45results about How to "High anti-cracking ability" patented technology

An electric lock capable of proving itself even to be unlocked relates to its realizing method, characterized in that a legal key code is produced by a legal key data which is already stored in the key and is checked by a checking key data which is already stored in the key, wherein the legal key data and the checking key data are updated before an unlocking order finished and keep a matching relation. The checking key data in the lock will not match the legal key data in the key as the lock being unlocked, therefore the key can not unlock the lock, and the invention can prove itself even to be unlocked via unlocking ability of the key. The invention has advantages that the lock not only can prove itself even to be unlocked and prevent the false-unlocking case of deceiving manufacturers in daily lives, but also reduces the anxious of manufacturers in spreading electric locks and improves the unlock-proof property of electric locks.

The invention relates to a post-processing method of a solar cell piece. The post-processing method adopts a non-stick coating to greatly improve the anti-subfissure capability of the solar cell piece and a subsequent solar assembly; the low-temperature sintering process can be used for drying the non-stick coating and further effectively repairing the microdefect in the cell piece; meanwhile, the uniformity and the compactness of the silicon nitride thin film can be effectively improved; the passivation effect of the silicon nitride thin film can be improved, so that the service life of a minority carrier of the cell piece can be prolonged; in addition, the PID resistance of the high-temperature annealed cell piece can be improved. Therefore, the post-processing method is significant in production practical value, and can improve the competitiveness for an enterprise.

The present invention provides a grid soldering strip, a method for manufacturing the same, an apparatus for manufacturing the same, and an imbricate component. The back surface of an imbricate component cell sheet is dot-shaped back silver distributed in a grid shape. Grid soldering strips are soldered to the entire back surface of each cell sheet. The junction node of the grid soldering strips and the dot-shaped back silver of the cell sheet are matched and soldered so as to make the stress distribution of the cell sheet more uniform after soldering, improve a battery string's anti-crackingability. Even if the battery is cracked, the current can still be transmitted through the soldering strip, thereby reducing a risk caused by the crack.

The invention discloses a combined encryption method based on a lower computer of a campus card door-access system. The method is the combined encryption method that makes use of an upper computer of the campus card door-access system to encrypt the lower computer so as to realize that even though a circuit board and program of the lower computer are decoded by a stranger, the lower computer still cannot work normally. The method includes the steps: 1. the lower computer of the door-access system is charged to work by the first time; the upper computer dose not sent the encryption information and the lower computer detect whether the encryption information is contained in the FLASH used for storing the personnel information and door-opening records of personnel using cards, and if without the encryption information, the FLASH is fully formatted to lead the information of the FLASH to be lost completely so as not to lead the lower computer to work normally; 2. after charged, the upper computer sends a list of personnel which are allowed to open the door to the FLSAH of the lower computer, and the sent information contains the combined encryption information which is sent each time when the list of personnel allowed to open the door is sent; 3. once the encryption information in the FLASH is detected to be right by the lower computer, the lower computer works normally; if not, the lower computer cannot work as usual.

The invention discloses a method for safely updating an application, a business server, a cluster and a storage medium. The method comprises the steps that a second application in a transit server sends a second instruction acquisition request to a data collection server; the data collection server takes the second instruction as unencrypted data in response to the second instruction acquisition request, and performs encryption processing based on a double-layer encryption mode to obtain an encryption result corresponding to the second instruction; an encryption result corresponding to the second instruction is sent to the second application, wherein the second instruction comprises at least one of an instruction for downloading update data of the second application, an instruction for updating the second application, an instruction for backing up the second application, an instruction for running the updated second application and an instruction for downloading the update data of thefirst application; and the second application receives an encryption result corresponding to the second instruction and executes the second instruction.

The invention relates to the technical field of printers, in particular to an MPU chip or an MCU chip which can verify whether a user uses a non-original cracking circuit or original ink or not so as to improve the anti-cracking capability of a printer or an ink box (namely a printing material box). The MPU or MCU chip comprises a frequency divider used for generating a target thermal pulse signal; the clock chip RTC or the crystal oscillator is used for generating a target clock signal; the latch-comparator circuit is used for generating a target voltage threshold signal; the detection signal comprises at least one of a target thermal pulse signal, a target clock signal and a target voltage threshold signal; the operation unit is used for operating a corresponding reference result according to the detection signal; and whether the target object is original or not is identified by comparing the detection result output by the residual liquid detection unit with the reference result.

The invention discloses a digital multi-emission wave remote control emitting mode, and belongs to the technical field of electronics. The digital multi-emission wave remote control emitting mode consists of a battery power supply of digital multi-emission waves, button switches of the digital multi-emission waves, a main electronic circuit switch unit of the digital multi-emission waves, a one-wave two-code circuit of the digital multi-emission waves, a two-wave one-code circuit of the digital multi-emission waves, and a three-wave two-code circuit of the digital multi-emission waves. The emission waves of the digital multi-emission wave remote control emitting mode are of a digital multi-emission wave combination mode, and as a mode of flexible combination of multiple codes, the mode has a very good anti-breaking property, has an optimal effect, has a remarkably improved good resistance property upon criminal behaviors with decodes, code catchers and radio scanners, can be put into an emitting box, is convenient to use, easy to operate, easy to mount and produce, stable and reliable in property, applicable to medium and small company production, and has very great competitiveness in market competition.

