TWM446946U - Self-help charging device - Google Patents

Description

Self-service charging device

This creation department has a charging device for electric vehicles, in particular, a self-service charging device that can be installed independently or attached to a normal power supply device such as a lamp, and facilitates cloud monitoring and management.

In recent years, international crude oil prices have continued to rise. Not only has the issue of energy (oil) crisis been ignited again, but also the frequent disasters caused by the greenhouse effect have caused considerable concern for sustainable energy, green energy, or low-pollution energy. Many government agencies in many countries not only advocate environmental protection, but also advocate the use of alternative energy sources, which in turn will drive the take-off of the green energy industry.

In the most common vehicles in daily life, due to frequent use and a large number of vehicles, it should be regarded as one of the most depleted oil in the metropolitan area and one of the sources of air pollution. In addition to the direction of fuel-efficient vehicles, car manufacturers in various countries also have Many hybrid electric vehicles have been introduced, and many new generation electric scooters, electric bicycles and larger electric vehicles powered by rechargeable batteries have all been born.

In principle, electric vehicles must have a certain amount of stored electricity to achieve the corresponding endurance. However, due to the space and weight of the vehicle, the battery volume and weight of the electric vehicle are also limited. There is also a limit to the amount of electricity stored. Therefore, if electric vehicles are to be gradually extended to larger and farther use areas at this stage, it is necessary to install a normal charging facility around the main roads. Sex.

However, in general, the land price in the urban area is relatively expensive, and large-scale land is relatively difficult to obtain. If a collective charging facility is to be built, it will cost a lot of land use cost, and even the driving line of the surrounding road must be redesigned. As well as changing the driving habits of drivers, if a decentralized configuration design is adopted, it may encounter problems such as planning and construction of transmission and distribution circuits, and relatively difficult to monitor and manage.

The main purpose of this creation is to provide a self-service charging device that can be installed independently or attached to a normal power supply device such as a street lamp, and facilitates cloud monitoring and management.

In order to achieve the above objectives, the self-service charging device of the present invention basically consists of a set of body, a power management module, a network communication module, a data management module, a charging module, and a power output module. And a control module is integrated; wherein the power management module is disposed in the body for connecting an external power source, and converting the external power source into a rated DC power; the network communication module is disposed in the body and the power conversion module Electrical connection for connecting a cloud host through the Internet and transmitting communication signals to each other; the data management module is electrically connected to the power management module and the network communication module in the body for writing or reading Loading data; the charging module is electrically connected to the power management module and the data management module in the body, and has a display screen exposed to the body, at least one currency exposed to the body The sensor and a charging operation software preloaded in the data management module, and forming a plurality of operation options corresponding to the charging operation software; the power output module is electrically connected to the power management module on the body, The utility model is configured to transmit the rated DC power from the power management module to the vehicle to be charged; the control module is disposed in the body and the power management module, the network communication module, the data management module, and the charging module. The group and the power output module are electrically connected, and an operating software is preloaded in the data management module for processing the control signal from the charging module, performing data receiving/transmitting of the network communication module and the cloud host, and executing data. The management module writes or reads the data, and controls the control actions such as whether the power management module is transmitted to the power output module.

俾 自助 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助 自助The device can transmit communication signals to and from the corresponding cloud host through wired or wireless transmission, so that the cloud host can monitor and manage the operation state of the self-service charging device in real time.

The following describes the specific implementation of the components of the present invention. According to the above main structural features, the self-service charging device further includes a lightning protection module electrically connected to the power control module, and the external power source is connected through the lightning protection module.

The power output module has at least one set of electrode joints for engaging with a charging stand of the vehicle, and a power source connected between the electrode joint and the power management module line.

The power output module has at least one set of electrode joints for engaging with a charging stand of the vehicle; and a lock member for forming a lock with the charging seat of the vehicle at the at least one set of electrode joints, the lock piece And controlled by the control module to unlock or not.

The power output module has at least one set of active coils for generating electromagnetic waves, and a power line connected between the active coils and the power management module.

The power output module has at least one set of electrode joints for engaging with a charging stand of the vehicle, at least one set of active coils for generating electromagnetic waves, respectively connected between the electrode joints and the power management module, and connected to the active coils. A power cord between the power management modules; and a lock member for forming a lock with the charging seat of the vehicle at the at least one set of electrode joints, the lock member being controlled by the control module to be unlocked or not.

The charging module has a currency sensor formed by a slot machine.

The charging module has a currency sensor formed by an electronic money card reader.

The charging module has a currency sensor consisting of a slot machine and a currency sensor consisting of an electronic money card reader.

The network communication module has a wired network interface.

