CN108510349B - Two-dimensional code-based method and system for renting charge pal - Google Patents

Abstract

A method for renting a charging treasure based on a two-dimensional code, a charging treasure is set on a taxi, a taxi ID is set on the taxi, and a charging treasure ID is set on the charging treasure, and the taxi ID and the charging treasure ID are matched and bound; the first mobile terminal uploads the first mobile terminal. Geographic location and send out a charging treasure request; the taxis within the first preset geographic location range accept the request and then send the charging treasure; the taxi driver uses the taxi ID to generate a first QR code containing the taxi ID, when the first mobile terminal scans When the first two-dimensional code is used, the taxi ID and the charging treasure ID are unbound, and the first ID corresponding to the first mobile terminal is bound with the charging treasure ID, marking that the first mobile terminal has successfully borrowed the charging treasure. By setting up a charging treasure on the taxi, and using the taxi's characteristics of being rechargeable and high mobility, it informs the surrounding taxis to send the charging treasure, so as to solve the problem of people's inconvenience in life. Meanwhile, the present invention provides a charging treasure system for renting based on a two-dimensional code.

Description

A method and system for renting a power bank based on a two-dimensional code

technical field

The invention relates to the field of tool sharing, in particular to a method and system for renting a power bank based on a two-dimensional code.

Background technique

With the development of mobile terminals, smart phones and various smart devices are more and more widely used. However, because the battery capacity of smart phones and various smart devices is often small, the use time is relatively short. When people go out or travel, due to the problem of battery capacity, the power of smart phones and various smart devices often runs out, so they need to bring a power bank with them. Most of the current charging treasures take up a lot of space, and users need to travel with bags, which brings some inconvenience to traveling lightly. In addition, due to the different intensities of using mobile phones and smart devices, it often happens that a power bank runs out of power.

Shared charging treasure is a relatively common product in recent years. It installs charging treasures in restaurants and hotels, and people need to go to those places for consumption before they can borrow charging treasures. After users use up charging treasures, they need to go to designated places to return them. Due to the lack of such return points, a large number of users have borrowed power banks and are inconvenient to return or even refuse to return them. However, only using the leased power bank to locate and bind the user's identity cannot fundamentally solve the problem of the user's difficulty in returning the power bank. When the user is shopping, when the power of the mobile phone or the smart device is low and needs to be charged, and the charging treasure is urgently needed, most of the cases cannot be solved in time. How to effectively combine power banks and taxis, and how to effectively serve people, has become an urgent problem to be solved in the future. At the same time, how to make the new model of effectively combining power banks and taxis to generate benefits has become a problem that needs to be solved.

Contents of the invention

Based on the above situation, the present invention proposes a method of renting a power bank based on a two-dimensional code, which utilizes the mobility and autonomous mobility of the taxi, and sets the rental power bank on the taxi. When the user encounters an emergency and needs to use the charging When using Baoshi, you can call a taxi through your mobile phone to deliver the charging treasure. In this way, on the one hand, the mobility of the taxi can be used to send the power bank to some inconvenient places; on the other hand, the income of the taxi driver can also be increased.

The present invention provides a method for renting a charging treasure based on a two-dimensional code, setting a taxi ID and a charging treasure on a taxi; setting a charging treasure ID on the charging treasure, and matching and binding the taxi ID and the charging treasure ID ; The first mobile terminal uploads the first geographic location and sends a request with a charging treasure; the taxi in the first preset geographic location accepts the request and then sends the charging treasure; utilize the taxi ID to generate the first two-dimensional information containing the taxi ID code, when the first mobile terminal scans the first two-dimensional code, the ID of the taxi is unbound from the ID of the charging treasure, and the first ID corresponding to the first mobile terminal is linked to the charging treasure. ID binding, marking that the first mobile terminal borrows the power bank successfully.

A locking charging device is provided on the shared bicycle, and a locking ID and a solar energy storage mechanism, a locking mechanism, and a waterproof mechanism that can be physically assembled with the charging treasure are set on the locking charging device; the solar energy storage The energy mechanism is used to collect solar energy, store electric energy, and charge the charging treasure; the locking mechanism is used to lock and fix the charging treasure; the waterproof mechanism is used to protect the circuit of the charging treasure and the solar energy storage mechanism to prevent Water enters to form a short circuit; when the charging treasure ID and the locking ID are matched and bound, the first ID corresponding to the first mobile terminal is released from the binding of the charging treasure ID; the charging treasure ID The corresponding power bank is returned to the shared bicycle corresponding to the locked ID.

