JP2008281233A - Target device of jump plaything - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve a problem of a target that a plate is deteriorated by friction and aging, and the target can not smoothly slide on the oblique plate, stops on the way, and can not automatically stand. <P>SOLUTION: In this target device of a jump plaything having a moving passage 1, a moving base 2 movable on the moving passage 1, and the target 30 disposed on the moving base 2, rotating and falling down to take the attitude in the roughly horizontal direction, when power is added from one side to the other side while keeping its attitude in the roughly vertical direction, a target magnet 31 is disposed on the target 30 on its face at a falling-down side of the target 30, and a fixed magnet 5 is disposed on a position at the falling-down side of the target 30 at an arrival stop position of the moving base 2 of the moving passage 1 in a state of facing a top face at a place where the target 30 falling down from the moving base 2 positions, with a magnetic pole same as the target magnet 31. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a target device for a flying play equipment such as an air gun and a bow and arrow. In detail, it is related with the target apparatus for shooting competitions implemented using an air gun etc.

  Conventionally, a target device such as an air gun is provided with a moving path 101 such as a target moving rail in a parallel direction at intervals with respect to a player operating a flying play equipment such as an air gun as shown in FIGS. In addition, a moving base (cart) 102 that moves on the moving path 101 at an appropriate speed and a target 103 that stands on the moving base and can be turned backward by a bullet or arrow are provided.

  A player who uses a flying play equipment such as an air gun or a bow and arrow in a shooting competition, etc. stands on the moving base 102 from the starting point which is one end of the moving path 101 to the reaching point on the moving path at an appropriate speed. Fires bullets and arrows at the target 103. When a bullet or arrow hits the target, the target 103 rotates on the moving base 102 to the rear of the impact surface of the bullet and falls into a substantially horizontal state.

  In the conventional target device, the target 103 that has fallen backward is set up again, so that it can be set up by human power as well as automatically as shown in FIG. 13 to FIG. The slanted side plate 104 that is higher toward the end portion is provided at a parallel position on the rear side of both end portions. Then, the fallen target 103 climbs along the hypotenuse consisting of the upper side of the hypotenuse plate 104, gradually rises from the moving base 102, and stands up when it reaches the end point of the end (see FIG. 15 (a) to FIG. 15 (c)).

  The target and the oblique side plate are usually made of a hard synthetic resin.

  If the slanted side plate 104 provided so as to be higher toward the end at parallel positions on the rear side of the both ends of the moving path 101 as in the prior art, the plate deteriorates due to use over time, and the target 103 slides. The target 103 and the oblique plate 104 are worn away or the contact surface becomes rough, and the target 103 is difficult to slide on the oblique plate 104. Finally, there is a problem that the target 103 stops in the middle of the hypotenuse of the hypotenuse plate 104 and does not stand up automatically.

  Thus, when the target did not stand up, it was necessary to raise the target manually. Especially in shooting competitions, the progress of the competition had to be stopped, which caused problems such as reduced concentration of athletes and delays in competition.

In order to solve the above-described problems, a moving path, a moving base that can move along the moving path, and a posture that is provided on the moving base while maintaining a substantially vertical posture are applied to the other side when force is applied from one side. In the target device of the flying play equipment having a target that moves and falls in a substantially horizontal posture,
In the target, a target magnet is provided on the side where the target falls,
A fixed magnet having the same magnetic pole as that of the target magnet is provided at a position where the target of the arrival stop position of the moving base of the moving path falls on the side where the target falls and faces the target that falls from the moving base. We propose a target device for flying toys.

  In addition, a target device for a jumping play equipment described in column 0008 is proposed in which the target has a target portion, a target portion mounting plate, and a target magnet, and the target portion and the target portion mounting plate are detachably provided.

  According to the present invention, since the target does not have physical contact with the inclined plate or the like at both ends of the moving path as in the prior art, there is no mistake in raising the target, and the target is aged or deteriorated due to friction due to contact. There is nothing to do. Therefore, it can withstand automatic use for a long period of time, and there is no loss due to contact friction even during movement, so the moving force can be used efficiently.

  In addition, since the structure is simple, there is an effect that the apparatus is less likely to fail and maintenance inspection is very easy. Therefore, in the case of shooting competitions in particular, since the possibility of stopping the progress of the competition is reduced, it is possible to maintain the concentration of the players and perform the competition in an equal state.

