TWM270345U - Continuous shoot-controlling mechanism of toy gun - Google Patents

Description

M270345

[Technical field to which the new type belongs] This creation relates to a "structure", especially a structure having a shooting function of a shooting control mechanism that automatically uses a conventionally-known hand grab as a strike, thereby improving the [prior art] toy grab The continuous shooting control of the continuous firing function of the hand grab structure controls the single-shot firing or the insurance (it is improved so that it can also control the effectiveness of the use of this product. The machine 'mainly not fired as a continuous firing press' The structure of the grab has a shooting control mechanism as a choice of single-shot shooting or insurance. As shown in the fourth to sixth figures, the long-shooting control mechanism 17 is arranged at the tail end of the hand-skid sleeve 2 and Slide 1 1 The front end of the ram 1 6 is mainly composed of the dial button 1 7 1, the eccentric shaft 1 7 2, the positioning plate 1 7 3, and the dial button 1 7 1 can pass through the eccentric shaft 1 7 2 drives the positioning plate 1 7 3 to move up and down, and has two upper and lower control positions, and at the bottom end of the positioning plate 1 7 3 has a downward convex portion 1 7 7 and the convex portion 1 7 7 corresponds The card of the firing mechanism provided on the grip of the gun body 10 1 5 and the upper part of the rear end of the handle 4. When the dial control button 1 7 1 of the shooting control mechanism 17 is set to the upper position, the positioning plate 1 has 3 convex portions at the bottom edge. Into the sliding sleeve, when the sliding sleeve 20 is pulled backward, or when the recoil force of the bullet that fired the bullet makes the grab tube 30 and the sliding sleeve 20 backward, it can have a shell and push the ram 1 6 Move back, and make its claw hook 1 6 2 catch on the hook part 15 of the hook hook 15. Then the pipe grabbing 30 and the sliding sleeve ⑩ 2 0 will return to the positioning due to the action of the configured elastic lens, and are ready. Shooting status (as shown in the fourth picture): In the above action, the convex part 177 failed to touch the lever on the upper end of the hook 1 5 丨 5 3, so the sliding sleeve 20 will affect the part when it moves back and forth.

Page 5 M270345 IV. Creation instructions (2) The hook 1 15 does not have a firing action; or when the fingers of the button press are not relaxed, the hook 1 4 at the rear end of the handle 1 4 will also be at this time. When firing, it slides downwards to the recess 1 15 of the hook 15 and becomes unhook, so it cannot be fired again and it is a single-shot type. In addition, when the above-mentioned dial button 1 71 is set at the lower position (as shown in the fifth and sixth figures), the convex portion 1 7 of the positioning plate 1 7 3 completely protrudes downward beyond the bottom edge of the sliding sleeve 20 , And is located in front of the hook lever 153 and the upper edge 141 of the rear end of the handle, the sliding sleeve 20 will not be able to pull backward to make the hammer backward (counterclockwise) to prepare for shooting, and even The convex part 1 7 7 will also abut the upper edge 1 4 1 of the rear end of the handle, so that the hook part 4 2 at the rear end of the handle 14 is in the recess 1 5 4 of the hook without firing. Function, but a type of insurance. The disadvantage of the conventional toy pistol structure as described above is that the conventional toy pistol structure does not have the function of continuous automatic shooting, but lacks the special effects and fun of using this function, which makes it necessary to further improve the item. In view of the lack of a control mechanism that can select or control the automatic continuous firing of the conventional toy pistol, the creator cannot improve the practicality and economic value of the product; the creator of this case has carefully studied and accumulated personally engaged in the manufacture of this business for many years Experience, and finally created a new continuous shooting control mechanism for toy pistols. The main purpose of this creation is to provide a continuous shooting control mechanism for a toy pistol, and change its shooting control mechanism in the simplest way, so that the structure of a toy pistol that can generally only shoot in a single shot can be controlled by selection to increase continuous automatic shooting. Function, become the constructor of an automatic pistol.

