WO2019056994A1

WO2019056994A1 - Separated-type renting and returning machine, system and method

Info

Publication number: WO2019056994A1
Application number: PCT/CN2018/105757
Authority: WO
Inventors: 乔椿; 于熹
Original assignee: 众享随行（深圳）科技有限公司
Priority date: 2017-09-20
Filing date: 2018-09-14
Publication date: 2019-03-28
Also published as: CN207281912U

Abstract

Disclosed are a separated-type renting and returning machine (1), system and method. The renting and returning machine comprises an automatic renting portion (11) and an automatic returning portion (12), wherein the automatic renting portion (11) is provided with a first communication device (111) communicating with the automatic retuning portion (12) and/or an external apparatus (3), and the automatic returning portion (12) is provided with a second communication device (121) communicating with the automatic renting portion (11) and/or the external apparatus (3); and the automatic renting portion (11) and the automatic returning portion (12) are arranged in a separated manner or in an integral manner. By means of arranging the automatic renting portion (11) and the automatic returning portion (12), convenient usage of the separated-type renting and returning machine (1) is facilitated.

Description

Separate renter, system and method

Cross-reference to related applications

The present disclosure claims priority to Chinese Patent Application No. CN2017212103277, filed on Sep.

Technical field

The present disclosure relates to the technical field of automatic leasing, and in particular, to a separate tenant, system and method.

Background technique

In the prior art, the automatic leasing department is often placed in a crowded place for the rental of goods, and the automatic leasing department includes a cabinet, a coin acceptor or a cash identification interface, a motor drive component, a key input module, and a pick-up slot. When people need to rent goods, input the product category information in the key input module, and then input the payment amount corresponding to the product category in the coin acceptor or the cash identification interface, and the motor drive component controls the goods to fall into the pick-up slot, thereby completing the goods. lease. The implementation is more inconvenient.

Summary of the invention

The present disclosure provides a separate tenant, system and method.

The present disclosure provides a separate renter, including an automatic rental department and an automatic requisitioning department; the automatic rental unit is provided with a first communication device that communicates with the automatic requisition and/or external device, The automatic requisitioning unit is provided with a second communication device that communicates with the automatic rental unit and/or an external device; the automatic rental unit is provided or integrally provided with the automatic restocking part.

Further, the automatic leasing section includes:

a first control device for controlling the operation of the automatic leasing department;

a first RFID reading device coupled to the first control device for reading RFID tag information on the article and transmitting the same to the first control device;

The first display device is coupled to the first control device for displaying data and sensing user operations.

Further, the automatic rental portion includes a plurality of storage slots for arranging articles arranged in an array, a pusher plate disposed in the storage slots for pushing the articles, and the push pallet Powered push plate drive.

Further, the automatic rental unit is further provided with a delivery slot having one end connected to the delivery port of the storage slot and the other end being provided with the first RFID reading device.

Further, the first display device employs a touch display screen.

Further, the automatic leasing department further includes:

a first storage device connected to the first control device for storing data;

a first power supply device for providing power to the automatic rental unit; and

The first payment device is connected to the first control device for charging for online payment.

Further, the automatic restocking department includes:

a second control device for controlling the operation of the automatic reclaiming department;

a second RFID reading device coupled to the second control device for reading RFID tag information on the article and transmitting the information to the second control device;

A second display device is coupled to the second control device for displaying data and sensing user operations.

Further, the automatic requisitioning unit includes an item returning port installed on a surface of the automatic restocking part, a recycling box installed in the automatic reclaiming part for collecting returned items, and a connecting box Recycling passage between the return port and the recycling box.

Further, the item returning port is provided with the second RFID reading device.

Further, the automatic restocking department further includes:

a second storage device connected to the second control device for storing data;

a second power supply device for supplying electrical power to the automatic unloading department; and

The second payment device is connected to the second control device for charging for online payment.

Optionally, the present disclosure further provides a separate renter system, including an external device, and the above-mentioned separate renter;

The automatic lease unit in the separate renter is configured to communicate with the external device by using the first communication device, and transmit the lease information to the external device in real time;

The automatic unloading unit of the separate renter is configured to communicate with the external device through the second communication device, and deliver the return information to the external device in real time;

The external device is configured to summarize and calculate the rental information and the return information.

