CN106254400A

CN106254400A - Internet of Things connects framework

Info

Publication number: CN106254400A
Application number: CN201510307290.9A
Authority: CN
Inventors: 陈煜仁; 李皞白; 黄祥麟; 陈育进
Original assignee: Hat Grinds (shanghai) Consultancy For Enterprise Management Co Ltd
Current assignee: Li Haobai
Priority date: 2015-06-05
Filing date: 2015-06-05
Publication date: 2016-12-21
Anticipated expiration: 2035-06-05
Also published as: CN106254400B; CN113411293B; CN113411293A

Abstract

A kind of Internet of Things connects framework and is made up of client terminal device, high in the clouds device and multiple agent apparatus；Wherein, client terminal device is a kind of device having radio communication function and having particular user identifier；High in the clouds device has the function with client communication, confirms that client terminal device is one of them client terminal device in Internet of Things by the particular user identifier of client；And act on behalf of servomechanism installation there is its network address and password, and can communicate with high in the clouds device.After high in the clouds device confirms the device that client terminal device is Internet of Things so that client terminal device can only with act on behalf of servomechanism installation communication, and again by acting on behalf of servomechanism installation and high in the clouds device communication.

Description

Internet of Things connects framework

Technical field

The invention relates to the system that a kind of cloud service is applied, use Internet of Things in particular to one Net connects framework, and uses this Internet of Things to connect framework by the logistics of product, storage and condition of sales biography Deliver to high in the clouds device and enter the management system processed.

Background technology

Fast development and economic structure great change, the competition shape of tradition " business to business " along with science and technology State develops into the competition situation of " supply chain is to supply chain ".Promote information of supply chain integration function, with Improve logistic efficiency and reduce logistics cost, being the important topic that enterprise creates competitiveness now.Along with " nothing Line RF identification " progress of (Radio Frequency Identification, RFID) technology, RFID The most gradually it is used in supply chain activity and workflow reengineering.

In the characteristic of logistics management, the two kinds of character factors being favorably improved industrial competitiveness are respectively effect Forthright and integrity.First, for efficiency, it is more than within a certain period of time goods being delivered to client In hands, also within the same time, different goods is delivered to the conformability in different client's handss Means of distribution.Secondly, for integrity, not only it is provided with the entity integrity of goods, also provides Particulars of goods information.Manufacturer is in order to promote both characteristics, it is necessary to obtain the real time information of goods itself, And RFID technique is coordinated cloud monitoring system, enterprise and its partner (distributor) can be assisted, it is possible to Logistics is controlled, so as to the real-time real time information producing goods in the very first time.

The real time information provided by RFID and cloud monitoring system, can improve complete for goods of client The satisfaction of whole property.The integrity of goods the most singly only has the integrity of entity kinds of goods, the letter of its particulars of goods The offer of breath, is also the consideration aspect of goods integrity.And goods is produced it from production plant by single needle After, in the hands of client, in this process, RFID allow logistics center for the monitoring situation of goods, Risk assessment can be made further with providing inventory information in real time.

In the characteristic of logistics management, efficiency and safety be two links of most important of which, therefore for For manufacturer and delivery dealer, the most effectively following the trail of and manage commodity is one of sixty-four dollar question.As Really manufacturer wants to promote both characteristics, then have to obtain the real time information of goods itself, and pass through RFID just can produce real-time goods complete information with the technology of cloud monitoring system.

Additionally, via the organizational system of RFID Yu cloud monitoring system, use business end quantity in stock also can quickly return Pass enterprise headquarters, enable enterprise headquarters grasp within the shortest time first hand commodity sales state with The market demand.Therefore the time-histories ordering buying under conventional enterprise can be effectively improved, such as: down to order buying Time-histories often in units of the moon, if being out of one's reckoning, cause kinds of goods to hoard (estimating) or Lost Sales more Profitable opportunity (is estimated) less；And when enterprise headquarters can control condition of sales in real time with the market demand, can Make enterprise's fast reaction, the shortest under order buying hour and represent that enterprise can increase in time according to market real reaction Add deduct few supply of material, effectively reduces risk, increases and make a profit.

These application above-mentioned can be formed, be because Internet of Things (Internet of Things；IOT) connect The foundation of framework.Internet of Things is the cloud network by a high integration, by everyone with arround thing Thing is all connected in a network；Such as: maker, consumer, machine, raw materials for production, product life Product process, logistics management, production marketing situation, consumption habit etc., all from production to product pin Sell, and then to the big data (big data) according to these production marketing situations, infer or estimate out consumption The consumption habit etc. of person, can be by the sensing component (such as: RFID, electronic tag) on product with soft Part program is connected to platform of internet of things.Same, Internet of Things is most important two passes in efficiency and safety Key condition, but, efficiency and safety are but two indexs contradicted each other.Therefore, how efficiency is taken into account It is the key of logistic management system success application with safety.

Summary of the invention

In order to by above-mentioned demand practice in enterprise operation, offer is provided A kind of connection framework of Internet of Things, including: client terminal device, for having the device of radio communication function, mat Confirmed that client terminal device is one of them client terminal device in Internet of Things by particular user identifier；Cloud End device, has the function with client communication, can by and particular user identifier confirm client End device is one of them client terminal device in Internet of Things；Act on behalf of servomechanism installation, there is network address and close Code, and can communicate with high in the clouds device；Wherein, provide in high in the clouds device and act on behalf of the network address of servomechanism installation and close After code gives client terminal device, client terminal device can only with act on behalf of servomechanism installation communication, and again by acting on behalf of servo Device communicates with this high in the clouds device, in order to the message on client terminal device reached in the device of high in the clouds；Permissible Improve the cost of the safety of Internet of Things, efficiency and reduction commercial operation.

Another main purpose of the present invention is to provide a kind of article using Internet of Things of the present invention connection framework Logistic management system, it is possible to increase the efficiency of logistics management and the cost reducing operation.

According to above-mentioned purpose, present invention firstly provides the connection framework of a kind of Internet of Things, including: client fills Put, there is the device of radio communication function, and there is particular user identifier；High in the clouds device, have with By particular user identifier, the function of client terminal device communication, confirms that client terminal device is in Internet of Things One of them client terminal device；Act on behalf of servomechanism installation, there is network address and password, and can be with high in the clouds device Communication；Wherein, provide in high in the clouds device and act on behalf of the network address of servomechanism installation and client that password gives in Internet of Things After end device, client terminal device can only with act on behalf of servomechanism installation communication, and again by acting on behalf of servomechanism installation and cloud End device communicates, in order to the message on client terminal device reached in the device of high in the clouds.

The present invention then provides the connection framework of a kind of Internet of Things, including: multiple client terminal devices, each Client terminal device is the device with radio communication function, and each client terminal device is respectively provided with specific User identifier；High in the clouds device, has the function communicated with each client terminal device, by each Individual particular user identifier confirms one of them client that each client terminal device is in Internet of Things Device；Multiple acting on behalf of servomechanism installation, each is acted on behalf of servomechanism installation and has network address and a password, and can and cloud End device communicates；Wherein, in high in the clouds device provide each to act on behalf of the network address of servomechanism installation and password give to After client terminal device in a few Internet of Things forms pairing, each client terminal device can only be with pairing Act on behalf of servomechanism installation communication, and again by acting on behalf of servomechanism installation and high in the clouds device communication, in order to by each visitor Message on the end device of family reaches in the device of high in the clouds.

Accompanying drawing explanation

Fig. 1 is that the Internet of Things of the present invention connects configuration diagram.

Fig. 2 is the schematic diagram of Internet of Things connection another embodiment of framework of the present invention.

Fig. 3 is the flow chart of the Internet of Things method of attachment of the present invention.

Fig. 4 is the schematic diagram of another embodiment of the Internet of Things method of attachment of invention.

Fig. 5 is the logistic management system configuration diagram of the Internet of Things product of the present invention.

Fig. 6 is the read-write equipment structural representation of the present invention.

Fig. 7 A is the high in the clouds apparatus structure schematic diagram of the present invention.

Fig. 7 B is the analysis schematic diagram data that the present invention is stored in memory modules.

Fig. 7 C is the storage data schematic diagram that the present invention is stored in memory modules.

Fig. 8 is the Internet of Things product stream management system first embodiment schematic diagram of the present invention.

Fig. 9 is the second position region signal in the Internet of Things product stream management system first embodiment of the present invention Figure.

Figure 10 is that the product storage management originally discovering for the first time bright Internet of Things product stream management system the second embodiment is shown It is intended to.

Figure 11 is the product sales management signal of Internet of Things product stream management system second embodiment of the present invention Figure.

Figure 12 is the schematic diagram that the manager's message in the present invention shows.

[primary clustering symbol description]

Communication direction S1～S10

Product 10

Electronic tag 12

Read-write equipment 31/32/33/41/42/43/51/52/53/61/62/63/71

Client terminal device (read-write equipment) 100

Controller 110/210/310/410

Antenna 120/220/320/420

Output/input interface 130

Wireless transport module 140/240/340/440

Positioner 150

Demagnetization module 170

High in the clouds device 500

Reception/transmission interface module 510

Data processing module 520

Memory modules 530

Display module 600

Act on behalf of servomechanism installation 700

Detailed description of the invention

For making the purpose of the present invention, technical characteristic and advantage, can more correlative technology field personnel be understood And it is carried out the present invention, coordinate institute's accompanying drawings at this, illustrate the technology of the present invention in follow-up description Feature and embodiment, and enumerate preferred embodiment and further illustrate, the explanation of right following example is not used To limit the present invention and graphic with hereinafter compareed, express the signal relevant with feature of present invention.

First, refer to Fig. 1, be that the Internet of Things of the present invention connects configuration diagram.As it is shown in figure 1, It is by client terminal device (client device) 100, high in the clouds device (cloud that Internet of Things connects framework Device) 500 and at least one agent apparatus (broker device) 700 formed；Wherein, client End device 100 is a kind of device having radio communication function and having particular user identifier；High in the clouds fills Put 500, there is the function communicated with client 100, by the particular user identifier of client 100 Confirm that client terminal device 100 is one of them client terminal device 100 in Internet of Things；And agency watches Clothing put 700, have its network address and password, and can communicate with high in the clouds device 500.