Acquiring the number of shared bicycles with the charging treasure within the second preset geographic location range; when the number is greater than a preset threshold, instructing a taxi to pick up the charging treasure within the second preset geographic location range.

Generate a second two-dimensional code according to the first ID; when the second mobile terminal scans the second two-dimensional code, unbind the first ID corresponding to the first mobile terminal and the power bank ID; The second ID of the second mobile terminal is matched with the ID of the charging treasure; the second mobile terminal borrows the charging treasure.

The taxi ID can be matched and bound with a number of the charging treasure IDs; when the number of charging treasures on the taxi is greater than or equal to two, and receiving the first mobile terminal and the second mobile terminal sending a request to use the charging treasure and uploading them respectively The first geographic location and the second geographic location; the taxi sets the current geographic location as the starting point; respectively takes the first geographic location and the second geographic location as the end point to generate the first charging treasure path and the second charging treasure delivery path route; when the first route for delivering power bank and the second route for delivering power bank are in the same route, the taxi will deliver directly; The total time for sending the charging treasure from the first mobile terminal and the second mobile terminal; if the total time for sending the charging treasure is greater than the preset time threshold, obtain the taxis that do not share the charging treasure within the preset range of the first sending charging treasure path , set it as the charging treasure taxi that can be delivered together and transfer the charging treasure; set the current geographical location of the charging treasure taxi that can be delivered together as the starting point of the charging treasure delivery; take the second geographic location as the end point to generate the second delivery According to the route of the charging treasure, let the above-mentioned charging treasure taxi send the charging treasure.

The present invention also provides a renting power bank system based on a two-dimensional code, comprising: a signal-connected taxi, a first mobile terminal and a server; the taxi ID and charging treasure are set on the taxi; the charging treasure is set with a charging treasure ID, The taxi ID and the charging treasure ID are matched and bound; the first mobile terminal uploads the first geographic location and sends a request to use the charging treasure; the taxi within the first preset geographic location accepts the request and sends it for charging treasure and generate the first two-dimensional code that contains the taxi ID; the server is used to unbind the taxi ID and the charging treasure ID when the first mobile terminal scans the first two-dimensional code; and bind all The first ID corresponding to the first mobile terminal and the power bank ID.

A locking charging device is provided on the shared bicycle, and a locking ID and a solar energy storage mechanism, a locking mechanism, and a waterproof mechanism that can be physically assembled with the charging treasure are set on the locking charging device; the solar energy storage The energy mechanism is used to collect solar energy, store electric energy, and charge the charging treasure; the locking mechanism is used to lock and fix the charging treasure; the waterproof mechanism is used to protect the circuit of the charging treasure and the solar energy storage mechanism to prevent Water enters to form a short circuit; when the charging treasure ID and the locking ID are matched and bound, the first ID corresponding to the first mobile terminal is released from the binding of the charging treasure ID; the charging treasure ID The corresponding power bank is returned to the shared bicycle corresponding to the locked ID.

Compared with the prior art, the present invention is simple to operate. By installing a power bank on the taxi, the mobility of the taxi and the characteristics that the power bank can be delivered as needed allow the user to obtain the mobile terminal within the range of the preset geographic location. The location information of the taxis of the charging treasure; just can inform the surrounding taxis to send the charging treasure. When the mobile phone or other smart devices are out of power, the taxi can be sent to the power bank in time, which can solve the inconvenience of people's life, and can also increase the income of taxi drivers.

Description of drawings

Fig. 1 is a schematic flow chart of an embodiment of a method for renting a power bank based on a two-dimensional code in the present invention;

Fig. 2 is a schematic structural diagram of an embodiment of a rental power bank system based on a two-dimensional code of the present invention.

Detailed ways

The solution of the present invention will be described in detail below in combination with the preferred embodiments thereof.

