JPH04136280U - simulated gun toy - Google Patents

Abstract

(57) [Summary] (with amendments) [Purpose] To provide a simulated gun toy that can be played at home using a simulated gun that actually shoots bullets, without reducing the fun of a commercial ray gun toy machine. . [Structure] A plurality of lanes 8 are provided, rotating bodies are provided in front and behind each lane 8, and a rack belt is installed between the rotating bodies of each lane 8. A movable body 10 that can be tilted back and forth between the ribs on both sides is placed on a pedestal, and the movement of a rod that transmits the tilting motion of the movable body 10 to the bottom of the pedestal is converted into a left and right movement, and the movable body 10 is tilted back and forth. The moving body 10 is moored to one of the rack belts on both sides according to the posture, and the movable body 10 moves in accordance with the movement of the moored rack belt.
This simulated gun toy is characterized by applying an impact to the rack belt, causing it to fall backward, removing the hook plate of the rack belt, mooring it to the rack belt on the opposite side, and moving it backward.

Description

[Detailed explanation of the idea]

0001

[Industrial application field]

This invention is a toy version of the ray gun toy machine that is popular at game centers. Ru.

0002

[Conventional technology]

Cosmo Gangs (trade name) was released by Namco as a commercial ray gun game machine. ) is gaining popularity. This game machine is a monster that attacks to steal the energy in front of you. It is a game machine where you repel Zumo Gangs by shooting a ray gun in front of you.

0003

[Problem that the idea aims to solve]

The above game machines are commercial game machines, and are too large to be played at home. The idea is to make it into a toy so that it can be played at home without sacrificing the above-mentioned fun. It is.

0004

[Means to solve the problem]

There are multiple lanes, and rollers, sprockets, or teeth are installed before and after each lane. A rotating body such as a car is installed with the axis of the rotating body vertical, and a rack is installed between the rotating bodies in each lane. A belt is constructed, and one rotating body of each lane is driven in conjunction with a gear train. On both sides of the outside of the rack belt, ribs that are wider than the rack belt are set up along the lanes. There is.

[0005] Then, a moving monster body that can tilt back and forth is placed on a pedestal between the ribs on both sides of each lane. Then, take out the rod that transmits the tilting motion of the movable body to the bottom of the pedestal from the elongated hole in the center of the pedestal, and At the bottom, it is attached to the boss at the rear of the pedestal so that it can rotate horizontally and has a length that reaches the front of the pedestal. The center of the replacement plate is bent into a banana shape and made into a long hole that passes through the rod to control the movement of the rod from side to side. It has a structure that converts it into the operation of

[0006] Furthermore, the hook plate attached to the front of the switching plate can be tilted back and forth. Depending on the front and back posture of the A moving object that moves according to the movement of the moored rack belt is hit with a simulated gun. Swing the rack belt backwards, remove the hook plate of the rack belt, and attach the rack belt on the opposite side. It is a simulated gun toy that can be moored to a route and retreated.

[0007]

【Example】

An embodiment of the present invention will be explained below based on the drawings. Figure 1 shows the simulated gun toy of the present invention. A perspective view of the exterior is shown. This simulated gun toy is for one person, with simulated guns 1, which are thick-bodied pipe guns, on the left and right in the front. It is attached to a gun pedestal 2 so that the muzzle 1a can swing, and you can play by shooting a mock bullet 3. It's starting to look like this. On the right side of the simulated gun 1 are a power switch 4, a start switch 5, and a reset switch. A channel 6 is provided, and green, yellow, orange, and red LED lamps 7 are further arranged. . In front of the simulated gun 1, four lanes 8 are lined up vertically and are gently tilted toward the front. Each lane 8 has a slit 9 in the center, and a monster body 10 that can move back and forth. is attached facing the front, and this monster body 10 is located at the front energy box 11. When it reaches that point, it's game over.

[0008] The opposing surface 12 with lane 8 in between is a square, and the surface above the height of the monster body 10 There is a city sticker 13 on it. From the front of the simulated gun 1 to the side of the opposing surface. A transparent dome 14 in a rectangular shape partitions the space, and the transparent dome 14 in front of the hand of the simulated gun 1 The gun 14a has a horizontally elongated muzzle insertion port 14b, which allows the simulated gun 1 to be swung up, down, left and right. I can do it. For the simulated gun 1, take out the simulated bullet 3 from the simulated bullet storage section 15 on the left side of the gun pedestal 2 and add the simulated bullet 1 to the simulated gun 1. Refill the simulated bullet 3 from the refill port, aim the muzzle 1a, pull the trigger, and it will fire from the muzzle 1a. The simulated bullet 3 is fired with force in the targeted direction.

