KR102118154B1 - Self-generated switch system for dustproof and waterproof - Google Patents

Abstract

The present invention relates to a self-generation switch system for dustproof and waterproof, which maximizes dustproof and waterproof inside a wireless self-generation switch system. The self-generation switch system for dustproof and waterproof comprises: a self-generation switch for dustproof and waterproof having excellent dustproof and waterproof functions and self-generation function; and a receiver for receiving and controlling a signal from the self-generation switch to control an operation of a power product. The self-generation switch for dustproof and waterproof comprises: a base including a partition wall formed therein with a receiving part; a self-generation module received in the receiving part to perform self-generation; a push lever making contact with the self-generation module to allow the self-generation module to generate power; a transmission module electrically connected to an upper portion of the self-generation module for receiving an output generated from the self-generation module according to an operation of a push lever to send a wireless signal to a receiver; a dustproof/waterproof part provided at an upper portion of a partition wall of the base to close the receiving part; a cover to surround an external circumference of the base; an operation part provided at an upper portion of the base to operate the self-generation module by a pressing operation. As stated above, in the present invention, if a press operation of the operation part allows a press protrusion to press a push lever, the push lever is momently switched by a lock spring of a locking part when the user presses a switch, the self-generation module is pressed to supply power to the transmission module as an output generated from the self-generation module, so that an RF signal is sent to the receiver to turn on/off a power product according to control of the receiver.

Description

Dust-proof, waterproof self-generation switch system {SELF-GENERATED SWITCH SYSTEM FOR DUSTPROOF AND WATERPROOF}

The present invention relates to a dust-proof, waterproof self-powered switch system, and more particularly, to a dust-proof, waterproof self-powered switch system that maximizes dust-proof and waterproof efficiency inside a wireless self-powered switch and enables smooth operation. .

Common switches are used to drive lights and household appliances. For example, the lighting switch has a single pole switch and a three-way switch. A single pole switch has two terminals, a hot lead for the lead wire and a lead wire for the light.

The three-way switch can control one light from two different places. Each switch in three directions has three terminals. The 3-way switch uses two boxes each with two cables. The first box has an incoming line from the power source and an outgoing line entering the second box, and the second box has an incoming line from the first box and an outgoing line entering the lamp.

For these switches, it is necessary to drill holes and mount the coupling boxes and switches for the wiring cables and outlets. It is difficult and time consuming to make a hole and install the switch and the mating box. In addition, the wiring of the electric cables must start from the structure, and requires cables to be routed to each structure in the circuit configuration through holes in the frame and connected to the service panel.

Meanwhile, in the case of a general wireless switch, a battery is used as a power source. At this time, since the voltage of the battery is lowered according to the use of the wireless switch, when the power level of the battery is reduced, there is a problem that the battery needs to be replaced.

In this way, the wireless switch used by exchanging the battery may be very inconvenient to use the battery depending on the use environment. For example, when the user cannot cope with the exhaustion of the battery of the wireless switch, there is a problem such as having to take temporary inconvenience.

To this end, the conventional wireless switch is equipped with a self-generation module and can be driven by self-generation, but since there is no separate means surrounding the whole of the self-generation module, it is not dustproof and waterproof, resulting in poor productability and dust or dirt on the self-generation module. Since water can permeate, there is a problem that an operation error occurs or a malfunction occurs.

Republic of Korea Registered Patent Publication No. 10-1131243 Republic of Korea Registered Patent Publication No. 10-1432167 Republic of Korea Registered Patent Publication No. 10-1707461

Therefore, the present invention has been devised to solve the above-mentioned problems, the purpose of which is self-power generation, and the whole self-generation module and the transmission module inside the base are firmly dustproof and waterproof by a rubber dust/waterproof unit. It is a dustproof, waterproof self-powered switch system that maximizes durability and minimizes air expansion inside the dustproof/waterproof part even when the pressing part is made of bellows type wrinkles to minimize the air expansion inside the dustproof/waterproof part. It is in offer.

The anti-vibration, waterproof self-powered switch system according to an embodiment of the present invention for achieving the above object has excellent anti-vibration/water-proof function and is capable of self-powered, anti-vibration, waterproof self-powered switch, and the anti-vibration, waterproof self-powered switch It may include a receiver to receive and control the signal of the radio to control the operation of the power product.