As shown in Figure 1, the method in this embodiment includes steps:

S101: Set the taxi ID and the charging treasure in the taxi, set the charging treasure ID on the charging treasure, and match and bind the taxi ID and the charging treasure ID.

At present, the number of domestic private cars is huge, and a large part of the cars also join the ranks of taxis. Taking advantage of the universality and mobility of taxis, a power bank that matches the information of taxis can be installed on it. In this way, the service of taking a taxi can be used to deliver the power bank service to users who need to use the power bank. When setting up the power bank on the taxi: there is a locking charging device on the taxi for locking the power bank; the locking charging device is provided with a locking ID, and the power bank is provided with a power bank ID; When charging the device, the lock ID is matched with the power bank ID; in this way, all taxis or bicycles with the same type of lock charging device can let the power bank be borrowed and returned. Because the current way to obtain the ID of the charging treasure or locking charging device is mainly through induction or QR code. The induction method is relatively simple, and it can be realized only by setting the corresponding induction equipment on the locking charging device or power bank. There are two main ways to set the QR code: first, set the QR code on the power bank. The QR code includes the information of the power bank ID, that is, each power bank corresponds to a power bank ID. When renting a power bank, the user scans the QR code through the mobile terminal to obtain the ID of the power bank, and at the same time sends an unlock request to the server. The server obtains the ID of the power bank and searches for the locked charging device corresponding to the first matching ID, and Issue an unlock command. Second, a two-dimensional code is set on the lock charging device, and the two-dimensional code includes a first ID (that is, each lock charging device corresponds to a first ID). When renting a power bank, the user scans the QR code through the mobile terminal to obtain the first ID, and at the same time sends an unlock request to the server, the server obtains the power bank ID and searches for the corresponding locking charging device corresponding to the matching first ID, and Issue an unlock command. This way of setting is more suitable for passengers to be close to the power bank. Yet another way is to have a driver use a mobile terminal to generate a two-dimensional code corresponding to the taxi ID. This kind of comparison is suitable for the driver to use the mobile terminal to generate face-to-face after the passenger communicates with the driver. The essence of these methods is to allow the taxi ID to be bound to the power bank ID, and then use other QR codes to unlock and bind as a medium for "borrowing".

S102: The first mobile terminal uploads the first geographic location and sends a request to use the power bank; the taxis within the range of the first preset geographic location accept the request and deliver the power bank.

When the user encounters some special circumstances and needs to use the power bank, he can upload the first geographical location through the mobile phone and send a request to use the power bank; the system automatically matches and obtains the taxi within the first preset geographical location (here, the first geographical location range Refers to the area formed by drawing a circle with the first geographic location as the center), and the corresponding taxi will send the power bank after accepting the request. At this time, the system automatically matches the taxi driver, so that the free time of the taxi can be used to send power banks to users in need. Since the person who borrows the charging treasure is a paid charging treasure, the driver who delivers the charging treasure can share the charging treasure fee from the user's payment, which can not only solve the current problem of users using the charging treasure, but also increase the rental of taxis and charging treasures company's earnings. In reality, there may be more than two or three people who need to use a power bank because their mobile phone is out of power. At this time, a taxi is needed to send it from a farther place. Here, a distance range needs to be set so that the taxi time does not need to spend too much cost. . Therefore, when the charging treasure is not within the first preset geographical location and the user sends a request to send the charging treasure through the mobile terminal, the taxi will start the charging mode. At this time, the charging can be performed according to the distance between the taxi and the user, and display The user is given a selection; after the user selects, a power bank request is sent through the first mobile terminal. Of course, it can be automatically screened according to the system, and the distance is the priority (the closer the priority), the automatic matching is performed for the user.

S103: Use the taxi ID to generate a first two-dimensional code containing the taxi ID. When the first mobile terminal scans the first two-dimensional code, the taxi ID is unbound from the power bank ID and corresponds to the first mobile terminal. The first ID of the mobile phone is bound to the power bank ID, marking the success of borrowing the power bank by the first mobile terminal.