Optionally, the automatic renting unit includes: a first control device, a first RFID reading device, and a first display device;

The first display device is configured to receive rental information of a user rented item;

The first RFID reading device is configured to read rental information of a user rented item and transmit the information to the first control device;

The first control device is configured to transmit, by the first communication device, rental information of the user to the external device;

The external device is configured to modify and update the content of the cloud database according to the lease information, wherein the content of the cloud database includes inventory data of the item in the automatic lease department.

Optionally, the article is provided with a label, and the first RFID reading device is configured to perform information reading on the label on the item to obtain rental information of the user rented item.

Optionally, the automatic reclaiming unit includes: a second control device, a second RFID reading device, and a second display device;

The second display device is configured to receive return information of the user returning the item;

The second RFID reading device is configured to read return information of the user returned item and transmit the information to the second control device;

The second control device is configured to transmit the return information of the user to the external device by using the second communication device;

The external device is configured to modify and update the content of the cloud database according to the return information, wherein the content of the cloud database includes inventory data of the item in the automatic restocking department.

Optionally, the article is provided with a label, and the second RFID reading device is configured to perform information reading on the label on the item to obtain return information of the returned item by the user.

The present disclosure also provides a separate renter method for use in the above-described split tenant system, the method comprising:

The automatic leasing unit in the separate renter communicates with the external device through the first communication device, and transmits the rental information to the external device in real time;

The automatic restocking unit in the separate renter communicates with the external device through the second communication device, and delivers the return information to the external device in real time;

The external device summarizes and calculates the rental information and the return information.

The step of the automatic leasing unit in the separate renter communicating with the external device through the first communication device, and transmitting the rental information to the external device in real time, includes:

The first display device receives rental information of a user rented item;

The first RFID reading device reads rental information of the user's rental item and transmits it to the first control device;

The first control device transmits the rental information of the user to the external device by using the first communication device;

The step of the external device summarizing and calculating the lease information includes:

The external device modifies and updates the content of the cloud database according to the lease information, wherein the content of the cloud database includes inventory data of the items in the automatic lease department.

Optionally, the article is provided with a label, and the first RFID reading device obtains rental information of the user's rental item by reading information on the label on the item.

The step of the automatic restocking unit in the separate renter communicating with the external device through the second communication device, and transmitting the return information to the external device in real time, includes:

The second display device receives return information of the user returning the item;

The second RFID reading device reads the return information of the user returned item and transmits it to the second control device;

The second control device transmits the return information of the user to the external device through the second communication device;

The step of the external device summarizing and calculating the return information includes:

The external device modifies and updates the content of the cloud database according to the return information, wherein the content of the cloud database includes inventory data of the items in the automatic restocking department.

Optionally, the article is provided with a label, and the second RFID reading device obtains the return information of the returned item by performing information reading on the label on the item.

The split type renter, system and method provided by the present disclosure integrally or separately set the automatic renting department and the automatic returning department, and in the case of integrated setting, rental and returning can be realized on one machine. In the case of separate installation, the automatic leasing department and the automatic requisitioning department can be placed in different locations according to different degrees of rental and requisition demand at various locations, so as to satisfy the needs of different places, and the utilization rate can be effectively improved. The automatic leasing department can transmit the rental information to the external device in real time through the first communication device, and the automatic restocking department transmits the restocking information to the external device in real time through the second communication device, thereby providing more processing for the rental information and the restocking information. More likely. For example, the external device can summarize the rental information and the repayment information, calculate the inventory status and the rental and repayment status of each location, and facilitate installation of different numbers of automatic leasing departments and automatic requisition departments in different locations.

Further, the separate tenant, system and method provided by the present disclosure have a simple structure, can effectively enrich the function of the automatic leasing department, improve the utilization rate of the automatic leasing department, thereby reducing the cost and being convenient to use.

