47 results about "Killed process" patented technology

The invention discloses a method and a device for processing an application APP of a terminal and the terminal. The method comprises the following steps: acquiring CPU (Central Processing Unit) occupancy rates of APPs operating at the background of a terminal system during operating time of a current APP; judging whether the CPU occupancy rates of the APPs operating at the background are in corresponding normal data ranges, and if the CPU occupancy rates of the APPs operating at the background are not in the corresponding normal data ranges, determining that the CPU occupancy rates of the corresponding APPs are abnormal, displaying a prompt message of killing processes so as to enable a user to kill the processes of the corresponding APPs according to the prompt message. According to the method and the device for processing the application APP of the terminal and the terminal, which are disclosed by the embodiment of the invention, influence of the APPs with the abnormal CPU occupancy rates on the current APP can be reduced, operating smoothness of the current APP is improved, and operating efficiency of the terminal system is improved.

The invention discloses a method, a system and a device for searching and killing a computer virus in order to solve the problem that a virus searching and killing process for a virtual machine is complicated in the prior art. The method comprises the following steps of: acquiring a storage position of virtual machine mirror image data by a virus searching and killing server; mounting the mirror image data of the virtual machine according to the storage position of the virtual machine mirror image data and mapping the mirror image data as a virtual disk in the virus searching and killing server; running a virus scanning engine and scanning the virtual disk according to characteristics of known viruses in a virus characteristic base; and if viruses are found by scanning, removing the viruses. In the scheme, antivirus software is not required to be installed in the virtual machine and antivirus operation is not needed to be performed by a user; therefore, operation of the user is simplified greatly.

The invention discloses a method, a device and a system for searching and killing viruses, and relates to the technical field of the internet. The problem that the virus searching and killing rate in an environment of a separation network is solved. The method comprises the following steps of acquiring a virus characteristic set, which comprises virus characteristics of virus files in a preset period, of an outer network by using a server in an off-line manner; updating a virus characteristic library by using the server according to the virus characteristics in the virus characteristic set; and scanning files on a terminal side by using the server according to the updated virus characteristic library when a terminal requires to be subjected to virus scanning. The method is mainly used in a private cloud searching and killing process in the environment of the separation network.

The application discloses a memory error recovery method and device, wherein the method comprises: adding up memory errors correctable; if the number of the memory errors correctable reaches a preset threshold, determining a physical address range affected by damaged memory particles causing the memory errors correctable; killing all processes using the physical address range, and releasing corresponding memory addresses; subjecting all pages comprising the memory addresses to offline processing; restarting all the killed processes. The method and device enable the memory particles already experiencing continuous correctable errors to be called again by an operating system, and accordingly more severe non-correctable errors due to the memory on the damaged particles are avoided to avoid downtime.

The invention discloses a file security checking and killing method, device and system, and relates to the information security technology. The file security checking and killing method, device and system mainly aim at effectively checking and killing rapidly-diffused vicious files. According to the main technical scheme, the method comprises the steps that a cloud server obtains a to-be-detected file uploaded by clients; security detection is carried out on the file; when it is detected that the file is a vicious file, file features of the vicious file are obtained, the detection result is returned back to the clients, and the file features are sent to all the clients within the preset range so that the clients receiving the file features can locally complete checking and killing of the vicious file. The clients receive the file features of the vicious file sent by the cloud server, the clients are located within the preset range, and the vicious file is locally checked and killed for the first time according to the file features. The file security checking and killing method, device and system are mainly used for the real-time file checking and killing process.

The invention provides a method and an apparatus for protecting application program data, and aims to solve the technical problem that user experience is lowered caused by the reason that certain processes are killed wrongly in the existing Low Memory Killer mechanism. The method comprises the steps of receiving alarm information issued by a system, wherein the alarm information at least comprises identification of a to-be-killed process; judging whether the to-be-killed process is the current process or not; if the to-be-killed process is the current process, protecting the data of the application program corresponding to the current process; and when the application program is restarted, restoring the data of the application program according to the implemented protection. Compared with the Low Memory Killer mechanism which kills certain process ''forcefully'' provided by the prior art, the method provided by the invention can ensure that the process is not killed wrongly even under an out-of-memory state; and instead, measures are taken in advance to effectively protect the data of the currently-operated application program, so that the user experience is improved.

The invention discloses an operation system background process searching and killing method and system and a storage device. The method comprises a starting step: starting a searching and killing process; an obtaining step: obtaining whitelists in the system, wherein the whitelists comprise a preset whitelist, an instant scene whitelist and a common application whitelist, the preset whitelist is preset in the searching and killing process, the instant scene whitelist is generated according to the application environment of the current system, and the common application whitelist is generated according to application using habits of recent users; and a searching and killing step: searching and killing the current process of the system, retaining processes on the whitelists and closing processes not on the whitelists. According to the method, whitelists can be automatically set and processes can be prevented from being mistakenly killed to influence the user experience.

