KR20140142460A - Play gun - Google Patents

Abstract

The present invention relates to a toy gun. According to an embodiment of the present invention, the toy gun comprises: a body unit which has a gun shape and launches dummy bullets by control; a loading unit placed inside the body unit, and moves the dummy bullets to a launching position of the body unit while moving forwards and backwards by the user′s control in an elastic state supported inside the body unit in order to apply elasticity in the forward moving direction of the dummy bullets to be launched; a launching unit placed inside the loading unit, and generates compressed air inside the loading unit by the user′s control in order to provide power to launch the loaded dummy bullets in the elastic state supported inside the loading unit in order to apply elasticity in the launching direction; and a driving unit placed inside the body unit, and moves forwards and backwards the loading unit and the launching unit by the user′s control to load and launch the dummy bullets.

Description

Toys Total {Play gun}

The present invention relates to a toy gun, and more particularly, to a toy gun, in which a simulated shot shot by a toy gun is loaded by a pressing force while the nose is actually retracted forward, and then the pressure of the piston is fired, And a toy gun capable of improving operability and transmitting a feeling of hitting felt in an actual gun, thereby improving the satisfaction of use.

Generally, a toy gun refers to a toy of a total type, and is produced so that an infant or a child can be used for various kinds of play. These toy guns are made in the form of toys used for various amusement and play, and can be hit by direct firing with the development of toy guns that are actually fired using ring-shaped munitions called Bibit (BB). , It has been developed and used as a toy that can be used by young and infants in the playground equipment of the youth and the general public.

In the early stage of the development of the toy guns in which the mojitans are fired, the firing force is weak, and the firing range is small due to the manual feeding of the mojitans, and it takes a long time to supply the mojitans. It was difficult to use.

In recent years, as the mojitans are automatically supplied and the launching force of the toy guns has been developed, the survival sports that introduced the concept of mock combat has been born. This kind of survival game is a game in which game participants enjoy a pleasure through mock battles similar to those in the game with various military equipments while carrying a toy gun in which the moons are shot continuously. This kind of survival game has been widely performed at home and abroad through many clubs, and the interest is increasing.

In order to carry out the safe and realistic simulation battle in the above-mentioned survival game, the demand for the toy gun of good performance is increasing. Accordingly, techniques have been developed to manufacture toy guns similar in appearance to the actual automatic rifles, to increase the effective distance at which the mojit is generated, to improve the launch intensity, and to improve the quick launch capability. As such, as the performance of the toy gun improves, users are requested not only to improve the appearance similarity with the actual automatic rifle and to improve the launch performance but also to the operation configuration, form, And a technical invention for realizing this is required.

The above-mentioned actual automatic rifle is loaded with a shotgun loaded with a gunpowder component in the gun heat, and when the shot is fired by the operation of the trigger, the gun hits the charge part of the shotgun, and the shot is ejected by the explosion, , And the bullet is automatically fired while repeating the process of recharging using the explosion gas pressure. At this time, the actual automatic rifle delivers a load impact while the nodule advances forward at the time of loading, and a shock feeling is transmitted when the reloading due to the fire is carried out.

However, since a conventional toy gun pushes a raw material supplied by an elastic force by using compressed air, it does not have an internal impact quantity at the time of loading or firing, so that the feel of a real automatic rifle It was difficult to implement.

Recently, the compressed air required for the launching of the mojit was developed by the electric motor driven gear and the gear connected with the gear, and the toy gun which developed the shock feeling when the impact generated by the forward and backward movement of the piston was sensed Has been used.

However, in the toy gun of the prior art, the weight of the pistons is small due to a slight impact on the pistons, and the weight is interlocked with the pistons. However, due to the high weight, excessive force is exerted on the gears and the motor, There is a problem that damage occurs.

In addition, the toy gun of the prior art can feel the impact feeling by the impact amount only at the time of launching, and there is no configuration for the loading method and apparatus for loading the bullet in the actual automatic rifle, and since the feed is supplied by elasticity, There is a problem in that it is not possible to realize an operation for loading the battery.

The toy gun of the prior art is supplied while being pushed up by the elastic force provided on the magazine mounted and dismounted at the time of emptying of the mutton and is not equipped with any other device for loading so that it is confirmed whether the toy gun is loaded exactly one time There is a problem that several feet are loaded at once and erroneously fired.

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to provide a toy gun which, when a simulated shot shot by a toy gun is loaded by a pressing force while actually advancing and retreating, The gun can be fired with the same process as the gun, so that the operability is increased, and the feeling of hitting felt in the actual gun is transmitted to improve the use satisfaction.