[0009] Figure 2 shows a side sectional view of the simulated gun toy of the present invention. A rotating shaft 17 is vertically provided on the base 16 at the bottom of the lane on the left side, outside of the A driven roller 18 is rotatably attached to the rotating shaft, and the back side of the opposing surface 12 is located on the right side of the lane. A rotating shaft 19 is provided vertically at the bottom of the side lane, and a driving gear 20 is mounted on the rotating shaft 19. . Between the driven roller 19 and the drive gear 20 is a soft resin rubber with teeth cut on the inside. A backpack belt 21 is placed over it. A gutter groove 22 having the width of the rack belt is provided on the lower side of each rack belt 21. The gutter groove 22 is inclined from the opposing surface 12 side toward the simulated gun 1 side, and the gutter groove 22 has grooves on both sides of the gutter groove 22. Ribs 24 are erected parallel to the field 23 along the line. Slit 9 for each lane? It is used to collect the simulated bullet 3 from the ground. In this gutter groove 22, there is a transparent dome from the simulated gun 1. 14, the simulated bullet 3 is dropped from the slit 9 on the field 3 and sent into the gutter 22. The simulated bullet is stored on the left side of the gun pedestal 2 by dropping the simulated bullet in front of you due to the slope of the gutter groove 22. It is collected in Section 15. Also, the simulated bullet 3 that does not fall into the slit 9 is in the field hand. It falls into the collection hole 25 in the front center part and is collected in the simulated bullet storage section 15. A battery box 26 is installed on the bottom of the rear side to supply power, and a speaker 27 is installed on the upper rear side. can be attached to produce various sounds. Also the start of gun pedestal 2 An electronic circuit 28 is attached to the bottom of the button 5 and controls the main game electronically. .

0010 The rack belt of each lane 8 is shown in the bottom perspective view of the back side of the opposing surface shown in FIG. There is a gearbox 29 to drive the motor 21, and the motor 30 is on the right side of the gearbox 29. is located, and the gear meshing with the rotating shaft of the motor 30 is decelerated via a spur gear train. The drive gear 31 of the rack belt 21 is driven, and the gear 31 is connected to the adjacent gear through a small gear. It meshes with the drive gear 31 of the rack belt 21, and connects the rack next to it through a smaller gear. It drives the drive gear 31 of the belt 21. Therefore, the direction of rotation of each rack belt 21 and and rotation speed are all the same. Meshing with the drive gear 31 of the third rack belt 21 There is another gear 32 that meshes with this gear 32, and the rotation axis of the gear 33 that meshes with this gear 32 is the gearbox. A clamp with a protrusion near the circumferential surface of the disk is inserted through the ceiling plate 34 of the gear box 26 and The link disk 33 is fixed.

[0011] A crank disk with the height shown in the front and back direction is located near the left and right sides of the ceiling plate 34 of the gearbox 26. Guide pieces 26a and 26b each having an L-shaped cross section larger than the thickness of the 33 disks and lower than the protrusion are provided. be. Then, it is guided by the left and right guide pieces 26a and 26b of the gearbox ceiling plate, Bend both left and right sides of the oblong plate that can slide in the front and back direction downward by the height of the guide piece. Insert the plate member 35 between the guide pieces 26a and 26b, and align the plate member 35 with the crank disc 33. A slotted hole 35a is provided on the left and right sides, and the protrusion 33a of the crank disc is passed through the slotted hole 35a. . In front of the plate member 35, a rectangular push plate 36 is fixed perpendicularly to the plate member 35. Therefore , since the plate member 35 has the protrusion 33a of the crank disk penetrating the elongated hole 35a, the crank As the disc 33 rotates, the protrusion 33a of the crank disc rotates within the elongated hole 35a. This will cause the plate member 35 to slide back and forth, thereby moving the push plate 36 back and forth. This push plate 36 If monster body 10 is retreating down lane 8, push the back of monster body 10 and bend forward again. It is something that puts you in a good posture.

0012 Figure 4 is an explanatory diagram of the monster body, and Figure 4-a is a front view of the monster body attached to the pedestal. The monster body 10 is a comical plump monster, and the bottom of the monster body 10 has a base. The pedestal 37 is approximately square in width, sandwiching the ribs 24 between each gutter groove 22 provided in the groove 16. There are side pieces facing downward on both the left and right sides of the seat 37, and a side piece facing downwards is attached to the rear of the side piece. It has legs that can be bent. This allows the pedestal to slide back and forth across the ribs 24 on both sides of the gutter groove 22. can move. Fix the rod body 38 downward from the bottom of the monster body 10, and place it in the center of the pedestal. An elongated hole 37a is provided in the front-rear direction, and the rod 38 is passed through the elongated hole 37a. FIG. 4-b is a side view of the monster body in a forward bending posture. With the monster body facing forward Through holes 39 are provided on the left and right at the bottom of the center of gravity, and The monster body 10 is screwed into the through hole 39 using a support plate 40 which is set up to sandwich the rod body 38. It is moored so that it can tilt forward and backward. Therefore, the monster body 10 is placed in front of the support plate 40 of the pedestal at the bottom of the center of gravity. It is attached to the rear so that it can tilt, and when the back 10a of the monster body 10 is pressed, the monster body 10 will move forward. If you bend down and press chest 10b, you can change your appearance.

