WO2019095712A1 - 一种基于二维码的租借充电宝方法及系统 - Google Patents

一种基于二维码的租借充电宝方法及系统 Download PDF

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Publication number
WO2019095712A1
WO2019095712A1 PCT/CN2018/096068 CN2018096068W WO2019095712A1 WO 2019095712 A1 WO2019095712 A1 WO 2019095712A1 CN 2018096068 W CN2018096068 W CN 2018096068W WO 2019095712 A1 WO2019095712 A1 WO 2019095712A1
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WIPO (PCT)
Prior art keywords
charging
treasure
taxi
charging treasure
mobile terminal
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PCT/CN2018/096068
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English (en)
French (fr)
Inventor
李学聪
曾昭兴
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曾昭兴
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Application filed by 曾昭兴 filed Critical 曾昭兴
Publication of WO2019095712A1 publication Critical patent/WO2019095712A1/zh

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/06—Buying, selling or leasing transactions
    • G06Q30/0645—Rental transactions; Leasing transactions
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/06—Buying, selling or leasing transactions
    • G06Q30/0601—Electronic shopping [e-shopping]
    • G06Q30/0607—Regulated
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/06—Buying, selling or leasing transactions
    • G06Q30/0601—Electronic shopping [e-shopping]
    • G06Q30/0639—Item locations
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
    • G07F17/0042—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for hiring of objects

Definitions

  • the present invention relates to the field of tool sharing, and in particular to a method and system for renting and charging treasure based on a two-dimensional code.
  • 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.
  • 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.
  • the present invention proposes a method for renting and charging treasure based on two-dimensional code, which utilizes the mobility and autonomous mobility of the taxi, and sets the rental charging treasure on the taxi, and needs charging when the user encounters an emergency.
  • 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 method for renting and charging treasure based on two-dimensional code, and setting a taxi ID and a charging treasure on a taxi; setting a charging treasure ID by charging treasure, and matching and binding the taxi ID and the charging treasure ID;
  • the terminal uploads the first geographic location and issues a request for charging the charging;
  • the taxi in the first preset geographic location receives the request and sends the charging treasure; and uses the taxi ID to generate the first two-dimensional code including the taxi ID, when the first mobile terminal scans In the first two-dimensional code, the taxi ID is unbound from the charging treasure ID, and the first ID corresponding to the first mobile terminal is bound to the charging treasure ID, and the first mobile terminal is marked to succeed by charging the treasure.
  • a locking charging device is arranged on the shared bicycle, a locking ID is set on the locking charging device, and a solar energy storage mechanism, a locking mechanism and a waterproof mechanism which can be physically combined with the charging treasure respectively;
  • the solar energy storage mechanism is used for collecting solar energy. , storing electrical energy, and charging the charging treasure;
  • the locking mechanism is used to lock the charging treasure;
  • the waterproof mechanism is used to protect the circuit of the charging treasure and the solar energy storage mechanism, preventing the water from entering a short circuit; when charging the treasure ID and the lock
  • the binding ID is matched, 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.
  • the present invention is simple in operation, and is provided with a charging treasure on a taxi, utilizing the mobility of the taxi and the characteristics of the charging and charging can be performed as needed, so that the user obtains the preset geographical range through the mobile terminal.
  • the position information of the taxi of the charging treasure can be notified to the surrounding taxi to send the charging treasure.
  • the taxi can be sent to the charging treasure in time to solve the problem of inconvenience to people's lives, and at the same time, the income of the taxi driver can be increased.
  • FIG. 1 is a schematic flow chart of an embodiment of a method for renting a charging treasure based on a two-dimensional code according to the present invention.
  • FIG. 2 is a schematic structural diagram of an embodiment of a two-dimensional code-based rental charging treasure system according to the present invention.
  • the method in this embodiment includes the steps of:
  • S101 setting a taxi ID and a charging treasure in the taxi, setting the charging treasure ID in the charging treasure, and matching and matching the taxi ID and the charging treasure ID.
  • the number of private cars in China is huge, and a large number of cars are also included in the ranks of taxis.
  • the service of the taxi can be used to send the charging treasure service to the user who needs to use the charging treasure.
  • the charging treasure on the taxi car there is a locking charging device on the taxi car for locking the charging treasure; the locking charging device is provided with the locking ID, the charging treasure is provided with the charging treasure ID; the charging treasure is locked in the locking
  • the locking ID is matched with the charging treasure ID; thus, all the taxis or bicycles having the same type of locking charging device can be used for the charging treasure to be borrowed.
  • the QR code includes the information of the charging treasure ID, that is, each charging treasure corresponds to a charging treasure ID.
  • the user scans the two-dimensional code through the 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 locking charging device corresponding to the corresponding matching first ID, and Issue an unlock command.
  • the two-dimensional code is disposed on the locking charging device, and the two-dimensional code includes a first ID (ie, each locking charging device corresponds to a first ID).
  • the user scans the two-dimensional code through the mobile terminal to obtain the first ID, and sends an unlock request to the server, and the server obtains the charging treasure ID to search for the locking charging device corresponding to the corresponding matching first ID, and Issue an unlock command.
  • This type of setting is more suitable for passengers in the vicinity of the charging treasure.
  • the first mobile terminal uploads a first geographic location and issues a request for charging the charging; the taxi in the first preset geographic location receives the request and sends the charging treasure.
  • the first geographical location can be uploaded through the mobile phone and the charging treasure request is issued; the system automatically matches and obtains the taxi in the first preset geographical location (the first geographical location range here) It refers to the area formed by drawing the circle with the first geographical position as the center. The corresponding taxi receives the request and then sends the charging treasure. 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 taxi needs to be sent from a farther place.
  • the distance between the distances is prioritized (the higher the priority is, the higher the priority is), and the user is automatically matched.
  • S103 Generate a first two-dimensional code including a taxi ID by using the taxi ID, and when the first mobile terminal scans the first two-dimensional code, the taxi ID is unbound with the charging treasure ID, and the first mobile terminal corresponds to The first ID is bound to the charging treasure ID, and the first mobile terminal is marked to succeed by charging the treasure.
  • the first two-dimensional code is obtained from the driver.
  • the taxi ID is bound to the charging treasure ID
  • the server calibrates the charging treasure on the taxi.
  • the server unbinds the taxi ID from the charging treasure ID according to the information sent by the first mobile terminal.
  • the first ID corresponding to the first mobile terminal is bound to the charging treasure ID, and the user is successfully credited by the charging treasure.
  • the taxi car After receiving the user's request, the taxi car sends the charging treasure and generates the first two-dimensional code containing the taxi ID, which means that the taxi driver receives the charging request from the user and sends the charging treasure to the user according to the navigation or route.
  • the taxi driver uses the taxi ID to generate the first two-dimensional code.
  • the taxi driver will generate the first QR code to scan the user when the user borrows the charging treasure.
