mhurhangee/ep-ind-claims huggingface dataset:
A pressure chamber comprising: a bladder at least partially formed from a polymer material that is sealed to enclose a pressurized fluid, wherein the bladder has an elongate configuration that defines a longitudinal axis and comprises ends that are substantially planar and circular; and one or more strands wound in a substantially helical configuration about the longitudinal axis of the bladder, secured to the bladder, and extending through a majority of a length of the bladder; wherein the one or more strands are formed from a one-dimensional material and have greater stretch resistance than the polymer material of the bladder. a bladder at least partially formed from a polymer material that is sealed to enclose a pressurized fluid, wherein the bladder has an elongate configuration that defines a longitudinal axis and comprises ends that are substantially planar and circular; and one or more strands wound in a substantially helical configuration about the longitudinal axis of the bladder, secured to the bladder, and extending through a majority of a length of the bladder; wherein the one or more strands are formed from a one-dimensional material and have greater stretch resistance than the polymer material of the bladder.
Electrical power supply device for a motor vehicle, which comprises a tray (32, 34, 134), in which is arranged at least one ultra-high capacity electrical energy storage unit which is likely to emit heat, said tray (32, 34, 134, 334) comprising at least one housing (44, 144, 234) for accommodating at least one electrical energy storage unit, in which the tray (32, 34, 134), on the one hand, is produced in a thermally conductive material so as to conduct the heat emitted by the storage unit from the inner face to the outer face (51, 52, 151) of the wall of said housing (44, 144, 234) and, on the other hand, is divided up into a plurality of housings (44, 44', 144) intended to each house at least one storage unit, the wall of each housing being produced in said thermally conductive material, characterized in that a heat conducting layer produced in a thermally conductive glue or in a thermally conductive resin is inserted without play between the storage unit and the inner face of the wall of the associated housing (44, 144, 234) so as to conduct the heat emitted by the storage unit directly to the inner face of the wall of the housing (44, 144, 234).
A gas insulated switching device, wherein a bus bar, a disconnecting switch, a circuit breaker, and a current transformer are disposed inside a housing, a pressure vessel in which an insulating gas is sealed is incorporated in the housing, the disconnecting switch and the circuit breaker are built in the pressure vessel, the bus bar and a power cable are connected via the disconnecting switch, the circuit breaker, and a primary conductor of the current transformer, the pressure vessel is disposed between an operation mechanism of the circuit breaker and the power cable, characterizing in that: a step part is provided at a corner on the power cable side of the pressure vessel, an outside step cavity is formed outside the step part and inside the housing, the current transformer is disposed in the outside step cavity and on the back of the pressure vessel, the primary conductor of the current transformer and the power cable are connected via a bushing for connecting the power cable that penetrates the wall part of the housing interposed between the outside step cavity and the power cable. a bus bar, a disconnecting switch, a circuit breaker, and a current transformer are disposed inside a housing, a pressure vessel in which an insulating gas is sealed is incorporated in the housing, the disconnecting switch and the circuit breaker are built in the pressure vessel, the bus bar and a power cable are connected via the disconnecting switch, the circuit breaker, and a primary conductor of the current transformer, the pressure vessel is disposed between an operation mechanism of the circuit breaker and the power cable, characterizing in that: a step part is provided at a corner on the power cable side of the pressure vessel, an outside step cavity is formed outside the step part and inside the housing, the current transformer is disposed in the outside step cavity and on the back of the pressure vessel, the primary conductor of the current transformer and the power cable are connected via a bushing for connecting the power cable that penetrates the wall part of the housing interposed between the outside step cavity and the power cable. a step part is provided at a corner on the power cable side of the pressure vessel, an outside step cavity is formed outside the step part and inside the housing, the current transformer is disposed in the outside step cavity and on the back of the pressure vessel, the primary conductor of the current transformer and the power cable are connected via a bushing for connecting the power cable that penetrates the wall part of the housing interposed between the outside step cavity and the power cable.
Magnetic resonance imaging device comprising a field generation unit configured to provide a magnetic field in an imaging volume of the magnetic resonance imaging device, wherein the field generation unit comprises at least one magnet, wherein a surface directed towards the imaging volume of the at least one magnet comprises a concave shape, wherein the at least one magnet is designed to accommodate a patient in a sitting position on the surface directed towards the imaging volume, characterized in that a direction of access to the imaging volume is oriented essentially perpendicular to a main direction of magnetic field lines in the imaging volume and wherein the at least one magnet comprises at least one recess configured for accommodating a leg of the patient positioned in the sitting position. wherein a surface directed towards the imaging volume of the at least one magnet comprises a concave shape, wherein the at least one magnet is designed to accommodate a patient in a sitting position on the surface directed towards the imaging volume, characterized in that a direction of access to the imaging volume is oriented essentially perpendicular to a main direction of magnetic field lines in the imaging volume and wherein the at least one magnet comprises at least one recess configured for accommodating a leg of the patient positioned in the sitting position.