DRAWINGS

FIG. 1 is a schematic perspective structural view of an embodiment of a split type renter provided by the present disclosure.

FIG. 2 is a schematic perspective structural view of another embodiment of a split type renter provided by the present disclosure.

FIG. 3 is a schematic structural view of another embodiment of a split type renter provided by the present disclosure.

FIG. 4 is a schematic structural diagram of an automatic leasing part of an embodiment of a split type renter provided by the present disclosure.

FIG. 5 is a schematic structural diagram of an automatic restocking unit of an embodiment of a split type renter provided by the present disclosure.

FIG. 6 is a schematic structural diagram of an automatic leasing part of another embodiment of a split type renter provided by the present disclosure.

FIG. 7 is a schematic structural diagram of an automatic restocking portion of another embodiment of a split type renter provided by the present disclosure.

among them:

1, separate sewers;

3, - external equipment;

11. Automatic leasing department;

12. Automatic returning department;

111. A first communication device;

112, a first control device;

113, a first REID reading device;

114. The first display device;

115. a first storage device;

116. The first power supply device;

117. a first payment device;

118. Storage trough;

119, shipping slot;

121. A second communication device;

122. A second control device;

123. A second REID reading device;

124. A second display device;

125. a second storage device;

126. a second power supply device;

127. A second payment device;

128, the item is returned to the mouth.

Detailed ways

The embodiments of the present disclosure are described in detail below, and the examples of the embodiments are illustrated in the drawings, wherein the same or similar reference numerals are used to refer to the same or similar elements or elements having the same or similar functions. The embodiments described below with reference to the drawings are illustrative, and are not intended to be construed as limiting.

In the description of the present disclosure, it is to be understood that the terms "center", "longitudinal", "transverse", "length", "width", "thickness", "upper", "lower", "front", " Orientation or position of indications such as "back", "left", "right", "vertical", "horizontal", "top", "bottom", "inside", "outside", "clockwise", "counterclockwise", etc. The relationship is based on the orientation or positional relationship shown in the drawings, and is merely for the convenience of the description of the disclosure and the simplification of the description, and does not indicate or imply that the device or component referred to has a specific orientation, is constructed and operated in a specific orientation, and thus It is not to be understood as limiting the disclosure.

Moreover, the terms "first" and "second" are used for descriptive purposes only and are not to be construed as indicating or implying a relative importance or implicitly indicating the number of technical features indicated. Thus, features defining "first" and "second" may include one or more of the features either explicitly or implicitly. In the description of the present disclosure, the meaning of "a plurality" is two or more unless specifically and specifically defined otherwise.

In the present disclosure, the terms "installation", "connected", "connected", "fixed", and the like, are to be understood broadly, and may be either a fixed connection or a detachable connection, unless explicitly stated or defined otherwise. , or connected integrally; may be mechanical connection or electrical connection; may be directly connected, or may be indirectly connected through an intermediate medium, and may be internal communication between the two elements. The specific meanings of the above terms in the present disclosure can be understood by those skilled in the art on a case-by-case basis.

In the present disclosure, the first feature "on" or "under" the second feature may include direct contact of the first and second features, and may also include first and second features, unless otherwise specifically defined and defined. It is not in direct contact but through additional features between them. Moreover, the first feature "above", "above" and "above" the second feature includes the first feature directly above and above the second feature, or merely indicating that the first feature level is higher than the second feature. The first feature "below", "below" and "below" the second feature includes the first feature directly below and below the second feature, or merely the first feature level being less than the second feature.

The research found that the structure of the automatic leasing department in the prior art is complicated, the use is cumbersome, and the effective leasing of the articles and the traceability of the rented articles cannot be completed. In view of this, the present disclosure provides a separate renter, system, and method that facilitates rental and return of items and enriches the rental function with a simple structure.

The present disclosure will be further described in detail below with reference to the accompanying drawings.

As shown in FIGS. 1 to 7, the present disclosure provides a separate renter 1 including an automatic rental unit 11 and an automatic returning unit 12. The automatic rental unit 11 is provided with a first communication device 111 that communicates with the automatic requisition portion 12 and/or the external device 3, and the automatic requisition portion 12 is provided with the automatic rental portion 11 and/or the external device 3. The second communication device 121 of the communication. The automatic rental unit 11 and the automatic requisitioning unit 12 are provided separately or integrally.