  • the charging treasure can be borrowed. This way of charging the treasure, only the taxi driver to borrow the charging code to borrow the charging treasure, and then put 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.
  • the locking charging device is used to lock the charging treasure; the locking charging device is provided with the locking ID, the charging treasure is provided with the charging treasure ID; the shared charging treasure is locked to the locking charging device (charging When the treasure can be charged at this time, the locking ID is matched with the charging treasure ID; when unlocking, the mobile terminal scans the two-dimensional code on the shared charging treasure to obtain the charging treasure ID and notifies the locking ID correspondingly Lock the charging device to unlock it.
  • 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, a locking ID is set on the locking charging device, and a solar energy storage mechanism 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 is mainly that the user holds the charging treasure to perform on the shared bicycle, and the locking ID and the charging treasure ID can be artificially matched and matched (such as the user's mobile phone click); or by sensing or Automatic matching binding for server communication.
  • 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.
  • the first two-dimensional code on the shared charging treasure can be scanned by using the mobile terminal of the taxi driver; the charging treasure ID is obtained and the locking charging device corresponding to the first ID is notified to unlock. Since the taxi can send more than one charging treasure to the corresponding user, the taxi driver can set the ID matching with one or more shared charging treasures, that is, the mobile terminal ID of the taxi driver can match N charging treasure IDs. .
  • a multi-tasking delivery multi-user charging treasure delivery method is also provided, including: obtaining the number of users who need to use the charging treasure within the preset range and corresponding geographical location information; the taxi is based on its own geographical location information and the charging treasure in the vehicle. The quantity to send the charging treasure.
  • the first mobile terminal and the second mobile terminal issue a request for charging 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 geographic location is set as the starting point; the first geographic location and the second geographic location are respectively 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 and the second sending charging path are When traveling on the same route, it is dispatched directly by the taxi.
  • first charging charging path and the second charging charging path are not in the same path, calculating the total time for the charging vehicle to send the charging treasure to the first user and the second user; if the total time of sending the charging treasure is greater than the preset time Threshold.
  • the second user is only sent to the first user to charge the treasure; secondly, by acquiring the taxi with no shared charging treasure within the preset range of the first charging and charging treasure path, It is set to be able to send the charging treasure taxi and carry on the charging treasure handover (that is, to find the second taxi in the first parachute path, transfer the corresponding umbrella and the second geographic location to the second taxi, and the second taxi to the second taxi
  • the user performs the umbrella delivery; then the current geographic location of the spellable charging treasure taxi is set as the starting point of the charging charging treasure; the second geographic location is used as the end point, and the second charging charging treasure path is generated and charged according to the distance.
  • the third mobile terminal and the fourth user issue the charging treasure request and the separately uploaded third geographic location and the fourth geographic location, and may also perform the spelling charging processing, and so on.
  • the first mobile terminal scans the first two-dimensional code on the shared charging treasure by using the mobile terminal, acquires the charging treasure ID, and notifies the locking charging device corresponding to the first ID to unlock. 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 shared charging treasure. Since the user needs to go to the bicycle beside the charging treasure, it is sometimes necessary for some users to use the charging treasure without charging treasure, while other users do not want to charge the treasure but it is more troublesome to go far.
  • the present invention also adopts a method: when the first mobile terminal scans the two-dimensional code on the shared 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 shared charging treasure by sharing the bicycle, and the corresponding first ID is matched with the charging treasure ID corresponding to the shared charging treasure, and the first ID is matched. At this point, it is unmatched with the charging treasure ID.
  • the first mobile terminal 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.
  • 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.
  • the first user here uses the first mobile terminal and the second user uses the second mobile terminal.
  • FIG. 2 is a schematic structural view showing an embodiment of a taxi-based rental charging system according to the present invention.
  • a two-dimensional code-based rental charging treasure system comprising: a signal-connected taxi, a first mobile terminal and a server; the taxi vehicle is provided with a taxi ID and a charging treasure; the charging treasure is provided with a charging treasure ID, the taxi ID And the charging treasure ID is matched and bound; the first mobile terminal is configured to upload the first geographic location and issue a charging treasure request; the taxi in the first preset geographic location range receives the request and then sends the charging treasure and generates the a first two-dimensional code of the taxi ID; the server is configured to unbind the taxi ID from 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 With charging treasure ID.
  • the taxi car After receiving the user's request, the taxi car sends the charging treasure and generates a first two-dimensional code containing the taxi ID, which means that the taxi driver receives the charging request from the user, and then sends the charging treasure to the user according to the navigation or route.
  • the taxi driver uses the taxi ID to generate the first two-dimensional code.
  • the taxi driver will generate the first QR code to scan the user when the user borrows the charging treasure.
  • the charging treasure can be borrowed. This way of charging the treasure, only the taxi driver to borrow the two-dimensional code to borrow the charging treasure, and then the charging treasure can be prevented in the car.
  • the cost is relatively low, and it is easy to manage confusion or loss when placing multiple charging treasures.
  • the taxi can also be provided with a locking charging device, the locking charging device is used for locking the charging treasure; the locking charging device is provided with the locking ID, the charging treasure is provided with the charging treasure ID; the shared charging When the lock is locked to the locking charging device, the locking ID is matched with the charging treasure ID; when unlocking, the mobile terminal is used to scan the two-dimensional 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.
  • the locking and charging device on the taxi can also be set on the shared bicycle, so that the rental bicycle can also be used to rent the bicycle.
  • 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.
  • 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.
  • 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.
  • the temporary mobile phone has no electricity, there may be more than two or three people using the charging treasure.
  • the taxi needs to be sent from a farther place.
  • it is necessary to set a range of travel so that the taxi time does not cost too much. .
  • the taxi driver replenishes the charging treasure: the first two-dimensional code on the shared charging treasure can be scanned by using the mobile terminal of the taxi driver; the charging treasure ID is obtained and the locking charging device corresponding to the first ID is notified to unlock. Since the taxi can send more than one charging treasure to the corresponding user, the taxi driver can set the ID matching with one or more shared charging treasures, that is, the mobile terminal ID of the taxi driver can match N charging treasure IDs. .
  • the charging treasure ID is matched with the first ID of the first mobile terminal; at this time, the locking ID is unmatched with the charging treasure ID.
  • the mobile terminal can borrow the charging treasure.
  • unlocking the first mobile terminal scans the first two-dimensional code on the shared charging treasure by using the mobile terminal, acquires 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 is automatically matched with the charging treasure ID, thereby marking the user borrowing the shared charging treasure.
  • the present invention also adopts a 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 is matched with the charging treasure ID; that is, the first mobile terminal borrows the shared charging treasure by sharing the bicycle, and the corresponding first ID is matched with the charging treasure ID corresponding to the shared charging treasure, and the lock is locked. The tight ID is now unmatched with the charging treasure ID.
