CN218723526U

CN218723526U - Simulated smoke generating mechanism of shooting toy

Info

Publication number: CN218723526U
Application number: CN202222918445.0U
Authority: CN
Inventors: 卢焕涛
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-11-03
Filing date: 2022-11-03
Publication date: 2023-03-24
Anticipated expiration: 2032-11-03

Abstract

The utility model provides a simulation smog generating mechanism of shooting toy, which comprises a fume extractor, a main cylinder and a secondary cylinder. The secondary air cylinder consists of a secondary air cylinder and a piston rod, the main air cylinder consists of a main air cylinder and an air pressure piston, the secondary air cylinder is fixed on the outer side of the main air cylinder, and the rear part of the air pressure piston is fixedly connected with the rear end part of the piston rod. The front end of the main inflator is provided with a high-pressure air outlet, and the air pressure piston is of a hollow structure and is sleeved with a compression spring. The oil fume device comprises a smoke generating device and an air storage cavity, wherein both ends of the air storage cavity are open, and the rear end of the air storage cavity is connected with an air outlet at the front end of the secondary air cylinder. The outer wall surface of the main air cylinder forms a push-pull block or a clamping groove structure or a gear strip structure, and the loading mechanism or the switch device is directly connected or connected to the main air cylinder through a gear transmission device. The utility model discloses make the shooting toy can realize the effect that shooting action and smog jetted the coincidence, smog volume is big, and the simulation effect is more outstanding.

Description

Simulated smoke generating mechanism of shooting toy

Technical Field

The utility model belongs to toy product field especially provides the device of smog effect in the product.

Background

The model type and gun type shooting toys are popular toy products for teenagers, especially for men and children, provide experience and perceptual cognition by simulating the shooting actions of real weapons and guns, and meet the physical and psychological needs of teenager players. Most of these kinds of toy products use a combination of cylinder and piston to provide high pressure airflow to simulate shooting operation, thereby improving the simulation degree of the game. Some toys also add electronic circuit device, produce sound, photoelectric effect, further promote the interest of product. The real weapon and gun simulated by the shooting toy have the smog phenomenon generated by the burning of gunpowder when the live ammunition is shot, the toy product is to further improve the simulation effect, and the structure for generating the smog is added into the product, so that the product has higher-order attraction. Most of the related toy products in the current market are not provided with the structure, and the requirements of the consumer market can be met by further improvement, so that the toy products are pursued by toy manufacturing enterprises.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a mechanism takes place for emulation smog of shooting toy, with firing devices such as the switch module of toy product, trigger mechanism to and cooperation such as loading device, other switching device, make the toy product can produce the smog effect at recreation in-process, with other dynamic effect cooperations, imitate the user state in the actual combat such as weapon, firearms, increase the interest of toy product.

In order to achieve the purpose, the technical scheme of the utility model is that the simulated smog generating mechanism of the shooting toy comprises a fume extractor, a main cylinder and a secondary cylinder. The secondary cylinder consists of a secondary air cylinder and a piston rod, and an air outlet at the front end of the secondary air cylinder is connected with the rear end of an air storage cavity of the oil fume device. The main cylinder consists of a main cylinder and an air pressure piston, the rear part of the air pressure piston is fixedly connected with the rear end part of the piston rod, the front end of the main cylinder is provided with a high-pressure air outlet, and the air pressure piston is of a hollow structure and is sleeved with a compression spring. The fume device comprises a smoke generating device and an air storage cavity, and the front end of the air storage cavity is opened.

