CN205811877U - A kind of power supply device based on transformer station's electric field energy - Google Patents

Abstract

The utility model discloses a kind of power supply device based on transformer station's electric field energy, including vacuum chamber, power collecting device and control device, power collecting device includes the first battery lead plate and second battery lead plate of upper and lower parallel setting, and two be oppositely arranged in the first battery lead plate top and the bindiny mechanism of the second battery lead plate bottom respectively, bindiny mechanism includes conducting electricity tactile film, ball cup, universal ball end and rotary shaft, three-axis gyroscope it is provided with on ball cup, control device and include microcontroller and memorizer, the outfan of microcontroller is connected to DC MOTOR CONTROL mechanism, the signal output part of three-axis gyroscope connects with the input of microcontroller, rotary shaft is in transmission connection with the output shaft of direct current generator in DC MOTOR CONTROL mechanism.This utility model is novel in design, can control power collecting device in vacuum chamber up and down or circumference moves by controlling device, it is achieved the conversion of transformer station's electric field energy to electric energy, Resource recovery, and energy-saving and emission-reduction are practical.

Description

A kind of power supply device based on transformer station's electric field energy

Technical field

This utility model belongs to electric field energy switch technology field, is specifically related to a kind of energy supply based on transformer station's electric field energy dress Put.

Background technology

The energy of electric field is called electric field energy, and electric field energy is different from electric potential energy, and electric field is a kind of particular matter, be one not with The objective reality that the sense organ of people is felt, along with developing rapidly of China's economy, country gets over for demand and the dependency of electric power Come the biggest, in the course of time, the safety and stability of transformer station and electrical network be it is also proposed more strict requirements.The electricity of country Power department needs a kind of monitoring system that can monitor operating condition of transformer station equipment in real time, it is possible to electricity detected in the very first time The damage of power equipment and weather or the destruction of anthropic factor, handle it rapidly, and loss is reduced to minimum, and existing prison Ore-controlling Role all uses independent current source or battery to power, and for this special application scenario of transformer station, has abundant electric field energy, Be not used, can only cause wasting of energy, therefore, nowadays lack a kind of simple in construction, reasonable in design based on The power supply device of transformer station's electric field energy, can being insulated by control, up and down or circumference moves two parallel battery lead plates, changes two The quantity of electric charge of battery lead plate or magnitude of voltage, it is achieved the conversion of transformer station's electric field energy to electric energy, Resource recovery, energy-saving and emission-reduction.

Utility model content

Technical problem to be solved in the utility model is for above-mentioned deficiency of the prior art, it is provided that a kind of based on The power supply device of transformer station's electric field energy, it is novel in design rationally, simple in construction, low cost, can control electric energy by controlling device Collection device in vacuum chamber up and down or circumference moves, it is achieved the conversion of transformer station's electric field energy to electric energy, Resource recovery, energy-conservation Reduce discharging, practical, it is simple to promote the use of.

For solving above-mentioned technical problem, the technical solution adopted in the utility model is: a kind of based on transformer station's electric field energy Power supply device, it is characterised in that: include vacuum chamber, be arranged on the interior electric energy receipts for collecting transformer station's electric field energy of vacuum chamber Acquisition means and to be arranged on vacuum chamber outer for regulating the control device of described power collecting device shift in position, described electric energy is received Acquisition means includes the first battery lead plate and second battery lead plate of upper and lower parallel setting, and two are oppositely arranged respectively at the first electricity Pole plate top and the bindiny mechanism of the second battery lead plate bottom, the structure of two described bindiny mechanisms is the most identical, described bindiny mechanism Including conducting electricity tactile film and touch film with conduction and fix the ball cup being connected, and the universal ball end that coordinates with ball cup and and multi-directional ball The fixing rotary shaft connected of head, described ball cup is provided with three-axis gyroscope, described control device include microcontroller and with The memorizer that microcontroller connects, the outfan of microcontroller is connected to DC MOTOR CONTROL mechanism, and the signal of three-axis gyroscope is defeated Going out end to connect with the input of microcontroller, rotary shaft is with the output shaft transmission of direct current generator in DC MOTOR CONTROL mechanism even Connect.

Above-mentioned a kind of based on transformer station's electric field energy power supply device, it is characterised in that: described rotary shaft is that hollow rotates Axle, is provided with power conductors in described hollow rotary shaft.

Above-mentioned a kind of based on transformer station's electric field energy power supply device, it is characterised in that: it is hollow half that described conduction touches film Spherical conductive touches film, and it is that thin copper touches film that described hollow hemispherical conduction touches film.

Above-mentioned a kind of based on transformer station's electric field energy power supply device, it is characterised in that: described first battery lead plate and second Electrode plate structure is identical and is circular electrode plates.

Above-mentioned a kind of based on transformer station's electric field energy power supply device, it is characterised in that: described three-axis gyroscope and direct current The quantity of motor control mechanism is two.

Above-mentioned a kind of based on transformer station's electric field energy power supply device, it is characterised in that: described rotary shaft passes through shaft coupling It is in transmission connection with the output shaft of direct current generator in DC MOTOR CONTROL mechanism.

