mhurhangee/ep-ind-claims huggingface dataset:
Hologram generating device for generating a hologram from a sample beam (s) formed by collecting electromagnetic radiation coming from an object, the device comprising: - a beam generation unit arranged to split the sample beam into an object beam and a reference beam, the object beam being a non-filtered or partially filtered first portion of the sample beam and the reference beam being a partially or completely filtered second portion of the sample beam, wherein the filtering is a spatial frequency filtering, wherein the filtered reference beam is a cleaned beam having spatial intensity uniformity, and wherein the beam generation unit comprises a holographic filtering element, - a coherence management unit configured to orientate a coherence plane of at least one of the object beam (o) and the reference beam (r) to render the coherence plane of the object beam (o) and the reference beam (r) substantially parallel where the beams interfere, - a hologram creation unit configured to combine the object beam and the reference beam to create the hologram by interference between the reference beam and the object beam, wherein the hologram is an off-axis hologram, characterized in that the coherence management unit and the hologram generation unit share at least one thin holographic grating in common, the thin holographic grating being configured to deviate the object beam or the reference beam to combine the object beam and the reference beam, and to orientate the coherence plane of the reference beam and/or the object beam. - a beam generation unit arranged to split the sample beam into an object beam and a reference beam, the object beam being a non-filtered or partially filtered first portion of the sample beam and the reference beam being a partially or completely filtered second portion of the sample beam, wherein the filtering is a spatial frequency filtering, wherein the filtered reference beam is a cleaned beam having spatial intensity uniformity, and wherein the beam generation unit comprises a holographic filtering element, - a coherence management unit configured to orientate a coherence plane of at least one of the object beam (o) and the reference beam (r) to render the coherence plane of the object beam (o) and the reference beam (r) substantially parallel where the beams interfere, - a hologram creation unit configured to combine the object beam and the reference beam to create the hologram by interference between the reference beam and the object beam, wherein the hologram is an off-axis hologram, characterized in that the coherence management unit and the hologram generation unit share at least one thin holographic grating in common, the thin holographic grating being configured to deviate the object beam or the reference beam to combine the object beam and the reference beam, and to orientate the coherence plane of the reference beam and/or the object beam.
A method for stabilizing a mining machine relative to a first mine surface and a second mine surface opposite the first mine surface, the method comprising: extending a first actuator toward the first mine surface until at least one indicator of the force between the first actuator and the first mine surface reaches a predetermined value; retracting the first actuator by a first predetermined distance; extending the first actuator by the first predetermined distance plus an offset distance; extending a second actuator toward the second mine surface until at least one indicator of the force between the second actuator and the second mine surface reaches a predetermined value; retracting the second actuator by a second predetermined distance; and extending the second actuator by the second predetermined distance plus an offset distance. extending a first actuator toward the first mine surface until at least one indicator of the force between the first actuator and the first mine surface reaches a predetermined value; retracting the first actuator by a first predetermined distance; extending the first actuator by the first predetermined distance plus an offset distance; extending a second actuator toward the second mine surface until at least one indicator of the force between the second actuator and the second mine surface reaches a predetermined value; retracting the second actuator by a second predetermined distance; and extending the second actuator by the second predetermined distance plus an offset distance.
Apparatus for a communication device operable pursuant to a push content communication scheme, said apparatus comprising a notification processing attribute identifier configured to identify at least a background processing attribute; and a push content operator configured to receive the background processing attribute and to receive push content, said push content operator configured to operate, in a background mode, upon the push content in a manner corresponding to the background processing attribute.