When the taxi drives to the designated location according to the user's request. Obtain the first two-dimensional code from the driver. At this time, the ID of the taxi and the ID of the power bank are bound, and the server certifies that the power bank is on the taxi. When the user uses the first mobile terminal to scan the first two-dimensional code, the server unbinds the taxi ID from the charging treasure ID according to the information sent by the first mobile terminal. At the same time, the first ID corresponding to the first mobile terminal is bound to the charging treasure ID to mark that the user borrows the charging treasure successfully. The taxi accepts the user's request to send the power bank and generates the first QR code containing the taxi ID, which means that the taxi driver will send the power bank to the user according to the navigation or route after receiving the user's request to use the power bank. When the user wants to borrow a power bank, the taxi driver uses the taxi ID to generate the first QR code. The taxi driver will generate the first QR code for the user to scan when the user borrows the power bank, and the user can borrow the power bank after scanning the QR code. This method of borrowing a power bank only requires the taxi driver to borrow a power bank by scanning the QR code, and then place the power bank in the car. The cost is relatively low, and it is easy to manage confusion or loss when placing multiple charging treasures at the same time.

There is a locking charging device on the taxi, and the locking charging device is used to lock the charging treasure; the locking charging device is equipped with a locking ID, and the charging treasure is equipped with a charging treasure ID; treasure can be charged at this time), the locking ID is matched with the charging treasure ID; when unlocking, use the mobile terminal to scan the QR code on the shared charging treasure, obtain the charging treasure ID and notify the corresponding lock ID Unlock the locking charging device. This method of installing a locking charging device on a taxi needs to add a structure that can lock and fix N charging treasures. The cost will be relatively higher, but the charging treasures can be fixed and neatly placed in one place, and the management is simple and convenient. A driver is required to generate a QR code.

Since it is necessary to call a taxi to return the charging treasure until returning to the taxi, some unnecessary costs are bound to be incurred. In real life, shared bicycles can be found in many streets and alleys. Install the second locking charging device on the shared bicycle, and the charging treasure can be locked through the second locking charging device, and the user can return the charging treasure through the shared bicycle. Similar to the first locking charging device on the taxi, the second locking charging device is set on the shared bicycle, and the locking charging device is provided with a locking ID and a solar energy storage mechanism that can be physically combined with the charging treasure. , locking mechanism, and waterproof mechanism; the physical connection here is that the charging output port of the solar energy storage mechanism is connected to the input port interface of the power bank and can be charged; the locking mechanism fixes the power bank through buckle locks, pressure locks, etc. Lock on the locking charging device; the waterproof mechanism is used to form a cavity that can hold the charging treasure, so that the charging treasure can be placed inside. The solar energy storage mechanism is used to collect solar energy, store electric energy, and charge the charging treasure; the locking mechanism is used to lock and fix the charging treasure; the waterproof mechanism is used to protect the circuit of the charging treasure and the solar energy storage mechanism to prevent water ingress And form a short circuit; when the charging treasure ID and the locking ID are matched and bound, the first ID corresponding to the first mobile terminal is released from the binding of the charging treasure ID; the charging treasure corresponding to the charging treasure ID is returned to the corresponding locking ID On the shared bicycle, mark the user's power bank successfully and end the billing. In this way, all bicycles with the same type of locking charging device can be borrowed and returned by the power bank. The matching and binding here is mainly that the user takes the charging treasure to return on the shared bicycle, and the locking ID and the charging treasure ID can be uploaded and matched and bound manually (such as clicking on the user's mobile phone); Automatic matching and binding of server communication.

