WO2019095713A1 - Taxi-based portable charger rental billing method and system - Google Patents

Abstract

A taxi-based portable charger rental billing method comprises: setting a taxi ID for a taxi, and providing a first locking and charging device and a portable charger on the taxi; setting, for the portable charger, a portable charger ID and a first two-dimensional barcode containing the portable charger ID; when the taxi ID and the portable charger ID are matched and bound together, the first locking and charging device locking the portable charger; a first mobile terminal scanning and analyzing the first two-dimensional barcode to obtain the portable charger ID; when a first ID corresponding to the first mobile terminal and the portable charger ID are matched and bound together, removing the binding between the taxi ID and the portable charger ID; causing the first locking and charging device to unlock the portable charger; recording that the first mobile terminal has rented the portable charger, and billing the first mobile terminal for renting the portable charger. The invention installs a portable charger in a taxi, employing the charging capability and mobility of taxis such that a user can request a nearby taxi to deliver a portable charger, thereby preventing inconvenience. Also provided is a taxi-based portable charger rental billing system.

Description

Charging treasure rental charging method and system based on taxi Technical field

The invention relates to the field of tool sharing, in particular to a charging method and system for charging a rental based on a taxi.

Background technique

With the development of mobile terminals, the application of smart phones and various smart devices has become more and more widespread. However, since the battery capacity of smart phones and various smart devices tends to be small, the use time is short. When people go out or travel, due to battery capacity problems, smartphones and various smart devices often run out of power, so you need to bring a charging treasure on your body. Most of the current charging treasures take up more space, and users need to bring a bag to travel, which brings certain inconvenience to light travel. In addition, due to the different strengths of mobile phones and smart devices, a situation in which a charging power is consumed is sometimes occurred.

technical problem

Shared charging treasure is a relatively common product in recent years. It sets the charging treasure in restaurants and hotels, and people need to go to those places to consume before they can borrow the charging treasure. After the user runs out of charging treasure, they need to go to the designated place to return. Because this kind of return point is less, a large number of users borrowed the charging treasure and it is not convenient to return or even return. The use of renting and charging treasures can be used to locate and bind user identity, and it is also impossible to solve the problem that users are still charging. When the user is shopping, the mobile phone or the smart device needs to be charged when the battery is low, and the charging is urgently needed. In most cases, there is no way to solve it in time. How to effectively combine charging treasures and taxis, how to effectively serve people, becomes a problem that needs to be solved in the future. At the same time, how to make the new model of charging treasure and taxis effectively make it a problem that needs to be solved.

Technical solution

Based on the above situation, the present invention proposes a charging method based on the charging of the taxi, which utilizes the mobility and autonomous mobility of the taxi, and sets the charging treasure on the taxi. When the user encounters an emergency, the charging treasure is needed. At the time, you can call the taxi through your mobile phone to send the charging treasure. In this way, on the one hand, the mobility of the taxi can be used to send the charging treasure to some places that are not very convenient; on the other hand, the income of the taxi driver can also be increased.

The invention provides a taxi set ID, a first locking charging device and a charging treasure in a taxi; a charging treasure ID and a first two-dimensional code including a charging treasure ID are set on the charging treasure; the taxi ID is matched with the charging treasure ID. The first locking charging device locks the charging treasure and charges the charging treasure; the first mobile terminal scans the first two-dimensional code to obtain the charging treasure ID; the first ID corresponding to the first mobile terminal is matched with the charging treasure ID. The taxi ID is unbounded from the charging treasure ID; and the first locking charging device unlocks the charging treasure; the first mobile terminal is marked to borrow the charging treasure, and the first mobile terminal is charged by the charging treasure.

Before the first mobile terminal borrows the charging treasure, the taxi car uploads the taxi position, the first mobile terminal issues an umbrella request and uploads the first geographic location; the taxi generates the first charging treasure according to the taxi location and the first geographic location. The route is billed according to the distance.

Beneficial effect

Compared with the prior art, the present invention is simple in operation, and the mobile terminal can obtain the preset geographic location through the mobile terminal by setting the charging treasure on the taxi, utilizing the mobility of the taxi and the characteristics of the charging and charging can be performed as needed. The location information of the taxi car possessing the charging treasure can be notified to the surrounding taxi car to charge the charging treasure. In the case of inconvenient rainy days, the taxi can be sent to the charging treasure in time to solve the problem of people's inconvenience, and at the same time, the income of the taxi driver can be increased.

DRAWINGS

1 is a schematic flow chart of an embodiment of a taxi-based charging rental charging method according to the present invention.