Page 6 M27Q345_ IV. Creation instructions (3) [New content] In order to achieve the above purpose, the firing mechanism of this creation includes a trigger, a pull handle, a hook, a hammer and a shooting control mechanism. An eccentric shaft drives a positioning plate to move up and down on one side of the control button, and has upper, middle, and lower control positions, and a notch is arranged in the lower portion of the positioning plate to sequentially house a spring and a projection, so that the The bump can move with the positioning plate and move up and down in its notch; except for the single-shot shooting type when the dial is in the upper position, and the type that cannot be fired when the dial is in the lower position. In addition, when the dial button of this creation is in the middle position, the projection has a half protruding below the sliding sleeve and can be hooked to the lever of the hook, causing the sliding sleeve of φ to retreat and return to the front after firing. At timing, the bump on the bottom of the positioning plate can be moved forward by the lever on the upper end of the hook to unlock the ram and then fire. This is a type of automatic burst shooting, which enables the toy hand to grab a burst of fire. Function and effect. [Embodiment] In order to have a better understanding and understanding of the features and functions of the continuous shooting control mechanism of the toy hand grab described in the present case, a feasible embodiment is provided with illustrations. The detailed description is as follows: First, Please refer to the first and second pictures (where the part number is the same as the conventional structure, the same or similar structure), the creation of "continuous shooting control mechanism for toy hand grab", the toy pistol includes a slide 11 It consists of a grab body 10 with a Φ grip 12 and a slide sleeve 1 1 mounted on the grab body 10, and a slide sleeve 20 and a barrel 30 are formed. The slide sleeve 20 can be used to pull the barrel 30 backward. The loading (ready to fire) action can be done after the trigger of the trigger mechanism is triggered.

Page 7 M270345

-4. Creation instructions (4) Shooting bullets to complete shooting. The structure as described above 'is used for firing the bullet. The firing mechanism includes a trigger 1 3, a handle 1 4, a hook 15, a bell 16 and a shooting control mechanism 1 γ. One end of the handle 1 4 and The upper end of the trigger 1 3 pivoted on the bottom of the gun slide 1 1 is connected, and the other end is hooked on the rear side of the hook 1 5. The action of the trigger 3 can be used to pull the hook 1 5 to swing; the hook 1 5 The pivot is arranged on the top of the grip 1 2 near the rear end of the slide 1 1. A hook portion 152 protrudes behind the pivot 151, and a lever 1 5 3 extends from the hook portion 1 5 2 to the side. By the action of the spring 1 5 5 on the pivot 丨 5 i, it has the force to keep rotating counterclockwise; ^ Hammer 1 6 is pivoted on the slider 1 1 at the end 'boring a spring 1 6 1 It has the force to keep turning clockwise, and when the hammer 16 swings backward (counterclockwise), it has a claw hook 162 at a position corresponding to the hook portion 152 of the hook 15 Can be interlocked and stopped to be ready for shooting; the shooting control mechanism 17 is pivoted at the end of the sliding sleeve 1 1 and has a dial control button 1 γ 1 can be driven by the eccentric shaft 1 7 2 Vertically moving plate 173, 173 by the lower edge of the card to the effect of the positioning plate 15 and hook knob 14 to achieve the purpose of fire control. The characteristics of this creation are: the shooting control mechanism 17 has the upper, middle and lower three

The control positions of the segment are three types: single-shot firing, continuous firing, and security. There are a notch 174 in the bottom of the positioning plate 173. The notches are accommodated in sequence—the spring 1 7 5 and the bump 1 7 6. The protruding block 1 7 6 can move with the positioning plate 1 7 3 and can also move up and down in the recess 174 thereof. The structure as described above, except that when the dial control button 71 is turned to the upper position, the projection 176 is completely submerged into the sliding sleeve 20 and is a single shot type (similar to the conventional structure, such as the fourth Figure); dial the control button 1 7 1 down

