mhurhangee/ep-ind-claims huggingface dataset:
Tilting system for tilting a cab of a vehicle comprising: - a reservoir for hydraulic fluid; - a pump; - at least one double-acting hydraulic tilting cylinder having a push chamber and a pull chamber and a movable piston and piston rod assembly, which separates the push chamber and the pull chamber, wherein the tilting cylinder is connectable to the chassis and to the cab, such that when hydraulic fluid is supplied to the push chamber the cab moves to the raised position and when hydraulic fluid is supplied to the pull chamber the cab moves to the lowered position; and - a control valve, which in a first position connects the pump to the push chamber of the cylinder and connects the reservoir to the pull chamber, and in a second position connects the pump to the pull chamber of the cylinder and the reservoir to the push chamber, characterized in that the tilt cylinder has a safety release device, which releases pressure from the pull chamber side to the push chamber side of the tilting system, in the event that the pressure in the pull chamber exceeds a predetermined threshold pressure, wherein the safety release device includes a release passage (90, 96, 97; 205) extending between the pull chamber and the push chamber, in which release passage (90, 96, 97; 205) a by pressure rupturable element is arranged, wherein the release passage (90, 96, 97; 205) brings the pull chamber in fluid communication with the push chamber when the rupturable element is ruptured to open the release passage (90, 96, 97; 205). - a reservoir for hydraulic fluid; - a pump; - at least one double-acting hydraulic tilting cylinder having a push chamber and a pull chamber and a movable piston and piston rod assembly, which separates the push chamber and the pull chamber, wherein the tilting cylinder is connectable to the chassis and to the cab, such that when hydraulic fluid is supplied to the push chamber the cab moves to the raised position and when hydraulic fluid is supplied to the pull chamber the cab moves to the lowered position; and - a control valve, which in a first position connects the pump to the push chamber of the cylinder and connects the reservoir to the pull chamber, and in a second position connects the pump to the pull chamber of the cylinder and the reservoir to the push chamber,
An inner conductor element for a coaxial plug connector between a first electronic subassembly and a second electronic subassembly having a first contact region for making contact with the first electronic subassembly, a second contact region for making contact with the second electronic subassembly and a connection region connecting the first contact region to the second contact region, wherein the outer diameter of the first contact region is reduced compared to an outer diameter of the second contact region, characterized in that a plurality spring tabs distributed over a circumference of the connection region and directed radially outwards are fastened to a surface of the connection region.
A magnetic bearing device comprising: a stator; and a rotor supported in the stator for rotation around a rotation axis, the rotor comprising at least one permanent magnet (21, 22; 24) that is magnetized along the rotation axis, and the stator comprising at least one closed magnetic core (31; 31A, 31B) that surrounds the rotor and at least one radial bearing winding (32; 32A, 32B) arranged on the at least one closed magnetic core (31; 31A, 31B) in a toroidal configuration, each radial bearing winding (32; 32A, 32B) extending around one closed magnetic core (31; 31A, 31B), each of its turns passing through a central hole of the respective closed magnetic core (31; 31A, 31B), wherein the at least one radial bearing winding (32; 32A, 32B) is arranged to interact with a radial component of a permanent magnetic field generated by the at least one permanent magnet (21, 22; 24) to obtain a radial bearing force when current is supplied to the at least one radial bearing winding (32; 32A, 32B), characterized in that the at least one closed magnetic core (31; 31A, 31B) does not have any inwardly extending teeth. a stator; and a rotor supported in the stator for rotation around a rotation axis, the rotor comprising at least one permanent magnet (21, 22; 24) that is magnetized along the rotation axis, and the stator comprising at least one closed magnetic core (31; 31A, 31B) that surrounds the rotor and at least one radial bearing winding (32; 32A, 32B) arranged on the at least one closed magnetic core (31; 31A, 31B) in a toroidal configuration, each radial bearing winding (32; 32A, 32B) extending around one closed magnetic core (31; 31A, 31B), each of its turns passing through a central hole of the respective closed magnetic core (31; 31A, 31B), wherein the at least one radial bearing winding (32; 32A, 32B) is arranged to interact with a radial component of a permanent magnetic field generated by the at least one permanent magnet (21, 22; 24) to obtain a radial bearing force when current is supplied to the at least one radial bearing winding (32; 32A, 32B), characterized in that the at least one closed magnetic core (31; 31A, 31B) does not have any inwardly extending teeth.
