TWM613988U - Current stabilizer - Google Patents

Abstract

The creative current stabilization device includes a current shunt mechanism and a current stabilizer. The current shunt mechanism includes a current input circuit, a switch module, a current output circuit, and a casing. The current input circuit and the current output circuit are electrically connected to the switch module, respectively. The input circuit, switch module and current output circuit are distributed inside the housing; while the current stabilizer is made of oscillating material and is distributed around the circuit of the current input circuit or the current output circuit. When the current passes through the current input circuit or the current output circuit, The oscillating material emits radiation oscillations around the distributed lines to avoid the occurrence of surges in the lines around the distribution positions of the current stabilizing parts, thereby stabilizing the current.

Description

Current stabilizer

This creation is about a stabilizing mechanism distributed around wires or power supply devices, especially a current stabilizing device.

Electrical insulation tape, the full name is PVC electrical insulation adhesive tape, and some people call it electrical insulation tape or insulation tape. Taiwanese industry is more commonly known as electric fire cloth.

Electrical tape is suitable for insulation of various resistance parts. Generally, there are three types of electrical insulating tapes, namely, insulating black tape, pvc electrical flame-retardant tape, and high-voltage self-adhesive tape.

Although the aforementioned insulating black tape has an insulating function, it is not flame-retardant or waterproof. Although the aforementioned PVC electrical flame-retardant tape has insulating, flame-retardant and waterproof effects, its own PVC material leads to poor ductility and cannot It is impossible to achieve the waterproof effect if the target is completely wrapped. The aforementioned high-pressure self-adhesive tape can be applied to high pressure and low pressure, and the waterproofness is the best among the three, but its strength is insufficient, and it is usually combined with the first two. Used more.

Generally, electrical insulation tape is usually glued and bound on the surface of the exposed metal wire, for example: completely covering the contact point, the end of the wire, and so on.

Therefore, it can be seen that the tapes used in the past on the surface of electric wires have the effect of insulating, flame retardant, or waterproof.

In addition, there may be an additional low-pass filter connected between the lines of common metal wires, which can filter out the specific frequency surges in the current passing through the wires. The surges may cause power noise interference. , Or when the voltage/current is too high over a certain value, it can be It can cause damage to low-voltage electrical appliances or breakage of the circuit. Therefore, it is necessary to remove it through a low-pass filter.

The main purpose of this creation is to reduce the current surge in the current shunt mechanism in the specific area through the characteristics of the oscillating material of a current stabilizer and the design of the current stabilizer relative to the specific distribution area of different parts of the electrical equipment. , In fact, achieve the effect of increasing current stability.

In order to achieve the above purpose, the current stabilizing device of the present invention includes: a current shunt mechanism, including a set of current input lines, a switch module, a set of current output lines, and a housing. The current input lines and the current output lines are separately electrically connected. Are electrically connected to the switch module, the current input circuit, the switch module and the current output circuit are distributed inside the housing: and A current stabilizing element, composed of an oscillating material, is distributed around the circuit of the above-mentioned current input line or current output line. When the current passes through the above-mentioned current input line or current output line, the above-mentioned oscillating material emits a radiant oscillation around the distributed line, Avoid the occurrence of a surge in the circuit around the distribution position of the current stabilizer, and then stabilize the current and voltage.

In addition, the inner wall of the housing has a first inner wall area and a second inner wall area connected to the first inner wall area, the first inner wall area is in contact with and loaded with the current shunt mechanism, and the second The inner wall area is not in contact with the above-mentioned current shunt mechanism.

Moreover, the current stabilizer has a first unit and a second unit, the first unit is set in a bendable form, and the first unit is distributed on the current input line and the current in a shielding or surrounding manner. The circuit surface of the output circuit, and the second unit is set as a flat plane, and the second unit is distributed in the second inner wall area corresponding to the relative position of the switch module.

The switch module has a main switch, a bus bar switch, and a leakage circuit breaker. The main switch, the bus bar switch, and the leakage circuit breaker are connected to each other through a plurality of shunt lines, and the main switch and the leakage circuit breaker are connected to each other. There is a surge circuit breaker.