A battery charger comprising: a housing; a plurality of charging ports (26A-F) coupled to the housing, each charging port configured to connect a single battery pack to the battery charger; a charging circuit positioned within the housing and electrically coupled to the plurality of charging ports, the charging circuit is operable to sequentially, one at a time, charge each of the battery packs connected to the corresponding one of the plurality of charging ports in series in an order from the battery pack connected to a lowest charging port to the battery pack connected to a highest charging port; and a single skip switch coupled to the charging circuit, the skip switch including an actuator, the skip switch being operable to select which battery pack is to be charged, wherein the charging circuit is operable to skip a battery pack currently being charged before charging is complete and advance to the next battery pack connected to the battery charger in response to the skip switch being actuated, wherein the skip switch is operable to initiate charging of the next battery pack in series after the charging of the battery pack currently being charged is stopped, wherein the actuator is configured to be depressed multiple times to skip multiple charging ports until a desired charging port and battery pack is reached. a housing; a plurality of charging ports (26A-F) coupled to the housing, each charging port configured to connect a single battery pack to the battery charger; a charging circuit positioned within the housing and electrically coupled to the plurality of charging ports, the charging circuit is operable to sequentially, one at a time, charge each of the battery packs connected to the corresponding one of the plurality of charging ports in series in an order from the battery pack connected to a lowest charging port to the battery pack connected to a highest charging port; and a single skip switch coupled to the charging circuit, the skip switch including an actuator, the skip switch being operable to select which battery pack is to be charged, wherein the charging circuit is operable to skip a battery pack currently being charged before charging is complete and advance to the next battery pack connected to the battery charger in response to the skip switch being actuated, wherein the skip switch is operable to initiate charging of the next battery pack in series after the charging of the battery pack currently being charged is stopped, wherein the actuator is configured to be depressed multiple times to skip multiple charging ports until a desired charging port and battery pack is reached.
Heat exchanger for a cooling system of a motor vehicle, comprising a heat exchanger network which comprises a plurality of fluid lines which are configured to be flowed through by a first heat exchange fluid and to be flowed around by a second heat exchange fluid, and comprising a delimiting element which delimits the heat exchanger network on at least one side, wherein an integral sealing strip which is formed from an elastic material and runs at least in a portion of the longitudinal extent along the delimiting element is provided, wherein the sealing strip has a connecting portion, which is form-fittingly connected to a connecting portion of the delimiting element, and at least one sealing lip, which runs at least in a portion of the longitudinal extent along the connecting portion of the sealing strip, characterized in that one of the connecting portions (11, 13) of the sealing strip and the delimiting element has a portion of T-shaped, L-shaped or J-shaped cross-sectional area which is received in a receiving space of T-shaped, L-shaped or J-shaped cross-sectional area of the other connecting portion (11, 13).
An automatic parking method, characterized by comprising: recording a video of surroundings around a vehicle in real time using video capture apparatuses mounted on two sides of the vehicle after the vehicle moves into a start area for vehicle parking defined by limiting signs at four corners, wherein a plurality of guiding signs and the limiting signs are included in the surroundings around the vehicle, and wherein the plurality of guiding signs are 6 double-arrow guiding signs divided into 3 groups and arranged outside of two sides of the start area, and each group of the guiding signs has a unique colour combination; locating a first guiding sign in a video using a colour space; extracting features of the first guiding sign by means of morphological detection, the features being a shape feature and an orientation feature of the first guiding sign; obtaining a real-time position of the vehicle from the features of the first guiding sign and the limiting signs; and guiding the vehicle to a target area according to the real-time position of the vehicle. recording a video of surroundings around a vehicle in real time using video capture apparatuses mounted on two sides of the vehicle after the vehicle moves into a start area for vehicle parking defined by limiting signs at four corners, wherein a plurality of guiding signs and the limiting signs are included in the surroundings around the vehicle, and wherein the plurality of guiding signs are 6 double-arrow guiding signs divided into 3 groups and arranged outside of two sides of the start area, and each group of the guiding signs has a unique colour combination; locating a first guiding sign in a video using a colour space; extracting features of the first guiding sign by means of morphological detection, the features being a shape feature and an orientation feature of the first guiding sign; obtaining a real-time position of the vehicle from the features of the first guiding sign and the limiting signs; and guiding the vehicle to a target area according to the real-time position of the vehicle.
A method of capturing an image of a barcode from a backlit display device, the method comprising: monitoring and measuring proximal radio signals with a barcode scanner, the proximal radio signals produced by the backlit display device; detecting, with the barcode scanner, radio interference produced by the backlit display device being proximal the barcode scanner, the radio interference defined by a change in the proximal radio signals; interpreting a signal pattern of the detected radio interference, and correlating the pattern to one or more technical characteristics of the backlit display device; using the determined technical characteristics of the backlit display device for automatically selecting one or more scanning settings on the barcode scanner; detecting a displayed image of a barcode on the backlit display device, with the barcode scanner; and capturing the detected displayed image with a capturing system disposed within the barcode scanner. monitoring and measuring proximal radio signals with a barcode scanner, the proximal radio signals produced by the backlit display device; detecting, with the barcode scanner, radio interference produced by the backlit display device being proximal the barcode scanner, the radio interference defined by a change in the proximal radio signals; interpreting a signal pattern of the detected radio interference, and correlating the pattern to one or more technical characteristics of the backlit display device; using the determined technical characteristics of the backlit display device for automatically selecting one or more scanning settings on the barcode scanner; detecting a displayed image of a barcode on the backlit display device, with the barcode scanner; and capturing the detected displayed image with a capturing system disposed within the barcode scanner.