Page 8 M270345 4. At the position of paragraph (5), the bump 1 176 is large but the bump 176 at the bottom is facing toward the bottom; the part protruding below the sliding sleeve 20, the end of the positioning plate Bevel part, the protruding part that ca n’t be upward ^ moves beyond the rear end of the bottom handle 14 and moves downwards, but the lever 153 is similar, as shown in the fifth figure), please cooperate again = dial control button 1 7 1 dial When in the middle position, the mouth and two are not shown in the picture. When the bottom of the sleeve 20 is below, and the-is set to two; = V6 is about: half will protrude and slide the sleeve 2 0 in the first shot. The telescopic ability causes the upper edge 141 of the rear end of the pull handle 14 to retract upwards. 'Retreat' bump :: touch the rear lever to complete the loading, reach the ready for firing ^, and then push the hammer U direction > 20 to automatically return to In the original position, the figure below is sketched as follows: $ 2 Shishu sliding sleeve is moved forward, and by touching it on the hook 15 = the two edge of the bump 176 rotates a short distance clockwise with 1 5 , Lever 1 52, to release the hook from unlocking, to achieve synchronous firing ^ hammer 16 of the groove 161 seating force to drive the sliding sleeve 20 to move backward, after continuous delivery and then controlled by shooting after shooting Type. The action is described long, and in order to synthesize the above, the function disclosed in this creation is a toy toy grabbing structure, which belongs to a kind of automatic continuous shooter before application. Therefore, this creation can meet the new patent in the publication or Public use of patents. ’Apply for a new model according to law

Page 9 M270345 Brief description of the diagrams Brief illustrations Diagrams Diagrams Diagrams Diagrams Diagrams One, two, three, four, five, six, one, three, three, five, and sixteenth: The three-dimensional exploded view of the original creation The side-view plane combination of the original creation This is a diagram of the shooting control mechanism dialed in the middle position. This is a diagram of the conventional toy hand grab control mechanism for single shot control. It is a diagram of the conventional toy pistol shooting control mechanism.

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Description of main component symbols Gun body 10 Slide sleeve 20 Pipe grab 30 Slide base 11 Grip 12 Trigger 13 Handle 14 Hook 15 Hammer 16 Shooting control mechanism 17 Upper edge 141 Hook 142 Pivot 151 Hook 152 Lever 153 Recess 154 Spring 155 Spring 161 Claw hook 162 Dip knob 171 Eccentric shaft 172 Positioning plate 173 Notch 174 Spring 175 Bump 176 Bump 177 Page 10

Claims (1)

M270345 5. Scope of patent application 1. A "continuous shooting control mechanism for a toy grab", the toy grab includes a gun body with a slide seat and a grip, and a slide sleeve and a slide sleeve are mounted on the slide seat of the gun body. It consists of a tube grab, which can be used to drive the tube grab to pull back to complete the loading action, and the bullet can be fired after the trigger; the above-mentioned firing mechanism includes the trigger, pull handle, hook, hammer and shooting control mechanism One end of the handle is connected to the upper end of the trigger, and the other end is hooked on the rear side of the hook. The hook can be swung by the action of the trigger. The hook is pivoted on the top of the handle near the tail end A hook portion is protruded rearwardly on the pivot axis, and a lever is extended upward on one side of the hook portion, which has the force to keep rotating counterclockwise by the action of a spring sleeved on the pivot axis; The hammer is pivoted at the tail end of the slide Φ seat. It has the force to keep rotating clockwise by the action of a spring. When the hammer swings backward, it has a hook position corresponding to the hook. Claw hooks can be snapped together to prepare The shooting control mechanism is pivotally located at the tail end of the sliding sleeve, which has a dial control button that can move the positioning plate up and down through the eccentric shaft, and the shooting plate is controlled by the lower edge of the positioning plate and the hook and the handle The shooting control mechanism has three control positions of upper, middle and lower sections, which are three types of single shot, continuous shot and insurance, respectively, and has a notch below the positioning plate in order. A spring and a convex block are accommodated, so that the convex block can move with the positioning plate and move up and down in its recess. Page 11