, and the contact part is designed to carry out this joining process, characterized in that the electrical conductor is subjected to the joining process and is attached at the contact part, wherein plating and, in association, compaction of the electrical conductor takes place in the process.
Fuel injection system with a fuel distributor which has a distributor tube, and with at least one holder which serves for fastening the fuel distributor to a mounted structure with at least one elastically deformable damping element (20, 21, 22), wherein a first half shell and a second half shell are provided, wherein, for fastening the tubular component to the mounted structure, the first half shell and the second half shell can be joined to each other in such a manner that the first half shell and the second half shell surround the tubular component and hold the tubular component by means of the elastic damping elements (20, 22), characterized in that a plurality of elastically deformable damping elements (20, 21) are injection-moulded onto the holding region of the first half shell, and/or in that a plurality of elastically deformable damping elements (20, 21) are placed into the holding region of the first half shell, and in that a plurality of elastically deformable damping elements are injection-moulded onto the holding region of the second half shell, and/or in that a plurality of elastically deformable damping elements are placed into the holding region of the second half shell, wherein the elastically deformable damping elements (20, 21) which are injection-moulded onto the holding region of the first half shell or are placed into the holding region of the first half shell are configured in a strip-shaped or lip-shaped manner, and wherein the elastically deformable damping elements which are injection-moulded onto the holding region of the second half shell or are placed into the holding region of the second half shell are configured in a strip-shaped or lip-shaped manner, wherein the damping elements (20, 21, 22) are each of partially annular configuration and, in the mounted state, in each case complement one another to form a ring which surrounds an outer side of the distributor tube.
Packaging machine for packaging products, in particular food, wherein the packaging machine comprises at least one packaging station for producing packagings that accommodate products, and at least one high-pressure treatment station for high-pressure treatment of the products contained in the packagings, and wherein a plurality of transport containers for accommodating products during the high-pressure treatment of the products are provided, characterized in that a central control system is provided for the packaging station and the high-pressure treatment station, and in that a transport assembly is provided for transporting the transport containers, wherein the transport assembly comprises a group of cooperating transport belts forming a ring-shaped closed transport path, wherein further the transporter assembly is connected to the central control system.