JP3230872U - Snow flower type soap bubble blower - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a soap bubble blower which is convenient to carry and use and can have a soap bubble ejection effect in a snow flower jetting state when placed on the ground. SOLUTION: A soap bubble blowing machine is composed of an outer shell of an equipment body, a handle portion held in a hand and a soap bubble ejection unit, and the soap bubble ejection unit is an outer shell of the equipment body and the inside of a cover 9 of a handle portion held in the hand. An empty bottle 25 for filling soap bubbles is provided at the bottom of the cover of the handle that is held in the hand. The soap bubble ejection unit includes a motor gear box, a left cap box, a right cap box, an impeller, a motor, a soap bubble ejection S / A14, a water inlet pipe and a return pipe. There is a motor gear box inside the cap box, both the impeller and the motor are installed inside the cap box, the upper side of the cap box is connected to the soap bubble S / A, the electric gear unit is installed behind the motor, and the cap box Connect the water inlet pipe and the return pipe to the lower side. [Selection diagram] Fig. 1

Description

It extends to the design technical field of this practical new type soap bubble blower, and specifically relates to a snow flower type soap bubble blower.

Soap bubble blowers are mainly for children, and the principle of existing soap bubble blowers on the market is almost the same, only the outer shell is different. However, the soap bubble ejection effect of the soap bubble blower is completely different. With existing soap bubble blowers, soap bubble ejection is usually slow, the number of soap bubbles is small, and it is difficult to obtain the soap bubble effect. Therefore, in order to solve the above problems, it was necessary to provide a snow-flower type soap bubble blower.

In response to the lack of existing technology, as the purpose of the embodiment of the present invention, it was necessary to provide a snow flower type soap bubble blower in order to solve the problems in the above background technology.

To achieve the above objectives, this new practical model offers the following technical measures. The snow-flower type soap bubble blower consists of the outer shell of the equipment body, the soap bubble ejection unit, the cover of the handle held in the hand, and the empty bottle for the soap liquid container. The outer shell of the device body is fixed and installed on the upper side of the handle that is held in the hand, and the soap bubble ejection unit is installed inside the outer shell of the device body and the cover of the handle that is held in the hand.

There is an empty bottle for soap bubble filling at the bottom of the handle handle that you hold in your hand, and the soap bubble ejection unit is a motor gear box, left cap box, right cap box, impeller, motor, soap bubble ejection S / A, waterproof area , PCB plate, water inlet pipe, return pipe, gear A, gear B, gear C and gear D.

Among them, a motor gear box is installed inside the left cap box and the right cap box, both the impeller and the motor are installed inside the motor gear box, and a shabon ball for ejecting a shabon ball is installed above the left cap box and the right cap box. It is connected to the output S / A, and there are gear A, gear B and gear D behind the motor, and it also meshes with gear A, gear B, gear C and gear D.

As a further measure of the present invention, the outer shell of the device body to be described is divided into a rear case, a front case, a transparent cap, and a rear foot and a front foot. Of these, the transparent cap is screwed onto the front case, the front case is screwed onto the rear case, and both the rear and front legs are screwed onto the cover of the handle that you hold in your hand.

As a further measure of the present invention, there is a PCB board and an LED light used for decoration inside the outer shell of the device body to be explained.

As a further measure of the present invention, there is a battery compartment for storing batteries in the middle of the cover of the handle held by the dictator, and a switch for activating the soap bubble blower is installed above the battery compartment.

As a further measure of the present invention, an empty bottle for soap bubble filling is connected to the bottom of the water inlet pipe to be described, and the upper end of the water inlet pipe is connected to the soap bubble ejection S / A through the left cap box and the right cap box. I will. Connect the return pipe to the bottom of the soap bubble S / A, and connect the bottom of the return pipe to the empty bottle for the soap bubble container.

As a further measure of the present invention, there is a waterproof zone under the soap bubble ejection S / A described, and the waterproof zone connects the soap bubble ejection S / A and the cap box.

Summarizing the above, the following advantageous effects can be obtained compared with the examples of the present invention and the existing technology. The present invention is convenient for carrying and using the soap bubble blower through the upward direct connection type soap bubble ejection S / A and the new soap bubble ejection principle, and when placed on the ground, the soap bubble in the snow flower jet state. You can improve the user viewing experience of the soap bubble blower with the effect of putting out.

In order to explain the structural features and effects of the present invention in an easy-to-understand manner, the following will explain in detail the concrete realization of the present invention in accordance with specific examples.

Three-dimensional explanatory view of the present invention. An oblique three-dimensional explanatory view of the present invention. The structural explanatory view of the outer shell of the apparatus main body in the Example of this invention. The structural explanatory view of the soap bubble ejection unit in the Example of this invention. The structural explanatory view of the liquid pipeline in the Example of this invention.

In order to make it easier to understand the purpose, technical plan and merits of the present invention, the following will explain the present invention in more detail in accordance with the attached figures and examples. It should be understood that the specific examples described below are merely interpretations of the present invention and do not limit the present invention.

