50results about How to "Reduce or avoid the impact" patented technology

An embodiment of the invention discloses a use method of a network exhaustible resource. The use method comprises the steps of determining the type of a current service operation environment, wherein the types comprises trusted environment and a non-trusted environment, and the current service operation can affect the resource number of the network exhaustible resource; if the type of the current service operation environment is the non-trusted environment, limiting the resource number of the network exhaustible resource which is operated by the current service in a first-grade resource number; and / or if the type of the current service operation environment is the trusted environment, limiting the resource number of the network exhaustible resource which is operated by the current service in a second-grade resource number, wherein the second-grade resource number is larger than the first-grade resource number. The embodiment of the invention further discloses a use device of the network exhaustible resource. The use method and the use device of the invention facilitate reduction of an effect of malicious consumption of the network exhaustible resource to normal service completion.

The present invention relates to a touch display apparatus. The touch display apparatus comprises a touch sensing module, a protective layer and a static electricity protection assembly. The touch sensing module is provided with a sensing region and a peripheral region, wherein the peripheral region is adjacent to the sensing region. The protective layer is disposed opposite to the touch sensing module. The static electricity protection assembly is disposed between the touch sensing module and the protective layer and is located on vertical projection of the peripheral region in a stack direction of the touch sensing region and the protective layer. The static electricity protection assembly comprises a static electricity protection component and a metal loop element. The static electricity protection component is disposed on a surface, which faces the protective layer, of the touch sensing region. The metal loop element is disposed on a surface, which faces the touch sensing module, of the protective layer, and the protective layer is connected to the static electricity protection component by means of the metal loop element. Electrostatic charges accumulated on the protective layer can be rapidly transferred to the static electricity protection component by means of the metal loop element and are further transferred to a system for grounding, thereby reducing or avoiding influence of the electrostatic charges on a tough display device.

The embodiment of the application discloses a system control method, a controller, a processor, and a computer-readable medium. A specific implementation manner of the system control method includes: in response to receiving an instruction for instructing the first system to perform the first operation, acquiring preprocessing information of the target application; generating a first control instruction according to the acquired preprocessing information, to The first system is controlled to perform the preprocessing operation on the target application; in response to the completion of the preprocessing operation on the target application, a second control instruction is generated to control the first system to perform the first operation. In this embodiment, before the system executes the first operation, the control system automatically performs a preprocessing operation on the target application, thereby helping to reduce or avoid the impact of the first operation on the target application.

The invention discloses a cold chain temperature and humidity monitoring terminal, comprising: a main body casing, a temperature and humidity sensor, a PCB control board, a lithium battery and a liquid crystal display; the temperature and humidity sensor, a PCB control board, a lithium battery and a liquid crystal display are installed on the main machine shell; the main shell includes a partition plate that divides the interior of the main shell into a sealed cavity and an accommodating cavity; the PCB control board, lithium battery and liquid crystal display are arranged in the sealed cavity; the temperature and humidity sensor is set in the accommodating cavity; the cold chain temperature The humidity monitoring terminal also includes: a splint, a return torsion spring, a limit piece and a return pressure spring; the splint is provided with a movable clamping plane; the top of the main casing is provided with a fixed clamping plane; the top of the main casing is formed with a rotating seat; the splint rotates Connect to swivel mount. The advantage of the present invention is that it is convenient to install.

The invention relates to a method for extracting polyphenol from canna edulis ker waste residue in the field of chemical industry, which comprises the following steps: washing the waste residue with ethanol until detecting the waste residue as the negative by a phenol-sulfuric acid method; drying, crushing and sieving the washed filter residue to obtain the crushed filter residue; adding aqueous solution of ascorbic acid, sodium sulfite or sodium pyrosulfite into the filter residue, extracting, and filtering to obtain polyphenol extracting solution of canna edulis ker; and concentrating the extracting solution, and performing vacuum or freeze drying to obtain the polyphenol of the canna edulis ker. The method is time-saving and high-efficiency, and has convenient operation and high extraction efficiency.

The invention belongs to the technical field of P2P and discloses a method for preventing attack in a P2P network, a network node and a system thereof. When another node in the P2P network is detected to make malicious act in the node, evidence proving that the node makes the malicious act is sent to an upstream node of the node making the malicious act; the upstream node records the information about the node making the malicious act and the times that the node are informed for making malicious act; when a data message is needed to transmit, a node with no record or less times of the malicious act is selected for transmitting the data message, thereby effectively reducing or avoiding the influence of the node making the malicious act on the whole P2P network.