JP3189922U - Magazine bullet loading structure of toy gun - Google Patents

Abstract

The present invention provides a magazine bullet loading structure for a toy gun that effectively uses all the bullets in the magazine and prevents the bullets from remaining in the magazine.
A gun body 1 is provided with an opening leading to the outside at one end and a magazine slot 15 for joining a chamber for accommodating at least a bullet A to be fired at the other end, and the magazine slot is opened from the opening of the gun body. A magazine 3 having a longitudinal storage space for inserting a bullet and inserting a bullet into the chamber at one end and a biasing coil 33 at the other end, a connecting element 22, a coupling element 21, and a bullet pushing element 23. The coupling element is locked to the energizing coil, and the bullet pushing element has an arc portion that pushes the bullet in the longitudinal storage space toward the bullet outlet at one end away from the coupling element.
[Selection] Figure 7

Description

  The present invention relates to a magazine bullet loading structure of a kind of toy gun, and more particularly to a magazine bullet loading structure of a toy gun that can smoothly carry out the bullet loading operation and can surely feed all the bullets in the magazine into the chamber. Is.

  In a magazine structure of a toy gun that fires plastic bullets using conventional compression of air, one longitudinal storage slot for storing plastic bullets, and several biasing coils provided at the bottom of the longitudinal storage slot, The biasing coil mainly has a bullet pushing member that comes into contact with a plastic bullet at one end of the biasing coil, and each plastic bullet is placed in the longitudinal storage slot using the bullet pushing member biased by the biasing coil. In general, there are many structures in which the bullet pushing member is integrally formed in consideration of cost in consideration of the cost.

  However, in actual application, plastic bullets are sent from the magazine to the gun body (chamber) because the shape and structure of the joint part between the magazine and the gun body are different due to changes in the shape and structure of various toy guns. It is also possible to send a plastic bullet in a different direction due to a change in curvature, and at this time, the bullet pushing member formed integrally above cannot be twisted or bent. Therefore, in order not to affect the smoothness of the bullet delivery, it is necessary to reduce the friction or stop of the bullet pushing member which occurs in an excessively curved shape, and this restricts the invention relating to the toy gun and its magazine. In other words, most of the magazine structures that are commonly seen are the main cause of the series structure, and at the same time, When the joint portion with the gun body has a relatively small curvature, the bullet pushing member is in a pushing process, particularly when the plastic bullet is locked in the longitudinal storage slot at the last one or more, and the plastic bullet This causes a malfunction in that it remains in the magazine.

  Therefore, in view of the above-mentioned problems in use in the magazine structure of a toy gun, the inventor will research and improve on this problem and create the present invention.

  The main object of the present invention is to provide a magazine bullet loading structure for a toy gun that has a bullet pushing component that curves with different storage slots and feeds the last bullet in the magazine into the chamber. All the bullets in the magazine are effectively used, and the problem of use that the bullets remain in the magazine is prevented.

  Another object of the present invention is to provide a toy gun magazine bullet loading structure in which the push-pushing component is adapted to various different magazine shapes and combinations thereof with the gun body mechanism. In addition to having favorable economic advantages, the smoothness of the bullet loading operation can be maintained, and the quality in use can be improved.

  In order to achieve the above object and effect, the present invention has the following technical features. One end is provided with an opening leading to the outside, and the other end is provided with one gun body for connecting at least one chamber for accommodating a bullet to be prepared for firing, and from the opening of the gun body A magazine inserted into a magazine slot, storing a bullet, leading to the bullet discharge port of the chamber at one end, and having a longitudinal storage space provided with a biasing coil at the other end; and within the longitudinal storage space A connecting element, and a coupling element and an elastic pushing element that are pivotally connected to both ends of the connecting element, the coupling element being locked to the biasing coil, and the elastic pushing element. Includes a bullet-pushing component in which one end of the coupling element is provided with an arc portion for locking a bullet in the longitudinal storage space.

  Among them, the connecting element has first and second pivot holes corresponding to each other, and the coupling element and the elastic pushing element are provided with one pivot portion projecting from each other. The coupling element and the elastic pushing element respectively form a pivotal configuration with the connection element by being fitted into the first and second pivoting holes using the part.

  Of these, the connecting element is provided with first and second projecting portions extending outward in an arc shape around the first and second pivot holes, respectively, Each element is provided with a receiving tank recessed in the vicinity of each pivot part, and the first and second projecting parts are pivoted to the container tank to prevent the elements from being detached. Forms a concatenated structure.

