TWM626740U - Electric bike computer program and system based upon unequipped battery - Google Patents

Abstract

This creation refers to an electric bicycle computer program and system based on an unequipped battery. The system includes a servo device, at least one power connection sensing device for the electric bicycle, and at least one mobile power calculation device for the user to carry. The application steps include (a). A power connection sensing device of an electric bicycle detects that a mobile power calculation device forms an electrical connection therewith; (b) uploads the registration data of the mobile power calculation device and the power connection sensing device. Go to a servo device for certification; (c). When the certification is passed, notify the above-mentioned mobile power calculation device to provide power to the above-mentioned electric bicycle application; (d). ; (e). Uploading the above-mentioned operating parameters to the above-mentioned servo device and mobile power calculating device; and (f). Using the above-mentioned operating parameters to complete an operation task. The present invention includes a computer program product comprising code instructions that, when executed on a servo device, perform the aforementioned method.

Description

Electric bicycle computer program and system based on unequipped battery

This creation belongs to the technical field of managing the operation of electric bicycles, and specifically refers to a computer program and system for electric bicycles based on unequipped batteries, especially a computer program that can control the startup and operation of electric bicycles, electricity trading and carbon rights calculation. The system solves the problem of high cost and waste of resources of the built-in battery, further has the effect of convenience and versatility, and can encourage and respond to the environmental protection movement.

According to the press, in recent years, due to the increase in demand and depletion of reserves of traditional energy sources such as coal and oil, the crisis of energy shortage has resulted in a crisis of energy shortage. The development of vehicles has changed from the early electric auxiliary drive to the pure electric drive. For small electric bicycles, such as electric scooters, electric bicycles, power-assisted bicycles or electric scooters, these small electric bicycles use the built-in battery to provide the power required to drive the motor; Of course, the use of electric bicycles equipped with batteries in the car body not only increases the battery cost and vehicle load, but also causes people to ride electric bicycles for a short time. waste of energy.

At present, electric bicycles are equipped with batteries of 300~500 watts. For example, there are tens of millions of electric bicycles in Europe, which are about 5 billion watts of electricity, which is equivalent to the electricity of a thermal power plant. The battery can ride about 70 kilometers per full charge, but more than 85% of users only ride within 15 kilometers per day, which means about 3.4 billion watts per day. The power on the right is in the state of idle power loss, which forms a waste of energy loss. How to change the problem of the battery standing still outside the operation of the electric bicycle to solve the problem of high battery cost and waste of resources is a very important issue today. , which is also what this creation intends to explore.

In view of this, the creators have in-depth discussions on the problems faced by the existing electric bicycles in the start-up operation, and through years of experience in R&D and manufacturing in related industries, through continuous efforts to improve and test production, finally successfully developed an electric bicycle based on A computer program and system for an electric bicycle without a battery can overcome the shortcomings and inconveniences caused by the inability to reduce the cost of batteries and waste of resources in the existing operation mode.

Therefore, the main purpose of this creation is to provide an electric bicycle computer program and system based on an unequipped battery, so that the user can use the mobile power computing device to start the electric bicycle to run, so as to reduce the load of the electric bicycle and the cost of the battery, and Avoid long-term battery idle and reduce energy waste.

In addition, the second main purpose of this creation is to provide an electric bicycle computer program and system based on an unequipped battery, which can unlock and start the electric bicycle through a remote pairing method, which can improve the versatility and convenience of its use, and With anti-theft effect.

In addition, another main purpose of this creation is to provide an electric bicycle computer program and system based on no battery, which can calculate and trade the carbon rights of electric bicycles through a servo device or a mobile power calculation device, and can create a reduction in energy consumption. Carbon economy and can accelerate environmental awareness.

Furthermore, another main purpose of this creation is to provide a computer program and system for an electric bicycle based on a battery-less device. Sharing economy under carbon reduction and environmental protection.

Secondly, another main purpose of this creation is to provide an electric bicycle computer program and system based on no equipment battery, which can use the mobile power calculation device to conduct the transaction of shared electric bicycles, which can create its economic benefits.

In addition, another main purpose of this creation is to provide an electric bicycle computer program and system based on no battery, the mobile power calculation device can be detached from the electric bicycle and is easy to carry and can be used on other electric drive equipment. , so that it is not idle, and the stored electricity can be fully and effectively used to ensure the full use of energy assets.

