TWM544063U - Cloud electricity bill management system - Google Patents

Description

Cloud electricity fee management system

This creation is about an electricity billing system, especially about a cloud electricity bill management system.

Generally speaking, the electricity bills for housing rentals or dormitories are mostly judged by the degree of electricity displayed on the electricity meter. The electricity bills are used to pay the fee to the financial institutions of the payment service or through the online payment platform. Instant power usage. After that, the IC chip used for the stored value card, the user can know the remaining amount in the stored value card and the used power through the card reader. However, when the amount in the stored value card is used up, it must be Stores stored in the stored value card store value, or if the user loses or forgets to carry the stored value card, the power cannot be used, and the purchase of the stored value card must be performed. This increases the inconvenience of the user.

As mentioned above, the creators of this creation have designed a cloud electricity tariff management system after years of research, to improve the lack of existing technology, and to enhance the implementation and utilization of the industry.

In view of the above-mentioned problems, the purpose of the present invention is to propose a cloud electricity tariff management system, which can increase the convenience of users by using electricity prepaid devices or mobile devices to perform real-time inquiry, stored value and electricity usage. And configure encryption to further enhance the security of the data.

Based on the above purposes, the present invention provides a cloud electricity bill management system including a power prepaid device and a cloud device. The power prepaid device has a personal data storage module, an electricity fee calculation module, an electricity rate bonus module and a wireless transmission module, the personal data storage module accesses personal identity data, and the electricity fee calculation module is obtained by the personal data storage module. Personally identifiable information is then used to obtain electricity consumption data based on personally identifiable information. Finally, electricity balance data is calculated based on electricity consumption data. The electricity fee-added module is connected to the electricity fee calculation module. The personal identity data receives and outputs the total electricity bill data, and the wireless transmission module is connected to the electricity bill calculation module and the electricity fee bonus module. The cloud device is connected to the power prepaid device, and the cloud device stores the identity information of the membership information of the application power prepaid device and the corresponding member identity data.

Preferably, the cloud device further includes a cloud encryption module, the cloud encryption module is connected to the power prepaid device and stores the first key, and the cloud encryption module encrypts the first control encryption signal by using the first key to output the first Control the encrypted signal to the wireless transmission module.

Preferably, the power prepaid device further comprises a power encryption module, the power encryption module is used to connect to the cloud device and the second key is stored, and the second key is used to encrypt the identity data of the person and the power control signal to respectively output The second identity encryption signal and the second control encryption signal to the cloud device.

Preferably, the first pre-paid device stores the first key and the second key, and the electric pre-paid device decrypts the first control encrypted signal through the first key and the second key.

Based on the above purposes, the present invention further provides a cloud electricity bill management system including a mobile device, a power prepaid device, and a cloud device. The mobile device has a personal data storage module and a mobile control signal, and the personal data storage module accesses personal identity data and acts. The device stores the action control signal, and the mobile device outputs the personal identity data when the action control signal is output. The electricity prepaid device has an electricity cost calculation module, an electricity rate bonus module and a wireless transmission module. The electricity fee calculation module obtains personal identity data from the personal data storage module, and then obtains power consumption data based on the personal identity data through the mobile device. Finally, based on the electricity consumption data, the electricity fee balance data is calculated. The electricity fee-added module is connected to the electricity fee calculation module. The electricity fee-added module receives and outputs the total electricity bill data through personal identification data, and separately divides the electricity bill balance data through the wireless transmission module. And the total electricity bill data is transmitted to the electricity bill calculation module and the electricity fee bonus module. The cloud device is connected to the power prepaid device and the mobile device, and the cloud device stores the membership information of the mobile device, and the cloud device outputs the action control signal from the mobile device when the identity of the mobile device matches the identity data according to the identity identification signal.

Preferably, the cloud device further comprises a cloud encryption module, the cloud encryption module is connected to the mobile device and stores the first key, and the cloud encryption module encrypts the first control encryption signal by using the first key to output the first control encryption signal. To the wireless transmission module.

Preferably, the mobile device further comprises a mobile encryption module, the mobile encryption module is connected to the cloud device and stores the second key, and the mobile encryption module encrypts the identification signal and the motion control signal by using the second key to respectively output the second The identity encryption signal and the second control encryption signal to the cloud device.