Internet of Things in the present invention connects in framework, and client terminal device 100 is a kind of floating changed at any time The device of the radio communication function of IP (Internet Protocol) is (such as: personal computer, notebook Computer, intelligent mobile phone, intelligent portable equipment, intelligent reading device etc.), and each visitor The most unique identifier of family end device 100 is (such as: the volume that manufacturer is set in time dispatching from the factory Code；The most such as: the hardware datas such as MAC Address), in order to be used for producing the logical of client terminal device 100 With unique identifier (Universally Unique Identifier；It is abbreviated as uuid), in order to distinguish Know or prevent hacker from invading.Additionally, the Internet of Things in the present invention connects in framework, high in the clouds device 500 is A kind of fixed domain name system (Domain Name System；It is abbreviated as DNS), it has server (sever) function and there is the function communicated with client terminal device 100, high in the clouds device 500 simultaneously At least it is made up of devices such as reception/transmission interface module, data processing module and memory modules；Therefore, High in the clouds device 500 has record the uuid of all clients belonged in Internet of Things of the present invention It is stored in memory modules, forms data base.Furthermore, acting on behalf of servomechanism installation 700 is that one changes at any time Floating IP address, its topmost work is to will confirm that it is that the client terminal device 100 by Internet of Things is transmitted Coded data string after the receipt, directly send out to high in the clouds device 500；It is noted that generation especially Reason servomechanism installation 700, after receiving the serial data that client terminal device is transmitted, is left intact, but Directly directly being sent out by the data string received, device 500 receives and acts on behalf of servomechanism installation 700 beyond the clouds Serial data after, then after solution, at the serial data that just client terminal device 100 can be transmitted Reason.It will be apparent that the Internet of Things in the present invention connects in framework, at whole client terminal device 100 by number During passing high in the clouds device 500 according to string, high in the clouds device 500 can't directly expose the ground of oneself Location, therefore high in the clouds device 500 can be reduced by the probability of assault, Internet of Things can be greatly improved Safety.

And in the Internet of Things of the present invention connects the preferred embodiment of framework, can be by multiple client terminal devices 100 are divided into multiple group, and each group is corresponding respectively or pairing acts on behalf of servomechanism installation 700 to one, therefore Internet of Things in the present invention connects in framework, can have multiple servomechanism installation 700 of acting on behalf of, as shown in Figure 2. When high in the clouds device 500 judges that one of them acts on behalf of after servomechanism installation 700 suffers assault, can select The servomechanism installation 700 of acting on behalf of being hacked cuts out, or re-establishes one again and new act on behalf of servomechanism installation 700 Network address and password, can more guarantee the safety of Internet of Things of the present invention.Additionally, in the enforcement of the present invention In example, acting on behalf of servomechanism installation 700 is to select to use MQTT (Message Queuing Telemetry Transport) communication standard (protocol) does the transmission of serial data.Owing to MQTT is for thing The agreement networked and design, is based particularly on the lightweight messages host-host protocol of publish/subscribe pattern, and it is Andy doctor Stanford-Clark of IBM and Arlen doctor Nipper of Arcom company are in 1999 Year invention；Initially limited for a large amount of computing capabilitys and be operated in low bandwidth, insecure network long-range Communication between sensor and control equipment and the agreement that designs.Therefore, MQTT have data transmission little and Light and handy advantage, can have great advantage in bandwidth and speed；Also due to its required Netowrk tape Width is the lowest, so that its required hardware resource is also low, therefore can be by Internet of things system Or use the various commercial operation system (productions of such as logistics management or product of this Internet of Things framework Resume etc.) efficiency promote；The most therefore the cost of commercial operation can be effectively reduced.

Then, the Internet of Things describing the present invention in detail actually accomplishes process and the method thereof of connection.

Please continue to refer to Fig. 1, first, by client terminal device 100 to high in the clouds device 500 carry out logging in (as The communication direction that S1 in Fig. 1 indicates), such as: client terminal device 100 is filled to high in the clouds by https Put 500 logins, in order to start Internet of things system.Then, client terminal device is received when high in the clouds device 500 After the request of 100 (communication direction indicated such as the S2 in Fig. 1), high in the clouds device 500 can first verify client In the MAC Address that end device 100 is used whether data base already stored in high in the clouds device 500； If the MAC Address that confirmation client terminal device 100 is used is already stored in the number of high in the clouds device 500 During according to storehouse, then produce a dialectical code of client (client uuid)；Then, high in the clouds device 500 produces one The key that exclusive client is used；In the preferred embodiment, this key is to use RSM non-right Title formula key (Asymmetric Key)；Therefore can produce a pair client_pub_key and client_pri_key；Wherein, it is long that RSM asymmetric key has the solution time, so safety is high. Additionally, in a further preferred embodiment, high in the clouds device 500 can also optionally produce a client Symmetric key (Symmetric Key) client_share_key that device 100 is exclusive.Therefore at this In bright preferred embodiment, optionally RSM asymmetric key and symmetric key can be coordinated and make With；Due to, it is short that symmetric key has decoding time, and relatively safety is relatively low, it is therefore desirable at any time Variation client_share_key, to guarantee safety；To this end, high in the clouds device 500 also can produce further Raw/to set the time (share_key_expiry date time) changed, by variable interval more Change share_key_expiry date time to promote safety；Therefore when high in the clouds device 500 detects The client_share_key changed at any time has been over share_key_expiry date time and sets After the time of fixed variation, i.e. can automatically generate new client_share_key, to guarantee safety.When High in the clouds device 500 confirm a client terminal device 100 MAC Address data be stored in data In storehouse identical time, then judge that this client terminal device 100 is as the client in this Internet of Things, afterwards, high in the clouds The messages such as produced uuid and key can be back to client terminal device 100 (in Fig. 1 by device 500 S3 indicate mark communication direction), these are back to the message bag of client terminal device 100 Include: (this sever_pub_key is i.e. client_pub_key for client_uuid, sever_pub_key； Because all client terminal devices 100 all can use same pub_key, so can be described as again And client_pri_key sever_pub_key).

If it addition, after high in the clouds device 500 receives the request of client terminal device 100, high in the clouds device 500 Comparison goes out the data base of the MAC Address device 500 the most beyond the clouds that client terminal device 100 is used Time middle, and judge the visitor in MAC Address not this Internet of Things that this client terminal device 100 is used Family end device, then by this MAC Address message storage in another data base, in order to follow-up comparison. It is important to explanation, the passback mechanism of S3 communication direction, it is however generally that, it is will not be vicious, but also It is to have the mechanism made a mistake；Such as, wait that Server reflecting time causes this time online failure after for a long time, Then can be re-executed once by client terminal device 100 again, but high in the clouds device 500 now can judge this Secondary MAC address is recorded in data base, thus or can be by this MAC address couple The uuid passback answered, now, high in the clouds device 500 is produced and is returned to a pair of client terminal device 100 Key can update.Therefore, even if there being the device of vacation to use any method this client terminal device 100 counterfeit MAC address also cannot obtain same key.In other words, only have a uuid determined can deposit Live in systems.

Then, the communication direction indicated such as the S4 in Fig. 1, after client terminal device 100 is with coding Client_uuid (i.e. client_uuid can change into mess code according to sever_pub_key) passes through https " require " to obtain client_share_key, share_key_expiry date time, MQTT_Broker IP and MQTT_Broker account number and password (username/passward)；And when high in the clouds device 500 is received After changing into the client_uuid of mess code, i.e. can decode according to sever_pri_key, to confirm Client_uuid is the most correct；After high in the clouds device 500 confirms that client_uuid is correct, high in the clouds fills Put 500 by client_share_key, share_key_expiry date time, MQTT_Broker IP And MQTT_Broker account number and password etc. are to be back to client terminal device after client_pub_key coding 100 (communication directions indicated such as the S5 in Fig. 1).

Additionally, in a preferred embodiment of the present invention, the IP of MQTT_Broker, account number and password Can select to obtain at twice；Such as, for the first time (such as the communication direction of the S4 sign in Fig. 1), client (i.e. client_uuid can be according to sever_pub_key with the client_uuid after coding for end device 100 Change into mess code) " require " to obtain client_share_key, share_key_expiry by https Date time and MQTT_Broker IP；And change into mess code when high in the clouds device 500 receives After client_uuid, i.e. can decode according to sever_pri_key, to confirm client_uuid The most correct；After high in the clouds device 500 confirms that client_uuid is correct, high in the clouds device 500 will Client_share_key, share_key_expiry date time and MQTT_Broker IP etc. with Client terminal device 100 (the communication party indicated such as the S5 in Fig. 1 it is back to after client_pub_key coding To).For the second time (communication direction indicated such as the S6 in Fig. 1), after client terminal device 100 is again with coding Client_uuid (i.e. client_uuid can change into mess code according to sever_pub_key), pass through Https " requires " to obtain MQTT_Broker account number and password；And change into when high in the clouds device 500 receives After the client_uuid of mess code, i.e. can decode according to sever_pri_key, to confirm Client_uuid is the most correct；After high in the clouds device 500 confirms that client_uuid is correct, high in the clouds fills Put 500 by MQTT_Broker account number and password etc. to be back to client after client_pub_key coding End device 100 (communication direction indicated such as the S7 in Fig. 1).It is important to explanation, first time and second In secondary content to be obtained, only require and the IP of MQTT_Broker, account number and password obtained at twice, Other are not any limitation as.

It is clear that during client terminal device 100 and high in the clouds device 500 carry out identification and confirm, The https used is belonging to mixed type password and prevents astonished, secure communications protocols (Secure Sockets Layer；Or Transport Layer Security (Transport Layer Security SSL)；TLS), itself Belong to generally acknowledged security protocol, and the generally acknowledged voucher having required for high in the clouds device 500 end, can be by client By the digital signature of authentication center, end device 100 end confirms that message is the most direct by high in the clouds device 500 Spread out of；Therefore, when there being hacker to carry out altering, usurp or denying etc. behavior at message transmittance process, all Can prevent password from being altered by these safety certifications or usurp.