  An embodiment of the present invention will be described with reference to FIGS. The target device for a jumping play equipment according to an embodiment of the present invention is provided with a moving path 1, a moving base 2 movable on the moving path 1, and a substantially vertical posture provided on the moving base 2. It has a target 30 that turns to the other side by a force applied by a flying tool such as a bullet from one side and falls into a substantially horizontal posture, and a target portion 3 that is provided with a target magnet 31 on the surface on the side where the target 30 falls. At the same time, the target portion 3 of the moving path 1 that is the destination S of the moving base 2 is on the side B where the target portion 3 falls, and the upper surface of the place along the moving path 1 where the target portion 3 that falls from the moving base 2 is located. A fixed magnet 5 having the same magnetic pole as that of the target magnet 31 is provided.

  As for the target device of the flying play equipment, the user fires a flying tool such as an air gun bullet or arrow from one side of the plane perpendicular to the moving path 1. Hereinafter, the front side F is referred to as the front side F, and the side on which the target unit 3 falls is referred to as the rear side B.

  In this embodiment, the moving path 1 is a monorail made of a metal square tube, but it may be composed of a plurality of rails, a grooved path, or the like. A moving base 2 is provided along the moving path 1. It only needs to be able to reciprocate. The moving path 1 of this embodiment is made of a metal hollow rectangular tube having a substantially square end surface, and one end portion in the longitudinal direction is provided with a slidable box-shaped adjustment part 14 inside the hollow rectangular tube. ing. The adjustment part 14 is adjusted and moved in the longitudinal direction of the moving path 1 by rotating an adjustment screw 16 provided on the end face portion 15 of the hollow rectangular tube.

  The travel path 1 is provided with a travel guide hole 10 that is a slit in the longitudinal direction of the upper surface portion 11. In this embodiment, the moving path 1 is formed with a total length of 1300 mm, a width of 25 mm, and a length of the travel guide hole 10 of 1160 mm and a width of 5 mm. Since the travel guide hole 10 is provided in the middle part in both the longitudinal direction and the width direction of the moving path 1, the distance from both ends of the moving path 1 is 70 mm, and the position is the moving base. The platform 2 stops and reaches a stop point S (starting point and destination point). At both ends of the moving path 1, protective covers 17 are erected at the front position.

  The lower surface portion 12 of the moving path 1 is provided with a maintenance / inspection opening 18 by opening both sides in the longitudinal direction and a maintenance / inspection hole 13 at the center. In this embodiment, the maintenance inspection opening 18 is opened with a length of about 110 mm from both ends, and the maintenance inspection hole 13 is opened as a slit having a length of 100 mm and a width of 8 mm in the longitudinal direction of the lower surface portion 12. Both the length direction and the width direction are provided in the middle. The internal device can be inspected from the maintenance inspection opening 18 and the maintenance inspection hole 13 which are opened in the bottom surface.

  The moving base 2 is a cart composed of wheels 20 and a platform 21. The base portion 21 is provided on the moving path 1 so as to straddle the moving path 1 that is a rectangular tube body, and the upper surface portion 11 of the moving path 1 by the wheels 20 that are regulated by flanges from both outer sides in the width direction of the moving path 1. Drive on. The base part 21 is provided with a contact lamp 22 made of an LED lamp on the front side surface. The hit lamp 22 is connected to a switch that is activated by the movement of the target unit 3 described later, using a battery built in the base unit 21 as a power source. When the target 30 of the target unit 3 falls, the hit lamp 22 is turned on. When the target 30 of the target unit 3 stands, the hit lamp 22 is turned off.

  The moving base 2 is detachably fixed on the lower surface of the base portion 21 by a wire belt 60 of the moving base driving portion 6 and a fixing screw 23 that penetrates the moving travel guide hole 10, and the lower surface of the base portion 21. A central guide protrusion 24 is provided so as to protrude into the travel guide hole 10. The center guide protrusion 24 is provided so as to be movable in the travel guide hole 10 so that the moving base 2 does not come off the moving path 1 by an impact force that a bullet or the like hits. The travel range of the travel base 2 in the travel path 1 is the longitudinal length range of the travel guide hole 10.

  The movable base drive unit 6 includes a drive pulley 62 and a driven pulley 63 that are respectively provided inside both ends of the moving path 1, and a wire belt 60 that is spanned between the drive pulley 62 and the driven pulley 63 and is rotatable. And a drive motor 61 composed of a geared motor that rotates the drive pulley 62.

  The drive pulley 62 is attached to the drive shaft 610 of the drive motor 61 using a grub screw 620, and the drive shaft 610 is rotatably provided on the hollow rectangular tube of the moving path 1. The driven pulley 63 is provided with a rotation shaft 630 rotatably on the adjustment part 14 which is a box-shaped member constituting one end of the moving path 1. The driven pulley 63 is moved as the adjustment part 14 attached is moved in the longitudinal direction of the moving path 1 by the adjusting screw 16, and is adjusted between the driving pulley 62 and the tension of the wire belt 60 is changed. The moving speed of the moving base 2 is changed.

