CN201921503U

CN201921503U - Remote control combat attack helicopter

Info

Publication number: CN201921503U
Application number: CN201020612465XU
Authority: CN
Inventors: 吕建平
Original assignee: GUANGZHOU TIANMENG ANIME TECHNOLOGY Co Ltd
Current assignee: GUANGZHOU TIANMENG ANIME TECHNOLOGY Co Ltd
Priority date: 2010-11-17
Filing date: 2010-11-17
Publication date: 2011-08-10
Anticipated expiration: 2020-11-17

Abstract

The utility model discloses a remote control combat attack helicopter, which comprises a body, a circuit module, a motor and a propeller shaft. The circuit module and the motor are arranged on the body, the propeller shaft is driven by the motor and is provided with an upper propeller, a lower propeller and a balance rod sequentially, the tail part of the body is provided with a tail wing and a tail propeller, the bottom of the body is provided with an undercarriage, an ejection mechanism driven by the motor is arranged on the body, the two sides of the undercarriage are respectively provided with a missile tube, and toy missiles which can be launched when being triggered by the ejection mechanism are arranged in the missile tubes. When the helicopter is operated by a plurality of players, the launching of the toy missiles can be triggered via controlling the ejection mechanism with a remote control to attack preset targets or aircrafts of the opposite side, and a real aircraft combat is realized. Therefore, while controlling the aircraft flight, the players not only need to pay attention to the speed, height and balance of the aircraft, but also need to accurately control the aircraft flight direction and the missile launching trajectory. The challenge and playability of aircraft games are greatly improved, and the remote control combat attack helicopter is suitable for players with different ages.

Description

A kind of remote control fight attack helicopter

Technical field

The utility model belongs to the electronic toy field, is specifically related to a kind of remote control fight attack helicopter.

Background technology

Toy helicopter is a kind of electronic toy that children and numerous airplane hobbyists like, by wireless remote-control system helicopter is sent various instructions, to realize landing, acceleration and deceleration and the direction control etc. of helicopter.

Existing toy helicopter generally comprises body, be located at the circuit module on the body, motor and the propeller shaft that driven by motor, be provided with successively on the propeller shaft, following screw and balancing pole, the body afterbody is provided with empennage and tail-rotor, organism bottom is provided with undercarriage, this helicopter mainly is a level of weighing the player by the graceful degree of the persistence of weighing its flight and flight attitude, though can realize the lift-off of helicopter by remote controller control, hover, advance, retreat, quicken, left and right sides fly with about the action of different difficulty such as turning, but challenge is still not strong concerning skilled toy, be not suitable for a plurality of players separately RC Goblin fight recreation in the air.

The utility model content

The purpose of this utility model is to provide a kind of can launch the toy helicopter that the toy guided missile is fought in the air by RC Goblin.

The technical scheme that its technical problem that solves the utility model adopts is: a kind of remote control fight attack helicopter, the propeller shaft that comprises body, is located at circuit module, the motor on the body and driven by motor, be provided with upper and lower screw and balancing pole on the propeller shaft successively, the body afterbody is provided with empennage and tail-rotor, organism bottom is provided with undercarriage, described body is provided with the ejection mechanism that driven by motor, the undercarriage both sides are respectively equipped with the guided missile tube, are provided with the toy guided missile that is subjected to ejection mechanism to trigger the back emission in the guided missile tube.

Wherein, described ejection mechanism comprises gear-box and laterally is applied in emission tooth case on the gear-box, be provided with the train of reduction gears that is connected with motor output shaft in the gear-box, emission tooth case is provided with the tooth bar with the train of reduction gears engagement, be provided with the driving lever that extends toward two ends in the emission tooth case, be provided with back-moving spring between driving lever and the gear-box, described toy guided missile front end is with the compression spring, afterbody is provided with the card falcon, and described driving lever end is provided with the emission pull bar that is positioned at Ka Sunchu.

Further, described toy guided missile is the electric light guided missile, and electric light guided missile front end is provided with conical electric light bullet, is provided with the LED lamp that is electrically connected with circuit module in the electric light bullet, is parallel with electric capacity on this LED lamp, is plugged with the conduction contact pin on the electric capacity.

Further, described toy guided missile is the magnetic guided missile, and magnetic guided missile front end is provided with the magnet bullet of flat.

Further, the dismountable dartlike weapon balance wing that is equipped with of described magnetic guided missile tail end.

The beneficial effects of the utility model are: when a plurality of players play helicopter together, can control ejection mechanism by remote controller and trigger the toy MISSILE LAUNCHING, impact set objective or the other side's aircraft, realize real aircraft air battle, the player is when controlling aircraft flight like this, except will paying close attention to aircraft flight speed, height and balance, also need accurately to hold the track of aircraft flight orientation and MISSILE LAUNCHING, improve the challenge and the playability of aircraft recreation greatly, be fit to the player of all ages and classes level.

