mhurhangee/ep-ind-claims huggingface dataset:
An autonomous vehicle comprising: a housing comprising a working member; and a handle assembly connected to the housing, wherein the handle assembly is movable between a manual mode position in which the handle assembly extends outwardly from the housing, and an autonomous mode position, the handle assembly comprising a first handle element and a second handle element; characterized in that, when the handle assembly is in the autonomous mode position, the first handle element is telescopically received within the second handle element and the second handle element is telescopically received within the housing, the housing defining a handle channel adapted to telescopically receive the second handle element when the handle assembly is in the autonomous mode position, and wherein the handle assembly pivots from the manual mode position to an intermediate position, after which the handle assembly is telescopically received into the handle channel to the autonomous mode position. a housing comprising a working member; and a handle assembly connected to the housing, wherein the handle assembly is movable between a manual mode position in which the handle assembly extends outwardly from the housing, and an autonomous mode position, the handle assembly comprising a first handle element and a second handle element; characterized in that, when the handle assembly is in the autonomous mode position, the first handle element is telescopically received within the second handle element and the second handle element is telescopically received within the housing, the housing defining a handle channel adapted to telescopically receive the second handle element when the handle assembly is in the autonomous mode position, and wherein the handle assembly pivots from the manual mode position to an intermediate position, after which the handle assembly is telescopically received into the handle channel to the autonomous mode position.
Method for injecting fluid into an underwater facility, the method comprising: - lowering a fluid-storage vessel to the bottom of the water, the fluid-storage system comprising at least one storage vessel with rigid walls containing a functional fluid, the storage system comprising a pump connected to the storage vessel by a first duct and to said underwater facility by a second duct, the fluid-storage system comprising an accumulation vessel connected to the pump and to the underwater facility, and comprising at least one valve over a portion of the third duct connecting the accumulation vessel to the underwater facility; - filling the accumulation vessel, the valve being closed, with a volume of functional fluid by putting the pump into operation; and - injecting a portion of said volume into the underwater facility by opening said valve; and - raising at least one portion of the fluid-storage system back up to the surface, said portion including the storage vessel. - lowering a fluid-storage vessel to the bottom of the water, the fluid-storage system comprising at least one storage vessel with rigid walls containing a functional fluid, the storage system comprising a pump connected to the storage vessel by a first duct and to said underwater facility by a second duct, the fluid-storage system comprising an accumulation vessel connected to the pump and to the underwater facility, and comprising at least one valve over a portion of the third duct connecting the accumulation vessel to the underwater facility; - filling the accumulation vessel, the valve being closed, with a volume of functional fluid by putting the pump into operation; and - injecting a portion of said volume into the underwater facility by opening said valve; and - raising at least one portion of the fluid-storage system back up to the surface, said portion including the storage vessel.
A non-naturally occurring barley plant with increased resistance to imidazolinone herbicides compared to a wild type barley plant and having the imidazolinone resistance characteristic of NCIMB Deposit accession number NCIMB 41548, NCIMB 41549 or NCIMB 41550 or a plant being progeny or a descendant of said NCIMB Deposit accession number having the imidazolinone resistance characteristic thereof.
A method for motion tracking of a subject in medical brain imaging, the method comprising providing a light projector and a first camera; projecting a first pattern sequence onto a surface region of the subject with the light projector, wherein the subject is positioned in a scanner borehole of a medical scanner, the first pattern sequence comprising a first primary pattern (P 1,1) and a first secondary pattern (P 1,2); detecting the projected first pattern sequence (S1') with the first camera; characterised by determining a second pattern sequence comprising a second primary pattern (P 2,1) based on the detected first pattern sequence (S1'); projecting the second pattern sequence onto a surface region of the subject with the light projector; detecting the projected second pattern sequence (S2') with the first camera; and determining motion tracking parameters based on the detected second pattern sequence (S2'). providing a light projector and a first camera; projecting a first pattern sequence onto a surface region of the subject with the light projector, wherein the subject is positioned in a scanner borehole of a medical scanner, the first pattern sequence comprising a first primary pattern (P 1,1) and a first secondary pattern (P 1,2); detecting the projected first pattern sequence (S1') with the first camera; characterised by determining a second pattern sequence comprising a second primary pattern (P 2,1) based on the detected first pattern sequence (S1'); projecting the second pattern sequence onto a surface region of the subject with the light projector; detecting the projected second pattern sequence (S2') with the first camera; and determining motion tracking parameters based on the detected second pattern sequence (S2').