As a better implementation example, the taxi can continuously obtain the number of shared bicycles with charging treasures within the second preset geographic location; when the number is greater than the preset threshold, notify the taxi to go to the second preset geographic location Take the power bank. Since most people regard convenience as the principle, there must be some bicycles that are very concentrated in certain places with a lot of traffic, and many charging treasures will also accompany these bicycles. Due to the large number of people who still have charging treasures in their bicycles, there will be no charging treasures available in taxis. Taxi drivers need to go to places with more charging treasures to replenish charging treasures, so that they can continue to use taxis to deliver charging treasures to more suitable locations. The way for the taxi driver to replenish the power bank: by using the taxi driver’s mobile terminal to scan the first QR code on the shared power bank; obtain the power bank ID and notify the locking charging device corresponding to the first ID to unlock. Since a taxi can send multiple charging treasures to the corresponding user for one journey, it is set here that the taxi driver can match ID with one or more shared charging treasures, that is, the taxi driver’s mobile terminal ID can match N charging treasure IDs . Here also provides a delivery method for multi-taxi delivery of multi-user charging treasures, including: obtaining the number of users who need to use charging treasures within the preset range and their corresponding geographical location information; Quantity to send charging treasure. Taking two people and two cars as an example here, the first mobile terminal and the second mobile terminal send a request to use the charging treasure and upload the first geographic location and the second geographic location respectively; when the number of charging treasures on the taxi is greater than or equal to two, the taxi will The current geographical location is set as the starting point; the first geographical location and the second geographical location are used as the end points respectively to generate the first power bank delivery path and the second power bank delivery path; when the first power bank delivery path and the second power bank delivery path On the same route, the delivery will be made directly by taxi. If the first power bank delivery path and the second power bank delivery path are not in the same path, calculate the total time for the taxi to deliver the power bank to the first user and the second user; if the total time to deliver the power bank is greater than the preset time threshold. Then there are two solutions: first, eliminate the second user and only send power bank to the first user; Set it to be able to send charging treasure taxis together and carry out charging treasure handover (that is, find the second taxi in the first umbrella delivery path, transfer the corresponding umbrella and the second geographical location to the second taxi, and the second taxi will carry out the second taxi. The user delivers an umbrella); then set the current geographical location of the taxi that can deliver the charging treasure as the starting point of the charging treasure; take the second geographical location as the end point, generate the second charging treasure path and charge according to the distance. Similarly, the charging treasure request sent by the third mobile terminal and the fourth user and the third and fourth geographical locations uploaded respectively can also be sent to the charging treasure, and so on.

When unlocking, the first mobile terminal uses the mobile terminal to scan the first two-dimensional code on the shared power bank, acquires the ID of the power bank, and notifies the locked charging device corresponding to the first ID to unlock. After unlocking, the first ID corresponding to the first mobile terminal will automatically match with the power bank ID, so as to mark that the user has borrowed the shared power bank. Because users need to go to the side of the bicycle to return the power bank after borrowing it, sometimes some users who urgently need the power bank do not have a power bank available, while other users do not want to return the power bank but are troublesome and have to travel a long distance. In order to solve the unnecessary troubles caused by different users due to the needs of charging treasures, the present invention also adopts the following method: when the first mobile terminal scans the two-dimensional code on the shared charging treasure, the first mobile terminal corresponding to the first The first ID is matched and bound with the power bank ID; that is, the first mobile terminal borrows the shared power bank through the shared bicycle, and its corresponding first ID matches and binds with the power bank ID corresponding to the shared power bank at this time, while the first ID At this time, it will be unmatched and bound with the power bank ID. When the first mobile terminal is ready to return the charging treasure after using it up or wants to find someone else to help him return the charging treasure, he can use the first ID to generate a second QR code; then let the second mobile terminal that needs to borrow the charging treasure terminal to scan. If the second mobile terminal scans the second two-dimensional code; the first ID and the power bank ID are released for matching and binding, and the second ID corresponding to the second mobile terminal is matched and bound with the power bank ID. At this time, the situation of borrowing the power bank is transferred from the first mobile terminal to the second mobile terminal, and the charging method is also different for different users. At the same time, it is also a faster way to return the charging treasure, because most of the time, a user wants to return the charging treasure just after using it, and another user just needs to use the charging treasure. The first mobile terminal can be used to return the power bank to let the second mobile terminal borrow the power bank to solve the needs of two users at the same time, and at the same time save the cost of borrowing and returning the power bank. Here, the first user uses the first mobile terminal, and the second user uses the second mobile terminal.

Fig. 2 shows a schematic structural diagram of an embodiment of a taxi-based rental power bank system of the present invention.

A charging treasure system for renting based on a two-dimensional code, comprising: a signal-connected taxi, a first mobile terminal and a server; a taxi ID and a charging treasure are set on the taxi; a charging treasure ID is set on the charging treasure, and a charging treasure ID is set on the taxi ID Matching and binding with the charging treasure ID; the first mobile terminal is used to upload the first geographic location and send a request for using the charging treasure; the taxi within the first preset geographic location accepts the request and sends the charging treasure and generates The first two-dimensional code of the taxi ID; the server is used to unbind the taxi ID and the charging treasure ID when the first mobile terminal scans the first two-dimensional code; and bind the first ID corresponding to the first mobile terminal and power bank ID.