Then, the communication direction indicated such as the S8 in Fig. 1, when client terminal device 100 is from high in the clouds device After 500 obtain related data, client terminal device 100 can be attached with acting on behalf of servomechanism installation 700 immediately； But carry out be connected and act on behalf of servomechanism installation 700 before, it is necessary to confirm that the message received must be complete, this Complete message includes: 1.Sever_pub_key；2.Client_pri_key；3.MQTT_Broker IP； 4.MQTT_Broker username/passward；5.client_Share_key； 6.Share_key_expiry date time.When client terminal device 100 is acknowledging receipt of complete message After, client_share_key can be used client_uuid and client terminal device 100 to be passed to After the data content (data involved) in high in the clouds encodes, then it is uploaded to act on behalf of servomechanism installation 700 (i.e. MQTT Broker)。

In the preferred embodiment, client terminal device 100 can check further The timeliness of Share_key_expiry date time has expired (such as: the Expiration Date is 2015/0501)；If have passed through the timeliness of Share_key_expiry date time (such as: inspection The result looking into day phase is 2015/0502), then after client terminal device 100 can be again with coding Client_uuid (i.e. client_uuid can change into mess code according to sever_pub_key), passes through https Requirement obtains newMessage；And when high in the clouds device 500 receives After changing into the client_uuid of mess code, i.e. can decode according to sever_pri_key, to confirm Client_uuid is the most correct；After high in the clouds device 500 confirms that client_uuid is correct, high in the clouds fills Put 500 by new share_key_expiry date time to return after client_pub_key coding To client terminal device 100.Additionally, for increasing safety, share_key-_expiry date time The set time can be periodic, it is also possible to is stochastic variable, can be by high in the clouds device 500 Determine.

When client terminal device 100 is after confirming to have been received by complete message, and now client terminal device 100 is Through knowing the MQTT_Broker IP and MQTT_Broker account number and password acting on behalf of servomechanism installation 700, Therefore the client_uuid of coding and serial data can be uploaded to act on behalf of servomechanism installation by client terminal device 100 700 (communication directions indicated such as the S8 in Fig. 1)；Then, act on behalf of servomechanism installation 700 and receive client After coding client_uuid that end device 100 is uploaded and serial data, with will client terminal device 100 The message uploaded directly (it is to say, being left intact) sends high in the clouds device 500 end to；The brightest Aobvious ground, whole Internet of Things during its message string is passed high in the clouds device 500 by client terminal device 100, High in the clouds device 500 can't directly expose the address of oneself, therefore can reduce high in the clouds device 500 and be hacked The probability that visitor attacks.It is that the data uploaded by client terminal device 100 are straight owing to acting on behalf of servomechanism installation 700 Connect and send high in the clouds device 500 to, thus can reduce act on behalf of servomechanism installation 700 MQTT_Broker IP and The probability that MQTT_Broker account number and password are cracked, can more increase the safety of Internet of Things communication process Property.

Then, the communication direction indicated such as the S9 in Fig. 1, high in the clouds device 500 acts on behalf of servo receiving After the data (client_uuid after the most encoded and serial data) that device 700 directly transmits, with I.e. use client_share_key to carry out decoding (Decode), and can verify and received Client_uuid and serial data are the most complete and correct；If time correct, stored the most again to memory modules In, wait that the serial data that these are received by user is specifically applied；If checking is received Client_uuid and serial data imperfect or incorrect time, then note down.It is noted that and to test Demonstrate,prove out the purpose of incorrect message, be can by Internet of things system by artificial intelligence make the degree of depth study or The authentication mechanism artificially increasing, change or revising, prevents or reduces by astonished successful probability.In this reality Executing in example, incorrect message includes, such as: (1) is captured news releasing system some business instantly by web crawlers The adulterant of product is rampant；The most also or the same client_uuid that initially sets of (2) program, the most unexpectedly Occurring in two diverse places in the same time, now Internet of things system is notified that company checks people Member or sound a warning, and the action such as the disposal options that inspector can make at least is observed or ignores, reach To prior early warning and anti-astonished effect；The most also or (3) device 500 is persistently watched by certain particular agent itself When 700 transmission suspicious information put by clothing, such as: during the client_uuid information failed to understand；When incorrect Message when persistently occurring, then judging to act on behalf of servomechanism installation 700 may be by assault, then high in the clouds device 500 can select to close this acts on behalf of servomechanism installation 700 (communication direction indicated such as the S10 in Fig. 1).

In an embodiment of the present invention, client_share_key coded system can coordinate hash function Preventing from altering, wherein hash function can select MD5, SHA-1 or SHA-256 etc..Meanwhile, Client_share_key can also coordinate different decoding (decode) modes, such as: block codes, Crossfire password, ecb mode or aforesaid mixed method etc., crack difficulty except can more effectively improve It is outside one's consideration, it is also possible to do not lose the solution time.

Refer to Fig. 2, be the schematic diagram of Internet of Things connection another embodiment of framework of the present invention.Such as Fig. 2 Shown in, Internet of Things connect framework be made up of multiple client terminal devices 100, high in the clouds device 500 and extremely A few agent apparatus 700 is formed；Wherein, each client terminal device 100 is and has channel radio Telecommunication function and there is the device of particular user identifier；High in the clouds device 500, has and each client The function of 100 communications, the particular user identifier the most exclusive by each client 100 confirms Client terminal device 100 is one of them client terminal device 100 in Internet of Things；Act on behalf of servomechanism installation 700, There is its network address and password, and can communicate with high in the clouds device 500.Owing to the embodiment of Fig. 2 is with Fig. 1's Embodiment is identical at the basic framework connected, and difference between the two is only that high in the clouds device 500 There is provided each to act on behalf of the network address of servomechanism installation, account number and password and give the client at least one Internet of Things Device 100 after forming pairing, the client terminal device 100 after these are paired can only be with the agency of pairing Servomechanism installation 700 communicates, and communicates with high in the clouds device 500 by acting on behalf of servomechanism installation 700 again, in order to will Serial data on each client terminal device 100 reaches in high in the clouds device 500.Therefore the Internet of Things of Fig. 2 is real The process that border completes to connect is briefly described as follows.

Please continue to refer to Fig. 2, first, each client terminal device 100 each passes through https to high in the clouds Device 500 logs in.Then, each client terminal device 100 is received respectively when high in the clouds device 500 Request after, high in the clouds device 500 can first verify the MAC that each client terminal device 100 is used In Address whether data base already stored in high in the clouds device 500；If confirming, each client fills When putting the 100 MAC Address used all already stored in the data base of high in the clouds device 500, then divide Do not produce the respective dialectical code of each client (client uuid)；Then, high in the clouds device 500 is according to often One client terminal device 100 produces the key of a pair exclusive client use；When high in the clouds device 500 judges often After the client that one client terminal device 100 is in this Internet of Things, high in the clouds device 500 can will be produced Each raw message such as uuid and key is back in each client terminal device 100 corresponding, these The message being back to each client terminal device 100 includes: client_uuid, sever_pub_key and client_pri_key。

Then, the client_uuid after each client terminal device 100 can be encoded passes through https " require " obtain client_share_key, share_key_expiry date time, MQTT_Broker IP and MQTT_Broker account number and password (username/passward)；And work as cloud After end device 500 receives the client_uuid changing into mess code, i.e. can be according to respective sever_pri_key Decode, the most correct to confirm each client_uuid received；Treat that high in the clouds device 500 is true Recognize client_uuid correct after, high in the clouds device 500 by client_share_key, Share_key_expiry date time, MQTT_Broker IP and MQTT_Broker account number and close Codes etc. are back to client terminal device 100 after encoding with client_pub_key.Such as: by agent apparatus (Broker-1) IP, account number and password return to Client-1～Client-5；By agent apparatus (Broker-2) IP, account number and password return to Client-6～Client-15；By agent apparatus (Broker-3) IP, account number and password return to Client-16～Client-50；It will be apparent that this 50 other client terminal devices 100 have been matched and have been acted on behalf of servomechanism installation 700 by 3 by Internet of Things respectively Communicate with high in the clouds device 500.Then, when each client terminal device 100 is each through high in the clouds device 500 obtain after related datas, the pairing that client terminal device 100 can be obtained with it immediately act on behalf of servo Device 700 is attached；Meanwhile, confirm that it is by high in the clouds device 500 when each client terminal device 100 The message received includes: 1.Sever_pub_key；2.Client_pri_key；3.MQTT_Broker IP；4.MQTT_Broker username/passward；5.Client_Share_key； After 6.Share_key_expiry date time, client_share_key can be used to incite somebody to action After the data content in client_uuid and this client terminal device 100 high in the clouds to be passed to encodes, then It is uploaded to act on behalf of servomechanism installation 700 (i.e. MQTT Broker).

Due to, when each client terminal device 100 is after confirming to have been received by complete message, now client End device 100 its MQTT_Broker IP acting on behalf of servomechanism installation 700 matched already known and MQTT_Broker account number and password, therefore client terminal device 100 can be by coding client_uuid and news Breath string be uploaded to pairing act on behalf of servomechanism installation 700；Then, each acts on behalf of servomechanism installation 700 in receipts After the coding client_uuid that uploaded of client terminal device 100 and message string of pairing, with will visitor The message that family end device 100 is uploaded directly (it is to say, being left intact) sends high in the clouds device to 500 ends；It is clear that its message string is passed high in the clouds device at client terminal device 100 by whole Internet of Things During 500, high in the clouds device 500 can't directly expose the address of oneself, therefore can reduce cloud End device 500 is by the probability of assault.Owing to each acts on behalf of servomechanism installation 700 simply by client The data that device 100 is uploaded are transmitted directly to high in the clouds device 500, therefore can reduce and act on behalf of servomechanism installation 700 MQTT_Broker IP and the probability that is cracked of MQTT_Broker account number and password, can more increase The safety of Internet of Things communication process.Then, high in the clouds device 500 receive each act on behalf of servo dress After putting 700 data directly transmitted (client_uuid after the most encoded and serial data), immediately Use each client_share_key to decode, and received client_uuid can be verified And serial data is the most complete and correct；If time correct, stored the most again to memory modules, wait user The serial data these received specifically is applied；If the client_uuid that checking is received and data Go here and there imperfect or incorrect time, then note down；In the present embodiment, the generation of incorrect message may Have certain regularity including: each client frequency that releases news, if produce certain client with Abnormal or that multi-frequency is issued excessively information, then be considered as incorrect message；Or act on behalf of servomechanism installation 700 Frequency own releases news non-through MQTT mode, and attempts a connection to high in the clouds device 500 etc.；When incorrect When message persistently occurs, then judging to act on behalf of servomechanism installation 700 may be by assault；Then high in the clouds device 500 Can select to close this and act on behalf of servomechanism installation 700.