  Among these, the elastic pushing element is provided with one side concave portion that is recessed at least in the middle portion of the side surface.

  Among them, the joining element is provided with one lower convex portion that fits into one end of the biasing coil.

  Among them, the magazine is provided with a locking portion that can be locked to the outside of the opening of the gun body at one end.

  Of these, the intermediate portion of the magazine is provided with at least one convex portion extending in the short direction, and the intermediate portion of the magazine slot is provided with one lateral hole intersecting the intermediate portion corresponding to the convex portion. The lateral hole includes a latch pin that slides in a reciprocating manner, and a local surface of the latch pin has a protruding side surface that protrudes, and the side surface protrudes from the local side of the latch pin. When sliding possible, it is locked to the convex part of the magazine.

  Of these, the lateral hole has one convex column extending in parallel to the longitudinal direction, and the latch pin has one concave hole that fits in correspondence with the convex column, One reset coil is provided between the bottom of the concave hole and the convex column for returning the latch pin to its original position after receiving an external force.

  Of these, the gun body comprises a barrel, a grip, a trigger, and the like from two half shells that are fitted relative to each other, and one power firing component is installed on one side of the barrel, and the chamber is the barrel. And the power launch component.

  Among them, the magazine slot is installed in the grip of the gun body.

  In addition, the detailed structure of the present invention, the principle to be applied, the operation, and the effect thereof can be fully understood from the following description of the drawings.

FIG. 2 is a structural exploded view showing the present invention and components related thereto. It is a structural exploded view showing the bullet pushing component concerning this invention. 1 is an external view according to the present invention. It is sectional drawing which concerns on this invention. It is a schematic diagram (1) showing the movement which the bullet pushing component which concerns on this invention pushes out a bullet. It is a schematic diagram (2) showing the motion which the bullet pushing component which concerns on this invention pushes out a bullet. It is a mimetic diagram showing the state where the bullet concerning the present invention was sent into the gun body. It is a schematic diagram showing the state which the magazine concerning this invention was positioned by the latch pin. It is a schematic diagram showing the state which the latch pin based on this invention open | released the magazine. It is a schematic diagram showing the movement which the magazine which concerns on this invention removes outside after releasing from a latch pin.

  1 to 4, it can be seen that the present invention has a structure mainly including a gun body 1, a bullet pushing component 2, a magazine 3, etc., of which the gun body 1 is fitted relative to each other. A barrel 11, a grip 12, a trigger 13, and the like are constituted by the half shells 10 and 100 to be combined, and one power launch component 14 is installed at the rear end of the barrel 11, and the barrel 11, the power launch component 14, And a chamber 152 is provided above the battery 5 at the front end of the half shell 10 and accommodates a bullet A prepared for firing between the barrel 11 and the power launch component 14. The grip 12 is provided with one magazine slot 15 and one motor 121, and the motor 121 is operated by one gear mechanism 122. Driving the power launch component 14 to complete the launch preparation, one end of the magazine slot 15 is provided with an opening 151 leading to the outside, and the other end of the magazine slot 15 is joined to the chamber 152; An intermediate portion of the magazine slot 15 is provided with a lateral hole 16, and one end of the lateral hole 16 is connected to the outside through a notch 162 in the gun body 1, and is parallel to the longitudinal direction in the lateral hole 16. One latching pin 161 is provided in the lateral hole 16 so as to slide in a reciprocating manner, and is fitted to the latch pin 4 corresponding to the projecting column 161. One concave hole 41 is provided, and one reset coil 411 is provided between the inside of the concave hole 41 and the convex column 161, and one side convex edge 42 protruding on the local surface of the latch pin 4. Set up A switch portion 43 is provided on one side surface of the latch pin 4, the switch portion 43 projects outside the lateral hole 16 through the notch 162, and the side convex edge 42 is provided on the switch portion 43. An inclined surface extending in the direction is provided, whereby the switch portion 43 is subjected to the action of the energizing reset coil 411, and the latch pin 4 slides reciprocally in the lateral hole 16.

  The magazine 3 is formed by combining half cases 30 and 300 facing each other, inserted into the magazine slot 15 through the opening 151 of the gun body 1, and a bullet A inside the magazine 3. A longitudinal discharge space 311 is provided at one end of the long storage space 31, and a bullet discharge port 311 leading to the chamber 152 is provided at one end of the long storage space 31. The magazine 3 is provided with a locking portion 34 for locking the outside of the opening 151 of the gun body 1 at one end away from the bullet discharge port 311, and in the middle portion of the magazine 3. At least one convex portion 32 projecting in the lateral direction is provided, and the convex portion 32 has another slope extending in the opposite direction relative to the slope on the side convex edge 42.