The anti-vibration, waterproof type self-powered switch has a base provided with a partition wall to form a storage portion therein, a self-powered module provided in the storage portion capable of self-generation, and a self-powered module that is in contact with the self-powered module to generate power. Push lever to enable, a transmission module that is electrically connected to the upper portion of the self-power generation module to receive the output generated by the self-power generation module according to the operation of the push lever, and sends a wireless signal to the receiver, and to the upper part of the partition wall of the base It may include a dustproof/waterproof part that is provided to seal the storage part, a cover that wraps around the outer periphery of the base, and an operation part that is provided on the upper part of the base to operate the self-generation module according to a pressing operation.

The base is provided with a plurality of fixing hooks to protrude upward, and a rubber guide for fixing the fixing hooks to the upper part of the partition wall to support the dustproof/waterproof portion may be provided.

The self-powered module is provided with a plurality of contact portions to send a plurality of operation signals, and a push lever may be contacted with each of the contact portions.

The anti-vibration/water-proof portion may be provided with a seating portion to be seated in a recess in the upper portion of the partition wall around the lower periphery, and a push portion may be formed in the upper outer portion so as to press the push lever.

A fitting groove may be formed around the outer periphery of the push lever so that the pressing portion of the anti-vibration/water-proof portion is fitted and not separated.

The periphery of the pressing portion may be formed in a wrinkled shape so that only the pressing portion is pressed according to the pressing operation of the operating portion to minimize air pressure change to smoothly operate the self-generation module and to quickly restore the pressing portion to its original state.

The anti-vibration/water-proof portion may be provided with a reinforcing protrusion to press the push lever on the upper outside.

The rim of the reinforcing protrusions can be formed in a wrinkled shape so that only the reinforcing protrusions are pressed according to the pressing operation of the operation part, thereby minimizing the change in air pressure, so that the self-generation module can be operated smoothly and the reinforcing protrusions can be quickly restored to their original state. .

The operation portion is provided with a push switch that is hinged to the upper portion of the base, and a push protrusion for pressing the push lever according to the pressing operation of the push switch may be formed below the push switch.

The push switch may be made of a one-motion switch that turns a power product on or off in one operation.

A restoring spring may be provided on a lower side of the push switch made of the one-motion switch to restore the push switch.

The push switch can be made of a two-motion switch that controls a power product by giving two distinct signals, one on and the other off.

The push switch may be made of a multi-function switch to control the strength, weakness, or brightness of a power product step by step in several steps.

The push switch made of the multi-function switch may be provided with a plurality of push buttons or step-by-step rotary levers at the bottom.

It is provided on the base and the operation unit may further include a locking unit to switch the pressing operation state of the operation unit.

The locking portion may include a lock spring provided on an upper portion of the base, and a lock holder provided on the lower portion of the operation portion and in close contact with the lock spring to engage or escape the lock spring according to a pressing operation of the operation portion to limit the operation of the operation portion. .

The lock holder may be formed in a rolling form so as not to wear when being guided in close contact with the lock spring.

As described above, according to the dustproof, waterproof type self-generation switch system according to the present invention, the self-generation module and the transmission module are provided with an anti-vibration/waterproof unit that tightly seals the self-generation module and the transmission module. By forming the pressing part of the dustproof/waterproof part in the form of a wrinkle, the inflow of dust or water is completely blocked by the self-generation module and the transmission module by the dustproof/waterproof part, and only the pressing part, not the whole of the dustproof/waterproof part, is deformed by the shape of the air. It is possible to minimize the pressure change, so it has the effect of maximizing the productivity and operation efficiency.

1 is an exploded perspective view showing a dustproof, waterproof type self-powered switch system according to the present invention.
Figure 2 is a perspective view showing a dust-proof, waterproof type self-powered switch system according to the present invention.
Figure 3 is a perspective view showing a state in which the operation portion of the dust-proof, waterproof self-powered switch system according to the present invention is removed.
Figure 4 is a cut-away view showing a dust-proof, waterproof self-powered switch system according to the present invention.
5 is a perspective view showing a state in which the operation unit is removed as another example of the dust-proof and waterproof self-powered switch system according to the present invention.
6 is a cross-sectional view showing a state in which the operation portion of the dust-proof, waterproof type self-powered switch system according to FIG. 5 is mounted.
7 is a cut-away view showing the case of a one-motion switch of a dust-proof, waterproof type self-powered switch system according to the present invention.
FIG. 8 is an exploded perspective view showing a base and an operating portion in which a locking portion is installed in a two-motion switch of a dustproof and waterproof self-powered switch system according to the present invention.
9 is a cross-sectional view showing a locked state in the two-motion switch according to FIG. 8.
10 is a cross-sectional view showing a unlock state of the lock in the two-motion switch according to FIG. 8.
11 is a plan view showing a multi-function switch of a dustproof, waterproof type self-powered switch system according to the present invention.
12 is a block diagram showing the transmission and reception state of the dust-proof, waterproof type self-powered switch system according to the present invention.
13 is an exemplary view showing a signal method of a multi-function switch of a dustproof, waterproof type self-powered switch system according to the present invention.