The taxi accepts the user's request to deliver the power bank and generates the first QR code containing the taxi ID, which means that the taxi driver will send the power bank to the user according to the navigation or route after receiving the user's request to use the power bank. When the user wants to borrow a power bank, the taxi driver uses the taxi ID to generate the first QR code. The taxi driver will generate the first QR code for the user to scan when the user borrows the power bank, and the user can borrow the power bank after scanning the QR code. This method of borrowing a charging treasure only requires the taxi driver to borrow the charging treasure by scanning the QR code, and then keep the charging treasure in the car. The cost is relatively low, and it is easy to manage confusion or loss when placing multiple charging treasures at the same time.

As a better implementation example, the taxi can also be provided with a locking charging device, which is used to lock the charging treasure; the locking charging device is provided with a locking ID, and the charging treasure is provided with a charging treasure ID; shared charging When the treasure is locked on the locking charging device, the locking ID matches the charging treasure ID; when unlocking, use the mobile terminal to scan the QR code on the shared charging treasure to obtain the charging treasure ID and notify the locking The locking charging device corresponding to the ID is unlocked. This method of installing a locking charging device on a taxi needs to add a structure that can lock and fix N charging treasures. The cost will be relatively higher, but the charging treasures can be fixed and neatly placed in one place, and the management is simple and convenient. A driver is required to generate a QR code.

As a better implementation example, the locking charging device on the taxi can also be set on the shared bicycle, so that the borrowed charging treasure on the taxi can also be returned by the shared bicycle. When the user encounters some special circumstances and needs to use the charging treasure, he can obtain the taxi with the charging treasure within the preset geographic location through the mobile phone, and request the taxi to send the charging treasure. At this time, the system automatically matches the taxi driver, so that the free time of the taxi can be used to send power banks to users in need. Since the person who borrows the charging treasure is a paid charging treasure, the driver who delivers the charging treasure can share the charging treasure fee from the user's payment, which can not only solve the current problem of users using the charging treasure, but also increase the rental of taxis and charging treasures company's earnings. Due to the large number of bicycles and they can be placed in some buildings or places that are more convenient for users to reach, once a large number of people gather in a certain place, there will be many rented charging treasures on bicycles, and many taxis are not charged. Bao's situation. At this time, the server can obtain the number of shared bicycles with charging treasures within the second preset geographic location; when the number is greater than the preset threshold, notify the taxi to pick up the charging treasure within the second preset geographic location. In reality, there may be more than two or three people who need to use a power bank because their mobile phone is out of power. At this time, a taxi is needed to send it from a farther place. Here, a distance range needs to be set so that the taxi time does not need to spend too much cost. . Therefore, it may be necessary to send a taxi from a farther place. Here, a distance range needs to be set so that the taxi time does not need to cost too much. Only when taxi drivers need to go to places where there are many charging treasures to replenish charging treasures can they continuously use taxis to send charging treasures to more suitable locations. The way for the taxi driver to replenish the power bank: by using the taxi driver’s mobile terminal to scan the first QR code on the shared power bank; obtain the power bank ID and notify the locking charging device corresponding to the first ID to unlock. Since a taxi can send multiple charging treasures to the corresponding user for one journey, it is set here that the taxi driver can match ID with one or more shared charging treasures, that is, the taxi driver’s mobile terminal ID can match N charging treasure IDs .

