CN204680110U - A kind of Internet of Things refrigerated storage cabinet realizing automatic selling and deposit - Google Patents
A kind of Internet of Things refrigerated storage cabinet realizing automatic selling and deposit Download PDFInfo
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- CN204680110U CN204680110U CN201520425736.3U CN201520425736U CN204680110U CN 204680110 U CN204680110 U CN 204680110U CN 201520425736 U CN201520425736 U CN 201520425736U CN 204680110 U CN204680110 U CN 204680110U
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Abstract
The utility model discloses a kind of Internet of Things refrigerated storage cabinet realizing Mobile self-service and sell goods and deposit, be connected to background service terminal, wherein, described Internet of Things refrigerated storage cabinet is become by multiple little lattice refrigerated storage group, each little lattice refrigerated storage cabinet is equipped with independently door, each described little lattice refrigerated storage cabinet is respectively by independently compressor cooling, and described Internet of Things refrigerated storage cabinet also includes electromagnetic lock, main control chip, Information reading unit and communication unit.The utility model is by done through network, logistics cargo allocation is to refrigerated storage cabinet, user is by the Internet of Things refrigerated storage cabinet of identifying code and the self-service delivery of cargo at any time of APP function, easy to use, by mobile Internet switching technology, realize the intellectuality of commodity, robotization sells and deposit, realize 24 hours free of discontinuities and sell goods and deposit, facilitate consumer to choose, bring abundanter, that initiative is stronger consumption experience to user.
Description
Technical field
The utility model relates to Internet of Things application, particularly relates to a kind of Internet of Things refrigerated storage cabinet realizing automatic selling and deposit.
Background technology
Along with the fast development of Internet of Things infotech, the consumption habit of people quietly changes.Current, " net purchase " has become the widely used consumption pattern of consumer in a lot of fields, meanwhile, the various APP of mobile handheld terminal serve exploitation and come into operation as the consumer behavior of consumer provides more conveniences.But in frozen food, fresh product field, owing to requiring special low temperature storage environment, thus selling of freezing, fresh commodity mainly still concentrates on market, supermarket or shops at present, people buy or special business shop must be gone to have bought.Or in some automatic Internet of Things refrigerated storage cabinet, its commodity are fixing, and some consumers cannot find those a commodity oneself liked, and have to drop the business.
In addition, it is very large that common refrigerator-freezer on the market is generally designed to volume, and the thing of the inside dress is mixed, cannot do a well classification.
Therefore, how to design a kind of Internet of Things refrigerated storage cabinet facilitating user self-help to get freezing, fresh commodity, just become problem demanding prompt solution.
Utility model content
Based on above shortcomings in prior art, the utility model now proposes a kind of Internet of Things refrigerated storage cabinet realizing automatic selling and deposit, and cannot facilitate self-servicely get the problems such as freezing, fresh commodity to solve original user.
A kind of Internet of Things refrigerated storage cabinet realizing automatic selling and deposit disclosed in the utility model, be connected to background service terminal, wherein, described Internet of Things refrigerated storage cabinet is become by multiple little lattice refrigerated storage group, each little lattice refrigerated storage cabinet is equipped with independently door, and each described little lattice refrigerated storage cabinet is respectively by independently compressor cooling, and described Internet of Things refrigerated storage cabinet also includes electromagnetic lock, main control chip, Information reading unit and communication unit, wherein
Described Information reading unit, couples mutually with described main control chip, reads and identifies the commodity data information that user sends, then the commodity data information of identification being sent to described main control chip;
Described main control chip, couple mutually with described Information reading unit, communication unit, electromagnetic lock and compressor respectively, the commodity data information receiving the transmission of described Information reading unit is transferred to background service terminal by described communication unit again and verifies, and receive the instruction of described background service terminal passback, control unlatching or the closedown of described electromagnetic lock, described main control chip also receives the instruction of described background service terminal, controls the cooling activation of certain compressor of described Internet of Things refrigerated storage cabinet or closedown and temperature controlling function;
Described communication unit, couples mutually with described main control chip and background service terminal, for realizing the data information transfer between background service terminal and main control chip;
Described electromagnetic lock, couples mutually with described main control chip, receives the instruction of described main control chip, carries out the unlatching of door or the operation of closedown of each little lattice refrigerated storage cabinet;
Described background service terminal, connect described communication unit, receive the commodity data information that described main control chip transmits, and compare with the commodity data information prestored in advance, if coupling is correct, then give the instruction that described one, Internet of Things refrigerated storage cabinet is opened, if matching error, then give described Internet of Things refrigerated storage cabinet the instruction that will not open.
