35 results about "Input reduction" patented technology

The invention discloses a chemical production method, in particular a novel green production process for propylene oxide. In the method, the process design is carried out by using bipolar membrane, electrodialysis, antiosmosis, air flotation, heat exchange, oxidation, and other technology. In the production process, sodium hydroxide replaces the conventional calcium hydroxide and generates sodium chloride through reaction; the sodium chloride generates hydrochloric acid and sodium hydroxide by the bipolar membrane technology; and the hydrochloric acid is recovered, and the sodium hydroxide and water can be recycled. Therefore, no new sodium hydroxide is needed and no wastewater is discharged in the production of the propylene oxide. The sodium hydroxide is added at the preliminary stage of the production of the propylene oxide, and the input amount of the sodium hydroxide is controlled between 5 and 15 percent. The novel green production process for the propylene oxide has the advantages that: the recycling of the water, sodium chloride and sodium hydroxide is realized, the effects of zero discharge and input reduction of production materials are substantially achieved, and finally better social and economic benefits are achieved. The novel green production process for the propylene oxide can be widely applied to the chlorohydrin production in China.

Systems and methods are described for operating a hybrid computing system using cluster contraction for converting large, dense input to reduced input that can be easily mapped into a quantum processor. The reduced input represents the global structure of the problem. Techniques involve partitioning the input variables into clusters and contracting each cluster. The input variables can be partitioned using an Unweighted Pair Group Method with Arithmetic Mean algorithm. The quantum processor returns samples based on the reduced input and the samples are expanded to correspond to the original input.

A new test data compression method and decompression apparatus is invented for SoC (System-on-a-Chip) architecture. The method is based on analyzing the factors that influence test parameters: compression ratio and hardware overhead. To improve compression ratio, the proposed method is based on Modified Statistical Coding (MSC) and input reduction (IR) scheme, as well as a novel mapping and re-ordering algorithm proposed in a preprocessing step. Unlike previous approaches using the CSR architecture, the inventive method is to compress original test data, but not T_diff, and decompress the compressed test data without the CSR architecture. Therefore, the proposed method leads to better compression ratio with lower hardware overhead than previous works. An experimental comparison on ISCAS '89 benchmark circuits validates the proposed method.

This invention consists of two or more fixed displacement hydraulic pump/motors mounted on a common input shaft hydraulically connected to two or more fixed hydraulic pump/motors mounted on a common output shaft. The relative displacements of the pump/motors are chosen such that by selectively activating the individual pump/motors, the transmission ratio can be changed in the case when the input devices and acting as pumps driving the output devices as motors (conversely when driving the vehicle in reverse). Further, a hydraulic accumulator and reservoir are attached in a manner that allows the pressurized fluid to augment the flow produce by the input pumps in order to increase the transmission ratio. Similarly, the transmission ratio can also be reduced by causing the input pumps to pump fluid into the accumulator at the same time they are pumping fluid through the output motors. The transmission also contains a single speed all mechanical by-pass for use when cruising and an input reduction gear to increase the torque and power capacity of the transmission.

A further feature of the transmission is a valve arrangement that allows the transmission to generate a continuously variable braking torque when the transmission is used to supply braking force to the vehicle.

In addition, the transmission includes a selectable, one-way clutch that connects the input directly to the output. When engaged, this clutch provides an all mechanical by-pass to the hydraulic transmission for use when cruising in order to improve the efficiency.

The invention provides an intelligent gun and ammunition cabinet which comprises a cabinet body, a master control system and a safety detection module. The cabinet body comprises an electric control cabinet door, an operation panel, an electric control gun lock and an electric ammunition drawer. The cabinet door is used for closing the cabinet body and can be opened through electric control under right operation. The operation panel is used for mounting a fingerprint identification module, a video monitoring module and a touch display module. The electric control gun lock is used for fixing and locking guns. The electric control ammunition drawer is used for storing ammunition. According to the intelligent gun and ammunition cabinet, various of alarm sources can be detected without other equipment while the guns and the ammunition are stored, taken and managed through a vibration sensor, a temperature sensor, a humidity sensor and a water soaking sensor, a dehumidifier is mounted in the cabinet and conducts intelligent dehumidification operation when the humidity in the cabinet is larger than a set value under the condition of no artificial interference, and therefore labor and equipment input reduction and work efficiency improvement are facilitated, the cabinet is suitable for safe use management of the guns and the ammunition, the safety of the gun and ammunition cabinet is enhanced, and the intelligent degree of the gun and ammunition cabinet is increased.

The invention discloses a communication processing method and apparatus for taxi calling. The communication processing method comprises the following steps: receiving taxing needing demand information and a calling request that are from a mobile terminal; determining a target vehicle matching the taxi needing demand information; and establishing communication between the calling request and a target vehicle terminal being a communication terminal at the target vehicle. According to the invention, a problem of high operation cost of the calling center in the prior art can be solve; and thus the effect of calling center cost input reduction is realized.