The network communication module has a wireless network interface.

The network communication module has a wired network interface and a wireless network interface.

The machine system is provided with a first fitting portion for assembly and engagement with the ground.

The machine system is provided with a second fitting portion for assembly and engagement with a predetermined device body.

Compared with the prior art, the self-service charging device of the present invention can produce the following effects:

1. It can be used for independent installation and use of normal power supply equipment such as street lamps, or it can be operated by normal power supply equipment attached to street lamps or monitors, thereby reducing the planning and construction cost of transmission and distribution circuits.

2. It can transmit communication signals to and from the corresponding cloud host through wired or wireless transmission, which is convenient for monitoring and management by the cloud host.

3. The self-service charging device of this creation can still be used as a wireless network hotspot device, effectively utilizing the bandwidth and improving the connection quality of the wireless network.

4. The relevant modules can be modularized, which is convenient for the operator to assemble the required modules with the corresponding body according to the actual functional requirements, and can be assembled into a self-service device for independent installation or addition to the normal power supply equipment such as street lamps. The charging device not only helps to increase the capacity of the self-service charging device, but also reduces the material preparation cost and hoarding risk of related components.

In order to make your reviewer's purpose, technical characteristics and efficacy, further understanding and understanding, the following is based on the technical means of this creation, and enumerates the implementation methods suitable for this creation and follows the following description: Please refer to the first figure for the self-charging device of the present invention. The configuration diagram of the self-charging device of the preferred embodiment is shown in the block diagram of the second embodiment. The present invention mainly provides an independent installation or addition. The normal power supply device such as the street lamp 10 operates, and the self-service charging device 60 that facilitates cloud monitoring management.

The self-service charging device 60 of the present invention basically consists of a set of body 61, a power management module 62, a network communication module 63, a data management module 64, a charging module 65, and a power output module. 66, and a control module 67 is integrated; wherein: the power management module 62 is disposed in the body 61 for connecting an external power source, and converts the external power source into a rated DC power, and provides an internal module of the self-service charging device 60 The power required for operation and the power for charging the vehicle 20; in implementation, the overall self-service charging device 60 may additionally be provided with a lightning protection module 68 electrically connected to the power control module 62, through the lightning protection module 68. Connect an external power supply to prevent lightning damage from related circuits.

The network communication module 63 is electrically connected to the power conversion module 62 in the body 61, and is connected to the cloud host 40 through the Internet 30, and transmits communication signals to each other. In implementation, the network communication module The 63 series has a wired network interface 631 for transmitting communication signals to the corresponding cloud host 40 through wired transmission, or has a wireless network interface 632 so that the wireless transmission and the corresponding cloud are used. The host computer 40 transmits communication signals to each other; of course, the network communication module 63 can also have a wired network interface 631. And a wireless network interface 632, so that the communication signal is transmitted to and from the corresponding cloud host 40 by means of wired or wireless transmission, so that the cloud host 40 can monitor and manage the operation state of the self-service charging device 40 in real time.

The data management module 64 is electrically connected to the power management module 62 and the network communication module 63 in the body 61 for writing or reading the loaded data. In implementation, the data management module 64 It can be composed of at least one storage carrier of a predetermined storage capacity.

The charging module 65 is electrically connected to the power management module 62 and the data management module 64 in the body 61, and has a display screen 651 exposed to the body 61, at least one currency sensor exposed to the body 61, and a pre-preparation. The charging operation software 652 is included in the data management module, and is formed with a plurality of operation options corresponding to the charging operation software 652. In implementation, the charging module 65 can have a currency formed by the slot machine. The sensor 653 is provided for the user to pay in cash such as a coin or a banknote, or has a currency sensor 654 formed by the electronic money card reader for the user to pay by using a stored value card, a chip card or a credit card; Of course, the charging module 65 has a currency sensor 653 composed of a slot machine and a currency sensor 654 formed by an electronic money card reader as shown in the figure, which is convenient for the user to select. It is better to pay in cash, such as coins or banknotes, or as a stored value card, chip card or credit card.