  • the first mobile terminal 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.
  • 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.
  • the present invention proposes a method for renting and charging treasure based on two-dimensional code, which utilizes the mobility and autonomous mobility of the taxi, and sets the rental charging treasure on the taxi, and needs charging when the user encounters an emergency.
  • 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 method for renting a charging treasure based on a two-dimensional code, and setting a taxi ID and a charging treasure on a taxi; the charging treasure is provided with a charging treasure ID, and the taxi ID and the charging treasure ID are matched and bound.
  • the first mobile terminal uploads the first geographic location and issues a request for charging the treasure; the taxi in the first preset geographic location receives the request and sends the charging treasure; and uses the taxi ID to generate the first two-dimensional with the taxi ID a code, when the first mobile terminal scans the first two-dimensional code, the taxi ID is unbound from the charging treasure ID, and the first ID corresponding to the first mobile terminal and the charging treasure are ID binding, marking that the first mobile terminal succeeds by charging the treasure.
  • the locking charging device is provided with a locking ID and a solar energy storage mechanism, a locking mechanism and a waterproof mechanism respectively capable of being physically combined with the charging treasure;
  • the energy 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, and preventing Forming a short circuit by entering the water; when the charging treasure ID is matched and matched with the locking ID, releasing the first ID corresponding to the first mobile terminal and binding the charging treasure ID; the charging treasure ID The corresponding charging treasure is returned to the shared bicycle corresponding to the locking ID.
  • 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, and the first mobile terminal and the second mobile terminal are received, the charging request is sent and separately uploaded.
  • a first geographic location and 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 treasure path and a second charging treasure Path; when the first charging treasure path and the second charging treasure path are in the same path, directly dispatched by the taxi; when the first charging charging path and the second charging charging path are not in the same path, calculating the taxi to the first
  • the total time for sending the charging treasure to the charging terminal of the mobile terminal and the second mobile terminal if the total time of the charging charging treasure is greater than the preset time threshold, obtaining the taxi with no shared charging treasure within the preset range of the first charging charging path , set it to be able to spell the charging treasure taxi and carry on the