Method of moving a stack of flat products to a machine for the further processing of the products, wherein the stack is disposed on a pallet, collected at a different machine or at a storage space by an AGV, and moved to a feeder of the machine for further processing by the AGV, wherein the AGV moves into the feeder from an exterior position to an end position in such a way that a short side of the stack is aligned in parallel with a stop of the feeder, and wherein the AGV moves from the exterior position into the feeder on a first straight line up to an intermediate position and continues to move from the intermediate position to the end position on a second straight line, characterized in that the second straight line runs perpendicular to the first straight line.
Method to construct a foundation where a foundation pipe is driven into a soil, characterised in that before the driving-in at least one bore is executed into the soil in the perimeter area of the foundation pipe to be installed using a drilling tool, the diameter of which is significantly smaller than a diameter of the foundation pipe and that the spoil excavated during drilling remains to a large extent in the bore.
A sample rack transport system comprising: a plurality of transport apparatuses (3a,3b,3c,5,6) which are connected so as to transport a sample rack to a plurality of sample processing apparatuses; and a control apparatus which is configured to communicate with the plurality of transport apparatuses (3a,3b,3c,5, 6) and to control the transport of the sample rack by the plurality of transport apparatuses (3a, 3b, 3c, 5, 6), wherein at least one of the plurality of transport apparatuses (3a,3b,3c,5, 6) includes a start/stop key which is configured to be operated by a user to transmit a signal to the control apparatus, and when the transport of the sample rack has stopped due to a trouble which occurred in one of the plurality of transport apparatuses, the control apparatus is configured to restart the transport of the sample rack by the plurality of transport apparatuses (3a,3b,3c,5, 6) responsive to an operation of a start/stop key of another transport apparatus. a plurality of transport apparatuses (3a,3b,3c,5,6) which are connected so as to transport a sample rack to a plurality of sample processing apparatuses; and a control apparatus which is configured to communicate with the plurality of transport apparatuses (3a,3b,3c,5, 6) and to control the transport of the sample rack by the plurality of transport apparatuses (3a, 3b, 3c, 5, 6), wherein at least one of the plurality of transport apparatuses (3a,3b,3c,5, 6) includes a start/stop key which is configured to be operated by a user to transmit a signal to the control apparatus, and when the transport of the sample rack has stopped due to a trouble which occurred in one of the plurality of transport apparatuses, the control apparatus is configured to restart the transport of the sample rack by the plurality of transport apparatuses (3a,3b,3c,5, 6) responsive to an operation of a start/stop key of another transport apparatus.
Sanitary outlet fitting having a fitting body, the body interior of which opens into a water outlet, with an intermediate holder which is fastenable in the water outlet, and with a sanitary insert which is insertable into the end side of the intermediate holder, said end side being of open design and being on the outflow side, wherein, on the inflow side, the intermediate holder has a connecting branch which is connected to the water hose, and wherein at least one web or one wall (12, 13) protrudes on that end side of the intermediate holder which is on the inflow side, which web or which wall (12, 13) acts in a form-fitting or frictional manner on at least one mating wall or at least one mating web in the fitting body, characterized in that at least two webs or walls (12, 13), which are assigned to one another and are spaced apart from one another, or mating webs or mating walls are provided on the intermediate holder or on the fitting body and delimit an intermediate space or insertion space, in which intermediate space or insertion space a mating web or a mating wall or a web or a wall of the other component (3; 2) in each case is fixable in a form-fitting or frictional manner.
A lid device having a lid and a gear box, for use with a container of a food processor having a drive shaft (70a, 70b) in the container and a drive unit as a separate unit, said drive unit having an internal electric motor and a rotating output in the form of a first coupling, wherein the lid device comprises: a gear box housing provided on the lid with an opening for reaching the drive shaft (70a, 70b); and the gearbox being a separate component that is removeably received by the gear box housing and having a second coupling in which the drive shaft (70a, 70b) can be attached, characterized in that said gear box comprises a retractable blockage means that is adapted to close said opening wherein said gear box housing has a triggering means that is arranged to retract said blockage means to open said opening when the gear box is mounted to the gear box housing of the lid. a gear box housing provided on the lid with an opening for reaching the drive shaft (70a, 70b); and the gearbox being a separate component that is removeably received by the gear box housing and having a second coupling in which the drive shaft (70a, 70b) can be attached, characterized in that said gear box comprises a retractable blockage means that is adapted to close said opening wherein said gear box housing has a triggering means that is arranged to retract said blockage means to open said opening when the gear box is mounted to the gear box housing of the lid.