An energy management and power provisioning system comprising an Energy Environment for managing, distributing and providing electricity supply at appropriate voltages and currents to circuits, sockets and end devices in a building, wherein said Energy Environment comprises power supplies (44,45,52), sockets (62,65), circuits and power control devices (1,22,24), where at least one power control device is provided by an energy server and is arranged to receive power from plural power supplies selected from: an external grid AC mains supply via a building consumer unit, local power generation from local renewable supplies, and local battery storage; and, wherein the energy server has a power control module that is arranged to selectively integrate and convert available power supplies and provide a variable DC voltage circuit where voltage can vary within a range; and, wherein at least one socket is connected to the variable DC voltage circuit for receiving a connector plug of an end device (23,8,10) and having a power delivery module that converts the voltage available on the variable DC voltage circuit to a set voltage and/or current required by the end device. an external grid AC mains supply via a building consumer unit, local power generation from local renewable supplies, and local battery storage; and,
Method for examining a sample derived from a biological source by way of CARS microscopy, in which a resonance signal, which is generated by exciting at least one resonance point of the sample by means of laser irradiation by way of coherent anti-Stokes Raman scattering, is acquired for imaging, characterized in that the method comprises providing the at least one resonance point by means of a bioorthogonal reaction of an intrinsic chemical structure of the sample with at least one reaction partner (3, 6).
An organic light emitting display device having a first surface and a second surface, the organic light emitting display device comprising; a substrate; a plurality of pixels on the substrate, the plurality of pixels each including: a first emissive area configured to emit light in a first surface direction; a reflective area configured to reflect incident light in the first surface direction; a black matrix disposed between the first emissive area and the reflective area and defining an opening area of each pixel provided on the substrate, an encapsulation layer covering a common electrode provided on the organic light emitting layer; and a second emissive area overlapping the reflective area and configured to emit light in a second surface direction opposite to the first surface direction; wherein the black matrix includes a plurality of first light blocking patterns which cover a plurality of gate lines and a pixel circuit of each pixel, a plurality of second light blocking patterns which cover a plurality of data lines and a plurality of pixel driving power lines, and a third light blocking pattern which covers an edge of the encapsulation layer. a substrate; a plurality of pixels on the substrate, the plurality of pixels each including: a first emissive area configured to emit light in a first surface direction; a reflective area configured to reflect incident light in the first surface direction; a black matrix disposed between the first emissive area and the reflective area and defining an opening area of each pixel provided on the substrate, an encapsulation layer covering a common electrode provided on the organic light emitting layer; and a second emissive area overlapping the reflective area and configured to emit light in a second surface direction opposite to the first surface direction; wherein the black matrix includes a plurality of first light blocking patterns which cover a plurality of gate lines and a pixel circuit of each pixel, a plurality of second light blocking patterns which cover a plurality of data lines and a plurality of pixel driving power lines, and a third light blocking pattern which covers an edge of the encapsulation layer. a first emissive area configured to emit light in a first surface direction; a reflective area configured to reflect incident light in the first surface direction; a black matrix disposed between the first emissive area and the reflective area and defining an opening area of each pixel provided on the substrate, an encapsulation layer covering a common electrode provided on the organic light emitting layer; and a second emissive area overlapping the reflective area and configured to emit light in a second surface direction opposite to the first surface direction; wherein the black matrix includes a plurality of first light blocking patterns which cover a plurality of gate lines and a pixel circuit of each pixel, a plurality of second light blocking patterns which cover a plurality of data lines and a plurality of pixel driving power lines, and a third light blocking pattern which covers an edge of the encapsulation layer.
A method comprising: transmitting a clock signal from a first master device over a clock lane of a SoundWire bus to a first slave device and a second slave device coupled to the SoundWire bus; transmitting first control information from the first master device to the first slave device over a first data lane of the SoundWire bus; and transmitting second control information from the first master device to the second slave device over a second data lane of the SoundWire bus, wherein the first control information is different from the second control information and is transmitted concurrently with the second control information. transmitting a clock signal from a first master device over a clock lane of a SoundWire bus to a first slave device and a second slave device coupled to the SoundWire bus; transmitting first control information from the first master device to the first slave device over a first data lane of the SoundWire bus; and transmitting second control information from the first master device to the second slave device over a second data lane of the SoundWire bus, wherein the first control information is different from the second control information and is transmitted concurrently with the second control information.
