JPS63141278A - Electric appliance control plug and equipment for control of electric appliance - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION This invention provides electric appliances with AC adapters, solar cells,
In order to connect an external power source such as a storage battery, connect to the external power input terminal provided on the appliance to connect the internal power source (10) of the appliance and the electric circuit (12) of the appliance. , an electric appliance control plug that leads an electric circuit to the outside of the electric appliance, and which connects to both poles of the internal power supply (10) of the electric appliance, and also leads the electric circuit to the outside of the electric appliance, and using this plug, The power supply of electrical appliances can be controlled from outside the appliance, and the internal power supply (1
0) as its own power source for controlling electrical appliances.

Traditionally, electrical appliances equipped with time switches, or
In addition to the electrical equipment equipped with the terminal to which the time switch is connected, if the time switch is used in an electrical equipment, connect the terminal between the power line and the electrical equipment.

The only way to use it was to put it in and use it, which was inconvenient because it limited the places where it could be used, and it was also cluttered with electrical cords, making it difficult to use.

Similarly, a device that remotely controls a power switch, or
The terminals for connecting the device, other than the electrical equipment provided, were limited to locations where power line power was available, making them inconvenient and meaningless for remote control.

Similarly, except for electrical appliances that have been given special consideration, depending on various conditions,
It was inconvenient that the power supply could not be controlled externally.

Electric appliances equipped with remote control devices, time switches, and other devices that control various conditions are generally expensive, and these devices are removable and have a wide variety of structures. , for electric appliances that cannot be used for anything other than that appliance, and that do not have terminals for connection.
-It could not be used on the incised side and was very uneconomical.

In addition, if the power source of the appliance that controls the appliance is separate from the power source of the appliance, a power source such as a dry cell battery is required for each, which is not only uneconomical but also reduces the size of the appliance that controls the appliance. However, the size increases in proportion to the capacity of the built-in power supply, and if you try to make the device smaller and make the built-in power supply smaller, the smaller the power supply, the faster the power consumption will be, which is uneconomical. It was inconvenient.

The present invention has been made to eliminate these inconveniences and uneconomical problems.

By taking advantage of the fact that the structure of the external power input terminal provided on electrical appliances (regardless of the manufacturer, type, or model of the appliance) is often the same, the There is a radio, a tape recorder with one layer each,
Even if you have an existing electric appliance such as a 1M player, pocket TV, or electronic musical instrument, if it is equipped with an external power input terminal, it can be used regardless of the manufacturer, type, or model of the electric appliance. Electrical appliances] can be used.
The purpose of the present invention is to provide a device that controls an electric appliance using a time switch, a remote control device, and various other conditions, and a device that uses the electric appliance's internal power supply as its own power source.

Hereinafter, the electrical appliance control plug of the present invention will be explained.

Fig. 5 is a cross-sectional view showing a state in which a plug for connecting an external power source to an electric appliance, which is the original purpose, is inserted into the external power input terminal, and Fig. 6 shows the connection of each electrode. It is an electrical circuit diagram.

The internal power source (10) of the appliance and the electrical circuit of the appliance (
12), the electrical contact between electrode d(6) and electrode e(7), which constitutes a part of the electrical circuit, is
When the electrode d (6) is pushed open by the external electrode (18), the internal power supply (10) of the appliance is not available.

On the other hand, looking at the electrodes of the plug, the internal electrode (16) is connected to the central electric wire (8), which means that the electrodes of the plug are electrically connected to both ends of the electrical circuit (12) of the appliance. The appliance cannot be operated unless power is applied to the plug's electrodes from the outside, and the appliance's internal power source (10) is
Nor can it be led out of electrical appliances.

Therefore, by using the external power input terminal of the electric appliance,
In order to control the power source of an electric appliance from the outside and use the internal power source (10) of the electric appliance as its own power source,
A plug with a different structure from the original purpose of connecting an external power source to an electrical appliance must be used.

For this reason, plugs for controlling electrical appliances were invented.