[0013] A boss portion 37b is provided at the bottom and rear center of the pedestal 37, and the length of the boss portion 37b is The end 41a of the rectangular switching plate 41, which is approximately the same length as the seat, is rotatably attached to switch The plate 41 slides and moves on the bottom surface of the pedestal 37. The switching plate 41 has a supporting plate 40 when viewed from the bottom. Centered on the right side from the left side near the boss at the bottom position to the right side away from the boss. The elongated hole 41b is curved to draw a certain arc, and it is just like a banana shape. It has a long hole 41b with a kana curve. A rod at the bottom of the monster body 10 is inserted into the curved elongated hole 41b. 38 is penetrated. The other end 41c of the switching plate 41 has a height approximately equal to the width of the rack belt and a width facing the opposite end. A hook plate 42 having a width of about half or more of the width between the rack belts is provided downward and at a right angle. At the center of the hook plate 42, a locking piece 42a is vertically provided on the front side.

[0014] Therefore, the monster body 10 is mounted on the pedestal 37 so as to be tiltable back and forth, and the front of the monster body 10 is In the later posture position, the position of the rod 38 is different, and the rod slides into the bent elongated hole 41b of the switching plate 41. The switching plate 41 swings left and right according to the body 38. As shown in Figure 4-b When the monster body 10 is bent forward, the platform that spans the ribs 24 on both sides of the gutter 22 As shown in the bottom view of Fig. 4-c, the seat 37 has a rack belt 21 located at the bottom of the pedestal, and can be switched. The plate 41 is moored to the rack 21a of one rack belt 21 by the action of the rod 38. subordinate The hook plate 42 of the switching plate 41 is pushed in accordance with the movement of the rack belt 21 on the moored side. Monster body 10 moves forward. In Figure 4-d, the monster body 10 is shown to be exactly the same as before. When the switching plate 41 at the bottom of the pedestal is in the position shown in the bottom view of FIG. The hook plate 42 slides in the direction opposite to c, and the hook plate 42 is attached to the rack 21b of the rack belt 21 on the opposite side. It is moored and the monster body 10 is moved backward according to the movement of the rack belt 21.

[0015] The monster body 10 has a pedestal 37 stretched over the ribs 24 on both sides of each gutter groove, and a lane at the bottom of the pedestal. A rack belt 21 is stretched between the driven roller 18 and the drive gear 20 located at the front and rear of the roller 8. ing. Then, the width of the support plate 40 that supports the monster body 10 is set as a slit 9 on the lane. Depending on the front and back posture of the remaining monster body 10, the hook can be attached to either rack of the rack belt 21. It moves back and forth by mooring the board 42. Aim at monster body 10, which is now leaning forward and moving forward, with mock gun 1, and shoot at the upper body of monster body 10. When the mock bullet 3 fired from the mock gun 1 hits, the monster body 10 tilts backwards due to the impact. , the posture is completely reversed, and the rod 38 moves the switching plate 41 at the bottom of the pedestal to the opposite direction. The hook plate 42 is engaged with the rack 21b of the rack belt 21 moving backward. This time, the monster body 10 moves backwards. The monster body 10, which later reverses itself, has a push plate 36 sliding back and forth on the opposing surface. When sliding forward, the back 10a of the monster body 10 is pushed, causing the posture of the monster body 10 to bend forward. , the switching plate 41 switches to the rack belt 21 in the opposite direction, and the hook plate 42 switches to the rack belt 21 in the opposite direction. It is moored to the rack 21a of the route 21 and moves forward again.

[0016] The advancing monster body 10 does not hit the simulated bullet 3 of the simulated gun, or it hits the simulated bullet 3. However, I continued to move forward in that lane 8 without receiving a shock that caused me to change my mind. You can reach the location of Energy Box 11 by proceeding. reach this position Then, the foot piece 37b of the pedestal comes into contact with the detection switch 43 provided on the outside of the gutter groove 22 of the base. The electronic circuit 28 electrically detects that the monster body 10 has reached the energy box 11, and all The game stops immediately and the game ends, and a game over message is heard from speaker 27. Play the sound and flash the red LED lamp 7 to notify the player that the game is over. It is. At the bottom of the energy box 11, a mooring piece 11a is located in the curved elongated hole of the switching plate when viewed from the bottom. Install it by hanging it a little away from the center of the lane with the hole closer to the boss. is attached.

[0017] Figure 5-a shows the side of the monster's body just before it reaches the energy box. The monster body 10 is bent forward, and in this state, when looking at the pedestal 37 from the bottom, it looks as shown in Figure 5-b. The hook plate 42 is moored to the rack 21a of the rack belt 21, which is moving forward. It is. Side 42a of the hook plate is located in the center of the lane, and the energy It is in a position where it collides with the mooring piece 11a of the box. In this state, the monster body 10 is energetic When reaching box 11, the energy box is connected at the bottom of the pedestal, as shown in Figure 5-d. A part of the hook plate 42 comes into contact with the clasp 11a, and the hook plate 42 is separated from the rack 21a and moored. The locking piece 42a of the hook plate comes into contact with the piece 11a, making the switching plate 41 parallel to lane 8. The posture of the monster body 10 is shown in Figure 5-c, with the monster body 10 in a slightly curved state. This will bring the center of gravity to the rear and bring it to a stop.

