TWM609861U - Cloud sharing power bank management system - Google Patents

Abstract

This model mainly discloses a cloud sharing mobile power management system, which mainly includes: a central control module and at least one mobile power storage module; wherein the central control module includes an account data exchange unit and a storage unit It also stores the location information and numbering information of each mobile power storage module, and the mobile power storage module is equipped with a shell replacement unit, etc., so that the new cloud-sharing mobile power management system and method can be rented by a third-party account , The advantages of third-party application rental, off-site rental, free scan code rental, customized appearance, advertising, and promotion of the willingness to cooperate with distributors or venue providers.

Description

Cloud shared mobile power management system

The present invention relates to the technical field of shared mobile power, in particular to a cloud shared mobile power management system.

With the rapid development of technology, many electronic products have appeared in human’s daily life, such as smart phones, tablet computers, smart watches, earphones, notebook computers and other products that modern people cannot do without. Over the years, various positioning technologies, communication technologies, encryption technologies, and cash flow technologies have been developed around smart portable products, and various applications have been derived. It can be said that modern people can only wear smart phones, etc. When electronic products go out, they can meet the various needs of a day’s life; however, when the power of mobile phones or other electronic products is about to run out, the panic mood is often extremely huge, resulting in various kinds of products on the market. Mobile power products to solve the problem of insufficient power when users go out.

The mobile power supply is mainly used to charge electronic devices such as mobile phones and tablet computers to realize mobile and convenient charging of electronic devices. However, when people go out, not everyone will carry a power bank, so a shared power bank service came into being so that those who need it can borrow it. Among them, the existing power bank rental service is generally through the user scanning a QR-Code. In this way, the mobile power storage device in front of the user releases a public power bank, which is then rented to the user for use; and when the user finishes using it, the public power bank is returned to the mobile power storage device to trigger the checkout mechanism And perform the payment or automatic deduction to complete the single rental process of shared mobile power.

However, in the traditional shared mobile power rental process, there are the following problems that are prone to use in the context: 1. Generally, the mobile power sharing service requires users to register with their service provider’s application, and can only be rented by scanning the QR code after logging in to the application; in this way, when the user goes out, the mobile phone is out of power or has no power. Users with smartphones will not be able to proceed with the rental process. 2. Due to the mechanism that the shared mobile power can be rented to and returned to by the land B, it is often the case that the mobile power has been borrowed in popular places, especially when the user runs to the front of the rental machine, and realizes that there is no loan. When the mobile phone is almost out of power, this situation is often not obvious. 3. The machines that share mobile power are often independent. Although they have a mutually beneficial relationship with the venue provider for profit sharing or leasing, the advantage for the venue provider is not obvious, except for the remuneration obtained from income distribution such as rental income. In addition, there are no other attractive incentives, which form an obstacle for shared mobile power service providers in channel promotion.

It can be seen from the above that there is still room for improvement in the existing shared mobile power service. In view of this, the inventor of the present invention tried his best to research and create, and finally developed a cloud shared mobile power management system of the present invention.

This model mainly discloses a cloud sharing mobile power management system, which mainly includes: a central control module and at least one mobile power storage module; wherein the central control module includes an account data exchange unit and a storage unit It also stores the location information and numbering information of each mobile power storage module, and the mobile power storage module is equipped with a shell replacement unit, etc., so that the new cloud shared mobile power management system has a third-party account rental, third-party account The advantages of three-party application rental, off-site rental, free scan code rental, customized appearance, advertisement placement, and increased willingness to cooperate with distributors or venue providers.