A head-mounted display comprising: a fan having a center axis extending from a rear side of the headmounted display to a front side of the head-mounted display, the fan configured to pull air from a rear side of the head-mounted display; a printed circuit board with one or more electronic components; a heat pipe having an end coupled to the printed circuit board, the heat pipe transferring heat away from the printed circuit board; and a metal frame in contact with the heat pipe and configured to function as a heat sink that receives the heat from the heat pipe and being formed with a hole to receive the fan, characterized in that the printed circuit board is directly mounted onto the metal frame, the metal frame dissipates the heat received from the heat pipe and the heat pipe is at least partially surrounding a periphery of the fan. a fan having a center axis extending from a rear side of the headmounted display to a front side of the head-mounted display, the fan configured to pull air from a rear side of the head-mounted display; a printed circuit board with one or more electronic components; a heat pipe having an end coupled to the printed circuit board, the heat pipe transferring heat away from the printed circuit board; and a metal frame in contact with the heat pipe and configured to function as a heat sink that receives the heat from the heat pipe and being formed with a hole to receive the fan, characterized in that the printed circuit board is directly mounted onto the metal frame, the metal frame dissipates the heat received from the heat pipe and the heat pipe is at least partially surrounding a periphery of the fan.
A method of assembling a pipe on a water-supported floating platform that includes an open central bay, and a gantry on the platform arranged so as to surround at least a portion of the bay, the method comprising: providing a pipe intake assembly on the platform; providing staves (465, 467, 936); transferring the pipe intake assembly to an interior space of the bay; assembling the individual staves on the pipe intake assembly in an offset stave construction so as to form an annular pipe portion having a crenellated upper end; lowering the pipe portion within the bay and into the water until the upper ends of the staves reside within a lower portion of the gantry; increasing a length of the pipe portion by assembling additional staves to the upper ends of the staves that form the pipe portion; and repeating the step of increasing the length of the pipe portion until the pipe has a desired length. providing a pipe intake assembly on the platform; providing staves (465, 467, 936); transferring the pipe intake assembly to an interior space of the bay; assembling the individual staves on the pipe intake assembly in an offset stave construction so as to form an annular pipe portion having a crenellated upper end; lowering the pipe portion within the bay and into the water until the upper ends of the staves reside within a lower portion of the gantry; increasing a length of the pipe portion by assembling additional staves to the upper ends of the staves that form the pipe portion; and repeating the step of increasing the length of the pipe portion until the pipe has a desired length.
A motor vehicle for collecting and transporting waste in an urban environment, comprising a mobile structure that supports a vat for containing waste and is provided with driving wheels that can be actuated by an internal-combustion traction engine, a hydraulic unit for the actuation of at least one service apparatus associated with said mobile structure, and electric actuation means for the actuation of said hydraulic unit, characterized in that it comprises actuation means that are adapted to automatically turn off said traction engine and to automatically enable the possibility to activate said electric actuation means as a consequence of the activation of a handbrake associated with said mobile structure.
A Compound 1-((3S,4R)-4-(3-fluorophenyl)-1-(2-methoxyethyl)pyrrolidin-3-yl)-3-(4-methyl-3-(2-methylpyrimidin-5-yl)-1-phenyl-1H-pyrazol-5-yl)urea, or a pharmaceutically acceptable salt thereof.
Method to control the fuel-air ratio of a fuel-operated burner having a burner surface, wherein an electrical measurand is detected and serves to control, and wherein the fuel-air mixture is enriched until the measured temperature or the measured resistance falls again after initial increase and the fuel-air mixture is then emaciated in a predetermined ratio or up to a determined measured value which is dependent on the maximum measured value, characterised in that the electrical measurand is the electrical resistance of the burner or of a measurement element on the side of the burner surface which faces away from the flame, and that, besides the resistance of the burner or of the measurement element on the side of the burner surface facing away from the flame, the thermal power of the burner is determined, and the fuel-air ratio is changed depending on predetermined resistance target values for the thermal power of the burner,.