Description of drawings

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is the structural representation of the utility model body part;

Fig. 3 is the structural representation of the utility model ejection mechanism and toy guided missile part;

Fig. 4 is the perspective exploded view of the utility model gear-box and emission tooth case part;

Fig. 5 is the perspective exploded view of the utility model electric light guided missile assembly;

Fig. 6 is the structural representation of the utility model electric light guided missile;

Fig. 7 is the structural representation of the utility model magnetic guided missile;

Fig. 8 is the schematic diagram after the utility model magnetic guided missile is installed the dartlike weapon balance wing

Fig. 9 is the schematic diagram of the utility model magnetic guided missile when carrying out darts.

Wherein: 1, airplane skin; 3, propeller shaft; 4, upper and lower screw; 5, balancing pole; 6, empennage; 7, tail-rotor; 8, undercarriage; 9, circuit module; 10, guided missile tube; 11, electric light guided missile; 12, gear-box; 13, driving lever; 14, back-moving spring; 15, compression spring; 16, electric light bullet; 17, card falcon; 18, dartlike weapon balance wing; 19, gripper shoe; 20, frame; 21, magnetic guided missile; 22, magnet bullet; 23, dart target disk; 24, emission pull bar; 25, emission tooth case; 26, train of reduction gears; 27, tooth bar; 28, LED lamp; 29, cylinder lid; 30, at the bottom of the cylinder; 31, electric capacity; 32, contact pin.

The specific embodiment

Below in conjunction with accompanying drawing the utility model is described in further detail.

Referring to figs. 1 through shown in Figure 4, the utility model discloses a kind of remote control fight attack helicopter, comprise body, be located at the circuit module 9 on the body, motor and the propeller shaft 3 that driven by motor, be provided with successively on the propeller shaft 3, following screw 4 and balancing pole 5, the body afterbody is provided with empennage 6 and tail-rotor 7, organism bottom is provided with undercarriage 8, wherein, described motor has four, be respectively the screw motor, following screw motor, tail-rotor motor and MISSILE LAUNCHING motor, described circuit module 9 is made up of circuit board and battery case, described body front end is provided with airplane skin 1, described body is made up of frame 20 that is connected with undercarriage 8 and the gripper shoe 19 be located on the frame 20, described propeller shaft 3 is located on the frame 20, described body is provided with the ejection mechanism that driven by the MISSILE LAUNCHING motor, undercarriage 8 both sides are respectively equipped with guided missile tube 10, guided missile tube 10 is connected with gripper shoe 19 by support plate, described guided missile tube 10 is provided with at the bottom of cylinder lid 29 and the cylinder 30, be provided with the toy guided missile that is subjected to ejection mechanism to trigger the back emission in the guided

missile tube

10,30 fasten the spaces that form ccontaining toy guided missiles mutually at the bottom of cylinder lid 29 and the cylinder like this, as a kind of specific embodiment, described ejection mechanism comprises gear-box 12 and laterally is applied in emission tooth case 25 on the gear-box 12, be provided with the train of reduction gears 26 that is connected with the MISSILE LAUNCHING motor output shaft in the gear-box 12, emission tooth case 25 is provided with the tooth bar 27 with train of reduction gears 26 engagements, be provided with two driving levers 13 that extend toward two ends in the emission tooth case 25, be equipped with back-moving spring 14 between each driving lever 13 and the gear-box 12, back-moving spring 14 is placed on the driving lever 13, like this when motor rotates forward or backwards, can drive driving lever 13 or move right left, described toy guided missile front end is with compression spring 15, afterbody is provided with card falcon 17, described driving lever 13 ends are provided with the emission pull bar 24 that is positioned at card falcon 17 places, the toy guided missile keeps keeping relative static with guided missile tube 10 by the effect that blocks falcon 17 and emission pull bar 24 under the arm-to-arm like this, during the work of this helicopter, three motors are used for driving the flight of aircraft, be used to realize the lift-off of aircraft, hover, advance, retreat, quicken, left and right sides fly and about action such as turnings grade, the 4th motor is used for the train of reduction gears 26 in the driving gearbox 12, and then it is mobile to the left or to the right to drive driving lever 13 by train of reduction gears 26, its end pulling emission pull bar 24 breaks away from the missile-borne card of toy falcon 17 when driving lever 13 moves, make the toy guided missile break away from guided missile tube 10, under the effect of compression spring 15, launch forward, can select the toy guided missile on launch plane left side or right side by the main story/counter-rotating of second motor of remote controller control, the player can impact set objective or the other side's aircraft when controlling aircraft like this, realize real aircraft air battle, the player is when controlling aircraft flight, except paying close attention to aircraft flight speed, outside height and the balance, also need accurately to hold the track of aircraft flight orientation and MISSILE LAUNCHING, improve the challenge and the playability of aircraft recreation greatly, be fit to the player of all ages and classes level.