The utility model discloses a fume extractor adopts heating pipe heating glycerine, oleum etc. in the smoke generating device to produce smog, gets into the gas storage chamber and keeps in. The heating pipe is controlled by an electronic system and/or a switch mechanism configured by the toy, and can generate smoke frequently according to requirements, so that the smoke effect of different types of toy products is met. The smoke generating mechanism is characterized in that the secondary cylinder piston rod is driven by the movement of the air pressure piston, smoke temporarily stored and generated in the air storage cavity of the fume extractor is sucked into the secondary cylinder in the process that the secondary cylinder piston rod moves backwards, then the air pressure piston is released and slides forwards under the resilience action of the compression spring, air in the main cylinder is compressed to generate higher air pressure, high-pressure air flow is blown out from the high-pressure air outlet, the shooting state is simulated, or ammunition, darts and other shooting objects arranged outside the air outlet are pushed. Meanwhile, the air pressure piston drives the piston rod of the secondary cylinder to move forwards, and the smoke stored in the secondary air cylinder and the fume device is quickly sprayed out from the opening at the front end of the air storage cavity of the fume device to form smoke. The advantages of this structure are: 1. the fume extractor is arranged at the front end of the main cylinder or at a position close to the front end, the generated smoke is consistent with a shooting outlet or a position where ammunition flies away, and the effect of simulated shooting is more vivid; 2. with inferior cylinder and fume extractor lug connection, need not to set up other tube coupling, can jet away the smog of inferior cylinder and fume extractor internal storage after the piston rod removes, smog volume is more sufficient, and the effect is tremble more.

Preferably, in the simulated smoke generating mechanism of the shooting toy with the structure, the outer wall surface of the main air cylinder generates a push-pull block or a clamping groove structure, and the loading mechanism or the switch device is connected to the push-pull block or is inserted into the clamping groove to be connected and fixed.

The utility model discloses a mechanism of loading into the chamber indicates the structure that is used for actually loading or the analogue means ammunition of rifle, big gun class toy and the linkage of bullet filling device, and switching device is mechanical type or electronic type device, can start the effect of other linkage structure of toy. The structure comprises a main air cylinder generating push-pull block or clamping groove structure, and the main air cylinder is arranged to be a movable structure. The pneumatic piston is driven by the movement of the main air cylinder to slide backwards, and the piston rod of the secondary air cylinder is pulled to move simultaneously, so that the loading action (or switch starting) and the preparation action of generating smoke and storing the smoke by the smoke generating mechanism are simultaneously carried out, the action process of a real weapon and a gun is simulated, and the simulation device has the advantage of more outstanding simulation effect.

Furthermore, the simulated smoke generating mechanism of the shooting toy with the structure has the gear strip structure on the outer wall surface of the main air cylinder and is meshed and connected with the gear disc of the gear transmission device.

Because the gear transmission device usually adopts mechanical shaking or adopts the mode of matching an electronic circuit with a motor for control, the utility model adopts a structure that the gear transmission device is matched with a gear rack of a main cylinder for transmission, and has the advantages that a certain program or a cycle process can be set, the smog generating mechanism is started to act only in the link of needing smog injection, the smog effect is realized, and the device is suitable for some models or scene toys,

the utility model discloses structural feature is with the direct linkage inferior cylinder of master cylinder, with the process that inferior cylinder inhales, stores smog to and the action of the outside process that sprays of smog that promotes instant production of storage smog and smog ware goes on in step with the master cylinder. The shooting action of the toy is simulated by the high-pressure airflow of the master cylinder as the driving force, and the shooting toy can realize the effect that the shooting action and the smoke spraying happen simultaneously by the structural characteristics. Meanwhile, the secondary cylinder is directly connected with the fume device, other air guide structures are not needed, the invalid space of the fume device is reduced, the fume injection can be more concentrated, and the secondary cylinder has the advantages of large fume amount and consistent fume injection time point with the triggering of the toy. Meets the requirements of various toy products such as bubble guns, toy chariot and the like.

Drawings

Figure 1 is an exploded view of an embodiment of a toy smoke generating mechanism.

FIG. 2 is a sectional view showing a smoke accumulation state of the smoke generating mechanism of the embodiment.

Figure 3 is a cross-sectional view of an embodiment aerosol generating mechanism in a fire release state.

Detailed Description

A preferred embodiment of the present invention will now be described with reference to the accompanying drawings.

As shown in figure 1, the toy smoke generating device is composed of a main cylinder 1, a secondary cylinder 2, a fume extractor 3 and a gear transmission mechanism 4, and is used as a combined structure of toy products such as ordnance, firearms and the like.

