mhurhangee/ep-ind-claims huggingface dataset:
Device for the low-temperature separation of air having a main heat exchanger which comprises at least two heat-exchanger blocks, having a distillation column system for nitrogen-oxygen separation that has at least one high-pressure column, having a subcooling-counterflow heat exchanger which is separate from the main heat exchanger and is formed by a heat-exchanger block, having means for introducing feed air via the main heat exchanger into the high-pressure column, having means for introducing a liquid stream from the distillation column system for nitrogen-oxygen separation into the subcooling-counterflow heat exchanger and having means for introducing a gas stream from the distillation column system for nitrogen-oxygen separation into the subcooling-counterflow heat exchanger, wherein the main heat exchanger and the subcooling-counterflow heat exchanger are arranged in a first cold box and the top end of the subcooling-counterflow heat exchanger is arranged below the bottom end of the main heat exchanger, characterized in that the subcooling-counterflow heat exchanger, via at least one pipeline (17, 18, 19) which flow-connects main heat exchanger and subcooling-counterflow heat exchanger, is suspended on the main heat exchanger.
Device for cleaning an optical sensor of an optical detection system for a motor vehicle, which comprises an assembly for guiding and distributing a cleaning fluid and a drying fluid (3, 4, 5, 6, 7, 8), and electric motor-driven means for moving this fluid guiding and distributing assembly between a working position in which the fluids can be distributed over an exterior surface of the optical sensor and an idle position, characterized in that the electric motor-driven means for moving this fluid guiding and distributing assembly are electric motor-driven means for moving this fluid guiding and distributing assembly in a linear motion and in that the electric motor-driven means have an output drive shaft fastened to the fluid guiding and distributing assembly (3, 4, 5, 6, 7, 8), said drive shaft being moved linearly.
A canopy (110, 210) for a direct drive wind turbine, the canopy comprising an interface section (120, 220) configured for mechanically coupling the canopy to a generator, wherein the interface section comprises at least one outlet (122, 222) configured to receive cooling fluid exhausted by the generator and eject the received cooling fluid, wherein the interface section comprises a tubular member extending in the axial direction of the wind turbine.
An endotoxin test method comprising adding a lysate reagent to a solution or dispersion of a camptothecin derivative, timiperone or a taxane derivative in the presence of albumin and/or globulin; wherein said camptothecin derivative has a camptothecin skeleton; and wherein said taxane derivative has a baccatin skeleton.
A recombinant adeno-associated virus (rAAV) comprising a transgene encoding a therapeutic gene product for use in a method for treating an ocular disease or disorder in a primate subject in need thereof, said subject having neutralizing antibodies at a concentration of between about 0.46 mg/mL to about 1.85 mg/mL in the vitreous fluid of the eye; said method comprising intravitreally administering to the eye of the subject at least 1×10 11 vg of a recombinant adeno-associated virus (rAAV) comprising a transgene encoding a therapeutic gene product, wherein the subject comprises neutralizing antibodies that specifically bind the rAAV, and wherein the transduced ocular cells expresses the therapeutic gene product at a concentration sufficient to treat the disease or disorder.
A wind turbine comprising at least one component provided with a first temperature sensor for detecting a temperature (T S) of the component and a second temperature sensor for detecting a outside temperature (T A, T A1, T A2), a heater associated with the component in order to heat the component and a heater controller, the first and second temperature sensors being connected to the heater controller for applying first and second input quantities thereto, in order to activate the heater when the detected temperature (T S) of the component lies below a predetermined switch-on value (E 1, E 2) for the heater, wherein the switch-on value (E 1, E 2) for the heater depends in at least one predetermined temperature interval on the outside temperature (T A, T A1, T A2) and, within the at least one predetermined temperature interval, the switch-on value (E 1) at a first value of the outside temperature (T A1) is greater than the switch-on value (E 2) at a second value of the outside temperature (TA 2) when the second value of the outside temperature (T A2) is greater than the first value of the outside temperature (T A1).