FIG. 1 is a perspective view of the plug for controlling electrical appliances of the present invention, and FIG. 2 is a cross-sectional view showing the state in which the plug (1) is inserted into the external power input terminal. ) The plug (1) made of an insulating material has a shape corresponding to the shape of the part of the external power input terminal into which the plug is inserted, and has a so-called semicylindrical shape.

(b) On the left and right sides of the tip of the flat surface of the plug (1),
Electrode a is elastic and has a so-called mountain shape.
(2) is provided, and the electrode a(2) is guided into the main body a(5) by a conductor.

(c) Insert the plug (
A plate-shaped electrode b (3) is provided in the length direction of the plug (1) except for the tip part of the plug (1), and the electrode b (3) is guided into the main body a (5) by a conductor. ing.

(d) A cylindrical electrode C (4) in which the center electrode (8) of the external power input terminal fits is provided in the length direction of the plug (1) from the tip of the plug (1).

(E) The base portion of the plug (1) is covered by the main body a (5).

The electric appliance control plug of the present invention has the structure as described above.

Fig. 3 is a perspective view of only the electrodes, showing the connections between the external power input terminal and the electric appliance control plug, and Fig. 4 is an electric circuit diagram showing the connections of the respective electrodes. To explain this, (a) When plug (1) is inserted into the external power input terminal, electrode d (6) is pushed and the electrical contact between electrode d (6) and electrode e (7) is closed. open.

(b) An electrical contact between electrode d (6) and electrode e (7), which forms part of the electrical circuit, connecting the internal power source (10) of the electrical appliance and the electrical circuit (12) of the electrical appliance. An electrical circuit is opened between the internal power source (10) of the appliance and the electrical circuit (12) of the appliance.

(c) Electrode b (3) is connected to electrode d (6), and electrode e (7) is connected to electrode a (2), so that the internal source (10) of the electrical appliance is connected. and an electric circuit (12) of the electric appliance, an electric circuit is led out of the electric appliance.

(d) A switch or a control device that functions as a switch ( 15), the power supply of the appliance can be arbitrarily controlled from outside the appliance.

(e) Electrode C (4) is connected to the center electrode (8) electrically connected to one pole of the internal power source (10) of the electric appliance, and the other electrode of the internal power source (10) of the appliance By connecting electrode a (2) to electrode e (7), which is electrically connected to one pole, an electric circuit connected to both poles of the internal power supply (10) of the appliance is led out of the appliance. .

(f) When the electric circuit connected to both poles of the electric appliance's internal power source ( 10) can be used as a power source for equipment that controls electrical appliances.

In addition, since electrode a(2) is divided into left and right,
The electrode a(2) passes through the gap between the external power input terminal body (9) and the electrode d(6), the plug (1) is inserted, and the electrode a(2) connects to the electrode d(6)T. In other words, it takes advantage of the fact that the width of electrode d(6) is narrower than the width of electrode e(7), and this is shown in the front view of the external power input terminal in Figure 7. It is a diagram.

Fig. 8 is a perspective view of a plug for controlling electrical appliances as set forth in claim 3, and Fig. 9 is a sectional view. , openings on the left and right sides of the flat surface of the flat surface into which a pair of tip portions of electrode a (2), the left and right end portions of which are mountain-shaped, can come out and enter. A space is provided inside the plug (1) in which the electrode a(2) is accommodated.

(b) If electrode a (2) is made of an elastic body, when pushed by electrode d (6N) of the external power input terminal, electrode a (2) will retract into the space provided inside the plug (1), and the electrode d
(6), it projects out of the plug (1) and is connected to the electrode (7).

In other words, the center electrode (8) of the external power input terminal and the electrode d
(6) is the distance between center electrode (8) and electrode e (7)
When electrode a(2), which is tall enough to be connected to electrodes e(7) and f, is fixed to the plug (1), electrode a(2) connects to electrode d(6). ),
The plug can be inserted into the external power input terminal 72
The plug can be inserted by retracting the electrode a(2) into the space provided in the plug (1).