This utility model compared with prior art has the advantage that

1, this utility model is by arranging vacuum chamber, keeps the dead ring between the first battery lead plate and the second battery lead plate Border, it is to avoid electromagnetic interference and short circuit phenomenon, provides good basis for power supply device, supplies for the conversion of follow-up electric energy and electric energy Guarantee should be provided, it is simple to promote the use of.

2, this utility model is by arranging two three-axis gyroscopes, and two three-axis gyroscopes are respectively used to detect the first electrode Plate and the mobile status of the second battery lead plate, provide foundation for keeping parallelism, reliable and stable.

3, this utility model is by arranging Liang Ge DC MOTOR CONTROL mechanism, the independent rotation model controlling two universal ball ends Enclose and the telescopic extensions of two rotary shafts, effectively adjust the effective area between the first battery lead plate and the second battery lead plate or have Effect spacing, thus cause the change of the voltage between the first battery lead plate and the second battery lead plate or electric charge, energy conversion efficiency is high, makes With effective.

4, this utility model is novel in design reasonable, and volume is little, low cost, Resource recovery, and energy-saving and emission-reduction are practical, real Strong by property, it is simple to promote the use of.

In sum, this utility model is novel in design rationally, simple in construction, low cost, can control electricity by controlling device Can collection device in vacuum chamber up and down or circumference moves, it is achieved the conversion of transformer station's electric field energy to electric energy, Resource recovery, save Can reduce discharging, practical, it is simple to promote the use of.

Below by drawings and Examples, the technical solution of the utility model is described in further detail.

Accompanying drawing explanation

Fig. 1 is this utility model vacuum chamber and power collecting device installation relation schematic diagram.

Fig. 2 is the installation top view of this utility model the first battery lead plate and bindiny mechanism.

Fig. 3 is schematic block circuit diagram of the present utility model.

Description of reference numerals:

1 vacuum chamber；2 second battery lead plates；3 first battery lead plates；

4-1 conduction touches film；4-2 ball cup；4-3 universal ball end；

4-4 rotary shaft；4-5 three-axis gyroscope；5 power conductors；

6 microcontrollers；7 DC MOTOR CONTROL mechanisms；8 memorizeies.

Detailed description of the invention

As shown in Figure 1, Figure 2 and Figure 3, this utility model includes vacuum chamber 1, is arranged in vacuum chamber 1 for collecting The power collecting device of transformer station's electric field energy and to be arranged on vacuum chamber 1 outer for regulating described power collecting device shift in position Control device, described power collecting device includes the first battery lead plate 3 and the second battery lead plate 2 of upper and lower parallel setting, and Two are oppositely arranged respectively in the first battery lead plate 3 top and the bindiny mechanism of the second battery lead plate 2 bottom, two described bindiny mechanisms Structure the most identical, described bindiny mechanism includes conducting electricity tactile film 4-1 and touch film 4-1 with conduction and fix the ball cup 4-2 being connected, with And with ball cup 4-2 coordinate universal ball end 4-3 and fix rotary shaft 4-4 being connected, described ball cup 4-with universal ball end 4-3 Being provided with three-axis gyroscope 4-5 on 2, described control device includes microcontroller 6 and the memorizer 8 connected with microcontroller 6, micro- The outfan of controller 6 is connected to DC MOTOR CONTROL mechanism 7, and the signal output part of three-axis gyroscope 4-5 is defeated with microcontroller 6 Entering end to connect, rotary shaft 4-4 is in transmission connection with the output shaft of direct current generator in DC MOTOR CONTROL mechanism 7.

In the present embodiment, described rotary shaft 4-4 is by shaft coupling and the output of direct current generator in DC MOTOR CONTROL mechanism 7 Through-drive connects.

In the present embodiment, the quantity of described three-axis gyroscope 4-5 and DC MOTOR CONTROL mechanism 7 is two.

During actual installation uses, a three-axis gyroscope 4-5 is arranged in the described bindiny mechanism on the first battery lead plate 3 On ball cup 4-2, for the rotational parameters of detection the first battery lead plate 3；Another three-axis gyroscope 4-5 is arranged on the second battery lead plate On the ball cup 4-2 in described bindiny mechanism on 2, for the rotational parameters of detection the second battery lead plate 2；Two three-axis gyroscopes The data that 4-5 gathers are stored in memorizer 8, carry out data and compare, are that the first battery lead plate 3 is parallel with the second battery lead plate 2 Regulation provides foundation.

In practical adjustments, in a DC MOTOR CONTROL mechanism 7, the output shaft of direct current generator is connected to be arranged on the first electricity In rotary shaft 4-4 in described bindiny mechanism on pole plate 3, rotate or distance of stretch out and draw back for regulation the first battery lead plate 3；Another In DC MOTOR CONTROL mechanism 7, the output shaft of direct current generator is connected to be arranged in the described bindiny mechanism on the second battery lead plate 2 Rotary shaft 4-4 on, rotate or distance of stretch out and draw back for regulation the second battery lead plate 2, Liang Ge DC MOTOR CONTROL mechanism 7 is by microcontroller Device 6 is independent to be controlled, it is to avoid in the first battery lead plate 3 caused owing to surprisingly vibrate or the second battery lead plate 2 tilt and while Regulate two battery lead plates.