The first communication device 111 and the second communication device 121 can have multiple implementations. For example, the first communication device 111 and the second communication device 121 may each include a wireless fidelity (WIIFI) module or a third generation mobile communication technology (3rd-Generation, 3G)/fourth generation mobile communication technology (4rd). -Generation, 4G) module.

The split type renter 1 in the present disclosure includes an automatic renting unit 11 and an automatic returning unit 12, and in the case where the automatic renting unit 11 and the automatic unloading unit 12 are integrally provided, rental and return can be realized on one machine. It can effectively simplify the structure and is easy to use. When the automatic rental unit 11 and the automatic unloading unit 12 are separately provided, the automatic rental unit 11 and the automatic returning unit 12 can be placed at different locations in accordance with the different degrees of rental and restocking demand at each location. Lease and restocking requirements in different locations can effectively improve utilization. The automatic renting unit 11 can transmit the rental information to the external device 3 in real time through the first communication device 111, and the automatic restocking unit 12 can transmit the return information to the external device 3 in real time through the second communication device 121, and the external device 3 can rent the Information and return information are aggregated to provide more possibilities for processing lease and return information. For example, the inventory status in the separate tenant 1 and the rental and repayment status in the separate tenant 1 at each location can be calculated based on the rental information and the restocking information, facilitating installation of different numbers in different locations. The automatic rental unit 11 and the automatic unloading unit 12 timely replenish the items based on the calculated inventory status. The present disclosure has a simple structure, can effectively enrich the function of the automatic rental unit 11, and improve the utilization rate of the automatic rental unit 11, thereby reducing costs and facilitating use.

In an alternative embodiment, the automatic rental section 11 comprises:

a first control device 112, configured to control the operation of the automatic renting unit 11;

The first RFID reading device 113 is connected to the first control device 112 for reading radio frequency identification (RFID) tag information on the article and transmitting the information to the first control device 112;

The first display device 114 is coupled to the first control device 112 for displaying data and sensing user operations.

In this embodiment, the first display device 114 can adopt a touch display screen, and the user can operate the automatic renting unit 1 by touching the display screen. For example, the first display device 114 receives rental information of the user's rental item, and the first RFID reading device 113 reads the rental information of the user's rental item and transmits it to the first control device 112, and the first control device 112 passes the first communication device. The user's rental information is transmitted to the external device 3, and the external device 3 modifies and updates the content of the cloud database according to the rental information. The content of the cloud database includes the inventory data of the items in the automatic renting unit 11, thereby ensuring the inventory of the items. The data is normal.

In an alternative embodiment, the automatic rental portion 11 includes a plurality of storage slots 118 for placing articles in an array, and a push plate disposed in the storage slots 118 for pushing the articles. A push plate drive that powers the pallet. The storage slot 118 is provided to facilitate the storage of items for rent or sale, and the push plate facilitates the ejection of the articles from the storage slot 118, which is simple and convenient.

There are various ways to realize the renting of the articles by the automatic renting unit 11. For example, the user can input the rental information of the rental items through the first display device 114, and after receiving the rental information, the first control device 112 controls the corresponding pushing plate driving device. Work to power the push pallet such that the push pallet pushes the item out of the storage slot 118.

The same item may be placed in each storage slot 118, or different items may be placed. When different items are placed in each storage slot 118, the corresponding relationship between different items and different storage slots 118 may be pre-stored in the first control device 112. After receiving the rental information, a control device 112 finds out which storage slot 118 the item to be rented is stored, thereby controlling the operation of the push plate drive corresponding to the storage slot 118, thereby providing power to the push plate. The push pallet pushes the item out of the storage slot 118. After the article is ejected from the storage slot 118, the first RFID reading device 113 reads the rental information of the user rental item and transmits it to the first control device 112, which passes the user through the first communication device 111. The lease information is transmitted to the external device 3, and the external device 3 modifies and updates the content of the cloud database according to the lease information.

