CN103646455A - Intelligent lock device and usage method thereof as well as configuration method for electronic keys - Google Patents

Intelligent lock device and usage method thereof as well as configuration method for electronic keys Download PDF

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CN103646455A
CN103646455A CN 201310722714 CN201310722714A CN103646455A CN 103646455 A CN103646455 A CN 103646455A CN 201310722714 CN201310722714 CN 201310722714 CN 201310722714 A CN201310722714 A CN 201310722714A CN 103646455 A CN103646455 A CN 103646455A
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lock
dimensional code
transmission channel
intelligent
information
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CN 201310722714
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CN103646455B (en )
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杨密凯
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杨密凯
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Abstract

The invention discloses an intelligent lock device and a usage method thereof as well as a configuration method for electronic keys. The configuration method for the electronic keys comprises the following steps: I, generating two-dimensional codes corresponding to a specific intelligent lock, wherein the two-dimensional codes comprise basic configuration parameters and enciphered messages of communication corresponding to the specific intelligent lock; II, scanning the two-dimensional codes by a mobile client side, decrypting and reading data in the two-dimensional codes; III, establishing a first security channel by the mobile client side through using the analyzed two-dimensional data and the intelligent lock; IV, mutually sending the key information and secrete key information, configured in the first security transmission channel, through the mobile client side and the intelligent lock, and storing the key information and secrete key information as electronic keys. The intelligent lock device has standard safety and is simple to use and convenient to operate.

Description

一种智能锁装置及其使用方法、电子钥匙的配制方法 An intelligent lock apparatus and method of use, method of preparation of the electronic key

技术领域 FIELD

[0001 ] 本发明涉及一种智能锁装置。 [0001] The present invention relates to an intelligent lock device.

背景技术 Background technique

[0002] 二维码是用特定的几何图形按一定规律在平面即二维方向上分布的黑白相间的图形,根据里面的编码信息,可以存储一定容量的文字、数字、图片等内容,用途非常广泛。 [0002] is a black and white two-dimensional code pattern with a specific geometry according to certain rules in the planar direction, i.e., the two-dimensional distribution, according to which coding information may store a certain volume of text, numbers, pictures, etc., uses a very widely.

[0003] 智能锁,是结合机械制造技术与现当代计算机技术制造的综合性锁具产品,在安全性、易用性、管理性等方面比其他锁具如传统电子锁更加智能化和人性化。 [0003] smart lock, is a combination of mechanical manufacturing technology and contemporary computer technology to produce integrated lock products, other than locks more intelligent and humane as traditional electronic locks in terms of security, ease of use, manageability. 智能锁包含更多的是计算机技术,如软件技术、网络技术和云技术等;而传统电子锁则更接近于机械,如感应锁、指纹锁、按键锁等,他们特点是基于简单的单片机开发,无操作系统、网络或者应用程序的支持。 More intelligent lock comprising computer technology, such as software, network cloud technology and the like; electronic lock is more close to the traditional mechanical, inductive lock, lock, key lock, etc., they are based on a simple characteristic microcontroller development , no operating system support, network or application. 由此可见,电子锁是智能锁发展的早期形态。 Thus, an early form of intelligent electronic lock lock development.

[0004] 电子钥匙,类比于机械钥匙,是传统锁具领域向电子计算机领域延伸结合后的新生代名词,广义的电子钥匙是指能够打开电子锁设备的钥匙,这个钥匙可以是一串数字、一个指纹等。 [0004] The electronic key, analogous to a mechanical key, is synonymous with the nascent extended binding to the conventional art locks the computer field, broadly refers to an electronic key is the key that opens the electronic lock device, the key may be a string of numbers, a fingerprint Wait. 它是一段有序信息的载体,这段信息能够被电子锁识别和授权。 It is the carrier period ordered information, this information can be electronically locked identification and authorization.