First embodiment as the utility model toy guided missile, with reference to Fig. 5, shown in Figure 6, described toy guided missile is an electric light guided missile 11, be that toy guided missile front end is provided with conical electric light bullet 16, be provided with the LED lamp 28 that is electrically connected with circuit module 9 in the electric light bullet 16, be parallel with electric capacity 31 on this LED lamp 28, this electric capacity 31 is installed on the circuit board, be plugged with conduction contact pin 32 on the electric capacity 31, when the toy guided missile is positioned at arm-to-arm, but LED lamp 28 luminous dummy guided missiles aim at target, electric capacity is recharged, and after the toy MISSILE LAUNCHING was gone out, capacitor discharge provided power supply for LED lamp 28, the luminous of LED lamp 28 still can postpone several seconds when the toy guided missile aloft flew like this, improved authenticity and the hit rate of fighting recreation.

Second embodiment as the utility model toy guided missile, with reference to shown in Figure 7, described toy guided missile is a magnetic guided missile 21, it is the magnet bullet 22 that toy guided missile front end is provided with flat, like this except can impacting to set objective or the other side's aircraft, aircraft also 21 pairs of target discs of portability magnetic guided missile is shot the match of keeping the score, and cooperates target disc to carry out darts.

In addition, with reference to Fig. 8 and shown in Figure 9, magnetic guided missile 21 can also be taken off from aircraft, afterbody installs dartlike weapon balance wing 18 additional and is combined into the hand-thrown dartlike weapon, cooperates magnetic sensing dart target disc 23 to carry out darts.

The foregoing description is illustrative principle of the present utility model and function thereof only; and the embodiment of part utilization; for the person of ordinary skill of the art; under the prerequisite that does not break away from the utility model creation design; can also make some distortion and improvement, these all belong to protection domain of the present utility model.

Claims

1. remote control fight attack helicopter, the propeller shaft (3) that comprises body, is located at circuit module (9), the motor on the body and driven by motor, be provided with upper and lower screw (4) and balancing pole (5) on the propeller shaft (3) successively, the body afterbody is provided with empennage (6) and tail-rotor (7), organism bottom is provided with undercarriage (8), it is characterized in that: described body is provided with the ejection mechanism that driven by motor, undercarriage (8) both sides are respectively equipped with guided missile tube (10), are provided with the toy guided missile that is subjected to ejection mechanism to trigger the back emission in the guided missile tube (10).

2. attack helicopter according to claim 1, it is characterized in that, described ejection mechanism comprises gear-box (12) and laterally is applied in emission tooth case (25) on the gear-box (12), be provided with the train of reduction gears (26) that is connected with motor output shaft in the gear-box (12), emission tooth case (25) is provided with the tooth bar (27) with train of reduction gears (26) engagement, be provided with the driving lever (13) that extends toward two ends in the emission tooth case (25), be provided with back-moving spring (14) between driving lever (13) and the gear-box (12), described toy guided missile front end is with compression spring (15), afterbody is provided with card falcon (17), and described driving lever (13) end is provided with and is positioned at the emission pull bar (24) that card falcon (17) is located.

3. attack helicopter according to claim 2, it is characterized in that, described toy guided missile is electric light guided missile (11), electric light guided missile (11) front end is provided with conical electric light bullet (16), be provided with the LED lamp (28) that is electrically connected with circuit module (9) in the electric light bullet (16), be parallel with electric capacity (31) on this LED lamp (28), be plugged with conduction contact pin (32) on the electric capacity (31).

4. attack helicopter according to claim 2 is characterized in that, described toy guided missile is magnetic guided missile (21), and magnetic guided missile (21) front end is provided with the magnet bullet (22) of flat.

5. attack helicopter according to claim 4 is characterized in that, the dismountable dartlike weapon balance wing (18) that is equipped with of described magnetic guided missile (21) tail end.

6. according to claim 3 or 4 or 5 described attack helicopters, it is characterized in that described guided missile tube (10) is provided with (30) at the bottom of cylinder lid (29) and the cylinder.

7. attack helicopter according to claim 6, it is characterized in that, described body front end is provided with airplane skin (1), described body is made up of frame (20) that is connected with undercarriage (8) and the gripper shoe (19) be located on the frame (20), and described propeller shaft (3) is located on the frame (20).

8. attack helicopter according to claim 7 is characterized in that, described circuit module (9) is made up of circuit board and battery case.

9. attack helicopter according to claim 8 is characterized in that described motor has four, is respectively screw motor, following screw motor, tail-rotor motor and MISSILE LAUNCHING motor.