The invention provides a handheld high-tension flyswatter. The handheld high-tension flyswatter is technically characterized by comprising a 3V direct current source, a high-frequency oscillating circuit, a booster circuit, a triple voltage rectifier circuit, a high-tension net, and an operating state indicator circuit. Killing flies in physical ways are advocated to protect the environment, namely no chemicals harmful to human bodies and pollutive to environment, such as pyrethrum, various insecticides, flypaper and poison baits, are used to kill the flies. Using the chemicals are of certain effect but are of certain pollution to the environment, and are less easy to use for children, pregnant women or special populations sensitive to fly chemicals. According to the principle of killing flies by high-tension shock, the high-tension net on the flyswatter is used to kill the flies. The whole fly killing process is physical. Therefore, effectively preventing or controlling various epidemics, spread by flies, and environmental friendliness are achieved.

Embodiments of the invention provide a process detection method and apparatus, an electronic device, and a readable storage medium. The method comprises the steps of determining a to-be-detected process in an android terminal; judging whether the to-be-detected process is killed or not; if yes, monitoring whether account synchronization operation corresponding to the to-be-detected process is triggered or not, wherein the account synchronization operation can execute restoration operation on the killed process corresponding to the account synchronization operation; if the account synchronization operation is triggered, determining whether the to-be-detected process runs in a memory or not after the account synchronization operation is finished; if the to-be-detected process runs in the memory, determining that the account synchronization operation already restores the to-be-detected process; and if the to-be-detected process does not run in the memory, determining that the account synchronization operation does not restore the to-be-detected process. By applying the method and the apparatus, whether the killed process corresponding to the account synchronization operation is successfully restored or not after the account synchronization operation is executed can be detected.

The invention relates to a reclaimed water supplying-type surface water deep purification combined device comprising a magnetic ion exchange resin mixing reaction precipitation system, a coagulation reaction precipitation system, an ozone contact reaction tank, and an ultrafiltration membrane filtration system which are connected in order. The invention also relates to a method for purifying water by using the device, which comprises the following steps: pumping sewage into the magnetic ion exchange resin mixing reaction precipitation tank through a pipeline, removing part of suspensions and soluble organic matter; delivering the supernatant into the coagulation reaction precipitation tank, removing most suspensions, total phosphor and part of organic matter under the action of a coagulant; delivering the supernatant into the ozone contact tank, completing algae cell lysis and algae killing process by ozone, delivering ozone oxidation effluent into the ultrafiltration membrane filtration system, filtering the effluent through the membrane surface under the action of a vacuum suction pump, delivering the effluent into a clean water tank.

The invention relates to the field of computer security, in particular to a computer virus recognition method and system based on cloud computing. The method comprises the steps that a cloud server receives detection information uploaded by a terminal, wherein the detection information comprises sample information and a terminal detection result, and the terminal detection result represents a virus recognition result obtained after the terminal conducts virus recognition on samples; the cloud server conducts virus detection on the samples corresponding to the sample information to obtain a cloud detection result; and the terminal detection result and the cloud detection result are compared to judge whether or not the terminal detection result and the cloud detection result are consistent,and if the terminal detection result and the cloud detection result are consistent, the cloud server does not return content to the terminal. According to the computer virus recognition method and system, the terminal detection result and the cloud detection result are compared by a cloud, and the data processing stress of the terminal is relieved; and meanwhile, only the necessary information occupying a little traffic is transmitted in the packet transmitting and returning stages, and the traffic consumption in the cloud killing process is reduced.

The invention discloses a control method of summer shoots at a fruiting period of citruses and relates to the technical field of fruit tree planting. The control method comprises the following steps:forbidding fertilizer: forbidding application of the fertilizer with high nitrogen content; carrying out first-time layering: in a layering process, adopting a sectional two-grade layering method; inthe layering process, starting from a base part of a selected branch; supporting the adjacent part of the base part by one hand as a supporting point and downward pressing the branch at a part which is 20cm to 30cm above the supporting point by the other handle until the section is bent; carrying out second-time layering; after the first-time layering is carried out for 20 to 25 days, carrying outthe second-time layering; carrying out first-time girdling: after carrying out the second time of layering for 7 to 10 days, carrying out girdling on main branches by utilizing a girdling knife; onlypeeling a phloem with the width of 1mm to 3mm and not injuring a xylem, wherein the distance between the two times of girdling is 5cm to 7cm; carrying out second-time girdling: after the first-time girdling is carried out for 20 days, carrying out the second-time girdling. By adopting the control method disclosed by the invention, the problems in manual shoot removing and medicine shoot killing processes can be solved.