[0005] 传统的电子锁,如指纹锁是直接通过录入指纹的方式配制电子钥匙。 [0005] Conventional electronic locks, such as fingerprint lock is formulated directly by means of the electronic key fingerprint input. 指纹锁的原理是根据每个人的指纹独一无二的特点,录入的指纹通过指纹芯片的算法,生成有效的数据存放在存储器里,开门时通过再计算获得的计算值和存储值进行比较,相同则通过验证,打开门锁。 Fingerprint principle is based on each person's unique characteristics of the fingerprint, a fingerprint input through the fingerprint chip algorithm to generate valid data stored in a memory, by comparing the calculated and recalculated stored values ​​obtained when the door, through the same verify, open the door. 这样的指纹就相当于电子钥匙。 Such a fingerprint is equivalent to an electronic key. 指纹锁的最大缺陷是指纹可以被复制,使用最新的指纹膜复制后的指纹和原指纹有95%以上的相似度,并且每个人最多有十个手指指纹,被复制后的指纹可能被用于的不法活动,而当事人即便知晓指纹被盗取,也无能为力,因为自己的指纹无法改变,这样造成了严重的安全隐患;并且在手指划破,污溃,起皮等情况下,就无法辨识,使用也很繁琐。 The biggest drawback is the fingerprint lock fingerprint can be copied, using fingerprints and fingerprint after the original film copy of the latest fingerprint more than 95% similarity, and each person has a maximum of ten fingerprints, fingerprints after being copied may be used illegal activities, even if the parties know fingerprint is stolen, can not do anything, because they can not change the fingerprint, which caused serious security risks; and cut the finger, collapse under the dirt, peeling, etc., will not be able to identify, use is also very cumbersome. 按键密码锁的电子钥匙是一串数字或英文字母,开锁时直接输入录入的这串字符,即可开门,这种电子锁的缺陷是使用不便,保密性不足。 Electronic key lock key is a string of numbers or letters, enter this string of characters entered directly when unlocked, you can open the door, the electronic lock defect is inconvenient to use, lack of confidentiality. 例如,密码不能太简单,否则很容易被试探出来,或者被旁观者窥测出来;而密码又不能太复杂,否则记住困难,且输入密码操作时成功率低;再者,暴露的按键容易损坏失效,也容易被人为物理破坏。 For example, the password can not be too simple, it will be very easy to be tempted, or have been moved to look out of the spectator; and password can not be too complex, or difficult to remember, and enter the low success rate when cryptographic operations; Furthermore, the exposed keys easily damaged failure can also be easily physically damaged artificially.

发明内容 SUMMARY

[0006] 本发明要解决的技术问题是克服以上传统电子锁的缺陷和不足,提出一种智能锁装置及其使用方法、用于该智能锁装置的电子钥匙的配制方法,在具备业界标准的安全性前提下,使得使用更为简单,操作更为方便。 [0006] The present invention is to solve the technical problem to overcome the above conventional drawbacks and deficiencies of the electronic lock, the lock apparatus provides a smart and method of use, the preparation method of the electronic key device for intelligent lock, equipped with industry standard under the premise of security, making simpler, more user-friendly operation.

[0007] 本发明的技术问题是通过以下技术方案解决的。 Technical Problem [0007] The present invention is solved by the following technical solutions.

[0008] 这种智能锁装置的电子钥匙的配制方法包括以下步骤:步骤一,生成与特定智能锁对应的二维码,所述二维码中包含与特定智能锁对应的通讯基本配置参数和加密信息;步骤二,移动客户端扫描二维码,解密后读取二维码中数据;步骤三,移动客户端用解析出的二维码数据与智能锁建立第一安全传输通道;步骤四,移动客户端和智能锁在第一安全传输通道内互相发送配制的钥匙信息和密钥信息,并将该钥匙信息和密钥信息存储为电子钥匙。 [0008] The method of preparation of such smart electronic key lock device comprising the steps of: a step of generating specific intelligent lock corresponding two-dimensional code, the two-dimensional code included in the intelligent lock corresponding to a particular communication parameters and the basic configuration encryption information; step two, the mobile client scan two-dimensional code, the two-dimensional code reading decrypted data; step three, the mobile client to establish secure transmission channel with a first two-dimensional code data parsing and intelligent lock; step four , a mobile client and the smart key information and the key lock transmit information to each other in the first formulated secure transmission channel, and the key information and the key information stored in the electronic key.