Summary, the Internet of Things of the present invention connects the technical way of framework, is device 500 beyond the clouds After confirming the user that each client terminal device 100 is this Internet of Things, high in the clouds device 500 can will be acted on behalf of MQTT_Broker IP, MQTT_Broker account number of servomechanism installation 700 and password return to each visitor Family end device 100, afterwards, each client terminal device 100 according to the MQTT_Broker IP received, MQTT_Broker account number and password are connected with acting on behalf of servomechanism installation 700, and each client are filled After putting 100 serial data codings to be transmitted, it is uploaded to together act on behalf of servomechanism installation 700, then, generation Reason servomechanism installation 700 is under the situation that the serial data not transmitted client terminal device 100 processes, directly Connect and the serial data that client terminal device 100 transmits is transferred to high in the clouds device 500 decodes and process.Very It is divided into two stages to be attached it will be evident that the Internet of Things of the present invention connects framework, and in the first stage After completing the identification of client terminal device 100, client terminal device 100, can only be with agency in second stage Servomechanism installation 700 connects；Due to the first stage be before client terminal device 100 is attached the completeest Become, therefore when client terminal device 100 transmits serial data just, all can only connect with acting on behalf of servomechanism installation 700 Connect and communicate；Therefore, high in the clouds device 500 can't directly expose the address of oneself, therefore can reduce High in the clouds device 500, by the probability of assault, can effectively improve Internet of Things and connect the safety of framework.

Followed by, the Internet of Things describing the present invention in detail connects method of attachment and the process of framework, through this Internet of Things connects method of attachment and the process of framework, can be better understood upon present invention use and act on behalf of servo The innovative point of device 700.

Refer to Fig. 3, be the flow chart of the Internet of Things method of attachment of the present invention.As it is shown on figure 3, this Bright Internet of Things method of attachment includes:

Step 1: logged in high in the clouds device 500 by client terminal device 100, such as: client fills Put 100 to be logged in high in the clouds device 500 by https, in order to start Internet of things system.

Step 2: after high in the clouds device 500 receives the request of client terminal device 100, high in the clouds device 500 meeting Whether the MAC Address that first checking client terminal device 100 is used is already stored in high in the clouds device 500 Data base in.

Step 3: when high in the clouds device 500 confirms that MAC Address that client terminal device 100 used is In time being stored in the data base of high in the clouds device 500, then judging that client terminal device 100 data are correct, it is Client terminal device 100 in this Internet of Things, then high in the clouds device 500 can produce a dialectical code of client (client uuid), the key of a pair exclusive client use.In the present embodiment, this key is to use peace The RSM asymmetric key (Asymmetric Key) of Quan Xinggao；Therefore can produce a pair Client_pub_key and client_pri_key；And by the message such as uuid and key produced by it Passback client terminal device 100, the message of these passback client terminal devices 100 includes: client_uuid, (this sever_pub_key is i.e. client_pub_key to sever_pub_key.If additionally, working as high in the clouds After device 500 receives the request of client terminal device 100, high in the clouds device 500 comparison goes out client terminal device 100 Time in the data base of the MAC Address used device 500 the most beyond the clouds, and judge this client Client terminal device in MAC Address not this Internet of Things that device 100 is used, then by this MAC Address message storage is in another data base, in order to follow-up comparison.

Step 4: client terminal device 100 judges the message such as uuid and key produced by high in the clouds device 500 Whether to be properly received；When client terminal device 100 confirms to be correctly received the message such as uuid and key After, client terminal device 100 immediately can be with client_uuid (the i.e. client_uuid meeting root after coding Mess code is changed into according to sever_pub_key) obtained to high in the clouds device 500 requirement by https Client_share_key, the MQTT_Broker IP acting on behalf of servomechanism installation 700 and MQTT_Broker account Number and password (username/passward).

Step 5: after high in the clouds device 500 receives and changes into the client_uuid of mess code, i.e. can basis Sever_pri_key decodes, to confirm that client_uuid is the most correct；Treat high in the clouds device 500 After confirming that client_uuid is correct, high in the clouds device 500 by client_share_key, act on behalf of servo dress Put 700 MQTT_Broker IP and MQTT_Broker account number and password etc. with client_pub_key Client terminal device 100 it is back to after coding.

Step 6: when client terminal device 100 is after high in the clouds device 500 obtains related data, client fills Putting 100 can use client_pri_key to decode immediately, and confirms that received message must be complete, This complete message includes: 1.Sever_pub_key；2.Client_pri_key；3.MQTT_Broker IP；4.MQTT_Broker username/passward；5.client_Share_key.Work as client Device 100, after acknowledging receipt of complete message, i.e. can be attached with acting on behalf of servomechanism installation 700；If Client terminal device 100 judges, when the message that received is imperfect, to return to step 4, again require to cloud End device 500 requirement obtains client_share_key, acts on behalf of the MQTT_Broker of servomechanism installation 700 IP and MQTT_Broker account number and password (username/passward).

Step 7: client terminal device 100 use MQTT_Broker IP and MQTT_Broker account number and Password connects acts on behalf of servomechanism installation 700；Meanwhile, also use client_share_key by client_uuid And the data content (data involved) of client terminal device 100 high in the clouds to be passed to device 500 compiles After Ma, then it is uploaded to act on behalf of servomechanism installation 700.

Step 8: act on behalf of servomechanism installation 700 and receiving the coding that client terminal device 100 is uploaded After client_uuid and message string, with will the message uploaded of client terminal device 100 (the most namely Say, be left intact) send high in the clouds device 500 end to.

Step 9: high in the clouds device 500 after receiving and acting on behalf of the data that servomechanism installation 700 directly transmits, Use client_share_key to decode immediately, and received client_uuid can be verified And serial data is the most complete and correct.

Step 10: client_uuid and serial data that high in the clouds device 500 judgement is received are complete and correct Time, then the client data string after decoding is stored to memory modules, wait what these were received by user Serial data is specifically applied；If the client_uuid that received of checking and serial data is imperfect or not Time correct, then note down；In the present embodiment, incorrect message includes that (1) certain ip corresponds to Client_uuid incorrect, then may have theft (2) if certain client_uuid has cooperation The data of upper Geo Location are uploaded, and can verify by the reasonability of checking GeoLocation (are Certain this minute of client_uuid no, next minute was in North America in Asia)；When incorrect message is held Continuous when occurring, then judging to act on behalf of servomechanism installation 700 may be by assault；Then high in the clouds device 500 is permissible Select to close this and act on behalf of servomechanism installation 700.

It is clear that during the method for attachment of whole Internet of Things framework, from step 1 to step 6 all Just to complete to be connected with high in the clouds device 500 before each client terminal device 100 dispatches from the factory, i.e. each visitor After family end device 100 dispatches from the factory, the most obtain complete message bag from high in the clouds device 500 Include: 1.Sever_pub_key；2.Client_pri_key；3.MQTT_Broker IP；4.MQTT_Broker username/passward；5.client_Share_key.After Internet of things system starts, each The serial data that client terminal device 100 high in the clouds to be sent to device 500 processes, all can basis MQTT_Broker IP is sent to act on behalf of servomechanism installation 700, then by acting on behalf of servomechanism installation 700 directly by visitor Family end device 100 serial data sends high in the clouds device 500 to.Therefore the message between step 7 to step 10 In transmittance process, high in the clouds device 500 can't directly expose the address of oneself, therefore can reduce high in the clouds Device 500 is by the probability of assault.Owing to acting on behalf of servomechanism installation 700 simply by client terminal device 100 The data uploaded are transmitted directly to high in the clouds device 500, therefore can reduce and act on behalf of servomechanism installation 700 The probability that MQTT_Broker IP and MQTT_Broker account number and password are cracked, can more increase Internet of Things The safety of Network Communication process.

Then, refer to Fig. 4, be the flow chart of Internet of Things another embodiment of method of attachment of the present invention. As shown in Figure 4, the Internet of Things method of attachment of the present invention includes:

Step 4: client terminal device 100 judges the message such as uuid and key produced by high in the clouds device 500 Whether to be properly received；When client terminal device 100 confirms to be correctly received the message such as uuid and key After, client terminal device 100 immediately can be with client_uuid (the i.e. client_uuid meeting root after coding Mess code is changed into according to sever_pub_key) obtained to high in the clouds device 500 requirement by https Client_share_key, share_key_expiry date time, act on behalf of servomechanism installation 700 MQTT_Broker IP and MQTT_Broker account number and password (username/passward).

In the preferred embodiment, this key is to use RSM asymmetric key (Asymmetric Key)；Therefore a pair client_pub_key and client_pri_key can be produced；Wherein, RSM It is long that asymmetric key has the solution time, so safety is high.Additionally, in a further preferred embodiment, High in the clouds device 500 can also optionally produce an exclusive symmetric key of client terminal device 100 (Symmetric Key)client_share_key.Therefore in the preferred embodiment, Ke Yixuan Selecting property by RSM asymmetric key and symmetric key with the use of；Due to, symmetric key has Decoding time is short, and relatively safety is relatively low, it is therefore desirable to change client_share_key at any time, with Guarantee safety；Change at any time to this end, high in the clouds device 500 also can produce one further Share_key_expiry date time, carries by the change client_share_key of variable interval Rise safety；Therefore already more than when high in the clouds device 500 detects the client_share_key changed at any time After setting the time of variation, i.e. can automatically generate new client_share_key, to guarantee safety.