In order to achieve the above-mentioned main purpose of the present invention, the inventor of this case provides the cloud shared mobile power management system, which includes: A central control module has an account management unit, an account data exchange unit, a storage unit, a control unit, a network verification unit, and a first network transmission unit; and At least one mobile power storage module has a second network transmission unit, a mobile power control unit, a mobile power slot locking unit, a code scanning unit, and a housing replacement unit; Wherein, the central control module transmits signals through the first network transmission unit and is network-connected to the second network transmission unit of the mobile power storage module, and the control unit is connected to the first network A transmission unit, and the mobile power control unit is connected to the second network transmission unit and the mobile power slot locking unit; Wherein, the mobile power slot locking unit is used to insert a plurality of mobile power supplies, and the control unit of the central control module is connected to the mobile power storage module of the mobile power storage module through a network transmission signal The control unit further controls the mobile power supply slot locking unit to release the mobile power supplies; Wherein, the storage unit of the central control module is connected to the control unit and the network verification unit, and the storage unit stores mobile power storage module location information, mobile power storage module number information, and user information; Among them, the user can connect to the network verification unit of the central control module by scanning the code scanning unit to verify the user information and the mobile power storage module number information, and then trigger and control the mobile power slot locking unit Release one of the mobile power supplies; Among them, the user can connect to the network verification unit of the central control module through the network login system to verify the user information, the mobile power storage module number information, and the mobile power storage module location information to trigger and control the The power bank slot locking unit releases one of the power banks; Wherein, the account data exchange unit is connected to the account management unit, and the account data exchange unit is used to import account information of an external third party into the account management unit and pass the account verification of the network verification unit.

In order to more clearly describe the cloud shared mobile power management system proposed by the present invention, the preferred embodiments of the present invention will be described in detail below in conjunction with the drawings.

Please refer to Figure 1. Figure 1 is a diagram showing the architecture of a new cloud-sharing mobile power management system of the present invention. Please also refer to Figure 2. Figure 2 shows a partial architecture diagram of the new cloud shared mobile power management system. As shown in Figures 1 and 2, the cloud shared mobile power management system 1 proposed by the present invention mainly includes: a central control module 11 and a mobile power storage module 12, and the central control module 11 has An account management unit 111, an account data exchange unit 112, a storage unit 113, a control unit 115, a network verification unit 116, and a first network transmission unit 114, and the mobile power storage module 12 has A second network transmission unit 121, a mobile power control unit 122, a mobile power slot locking unit 123, a code scanning unit 124, and a housing replacement unit 125.

Wherein, the central control module 11 transmits signals through the first network transmission unit 114 and is connected to the second network transmission unit 121 of the mobile power storage module 12 via a network, and the control unit 115 is connected In the first network transmission unit 114 and the mobile power control unit 122 is connected to the second network transmission unit 121 and the mobile power slot locking unit 123; in addition, the mobile power slot locking unit 123 It is used to plug in a plurality of mobile power supplies 13, and the control unit 115 of the central control module 11 is connected to the mobile power supply control unit 122 of the mobile power storage module 12 through a network transmission signal to control The mobile power supply slot locking unit 123 releases the mobile power supplies 13.

Further, the storage unit 113 of the central control module 11 is connected to the control unit 115 and the network verification unit 116, and the storage unit 113 stores the location information of the mobile power storage module and the mobile power storage module Number information and user information, and the user can connect to the network verification unit 116 of the central control module 11 by scanning the code scanning unit 124 to verify the user information and the mobile power storage module number information and then trigger and The mobile power supply slot locking unit 123 is controlled to release one of the mobile power supplies 13.

In addition, the user can connect to the network verification unit 116 of the central control module 11 through the network login system to verify the user information, the mobile power storage module number information, and the mobile power storage module location information. Then trigger and control the mobile power supply slot locking unit 123 to release one of the mobile power supplies 13; wherein, the account data exchange unit 112 is connected to the account management unit 111, and the account data exchange unit 112 is used to import an external third The account information of the three parties is stored in the account management unit 111 and passed the account verification of the network verification unit 116.

In addition, the storage unit 113 further stores the mobile power storage module 12’s mobile power holdings information, mobile power remaining power information, and mobile power number information, and the user can query the mobile power holdings information through the network login system. , The remaining power information of the mobile power supply, the number information of the mobile power supply, the number information of the mobile power storage module and the location information of the mobile power storage module.

Please refer to Figures 3 and 4 at the same time, which respectively show the three-dimensional view of the mobile power storage module and the mobile power supply of the present invention and the mobile power architecture diagram of the present invention. As shown in Figure 1, Figure 2, Figure 3 and Figure 4, the present invention The mobile power supply 13 includes a USB-C charging cable 131, a Lightning charging cable 132, a Micro USB charging cable 133, and a charging connector 134, and the charging connector 134 is composed of a plurality of conductive copper contact pieces 1341 Constituted.