[0018] Next, to start the game, monster body 10 must be in different positions in each lane 8. So to align them, press reset switch 6 and supply power to motor 30. Rotating the rack belt 21, the stooped monster body 10 in the middle of lane 8 moves forward, The monster body 10, which is looking back, moves backwards and bends forward with the push plate 36 to move it forward. , When all the monster bodies have gathered in the front row of Energy Box 11, press the reset button. Release the button 6 to complete the reset. Then, when it was reset and all the monster bodies gathered in front of energy box 11, When the start switch 5 is pressed, the operation as shown in Fig. 6 is an explanatory diagram of the operation of the start switch. 6-a is a plan view, and FIG. 6-b is a side view, showing each energy box 11 and its It is formed integrally with the mooring piece 11a on the lower side and curves toward you directly under the start switch 5. The start member 44 forming the raised slope 44a is located on the left and right sides of the start switch 5. The inclined portion 44a of the start member 44 is pushed forward by the protrusion 5a provided on the surface, and each energy source is A tension spring stretched between the switch member between the box and the base. 45, the total energy box 11 and the mooring piece 11a move forward. Then, the hook plate of the monster body that had been in contact with the mooring piece 11a of the energy box 42 comes off, all the monster bodies 10 tilt to the rear, and the rod body 38 at the bottom of the monster body tilts forward. The rod 38 tilted toward the side moves the switching plate 41 toward the receding rack belt 21, and 42 is moored to the rack 21b of the rack belt 21 that is retreating, and all monster bodies 10 begin to retreat. Melt.

[0019] After a certain period of time has passed, all the monster bodies 10 will come into contact with the push plate 36. Then, the electronic circuit 28 temporarily stops driving the motor 30, goes into standby, and then starts the motor again. Drive the target 30 to move the monster body 10 and aim forward at the energy box 11 while bending forward. It's coming forward. The player loads 10 of these monster bodies into 1 simulated gun with 3 simulated bullets and triggers it. Pull - and fire mock bullet 3, aiming at the upper body of monster body 10 and forcing monster 10 to retreat. It protects Energy Box 11. Monster body 10 was once affected by the impact of simulated bullet 3. If you lie on your back, you will move backwards, but if your back is pushed by the push plate 36 and you move forward, you will move again. They are moving forward, aiming for Energy Box 11. In this way, players can You must aim for the beast 10 and shoot it down before it reaches the energy box 11. When the play time has elapsed, the electronic circuit increases the drive power of motor 10 and rotates motor 30. The speed is increased and the difficulty is increased.

[0020] In this game, at first the motor 30 rotates slowly while stopping in the middle. As the difficulty level increases, the motor 30 rotates without interruption. Without rest, you have to shoot down 10 monsters with 1 mock gun. Energy for a certain period of time If you protect Lugi Box 11, a fanfare will be emitted from Speaker 27. This simulated gun toy targets monsters, but it is not limited to monsters, but it can also be used to image bad guys. Anything that can be used as a weapon can be used, and in this invention, a simulated bullet is used for the simulated gun. However, it is not limited to simulated bullets, and may also be air guns or water guns.

[0021]

[Effect of the idea]

The simulated gun toy of this invention does not reduce the fun of the commercial light gun game machine by half, but it It is used to exterminate monsters using a simulated gun that actually fires bullets, and it is difficult to hit the target easily. The monster does not retreat, so you can have serious shooting games even though it is small, which is very interesting. It is possible to provide tasteless simulated gun toys.

[Submission date] July 20, 1992

[Procedural amendment 3]

[Name of document to be amended] Specification

[Correction target item name] Full text

[Correction method] Change

[Correction details] [Detailed explanation of the idea]

0001

[Industrial application field] This invention is a toy version of the ray gun toy machine that is popular at game centers. Ru.

0002

[Conventional technology]

Cozmo Gangs (trade name), a commercial-use ray gun game machine released by Namco, is gaining popularity. This game machine is a game machine where you shoot the ray gun in front of you to repel the Cosmo Gangs that attack you to steal the energy in front of you.

0003

[Problem that the idea aims to solve]

The above game machines are commercial game machines, and are too large to be played at home. The idea is to make it into a toy so that it can be played at home without sacrificing the above-mentioned fun. It is.

0004

[Means to solve the problem]

There are multiple lanes, and rollers, sprockets, or teeth are installed before and after each lane. A rotating body such as a car is installed with the axis of the rotating body vertical, and a rack is installed between the rotating bodies in each lane. A belt is constructed, and one rotating body of each lane is driven in conjunction with a gear train. On both sides of the outside of the rack belt, ribs that are wider than the rack belt are set up along the lanes. There is.