The invention provides a mercy killing device for small animals, comprising an airtight fixed-volume animal cabin with an isolating door, wherein a food area, a drinking area and a playing area are arranged in the airtight fixed-volume animal cabin; a computer main control instrument is used for controlling a background music, light and light color regulating system, a temperature and humidity regulating system, an anesthesia gas generator, a quick filling system of nitrogen or other inert gases, a fresh air quick replacing device, an internal cleaning and sterilizing system of the animal cabin, and the like to complete the killing process of animals; a negative-pressure shielding cabin is arranged outside the animal cabin, a cleaning and sterilizing tank and a sealed packing system are arranged in the negative-pressure shielding cabin, and certain negative pressure exists in the negative-pressure shielding cabin relative to an operator so that harmful and odorous gas pollution can be prevented; a computer is used for automatically recording the whole mercy killing process and printing a report; and exhausted gas from the animal cabin and the negative-pressure shielding cabin can be safely exhausted after being treated by a purifying and adsorbing system. The device has the effect of realizing a humane killing function when small animals, such as experimental animals, work animals, deserted animals, and the like must be killed and solves the technical problem on an animal welfare aspect.

The invention discloses preparation of a biological film cleaner and an application of the cleaner. The biological film cleaner is prepared from, in weight percentage, 45-55% of quorum sensing inhibitors, 25-35% of surface active agents and 15-20% of water softeners. The quorum sensing inhibitors are prepared by mixing, in weight percentage, 30-40% of pineapple-ketone, 30-40% of menthol and 30-40% of vanillic aldehyde. The quorum sensing inhibitors serve as main components, biological film generation of pathogenic bacteria and growth of bacteria are inhibited by inhibiting quorum sensing behaviors of microorganisms instead of resisting and killing the bacteria by compounds according to existing most cleaners, and the problem of drug resistance in the bacteria killing process is avoided.

The invention provides a valuation method for a specific killing function of a specific cytotoxicity T lymphocyte, which belong to the field of immunotherapy. The method comprises the following steps:(1) treating the target cells with specific cytotoxicity T lymphocyte constructed aiming at the target cells to-be-killed; (2) detecting the killing process of specific cytotoxicity T lymphocyte on the target cells by Live-Cell Imaging; and (3) employing real-time unlabeled cell analysis (RTCA) to detect the killing efficiency and killing ability of specific cytotoxicity T lymphocyte to target cells; wherein steps (2) and (3) are not ordered, or can be carried out at the same time.

The invention discloses a management method and a management system for a Java virtual machine process in a Windows system. The management method comprises the following steps of acquiring a designated identifier string for searching and killing the Java virtual machine process as a designated searching and killing identifier string; acquiring the process information of all the Java virtual machine processes as the process information to be retrieved, wherein the process information to be retrieved comprises a process number associated with the Java virtual machine process and the identifier string; retrieving the identifier string which is the same as the designated searching and killing identifier string from the information to be retrieved as the identifier string to be searched and killed, and acquiring the process number corresponding to the identifier string to be searched and killed as the process number of the Java virtual machine to be searched and killed; killing the Java virtual machine process corresponding to the process number of the Java virtual machine to be searched and killed. The whole searching and killing process of the invention is totally scripted, which is very beneficial to the application integration, and realize the intelligent control without any manual intervention.

The invention relates to an eel killing tool and belongs to the field of processing tools for aquatic products. An eel killer is composed of a fixing position device and a disemboweling device. The fixing position device is composed of a frame, a handle, a reset spring, a pincer control key, a pull rod and pincer blades. The disemboweling device consists of a movable disemboweling cutter, a disemboweling cutter control key and a reset spring. The auxiliary eel catcher consists of metal nails and tongs. The eel killer solves the problems of high labor intensity, poor safety, low effectiveness and the like in the prior art of utilizing knives and plates to kill eels and the problem that recently invented automatic eel killing machines are high in production cost, heavy, non-portable, energy consuming and is inconvenient for households, medium- and small-size markets. The eel killer has the advantages of simple structure, low production cost, portability, simplicity in use, high killing efficiency and the like. The integral eel killing process can be completed by catching, clamping, pressing and pulling. The operation is time saving and labor saving, safe, sanitary and applicable to markets and households.

An inexpensive disabling or kill mechanism is provided for an RFID tag to allow a user to decide when to disable the tag and to initiate the kill process. RFID tag antenna circuitry is partially or wholly covered with an oxidation-retardant coating. The activation-retardant coating includes a grippable pull tab. When a user decides he or she no longer wants a functional RFID tag, the user can use the pull tab to remove the least a selectable area of the oxidation-retardant coating. Removing the selectable area will expose at least part of the antenna to begin an oxidizing process that will eventually disable the antenna. An oxidizing agent may be deposited on the antenna before the oxidation-retardant coating is put in place. When exposed to ambient environment, the oxidizing agent may accelerate the oxidation process that disables the antenna.