In an optional embodiment, the automatic renting portion 11 is further provided with a shipping slot 119 whose one end is connected to the shipping port of the storage slot 118 and the other end is provided with the first RFID reading device 113. . The first RFID reading device 113 is disposed at one end of the shipping slot 119, and the information on the tag on the article is read by the first RFID reading device 113, thereby facilitating statistics on the number of products in the automatic renting unit 11, which is advantageous for improving The control of the automatic rental unit 11 is used.

In an optional embodiment, the automatic lease part 11 further includes:

The first storage device 115 is connected to the first control device 112 for storing data;

a first power supply unit 116 for supplying power to the automatic renting unit 11;

The first payment device 117 is connected to the first control device 112 for charging for online payment.

In this embodiment, the first storage device 115 is provided to facilitate storage of data, which is advantageous for the use of the automatic rental unit 11. The first power supply unit 116 can supply electric power to the automatic rental unit 11 to facilitate the use of the automatic rental unit 11. The first payment device 117 is provided, and the user facilitates the user to purchase the item or pay the rent, the deposit, and the like through the online payment by the first payment device 117, thereby effectively improving the user experience.

In an alternative embodiment, the automated restocking unit 12 includes:

a second control device 122, configured to control the operation of the automatic reclaiming unit 12;

a second RFID reading device 123 connected to the second control device 122 for reading RFID tag information on the article and transmitting the information to the second control device 122;

The second display device 124 is coupled to the second control device 122 for displaying data and sensing user operations.

In this embodiment, the second display device 124 specifically adopts a touch display screen, and the user can operate the automatic restocking portion 12 by touching the display screen. For example, the second display device 124 receives the return information of the user return item, the second RFID reading device 123 reads the return information of the user return item, and transmits it to the second control device 122, and the second control device 122 passes the second communication device. The user returns the user's return information to the external device 3, and the external device 3 modifies and updates the content of the cloud database according to the rental information to ensure that the inventory data of the item is normal.

In an optional embodiment, the automatic reclaiming unit 12 includes an item returning port 128 installed on the surface of the automatic requisition part, a recycling box installed in the automatic reclaiming part 12 for collecting the returned items, and a connection box connected thereto. The item is returned to the recycling channel between the port 128 and the recycling box. Specifically, the item returning port 128 is provided with the second RFID reading device 123. The second RFID reading device 123 disposed through the item returning port 128 reads the information of the returned item, and then transmits the read information to the second control device 122, so that the second control device 122 can update the data in time to complete the pair. The operation of updating the inventory of the item, calculating the rental fee, and the like.

There are various ways to realize the return of the item by the automatic unloading portion 12. For example, the user can input the return information of the returned item through the second display device 124, and place the item in the item returning port 128, and the item is returned from the item through the recycling passage. 128 enters the recycling box. The second RFID reading device 123 reads the information of the returned item, and then transmits the read information to the second control device 122, so that the second control device 122 can update the data in time.

In an optional embodiment, the automatic restocking unit 12 further includes:

a second storage device 125, coupled to the second control device 122, for storing data;

a second power supply unit 126 for supplying power to the automatic unloading unit 12;

The second payment device 127 is connected to the second control device 122 for charging for online payment.

In this embodiment, the second storage device 125 is provided to facilitate storage of data, which is beneficial to the use of the automatic restocking unit 12. The second power supply unit 126 can supply power to the automatic repayment unit 12 to facilitate the use of the automatic restocking unit 12. The second payment device 127 is provided, and the user can facilitate the user to perform the operation such as payment late payment by the second payment device 127 through online payment, thereby effectively improving the user experience.

In another aspect, the present disclosure also provides a separate renter system, including an external device 3, and the separate tenant 1 described above.

The automatic leasing part 11 in the separate renter 1 is configured to communicate with the external device 3 through the first communication device 111, and deliver the rental information to the external device 3 in real time; the separate rent The automatic unloading unit 12 in the machine 1 is configured to communicate with the external device 3 through the second communication device 121, and deliver the return information to the external device 3 in real time; the external device 3 is used to The rental information and the return information are summarized and calculated.