  • the invention also provides a two-dimensional code-based rental charging treasure system, comprising: a signal-connected taxi, a first mobile terminal and a server; the taxi vehicle is provided with a taxi ID and a charging treasure; and the charging treasure is provided 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 issues a charging treasure request; the taxi in the first preset geographic location receives the request and sends the charging And generating a first two-dimensional code including a taxi ID; the server is configured to unbind the taxi ID and the charging treasure ID when the first mobile terminal scans the first two-dimensional code; The first ID corresponding to the first mobile terminal and the charging treasure ID.
  • the locking charging device is provided with a locking ID and a solar energy storage mechanism, a locking mechanism and a waterproof mechanism respectively capable of being physically combined with the charging treasure;
  • the energy 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, and preventing Forming a short circuit by entering the water; when the charging treasure ID is matched and matched with the locking ID, releasing the first ID corresponding to the first mobile terminal and binding the charging treasure ID; the charging treasure ID The corresponding charging treasure is returned to the shared bicycle corresponding to the locking ID.
  • the invention adopts a rental charging method based on two-dimensional code, and sets a charging treasure on the taxi, the taxi sets the taxi ID, the charging treasure sets the charging treasure ID, and matches the taxi ID and the charging treasure ID; the first mobile terminal Uploading the first geographic location and issuing a charging request; the taxi in the first preset geographic location receives the request and then sends the charging treasure; the taxi driver uses the taxi ID to generate the first two-dimensional code containing the taxi ID, when the first When the mobile terminal scans the first two-dimensional code, the taxi ID is unbound with the charging treasure ID, and the first ID corresponding to the first mobile terminal is bound to the charging treasure ID, and the first mobile terminal is marked to succeed by charging the treasure.
  • the taxi can be used to charge the charging treasure by using the characteristics of the taxi that can be charged and highly mobile, and solve the problems in people's lives, and has industrial applicability.

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Abstract

一种基于二维码的租借充电宝方法和租借充电宝系统，所述方法在计程车上设置充电宝，计程车设置计程车ID、充电宝设置充电宝ID，将计程车ID及充电宝ID进行匹配绑定；第一移动终端上传第一地理位置并发出用充电宝请求；第一预设地理位置范围内的所述计程车接受请求后送充电宝；计程车司机利用计程车ID生成含有计程车ID的第一二维码，当第一移动终端扫描第一二维码时，计程车ID与充电宝ID解除绑定、第一移动终端对应的第一ID与充电宝ID绑定，标记第一移动终端借充电宝成功。通过在计程车上设置充电宝，利用计程车的即可充电又机动性高的特点，来通知周围的计程车送充电宝，解决人们生活不便的问题。

Description

一种基于二维码的租借充电宝方法及系统 技术领域
本发明涉及一种工具共享领域，特别涉及一种基于二维码的租借充电宝方法及系统。
 背景技术
随着移动终端的的发展，智能手机及各种智能设备的应用越来越广泛，然而由于智能手机及各种智能设备的电池容量往往较小，使用时间较短。人们外出或旅游时，由于电池容量的问题，经常会出现智能手机及各种智能设备电量耗尽的情况，因而需要自己带一个充电宝在身上。而目前的充电宝大多数比较占用空间，用户需要带包出行，给轻装出行带来一定的不便。另外，由于用手机及智能设备的强度不同，导致一个充电宝电量耗光的情况时有发生。
 技术问题
共享充电宝是近年来比较普遍的产品。其将充电宝设置在餐厅、酒店里，需要人们去到那些地方进行消费才可以借到充电宝，用户用完充电宝后还需要专门跑到指定地点进行归还。由于这种归还点较少，导致大量用户借了充电宝不方便归还乃至不还。而仅仅利用租借充电宝可以定位及用户身份绑定，也无法从本质上解决用户还充电宝难的问题。用户在逛街的时候出现手机或智能设备电量低需要充电的时，急需充电宝充电的情况，大部分情况是没办法及时解决的。充电宝及计程车如何有效地结合，如何有效地为人们服务，成为一个未来亟待解决的问题。同时，将充电宝与计程车有效结合的新模式，怎样让其产生效益也成为一个需要解决的问题。
 技术解决方案
基于上述情况，本发明提出了一种基于二维码的租借充电宝方法，利用了计程车的机动性及自主移动性，将租借充电宝设置在计程车上，当用户遇到紧急情况需要用到充电宝时，可以通过手机呼叫计程车进行送充电宝。这样，一方面可以利用计程车的机动性将充电宝送到一些不是很方便的地方；另一方面也可以增加计程车司机的收入。