Based on this, the present creation mainly realizes the aforementioned purpose and effect through the following technical means. An electric bicycle operation system based on no equipment battery includes: a servo device, which can respond to at least one command to execute at least one A computer program performs data processing; at least one power-on sensing device is installed on an electric bicycle without a battery for selectively driving the electric bicycle, and the power-on sensing devices can communicate with the servo device connected, and the power connection sensing devices can detect at least one operating parameter of the electric bicycle; at least one mobile power calculation device can selectively form electrical connections with the power connection sensing devices and provide the power connection Sensing the power of the device to drive the electric bicycle, and the mobile power calculation device can form a communication connection with the servo device, and the mobile power calculation device further has the functions of storing electricity, charging and discharging, recording carbon footprint, calculating carbon emissions and Carbon rights, digital currency trading, memory and functions that can be applied to other electric-driven devices; so that users can use the mobile power accounting device they hold to form an electrical connection with these power-connection sensing devices to utilize the user's actions The electric bicycle without battery is driven by the electric power stored in the electric power calculating device.

The feature of the present invention may be a method for running an electric bicycle based on an unequipped battery, the method at least comprising: (a). A power connection sensing device of an electric bicycle detects that a mobile power calculating device forms an electrical connection therewith; (b) ).Upload the registration data of the above-mentioned mobile power calculation device and the above-mentioned power connection sensing device to a servo device for certification; (c). When the certification is passed, notify the above-mentioned mobile power calculation device to provide power to the above-mentioned electric bicycle application; ( d). Detecting at least one operating parameter of the electric bicycle by the electrical connection sensing device; (e) uploading the operating parameter to the servo device and the mobile power calculating device, and; (f) using the operating parameter Complete a running task.

Furthermore, the present creation is further a computer program product, the computer program product includes program code instructions, and the program code instructions can be executed on a servo device, at least one power sensing device and at least one mobile power computing device, and can Execute the aforesaid method to complete the running task of at least one electric bicycle.

In this way, through the specific implementation of the above technical means, the present invention can be applied to an electric bicycle without a battery, so that the electric bicycle without a battery can be equipped with a power connection sensing device for the user to hold a mobile power calculation. The device is selectively electrically connected to use the power capacity stored by the mobile power calculation device to provide power to the electric bicycle through the power connection sensing device, and further can use the power connection sensing device and the mobile power calculation device to communicate with The communication connection of the servo device is used to complete the transaction of carbon rights and digital currency, so that the user can retrieve the mobile power accounting device after riding the bicycle, and the electric bicycle is not stored when it is stationary The stored power of the mobile power calculation device can be used for other electric drive equipment, which can reduce the loss of battery power, and not only reduce the cost of the battery and the load of the electric bicycle, but also can be used for The operation of the market mechanism can effectively control the total amount of carbon emissions, so as to generate environmental protection benefits, and further create the economic benefits of carbon reduction and environmental protection, thereby increasing the added value of products.

In order to enable your reviewers to further understand the composition, characteristics and other purposes of this creation, the following is a preferred embodiment of this creation, and it is described in detail with the drawings as follows, and at the same time, those who are familiar with this technical field can implement it.

10: Servo device

20: Connect the electrical sensing device

30: Mobile power calculation device

(a): An electrical connection sensing device of an electric bicycle detects that a mobile power calculating device forms an electrical connection therewith

(b): Upload the registration data of the above-mentioned mobile power counting device and the above-mentioned power connection sensing device to a server device for authentication

(c): When the certification is qualified, notify the above-mentioned mobile power calculation device to provide power to the above-mentioned electric bicycle application

(d): Detecting at least one operating parameter of the electric bicycle by the power connection sensing device

(e): Upload the above-mentioned operating parameters to the above-mentioned servo device and mobile power calculation device

(f): Use the above operating parameters to complete an operation task

Figure 1: This creation is based on a schematic diagram of the operation system of an electric bicycle without a battery, to illustrate the relative relationship of each device.

The second picture: The state diagram of the actual application of this creation based on the electric bicycle running system without battery.

Figure 3: The flow chart of this creation based on the operation method of an electric bicycle without a battery.

This creation is an electric bicycle computer program and system based on no battery. The following describes the technical content of this creation by means of specific embodiments, so that those who are familiar with the art can easily understand the content of this creation from the contents disclosed in this manual. Advantages and efficacy. However, the present invention can also be implemented or applied by other different specific implementation forms. Therefore, in the specific embodiments of this creation and its components in the accompanying drawings, all references to front and rear, left and right, top and bottom, upper and lower, and horizontal and vertical are only for convenience of description, not for limitation. This creation does not limit its components to any position or spatial orientation. As specified in the drawings and instructions The dimensions of the invention can be changed according to the design and requirements of the specific embodiment of the invention without departing from the scope of the patent application of the invention.