When the locking charging device is locked, the ID of the power bank is matched with the first ID of the first mobile terminal; at this time, the ID of the lock is unmatched from the ID of the power bank. If the second two-dimensional code is generated by the first ID; when the second mobile terminal uses the mobile terminal to scan the second two-dimensional code, the second ID of the second mobile terminal matches the charging treasure ID; then the second The mobile terminal can borrow the power bank. When unlocking, the first mobile terminal uses the mobile terminal to scan the first two-dimensional code on the shared charging treasure, obtains the charging treasure ID and notifies the locking charging device corresponding to the locking ID to unlock. After unlocking, the first ID corresponding to the first mobile terminal will automatically match with the power bank ID, so as to mark that the user has borrowed the shared power bank. Because users need to go to the side of the bicycle to return the power bank after borrowing it, sometimes some users who urgently need the power bank do not have a power bank available, while other users do not want to return the power bank but are troublesome and have to travel a long distance. In order to solve the unnecessary troubles caused by different users due to the needs of charging treasures, the present invention also adopts the following method: when the first mobile terminal scans the first two-dimensional code on the shared charging treasure, the first mobile terminal corresponds to The first ID of the mobile terminal is matched and bound with the power bank ID; that is, the first mobile terminal borrows the shared power bank through the shared bicycle, and its corresponding first ID matches and binds with the power bank ID corresponding to the shared power bank at this time, and the lock At this time, the tight ID is unmatched and bound with the power bank ID. When the first mobile terminal is ready to return the charging treasure after using it up or wants to find someone else to help him return the charging treasure, he can use the first ID to generate a second QR code; then let the second mobile terminal that needs to borrow the charging treasure terminal to scan. If the second mobile terminal scans the second two-dimensional code; the first ID and the power bank ID are released for matching and binding, and the second ID corresponding to the second mobile terminal is matched and bound with the power bank ID. At this time, the situation of borrowing the power bank is transferred from the first mobile terminal to the second mobile terminal, so that the charging method is also different for different users. At the same time, it is also a faster way to return the power bank, because most of the time, a user wants to return the power bank just after using it, and another user just needs to use the power bank. The first mobile terminal can be used to return the power bank to let the second mobile terminal borrow the power bank to solve the needs of two users at the same time, and at the same time save the cost of borrowing and returning the power bank.

This system applies the method of the embodiment of the present invention, and the benefits brought are the same as those in the method embodiment, so no further description is given here.

The above-mentioned embodiments only express the implementation manner of the present invention, and the description thereof is relatively specific and detailed, but should not be construed as limiting the patent scope of the present invention. It should be noted that those skilled in the art can make several modifications and improvements without departing from the concept of the present invention, and these all belong to the protection scope of the present invention. Therefore, the protection scope of the patent for the present invention should be based on the appended claims.

Claims (8)