An apparatus comprising: a printed circuit board having a cavity formed on a first side thereof, the cavity having side walls and a bottom; an electronic component electrically connected to a substrate and positionable in connection with the substrate to be disposed at least partially in the cavity, with a portion of the electronic component extending above the first side of the printed circuit board; physically-discrete electromagnetic interference -shielding material disposed on at least one of the side walls and bottom of the cavity; and electrically-conductive foam disposed as to surround at least a portion of the electronic component, the foam being compressed between the substrate and the circuit board when the electronic component is disposed at least partially in the cavity. a printed circuit board having a cavity formed on a first side thereof, the cavity having side walls and a bottom; an electronic component electrically connected to a substrate and positionable in connection with the substrate to be disposed at least partially in the cavity, with a portion of the electronic component extending above the first side of the printed circuit board; physically-discrete electromagnetic interference -shielding material disposed on at least one of the side walls and bottom of the cavity; and electrically-conductive foam disposed as to surround at least a portion of the electronic component, the foam being compressed between the substrate and the circuit board when the electronic component is disposed at least partially in the cavity.
An apparatus comprising: a compressor system separator tank structured to remove lubricant from a flow of compressed gas, wherein the compressor system separator tank is a horizontal separator tank; an inlet structured to receive a flow of the compressed gas and lubricant; an outlet structured to pass the compressed gas after removal of at least part of the lubricant that is received by the inlet; and a baffle, wherein the baffle sits vertically within the separator tank disposed intermediate the inlet and the outlet, the baffle being sized to extend substantially across the entirety of the inside of the tank and having a plurality of separate openings structured to communicate compressed gas from an upstream side of the baffle to a downstream side of the baffle, each of the plurality of separate openings positioned adjacent a corresponding overhanging louver that extends away from the baffle, wherein all of the louvers are located on the same side of the baffle, and wherein the louvers are on the downstream side of the baffle. a compressor system separator tank structured to remove lubricant from a flow of compressed gas, wherein the compressor system separator tank is a horizontal separator tank; an inlet structured to receive a flow of the compressed gas and lubricant; an outlet structured to pass the compressed gas after removal of at least part of the lubricant that is received by the inlet; and a baffle, wherein the baffle sits vertically within the separator tank disposed intermediate the inlet and the outlet, the baffle being sized to extend substantially across the entirety of the inside of the tank and having a plurality of separate openings structured to communicate compressed gas from an upstream side of the baffle to a downstream side of the baffle, each of the plurality of separate openings positioned adjacent a corresponding overhanging louver that extends away from the baffle, wherein all of the louvers are located on the same side of the baffle, and wherein the louvers are on the downstream side of the baffle.
An electronic device (100; 200; 300), comprising: a plurality of flexible substrates (10, 20; 110, 210; 301, 302, 303, 304), each substrate comprising: a flexible base (11, 21; 111, 121); a conductive wiring (13, 23; 113, 122) disposed on the flexible base and comprising a conductive organic compound, wherein the conductive organic compound is a conductive polymer material; and an electronic element (12, 22; 112) connected to the conductive wiring, characterized in that among the plurality of flexible substrates (10, 20; 110, 210; 301, 302, 303, 304) part of the conductive wiring (13, 23; 113, 122) of a first flexible substrate (10; 110; 301) is in direct contact and united with part of the conductive wiring (13, 23; 113, 122) of a second flexible substrate (20; 210; 303) to constitute a first connection part (30, 31, 32; 305) so that the first flexible substrate (10; 110; 301) and the second flexible substrate (20; 210; 302) are connected to each other via the first connection part (30, 31, 32; 305). a plurality of flexible substrates (10, 20; 110, 210; 301, 302, 303, 304), each substrate comprising: a flexible base (11, 21; 111, 121); a conductive wiring (13, 23; 113, 122) disposed on the flexible base and comprising a conductive organic compound, wherein the conductive organic compound is a conductive polymer material; and an electronic element (12, 22; 112) connected to the conductive wiring, a flexible base (11, 21; 111, 121); a conductive wiring (13, 23; 113, 122) disposed on the flexible base and comprising a conductive organic compound, wherein the conductive organic compound is a conductive polymer material; and an electronic element (12, 22; 112) connected to the conductive wiring, characterized in that among the plurality of flexible substrates (10, 20; 110, 210; 301, 302, 303, 304) part of the conductive wiring (13, 23; 113, 122) of a first flexible substrate (10; 110; 301) is in direct contact and united with part of the conductive wiring (13, 23; 113, 122) of a second flexible substrate (20; 210; 303) to constitute a first connection part (30, 31, 32; 305) so that the first flexible substrate (10; 110; 301) and the second flexible substrate (20; 210; 302) are connected to each other via the first connection part (30, 31, 32; 305).