本发明提供了一种基于二维码的租借充电宝方法，在计程车上设置计程车ID及充电宝；充电宝设置充电宝ID，将计程车ID及所述充电宝ID进行匹配绑定；第一移动终端上传第一地理位置并发出用充电宝请求；第一预设地理位置范围内的计程车接受请求后送充电宝；利用计程车ID生成含有计程车ID的第一二维码，当第一移动终端扫描第一二维码时，计程车ID与充电宝ID解除绑定，将第一移动终端对应的第一ID与充电宝ID绑定，标记第一移动终端借充电宝成功。
在共享单车上设置一锁紧充电装置，锁紧充电装置上设置锁紧ID以及能与充电宝分别物理组接的太阳能储能机构、锁紧机构、防水机构；太阳能储能机构用于收集太阳能、存储电能，并给充电宝充电；锁紧机构用于将充电宝锁紧固定；防水机构用于保护充电宝及太阳能储能机构的电路，防止进水而形成短路；当充电宝ID与锁紧ID进行匹配绑定时，解除第一移动终端对应的第一ID与充电宝ID绑定；充电宝ID对应的充电宝归还于锁紧ID对应的共享单车上。
 有益效果
相较于现有技术，本发明操作简单，通过在计程车上设置有充电宝，利用计程车的机动性及可随需要进行送充电宝的特点，让用户通过移动终端获取预设地理位置范围内拥有所述充电宝的所述计程车的位置信息；就可以通知周围的计程车送充电宝。在手机或其他智能设备没电的情况下，可以让计程车及时送充电宝，解决人们生活不便的问题，同时也可以增加计程车司机的收入。
 附图说明
图1是本发明的一种基于二维码的租借充电宝方法实施例的流程示意图。
图2是本发明的一种基于二维码的租借充电宝系统实施例的结构示意图。
 本发明的最佳实施方式
以下结合其中的较佳实施方式对本发明方案进行详细阐述。
如图1所示，本实施例中的方法包括步骤：
S101：在计程车中设置计程车ID及充电宝、所述充电宝设置充电宝ID，将计程车ID及充电宝ID进行匹配绑定。
当前国内私家车的数量庞大，很大一部分车还加入计程车的行列。利用计程车的普遍性及机动性，可以在上面设置与计程车有信息匹配的充电宝。这样就可以利用打车的服务给需要用充电宝的用户进行送充电宝服务。在计程车上设置充电宝时：在计程车上设有一锁紧充电装置，用于锁紧充电宝；锁紧充电装置设有锁紧ID、充电宝设有充电宝ID；充电宝锁紧于锁紧充电装置时，锁紧ID与所述充电宝ID进行匹配；这样，所有拥有相同类型的锁紧充电装置的计程车或单车就可以让充电宝进行借还。由于目前获取充电宝或锁紧充电装置ID的方式主要还是通过感应或者二维码来获得。感应的方式相对简单，只需要在锁紧充电装置或者充电宝上设置对应的感应设备，即可实现。二维码的设置方式则主要有两种方式：第一、将二维码设置在充电宝上，该二维码包括了充电宝ID的信息，即是每一个充电宝对应一个充电宝ID。在租借充电宝时，用户通过移动终端扫描该二维码，获取充电宝ID，同时向服务器发出解锁请求，服务器获取到充电宝ID搜索到对应匹配的第一ID对应的锁紧充电装置，并发出解锁指令。第二、将二维码设置在锁紧充电装置上，该二维码包括第一ID（即是每一个锁紧充电装置对应一个第一ID）。在租借充电宝时，用户通过移动终端扫描该二维码，获取第一ID，同时向服务器发出解锁请求，服务器获取到充电宝ID搜索到对应匹配的第一ID对应的锁紧充电装置，并发出解锁指令。这种方式的设定比较适合乘客在接近充电宝的地方。而还有一种方式是有司机使用移动终端来生成计程车ID对应的二维码。这种比较适合于乘客与司机交流后，由司机当面利用移动终端生成。这几种方式本质是为了能让计程车ID与充电宝ID绑定后，可以利用其他二维码进行一个解锁及绑定，作为实现“借”的介质。
S102：所述第一移动终端上传第一地理位置并发出用充电宝请求；第一预设地理位置范围内的所述计程车接受请求后送充电宝。
当用户遇到一些特殊情况需要用充电宝时，可以通过手机上传第一地理位置并发出用充电宝请求；系统自动匹配获取第一预设地理位置范围内的计程车(这里的第一地理位置范围是指以第一地理位置为圆心画圆的所形成的区域)，对应的计程车接受请求后送充电宝请。此时，系统自动匹配给计程车司机，这样就可以利用计程车时间空闲的时间，给有需要的用户送充电宝。由于借充电宝的人是有偿借充电宝，送充电宝的司机可以从用户支付的用充电宝费用里面进行分成，这样既可以解决当前用户用充电宝的问题，又可以增加计程车及充电宝租赁公司的收益。现实中，由于临时手机没电要用充电宝的人可能会超过两三个人，这时候需要计程车从更远的地方送过来，这里需要设置一个路程范围，使得计程车时间不需要花费过多的成本。因而，当充电宝不在第一预设地理位置范围内且有需要用户通过移动终端发出请求送充电宝指令时，计程车启动计费模式，此时可以根据计程车与用户的距离进行计费，并显示给用户进行选择；用户选择后通过第一移动终端发送用充电宝请求。当然可以根据系统自动筛选，以距离的远近为优先级（越近优先级越高），为用户进行自动匹配。
S103：利用计程车ID生成含有计程车ID的第一二维码，当第一移动终端扫描所述第一二维码时，所述计程车ID与所述充电宝ID解除绑定、第一移动终端对应的第一ID与充电宝ID绑定，标记第一移动终端借充电宝成功。
当计程车根据用户请求，开到指定地点后。向司机获取第一二维码，此时计程车ID与所述充电宝ID为绑定状态，服务器标定充电宝在计程车上。当用户使用第一移动终端扫描第一二维码时，服务器根据第一移动终端发出的信息，将计程车ID与所述充电宝ID解除绑定。同时将第一移动终端对应的第一ID与所述充电宝ID绑定，标记用户借充电宝成功。计程车接受用户请求后进行送充电宝并生成含有计程车ID的第一二维码，是指计程车司机接受到用户的用充电宝请求后，根据导航或路线将充电宝送到用户身边。用户要借充电宝的时候，计程车司机利用计程车ID生成第一二维码。计程车司机在用户借充电宝的时候将生成第一二维码给用户扫描，用户扫描了二维码后，就可以借取该充电宝。这种借充电宝方式，只需要计程车司机通过扫描二维码的方式去借取充电宝，然后将充电宝放置在车内即可。成本相对比较低，同时放置多个充电宝的时候容易管理混乱或遗失。
计程车上设有一锁紧充电装置，锁紧充电装置用于锁紧充电宝；锁紧充电装置设有锁紧ID、充电宝设有充电宝ID；共享充电宝锁紧于锁紧充电装置(充电宝此时可以充电)时，锁紧ID与所述充电宝ID进行匹配；开锁时，使用移动终端扫描所述共享充电宝上的二维码，获取充电宝ID并通知所述锁紧ID对应的锁紧充电装置进行解锁。这种在计程车上设置锁紧充电装置的方式，需要增加一个可以锁紧固定N个充电宝的结构，成本相对会高一些，但是可以将充电宝固定整齐地放在一个地方，管理简单且不需要司机来生成二维码。
由于还充电宝到回到计程车上需要专门呼叫计程车来进行归还，势必会产生一些不必要的成本。而现实生活中共享单车在很多大街小巷都可以寻找到。在共享单车上设置第二锁紧充电装置，充电宝就可以通过第二锁紧充电装置进行锁紧，用户则可以通过共享单车进行还充电宝。与在计程车上的第一锁紧充电装置相似，在共享单车上设置第二锁紧充电装置，锁紧充电装置上设置锁紧ID以及能与所述充电宝分别物理组接的太阳能储能机构、锁紧机构、防水机构；这里的物理组接是只太阳能储能机构充电输出口与充电宝的输入口接口连接并可以进行充电；锁紧机构通过扣锁、压力锁等方式将充电宝固定锁在锁紧充电装置上；防水机构用于形成一个可以装充电宝的空腔，让充电宝可以放置在里面。太阳能储能机构用于收集太阳能、存储电能，并给所述充电宝充电；锁紧机构用于将充电宝锁紧固定；防水机构用于保护充电宝及太阳能储能机构的电路，防止进水而形成短路；当充电宝ID与锁紧ID进行匹配绑定时，解除所述第一移动终端对应的第一ID与充电宝ID绑定；充电宝ID对应的充电宝归还于锁紧ID对应的共享单车上,并标记用户还充电宝成功并结束计费。这样，所有拥有相同类型的锁紧充电装置的单车就可以让充电宝进行借还。这里的匹配绑定主要是用户拿着充电宝到在共享单车上进行还，锁紧ID与所述充电宝ID可以是人为上传匹配绑定（如用户手机点击）；也可以是通过感应或与服务器通讯的自动匹配绑定。