A method for downloading an application program having at least one file from at least one service terminal to a user terminal, the method comprising the following steps of: segmenting the at least one file into a plurality of blocks, and arranging the plurality of blocks according to a particular read order of the application program required by a common function, wherein the particular read order is determined based on statistics of use times N, wherein a block having a larger N has a priority read order over that of another block having a smaller N, and the plurality of blocks include a first block and a second block; transmitting the first block to the user terminal; and executing the first block at the user terminal before the second block is transmitted to the user terminal; wherein, when there are no statistics of use times N, the plurality of blocks is transmitted according to an order of the at least one file that the application program needs to use; and wherein, when the plurality of blocks have not been stored in the memory at the user terminal, the plurality of blocks are executed in the memory according to the particular read order after the plurality of blocks are downloaded into the memory at the user terminal by using a multi-threaded mode from two or more of the at least one service terminal, wherein said two or more service terminals are close to the user terminal. segmenting the at least one file into a plurality of blocks, and arranging the plurality of blocks according to a particular read order of the application program required by a common function, wherein the particular read order is determined based on statistics of use times N, wherein a block having a larger N has a priority read order over that of another block having a smaller N, and the plurality of blocks include a first block and a second block; transmitting the first block to the user terminal; and executing the first block at the user terminal before the second block is transmitted to the user terminal; wherein, when there are no statistics of use times N, the plurality of blocks is transmitted according to an order of the at least one file that the application program needs to use; and wherein, when the plurality of blocks have not been stored in the memory at the user terminal, the plurality of blocks are executed in the memory according to the particular read order after the plurality of blocks are downloaded into the memory at the user terminal by using a multi-threaded mode from two or more of the at least one service terminal, wherein said two or more service terminals are close to the user terminal.
A transgenic murine host capable of producing immunoglobulins comprising a human VL region, said murine host comprising integrated in its germline a rearranged nucleic acid comprising one human germline V and one human germline J gene segment encoding a rearranged human VL region and a light chain constant region of any animal species, wherein said light chain variable region is capable of pairing with at least two different heavy chains encoded by the host, such that variety in specificity of antibodies comprising said human VL region is retained through rearrangements and hypermutations in the heavy chains.
An electromechanical transducer for transducing an electrical input signal into an electrical output signal, the transducer comprising: a substrate; an electrically conductive resonator element attached to the substrate, the resonator element extending in a longitudinal direction having a length and comprising a resistor with an ohmic resistance, said output signal being a function of the resistance; and an electrically conductive actuator able to receive an electrical actuation potential difference with respect to the resonator element; characterized in that the electrically conductive actuator is arranged to induce an elastic deformation of the resonator element, the actuation potential difference being a function of the input signal, the elastic deformation comprising a change (dl) of the length, wherein the ohmic resistance is a function of the change (dl) of the length and the resonator element including a deformation-free part, a first part having a first length that extends from one side of the deformation-free part in the longitudinal direction, and a second part having a second length that extends from the other side of the deformation-free part in the longitudinal direction, the resonator element being attached to the substrate only in the deformation-free part. a substrate; an electrically conductive resonator element attached to the substrate, the resonator element extending in a longitudinal direction having a length and comprising a resistor with an ohmic resistance, said output signal being a function of the resistance; and an electrically conductive actuator able to receive an electrical actuation potential difference with respect to the resonator element; characterized in that the electrically conductive actuator is arranged to induce an elastic deformation of the resonator element, the actuation potential difference being a function of the input signal, the elastic deformation comprising a change (dl) of the length, wherein the ohmic resistance is a function of the change (dl) of the length and the resonator element including a deformation-free part, a first part having a first length that extends from one side of the deformation-free part in the longitudinal direction, and a second part having a second length that extends from the other side of the deformation-free part in the longitudinal direction, the resonator element being attached to the substrate only in the deformation-free part.
A method to quantify gas in the imaging of a scene having a background and a possible occurrence of gas, said method comprising: obtaining a gas infrared image representing infrared radiation within a high absorption wavelength band A for the gas emitted from the scene; obtaining a background infrared image representing infrared radiation within a low absorption wavelength band B for said gas emitted from the scene; generating a gas-absorption-path-length image as a scene difference infrared image based on the gas infrared image and the scene background infrared image; and generating a quantified scene difference infrared image based on the scene difference infrared image and a predefined gas-quantifying relation GQR. obtaining a gas infrared image representing infrared radiation within a high absorption wavelength band A for the gas emitted from the scene; obtaining a background infrared image representing infrared radiation within a low absorption wavelength band B for said gas emitted from the scene; generating a gas-absorption-path-length image as a scene difference infrared image based on the gas infrared image and the scene background infrared image; and generating a quantified scene difference infrared image based on the scene difference infrared image and a predefined gas-quantifying relation GQR.
