TWM628501U - Trigger device structure - Google Patents

Abstract

The present creation system provides a triggering device structure, the triggering device includes: a trigger part, a release part, a blocking part and a hammer part, and a trigger link is arranged on the trigger part, A push portion is formed on the trigger link, and a contact portion is formed on one side of the disengagement member, the push portion is closely aligned with the contact portion, and a side of the contact portion extends outward to form an outer a spreading part, the blocking piece is formed with a top at one end and a bottom at the other end, the bottom is closely aligned with one side of the spreading part, and the bottom has an inclined part on one side of the end; A restricting part is formed on the hammer, the top part can resist the restricting part, the user pushes the trigger part, the pushing part will drive the contact part and the bottom part, so that the top part is separated from the restricting part and The abduction portion is separated from the bottom, and the hammer member moves forward to complete the firing action. When the hammer member returns to the position before the firing action, the abduction portion moves upward by the inclined portion. Thereby, the moving stroke of the trigger can be reduced through the push portion, and the inclined portion can smoothly return the abduction portion to the position between the push portion and the bottom, so that the user can quickly and surely fire action.

Description

The structure of the firing device

This creation is related to a firing device, especially a firing device structure that can reduce the movement stroke of the trigger so that the user can shoot quickly and accurately.

According to this, the pace of life is constantly accelerating, and the competition in the workplace is also increasing, which leads to the phenomenon of increasing pressure of modern people. In their spare time, they need exercise or some dynamic entertainment to relieve stress and relax their tension. Toys Shooting sports such as gun survival games or paintball competitions are the most intense and similar to real combat among various sports at present, which can greatly consume a lot of physical strength and release pressure. It is one of the leisure activities that many people love. Toy guns The firing principle and mechanism are very similar to the real gun. The user depresses the trigger to the bottom and drives the internal linkage mechanism, and finally fires the toy bullet out. In theory, the stroke of the trigger is shorter. , the faster and more bullets can be fired at the same time, but the toy gun is not like this in the original factory setting, or the general trigger stroke is used to achieve the effect, usually It is necessary to purchase additional parts to replace, or to ask a professional toy gun shop master to adjust, so that the firing stroke of the trigger can be changed, and the whole toy gun must be disassembled before the relevant parts can be replaced and adjusted, not only fee It is time-consuming and labor-intensive and if it cannot be adjusted and used immediately, it is quite inconvenient and troublesome for the user.

Therefore, how to improve the above-mentioned problems is the technical difficulty that the creator of this case intends to solve.

Therefore, in order to achieve the above-mentioned purpose, the present invention provides a triggering device structure, the triggering device includes: a trigger member, a release member, a blocking member and a hammer member, the trigger member A trigger link is arranged on the part, and a push portion is formed on one side of the trigger link to protrude outward at a section, and one side of the disengagement piece has a contact portion, and the push portion The contact part is closely attached to the contact part, and a side edge of the contact part extends outward to form an abduction part; , and the blocking piece is formed with a bottom at the other end, the other side of the outreach part is closely aligned with the bottom, and the bottom has an inclined part on one side of the end, and the hammer piece is formed on the There is a restricting part, the top part can press against the restricting part, the user can push the trigger part when using, the pushing part will drive the contact part and a side surface of the outwardly extending part, and the outwardly extending part The other side will synchronously drive the bottom, so that the top is separated from the restricting portion and the hammer piece moves forward to complete the firing action. The hammer piece is formed with a pressure point on one side. When the top part is separated from the restricting part and the hammer piece moves forward, the pressure point will press the groove downward, forcing the breakaway piece Move down slightly, and the abduction part is separated from the bottom. When the hammer piece returns to the position before the firing action, the pressure point no longer presses the groove, and the abduction part will pass the inclined part. Move upward, whereby the moving stroke of the trigger can be reduced through the push portion, and the inclined portion can The abduction part is smoothly returned to the position between the push part and the bottom part, so that the user can quickly and surely fire the action.

1: firing device

2: Board parts

21: Trigger connecting rod

211: Pushing Department

3: Disengagement

31: Contact part

32: Outreach Department

33: Groove

4: Stopper

41: Top

42: Bottom

421: Oblique

5: Hammer pieces

51: Restriction Department

52: Pressure point

Figure 1 is a three-dimensional external view of this creation.

Figure 2 is a three-dimensional exploded view of this creation.