A battery pack comprising: a main relay disposed between a positive electrode terminal of a battery module and a positive electrode terminal of a battery pack on a main charging and discharging line; a heating pad disposed on a heating line connected to the main charging and discharging line to generate heat when a current is applied thereto; a heating relay disposed on the heating line to control the flow of current flowing in the heating line according to an operating state thereof, to control an operating state of the heating pad, and a heating pad control apparatus comprising: a processor, and a measuring unit configured to measure a temperature of the battery pack and output a measured temperature signal corresponding to the measured temperature of the battery pack; characterized in that the processor is configured to output a reference temperature signal corresponding to a preset reference temperature; and in that the heating pad control apparatus further comprises a heating control unit configured to receive the measured temperature signal from the measuring unit, receive the reference temperature signal from the processor, and output a control signal for controlling the operating state of the heating relay based on both-end voltages of the main relay, the measured temperature signal and the reference temperature signal to control the operating state of the heating pad. a main relay disposed between a positive electrode terminal of a battery module and a positive electrode terminal of a battery pack on a main charging and discharging line; a heating pad disposed on a heating line connected to the main charging and discharging line to generate heat when a current is applied thereto; a heating relay disposed on the heating line to control the flow of current flowing in the heating line according to an operating state thereof, to control an operating state of the heating pad, and a heating pad control apparatus comprising: a processor, and a measuring unit configured to measure a temperature of the battery pack and output a measured temperature signal corresponding to the measured temperature of the battery pack; characterized in that a processor, and a measuring unit configured to measure a temperature of the battery pack and output a measured temperature signal corresponding to the measured temperature of the battery pack; characterized in that the processor is configured to output a reference temperature signal corresponding to a preset reference temperature; and in that the heating pad control apparatus further comprises a heating control unit configured to receive the measured temperature signal from the measuring unit, receive the reference temperature signal from the processor, and output a control signal for controlling the operating state of the heating relay based on both-end voltages of the main relay, the measured temperature signal and the reference temperature signal to control the operating state of the heating pad.
A method for operating a plurality of solenoids using a configurable connectorized input/output module electrically connected to the coils of said solenoids, comprising the steps of: (a) in response to a solenoid drive signal becoming true, connecting an actuation voltage and establishing an actuation current to the coil by said module, wherein said actuation voltage and actuation current cause said solenoid to close or seal; (b) on closing or sealing said solenoid, changing to a sustain voltage and sustain current on the coil by said module, said sustain voltage or sustain current being less than said actuation voltage or actuation current and keeping said solenoid in a closed or sealed position; and (c) maintaining said sustain voltage and sustain current by said module; wherein said module includes: (i) a device communication connector apparatus for connecting at least one conductor between said module and each of said solenoids, (ii) an interface apparatus for causing said module to place any of a plurality of signals on any of a plurality of contacts of said device communication connector apparatus, (iii) at least one power supply for directing power to said solenoids, and (iv) a microprocessor for causing said module to place any of a plurality of signals on any of a plurality of contacts of said device communication connector apparatus; wherein any contact of said device communication apparatus may be configured for a wide variety of electrical functions, including measuring a voltage, producing a voltage, measuring a current, producing a current, producing various power levels and even handling frequency information such as serial communication data. (a) in response to a solenoid drive signal becoming true, connecting an actuation voltage and establishing an actuation current to the coil by said module, wherein said actuation voltage and actuation current cause said solenoid to close or seal; (b) on closing or sealing said solenoid, changing to a sustain voltage and sustain current on the coil by said module, said sustain voltage or sustain current being less than said actuation voltage or actuation current and keeping said solenoid in a closed or sealed position; and (c) maintaining said sustain voltage and sustain current by said module; (i) a device communication connector apparatus for connecting at least one conductor between said module and each of said solenoids, (ii) an interface apparatus for causing said module to place any of a plurality of signals on any of a plurality of contacts of said device communication connector apparatus, (iii) at least one power supply for directing power to said solenoids, and (iv) a microprocessor for causing said module to place any of a plurality of signals on any of a plurality of contacts of said device communication connector apparatus; wherein any contact of said device communication apparatus may be configured for a wide variety of electrical functions, including measuring a voltage, producing a voltage, measuring a current, producing a current, producing various power levels and even handling frequency information such as serial communication data.