The technical problem of the present invention is not limited to those mentioned above, and another technical problem which is not mentioned can be clearly understood by those skilled in the art from the following description.

In order to achieve the above object, a toy gun according to an embodiment of the present invention includes a body portion having a firearm shape and configured to be operated by manipulation of a muitan, a body portion disposed inside the body portion, The elastic member being elastically supported in the body so that elastic force acts in a forward direction of the body, and moving the movable body to a position where the body is fired while retracting and advancing by a user's operation; And generates compressed air inside the loading part by the user's manipulation in a state in which the loading part is elastically supported inside the loading part so that an elastic force is applied in a direction to be fired so as to provide power for emitting the loaded loading part A launching portion, and a body portion disposed inside the body portion, wherein the operation of the user for loading and unloading of the picket It characterized in that it comprises a driving unit for the firing portion forward and backward and the long whole.

In addition, the body portion may include a body provided in a shape of a gun to house the loading portion, the firing portion, and the driving portion therein, the body being disposed in a forward direction of the body, A tubular row of tubes for guiding the firing unit to be fired when the firing unit is in a loaded state is disposed in a retracting direction of the body and is provided at a position where the user is seated when using the firing unit, A trigger lock disposed at a lower portion of the body and adapted to support a lower portion of the driving portion to drive the driving portion by a user's operation; A handle which is provided for the user to grip in the retracting direction of the trigger wrist, It is disposed so as taljangchak may be in a plurality of the feeders are burnt stored state, characterized in that the magazine may comprise a body provided with feeders that supply the bullet to the chongryeol to work in the whole field.

The loading part is disposed inside the body part, and a part of the forward direction is closed at the upper part and the lower part so that the firing part is retracted together with the firing part being positioned therein, so that compressed air is generated by the firing part, A nurse having a nurse space opened to be hooked and supported by the firing portion, the nurse for loading and unloading the mosquitoes supplied from the body portion in a retreating direction, a protrusion projecting outwardly in a forward direction face of the nurse, A loading projection provided to be moved to a firing position of the body portion while being hooked in a forward direction of the advancing nokepiece; a loading projection arranged in a direction of the upper end of the noppet; And is located outside the body portion, A knurled knob for driving the knurled wheel, a reciprocating gear disposed at a lower portion of the knurled wheel and having a plurality of gears in a forward direction so as to be engaged by rotation of the driving unit, A loading elastic support provided so as to support a surface to be resiliently supported by the knurled wheel and a loading elastic member disposed at a retracted position inside the body and having an elastic force for moving the loading part in a forward direction, Respectively, of the knee bolster.

In addition, the knurled wheel is provided with a compression channel in which the kicker is inserted when the knurling unit is loaded so that the pressure generated in the launching unit is supplied in a forward direction through the outside in a forward direction of the knurled- And a loading groove into which the body part guided by the moat is guided is formed at a position spaced apart from the outer surface in the advancing direction of the compression passage in the outer circumferential direction, The body is inserted into the loading groove while being inserted into the compression channel, and can be positioned at a firing position.

In addition, the launch portion may include a piston space which is disposed in the forward direction inside the loading portion and which is elastically supported in an advancing direction inside the piston portion, is moved together when retracted by the loading portion, A release piston which is installed to release the engagement when the pre-loading is completed and to transfer the compressed air to the pre-mixer to be fired; a projection piston projecting outwardly in a lower direction of the backward movement of the release piston, And a locking protrusion protruded to be engaged with the driving unit at a time when the piston is inserted into the piston chamber, the locking protrusion being disposed inside the piston and having a forward end in contact with a forward direction of the piston space, A piston elastic body provided so that the release piston exerts an elastic force in a forward direction, And is inserted in the retraction direction of the piston an elastic body, it is provided protruding from the retraction direction of the sheet all in the forward direction, characterized in that that can include firing elastic plates provided such that the elastic body is a piston support being elastic force acts.

In addition, a support space in which the retracting direction is closed and the advancing direction is opened may be formed in the elastic elastic support body, and the elastic elastic support body may be disposed inside the elastic elastic support body, And a compression elastic body disposed in the interior of the elastic elastic support body and provided to elastically support the elastic body of the piston with the piston elastic body projecting in a direction of being advanced in a state of being inserted into the compression elastic body .