The power output module 66 is electrically connected to the power management module 62 on the body 61 for transmitting the rated DC power from the power management module 62 to the vehicle 20 to be charged. In implementation, the power is output. Output module 66 It can be connected to the vehicle body through the power cord for charging (contact charging), or by using electromagnetic waves to charge the vehicle (non-contact charging); the self-charging device 60 of the present invention is in the form of contact charging, the power The output module 66 has at least one set of electrode joints 661 for engaging with the charging base (not shown) of the vehicle 20, and a power cord 662 connected between the electrode joint 661 and the power management module 62; self-charging of the creation The device 60 has at least one set of active coils 663 for generating electromagnetic waves and a power line connected between the active coils 663 and the power management module 62 in a non-contact charging mode. 664. Of course, the self-service charging device 60 of the present invention can also be used for charging the vehicle by using a contact charging method or a non-contact charging method as shown in the figure. In this configuration mode, the power output module 66 is like As shown, at least one set of electrode joints 661 for engaging with the charging base of the vehicle 20, at least one set of active coils 663 for generating electromagnetic waves, respectively connected between the electrode joints 661 and the power management module 62, and connected to the active Power lines 662, 664 between the coil 663 and the power management module 62.

The control module 67 is electrically connected to the power management module 62, the network communication module 63, the data management module 64, the billing module 65, and the power output module 66, and is connected to the data management module. The group 64 is preloaded with a working software 671 for processing control signals from the billing module 65, performing data receiving/transmitting of the network communication module 63 and the cloud host 40, and executing data writing of the data management module 64 or Read and control actions such as controlling whether the power management module 62 transmits to the power output module 66.

In principle, the self-service charging device 60 of the present invention can be independently installed or attached to a normal power-taking device such as the street lamp 10 as shown in the figure, and the vehicle 20 can be driven by the driving when the vehicle 20 is parked indoors or on the roadside. The vehicle 20 is charged while operating.俾 It can reduce the planning, construction, and land acquisition costs of transmission and distribution circuits, and become a normal charging facility scattered around the main roads (especially around the roadside parking spaces), or a normal charging facility located in the parking lot. Help promote electric vehicles to larger and further use.

In particular, each of the self-service charging devices 60 can transmit a communication signal to the smart host and the corresponding cloud host 40 by using the connected transmission and distribution circuit, or by a predetermined number of self-charging by means of wireless transmission. The device 60 forms an ad-hoc network, and transmits communication signals to the corresponding cloud host 40 indirectly or directly. The cloud host 40 instantly monitors and manages the operation status of the self-service charging device 60, which not only facilitates monitoring and management, but also reduces related manpower. The cost can be used by the self-service charging device 60 as a wireless network hotspot device when the wireless network interface 632 of the network communication module 63 is enabled, and the bandwidth is used to enhance other electronic devices 50 (such as smart phones). , notebook computers, etc.) use the wireless network connection quality.

It is worth mentioning that the related modules of this creation can be modularized, which is convenient for the operator to assemble the required modules with the corresponding body 61 for independent installation or addition according to the actual functional requirements. A self-service charging device 60 used by a normal power supply device such as a street lamp 10. For example, the self-charging device 10 for independent installation and use, the body 61 used is as shown in the third figure, There is a first mounting portion 611 for assembling with the ground; as for the self-charging device 60 for attaching to the normal power supply device such as the street lamp 10, the body 61 used is provided as shown in the fourth figure. The second assembly portion 612 of the predetermined device body (the street lamp 10 shown in the figure) is assembled and joined, which not only helps to increase the capacity of the self-charging device 60, but also reduces the preparation cost and the risk of hoarding of the related components.

Furthermore, the self-service charging device of the present invention can further extend the at least one set of electrode connectors in the power output module of the present invention, which can be selected by the consumer to be connected to the vehicle body through the power line (contact charging). There is a lock member for the lock with the charging seat of the vehicle, and the lock member is controlled by the control module to unlock or not, so that the consumer's rights can be ensured by a relatively more active means, and the related equipment is prevented from being malicious. The destruction.

In summary, the self-service charging device of the present invention can produce the following effects:

1. It can be installed independently with the surrounding power supply equipment such as street lamps or monitors, or operated by normal power supply equipment attached to street lamps, thus reducing the planning and construction cost of the transmission and distribution circuit.

2. It can transmit communication signals to and from the corresponding cloud host through wired or wireless transmission, which is convenient for monitoring and management by the cloud host.

3. The self-service charging device of this creation can still be used as a wireless network hotspot device, effectively utilizing the bandwidth and improving the connection quality of the wireless network.

4. The relevant modules can be modularized, which is convenient for the operator to assemble the required modules with the corresponding body according to the actual functional requirements for independent installation. Or a self-service charging device attached to a normal power supply device such as a street lamp, which not only helps to increase the capacity of the self-service charging device, but also reduces the preparation cost and hoarding risk of related components.

The above description is only a preferred embodiment of the present invention, but the scope of the claims claimed by the present invention is not limited thereto, and those skilled in the art can easily think according to the technical contents disclosed in the present creation. And the equivalent changes shall not fall within the protection scope of this creation.

