摘要：【中文】本发明公开了一种声音设置方法、智能锁及存储介质，其中设置方法包括：接收设置请求，根据设置请求进入声音设置模式；其中所述设置请求由终端设备上触发形成；根据设置模式与云平台建立网络通信，其中所述云平台与所述终端设备信号相互连通；接收设置指令，根据设置指令对智能锁输出的声音进行调节；所述设置指令由所述终端设备发出并经过所述云平台解析后传送至所述智能锁中；获取声音调节状态，将声音调节状态传送至所述云平台中进行比对分析并生成设置结果，并将设置结果传送至所述终端设备进行反馈。本发明可根据用户需求通过终端设备对智能锁的声音进行调节，提升用户使用体验感，提高智能锁的安全性。 【EN】The invention discloses a sound setting method, an intelligent lock and a storage medium, wherein the setting method comprises the following steps: receiving a setting request, and entering a sound setting mode according to the setting request; wherein the setting request is triggered by the terminal equipment; establishing network communication with a cloud platform according to a set mode, wherein the cloud platform is in signal communication with the terminal equipment; receiving a setting instruction, and adjusting the sound output by the intelligent lock according to the setting instruction; the setting instruction is sent by the terminal equipment, analyzed by the cloud platform and transmitted to the intelligent lock; and acquiring a sound adjusting state, transmitting the sound adjusting state to the cloud platform for comparison and analysis, generating a setting result, and transmitting the setting result to the terminal equipment for feedback. According to the invention, the sound of the intelligent lock can be adjusted through the terminal equipment according to the user requirements, the user experience is improved, and the safety of the intelligent lock is improved.

摘要：【中文】本发明提供一种指纹锁、控制方法以及控制系统，指纹锁包括通信电路、控制电路、红外发射电路，控制电路分别与通信电路、红外发射电路连接；控制电路通过通信电路与智能终端无线连接，并接收智能终端发出的控制指令，控制指令包括距离控制指令、感应时间控制指令；控制电路根据控制指令向红外发射电路发送相应占空比的PWM信号以控制红外发射电路调节红外发射管的工作电流，改变指纹锁的检测距离和感应时间。本发明能够调节指纹锁的检测范围，提高检测精度、降低出现误报警的概率，并利用对感应时间的调节减少了指纹锁的功耗，延长了指纹锁工作时间，满足了用户需求。 【EN】The invention provides a fingerprint lock, a control method and a control system, wherein the fingerprint lock comprises a communication circuit, a control circuit and an infrared emission circuit, wherein the control circuit is respectively connected with the communication circuit and the infrared emission circuit; the control circuit is in wireless connection with the intelligent terminal through the communication circuit and receives a control instruction sent by the intelligent terminal, wherein the control instruction comprises a distance control instruction and an induction time control instruction; the control circuit sends PWM signals with corresponding duty ratios to the infrared transmitting circuit according to the control instructions so as to control the infrared transmitting circuit to adjust the working current of the infrared transmitting tube and change the detection distance and the induction time of the fingerprint lock. The invention can adjust the detection range of the fingerprint lock, improve the detection precision, reduce the probability of false alarm, reduce the power consumption of the fingerprint lock by adjusting the induction time, prolong the working time of the fingerprint lock and meet the requirements of users.

摘要：【中文】本发明公开了一种开门方式设置方法、智能锁及存储介质，其中所述设置方法包括：接收设置请求，根据设置请求进入设置模式；所述设置请求由终端设备传送或在智能锁上触发形成；根据设置模式与云平台建立网络通信，其中所述云平台与所述终端设备信号相互连通；接收设置指令，进入身份信息录入模式，并根据设置指令所对应的至少一种开门方式进行身份信息录入；所述设置指令由所述终端设备发出并经过所述云平台解析后传送至所述智能锁中；获取录入的身份信息，将所述身份信息传送至所述云平台进行解析生成设置结果，并将设置结果传送至所述终端设备进行反馈。本发明可根据用户需求通过终端设备更换智能锁的开门方式，提高门锁的安全性。 【EN】The invention discloses a door opening mode setting method, an intelligent lock and a storage medium, wherein the setting method comprises the following steps: receiving a setting request, and entering a setting mode according to the setting request; the setting request is transmitted by the terminal equipment or triggered on the intelligent lock; establishing network communication with a cloud platform according to a set mode, wherein the cloud platform is in signal communication with the terminal equipment; receiving a setting instruction, entering an identity information input mode, and inputting identity information according to at least one door opening mode corresponding to the setting instruction; the setting instruction is sent by the terminal equipment, analyzed by the cloud platform and transmitted to the intelligent lock; the method comprises the steps of obtaining input identity information, transmitting the identity information to the cloud platform for analysis to generate a setting result, and transmitting the setting result to the terminal equipment for feedback. The intelligent lock can change the door opening mode of the intelligent lock through the terminal equipment according to the user requirements, and the safety of the door lock is improved.