A method for handling a faired cable that is faired by means of a fairing, said cable being towed by a vessel with a winch on board that allows the faired cable to be wound and unwound through a device for guiding the faired cable, the method comprising: - a first step (10, 20) of monitoring the cable for detecting whether the fairing experiences double twisting around the cable that comprises a submerged full twist and a non-submerged full twist; and - a first step (11, 21), when a double twist is detected, of hoisting the faired cable, during which step the faired cable is hoisted, with the first hoisting step (11, 21) being implemented so that the submerged full twist at least partially exits the water and does not enter the guide device. - a first step (10, 20) of monitoring the cable for detecting whether the fairing experiences double twisting around the cable that comprises a submerged full twist and a non-submerged full twist; and - a first step (11, 21), when a double twist is detected, of hoisting the faired cable, during which step the faired cable is hoisted, with the first hoisting step (11, 21) being implemented so that the submerged full twist at least partially exits the water and does not enter the guide device.
A module for enabling wireless functionality in an electronic device, the module comprising: a housing sized to be removably inserted in a power source receptacle of the electronic device; a plurality of module terminals supported by the housing to contact a corresponding plurality of device terminals of the electronic device when the housing is received within the power source receptacle; a wireless transmitter supported by the housing; a first electronic component accommodated within the housing and associated with the wireless transmitter, the first electronic component being in communication with a first of the plurality of module terminals and operable to receive outbound device data from the electronic device via the first module terminal and transmit the outbound device data using the wireless transmitter; and a power source accommodated within the housing, the power source being in communication with a second (120b, 120c) of the plurality of module terminals and operable to provide power to the electronic device when the housing is received within the power source receptacle, characterized by a second electronic component associated with the power source, the second electronic component being in communication with the first module terminal and operable to receive power source data from the electronic device via the first module terminal and to control the operation of the power source based on the power source data. a housing sized to be removably inserted in a power source receptacle of the electronic device; a plurality of module terminals supported by the housing to contact a corresponding plurality of device terminals of the electronic device when the housing is received within the power source receptacle; a wireless transmitter supported by the housing; a first electronic component accommodated within the housing and associated with the wireless transmitter, the first electronic component being in communication with a first of the plurality of module terminals and operable to receive outbound device data from the electronic device via the first module terminal and transmit the outbound device data using the wireless transmitter; and a power source accommodated within the housing, the power source being in communication with a second (120b, 120c) of the plurality of module terminals and operable to provide power to the electronic device when the housing is received within the power source receptacle, characterized by a second electronic component associated with the power source, the second electronic component being in communication with the first module terminal and operable to receive power source data from the electronic device via the first module terminal and to control the operation of the power source based on the power source data.
An RFID tag device comprising: a divided microstrip antenna; a power receiving circuit based on a combination of a stub resonance-based impedance transformation RF boosting scheme and a ladder boosting/rectifying scheme; and a local oscillator circuit for generating a response subcarrier signal from the RFID tag characterized in that the divided microstrip antenna has a three-terminal structure in which a receiving terminal and a replying terminal are divided, the divided microstrip antenna comprised of a GND board and a divided strip conductor dividing the strip conductor in the direction of the length, wherein the impedance transformation RF boosting scheme is configured to resonate a Nλg/4 short stub (N is odd) and a capacitance in series, and wherein the ladder boosting/rectifying scheme is configured to operate boosting and rectifying in a condition of DC short. a divided microstrip antenna; a power receiving circuit based on a combination of a stub resonance-based impedance transformation RF boosting scheme and a ladder boosting/rectifying scheme; and a local oscillator circuit for generating a response subcarrier signal from the RFID tag characterized in that the divided microstrip antenna has a three-terminal structure in which a receiving terminal and a replying terminal are divided, the divided microstrip antenna comprised of a GND board and a divided strip conductor dividing the strip conductor in the direction of the length, wherein the impedance transformation RF boosting scheme is configured to resonate a Nλg/4 short stub (N is odd) and a capacitance in series, and wherein the ladder boosting/rectifying scheme is configured to operate boosting and rectifying in a condition of DC short.
Method for cooling a steam turbine, wherein the steam turbine is charged with steam from a steam generator, wherein a predefined cooling rate Ṫ vor of the steam turbine is determined, wherein the actual cooling rate Ṫ tat is determined and is compared with the predefined cooling rate Ṫ vor and the steam generator is operated such that the actual cooling rate Ṫ tat essentially corresponds to the predefined cooling rate Ṫ vor, wherein the steam generator is operated such that during power operation a boiler blow-off takes place and/or during power operation the firing is changed so as to reduce the power of the steam generator.
A method for proliferation of a neural stem cell, the method comprising: culturing the neural stem cell in a medium comprising tocopherol, tocopherol acetate, or a mixture thereof at a concentration in a range of 0.1 μg/ml to 10 μg/ml, wherein the culturing of the neural stem cell is performed under a hypoxia condition.
