TWM272972U - Shooting control mechanism of a toy submachine gun - Google Patents

Description

M272972

[Technical field to which the new type belongs] This creation is about a "toy rush, especially a kind of single-shot and automatic burst-to-shot, strike control mechanism", which is related to the control shake between the trigger and the grab. The plate-made assault structure is mainly formed so that the stopper claws are upwardly raised. The assault gun is a multi-piece part. The worker who uses the assault gun to make a single shot. "Previous technology" (as shown in the first to third figures, 22 = body grabbing 10, the body is shot by holding the jacket 20, shot) ^ control mechanism 30 corresponds to Grab structure 30 prevents the grab machine 20 from automatically firing control on the gun body 10; and & rocker plate 3 1, a pop-up chip is composed of 'the control rocker plate 3' is a shaft hole pivoted to the grab body 1 〇 Inside, the bottom surface of the rocker 31 and the claws 3 1 1 of the grab body 10 are maintained with hooks that are pivoted upward from the front edge of the board machine 1 1; the control button 3 3 — press, learn about toys The structure of the charge is mainly composed of a machine with a plate machine 11 and a grip 10, and a pipe with a pipe grab 2 1 and a handle > and a machine 2 1 with a machine 2 2 under the front edge. In order to achieve the single and continuous firing, the firing control mechanism 30 can be obtained by sliding above the firing control machine or not. The firing control mechanism 30 includes metal elements integrally formed by 32, a control button 33, and a toggle plate 34. The spring 3 2 is located in the control room behind the shaft hole, so that the force at the rear end of the control rocker 31 is at a position, and the control rocker 31 has a position at a position corresponding to 111. The hook 312 can be connected to the end of the plate as an eccentric shaft 3 3 1, and the end is inserted into the gun body 10 to be pivotally connected with the rocking plate 3 1 and the toggle plate 34. The toggle plate 34 has A convex portion 3 4 1, and the rear end 3 4 2 of the toggle plate 3 4 extends to the hook portion π position of the trigger 1 1.

Page 5 M272972 IV. Creation instructions (2) When the combination of the above-mentioned conventional structures is used, the control button on it is set to 3 3 when the single shot is sad (as shown in the third picture), the toggle plate 3 4 will The eccentric shaft 3 3 1 of the controlled button 3 3 moves backward, so that the toggle plate 3 4 rear end 3 4 2 is below the hook portion 1 1 1 of the trigger 1 1; therefore, when the trigger 丨 丨 is fired (As shown in the fourth picture), the gun machine 2 2 will automatically slide forward and then pull back to the bullet swollen sorrow by its recoil and when the machine gun 2 2 slides forward to approach the front end (such as the fifth (Picture), the bottom surface of the gun machine 22 will be pressed to the convex portion 34m at the front end of the toggle plate 34, so that it will rotate forward, backward, and upward, and then use the toggle plate 3 4 rear end 3 4 2 to turn the trigger 1 1 The pivoting hook portion 1 1 1 is pushed to move backward to release it from the recessed hook 312 ~ of the control rocker 31, and the stopper claw 311 of the control rocker 31 is parallel to the elastic force of the yellow 32 below it. The upward tilt causes the aforementioned grab machine 22 to move backwards to position (as shown in the third figure), and the chute 2 2 at the front end of the bottom of the gun 2 2 is locked on the stopper claw 3 n at the rear end of the rocker 3 1 To stop the gun The slide 22 forward again shooting action, single shot to achieve the purpose. And when the control button 3 3 is set to the burst automatic shooting position (as shown in the sixth and seventh figures), the "dial plate 34 will be moved forward by the eccentric shaft 331 of the control button 33" to make the dial plate 3 4 The rear end 3 4 2 is away from the hook 1 1 1 of the board machine 1 1; therefore, when f is used to continuously hold the board machine 丨 丨 shooting, the board machine 丨 丨 the hook section 丨 i 1 will always be hooked to control The concave hook 3 丨 2 of the wobble plate 31 causes the gun machine 22 to continuously and automatically move back and forth above the gun body 10 and within the upper sheath 20 to achieve the purpose of continuous automatic shooting. However, ^ The disadvantage of the conventional toy charge and grab structure as described above is that when it is controlled in a single f shooting state, in which the grab 2 2 rushes to the front and slides back to the bottom of the grab 2 2 Press down to the control rocker 3 丨 stop claw 3 n

M272972 on page 6 (3) (in the eighth picture), the front end is lifted up due to the force, and the concave hook 312 of the hook of the trigger 丨 becomes a firing state, resulting in a burst of fire. Necessary to misbehave. In view of the above, the creator is extremely easy to research when choosing a single shot, and he has personally engaged in a brand new toy charge ^ The main purpose of this creation is to use the simplest square tool charge structure to make a single shot. Effective toy charge rush '[New content] In order to achieve the above purpose, the control rocker, a spring, a f: the control rocker is composed of =, the stopper claw system ^ and the stopper claw are set between There is little guarantee by the force of a small spring that the control rocker k will be superior to its main body and upwards, even if the convex part 34 at the front end of the user's endless dial 34 has lost pressure, causing it to The incomplete release part 111 of the trigger 11 will again hook to the rear end 1 of the control rocker 31 and cannot achieve the purpose of single-shot control. To recapitulate the known toy structure The shooting control mechanism has the shortcomings of false firing of continuous firing, and has many years of experience in manufacturing advanced projects, and finally creates a shooting control mechanism that grabs. In providing a toy charge control mode of a charge charge, the shooting control mechanism of the toy is changed so that the one-shot control can accurately reach the single-shot creator. The shooting control mechanism of this creation is composed of a control knob and a pile of tea 丨 L α, Φ ^ toggle plate; its characteristics beans, stop claws, small springs and pivots on the rocker φ μ Congshan Two η Han, and mouth to install $ = after the main body know 'Ya Yu shake the main name ^ AL After the cover is closed, the screw lock is held up. In the case of a single-shot firing i, the situation where the stopper ί ί η f and the gun stopper slides forward < fully release the trigger, can also make its rear end