摘要：【中文】本发明公开了一种终端与智能蓝牙锁校验的方法、智能蓝牙锁与存储介质，包括以下步骤：移动终端向智能蓝牙锁发起开锁请求；智能蓝牙锁接收开锁请求，生成唯一标识码发送至移动终端、云端服务器，向云端服务器发起获取校验码请求；移动终端获取唯一标识码，向云端服务器发起获取校验码请求；云端服务器接收获取校验码请求，根据唯一标识码生成动态校验码返回至移动终端与智能蓝牙锁；移动终端接收动态校验码，并将发送包含动态校验码数据包至智能蓝牙锁；智能蓝牙锁接收云端服务器的动态校验码与移动终端的数据包，进行校验；若校验成功，则执行开锁命令。本发明通过校验云端服务器与移动终端的动态校验码，增加用户操控智能锁的安全性。 【EN】The invention discloses a method for checking a terminal and an intelligent Bluetooth lock, the intelligent Bluetooth lock and a storage medium, which comprises the following steps: the mobile terminal initiates an unlocking request to the intelligent Bluetooth lock; the intelligent Bluetooth lock receives the unlocking request, generates a unique identification code, sends the unique identification code to the mobile terminal and the cloud server, and sends a check code acquisition request to the cloud server; the mobile terminal acquires the unique identification code and initiates a check code acquisition request to the cloud server; the cloud server receives the check code acquisition request, generates a dynamic check code according to the unique identification code and returns the dynamic check code to the mobile terminal and the intelligent Bluetooth lock; the mobile terminal receives the dynamic check code and sends a data packet containing the dynamic check code to the intelligent Bluetooth lock; the intelligent Bluetooth lock receives the dynamic check code of the cloud server and the data packet of the mobile terminal, and checks; and if the verification is successful, executing an unlocking command. According to the invention, the security of the user for operating the intelligent lock is increased by checking the dynamic check codes of the cloud server and the mobile terminal.

摘要：【中文】本发明公开了一种基于蓝牙技术的智能门锁及其实现方法，该门锁包括：控制模块，向低频发射模块输出低频发射许可信号，并在通过蓝牙模块收到密码信息时进行解码，于密码正确时向可控锁头发送开锁信号以实现开锁；低频发射模块，发射低频唤醒信号以唤醒带有低频接收电路和蓝牙模块的电子钥匙或其他外部蓝牙设备；蓝牙模块，在低频发射模块发射完毕时进入接收状态以接收被唤醒的带有低频接收电路和蓝牙模块的电子钥匙或其他外部设备发送的链接请求，并在收到链接请求时按协议进行通信以获取电子钥匙或其他外部设备传送的密码信息并传输至控制模块；可控锁头，在收到控制模块发送的开锁信号时实现打开锁具；电源模块，为其他模块提供电源信号。 【EN】The invention discloses an intelligent door lock based on Bluetooth technology and a realization method thereof, wherein the door lock comprises the following components: the control module outputs a low-frequency transmission permission signal to the low-frequency transmission module, decodes the password information when receiving the password information through the Bluetooth module, and sends an unlocking signal to the controllable lock head when the password is correct so as to realize unlocking; the low-frequency transmitting module transmits a low-frequency wake-up signal to wake up an electronic key or other external Bluetooth equipment with a low-frequency receiving circuit and a Bluetooth module; the Bluetooth module enters a receiving state when the low-frequency transmitting module finishes transmitting so as to receive a link request sent by an awakened electronic key or other external equipment with a low-frequency receiving circuit and the Bluetooth module, and communicates according to a protocol when receiving the link request so as to acquire password information transmitted by the electronic key or other external equipment and transmit the password information to the control module; the controllable lock head realizes unlocking when receiving an unlocking signal sent by the control module; and the power supply module is used for providing power supply signals for other modules.