The invention discloses an electric automobile double-motor driving system and a control method thereof. The system comprises a driving main battery, a first comprehensive controller, a first drivingmotor, a second comprehensive controller, a second driving motor and a double-input reduction gearbox, wherein the ratio of the reduction ratio of the low gear to the high gear in the double-input reduction box is 2-3; the control method comprises the following steps of: enabling one high-speed motor to be in charge of low gear operation through the differential speed of two input shafts and matching with a corresponding control strategy, solving the problem of low-speed large current, improving the loading capacity and the climbing capacity of a vehicle, enabling the other high-speed motor tobe in charge of high gear operation so as to give consideration to low-speed high-torque output and high-speed high-rotation-speed efficiency. The invention relates to a driving system which is builtin order to improve the power problem of the current new standard medium-low speed electric four-wheel vehicle, and can be used as a transition scheme before a new special gearbox is released, and aims to solve the problem that the power utilization efficiency of the existing motor direct-drive low-speed four-wheel vehicle is too low.

The utility model relates to a function coordination machine comprising a rotor, a first stator, and second stators. The rotor is formed by a magnet and a cylindrical iron core and an S pole and an N pole are arranged at the two ends; a plurality of grooves are formed in the outer surface of the cylindrical iron core; and coil windings wind around the grooves. The first stator consists of a first circular-ring-shaped magnet, a coil winding around the first circular-ring-shaped magnet, and wiring terminals; and the rotor is arranged at the central axis of the first stator. The second stators are formed by second circular-ring-shaped magnets and coils winding around the second circular-ring-shaped magnets uniformly at intervals; and the second stators are connected with external power supply equipment by leads. The function coordination machine has the following beneficial effects: the rotation kinetic energy generated by the motor during working can be fully utilized, thereby preventing wasting and achieving an objective of external energy input reduction.

An information processing system, computer readable storage medium, and method for regulating input data streams of a stream computing environment. A processor of the information processing system captures one or more data streams history of inputs and outputs of a working stream computing environment (SCE). The processor off-line simulates at least one candidate training model of the SCE processing input data streams and output data streams according to the one or more data streams history. The processor varies modulation of the input data streams into the candidate training model during the off-line simulation, analyzes effects of the varying modulation of input data streams on the off-line simulation of the SCE, determines, based on the analyzing, effectiveness of each of the at least one candidate training model of the SCE to regulate input data streams without affecting, within acceptable tolerance limits, the SCE processing of the output data streams.

The invention provides a comprehensive control and removal method capable of reducing the use amount of a herbicide in paddy fields and used for weeds in the paddy fields, and belongs to weed controland removal in the field of plant protection. By means of the comprehensive technology of taking a soil (green manure) deep ploughing-water slurry management-mechanical ploughing trinity agronomic andagricultural machinery weed control measure based on biological and ecological characteristics of dominant weeds in the paddy fields with the assistance of the guidance of ecological and economic control and removal thresholds of the main dominant weeds for reducing the use frequency of the herbicide and in combination with the compatibility of the herbicide and spray aids for reducing the use amount of the herbicide, the use frequency of the herbicide is reduced to 2-3 from 3-4 in the direct seeding paddy fields and reduced to 1-2 from 2-3 in the transplanting paddy fields, and the use amount of the herbicide per unit area is reduced by 30-70%. By means of the method, on the promise of not reducing the weed removal effect, the main dominant weeds in the current paddy fields are effectively controlled and removed, the generation of resistant weeds in the paddy fields is delayed, the input reduction and the efficiency improvement are achieved, and the method has obvious economic, ecological and social benefits.

The invention discloses an exclusive input method, an input conversion device, an input device and an intelligent terminal, wherein the input method comprises: receiving an input instruction of the input device, packaging the input instruction into an input data stream, and sending the input data stream to a first device. The input method further comprises the following steps: the first device receives the input data stream, parses the input data stream to obtain a second input instruction, transfers the second input instruction to an application program, and completes the input of the application program. The utility model has the advantages of no ROOT to the intelligent terminal, no damage to the original system of the intelligent terminal, good security, low cost, convenient use and thelike.

In the toothing between the sun wheel fixed to the driving side to planetary gear, the rotation speed of the driving shaft is first reduced in a structure capable of being subdivided and then further reduced greatly in a typical shaft type speed variator from the ligament to outer ring teeth. There is no tooth mesh in planetary drive unit for input reduction and the speed variator casing, so that the rolling of the planetary roller used as wave generator and planetary gear connector on the inner surface of the ligament has the effect as reliable overload sliding shaft coupling in the force flow beside overload protection in friction form between each of the planetary gears and each of the planetary rollers on two sdies. The rolling has no jamming and is smooth, especially in case of smaller input speed and force linking rather than shape linking.

A circuit for monitoring and controlling input to a VCO, comprises: (A) a monitoring sub-circuit for monitoring input; (B) a stepping sub-circuit for stepping the VCO's frequency range; (C) an input reduction sub-circuit for reducing input into the monitoring sub-circuit; and (D) a VCO.