阅读说明：本技术 一种具有物联网功能的智能真空干燥柜 (Intelligent vacuum drying cabinet with Internet of things function ) 是由 李亚东 袁富忠 于 2018-07-23 设计创作，主要内容包括：本发明涉及一种具有物联网功能的智能真空干燥柜,属于医疗设备的领域。包括：真空干燥柜柜体、供应室局域网、路由器、无联网功能中型设备、6LoWPAN节点、具有IPv6协议设备、PC机电脑。应用传感器技术、RFID标签技术、子系统边界路由等技术,智能真空干燥柜组建供应室局域网将收集各个设备运行过程中的参数数据,并将所有数据汇总上传至互联网服务器,实现了用户通过手机、电脑或其它终端即可查看相关数据。本发明解决了智能真空干燥柜无法将与其相关的设备如恒温恒湿箱、高低温试验箱等数据统一上传至服务器的问题。该发明使得人们可以通过网络统一查看所有相关设备的数据,方便了人们对其进行统一管控。(The invention relates to an intelligent vacuum drying cabinet with an Internet of things function, and belongs to the field of medical equipment. The method comprises the following steps: the system comprises a vacuum drying cabinet body, a supply room local area network, a router, a medium-sized device without a networking function, a 6LoWPAN node, a device with an IPv6 protocol and a PC computer. By applying the technologies of a sensor technology, an RFID (radio frequency identification) tag technology, a subsystem boundary route and the like, the intelligent vacuum drying cabinet establishes a supply room local area network, collects parameter data of each device in the operation process, summarizes all the data and uploads the data to an internet server, and a user can check related data through a mobile phone, a computer or other terminals. The invention solves the problem that the intelligent vacuum drying cabinet can not uniformly upload data of related equipment such as a constant temperature and humidity chamber, a high-low temperature test chamber and the like to a server. The invention enables people to uniformly check the data of all relevant devices through the network, and facilitates the uniform management and control of the devices by people.)

1. An intelligence vacuum drying cabinet with thing networking function includes:

(1) intelligence vacuum drying cabinet switchboard includes again:

vacuum drying cabinet body: the main body part is used for drying the instrument;

a display screen: parameters and name information of an operation stage in the operation process of the vacuum drying cabinet are displayed on a screen;

mainboard: the display screen is connected and comprises an operating system, the operation of the operating system, the control of peripheral devices, the transceiving of data commands, serial ports, USB communication control and an Ethernet port;

a loudspeaker: the voice prompt can be carried out on the operation link of the operation;

the voice acquisition module: collecting voice information input by a user to realize a voice recognition function;

an identity recognition module: carrying out user authority verification by using fingerprint or face recognition;

a network interface: the network interface mainly comprises a wireless network interface and a wired network interface, wherein the wireless network comprises 3G and 4G, WIFI, and the wired network comprises Ethernet communication, CAN bus communication and serial bus communication;

(2) supply room local area network: collecting parameter data in the running process of each device, and summarizing all the data and transmitting the data to a server through the Internet;

(3) the router: the device is connected with each local area network and wide area network in the Internet, can automatically select and set a route according to the condition of a channel, and sends signals according to the front and back sequence by an optimal path;

(4) medium-sized equipment without networking function: the system does not have the capacity of connecting an external network, and can only transmit operation parameters through a local area network of a supply room;

(5)6LoWPAN node: the 6LoWPAN is a low-speed wireless personal area network standard based on IPv6, the node is actually a data repeater, a simplified IPv6 protocol is realized, and data of equipment with the protocol can be collected and forwarded to a server;

(6) device with IPv6 protocol: detecting a relevant concentration value, and uploading data of the concentration value to a 6LoWPAN node for forwarding;

(7) PC computer: and the computer in the supply room local area network is used for the user to check the running condition of the supply room local area network or the data report information.

Technical Field

The invention relates to a vacuum drying cabinet, in particular to an intelligent vacuum drying cabinet with an internet of things function, and belongs to the field of medical equipment.

Background

At present, most equipment in a hospital supply room is in a single-machine operation state, and only a small amount of equipment is connected to a network. Most traditional equipment can not upload data to a cloud server and a local server, a user can only go to equipment to check the data of each equipment one by one when checking the running condition of the equipment, the data can not be checked through a network, and some small and medium-sized equipment are lack of network connection conditions. The intelligent vacuum drying cabinet is one of common medical equipment in medical institutions, and how to upload data of the intelligent vacuum drying cabinet and related medium and small equipment to a server to realize connection with a network is an urgent problem to be solved, so that unified management and control are convenient to perform.