Preferably, also include radio-frequency probe, wherein, described radio-frequency probe, connect described main control chip, it reads the coded message of the forward and backward commodity of renewal in each little lattice refrigerated storage cabinet of Internet of Things refrigerated storage cabinet, and the coded message upgrading forward and backward commodity is sent to background service terminal by communication unit, described background service terminal is analyzed according to the coded message of the forward and backward commodity of renewal in little lattice refrigerated storage cabinet and judges whether transaction completes, and the steering order sending cooling activation or closedown is to described main control chip.
Also Temperature Humidity Sensor is provided with in described storage cabinet, the humiture data message of described Temperature Humidity Sensor also inside and outside Real-Time Monitoring Internet of Things refrigerated storage cabinet, and described humiture data message is sent to main control chip, the humiture of described main control chip to this Internet of Things refrigerated storage cabinet regulates and controls.
Further, described Information reading unit is positioned at the front of this Internet of Things refrigerated storage cabinet and is provided with one, described Information reading unit is Quick Response Code scanning element or bar code scanning unit or push-button unit, the Quick Response Code of user or bar code or password are after using internet or hand-held mobile terminal APP to carry out online transaction success by user, and background service terminal automatically generates the Quick Response Code of correspondence or bar code or password according to the coded message that user institute buys commodity and sends to customer mobile terminal.
Further, above described Information reading unit, be also provided with monitoring probe, the operational circumstances of Real-Time Monitoring user.
Further, described Internet of Things refrigerated storage cabinet has a battery main switch, and each little lattice refrigerated storage cabinet has separately independently independent power source switch.
Further, after user places an order, described background service terminal can generate commodity data information corresponding to this user automatically, meanwhile, described background service terminal distributes the little lattice refrigerated storage cabinet do not started and the order of freezing to the standby startup of the little lattice refrigerated storage cabinet of this correspondence automatically according to this commodity data information.
Further, described main control chip also detects opening time and the closure state of each little lattice refrigerated storage cabinet in real time, when opening time exceedes setting value or when detecting that Men Wei fastens, starts also automatic control electric magnetic padlock of reporting to the police and closes the door.
Compared with prior art, a kind of Internet of Things refrigerated storage cabinet realizing automatic selling and deposit provided by the utility model, user is by done through network, through logistics distribution, first can deposit Internet of Things refrigerated storage cabinet, by user's time discharging of goods freely, provide convenience to user and maintain secrecy and play great role, and the utility model being provided with meets environment that is freezing, fresh product storage, commodity density significantly promotes, and cost significantly reduces, also can bring with the combination of mobile intelligent terminal the consumption experience that consumer is abundanter, initiative is stronger.
Accompanying drawing explanation
Fig. 1 is a kind of theory diagram of Internet of Things refrigerated storage cabinet realizing automatic selling and deposit described in the utility model.
Embodiment
Following examples only for clearly the technical solution of the utility model being described, and can not limit protection domain of the present utility model with this.As employed some vocabulary to censure particular elements in the middle of instructions and claim.Those skilled in the art should understand, and hardware manufacturer may call same parts with different noun.This specification and claims are not used as with the difference of title the mode distinguishing parts, but are used as the criterion of differentiation with parts difference functionally.Instructions subsequent descriptions is for implementing better embodiment of the present utility model, and right described description is to illustrate for the purpose of this novel rule, and is not used to limit scope of the present utility model.Protection domain of the present utility model is when being as the criterion depending on the claims person of defining.
Below in conjunction with the drawings and specific embodiments, the utility model is described in further details.