2 is a schematic structural diagram of an embodiment of a taxi-based charging treasure rental charging system according to the present invention.

BEST MODE FOR CARRYING OUT THE INVENTION

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

As shown in FIG. 1, the method in this embodiment includes the steps of:

Setting a taxi ID, a first locking charging device and a charging treasure on the taxi; setting a charging treasure ID and a first two-dimensional code including a charging treasure ID on the charging treasure; the taxi ID is matched with the charging treasure ID Timing, the first locking charging device locks the charging treasure and charges the charging treasure; the first mobile terminal scans the first two-dimensional code to obtain a charging treasure ID; the first mobile terminal corresponds to The first ID is matched with the charging treasure ID, the taxi ID is unbound from the charging treasure ID, and the first locking charging device unlocks the charging treasure; A mobile terminal borrows the charging treasure to perform charging by charging the first mobile terminal.

S101: setting a taxi ID, a first locking charging device and a charging treasure in the taxi; setting a charging treasure ID and a first two-dimensional code including the charging treasure ID on the charging treasure; when the taxi ID is matched with the charging treasure ID The first locking charging device locks the charging treasure.

At present, the number of private cars in China is huge, and some cars are added to the ranks of taxis. With the universality and maneuverability of the taxi, you can set up a charging treasure that matches the information of the taxi. In this way, the service of the taxi can be used to deliver the charging service to the mobile terminal that needs to use the charging treasure. When setting the charging treasure on the taxi: There is a first locking charging device on the taxi, which can also be used to charge the charging treasure. The locking charging device is provided with a locking ID (for convenient application, Here, the taxi ID is the same as the lock ID.) The charging treasure is provided with a charging treasure ID; when the charging treasure is locked to the locking charging device, the taxi ID (locking ID) is matched and matched with the charging treasure ID; thus, all A taxi with the same type of locking charger can be used to recharge the charging treasure. At present, the way to obtain the ID of the charging treasure or the locking charging device is mainly obtained by sensing or two-dimensional code. The sensing method is relatively simple, and only needs to be set on the unlocking device or the charging treasure to implement the corresponding sensing device. There are two main ways to set the two-dimensional code: First, the first two-dimensional code is set on the charging treasure, and the first two-dimensional code includes the information of the charging treasure ID, that is, one for each charging treasure. Charging treasure ID. When the charging treasure is rented, the mobile terminal scans the two-dimensional code through the first mobile terminal to obtain the charging treasure ID, and simultaneously issues an unlocking request to the server, and the server acquires the charging treasure ID to search for the corresponding matching locking ID (or taxi ID). The corresponding locking device is locked and an unlocking command is issued. Secondly, the two-dimensional code is set on the unlocking device, and the two-dimensional code includes a locking ID (that is, each unlocking device corresponds to a first ID). When the charging treasure is rented, the mobile terminal scans the two-dimensional code through the mobile terminal to obtain the locking ID, and simultaneously issues an unlocking request to the server, and the server acquires the charging treasure ID to search for the locking charging device corresponding to the matching matching locking ID. And issue an unlock command. The locking charging device here is on the one hand, in order to fix the rain charging treasure, not to let it be randomly placed to keep the tidy inside the taxi, and on the other hand, to prevent being taken away by people and to facilitate management. As a simpler implementation, the charging treasure ID and the first two-dimensional code including the charging treasure ID can be directly set in the taxi car; and the taxi ID is matched with the charging treasure ID by binding. When using, the user can borrow the shared rain charging treasure by scanning the first two-dimensional code.

S102: The first mobile terminal scans the first two-dimensional code to obtain the charging treasure ID; the first ID corresponding to the first mobile terminal is matched with the charging treasure ID, and the taxi ID and the charging treasure ID are unbound; and the first A locking charging device unlocks the charging treasure; marking the first mobile terminal borrowing the charging treasure, and charging the first mobile terminal by charging charging.