The present invention can be applied to various changes and can have various embodiments, and specific embodiments will be illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, and should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention.

In the drawings, embodiments of the present invention are not limited to the specific form shown and are exaggerated for clarity. Although specific terms are used in this specification, they are used for the purpose of describing the present invention, and are not used to limit the scope of the present invention described in the meaning or the claims.

In this specification, the expression'and/or' is used to mean including at least one of the components listed before and after. Also, the expression'connected/combined' is used as a meaning including directly connected to other components or indirectly connected through other components. In the present specification, the singular form also includes the plural form unless otherwise specified in the phrase. Also, components, steps, operations, and elements referred to as'comprises' or'comprising' as used in the specification mean the presence or addition of one or more other components, steps, operations, and elements.

In the description of the embodiments, each layer (membrane), region, pattern or structure may be "on/on" or "under/under" the substrate, each side (membrane), region, pad or pattern. The term "formed on" includes all formed directly or through another layer. The criteria for top/bottom or bottom/bottom of each layer are described based on the drawings.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an exploded perspective view showing a dust-proof, waterproof type self-powered switch system according to the present invention, and FIG. 2 is a combined perspective view showing a dust-proof, waterproof type self-powered switch system according to the present invention, and FIG. 3 is the present invention. It is a perspective view showing a state in which the operation part of the dustproof, waterproof type self-powered switch system is removed, and FIG. 4 is a cutaway view showing a dustproof, waterproof type self-powered switch system according to the present invention, and FIG. 5 is a cutaway view according to the present invention Another example of a dust-proof and waterproof self-powered switch system is a perspective view showing a state in which the operation part is removed, and FIG. 6 is a cut-away view showing a state in which the operation part of the dust-proof and waterproof self-powered switch system is mounted according to FIG. 5. , Figure 7 is a cut-away view showing when the one-motion switch of the dust-proof, waterproof type self-powered switch system according to the present invention, Figure 8 is a dust-proof, waterproof self-powered switch system according to the present invention in a two-motion switch Fig. 9 is an exploded perspective view showing the base and the operating portion where the locking portion is installed, and Fig. 9 is a cut-away view showing a locked state in the two-motion switch according to Fig. 8, and Fig. 10 is an unlocked state in the two-motion switch according to Fig. 8. 11 is a plan view showing a multi-function switch of a dust-proof and waterproof self-powered switch system according to the present invention, and FIG. 12 is a transmission and reception of a dust-proof and waterproof self-powered switch system according to the present invention. It is a configuration diagram showing the state.

1 to 12, the dustproof, waterproof self-powered switch system according to the present invention includes a dustproof, waterproof self-powered switch 1 and a receiver 10.

The anti-vibration, waterproof type self-powered switch 1 can be converted up to a radio frequency (RF) signal to communicate wirelessly with the receiver 10.

The dustproof, waterproof type self-powered switch 1 includes a base 100, a self-powered module 200, a push lever 300, a transmission module 400, a dustproof/waterproof unit 500, and a cover. It includes 600 and the operation unit 700.

The base 100 is provided with a partition wall 120 so that the receiving portion 110 is formed therein.

In addition, a groove 121 may be formed around the upper end of the partition 120 so that the dust/waterproof part 500 is seated.

A fixed hook 130 is provided to protrude upward from the outside of the partition wall 120.

In addition, the fixing hook 130 may be provided with a plurality of left and right outside the partition wall 120.

The upper portion of the partition wall 120 is fixed to the fixed hook 130 is provided with a rubber guide 140 to support the dustproof / waterproof portion 500.