[0005] Then, a moving monster body that can tilt back and forth is placed on a pedestal between the ribs on both sides of each lane. Then, take out the rod that transmits the tilting motion of the movable body to the bottom of the pedestal from the elongated hole in the center of the pedestal, and At the bottom, it is attached to the boss at the rear of the pedestal so that it can rotate horizontally and has a length that reaches the front of the pedestal. The center of the replacement plate is bent into a banana shape and made into a long hole that passes through the rod to control the movement of the rod from side to side. It has a structure that converts it into the operation of

[0006] Furthermore, the hook plate attached to the front of the switching plate can be tilted back and forth. Depending on the front and back posture of the A moving object that moves according to the movement of the moored rack belt is hit with a simulated gun. Swing the rack belt backwards, remove the hook plate of the rack belt, and attach the rack belt on the opposite side. It is a simulated gun toy that can be moored to a route and retreated.

[0007]

【Example】

An embodiment of the present invention will be explained below based on the drawings. Figure 1 shows the simulated gun toy of the present invention. A perspective view of the exterior is shown. This simulated gun toy is for one person, with simulated guns 1, which are thick-bodied pipe guns, on the left and right in the front. It is attached to a gun pedestal 2 so that the muzzle 1a can swing, and you can play by shooting a mock bullet 3. It's starting to look like this. On the right side of the simulated gun 1 are a power switch 4, a start switch 5, and a reset switch. A channel 6 is provided, and green, yellow, orange, and red LED lamps 7 are further arranged. . In front of the simulated gun 1, four lanes 8 are lined up vertically and are gently tilted toward the front. Each lane 8 has a slit 9 in the center, and a monster body 10 that can move back and forth. is attached facing the front, and this monster body 10 is located at the front energy box 11. When it reaches that point, it's game over.

[0008] The opposing surface 12 with the lane 8 in between is a square, and a city sticker 13 is pasted on the surface above the height of the monster body 10. A nearly rectangular transparent dome 14 partitions the space from the front of the simulated gun 1 to the side of the opposing surface, and the transparent dome 14 on the front of the simulated gun 1 has a horizontally elongated muzzle insertion port 14a. The simulated gun 1 can be swung up, down, left and right. The simulated gun 1 takes out the simulated bullet 3 from the simulated bullet storage part 15 on the left side of the gun pedestal 2, refills the simulated bullet 3 from the bullet replenishment port of the simulated gun 1, aims at the muzzle 1a, and pulls the trigger to aim from the muzzle 1a. The simulated bullet 3 is fired with great force in the direction of the target.

FIG. 2 shows a side sectional view of the simulated gun toy of the present invention. The base 16 outside each lane 8 in the transparent dome 14, that is, at the bottom of the left lane A rotating shaft 17 is provided vertically, a driven roller 18 is rotatably attached to the rotating shaft, and a rotating shaft 19 is vertically provided at the bottom of the lane on the back side of the opposing surface 12 on the right side of the lane. A drive gear 20 is mounted on the rotating shaft 19. A rack belt 21 made of soft resin and having teeth cut on the inside is stretched between the driven roller 18 and the drive gear 20. A gutter groove 22 having the width of the rack belt is provided on the lower side of each rack belt 21, and the gutter groove 22 is inclined from the facing surface 12 side toward the simulated gun 1 side. A rib 24 is provided upright along the groove 22 and parallel to the field 23. It is used to collect the simulated bullet 3 from the slit 9 of each lane. In this gutter groove 22, the simulated bullet 3 fired from the simulated gun 1 into the transparent dome 14 is dropped from the slit 9 on the field 23 , dropped into the gutter groove 22, and is directed forward by the slope of the gutter groove 22. The simulated bullets are rolled and collected in the simulated bullet storage section 15 on the left side of the gun pedestal 2. Further, the simulated bullets 3 that do not fall into the slit 9 fall into the collection hole 25 in the central part in front of the field and are collected in the simulated bullet storage section 15. A battery box 26 is provided at the bottom of the rear side to supply power, and a speaker 27 is attached to the upper rear part to produce various sounds. Further, an electronic circuit 28 is attached to the lower side of the start button 5 of the gun pedestal 2 to electronically control the game.

As shown in the bottom plane and perspective view of the back side of the opposing surface shown in FIG. -30 is located, and the gear meshing with the rotating shaft of the motor 30 is decelerated through a spur gear train and drives the drive gear 31 of the rack belt 21 on the right side. The drive gear 31 of the rack belt 21 meshes with the drive gear 31 of the rack belt 21, and drives the drive gear 31 of the adjacent rack belt 21 via a smaller gear. Therefore, the rotation direction and rotation speed of each rack belt 21 are all the same. There is another gear 32a that meshes with the drive gear 31 of the third rack belt 21, and the gear 32b that meshes with this gear 32a has its rotating shaft passing through the ceiling plate 34 of the gearbox 29. A crank disk 33 having a protrusion near the circumferential surface of the disk is fixed above the crankshaft.