After the first mobile terminal scans the first two-dimensional code on the charging treasure, the first mobile terminal parses and acquires the charging treasure ID, and then uploads the corresponding information to the server, and the server compares the taxi ID with the database through the comparison of the database. The charging treasure ID is unbound, and then the charging ID of the first ID corresponding to the first mobile terminal is matched and bound, thereby marking the user borrowing the charging treasure from the corresponding taxi. As an example of installing a locking device on a taxi. After the first user scans the first two-dimensional code on the charging treasure and analyzes and acquires the charging treasure ID, the first user acquires the charging treasure ID, and the server notifies the locking charging corresponding to the locking ID (taxi ID). The device is unlocked. After unlocking, the first ID corresponding to the first mobile terminal is automatically matched with the charging treasure ID, thereby marking the user borrowing the charging treasure. Since the user needs to find a taxi after returning from the charging treasure, sometimes some users who need to use the charging treasure are not available, while others do not want to go to the charging treasure but have to go far. In order to solve the unnecessary troubles caused by the demand of the charging treasure by different users, the present invention also adopts a method: when the first mobile terminal scans the two-dimensional code on the charging treasure, the first mobile terminal corresponds to the first The ID is matched with the charging treasure ID; that is, the first mobile terminal borrows the charging treasure through the taxi, and the corresponding first ID is matched with the charging treasure ID corresponding to the charging treasure, and the locking ID (or the taxi ID) At this point, it is unmatched with the charging treasure ID. Since the first mobile terminal is ready to return after using the charging treasure or does not want to walk to find other people to help him to charge the treasure, he can use the first ID to generate the second two-dimensional code; then let the second mobile need to borrow the charging treasure The terminal scans. If the second mobile terminal scans the second two-dimensional code, the first ID is unmatched with the charging treasure ID, and the second ID corresponding to the second mobile terminal is matched and matched with the charging treasure ID. At this time, the case of charging the treasure is transferred from the first mobile terminal to the second mobile terminal, so that the charging method is also differently charged according to the user. At the same time, it is also a way to charge the treasure faster, because most of the time, a user just wants to recharge the treasure after using the charging treasure, and just another user will use the charging treasure. The first mobile terminal can also be used to enable the second mobile terminal to solve the demand problem of the two users by using the charging treasure, and at the same time save the cost of borrowing the charging treasure. In an embodiment of the invention, the first user uses the first mobile terminal and the second user uses the second mobile terminal.

As a preferred implementation example, before the first mobile terminal borrows the charging treasure, the first mobile terminal issues an umbrella request and uploads a first geographic location; the taxi transmits a taxi location; the taxi is according to the The taxi location and the first geographic location generate a first charging treasure path and perform charging according to the distance. When the user encounters some special circumstances and needs to use the charging treasure (such as sudden rain, or a hot day to forget to bring the charging treasure), you can get the taxi with the charging treasure in the preset geographical location through the mobile phone, and send the charging treasure to the taxi. request. At this point, the system automatically matches the taxi driver, so that you can use the idle time of the taxi to send the charging treasure to the users in need. Since the person who borrows the treasure is paid for the charging treasure, the driver who sends the charging treasure can divide it from the charging treasure fee paid by the user, so that the problem of the current user charging treasure can be solved, and the taxi and the charging treasure can be added. The company's revenue. In reality, there may be a lot of people who need to use the charging treasure temporarily in the rainy days, so it may be necessary to send the taxi from a farther place. Here, a range of distances needs to be set so that the taxi time does not cost too much. Therefore, when the charging treasure is not within the first preset geographical location and the user is required to send a charging instruction through the mobile terminal, the taxi starts the charging mode, and at this time, the charging can be performed according to the distance between the taxi and the user, and displayed. The user is selected; after the user selects, the charging terminal requests are sent through the mobile terminal. Of course, according to the system automatic screening, the distance of the distance is prioritized (the higher the priority is, the higher the priority), and the user is automatically matched.

Since it is still necessary to call a taxi to return to the taxi, it will inevitably generate some unnecessary costs. In real life, sharing bicycles can be found in many streets and alleys. The second locking charging device is arranged on the shared bicycle, and the charging treasure can be locked by the second locking charging device, and the user can perform the charging charging by sharing the bicycle. Similar to the first locking charging device on the taxi, a second locking charging device is disposed on the shared bicycle, and the second locking charging device is provided with a locking ID and a solar energy storage mechanism that can be physically combined with the charging treasure. The locking mechanism and the waterproof mechanism; the physical assembly here is only the charging port of the solar energy storage mechanism is connected with the input port of the charging treasure and can be charged; the locking mechanism fixes the charging treasure by means of a buckle lock, a pressure lock, etc. The lock is locked on the locking charging device; the waterproof mechanism is used to form a cavity for charging the treasure, so that the charging treasure can be placed inside. The solar energy storage mechanism is used for collecting solar energy, storing electric energy, and charging the charging treasure; the locking mechanism is used for locking and fixing the charging treasure; the waterproof mechanism is used for protecting the circuit of the charging treasure and the solar energy storage mechanism to prevent water inflow And forming 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 and the charging treasure ID is bound; the charging treasure corresponding to the charging treasure ID is returned to the locking ID corresponding Share the bike on the bike and mark the user to charge the treasure successfully and end the billing. In this way, all bicycles with the same type of locking charging device can be used to recharge the charging treasure. The matching binding here is mainly that the user holds the charging treasure to return on the shared bicycle, and after the return, the charging lock ID of the first terminal is stopped and the charging treasure ID can be a human upload matching binding (such as a user). Mobile phone click); it can also be an automatic matching binding by sensing or communicating with the server.

