mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a microbicide, comprising: a step for preparing an inorganic aqueous solution containing an inorganic component having seawater as a raw material thereof, an ozone mixing step for mixing ozone into the inorganic aqueous solution, and a stirring step for stirring the inorganic aqueous solution mixed with ozone and passing through a bubble generation nozzle; wherein, when the amount of inorganic aqueous solution treated in the ozone mixing step and the stirring step is defined as X liters and the treatment rate of the ozone mixing step and the stirring step is defined as Y liters/minute, then the microbicide is manufactured by alternately repeating the ozone mixing step and the stirring step for A · X/Y minutes, where A is 40 to 80, the inorganic aqueous solution contains three-fold water diluted bittern-containing water and, before the three-fold water dilution, the bittern-containing water contains 12% to 30% by weight MgCl 2 as Mg ions, 10 mg/liter to 100 mg/liter of Ca ions, 100 mg/liter to 1000 mg/liter of K ions and 100 mg/liter to 1000 mg/liter of Na ions, and the temperature of the inorganic aqueous solution in the ozone mixing step and the stirring step is 0°C to 10°C. a step for preparing an inorganic aqueous solution containing an inorganic component having seawater as a raw material thereof, an ozone mixing step for mixing ozone into the inorganic aqueous solution, and a stirring step for stirring the inorganic aqueous solution mixed with ozone and passing through a bubble generation nozzle; wherein, when the amount of inorganic aqueous solution treated in the ozone mixing step and the stirring step is defined as X liters and the treatment rate of the ozone mixing step and the stirring step is defined as Y liters/minute, then the microbicide is manufactured by alternately repeating the ozone mixing step and the stirring step for A · X/Y minutes, where A is 40 to 80, the inorganic aqueous solution contains three-fold water diluted bittern-containing water and, before the three-fold water dilution, the bittern-containing water contains 12% to 30% by weight MgCl 2 as Mg ions, 10 mg/liter to 100 mg/liter of Ca ions, 100 mg/liter to 1000 mg/liter of K ions and 100 mg/liter to 1000 mg/liter of Na ions, and the temperature of the inorganic aqueous solution in the ozone mixing step and the stirring step is 0°C to 10°C.
A method for the controlled charging of blasting boreholes with a flowable or pourable explosive in open-cast mining comprising the following steps: - providing a radar head having at least one radar unit (12, 12', 12") that is operated in the non-rock penetrating frequency range; - arranging the radar head at a pulling means ; - introducing the radar head into the blasting borehole in that the radar head is lowered into the blasting borehole from an upper aperture opening of said blasting borehole in an arrangement at the pulling means ; and - detecting at least one measurement value comprising a base distance (d) of the radar head from the blasting borehole base and/or a charge height distance (d') for determining the charge height (h) of the explosive in the blasting borehole and/or comprising the shape of the jacket section over at least a portion of the depth of the blasting borehole by means of the operation of at least one of the radar units (12, 12', 12"), wherein - the radar head is hanging on the pulling means and is moved from bottom to top or from top to bottom in a vertical axis (z) between a lower blasting borehole base and the aperture opening of the blasting borehole during the detection of the at least one measurement value. - providing a radar head having at least one radar unit (12, 12', 12") that is operated in the non-rock penetrating frequency range; - arranging the radar head at a pulling means ; - introducing the radar head into the blasting borehole in that the radar head is lowered into the blasting borehole from an upper aperture opening of said blasting borehole in an arrangement at the pulling means ; and - detecting at least one measurement value comprising a base distance (d) of the radar head from the blasting borehole base and/or a charge height distance (d') for determining the charge height (h) of the explosive in the blasting borehole and/or comprising the shape of the jacket section over at least a portion of the depth of the blasting borehole by means of the operation of at least one of the radar units (12, 12', 12"), wherein - the radar head is hanging on the pulling means and is moved from bottom to top or from top to bottom in a vertical axis (z) between a lower blasting borehole base and the aperture opening of the blasting borehole during the detection of the at least one measurement value.
A device, comprising: one or more memories ; and travel mode control circuitry coupled to the one or more memories, wherein the travel mode control circuitry is configured to: monitor motion data and temperature data to detect a first travel state of the device; respond to detection of the first travel state of the device by monitoring motion data and pressure data to detect a transition from the first travel state to a second travel state of the device; and respond to detection of the transition to the second travel state of the device by generating one or more control signals to cause the device to enter a first travel mode of operation. one or more memories ; and travel mode control circuitry coupled to the one or more memories, wherein the travel mode control circuitry is configured to: monitor motion data and temperature data to detect a first travel state of the device; respond to detection of the first travel state of the device by monitoring motion data and pressure data to detect a transition from the first travel state to a second travel state of the device; and respond to detection of the transition to the second travel state of the device by generating one or more control signals to cause the device to enter a first travel mode of operation. monitor motion data and temperature data to detect a first travel state of the device; respond to detection of the first travel state of the device by monitoring motion data and pressure data to detect a transition from the first travel state to a second travel state of the device; and respond to detection of the transition to the second travel state of the device by generating one or more control signals to cause the device to enter a first travel mode of operation.
