32results about How to "Release control" patented technology

The invention discloses a method and a system for modularization development of products. The method comprises the following steps: dividing the project into a plurality of subprojects by analyzing the project requirement of a project corresponding to the products in advance, wherein business with the same or relevant functions is put in the same subproject; analyzing the product requirement of a customer, selecting corresponding subprojects according to the product requirement of the customer, and packaging to generate corresponding products. Based on the functional analysis of the products, a plurality of functionally corresponding subprojects are divided, different customized products are generated according to the combination of the subprojects, so that repeated use of the subprojects is realized, reusing of a source code is reached, and writing of multiple suits of codes is prevented; moreover, when problems occur, the subprojects can be amended in a pertinence mode, and the current amending is prevented from influencing other projects, so that the development efficiency is greatly improved, and batch development can be realized.

The invention discloses a switching power supply and surge protection circuit and a method adaptive to the same. The switching power supply comprises a main power circuit provided with a main power tube. The method includes when the input voltage of the main power circuit is larger than or equal to a voltage threshold, preventing the input energy of the main power circuit from flowing towards the main power tube; when the input voltage of the main power circuit is smaller than the voltage threshold, allowing the input energy to flow towards the main power tube. According to the technical scheme, the main power tube can be protected more effectively, and the efficiency of the switching power supply can be improved effectively.

The present invention expands, by using a surface-area expansion means (30), the surface area of a stabilized chlorine dioxide solution (10) which is irradiated with ultraviolet rays (71) and stored in a storage tank (20), quickly generates a chlorine dioxide gas, and discharges the gas to the exterior of the vessel by using a ventilation means (61). The chlorine dioxide gas is stably discharged by irradiating the stabilized chlorine dioxide liquid with ultraviolet rays. It is possible to adjust the concentration of the generated chlorine dioxide gas by adjusting the concentration of the stabilized chlorine dioxide solution (10) and the ultraviolet ray (71) output. By directly discharging a low-concentration chlorine dioxide gas that is safe for people into the interior of a room in which people live, it is possible to sterilize the interior of the room from corner to corner. When the concentration thereof is high, it is possible to sterilize a medical device inside a medical-device sterilization box. As a result, it is possible to provide a chlorine-dioxide-gas generation device which makes it possible to quickly and sustainably generate chlorine-dioxide gas and easily manage the concentration of the chlorine-dioxide gas.

The invention provides a preparation method and application of a sediment-water interface phosphorus release control material. For the first time, a lake sediment and kaolin mixture is used as a basic raw material, and processes like oxidation, iron salt modification, granulation and calcination are adopted, so that adsorption-desorption balance concentration EPC0 value of the material to phosphate is remarkably lowered, linear distribution coefficient Kd value of the material is increased, and the material can effectively reduce sediment interstitial water phosphate concentration and can inhibit sediment-water interface phosphate release. The material itself has weak phosphate desorption capability and high adsorption and buffering capability, so that the material can truly realize effective obstruction and control on sediment-water interface phosphorus release. The material is low in material cost, high in social and economic benefit and safety, free of ecological risk to lake water, energy-saving and environment-friendly and has remarkable effect on controlling sediment-water interface phosphorus release in different lake areas of the Dian Lake in the process of application.

The invention relates to a route distribution method and a route distribution device. The method comprises the steps of acquiring route target (RT) information of each piece of provider edge (PE) equipment from each provider edge PE equipment connected with a rote reflector (RR), wherein the RT information comprises import route target (IRT) and export route target (ERT); and sending target IRT matched with the ERT to the PE equipment corresponding to the ERT, thus allowing the PE equipment corresponding to the ERT to determine a route to be distributed according to the target IRT. Therefore,the PE equipment corresponding to the ERT can determine the route to be distributed according to the target IRT, that is to say, the PE equipment corresponding to the ERT automatically uses the targetIRT as a RT filtering strategy, so that compared with the prior art in which the RT filtering strategy needs to be manually configured on the source end PE equipment, the method and device provided by the invention automatically set the RT filtering strategy, with no need to configure the RT filtering strategy manually, and are flexible to operate and good in user experience.

The invention discloses spinning line color spraying equipment for textile. The spinning line color spraying equipment comprises a box body, transmission rollers and a color spraying device, the transmission rollers are installed at the bottom end of the box body from left to right at intervals, the color spraying device is installed on the left side of the top end of the box body, and the bottomend of the color spraying device extends to an inner cavity of the box body; and the spinning line color spraying equipment further comprises a drying mechanism installed on the right side of the inner cavity of the box body and a fixing mechanism mounted on the front side of the drying mechanism. According to the spinning line color spraying equipment, a hot air blower works to supply hot air into an air outlet box and blow the hot air to the textile, dye at the top end of the textile is rapidly dried, it is guaranteed that the dye which is not dried on the surface of the textile is not proneto moving after color spraying and when the textile moves, dye movement is avoided, patterns are not prone to deformation and blurring, and product quality is guaranteed. A push plate is moved towards the inner side, a spring is compressed, and a clamping block is driven to move out of an inner cavity of a clamping groove, so that control over a sliding block is relieved, the air outlet box is pulled out forwards, and repair or maintenance can be conducted more conveniently.

The invention discloses a multi-server code release method and system, and the method comprises the steps: pulling a Git warehouse code through a Jenkins task, constructing a configuration release parameter, and pushing a code release item to a pre-release server for testing; after the test is passed, creating a code release project release application, and checking the code release application; after the verification is passed, writing a to-be-synchronized code release item into an identifier, creating a new label of the current code of the Git warehouse, and synchronizing the tested and verified code to each load of the formal platform; regularly querying, by the load, whether a code release item needs to be synchronized, and when the code release item needing to be synchronized is detected, judging whether synchronization processing is carried out or not according to the time of a file under the item; and after all the loads are synchronized, writing back the task release record, and performing release state identification according to whether the loads are synchronized successfully or not. According to the technical scheme, independent and visual publishing of multi-module codes is achieved, publishing is effectively controlled, and maneuverability of code publishing is achieved.

The invention provides a route publishing method and device. According to the method and the device, network equipment controls the publishing speed of a route, so that the route is successfully issued to hardware before being issued, the situation that the route is issued but not issued to the hardware is avoided, and the flow interruption is prevented.

The invention provides a charging pile box body structure with an automatic fire extinguishing function, and relates to the field of charging piles, the charging pile box body structure comprises an outer box shell, static electricity guide columns are embedded in three inner side walls of the outer box shell, a main air supply pipe is arranged at the top of the outer side wall of the outer box shell, and smoke alarms are installed at the top of the inner side wall of the outer box shell and the bottoms of the left and right inner side walls; fire-fighting tanks are arranged at the bottoms of the left outer side wall and the right outer side wall of the outer box shell, when a fire occurs in the outer box shell, after a smoke alarm detects smoke, the smoke alarm is electrically connected with an electromagnetic valve, and carbon dioxide dry powder in the fire-fighting tanks is sprayed into air outlets of branch air supply pipes through a main supply pipe and branch pipes; the air supply pipe is arranged in the outer box shell to be matched with air blown out of the main air supply pipe to blow away carbon dioxide dry powder to each corner in the outer box shell, so that the fire extinguishing effect is improved, the whole outer box shell is rapidly filled with the carbon dioxide dry powder, and the problems that static electricity in the charging pile is eliminated, fire in a box body is too large, and flames jump out to hurt people at the moment of opening a box door are solved.

The invention provides a co-extruded monofilament containing an insecticide and/or a synergistic agent serving as first and second parts, as well as application and a production method thereof and a method for controlling movement of the insecticide on the co-extruded monofilament.