  On the rear side of both end portions of the moving path 1, the moving base 2 is provided with a fixed magnet installation plate 50 fixed to the moving path 1 at a position of the stop point S (starting point and arrival point) substantially horizontally. A fixed magnet 5 made of a plate-shaped magnet is fixedly provided on the upper surface of each fixed magnet installation plate 50. The height of the upper surface of the fixed magnet 5 is provided with a narrow interval of about 7 mm to 10 mm so that the target magnet 31 does not contact the lower surface when the target magnet 31 is tilted rearward and becomes almost horizontal. The magnetic poles of the target magnet 31 and the fixed magnet 5 are formed having the same magnetic pole.

  In this embodiment, the target portion 3 is provided on the front side which is a side where a bullet or the like hits, and is formed from a plate-like body made of hard resin, metal, wood or the like, and has a target 30 having various sizes and specific shapes. A target mounting plate 33 that can be detachably bonded to the rear surface of the target 30 with a material such as a hook-and-loop fastener (Velcro tape) 32, and a plate-like body that is fixed to the upper rear surface of the target mounting plate 33 with an adhesive or the like. It consists of the target magnet 31 which consists of. In other embodiment, you may form the whole target part 3 with the target magnet 31 which consists of a plate-shaped body.

  The target mounting plate 33 is attached to the lower part of the rear surface of the movable base 2 so as to be pivotable and inverted about the hinge pivot shaft 40 of the hinge 4 and when standing or hit by a bullet or the like. Then, it falls to the rear side B and can stand still in two states: a horizontal state. The target unit 3 is detachably attached to the moving base 2 by a hinge 4.

  Next, the operation of the target device of the flying play equipment according to the embodiment of the present invention will be described. The target unit 3 is located at one stop point S which is a starting point at one end of the moving rail 1 while standing on the moving base 2. When the operator of the device starts the control device, the drive motor 64 is driven to rotate the drive pulley 62 and the wire belt 60 is rotated between the driven pulley 63. As the wire belt 60 rotates, the moving base 2 and the target unit 3 attached with the wire belt 60 and the fixing screw 61 also start to move at an appropriate speed (see FIGS. 1 and 9).

  The user of the flying play equipment aims at the target 30 of the target unit 3 from the front side and fires flying tools such as air gun bullets and arrows. When the fired bullet hits the target 30, the target 30 falls with the target mounting plate 33 and the target magnet 31 attached thereto together with the hinge 4 to the rear side with the rotation axis of the hinge 4 as the rotation center, and becomes horizontal. At the same time, the contact lamp 22 provided on the front side surface of the base 21 is turned on. Therefore, it is possible to easily recognize that the target 30 has fallen even by a player or the like located at a distant position. When the target portion 3 falls, at least the target magnet 31 provided on the rear surface is in a state of facing substantially downward in the horizontal direction (see FIGS. 2 and 10).

  The target 30 reaches the other stop point S, which is the arrival point, in a state where it falls to the rear side and stops. Then, the position of the target magnet 31 on the lower surface of the target 30 that has fallen is positioned above the upper surface of the second magnet 6, facing each other at a narrow interval that does not come into contact with each other. . However, since the target magnet 31 and the fixed magnet 5 have the same magnetic pole, the target magnet 31 that can be rotated by the repulsive force of the magnetic force repels upward and rotates around the rotation axis of the hinge 4 as a rotation center. Stands on 2 automatically and in an instant. At the same time, the contact lamp 22 provided on the front side surface of the base 21 is turned off. Therefore, it is possible to visually recognize that the target 30 is standing easily even by a player or the like located at a distant position.

  When the operator starts the control device again, the drive motor 64 rotates in reverse, the drive pulley 62 rotates in reverse, and the wire belt 60 rotates in reverse with the driven pulley 63. According to the reverse rotation of the wire belt 60, the moving base 2 and the target unit 3 attached by the wire belt 60 and the fixing screw 61 also start to move to the other side at an appropriate speed.