As a better example, the taxi can continuously obtain the number of shared bicycles having the charging treasure in the second preset geographical location; when the number is greater than the preset threshold, notify the taxi to the second preset geographic location. Take the charging treasure. Since most people are based on convenience, there will be some bicycles that will be concentrated in places where there are more people. Many charging treasures will follow these bicycles. Since there are more people charging bicycles in the bicycle, there will be no charging treasure available in the taxi. The taxi driver needs to recharge the treasure in a place with more charging treasures, so that the taxi can be continuously used to send the charging treasure to a more suitable position.

In addition, a taxi can hold several charging treasures at the same time, and can send charging treasures to several users. The taxi ID may be matched and matched with a plurality of charging treasure IDs; when the number of charging treasures on the taxi is greater than or equal to two, the first user and the second user are received to issue a charging treasure request and respectively upload the first geographic location and the second geographic location. a location location; the taxi car sets the current geographic location as a starting point; respectively, using the first geographic location and the second geographic location as an end point, respectively generating a first charging treasure path and a second charging charging path; when the first When the charging charging path and the second charging charging treasure are in the same path, the first mobile terminal and the second mobile terminal are separately charged according to the distance ratio. However, because the distance between users may be relatively long, in order to avoid the user waiting too long; need to set a time threshold, so that users do not have to wait too long. When the first charging charging path is not in the same path as the second charging charging path, calculating the total time for the charging vehicle to send the charging treasure to the first user and the second user; when the total time of sending the charging treasure is greater than the preset time threshold (The preset time threshold here is an experience value, which can be set to 30 minutes), which can be divided into two situations: one is that no other taxis can be found, and the second user can be canceled; Reassign the second user to the new taxi with the rain charging treasure. The other is: by acquiring a taxi without a charging treasure within a preset range of the first charging and charging path, setting it as a piece of charging treasure and performing an umbrella transfer (ie, searching for the first in the first umbrella path) The second taxi will transfer the corresponding umbrella and the second geographical position to the second taxi, and the second taxi will carry out the umbrella delivery to the second user; then the current geographical location of the spellable charging treasure taxi is set as the starting point of the charging charging treasure. With the second geographic location as the end point, a second pinning charging path is generated and billed according to the distance. Similarly, the third user and the fourth user issue the charging treasure request and the third geographic location and the fourth geographic location respectively uploaded, and may also perform the charging charging processing, and so on. Such a taxi can send a charging treasure to multiple users. In the embodiment of the present invention, the first user uses the first mobile terminal, the second user uses the second mobile terminal, and so on.

FIG. 2 is a schematic structural diagram of an embodiment of a taxi-based charging treasure rental charging system of the present invention.

A charging treasure rental charging system based on a taxi, comprising: a signal-connected taxi, a charging treasure, a first mobile terminal and a server, setting a taxi ID and a charging treasure in a taxi; setting a charging treasure ID and including a charging treasure on the charging treasure a first two-dimensional code of the ID; the taxi ID is matched with the charging treasure ID; the first mobile terminal is configured to scan the first two-dimensional code to obtain a charging treasure ID, and forward the charging treasure ID to the server The server is configured to match the first ID charging treasure ID corresponding to the first mobile terminal according to the charging treasure ID, and release the binding of the taxi ID and the charging treasure ID, so that the locking charging device unlocks the charging treasure; A mobile terminal borrows a charging treasure and charges the first mobile terminal by charging. Here, the taxi ID may be an ID of the terminal (such as a lock charging device) and connected to the server on the taxi, or may be an ID corresponding to the mobile terminal of the taxi driver, and may be registered on the server by using the communication device on the taxi. The account number can be obtained.

The first mobile terminal generates a second two-dimensional code by using the first ID; when detecting that the second mobile terminal scans the second two-dimensional code, the second ID corresponding to the second mobile terminal and the charging The treasure ID is matched; the server marks the second user borrowing the charging treasure, ends charging with the charging treasure of the first mobile terminal, and starts charging by the charging treasure of the second mobile terminal.