The main structure of the electric bicycle running system based on the battery-free operation of the present invention is shown in the first and second figures. The system includes a servo device (10), and at least one power connection sensing device (20) provided in the electric bicycle. and at least one mobile power accounting device (30) for users to carry, wherein the server device (10) has the functions of registration and authentication, sending and receiving data commands, running transactions, recording carbon footprints, calculating carbon rights, memory and communication, and The connection sensing devices (20) have the ability to detect the operating parameters of the connected electric bicycles (such as rotational speed, positioning, mileage, load, energy consumption, speed or operating time, etc., which can be used to complete operating tasks such as carbon weight calculation parameters), The functions of sending and receiving data commands, receiving power to electric bicycles and communicating, the electric bicycles are electric bicycles without batteries, and the mobile power calculation devices (30) have the functions of storing power, converting power and digital currency, and selectively charging and discharging. , operation transaction, carbon footprint recording, carbon right calculation, memory and communication functions, so that the mobile power calculation device (30) can selectively form an electrical connection with the power connection sensing device (20) of the electric bicycle, so as to utilize the The stored power of the mobile power calculation device (30) is provided to the running power required by the opposite electric bicycle, and the mobile power calculation device (30) and the power connection sensing device (20) can be selectively connected with the electric bicycle. The servo device (10) forms a communication connection for transmitting data and sending commands; and the method of the present invention is applied to the aforementioned system, and the steps include: (a). A power connection sensing device of an electric bicycle detects a mobile power record The computing device forms an electrical connection with it: the user places the mobile power computing device (30) with stored electrical energy into the electric bicycle to be used to electrically connect the electric sensing device (20), so that the electric bicycle can be powered on The sensing device (20) can detect that the mobile power calculating device (30) forms an electrical connection with it, so that the mobile power calculating device (30) enters a state of preparing to transmit power to the electric bicycle; (b). Upload the registration data of the above-mentioned mobile power calculating device and the above-mentioned power connection sensing device to a servo device for authentication: when the above-mentioned electric bicycle power connection sensing device (20) confirms the above-mentioned mobile power calculating device (30) ) after the electrical connection is formed, the registration data of the mobile power calculation device (30) and the power connection sensing device (20) can be activated synchronously and uploaded to the servo device (10) for performing the connection between the power connection sensing device (20) and the power connection sensing device (20). Certification of the mobile power calculation device (30); (c). When the certification is passed, notify the mobile power calculation device to provide power to the electric bicycle application: confirm the electric bicycle connection sense in the servo device (10). After the device (20) and the above-mentioned mobile power calculation device (30) are legally registered users, the servo device (10) can notify the mobile power calculation device (30) to provide power to the connection sensing device (20) ) for electric bicycles. According to some embodiments, it can be used as anti-theft for personal electric bicycles, when the servo device (10) confirms that the mobile power calculation device (30) is bound to the power connection sensing device (20) of the electric bicycle , the power connection sensing device (20) of the electric bicycle can be unlocked. On the contrary, if the mobile power calculation device (30) is not bound to the power connection sensing device (20) of the electric bicycle, the user cannot Start the electric bicycle to run, and form an anti-theft effect. Furthermore, according to some embodiments, it can be used as a rental of shared electric bicycles, and the servo device (10) confirms that the mobile power calculation device (30) and the electric bicycle power connection sensing device (20) are legally registered The user can activate the rental service and transaction of the mobile power accounting device (30), on the contrary, one of the power connection sensing device (20) and the mobile power accounting device (30) is an illegal registered user, Then stop the rental service of the electric bicycle; (d). Detect at least one operating parameter of the electric bicycle by the power connection sensing device: when the power connection sensing device (20) of the electric bicycle is legally activated, the power connection sensing device (20) is activated. The sensing device (20) can detect an operation parameter of the electric bicycle, the operation parameter includes but not Limited to the rotation speed, positioning, mileage, load, energy consumption, speed or running time of the electric bicycle and other running parameters that can be used to complete running tasks such as calculating carbon rights; (e). Upload the above running parameters to the above-mentioned servo device and action Electricity calculation device: when the electric bicycle completes the operation, the above-mentioned power connection sensing device (20) can detect the operating parameters, and the power connection sensing device (20) can calculate or trade the above-mentioned carbon rights including carbon rights. uploading the operating parameters to the above-mentioned servo device (10) and the mobile power calculating device (30); and (f). using the above-mentioned operating parameters to complete an operation task: after the servo device (10) receives the above-mentioned operating parameters , the operation parameters can be used to complete an operation task, and the operation task can be carbon emission reduction and carbon rights calculation, digital currency transaction or shared lease transaction calculation.