Guide pieces 26a and 26b each having an L-shaped cross section and a height greater than the thickness of the aforementioned crank disk 33 and lower than the protrusion are provided near the left and right sides of the ceiling plate 34 of the gearbox 29 in the front-rear direction. Then, the plate member 35, which is formed by bending the left and right sides of an oblong plate that can be slid in the front and back directions downward by the height of the guide pieces, is guided by the left and right guide pieces 26a and 26b of the ceiling plate of the gearbox, and is attached to the guide piece 26a. . In front of the plate member 35, a rectangular push plate 36 is fixed perpendicularly to the plate member 35. Therefore, since the protrusion 33a of the crank disk of the plate member 35 passes through the elongated hole 35a, as the crank disk 33 rotates, the protrusion 33a of the crank disk rotates within the elongated hole 35a, causing the plate member 35 to rotate. The push plate 36 is moved back and forth by sliding back and forth. This push plate 36 pushes the back of the monster 10 when it retreats down the lane 8, so that it bends forward again.

FIG. 4 is an explanatory diagram of the monster body, and FIG. 4-a is a front view of the monster body attached to the pedestal. The monster body 10 is a comical plump monster, and the lower side of the monster body 10 is The base 16 has an approximately square pedestal 37 with a width that sandwiches the ribs 24 between each gutter groove 22, and side pieces facing downward are attached on both left and right sides of the pedestal 37. The rear part of the side piece has a foot piece 37b that goes down further. This allows the pedestal to slide back and forth across the ribs 24 on both sides of the gutter groove 22. A rod 38 is fixed downward from the lower part of the monster body 10, and an elongated hole 37a is provided in the center of the base in the front-rear direction, and the rod 38 is passed through the elongated hole 37a. FIG. 4-b is a side view of the monster body in a forward bending posture. Through holes 39 are provided on the left and right at the bottom of the center of gravity when the monster body is facing forward, and the through holes are secured by support plates 40 erected from both left and right sides of the center of the pedestal so as to sandwich the rod 38. The monster body 10 is moored using screws 39 so that it can be tilted back and forth. Therefore, the monster body 10 is attached to the support plate 40 of the pedestal so that it can tilt back and forth below the center of gravity, and when the back 10a of the monster body 10 is pressed, the monster body 10 bends forward, and when the chest 10b is pressed, the monster body 10 bends backwards. be able to.

[0013] A boss portion 37c is provided at the bottom rear center of the pedestal 37, and an end portion 41a of a rectangular switching plate 41 whose length is approximately the same as the length of the pedestal is rotatably attached to the boss portion 37c. The mounting/switching plate 41 slides on the bottom surface of the pedestal 37 and moves. The switching plate 41 is provided with a long hole 41b bent from the left side near the boss at the lower position of the support plate 40 to the right side away from the boss when viewed from the bottom so as to draw an arc with the center on the right side. It is a banana-shaped, gently curved elongated hole 41b. A rod 38 at the bottom of the monster body 10 passes through the bent elongated hole 41b. At the other end 41c of the switching plate 41, a hook plate 42 having a height approximately equal to the width of the rack belt and a width approximately half or more of the width between the opposing rack belts is provided downward and at a right angle. A locking piece 42a is provided vertically in the center on the front side.

[0014] Therefore, the monster body 10 is mounted on the pedestal 37 so as to be tiltable back and forth, and the front of the monster body 10 is In the later posture position, the position of the rod 38 is different, and the rod slides into the bent elongated hole 41b of the switching plate 41. The switching plate 41 swings left and right according to the body 38. As shown in Figure 4-b When the monster body 10 is bent forward, the platform that spans the ribs 24 on both sides of the gutter 22 As shown in the bottom view of Fig. 4-c, the seat 37 has a rack belt 21 located at the bottom of the pedestal, and can be switched. The plate 41 is moored to the rack 21a of one rack belt 21 by the action of the rod 38. subordinate The hook plate 42 of the switching plate 41 is pushed in accordance with the movement of the rack belt 21 on the moored side. Monster body 10 moves forward. In Figure 4-d, the monster body 10 is shown to be exactly the same as before. When the switching plate 41 at the bottom of the pedestal is in the position shown in the bottom view of FIG. The hook plate 42 slides in the direction opposite to c, and the hook plate 42 is attached to the rack 21b of the rack belt 21 on the opposite side. It is moored and the monster body 10 is moved backward according to the movement of the rack belt 21.

[0015] The monster body 10 has a pedestal 37 stretched over the ribs 24 on both sides of each gutter groove, and a lane at the bottom of the pedestal. A rack belt 21 is stretched between the driven roller 18 and the drive gear 20 located at the front and rear of the roller 8. ing. Then, the width of the support plate 40 that supports the monster body 10 is set as a slit 9 on the lane. Depending on the front and back posture of the remaining monster body 10, the hook can be attached to either rack of the rack belt 21. It moves back and forth by mooring the board 42. Aim at monster body 10, which is now leaning forward and moving forward, with mock gun 1, and shoot at the upper body of monster body 10. When the mock bullet 3 fired from the mock gun 1 hits, the monster body 10 tilts backwards due to the impact. , the posture is completely reversed, and the rod 38 moves the switching plate 41 at the bottom of the pedestal to the opposite direction. The hook plate 42 is engaged with the rack 21b of the rack belt 21 moving backward. This time, the monster body 10 moves backwards. The monster body 10, which later reverses itself, has a push plate 36 sliding back and forth on the opposing surface. When sliding forward, the back 10a of the monster body 10 is pushed, causing the posture of the monster body 10 to bend forward. , the switching plate 41 switches to the rack belt 21 in the opposite direction, and the hook plate 42 switches to the rack belt 21 in the opposite direction. It is moored to the rack 21a of the route 21 and moves forward again.

