1748 results about "Self protection" patented technology

The present invention relates to a system and method to enable subscriber self-activation and configuration of wireless data terminals by means of an activate button provided through the User Interface (UI). This allows for operations to be performed on the device by self-care. Any wireless device, in order to access the network needs credentials. This invention generates temporary credentials to present to the network for service activation. Once access is granted to the network, the device can be activated and configured for using the resources of the network.

The invention discloses a battery management system of a vehicle-mounted lithium power battery. The system includes a master control unit and slave control units. The master control unit is in communication connection with the multiple slave control units through a data bus. The master control unit is in connection with battery groups, the total voltage and total current of which are acquired. The master control unit is also connected to a DC power supply, and is in connection with a charger through an external CAN bus. The master control unit mainly includes: a master microcontroller module, a total voltage detection module, a total current detection module, a battery system insulation detection module, a battery operating environment temperature detection module, a relay driving module, a data storage module, a bus communication module, an isolated power supply module, and a physical interface module of power supplies, data, signals, etc. The system provided in the invention has the advantages of simple structure, strong expansibility, and adaptability to different numbers of batteries. Being fully functional, the system has the functions of temperature control, equalization processing, battery performance evaluation, and battery self-protection, etc.

The invention discloses whitening and freckle-removing cream and a preparation method thereof. The whitening and freckle-removing cream comprises water, butanediol, caprylic/capric triglyceride, isohexadecane, glycerol, cyclopentasiloxane, butyrspermum parkii butter, trehalose, cetearyl olivate, sorbitan olivate, cetearyl alcohol, cetearyl glucoside, magnolia sieboldii extract, citrus peel extract, hydrogenated lecithin, phytosterol, bisabolol, tocopheryl acetate, glycyrrhiza glabra root extract, thymus serpyllum extract, panthenol, sodium hyaluronate and the like. The whitening and freckle-removing cream disclosed by the invention can be used for inhibiting tautomerase activity of tyrosinase and dopachrome and hindering polymerization of DHI; the formation of melanin in a body is inhibited, the regeneration capability of pigment cells is improved, the pigment deposition is reduced and pigment cell detachment is promoted; the self-immunity of the cells is enhanced, and the skin elasticity and a metabolism function are improved; and the self-protection capability of skins is improved and the safe whitening and freckle-removing effects are realized.

The invention discloses an omnibearing software self-protection method which comprises: a plurality of hooks are built to monitor a plurality of operation requests which can be applied to the protected software; when at least one of the hooks intercepts the related operation requests, the intercepted operation requests are judged whether to be related with the protected software or not, if yes, then the intercepted operation requests are rejected; if not, then intercepted operation requests are allowed; wherein, a plurality of operation requests which can be applied to the protected software comprise: an operation request which can be used for tampering with a document; an operation request which can be used for tampering with registry keys; an operation request which can be used for modifying, reading and locking a memory and modifying the memory attribute; an operation request which can be used for an operation progress; an operation request which can be used for stopping and hanging up a thread; an operation request which can be used to inject the code; an operation request which can be used to inject a dynamic library; an operation request which can be used to queue APC and an operation request which can be used to simulate information.

The invention provides a high-carbon high-chromium high-niobium cast iron self-protection flux-cored wire. The flux-cored wire has a steel belt as an outer skin. The flux core comprises the following components in weight percentage: 10 to 30 percent of ferroniobium, 20 to 30 percent of high carbon ferrochrome, 0.1 to 3 percent of V, 0.2 to 3 percent of W, 0.6 to 0.8 percent of ferromanganese, 0.2 to 0.8 percent of 75 ferrosilicon, 20 to 30 percent of chromium carbide, 5 to 12 percent of graphite, 1 to 10 percent of aluminum-magnesium alloy, 1 to 5 percent of silicon carbide and 1 to 3 percent of ferroboron; and the percentage of a counter weight is between 46 and 54 percent. The high-carbon high-chromium high-niobium cast iron self-protection flux-cored wire has the advantages of high hardness, good wear resistance, good oxidation resistance and strong shock resistance, and is widely applied to grinding rolls and grinding disks of coal grinding machines in thermal power plants and cement plants, material charging equipment in blast furnaces(material charging slots, receiving cones, material storage areas and sieve plates), slag vertical mills, hammer heads and rollers of crushers and sintering equipment workpieces in steel plants.

The invention discloses a device, a system and a method for garage recovery. The method comprises the steps of collecting the running information of a system and application software, and determining whether to trigger garage recover according to the received data and preset judgment strategy; outputting a trigger massage if a trigger is needed; and triggering to execute garage recovery according to the trigger massage received by an execution device. The embodiment of the invention can provide self-protection according to predictable garage recovery time points, such that the system reduces system impact when executing garage recovery, and the data integrity is guaranteed; the system can control the execution of garage recovery during system idle period and small throughput period, thus reducing the system block caused by garage recovery; the system can recovery garage regularly, the execution duration is predictable, therefore, the execution time points, frequency and duration of garage recovery can be adjusted on the basis of different systems in order to reduce system cost.