Furthermore, the present creation further includes a computer program product, the computer program product includes a program code instruction, when the program code instruction is executed on the servo device (10), the power connection sensing device (20) and the mobile power calculating device (30) When the above-mentioned method is executed, the operation task of at least one electric bicycle can be completed; and the actual use method of the present invention can be further understood from the following embodiments, such as:

Example 1 Start the operation of an electric bicycle without a battery

As shown in the first and second figures, the electric bicycle without a battery is provided with a power connection sensing device (20), and the user holds at least one mobile power calculating device (30), each of which is used for calculating the mobile power. The device (30) memorizes the power capacity and the digital currency for power transaction, and the stored power for charging and discharging. The user can connect the mobile power calculating device (30) held by himself to the electric bicycle he wants to ride. The electrical sensing device (20) is connected, and when the electrical sensing device (20) detects that the mobile power computing device (30) is electrically connected, the electrical power stored in the mobile power computing device (30) can be passed through Provided to the electric self- The driving motor for driving, through the design of the electric bicycle without a battery, allows the user to take away the mobile power calculating device (30) after riding the bicycle, so that the electric bicycle does not lose energy due to storage and loss when it is stationary. The power of the mobile power calculating device (30) can be continuously used for other electric drive equipment, which can reduce the waste of battery power, not only can reduce the cost of the battery and the load of the electric bicycle, but also can produce environmental protection benefit.

Example 2 Unlocking an electric bicycle without a battery

The battery-less electric bicycle provided with the power-connection sensing device (20) may be a user's personal or family electric bicycle, and the power-connection sensing device (20) can be connected with at least one mobile power calculating device (30) Binding, as shown in Figures 1, 2 and 3, after the user connects the power connection sensing device (20) of the electric bicycle he wants to ride with his personal mobile power calculating device (30), he can use the connection The electrical sensing device (20) detects that the mobile power computing device (30) is electrically connected, and uploads the registration data of the electrical sensing device (20) and the mobile power computing device (30) to the servo device (10), after being certified by the servo device (10) as a mobile power calculation device (30) that is qualified and bound to the power connection sensing device (20), the data stored in the mobile power calculation device (30) can be passed through. The electric power is supplied to the drive motor of the electric bicycle through the power connection sensing device (20), so as to carry out the riding of the electric bicycle without the battery, otherwise the mobile power calculating device ( 30) A mobile power computing device (30) that is not a qualified binding of the power sensing device (20), i.e. interrupting the electrical connection between the mobile power calculating device (30) and the power sensing device (20), The user of the mobile power computing device (30) cannot ride, so as to achieve the purpose of preventing theft.

Example 3 Shared rental service of electric bicycles without batteries

The electric bicycle with no battery equipped with the power connection sensing device (20) can be a shared electric bicycle. When the user wants to rent the electric bicycle without a battery with the mobile power calculation device (30) held by him, he can Personally-owned mobile power accounting device (30) Connected to the power connection sensing device (20) of the shared electric bicycle to be ridden, the power connection sensing device (20) can detect that the mobile power calculation device (30) completes the electrical connection, and the power connection sensing device (20) is completed. The registration data of the power connection sensing device (20) and the mobile power calculating device (30) are uploaded to the server device (10), and the server device (10) authenticates the power connection sensing device (20) as a qualified mobile device After the power calculation device (30) is installed, the user can supply the electric power stored in the mobile power calculation device (30) to the drive motor of the electric bicycle through the power connection sensing device (20), so as to carry out the unequipped The riding of the battery-operated electric bicycle can be converted into the digital currency required for renting through the servo device (10) and the mobile power calculating device (30) after the riding is completed, so that the renting of the shared electric bicycle can be completed. trade.