摘要：【中文】本发明公开了一种基于二维码开锁的方法、设备、存储介质，包括以下步骤S10、智能门锁与云端服务器连接，云端服务器下发密钥信息至已绑定的智能门锁；S20、智能门锁接收所述密钥信息并响应所述云端服务器；S30、云端服务器接收所述智能门锁的响应信息，将所述密钥信息发送至终端服务器；S40、终端服务器生成包含密钥信息的二维码并发送至移动终端；S50、智能门锁扫描并验证移动终端的所述二维码。本发明通过智能门锁扫描具有一定条件限制的二维码打开智能门锁，解决酒店或其他公共场所管理门禁权限问题，提高智能门锁的使用安全。 【EN】The invention discloses a method, equipment and a storage medium for unlocking based on a two-dimensional code, which comprises the following steps of S10, connecting an intelligent door lock with a cloud server, and issuing key information to the bound intelligent door lock by the cloud server; s20, the intelligent door lock receives the key information and responds to the cloud server; s30, the cloud server receives the response information of the intelligent door lock and sends the key information to the terminal server; s40, the terminal server generates a two-dimensional code containing key information and sends the two-dimensional code to the mobile terminal; s50, scanning and verifying the two-dimensional code of the mobile terminal by the intelligent door lock. According to the intelligent door lock, the intelligent door lock is opened by scanning the two-dimensional code with certain condition limitation, so that the problem of managing the access control permission of a hotel or other public places is solved, and the use safety of the intelligent door lock is improved.

摘要：【中文】本发明公开了一种多个物联网设备的消息上报方法、设备及存储介质，其中上报方法包括：S1：每个物联网设备将其自身的待上报消息进行缓存，并实时统计每个物联网设备已缓存的消息数量；S2：从多个物联网设备中挑选出当前抽样时刻中已缓存的消息数量最大的一个物联网设备；S3：判断所述S2中挑选出来的物联网设备的已缓存消息数量在下一抽样时刻是否仍为最大，若是，将该物联网设备所有缓存消息提交上报，并清空缓存消息；若否，则等待设定时间后，重新返回S1。本发明可选出最迫切需要提交消息的设备，然后由选举出的设备提交自身的消息，而其他设备则需要等待，有效减少设备对服务器的连接数量，减少本地网络和远程网络的资源消耗。 【EN】The invention discloses a message reporting method, equipment and a storage medium for a plurality of Internet of things equipment, wherein the reporting method comprises the following steps: s1: each piece of Internet of things equipment caches the message to be reported and counts the quantity of the cached message of each piece of Internet of things equipment in real time; s2: selecting one Internet of things device with the largest number of cached messages at the current sampling time from the plurality of Internet of things devices; s3: judging whether the number of the cached messages of the internet of things equipment selected in the step S2 is still the largest at the next sampling moment, if so, submitting all the cached messages of the internet of things equipment to report, and clearing the cached messages; if not, the process returns to S1 again after waiting for a set time. The invention can select the equipment which is most urgently needed to submit the message, then the selected equipment submits the message of the equipment, and other equipment needs to wait, thereby effectively reducing the connection quantity of the equipment to the server and reducing the resource consumption of the local network and the remote network.