Fig. 10 is a perspective view of a plug for controlling electrical appliances as set forth in claim 4, and Fig. 11 is a sectional view. , a sekiguchi portion where a pair of tip portions of electrode a (2), the left and right end portions of which are mountain-shaped, can come out and enter on the left and right sides of the tip portion of the flat surface. In addition to providing a
Provided.

(b) When the plug (1) is inserted into the external power input terminal, the tip of the operating part a (20) protruding from the tip of the plug (1) is pulled out by the spring (21). The inclined part of the actuating part a (20) projects the tip of the electrode a (2) to the outside of the plug (1), causing the electrode a ( 2
) are connected to electrodes e(7)f.

(c) When the retracted operating part a (20) is no longer subjected to external force, the force of the spring (21) causes the tip of the operating part a (20) to move to the plug (1).
) and the electrode a (2) retracts into the internal space of the plug (1).

FIG. 12 is a cross-sectional view of the electrical appliance control plug according to claim 5. (a) The left and right sides of the flat end of the plug (1) made of an insulating material. To,
The left and right ends of the tip are mountain-shaped electrode a (
In 2), an opening is provided through which the pair of tip portions can come out and enter]. , pole a(2)
A space is provided inside the plug (1) to accommodate the following.

(b) When the plug (1) is inserted into the external power input terminal, the operating part b (22) provided inside the plug (1)
retracted by being pushed by the center electrode (8);
The inclined part of the operating part 1) (22) is connected to the electrode a(
2) is pushed out of the plug (1), and the electrode a (2) is
Electrodes e(7) and f are connected.

(c) When the external force is removed, the retracted operating part b (22) returns to its original position by the force of the spring (18), and the electrode a (2) retracts into the space inside the plug (1).

Next, the electric appliance control plug described in claim 6 will be explained.

FIG. 13 is a perspective view of the electrical appliance control plug, FIG. 14 is a sectional view showing the plug connected to an external power input terminal, and FIG. 15 is a diagram showing the connection of each electrode. FIG. 16 is a perspective view of only the electrode, and FIG. 16 is an electric circuit diagram showing connection with an electric appliance.

When the plug intended for connecting an external power source to an electrical appliance is inserted into the external power input terminal, a connection is made between the internal power source (10) of the appliance and the electric circuit (12) of the appliance.
The electrical contact between electrode h (26) and electrode 1 (27), which forms part of the electrical circuit, is opened by pushing electrode 1 (27) into the plug, and the internal power supply (10 ) cannot be used.

On the other hand, the respective electrodes of the original purpose plug are connected to a rod-shaped electrode a (25) and a rod-shaped electrode t) (28), which are connected to both ends of the electric circuit (12) of the electric appliance. The electrodes of the plug are electrically connected, and the appliance cannot be operated unless power is applied to the electrodes of the plug from the outside.
It is also not possible to lead the electric circuit connected to both poles of the internal power source (10) to the outside of the appliance.

Therefore, in order to control the power supply of an electric appliance using the external power input terminal and also use the internal power supply (10) of the electric appliance as its own power source, it is necessary to use a plug with a different structure from the original purpose plug. must be used.

For this reason, the electrical appliance control plug was invented, and its structure is as follows: (a) It is made of an insulating material and has a shape that corresponds to the shape of the part of the external power input terminal into which the plug is inserted. plug (1
) is a cylindrical electrode 9 (24) into which rod-shaped electrode a (25) and rod-shaped electrode b (28) of the external power input legitimate children fit.
and an electrode f (2'3) are provided from the tip to the rear end of the plug (1).

(b) facing electrode 1 (27) of the external power input terminal;
A plate-shaped electrode b (3) is placed on the surface of the plug (1).
1), and the electrode b(3) is guided into the main body a(5) by a conductor.

(c) Pick up the base of the plug (1) with the main body a [5].

