JPS62213783A - Target device of toy gun - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] "Industrial Application Field" The present invention relates to a targeting device for a toy gun, and in particular, when a bullet fired by a toy gun hits the target, the fallen target has elapsed for a certain period of time. The present invention relates to a target device for a toy gun that can automatically raise the target to its original state afterwards.

"Prior Art and Desired Points" Generally, when children play with toy guns, the target is paper shaped like a target. However, targets made of paper have the disadvantage that they can no longer be used as targets after being hit with bullets several times. Therefore, several targeting devices have been proposed that do not break even when hit by bullets and have some dynamic features. For example, a target device is one in which a target member is rotatably supported on a base plate, and stopper pieces that come into contact with columns of the target member are provided at appropriate locations on the base plate. However, in the targeting device of this embodiment, when a bullet hits the target member and the support column comes off the stopper piece and the target member falls down, the target member must be moved to the place where the target device is placed each time. It had the disadvantage that it required a lot of effort to return to its original standing state.

Therefore, there has been a demand for a target device for a toy gun in which the target member automatically returns to its original position when the target member falls.

"Objective of the Present Invention" The present invention has been made in view of the above-mentioned prior art and demands, and provides a method in which, when a target member falls down, the target member can quickly (stand up and return to its original position) by itself, and When the target member falls down, it is possible to maintain or continue the fallen state for a certain period of time, and it is also possible to make the target member stand up after the certain period of time (timer-like time) has elapsed. While the member stands vertically, the drive source can be stopped so that the power of the drive source is not consumed, and furthermore, when the bullet hits the target, the target member easily falls down. , a toy that can reliably raise the target member to a desired vertical state when it is raised by a triggering mechanism, and can also repeatedly raise the target member at random time intervals when the target member falls down. There is a way to get a gun targeting device for use.

[Means for achieving the objects of the present invention] The target device for a toy gun of the present invention includes a target member that is pivotally supported so that it can fall down due to the shock when a bullet hits it, and a target member that is a driving source that starts driving when the driving source is activated; a triggering mechanism that can raise the target member to a vertical state by the driving source while the driving source is being driven for a certain period of time; The present invention is characterized by comprising a drive source stop mechanism capable of stopping the driving of the drive source when the driver stands up.

[Embodiments of the present invention] The present invention will be described in detail below with reference to embodiments shown in the drawings.

In one embodiment shown in FIGS. 1 to 11, X indicates that the drive source is temporarily stopped while the target member is standing vertically, and the bullet fired from the toy gun is ejected from the target member. When the target member hits the target, the target member falls horizontally with a bang and the driving source starts driving, and while the driving source is operating for several seconds, the target member remains horizontally, After that, the target member returns to its original vertical state by the triggering mechanism operated by the drive source, and at the same time the drive source is stopped by the drive source stop mechanism, until the next bullet hits the target and the target member turns sideways again. This is a target device for a toy gun that can keep the drive source in a stopped state. That is, the target member 1 is pivotally supported on both side walls 2a and 2b of the machine frame 2 so that it can easily fall backward due to the shock when a bullet hits it. A rotating shaft 3 is supported horizontally at the front of the left and right side walls 2a and 2b of the machine frame 2, and a circular or square shaped shaft is provided integrally at or near the center of the rotating shaft 3 and has a circular or square shape at the upper end. , a pillar 5 having a target 4 such as a human shape, and a flip-up member of a triggering mechanism to be described later extending in a direction substantially intersecting the pillar 5 at or near the center of the rotation shaft 3. A sliding contact plate 6 is provided, and an abutment piece 7 is integrally provided at an appropriate location of the rotation shaft 3 on the right side wall 2b from the location where the support plate 6 is provided. A balance weight 8 is fixedly attached to the rotating shaft 3 between the contact piece 7 and the right side wall 2b via a mounting piece, and furthermore, a balance weight 8 is fixedly attached to the rotation shaft 3 between the contact piece 7 and the right side wall 2b. A stopper piece 10, which forms part of the drive source stop mechanism 9, is integrally provided at an appropriate location on the rotation shaft 3 near the left side wall 2a. Here, the stopper piece 10 provided below the rotation @ 3 is an elastic connecting portion 1 provided horizontally integrally with the rotation shaft 3, as shown in FIG.
0a, and an arcuate portion 10b that extends downwardly in an arcuate manner integrally with the connecting portion 10a and is capable of sliding contact with the free end portion 11a of the engagement pendulum piece 11 that constitutes another part of the drive source stop mechanism 9. Although it is preferable to do so, the arcuate portion 10b may be provided directly on the rotating shaft 3 without using the connecting portion 10a, or alternatively, only the lower end of the vertical piece provided on the rotating shaft 3 may be formed into an arcuate shape. Also good. Further, the receiving plate 6 may be attached to the lower end of the support column 5 instead of the rotation shaft 3.