The following describes in detail the concrete realization of the present invention according to a concrete example.
(Example 1)
As shown in Fig. 1 to Fig. 5, a small soap bubble blower consists of the outer shell of the main body of the device, the soap bubble ejection unit, the cover 9 of the handle held in the hand, and the empty bottle 25 for the soap liquid container. Of these, the soap bubble ejection unit is installed above the cover 9 of the handle that is held in the hand by fixing the outer shell of the device body, and the soap bubble ejection unit is installed inside the cover 9 of the handle that is held in the hand and the outer shell of the device body.

There is an empty bottle 25 for filling soap bubbles at the bottom of the handle 9 that you hold in your hand, and the soap bubble ejection unit is motor gear box 8, left cap box 10, right cap box 11, impeller 12, motor 13, soap bubble It consists of out S / A14, waterproof zone 15, PCB plate 16, water inlet pipe 17, return pipe 18, gear A19, gear B20, gear C21 and gear D22.

Among them, there is a motor gearbox 8 inside the left cap box 10 and the right cap box 11, and both the impeller 12 and the motor 13 are installed inside the motor gearbox 8. Connect the soap bubble ejection S / A14 for soap bubble ejection to the upper side of the left cap box 10 and the right cap box 11, and there are gear A19, gear B20 and gear D22 on the back side of the motor 13, gear A19, gear B20. , Also meshes with gear C21 and gear D22.

Connect the water inlet pipe 17 and the return pipe 18 for infusion to the lower side of the left cap box 10 and the right cap box 11, and pass the water inlet pipe 17 and the return pipe 18 through the cover 9 of the handle held in the hand, and the lower side. It connects to the empty bottle 25 for the Shabon liquid container in.

The outer shell of the device body consists of a rear case 1, a front case 2, a transparent cap 3, a rear foot 4, and a front foot 5. Of these, the transparent cap 3 is fixed on the front case 2 by screwing, the front case 2 is fixed on the rear case 1 by screwing, and the rear legs 4 and 5 are on the cover 9 of the handle held in the hand. It is fixed by tightening the screws.

Inside the outer shell of the main body of the device, there is a PCB plate 6 and an LED light 7 used for decoration, and there is a battery compartment 26 for the battery compartment in the middle of the cover 9 of the handle held in the hand, and it opens and closes above the battery compartment 26. Switch 27 is installed. An empty bottle 25 for soap bubble filling is connected to the bottom of the water inlet pipe 17, and the upper end of the water inlet pipe 17 is connected to the soap bubble S / A 14 through the left cap box 10 and the right cap box 11.

Connect the return pipe 18 to the bottom of the soap bubble S / A14, connect the empty bottle 25 for filling the soap liquid to the bottom of the return pipe 18, and there is a waterproof zone 15 under the soap bubble S / A14. , Waterproof area 15 connects the soap bubble S / A14 cap box.

The operating principle of the present invention is that when using the soap bubble blower, after putting the soap bubble liquid in the empty bottle 25 for filling the soap bubble liquid, turn on the switch 27 on the cover 9 of the handle held in the hand. And the soap bubble blower can be activated immediately.

After the soap bubble blower is started, gear A19, gear B20, gear C21 and gear D22 behind the motor gearbox 8 are in the process of moving, sucking the soap bubble liquid from the soap bubble liquid container and passing it through the water inlet pipe 17. Put it in the soap bubble S / A14. At the same time, the motor 13 operates the impeller 12 when rotating, and the generated high-speed wind enters the seven-hole intake S / A 16 through the intake pipe consisting of the left cap box 10 and the right cap box 11.

Therefore, the soap liquid put into the soap bubble S / A14 creates many dense small soap bubbles by the action of the wind power generated from the intake S / A16, and is ejected from the soap bubble S / A14 by the movement of the wind force. In such a case, the user places the empty bottle 25 for the soap bubble container at the bottom of the soap bubble blower horizontally on the ground, and the multi-class transmission gear greatly increases the rotation speed and the amount of soap bubble liquid supplied.

In addition, the soap bubble output S / A14 is designed to face vertically upward, and when the wind generated from the motor gearbox 8 is blown upward, the soap bubbles that flow through the soap bubble output S / A14 are jetted upward at high speed by the movement of vertical wind power. However, a fireworks-type jet effect can be obtained. When the amount of electricity gradually disappears during use, when the soap bubbles do not blow out normally, a return phenomenon occurs due to the influence of its own weight and the wind force of the seven-hole intake case 16 on the lower side, and the returned soap bubbles are soap bubbles. It collects in the recessed groove coming out of the S / A14 and the left cap box 10 and the right cap box 11.

The addition of waterproof zone 15 can effectively avoid the risk of coming out from the inside due to the continuous accumulation of soap solution. At the same time, the returned soap liquid flows through the new return pipe 18 to the lid 24, and finally into the empty bottle 25 for the soap liquid container.