The current input line has a first end for introducing external current into the current shunt mechanism and a second end connected to the switch module, and the current output line has a third end connected to the switch module and a second end. The current is derived from the fourth end of the current shunt mechanism, and the first unit of the current stabilizer is distributed at the first end of the current input line, the fourth end of the current output line, and the leakage circuit breaker and the surge circuit breaker. On the shunt line.

As can be seen from the foregoing description, the feature of this creation is that the position of the current stabilization piece of this creation can be designed to be similar to the relative position where the conventional electrical insulation tape is bonded to the circuit, that is, they are located in different current input lines and current output lines. And on the shunt line, the oscillating material of the current stabilizing device can exert the effect of radiation oscillating on the current in the line, so that when a current surge occurs in the line, the amplitude and frequency width of the surge will be affected by the radiated oscillation and become smaller , To achieve the effect of stabilizing current and voltage.

In this way, it is possible to avoid the occurrence of power noise interference, or when the voltage/current exceeds the standard, to avoid the damage of low-voltage electrical appliances or the circuit breakage, and there is no need to install a low-pass filter in the line.

1: Current stabilization device

2: Current shunt mechanism

20: Current input circuit

200: first end

201: second end

21: Switch module

210: master switch

211: Bus switch

212: Leakage Circuit Breaker

213: Surge circuit breaker

214: Diversion line

22: Current output circuit

220: third end

221: fourth end

23: shell

230: first inner wall area

231: second inner wall area

3: Current stabilizer

30: Unit One

31: Unit 2

Fig. 1 is a schematic diagram of a current stabilizing device; Fig. 2 is an electrical connection diagram of Fig. 1; Fig. 3 is a partial enlarged view of part A in Fig. 1; Fig. 4 is a partial enlarged view of part B in Fig. 1; Fig. 5 is a partial enlarged view of part C in Fig. 1; Figs. 6A and 6B are schematic diagrams of current energy waveforms in the current input circuit and the current output circuit.

In order to facilitate a deeper, clear and detailed knowledge and understanding of the structure, use and characteristics of this creation, I will cite a preferred embodiment, which is described in detail with the drawings as follows: Please refer to Figures 1 to 5. The current stabilizing device 1 of the present invention includes two main parts, a current shunt mechanism 2 and a current stabilizing member 3.

The current shunt mechanism 2 includes a set of multiple current input lines 20, a switch module 21, a set of multiple current output lines 22, and a housing 23. The current input line 20, the switch module 21, and the current output line 22 Electrically connected to each other.

The inner wall of the housing 23 has a first inner wall area 230 and a second inner wall area 231 connected to the first inner wall area 230, and the current shunt mechanism 2 is assembled to the first inner wall area 230. , And the second inner wall area 231 is not connected to or in contact with the current shunt mechanism 2.

Furthermore, the current input line 20 has a first end 200 and a second end 201 opposite to the first end 200, and the current output line 22 has a third end 220 and a second end opposite to the third end 220. The fourth end 221 of the first end 200 can introduce an external current into the current shunt mechanism 2, the second end 201 is connected to one side of the switch module 21, and the third end 220 is connected to On the other side of the switch module 21, the fourth terminal 221 can lead the current out of the current shunt mechanism 2 and deliver it to other lower voltage electrical equipment or current transfer terminals, such as: Household appliances, sockets or switches, etc.

The creative switch module 21 has a main switch 210, a set of bus switch 211 (bus switch), and a residual current circuit breaker 212 (Residual Current Circuit Breaker, RCCB). The above-mentioned main switch 210, bus switch 211, and leakage circuit breaker 212 are electrically connected to each other through a plurality of shunt lines 214.

In a preferred and feasible embodiment, the numbers of the above-mentioned various switches are respectively: one above-mentioned main switch 210, four above-mentioned bus bar switches 211, and one above-mentioned leakage circuit breaker 212.

In addition, in a preferred embodiment, a surge protector 213 can be additionally interposed between the main switch 210 and the leakage circuit breaker 212.

Please refer to Figures 1 to 5 continuously. The current stabilizing member 3 of the present creation is composed of an oscillating material. The material molecules of the oscillating material can move in a vibrating manner and emit radiant energy. Moreover, the current stabilizing member 3 has A first unit 30 and a second unit 31. The first unit 30 is set in a bendable state, and the second unit 31 is set in a flat plane. In a preferred embodiment , The surfaces of the first unit 30 and the second unit 31 have adhesion or tackiness.