The drive unit is provided with a plurality of gears on the outer periphery thereof so as to be engaged with gears so as to move the loader in the retracting direction by rotation, and a plurality of gears are provided on the outer periphery of the gear unit. And a drive gear having a loading section that has no gear so that the gear engagement is released and advanced when the retracted position of the loading section is completed. The driving gear is protruded from one side of the rotating direction of the driving gear, A launching cam having a cam shape is disposed in a retracting direction of the drive gear and is positioned so that its advancing direction is in contact with the launching cam and is provided at a position where the other direction is engaged with the launching portion, And is hinged to be engaged with a retracted portion of the launch portion when retracted, A driving motor disposed at a side of the driving gear in a retracting direction to provide a driving force for rotating the driving gear, a driving motor disposed at a lower portion of the driving gear, A trigger which is rotatably hinged to a hinge of a trigger by a user's operation so as to perform a firing operation by a user and a control unit which connects the drive motor and the drive gear, And a power transmitting member that is provided to transmit power to the driving gear and that transmits power while the user controls the operation of the trigger in accordance with the operation of the safety, the single foot, and the revolver.

The details of other embodiments are included in the detailed description and drawings.

According to the toy gun according to the embodiment of the present invention, the simulated shot shot from the toy gun is loaded by the pressing force while the nose is actually retracted forward, and then the pressure of the piston is fired. The operability is increased, and the sense of hitting that can be felt in the actual gun is transmitted, which can improve the use satisfaction.

In addition, the toy gun of the present invention is characterized in that the loading of the toy gun is performed by advancing only the nose bar after the nose bar and the piston are retracted together by the operation of the driving part, and when the trigger is operated after the loading, the piston is advanced while being fired, In this case, the actual operation of the automatic rifle is the same as the loading and the firing process are continuously performed, so that the operation similar to an actual automatic rifle can be performed, thereby improving the satisfaction of the user.

The toy gun according to the present invention is characterized in that the toy gun of the present invention moves forward after retreating and loads the moths supplied from the magazine one by one and loads the moths in one row so as to correctly load one moth by one loading, It is possible to improve the loading efficiency by accurately launching one shot after loading.

In addition, the toy gun of the present invention is characterized in that when the knocker and the piston are retracted while moving together, the knocker is first advanced by the operation, and the piston is hooked to impart elasticity. When the trigger is released by the operation of the trigger, By launching the mojitans, the stroke length of the pistons can be enlarged as the pistons and nokes move simultaneously within the gun, and the elasticity of the pistons is increased by the elasticity of the pistons, thereby improving the launch speed and effective distance of the mosquitoes. At the same time, an impact is generated to provide an effect of doubling the feeling of impact.

The effects of the present invention are not limited to the effects mentioned above, and other effects not mentioned can be clearly understood by those skilled in the art from the description of the claims.

1 is a front view showing a toy gun according to an embodiment of the present invention;
2 is a cross-sectional view showing a main portion of the toy gun of Fig. 1;
Fig. 3 is a perspective view showing a part of a driving part which is a main part of the toy gun of Fig. 1; Fig.
Fig. 4 is a state of use showing a state in which the front part of the toy gun shown in Fig. 3 is retracted. Fig.
Fig. 5 is a use state diagram showing a state in which the loading portion of the toy gun of Fig. 4 is retracted and advanced by elasticity; Fig.
FIG. 6 is a state of use in which the loading part is advanced to the toy gun of FIG. 5 to show the state that the body of the body part is loaded.
Fig. 7 is a use state diagram showing a state in which the firing unit is operated by operation of a driving unit in a state where the toy gun shown in Fig. 6 is loaded; Fig.
FIG. 8 is a use state diagram showing a state in which a firing unit is activated to shoot a moat in the toy gun of FIG. 7;

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, so that those skilled in the art can easily carry out the present invention.

In the following description of the embodiments of the present invention, descriptions of techniques which are well known in the technical field of the present invention and are not directly related to the present invention will be omitted. This is for the sake of clarity of the present invention without omitting the unnecessary explanation.

For the same reason, some of the components in the drawings are exaggerated, omitted, or schematically illustrated. Also, the size of each component does not entirely reflect the actual size. In the drawings, the same or corresponding components are denoted by the same reference numerals.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described with reference to the drawings for explaining a toy gun according to embodiments of the present invention.

Fig. 1 is a front view showing a toy gun according to an embodiment of the present invention, Fig. 2 is a sectional view showing a main part in the toy gun of Fig. 1, Fig. 4 is a state diagram showing a state in which the toy gun of Fig. 3 is retracted, Fig. 5 is a state of use showing a state in which the loading part is retracted by the toy gun of Fig. 4 and advances by elasticity Fig. 6 is a state view showing a state in which the loading part is advanced to the toy gun of Fig. 5 and the mois- ture of the body part is loaded, Fig. 7 is a state in which the firing part is actuated Fig. 8 is a use state diagram showing the state in which the firing unit is activated and the firing gun is fired on the toy gun of Fig. 7; Fig.