[0016] The advancing monster body 10 does not hit the simulated bullet 3 of the simulated gun, or it hits the simulated bullet 3. However, I continued to move forward in that lane 8 without receiving a shock that caused me to change my mind. You can reach the location of Energy Box 11 by proceeding. reach this position Then, the foot piece 37b of the pedestal comes into contact with the detection switch 43 provided on the outside of the gutter groove 22 of the base. The electronic circuit 28 electrically detects that the monster body 10 has reached the energy box 11, and all The game stops immediately and the game ends, and a game over message is heard from speaker 27. Play the sound and flash the red LED lamp 7 to notify the player that the game is over. It is. At the bottom of the energy box 11, a mooring piece 11a is located in the curved elongated hole of the switching plate when viewed from the bottom. Install it by hanging it a little away from the center of the lane with the hole closer to the boss. is attached.

[0017] Figure 5-a shows the side of the monster's body just before it reaches the energy box. The monster body 10 is bent forward, and in this state, when looking at the pedestal 37 from the bottom, it looks as shown in Figure 5-b. The hook plate 42 is moored to the rack 21a of the rack belt 21, which is moving forward. It is. Side 42a of the hook plate is located in the center of the lane, and the energy It is in a position where it collides with the mooring piece 11a of the box. In this state, the monster body 10 is energetic When reaching box 11, the energy box is connected at the bottom of the pedestal, as shown in Figure 5-d. A part of the hook plate 42 comes into contact with the clasp 11a, and the hook plate 42 is separated from the rack 21a and moored. The locking piece 42a of the hook plate comes into contact with the piece 11a, making the switching plate 41 parallel to lane 8. The posture of the monster body 10 is shown in Figure 5-c, with the monster body 10 in a slightly warped state. This will bring the center of gravity to the rear and bring it to a stop.

[0018] Next, to start the game, monster body 10 must be in different positions in each lane 8. So to align them, press reset switch 6 and supply power to motor 30. Rotating the rack belt 21, the stooped monster body 10 in the middle of lane 8 moves forward, The monster body 10, which is looking back, moves backwards and bends forward with the push plate 36 to move it forward. , When all the monster bodies have gathered in the front row of Energy Box 11, press the reset button. Release the button 6 to complete the reset. Then, when it was reset and all the monster bodies gathered in front of energy box 11, When the start switch 5 is pressed, the operation as shown in Fig. 6 is an explanatory diagram of the operation of the start switch. 6-a is a plan view, and FIG. 6-b is a side view, showing each energy box 11 and its It is formed integrally with the mooring piece 11a on the lower side and curves toward you directly under the start switch 5. The start member 44 forming the raised slope 44a is located on the left and right sides of the start switch 5. The inclined portion 44a of the start member 44 is pushed forward by the protrusion 5a provided on the surface, and each energy source is A tension spring stretched between the switch member between the box and the base. 45, the total energy box 11 and the mooring piece 11a move forward. Then, the hook plate of the monster body that had been in contact with the mooring piece 11a of the energy box 42 comes off, all the monster bodies 10 tilt to the rear, and the rod body 38 at the bottom of the monster body tilts forward. The rod body 38 tilted toward the side moves the switching plate 41 to the side of the rack belt 21 that is retreating, and the hook plate 42 is moored to the rack 21b of the rack belt 21 that is retreating, and all monster bodies 10 begin to retreat. Melt.

[0019] After a certain period of time has passed, all the monster bodies 10 will come into contact with the push plate 36. Then, the electronic circuit 28 temporarily stops driving the motor 30, goes into standby, and then starts the motor again. Drive the target 30 to move the monster body 10 and aim forward at the energy box 11 while bending forward. It's coming forward. The player loads 10 of these monster bodies into 1 simulated gun with 3 simulated bullets and triggers it. Pull - and fire mock bullet 3, aiming at the upper body of monster body 10 and forcing monster 10 to retreat. It protects Energy Box 11. Monster body 10 was once affected by the impact of simulated bullet 3. If you lie on your back, you will move backwards, but if your back is pushed by the push plate 36 and you move forward, you will move again. They are moving forward, aiming for Energy Box 11. In this way, players can You must aim for the beast 10 and shoot it down before it reaches the energy box 11. When the play time has elapsed, the electronic circuit increases the drive power of motor 10 and rotates motor 30. The speed is increased and the difficulty is increased.

[0020] In this game, at first the motor 30 rotates slowly while stopping in the middle. As the difficulty level increases, the motor 30 rotates without interruption. Without rest, you have to shoot down 10 monsters with 1 mock gun. Energy for a certain period of time If you protect Lugi Box 11, a fanfare will be emitted from Speaker 27. This simulated gun toy targets monsters, but it is not limited to monsters, but it can also be used to image bad guys. Anything that can be used as a weapon can be used, and in this invention, a simulated bullet is used for the simulated gun. However, it is not limited to simulated bullets, and may also be air guns or water guns.