A modular support system comprising a modular support pad for use as a spine table positioner pad comprising: an electronic pressure sensor; tubing; a support cushion; a fluid-filled bladder coupled to the electronic pressure sensor via the tubing, the electronic pressure sensor sensing a fluid pressure within the fluid-filled bladder; and a ticking surrounding the fluid-filled bladder and the support cushion and forming a person support surface and a bottom surface, wherein a pressure applied to the fluid-filled bladder pushes a volume of fluid out of the fluid-filled bladder and into the tubing, characterised in that the electronic pressure sensor senses the fluid pressure caused by the volume of fluid entering the tubing and outputs a signal corresponding to the applied pressure and the electronic pressure sensor is positioned external to the modular support pad. an electronic pressure sensor; tubing; a support cushion; a fluid-filled bladder coupled to the electronic pressure sensor via the tubing, the electronic pressure sensor sensing a fluid pressure within the fluid-filled bladder; and a ticking surrounding the fluid-filled bladder and the support cushion and forming a person support surface and a bottom surface, wherein a pressure applied to the fluid-filled bladder pushes a volume of fluid out of the fluid-filled bladder and into the tubing, characterised in that the electronic pressure sensor senses the fluid pressure caused by the volume of fluid entering the tubing and outputs a signal corresponding to the applied pressure and the electronic pressure sensor is positioned external to the modular support pad.
A tubing mounted completion assembly for running at an end of a completion string; the assembly comprising a substantially tubular body for connection in a tubing string below a production packer, the assembly having a through bore with a first inlet and a first outlet each coaxial with the tubing string; a downhole electronic actuating mechanism, a battery arranged to provide a remote power supply to the electronic actuating mechanism, a downhole hydraulic pump and a hydraulically operated valve member; wherein the actuating mechanism operates the hydraulic pump to pump fluid through at least one hydraulic control line to control movement of the valve member from a first position, where the valve member is open and a through bore is created between the inlet and outlet of the assembly, to a second position, where the valve member seals the through bore, and back to the first position.
A communication device (4, 5) capable of mutually communicating with an electrical device (6, 7, 8, 9, 10), the communication device (4, 5) comprising: a superimposed signal receiving unit that receives a data signal related to the electrical device (6, 7, 8, 9, 10) as a signal superimposed on an operation signal output from the electrical device (6, 7, 8, 9, 10) or an operation signal input to the electrical device (6, 7, 8, 9, 10); a period determination unit that determines whether or not a communication error of the data signal detected by the superimposed signal receiving unit is able to be regarded as having occurred in a transition period of a value of the operation signal; and a state determination unit that determines a state of communication with the electrical device (6, 7, 8, 9, 10) in accordance with the determination by the period determination unit. a superimposed signal receiving unit that receives a data signal related to the electrical device (6, 7, 8, 9, 10) as a signal superimposed on an operation signal output from the electrical device (6, 7, 8, 9, 10) or an operation signal input to the electrical device (6, 7, 8, 9, 10); a period determination unit that determines whether or not a communication error of the data signal detected by the superimposed signal receiving unit is able to be regarded as having occurred in a transition period of a value of the operation signal; and a state determination unit that determines a state of communication with the electrical device (6, 7, 8, 9, 10) in accordance with the determination by the period determination unit.
A synergistic microbicidal composition comprising: (a) a nonionic surfactant with structure: R 1 O(CH 2 CH(CH 3)O) 5 (CH 2 CH 2 O) 9 H where R 1 is a C 8 alkyl group; and (b) 2-methyl-4-isothiazolin-3-one; wherein a weight ratio of said nonionic surfactant to 2-methyl-4-isothiazolin-3-one is from 1:0.005 to 1:1.3714, and wherein said composition comprises less than 1 wt% of 5-chloro-2-methyl-4-isothiazolin-3-one based on the total weight of said nonionic surfactant and 2-methyl-4-isothiazolin-3-one.