A method for transmitting a multi-carrier modulated signal on a physical channel, said method comprising: providing data, said data comprising: a broadcaster table identifying a plurality of broadcasters which are sharing said physical channel; and a plurality of physical layer pipes, PLPs, associated with each of said broadcasters, wherein each PLP of the plurality of PLPs represents a virtual channel or service; and multi-carrier modulating said data by allocating said data to a plurality of carriers of said physical channel in a plurality of modulation symbols, wherein, for each broadcaster in the plurality of broadcasters, the broadcaster table comprises : a broadcaster identifier for said broadcaster, and a broadcaster system information PLP, said broadcaster system information PLP containing system information for said broadcaster; a value indicating a number of PLPs associated with said broadcaster, and a PLP identifier of each PLP associated with said broadcaster; characterized in that at least one PLP of the plurality of PLPs is shared among at least two broadcasters in the plurality of broadcasters. a broadcaster table identifying a plurality of broadcasters which are sharing said physical channel; and a plurality of physical layer pipes, PLPs, associated with each of said broadcasters, wherein each PLP of the plurality of PLPs represents a virtual channel or service; and multi-carrier modulating said data by allocating said data to a plurality of carriers of said physical channel in a plurality of modulation symbols, wherein, for each broadcaster in the plurality of broadcasters, the broadcaster table comprises : a broadcaster identifier for said broadcaster, and a broadcaster system information PLP, said broadcaster system information PLP containing system information for said broadcaster; a value indicating a number of PLPs associated with said broadcaster, and a PLP identifier of each PLP associated with said broadcaster; characterized in that at least one PLP of the plurality of PLPs is shared among at least two broadcasters in the plurality of broadcasters. a broadcaster identifier for said broadcaster, and a broadcaster system information PLP, said broadcaster system information PLP containing system information for said broadcaster; a value indicating a number of PLPs associated with said broadcaster, and a PLP identifier of each PLP associated with said broadcaster; characterized in that at least one PLP of the plurality of PLPs is shared among at least two broadcasters in the plurality of broadcasters.
Method of producing a structured antiwear film , comprising the method steps: a. providing a base antiwear film ; b. applying a formable lacquer-containing top layer onto at least a partial area of the base antiwear film ; c. at least partial structuring of the lacquer-containing top layer by use of a digital printing process in order to produce a structuring of the lacquer-containing top layer ; and d. curing the lacquer-containing top layer in such a way that the lacquer-containing top layer is first partially cured, wherein UV radiation having a wavelength in a range from ≥ 150 nm to ≤ 250 nm is used for the partial curing, and wherein the lacquer-containing top layer is subsequently finally cured, and wherein e. the lacquer-containing top layer is treated before being fed to the printing unit for partial structuring of the lacquer-containing top layer and/or during the printing process for partial structuring of the lacquer-containing top layer in the printing unit by means for changing the electrostatic charge of the top layer by electrostatically discharging the top layer . a. providing a base antiwear film ; b. applying a formable lacquer-containing top layer onto at least a partial area of the base antiwear film ; c. at least partial structuring of the lacquer-containing top layer by use of a digital printing process in order to produce a structuring of the lacquer-containing top layer ; and d. curing the lacquer-containing top layer in such a way that the lacquer-containing top layer is first partially cured, wherein UV radiation having a wavelength in a range from ≥ 150 nm to ≤ 250 nm is used for the partial curing, and wherein the lacquer-containing top layer is subsequently finally cured, and wherein e. the lacquer-containing top layer is treated before being fed to the printing unit for partial structuring of the lacquer-containing top layer and/or during the printing process for partial structuring of the lacquer-containing top layer in the printing unit by means for changing the electrostatic charge of the top layer by electrostatically discharging the top layer .