Referring to Figures 1 to 8, a toy gun according to an embodiment of the present invention is used as a play and a play tool for launching a ring-shaped plastic mutant called a bib (BB). The toy gun 100 is similar in appearance to a conventional firearm. In recent years, a survival game, which is a form of sports that carries out a simulated battle similar to real combat, is prevalent. In addition to the appearance similar to an actual gun, It is developed so that you can feel the shape of the parts and the feeling of impact.

The above-described toy gun 100 includes a body portion 110, a loading portion 120, a firing portion 130, and a driving portion 140 in the shape of a gun. The body portion 110 includes a body 111 of a gun shape, a row of teeth 112, a claw 113, a trigger 114, a handle 115, and a magazine 116.

The body 111 is provided in a shape of a firearm so that the loading part 120, the launching part 130, and the driving part 140 are received therein. The body 111 is formed in a shape of a firearm so that various parts such as the charger 120, the firing unit 130, and the driving unit 140 are supported in an operable state.

The fuselage 112 is arranged in a forward direction that is a direction in which the mois- tain of the body 111 is fired. When the fusing unit 130 is operated in a state in which the moat is loaded by the operation of the loading unit 120, As shown in FIG. The fuselage 112 guides the firing of the mutant and is inserted into the retracted portion of the fuselage 112 located inside the body 111 when the fuselage 120 is loaded, (Not shown in the drawing).

The claw body 113 is disposed in a retracting direction of the body 111 and is provided at a position where the user is seated at the time of use so that the crown body 120 is inserted to be retracted while being elastically supported. The canopy body 113 is provided in a shape to catch on the shoulder while preventing the user from gripping the body 111 when the firearm is in use, And has a space to be inserted.

The trigger wool 114 is disposed below the body 111 and supports the lower portion of the driving unit 140 to drive the driving unit 140 by a user's operation. The trigger wool 114 is disposed at a lower portion of the body 111 and is provided to support the driving unit 140 while inserting a finger for operating the fire while holding the user in order to operate the firearm.

The handle 115 is disposed at a lower portion of the body 111 and is provided to be gripped by the user in the retraction direction of the trigger wool 114. The handle 115 is provided so that the user can grasp the hand to be fired and insert the finger into the trigger wool 114 in a state where the hand is stably held.

The magazine body 116 is arranged to be detachably attached to the inside of the body 111 in the forward direction of the body 111 and is configured to supply the moisturizer in a serial fashion by the operation of the loading section 120 in a state in which a plurality of mutants are accommodated . The magazine body (116) is loaded in the full row by the operation of the loading section (120), and is operated to operate the shooting section (130) after being loaded and to supply the starting mothane to the loading position. The magazine body 116 typically has elasticity and uses a conventional apparatus for moving the mover one by one in the direction of the body 111, so that a detailed description thereof will be omitted.

The loading unit 120 includes a knockout 121, a loading projection 125, a knob handle 126, a reciprocating gear 127, a loading elastic support 128, And includes an elastic body 129. The knob 121 is disposed in the inside of the body 111 and is provided to retract together with the launching unit 130 positioned therein so that when the forward moving bullet is delivered from the magazine 116, Position to be loaded. In the inside of the knob 121, a part of the advancing direction is closed at the upper part and the lower part, compressed air is generated by the launching part 130, and the knocking space 122 is opened so that the launching part is hooked and supported in the retreating direction. The knocking space 122 is formed in such a manner that a part of the forward portion where the compressed air is generated is closed while the launching portion 130 is retracted and advanced and is retracted to be externally exposed so as to be engaged with the driving portion 140 after the launching portion 130 is compressed A part of which is opened to generate compressed air while the firing unit 130 is retracted and advanced from the inside of the knockout 121.

The knurled knot 121 is provided inside the knurled knot 121 so that the knurled knot 121 is housed in the knurled knot space 122. The knurled knot 121 penetrates the knurled knot space 122 in the advancing direction of the knurled knot space 122, (123) is formed. When compressed air is generated by the action of the launching unit 130 in a state where the compression channel 123 is inserted in the forward row 112 and inserted into the rear row 112 when the module is loaded in the forward direction, And is delivered to the picket through the compression channel (123), and is emitted while passing through the row.

On the outer surface in the forward direction of the knurled knob 121, a loading groove 124 is formed in which the rear row 112 is inserted at a position apart from the outer circumferential direction of the compression channel 123. The loading groove 124 is formed in a groove shape in which the row 112 is inserted to prevent the flow of the row 112 and the leakage of the compression pressure when the razor inserted into the compression passage 123 is inserted into the row 112 do.