Next, reference numeral 12 denotes a drive source that is attached to the rear part of the machine frame 2 and starts driving when the target member 1 falls down. A hoisting operation body 16 that is drivably fitted between the mating shaft 13 and a circumferential wall 15 provided in the shape of a projecting wall below the circumferential edge of the opening 14 of the upper wall 2d of the machine frame 2, and the hoisting operation body 16. The inner end of the body 16 is attached, while the outer end is fixedly attached to a spring attachment part 17 located on the bottom wall 2C near the corner of the machine frame 2. A cylindrical fitting part 16a that fits with the fitting shaft 13, and this fitting part 1
6a is formed in a flange shape at the upper end and has a gear 1 on the outer periphery.
A transmission gear part 19 having a transmission gear part 9a, and this transmission gear part 1
a knob 2 formed on the upper surface of 9 and fitting into the opening 14;
It is composed of 0. Next, reference numeral 21 denotes a gear train that receives power from the drive source 12, rotates in one direction, and transmits the power to the engagement pendulum piece 11 of the drive source stop mechanism 9, which is connected to the hoisting operation body. A first gear 22 that meshes with the 1G transmission gear portion 19;
a second gear 23 that meshes with the second gear 23; and a plurality of engagement claws 11b, 11 of the engagement pendulum piece 11 that meshes with the second gear 23.
c and a small-diameter third gear 24 that can be engaged and disengaged alternately, and the first gear 22 is loosely supported in a long relief hole 25 formed in the upper wall 2d of the machine frame 2. has been done. Reference numeral 26 denotes a triggering mechanism that can raise the target member 1 to a vertical state by the power of the driving source 12 while the driving source is being driven for a certain period of time, several seconds in this embodiment. As shown in FIG. 9, it meshes with the gear 19a of the transmission gear part 19 of the hoisting operation body 16, and is loosely fitted into the second elongated hole 27 for relief formed in the upper wall 2d of the machine frame 2. an intermediary small gear 28 supported on the small gear 28, a raising transmission gear 30 having a plurality of engagement protrusions 29 formed on the circumferential body with appropriate spacing, and meshing with the small gear 28; 30 engaging protrusions 29
A flip-up member 32 whose rear end surface is pushed forward by the user and has a claw or hook-shaped engagement portion 31 at its tip that slideably engages with the lower edge of the receiving plate 6 of the target member 1; It is composed of a barb or linear elastic member 33 that always urges the raising member 32 in the backward direction, and the raising member 32 is attached to left and right guide walls 34 provided on the bottom wall 2C of the machine frame 2 An engagement piece 35 is formed on the upper surface of the rear end portion to support one end of the elastic member 33 and is slidably guided, and at least the tip side has some elasticity.