The structure is as described above, and when this is inserted into the external power input terminal, (a) Electrode 1 (27) is pushed by the plug (1), and the internal power supply (10) of the appliance and the electricity of the appliance are connected. Circuit (12
), an electrode h that forms part of an electric circuit connecting between
The electrical contact between (26) and electrode 1 (27) is opened.

(b) Rod-shaped electrode a (2) connected to electrode h (26)
5), electrode g (24) is connected to electrode 1 (24), and electrode 1 (2
Electrode b (3) is connected to 7), and the internal power supply of the electric appliance (
10) and the electric circuit (12) of the appliance is led out of the electric appliance, and a switch or a control device (15) that functions as a switch is connected to the led out electric circuit. When connected, the power source of the appliance can be controlled arbitrarily by the outside of the appliance.

(c) A cylindrical electrode f is connected to a rod-shaped electrode b (28) that is electrically connected to one pole of the internal power source (10) of the electric appliance.
(23) is connected, and the appliance's internal power supply (10
), electrode 1 (27) is electrically connected to the other pole of
A plate-shaped electrode b (3) is connected to the electric circuit, and an electric circuit connected to both poles of the internal power supply (10) of the electric appliance is led out of the electric appliance, and the electric circuit that is led out is connected to the electric circuit of the control device. (13), the appliance's internal power supply (10
) can be used as a power source for equipment that controls electrical appliances.

FIG. 17 shows the electrode j (2
9), and FIG. 18 is a cross-sectional view thereof. (a) The cylindrical electrode j (29) is made into an elastic body and has elasticity to contract in the direction of the center of the diameter of the cylinder. .

(b) A groove is provided in the length direction of electrode j (29) so that the diameter of electrode j (29) can be easily changed.

When electrode j (29) as described above is used in place of electrode c (4), no matter whether the diameter of the center electrode (8) of the external power input terminal is thick or thin, electrode j (29) Crimp is applied to provide sufficient electrical contact.

FIG. 19 is a cross-sectional view of the cylindrical electrode (30) showing claim 8. To explain, the cylindrical electrode (30)
), an electrode k (31) is provided in the hole, the tip of the electrode k (31) has a shape corresponding to that of the center electrode (8), and the spring b (32) is connected to an electric It is provided between the rear end of electrode 1 (31) and electrode 1 (33).

When the cylindrical electrode (30) as described above is used in place of the electrode C (4), the electrode k (31) is connected to the spring b (32) regardless of whether the diameter of the center electrode [8] is thick or thin. As a result, it is crimped onto the tip of the center electrode (8) and sufficient electrical contact is obtained.

Next, a device for controlling an electric appliance using the electric appliance control plug of the present invention will be described.

FIG. 4 and FIG. 16 are electrical circuit diagrams showing the relationship among the electrical appliance, the external power input terminal, the electrical appliance control plug, and the control device (15).

Using the electric appliance control plug of the present invention, connect it to the external power input terminal of the electric appliance, and connect the electric appliance's internal power supply (10
) and the electric circuit (12) of the electric appliance, the electric circuit is led out of the electric appliance, and a switch or a control device (15) that acts as a switch is attached to the electric circuit that has been led out.
) to arbitrarily control the power supply of the appliance from outside the appliance, and also connect the electric circuit connected to both poles of the internal power supply (10) of the appliance to the outside of the appliance using the appliance control plug. lead out the appliance's internal power supply (1
0) as its own power source to control electrical appliances.

The control device (15) may be selected as appropriate, such as a switch, a relay, a timer, an electric circuit, an electronic circuit, or a computer, depending on the purpose of controlling the electrical appliance.

In addition, the part that functions as a switch may be an electrical contact, a semiconductor, etc., depending on the purpose of controlling the appliance, the current consumption of the appliance, etc.

Furthermore, the control device (15) may be activated by anything such as light, sound waves, radio waves, temperature, humidity, smoke, gas, liquid, various other conditions, timers, computers, signals from programmed sources, etc. Select as appropriate depending on the purpose.

