66results about How to "Reduce the number of occurrences" patented technology

The embodiment of the invention relates to the technical field of networks, and discloses a vehicle violation event detection method and device and an electronic device. The vehicle violation event detection method comprises: collecting image data of all vehicles in a preset area in real time, and the image data comprise images in at least two frames of areas; According to the image data, determining a motion track of each vehicle in a preset area; determining a traffic event to which each vehicle belongs currently according to the motion track of each vehicle and a traffic event determinationmodel, the traffic event determination model being a corresponding relationship between the motion track of each vehicle and the traffic event to which the vehicle belongs; and outputting alarm information indicating that the vehicle belongs to the illegal traffic event according to the traffic event to which each vehicle belongs. According to the embodiment, illegal events of vehicles in variousscenes can be accurately detected, and the occurrence frequency of the illegal events of the vehicles is reduced.

The invention discloses a base fertilizer used for realizing strawberry high yield. The base fertilizer comprises decomposed chicken dung, plant ash, canal mud older than 3 years, rape seed cake, urea, gentiana scabra bge, mint, capsicum, Chinese honey locust, and a water-retaining agent. The base fertilizer is capable of increasing strawberry yield, reducing frequency of strawberry plant diseases and insect pests, and reducing production cost greatly.

Disclosed is a method for fabricating a liquid crystal display. The method includes the steps of: forming a lower substrate and an upper substrate, the lower substrate including a data drive circuit connected with data lines of a thin film transistor array and a gate drive circuit connected with gate lines of the thin film transistor array, a pad part connected with the gate drive circuit and the data drive circuit, and a shorting bar connected with the pad part, the upper substrate including a color filter and a black matrix; dispensing a spacer on the lower substrate and forming a seal pattern at a display region on the upper substrate; attaching the lower substrate and the upper substrate to face with each other and then forming holes at an inner upper portion of the pads at a predetermined distance; scribing the holes-formed-portion of the pads to remove the shorting bar and dividing the attached upper and lower substrates into a plurality of LCD panels; and providing a liquid crystal layer between the upper and lower substrates.

A chip is provided with a specific signal wire and two adjacent signal wires. Output signals based on a specific signal and two adjacent signals are transmitted to the specific signal wire and the two adjacent signal wires respectively. An adjustment coefficient is stored in a memory. The adjustment coefficient is used for reducing an occurrence amount of crosstalk arising between the specific signal wire and the two adjacent signal wires. An adjustment quantity calculation portion calculates an adjustment quantity representing a degree of decrease of a slew rate of the specific signal, based on the adjustment coefficient, the specific signal and the two adjacent signals. A driver adjusts the slew rate of the specific signal based on the adjustment quantity and to transmit one of the output signals corresponding to the specific signal.

In the negative pressure doubling device of the invention, a threshold line is set for starting a BA operation at a pedal stepping speed not less than a set speed, and the inclination of the threshold line is set equal to that for a servo ratio (SR2) smaller than a servo ratio (SR1) for normal brake operation in a low input region (small pedal stepping force region), while in a high input region (large pedal stepping force region) it is set equal to the size of a servo ratio (SR1) during normal brake operation. That is, the threshold line for starting the BA operation is adjustable for low input and high input. And even if the brake pedal is stepped at a stepping speed not less than the set speed in spite of not being in an emergency, the BA operation is not performed; thus, unnecessary BA operation is prevented. In an emergency and when the brake pedal is stepped at a stepping speed not less than the set speed and with more than a set stepping force, the BA operation is performed.

The present invention discloses a composite fertilizer with a pomegranate insect disinfestation effect. The composite fertilizer comprises composting chicken manure, plant ash, borax, ferrous sulfate, river mud with the age of more than five years, cottonseed cake, potassium ore powder, vinegar lees, citric acid residue, ammonium phosphate, urea, peanut shell powder, a water retention agent, anchusa italic, rumex madaio, areca catechu, quisqualis indica, garlic and agrimonia pilosa. With the composite fertilizer using the formula of the present invention, the sufficient nutrients can be provided for pomegranate growth, the soil salinization can be avoided, the soil fertility can be maintained for a long time, the number of the pomegranate plant disease and insect pests can be reduced, the number of the pesticide use is reduced, the cost is reduced, and the fruited pomegranate fruit is green and healthy.