摘要：【中文】本发明公开了一种ZigBee网关的多设备联动控制方法、设备及存储介质，其中控制方法包括如下步骤：提供一移动终端与ZigBee网关建立通信通道；提供多个子设备绑定ZigBee网关；接收由所述移动终端发送的添加分组指令，根据添加分组指令建立多个分组地址，并根据添加分组指令将每个子设备与对应的分组地址建立关联；接收由移动终端发送的多条控制指令，将针对同一分组地址的控制指令整合为同一个json数组；将json数组通过组播传送至对应分组地址中，控制该分组地址下的子设备执行json数组中控制指令对应的操作。本发明可减少多设备联动过程中出现丢包的现象，提升用户体现。 【EN】The invention discloses a multi-device linkage control method, equipment and a storage medium of a ZigBee gateway, wherein the control method comprises the following steps: providing a mobile terminal and establishing a communication channel with a ZigBee gateway; providing a plurality of sub-devices bound with a ZigBee gateway; receiving a grouping adding instruction sent by the mobile terminal, establishing a plurality of grouping addresses according to the grouping adding instruction, and establishing association between each sub-device and the corresponding grouping address according to the grouping adding instruction; receiving a plurality of control instructions sent by the mobile terminal, and integrating the control instructions aiming at the same grouping address into the same json array; and transmitting the json array to a corresponding packet address through multicast, and controlling the sub-equipment under the packet address to execute the operation corresponding to the control instruction in the json array. The invention can reduce the phenomenon of packet loss in the multi-device linkage process and improve the user embodiment.

摘要：【中文】本发明公开了一种控制智能锁开启的方法、智能锁、存储介质，包括移动终端与智能锁，包括以下步骤：S10、移动终端与所述智能锁连接，智能锁进入设置模式；S20、移动终端向智能锁发送设置假期模式请求；S30、移动终端发送报警时段信息至所述智能锁；S40、所述智能锁接收到所述移动终端发送的报警时段信息，进行设置；设置完成后发送第一完成信号至所述移动终端，智能锁根据报警时段信息进入假期模式。本发明通过移动终端与智能锁交互控制智能锁在特定时段只能通过特定的方式开启，保证智能锁在报警时段内的安全性，同时保持智能锁开锁的便利，不影响用户的正常开锁。 【EN】The invention discloses a method for controlling the unlocking of an intelligent lock, the intelligent lock and a storage medium, wherein the method comprises a mobile terminal and the intelligent lock, and comprises the following steps: s10, connecting the mobile terminal with the intelligent lock, and enabling the intelligent lock to enter a setting mode; s20, the mobile terminal sends a request for setting a vacation mode to the intelligent lock; s30, the mobile terminal sends alarm time interval information to the intelligent lock; s40, the intelligent lock receives the alarm time interval information sent by the mobile terminal and sets the alarm time interval information; and after the setting is finished, sending a first finishing signal to the mobile terminal, and enabling the intelligent lock to enter a vacation mode according to the alarm time interval information. According to the intelligent lock, the intelligent lock is interactively controlled by the mobile terminal and the intelligent lock to be opened only in a specific mode in a specific time period, so that the safety of the intelligent lock in an alarm time period is ensured, the unlocking convenience of the intelligent lock is kept, and the normal unlocking of a user is not influenced.

摘要：【中文】本发明公开了一种实时监测当前在线设备的方法、设备、存储介质，包括以下步骤：S10、提供一物联网管理平台，智能设备连接所述物联网管理平台；S20、当用户操作智能设备时，推送实时数据至所述物联网管理平台；S30、所述物联网管理平台接收所述实时数据，并调用计算引擎进行计算；S40、根据所述计算引擎的计算结果得到当前在线设备数。本发明提供一种实时监测当前在线设备的方法、设备、存储介质，通过物联网管理平台实时接收用户操作智能设备的实时数据，通过计算引擎实时计算分析，实现判断智能设备是否实时在线，实时监控智能设备的运行状态，方便用户管理并提供数据支持。 【EN】The invention discloses a method, equipment and a storage medium for monitoring current online equipment in real time, which comprises the following steps: s10, providing an Internet of things management platform, and connecting the intelligent equipment with the Internet of things management platform; s20, when the user operates the intelligent device, pushing real-time data to the Internet of things management platform; s30, the Internet of things management platform receives the real-time data and calls a calculation engine to calculate; and S40, obtaining the current online equipment number according to the calculation result of the calculation engine. The invention provides a method, equipment and a storage medium for monitoring current online equipment in real time, which are used for receiving real-time data of a user operating intelligent equipment in real time through an Internet of things management platform, and realizing the real-time online judgment of the intelligent equipment and the real-time monitoring of the running state of the intelligent equipment through the real-time calculation and analysis of a calculation engine, thereby facilitating the management of the user and providing data support.