Further, the automatic rental unit 11 includes a first control device 112, a first RFID reading device 113, and a first display device 114.

The first display device 114 is configured to receive rental information of a user's rental item; the first RFID reading device 113 is configured to read rental information of the user's rental item, and transmit it to the first control device 112; The first control device 112 is configured to transmit the lease information of the user to the external device 3 by using the first communication device 111; the external device 3 is configured to modify the content of the cloud database according to the lease information. An update wherein the content of the cloud database includes inventory data of items in the automatic renting section 11.

Further, the article is provided with a label, and the first RFID reading device 113 is configured to perform information reading on the label on the item to obtain rental information of the user rented item.

Further, the automatic reclaiming unit 12 includes a second control device 122, a second RFID reading device 123, and a second display device 124.

The second display device 124 is configured to receive the return information of the user returning the item; the second RFID reading device 123 is configured to read the return information of the user return item, and transmit the return information to the second control device 122; The second control device 122 is configured to transmit the return information of the user to the external device 3 by using the second communication device 121; the external device 3 is configured to modify and update the content of the cloud database according to the return information, The content of the cloud database includes inventory data of items in the automatic restocking department 12.

Further, the article is provided with a label, and the second RFID reading device 123 is configured to perform information reading on the label on the item to obtain return information of the returned item by the user.

In another aspect, the present disclosure provides a separate renter method for use in the above-described split tenant system, the method comprising: the automatic tenant 11 in the split tenant 1 passes the first communication device 111 communicates with the external device 3, and transmits the rental information to the external device 3 in real time; the automatic reclaiming unit 12 in the separate renter 1 communicates with the external device 3 through the second communication device 121, The return information is delivered to the external device 3 in real time; the external device 3 summarizes and calculates the rental information and the return information.

Optionally, the automatic renting unit 11 includes: a first control device 112, a first RFID reading device 113, and a first display device 114.

The automatic renting unit 11 in the separate renter 1 communicates with the external device 3 through the first communication device 111, and transmits the rental information to the external device 3 in real time, including: the first display device 114 Receiving rental information of the user's rental item; the first RFID reading device 113 reads the rental information of the user's rental item and transmits it to the first control device 112; the first control device 112 passes the first communication The device 111 transmits the rental information of the user to the external device 3.

The step of the external device 3 to summarize and calculate the lease information includes: modifying, by the external device 3, the content of the cloud database according to the lease information, where the content of the cloud database includes the The inventory data of the items in the automatic renting unit 11.

Optionally, the article is provided with a label, and the first RFID reading device 113 obtains rental information of the user's rental item by reading information on the label on the item.

Optionally, the automatic reclaiming unit 12 includes: a second control device 122, a second RFID reading device 123, and a second display device 124.

The step of the automatic restocking unit 12 in the separate renter 1 communicating with the external device 3 via the second communication device 121, and transmitting the return information to the external device 3 in real time includes: The second display device 124 receives the return information of the user returning the item; the second RFID reading device 123 reads the return information of the user return item and transmits it to the second control device 122; the second control device 122 passes the The second communication device 121 transmits the return information of the user to the external device 3;

The step of the external device 3 to summarize and calculate the return information includes: modifying, by the external device 3, the content of the cloud database according to the return information, wherein the content of the cloud database includes the automatic The inventory data of the items in the goods returning department 12.

Optionally, the article is provided with a label, and the second RFID reading device 123 obtains the return information of the returned item by reading the information on the label on the item.

The system and method for the separate type of the tenant in the present disclosure are similar to the implementation structure and the principle of the foregoing separate type of renter. For the corresponding content, reference may be made to the related description in the foregoing separate tenant, and thus no further description is provided herein.

In the description of the present specification, the terms "one embodiment", "some embodiments", "one embodiment", "some embodiments", "example", "an alternative embodiment", "specifically", The description of the "specific examples", or "some examples" and the like are intended to be included in the particular features, structures, materials or features described in connection with the embodiments or examples. In the present specification, the schematic representation of the above terms does not necessarily mean the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in a suitable manner in any one or more embodiments or examples.