A method for recycling plastic wastes which for at least 80 wt-% contain a polymer or a mixture of polymers from a group consisting of polymethyl methacrylate, polypropylene, polyethylene, polystyrene, polyethylene terephthalate and/or polytetrafluoroethylene, comprising the following steps: (i) heating the plastic wastes to a temperature at which they are flowable; (ii) pyrolyzing the flowable plastics together with a catalyst and/or an adsorber and withdrawing the resulting gases; (iii) condensing the gases, characterized in that the condensation is performed in several stages, wherein the gases from the respective condensation stage first are supplied to a solids separator before they are subsequently guided into the next condensation stage. (i) heating the plastic wastes to a temperature at which they are flowable; (ii) pyrolyzing the flowable plastics together with a catalyst and/or an adsorber and withdrawing the resulting gases; (iii) condensing the gases,
Process for the combustion of solid, liquid or gaseous fuels, in particular coal dust, in which the fuel stream is introduced into a furnace via one or more main burners and is burnt, wherein the fuel stream of the respective main burner is introduced into the furnace via a fuel slot or via a plurality of fuel slots arranged in a vertical plane, wherein additional burner air is introduced into the furnace via air slots or air nozzles (8, 9, 10, 11); wherein a part of the additional burner air is introduced into the furnace by means of horizontally extending rows of air slots or air nozzles (8, 9, 10), wherein the fuel stream is confined above and below by the burner air introduced through these air slots or air nozzles (8, 9, 10); wherein optionally further burner air is introduced into the furnace by means of one or more horizontally extending rows of air slots or air nozzles, wherein the fuel stream is divided horizontally by said burner air; wherein the other part of the burner air is introduced into the furnace via air slots or air nozzles, which are arranged on one side and extend at least over the entire vertical extent of all the fuel slots of the main burner, and confines vertically the fuel stream of the respective main burner at one side and wherein a lateral air stream is formed; characterized in that at least 20% of the burner air introduced via a main burner is introduced into the furnace via the lateral air slots or air nozzles of the main burner so as to produce a vertical layering between the fuel stream and the burner air stream; and in that the concentration of the fuel stream within the fuel stream increases from the side of the lateral air stream to the opposite side, wherein a radial fuel staging is generated.
An apparatus for use in an industrial process control or monitoring system, comprising: a process device for coupling to an industrial process, wherein the process device is a process transmitter or controller to monitor or control the industrial process and communicate; a process coupling configured to couple the process device to the industrial process which includes piping carrying a process fluid, the process coupling adapted to receive vibrations from the process; a vibration sensor adapted such that when the process device is coupled to the industrial process the vibration sensor senses vibrations received through the process coupling and provides a sensed vibration signal; and diagnostic circuitry located in the process device adapted to receive the sensed vibration signal and responsively provide a diagnostic output related to a process disturbance or operation of a process component, characterised in that the diagnostic output is based on trends in the sensed vibrations over a period of time, the trends providing an accumulative measure of exposure of process components to vibration and the output predicting an imminent failure of process piping or mechanical connections. a process device for coupling to an industrial process, wherein the process device is a process transmitter or controller to monitor or control the industrial process and communicate; a process coupling configured to couple the process device to the industrial process which includes piping carrying a process fluid, the process coupling adapted to receive vibrations from the process; a vibration sensor adapted such that when the process device is coupled to the industrial process the vibration sensor senses vibrations received through the process coupling and provides a sensed vibration signal; and diagnostic circuitry located in the process device adapted to receive the sensed vibration signal and responsively provide a diagnostic output related to a process disturbance or operation of a process component, characterised in that the diagnostic output is based on trends in the sensed vibrations over a period of time, the trends providing an accumulative measure of exposure of process components to vibration and the output predicting an imminent failure of process piping or mechanical connections.
A laboratory centrifuge, which has a closure for closing an opening of the laboratory centrifuge, wherein the laboratory centrifuge has a state detection device, which is designed • to detect a closed and/or locked, ready-for-operation state of the closure, and/or • to detect a closing and/or a locking of the closure and thus the emergence of the ready-for-operation state, and, if the ready-for-operation state and/or the emergence of the ready-for-operation state is detected, to enable operation of the laboratory centrifuge, wherein the state detection device is designed to detect the ready-for-operation state and/or the emergence thereof at a plurality of locations of the laboratory centrifuge, characterized in that the state detection device is designed to then only enable operation of the laboratory centrifuge if said device detects the start of the ready-for-operation state of the closure and/or the emergence of the ready-for-operation state at the plurality of locations within a time interval of predefined length. • to detect a closed and/or locked, ready-for-operation state of the closure, and/or • to detect a closing and/or a locking of the closure and thus the emergence of the ready-for-operation state,