Disclosure of Invention

The invention aims to solve the technical problem of providing an intelligent vacuum drying cabinet with the function of Internet of things, and solves the problem that the existing vacuum drying cabinet and related small-sized equipment cannot upload all data to a network server to carry out unified management and control on the data.

Aiming at the technical problems, the invention adopts the following technical scheme:

an intelligence vacuum drying cabinet with thing networking function includes:

(1) intelligence vacuum drying cabinet switchboard includes again:

vacuum drying cabinet body: the main body part is used for drying the instrument;

a display screen: parameters and name information of an operation stage in the operation process of the vacuum drying cabinet are displayed on a screen;

mainboard: the display screen is connected and comprises an operating system, the operation of the operating system, the control of peripheral devices, the transceiving of data commands, serial ports, USB communication control and an Ethernet port;

a loudspeaker: the voice prompt can be carried out on the operation link of the operation;

the voice acquisition module: collecting voice information input by a user to realize a voice recognition function;

an identity recognition module: carrying out user authority verification by using fingerprint or face recognition;

a network interface: the network interface mainly comprises a wireless network interface and a wired network interface, wherein the wireless network comprises 3G and 4G, WIFI, and the wired network comprises Ethernet communication, CAN bus communication and serial bus communication;

(2) supply room local area network: collecting parameter data in the running process of each device, and summarizing all the data and transmitting the data to a server through the Internet;

(3) the router: the device is connected with each local area network and wide area network in the Internet, can automatically select and set a route according to the condition of a channel, and sends signals according to the front and back sequence by an optimal path;

(4) medium-sized equipment without networking function: the system does not have the capacity of connecting an external network, and can only transmit operation parameters through a local area network of a supply room;

(5)6LoWPAN node: the 6LoWPAN is a low-speed wireless personal area network standard based on IPv6, the node is actually a data repeater, a simplified IPv6 protocol is realized, and data of equipment with the protocol can be collected and forwarded to a server;

(6) device with IPv6 protocol: detecting a relevant concentration value, and uploading data of the concentration value to a 6LoWPAN node for forwarding;

(7) PC computer: and the computer in the supply room local area network is used for the user to check the running condition of the supply room local area network or the data report information.

The invention has the beneficial effects that: the invention solves the problems that the vacuum drying cabinet and the related small-sized equipment cannot upload all data to the cloud server and the local server, and a user only can check the data of other related equipment one by one among other equipment after checking the operation condition of the vacuum drying cabinet. The invention enables people to uniformly check the data of all relevant devices through the network, thereby greatly facilitating the uniform management and control of people.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic diagram of the networked structure of the present invention;

FIG. 3 is a schematic structural diagram of an embodiment of the present invention.

Detailed Description

In order to make the purpose and technical scheme of the invention clearer, an intelligent vacuum drying cabinet with the function of internet of things is further described in detail below with reference to the attached drawings.

As shown in the attached figure 1, an intelligent vacuum drying cabinet with the function of Internet of things mainly comprises: the system comprises a vacuum drying cabinet body, a supply room local area network, a router, a medium-sized device without a networking function, a 6LoWPAN node, a device with an IPv6 protocol and a PC computer. In order to realize the function of the internet of things, firstly, a hardware facility needs to be built by applying a sensor technology, an RFID tag technology, a subsystem boundary routing technology and an embedded application technology, and a WiFi environment which can enable the sensor technology to be connected with the internet is built. And meanwhile, a local server connected with the Internet is deployed and used for storing system operation data, configuring an IP address for the vacuum drying cabinet and providing an environment capable of being connected to WiFi for communication. Then further configuring other software and hardware: the environment in the inner container of the intelligent vacuum drying cabinet is pumped into a negative pressure state, and the objects are dried; the positioning function is utilized, the position information can be uploaded to a server background, and the running state of the equipment is monitored in real time; the cloud server supporting software is used, the cloud server supporting software comprises a background control program and foreground monitoring software, the background receives data, and a foreground interface displays the working condition of corresponding equipment, so that the remote monitoring function is achieved.