The taxi ID may be matched and matched with a plurality of the charging treasure IDs; when the number of charging treasures on the taxi is greater than or equal to two, the first mobile terminal and the second mobile terminal are received to issue a charging treasure request and respectively upload the first geographic a location, a second geographic location; the taxi car sets the current geographic location as a starting point; respectively, the first geographic location and the second geographic location are used as an end point to generate a first charging and charging path and a second charging and charging path When the first charging and charging path is in the same path as the second charging and charging, the first mobile terminal and the second mobile terminal are separately charged according to the distance ratio.

When the first charging charging path is not in the same path as the second charging charging path, calculating the total time for the charging vehicle to send the charging treasure to the first user and the second user; when the total time of sending the charging treasure is greater than the preset time threshold Obtaining a taxi without a charging treasure within a preset range of the first charging and charging treasure path, and setting the taxi to a charging charging treasure taxi; setting the current geographic location of the spellable charging treasure taxi to a charging charging treasure Starting point; taking the second geographic location as the end point, generating a second pinning charging treasure path and performing charging according to the distance.

When the user encounters some special circumstances and needs to use the charging treasure, the mobile phone with the charging treasure in the preset geographical location can be obtained through the mobile phone, and the charging treasure request is sent to the taxi car. At this point, the system automatically matches the taxi driver, so that you can use the idle time of the taxi to send the charging treasure to the users in need. Since the person who borrows the treasure is paid for the charging treasure, the driver who sends the charging treasure can divide it from the charging treasure fee paid by the user, so that the problem of the current user charging treasure can be solved, and the taxi and the charging treasure can be added. The company's revenue. Since the number of bicycles is large and can be placed in some buildings or places where users are more convenient, once people gather more in a certain place, there will be a lot of charging treasures on the bicycle, and many taxis have no charging treasure. Case. At this time, the server may obtain the number of shared bicycles having the charging treasure in the second preset geographic location range; when the quantity is greater than the preset threshold, notify the taxi to take the charging treasure within the second preset geographical location. In reality, there may be a lot of people who need to use the charging treasure temporarily in the rainy days, so it may be necessary to send the taxi from a farther place. Here, a range of distances needs to be set so that the taxi time does not cost too much. Only taxi drivers need to go to the place where there are more charging treasures to replenish the charging treasure, and then they can continue to use the taxi to send the charging treasure to a more suitable position.

At the same time, the first locking charging module can be provided on the taxi for controlling the first locking charging device, the locking charging module is used for locking the charging treasure and charging the charging treasure; the first locking charging module is provided with locking The ID and the charging treasure are provided with a charging treasure ID; when the charging treasure is locked to the locking charging module, the first ID is matched with the charging treasure ID; when the locking is unlocked, the mobile terminal is used to scan the two-dimensional code on the charging treasure, Obtaining a charging treasure ID and notifying the locking charging module corresponding to the first ID to unlock.

As a better implementation example, a second locking charging module is provided on the shared bicycle for controlling the second locking charging device, so that the shared charging treasure can also be utilized by the shared bicycle on the taxi. The specific device is described in the method implementation example and will not be repeated here.

Generating a second two-dimensional code by using the first ID; when the second user scans the second two-dimensional code by using the mobile terminal, the second ID of the second mobile terminal is matched with the charging treasure ID; then the second mobile terminal is You can borrow a charging treasure. When the lock is unlocked, the first user scans the two-dimensional code on the charging treasure by using the mobile terminal, acquires the charging treasure ID, and notifies the locking charging module corresponding to the first ID to unlock. After unlocking, the first ID corresponding to the first user is automatically matched with the charging treasure ID, thereby marking the user borrowing the charging treasure. Since the user needs to deliberately share the bicycle next to the charging treasure, sometimes some users urgently need to use the charging treasure user without charging treasure, while other users do not want to recharge the treasure but it is more troublesome to go farther. . In order to solve the unnecessary troubles caused by the demand of the charging treasure by different users, the present invention also adopts a method: when the first user scans the two-dimensional code on the charging treasure, the first ID corresponding to the first mobile terminal Matching with the charging treasure ID; that is, the first mobile terminal borrows the charging treasure by sharing the bicycle, and the corresponding first ID is matched with the charging treasure ID corresponding to the charging treasure, and the first ID is at this time Charging treasure ID unmatches the binding. Since the first user is ready to return after using the charging treasure or does not want to walk to find other people to help him to charge the treasure, he can use the first ID to generate the second two-dimensional code; and then let the second user who needs to borrow the charging treasure scanning. If the second user scans the second two-dimensional code, the first ID is unmatched with the charging treasure ID, and the second ID corresponding to the second user is matched and matched with the charging treasure ID. At this time, the case of charging the treasure is transferred from the first user to the second user, so that the charging method is also differently charged according to the user. At the same time, it is also a way to charge the treasure faster, because most of the time, a user just wants to recharge the treasure after using the charging treasure, and just another user will use the charging treasure. The first user can also use the charging treasure to let the second user borrow the charging treasure to solve the problem of the two users at the same time, and at the same time save the cost of borrowing the charging treasure.