The invention relates to a production method of an invisible-crack-resistant solar component. The production method of the invisible-crack-resistant solar component is characterized by producing a solar cell component by processes of welding solar cell pieces in series, forming a plate, laminating and forming a framework, wherein the process of forming the plate is characterized by disposing a second film layer between a solar battery piece layer and a third film layer; the second film layer is a barrier layer; a film layer structure non-sticking to the third film layer is used for locally separating the third film layer and the solar cell piece layer. The resistance to the invisible crack of the component is greatly improved; the heat dissipation of the component is not influenced; a larger thinning space is provided for other materials, such as glass, EVA, back plates and solace cells, of the component. In addition, the solar component is simple in production process, high in yield, low in attenuation in the using process and long in service life.

The invention discloses a use method of a shared massage chair. The use method comprises an account registration method and an account authentication method; the account registration method comprisesthe steps that a, a user builds an account, wherein the account comprises an account name; b, the user inputs a fingerprint into the shared massage chair; and c, the shared massage chair associates the account with the fingerprint and then transmits the account and the fingerprint to a system server, and the system server generates a fingerprint template; and the account authentication method comprises the steps that d, the user inputs the account name; e, the user inputs the fingerprint; and f, the system server retrieves the corresponding account according to the account name pair, decryptsthe fingerprint template associated with the account to obtain a restored fingerprint, and sends a signal to the shared massage chair during comparison and matching, so that the massage chair is unlocked for a certain period of time, and the user obtains the right to use the massage chair within a certain period of time. The use method has the advantages of high safety and no huge pressure on after-sales service of manufacturers.

The invention provides a crystalline silicon cell assembly and a solar photovoltaic cell panel, the crystalline silicon cell assembly comprises at least six even number of cell strings, every two cell strings are sequentially connected in parallel and then in series, each cell string comprises a plurality of slice cells which are connected in series, the slice cell is one third of a cell slice obtained by cutting a photovoltaic cell piece.

A distributed GNSS space division ciphering communication method is suitable for floor distributed communicating system based on GNSS, which is principally characterized in that before the data sending terminal DTE transmits the data, the self located communication zone according to the latitude and longitude information provided by the GNSS signals, and the cipher key corresponding to the zone isselected to cipher the transmission data. Because the zone cipher key has fixed length, the ciphering adopts a block cipher system. The sending terminal and receiving terminal DTE have a same regioncipher key comparison table simultaneously, the receiving terminal DTE can search the region cipher key comparison table to obtain the decipher cipher key by recognizing the region number on the cipher text head section added by the sending terminal, and then uses the cipher key to decipher the cipher text and acquire the plaintext. The communication cipher key in the method dynamically changes with the variation of the located region of the sending terminal, which has free communication region partitioning dimension assisted with enrich and various encryption algorithms, thereby greatly improving ciphering flexibility, decoding-proof performance and tamper-proof performance.

The invention discloses an angle valve and a steel cylinder. The angle valve comprises an angle valve body, an angle valve core, a filling prevention valve core, a magnet A and a magnet B; the angle valve body comprises an air inlet and an air outlet; the filling prevention valve core comprises a sealing plate and a sealing plane matched with a sealing surface of the sealing plate; an included angle between the vertical line of the sealing plane and an angle valve center plane determined by the axis of the air outlet of the angle valve body and the axis of the air inlet of the angle valve body is between plus 20 degrees and minus 20 degrees; the magnet A is attached to the upper end of the back side of the sealing surface of the sealing plate; the magnet B is attached to the angle valve body or the filling prevention valve core; adjacent magnetic poles of the magnet B and the magnet A are located in two 120-degree fan sections formed by rotating the angle valve center plane along the axis of the air inlet of the angle valve by plus 60 degrees and minus 60 degrees, and are located in an angle valve body area within 20mm above and below the uppermost end of external threads of the air inlet of the angle valve body, or in a valve core structure opposite to the sealing plane; and the adjacent magnetic poles of the two magnets have the same polarity. The steel cylinder comprises a cylinder body and the angle valve which are mutually connected. The angle valve and the steel cylinder are high in cracking prevention ability, simple in structure and low in cost.

The invention discloses an automobile remote control radio frequency encryption matching method with high anti-theft performance. The method is implemented on the basis of an automobile handheld remote controller and a remote control drill base installed on an automobile body matched with the automobile handheld remote controller, and the communication matching uniqueness of the handheld remote controller and the automobile body drill base through an identification code. By adoption of the automobile remote control radio frequency encryption matching method disclosed by the invention, the anti-wiretapping, anti-replication and anti-cracking performance of the automobile remote controller, even f the criminals master the encryption algorithm and the initial values of the parameters of the automobile remote controller from the production source, the uniqueness and the security of the automobile remote controller can also be guaranteed by the method provided by the invention.