Flue gas outlet assembly for supplying and/or discharging gases, comprising a double wall tubular upper member having an upper outer wall member, an upper inner wall member and an upper annular duct interposed there between, a double wall tubular lower member having a lower outer wall member, a lower inner wall member and a lower annular duct interposed there between, the double wall tubular upper member and the double wall tubular lower member being arranged to connect the upper annular duct to the lower annular duct, the flue gas outlet assembly further comprising a locking member in cooperative engagement with the double wall tubular upper member and double wall tubular lower member, the locking member being arranged to allow relative movement between the double wall tubular upper member and double wall tubular lower member in a longitudinal direction over a predetermined length, and to interlock the double wall tubular upper member and double wall tubular lower member by a relative rotational movement there between over a predetermined angle.
A plug holder which can be attached to a trailer, comprising a holding sleeve which is provided with an opening for retaining a plug, consists of a plastic material and is open on both sides, and a fixing device for connecting to a trailer coupling, characterized in that the fixing device comprises interlocking elements which are integrally formed on the jacket side on the holding sleeve, for fixing to a trailer coupling.
Method for establishing a charging connection and an associated communication connection between a charging station and a vehicle, the vehicle having a first charging device and a first communication direction and the charging station having a second charging device and a second communication device, wherein the method passes through the following steps: - positioning the first charging device with respect to the second charging device in such a manner that energy for charging a battery of the vehicle can be transmitted via the charging connection; - orienting the second communication device with respect to the first communication device, after performing the positioning, in such a manner that a wireless exchange of information can be performed by the communication connection in such a manner that a reception of information by a further communication device is prevented; - configuring the first communication device and the second communication device in such a manner that the information is sent out and/or received by means of in each case at least one communication unit; wherein the at least one communication unit comprises an ultrasonic unit, a radar unit, an ultrasonic sensor or a radar sensor, and wherein a radiation characteristic of the at least one communication unit of the second communication device is configured in such a manner that radiated signals impinge on at least one of the communication units of the first communication device, and the radiation characteristic, after the positioning, is adjusted individually in dependence on at least one of the following conditions: - position of the first communication device with respect to the second communication device; - model of the vehicle; - surface condition of an environment of the first communication device KE1). - positioning the first charging device with respect to the second charging device in such a manner that energy for charging a battery of the vehicle can be transmitted via the charging connection; - orienting the second communication device with respect to the first communication device, after performing the positioning, in such a manner that a wireless exchange of information can be performed by the communication connection in such a manner that a reception of information by a further communication device is prevented; - configuring the first communication device and the second communication device in such a manner that the information is sent out and/or received by means of in each case at least one communication unit; - position of the first communication device with respect to the second communication device; - model of the vehicle; - surface condition of an environment of the first communication device KE1).
A slack-compensating pulley apparatus for a cable transmission system, the slack-compensating pulley apparatus comprising: a pulley body (391, 1507, 2391); a cable track along a surface of the pulley body configured to wrap a cable (393, 396, 1511, 1513, 2393, 2396) with a wrap angle; a support (388, 1501, 1505, 2388) extending from the pulley body and configured to rigidly move with the pulley body; and a slack take-up surface (394', 594, 2394', 2397) on the support, wherein the slack take-up surface is positioned radially outside of the surface of the pulley body so that a length of cable extends between the pulley body and the slack take-up surface when the cable is wrapped on the cable track, wherein the support and slack take-up surface rotate with the pulley body to remove slack in the cable when the pulley body is rotated in a first direction by increasing the wrap angle of the cable on the pulley body. a pulley body (391, 1507, 2391); a cable track along a surface of the pulley body configured to wrap a cable (393, 396, 1511, 1513, 2393, 2396) with a wrap angle; a support (388, 1501, 1505, 2388) extending from the pulley body and configured to rigidly move with the pulley body; and a slack take-up surface (394', 594, 2394', 2397) on the support, wherein the slack take-up surface is positioned radially outside of the surface of the pulley body so that a length of cable extends between the pulley body and the slack take-up surface when the cable is wrapped on the cable track, wherein the support and slack take-up surface rotate with the pulley body to remove slack in the cable when the pulley body is rotated in a first direction by increasing the wrap angle of the cable on the pulley body.