10‧‧‧ Street Lights

20‧‧‧ Vehicles

30‧‧‧Internet

40‧‧‧Cloud Host

50‧‧‧Electronic devices

60‧‧‧ self-service charging device

61‧‧‧ body

611‧‧‧First Assembly Department

612‧‧‧Second Assembly Department

62‧‧‧Power Conversion Module

63‧‧‧Network communication module

631‧‧‧Wired network interface

632‧‧‧Wireless network interface

64‧‧‧Data Management Module

65‧‧‧Charging module

651‧‧‧display screen

652‧‧‧Billing operation software

653‧‧‧ currency sensor

654‧‧‧ currency sensor

66‧‧‧Power output module

661‧‧‧electrode connector

662‧‧‧Power cord

663‧‧‧active coil

664‧‧‧Power cord

67‧‧‧Control Module

671‧‧‧Working software

68‧‧‧Lightning protection module

The first picture: the self-service charging device of this creation uses the configuration reference picture.

The second picture: the block diagram of the composition of the self-service charging device of this creation.

Third figure: The appearance of the body of the first embodiment of the present invention.

Fourth figure: The external structure diagram of the second embodiment of the present invention.

10‧‧‧ Street Lights

20‧‧‧ Vehicles

30‧‧‧Internet

40‧‧‧Cloud Host

50‧‧‧Electronic devices

60‧‧‧ self-service charging device

661‧‧‧electrode connector

662‧‧‧Power cord

663‧‧‧active coil

664‧‧‧Power cord

Claims (14)

A self-service charging device basically consists of a set of body, a power management module, a network communication module, a data management module, a charging module, a power output module, and a control module. Wherein: the power management module is disposed in the body for connecting an external power source, and converting the external power source into a rated DC power; the network communication module is disposed in the body and electrically connected to the power conversion module for accessing the Internet The road is connected to a cloud host and transmits communication signals to each other; the data management module is electrically connected to the power management module and the network communication module in the body for writing or reading the loaded data; The module is electrically connected to the power management module and the data management module, and has a display screen exposed to the body, at least one currency sensor exposed to the body, and a meter preloaded in the data management module. The operating software is configured to have a plurality of operating options corresponding to the billing operation software; the power output module is electrically connected to the power management module on the body for The rated DC power of the source management module is transmitted to the vehicle to be charged; the control module is disposed in the body and the power management module, the network communication module, the data management module, the billing module, and the power output. The module is electrically connected, and an operating software is preloaded in the data management module for processing control signals from the charging module, performing data receiving/transmitting of the network communication module and the cloud host, and executing the data management module. Data writing or reading, and control power management module to transmit to electricity Control action such as force output module or not. The self-charging device of claim 1, wherein the self-service charging device further comprises a lightning protection module electrically connected to the power control module, and the external power source is connected through the lightning protection module. The self-charging device of claim 1 or 2, wherein the power output module has at least one set of electrode joints for engaging with a charging base of the vehicle, and is connected to the electrode joint and the power management module. The power cord between the groups. The self-charging device of claim 1 or 2, wherein the power output module has at least one set of electrode joints for engaging with a charging stand of the vehicle; and, at the set of electrode joints There is a lock member for forming a lock with the charging seat of the vehicle, and the lock member is controlled by the control module to be unlocked or not. The self-charging device of claim 1 or 2, wherein the power output module has at least one set of active coils for generating electromagnetic waves, and is connected between the active coil and the power management module. power cable. The self-charging device of claim 1 or 2, wherein the power output module has at least one set of electrode joints for engaging with a charging stand of the vehicle, and at least one set of active coils for generating electromagnetic waves. And respectively connected to the power line between the electrode connector and the power management module and connected between the active coil and the power management module; and a lock for the vehicle at the at least one set of electrode joints The lock member is controlled by the control module to be unlocked or not. The self-charging device of claim 1 or 2, wherein the charging module has a currency sensor formed by a slot machine. The self-charging device of claim 1 or 2, wherein the charging module has a currency sensor formed by an electronic money card reader. The self-charging device of claim 1 or 2, wherein the charging module has a currency sensor formed by a slot machine and a currency perception formed by an electronic money card reader. Device. The self-service charging device of claim 1 or 2, wherein the network communication module has a wired network interface. The self-service charging device of claim 1 or 2, wherein the network communication module has a wireless network interface. The self-service charging device of claim 1 or 2, wherein the network communication module has a wired network interface and a wireless network interface. The self-charging device of claim 1 or 2, wherein the machine system is provided with a first fitting portion for assembly and engagement with the ground. The self-charging device of claim 1 or 2, wherein the machine system is provided with a second fitting portion for assembling and engaging with a predetermined device body.