Step 5: after high in the clouds device 500 receives and changes into the client_uuid of mess code, i.e. can basis Sever_pri_key decodes, to confirm that client_uuid is the most correct；Treat high in the clouds device 500 After confirming that client_uuid is correct, high in the clouds device 500 by client_share_key, Share_key_expiry date time, act on behalf of servomechanism installation 700 MQTT_Broker IP and MQTT_Broker account number and password etc. are back to client terminal device after encoding with client_pub_key 100。

Step 6: when client terminal device 100 is after high in the clouds device 500 obtains related data, client fills Putting 100 can use client_pri_key to decode immediately, and confirms that received message must be complete, This complete message includes: 1.Sever_pub_key；2.Client_pri_key；3.MQTT_Broker IP；4.MQTT_Broker username/passward；5.client_Share_key； 6.share_key_expiry date time.When client terminal device 100 is acknowledging receipt of complete message After, i.e. can be attached with acting on behalf of servomechanism installation 700；If client terminal device 100 judges the news received When ceasing imperfect, step 4 can be returned to, again require to obtain to high in the clouds device 500 requirement.

Step 8: whether client terminal device 100 checks the timeliness of Share_key_expiry date time Expire；If checking, result not yet arrives after date, the then client_uuid after coding and serial data content It is uploaded to act on behalf of servomechanism installation 700；If after checking that result is expired state, then step 4 can be returned to, again Require to obtain new Share_key_expiry date time to high in the clouds device 500 requirement.Such as: arrive When day phase is 2015/0501；If checking that result have passed through Share_key_expiry date time Timeliness time (such as: the result of check data is 2015/0502), then client terminal device 100 can again With the client_uuid (i.e. client_uuid can change into mess code according to sever_pub_key) after coding, New share_key_expiry date time is obtained by https requirement；And when high in the clouds device 500 Receive after changing into the client_uuid of mess code, i.e. can decode according to sever_pri_key, with really Recognize client_uuid the most correct；After high in the clouds device 500 confirms that client_uuid is correct, high in the clouds Device 500 returns after being encoded with client_pub_key by new share_key_expiry date time Reach client terminal device 100.Additionally, for increasing safety, share_key_expiry date time The set time can be periodic, it is also possible to is stochastic variable, can be by high in the clouds device 500 Determine.

Step 9: act on behalf of servomechanism installation 700 and receiving the coding that client terminal device 100 is uploaded After client_uuid and message string, with will the message uploaded of client terminal device 100 (the most namely Say, be left intact) send high in the clouds device 500 end to.

Step 10: high in the clouds device 500 after receiving and acting on behalf of the data that servomechanism installation 700 directly transmits, Use client_share_key to decode immediately, and received client_uuid can be verified And serial data is the most complete and correct.

Step 11: client_uuid and serial data that high in the clouds device 500 judgement is received are complete and correct Time, then the client data string after decoding is stored to memory modules, wait what these were received by user Serial data is specifically applied；If the client_uuid that received of checking and serial data is imperfect or not Time correct, then note down；In the present embodiment, incorrect message includes that (1) certain IP corresponds to Client_uuid incorrect, then may have theft (2) if certain client_uuid has cooperation The data of upper Geo Location are uploaded, and can verify by the reasonability of checking GeoLocation (are Certain this minute of client_uuid no, next minute was in North America in Asia).When incorrect message is held Continuous when occurring, then judging to act on behalf of servomechanism installation 700 may be by assault；Then high in the clouds device 500 is permissible Select to close this and act on behalf of servomechanism installation 700.

It is clear that during the method for attachment of whole Internet of Things framework, from step 1 to step 6 all Just to complete to be connected with high in the clouds device 500 before each client terminal device 100 dispatches from the factory, i.e. each visitor After family end device 100 dispatches from the factory, the most obtain complete message bag from high in the clouds device 500 Include: 1.Sever_pub_key；2.Client_pri_key；3.MQTT_Broker IP；4.MQTT_Broker username/passward；5.client_Share_key；6.share_key_expiry date time. After Internet of things system starts, each client terminal device 100 high in the clouds to be sent to device 500 processes Serial data, all can be sent to act on behalf of servomechanism installation 700 according to MQTT_Broker IP, then be watched by agency Clothing are put 700 and are directly sent client terminal device 100 serial data to high in the clouds device 500.Therefore from step 7 In message transmittance process between step 10, high in the clouds device 500 can't directly expose the ground of oneself Location, therefore high in the clouds device 500 can be reduced by the probability of assault.Owing to acting on behalf of servomechanism installation 700 It is that the data that client terminal device 100 is uploaded are transmitted directly to high in the clouds device 500, therefore agency can be reduced The probability that the MQTT_Broker IP of servomechanism installation 700 and MQTT_Broker account number and password are cracked, Can more increase the safety of Internet of Things communication process.

Then, the present invention can also be in the step 4 of Fig. 3, by client terminal device 100 to high in the clouds device 500 obtain act on behalf of servomechanism installation 700 MQTT_Broker IP, MQTT_Broker account number and The process of MQTT_Broker password, is divided into twice and performing；Such as: be client terminal device 100 for the first time With the client_uuid (i.e. client_uuid can change into mess code according to sever_pub_key) after coding Client_share_key and MQTT_Broker IP is obtained by https requirement；And when high in the clouds device After 500 receive the client_uuid changing into mess code, i.e. can decode according to sever_pri_key, To confirm that client_uuid is the most correct；After high in the clouds device 500 confirms that client_uuid is correct, High in the clouds device 500 by client_share_key and MQTT_Broker IP etc. with client_pub_key Client terminal device 100 it is back to after coding；Second time be client terminal device 100 again with coding after Client_uuid (i.e. client_uuid can change into mess code according to sever_pub_key), passes through https Requirement obtains MQTT_Broker account number and password；And change into mess code when high in the clouds device 500 receives After client_uuid, i.e. can decode according to sever_pri_key, to confirm client_uuid The most correct；After high in the clouds device 500 confirms that client_uuid is correct, high in the clouds device 500 will MQTT_Broker account number and password etc. are back to client terminal device after encoding with client_pub_key 100.Be important to explanation, for the first time and in second time content to be obtained, only require by The IP of MQTT_Broker, account number and password obtain at twice, and other are not any limitation as.

Then, the Internet of Things framework describing the present invention in detail applies the reality on the logistic management system of product Execute mode.

First, refer to Fig. 5, be the Internet of Things product stream management system architecture schematic diagram of the present invention. As it is shown in figure 5, the logistic management system of a kind of product of the present invention, including: multiple products 10, configuration Electronic tag 12 on each product, at least one client terminal device 100 (such as: personal computer, Notebook, intelligent mobile phone, intelligent portable equipment, intelligent reading device etc.), and each Individual client terminal device 100 can read and transmit the message within electronic tag 12 and watch by an agency Clothing put 700 transmission electronic tag 12 inner messages to high in the clouds device 500 and one and high in the clouds device 500 The display device 600 connected is formed, and uses wireless network to form communication link between logistic management system； Wherein, each client terminal device 100 is a kind of radio communication device with Floating IP address, and each Individual client terminal device 100 is respectively provided with specific user identifier；High in the clouds processing means 500, is a kind of solid Fixed pattern domain name system (DNS), it has the function of server (sever) and has and each client The function of device 100 communication, confirms every by the particular user identifier of each client terminal device 100 The client terminal device of one of them that one client terminal device 100 is in Internet of Things；Act on behalf of servomechanism installation 700 (i.e. MQTT Broker), are a kind of Floating IP address changed at any time, have network address and password, and it is the most main The work wanted is to will confirm that the coded data string being to be transmitted by the client terminal device 100 in Internet of Things is connecing After receipts, directly send out to high in the clouds device 500, and can communicate with high in the clouds device 100；Wherein, Yu Yun End device 500 provides acts on behalf of the network address of servomechanism installation 700 and each client that password gives in Internet of Things After device 100, these client terminal devices 100 can only communicate with acting on behalf of servomechanism installation 700, and again by generation Reason servomechanism installation 700 communicates with high in the clouds device 500, in order to be passed by each client terminal device 100 Product 10 message sent reaches in high in the clouds device 100, and after high in the clouds device 100 processes, after processing Result show on a display device 600.

Then, refer to Fig. 6, be the client terminal device of the present invention (such as: personal computer, notebook Computer, intelligent mobile phone, intelligent portable equipment, intelligent reading device etc.) structural representation；As Shown in Fig. 6, client terminal device 100 includes controller 110, multiple antenna 120, multiple output/input interface 130 and a wireless transport module 140 formed；Followed by, refer to Fig. 7 A, be the cloud of the present invention End device structural representation；As shown in Figure 7 A, high in the clouds device 500 is by a reception/emission interface mould Block 510, data processing module 520 are formed with memory modules 530, wherein, at memory modules 530 In established analysis data base, including numbering, user identifier (such as: MAC Address), The data such as the coordinate (including longitude and latitude) of the title in warehouse, place or numbering and its position, therefore data Processing module 520 can perform comparison and checking, such as, at least each client terminal device 100 institute of comparison Whether the user identifier (such as: MAC Address) used is already stored in the internal memory of high in the clouds device 500 In module 530 data base；Additionally, high in the clouds device 500 can also pass through reception/transmission interface module 510 With each client terminal device 100, act on behalf of servomechanism installation 700 and display module 600 communicates.