[0021]

[Effect of the idea]

The simulated gun toy of this invention does not reduce the fun of the commercial light gun game machine by half, but it It is used to exterminate monsters using a simulated gun that actually fires bullets, and it is difficult to hit the target easily. The monster does not retreat, so you can have serious shooting games even though it is small, which is very interesting. It is possible to provide tasteless simulated gun toys.

[Brief explanation of drawings]

FIG. 1 is an external perspective view of the simulated gun toy of the present invention.

FIG. 2 is a side sectional view of the simulated gun toy of the present invention.

FIG. 3 is a bottom perspective view of the back side of the opposing surface.

FIG. 4 is an explanatory diagram of a monster body.

FIG. 5 is a side and bottom view of the monster body arriving at the energy box.

FIG. 6 is an explanatory diagram of the operation of the start switch.

[Explanation of symbols]

1...Mock gun 2...Gun pedestal 3...Mock bullet 4...Power switch 5...Start switch 6...Reset switch 7...LED lamp 8... Lane 9...Slit 10…Monster body 11...Energy box 12...Opposing surface 13...Sticker 14...Transparent dome 15…Mock bullet storage department 16...Base 17...Rotation axis 18...Drive roller 19...Rotation axis 20...Drive gear 21...Rack belt 22...Gutter 23...Field 24...Rib 25…Collection hole 26…Battery box 27...Speaker 28...Electronic circuit body 29...Gearbox 30...Motor 31...Drive gear 32...Gear 33...Crank disk 34…Ceiling board 35...Plate member 36...Press plate 37...Pedestal 38...rod 39...Through hole 40...Support plate 41...Switching board 42...Hook plate 43…Detection switch 44...Start member 45…Tension spring

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[Procedural amendment]

[Submission date] July 20, 1992

[Procedural amendment 1]

[Name of document to be corrected] Drawing

[Correction target item name] Full map

[Correction method] Change

[Correction details]

[Figure 1]

[Figure 2]

[Figure 3]

[Figure 4]

[Figure 6]

[Figure 5]

[Procedural amendment 3]

[Name of document to be amended] Specification

[Correction target item name] Full text

[Correction method] Change

[Correction details]

[Document name] Statement

[Name of the invention] Simulated gun toy

[Scope of utility model registration request]

[Brief explanation of drawings]

FIG. 1 is an external perspective view of the simulated gun toy of the present invention.

FIG. 2 is a side sectional view of the simulated gun toy of the present invention.

FIG. 3 is a bottom plan view and a perspective view of the back side of the opposing surface.

FIG. 4 is an explanatory diagram of a monster body.

FIG. 5 is a side and bottom view of the monster body arriving at the energy box.

FIG. 6 is an explanatory diagram of the operation of the start switch.

[Explanation of symbols] 1...Mock gun 2...Gun pedestal 3...Mock bullet 4...Power switch 5...Start switch 6...Reset switch 7...LED lamp 8... Lane 9...Slit 10…Monster body 11...Energy box 12...Opposing surface 13...Sticker 14...Transparent dome 15…Mock bullet storage department 16...Base 17...Rotation axis 18...Drive roller 19...Rotation axis 20...Drive gear 21...Rack belt 22...Gutter 23...Field 24...Rib 25…Collection hole 26…Battery box 27...Speaker 28...Electronic circuit body 29...Gearbox 30...Motor 31...Drive gear 32...Gear 33...Crank disk 34…Ceiling board 35...Plate member 36...Press plate 37...Pedestal 38...rod 39...Through hole 40...Support plate 41...Switching board 42...Hook plate 43…Detection switch 44...Start member 45…Tension spring

Claims (1)

[Scope of utility model registration request] [Claim 1] A plurality of lanes are provided, a rotating body is provided at the front and rear of each lane with the axis of the rotating body being vertical, and a rack belt is installed between the rotating bodies of each lane. One rotating body of each lane is driven in conjunction with each other through a gear train, and ribs wider than the rack belt are provided along the lanes on both outer sides of the rack belt. A movable body that can be tilted back and forth between the ribs on both sides of the pedestal is placed on a pedestal, and a rod that transmits the tilting motion of the movable body to the bottom of the pedestal is taken out from an elongated hole in the center of the pedestal. A switching plate that is horizontally rotatably attached to the boss part and has a length that reaches the front part of the pedestal is bent in the shape of a banana at the center and is passed through the rod as a long hole, converting the movement of the rod into left and right movement, The hook plate attached to the front of the switching plate is moored to one of the rack belts on both sides due to the forward and backward posture of the movable body, which can be tilted back and forth, and moves in accordance with the movement of the moored rack belt. Apply a shock to the moving object with a simulated gun, tilt it backwards, remove the hook plate of the rack belt, and moor it to the rack belt on the opposite side.
A simulated gun toy that is retractable.