The self-power generation module 200 is installed in the receiving portion 110 inside the partition wall 120 to convert mechanical displacement into electric power and enable self-generation.

In addition, the self-generation module 200 may be provided with a contact portion 210 of the abdomen on both sides to send operation signals to a plurality of electronic products.

On the other hand, the self-powered module 200 is made of a method of producing electricity by using magnetic force. Since this method is already widely used and used, the technical configuration and operation principle thereof will be omitted.

The push lever 300 is in contact with the self-power generation module 200 on the upper portion of the self-power generation module 200 so that the self-power generation module 200 can be generated according to a pressing operation of the operation unit 700.

In addition, the push lever 300 may be in contact with each contact portion 210 of the self-generation module 200.

A fitting groove 310 may be formed on the outer circumference of the push lever 300 so that the dust/waterproof part 500 can be fitted.

The transmission module 400 is electrically connected to the self-generation module 200 on top of the self-generation module 200 to transmit the output generated by the self-generation module 20 according to the pressing operation of the push lever 300. It receives and sends a wireless signal to the receiver 10.

The dust/waterproof unit 500 is provided on the partition wall 120 of the base 100 to seal the storage unit 110 in which the self-generation module 200 and the transmission module 400 are installed.

In addition, the dustproof/waterproof unit 500 may be made of a rubber material.

That is, since the dust/waterproof part 500 can completely seal the inside of the storage part 110, dust and water do not flow into the storage part 110, so the self-generation module 200 and the transmission module 400 It is possible to prevent failures such as corrosion.

In addition, the dustproof/waterproof unit 500 may be stably supported by the rubber guide 140 when it is in close contact with the upper portion of the partition wall 120.

As shown in FIG. 4, the dustproof/waterproof part 500 may be provided with a seating part 510 so that it can be seated in the groove 121 above the partition wall 120 around the lower outer periphery.

In addition, a pressing portion 520 may be formed on the outer periphery of the anti-vibration/waterproof portion 500 so as to fit into the fitting groove 310 of the push lever 300 and press the push lever 300.

The periphery of the pressing portion 520 is caused by the pressing operation of the operating portion 700 so that the entire dustproof/waterproofing portion 500 is not pressed, but only the pressing portion 520 is pressed around, thereby minimizing the change in air pressure to minimize self-generation. The module 200 may be smoothly operated and may be formed in a wrinkled shape so that the pressing portion 520 can be quickly restored to its original state.

5 to 6, the anti-vibration/waterproof unit 500 may be provided with a reinforcing protrusion 530 to press the push lever 300 on the outer periphery.

The reinforcement protrusion 530 may be formed thicker than other parts to improve durability.

In addition, the rim of the reinforcing protrusion 530 minimizes the air pressure change by pressing only the reinforcing protrusion 530 without pressing the entire dustproof/waterproof part 500 according to the pressing operation of the operating part 700, thereby minimizing air pressure change. The module 200 may be smoothly operated, and the reinforcement protrusion 530 may be formed in a wrinkle shape so that it can be quickly restored to its original state.

The cover 600 covers the entire outer circumference of the base 100.

The operation unit 700 is provided on the upper portion of the base 100 to operate the self-generation module 200 while pressing the push lever 300 according to the pressing operation.

The operation unit 700 is provided with a push switch 710 connected to a hinge (h) on the upper portion of the base 100, and pushed according to the pressing operation of the push switch 710 at the bottom of the push switch 710. The pressing projection 720 pressing the lever 300 is formed.

The push switch 710 may be formed of a one-motion switch that turns a power product on or off in one operation.

As shown in Figure 7, the push switch 710 made of the one-motion switch may be provided with a restoring spring 730 to restore the push switch 710 on the lower side.

That is, the push switch 710 is restored by pressing one side of the one-motion switch by the restoring spring 730 and then restoring the power product, and then pressing it once more to turn off the power product. And restore.

The push switch 710 may be made of a two-motion switch that controls a power product by giving two distinct signals, one on and the other off.

8 to 10, when the push switch 710 applies a two-motion switch, it is provided on the base 100 and the push switch 710 to switch the push operation state of the push switch 710. So that the locking unit 800 may be provided.

The locking unit 800 includes a lock spring 810 provided in the base 100 and a lock holder 820 provided in the push switch 710.

The lock spring 810 is provided on the upper portion of the base 100 to rotate the lock holder 820 during the operation of the push switch 710, and serves to push up and down.