As shown in Figure 1, a kind of Internet of Things refrigerated storage cabinet 10 realizing automatic selling and deposit disclosed in the utility model, be mainly used in Internet of Things field, mainly play the effect to depositing in the middle of cold fresh food, it couples mutually with background service terminal 20, described background service terminal 20 can be that user buys the website of certain commodity or the terminal system belonging to third party website, Internet of Things refrigerated storage cabinet 10 is become by multiple little lattice refrigerated storage group, cold fresh frozen food can be held in this little lattice refrigerated storage cabinet, each little lattice refrigerated storage cabinet is equipped with independently openable door, each described little lattice refrigerated storage cabinet is freezed by independently compressor 107 respectively, after door is opened, user can take out the commodity of prior Transaction Success from little lattice refrigerated storage cabinet.Described Internet of Things refrigerated storage cabinet 10 can be located at the places such as the intensive community of the consumer group, residential block, office building, school, subway, facilitates that user is on and off duty to be fetched at any time.It should be noted that, Internet of Things refrigerated storage cabinet 10 in the utility model is mainly designed as the lattice grid pattern of refrigerator-freezer, main sale is freezing, fresh product, vegetables in season fruit, ice drink etc., and be provided with the environment meeting freezing, fresh product and store, greatly facilitate the life of residential block.Certainly, described Internet of Things refrigerated storage cabinet also can store ambient product.Described Internet of Things refrigerated storage cabinet 10 also includes electromagnetic lock 101, main control chip 102, Information reading unit 103 and communication unit 104.In addition, user can arrange distribution time when buying, and like this, the distribution time that businessman sets according to user is provided and delivered, and to ensure the freshness of food, when dispensing completes, informs user by note or Email.
Specifically, described Information reading unit 103, couples mutually with described main control chip 102, and it reads and identifies the commodity data information that user sends, this commodity data information can be that manually input or intelligence read, and then the commodity data information of identification is sent to described main control chip 102.
Specifically, described Information reading unit 103 is positioned at the front of this Internet of Things refrigerated storage cabinet and is provided with one, described Information reading unit 103 is Quick Response Code scanning element or bar code scanning unit or push-button unit, the Quick Response Code of user or bar code or password are after using internet or hand-held mobile terminal APP to carry out online transaction success by user, and background service terminal 20 automatically generates the Quick Response Code of correspondence or bar code or password according to the coded message that user institute buys commodity and sends to customer mobile terminal.
User is in use internet or hand-held mobile terminal APP shopping online, after having bought the commodity oneself chosen, the information such as goods number and specification size that background service terminal 20 is bought according to user generates a well-determined Quick Response Code or bar code, user is by setting out this Quick Response Code under mobile phone, ipad or computer, also can print, by the scanning of described Information reading unit 103 pairs of Quick Response Codes, whether whether carrying out inspection user is buy on the website that these article are corresponding, Transaction Success.In addition, we also can use the push-button units such as keyboard button to replace this intelligent scanning, realize the reading of information, such as, do shopping at home successfully, background service terminal 20 issues the well-determined Transaction Account number of consumer and password, consumer can near community Internet of Things refrigerated storage cabinet 10 that is nearest or that specify, by the input through keyboard account number cipher arranged above, realize transaction, also can directly input account number cipher by push-button unit when bar code or Quick Response Code lost efficacy in addition and realize transaction.
On the other hand, above described Information reading unit 103, also monitoring probe is provided with, the operational circumstances of Real-Time Monitoring user.Monitoring probe also can the operating process of recording user, prevents user from causing the damage of malice to Internet of Things refrigerated storage cabinet 10 or taking out the commodity of mistake, to avoid in the future unnecessary dispute.
Described main control chip 102, respectively with described Information reading unit 103, communication unit 104, electromagnetic lock 101 and compressor 107 couple mutually, its commodity data information receiving the transmission of described Information reading unit 101 is transferred to background service terminal 20 by described communication unit 104 again and verifies, and receive the instruction of described background service terminal 20 passback, control unlatching or the closedown of described electromagnetic lock 101, described main control chip 102 also receives the instruction of described background service terminal 20, control cooling activation or the closedown of certain compressor 107 of described Internet of Things refrigerated storage cabinet 10.Further, also add GPS positioning unit cashier's office in a shop in described Internet of Things refrigerated storage, realize locating refrigerator-freezer position GPS for background service terminal 20.
Described communication unit 104, preferred employing radio communication, its communication mode comprises the modes such as WiFi network, general Local Area Network, ZigBee transmission, couple mutually with described main control chip 102 and background service terminal 20, for realizing the data information transfer between background service terminal 20 and main control chip 102;
Described electromagnetic lock 101, couples mutually with described main control chip 102, receives the instruction of described main control chip 102, carries out the unlatching of door or the operation of closedown of each little lattice refrigerated storage cabinet; The door of each electromagnetic lock 101 each little lattice refrigerated storage cabinet corresponding.
Described background service terminal 20, connect described communication unit 104, receive the commodity data information that described main control chip 102 transmits, and compare with the commodity data information prestored in advance, if coupling is correct, then give the instruction that described one, Internet of Things refrigerated storage cabinet is opened, if matching error, then give described Internet of Things refrigerated storage cabinet the instruction that will not open.