[0009] 所述第一安全传输通道为近距离无线传输通道。 [0009] The first transmission channel is a secure short-distance wireless transmission channel.

[0010] 所述步骤一中,生成唯一不变的二维码印制在二维码卡片上。 [0010] In the step a, constant generating a unique two-dimensional code printed on the two-dimensional code card.

[0011] 所述步骤一中,生成动态的二维码显示在智能锁屏幕上。 [0011] In the step a, the two-dimensional code generated dynamically displayed on the screen of the intelligent lock.

[0012] 所述动态的二维码中包含设定失效条件的信息。 The [0012] dynamic two-dimensional code includes configuration information of the failure condition.

[0013] 这种智能锁装置的使用方法包括以下步骤:步骤一,生成与特定智能锁对应的二维码,所述二维码中包含与特定智能锁对应的通讯基本配置参数和加密信息;步骤二,移动客户端扫描二维码,解密后读取二维码中数据;步骤三,移动客户端用解析出的二维码数据与智能锁建立第一安全传输通道;步骤四,移动客户端和智能锁在第一安全传输通道内互相发送配制的钥匙信息和密钥信息,并将该钥匙信息和密钥信息存储为电子钥匙;步骤五,移动客户端用电子钥匙与智能锁建立第二安全传输通道,并在第二安全传输通道内与智能锁交换操作指令信息,对智能锁进行操作。 [0013] This use of intelligent lock device comprising the steps of: a step of generating smart lock corresponding to the specific two-dimensional code, the two-dimensional code included in the intelligent lock corresponding to a particular base configuration parameters and communication encryption information; step two, the mobile client scan two-dimensional code, the decrypted data is read two-dimensional code; step three, the mobile client to establish secure transmission channel with a first two-dimensional code data parsing and intelligent lock; step four, a mobile client lock end and transmitted within each transmission channel a first security key information and the key information prepared, and the key information and the key information stored in the electronic key; step five, the mobile client to establish a first electronic key and the intelligent lock two secure transmission channel, and the intelligent lock operation instruction information exchange within the second secure transmission channel, smart lock operation.

[0014] 所述第一安全传输通道为近距离无线传输通道,所述第二安全传输通道为近距离无线传输通道。 [0014] The first transmission channel is a secure short-distance wireless transmission channel, said secure transmission channel is a second proximity wireless transmission channel.

[0015] 这种智能锁装置,包括智能锁、二维码、客户端;所述二维码包含有能被相应的所述客户端读取的通信配制参数和加密信息;所客户端通过读取所述二维码内的通信配制参数和加密信息与智能锁构建第一安全传输通道,并通过第一安全传输通道与智能锁交互信息配制电子钥匙;所述智能锁读取客户端发来的电子钥匙信息,与客户端构建第二安全传输通道,并通过第二安全传输通道与客户端交互操作指令信息。 [0015] This smart lock means including a lock intelligent, two-dimensional code, the client; the two-dimensional code with the respective communication client that can be read by formulation parameters and encryption information; read by the client formulation parameters and taking the encrypted communication information to build a first intelligent lock secure transmission channel, and information prepared by the electronic key a first secure transmission channel to interact with the intelligent lock in the two-dimensional code; reading said smart client to lock electronic key information, constructing a second secure transmission channel with the client, through a second secure channel with the client interaction transmission operation instruction information.

