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Urban forest self-help charging system

A charging system and forest technology, applied in current collectors, photovoltaic power generation, electric vehicles, etc., can solve problems such as difficult charging, no power for handheld small appliances, and limited battery capacity.

Inactive Publication Date: 2012-05-09
宁波道和创新智能科技有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, at present, the battery capacity of electric bicycles is limited, and they cannot run for a long distance on a single charge, which brings inconvenience to those who need to travel long distances
[0004] Now everyone has a mobile phone in their hands, and many people also carry small handheld appliances such as tablet computers and cameras with them. When they are outdoors for a long time, these small handheld appliances often run out of power. At this time, it is very difficult to find a place to charge them. At present, there is no self-service charging system that can charge both electric bicycles and small handheld appliances

Method used

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  • Urban forest self-help charging system

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0027] Install a set of the charging system in one area, install a number of tree-shaped hosts 1 in a location with better light in the area, and install a certain number of roadside charging piles 3 scatteredly in the area where there is a large traffic volume and convenient to park vehicles. Locally, the tree-shaped host 1 uses sunlight to produce electric energy and integrates urban power supply to distribute the electric energy to various roadside charging piles 3. When the user needs to charge, turn on the power switch 34 of the roadside charging pile 3, insert the designated consumer card into the card slot 33 of the roadside charging pile 3, and then connect the roadside charging pile 3 and the electric bicycle, and the status display 32 displays In the remaining charging time, the LED indicator 37 starts to flash during charging, and the three LED flashing lights 35 flash in three different colors. When the charging is completed, the LED indicator 37 and the three LED fl...

Embodiment 2

[0029] When the user needs to charge the mobile phone, find the nearby roadside charging pile 3, turn on the power switch 34 of the roadside charging pile 3, insert the designated consumer card into the card slot 33 of the roadside charging pile 3, and use the electronic product port The converter is connected to the roadside charging pile 3 and the mobile phone, the status display 32 displays the remaining charging time, the LED indicator 37 starts to flash when charging, the 3 LED flashing lights 35 flash in three different colors, and the LED indicator lights when the charging is completed 37 and 3 LEDs flash 35 and stop flashing at the same time and light up green together. After the charging is completed, the system will directly deduct the fee from the user's card, and the status display screen 32 will display the deduction amount and the remaining amount, and then the user can remove the card and leave. If the user does not have a consumption card, he can choose to inser...

Embodiment 3

[0031] Install two tree-shaped hosts 1 at the entrance of the parking lot. Several hundred parking spaces in the parking lot are equipped with car charging piles 2. When the car enters the parking lot, insert the designated consumer card into the card slot 43 of the control panel 14 At this time, the vacant parking space is displayed on the touch control screen 41, and the user can select an vacant parking space with a finger, the car charging pile 2 of the selected parking space is activated, and the parking timer starts. After the car is parked in the selected parking space, connect the car to the charging port 23 of the car charging pile 2. The charging interactive display window 21 on the car charging pile 2 will display the remaining charging time and the charging percentage. The LED is in the charging process The reminder light 25 will keep flashing. When the charging is completed, the LED reminding light 25 will stop flashing and will light green consistently. When the ch...

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PUM

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Abstract

The invention relates to an urban forest self-help charging system, comprising a tree-shaped main machine (1), an automobile charging post (2) and roadside charging posts (3), wherein the tree-shaped main machine (1) is arranged at a position with better illumination in designated area and entrance of an automobile park, the roadside charging posts (3) are arranged at the roadside in a dispersing way, the automobile charging post (2) is arranged on a parking space, and the tree-shaped main machine (1) is externally connected with a main power supply and is connected with each roadside charging post (3) and the automobile charging post (2) by virtue of cables. The equipment provided by the invention has beautiful appearance, is marked clearly and is easy to search, has the function of being capable of charging an electric automobile, an electric bicycle and a small handheld electronic device, can comprehensively utilize solar energy and electric energy as energy sources and is energy-saving and environmentally-friendly.

Description

Technical field [0001] The invention relates to an urban unmanned electricity sales system aiming at using electricity as an energy source, in particular to an urban forest self-service charging system. Background technique [0002] Since the industrial revolution, automobiles have become an indispensable part of people’s lives. However, the deteriorating environment and exhausted energy have put more and more urgent environmental requirements on the design of vehicles. In the era of rapid development of new materials and new technologies , Electric vehicles with clean, environmentally friendly and sustainable renewable resources came into being. However, the current electric vehicles are plagued by incomplete infrastructure and supporting facilities, which has hindered the development of electric vehicles to a large extent. There is no eye-catching self-charging system for parking cars that can be powered by solar energy and electricity. [0003] With the rapid increase in the nu...

Claims

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Application Information

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IPC IPC(8): H02J7/00H02N6/00H02S20/32
CPCY02E10/50
Inventor 官宗粦敖珊
Owner 宁波道和创新智能科技有限公司
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