The main cylinder consists of a main cylinder 10 and an air pressure piston 11, the air pressure piston is a cylinder body, a compression spring 5 is sleeved on the air pressure piston, and the tail end of the compression spring extends out of the air pressure piston and is fixed in the toy. A through high-pressure air outlet 101 is formed at the front end of the main air cylinder, and the air pressure piston moves backwards and forwards to generate compressed air flow in the main air cylinder and then is ejected out of the air outlet to simulate the shooting process; the ammunition 6 outside the air outlet can be pushed to finish the shooting action. The side surface of the main air cylinder is provided with a return spring 7, and the other end of the spring is fixed in the toy and in front of the main air cylinder. The lower part of the main air cylinder is provided with a gear strip structure 12 which is meshed with a gear set of the gear transmission mechanism 4 and is driven by a motor 8. The gear transmission mechanism pulls the main air cylinder backwards to perform the loading action, and the return spring 7 returns the main air cylinder to the initial position in the loading action to complete the loading action, as shown in figure 2.

The secondary air cylinder consists of a secondary air cylinder 20 and a piston rod 21, the secondary air cylinder is fixed on the upper part of the main air cylinder, the piston rod is sleeved in the secondary air cylinder, and the rear part of the piston rod is fixedly connected with the rear part of the air pressure piston and can move back and forth simultaneously. The front end of the secondary air cylinder creates an air port 201.

The oil fume device 3 is a box-shaped body made of metal materials, the box body is divided into an oil storage cavity and a fuming storage cavity, the fuming storage cavity is provided with an electric heating wire and oil absorption cotton, the oil storage cavity can be filled with glycerin or fuming gasoline, and the oil is sucked to the oil absorption cotton through a perforation and an oil absorption cotton sliver. After the electric heating wire is conducted to heat the oil, the oil soaked or volatilized by the oil absorption cotton is heated to form smoke. Referring to fig. 1 and 2, the soot device is fixed on the top of the main cylinder and the front of the secondary cylinder. The front end and the rear end of the smoke generating storage cavity of the range hood are both provided with openings, the front end opening 301 is opened outwards, and the rear end opening 302 is in butt joint with the front end air port 201 of the secondary cylinder.

Referring to fig. 2, the air piston is fixed after the loading of the main cylinder is completed, and the compression spring 5 is in a compressed state. As shown in fig. 3, when the trigger part (trigger, switch, etc.) of the toy is actuated, the pneumatic piston is released by the return spring force of the compression spring, which completes the shooting action in the process of high-speed forward return. Meanwhile, the air pressure piston 11 drives the piston rod 21 to move forward at a high speed in the secondary air cylinder, so that an air pressure effect is generated, and the smoke in the lampblack absorber 3 is pushed outwards and sprayed out.

The embodiment has the characteristic of large smoke generation amount, and the smoke spraying effect is obvious because the smoke amount is sufficient and the spraying position is consistent with the emitting position, so that the toy product has higher fidelity in the process of simulating entity shooting.

The preferred embodiments of the present invention have been described above with reference to the drawings, but the present invention is not limited to the configurations of the examples. Various modifications, equivalents and additions may fall within the technical scope expressed in the claims of the present invention. For example, the main cylinder is fixed, and the smoke generating process is realized only by sliding the pneumatic piston back and forth through an external structure, and similar structural changes also belong to the technical scope of the invention.

Claims

1. A simulation smoke generating mechanism of a shooting toy is characterized in that,

the secondary cylinder consists of a secondary air cylinder and a piston rod, and an air outlet at the front end of the secondary air cylinder is connected with the rear end of an air storage cavity of the oil fume device; the main cylinder consists of a main cylinder and an air pressure piston, the rear part of the air pressure piston is fixedly connected with the rear end part of the piston rod, the front end of the main cylinder is provided with a high-pressure air outlet, and the air pressure piston is of a hollow structure and is sleeved with a compression spring; the fume device comprises a smoke generating device and an air storage cavity, and the front end of the air storage cavity is opened.

2. The simulated smoke generating mechanism of shooting toy of claim 1,

the outer wall surface of the main air cylinder generates a push-pull block or a clamping groove structure, and the loading mechanism or the switch device is connected to the push-pull block or is inserted into the clamping groove to be connected and fixed.

3. The simulated smoke generating mechanism of shooting toy of claim 1,

the outer wall surface of the main air cylinder is provided with a gear rack structure which is meshed and connected with a gear disc of a gear transmission device.