Reference numeral 36 denotes a collar portion 37 that comes into contact with the contact piece 7 of the rotating shaft 3.
is a support plate in a horizontal state that has on its upper surface and comes into elastic IFI contact with the lower end edge of the abutment piece 7 when the target member 1 rotates and stands up in a vertical state, and the base end of this support plate 36 is machine frame 2
It has a required height from the bottom wall 2C and is fixed to the attachment part of the machine frame 2 with an appropriate fixing member 38. In addition, the reference numeral 9 mentioned above
is a drive source stop mechanism that can stop the drive of the drive source 12 when the target member 1 is raised by the raising mechanism 26. In this embodiment, the drive source stop mechanism 9 is a drive source stop mechanism that can stop the driving of the drive source 12 when the target member 1 is raised by the raising mechanism 26. an engaging camera piece 11 that can be used to take photos left and right, and a stopper piece provided on the rotating shaft 3 of the target member that slides into contact with the free end 11a of this engaging camera piece 11 when the target member 1 rotates and stands up. 10, and as described above, the engaging pendulum piece 11 is provided with two engaging claws 11b111c at a position opposite to the free end 11a,
The engaging claws 11b and 11c are connected to each other by a connecting portion 11d so as to be able to sandwich some teeth of the third gear 24.
1d, and the central part of 1id of the connection part is appropriately placed in the frame 2.
It is pivoted on.

In the above configuration, first, as shown in FIG. 6, put your finger on the knob 20 of the winding operation body 16, turn the knob 20 clockwise as shown by the arrow, and wind up the mainspring spring 18. Accumulate power. At this time, the first
Since the teeth R122 and the small gear 28 of the triggering mechanism 26 are guided by the elongated holes 25 and 27 for relief and rotated counterclockwise, no trouble occurs when the spiral spring 18 is rolled up. Next, after accumulating a suitable power in the spiral spring 18, the target member 1 is raised vertically with a finger. While the target member 1 is upright, the arcuate portion 10b of the stopper piece 10 of the drive source stop mechanism 9 is in contact with the upper surface of the free end portion 11a of the engagement pendulum piece 11, so that the role of turning off the switch is fulfilled. The drive source 12 is stopped.

Since the contact piece 7 of the target member 1 is in contact with the stopper portion 31 of the support plate 36, the target member 1 does not fall forward, and is elastically supported by the support plate 36 and the balance weight 8 is located directly below. Because of the position, it does not fall forward.

However, a bullet was fired from a toy gun (not shown) and the target 4
When hit, the shock causes the target member 1 to fall backwards with a bang, as shown in FIG. Then stopper piece 10
is separated from the engagement pendulum piece 11, and at the same time the drive gi1
2 starts driving. The power stored in the spiral spring 18 is transmitted dually in this embodiment. That is, one is the drive source stopper 41t via the gear train 21.
Shake the engagement pendulum piece 11 of No. 9 vigorously from side to side, and
One is to advance the lifting member 32 of the triggering mechanism 26 via the small gear 28 and the transmission gear 30.

The drive source 12 starts driving, and each gear 22, 23 of the gear train
．． 24 is activated and the engaging pendulum piece 11 is freely moving for several seconds or, depending on the case, for several tens of seconds, the target member 1 remains in a horizontal state. However, the drive source 12
When the power causes the transmission gear 20 to rotate in the counterclockwise direction of the arrow shown in FIG.
moves forward as shown by the imaginary line in FIG. 9 while resisting the spring force of the elastic member 33. When the flip-up member 32 moves forward slowly and its tip engaging portion 31 approaches the receiving plate 6, the tapered surface 31a of the engaging portion 31 gradually comes into sliding contact with the lower end of the receiving plate 6, and the flip-up member has elasticity. The engaging portion 31 of the receiving plate 6
As a result, the engaging portion 31 passes under the receiving plate 6 and comes out in front of the receiving plate 6. When the engaging portion 31 reaches an appropriate position in front of the receiving plate 6, the engaging protrusion 29 of the transmission gear 30
slides into contact with and separates from the rear end surface of the flip-up member 32. Then, the flip-up member 32 is returned to the rear at once by the elastic member 33. At this time, the vertical surface of the engaging portion 31 hits the front surface of the receiving plate 6, so that the target member 1 rotates and stands upright in a vertical state. During this standing up, as shown in FIG. 10, the lower end edge of the contact piece 7 of the target member 1 comes into sliding contact with the upper surface of the support plate 36 in a cushioned state, and the support plate 36 is slightly warped downward. When the target member 1 stands up, the arcuate portion 10b of the stopper piece 10 of the drive source stop mechanism 9 comes into contact with the engagement pendulum piece 11 so as to press it. As a result, the power of the drive source 12 is temporarily stopped, and the power of the drive source 12 remains stopped until the next bullet hits the target 4. And the bullet is target 4
When the target member 1 falls down again with a bang, the operation mode described above is repeated.