The loading projection 125 protrudes outwardly in the forward direction surface of the knurling knob 121 and protrudes outward from the magazine 116 supplied to the magazine 116 in the advancing direction of the knurl 121, So that it is inserted into the loaded portion of the row 112.

That is, when the knockout 121 is advanced, the picket to be supplied from the magazine 116 is guided to be inserted into the compression channel 123 while being hooked on the loading projection 125 protruding outward at the lower portion, , The loading groove 124 is inserted into the row 112, and the loading is completed by inserting the raid into the row. When the launching unit 130 is operated in this state, the compressed air is delivered to the picket flow through the compression channel 123, and the picket is fired in the forward direction along the outline queue 112 by the pressing force of the compressed air.

The knob handle 126 is disposed in the upper advancing direction of the knurling knob 121. When the other end of the knob handle 126 is fixed to the knurling knob 121 and the other side is positioned outwardly of the body 111, So as to drive the knockout 121. The knob handle 126 is manually operated by manually retracting the knurled knob 121 at the time of a malfunction such as an initial loading or a shot jam in a conventional real automatic rifle as the knob 121 is loaded by the advancement of the retractor 121 So that the user can perform an operation similar to that of an actual automatic rifle because the user is able to grip and load the noki 121 while moving backward.

The reciprocating gear 127 is disposed at a lower portion of the knurled knob 121 and is provided with a plurality of gears in the forward direction so as to be engaged with the driving portion 140 and rotated by rotation. The reciprocating gear 127 is gear-engaged so that the knockout 121 can be retracted by the operation of the driving unit 140. The reciprocating gear 127 is rotatably supported by the driving gear 140 in a rack- 121 in the form of teeth.

The loading elastic support 128 supports the retracted surface of the knurling knob 121 in contact with it and is provided to support the elastically supported surface of the knurling knob 121. The loading elastic support 128 is located inside the catching member 113 and is in contact with the retracted surface of the knockout 121 so that the knockout 121 exerts an elastic force in the forward direction.

The knurled elastic body 129 is disposed in the retracted position inside the ratchet body 113 and is provided on the loading elastic support body 128 and the ratchet body 113 so as to impart an elastic force to move the loaded portion 120 in the forward direction . The knurled elastic body 129 is disposed inside the ratchet body 113 so as to apply elasticity to press the knurled knot 121 in the forward direction and is operated by the operation of the driving unit 140 which is engaged with the reciprocal gear 127, And when the gear unit is disengaged from the driving unit 140, the knot 121 advances and the moth is hooked on the loading protrusion 125 and inserted into the compression channel 123, And the elastic force is given to be loaded.

The launching unit 130 includes a launching piston 131 for generating compressed air inside the knockout 121, a latching projection 133, a piston elastic body 134, a launching elastic support 135, a compression support 137, And includes an elastic body 138. The firing piston 131 is disposed inside the knurled knob 121 in the closed advance direction of the knurled space and a piston space 132 is formed therein to provide an elastic force for generating compressed air in a forward direction. The ejection piston 121 is installed inside the knockout 121 and moves while being acted upon by elastic force when the knockout 121 is retracted and is hooked on the driving unit 140. After the knockout 121 is advanced and loaded, The compressed air is generated and transferred to the mock-up to be fired. The ejection piston 131 generates compressed air while reciprocating in the closed advance direction of the knock hole space 122, and is configured to discharge the moisture through the compression channel 123. The release piston 121 is moved forward first in a compressed state in which the release piston 121 is retracted together with the stopper 121 by the operation of the drive unit 140 so that an elastic force is generated in the forward direction, And the compressed air is generated while the compressed elastic force is applied to move forward.

The latching protrusion 133 protrudes to the outer periphery at a lower side in the retracting direction of the ejection piston 131 and protrudes together with the knockout body 111 so as to be engaged with the driving unit when retracted. The latching protrusion 133 is provided in the lower part of the ejection piston 131 so as to be protruded in the retracted direction to the opened position of the knurled space and hooked to the driving unit 140. The latching protrusion 133 protrudes from the lower portion of the ejection piston 131 in the retracting direction and is inserted into the open position of the knocking space 122 to be engaged with the driving unit 140 so that the latching protrusion 133 is retracted together with the knockout 121 And is engaged with the driving unit 140 so as to be released after being loaded, so that the humidified air is generated by the generation of compressed air.