When logistic management system operates, each client terminal device 100 wireless transport module 140 the most Logged in high in the clouds device 500 by https, and it has been acknowledged that each client terminal device 100 The client terminal device being in Internet of Things, meanwhile, each client terminal device 100 is also it has been acknowledged that receive Complete message, including: 1.Sever_pub_key；2.Client_pri_key；3.MQTT_Broker IP； 4.MQTT_Broker username/passward；5.client_Share_key； 6.Share_key_expiry date time；It logs in and proof procedure, as in the foregoing embodiment. And the client terminal device 100 in this logistic management system embodiment is a kind of read-write equipment, it can be with mat Sent the electric signal electronic tag 12 to product 10 by antenna 120, and trigger electronic tag 12 by storage The message being stored in inside sends out, then is received what electronic tag 12 transmitted by the antenna 120 of read-write equipment Message, is transferred to controller 110 again through output/input interface 130 and processes, and is using After client_uuid and electronic tag 12 message data are encoded by client_share_key, by Message after coding is sent to act on behalf of servomechanism installation 700 by wireless transport module 140；And act on behalf of servo dress Put 700 after receiving the serial data that client terminal device is transmitted, be left intact, but directly will connect The data string received directly sends out；Reception/the transmission interface module 510 of device 500 receives beyond the clouds After acting on behalf of the serial data of servomechanism installation 700, can decode through data processing module 520 again, now, can With by the message storage within electronic tag 12 to the storage area set by memory modules 530, such as, Store to the storage area set by specific company；Or can synchronize the message within electronic tag 12 It is sent on display module 600 demonstrate information；Also or pending data processing module 520 is by many electronics Message within label 12 is after particular procedure, then is sent on display module 600 demonstrate setting Information status；Wherein, data processing module 520 is when carrying out safety identification and processing, it is also possible to will receive/ The numbering of each read-write equipment 100 that transmission interface module 510 receives, user identifier, storehouse, place The data such as the coordinate (including longitude and latitude) of the title in storehouse or numbering and its position be stored in internal memory mould Data in block 530 are compared, and as shown in Figure 7 B, are that the present invention is stored in memory modules 530 Analysis schematic diagram data；If the client_uuid that received of checking and serial data is imperfect or the most just Time really, then note down.

In the present embodiment, the generation of incorrect message potentially includes: each client terminal device 100 is issued Information frequency has certain regularity, if producing certain client terminal device 100 with abnormal or mistake multi-frequency The information issued；Or client_uuid that the ip of certain client terminal device 100 corresponds to is incorrect, Then may there is theft；Or, if certain client_uuid has the number coordinating upper Geo Location According to uploading, (whether certain client_uuid can be verified by the reasonability of checking GeoLocation This minute, next minute was in North America in Asia)；Or act on behalf of the frequency of servomechanism installation 700 own and release news Non-through MQTT mode, and attempt a connection to high in the clouds device 500 etc.；Then it is considered as incorrect message.When the most just When true message persistently occurs, then judging to act on behalf of servomechanism installation 700 may be by assault；Then high in the clouds dress Put 500 to select to close this and act on behalf of servomechanism installation 700.Additionally, after high in the clouds device 500 is processed Message is sent to the mode of display module 600, can show and is wirelessly transferred (WiFi, Bluetooth) or has Line transmits.It will be apparent that the Internet of Things in the present invention connects in framework, at whole client terminal device 100 During serial data is passed high in the clouds device 500, high in the clouds device 500 can't directly expose oneself Address, therefore high in the clouds device 500 can be reduced by the probability of assault, thing can be greatly improved The safety of networking.

It is emphasized that via aforesaid detailed description, the product stream management system after the present invention In embodiment declarative procedure, each of which client terminal device 100 passed through wireless transport module 140 to High in the clouds device 500 logs in, and it has been acknowledged that each client terminal device 100 is in Internet of Things Client terminal device, meanwhile, each client terminal device 100 also it has been acknowledged that receive complete message, Including acting on behalf of MQTT_Broker IP and MQTT_Broker account number and the password etc. of servomechanism installation 700, No longer it is described in detail.

Then, refer to Fig. 8, the Internet of Things product stream management system first embodiment signal of the present invention Figure.As shown in Figure 8, the product stream management system of the present invention includes primary importance region (1), such as, produce The warehouse that product are deposited；And product 10 can be any goods, such as, sport shoes, suitcase, clothes etc. disappear Expense property product.Deposit in primary importance region 1 and all configure on multiple product 10, and each product 10 Having an electronic tag 12, these a little electronic tags 12 can select to deposit in primary importance district at product 10 Behind territory 1, then stick one by one；Meanwhile, this electronic tag 12 at least stores product 10 the name of an article and Recognition coding (ID code)；Primary importance region 1 has a gateway, and is configured with on this gateway At least one can as the first read-write equipment 31/32/33 of family end device 100 (such as: three first The safety identification code of read-write equipment is respectively A001, A002 and A003), each first read-write equipment 31/32/33 all has a safety identification code, the title in warehouse, place or numbering and the seat of its position The messages such as mark (including longitude and latitude)；And on gateway, configure the purpose of multiple first read-write equipment, it is to work as When product is increased by the quantity of gateway in unit interval, can effectively improve Products Information read-write Speed and accuracy, and reduce the fault rate of Products Information read-write.

When the product 10 depositing in primary importance region 1 needs to be transported to sell strong point, each product 10 all must pass through at least one first read-write equipment 31/32/33 being arranged on gateway, and each First antenna 120 on individual first read-write equipment 31/32/33 can launch signal so that each passes through The electronic tag 12 of the first read-write equipment 31/32/33 is receiving the news that first antenna 120 can be launched After number, i.e. can trigger electronic tag 12 and the Products Information being stored in inside is sent out, then be read by first The first antenna 120 of write device 31/32/33 receives the message that electronic tag 12 transmits, through import and export After interface 130 is transferred to controller 110 process, and will at use client_share_key After client_uuid and electronic tag 12 message data encode, will compile wireless transport module 140 Message after Ma is sent to act on behalf of servomechanism installation 700；And act on behalf of servomechanism installation 700 and receiving client dress After putting 100 serial datas transmitted, it is left intact, but direct by direct for the data string received Send out；Reception/the transmission interface module 510 of device 500 receives and acts on behalf of servomechanism installation 700 beyond the clouds Serial data after, can decode through data processing module 520 again, at this point it is possible to by electronic tag 12 Internal message storage is to the storage area set by memory modules 530, such as, stores to specific company Set storage area；Or can synchronize the message within electronic tag 12 is sent to display module Information is demonstrated on 600；Also or pending data processing module 520 is by the news within many electronic tags 12 Breath is after particular procedure, then is sent to demonstrate on display module 600 information status of setting so that Which product high in the clouds device 500 can grasp and quantity has moved out primary importance region 1；Thus, Can compare with the storage data left in memory modules 530 further, have confirmed that both quantity The most identical.

Then, the above-mentioned product 10 being moved out of needs to be transported to another region when peddling, Ke Nengxu Store in a warehouse in the region that these products are delivered to set by conveying arrangement to be passed through；Such as, Shanghai will to be placed on 10,000 pairs of sport shoess in free trade area are transported to the point of sale storage of Wangfujing Dajie, Beijing.In order to really Protect sport shoes the to be transported region delivering to set the most in full to store in a warehouse, therefore, enter transport During the entrance of device, being necessary for confirmation is that those sport shoess enter conveying arrangement (such as: a counter), with Time it must also ensure that during whole transport, the product being placed in conveying arrangement is not lacked.

In order to solve the demand, the product stream of present invention management system first embodiment then carry out as Under program.One gateway of counter (or referred to as second position region 2) configuration on conveying arrangement, goes out Configure on entrance at least one can as family end device 100 the second read-write equipment 41/42/43 (such as: The safety identification code of three the second read-write equipments is respectively P004, P005 and P006), and each second The second antenna 220 on read-write equipment 41/42/43 can launch signal so that each is by the second reading The electronic tag 12 of write device 41/42/43 after receiving the signal that the second antenna 220 can be launched, I.e. can trigger electronic tag 12 to be sent out by the Products Information being stored in inside, then by the second read-write equipment Second antenna 220 of 41/42/43 receives the message that electronic tag 12 transmits, through output/input interface 130 Be transferred to after controller 210 processes, and using client_share_key by client_uuid and After electronic tag 12 message data encode, by wireless transport module 240 by the message transmission after coding To acting on behalf of servomechanism installation 700；And act on behalf of servomechanism installation 700 and receiving the data that client terminal device is transmitted After string, it is left intact, but directly the data string received directly is sent out；Fill beyond the clouds Put after the reception/transmission interface module 510 of 500 receives the serial data acting on behalf of servomechanism installation 700, can warp again Cross data processing module 520 to decode, at this point it is possible to by the message storage within electronic tag 12 to internal memory Storage area set by module 530, such as, stores to the storage area set by specific company；Or Person can synchronize to be sent on display module 600 demonstrate information by the message within electronic tag 12；Also Or pending data processing module 520 by the message within many electronic tags 12 after particular procedure, then It is sent to demonstrate on display module 600 information status of setting；Make high in the clouds device 500 it is known that It is sent into the product quantity in second position region 2 and the name of an article of each product and recognition coding, Ke Yijin One step is compared with the storage data in memory modules 530 so that high in the clouds device 500 can have been grasped Which product and quantity come into be deposited to second position region 2；Additionally, the present embodiment is to second The safety verification mode of the transmitted message of read-write equipment 41/42/43 as hereinbefore, illustrates the most separately； Being safety identification code at difference therein, for the present embodiment, the P in P004 represents and is disposed on Read-write equipment on freight container, therefore it can select transmit or do not transmit coordinate (including through/latitude) Message.

Followed by, refer to Fig. 9, in the Internet of Things product stream management system first embodiment of the present invention Second position area schematic.In second position region 2, it is further configured with at least one permissible As family end device 100 third reading write device 51/52/53 (such as: the peace of three third reading write devices Full identification code is respectively G007, G008 and G009), wherein, each third reading write device 51/52/53 It is that at least one third antenna the 320, the 3rd control module 310, positioner 150 and the 3rd are wirelessly transferred Module 340 is formed.These third reading write devices 51/52/53 are in order to being placed in the second position 2 Product 10 is scanned or monitors, the safest to guarantee the product quantity leaving second position region 2 in It is placed in second position region 2；It will be apparent that in the present embodiment, this second position region 2 is A kind of freight container transporting product, has made whole product 10 during transporting, and these third reading write dress Put 51/52/53 and all can send the message electronic tag to product 10 via third antenna 320 constantly After 12, i.e. can trigger electronic tag 12 and the Products Information being stored in inside is emitted, then by the 3rd The third antenna 320 of read-write equipment 51/52/53 receives the message that electronic tag 12 is launched, through output After incoming interface 130 is transferred to controller 110 process, and will at use client_share_key After client_uuid and electronic tag 12 message data encode, will compile wireless transport module 140 Message after Ma is sent to act on behalf of servomechanism installation 700；And act on behalf of servomechanism installation 700 and receiving client dress After putting transmitted serial data, it is left intact, but directly the data string received directly is transmitted Go out；Reception/the transmission interface module 510 of device 500 receives the number acting on behalf of servomechanism installation 700 beyond the clouds After string, can decode through data processing module 520 again, at this point it is possible to by within electronic tag 12 Message storage is to the storage area set by memory modules 530, such as, stores to set by specific company Storage area；Or can synchronize the message within electronic tag 12 is sent to display module 600 On demonstrate information；Also or pending data processing module 520 is by the message warp within many electronic tags 12 After crossing particular procedure, then it is sent to demonstrate on display module 600 information status of setting；Make high in the clouds By gps coordinate message, device 500 can judge that product is transported to where at present.