The lock holder 820 is provided on the lower portion of the push switch 710 and is in close contact with the lock spring 810. The operation of the 700 is limited.

In addition, the lock holder 820 may be made of a metal material to increase durability, but may be formed in a rolling form so as not to wear when guided in close contact with the lock spring 810.

As shown in FIG. 11, the push switch 710 may be formed of a multi-function switch so as to control the power product in stages in several stages, such as strong, weak, or bright.

The push switch 710 made of the multi-function switch may include a plurality of push buttons 740 at the bottom or a step-by-step rotation lever 750.

At this time, the push button 740 is provided in a number of cases, such as 1 to N, for example. If the push button 740 is pressed and the operation unit 700 is operated, a button operation of a designated step is transmitted.

Then, by rotating the step-by-step rotation lever 750 at a specified position by placing the step-by-step rotation lever 750 and operating the operation unit 700, an operation suitable for the position is transmitted.

Meanwhile, as shown in FIG. 13, the step-by-step output method of the push switch 710 made of the multi-function switch (refer to (b) to (d) of FIG. 13) is an on/off signal of a general switch ( (C) in FIG. 13) and a pulse width modulation (PWM) signal method may be applied.

That is, the step-by-step PWM signal method of the push switch 710 made of the pulti-function switch is a signal repeated in one cycle (cylce) as shown in (b) to (d) of FIG. 13: 3:7, 4:6, The signal is sent by adjusting the output ratio at 5:5, etc., and the signal can be classified into various types to control the intensity, weakness, or brightness of power control products (eg, fans and lights).

The receiver 10 may control the operation of the power product by receiving and controlling the signal of the dustproof and waterproof self-generation switch 1 as a radio frequency (RF) signal.

In addition, various receivers may be applied to the receiver 10 according to the push switch 710 of the dustproof and waterproof self-powered switch 1.

In addition, as shown in FIG. 12, the one-motion switch and the two-motion switch of the push switch 710 may be received through the DC receiver 11, the DC receiver + converter 120, and the AC receiver 13.

The DC receiver 11 can be used by connecting to a DC power control product. When the RF transmitter receives a signal from a dustproof, waterproof type self-powered switch 1, the receiver 10 supplies DC voltage to control the operation of the product. can do.

The DC receiver + converter 12 can be used by connecting it to a DC power control product with a built-in converter. When receiving a signal from a dustproof, waterproof type self-powered switch 1, the receiver 10 supplies DC voltage to the converter. It can control the operation of the product and can be used to control the operation of the product with a built-in converter.

The AC receiver 13 can be used by directly connecting to an AC power control product. When receiving a signal from a dustproof, waterproof type self-powered switch 1, the receiver 10 can operate a relay to control the operation of the product. , It can be applied to all AC power products.

The multi-function switch of the push switch 710 may be received through the DC receiver 14 for dimming.

The DC receiver 14 for dimming can be used by connecting it to a DC power control product that can be adjusted step by step. When the PWM signal is received step by step from the dustproof, waterproof type self-powered switch 1, the receiver 10 signals step by step. It can be applied to control the operation of the product, it can be applied to a fan and a light that can be adjusted brightness.

In addition, the anti-vibration, waterproof type self-generation switch 1 uses an optimized integrated transmission PCB, so it can be used as a one-motion/two-motion switch according to the program configuration, and can be applied to both AC/DC receivers. Is done.

That is, the integrated RF transmission PCB of the dustproof and waterproof type self-powered switch 1 has the same hardware configuration and can be divided into a one-motion switch that sends only a single signal according to a program, and a two-motion switch that separates and sends two signals. , It can be applied to AC/DC receivers in common, and can be applied to various products and has excellent productivity.

As described above, the dust-proof and waterproof self-powered switch system according to the present invention can be applied to all existing applications by self-generation by applying an embodiment of an RF wireless transmission/reception system used in the past.

In addition, the dustproof, waterproof type self-generation switch 1 generates power from the self-generation module 200 according to the push operation of the push lever 300 to transmit the transmission data signal of the transmission module 400 to a radio frequency (RF). Up-converted to a signal, the receiver 10 is converted to a received data signal by down-converting the radio frequency signal wirelessly communicated through the transmission module 400.