The piston elastic body 134 is disposed inside the launching piston 131 and has a forward end in contact with the advancing direction of the piston space 132 and a retreating end in contact with the inside of the nose space 122 So that the release piston 131 is elastically urged in the advancing direction. The piston elastic body 134 is installed between the piston space 132 of the launching piston 131 and the nosepiece space 122 of the nosepiece 121 so as to apply the elastic force in the forward direction of the launching piston 131. The piston elastic body 134 moves together with the knurled knob 121 when the latch 140 is released by the operation of the driving unit 140 in the compressed state when the release piston 131 is retracted, and moves the release piston 131 in the advancing direction by elastic force, Is generated to generate compressed air to be fired.

The firing elastic supporter 135 is inserted in the retracting direction of the piston elastic body 134 and is installed so as to support the elastic body 134 which is protruded in the forward direction within the retracting direction of the knurled knob 121 to exert an elastic force. The firing resilient supporter 135 is provided in the shape of a protruded pin so that the piston elastic body 134 that applies the elastic force of the firing piston 131 is prevented from being released to the outside at a position opened inside the firing space 122, So that an elastic force is applied to the release piston 131 in a state where the elastic body 134 is inserted.

In the interior of the elastic elastic support member 135, a retracting direction is closed and a supporting space 136 in which the advancing direction is opened is formed. The support space 136 is provided so as to open in a forward direction to which the elastic force of the ejection piston 131 compressed by the elastic elastic support 135 is added.

The compressed support body 137 is disposed inside the elastic elastic support body 135 and protrudes in the forward direction at the center of the closed retracted direction. The compression support body 137 is provided to be supported in a state where the compression elastic body 138 is inserted into the support space 136 in a bar shape.

The compression elastic body 138 is disposed inside the elastic elastic support body 135. The compression elastic body 138 protrudes in a forward direction while being inserted into the compression support body 137, So that they are elastically supported. The compression elastic body 138 is retracted together with the knurled knot 121 while providing elastic force in the forward direction in a state of being inserted into the inside of the elastic elastic support body 135 for inserting and supporting the piston elastic body 134, The elastic force of the compression spring 131 is compressed and the elastic force of the compression spring 131 is doubly compressed by the elastic force of the driving unit 140. When the locking of the driving unit 140 is released, So that the compression force of the compressed air can be improved.

The driving unit 140 includes a driving gear 141, a launch cam 143, an engaging member 144, a driving motor 146, a trigger 147, and a driving power source 142. The driving gear 141 is coupled to the reciprocating gear 127 of the knob 121, And a carrier 149. The driving gear 141 is engaged with a reciprocating gear 127 at the lower part of the knurl 121 so that the knurl 121 coupled to the reciprocating gear 127 by rotation is retracted together with the launching piston 131 A plurality of gears are provided on the outer circumference. A gear section 136 which is a section in which gear teeth are not formed so as to release the gear engagement with the reciprocating gear 127 from a position where the gear teeth are radially protruded radially from the outer periphery of the drive gear 141 to engage with the reciprocating gear 127, 142 are formed. In other words, the loading section 142 is rotated in a state where the driving gear 141 and the reciprocating gear 127 are engaged with each other and is not formed at a position where the driving gear 141 and the reciprocating gear 127 are rotated and retreated. And is moved in the forward direction to be loaded.

The launch cam 143 protrudes from one side of the rotation direction of the drive gear 141, and is provided in a cam shape that protrudes in one direction in a cylindrical shape. The firing cam 143 is provided in a cam shape protruding from one side of the cylindrical shape so as to rotate together with the drive gear 141 so as to actuate the stopper 144 for holding the firing piston 131, do.

The latching member 144 is disposed in the retracting direction of the driving gear 141 and is positioned such that its forward direction is in contact with the launching cam 143 and its other direction is a position where it is engaged with the latching protrusion 133 of the launching piston 131 And is hinged to the hinge 145 by the hinge 145 so as to be rotatable about the center. The engagement protrusion 133 of the release piston 131 retracted together with the knurl 121 retracted by the rotation of the drive gear 141 is retracted while the retracted trigger is operated and the power transmitted to the power transmission body 149 The projecting portion passes while the launch cam 143 is rotated to release the engagement of the retaining member 144 and the retaining protrusion 133 so that the release piston 131 advances and the escape phage is fired.

The drive motor 146 is disposed at one side in the retreating direction of the drive gear 141 and provides power for rotating the drive gear 141. [ The drive motor 146 is provided so as to provide the rotational force of the drive gear 141 and the launch cam 143 rotated together by the operation of the power transmitting body 149.

The trigger 147 is disposed at a lower portion of the driving gear 141 and is hingedly coupled to the trigger hinge 114 by a trigger hinge 148 so as to perform a firing operation by a user's operation. The trigger 147 is provided to actuate the power train 149 while being coupled to the trigger hinge 148 and rotated by user operation.