Wherein, the mobile power storage module 12 further includes a charging unit 127, at least one mobile power slot 128, and a power supply unit 129, and the mobile power slot locking unit 123 and the charging unit 127 are disposed in the mobile power supply On the slot 128, the power supply unit 129 transmits power to the charging unit 127 through the mobile power control unit 122. In addition, the conductive copper contact pieces 1341 of the charging connector 134 are in conductive contact with the charging unit 127; and the mobile power storage module 12 is provided with a process description element 120, and the process description element 120 and the code scanning unit 124 are both set in the housing of the mobile power storage module 12.

Each power bank 13 includes a coding unit 135, and the coding unit 135 stores a specific code, and the specific coding of each power bank 13 does not overlap with each other. In addition, when the power banks 13 are plugged in When the mobile power storage module 12 is used, the mobile power control unit 122 obtains the specific code of the encoding unit 135 through the charging unit 127.

In addition, the mobile power storage module 12 is provided with at least one charging indicator light 1281, and the charging indicator light 1281 is correspondingly disposed on the side of the mobile power socket 128 and connected to the mobile power control unit 122, and, The charging indicator 1281 is used to display the charging status of the mobile power supply 13 inserted in the mobile power socket 128.

4, each power bank 13 includes a power output control unit 139, and the power output control unit 139 is connected to the USB-C type charging cable 131, the Lightning type charging cable 132 and the Micro USB type charging cable 133; in addition, each power bank 13 includes a voltage protection unit 136, a rechargeable battery unit 137 and a power exchange unit 138, and the voltage protection unit 136 is connected to the power exchange unit 138, and, The power exchange unit 138 is connected to the rechargeable battery unit 137 at one end, and connected to the charging connector 134 and the power output control unit 139 at the other end.

Please refer to FIGS. 1, 2 and 5 at the same time. FIG. 5 shows a front view of another embodiment of the mobile power storage module of the present invention. In this embodiment, the mobile power storage module 12' is provided with a display unit 126 and connected to the second network transmission unit 121, and the central control module 11 is provided with a screen information control unit 117 and connected to the first network transmission unit 114, and the screen information control unit 117 is connected to The first network transmission unit 114 and the second network transmission unit 121 transmit video and audio signals to the display unit 126.

In the management system of the present invention, users can rent mobile power supplies through remote leasing. The location information and number information of the mobile power storage module 12 are set, and the user can observe and confirm after logging in to the system The specific mobile power storage device is used to perform the mobile power rental program; in this way, even if the user does not scan the QR code on the mobile power storage device, the user can also perform the rental and obtain the shared mobile power for use. It can be seen that when the user When the mobile phone is out of power or when relatives and friends urgently need to use the power bank, you can also rent and obtain the power bank for use through remote operation or the web browser login method of a computer or other electronic products.

In addition, in the new cloud shared power management system, through the account data exchange unit 112, the function of third-party account login can be realized, so that even if the user has not registered the official account of the new system, the user can use It already has a third-party account to log in, and then use the service of sharing mobile power, and when the new system signs cooperation agreements with more third-party service organizations, it will be more convenient for different users to use scenarios.

Continuing from the above, the new cloud shared power management system can be integrated into a platform provided by a third party through the setting of the account data exchange unit 112, and can be achieved through functions such as gadgets or service account binding of communication software. Even if the user does not install the independent application developed by the new system, he can directly rent a shared mobile power supply through his existing application, once again expanding the range of situations that the user can use.

On the other hand, through the arrangement of the housing replacement unit 125 and the display unit 126, the effect of cooperating with the cooperative store to customize or play advertisements on the shared mobile power storage device is realized. In this way, when the new type of cloud shared power management system When carrying out storage cooperation promotion, more cooperation advantages will be added. Stores can place their own advertisements, theme colors, store trademarks and other information on the housing replacement unit 125. In addition, they can also attract others through the display unit 126. The advertising revenue placed by the manufacturer further increases the revenue source of each mobile power storage module 12, and increases the willingness of the venue provider or distributor to cooperate.