A vacuum pump system comprising a vacuum pump, a control unit, and a second microcontroller monitoring the revolution speed of the motor, wherein the vacuum pump has a brushless, multiphase synchronous motor with a permanent magnetically excited rotor, and wherein the control unit includes a drive microcontroller and an end stage (6a, 6b), with the drive microcontroller being configured to switch off the end stage (6a, 6b) when a higher current revolution speed than allowed for the pump type is measured, and wherein the second microcontroller that is configured to switch off the end stage (6a, 6b) on a recognition of the exceeding of a maximum revolution speed is arranged in the control unit, characterized in that the vacuum pump has pump type recognition means; and in that the second microcontroller is configured to evaluate the pump type recognition means arranged in the vacuum pump and to determine the maximum revolution speed permitted for the vacuum pump therefrom.
Baling press with a bale-forming chamber, in which stalk- and/or leaf-like harvested material or similar pressing material can be formed and/or pressed into bales, wherein the bale-forming chamber comprises at least one belt member revolving around guide rollers, which member can be tensioned by at least one belt-tensioner (7, 8) and can be driven by at least one drive motor, characterized in that that a slippage-establishing unit for establishing slippage between the drive motor and the at least one belt member, as well as a controller unit for controlling at least one operating parameter of the baling press depending upon the established slippage are provided.
A semiconductor device comprising: a clock generation circuit which generates a clock signal, including: a divider circuit configured to output a judgement timing signal and a first divided signal by dividing a carrier wave; a correction judgement circuit configured to output a set correction signal and a reset correction signal, a correction circuit configured to output a second divided signal as the clock signal by dividing the first divided signal, wherein the correction circuit has a function of performing a correction by inverting the second divided signal in a period corresponding to a half period of the clock signal by using the set correction signal or the reset correction signal, and wherein the correction judgement circuit is configured to judge whether the correction is performed or not in accordance with the judgement timing signal. a clock generation circuit which generates a clock signal, including: a divider circuit configured to output a judgement timing signal and a first divided signal by dividing a carrier wave; a correction judgement circuit configured to output a set correction signal and a reset correction signal, a correction circuit configured to output a second divided signal as the clock signal by dividing the first divided signal, wherein the correction circuit has a function of performing a correction by inverting the second divided signal in a period corresponding to a half period of the clock signal by using the set correction signal or the reset correction signal, and wherein the correction judgement circuit is configured to judge whether the correction is performed or not in accordance with the judgement timing signal. a divider circuit configured to output a judgement timing signal and a first divided signal by dividing a carrier wave; a correction judgement circuit configured to output a set correction signal and a reset correction signal, a correction circuit configured to output a second divided signal as the clock signal by dividing the first divided signal, wherein the correction circuit has a function of performing a correction by inverting the second divided signal in a period corresponding to a half period of the clock signal by using the set correction signal or the reset correction signal, and wherein the correction judgement circuit is configured to judge whether the correction is performed or not in accordance with the judgement timing signal.
Reader head with a sensor unit (LK1A, LK1B, LK2, LK3), wherein the sensor unit (LK1A, LK1B, LK2, LK3) comprises a first RFID transponder reader unit (LR1, LR2) and a first induction detector unit, the reader head has a longitudinal axis and is displaceable along a rail in the direction of the longitudinal axis, and an evaluating unit, which is connected with the RFID transponder reader unit (LR1, LR2) and with the first induction detector unit, is provided, characterised in that the RFID transponder reader unit (LR1, LR2) is arranged for absolute position determination and outputs a first position value, the first inductor detector unit is arranged for absolute position determination and outputs a second position value and the evaluating unit is arranged to determine an absolute position from the first position value and the second position value.
A water spraying device comprising: a sprayer assembly (13, 33) comprising a water inlet end (132, 332) and a water outlet end (133, 333); and a mounting assembly (17, 27, 37) comprising a first end and a second end connectable to a water inlet pipe, wherein the first end and the second end of the mounting assembly (17, 27, 37) are in fluid communication to form a water passage to the sprayer assembly (13, 33); characterised in that a first magnetic element is disposed on the water inlet end (132,332), a second magnetic element is disposed on the first end of the mounting assembly (17,27,37), and wherein the first magnetic element is mutually attractive to the second magnetic element such that the water inlet end (132, 332) of the sprayer assembly (13, 33) and the first end of the mounting assembly (17, 27, 37) are detachably connectable via the first magnetic element and the second magnetic element. a sprayer assembly (13, 33) comprising a water inlet end (132, 332) and a water outlet end (133, 333); and a mounting assembly (17, 27, 37) comprising a first end and a second end connectable to a water inlet pipe, wherein the first end and the second end of the mounting assembly (17, 27, 37) are in fluid communication to form a water passage to the sprayer assembly (13, 33); characterised in that a first magnetic element is disposed on the water inlet end (132,332), a second magnetic element is disposed on the first end of the mounting assembly (17,27,37), and wherein the first magnetic element is mutually attractive to the second magnetic element such that the water inlet end (132, 332) of the sprayer assembly (13, 33) and the first end of the mounting assembly (17, 27, 37) are detachably connectable via the first magnetic element and the second magnetic element.