The power transmitting body 149 connects the driving motor 146 and the driving gear 141 so that the driving force of the driving motor 146 is transmitted to the driving gear 141 by the operation of the trigger 147 And the user is provided to transmit power while controlling the operation of the trigger 147 in accordance with the operation of the safety, the single foot, and the revolver. The power transmitting body 149 is provided to interconnect the driving motor 146 and the driving gear 141 by the rotation of the trigger 147 to perform loading and firing operations. In case of a single foot, the power is cut off so that only one foot is fired when the trigger 147 is operated. In the case of a kick, the power is transmitted so as to be continuously fired for a time operated by the trigger 147.

As described above, the operation of the toy gun 100 according to an embodiment of the present invention will be described. First, in a state where the magazine body 116, in which a plurality of quantities of mutton are accommodated, is mounted on the body 111, The knurled knob 121 and the launching piston 131 inserted in the knocking space 122 are retracted when the knob handle 126 is retracted while holding the knob handle 126. [ When the release piston 131 is retracted, the latching member 144 is caught by the latching protrusion 133 and is engaged with the release piston 131. The release piston 121 is engaged with the drive gear 141 at a position where the retraction of the release lever 121 is completed When the reciprocating gear 127 is positioned in the loading section 142 where the gear is not formed, the knurled knob 121 is advanced by the elastic force of the compressed knurled elastic body 129. When the knob 121 advances, the loading projections 125 are moved to the compression channel 123 while the mosquitoes supplied from the magazine 116 are hooked, and the loading operation is completed so as to be inserted into the row 112.

When the trigger 147 is operated after loading, the power transmitting body 149 is operated while being rotated about the trigger hinge 148. [ The power train 149 is connected to the drive motor 146 to transmit the power to the drive gear 141 in accordance with the setting of safety, When the driving gear 141 is rotated in the state of being connected to the power transmitting body 149, the firing cam 143 rotates together and the stopper 144 comes into contact with the protruding portion, And fires the loaded mois- tane into the vortex 112 with compressed air.

The driving gear 141 is rotated by the operation of the power transmitting body 149 after the mobilization, and the knurled knob 121 and the launching piston 131 are retracted. When the release piston 131 is retreated, the latching protrusion 133 is hooked on the stopper body 144 and the knurled knob 121 is moved to the loading position in which the gear 141 is not gear- 142, the gear engagement between the drive gear 141 and the reciprocating gear 127 is released, and the gears are advanced to load the movers.

When the loading of the mutt is completed, the loading state is maintained automatically so that the trigger 147 can be fired again. In the case of a single shot, only one shot is fired while the loaded state is maintained by the operation of the trigger 147, and when the shot is shot, the shot is repeatedly fired and loaded by the operation of the trigger 147, In this way, as the loading and launching process goes through a process similar to an actual automatic rifle, it can be manipulated so that the user feels that he feels the feel and feel of a real gun.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, And is not intended to limit the scope of the invention. It is to be understood by those skilled in the art that other modifications based on the technical idea of the present invention are possible in addition to the embodiments disclosed herein.

Description of the Related Art
100: toy gun 110: body part
111: Body 112: Squat
113: Isolator 114: Trigger wool
115: handle 116:
120: All the pieces 121:
122: Knocking space 123: Compressed flow path
124: Loading groove 125:
126: knob handle 127: reciprocating gear
128: Loading elastic support member 129: Knurled elastic member
130: launch part 131: launch piston
132: piston space 133: latching projection
134: Piston elastic body 135: Launch elastic support
136: support space 137: compression support
138: compression elastic body 140:
141: Driving gear 142: Loading section
143: launch cam 144:
145: latching hinge 146: drive motor
147: Trigger 148: Trigger hinge
149: Power train

Claims (7)