In addition, as an example of the device for controlling the electric appliance of the present invention, the following can be done.

(a) Activated by opening and closing the switch (36).

(b) The electric appliance control plug and the control device (15) are integrally provided in the main body b (34).

(c) Separate the electrical appliance control plug and the main body b (34) provided with the control device (15), and connect them with an electric wire (35).

(d) Using a receiver (37) that functions as a control device, control is performed using radio waves emitted by a transmitter (38).

(e) Control is performed by emitting light or sound waves from a transmitter (42) using a sensor (41) that reacts to light or sound waves that activates the control device.

(f) Using various sensors (43), the control device (15) is operated under various conditions.

(g) Various sensors (43) are provided on the main body 1) (34).

(H) Connect various sensors (43) and main body b (34) @ separate body with electric wire (35).

(S) The transmitter (38) is operated by various sensors (43).

(j) The control device is a timer (46).

(l) The control device (15), various sensors (43), transmitter (38), receiver (37), timer (46), etc. are combined to make it multifunctional.

(years old) Coaxially with the plug (1), slip ring (49
) is provided, and the brush (50) is brought into contact with the control device (15) to establish an electrical connection between the electrode of the plug and the control device (15), and the plug (1) is connected to the main body (34). Allow it to rotate freely.

(W) By using the polarity changeover switch (51), protection diode (52), and voltage regulator (53), even if the polarity of the external power input terminal of the appliance is reversed or the voltage of the internal power supply is different, , so that you can use it).

(Power) Using a capacitor (54) or a storage battery, the power of the device controlling the electrical appliance is maintained even if the plug (1) is removed from the external power input terminal.

In the electrical circuit diagram of FIG. 34 showing the embodiment (W), the part (14) that functions as a switch is shown as having no polarity, but a polarized part such as a semiconductor can be used as a switch. When used as the part (14) that functions as a switch, the part (14) that functions as an electric circuit and a switch connects the internal power supply (10) of the appliance and the electric circuit (12) of the appliance. A new polarity changeover switch (51) is also provided in between.

Thus, the device for controlling electrical appliances of the present invention can be widely modified and implemented in a variety of ways.

Next, examples of how the device for controlling electrical appliances of the present invention can be used include: using it as a time switch to replace a dangerous electrical appliance with an alarm clock, or switching off an electrical appliance after going to bed. Automatically cuts off and performs various recordings and recordings automatically.

Using a transmitter, various types of tape recorders can be controlled from a distance to perform various recordings.

Using switches and control devices, electronic musical instruments with automatic performance functions, various tape recorders, various players, etc. can be turned into elegant doorbells.

Using a sensor that detects smoke or temperature, a tape recorder, etc. is used as a fire alarm to quickly evacuate from various fires such as hotel fires.

There is also a method of alerting a fire by ringing a bell or buzzer, but if a bell or buzzer rings while you are sleeping, you should immediately turn it off and not be able to determine what it is, in case of an emergency. Although the effect as an alarm device is small, a large effect can be obtained by giving an accurate alarm using a familiar voice, and these things also apply to various other alarm devices. The same thing can be said.

Using sensors that respond to water, electrical appliances can be used as alarms for bath water levels, rainfall, etc.

In addition, various sensors are used to use electrical appliances as various alarms.

Emergency broadcasts such as radio and television can be made by combining a receiver using the present invention with a very common radio, television, etc. that does not have a function of automatically turning on the power by radio waves of the emergency broadcast. It is assumed that the receiver receives the data.

In addition, it can be applied to all the usage methods that were conventionally done by opening and closing various sensors and switches.

As described above, when the present invention is utilized, the scope of use is greatly expanded, even for an extremely inexpensive tape recorder, etc., as long as the appliance is equipped with an external power input terminal, making it very convenient and economical.

In addition, the internal power supply of the electric appliance, the ja that controls the electric appliance
Since the device is used as a power source for the device, there is no need to have a built-in power source, so the device can be made smaller and does not require batteries, making it very economical.