A backlight inverter for an LCD panel which is capable of detecting a fault in a transformer device or an open-lamp condition and performing a control operation to stop its operation upon detecting the fault in the transformer device or the open-lamp condition. The inverter supplies a PWM signal through a switch in normal operation. The inverter also detects a voltage corresponding to current flowing through each lamp in a lamp device and determines from the detected voltage whether the open-lamp condition has occurred. The inverter further detects a voltage at a midpoint of secondary windings of the transformer device and determines from the detected voltage whether the fault exists in the transformer device. In the event of the open-lamp condition or the fault in the transformer device, the inverter turns off the switch.

The invention relates to a malicious code analysis method, in particular to a system and method for malicious code analysis based on cloud computing. The system for malicious code analysis based on cloud computing comprises a malicious code analysis proxy and a malicious code could analysis system. The malicious code analysis proxy comprises a safety monitoring engine, a searching and killing engine, a local black list, a local white list, a behavior pattern bank and a virus characteristic bank. The malicious code could analysis system comprises a characteristic judging and searching engine, a sample storage center, multiple analysis engines, a global black list, a global white list, a global malicious behavior characteristic bank and a global virus characteristic bank. According to the system and method for malicious code analysis based on cloud computing, safety servitization is achieved based on the cloud computing technology, compatibility and cooperation of the multiple searching, killing and analysis engines are achieved, the threat analysis and response ability of the whole network is improved through the strong data processing and analysis ability of a cloud terminal, rapid discovery, rapid analysis and rapid processing of host threats are achieved, the safety of the host operation environment is guaranteed powerfully, and the self-protection ability of a host intrusion detection protective system can also be improved.

Provided are techniques for automatically protecting portable and wearable electronic devices from potential hazards by predicting when such hazards may occur. Techniques may include monitoring a plurality of sensors on the mobile computing device; receiving, on the mobile computing device, context data from a plurality of context-service applications; selecting a set of device-protection policies based upon an availability of the plurality of sensors and the plurality of context-service applications, wherein the set of device-protection policies are configured to determine a level of risk to the mobile computing device based on sensor data received from the plurality of sensors and the context data; applying the sensor data and the context data to the set of device-protection policies to generate the level of risk; and triggering a self-protection action if the level of risk exceeds a pre-determined threshold level of risk.

The invention relates to an anti-explosion fire reconnaissance firefighting robot which comprises an anti-explosion fire reconnaissance firefighting robot movable base plate, a manipulation control box, an anti-explosion fire water monitor, an anti-explosion reconnaissance assembly, an anti-explosion road condition shooting assembly, an anti-explosion fire hose falling-off assembly and an anti-explosion self-spraying cooling assembly. The movement and safe properties of the fire reconnaissance firefighting robot under the environments of the complex ground and severe disasters are improved; the anti-explosion capacity and the waterproof property of the fire reconnaissance firefighting robot are improved; the loading capacity of the fire reconnaissance firefighting robot is improved; and the tensile capacity, the obstacle crossing ability, the stair climbing capacity and the capacity of passing of a 'unilateral bridge' with the left portion and the right portion being different in height during dragging of a fire hose from the rear portion are improved. It is ensured that when flames burn a fire reconnaissance firefighting robot body or a track, the fire reconnaissance firefightingrobot can still move; and the success self-protection rate during robot withdrawing is increased, the automation degree of the robot is increased, the application range of the fire reconnaissance firefighting robot is enlarged, and the practicability of the fire reconnaissance firefighting robot is improved.

The invention relates to an electronic device for energy-saving and environment-protecting regulation and control and safe preservation to a household environment. A user carries out remote personalized set to a principal controller through a mobile phone or a computer; the principal controller carries out behavior identification and environment judgment according to the information of various sensors such as a camera, a microphone, human body induction and air quality, carries out energy-saving and environment-protecting regulation and control for ventilating, closing taps or household appliances, and the like, and gives an alarm immediately by three automatic manners of call, multimedia message and E-mail to different roles; and after receiving the alarm, the user can perform real-time video monitoring or audio communication. The invention also has the self-protecting functions of detecting disconnection of network cables, connection and disconnection of sensors, and disconnection of power supply automatically, as well as a household privacy protecting function, is safe and reliable, and is particularly suitable for building a safe, energy-saving and environment-protecting household environment.

Systems and methods for discharging a high-voltage bus coupled to a discharge circuit are provided. A method comprises obtaining a first voltage level of the high-voltage bus. The method further comprises determining a first discharge time based on the first voltage level and activating the discharge circuit. The method further comprises obtaining a second voltage level of the high-voltage bus after the first discharge time, comparing the first voltage level and the second voltage level, and deactivating the discharge circuit if a difference between the first voltage level and the second voltage level is less than a threshold value.