A body portion having a firearm shape and adapted to be fired by manipulation,
The body part is elastically supported inside the body part so that an elastic force acts on the body part in a forward direction in which the mutton is fired and is retracted and advanced by a user's operation, Position,
The compressed air is generated in the interior of the loading part by an operation of a user in a state of being elastically supported inside the loading part so that an elastic force acts on the loading direction, A firing section for providing power for firing the light,
And a driving unit disposed inside the body part and adapted to move forward and backward by the operation of the user in order to load and fire the mutton. The method according to claim 1,
The body portion
A body provided in the form of a firearm for accommodating the charger, the launching unit, and the driving unit,
A tube-shaped squeeze arranged in the advancing direction of the body and guiding the firing unit to be fired when the firing unit is operated in a state in which the mutton is loaded by the operation of the firing unit,
A claw provided in a retracting direction of the body and provided at a position where the user is seated at the time of use and inserted when retracted in a state where the loading part is elastically supported,
A trigger member disposed at a lower portion of the body and supporting the lower portion of the driving portion to drive the driving portion by a user's operation,
A handle disposed at a lower portion of the body and adapted to be gripped by a user in a retracting direction of the trigger wrist,
And a magazine which is arranged to be inserted and removed from the lower portion in the forward direction of the body so as to be detachable in the inward direction and to supply the mois- A total of toys. The method according to claim 1,
The loading unit includes:
And the front end is closed at the upper part and the lower part so that the compressed air is generated by the firing part and the firing part is hooked and supported in the retreating direction so that the firing part is retracted together with the firing part being positioned inside the body part A nurse having an open nurse space and loading the mosquitoes supplied from the body portion while moving backward,
A loading protrusion protruding outwardly on a forward direction surface of the nursing rod and adapted to move to a position where the body portion is fired while the razor is hooked in a forward direction of the nursing rod,
A nodal handle which is disposed in the upper advancing direction of the nursing handle and manually moves the nursing handle while the other side of the nursing rod is fixed to the nursing handle and the other side is located outside the body,
A reciprocating gear disposed at a lower portion of the nokepiece and provided with a plurality of gears in a forward direction so as to be engaged by rotation of the driving portion,
A loading elastic support for supporting the retracted surface of the yoke and for supporting the surface of the yoke to be elastically supported,
And a nosepiece elastic body disposed at a retracted position inside the body part and supported by the charging elastic support body and the body part so that an elastic force for moving the extension part in a forward direction is imparted. The method of claim 3,
Wherein the knocking rod is formed with a compression channel in which the razor is inserted when the knocker is loaded so as to be supplied with the pressure generated in the launching part in the advancing direction and passing through the outside in the advancing direction of the knock- And a loading groove into which the body portion for guiding the moving body is guided is formed at a position spaced apart from the outer circumferential direction of the compression channel by an outer surface in the advancing direction so that when the moving body is supplied from the body portion, Wherein the body portion is inserted into the loading groove while the body portion is inserted into the compression channel. The method according to claim 1,
Wherein the launching unit comprises:
And a piston space which is disposed inside the loading part in the advancing direction and which is elastically supported in an advancing direction inside thereof and is moved together when retracted by the loading part and is hooked on the driving part, And a discharge piston installed to transfer the compressed air to the pick-up and discharge the compressed air while the trap is released,
A latching protrusion protruding outwardly from a lower portion of the ejection piston in a retracting direction and projecting to engage with the driving portion when retracted together with the engaging portion,
The piston is disposed inside the piston so that its forward end is in contact with the advancing direction of the piston space and its retraction direction end is brought into contact with the inside of the retracting direction of the loading part to apply an elastic force in the forward direction An installed piston elastic body, and
And a firing resilient supporter inserted in a retracting direction of the piston elastic body and protruding in a forward direction in a retracting direction of the extended portion to support the elastic body of the piston to which the elastic force is applied. 6. The method of claim 5,
A supporting space in which the retracting direction is closed and the advancing direction is opened is formed in the inside of the elastic elastic supporting member,
A compression support disposed in the interior of the elastic elastic support body and protruding in the forward direction at the center of the closed retraction direction,
And a compression elastic body disposed inside the elastic elastic support body and provided so as to elastically support the elastic body of the piston with elasticity of the piston which protrudes and retracts in a forward direction in a state of being inserted into the compression elastic body A total of toys. The method according to claim 1,
The driving unit includes:
And a plurality of gears are provided on the outer circumference so as to be engaged with gears so as to move the loading portion in the retreating direction by rotation, and in the gear engaged with the loading portion, A driving gear having a loading section with no gear so that the gear engagement is released when the rearward movement is completed,
A launch cam protruding from one side of the driving gear in a rotating direction and having a cam shape projecting in one direction in a cylindrical shape,
And the hinge unit is hinge-coupled with the hinge unit so as to be rotatable about the center of the hinge unit, And an engagement portion that is engaged with the engagement portion and is released from engagement of the launch portion when the projecting portion of the launch cam passes,
A driving motor disposed on one side of the driving gear in a retracting direction and providing power for rotating the driving gear,
A trigger disposed at a lower portion of the driving gear and rotatably hinged to a lower portion of the body by a trigger hinge to perform a firing operation by a user's operation;
Wherein the driving motor is connected to the driving gear and the driving force of the driving motor is transmitted to the driving gear by the operation of the trigger so that when the user operates the safety trigger, And a power transmitting body for transmitting power while controlling operation.

Images