作为一个更好的实施例子，计程车可以不断获取第二预设地理位置范围内拥有充电宝的共享单车的数量；当数量大于预设阈值时，通知计程车到所述第二预设地理位置范围内取充电宝。由于大部分人都以方便为原则，所以必定会有一些单车会非常集中在某些人流较多的地方，很多充电宝也会跟着这些单车一起。由于还充电宝在单车的人较多，会导致计程车内没有充电宝可用，计程车司机需要去充电宝较多的地方补充充电宝，才可以不断地利用计程车将充电宝送到更合适的位置。计程车司机补充充电宝的方式：可以通过利用计程车司机的移动终端扫描共享充电宝上的第一二维码；获取充电宝ID并通知所述第一ID对应的锁紧充电装置进行解锁。由于计程车一次路程可以送多个充电宝给对应的用户，因而此处设定计程车司机可以与一个或一个以上的共享充电宝进行ID匹配，即计程车司机的移动终端ID可以匹配N个充电宝ID。这里还提供一个多计程车派送多用户充电宝的派送方法，包括：获取预设范围内需要用充电宝的用户数量及其对应的地理位置信息；计程车根据本身的地理位置信息及车内的充电宝数量来派送充电宝。此处以两人两车为例子，第一移动终端和第二移动终端发出用充电宝请求并分别上传第一地理位置及第二地理位置；当计程车上充电宝数量大于或等于二时，计程车将当前地理位置设为起点；分别以第一地理位置及第二地理位置为终点，生成第一送充电宝路径及第二送充电宝路径；当第一送充电宝路径与第二送充电宝路径在同一路径时，直接由计程车进行派送。若当第一送充电宝路径与第二送充电宝路径的不在同一路径，计算计程车给第一用户及第二用户送充电宝的送充电宝总时间；若送充电宝总时间大于预设时间阈值。则有两种方案处理：第一、剔除第二用户只给第一用户送充电宝；第二、通过获取所述第一送充电宝路径的预设范围内没有共享充电宝的计程车，将其设置为可拼送充电宝计程车并进行充电宝交接（即在第一送伞路径中寻找第二计程车，将对应的雨伞及第二地理位置转给第二计程车，由第二计程车进行对第二用户进行雨伞派送）；然后将可拼送充电宝计程车当前地理位置设为拼送充电宝起点；以第二地理位置为终点，生成第二拼送充电宝路径并根据路程进行计费。同样的，第三移动终端及第四用户发出充电宝请求及分别上传的第三地理位置、第四地理位置，也可以进行拼送充电宝处理，以此类推。
开锁时，第一移动终端使用移动终端扫描所述共享充电宝上的第一二维码，获取所述充电宝ID并通知所述第一ID对应的所述锁紧充电装置进行解锁。当解锁后，第一移动终端对应的第一ID会自动与充电宝ID进行匹配，以此来标记用户借了共享充电宝。由于用户借充电宝后归还需要特意去单车旁边还，导致有时候一些用户急需用充电宝的用户无充电宝可用，而另一些用户则没有想还充电宝却比较麻烦要走较远的路程。为了解决不同用户因为用充电宝需求带来的不必要麻烦，本发明还采用了下来的方法：当第一移动终端扫描所述共享充电宝上的二维码时，第一移动终端对应的第一ID与充电宝ID进行匹配绑定；即第一移动终端通过共享单车借了共享充电宝，他对应的第一ID此时与共享充电宝对应的充电宝ID匹配绑定，而第一ID此时则与充电宝ID解除匹配绑定。由于第一移动终端用完充电宝后准备归还或者不想走路想找其他人帮他还充电宝的时候，他可以利用第一ID生成第二二维码；然后让需要借充电宝的第二移动终端进行扫描。若第二移动终端扫描了该第二二维码；则解除第一ID与充电宝ID进行匹配绑定，将第二移动终端对应的第二ID与充电宝ID进行匹配绑定。这个时候，借充电宝的情况则由第一移动终端转到第二移动终端那边,这样计费的方式也因用户的不同而进行不同计费。同时也是一个更快还充电宝的方式，因为大部分时候，一个用户刚用完充电宝就想还充电宝，而刚好有另外的用户则要用充电宝。可以利用第一移动终端还充电宝让第二移动终端借充电宝来同时解决两个用户的需求问题，同时节约借还充电宝的成本。这里的第一个用户用第一移动终端，第二个用户用第二移动终端。
图2中示出了本发明的一种基于计程车的租借充电宝系统实施例的结构示意图。
一种基于二维码的租借充电宝系统，包括：信号连接的计程车、第一移动终端及服务器；所述计程车上设置计程车ID及充电宝；所述充电宝设置充电宝ID，所述计程车ID及所述充电宝ID进行匹配绑定；第一移动终端用于上传第一地理位置并发出用充电宝请求；第一预设地理位置范围内的所述计程车接受请求后送充电宝并生成含有计程车ID的第一二维码；服务器用于当第一移动终端扫描第一二维码时，将计程车ID与所述充电宝ID解除绑定；并绑定第一移动终端对应的第一ID与充电宝ID。
计程车接受用户请求后进行送充电宝并生成含有计程车ID的第一二维码，是指计程车司机接受到用户的的用充电宝请求后，根据导航或路线将充电宝送到用户身边。用户要借充电宝的时候，计程车司机利用计程车ID生成第一二维码。计程车司机在用户借充电宝的时候将生成第一二维码给用户扫描，用户扫描了二维码后，就可以借取该充电宝。这种借充电宝方式，只需要计程车司机通过扫描二维码的方式去借取充电宝，然后将充电宝防止在车内即可。成本相对比较低，同时放置多个充电宝的时候容易管理混乱或遗失。
作为一个更好的实施例子，计程车上还可以设有一锁紧充电装置，锁紧充电装置用于锁紧充电宝；锁紧充电装置设有锁紧ID、充电宝设有充电宝ID；共享充电宝锁紧于锁紧充电装置时，锁紧ID与所述充电宝ID进行匹配；开锁时，使用移动终端扫描所述共享充电宝上的二维码，获取充电宝ID并通知所述锁紧ID对应的锁紧充电装置进行解锁。这种在计程车上设置锁紧充电装置的方式，需要增加一个可以锁紧固定N个充电宝的结构，成本相对会高一些，但是可以将充电宝固定整齐地放在一个地方，管理简单且不需要司机来生成二维码。
作为一个更好的实施例子，将计程车上的锁紧充电装置也可以设置在共享单车上，这样在计程车上借租借充电宝也可以利用共享单车来还。当用户遇到一些特殊情况需要用充电宝时，可以通过手机获取预设地理位置范围内拥有充电宝的计程车，并向计程车提出送充电宝请求。此时，系统自动匹配给计程车司机，这样就可以利用计程车时间空闲的时间，给有需要的用户送充电宝。由于借充电宝的人是有偿借充电宝，送充电宝的司机可以从用户支付的用充电宝费用里面进行分成，这样既可以解决当前用户用充电宝的问题，又可以增加计程车及充电宝租赁公司的收益。由于单车的数量较多且可以摆放在一些大楼或用户较为方便到的地方，一旦人较多地聚集在某个地方的时候，就会出现很多租借充电宝在单车上，而很多计程车没有充电宝的情况。这时候，服务器可以获取第二预设地理位置范围内拥有充电宝的共享单车的数量；当所述数量大于预设阈值时，通知计程车到第二预设地理位置范围内取充电宝。现实中，由于临时手机没电要用充电宝的人可能会超过两三个人，这时候需要计程车从更远的地方送过来，这里需要设置一个路程范围，使得计程车时间不需要花费过多的成本。所以可能需要计程车从更远的地方送过来，这里需要设置一个路程范围，使得计程车时间不需要花费过多的成本。只有计程车司机需要去充电宝较多的地方补充充电宝，才可以不断地利用计程车将充电宝送到更合适的位置。计程车司机补充充电宝的方式：可以通过利用计程车司机的移动终端扫描共享充电宝上的第一二维码；获取充电宝ID并通知所述第一ID对应的锁紧充电装置进行解锁。由于计程车一次路程可以送多个充电宝给对应的用户，因而此处设定计程车司机可以与一个或一个以上的共享充电宝进行ID匹配，即计程车司机的移动终端ID可以匹配N个充电宝ID。