Figure 3 is a side view of this creation.

Figure 4 is a three-dimensional external view of this creation from another angle.

Figure 5 is another perspective exploded view of this creation.

Figure 6 is a side view of this creation from another angle.

Fig. 7 is a schematic diagram 1 of a preferred embodiment of the present invention.

Fig. 8 is a second schematic diagram of the preferred embodiment of the present invention.

Fig. 9 is a schematic diagram 3 of a preferred embodiment of the present invention.

Please also refer to Figure 1, Figure 2, Figure 3, Figure 4, Figure 5, Figure 6, Figure 7, Figure 8 and Figure 9, which are the three-dimensional appearance views of this creation, An exploded perspective view, a side view, an external perspective view from another angle, an exploded perspective view from another angle, a side view from another angle, and schematic diagrams one to three of the preferred embodiment, which can be clearly seen from the figures, wherein, the firing device Series 1 has:

a trigger part 2, the trigger part 2 is provided with a trigger link 21, and one side of the trigger link 21 protrudes outward at a section to form a push portion 211;

A disengagement piece 3 has a contact portion 31 on one side of the disengagement piece 3, and the pushing portion 2 11 is closely aligned with the contact portion 31, and a side edge of the contact portion 31 extends outward to form an abduction portion 32, and a side surface of the spread portion 32 is closely aligned with the push portion 211;

A blocking member 4, the blocking member 4 is formed with a top portion 41 at one end, and the blocking member 4 is formed with a bottom portion 42 at the other end opposite to the top portion 41. a bottom 42, and the bottom 42 has an inclined portion 421 on one side of the end;

a hammer member 5, a restriction portion 51 is formed on the hammer member 5, and the top portion 41 can bear against the restriction portion 51;

Wherein, since the outwardly extending portion 32 is formed by extending outward from one side of the contacting portion 31 , the pushing portion 211 can be closely aligned with the contacting portion 31 and the outwardly extending portion 32 ;

Wherein, a groove 33 is formed on the other side of the release member 3 opposite to the contact portion 31 ;

Wherein, the hammer member 5 is formed with a pressure point 52 on a side surface, and the pressure point 52 can press the groove 33 downward;

Wherein, the extension portion 32 is movable on the inclined portion 421;

It is mainly that the trigger link 21 is provided on the trigger part 2, and the push portion 211 is formed on one side of the trigger link 21 to protrude outward at a section, and the The contact portion 31 is formed on one side of the release member 3 , the push portion 211 is closely aligned with the contact portion 31 , and the outward extension portion 32 is formed on one side of the contact portion 31 . One side of the portion 32 is closely aligned with the push portion 211. Since the flared portion 32 is formed by extending outward from one side of the contact portion 31, the push portion 211 can be closely aligned with the contact portion 31 and The flared portion 32 has the groove 33 formed on the other side of the release member 3 opposite to the contact portion 31 , and the blocking member 4 is formed with the top 41 at one end, and the The blocking member 4 is formed with the bottom portion 42 at the other end opposite to the top portion 41 . 2. The other side is closely aligned with the bottom 42, and the bottom 42 has the inclined portion 421 on one side of the distal end. The outreach portion 32 can move on the inclined portion 421. The restricting portion 51 is formed thereon, the top 41 can resist the restricting portion 51, and the hammer member 5 is formed with the pressing point 52 on a side surface, and the pressing point 52 can press down the The groove 33 allows the user to push the trigger 2 during use. Since the flared portion 32 is formed by extending outward from one side of the contact portion 31, the push portion 211 can be closely aligned The contact portion 31 and the spreading portion 32, and the pushing portion 211 will drive the contact portion 31 and one side surface of the spreading portion 32, and the other side of the spreading portion 32 will simultaneously drive the bottom portion 42. After the bottom 42 moves, the top 41 is released from the restricting portion 51 and the hammer member 5 moves forward to complete the firing action, wherein the pushing portion 211 is located on a region by one side of the trigger link 21 . The segment is formed to protrude outwards. Through the push portion 211, the trigger member 2 will reduce the movement stroke of the trigger link 21 during the push process. In addition, the release member 3 is relatively opposite to the contact portion. The groove 33 is formed on the other side of the 31, and the pressure point 52 is formed on one side of the hammer 5. When the top 41 is separated from the restricting portion 51 and the hammer 5 is directed toward When moving forward, the pressure point 52 can press the groove 33 downward, forcing the disengagement member 3 to move downward slightly, and the abduction portion 32 is separated from the bottom 42. When the hammer member 5 is ready to When a firing returns to the position before the firing action, that is to say, the top 41 can resist the action of the restricting portion 51, the pressure point 52 no longer presses the groove 33, and the abduction portion 32 will The inclined portion 421 is moved upward to return to the position between the push portion 211 and the bottom portion 42, and the push portion 211 has not yet driven the contact portion 31 and the spreading portion 32 and the spreading portion 32 has not yet driven the bottom 42, and the push portion 211 is closely aligned with the contact portion 31 and the abduction portion 32, and the abduction portion 32 is removed After leaving the bottom portion 42, the inclined portion 421 can quickly and surely return to the position between the pushing portion 211 and the bottom portion 42, so that the hammer member 5 can be ready for another firing action. Using the pushing portion 211 of the firing device 1 can reduce the movement stroke of the trigger member 2 , and the inclined portion 421 can smoothly return the outwardly extending portion 32 to the space between the pushing portion 211 and the bottom 42 . position, and complete the action that the user can quickly and surely fire.