When used as a time switch, etc., the tip of the little finger can be used as an ultra-small time switch, and since there is no built-in battery, there is no need to worry about replacing batteries. Even if the device is broken or left unattended for a long period of time, there is no need to worry about damage to the device due to battery leakage.Therefore, there is almost no need for maintenance, making it extremely convenient.
These things are the same for time switches (not only time switches), but also for devices that control various electrical appliances.

In addition, the types of external power input terminals installed on electrical appliances are limited, and in Japan they have the same form, and the diameter of the plug is common in 5 and 4 diameters, and the center electrode ( 8) has a diameter of 1.9 mm and 2.3 mm in most cases, and regardless of the diameter of the center electrode (8), sufficient electrical contact can be obtained with the electrode j (29).
A voltage regulator (53) that corresponds to the voltage of the internal power supply (10) of the appliance, a polarity changeover switch (51L) that corresponds to the polarity of the external power input terminal (for protecting the circuit of the appliance,
By using the protective diode (52), if an electric appliance is equipped with an external power input terminal, the type, model, and manufacturer of the electric appliance can be changed with one device that controls the electric appliance of the present invention. Regardless, it can be used with most electrical appliances and is very convenient and economical.

In addition, the internal power source of the electric appliance can be used as the power source of the electric appliance.
In addition, since it uses its own power source, it can be used anytime and anywhere without having to transport it.In addition, radios, various tape recorders, various players, pocket TVs, electronic musical instruments, etc. can be used at home. Even if you have a ready-made electrical appliance, you can use it with almost any electrical appliance that has an external power input terminal, making it very convenient and economical.

These many advantages can be achieved by using the electrical appliance control plug of the present invention, and the structure of the external power input terminal is dependent on the type, model, and type of electrical appliance.
We focused on the fact that many things are common regardless of the manufacturer, and we also changed the external power input terminal, which was originally intended for connecting an external power source to an electric appliance, to the internal power supply @i (10 ) and the electric circuit (12) of the appliance, and lead the electric circuit out of the appliance,
Since the electric circuit connected to both poles of the internal power supply (10) of the electric appliance is to be used for deriving, it is necessary to provide a control device or a terminal for connecting the control device, which was previously impossible. This is a very significant invention, as it made it possible to arbitrarily control electrical appliances that were not equipped from outside the appliance using the appliance's internal power source.

In addition to the present invention, when considering a method of externally controlling an electrical appliance that is not equipped with a control device or a terminal for connecting the control device, using the internal power supply of the electrical appliance, it is possible to There is a way to physically move the knob using some kind of device, but the size, shape, and position of the power switch knob, as well as the method of turning the switch on and off, vary between rotary and sliding types. There are a wide variety of types, such as cicada button type, snap type, etc., and they must be designed specifically for the appliance, and even if they are implemented, they are difficult to use and are hardly of any practical use.

Therefore, the present invention enables electrical appliances that are not equipped with a control device or a terminal for connecting a control device to the structure of electric appliances already owned at home to be used without any modification or modification. It is the only practical device that can be controlled arbitrarily from outside the appliance while using its internal power source.

In addition, when using the device for controlling an electric appliance of the present invention in an electric appliance, turn on the power switch (11) of the electric appliance and set the desired volume and other desired states.

4. Additional relations The electric appliance control plug of the original invention connects between the internal power source (10) of the electric appliance and the electric circuit (12) of the electric appliance.
The electrical appliance control plug of the present invention has the function of guiding an electric circuit to the outside of an electric appliance. It has the function of guiding people outside.

The device that controls the electric appliance of the original invention uses its own power source, but the device that controls the electric appliance of the present invention uses the electric appliance control plug of the present invention.) Therefore, the internal power source of the electric appliance (10) is used as its own power source, eliminating the need for a built-in power source.