[0016] 本发明与现有技术对比所具有的有益效果,包括以下方面: [0016] The present invention and comparative prior art has the beneficial effects, including the following:

[0017] 第一、本发明解决了电子钥匙在配制过程的安全性问题。 [0017] First, the present invention solves the problem of security in the electronic key preparation procedure. 在二维码里存入独特的加密数据,这些数据只有对应的移动客户端通过二维码扫描后才能解密并识别,里面存有密钥,用作配制钥匙时与智能锁建立安全的无线数据传输通道(第一安全传输通道)。 Encrypted data is stored in a unique two-dimensional code, these data can be decrypted and recognition only after the corresponding mobile client through the two-dimensional code scanning, which contains key, used to establish the safety of the preparation with the smart key lock wireless data transmission channel (transmission channel a first secure). 当电子钥匙配制完成后,客户端和智能锁各自存储电子钥匙信息和密钥信息,后续的通信就根据钥匙信息和密钥信息建立安全的数据连接(第二安全传输通道),不再依赖二维码。 When the electronic key preparation complete, the client stores each intelligent lock and the electronic key information and the key information, to establish a secure subsequent communication data connection (secure the second transmission channel) in accordance with the key information and the key information, no longer dependent on two dimensional code. 所以,即使他人获取该二维码,对安全也无法造成直接的威胁,再辅助于其他手段和方法,如智能锁显示屏终端生成一次性动态的二维码,使用之后作废或超过有效时间后也作废,可很好地解决安全威胁问题,另外即使没有安装显示屏终端的智能锁,只要用户妥善保管出厂二维码卡片,也不存在安全性的问题。 So, even if others get the two-dimensional code, the security can not be a direct threat, and then assisted on other means and methods, such as smart lock screen terminal generates one-time dynamic two-dimensional code, void after use or after the effective time of more than it must be rejected, it can be a good solution to security threats, even without the additional installation of smart lock screen terminals, as long as users keep the factory two-dimensional code card, there is no security problem.

[0018] 第二、本发明解决了电子钥匙在配制过程的繁琐性问题。 [0018] Second, the present invention solves the complicated problem of the electronic key in the formulation process. 二维码存储容量足够大,能够容纳智能锁配制钥匙所需的全部信息,这些信息在配制电子钥匙时通过扫描二维码的方式转给客户端,避免了传统电子锁和智能锁繁琐的设置步骤和参数输入操作。 Dimensional code storage capacity large enough to accommodate all the information needed formulated Lock key, which information is transferred to the electronic key in the preparation of a client by way of the two-dimensional code scanning, electronic locks and to avoid the traditional intelligent lock complicated settings and the step of parameter input operation. 因此,用户只需安装移动客户端软件,然后通过扫描二维码一个操作即可完成钥匙的配制工作,使用上更加简洁易用。 Therefore, users only need to install the mobile client software, and a key operation to complete the preparation work by scanning the two-dimensional code, the use of more simple to use.

附图说明 BRIEF DESCRIPTION

[0019] 图1为具体实施方式配制电子钥匙的流程框图; [0019] FIG. 1 is a flow diagram of the electronic key formulated DETAILED DESCRIPTION;

[0020] 图2为具体实施方式使用电子钥匙的流程框图。 [0020] FIG. 2 is a block flow diagram of the electronic key using specific embodiments. 具体实施方式 detailed description

