Keyless starting high safety manipulator

Keyless starting high safety manipulator

  • CN 105,196,312 A
  • Filed: 10/30/2015
  • Published: 12/30/2015
  • Est. Priority Date: 10/30/2015
  • Status: Active Application
First Claim
Patent Images

1. the high security manipulator started without key, it has manipulator end and key end without key start up system, be characterised in that, manipulator end comprises demo plant, decryption device and manipulator end wireless device, and key end comprises encryption device and key end wireless device;

  • Encryption device comprises;

    Micro-fluidic chip detection module, for obtaining initial data string A 0={ a n, wherein, a is initial data string A 0in character, n is the figure place of a;

    Micro-fluidic chip detection module is a kind of DNA detection module, comprising;

    transducing signal detection zone, transducing signal mixed zone and transducing signal output area.Transducing signal detection zone is mainly used to obtain the primary sample of user, and transducing signal mixed zone is mainly used in nano-sensor and detects and fully the mixing of primary sample, and enters into transducing signal detection zone after mixing is complete;

    Transducing signal detection zone is mainly used in the detection of the fluorescence signal produced after nano-sensor detects target gene;

    Detect complete data and obtain initial data string A 0, Described micro-fluidic chip, is characterized in that, overall dimensions is;

    wide 30mm, high 20mm, dark 90 μ

    m, the wide 24mm in structural core district, high 16mm;

    Micro-fluidic chip forms by 4 layers, ground floor substrate;

    glass, second and third layer;

    ultra-violet curing glue, 4th layer;

    mask, each interlayer adhesive;

    NOA81 optical cement, adopt plasma oxidation bonding method to make substrate and the sealing-in of ground floor structure, the chip structure of each layer is made up of photoetching process;

    Matrixing module, for by initial data string A 0matrixing obtains matrix A={ a ijah ×

    aw, specifically comprise;

    to { a ni-1 character is got successively from head of the queue, when odd-times gets character, mend 10 at the string head of the character string obtained, supply as a line a i, when even-times gets character, mend 11 at the string tail of the character string obtained, supply as a line a i, for the character string obtained for the last time, then first open from string and begin to mend 10 every a character, until supply as a line a i, by all a obtained imatrix A={ a is obtained according to the pseudo-random sequence arrangement preset ijah ×

    aw, wherein, ah is the height of matrix A, and aw is the height of matrix A;

    First noise module, the last position of the amplitude that the shortwave recording key end wireless device monitors predeterminated frequency in real time obtains forms the first noise data sequence C T1 by odd number fetch bit;

    First scrambling module, for from first element of matrix A, gets the first random function R (1) individual element successively and is inserted in matrix A and obtains matrix B={ b from the first noise data sequence C T1 stbh ×

    bw, Wherein, bh is the height of matrix B, and bw is the height of matrix B, first random function R (1)=CT1 s%64, CT1 sfor the number obtained successively from the first noise data sequence C T1;

    The figure place of noise data makes s be 32 times of i, and t is 32 times of j;

    3rd noise module, the last position of the amplitude that the shortwave recording key end wireless device monitors predeterminated frequency in real time obtains forms the 3rd noise data sequence C T3 by even number fetch bit;

    3rd scrambling module, for matrix B and the 3rd noise data sequence C T3 are carried out XOR, obtains enciphered data;

    Matrix C={ c stch ×

    cw, ch be the height of Matrix C, cw is the height of Matrix C;

    Manipulator end wireless device and key end wireless device all for monitoring the wireless short wave of identical predeterminated frequency, to obtain the first noise sequence CT1 and the 3rd noise sequence CT3;

    Decryption device is used for the noise data from manipulator end wireless device with from the second noise sequence CT2 that manipulator end prestores, and the enciphered data from encryption device is performed to the inverse operation of the cryptographic calculation of above-mentioned encryption device;

    Demo plant is used for decryption device to compare to the initial data that the enciphered data from encryption device carries out data that inverse operation obtains and manipulator end, if comparison coincidence rate exceedes preset value, then confirms as and is verified.

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