[Brief explanation of the drawing]

FIG. 1 is a perspective view of a plug for controlling an electrical appliance as described in claim 2. FIG. 2 is a sectional view showing the connection with an external power input terminal. Figure 4 is a perspective view of only the electrode, showing the connection of the electrode, and Figure 5 is an electric circuit diagram showing the connection to an electric appliance. FIG. 6 is a sectional view showing the electrical circuit diagram showing the connection with the electric appliance; FIG. 7 is a front view of the external power input terminal; FIG. FIG. 9 is a perspective view of the plug for controlling an electric appliance, FIG. FIG. 13 is a cross-sectional view of the plug for controlling an electric appliance, as set forth in claim 3; FIG. 14 is a perspective view of the plug for controlling electric appliance, as set forth in claim 6; FIG. 15 is a cross-sectional view showing the connection with the external power input terminal, and FIG. 16 is a perspective view of only the electrodes, showing the connection of each electrode. FIG. 16 is an electric circuit diagram showing the connection with the electric appliance. Figure 17 is a perspective view of the elastic electrode j (29).
Figure 19 is a diametrical cross-sectional view of the center electrode (electrode k (31) to be crimped).
FIG. 20 is a sectional view of a cylindrical electrode (30) provided with a cylindrical electrode (30), and FIG. 22 is a side view showing the embodiment (b), FIG. 23 is a side view showing the embodiment (c), and FIG. 24 is a side view showing the embodiment (d). FIG. 25 is a perspective view showing the embodiment (Thu); FIG. 26 is an electric circuit diagram showing the embodiment (F); and FIG. 27 is a side view showing the embodiment (G). FIG. 28 is a side view showing Example (H), FIG. 29 is a side view showing Example (S), and FIG. 30 is a side view showing Example (J). FIG. 31 is a side view showing the same example (1), and FIG. 32 is a sectional view showing the same example (2), and FIG. Figure 34 is an electric circuit diagram showing the same example (W). Figure 3S is an electric circuit diagram showing the example (power). Figure 36 is an electric circuit diagram showing the example (power). (d) usage perspective view (1) is the plug (2) is the electrode a (3) is the electrode b (4) is the electrode C (5) is the main body a (6) is the electrode d (7) is the electrode e (8) The center electrode (9) is the external power input terminal.The main body (10) is the internal power source of the appliance.(11) is the power switch (12) of the appliance.The electric circuit of the appliance (13) is the electric circuit of the control device. 14) is the part that functions as a switch (15) is the control device (16) is the internal electrode (17)
is an insulator (18) is an external electrode (19) is an external source (20) is an operating part a (21) is a spring
(22) is the operating part b (23) is the electrode f
(24) is electrode 9 (25) is rod-shaped electrode a (26)
is the electrode ah (27) is the electrode i (28) is the rod-shaped electrode b (29) is the electrode j (30) is the cylindrical electrode (31) is the electrode k (32) is the spring b (3
3) is electrode 1 (34) is main body b (35) is electric wire (36) is switch (37) is receiver
(38) is the transmitter (39) is the receiving antenna (4
0) is the transmitting antenna (41) is the sensor (42)
The transmitter (43) is the various sensors (44) is the jack (45) is the plug (46) is the timer (47)
) is a receiving circuit (48) is a transmitting circuit (4) is a slip ring (50) is a brush (51) is a polarity switch (52) is a protection diode

Claims (1)