The method of the embodiment of the present invention is applied to the system, and the advantages are the same as those in the method embodiment, and the description is not further described herein.

Embodiments of the invention

The invention provides a taxi set ID, a first locking charging device and a charging treasure in a taxi; a charging treasure ID and a first two-dimensional code including a charging treasure ID are set on the charging treasure; the taxi ID matches the charging treasure ID When binding, the first locking charging device locks the charging treasure and charges the charging treasure; the first mobile terminal scans the first two-dimensional code to obtain the charging treasure ID; the first ID and the charging treasure corresponding to the first mobile terminal The ID matching binding, the taxi ID and the charging treasure ID are unbound; and the first locking charging device unlocks the charging treasure; marking the first mobile terminal borrowing the charging treasure to perform charging on the first mobile terminal Billing.

Before the first mobile terminal borrows the charging treasure, the taxi car uploads the taxi position, the first mobile terminal issues an umbrella request and uploads the first geographic location; the taxi generates the first charging charging path according to the taxi location and the first geographic location and according to the distance Billing.

The method further includes an end charging step: setting a second locking charging device on the shared bicycle, setting a locking ID on the second locking charging device, and a solar energy storage mechanism and a locking mechanism that can be physically combined with the charging treasure, Waterproof mechanism; solar energy storage mechanism is used to collect solar energy, store electric energy, and charge charging treasure; locking mechanism is used to lock charging treasure; waterproof mechanism is used to protect charging treasure and solar energy storage mechanism circuit, prevent from entering The water is short-circuited; when the charging treasure ID and the locking ID are matched and bound, the first ID corresponding to the first mobile terminal is released and the charging treasure ID is bound; the charging treasure corresponding to the charging treasure ID is returned to the locking ID. On the shared bicycle, stop charging the first terminal.

The first mobile terminal generates a second two-dimensional code by using the first ID; when detecting that the second mobile terminal scans the second two-dimensional code, the second ID corresponding to the second mobile terminal matches the charging treasure ID; The mobile terminal borrows the charging treasure, ends charging with the charging treasure of the first mobile terminal, and starts charging by the charging treasure of the second mobile terminal.

The taxi ID may be matched and matched with a plurality of charging treasure IDs; when the number of charging treasures on the taxi is greater than or equal to two, the first mobile terminal and the second mobile terminal are received to issue a charging treasure request and respectively upload the first geographical location, The second geographical location; the taxi car sets the current geographic location as the starting point; respectively, the first geographic location and the second geographic location are used as the end point, and the first charging charging path and the second charging charging path are generated; when the first charging charging path is When the second charging and charging treasures are in the same path, the first mobile terminal and the second mobile terminal are separately charged according to the distance ratio; when the first charging charging path and the second charging charging path are not in the same path, the taxi is calculated. The total time for sending the charging treasure to the first mobile terminal and the second mobile terminal; when the total time of sending the charging treasure is greater than the preset time threshold, the taxi with no charging treasure within the preset range of the first charging charging path is obtained, Set it to be able to spell the charging treasure taxi and carry on the charging treasure handover; the current location of the spellable charging treasure taxi is set to the charging charging treasure Starting point; taking the second geographic location as the end point, generating a second pinning charging treasure path and charging according to the distance.

The invention also provides a charging treasure rental charging system based on a taxi, comprising: a signal-connected taxi, a charging treasure, a first mobile terminal and a server, setting a taxi ID, a locking charging device and a charging treasure in the taxi; Setting a charging treasure ID and a first two-dimensional code including a charging treasure ID; the taxi ID is matched with the charging treasure ID, and the locking charging device locks the charging treasure; the first mobile terminal is configured to scan the first two-dimensional code Retrieving the charging treasure ID and forwarding the charging treasure ID to the server; the server is configured to bind the first ID corresponding to the first mobile terminal to the charging treasure ID according to the charging treasure ID, and release the taxi ID and charging The binding of the treasure ID allows the locking charging device to unlock the charging treasure; the first mobile terminal is calibrated to borrow the charging treasure, and the first mobile terminal is charged by the charging treasure.