Additionally, it is emphasized that electronic tag described in above-described embodiment can include NFC, RFID, The one of which such as ID stamp or ID paster；Wherein, if placed at the product in the second position (counter) 2 When electronic tag 12 on product 10 is RFID, then the third reading being arranged in the second position (counter) 2 is write Device 51/52/53 can be fixed on a position；And if when being placed in the second position (counter) 2 When electronic tag 12 on product 10 is NFC, ID stamp or ID paster, then it is arranged in the second position Third reading write device 51/52/53 in 2 is necessary for wanting to move in the second position (counter) 2, with really Scan each product 10 surely.Furthermore, electronic tag in system 12 and first antenna 120, the The frequency of two antennas 220 and third antenna 320 is to be mutually matched.

It addition, it is also to be stressed that, high in the clouds device 500 is a kind of fixed domain name system (DNS), its tool There is the function of server (sever) and there is the function communicated with client terminal device 100, being to be connect by one Transmit/receive and penetrate interface module 510, data processing module 520 is formed with memory modules 530, and permissible It is connected with display module 600 by reception/transmission interface module 510；Data processing module 520 has been incited somebody to action At least one first read-write equipment 31/32/33 being arranged on first gateway in primary importance region 1 Safety identification code, the title in warehouse, place or the numbering of (such as configuration 3 the first read-write equipments) and its The messages such as the coordinate (including longitude and latitude) of position are noted down and are stored in the internal memory of memory modules 530； Same, data processing module 520 is the most by the second gateway being arranged in second position region 2 At least one the second read-write equipment 41/42/43 safety identification code (such as configuration 3 second read-write dress Put), the message record such as the coordinate (including longitude and latitude) of the title in warehouse, place or numbering and its position And be stored in memory modules 530 internal memory in；And be arranged in the second position 2 at least one the 3rd Read-write equipment 51/52/53, its safety identification code, the title in warehouse, place or numbering and its position The message such as coordinate (including longitude and latitude), also can be recorded and be stored in the internal memory of memory modules 530, As shown in Fig. 7 B and Fig. 7 C, wherein, the storage data signal that Fig. 7 C present invention is stored in memory modules Figure.When the client_uuid that data processing module 520 judgement is received and serial data are correct, so that it may With by these message storage to the dedicated storage space set by memory modules 530；When judging to be received When client_uuid and serial data are incorrect or time wrong, represent the read-write equipment not thing received Workflow Management System is transmitted, and hacker's message may be had to invade or client data is abnormal, therefore high in the clouds device It is to ignore this message or permissible that the data processing module 520 of 500 will determine according to differentiating result Select to close this and act on behalf of servomechanism installation 700 or the notice that gives a warning, do not carry out follow-up process.

Additionally, product 10 message in primary importance region 1 can enter primary importance at product 10 Before region 1 the most just already recorded in high in the clouds device 500 at data processing module 520 or memory modules 530 In；It can also select by a plurality of products 10 all through first read-write equipment in primary importance region 1 After 31/32/33, by by product 10 quantity in primary importance region 1 and the name of an article of each product And after recognition coding all records, resettle product product quantity in primary importance region 1 and each The name of an article of individual product and recognition coding data, and also record beyond the clouds device 500 at data processing module 520 Or in memory modules 530, as seen in figure 7 c；Now, high in the clouds device 500 is at data processing module 520 Perform to store to memory modules 530, also can increase the time record that data store, with One of data as follow-up comparison.And select with in which kind of mode record primary importance region 1 aforementioned Product quantity and the name of an article of each product and recognition coding data, the present invention is not any limitation as.

It will be apparent that when product quantity in primary importance region 1 and the name of an article of each product and knowledge After the data such as coding do not have built up the memory modules 530 of device 500 beyond the clouds, i.e. can be filled by high in the clouds The data processing module 520 put in 500 carries out processing and comparison；When data processing module 520 is through peace Complete judge and after message processes, i.e. will appreciate that the product quantity by primary importance region 1 and each The name of an article of product and recognition coding, can further with the storage data in memory modules 530 (such as Fig. 7 C Shown in) compare so which product high in the clouds device 500 can grasp and quantity has moved out first The band of position 1.Now, high in the clouds device 500 can pass through reception/transmission interface module 510 and display With regard to 600 connect, in order to by former be stored in the product quantity in primary importance region 1, the name of an article of product and The time of record all shows；Or demonstrate having which product and quantity to have moved out Primary importance region 1, and during also how many products and quantity also leave primary importance region 1 in；Permissible Manager is made to will appreciate that the name of an article of the product quantity in primary importance region 1 and product；Certainly, pipe Reason person can also be through the mode of high in the clouds device 500 inquiry it is known that leave the product in primary importance region 1 in The product name of an article and recognition coding thereof.

Finally, after the product stream of the present invention manages the running of system first embodiment, manager can Also to deposit how many in warehouse up till now at the display module 600 being connected with high in the clouds device 500 Product, there are how many products transporting in way at present, have been transported at present where and predetermined when can arrive The messages such as destination (Wangfujing Dajie)；Meanwhile, manager can also be by high in the clouds device 500 to management Product in system inquires about the name of an article and the recognition coding of its product.Same, preferable at another of the present invention In embodiment, the first read-write equipment 31/32/33 being arranged in the second position 1 can also be write such as third reading Device 51/52/53 is necessary for wanting to move in primary importance 1, can scan each product to determine 10。

Articla management system in the present invention can be integrated into article storage and sale management system further Being a complete system, its detailed operation is described as follows.

Refer to Figure 10, be the article storage of Internet of Things product stream of the present invention management system the second embodiment Management schematic diagram.First, it is placed into the first storage when multiple products 10 posting electronic tag 12 Region 1, the most in the first embodiment, is transported to Wangfujing Dajie by product (10,000 pairs of sport shoess) The first storage region 1 in deposit, and be positioned over the product quantity in the first storage region 1, product In the name of an article and recognition coding also memory already stored in high in the clouds device；It will be apparent that the first storage Region 1 has a gateway, and is configured with at least one first read-write equipment on this gateway, each Individual first read-write equipment all has a numbering 31/32/33 (such as: the safety of three the first read-write equipments is distinguished Know code and be respectively A001, A002 and A003), the title in warehouse, place or numbering and its position The messages such as coordinate (including longitude and latitude), and noted down or be stored in the memory of high in the clouds device In.Then, the product being positioned in the first storage region (1) is delivered to different pins respectively as manager When selling strong point, i.e. can be stored in a warehouse by the article of the present invention and sale management system is reached.

When the product (10,000 pairs of sport shoess) being positioned in the first storage region 1 to be sent five by manager respectively Thousand pairs of sport shoess sell strong point, 3,000 pairs of sport shoess to the second sale strong point and 1,000 pairs of sport shoess to first Strong point is sold to the 3rd；Now, the first pin is transported to when the sport shoes of production code member 1 to numbering 5000 When selling strong point, the gateway by the first storage region 1 is understood in the sport shoes of these numberings 1 to numbering 5000, And on gateway, it is configured with at least one first read-write equipment, and wherein, each first read-write equipment First antenna 120 on 31/32/33 can launch signal so that each passes through the first read-write equipment The electronic tag 12 of 31/32/33, after receiving the signal that first antenna 120 can be launched, i.e. can touch The Products Information being stored in inside is emitted by generating subtab 12, then by the first read-write equipment The first antenna 120 of 31/32/33 receives the message that electronic tag 12 is launched, through output/input interface 130 Be transferred to after controller 110 processes, and using client_share_key by client_uuid and After electronic tag 12 message data encode, by wireless transport module 140 by the message transmission after coding To acting on behalf of servomechanism installation 700；And act on behalf of servomechanism installation 700 and receiving the data that client terminal device is transmitted After string, it is left intact, but directly the data string received directly is sent out；Fill beyond the clouds Put after the reception/transmission interface module 510 of 500 receives the serial data acting on behalf of servomechanism installation 700, can warp again Cross data processing module 520 to decode, at this point it is possible to by the message storage within electronic tag 12 to internal memory Storage area set by module 530, such as, stores to the storage area set by specific company；Its In, the message that the first read-write equipment 31/32/33 is transmitted includes its numbering, the title in warehouse, place or volume Number, the product name of an article in the coordinate (including longitude and latitude) of its position, electronic tag and recognition coding； When the sport shoes of numbering 1 to numbering 5000 is all through first read-write equipment in the first storage region 1 After 31/32/33, it is evident that after the data processing module 520 of high in the clouds device 500 processes, i.e. can know Road numbering 1 has moved out the first storage region 1 to the sport shoes of numbering 5000, and in high in the clouds device 500 Data processing module 520 sport shoes of numbering 1 to numbering 5000 will be removed the first storage region 1 Time record, such as: morning 9 point.And at the data processing module 520 of device 500 beyond the clouds During reason, data processing module 520 can first confirm these messages received, if for management system The first read-write equipment 31/32/33 sent；Such as, data processing module 520 confirms each to I haven't seen you for ages The numbering of the first read-write equipment, the title in warehouse, place or numbering that individual feeding comes and its position The messages such as coordinate (including longitude and latitude), if identical with the record message being stored in memory modules 530； When the message that judgement is received is correct, it is possible to these first read-write equipments 31/32/33 are transmitted Message storage is to the dedicated storage space set by memory modules 530 or can synchronize electronic tag 12 Internal message is sent on display module 600 demonstrate information；Also or pending data processing module 520 By the message within many electronic tags 12 after particular procedure, then it is sent on display module 600 aobvious The information status of setting is shown；Make high in the clouds device 500；When the message that judgement is received is incorrect, The hacker's message that expressed possibility to be invaded, therefore data processing module ignores that this message, does not carry out follow-up Process or can select close this and act on behalf of servomechanism installation 700 or be further sent out warning to high in the clouds Device.