As a merit of the present invention, it is convenient to carry and use the soap bubble blower through the soap bubble ejection S / A of the upward direct connection type specification and the new soap bubble ejection principle, and when it is placed on the ground, it is in a snow flower injection state. The effect of soap bubble ejection can be achieved, and the user viewing experience of the soap bubble blower can be improved.

Among the expressions in the introduction of the present invention, it is necessary to understand the predicates "left side", "bottom", "right side", "top", "top", "one side", "inside", etc. It is based on the direction or positional relationship shown in the figure. To make the present invention easier to explain and to simplify the expression, the specified device or part always has a specific direction, and does not instruct or imply to operate with the structure in a specific direction. .. So don't understand the limitations on this idea.

Also, it is necessary to explain in a broad sense that the predicates "installation", "installation", "connection", and "connection" should be understood in a broad sense, except for other clear rules and restrictions. For example, it may be fixed connection or detachable connection, or it may be mechanical connection or electric connection with integral connection. Or direct connection or indirect connection through mediation. It may be a connection inside two parts or an interaction relationship between two parts. Unless there is another clear provision, it is sufficient for general technicians in this field to understand the specific meaning of the above predicate in the present invention depending on the specific situation.

The above are only better examples of the present invention and do not limit the present invention. Modifying within the spirit and principles of the present invention is equivalent to switching and improving, all within the protection of the present invention.

1-rear case, 2-front case, 3-transparent cap, 4-rear foot, 5-forefoot, 6-PCB plate, 7-LED light, 8-motor gearbox, 9-hand handle cover, 10-Left Cap Box, 11-Right Cap Box, 12-Imperor, 13-Motor, 14-Shabon Ball S / A, 15-Waterproof Area, 16-Seven Hole Intake S / A, 17-Water Inlet Pipe, 18 -Return pipe, 19-Gear A, 20-Gear B, 21-Gear C, 22-Gear D, 23-Small cylinder, 24-Lid, 25-Empty bottle for chabon liquid filling, 26-Battery storage, 27- switch.

Claims (6)

It is a snow flower type soap bubble blower, and consists of the outer shell of the main body of the device, the soap bubble ejection unit, the handle cover (9) held in the hand, and the empty bottle (25) for the soap bubble container. The outer shell of the main body is fixed and installed above the handle cover (9) held in the hand, and the soap bubble ejection unit is installed inside the outer shell of the device body and the handle cover (9) held in the hand. At the bottom of the handle cover (9) that you hold in your hand, there is an empty bottle (25) for filling the soap bubbles, and the soap bubble ejection unit is the motor gear box (8), left cap box (10), right cap. Box (11), Impeller (12), Motor (13), Soap bubble S / A (14), Water inlet pipe (17), Return pipe (18), Gear A (19), Gear B (20), It consists of gear C (21) and gear D (22), of which there is a motor gearbox (8) inside the left cap box (10) and right cap box (11), an impeller (12) and a motor. Both (13) are installed inside the motor gear box (8), and the soap bubble bubble S / A (14) for soap bubble ejection is connected above the left cap box (10) and the right cap box (11). Behind the motor (13) are gear A (19), gear B (20) and gear D (22), gear A (19), gear B (20), gear C (21) and gear D (22). ), Connect the water inlet pipe (17) and return pipe (18) for infusion under the left cap box (10) and right cap box (11), and connect the water inlet pipe (17) and return pipe (17). The 18) is a snow-flower type soap bubble blower that is connected to the empty bottle (25) for the soap bubble container on the lower side through the cover (9) of the handle that you hold in your hand. The outer shell of the main body of the device is divided into a rear case (1), a front case (2), a transparent cap (3), a rear foot (4) and a front foot (5), of which the transparent cap (3) is the front. The front case (2) is screwed onto the case (2), the front case (2) is screwed onto the rear case (1), and the rear legs (4) and front legs (5) are on the handle of the hand. The snow-flower type soap bubble blower according to claim 1, wherein the snow-flower type soap bubble blower is fixed on the cover (9) by screwing. The snow-flower-shaped soap bubble blower according to claim 2, wherein a PCB plate (6) used for decoration and an LED light (7) are provided inside the outer shell of the device body. There is a battery compartment (26) for the battery compartment in the middle of the handle cover (9) that you hold in your hand, and a switch (27) that opens and closes the soap bubble blower is installed above the battery compartment (26). The snow-flower type soap bubble blower according to claim 2, wherein the snow-flower type soap bubble blower. Connect an empty bottle (25) for filling the soap bubbles to the bottom of the water inlet pipe (17), and pass the upper end of the water inlet pipe (17) through the left cap box (10) and the right cap box (11) to make soap bubbles. Connect to the soap bubble S / A (14), connect the return pipe (18) to the bottom of the soap bubble S / A (14), and connect the bottom of the return pipe (18) to the empty bottle (25) for the soap bubble container. The snow-flower type soap bubble blower according to claim 1, wherein the soap bubble blower is connected to. Claim 5 characterized in that there is a waterproof zone (15) under the soap bubble ejection S / A (14), and the waterproof zone (15) connects the soap bubble ejection S / A (14) and the cap box. Snow flower type soap bubble blower described in.

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