Method for diagnosing the functionality of a filling level sensor of a filling level indicator for a storage container of a liquid operating medium in a motor vehicle, in which the electric raw signal of the filling level sensor is monitored during travel operation for changes brought about by operating medium fluctuations, that is to say, for changes brought about by vehicle movements, and when such changes do not occur a warning signal is generated, characterised in that in the diagnosis method, at least one additional diagnosis condition is detected and the warning signal is indicated or suppressed taking into account the detected additional diagnosis condition, wherein the filling level of the operating medium is detected as an additional diagnosis condition and, depending on the height of the detected filling level, the warning signal is indicated or suppressed, wherein with a filling level above and below a defined filling level range (m) in the storage container, when changes of the raw signal do not occur, the warning signal is suppressed, wherein with a filling level above the defined filling level range (m) in the storage container the warning signal is suppressed over a defined time range (t) of the travel operation of the motor vehicle.
Method of real-time monitoring of the operation of a wind turbine in an operational region of theoretically constant power coefficient, the wind turbine having a rotor with a plurality of rotor blades and a generator, the method comprising measuring the electrical power generated by the wind turbine, a representative wind speed, and an ambient temperature; calculating the wind power available to the wind turbine at a moment in time based on the measured ambient temperature and measured representative wind speed; determining the aerodynamic power captured by the wind turbine at substantially the same moment in time based on the measured electrical power generated; and calculating the practical power coefficient by dividing the aerodynamic power captured by the calculated available wind power and providing the calculated power coefficient to a wind turbine control system, wherein the power coefficient is collected substantially over the whole range of theoretically constant power coefficient.
Molding tool for molding a rod-shaped housing for a rod antenna, the molding tool comprising: a rod-shaped mold core; and a molding counterpart having a receptacle into which the mold core is insertable, wherein the molding counterpart has a plurality of recesses and/or protrusions formed in at least one surface of the receptacle and extending along a direction transversely oriented to a longitudinal direction of the molding counterpart, characterized in that a sidewall is provided with an inclination at an acute angle relative to the side surface of the housing for each recess formed by the molding tool in the rod-shaped housing, wherein this sidewall absorbs a force occurring during demolding of the mold core from the housing. a rod-shaped mold core; and a molding counterpart having a receptacle into which the mold core is insertable, wherein the molding counterpart has a plurality of recesses and/or protrusions formed in at least one surface of the receptacle and extending along a direction transversely oriented to a longitudinal direction of the molding counterpart, characterized in that a sidewall is provided with an inclination at an acute angle relative to the side surface of the housing for each recess formed by the molding tool in the rod-shaped housing, wherein this sidewall absorbs a force occurring during demolding of the mold core from the housing.
A process for the synthesis of lithium metal phosphate/carbon nanocomposites as cathode active materials in rechargeable electrochemical cells comprising the following steps: a) impregnating a cellulosic precursor with an activating agent comprising phosphoric acid or a phosphate salt or a phosphate ester, b) heating the impregnated cellulosic precursor to produce a phosphorylated carbon of high specific surface area, c) mixing the thus obtained phosphorylated carbon with precursors of lithium, transition metals, optional dopants and, if required, additional phosphate, d) heating the mixture of step c) to produce a nanocomposite of lithium metal phosphate and carbon. a) impregnating a cellulosic precursor with an activating agent comprising phosphoric acid or a phosphate salt or a phosphate ester, b) heating the impregnated cellulosic precursor to produce a phosphorylated carbon of high specific surface area, c) mixing the thus obtained phosphorylated carbon with precursors of lithium, transition metals, optional dopants and, if required, additional phosphate, d) heating the mixture of step c) to produce a nanocomposite of lithium metal phosphate and carbon.
A skin for a vehicle interior trim part, which skin comprises at least an outer elastomeric layer with an inner surface and an outer surface and at least one operating element which is adhered to the inner surface of said outer layer and which has an operating surface, the outer surface of said outer elastomeric layer forming the visible surface of the skin, characterised in that the operating surface of said operating element extends in a first area of the visible surface of said skin which is at least partially surrounded by a second area of the visible surface of said skin, the outer surface of said outer layer having in at least a portion of said first area a first surface texture and in said second area a second surface texture which is different from said first surface texture, and said operating element is configured to be connected to an electric or electronic component to enable to control the operation of said component.
A method for the control of operating devices for lighting means (1, 1', 1") by means of a central rectifier/power factor correction -unit as central unit, which by means of at least one DC-output circuit supplies the operating devices for lighting means (1, 1', 1"), wherein the DC-output circuit enables a uni- or bi-directional communication between the central unit and the operating devices for lighting means (1, 1', 1"), characterized in that the central unit comproses for load adaptation of the DC-output circuit a central cascaded AC/DC converter, which is made up of several PFC-modules (14, 14', 14") connected in parallel, to which a rectifier is upstream.