An electrolyte composition, comprising at least one solvent, at least one conductive salt, at least one compound selected from the group consisting of fluorinated ethylene carbonates and vinylene carbonate, and at least one compound of general formula: R 1 R 2 CF-O-C -O-R 3 wherein R 1 and R 2 are independently H, F, alkyl, cycloalkyl, alkylene-aryl, or alkylene-heteroaryl; and wherein R 3 is an aryl group or an alkylene-aryl group, wherein the alkyl groups and the cycloalkyl groups may be optionally substituted, and the aryl groups may be optionally halogenated, wherein the concentration of the compound selected from the group consisting of fluorinated ethylene carbonates and vinylene carbonate is from 0.1 to 5 wt %, preferably 0.5 to 3.5 wt %, more preferably 1 to 2 wt %, relative to the total weight of the electrolyte composition.
A method of preparing a chlorinated alkane product comprising, reacting a chlorinated alkane substrate with a source of chlorine in the presence of a polyvalent molybdenum compound, thereby forming a product comprising said chlorinated alkane product, wherein said chlorinated alkane product has covalently bonded thereto at least one more chlorine group than said chlorinated alkane substrate, and said chlorinated alkane substrate and said chlorinated alkane product each have a carbon backbone structure that is in each case the same, wherein said polyvalent molybdenum compound comprises molybdenum pentachloride. reacting a chlorinated alkane substrate with a source of chlorine in the presence of a polyvalent molybdenum compound, thereby forming a product comprising said chlorinated alkane product, wherein said chlorinated alkane product has covalently bonded thereto at least one more chlorine group than said chlorinated alkane substrate, and said chlorinated alkane substrate and said chlorinated alkane product each have a carbon backbone structure that is in each case the same, wherein said polyvalent molybdenum compound comprises molybdenum pentachloride.
A syringe for dispensing a dental substance, comprising a container forming at least a first and a second component chamber that extend in a dimension parallel to a longitudinal axis of the syringe; a plunger comprising a first and a second plunger rod that are fixedly connected to each other; the first and second plunger rod being at least partially arranged in the first and second chambers, respectively, for a movement from a full position to an empty position over a displacement length; an actuator being guided for a movement along the longitudinal axis relative to the container, wherein the movement of the actuator is restricted for a predetermined actuation stroke being defined by a length between a rear position and a front position of the actuator; wherein the actuator guides the plunger in a movement along the longitudinal axis; wherein the plunger has a toothing along the dimension of the longitudinal axis, the teeth of the toothing being spaced at a pitch; the actuator comprising at least a first pawl that meshes into the toothing of the plunger, wherein the first pawl and the teeth of the toothing are configured such that in a movement of the actuator in a direction from the front toward the rear position the pawl overrides the teeth and in a movement in the opposite direction the pawl engages the teeth; wherein the displacement length is greater than the actuation stroke and the actuation stroke is at least twice of the pitch.
A cleaning device for cleaning floors comprising: a solution tank configured to store cleaning solution, wherein the solution tank is located at a top side of the cleaning device and comprises an outlet; a motorized chassis located beneath the solution tank and comprising an electronics compartment, the electronics compartment defined at least partly by splash shields and a drip shield, the splash shields defining a top and sides of the electronics compartment, and the drip shield defining a bottom side of the electronics compartment; at least one wire opening in one of the splash shields; and fluid lines extending from the outlet towards a bottom of the cleaning device and exterior to the electronics compartment characterized in that the device comprises a protective cover overlying the at least one wire opening, the protective covering containing at least one passage facing in a direction opposite to the solution tank and adapted to allow a wire to pass through the passage and through the wire opening into the electronics compartment. a solution tank configured to store cleaning solution, wherein the solution tank is located at a top side of the cleaning device and comprises an outlet; a motorized chassis located beneath the solution tank and comprising an electronics compartment, the electronics compartment defined at least partly by splash shields and a drip shield, the splash shields defining a top and sides of the electronics compartment, and the drip shield defining a bottom side of the electronics compartment; at least one wire opening in one of the splash shields; and fluid lines extending from the outlet towards a bottom of the cleaning device and exterior to the electronics compartment characterized in that the device comprises a protective cover overlying the at least one wire opening, the protective covering containing at least one passage facing in a direction opposite to the solution tank and adapted to allow a wire to pass through the passage and through the wire opening into the electronics compartment.