[0021] 实施方式一 [0021] Embodiment Mode 1

[0022] 一种智能锁装置,包括智能锁、移动客户端和二维码。 [0022] An intelligent lock means including a lock intelligent, two-dimensional code and the mobile client. 二维码从智能锁的显示屏终端显示。 Two-dimensional code display from the display terminal intelligent lock. 二维码包含特定的加密数据,移动客户端扫描二维码,解密并读取二维码中的数据,并通过该数据与智能锁建立安全的无线传输通道。 Two-dimensional code contains specific encrypted data, the mobile client scans the two-dimensional code, and decrypts the read data in the two-dimensional code, and to establish a secure wireless data transmission channel by the intelligent lock. 智能锁和移动客户端在安全通道内传输钥匙信息和密钥,用作后续双方独立的不依赖二维码的数据加密通信,并且由于配制参数和安全信息都存储在二维码中,配制电子钥匙的过程时,无需在智能锁上进行繁琐的设置,这样在保证安全的前提下,可以极大简化智能锁的使用操作。 Lock and mobile clients within a secure transmission channel key information and the key, used to encrypt subsequent data communications both failing Lai Erwei independent code, and since the formulation parameters and safety information are stored in the two-dimensional code, the electronic formulated when the process is key, without the need for complicated settings in the smart lock, so the premise of ensuring safety, can greatly simplify the use of operational intelligence lock. 具体的配制过程和使用过程如下所述。 And the particular formulation process using the following procedure.

[0023] 如图1所示,配制电子钥匙的步骤包括: [0023] As shown in step 1 in FIG formulated electronic key comprises:

[0024] (I)由智能锁2自动生成变化二维码4显示在智能锁显示屏5上,二维码4包含只有对应的移动客户端I才解密、识别的加密数据; [0024] (I) the two-dimensional code is generated automatically by the change Lock Lock 24 displayed on the display screen 5, comprising a two-dimensional code 4 corresponding to the mobile client terminal I was only decrypt the encrypted data identified;

[0025] (2)移动客户端I扫描二维码4,解密二维码包含的加密数据,并通过近距离无线传输方式,与对应的智能锁2建立起与二维码相关的第一安全传输通道; [0025] (2) the mobile client I 4, decrypting the encrypted data included in the two-dimensional code scanning two-dimensional code, and by short-distance wireless transmission, and to establish a first security intelligent lock 2 associated with the two-dimensional code corresponding to transmission channel;

[0026] (3)智能锁2和对应的移动客户端I在第一安全通道内互相发送钥匙信息以及密钥信息,这些信息用于后续双方建立与二维码4无关的安全通信,从而完成电子钥匙的配制。 [0026] (3) Intelligent lock 2 and the corresponding mobile client transmits key information I to each other in the first passage and the security key information, both the information for establishing a subsequent 4 dimensional code independent of the secure communications, to complete preparation of electronic keys.

[0027] 如图2所示,配制后的电子钥匙的使用步骤如下: [0027] 2, the electronic key after formulation using the following steps:

[0028] (I)智能手机客户端I使用配制过程的中产生的电子钥匙信息与智能锁2建立与二维码4无关的第二安全传输通道; [0028] (I) smartphone client I formulation process using the intelligent lock and the electronic key information generated in the 2-dimensional code to establish a second secure independent transmission channel 4;

[0029] (2)智能手机客户端I在第二安全传输通道内与智能锁2交换操作指令信息,对智能锁进行开、关、读取状态信息和更改设置等操作。 [0029] (2) I with the smart phone client 2 Lock operation instruction information exchange within the second secure transmission channel, smart locks on, off, read status information, and change settings and other operations.

[0030] 在整个实施过程中,只有在配制钥匙时需要用到二维码4,钥匙配制完成后的开锁等操作不再需要该二维码,使智能锁装置在使用上更加简洁。 [0030] Throughout the course of embodiment, only when the need to use two-dimensional code formulating key 4, key unlock operation after the completion of preparation is no longer required the two-dimensional code, so that the intelligent lock apparatus more compact in use. 在二维码中设定该二维码的失效条件,如使用一次之后作废,以及超过规定时间未使用即过期后也作废。 The two-dimensional code is set in the two-dimensional code failure conditions, such as discarded after a single use, and not more than a predetermined time expires after use i.e. it must be rejected. 这样在前一个电子钥匙有效的情况下,使用者可以很方便地更新电子钥匙信息,避免用户担心同一静态二维码卡片长期使用被盗取而带来的安全隐患,但如果用户妥善保管,安全风险也可以规避。 So the next valid electronic key former case, the user can easily update the electronic key information, to avoid the same user to worry about long-term use of static two-dimensional code card is stolen and the potential safety problems, but if you take good care of security risk can also be circumvented.