Same, when the discrepancy in the first storage region 1 is passed through in the sport shoes of numbering 5001 to numbering 8000 After at least one on mouth the first read-write equipment 31/32/33, by identical System Operation, high in the clouds device 500 i.e. will appreciate that numbering 5001 to the sport shoes of numbering 8000 has moved out the first storage region 1, and cloud The sport shoes of numbering 5001 to numbering 8000 will be moved by the data processing module 520 in end device 500 Go out the time record in the first storage region 1, such as: morning 10 point.When numbering 8001 is to numbering 9000 Sport shoes by first storage region 1 gateway at least one first read-write equipment 31/32/33 After, by identical System Operation, high in the clouds device 500 i.e. will appreciate that numbering 8001 is to numbering 9000 Sport shoes has moved out the first storage region 1, and the data processing module 520 in high in the clouds device 500 is just The sport shoes of numbering 8001 to numbering 9000 can be removed the time record in the first storage region 1, such as: Morning 11 point.When the second embodiment operates now, manager can be connected with high in the clouds device 500 See on display module 600 and in warehouse, also deposit numbering 9001 up till now to the motion of numbering 10000 Footwear；And numbering 1 is to sport shoes, the sport shoes of numbering 5001 to numbering 8000 and the numbering of numbering 5000 8001 then show to the sport shoes of numbering 9000 and to have moved out the first storage region 1 in the different time.

Then, after the sport shoes of numbering 1 to numbering 5000 has been conveyed into the first sale strong point, i.e. can By the read-write equipment 61 (such as: safety identification code is S010) being arranged in the first sale strong point, therefore, Through after the running that system is same as before, manager can be at the display module being connected with high in the clouds device 500 See on 600 and in warehouse, also deposit numbering 9001 up till now to the sport shoes of numbering 10000；And number 1 to numbering 5000 sport shoes in the morning 11 left in the first sale strong point, and manager Can also be carried out the inquiry of Products Information by high in the clouds device 500, such as number of queries 1 is to numbering 5000 The size message of sport shoes.Same, when numbering 5001 has been conveyed into the sport shoes of numbering 8000 Second sells behind strong point, i.e. can by the read-write equipment 62 that is arranged in the second sale strong point (such as: peace Full identification code is S011), therefore, through after the running that system is same as before, manager can with cloud See on the display module 600 that end device 500 connects in warehouse, also deposit numbering 9001 to volume up till now The sport shoes of numbers 10000, the sport shoes of numbering 1 to numbering 5000 in the morning 11 left in One sells strong point and numbering 5001 to the sport shoes of numbering 8000 has deposited in the morning for 11: 30 It is placed in the second sale strong point, and manager can also carry out looking into of Products Information by high in the clouds device 500 Ask, the size message of such as number of queries 5001 to numbering 8000 sport shoes.Followed by, when numbering 8001 After extremely the sport shoes of numbering 9000 has been conveyed into the 3rd sale strong point, i.e. can be by being arranged in the 3rd sale Read-write equipment 63 (such as: safety identification code is S012) in strong point, therefore, same as before through system Running after, manager can exist up till now at the display module 600 being connected with high in the clouds device 500 Warehouse is also deposited numbering 9001 to the sport shoes of numbering 10000, the fortune of numbering 1 to numbering 5000 Dynamic footwear in the morning 11 left the first sale strong point, the sport shoes of numbering 5001 to numbering 8000 in The second sale strong point and numbering 8001 within 11: 30, are left in the morning in numbering 9000 Sport shoes in the morning 12 left in the 3rd sale strong point, and manager can also be filled by high in the clouds Put 500 inquiries carrying out Products Information, such as number of queries 8001 to the size of numbering 9000 sport shoes Message.

Finally, the sale running of this second embodiment is described, refer to Figure 11, be the Internet of Things of the present invention The sales management schematic diagram of product stream management system the second embodiment.As shown in figure 11, when client After determining product (such as: sport shoes numbering the 999th) to be bought, service personal can carry product 10 Settle accounts to sales counter.Now, the electronic tag 12 on product 10 can be taken to being arranged in by salesman Read-write equipment 71 (such as: numbered CS0100) on sales counter, wherein, the read-write dress being arranged on sales counter Put 71 in addition to having identical structure with general read-write equipment, have demagnetization module 170 the most further；When really Determine after client is complete payment, i.e. to be sent the sport shoes of numbering the 999th by sales counter notice read-write equipment 71 The message having been sold out, due to the numbering of read-write equipment 71 being arranged on sales counter, the name of point of sale, place Claim or the message such as coordinate (including longitude and latitude) of numbering and position thereof be already stored in the device of high in the clouds, Therefore after the message completing production marketing is sent by the read-write equipment 71 being arranged on sales counter, through high in the clouds After the data processing module 520 of device 500 processes, will be by reception/transmission interface module 510 aobvious Show that the sport shoes demonstrating the numbering the 999th originally leaving the first point of sale in module 600 has been sold out Message.Therefore, through after the running that system is same as before, manager can with high in the clouds device 500 See that the sport shoes of the numbering the 999th leaving the first point of sale in is sold on commission on the display module 600 connected The message gone out.Same, when volume sent by the read-write equipment (not shown in the figures) leaving the second point of sale in Message that the sport shoes of number the 5999th has been sold out and the read-write equipment leaving the 3rd point of sale in (do not show In figure) send the message that the sport shoes of numbering the 8999th has been sold out after, through high in the clouds device 500 After data processing module 520 processes, will be by reception/transmission interface module 510 at display module 600 Message that the sport shoes of the numbering the 999th of upper display the first point of sale has been sold out, the volume of the second point of sale Message that the sport shoes of number the 5999th has been sold out and the sport shoes of the numbering the 8999th of the 3rd point of sale The message having been sold out；It is finally shown on display module 600, and it sells the display result of message, As shown in figure 12, it is the schematic diagram that shows of the manager's message in the present invention.

Additionally, when the electronic tag being arranged on product 10 is to use RFID, then this RFID can return Receipts re-use；Certainly these electronic tags 12 being arranged on product can also use other patterns, such as: Including NFC, ID stamp or ID paster etc..And the electronic tag 12 of this second embodiment with in system The frequency of each antenna 120/220/320 be mutually matched.

After the detailed description with the second embodiment of the above-mentioned first embodiment, the present invention can be entered After one step combination, i.e. can form the complete article storage of the present invention, logistics and sale management system, therefore not Describe in detail again.

Although the present invention is disclosed above with aforesaid preferred embodiment, so it is not limited to the present invention, Any it is familiar with this area those skilled in the art, without departing from the spirit and scope of the present invention, when making a little change With retouching, therefore the scope of patent protection of the present invention must be defined depending on this specification appending claims Person is as the criterion.

Claims

1. the connection framework of an Internet of Things, it is characterised in that including:

Client terminal device, has the device of radio communication function, and has particular user identifier；

High in the clouds device, has the function communicated with described client terminal device, identifies by described specific user Symbol confirms that described client terminal device is one of them client terminal device in described Internet of Things；

Act on behalf of servomechanism installation, there is network address and password, and can communicate with described high in the clouds device；And

Wherein, the described described network address acting on behalf of servomechanism installation and described password is provided to give in described high in the clouds device described After described client terminal device in Internet of Things, described client terminal device can only lead to described servomechanism installation of acting on behalf of Letter, and acted on behalf of servomechanism installation and the device communication of described high in the clouds by described again, in order to by described client terminal device On message reach in the device of described high in the clouds.

2. the connection framework of an Internet of Things, it is characterised in that including:

Multiple client terminal devices, each client terminal device is the device with radio communication function, and Each client terminal device is respectively provided with specific user identifier；

High in the clouds device, has the function communicated with described client terminal device, identifies by described specific user Symbol confirms one of them client terminal device that described client terminal device is in described Internet of Things；

Multiple acting on behalf of servomechanism installation, each is acted on behalf of servomechanism installation and has network address and password, and can be with described High in the clouds device communication；

Wherein, each described described network address acting on behalf of servomechanism installation and described is provided in described high in the clouds device After password gives the described client terminal device formation pairing at least one described Internet of Things, described client fills Put and can only act on behalf of servomechanism installation communication with the described of pairing, and acted on behalf of servomechanism installation and described cloud by described again End device communicates, in order to the message on each described client terminal device reached in the device of described high in the clouds.

3. the connection framework of Internet of Things as claimed in claim 1 or 2, it is characterised in that described high in the clouds device The described described network address acting on behalf of servomechanism installation and described password is provided to give the described client in described Internet of Things During device, it is can to select to obtain by several times.

4. the connection framework of Internet of Things as claimed in claim 1 or 2, it is characterised in that described client fills Put between the device of described high in the clouds the security protocol of the https being use.

5. the connection framework of Internet of Things as claimed in claim 1 or 2, it is characterised in that described act on behalf of servo Device is that MQTT (Message Queuing Telemetry Transport) communication standard transmits data.

6. the connection framework of Internet of Things as claimed in claim 1 or 2, it is characterised in that when described high in the clouds fills Put after confirming that described client terminal device is the described client terminal device of one of them in described Internet of Things, institute State high in the clouds device one dialectical code of client (client uuid) of transmission and the key that exclusive client is used (client_pub_key and client_pri_key) is to described client terminal device.

7. the connection framework of Internet of Things as claimed in claim 6, it is characterised in that described key is that RSM is non- Symmetric key (Asymmetric Key).

8. the connection framework of Internet of Things as claimed in claim 6, it is characterised in that described key is symmetrical expression Key (Symmetric Key).

9. the connection framework of Internet of Things as claimed in claim 8, it is characterised in that in described be right to key During title formula key, high in the clouds device sets time (the Share_key_expiry date of a variation further And be passed to this client terminal device time).

10. the connection framework of Internet of Things as claimed in claim 9, it is characterised in that described setting variation Time (Share_key_expiry date time) is periodicity or stochastic variable.