Preferably, the first pre-paid device stores the first key and the second key, and the electric pre-paid device decrypts the first control encrypted signal through the first key and the second key.

1‧‧‧Cloud Electricity Management System

10‧‧‧Electric prepaid device

11‧‧‧Profile storage module

112‧‧‧personal identification information

114‧‧‧Power consumption data

12‧‧‧Electricity Calculation Module

122‧‧‧Electricity balance information

13‧‧‧Electricity Value Added Module

132‧‧‧ Total electricity bill information

14‧‧‧Wireless Transmission Module

15‧‧‧Electric control signal

17‧‧‧Power encryption module

172‧‧‧Second identity encryption signal

174‧‧‧Second control encryption signal

18‧‧‧Second key

20‧‧‧Cloud device

22‧‧‧ Membership Information

24‧‧‧identification signal

26‧‧‧Cloud Encryption Module

262‧‧‧First control encryption signal

28‧‧‧First key

30‧‧‧Mobile devices

32‧‧‧Action Control Signal

34‧‧‧Activity Encryption Module

1 is a block diagram of a cloud electricity bill management system according to a first embodiment of the present creation.

2 is a block diagram of a cloud electricity bill management system according to a second embodiment of the present creation.

Figure 3 is a block diagram of a cloud electricity tariff management system in accordance with a third embodiment of the present invention.

Figure 4 is a block diagram of a cloud electricity tariff management system in accordance with a fourth embodiment of the present invention.

The embodiments of the cloud power management system 1 according to the present invention will be described below with reference to the related drawings. For ease of understanding, the same components in the following embodiments are denoted by the same reference numerals.

Please refer to FIG. 1, which is a block diagram of the cloud electricity bill management system 1 according to the first embodiment of the present invention. As shown, the cloud electricity bill management system 1 includes a power prepaid device 10 and a cloud device 20.

The power prepaid device 10 has a personal data storage module 11 , an electricity fee calculation module 12 , an electricity rate bonus module 13 and a wireless transmission module 14 . The electricity fee calculation module 12 obtains the personal identity data 112 from the personal data storage module 11 . Then, the electricity prepaid device 10 obtains the electricity consumption data 114 according to the personal identification data 112, and finally calculates the electricity fee balance data 122 according to the electricity consumption data 114. The electricity fee adding module 13 is connected to the electricity fee calculation module 12, and the electricity fee plus The value module 13 receives and outputs the total electricity bill data 132 through the personal data storage module 11 , and the wireless transmission module 14 is connected to the electricity bill calculation module 12 and the electricity fee adding module 13 .

The cloud device 20 can be a cloud server, which can serve as a certification authority for authenticating the personal data storage module 11 of the power prepaid device 10. The cloud device 20 is connected to the power prepaid The device 10, the cloud device 20 stores the membership identity data 22 for the application of the electrical prepaid device 10, and the identity identification signal 24 corresponding to the membership identity data 22. When the cloud device 20 receives the power control signal 15 from the power prepaid device 10 and the personal identity data 112, the cloud device 20 can compare the identity signal 24 with the stored membership identity data 22. If the result of the comparison is that the identity of the power prepaid device 10 matches the membership data 22, the cloud device 20 can output the power control signal 15 from the power prepaid device 10 to the power prepaid device 10.

In practice, when the user queries the electricity bill balance, the wireless transmission module 14 of the power prepaid device 10 receives the power control signal 15 from the cloud device 20, and the wireless transmission module 14 outputs the power control signal 15 to the electricity fee. The computing module 12 transmits the electricity bill balance data 122 based on the power control signal 15 from the wireless transmission module 14. When the user adds the value of the electricity fee, the user inputs the value added amount to the power prepaid device 10, and the cloud device 20 receives the power control signal 15 from the power prepaid device 10, and then the wireless transmission module 14 uses the value. The electrical control signal 15 is output to the electricity rate bonus module 13 for transmitting the total electricity bill data 132 based on the power control signal 15 from the wireless transmission module 14. In this way, the user is informed of the amount of instant electricity bills and the amount of electricity bills used.