The first mobile terminal generates a second two-dimensional code by using the first ID; and when detecting that the second mobile terminal scans the second two-dimensional code, the second ID corresponding to the second mobile terminal and the charging treasure The ID is matched; the server marks the second mobile terminal to borrow the charging treasure, ends charging with the charging treasure of the first mobile terminal, and starts charging with the charging treasure of the second mobile terminal.

The taxi ID may be matched and matched with a plurality of charging treasure IDs; when the number of charging treasures on the taxi is greater than or equal to two, the first mobile terminal and the second mobile terminal are received to issue a charging treasure request and respectively upload the first geographical location, The second geographical location; the taxi car sets the current geographic location as the starting point; respectively, the first geographic location and the second geographic location are used as the end point, and the first charging charging path and the second charging charging path are generated; when the first charging charging path is When the second transmission charging treasure is in the same path, the server charges the first mobile terminal and the second mobile terminal according to the distance ratio.

When the first charging and charging path is not in the same path as the second charging and charging path, calculating the total time for the charging vehicle to send the charging treasure to the first mobile terminal and the second mobile terminal; when the total time of sending the charging treasure is greater than the preset The time threshold is obtained, and the taxi that has no charging treasure within the preset range of the first charging and charging path is obtained, and is set to be a charging charging treasure taxi and performs charging handover; the server will automatically deliver the charging charging treasure taxi current The geographical location is set as the starting point of the charging charging treasure; the second geographical location is taken as the end point, and the second charging charging treasure path is generated and charged according to the distance.

The above-mentioned embodiments are merely illustrative of the embodiments of the present invention, and the description thereof is not to be construed as limiting the scope of the invention. It should be noted that a number of variations and modifications may be made by those skilled in the art without departing from the spirit and scope of the invention. Therefore, the scope of the invention should be determined by the appended claims.

Industrial applicability

The invention sets a taxi ID, a first locking charging device and a charging treasure in a taxi through a charging treasure rental charging method based on a taxi; setting a charging treasure ID and a first two-dimensional code including a charging treasure ID on the charging treasure When the taxi ID is matched with the charging treasure ID, the first locking charging device locks the charging treasure; the first mobile terminal scans the first two-dimensional code to obtain the charging treasure ID; the first ID and the charging corresponding to the first mobile terminal The treasure ID matching binding, the taxi ID and the charging treasure ID are unbound; and the first locking charging device unlocks the charging treasure; marking the first mobile terminal borrowing the charging treasure to charge the first mobile terminal Bao billing. By setting up a charging treasure on a taxi, and notifying the surrounding taxi to send a charging treasure to solve problems in people's lives, it has industrial applicability.

Claims (10)