It is worth mentioning that in the present new technology, the housing replacement unit 125 can be implemented to cover the entire housing of the mobile power storage module 12 when actually installed. In addition, the housing of the mobile power supply 13 provided by the present new technology Customized appearance adjustments can also be made. In this way, when the cloud shared power management system is used for cooperative promotion of storage points, not only the machine itself can be used for advertising, but also the appearance of the mobile power supply can also be designed together with the shell. When the mobile power bank is rented and carried, it can achieve the effect of mobile advertising and further enhance the benefits of cooperative promotion. Although the above-mentioned implementation method is not shown in the embodiments of the present invention in detail, it is still an extension of the new technology. The technical scope of the new model.

In addition, the mobile power supply 13 used in the cloud shared mobile power management system 1 of the present invention is equipped with different types of charging cable connectors at the same time to meet the charging requirements of electronic devices of different brands. Among them, although used in the embodiment The configuration of the USB-C type charging cable 131, the Lightning type charging cable 132 and the Micro USB type charging cable 133, but in the spirit of the present invention is not limited to the specific types of charging cable connectors mentioned above, only to illustrate the use of the present invention The mobile power supply is equipped with multiple charging connector settings.

In this way, the above system has completely and clearly explained the technical features and display legends of the new cloud shared mobile power management system. From the above, we can know that the new system has the following advantages: 1. To improve the limitation that traditional users can use the shared power bank rental service through specific applications and scan codes. In this new system, users can use various electronic devices to open a web browser and enter the official website to log in to the account to share the power bank In this way, even if the user’s smartphone has no power, he can also rent a mobile power supply through other devices. 2. Users do not need to download or register a specific application and account of the new system, they can use the existing third-party account to carry out the rental process, in addition, they can also use the service account of the gadget or communication software provided by the third-party platform Functions such as binding can also be used to rent shared mobile power directly through its existing applications, thereby expanding the range of contexts that users can use. 3. Through the setting of the housing replacement unit and the display unit, the effect of cooperating with cooperative stores to customize or play advertisements on the shared mobile power storage device is realized, thereby increasing the revenue source of each mobile power storage module and improving the space provision Willingness to cooperate with distributors or distributors.

It must be emphasized that the above detailed description is a specific description of the possible embodiments of the present invention, but the embodiment is not intended to limit the scope of the patent of the present invention. Any equivalent implementation or modification that does not deviate from the technical spirit of the present invention, All should be included in the patent scope of this case.

<The new model> 1: Cloud sharing mobile power management system 11: Central control module 111: Account Management Unit 112: Account Data Exchange Unit 113: storage unit 114: The first network transmission unit 115: control unit 116: network verification unit 117: Screen Information Control Unit 12: Mobile power storage module 12’: Mobile power storage module 121: second network transmission unit 122: mobile power control unit 123: Mobile Power Slot Locking Unit 124: Scan code unit 125: shell replacement unit 126: display unit 127: Charging unit 128: mobile power slot 1281: Charging indicator 129: power supply unit 120: Process description components 13: mobile power 131: USB-C type charging cable 132: Lightning type charging cable 133: Micro USB type charging cable 134: Charging connector 1341: Conductive copper contact sheet 135: coding unit 136: Voltage protection unit 137: Rechargeable battery unit 138: Power Exchange Unit 139: Power output control unit

＜Actually knowledge＞ no

Figure 1 shows an architecture diagram of a new type of cloud-sharing mobile power management system according to the present invention; Figure 2 shows a partial architecture diagram of the new cloud shared mobile power management system; Figure 3 shows a three-dimensional view of the mobile power storage module and the mobile power supply of the present invention; Figure 4 shows the architecture diagram of the new mobile power supply; and Fig. 5 shows a front view of another embodiment of the mobile power storage module of the present invention.