[Different Embodiments of the Present Invention] Next, different embodiments Xi and X2 of the present invention shown in FIGS. 11 to 13 will be described. In the description of these embodiments, the same parts as in the above embodiments are denoted by the same reference numerals, and redundant explanations will be omitted.

First, in the embodiment shown in FIGS. 11 and 12, the main difference from the previous embodiment is a flip-up member 32Δ of the triggering mechanism 26A. This is because a protrusion 40 is formed to slidably engage with the engagement protrusion 29 of the gear 30. Another difference is that a coil spring 33A is used as an example of an elastic member that constantly biases the robe flip-up member 32A in the backward direction.

In the above configuration, the engagement protrusion 29 of the transmission gear 30 that rotates when the target member 1 falls down is reliably engaged with the protrusion 40 of the flip-up member 32A, and the flip-up member 32A is In addition to having the effect of being able to push more forward, it is possible to obtain the same functions and effects as in the above-described embodiments of the present invention.

The main difference between the embodiment shown in FIG. 13 and the previous embodiment is that a drive source 12 is activated when the target member 1 falls backward.
The main difference is that the design of the power transmission method has been partially changed. That is, in this embodiment, the engagement protrusion 29A that slides into contact with the rear end surface of the old flip-up member 32B is provided on the 21'a section 23A of the gear train 21Δ, and the power of the drive source 12 is centrally utilized.
Both the engagement pendulum piece 11 of the drive source stop mechanism 9A and the flip-up member 323 of the trigger mechanism 26B are moved.

Therefore, even with this configuration, the same functions and effects as in the embodiments of the present invention can be obtained.

Note that in each embodiment of the present invention, a case is described in which a spiral spring 18 is used as an example of the drive source 12;
As the driving source, a motor driven by a power source such as a battery can also be used. In this case, the drive source stop mechanism is an electric switch member that can turn on and off the power of the drive source, and when the target member 1 stands up, the switch member is turned off and the motor stops; If it falls down, it turns ON and the motor is driven.

"Effects of the Present Invention" As is clear from the above description, the present invention has the following effects.

(1) The target member collapses due to the shock of the bullet, and for a few seconds,
After a certain period of time, such as several tens of seconds, has passed, the power of the drive source automatically gets up and stands up, and this process is repeated until the power of the drive source is exhausted. Every time you fall, go to the target device and
It is no longer necessary to restore the target member to its original upright position.

Therefore, the shooter can enjoy firing bullets on the spot.

(2) When the target member falls down, the drive source starts, and after a certain period of time, the target member stands up, and at the same time, the drive source stop mechanism temporarily stops the drive source, and the next bullet hits the target. Since the drive source is in a stopped state until then, the power of the drive source is not wasted.

(3) Since the target member is equipped with a weight for balance,
Even if the target is hit by a bullet and falls down, the target member can be kept lying down.

On the other hand, when the target member is raised by the raising mechanism, the target member can be reliably erected in the revised state.

(4) When a plurality of target devices X are suitably lined up and shot, the target members of each target device X stand up randomly, making shooting very enjoyable.