In addition, the anti-vibration, waterproof type self-generation switch 1 registers the set unique identification number (unique number, installation location, etc.) to the receiver 10 to determine the operation state of the anti-vibration, waterproof type self-generation switch 1. Make sure you can understand.

Looking at the operating state according to the dustproof, waterproof type self-powered switch system of the present invention composed of the above system is as follows.

Charge the dustproof, waterproof type self-generation switch 1 or charge the battery by installing the self-generation module 200 capable of self-generation according to the pressing operation of the operation unit 700 in the storage unit 110 of the base 100. It can be used permanently without the need for replacement.

In addition, in the state in which the self-generation module 200 and the transmission module 400 are built in the storage unit 110, a dustproof/waterproof unit 500 is mounted on the partition wall 120, and the fixed hook 130 is mounted. The fixed rubber guide 140 supports the dustproof/waterproof unit 500 to securely fix the self-generation module 200 and the transmission module 400 in the storage unit 110 so that they do not move, and the storage unit 110 ) The rubber guide 140 presses the outer periphery of the dustproof/waterproof unit 500 to seal), thereby minimizing the flow and deformation of the dustproof/waterproof unit 500 and the inside of the dustproof/waterproof unit 500 Therefore, it is possible to prevent the generation of air pressure.

In addition, the self-generation module 200 and the transmission module 400 is mounted on the upper part of the partition 120, the dustproof/waterproof unit 500 is seated to tightly seal the storage unit 110 from the outside. It is possible to prevent the self-generation module 200 and the transmission module 400 from failing by blocking dust or water from flowing into the storage unit 110.

In addition, when the dustproof/waterproof portion 500 is seated on the upper portion of the partition wall 120, the seating portion 510 is in close contact with the groove 121 of the partition wall 120, so that the sealing efficiency of the storage portion 110 Can be maximized.

In addition, the rim of the anti-vibration/waterproof unit 500 and the edges of the reinforcing projections 530 and the edges of the reinforcing projections 530 are formed in the form of wrinkles in the form of bellows, so that the pressing projections 720 are pushed by the pressing operation of the operation unit 700. When the push lever 300 is pressed, the whole of the dustproof/waterproof part 500 is not deformed, and only the periphery of the pressing part 520 and the reinforcing protrusion 530 is deformed so that the air inside the storage part 110 expands. Even if it is possible to secure the space of the air to expand by the shape of the wrinkles, the operation unit 700 is not limited by the pressing operation.

Therefore, the storage unit 110 in which the self-generation module 200 and the transmission module 400 are stored is tightly sealed with a rubber dust/waterproof unit 500 to prevent dust or water from entering into the storage unit 110. Maximize the performance of the product because it does not flow, and the pressing portion of the dustproof/waterproof portion 500 is provided in a wrinkled shape, so that only the pressing portion of the dustproof/waterproof portion 500 is not pressed according to the pressing operation of the operation portion 700 It is deformed to minimize the change in air pressure, so that the pressing operation of the operation unit 700 is smooth, so that the self-generation module 200 can be operated smoothly without errors.

In addition, since the push switch 710 of the operation unit 700 can be classified into a one-motion switch, a two-motion switch, and a multi-function switch, it can be separately applied to various power control products according to user convenience and use. Product efficiency can be maximized.

In addition, since the self-generation module 200 is interlocked with the push lever 300, the push lever 300 is pressed according to the pressing operation of the cover 600, the self-generation module 200 is operated, and through the transmission module 400 The radio frequency (RF) communication signal is transmitted to the receiver 10 to turn on/off the power product under the control of the receiver 10.

As described above, the present invention is not limited to the specific preferred embodiments described above, and any person having ordinary skill in the art to which the present invention pertains may vary without departing from the gist of the present invention as claimed in the claims. Of course, modifications are possible, and such changes are within the scope of the claims.