The above content is a further detailed description of the present disclosure in conjunction with the specific embodiments, and the specific implementation of the present disclosure is not limited to the description. For those of ordinary skill in the art to which the present disclosure pertains, several simple deductions or substitutions can be made without departing from the inventive concept.

Industrial applicability

The split type renter, system and method provided by the present disclosure integrally or separately set the automatic renting department and the automatic returning department, and in the case of integrated setting, rental and returning can be realized on one machine. In the case of separate installation, the automatic leasing department and the automatic requisitioning department can be placed in different locations according to different degrees of rental and restocking requirements at various locations to meet the needs of different locations, and the utilization rate can be effectively improved. The automatic leasing department can transmit the rental information to the external device in real time through the first communication device, and the automatic restocking department can transmit the return information to the external device in real time through the second communication device, thereby providing the processing of the rental information and the return information. More possibilities.

Claims

A separate tenant (1), characterized in that it comprises an automatic leasing unit (11) and an automatic requisitioning unit (12); the automatic leasing unit (11) is provided with the automatic requisitioning department (12) And a communication device (1) communicating with the external device (3), the automatic requisition (12) being provided to communicate with the automatic rental unit (11) and/or the external device (3) The second communication device (121); the automatic rental unit (11) and the automatic reclaiming unit (12) are provided separately or integrally.
A separate tenant (1) according to claim 1, characterized in that the automatic rental section (11) comprises:

a first control device (112) configured to control operation of the automatic leasing portion (11);

a first RFID reading device (113) coupled to the first control device (112), configured to read RFID tag information on the item and transmit to the first control device (112);

The first display device (114) is coupled to the first control device (112) and configured to display data and sense user operations.
A separate tenant (1) according to claim 1 or 2, characterized in that the automatic rental section (11) comprises a plurality of storage slots arranged in an array arranged to place articles (118) A pusher plate disposed in the storage slot (118) configured to push an article and a pusher plate drive member for powering the pusher plate.
A separate tenant (1) according to claim 3, wherein the automatic rental unit (11) is further provided with one end connected to the delivery port of the storage slot (118) and another A shipping slot (119) of the first RFID reading device (113) is mounted at one end.
A split type renter (1) according to any one of claims 1 to 4, characterized in that the first display means (114) employs a touch display screen.
A separate tenant (1) according to claim 2, wherein the automatic rental unit (11) further comprises:

a first storage device (115) connected to the first control device (112) and configured to store data;

a first power supply unit (116) configured to provide power to the automatic rental unit (11);

The first payment device (117) is connected to the first control device (112) and configured to charge a fee for online payment.
A separate renter (1) according to any one of claims 1 to 6, wherein the automatic reclaimer (12) comprises:

a second control device (122) configured to control operation of the automatic returning portion (12);

a second RFID reading device (123) coupled to the second control device (122), configured to read RFID tag information on the item and communicate to the second control device (122);

A second display device (124) is coupled to the second control device (122) and configured to display data and sense user operations.
A separate type renter (1) according to claim 7, wherein said automatic returning portion (12) has an item returning port (surface) installed on the surface of said automatic returning portion (12) ( 128), a recycling box installed inside the automatic reclaiming unit (12) configured to collect returned items, and a recycling passage connected between the item returning port (128) and the recycling box.
A split type renter (1) according to claim 8, characterized in that said item returning port (128) is provided with said second RFID reading means (123).
A separate type of renter (1) according to any one of claims 7 to 9, wherein the automatic returning unit (12) further comprises:

a second storage device (125) coupled to the second control device (122) and configured to store data;

a second power supply unit (126) configured to provide electrical energy to the automatic returning unit (12);

The second payment device (127) is connected to the second control device (122) and configured to charge a fee for online payment.
A separate tenant system, characterized by comprising an external device (3), and the separate renter (1) according to claim 1;

The automatic leasing part (11) in the split type renter (1) is configured to communicate with the external device (3) through the first communication device (111), and deliver the rental information to the outside in real time. Equipment (3);