[0031] 实施方式二 [0031] Second Embodiment

[0032] 与实施方式一不同之处在于,在生成电子钥匙的步骤(I)中,由智能锁厂商在出厂时生成固定二维码附带给用户,使用中,若需要在不同的移动客户端上配制电子钥匙或重新配制电子钥匙,重新扫描二维码进行配制;若遗失二维码,则可由厂商重新计算生成,通过网络或实物提供给使用者。 [0032] the first embodiment except that, in step (I) to generate the electronic key, generating intelligent lock when shipped by manufacturers included a fixed two-dimensional code to the user, in use, if desired, in a different mobile client the preparation of reconstituted electronic key or electronic key, re-scan two-dimensional code was formulated; if lost two-dimensional code, you can recalculate generated by the manufacturer, provided to the user via the network or in kind.

[0033] 以上内容是结合具体的实施方式对本发明所作的进一步详细说明,不能认定本发明的具体实施只局限于这些说明。 [0033] The above is described in further detail with reference to specific embodiments of the present invention made by the present invention should not be considered limited to these specific embodiments described. 对于本发明所属技术领域的普通技术人员来说,在不脱离本发明构思的前提下,还可以做出若干简单推演或替换,都应当视为属于本发明的保护范围。 Those of ordinary skill in the art for the present invention, without departing from the spirit of the present invention, can make various simple deduction or replacement, should be deemed to belong to the scope of the present invention.

Claims (10)