  Then, the user of the flying play equipment hits the target 30 from the front side and fires a flying tool such as an air gun bullet or arrow, and when hit, the target 30 falls horizontally to the rear side and reaches the stop point S that is the arrival point. Similarly, the position of the target magnet 31 on the lower surface of the target 30 that has fallen is positioned so as to overlap or partially overlap the upper surface of the fixed magnet 5. At that time, the lower surface of the target magnet 31 and the upper surface of the fixed magnet 5 face each other at a narrow interval so as not to contact each other. Further, since the target magnet 31 and the fixed magnet 5 are the same, the target can be rotated by the repulsive force of the magnetic force. The magnet 31 repels upward and rotates about the rotation axis of the hinge 4 as a rotation center, and easily stands on the moving base 2 in an instant.

  Such movement base 2 and target part 3 are reciprocated on moving path 1 and control of a game in which a bullet or the like is applied to target 30 is repeated automatically or manually, but target 30 that has fallen back is stopped. Since it is instantly and automatically raised by the repulsive magnetic force between the fixed magnet 5 at the point S and the target magnet 31 on the rear side surface of the target portion 3, the game and the game can be progressed quickly, accurately and smoothly. .

  The present invention has high applicability as a target device for flying play equipment such as air guns and bows and arrows, particularly as a target device for shooting competitions that are performed using an air gun or the like.

It is the whole front explanatory drawing of the target device of the flying play equipment which is an embodiment of this invention, and the figure where the target stands It is also a plane explanatory view, and the target is in a state where it falls to the rear side It is also a front internal explanatory drawing, and shows a state with the target part deleted Partially cutaway plan view of the moving path of the target device of the flying play equipment that is also an embodiment of the present invention Partially cutaway bottom view of the moving path of the target device of the flying play equipment that is also an embodiment of the present invention Partially cutaway front view of the moving path of the target device of the flying play equipment that is also an embodiment of the present invention Front view of the target standing on the target and moving base of the target device of the flying play equipment that is also an embodiment of the present invention The top view of the state which is the target and moving base of the target device of the flying play equipment that is also the embodiment of the present invention, and the target is standing Side view of the target standing on the target and moving base of the target device of the flying play equipment that is also an embodiment of the present invention Side view of the target device of the flying play equipment that is also an embodiment of the present invention and the moving base, and the target hits a bullet and falls to the rear side Side view of the target device of the flying play equipment that is also an embodiment of the present invention and the moving base, just before reaching the arrival point in a state where the target falls back It is a rear view of the target of the target device of the flying play equipment that is also an embodiment of the present invention, and is a rear explanatory view showing the relationship between the target and the target mounting plate It is the whole front explanatory drawing of the target device of the conventional flying play equipment, and the figure where the target stands It is the whole plane explanatory drawing of the target device of the conventional flying play equipment, and the figure of the state where the target has fallen later (A) It is a partial front explanatory view of the end part of the target device of the conventional flying play equipment, and shows a state in which the target that has fallen to the rear side starts to contact the hypotenuse plate, (b) The target of the conventional flying play equipment It is a partial front explanatory view of the end portion of the device, and is a diagram of an intermediate state where the target that has fallen to the rear side rises from (a) to the swash plate, (c) is also the end portion of the target device of the conventional flying play equipment It is front explanatory drawing, and the figure of the state where the target went up to the end and the target got up

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Moving path 10 Traveling guide hole 11 Upper surface part 12 Lower surface part 13 Maintenance inspection hole 14 Adjustment part 15 End surface part 16 Adjustment screw 17 Protection cover 18 Maintenance inspection opening part 2 Moving base 20 Wheel 21 Base part 22 Lamp 23 Fixing screw 24 Center guide protrusion 3 Target part 30 Target 31 Target magnet 32 Surface fastener (Velcro tape)
33 target mounting plate 4 hinge 40 hinge rotating shaft 5 fixed magnet 50 fixed magnet installation plate 6 moving base drive unit 60 wire belt 61 drive motor 610 drive motor drive shaft 62 drive pulley 620 thread screw 63 driven pulley 630 driven pulley rotary shaft F front side B Rear S Stop point (starting point, destination)

Claims (2)

A movement path, a movement base that can move along the movement path, and a posture that is provided on the movement base and rotates to the other side when a force is applied from one side while maintaining a substantially vertical position, and a substantially horizontal position. In the target device of the flying play equipment having a target
In the target, a target magnet is provided on the side where the target falls,
A fixed magnet having the same magnetic pole as that of the target magnet is provided at a position where the target at the arrival stop position of the moving base of the moving path falls on the side where the target falls and faces the upper side at the place where the target that falls from the moving base is located. Target device for flying play equipment to play.   The target device for a jumping play equipment according to claim 1, wherein the target has a target portion, a target portion mounting plate, and a target magnet, and the target portion and the target portion mounting plate are detachably provided.

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