Pump system with rotary valve comprising a pump with a variable volume pump chamber that allows to store liquid between a drawing in phase and subsequent expulsion phase, and a valve , the valve including a rotor comprising a rotor body and at least one rotor fluid channel , a stator comprising a stator body and a plurality of stator fluid channels connected to fluid ports mounted on the stator body coupled to respective fluid supply and delivery lines , the fluid ports arranged in a circumferentially spaced apart manner around the rotor, the stator body comprising a valve bearing surface and the rotor body comprising a complementary valve bearing surface slidably engaging the stator valve bearing surface, the rotor fluid channels comprise at least one rotor input fluid channel having an input end at said bearing surface of the rotor and an output end in fluid communication with the pump chamber , and at least one rotor output fluid channel distinct from the rotor input fluid channel and having an input end in fluid communication with said pump chamber and an output end at said valve bearing surface of the rotor body , the rotor input fluid channel configured for fluid communication with at least a first of said stator fluid channels at a first relative angular position of the rotor with respect to the stator, and the rotor output fluid channel configured for fluid communication with at least a second of said stator fluid channels at a second relative angular position of the rotor with respect to the stator, the second relative angular position being different from the first relative angular position, wherein the output end of the rotor input fluid channel and the input end of the rotor output fluid channel are at an axial end face of the rotor that bounds the variable volume pump chamber or is separated by a separating wall portion from the variable volume pump chamber, characterized in that the pump system further comprises an electrical actuator coupled to the rotor, and a position sensing system comprising a position detector mounted in the stator and complementary sensor position markers mounted in the rotor.
A composition comprising succinic acid, aconitic acid, and a carrier, said succinic acid and aconitic acid being present in the composition in a ratio of succinic acid to aconitic acid of from 0.9:1 to 14:1 and wherein the total combined amount of succinic acid and aconitic acid is from 0.1 to 2% w/w of the composition.
A method, comprising: using a gas field ion source to form a beam of ions of an isotope of a noble gas; using ions of the isotope of the noble gas in the beam to investigate or modify a sample, wherein the isotope is selected from the group consisting of He-3, Ne-20, Ne-21, Ne-22, Ar-36, Ar-38, Ar-40, Kr-78, Kr-80, Kr-82, Kr-83, Kr 84, Kr-86, Xe-124, Xe-126, Xe-128, Xe-129, Xe-130, Xe-13 1, Xe-132, Xe-134 and Xe-136; and an amount of the ions of the isotope is greater than a natural abundance of the isotope. using a gas field ion source to form a beam of ions of an isotope of a noble gas; using ions of the isotope of the noble gas in the beam to investigate or modify a sample, wherein the isotope is selected from the group consisting of He-3, Ne-20, Ne-21, Ne-22, Ar-36, Ar-38, Ar-40, Kr-78, Kr-80, Kr-82, Kr-83, Kr 84, Kr-86, Xe-124, Xe-126, Xe-128, Xe-129, Xe-130, Xe-13 1, Xe-132, Xe-134 and Xe-136; and an amount of the ions of the isotope is greater than a natural abundance of the isotope.
A method for manufacturing a wind turbine blade that is pre-staged for subsequent retrofitting with a replacement blade tip segment , comprising: providing the wind turbine blade with a continuous spar structure from a root end to a tip end of the wind turbine blade; and at a pre-defined span-wise location, incorporating one of a span-wise extending beam structure or span-wise extending receiver section with the spar structure. providing the wind turbine blade with a continuous spar structure from a root end to a tip end of the wind turbine blade; and at a pre-defined span-wise location, incorporating one of a span-wise extending beam structure or span-wise extending receiver section with the spar structure.
Lighting apparatus for a motor vehicle, comprising one or more light sources and an optical device , which is designed such that a first light distribution (LV1) is generated in an intermediate image plane (Z) from one or more light beams whose light originates from respective light sources and that, from the first light distribution (LV1), a second light distribution (LV2) in the form of a target light distribution is generated in front of the lighting apparatus , wherein the optical device comprises an exit optical unit imaging the first light distribution (LV1) into the second light distribution (LV2), wherein the optical device comprises one or more spatial phase modulators onto which in each case at least one light beam is incident and which are electrically controllable to variably set a phase modulation of the at least one light beam which is incident thereon, wherein the spatial phase modulator(s) are controlled during operation of the lighting apparatus such that only one phase modulation of the light beam(s) is carried out and substantially the entire luminous flux at the respective phase modulator after passage of the at least one light beam that is incident thereon is contained in the first light distribution (LV1), wherein the lighting apparatus comprises an individual spatial phase modulator and an individual monochromatic light source , characterized in that in the real intermediate image plane (Z), a conversion element is arranged which converts the monochromatic light beam from the individual light source into a different colour spectrum and/or into white light.