A method for forming a helmet, the method comprising: forming a puck having an interface surface and at least one side; placing the interface surface of the puck in direct contact with a receiving surface of a cap located in an impact liner mold; thermally fusing the interface surface of the puck directly to the receiving surface of the cap while contemporaneously forming an impact liner body inside the mold, the impact liner body fusing to the at least one side of the puck and to a majority of the receiving surface of the cap while being formed. forming a puck having an interface surface and at least one side; placing the interface surface of the puck in direct contact with a receiving surface of a cap located in an impact liner mold; thermally fusing the interface surface of the puck directly to the receiving surface of the cap while contemporaneously forming an impact liner body inside the mold, the impact liner body fusing to the at least one side of the puck and to a majority of the receiving surface of the cap while being formed.
A mixing calciner which mixes a to-be-calcined cement material with a superheated calcined portion to cause a calcination reaction, wherein the mixing calciner is a fluidized-bed type or a spouted-bed type, and is provided with: a plurality of feed lines for feeding the to be-calcined cement material; a fluidizing or spouting means in a bottom part of the mixing calciner for feeding air, in an early stage of operation, into the mixing calciner to fluidize or spouse the to-be-calcined cement material with air, wherein the feed lines for feeding the to be-calcined cement material are connected to different positions in a height direction of the mixing calciner. a plurality of feed lines for feeding the to be-calcined cement material; a fluidizing or spouting means in a bottom part of the mixing calciner for feeding air, in an early stage of operation, into the mixing calciner to fluidize or spouse the to-be-calcined cement material with air, wherein the feed lines for feeding the to be-calcined cement material are connected to different positions in a height direction of the mixing calciner.
A control device comprising: a processor; a driving circuit including a switching element that drives loads of an engine; and a communication circuit for transmitting a control signal from the processor to the driving circuit via serial communication; characterized in that the driving circuit is adapted to receive a control signal from the processor, wherein the control signal includes a plurality of data bits, each of the data bits corresponds to one switching element and the data bits are grouped into data frames, and the driving circuit further adapted to change an operating state of one of the switching elements if data bits of the control signal corresponding to the same switching element and belonging to different data frames are determined to have the same value a predetermined number of times in succession, wherein the bit value "1" indicates to turn on the switching element and the bit value "0" indicates to turn off the switching element, or the bit value "0" indicates to turn on the switching element and the bit value "1" indicates to turn off the switching element. a processor; a driving circuit including a switching element that drives loads of an engine; and a communication circuit for transmitting a control signal from the processor to the driving circuit via serial communication; characterized in that the driving circuit is adapted to receive a control signal from the processor, wherein the control signal includes a plurality of data bits, each of the data bits corresponds to one switching element and the data bits are grouped into data frames, and the driving circuit further adapted to change an operating state of one of the switching elements if data bits of the control signal corresponding to the same switching element and belonging to different data frames are determined to have the same value a predetermined number of times in succession, wherein the bit value "1" indicates to turn on the switching element and the bit value "0" indicates to turn off the switching element, or the bit value "0" indicates to turn on the switching element and the bit value "1" indicates to turn off the switching element.
Indexing head with two rotating axes, with a first rotating axis A perpendicular to the fixing position with regard to the mode of operation of the head in the measuring machine, and with a second rotating axis B in the axis of the fixing direction, in turn defining an upper part of the fixed head with regard to the B axis and a lower part of the head, which moves in relation to axis A and B; and which comprises a principal servomotor A for rotation on the A axis and an anchoring mechanism for the position on the A axis arranged in said lower part of the head; and a principal servomotor B for rotation on the B axis with an anchoring mechanism for the position on the B axis arranged on said upper part of the head; characterised in that the locking mechanism on the B axis comprises an anchor gear connected to a transmission system of a secondary motor B which rotates an L-shaped part caused by the anchor gear sliding on a lever in such a way that it raises the lower part of the head; and where the locking mechanism on the A axis comprises an anchoring part of an external casing which has an array of ball bearings which allow said external casing to be positioned, and wherein a secondary servomotor A provided with a threaded shaft inserted in a threaded hole of the anchoring part causes in turn the forwards or backwards movement of said anchoring part to lock the rotation of said external casing depending on the rotational direction of the secondary servomotor A.