When user wants to take out commodity from Internet of Things refrigerated storage cabinet 10, first carry out authentication, order account when such as inputting net purchase and corresponding password, or carry out bar code scanning, or the mode such as Quick Response Code scanning.The authorization information of user's input can be transferred to background service terminal 20 in a wireless or wired way and compare, and as unanimously errorless, then gives an instruction of opening.
As the utility model one preferred embodiment, we are also provided with radio-frequency probe 105 in described self-service Internet of Things refrigerated storage cabinet, wherein,
Described radio-frequency probe 105, couple mutually with described main control chip 101, for reading the coded message upgrading forward and backward commodity in Internet of Things refrigerated storage cabinet 10, and the coded message upgrading forward and backward commodity is sent to background service terminal 20 by communication unit 104, described background service terminal 20 is analyzed according to the coded message of the forward and backward commodity of renewal in little lattice refrigerated storage cabinet and judges whether transaction completes, and the steering order sending cooling activation or closedown is to described main control chip, as concluded the business, then close compressor 107.We have added radio frequency bar code or other electronic tags to freezing, the fresh product of putting into Internet of Things refrigerated storage cabinet 10 in advance, each part commodity is all marked by electronic tag, and radio-frequency probe 105 can read the information such as title, specification, the place of production, date of manufacture, quantity of commodity.User often carries out single job, and namely switch gate transaction once, and this radio-frequency probe 105 will carry out run-down to all commodity, then the information after scanning sent to described background service terminal 20, be convenient to background service terminal 20 and carry out data statistics.
Temperature Humidity Sensor 106 is also provided with in described storage cabinet, humiture data message inside and outside described Temperature Humidity Sensor 106 Real-Time Monitoring Internet of Things refrigerated storage cabinet, and described humiture data message is sent to main control chip 103, the humiture of described main control chip 103 to this Internet of Things refrigerated storage cabinet regulates and controls.Such as, when outdoor temperature is lower or the night of being in time, the exploitation speed that Internet of Things refrigerated storage cabinet 10 suitably reduces cabinet can be controlled, reduce power consumption, when day temperature is higher, suitably can turns down the temperature in cabinet, make commodity be in the most fresh-keeping state.
Described Internet of Things refrigerated storage cabinet 10 has a battery main switch, above it, each little lattice refrigerated storage cabinet has separately independently independent power source switch, separate use, be independent of each other, when a certain little lattice refrigerated storage cabinet breaks down, the normal work of other little lattice refrigerated storage cabinets can not be affected.Can be operated by main control chip self-operated controller to the control of compressor 107, also can directly on-off switch and then indirectly cause it to shut down.In addition, described main control chip 102 also detects opening time and the closure state of each little lattice refrigerated storage cabinet in real time, and when opening time exceedes setting value or when detecting that Men Wei fastens, startup is reported to the police and automatic control electric magnetic padlock 101 is closed the door.Do not fasten to prevent user's door in other words of not closing the door after taking commodity, the utility model is provided with a time of opening, such as 30 seconds, 60 seconds etc., if exceeded the time of setting, detect that door or electromagnetic lock are also in open mode, just give electromagnetic lock one order, electromagnetic lock carries out the operation of closing the door by other such as stretching bars or elastic device or drive unit control electromagnetic lock, door is closed tight, prevent that outer surface temperature is too high causes the power consumption of refrigerated storage cabinet.
As another preferred implementation of the utility model, after user places an order, described background service terminal 20 can generate commodity data information corresponding to this user automatically, simultaneously, described background service terminal distributes a little lattice refrigerated storage cabinet do not started also to the standby order starting refrigeration of the little lattice refrigerated storage cabinet of this correspondence automatically according to this commodity data information (comprising the placement location that user requires to specify), that is, after user places an order, the Internet of Things refrigerated storage cabinet that user specifies the time of deliver goods and user to select can be shown, background service terminal shifts to an earlier date according to this delivery period the little lattice refrigerated storage cabinet that a period of time controls to specify by communication unit and main control chip and starts pre-refrigeration, like this, when cold fresh food is sent past tense by deliveryman, little lattice refrigerated storage cabinet has realized through pre-refrigeration, it has been just refrigerating environment that commodity are put in, improve freshness.By the article that we are done through network, through logistics distribution, first can deposit Internet of Things refrigerated storage cabinet, by user's time discharging of goods freely, providing convenience to user and maintaining secrecy plays great role.Conveniently user uses, and general Internet of Things refrigerated storage cabinet can be placed on large-scale residential quarter and large-scale public place and use.