Example 4 Carbon rights trading

As shown in Figures 1, 2 and 3, when the user rides the electric bicycle without battery equipped with the power connection sensing device (20), including but not limited to the electric bicycle owned by individuals or shared, when the user rides When a mobile power calculating device (30) held by a person (including private or shared) is connected to the power connection sensing device (20) of the electric bicycle without a battery, the power connection sensing device (20) can be used to detect Knowing that the mobile power computing device (30) has completed the electrical connection, and uploading the registration data of the power connection sensing device (20) and the mobile power computing device (30) to the server (10) for authentication, so that the user The electric power stored in the mobile power calculating device (30) can be supplied to the driving motor of the electric bicycle through the power connection sensing device (20), so as to carry out the riding of the electric bicycle without a battery. When the bicycle starts to travel, the power connection sensing device (20) can detect the running parameters of the electric bicycle including but not limited to rotation speed, positioning, mileage, load, energy consumption, speed or running time, etc. after running, and use the running parameters. Uploaded to the above-mentioned servo device (10) and mobile power calculation device (30), after the servo device (10) and the mobile power calculation device (30) receive the aforementioned operating parameters, they can accumulate carbon footprints To perform the calculation of carbon rights trading, the servo device (10) will The carbon rights obtained by the user are converted into digital currency and stored in all their accounts and mobile power accounting devices (30) to complete the entire carbon rights transaction.

It can be seen from the foregoing that the system and computer program product of the present creation can be applied to an electric bicycle without a battery, so that the electric bicycle without a battery can provide the user with a mobile power record through the set power connection sensing device (20). The computing device (30) is selectively electrically connected to utilize the power capacity stored in the mobile power computing device (30) to provide power to the electric bicycle through the power connection sensing device (20), and further, the power connection can be used The communication connection between the sensing device (20) and the mobile power calculation device (30) and the servo device (10) to complete the carbon rights and lease transactions, so that the user can take away the mobile power calculation after riding the bike The device (30), so that the electric bicycle will not generate the lost and unused power in the storage when it is stationary, and the power of the mobile power calculation device (30) can be used for other electric drive equipment, so that it can be Reducing the waste of battery power, not only can reduce the cost of batteries and the load of electric bicycles, but also can effectively control the total amount of carbon emissions through the operation of the market mechanism, so as to generate environmental benefits, and further create its economic benefits, thereby increasing the number of products added value.

From this, it can be understood that this creation is an excellent creation, in addition to effectively solving the problems faced by habitual users, it also greatly improves the effect, and there is no identical or similar product creation or public use in the same technical field. At the same time, it has the effect of improving, so this creation has met the requirements of "novelty" and "progressiveness" of the new patent, and it is proposed to apply for a new patent in accordance with the law.

Attachment: A total of 9 photos of the implementation of the mobile power calculation device applied to other electric drive equipment.

10: Servo device

20: Connect the electrical sensing device

30: Mobile power calculation device

Claims (5)

An electric bicycle running system based on an unequipped battery, which includes: a servo device, which can respond to at least one command to execute at least one computer program for data processing; at least one power connection sensing device, which is arranged on an unequipped battery On the electric bicycle, the electric bicycle is selectively driven, and the power-on sensing devices can form a communication connection with the servo device, and the power-on sensing devices can detect at least one operating parameter of the electric bicycle; at least A mobile power calculation device, which can selectively form electrical connections with the power connection sensing devices, and provide the power connection sensing devices with power to drive the electric bicycle, and the mobile power calculation devices can be connected with the servo device. Form a communication connection, and these mobile power computing devices have the functions of storing electricity, charging and discharging; so that users can use the mobile power computing devices they hold to form an electrical connection with these power connection sensing devices, so as to use the user's The electricity stored in the mobile power computing device drives the electric bicycle without a battery. The electric bicycle operation system based on the unequipped battery as described in claim 1, wherein the mobile power calculation devices can upload the electric bicycle operation parameters through the power connection sensing devices, and further have the functions of recording carbon footprint and calculating carbon emissions. and carbon rights and memory functions. The electric bicycle operation system based on a battery-less device as described in claim 1, wherein the mobile power calculation devices can perform digital currency conversion required for transactions through the servo device, and further have the functions of digital currency transaction and memory. The electric bicycle operation system based on the unequipped battery as described in claim 1, wherein the mobile power calculating devices can convert the digital currency required for leasing through the servo device, and further have the function of transaction calculation of shared leasing. The battery-free electric bicycle running system as claimed in claim 1, wherein the mobile power calculating devices further have functions that can be applied to other electric drive devices.

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