  The elastic pushing component 2 includes a connecting element 22, a coupling element 21, and an elastic pushing element 23, and the connecting element 22 is provided with a first pivot hole 221 and a second pivot hole 222 that face each other. A first projecting portion 223 and a second projecting portion 224 are provided around the first pivot hole 221 and the second pivot hole 222 so as to extend outward in an arc shape. Each of the elements 21 is provided with a lower convex portion 211 that is engaged with one end of the biasing coil 33 and a pivot portion 212 that protrudes from the coupling base 210. By providing a receiving tank 213 that is recessed in the vicinity, the pivot 212 is fitted into the first pivot hole 221 in the connection element 22, and is further aligned with the first protrusion 223. It fits in the storage tank 213 in the coupling element 21 and It is possible to form a pivoting structure that prevents the two elements from being separated from each other. One end of the elastic pushing element 23 is provided with one pivoting part 231 that protrudes, and one depression that is recessed in the vicinity of the pivoting part 231. A storage tank 234 is provided, and an arc portion 232 is provided at the other end of the bullet pushing element 23. The arc portion 232 engages the bullet A in the longitudinal storage space 31 so that each bullet A is continuously held. A side concave portion 233 that is held so as to move elastically toward the bullet discharge port 311 and that is recessed as needed is provided in the middle portion of the two side surfaces of the bullet pushing element 23, and the pivot portion 231 is inserted into the second pivot hole 222 in the connection element 22, and is inserted into the accommodating tank 234 of the elastic pushing element 23 in accordance with the second protruding portion 224, It is possible to form a pivoting structure that prevents the detachment.

  5-7, when using the present invention, due to actual space limitations and other design considerations, the bullet outlet 311 of the magazine 3 and the chamber 152 junction of the gun body 1 will probably be It can be seen that at least one curved route or passage occurs and then leads to the barrel 11. Therefore, in the process in which the bullet pushing component 2 is fed the bullet A into the route or passage, particularly in the case where the bullet is the last one or more, the connecting element 22, the coupling element 21, the bullet pushing element 23, Are connected to each other so that the elastic pushing component 2 has different curved routes by matching with the arc portion 232 at one end of the elastic pushing element 23 and the side recess 233 at the two side surfaces. Alternatively, a corresponding curve is generated in accordance with the shape of the passage, and no interference phenomenon occurs, so that the bullet A is locked at the curved portion in the process in which the bullet pushing element 23 sends out the bullet A. Can be prevented, the bullet A is continuously held out smoothly, and all the bullets A in the magazine 3 are completely contained in the chamber 152. The feed can be achieved be fired from the barrel 11, a bullet A is prevented flaws used that remain in the magazine 3.

8 to 10, when the magazine 3 of the present invention is inserted into the gun body 1, that is, the grip 12 and positioned, the side convex edge 42 protruding from the peripheral local area of the latch pin 4 is just the magazine 3. It can be seen that the magazine 3 is in a positioning state in which the magazine 3 is held so as not to be released to the outside by being locked to the convex portion 32, and the user presses the switch portion 43 (at this time, the reset coil 411 is compressed). When the side surface convex portion 42 moves in conjunction with the convex portion 32 and is separated from the convex portion 32, the positioning of the magazine 3 is released, and the magazine 3 easily receives force (from the locking portion 34). After applying the force toward the outside), it can be slid out of the gun body 1, that is, the grip 12, and after the magazine 3 is removed, the latch pin 4 is moved to the reset coil 11, when the magazine 3 is inserted again into the gun body 1, that is, the grip 12, the convex portion 32 of the magazine 3 and the side convex edge 42 of the latch pin 4 The convex portion 32 pushes the side convex edge 42 to compress the reset coil 411 by the slopes facing each other at the same time, and at the same time, the convex portion 32 passes through the side convex edge 42 to release the elastic elasticity of the reset coil 411. The side convex edge 42 is returned to the position where it is locked to the convex portion 32 by utilizing the action, and the locked state before the magazine 3 is used is restored.