Adopt that described in the utility model a kind of to realize the key step that automatic selling and the Internet of Things refrigerated storage cabinet deposited carry out concluding the business as follows:
Step one: user is by internet or hand-held mobile terminal shopping online, after Transaction Success, background service terminal 20 generates Quick Response Code, bar code or password automatically according to the ordering information of commodity, and this Quick Response Code, bar code or password are by the mobile terminal that is sent to user or other-end;
Cold for correspondence fresh commodity to be put into according to the purchase information of user the Internet of Things refrigerated storage cabinet that user specifies by step 2: the seller delivers, and carries out pre-refrigerating operation;
Step 3: the Quick Response Code of acquisition, bar code are aimed at and are arranged on the Information reading unit scanning cashier's office in a shop of Internet of Things refrigerated storage by user, and the two-dimensional code data that scanning recognition obtains by Information reading unit sends background service terminal to by main control chip and verifies;
Step 4: background service terminal is verified two-dimensional code data, bar code data or password, send instruction that unlatching maybe will not open to described Internet of Things refrigerated storage cabinet 10, then control the unlatching of corresponding little lattice refrigerated storage cabinet in described Internet of Things refrigerated storage cabinet;
Step 5: instruction is passed through, the door of the little lattice refrigerated storage cabinet that this Internet of Things refrigerated storage cabinet is corresponding is opened automatically, and user takes out selected commodity, and user closes door.
Compared with prior art, a kind of Internet of Things refrigerated storage cabinet realizing automatic selling and deposit described in the utility model, easy to use, by mobile Internet switching technology, the intellectuality, the robotization that realize commodity are sold, facilitate consumer to purchase in advance at any time, bring abundanter, that initiative is stronger consumption experience to user.
It should be noted that; the foregoing is only preferred embodiment of the present utility model; not thereby limit scope of patent protection of the present utility model, the utility model can also carry out the improvement of materials and structures to the structure of above-mentioned various parts, or adopts technically equivalent ones to replace.Therefore the equivalent structure change that all utilizations instructions of the present utility model and diagramatic content are done, or directly or indirectly apply to other correlative technology fields and be all in like manner all contained in the scope that the utility model contains.
Claims (8)
1. the Internet of Things refrigerated storage cabinet realizing automatic selling and deposit, be connected to background service terminal, it is characterized in that, described Internet of Things refrigerated storage cabinet is become by multiple little lattice refrigerated storage group, each little lattice refrigerated storage cabinet is equipped with independently door, and each described little lattice refrigerated storage cabinet is respectively by independently compressor cooling, and described Internet of Things refrigerated storage cabinet also includes electromagnetic lock, main control chip, Information reading unit and communication unit, wherein
Described Information reading unit, couples mutually with described main control chip, reads and identifies the commodity data information that user sends, then the commodity data information of identification being sent to described main control chip;
Described main control chip, couple mutually with described Information reading unit, communication unit, electromagnetic lock and compressor respectively, the commodity data information receiving the transmission of described Information reading unit is transferred to background service terminal by described communication unit again and verifies, and receive the instruction of described background service terminal passback, control unlatching or the closedown of described electromagnetic lock, described main control chip also receives the instruction of described background service terminal, controls cooling activation or the closedown of one or more compressors of described Internet of Things refrigerated storage cabinet;
Described communication unit, couples mutually with described main control chip and background service terminal, for realizing the data information transfer between background service terminal and main control chip;
Described electromagnetic lock, couples mutually with described main control chip, receives the instruction of described main control chip, carries out the unlatching of door or the operation of closedown of each little lattice refrigerated storage cabinet;
Described background service terminal, connect described communication unit, receive the commodity data information that described main control chip transmits, and compare with the commodity data information prestored in advance, if coupling is correct, then give the instruction that described one, Internet of Things refrigerated storage cabinet is opened, if matching error, then give described Internet of Things refrigerated storage cabinet the instruction that will not open.
2. a kind of Internet of Things refrigerated storage cabinet realizing automatic selling and deposit as claimed in claim 1, is characterized in that, also include radio-frequency probe, wherein,
Described radio-frequency probe, couple mutually with described main control chip, for reading the coded message of the forward and backward commodity of renewal in each little lattice refrigerated storage cabinet of Internet of Things refrigerated storage cabinet, and the coded message upgrading forward and backward commodity is sent to background service terminal by communication unit, described background service terminal is analyzed according to the coded message of the forward and backward commodity of renewal in little lattice refrigerated storage cabinet and judges whether transaction completes, and the steering order sending cooling activation or closedown is to described main control chip.