Referring to FIG. 2, the main configuration of the cloud power management system 1 of the second preferred embodiment of the present invention is substantially the same as that of the first embodiment. The difference between this embodiment and the first embodiment is that the cloud device 20 further includes The cloud encryption module 26, the cloud encryption module 26 is connected to the power prepaid device 10 and stores the first key 28, and the cloud encryption module 26 encrypts the first control encryption signal 262 with the first key 28 to output the first control. The signal 262 is encrypted to the wireless transmission module 14. The power prepaid device 10 further includes a power encryption module 17, the power encryption module 17 is connected to the cloud device 20 and stores the second key 18, and the second key 18 is used to encrypt the personal data storage module 11 and the power control. Signal 15, The second identity encryption signal 172 and the second control encryption signal 174 are respectively output to the cloud device 20. The first pre-paid device 10 stores the first key 28 and the second key 18, and decrypts the first control encrypted signal 262 through the first key 28 and the second key 18. That is, if the identity of the powered prepaid device 10 conforms to the membership profile 22, the cloud encryption module 26 can encrypt the second control encrypted signal 174 from the powered prepaid device 10 using the first key 28 to The corresponding first control encryption signal 262 is output to the wireless transmission module 14 of the power prepaid device 10. This will further enhance data security by secondary encryption.

For example, the encryption method used by the power prepaid device 10 and the cloud device 20 may be an Advanced Encryption Standard (AES), a Data Encryption Standard (DES), or any other encryption method. Preferably, the AES encryption standard is employed. The first key 28 and the second key 18 may be a key, which may be a combination of numbers, English or symbols of any number of bits, and the combination may depend, for example, on the model and time of the mobile device 30, etc. For illustrative purposes only, not limited to this.

Referring to FIG. 3, the main configuration of the cloud electricity bill management system 1 of the third preferred embodiment of the present invention is substantially the same as that of the first embodiment. The difference between the present embodiment and the first embodiment is that the cloud power bill management system 1 Further, the mobile device 30 is further configured to store the action control signal 32 and the personal data storage module 11 corresponding to the mobile device 30. When the mobile device 30 outputs the action control signal 32, the personal data storage module 11 is output. The power prepaid device 10 includes a power rate calculation module 12, an electricity rate bonus module 13, and a wireless transmission module 14. The cloud device 20 is connected to the power prepaid device 10 and the mobile device 30.

In detail, when the cloud device 20 receives the action control signal 32 and the personal data storage module 11 from the mobile device 30, the cloud device 20 stores the personal data storage module 11 and the The stored membership profiles 22 are compared. If the result of the comparison is that the identity of the mobile device 30 conforms to the membership profile 22, the cloud device 20 outputs the action control signal 32 from the mobile device 30 to the powered prepaid device 10.

In practice, when the user queries the electricity bill balance, the mobile device 30 is input to the mobile device 30, and the wireless transmission module 14 of the power prepaid device 10 receives the mobile control signal 32 from the cloud device 20. The group 14 outputs the action control signal 32 of the mobile device 30 to the electricity rate calculation module 12 of the power prepaid device 10 to transmit the electricity rate balance data 122 based on the action control signal 32 from the wireless transmission module 14. When the user adds the value of the electricity fee, the user inputs the added amount on the mobile device 30, the wireless transmission module 14 receives the action control signal 32 from the cloud device 20, and the wireless transmission module 14 outputs the action control signal 32 to the electricity fee plus The value module 13 transmits the total electricity bill data 132 according to the action control signal 32 from the wireless transmission module 14. In this way, the user can immediately know the amount of electricity and the amount of electricity used.

Referring to FIG. 4, the main configuration of the cloud power management system 1 of the fourth preferred embodiment of the present invention is substantially the same as that of the foregoing third embodiment. The difference between this embodiment and the third embodiment is that the cloud device 20 further includes The cloud encryption module 26, the cloud encryption module 26 is connected to the mobile device 30 and stores the first key 28, and the cloud encryption module 26 encrypts the first control encryption signal 262 by using the first key 28 to output the first control encryption signal 262. To the wireless transmission module 14. The mobile device 30 further includes a mobile encryption module 34. The mobile encryption module 34 is connected to the cloud device 20 and stores the second key 18. The mobile encryption module 34 encrypts the identification signal 24 and the motion control signal 32 by using the second key 18. The second identity encryption signal 172 and the second control encryption signal 174 are respectively output to the cloud device 20. The first pre-paid device 10 stores the first key 28 and the second key 18, and the electrical prepaid device 10 decrypts the first control encrypted signal 262 through the first key 28 and the second key 18.