[Claims] 1. In order to connect an external power source such as an AC adapter, a solar battery, or a storage battery to an electric appliance, the plug (1) is inserted into the external power input terminal provided on the electric appliance, and the plug (1) is connected to the electric appliance. The internal power source of the appliance (10) and the electrical circuit of the appliance (1
2) An electrical appliance characterized by a structure in which an electric circuit connected between the two is led out of the electrical appliance, and an electric circuit connected to both poles of the internal power supply (10) of the electrical appliance is also led out of the electrical appliance. Control plug. 2. The electrical appliance control plug according to claim 1, characterized in that the electrode a (2) is provided at both left and right ends of the tip portion of the plug (1). 3. The electric appliance control according to claim 1, characterized in that the electrode a (2) is retracted into the space provided in the plug (1) by an external force and protrudes from the plug (1) when the external force is removed. Plug for. 4 Insert the plug (1) into the external power input terminal.
The operating part a (20) is activated by being pushed by an external power input terminal, and the electrode a (2) housed in the space provided in the plug (1) protrudes from the plug (1). , a plug for controlling an electric appliance according to claim 1. 5 Insert the plug (1) into the external power input terminal.
The operating part b (22) is activated by being pushed by the center electrode (8) of the external power input terminal, and the electrode a (2), which is housed in the space provided in the plug (1), is pushed into the plug (1). A plug for controlling an electrical appliance according to claim 1, characterized by a structure protruding from the plug. 6. The electric appliance control plug according to claim 1, characterized by a structure used as an external power input terminal, having a rod-shaped electrode a (25) and a rod-shaped electrode b (28). 7. The electric appliance control plug according to claim 1, characterized in that the electrode connected to the center electrode (8) of the external power input terminal is an elastic body. 8. The electric appliance control according to claim 1, characterized in that the electrode connected to the center electrode (8) of the external power input terminal is crimped to the center electrode (8) by an elastic body. Plug for. 9. Connecting to the external power input terminal of the electrical appliance using the electrical appliance control plug according to any one of claims 1 to 8, to connect to the internal power supply (10) of the electrical appliance;
An electric circuit that connects the electric circuits (12) of electric appliances,
An electric circuit is connected to both poles of the internal power supply (10) of the electric appliance by an electric appliance control plug, and is connected to both poles of the internal power supply (10) of the electric appliance. A device for controlling an electric appliance, characterized by a structure in which an internal power source (10) of the electric appliance is led outside and used as a power source for the device controlling the electric appliance. 10. A device for controlling an electrical appliance according to claim 9, characterized by a structure that is activated by opening and closing a switch (36). 11. A device for controlling an electrical appliance according to claim 9, characterized by a structure in which the electrical appliance control plug and the control device (15) are integrated. 12 The electrical appliance control plug and the control device (15) are
A device for controlling electrical appliances according to claim 9, characterized in that each is separate and connected by an electric wire (35). 13 Features a structure in which a plug for controlling electrical appliances and a receiver (37) are used, and the transmitter (38) controls the device.
A device for controlling an electrical appliance according to claim 9. 14 Claim 9, characterized by a structure in which the control device is controlled by emitting light or sound waves from a transmitter (42) using a sensor (41) that responds to light or sound waves, which activates the control device. Equipment that controls the electrical appliances listed. 15. A device for controlling an electrical appliance according to claim 9, characterized by a structure that uses various sensors (43) to operate the control device (15) under various conditions. 16. A device for controlling an electrical appliance according to claim 9, characterized in that the various sensors (43) are provided on the main body b (34). 17 Features a structure in which various sensors (43) and main body b (34) are separated and connected by electric wire (35),
A device for controlling an electrical appliance according to claim 9. 18. A device for controlling an electrical appliance according to claim 9, characterized in that the transmitter (38) is provided with various sensors (43). 19. A device for controlling an electrical appliance according to claim 9, characterized in that the control device (15) is a timer (46) and is structured to be used as a time switch. 20. The electric appliance according to claim 9, characterized by a multifunctional structure by combining a timer (46), various sensors (43), a transmitter (38), a receiver (37), etc. Equipment to control. 21. A device for controlling an electric appliance according to claim 9, characterized in that the plug (1) is configured to freely rotate with respect to the main body b (34). 22 Polarity switch (51), voltage regulator (5
3) A device for controlling an electrical appliance according to claim 9, characterized by a structure that increases compatibility with the electrical appliance. 23 Use parts that have the function of storing electricity, and plug (1
10. A device for controlling an electrical appliance according to claim 9, characterized in that the device for controlling the electrical appliance has a structure such that the power is maintained even if the device is disconnected from the external power input terminal.