3. a kind of Internet of Things refrigerated storage cabinet realizing automatic selling and deposit as claimed in claim 1, it is characterized in that, also include, Temperature Humidity Sensor, described Temperature Humidity Sensor connects described main control chip, humiture data message inside and outside its real-time monitors networking refrigerated storage cabinet, and described humiture data message is sent to main control chip, the humiture of described main control chip to this Internet of Things refrigerated storage cabinet regulates and controls.
4. a kind of Internet of Things refrigerated storage cabinet realizing automatic selling and deposit as claimed in claim 1, it is characterized in that, described Information reading unit is positioned at the front of this Internet of Things refrigerated storage cabinet and is provided with one, described Information reading unit is Quick Response Code scanning element or bar code scanning unit or push-button unit, the Quick Response Code of user or bar code or password are after using internet or hand-held mobile terminal APP to carry out online transaction success by user, background service terminal according to user buy commodity coded message automatically generate corresponding Quick Response Code or bar code or password and send to customer mobile terminal.
5., as a kind of Internet of Things refrigerated storage cabinet realizing automatic selling and deposit as claimed in claim 2, it is characterized in that, above described Information reading unit, be also provided with monitoring probe, the operational circumstances of Real-Time Monitoring user.
6. a kind of Internet of Things refrigerated storage cabinet realizing automatic selling and deposit as claimed in claim 1, it is characterized in that, described Internet of Things refrigerated storage cabinet has a battery main switch, and each little lattice refrigerated storage cabinet has separately independently independent power source switch.
7. a kind of Internet of Things refrigerated storage cabinet realizing automatic selling and deposit as claimed in claim 1, it is characterized in that, after user places an order, described background service terminal can generate commodity data information corresponding to this user automatically, meanwhile, described background service terminal distributes the little lattice refrigerated storage cabinet do not started and the order of freezing to the standby startup of the little lattice refrigerated storage cabinet of this correspondence automatically according to this commodity data information.
8. a kind of Internet of Things refrigerated storage cabinet realizing automatic selling and deposit as claimed in claim 1, it is characterized in that, described main control chip also detects opening time and the closure state of each little lattice refrigerated storage cabinet in real time, when opening time exceedes setting value or when detecting that Men Wei fastens, start also automatic control electric magnetic padlock of reporting to the police and carry out door-closing operation.
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| CN201520425736.3U CN204680110U (en) | 2015-06-19 | 2015-06-19 | A kind of Internet of Things refrigerated storage cabinet realizing automatic selling and deposit |
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| CN201520425736.3U CN204680110U (en) | 2015-06-19 | 2015-06-19 | A kind of Internet of Things refrigerated storage cabinet realizing automatic selling and deposit |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104881933A (en) * | 2015-06-19 | 2015-09-02 | 刘元佳 | Internet of Things freezing storing cabinet for self-service selling and storing |
| CN105303712A (en) * | 2015-10-14 | 2016-02-03 | 四川伦创网络科技有限公司 | Cargo access method and device based on intelligent freshness preservation cabinet |
| CN105303425A (en) * | 2015-10-14 | 2016-02-03 | 四川伦创网络科技有限公司 | Vegetable purchase data transmission system and device |
| CN107248071A (en) * | 2017-06-06 | 2017-10-13 | 深圳正品创想科技有限公司 | A kind of method and device for the security for improving Quick Response Code consumption certificate |
-
2015
- 2015-06-19 CN CN201520425736.3U patent/CN204680110U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104881933A (en) * | 2015-06-19 | 2015-09-02 | 刘元佳 | Internet of Things freezing storing cabinet for self-service selling and storing |
| CN105303712A (en) * | 2015-10-14 | 2016-02-03 | 四川伦创网络科技有限公司 | Cargo access method and device based on intelligent freshness preservation cabinet |
| CN105303425A (en) * | 2015-10-14 | 2016-02-03 | 四川伦创网络科技有限公司 | Vegetable purchase data transmission system and device |
| CN107248071A (en) * | 2017-06-06 | 2017-10-13 | 深圳正品创想科技有限公司 | A kind of method and device for the security for improving Quick Response Code consumption certificate |
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