1: Cloud sharing mobile power management system

11: Central control module

111: Account Management Unit

112: Account Data Exchange Unit

113: storage unit

114: The first network transmission unit

115: control unit

116: network verification unit

117: Screen Information Control Unit

12: Mobile power storage module

121: second network transmission unit

122: mobile power control unit

123: Mobile Power Slot Locking Unit

124: Scan code unit

125: shell replacement unit

126: display unit

127: Charging unit

128: mobile power slot

129: power supply unit

120: Process description components

13: mobile power

Claims (10)

A cloud shared mobile power management system, which includes: A central control module has an account management unit, an account data exchange unit, a storage unit, a control unit, a network verification unit, and a first network transmission unit; and At least one mobile power storage module has a second network transmission unit, a mobile power control unit, a mobile power slot locking unit, a code scanning unit, and a housing replacement unit; Wherein, the central control module transmits signals through the first network transmission unit and is network-connected to the second network transmission unit of the mobile power storage module, and the control unit is connected to the first network A transmission unit, and the mobile power control unit is connected to the second network transmission unit and the mobile power slot locking unit; Wherein, the mobile power slot locking unit is used to insert a plurality of mobile power supplies, and the control unit of the central control module is connected to the mobile power storage module of the mobile power storage module through a network transmission signal The control unit further controls the mobile power supply slot locking unit to release the mobile power supplies; Wherein, the storage unit of the central control module is connected to the control unit and the network verification unit, and the storage unit stores mobile power storage module location information, mobile power storage module number information, and user information; Among them, the user can connect to the network verification unit of the central control module by scanning the code scanning unit to verify the user information and the mobile power storage module number information, and then trigger and control the mobile power slot locking unit Release one of the mobile power supplies; Among them, the user can connect to the network verification unit of the central control module through the network login system to verify the user information, the mobile power storage module number information, and the mobile power storage module location information to trigger and control the The power bank slot locking unit releases one of the power banks; Wherein, the account data exchange unit is connected to the account management unit, and the account data exchange unit is used to import account information of an external third party into the account management unit and pass the account verification of the network verification unit. For example, the cloud shared mobile power management system of claim 1, wherein the mobile power storage module is provided with a display unit and connected to the second network transmission unit, and the central control module is provided with a screen information control unit and It is connected to the first network transmission unit, and the screen information control unit transmits the video and audio signals to the display unit through the first network transmission unit and the second network transmission unit. For example, the cloud shared mobile power management system of claim 1, wherein the storage unit further stores the mobile power storage module’s mobile power reserve information, mobile power remaining power information, and mobile power number information, and the user connects to the network The login system can query the mobile power storage capacity information, the remaining power information of the mobile power supply, the mobile power supply number information, the mobile power storage module number information, and the mobile power storage module location information. For example, the cloud-sharing mobile power management system of claim 1, wherein the mobile power supply includes a USB-C charging cable, a Lightning charging cable, a Micro USB charging cable, and a charging connector, and the charging connector is It is composed of a plurality of conductive copper contact pieces. For example, the cloud shared mobile power management system of claim 4, wherein the mobile power storage module further includes a charging unit, at least one mobile power slot and a power supply unit, and the mobile power slot locking unit and the charging unit Is arranged on the mobile power socket, and the power supply unit transmits power to the charging unit through the mobile power control unit. In addition, the conductive copper contact pieces of the charging connector are in conductive contact with the charging unit . For example, the cloud shared mobile power management system of claim 5, wherein each power bank includes a coding unit, and the coding unit stores a specific code, and the specific code of each power bank does not overlap with each other. In addition, When the mobile power supplies are plugged into the mobile power storage module, the mobile power control unit obtains the specific code of the encoding unit through the charging unit. For example, the cloud shared mobile power management system of claim 5, wherein the mobile power storage module is provided with at least one charging indicator, and the charging indicator is correspondingly arranged on the side of the mobile power slot and connected to the mobile The power control unit, and the charging indicator light is used to display the charging status of the mobile power supply plugged into the mobile power socket. For example, the cloud shared mobile power management system of claim 5, wherein each mobile power supply includes a power output control unit, and the power output control unit is connected to the USB-C type charging cable, the Lightning type charging cable, and the Micro USB type charging cable. For example, the cloud shared mobile power management system of claim 8, wherein each mobile power supply includes a voltage protection unit, a rechargeable battery unit, and a power exchange unit, and the voltage protection unit is connected to the power exchange unit, and, One end of the power exchange unit is connected to the rechargeable battery unit, and the other end is connected to the charging connector and the power output control unit. For example, the cloud shared mobile power management system of claim 1, wherein the mobile power storage module is provided with a process description element, and the process description element and the code scanning unit are both provided in the casing of the mobile power storage module.

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