锁紧充电装置锁紧时，充电宝ID与第一移动终端的第一ID进行匹配；此时，锁紧ID与充电宝ID解除匹配。若通过第一ID生成第二二维码；当第二移动终端利用移动终端扫描所述第二二维码时，所述第二移动终端的第二ID与充电宝ID进行匹配；然后第二移动终端就可以借取充电宝了。开锁时，第一移动终端使用移动终端扫描所述共享充电宝上的第一二维码，获取所述充电宝ID并通知所述锁紧ID对应的所述锁紧充电装置进行解锁。当解锁后，第一移动终端对应的第一ID会自动与充电宝ID进行匹配，以此来标记用户借了共享充电宝。由于用户借充电宝后归还需要特意去单车旁边还，导致有时候一些用户急需用充电宝的用户无充电宝可用，而另一些用户则没有想还充电宝却比较麻烦要走较远的路程。为了解决不同用户因为用充电宝需求带来的不必要麻烦，本发明还采用了下来的方法：当第一移动终端扫描所述共享充电宝上的第一二维码时，第一移动终端对应的第一ID与充电宝ID进行匹配绑定；即第一移动终端通过共享单车借了共享充电宝，它对应的第一ID此时与共享充电宝对应的充电宝ID匹配绑定，而锁紧ID此时则与充电宝ID解除匹配绑定。由于第一移动终端用完充电宝后准备归还或者不想走路想找其他人帮他还充电宝的时候，他可以利用第一ID生成第二二维码；然后让需要借充电宝的第二移动终端进行扫描。若第二移动终端扫描了该第二二维码；则解除第一ID与充电宝ID进行匹配绑定，将第二移动终端对应的第二ID与充电宝ID进行匹配绑定。这个时候，借充电宝的情况则由第一移动终端转到第二移动终端那边,这样计费的方式也因用户的不同而进行不同计费。同时也是一个更快还充电宝的方式，因为大部分时候，一个用户刚用完充电宝就想还充电宝，而刚好有另外的用户则要用充电宝。可以利用第一移动终端还充电宝让第二移动终端借充电宝来同时解决两个用户的需求问题，同时节约借还充电宝的成本。
本系统应用了本发明实施例的方法，带来的好处与方法实施例中的内容相同，此处不再展开描述。
 本发明的实施方式
基于上述情况，本发明提出了一种基于二维码的租借充电宝方法，利用了计程车的机动性及自主移动性，将租借充电宝设置在计程车上，当用户遇到紧急情况需要用到充电宝时，可以通过手机呼叫计程车进行送充电宝。这样，一方面可以利用计程车的机动性将充电宝送到一些不是很方便的地方；另一方面也可以增加计程车司机的收入。
本发明提供了一种基于二维码的租借充电宝方法，在计程车上设置计程车ID及充电宝；所述充电宝设置充电宝ID，将所述计程车ID及所述充电宝ID进行匹配绑定；所述第一移动终端上传第一地理位置并发出用充电宝请求；第一预设地理位置范围内的所述计程车接受请求后送充电宝；利用计程车ID生成含有计程车ID的第一二维码，当所述第一移动终端扫描所述第一二维码时，所述计程车ID与所述充电宝ID解除绑定，将所述第一移动终端对应的第一ID与所述充电宝ID绑定，标记所述第一移动终端借充电宝成功。
在共享单车上设置一锁紧充电装置，所述锁紧充电装置上设置锁紧ID以及能与所述充电宝分别物理组接的太阳能储能机构、锁紧机构、防水机构；所述太阳能储能机构用于收集太阳能、存储电能，并给所述充电宝充电；所述锁紧机构用于将充电宝锁紧固定；所述防水机构用于保护充电宝及太阳能储能机构的电路，防止进水而形成短路；当所述充电宝ID与所述锁紧ID进行匹配绑定时，解除所述第一移动终端对应的第一ID与所述充电宝ID绑定；所述充电宝ID对应的充电宝归还于所述锁紧ID对应的共享单车上。
获取第二预设地理位置范围内拥有所述充电宝的所述共享单车的数量；当所述数量大于预设阈值时，通知计程车到所述第二预设地理位置范围内取充电宝。
根据所述第一ID生成第二二维码；当第二移动终端扫描所述第二二维码时，解除所述第一移动终端对应的第一ID与所述充电宝ID绑定；所述第二移动终端的第二ID与所述充电宝ID进行匹配；所述第二移动终端借取所述充电宝。
所述计程车ID可以与若干所述充电宝ID进行匹配绑定；当计程车上充电宝数量大于或等于二时，且接收到第一移动终端和第二移动终端发出用充电宝请求及分别上传的第一地理位置、第二地理位置；计程车将当前地理位置设为起点；分别以所述第一地理位置及所述第二地理位置为终点，生成第一送充电宝路径及第二送充电宝路径；当第一送充电宝路径与第二送充电宝路径在同一路径时，直接由计程车进行派送；当第一送充电宝路径与第二送充电宝路径的不在同一路径，计算计程车给第一移动终端及第二移动终端送充电宝的送充电宝总时间；若送充电宝总时间大于预设时间阈值，获取所述第一送充电宝路径的预设范围内没有共享充电宝的计程车，将其设置为可拼送充电宝计程车并进行充电宝交接；将所述可拼送充电宝计程车当前地理位置设为拼送充电宝起点；以第二地理位置为终点，生成第二拼送充电宝路径并根据路程并让所述可拼送充电宝计程车送充电宝。
本发明还提供了种基于二维码的租借充电宝系统，包括：信号连接的计程车、第一移动终端及服务器；所述计程车上设置计程车ID及充电宝；所述充电宝设置充电宝ID，所述计程车ID及所述充电宝ID进行匹配绑定；所述第一移动终端上传第一地理位置并发出用充电宝请求；第一预设地理位置范围内的所述计程车接受请求后送充电宝并生成含有计程车ID的第一二维码；所述服务器用于当第一移动终端扫描第一二维码时，将所述计程车ID与所述充电宝ID解除绑定；并绑定所述第一移动终端对应的第一ID与所述充电宝ID。
在共享单车上设置一锁紧充电装置，所述锁紧充电装置上设置锁紧ID以及能与所述充电宝分别物理组接的太阳能储能机构、锁紧机构、防水机构；所述太阳能储能机构用于收集太阳能、存储电能，并给所述充电宝充电；所述锁紧机构用于将充电宝锁紧固定；所述防水机构用于保护充电宝及太阳能储能机构的电路，防止进水而形成短路；当所述充电宝ID与所述锁紧ID进行匹配绑定时，解除所述第一移动终端对应的第一ID与所述充电宝ID绑定；所述充电宝ID对应的充电宝归还于所述锁紧ID对应的共享单车上。
以上所述实施例仅表达了本发明的实施方式，其描述较为具体和详细，但并不能因此而理解为对本发明专利范围的限制。应当指出的是，对于本领域的普通技术人员来说，在不脱离本发明构思的前提下，还可以做出若干变形和改进，这些都属于本发明的保护范围。因此，本发明专利的保护范围应以所附权利要求为准。
 工业实用性
本发明通过一种基于二维码的租借充电宝方法，在计程车上设置充电宝，计程车设置计程车ID、充电宝设置充电宝ID，将计程车ID及充电宝ID进行匹配绑定；第一移动终端上传第一地理位置并发出用充电宝请求；第一预设地理位置范围内的所述计程车接受请求后送充电宝；计程车司机利用计程车ID生成含有计程车ID的第一二维码，当第一移动终端扫描第一二维码时，计程车ID与充电宝ID解除绑定、第一移动终端对应的第一ID与充电宝ID绑定，标记第一移动终端借充电宝成功。通过在计程车上设置充电宝，利用计程车的即可充电又机动性高的特点，通知周围的计程车送充电宝，解决人们生活中的问题，具备工业实用性。

Claims (10)

  1. 一种基于二维码的租借充电宝方法，其特征在于，在计程车上设置计程车ID及充电宝；所述充电宝设置充电宝ID，将所述计程车ID及所述充电宝ID进行匹配绑定；所述第一移动终端上传第一地理位置并发出用充电宝请求；第一预设地理位置范围内的所述计程车接受请求后送充电宝；利用计程车ID生成含有计程车ID的第一二维码，当所述第一移动终端扫描所述第一二维码时，所述计程车ID与所述充电宝ID解除绑定，将所述第一移动终端对应的第一ID与所述充电宝ID绑定，所述第一移动终端借取充电宝成功。
  2. 根据权利要求1所述的租借充电宝的方法，其特征在于，在共享单车上设置一锁紧充电装置，所述锁紧充电装置上设置锁紧ID以及能与所述充电宝分别物理组接的太阳能储能机构、锁紧机构、防水机构；所述太阳能储能机构用于收集太阳能、存储电能，并给所述充电宝充电；所述锁紧机构用于将充电宝锁紧固定；所述防水机构用于保护充电宝及太阳能储能机构的电路，防止进水而形成短路；当所述充电宝ID与所述锁紧ID进行匹配绑定时，解除所述第一移动终端对应的第一ID与所述充电宝ID绑定；所述充电宝ID对应的充电宝归还于所述锁紧ID对应的共享单车上。
  3. 根据权利要求2所述的租借充电宝的方法，其特征在于，获取第二预设地理位置范围内拥有所述充电宝的所述共享单车的数量；当所述数量大于预设阈值时，通知计程车到所述第二预设地理位置范围内取充电宝。
  4. 根据权利要求1所述的租借充电宝的方法，其特征在于，根据所述第一ID生成第二二维码；当第二移动终端扫描所述第二二维码时，解除所述第一移动终端对应的第一ID与所述充电宝ID绑定；所述第二移动终端的第二ID与所述充电宝ID进行匹配；所述第二移动终端借取所述充电宝。