Please refer to FIGS. 1 to 6, the first unit 30 of the current stabilizer 3 can be distributed on the current input line 20, the shunt line 214, and the current output line 22 by means of a shield without contacting or being attached around. The surface of the line.

In a preferred embodiment, the first unit 30 of the current stabilizer 3 is wound and adhered to the position of the first end 200 or the second end 201 of the current input line 20 and the third end of the current output line 22 The position of 220 or the fourth end 221 and the shunt line 214 of the above-mentioned leakage circuit breaker 212 and surge circuit breaker 213.

In addition, the second unit 31 of the current stabilizer 3 can be distributed in the second inner wall area 231 of the housing 23 in a manner of adhesion corresponding to the relative position of the switch module 21.

To be more precise, the first unit 30 and the second unit 31 of the current stabilizing element 3 can respectively perform the current input lines 20, 30 and 31 of the current stabilizing element 3 through the oscillating material of the current stabilizing element 3 for surrounding lines or switch modules 21, respectively. In the shunt line 214 and the current output line 22, as well as the main switch 210, the busbar switch 211, the leakage circuit breaker 212, and the surge circuit breaker 213, the current flowing respectively exerts the effect of radiation shock, causing a current surge in the circulating circuit or switch. In the case of wave conditions, the amplitude and frequency width of the surge will be affected by the radiation oscillation and then become smaller, achieving the effect of stabilizing the current and voltage.

The above-mentioned examples are only used for the convenience of explaining the creation and are not limiting. As long as they do not deviate from the spirit of this creation, those skilled in the industry who are familiar with the various simple modifications and modifications made by the scope of patent application and creation instructions of this creation should still be used. Included in the scope of the following patent applications.

1: Current stabilization device

2: Current shunt mechanism

20: Current input circuit

200: first end

201: second end

21: Switch module

210: master switch

211: Bus switch

214: Diversion line

22: Current output circuit

23: shell

230: first inner wall area

231: second inner wall area

3: Current stabilizer

30: Unit One

31: Unit 2

Claims (6)

A current stabilizing device includes: a current shunt mechanism, including a set of current input lines, a switch module, a set of current output lines, and a housing, the current input lines and the current output lines are electrically connected to the switch modules, respectively , The current input circuit, the switch module and the current output circuit are distributed inside the housing; and a current stabilizing member, composed of an oscillating material, is distributed around the circuit of the current input circuit or the current output circuit, when the current passes In the current input circuit or the current output circuit, the oscillating material emits a radiation oscillation to the surrounding of the distributed circuit, so as to avoid the occurrence of a surge in the circuit around the distribution position of the current stabilizing member, and thereby stabilize the current. The current stabilizing device according to claim 1, wherein the inner wall of the housing has a first inner wall area and a second inner wall area connected to the first inner wall area, and the first inner wall area contacts and The current shunt mechanism is installed, and the second inner wall area is not in contact with the current shunt mechanism. The current stabilizing device according to claim 2, wherein the current stabilizing member has a first unit and a second unit, the first unit is set in a bendable state, and the second unit is set to a flat Flat style. The current stabilizing device according to claim 3, wherein the first unit is distributed on the line surface of the current input line and the current output line in a manner of shielding or surrounding, and the second unit is distributed on the second inner wall area Corresponds to the relative position of the above-mentioned switch module. The current stabilization device according to claim 3, wherein the switch module has a main switch, a bus bar switch, and a leakage circuit breaker, and the main switch, the bus bar switch, and the leakage circuit breaker pass through a plurality of shunts among each other The circuit is connected, and a surge circuit breaker is arranged between the above-mentioned main switch and the leakage circuit breaker. The current stabilizing device according to claim 5, wherein the current input line has a first end for introducing an external current into the current shunt mechanism and a second end connected to the switch module, and the current output line has One is connected to the third end of the switch module and a fourth end that derives the current from the current shunt mechanism. The first unit of the current stabilizer is distributed at the first end of the current input line and the first end of the current output line. Four terminals and the shunt circuit of the above-mentioned leakage circuit breaker and surge circuit breaker.

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