1: Dustproof, waterproof self-generation switch 100: Base
110: storage unit 120: partition wall
121: groove 130: fixed hook
140: rubber guide 200: self-powered module
210: contact portion 300: push lever
310: fitting groove 400: transmission module
500: dustproof/waterproof unit 510: seating unit
520: pressing portion 530: reinforcement projection
600: cover 700: operation unit
710: push switch 720: push projection
730: Restoration spring 740: Push button
750: Step-by-step rotary lever 800: Locking part
810: lock spring 820: lock holder

Claims (18)

Anti-vibration/water-proof self-generation switch with excellent anti-vibration/water-proof function and self-generation; And
Includes a receiver to control the operation of the power product by receiving and controlling the signal of the dustproof, waterproof type self-powered switch wirelessly, including,
The dustproof, waterproof type self-powered switch,
A base having a partition wall to form a storage portion therein;
A self-power generation module provided in the storage unit to enable self-generation;
A push lever that makes contact with the self-power generation module to develop the self-power generation module;
A transmission module that is electrically connected to the upper portion of the self-powered module and receives an output generated by the self-powered module according to the operation of a push lever, and sends a wireless signal to a receiver;
A dust/waterproof part provided on the partition wall of the base to seal the storage part;
A cover surrounding the outer circumference of the base; And
It is provided on the upper portion of the base operation unit for operating the self-generation module according to the pressing operation; includes,
The anti-vibration/water-proof self-generation switch system, characterized in that the anti-vibration/water-proof part is provided with a reinforcement protrusion to press the push lever on the upper outer part. delete According to claim 1,
The base is provided with a plurality of fixed hooks to protrude upward, and a dustproof, waterproof self-powered switch system characterized in that a rubber guide is provided on the upper part of the partition wall to be fixed with a fixed hook to support a dustproof/waterproof part. According to claim 1,
The self-power generation module is provided with a plurality of contact portions to send a plurality of operation signals, dust-proof, waterproof type self-generation switch system, characterized in that the push lever is in contact with each of the contact portion. According to claim 1,
The anti-vibration/waterproof part is a dustproof, waterproof type characterized in that a seating part is formed to be seated in a recess in the upper part of the partition wall around the lower periphery, and a push part is formed to press the push lever by being fitted with a push lever on the upper periphery. Power generation switch system. The method of claim 5,
A dust-proof, waterproof type self-powered switch system characterized in that a fitting groove is formed so that the push-off portion of the dust-proof/water-proof part is fitted around the outer periphery of the push lever. The method of claim 5,
The periphery of the pressing portion is formed in a wrinkled shape so that only the pressing portion is pressed according to the pressing operation of the operating portion to minimize the change in air pressure to operate the self-generation module smoothly and to quickly restore the pressing portion to its original state. Dust-proof, waterproof self-generation switch system. delete According to claim 1,
The rim of the reinforcing protrusion is formed in a wrinkled shape so that only the reinforcing protrusion is pressed according to the pressing operation of the operation portion, thereby minimizing the change in air pressure, so that the self-powered module can be operated smoothly and the reinforcing protrusion can be quickly restored to its original state. Dust-proof, waterproof self-powered switch system. According to claim 1,
The operation portion is provided with a push switch that is hinged to the upper portion of the base, and a dustproof, waterproof type self-powered switch characterized in that a push protrusion for pressing a push lever is formed according to a pressing operation of the push switch at the bottom of the push switch. system. The method of claim 10,
The push switch is a dust-proof, waterproof type self-generation switch system, characterized in that it consists of a one-motion switch to turn on (on) or off (off) the power product in one operation. The method of claim 11,
Dust-proof, waterproof type self-powered switch system, characterized in that a restoring spring is provided on the lower side of the push switch made of the one-motion switch to restore the push switch. The method of claim 10,
The push switch is one on (on) and the other is off (off) is a dustproof, waterproof type self-powered switch system characterized in that it consists of a two-motion switch to control the power product by giving a signal divided into two. The method of claim 10,
The push switch is a dustproof, waterproof type self-generation switch system, characterized in that it consists of a multi-function switch to control the strength, weakness, and brightness of a power product step by step. The method of claim 14,
The multi-function switch is a push switch made of a dust-proof, waterproof type self-powered switch system, characterized in that a plurality of push buttons or step-by-step rotary levers are provided at the bottom. According to claim 1,
Dust-proof, waterproof type self-powered switch system is provided on the base and the operation portion further comprises a locking portion to switch the pressing operation state of the operation portion. The method of claim 16,
The locking portion, a lock spring provided on the upper portion of the base; And a lock holder provided on the lower portion of the operation unit and in close contact with the lock spring to limit the operation of the operation unit by being caught or removed from the lock spring according to a pressing operation of the operation unit. The method of claim 17,
The lock holder is a dustproof, waterproof type self-generation switch system, characterized in that it is formed in a rolling form so as not to wear when guided in close contact with the lock spring.

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