The automatic unloading unit (12) in the separate renter (1) is configured to communicate with the external device (3) through the second communication device (121), and deliver the return information to the outside in real time. Equipment (3);

The external device (3) is configured to summarize and calculate the rental information and the restocking information.
The split tenant system according to claim 11, wherein the automatic renting unit (11) comprises: a first control device (112), a first RFID reading device (113), and a first display device (114);

The first display device (114) is configured to receive rental information of a user rented item;

The first RFID reading device (113) is configured to read rental information of the user's rental item and pass it to the first control device (112);

The first control device (112) is configured to transmit the rental information of the user to the external device (3) through the first communication device (111);

The external device (3) is configured to modify and update the content of the cloud database according to the lease information, wherein the content of the cloud database includes inventory data of the items in the automatic leasing unit (11).
The split-type tenant system according to claim 11, wherein the article is provided with a tag, and the first RFID reading device (113) is configured to read information on the tag on the article to obtain a user lease. Rental information for the item.
The separate tenant system according to any one of claims 11 to 13, characterized in that the automatic reclaiming unit (12) comprises: a second control device (122) and a second RFID reading device (123) And a second display device (124);

The second display device (124) is configured to receive return information of the user returning the item;

The second RFID reading device (123) is configured to read the return information of the user returned item and pass it to the second control device (122);

The second control device (122) is configured to transmit the return information of the user to the external device (3) through the second communication device (121);

The external device (3) is configured to modify and update the content of the cloud database according to the return information, wherein the content of the cloud database includes inventory data of the items in the automatic restocking department (12).
The split-type tenant system according to claim 14, wherein the article is provided with a tag, and the second RFID reading device (123) is configured to read information on the tag on the article to obtain user return. Return information for the item.
A separate tenant method, characterized in that it is applied to the separate renter system of claim 11, the method comprising:

The automatic leasing part (11) in the separate renter (1) communicates with the external device (3) through the first communication device (111), and transmits the rental information to the external device (3) in real time;

The automatic unloading unit (12) in the separate renter (1) communicates with the external device (3) through the second communication device (121), and delivers the return information to the external device in real time ( 3);

The external device (3) summarizes and calculates the rental information and the restocking information.
The split tenant method according to claim 16, wherein the automatic renting unit (11) comprises: a first control device (112), a first RFID reading device (113), and a first display device (114);

The automatic renting unit (11) in the separate renter (1) communicates with the external device (3) through the first communication device (111), and transmits the rental information to the external device (3) in real time. ,include:

The first display device (114) receives rental information of a user rented item;

The first RFID reading device (113) reads rental information of the user's rental item and transmits it to the first control device (112);

The first control device (112) transmits the rental information of the user to the external device (3) through the first communication device (111);

The step of the external device (3) summarizing and calculating the lease information includes:

The external device (3) modifies and updates the content of the cloud database according to the lease information, wherein the content of the cloud database includes inventory data of the items in the automatic leasing unit (11).
The split type renter method according to claim 17, wherein the article is provided with a label, and the first RFID reading device (113) obtains a user rental item by reading information on the label on the item. Rental information.
The split type renter method according to any one of claims 16 to 18, wherein the automatic reclaiming unit (12) comprises: a second control device (122) and a second RFID reading device (123) And a second display device (124);

The automatic unloading unit (12) in the separate renter (1) communicates with the external device (3) through the second communication device (121), and delivers the return information to the external device in real time ( 3) steps including:

The second display device (124) receives the return information of the user returning the item;

The second RFID reading device (123) reads the return information of the user returned item and transmits it to the second control device (122);

The second control device (122) transmits the user's return information to the external device (3) through the second communication device (121);

The step of the external device (3) summarizing and calculating the return information includes:

The external device (3) modifies and updates the content of the cloud database according to the return information, wherein the content of the cloud database includes inventory data of the items in the automatic restocking department (12).
The split type renter method according to claim 19, wherein the article is provided with a label, and the second RFID reading device (123) obtains the user return item by reading information on the label on the item. Return information.