It should be noted that two described bindiny mechanisms are mounted opposite on the first battery lead plate 3 along same vertical curve respectively Portion and the second battery lead plate 2 bottom, it is simple to regulate the relative position of the first battery lead plate 3 and the second battery lead plate 2, keeping parallelism, control Simply.

As it is shown in figure 1, in the present embodiment, described rotary shaft 4-4 is hollow rotary shaft, it is provided with in described hollow rotary shaft Power conductors 5, the quantity of electric charge on the first battery lead plate 3 and the second battery lead plate 2 is derived by power conductors 5, forms electric current.

In the present embodiment, it is that hollow hemispherical conduction touches film that described conduction touches film 4-1, and described hollow hemispherical conduction touches film Film is touched for thin copper.

In the present embodiment, described first battery lead plate 3 is identical with the second battery lead plate 2 structure and is circular electrode plates, it is ensured that The collection electric field energy of equilibrium in all directions.

When this utility model uses, power supply device is arranged in substation field actual environment, the first battery lead plate 3 and the The electric field energy in transformer station collected by two battery lead plates 2, can control DC MOTOR CONTROL mechanism 7 by microcontroller 6 and regulate rotary shaft The distance of stretch out and draw back of 4-4, changes the spacing between the first battery lead plate 3 and the second battery lead plate 2, the first battery lead plate 3 and the second battery lead plate 2 Composition capacitor, it is achieved the change in voltage of capacitor or change in electrical charge, the mobile formation electric current of electric charge, touches film 4-1 extremely through conduction Universal ball end 4-3, universal ball end 4-3 connect rotary shaft 4-4 of hollow structure, and the electric energy in rotary shaft 4-4 of hollow structure is led Electric current is drawn by line 5, and universal ball end 4-3 coordinates with ball cup 4-2, when there is unexpected vibration, it is to avoid rotary shaft 4-4 fractures, Three-axis gyroscope 4-5 detects the depth of parallelism between the first battery lead plate 3 and the second battery lead plate 2 in real time simultaneously, and using effect is good.

The above, be only preferred embodiment of the present utility model, not impose any restrictions this utility model, every Any simple modification, change and equivalent structure change above example made according to this utility model technical spirit, the most still Belong in the protection domain of technical solutions of the utility model.

Claims (6)

1. a power supply device based on transformer station's electric field energy, it is characterised in that: include vacuum chamber (1), be arranged on vacuum tank It is used in body (1) collecting the power collecting device of transformer station's electric field energy and being arranged on vacuum chamber (1) being used for outward regulating described electricity The control device of energy collection device shift in position, described power collecting device includes the first battery lead plate of upper and lower parallel setting (3) and the second battery lead plate (2), and two be oppositely arranged respectively in the first battery lead plate (3) top and the second battery lead plate (2) bottom Bindiny mechanism, the structure of two described bindiny mechanisms is the most identical, described bindiny mechanism include conducting electricity tactile film (4-1) and with conduction Touch the fixing ball cup (4-2) connected of film (4-1), and the universal ball end (4-3) that coordinates with ball cup (4-2) and and multi-directional ball The fixing rotary shaft (4-4) connected of head (4-3), described ball cup (4-2) is provided with three-axis gyroscope (4-5), described control Device includes microcontroller (6) and the memorizer (8) connected with microcontroller (6), and the outfan of microcontroller (6) is connected to direct current Motor control mechanism (7), the signal output part of three-axis gyroscope (4-5) connects with the input of microcontroller (6), rotary shaft (4-4) it is in transmission connection with the output shaft of direct current generator in DC MOTOR CONTROL mechanism (7).

2. according to a kind of based on transformer station's electric field energy the power supply device described in claim 1, it is characterised in that: described rotary shaft (4-4) it is hollow rotary shaft, in described hollow rotary shaft, is provided with power conductors (5).

3. according to a kind of based on transformer station's electric field energy the power supply device described in claim 1 or 2, it is characterised in that lead described in: It is that hollow hemispherical conduction touches film that electricity touches film (4-1), and it is that thin copper touches film that described hollow hemispherical conduction touches film.

4. according to a kind of based on transformer station's electric field energy the power supply device described in claim 1 or 2, it is characterised in that: described One battery lead plate (3) is identical with the second battery lead plate (2) structure and is circular electrode plates.

5. according to a kind of based on transformer station's electric field energy the power supply device described in claim 1 or 2, it is characterised in that: described three The quantity of axle gyroscope (4-5) and DC MOTOR CONTROL mechanism (7) is two.

6. according to a kind of based on transformer station's electric field energy the power supply device described in claim 1 or 2, it is characterised in that: described turn Moving axis (4-4) is in transmission connection with the output shaft of direct current generator in DC MOTOR CONTROL mechanism (7) by shaft coupling.