[Brief explanation of drawings]

Fig. 1 is a plan view of an embodiment of the present invention, with a part of the earthen wall of the machine frame cut away, Fig. 2 is a plan view of the machine frame of the invention with the earthen wall removed, and Fig. 3 is a plan view of the present invention. FIG. 4 is an explanatory diagram showing a partial schematic cross section from the drive source of the present invention centering on the drive source stop mechanism; FIG. The figure is an explanatory diagram of a partial schematic cross section showing the transmission gear and support plate from the drive source of the present invention, FIG. The figure is a schematic explanatory view from the plane showing the operating state of each mechanism when the target member of the present invention falls down, FIG. 8 is a schematic explanatory view from the front when the target member of the present invention falls down, and FIG. 9 FIG. 10 is an explanatory diagram showing the operating state of the triggering mechanism, FIG. 10 is an explanatory diagram showing the relationship between the target member and the support plate of the present invention, and FIGS. 11 to 13 are explanatory diagrams showing different embodiments of the present invention. It is a diagram. DESCRIPTION OF SYMBOLS 1... Target member, 2... Machine frame, 3... Rotating shaft, 4... Target, 5... Support column,
6... Reception plate, 7... Contact piece, 8...
- Weight, 9.9A... Drive source stop mechanism, 10... Stopper piece, 11... Engagement pendulum piece,
12... Drive source, 16... Winding up operation body 18... Spring spring, 19... Transmission gear part,
20... Knob portion, 21.21A... Gear train, 23.23A... Second gear, 25.27... Elongated hole, '26.26A, 26B... Pulling mechanism, 29
．． 29A... Engaging protrusion, 30... Transmission gear, 32.
32A132B... Lifting member, 33.33A...
- Elastic member, 35... engaging piece, 36... support plate,
40...Protrusion. ×, Xl, X2...Target device

Claims (1)

[Claims] 1) There is a target member that is pivoted so that it can fall down due to the shock when it is hit by a bullet, a drive source that starts driving when the target member falls down, and this drive source. a triggering mechanism capable of raising the target member to a vertical state by the driving source while being driven for a certain period of time; and a triggering mechanism capable of stopping the driving of the driving source when the target member stands up by the triggering mechanism. A toy gun targeting device equipped with a drive source stop mechanism. 2) The target member includes a rotating shaft supported on the machine frame, a support that is integrally provided with the rotating shaft and has a target at its upper end, and a support that is attached to the support or the rotating shaft in a direction that substantially intersects the support. 2. The target device for a toy gun according to claim 1, further comprising a receiving plate which is integrally provided and comes into sliding contact with the flipping member of the triggering mechanism. 3) Claim 2, characterized in that the rotation shaft is provided with an abutment piece that slides into contact with an elastic support piece having a stopper portion so that the target member can stand vertically. A targeting device for a toy gun as described in Section 1. 4) The target device for a toy gun according to claim 1, wherein the driving source is a spiral spring wound around a winding-up operating body having a knob at the upper part. 5) The target device for a toy gun according to claim 1, wherein the drive source is a motor driven by a power source such as a battery. 6) The raising mechanism includes a raising transmission gear having an engaging protrusion on a peripheral body that rotates by the power of a drive source, and a raising transmission gear that moves forward by being pushed by the engaging protrusion of the raising transmission gear and has a distal end. A patent claim comprising: a flip-up member having an engaging portion that slidably engages with a receiving plate of a target member; and an elastic member that constantly urges the flip-up member in a backward direction. A target device for a toy gun according to item 1. 7) The drive source stop mechanism includes an engagement pendulum piece that swings left and right by the drive source, and a stopper piece provided on the rotating shaft of the target member, where the free end of this engagement pendulum piece slides into contact with the target member when the target member stands up. A targeting device for a toy gun according to claim 1, characterized in that the device comprises: 8) The target device for a toy gun according to claim 1, wherein the drive source stop mechanism is an electric switch member capable of turning on and off the power of the drive source.