Method and apparatus for the handling of exception signals in combination particularly with the dynamic conversion of binary code executable by a one computing platform into binary code executed instead by another computing platform. In one exemplary aspect, an exception handling unit (195, 220, 230) selectively handles some exception signals with respect to a target state (320) and handles otherexception signals with respect to a subject state (330) derived from the target state (320). A plurality of signal handling sub-units (223) are arranged to selectively process the exception signal (310) with respect to the target state (320) and output a request either to return to execution or to pass on the exception signal (310). A delivery path selection unit (222) is arranged to determine a delivery path of the exception signal (310) to a selected group of the plurality of signal handling sub-units (223). A signal control unit (221 ) is arranged to deliver the exception signal (310) in turn to each of the selected group of signal handling sub-units (223) according to the delivery path and (i) where a respective one of the signal handling sub-units (223) requests the return to execution then to return to execution according to the target state (320); and (ii) where the signal handling sub- unit (223) requests to pass on the exception signal (310) then to pass on the exception signal (310) to a subsequent one of the selected group of signal handling sub-units (223) according to the delivery path and, where no further of the signal handling sub-units are specified in the delivery path, then to deliver the exception signal (310) to a subject-side exception handler unit (230).

The invention provides a movable intelligent fire extinguishing device. The movable intelligent fire extinguishing device comprises traveling mechanisms and a fire fighting device frame arranged on the traveling mechanisms. A controller, electric power storage devices, a fire water tank and a fire fighting booster pump are arranged on the fire fighting device frame. The top of the fire fighting device frame is provided with a telescopic supporting arm rod assembly, a driving mechanism driving the supporting arm rod assembly to be stretched out and drawn back, a fire hose arranged along the supporting arm rod assembly, a sensor module and a fire fighting water spray head, and the sensor module and the fire fighting water spray head are arranged at the tail end of the supporting arm rod assembly. One end of the fire hose is connected with the fire fighting water spray head, and the other end of the fire hose is connected with the fire water tank. The fire fighting booster pump is arranged on the fire hose. The electric power storage devices, the driving mechanism, the sensor module and the fire fighting booster pump are electrically connected with the controller. The movable intelligent fire extinguishing device can move freely and actively put out a fire when the fire is found, fire damage is reduced, and the fire occurring frequency is decreased.

The invention relates to an oral ulcer paste with bioactive glass and a preparation method. The paste is prepared from, by weight, 1-12 g of sodium carboxymethyl starch, 10-30 g of bioactive glass, 0.5-2 g of sodium gualenate, 0.05-2 g of paeonol and 68-90 g of polyving akohol; during preparation, the sodium carboxymethyl starch and polyving akohol which are prepared in proportion are mixed, thenput into heated distilled water, heated and dissolved, and filtered when the solution is hot; after the solution is cooled, the sodium gualenate and paeonol which are prepared in proportion are addedto the solution and evenly stirred, and then the bioactive glass which is prepared in proportion is put into the solution, evenly mixed, subjected to bubble removal and dried. According to the oral ulcer paste with bioactive glass and the preparation method, moisture, dirt and bacteria are effectively isolated, the wound is protected from being infected, the paste resists bacteria, and wound healing is accelerated.

The invention discloses a data acquisition system and a device thereof, belonging to the technical field of communication. The invention solves the problem of poor system stability due to frequent switching of an active / standby server in a data acquisition system in the prior art. The data acquisition system comprises at least two data acquisition servers, wherein at least two data acquisition servers form at least two server groups which are both under operation condition and acquire data from a control station in the management scope. The technical scheme of the invention can be applied to the communication system with high requirement for reliability.