To sum up, the cloud power bill management system 1 of the present invention can use the electricity prepaid device 10 or the mobile device 30 to perform the current electricity fee inquiry, the stored value of the electricity fee and the use of the electricity fee, thereby increasing the convenience of the user. And configure encryption to further enhance the security of the data.

The above is intended to be illustrative only and not limiting. Any equivalent modifications or alterations to the spirit and scope of this creation shall be included in the scope of the appended patent application.

1‧‧‧Cloud Electricity Management System

10‧‧‧Electric prepaid device

11‧‧‧Profile storage module

112‧‧‧personal identity information

114‧‧‧Power consumption data

12‧‧‧Electricity Calculation Module

122‧‧‧Electricity balance information

13‧‧‧Electricity Value Added Module

132‧‧‧ Total electricity bill information

14‧‧‧Wireless Transmission Module

15‧‧‧Electric control signal

20‧‧‧Cloud device

22‧‧‧ Membership Information

24‧‧‧identification signal

Claims (8)

A cloud electricity fee management system comprises: a power prepaid device, a person data storage module, a electricity fee calculation module, an electricity rate bonus module and a wireless transmission module, the personal data storage module accessing a person Identity data, the electricity fee calculation module obtains the personal identity data from the personal data storage module, and then obtains a power consumption data based on the personal identity data through the power prepaid device, and finally calculates the power consumption data according to the power consumption data. The electricity billing module is connected to the electricity billing module, and the electricity billing module receives and outputs a total amount of electricity bills through the personal identification data, and the wireless transmission module is connected to the electricity billing computing module and the The electricity fee adding module; and a cloud device connected to the power prepaid device, the cloud device storing a membership identity data corresponding to the power prepaid device, and an identity identification signal corresponding to the membership data. The cloud power fee management system of claim 1, wherein the cloud device further comprises a cloud encryption module, the cloud encryption module is connected to the power prepaid device and stores a first key, the cloud encryption The module encrypts a first control encryption signal by using the first key to output the first control encryption signal to the wireless transmission module. The cloud power fee management system of claim 1, wherein the power prepaid device further comprises a power encryption module, wherein the power encryption module is connected to the cloud device and stores a second key. The second key encrypts a personal identity data and a power control signal to respectively output a second identity encryption signal and a second control encryption signal to the cloud device. For example, the cloud electricity fee management system described in claim 1 of the patent scope, wherein the electricity is used The prepaid device stores a first key and a second key, and the powered prepaid device decrypts a first control encrypted signal through the first key and the second key. A cloud electricity fee management system includes: a mobile device having a personal data storage module and a mobile control signal, the personal data storage module accessing a personal identity data, the mobile device storing the mobile control signal, the mobile device outputting the The personal control data is outputted together with the action control signal; a power prepaid device having an electricity fee calculation module, an electricity rate bonus module and a wireless transmission module, and the electricity fee calculation module is configured by the personal data storage module The group obtains the personal identification data, and then obtains a power consumption data based on the personal identification data through the mobile device, and finally calculates an electricity fee balance data according to the electricity consumption data, and the electricity fee adding module is connected to the electricity fee calculation module. The electricity surcharge module receives and outputs a total electricity bill data through the personal identification data, and transmits the electricity bill balance data and the total electricity bill data to the electricity bill calculation module and the electricity fee surcharge module through the wireless transmission module. a group; and a cloud device connected to the power prepaid device and the mobile device, the cloud device The control signal for action should a membership information for mobile devices, the cloud device when the membership data, output from the mobile device, according to an identification signal ratio in line with the identity of the mobile device. The cloud power fee management system of claim 5, wherein the cloud device further comprises a cloud encryption module, the cloud encryption module is connected to the mobile device and stores a first key, and the cloud encryption module utilizes The first key encrypts a first control encryption signal to output the first control encryption signal to the wireless transmission module. The cloud power fee management system of claim 5, wherein the mobile device further comprises a mobile encryption module, the mobile encryption module is connected to the cloud device and stores a second key, and the mobile encryption module utilizes The second key encrypts the identity signal and the motion control signal to respectively output a second identity encryption signal and a second control encryption signal to the cloud device. The cloud electricity tariff management system of claim 5, wherein the power prepaid device stores a first key and a second key, and the power prepaid device transmits the first key and the first The second key decrypts a first control encryption signal.