  1. 1.一种智能锁装置的电子钥匙的配制方法,其特征在于,包括以下步骤: 步骤一,生成与特定智能锁对应的二维码,所述二维码中包含与特定智能锁对应的通讯配置参数和加密信息; 步骤二,移动客户端扫描二维码,解密后读取二维码中数据; 步骤三,移动客户端用解析出的二维码数据与智能锁建立第一安全传输通道; 步骤四,移动客户端和智能锁在第一安全传输通道内互相发送配制的钥匙信息和密钥信息,并将该钥匙信息和密钥信息存储为电子钥匙。 1. A method of formulating an intelligent electronic key locking device, characterized by comprising the steps of: a step of generating smart lock corresponding to the specific two-dimensional code, the two-dimensional code included in the lock corresponds to a particular intelligent communications configuration parameters and encryption information; step two, the mobile client scan two-dimensional code, the two-dimensional code reading decrypted data; step three, mobile client terminal establishes a first secure transmission channel with the parsed data with two-dimensional code lock ; step four, the mobile client and the smart key information and the key lock information transmitting formulated within the first secure each transmission channel, and the key information and the key information stored in the electronic key.
  2. 2.如权利要求1所述的智能锁装置的电子钥匙的配制方法,其特征在于:所述第一安全传输通道为近距离无线传输通道。 The method of preparation of the electronic key 2. The lock device according to the intelligent claim 1, wherein: said first secure transmission channel is a short-range wireless transmission path.
  3. 3.如权利要求1所述的智能锁装置的电子钥匙的配制方法,其特征在于:所述步骤一中,生成唯一不变的二维码印制在二维码卡片上。 The method of preparation of a smart electronic key lock device according to claim 1, characterized in that: said step a, the two-dimensional code generated only constant two-dimensional code printed on the card.
  4. 4.如权利要求1所述的智能锁装置的电子钥匙的配制方法,其特征在于:所述步骤一中,生成动态的二维码显示在智能锁屏幕上。 4. The preparation method of a smart electronic key locking device according to claim 1, wherein: said step a, the two-dimensional code generated dynamically displayed on the screen of the intelligent lock.
  5. 5.如权利要求4所述的智能锁装置的电子钥匙的配制方法,其特征在于:所述动态的二维码中包含设定失效条件的信息。 5. The preparation method of a smart electronic key locking device according to claim 4, wherein: said two-dimensional code includes dynamic information setting failure condition.
  6. 6.一种智能锁装置的使用方法,其特征在于:包括以下步骤: 步骤一,生成与特定智能锁对应的二维码,所述二维码中包含与特定智能锁对应的通讯配置参数和加密信息; 步骤二,移动客户端扫描二维码,解密后读取二维码中数据; 步骤三,移动客户端用解析出的二维码数据与智能锁建立第一安全传输通道; 步骤四,移动客户端和智能锁在第一安全传输通道内互相发送配制的钥匙信息和密钥信息,并将该钥匙信息和密钥信息存储为电子钥匙; 步骤五,移动客户端用电子钥匙与智能锁建立第二安全传输通道,并在第二安全传输通道内与智能锁交换操作指令信息,对智能锁进行操作。 6. A method of using a smart locking device, characterized by: comprising the following steps: a, generating a corresponding particular smart lock dimensional code, the two-dimensional code included in the intelligent lock corresponding to a particular communication configuration parameters and encryption information; step two, the mobile client scan two-dimensional code, the two-dimensional code reading decrypted data; step three, the mobile client to establish secure transmission channel with a first two-dimensional code data parsing and intelligent lock; step four , a mobile client and a smart safe lock transmitting a first transmission channel in each key information and the key information prepared, and the key information and the key information stored in the electronic key; step five, the mobile client and a smart electronic key establishing a second security lock transmission channel, and the operation instruction information exchange within the second intelligent lock secure transmission channel, smart lock operation.
  7. 7.如权利要求6所述的智能锁装置的使用方法,其特征在于:所述步骤一中,生成唯一不变的二维码显示给移动客户端。 Use intelligent lock apparatus as claimed in claim 6, wherein: in said step a, generating a unique two-dimensional code is displayed to the same mobile clients.
  8. 8.如权利要求6所述的智能锁装置的使用方法,其特征在于:所述步骤一中,生成动态的二维码显示在智能锁屏幕上。 The method of claim 6 using intelligent lock apparatus as claimed in claim 8, wherein: said step a, the two-dimensional code generated dynamically displayed on the screen of the intelligent lock.
  9. 9.如权利要求6所述的智能锁装置的使用方法,其特征在于:所述第一安全传输通道为近距离无线传输通道,所述第二安全传输通道为近距离无线传输通道。 Use intelligent lock apparatus as claimed in claim 6, wherein: said first secure transmission channel is a short-range wireless transmission path, the second transmission channel to secure short-distance wireless transmission channel.
  10. 10.一种智能锁装置,包括智能锁、二维码、客户端; 所述二维码包含有能被相应的所述客户端读取的通信配制参数和加密信息; 所客户端通过读取所述二维码内的通信配制参数和加密信息与智能锁构建第一安全传输通道,并通过第一安全传输通道与智能锁交互信息配制电子钥匙; 所述智能锁读取客户端发来的电子钥匙信息,与客户端构建第二安全传输通道,并通过第二安全传输通道与客户端交互操作指令信息。 An intelligent lock means including a lock intelligent, two-dimensional code, the client; the two-dimensional code with the respective communication client that can be read by formulation parameters and encryption information; client by reading the communication formulated in the two-dimensional code parameters and the encrypted first information to build intelligent lock secure transmission channel, and information prepared by the electronic key a first secure transmission channel interaction with intelligent lock; read the smart client to lock the electronic key information, and the client constructing a second secure transmission channel, and instruction information transmission channel via a second secure client interaction.
CN 201310722714 2013-12-24 2013-12-24 An intelligent lock apparatus and method of use, method of preparation of the electronic key CN103646455B (en)

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CN105374099A (en) * 2015-12-14 2016-03-02 讯美电子科技有限公司 Access control system with inlet and outlet dynamic opening passwords

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