  From the above, the magazine bullet loading structure of the toy gun according to the present invention has the smoothness of the loading operation and surely improves the effect of all the bullets in the magazine. It is clear that registration requirements such as inventive step are definitely included.

  The above description is only one preferred embodiment of the present invention, and does not limit the scope of the claims of the present invention. All changes and modifications made based on the claims of the present invention belong to the claims of the present invention.

DESCRIPTION OF SYMBOLS 1 Gun body 10 and 100 Half shell 11 Gun barrel 12 Grip 121 Motor 122 Gear mechanism 13 Trigger 14 Power launch component 15 Magazine slot 151 Opening 152 Chamber 16 Side hole 161 Convex pillar 162 Notch 2 Pushing component 21 Coupling element 210 Coupling base 211 Lower convex part 212 Pivoting part 213 Storage tank 22 Connection element 221 First pivotal hole 222 Second pivotal hole 223 First convex part 224 Second convex part 23 Elastic pushing element 231 Pivot part 232 Arc part 233 Side surface Recess 234 Storage tank 3 Magazine 30, 300 Half case 31 Longitudinal storage space 311 Bullet discharge port 32 Convex part 33 Energizing coil 34 Locking part 4 Latch pin 41 Concave hole 411 Reset coil 42 Side convex edge 43 Switch part 5 Battery A Bullet

Among them, the coupling element is provided with one lower convex portion that fits into one end of the biasing coil.

Claims (10)

One gun body provided with one battery is provided with an opening leading to the outside at one end, and one magazine slot for joining at least one chamber accommodating a bullet to be prepared for firing at the other end,
One magazine having one longitudinal storage space that is inserted into the magazine slot from the opening of the gun body, stores bullets, communicates with the bullet discharge port of the chamber at one end, and has a biasing coil at the other end When,
The connecting element is provided in the longitudinal storage space, and includes one connecting element, one connecting element pivotally connected to both ends of the connecting element, and one elastic pushing element. The connecting element is locked to the biasing coil. The bullet pushing element includes a bullet pushing component provided with an arc portion for locking the bullet in the longitudinal storage space at one end away from the coupling element. Construction.   The connecting element has first and second pivoting holes corresponding to each other, and the coupling element and the elastic pushing element are provided with one pivoting part projecting from each other. 2. The coupling element and the elastic pushing element respectively form a pivoting configuration with a connection element by being fitted into the first and second pivoting holes, respectively. Toy gun magazine bullet loading structure.   The connecting element is provided with first and second projecting portions extending outward in an arc shape around the first and second pivot holes, respectively, and the coupling element and the elastic pushing element are A pivoting structure in which one receiving tank is provided in the vicinity of each pivoting part, and the first and second projecting parts are pivoted to the receiving tank to prevent separation of elements. The magazine bullet loading structure for a toy gun according to claim 2, wherein:   2. The magazine bullet loading structure for a toy gun according to claim 1, wherein the bullet pushing element is provided with at least one side recess recessed in an intermediate portion of the side thereof.   The toy gun magazine bullet loading structure according to claim 1, wherein the joining element is provided with a lower convex portion fitted into one end of the biasing coil.   2. The magazine bullet loading structure for a toy gun according to claim 1, wherein the magazine is provided with a locking portion which can be locked to the outside of the opening of the gun body at one end.   The intermediate portion of the magazine has at least one convex portion extending in the short direction, and the intermediate portion of the magazine slot has one lateral hole that intersects the intermediate portion corresponding to the convex portion. The lateral hole has one latch pin that slides in a reciprocating manner, the local surface of the latch pin has one protruding side surface, and the side convex edge allows the latch pin to reciprocate locally. The toy gun magazine bullet loading structure according to claim 1, wherein the magazine is locked to the convex portion of the magazine when sliding.   The horizontal hole has one convex column extending in parallel with the longitudinal direction, and the latch pin has one concave hole that fits in correspondence with the convex column. 8. The magazine bullet loading structure for a toy gun according to claim 7, wherein a reset coil is provided between the bottom portion and the convex column to return the latch pin to its original position after receiving an external force.   The gun body includes a barrel, a grip, a trigger, and the like from two half shells that are fitted relative to each other, and one power launch component is installed on one of the barrels, and the chamber includes the barrel and the barrel. The magazine bullet loading structure for a toy gun according to claim 1, wherein the magazine bullet loading structure is formed between the power firing component.   The magazine bullet loading structure for a toy gun according to claim 9, wherein the magazine slot is installed in a grip of a gun body.