  5. 根据权利要求1-4任一所述的租借充电宝的方法，其特征在于，所述计程车ID可以与若干所述充电宝ID进行匹配绑定；当计程车上充电宝数量大于或等于二时，且接收到第一移动终端和第二移动终端发出用充电宝请求及分别上传的第一地理位置、第二地理位置；计程车将当前地理位置设为起点；分别以所述第一地理位置及所述第二地理位置为终点，生成第一送充电宝路径及第二送充电宝路径；当第一送充电宝路径与第二送充电宝路径在同一路径时，直接由计程车进行派送；当第一送充电宝路径与第二送充电宝路径的不在同一路径，计算计程车给第一移动终端及第二移动终端送充电宝的送充电宝总时间；若送充电宝总时间大于预设时间阈值，获取所述第一送充电宝路径的预设范围内没有共享充电宝的计程车，将其设置为可拼送充电宝计程车并进行充电宝交接；将所述可拼送充电宝计程车当前地理位置设为拼送充电宝起点；以第二地理位置为终点，生成第二拼送充电宝路径并根据路程让所述可拼送充电宝计程车送充电宝。
  6. 一种基于二维码的租借充电宝系统，其特征在于，包括：信号连接的计程车、第一移动终端及服务器；所述计程车上设置计程车ID及充电宝；所述充电宝设置充电宝ID，所述计程车ID及所述充电宝ID进行匹配绑定；所述第一移动终端上传第一地理位置并发出用充电宝请求；第一预设地理位置范围内的所述计程车接受请求后送充电宝并生成含有计程车ID的第一二维码；所述服务器用于当第一移动终端扫描第一二维码时，将所述计程车ID与所述充电宝ID解除绑定；并绑定所述第一移动终端对应的第一ID与所述充电宝ID。
  7. 根据权利要求6所述的租借充电宝系统，其特征在于，在共享单车上设置一锁紧充电装置，所述锁紧充电装置上设置锁紧ID以及能与所述充电宝分别物理组接的太阳能储能机构、锁紧机构、防水机构；所述太阳能储能机构用于收集太阳能、存储电能，并给所述充电宝充电；所述锁紧机构用于将充电宝锁紧固定；所述防水机构用于保护充电宝及太阳能储能机构的电路，防止进水而形成短路；当所述充电宝ID与所述锁紧ID进行匹配绑定时，解除所述第一移动终端对应的第一ID与所述充电宝ID绑定；所述充电宝ID对应的充电宝归还于所述锁紧ID对应的共享单车上。
  8. 根据权利要求7所述的租借充电宝系统，其特征在于，所述服务器还用于获取第二预设地理位置范围内拥有所述充电宝的所述共享单车的数量；当所述数量大于预设阈值时，通知计程车到所述第二预设地理位置范围内取充电宝。
  9. 根据权利要求8所述的租借充电宝系统，其特征在于，所述第一移动终端根据所述第一ID生成第二二维码；当第二移动终端扫描所述第二二维码时，解除所述第一移动终端对应的第一ID与所述充电宝ID绑定；所述第二移动终端的第二ID与所述充电宝ID进行匹配；标记所述第二移动终端借取所述充电宝。
  10. 根据权利要求6-9任一所述的租借充电宝系统，其特征在于，所述计程车ID可以与若干所述充电宝ID进行匹配绑定；当计程车上充电宝数量大于或等于二时，且接收到第一移动终端和第二移动终端发出用充电宝请求及分别上传的第一地理位置、第二地理位置；计程车将当前地理位置设为起点；分别以所述第一地理位置及所述第二地理位置为终点，生成第一送充电宝路径及第二送充电宝路径；当第一送充电宝路径与第二送充电宝路径在同一路径时，直接由计程车进行派送；当第一送充电宝路径与第二送充电宝路径的不在同一路径，计算计程车给第一移动终端及第二移动终端送充电宝的送充电宝总时间；若送充电宝总时间大于预设时间阈值，获取所述第一送充电宝路径的预设范围内没有共享充电宝的计程车，将其设置为可拼送充电宝计程车并进行充电宝交接；将所述可拼送充电宝计程车当前地理位置设为拼送充电宝起点；以第二地理位置为终点，生成第二拼送充电宝路径并根据路程让所述可拼送充电宝计程车送充电宝。
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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN205992268U (zh) * 2016-07-28 2017-03-01 广西大学 将太阳能光伏板与公车站结合设计的电池自动贩卖系统
CN107146051A (zh) * 2017-05-02 2017-09-08 莆田市烛火信息技术有限公司 一种共享物流运输装置及方法
CN107170052A (zh) * 2017-07-04 2017-09-15 李建魁 一种出租车智能运营系统
CN107293059A (zh) * 2017-05-23 2017-10-24 上海与德科技有限公司 移动电源租赁方法及服务器
CN107767578A (zh) * 2017-11-16 2018-03-06 广州市沃希信息科技有限公司 一种基于二维码的租借雨伞方法及系统

Family Cites Families (10)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP6305736B2 (ja) * 2013-11-20 2018-04-04 測位衛星技術株式会社 情報管理システム、データバンク装置、データの管理方法、データベースの管理方法、および、プログラム
CN104751332A (zh) * 2013-12-26 2015-07-01 腾讯科技（深圳）有限公司 一种信息登记方法、终端、服务器及其系统
CN103810843A (zh) * 2014-02-23 2014-05-21 曾昭兴 一种计程车拼车方法、系统及服务器
US9491170B2 (en) * 2015-01-15 2016-11-08 Bank Of America Corporation Authenticating customers and managing authenticated sessions
CN105702021B (zh) * 2016-04-13 2018-01-05 广州市沃希信息科技有限公司 一种基于计程车的快递派送方法、系统及服务器
CN105976529A (zh) * 2016-05-05 2016-09-28 广州市友电科技有限公司 一种充电宝租借方法
CN106886877A (zh) * 2017-03-31 2017-06-23 刘政 物流配送方法、装置及服务器
CN107086621B (zh) * 2017-05-05 2023-07-18 上海九系实业有限公司 一种共享充电桩及其使用方法
CN107301733A (zh) * 2017-06-15 2017-10-27 北京伊电园网络科技有限公司 一种共享充电宝锁定方法及共享充电宝锁定装置
CN107146337A (zh) * 2017-06-27 2017-09-08 北京伊电园网络科技有限公司 充电宝租赁设备、租赁系统及租赁方法

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN205992268U (zh) * 2016-07-28 2017-03-01 广西大学 将太阳能光伏板与公车站结合设计的电池自动贩卖系统
CN107146051A (zh) * 2017-05-02 2017-09-08 莆田市烛火信息技术有限公司 一种共享物流运输装置及方法
CN107293059A (zh) * 2017-05-23 2017-10-24 上海与德科技有限公司 移动电源租赁方法及服务器
CN107170052A (zh) * 2017-07-04 2017-09-15 李建魁 一种出租车智能运营系统
CN107767578A (zh) * 2017-11-16 2018-03-06 广州市沃希信息科技有限公司 一种基于二维码的租借雨伞方法及系统

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