Self-propelled and self-steering floor cleaning appliance, comprising a drive unit for traveling on a floor surface to be cleaned, a cleaning unit , which has a wiping roller for wet-cleaning the floor surface and a sweeping roller for sweeping the floor surface , a cleaning liquid container for a cleaning liquid, as well as at least one dirt container (60; 122, 124) for dirt collected from the floor surface , wherein the floor surface is cleanable with the sweeping roller and the wiping roller in the same operation, characterized in that the cleaning liquid container and the at least one dirt container (60; 122, 124) are configured structurally separate from one another and can be detachably connected to one another to form an assembly.
A delivery conduit for supplying a flow of gases from a gases supply means to a patient, the delivery conduit comprising a part of an electrical circuit , wherein the part of an electrical circuit includes a heater wire to heat to the gases flowing through the delivery conduit ; and a temperature sensor connected in series with the heater wire , and positioned at or near the end of the delivery conduit nearest the patient , wherein the part of the electrical circuit is adapted to be used to provide measurements of a temperature of the flow of gases supplied to the patient through the delivery conduit , and wherein the part of an electrical circuit includes a diode in parallel with the temperature sensor . the delivery conduit comprising a part of an electrical circuit , wherein the part of an electrical circuit includes a heater wire to heat to the gases flowing through the delivery conduit ; and a temperature sensor connected in series with the heater wire , and positioned at or near the end of the delivery conduit nearest the patient , wherein the part of the electrical circuit is adapted to be used to provide measurements of a temperature of the flow of gases supplied to the patient through the delivery conduit , and wherein the part of an electrical circuit includes a diode in parallel with the temperature sensor .
A resin glass plate comprising: a transparent resin substrate, and a hard coat layer formed on the transparent resin plate, wherein the hard coat layer is formed of a thermosetting material of a silicone polymer containing cellulose nanofibers of 0.4 to 4.0 pts. wt. based on 100 pts. wt. of silicone polymer, and wherein the hard coat layer has a surface formed into a modification layer having a film thickness of more than 0.2 μm and less than 0.6 μm, and said modification layer is composed mainly of silicon dioxide by selectively cutting and recombining Si-O-Si bonds. a transparent resin substrate, and a hard coat layer formed on the transparent resin plate, wherein the hard coat layer is formed of a thermosetting material of a silicone polymer containing cellulose nanofibers of 0.4 to 4.0 pts. wt. based on 100 pts. wt. of silicone polymer, and wherein the hard coat layer has a surface formed into a modification layer having a film thickness of more than 0.2 μm and less than 0.6 μm, and said modification layer is composed mainly of silicon dioxide by selectively cutting and recombining Si-O-Si bonds.
Shift lever assembly for a motor vehicle, having a shift lever part with a flat contact element movably connected thereto, wherein the flat contact element has a plurality of electrical contacts ; a plug connector , with electrical connection contacts , which can be electrically conductively connected to electrical contacts of a component of the motor vehicle; an intermediate unit arranged in a plug-in position between the shift lever part and the plug connector ; wherein in the plug-in position the electrical contacts of the flat contact element can be electrically conductively coupled to the electrical connection contacts of the plug connector , and wherein the intermediate unit is connected to the shift lever part with play such that the intermediate unit can be moved relative to the shift lever part , and wherein the intermediate unit and the flat contact element can be fastened together such that the intermediate unit and the flat contact element can be inserted together into the plug connector into the plug-in position, and wherein the intermediate unit has a guide means , which, when the intermediate unit and the flat contact element are pushed into the plug connector into the plug-in position, aligns the plurality of electrical contacts of the flat contact element and the electrical connection contacts of the plug connector with one another, characterised in that the play between the intermediate unit and the shift lever part has three translational degrees of freedom. a shift lever part with a flat contact element movably connected thereto, wherein the flat contact element has a plurality of electrical contacts ; a plug connector , with electrical connection contacts , which can be electrically conductively connected to electrical contacts of a component of the motor vehicle; an intermediate unit arranged in a plug-in position between the shift lever part and the plug connector ; wherein in the plug-in position the electrical contacts of the flat contact element can be electrically conductively coupled to the electrical connection contacts of the plug connector , and wherein the intermediate unit is connected to the shift lever part with play such that the intermediate unit can be moved relative to the shift lever part , and wherein the intermediate unit and the flat contact element can be fastened together such that the intermediate unit and the flat contact element can be inserted together into the plug connector into the plug-in position, and wherein the intermediate unit has a guide means , which, when the intermediate unit and the flat contact element are pushed into the plug connector into the plug-in position, aligns the plurality of electrical contacts of the flat contact element and the electrical connection contacts of the plug connector with one another, characterised in that the play between the intermediate unit and the shift lever part has three translational degrees of freedom.