A charging treasure rental charging method based on a taxi, characterized in that a taxi car ID, a first locking charging device and a charging treasure are set in a taxi; a charging treasure ID and a first charging charging ID are set on the charging treasure a two-dimensional code; when the taxi ID is matched with the charging treasure ID, the first locking charging device locks the charging treasure; the first mobile terminal scans the first two-dimensional code to obtain a charging treasure ID: the first ID corresponding to the first mobile terminal is matched with the charging treasure ID, and the taxi ID is unbound from the charging treasure ID; and the first locking charging device is configured to The charging treasure is unlocked; and the first mobile terminal is used to borrow the charging treasure, and the first mobile terminal is charged by charging. The charging treasure rental charging method according to claim 1, wherein before the first mobile terminal borrows the charging treasure, the taxi car uploads a taxi position, and the first mobile terminal issues an umbrella request and uploads a first geographic location; the taxi generates a first charging and charging path according to the taxi position and the first geographic location, and performs charging according to the distance. The method for renting a charging treasure according to claim 1 or 2, further comprising an end charging step of: providing a second locking charging device on the shared bicycle, and setting a lock on the second locking charging device a solar energy storage mechanism, a locking mechanism, and a waterproof mechanism that can be physically combined with the charging treasure; the solar energy storage mechanism is configured to collect solar energy, store electrical energy, and charge the charging treasure; The locking mechanism is used for locking and fixing the charging treasure; the waterproof mechanism is used for protecting the circuit of the charging treasure and the solar energy storage mechanism to prevent water from entering a short circuit; and when the charging treasure ID matches the locking ID When binding, the first ID corresponding to the first mobile terminal is released and the charging ID is bound; the charging treasure corresponding to the charging treasure ID is returned to the shared bicycle corresponding to the locking ID, and the parking is stopped. The first terminal is charged. The charging treasure rental charging method according to claim 1, wherein the first mobile terminal generates a second two-dimensional code by using the first ID; and when detecting that the second mobile terminal scans the second two The second ID of the second mobile terminal is matched with the charging treasure ID; the second mobile terminal borrows the charging treasure, and ends the charging of the charging terminal of the first mobile terminal, and starts The second mobile terminal is charged by the charging treasure. The charging treasure rental charging method according to claim 1, wherein the taxi ID can be matched and matched with a plurality of the charging treasure IDs; when the number of charging treasures on the taxi is greater than or equal to two, the first receiving a mobile terminal and a second mobile terminal issue a first geographic location and a second geographic location that are separately requested by the charging treasure; the taxi sets the current geographic location as a starting point; respectively, the first geographic location and the second geographic location The location is the end point, and the first charging charging path and the second charging charging path are generated; when the first charging charging path and the second charging charging path are in the same path, respectively, according to the distance ratio to the first mobile terminal And charging, by the second mobile terminal; when the first charging and charging path is not in the same path as the second charging and charging path, calculating the total time for sending the charging treasure to the first mobile terminal and the second mobile terminal; When the total time of sending the charging treasure is greater than the preset time threshold, the taxi that does not have the charging treasure within the preset range of the first charging and charging treasure path is obtained, and is set to be Sending a charging treasure taxi and performing a charging treasure handover; setting a current geographic location of the spellable charging treasure taxi to a starting point of a charging charging treasure; and using the second geographic location as an end point, generating a second charging charging treasure path and according to The distance is billed. A charging treasure rental charging system based on a taxi, comprising: a signal-connected taxi, a charging treasure, a first mobile terminal and a server, and setting a taxi ID, a locking charging device and a charging treasure in the taxi; Setting a charging treasure ID and a first two-dimensional code including a charging treasure ID on the charging treasure; the taxi ID is matched with the charging treasure ID, and the locking charging device locks the charging treasure; The first mobile terminal is configured to scan the first two-dimensional code parsing to obtain a charging treasure ID, and forward the charging treasure ID to the server; the server is configured to: perform the first mobile according to the charging treasure ID The charging ID of the first ID corresponding to the terminal matches the binding, and the binding of the taxi ID to the charging treasure ID is released, and the locking charging device unlocks the charging treasure; A mobile terminal borrows the charging treasure and performs charging by charging the first mobile terminal. The charging treasure rental charging method according to claim 6, wherein before the first mobile terminal borrows the charging treasure, the first mobile terminal issues an umbrella request and uploads a first geographic location; The taxi car uploads a taxi position; the taxi generates a first charging treasure path according to the taxi position and the first geographic location, and performs charging according to the distance. The charging treasure rental charging system according to claim 6, wherein the first mobile terminal generates a second two-dimensional code by using the first ID; and when detecting that the second mobile terminal scans the second two The second ID of the second mobile terminal is matched with the charging treasure ID; the server marks the second mobile terminal borrowing the charging treasure to end the charging of the first mobile terminal For billing, the charging of the second mobile terminal is started. The charging treasure rental charging system according to claim 6, wherein the taxi ID can be matched and matched with a plurality of the charging treasure IDs; when the number of charging treasures on the taxi is greater than or equal to two, the first receiving a mobile terminal and a second mobile terminal issue a first geographic location and a second geographic location that are requested by the charging treasure and respectively uploaded; the taxi car sets the current geographic location as a starting point; respectively, the first geographic location and the first geographic location The second geographic location is the end point, and the first charging charging path and the second charging charging path are generated; when the first charging charging path is in the same path as the second charging charging, the server is respectively according to the distance ratio The first mobile terminal and the second mobile terminal are charged. The charging treasure rental charging system according to claim 9, wherein when the first charging treasure path and the second charging charging path are not in the same path, the calculating taxi is sent to the first mobile terminal and the second mobile terminal. The total time of the charging treasure is charged; when the total time of the charging treasure is greater than the preset time threshold, the taxi with no charging treasure within the preset range of the first charging charging path is obtained, and the charging is set to be a charging charging treasure. The taxi is connected to the charging treasure; the server sets the current geographic location of the spellable charging treasure taxi as the starting point of the charging charging treasure; and takes the second geographic location as the end point, generates a second charging charging treasure path and according to The distance is billed.