A missile or other weapons countermeasure system includes a non-directional, modulated laser energy signal designed to protect an object (such as an aircraft, land vehicle, building, or vessel). Once a potential threat has been detected, a laser energy source generates a laser energy signal of sufficient power to provide the necessary coverage. The laser energy is modulated using an oscillator to create the appropriate countermeasure signal. Next, fiber optics or other coupling device distribute the modulated laser energy signal to one or more apertures, preferably wide angle lenses or the like, disposed about the outer surface of the object to be protected. The number and location of the apertures will depend upon the circumstances of the installation as well as the desired coverage.

Described are a self-protecting storage device and method that can be used to monitor attempts to access protected information. Access is allowed for authorized host systems and devices while unauthorized access is prevented. Authorization use includes inserting a watermark into access commands, such as I/O requests, sent to the storage device. The access commands are verified before access is permitted. In one embodiment, block addresses in I/O requests are encrypted at the host device and decrypted at the self-protecting storage device. Decrypted block addresses are compared to an expected referencing pattern. If a sufficient match is determined, access to the stored information is provided. Self-protection can be provided to a range of storage devices including, for example, SD flash memory, USB thumb drives, computer hard drives and network storage devices. A variety of host devices can be used with the self-protecting storage devices, such as cell phones and digital cameras.

A vertical semiconductor power device includes a top surface and a bottom surface of a semiconductor substrate constituting a vertical current path for conducting a current there through. The semiconductor power device further includes an over current protection layer composed of a material having a resistance with a positive temperature coefficient (PTC) and the over current protection layer constituting as a part of the vertical current path connected to a source electrode and providing a feedback voltage a gate electrode of the vertical semiconductor power device for limiting a current passing there through for protecting the semiconductor power device at any voltage.

The invention relates to a malicious code identification method based on cloud computing. The technical problems needing to be solved are that: 1, current malicious codes accelerate for variation and enable generated code bodies to have extremely low similarity by relying on a self encryption mechanism by constantly changing encryption keys, however, the conventional engine based on characteristic code detection has no way for identification, thereby causing constant reduction of searching and killing rate; and 2, with the development of the technology, malicious codes are added with more self-protection technologies which especially withstand a currently popular virtual machine searching and killing mechanism, so that a code which is very simple in real environment has an unusually complex analysis process in a virtual machine of a virus killing engine and finally can not be identified. Apparently, a new feasible scheme is needed to solve the identification on the malicious code at current environment, so as to realize effective defense.

The invention relates to the field of communication, in particular to a method for generating an APK file and a terminal. According to the embodiment, the method includes the steps that an executable file supported by an Android virtual machine is received; the verification value of the executable file is calculated according to a preset verification rule; the verification value of the executable file and the preset verification rule are compiled to generate a first file which can be called by the executable file; the executable file and the first file are packed to form the APK file. According to the embodiment, due to the fact that the calculated verification value of the executable file and the preset verification rule are compiled to generate the first file and due to the mutually dependent relation between the executable file and the first file, the first file in the APK file which is finally packed can only be used by the executable file generated in the APK file packing process of the time, the safety of the APK file is improved, the self-protection capability of the java code of the APK file is improved, and the problem that a java code is tampered due to decompiling is effectively solved.

This power and safety control hub for overall power control, safety control and power distribution integrates fault tolerant power disconnect control, software monitoring of disconnect and multi-voltage power distribution and disconnect with non-hazardous power control, EMI filtering and multi-circuit current protection in a single unit. In addition, it implements electromagnetic, single fault tolerant, safety control circuits without using positively driven contact relays. It coordinates the shutdown of any connected mechanical drives such as servo motor drives, stepper motor drives and variable speed drives autonomously commanding them to come to a controlled stop before safety power is disconnected (when networked controls are used). It also integrates segmented hazardous power control (load/unload and main machine/equipment areas) so that the main area can be operating while the load/unload area has power disconnected. Further, it automatically discharges energy sources within connected mechanical drives at the time of safety power disconnect of hazardous power. It also utilizes a safety control and monitoring algorithm that automatically forces the test on e-stop switches and interlocks in a machine each time the machine is powered up or reset. In addition, it has a state driven safety control and monitoring algorithm that pinpoints wiring and device problems for rapid debug. It includes internal self-protection that automatically forces a control safety power disconnect (after warning the host) if the unit should approach its maximum operating temperature, or if a cooling fan stops. Further, it incorporates safety monitoring software for the synchronous de-bouncing of the interlock and e-stop switch inputs (as a vector) to eliminate false trips. It also integrates a comprehensive audible overcurrent trip indicator as well as individual visual overcurrent indicators in the power distribution system and an e-stop reset function into the machine on-off front panel switch. Finally, our power and safety control hub for overall power control, safety control and power distribution includes a “soft-off” circuit that automatically shuts off the machine when the power supply voltage to a host computer is shut down.