The user of the firing device 1 described in this creation can push the trigger 2, and the pushing portion 211 will drive the contact portion 31 and the spreading portion 32, and the spreading portion 32 will synchronously drive the bottom portion 42, so that the top 41 is separated from the restricting portion 51 and the hammer member 5 moves forward to complete the firing action, wherein the groove 33 is formed on the other side of the separation member 3, and the The hammer member 5 is formed with the pressure point 52 on one side. When the top 41 is released from the restricting portion 51 and the hammer member 5 moves forward, the pressure point 52 will press the groove 33 downward along the trend. Forcing the disengagement member 3 to move down slightly, and the abduction portion 32 to disengage the bottom portion 42, when the hammer member 5 is ready to be fired again and returns to the position before the firing action, the pressure point 52 is not By pressing the groove 33 again, the top 41 can bear against the restricting portion 51 , and the outwardly extending portion 32 will return to the position between the pushing portion 211 and the bottom 42 through the upward movement of the inclined portion 421 and be tightly closed The push portion 211 and the bottom 42 are aligned, and the push portion 211 has not driven the contact portion 31 and the spreading portion 32 and the spreading portion 32 has not driven the bottom 42, so that the push portion 211 can The movement stroke of the trigger 2 is reduced, and the inclined portion 421 can smoothly return the abduction portion 32 to the position between the push portion 211 and the bottom portion 42 , so that the user can quickly and surely fire the action.

The above-mentioned embodiments are used to illustrate one of the preferred embodiments of this creation, and are not intended to limit the scope of this creation. Anyone who is familiar with this technique, without departing from the spirit and scope of this creation, can do some Therefore, the scope of protection of this creation should be determined by the scope of the appended patent application.

1: firing device

2: Board parts

21: Trigger connecting rod

211: Pushing Department

3: Disengagement

31: Contact part

32: Outreach Department

33: Groove

4: Stopper

41: Top

42: Bottom

421: Oblique

5: Hammer pieces

51: Restriction Department

52: Pressure point

Claims (5)

A triggering device structure, the triggering device comprises: a trigger part, a trigger link is arranged on the trigger part, and one side of the trigger link is outward at a section A push portion is formed protrudingly; a disengagement piece, one side of the disengagement piece has a contact portion, the push portion is closely aligned with the contact portion, and a side of the contact portion extends outward to form an abduction one side of the abduction part is closely aligned with the push part; a blocking piece, the blocking piece is formed with a top at one end, and the blocking piece is formed with a bottom at the other end opposite to the top, the abduction piece The other side of the part is closely aligned with the bottom, and the bottom has an inclined part on one side of the end; a hammer, a restriction is formed on the hammer, and the top can resist the restriction department. The firing device structure according to claim 1, wherein, since the flared portion is formed by extending outward from one side of the contact portion, the push portion can be closely aligned with the contact portion and the contact portion. Outreach Department. The firing device structure as claimed in claim 1, wherein a groove is formed on the other side of the disengaging member opposite to the contact portion. The firing device structure as claimed in claim 3, wherein the hammer member has a pressure point formed on a side surface, and the pressure point can press the groove downward. The firing device structure as described in claim 1, wherein the outreach portion is movable on the inclined portion.

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