The local area network of the supply room is one of key parts of the invention, small and medium-sized equipment in the supply room can integrally upload data to the cloud server or the local server, and personnel in departments can check the data of relevant equipment through the PC or the mobile phone APP and remotely check the data of the relevant equipment through the cloud server, so that the function of the Internet of things is realized. The intelligent vacuum drying cabinet can also specifically comprise: the vacuum drying cabinet comprises a vacuum drying cabinet body, a voice recognition system, a voice playing system, a face recognition system, a fingerprint recognition system, a core processing system and the like, wherein a network interface comprises a 4G mobile network and a WiFi network, and a network can be effectively provided for small-sized terminal equipment. When the small network establishes the small network value through the 6LoWPAN, the relay node is connected to the WiFi node, and data are transmitted to the server through the relay node. In addition, the network interface can be used for communication of updating, debugging and tracing functions of the application program, and can be used as cloud storage and cloud service, and data can be recovered by the cloud service when the data is lost due to unexpected faults of the equipment. A data uploading interface of the vacuum drying cabinet is connected to a local server of a hospital supply room by using an RJ45 network cable, a corresponding IP address needs to be allocated to the local server, then the connection effect is tested, the connection to the server is ensured to be always carried out in the use process, and data is uploaded to the server by the set interval time; and uploading the operation result of the equipment according to the established data transmission protocol. WiFi interface: the interface is mainly used for receiving data uploaded by other small-sized devices and then uploading the data to the cloud server through the 4G network.

As shown in fig. 2, the intelligent vacuum drying cabinet with the internet of things function is finally connected with a server of the internet, so that a common user can check related data through a mobile phone, a computer or other terminals.

As shown in fig. 3, medium-sized devices without networking function, such as constant temperature and humidity chamber, high and low temperature test chamber, etc., which do not have the capability of connecting with external network, need to upload operation parameters through connecting router and supply room lan.

As shown in fig. 3, devices with IPv6 protocol, such as a hydrogen peroxide detector, an ethylene oxide detector, a temperature and humidity detector, a PM2.5 detector, a formaldehyde detector, etc., are all connected to a relay node using a wireless application specific module (6LoWPAN node), and the relay node is responsible for sending data to a server.

The specific functional details of the components shown in fig. 3 are as follows:

internet: the data exchange function between networks is provided, and a channel for data transmission is provided.

A server: and storing the collected data on a server through the Internet, and accessing the data.

The mobile phone comprises: and accessing data on the server through the APP software of the mobile phone.

Computer (ordinary user networked computer): and accessing the data on the server through the computer software system.

A terminal: PDA (personal Digital Assistant) accesses data on the server.

Supply room local area network: and collecting all parameter data in the running process of the equipment, and uploading the parameter data to the server through the Internet.

The router: the equipment is connected with local area network and wide area network in Internet, and can automatically select and set route according to channel condition, and can send signal according to optimum route and front-back sequence.

Constant temperature and humidity case: the capacity of connecting with an external network is not available, and the operation parameters can be uploaded only through a local area network of a supply room.

High-low temperature test chamber: the device does not have the capability of connecting to an external network and can only upload operating parameters through a supply room local area network.

6LoWPAN node: 6LoWPAN is a low-speed wireless personal area network standard based on IPv 6; the node is actually also a data forwarder, realizes a reduced version of IPv6 protocol, and can collect data of other devices with the protocol and forward the data to a server.

A hydrogen peroxide detector: the concentration value of hydrogen peroxide in the environment can be detected and uploaded to the 6LoWPAN node for forwarding.

Ethylene oxide detector: the concentration value of ethylene oxide in the environment can be detected and uploaded to a 6LoWPAN node for forwarding.

Temperature and humidity detector: the method can detect the concentration values of temperature and humidity in the environment, and upload the concentration values to the 6LoWPAN node for forwarding.

A PM2.5 detector: the concentration value of PM2.5 in the environment can be detected and uploaded to a 6LoWPAN node for forwarding.

A formaldehyde detector: the formaldehyde concentration value in the environment can be detected and uploaded to the 6LoWPAN node for forwarding.

PC computer: and the computer in the local area network is used for the user to check the running condition of the equipment, check a statistical report form and the like.

The intelligent vacuum drying cabinet is characterized in that the intelligent vacuum drying cabinet comprises a plurality of intelligent vacuum drying cabinets, and the intelligent vacuum drying cabinets are connected with the intelligent vacuum drying cabinets through a network.