1. A method for renting a charging treasure based on a two-dimensional code, characterized in that a taxi ID and a charging treasure are set on a taxi; the charging treasure is provided with a charging treasure ID, and the taxi ID and the charging treasure ID are matched Binding; the first mobile terminal uploads the first geographic location and sends a request for a charging treasure; the taxi within the first preset geographic location accepts the request and then sends the charging treasure; utilizes the taxi ID to generate the first location containing the taxi ID Two-dimensional code, when the first mobile terminal scans the first two-dimensional code, the taxi ID and the power bank ID are unbound, and the first ID corresponding to the first mobile terminal is linked to the The power bank ID is bound, and the first mobile terminal successfully borrows the power bank; the taxi ID can be matched and bound with several power bank IDs; when the number of power banks on the taxi is greater than or equal to two, and the received The first mobile terminal and the second mobile terminal send out the first geographic location and the second geographic location with a charging treasure request and upload respectively; the taxi sets the current geographic location as a starting point; respectively uses the first geographic location and the second geographic location The geographical location is the end point, and the first path for sending power bank and the second path for sending power bank are generated; when the first path for sending power bank and the second path for sending power bank are on the same path, it will be directly dispatched by a taxi; The treasure path and the second charging treasure delivery path are not in the same path, calculate the total time for the taxi to deliver the charging treasure to the first mobile terminal and the second mobile terminal; if the total time for delivering the charging treasure is greater than the preset time threshold, obtain all If there is no taxi sharing charging treasure within the preset range of the first delivery route, set it as a taxi that can share charging treasure and transfer charging treasure; set the current geographical location of the taxi that can share charging treasure as sharing The starting point of sending the charging treasure; with the second geographic location as the end point, generate a second path for sending the charging treasure and let the said charging treasure taxi be sent to send the charging treasure according to the distance. 2. The method for renting a power bank according to claim 1, wherein a locking charging device is provided on the shared bicycle, and the locking charging device is provided with a locking ID and can be physically separated from the charging treasure. Combined solar energy storage mechanism, locking mechanism, and waterproof mechanism; the solar energy storage mechanism is used to collect solar energy, store electric energy, and charge the charging treasure; the locking mechanism is used to lock and fix the charging treasure ; The waterproof mechanism is used to protect the circuit of the charging treasure and the solar energy storage mechanism, preventing water from entering and forming a short circuit; when the charging treasure ID and the locking ID are matched and bound, the first mobile terminal is released The corresponding first ID is bound to the power bank ID; the power bank corresponding to the power bank ID is returned to the shared bicycle corresponding to the locked ID. 3. The method for renting a power bank according to claim 2, wherein the number of shared bicycles that own the power bank within a second preset geographic location is acquired; when the number is greater than a preset threshold , informing the taxi to pick up the power bank within the range of the second preset geographic location. 4. The method for renting a power bank according to claim 1, wherein a second two-dimensional code is generated according to the first ID; when the second mobile terminal scans the second two-dimensional code, the second two-dimensional code is released. The first ID corresponding to the first mobile terminal is bound to the power bank ID; the second ID of the second mobile terminal is matched with the power bank ID; and the second mobile terminal borrows the power bank. 5. A charging treasure system for renting based on a two-dimensional code, characterized in that it comprises: a taxi connected by a signal, a first mobile terminal and a server; the taxi ID and charging treasure are set on the taxi; the charging treasure is set on the charging treasure ID, the ID of the taxi and the ID of the charging treasure are matched and bound; the first mobile terminal uploads the first geographic location and sends a request to use the charging treasure; after the taxis within the first preset geographic location accept the request Send charging treasure and generate the first two-dimensional code that contains taxi ID; The server is used to unbind the taxi ID and the charging treasure ID when the first mobile terminal scans the first two-dimensional code; and bind Determine the first ID corresponding to the first mobile terminal and the charging treasure ID; the taxi ID can be matched and bound with several charging treasure IDs; when the number of charging treasures on the taxi is greater than or equal to two, and receive To the first mobile terminal and the second mobile terminal send out the first geographic location and the second geographic location with a power bank request and upload respectively; the taxi sets the current geographic location as the starting point; The second geographic location is the end point, generating the first path for sending power bank and the second path for sending power bank; The power bank path and the second power bank delivery path are not in the same path, calculate the total time for the taxi to deliver the power bank to the first mobile terminal and the second mobile terminal; if the total time for delivering the power bank is greater than the preset time threshold, get There is no taxi sharing charging treasure within the preset range of the first charging treasure delivery path, set it as a taxi that can send charging treasure together and carry out charging treasure handover; set the current geographical location of the taxi that can send charging treasure together as The starting point of power bank delivery; the second geographical location as the end point, generate the second route of power bank delivery and send the power bank to the charging treasure taxi according to the distance. 6. The rental charging treasure system according to claim 5, wherein a locking charging device is set on the shared bicycle, and the locking charging device is provided with a locking ID and can be physically combined with the charging treasure separately. connected solar energy storage mechanism, locking mechanism, and waterproof mechanism; the solar energy storage mechanism is used to collect solar energy, store electric energy, and charge the charging treasure; the locking mechanism is used to lock and fix the charging treasure; The waterproof mechanism is used to protect the circuit of the power bank and the solar energy storage mechanism, preventing water from entering and forming a short circuit; when the power bank ID is matched and bound with the locking ID, the first mobile terminal is released The first ID is bound to the charging treasure ID; the charging treasure corresponding to the charging treasure ID is returned to the shared bicycle corresponding to the locking ID. 7. The charging treasure system for renting according to claim 6, wherein the server is also used to obtain the number of shared bicycles that own the charging treasure within a second preset geographical location; when the number When the threshold is greater than the preset threshold, the taxi is notified to pick up the power bank within the second preset geographic location range. 8. The charging treasure system for renting according to claim 7, wherein the first mobile terminal generates a second two-dimensional code according to the first ID; when the second mobile terminal scans the second two-dimensional code , unbind the first ID corresponding to the first mobile terminal and the charging treasure ID; match the second ID of the second mobile terminal with the charging treasure ID; mark the borrowing of the second mobile terminal Take the charging treasure.

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