Page 7 M272972 Fourth, the stopper claw of the creation note (4) is lifted to prevent the gun from sliding forward to achieve precise control of single shot firing. [Embodiment] In order to have a better understanding and understanding of the characteristics and effects of the shooting control mechanism of the toy charge grab described in this case, here is a feasible embodiment and illustrated in detail, as follows: First, please Refer to the third, ninth, and tenth drawings (where the part number is the same or similar to the conventional structure). This creation "Toy Charge Grabbing Shooting Control Mechanism" mainly consists of a grab body 1 0 with a plate machine 1 1 and a grip 12 2. A pole with a tube 21 and a grab machine is provided on the pole 10 22 is composed of the upper sheath 20, and a shooting control mechanism 3 0 is provided at the leading edge of the gun body 1 1 of the gun body 10 corresponding to the lower portion of the gun machine 2 2. The shooting control mechanism 3 0 includes a control rocker 3 6 , A spring 3 2, a control button 3 3 and a toggle plate 3 4 components, so that the shooting control mechanism 30 can be used to stop the grab machine 2 2 sliding on the grab body 10 to achieve single and continuous automatic Controller of Shooting. The structural features as described above are: the control rocker 36 of the shooting control mechanism 30 (as shown in the ninth figure) is divided into a rocker body 361, a stopper claw 3 6 2, a small spring 3 6 3, and a joint plate 3 6 4 As a result, the stopper claw 3 6 2 is pivotally arranged at the rear end of the rocker body 3 6 1, and a small spring 3 6 3 is provided between the rocker body 3 6 1 and the stopper claw 3 6 2. After the coupling plate 3 6 4 is closed, it is locked with screws 3 6 5 so that the rear end of the stopper claw 3 6 2 can be upwardly tilted by the elastic force of the small spring 3 3 3. According to the above, when the control rocker 36 is in a single-shot shooting state (such as the third picture and the tenth picture), the toggle plate 3 4 will be the eccentric shaft of the control button 3 3

Page 8 M272972 IV. Creation instructions (5) 3 3 1 The belt is moved backward so that the toggle plate 3 4 rear end 3 4 2 is below the hook portion 11 of the trigger 1 1; when the trigger 1 1 fires Later, the toggle plate 3 4 rear end 3 4 2 at the same time pushes the hook portion 1 1 1 pivoted to the rear to release the release control rocker 3 6 at this time, even if it is above the grab 2 2 The stopper claws 3 6 2 which are not retracted to the rear end of the rear rocker plate 36 will be lifted upward by the second plate main body 361 of the small spring 3 6 3, which is more common than rocking energy to prevent tooth grabbing. Loosen the stopper claw 3 6 2 of the working end that the board machine m slides up to block the machine grab 2 2. / Fan, who can also make the subsequent firing effect. 'Yue built to the precise control sheet. In summary of the above, the toy shooting structure disclosed in this creation is a patent that can be precisely controlled. The author shall pay for the new type of patent elements, materials, or the public to apply for new patents in accordance with the law.

M272972

The diagram on page 10 is a simple explanation. [The diagram is a simple illustration.] The first picture is a three-dimensional combined view of the structure of a conventional toy submachine gun. The second picture is a large exploded view of the structure of a conventional toy submachine gun. View plane combination diagram The fourth diagram is a schematic diagram of a single-shot control state (1) The fifth diagram is a schematic diagram of a single-shot control state (•-) The sixth diagram is a conventional structure of a white firing Schematic diagram of the control state (a seventh diagram is a conventionally constructed white motion control state diagram (two and eighth diagrams are a single-engined control state diagram (1-1)) and a ninth diagram is the control rocker in this creation The three-dimensional exploded view of the m% ten drawings is a schematic diagram of the single-shot control state. [Description of the main component symbols] Gun body 10 Upper sheath 20 Shooting control mechanism 30 Board machine 11 Grip 12 Grab the pipe 21 Gun machine 22 Control rocker 31 Spring 32 Control knob 33 Toggle plate 34 Control rocker 36 Hook section 111 Slot 221 Stop claw 31 1 Concave hook 3 12 Eccentric car by 331 Convex section 341 " Rear end 342 Rocker body 361 Stop claw 362 Small bullet 363 Binding plate 364 Screw 365

Claims (1)

M272972 V. Application scope 1. A "shooting control mechanism for toy charge", which mainly includes a grab body with a trigger and a grip, and an upper sleeve with a grab tube and a grab on the upper body of the grab body. It consists of a shooting control mechanism at the front edge of the grab machine, corresponding to the lower part of the grab machine. The shooting control mechanism includes a control rocker, an impeachment, a control button and a toggle plate. The shooting control mechanism can be used to stop the gun from sliding on the gun body to reach the controller of single-shot and continuous-shot automatic shooting; its characteristics are: The control rocker of the shooting control mechanism is divided by the rocker main body, the stop claw, It is composed of a small spring and a coupling plate. The stopper claw is pivotally arranged at the rear end of the rocker body, and a small spring is arranged between the rocker body and the stopper claw. To keep the rear end of the stopper claw upward by the elastic force of a small spring.