JP4429024B2 - Popping game toy - Google Patents

Description

  The present invention relates to a pop-out game toy called a so-called “surprise dagger game toy”.

  Conventionally, a case configured in a barrel shape and provided with a plurality of insertion holes on the outer wall, a cylindrical body rotatably installed in the axial direction of the inner central portion of the case, and a housing provided at the upper part of the cylindrical body An elastic member comprising a projecting member imitating a pirate inserted and mounted in a section, a piston rod attached so as to be able to project and retract in the axial direction of the cylindrical body, and a compression spring for slidingly biasing the piston rod in one direction A housing part provided on the cylinder, comprising: a means for engaging and disengaging the piston rod attached to the cylinder; and an insertion member imitating a dagger inserted into the insertion hole provided in the case And an ejecting member to be inserted into the housing portion, an engaging means is provided, and the projecting member is inserted into the housing portion and rotated in either direction, and the cylinder is rotated to rotate the engagement member. Changing the position of the release plate of the disengagement means And configured to allow, game toy pop-out is called a common name surprised dagger game toys, for example, known to the present applicant previously as shown in the following patent documents.

No. 7-25997 Utility Model Gazette

  This conventionally known pop-out game toy has a part of the pop-out member inserted into the cylindrical housing and engaged by the engaging means, and the pop-up member is rotated to rotate and lock the cylinder. Since the position of the release plate of the release means is changed, there is a problem that the position of the release plate can be determined from the rotation angle of the jumping member while the game is played several times.

  An object of the present invention is to provide a flying game toy devised so that the cylinder can be rotated so that the rotation angle of the cylinder and the position of the release plate cannot be understood.

  A further object of the present invention is to provide a jumping out game toy that generates a crisp rotation sound when the cylinder is rotated.

In order to achieve the above-described object, the present invention is provided in a case provided with a plurality of insertion holes on the outer periphery, and in a bearing portion and a bottom plate provided in a central axis direction of the case and provided on a top plate of the case. A rotating cylinder body having a housing portion rotatably attached to the bearing portion, a projecting member accommodated in the housing portion of the rotating cylinder body, and a removably inserted into the insertion hole. And a compression spring installed between the piston rod and the bottom plate of the rotary cylinder so as not to slip out of the rotary cylinder. The ejecting means includes a launching means and an unlocking means for unlocking the piston rod of the firing means. The unlocking means is swingably attached to the rotating cylinder and the rotating cylinder. Insert through the body's insertion hole And a release lever that unlocks the piston rod and a release plate that swings together with the lock lever and faces one of the insertion holes. Provided on the bottom of the case so that it can be operated from the outside, the housing portion is provided with a locking projection, the projection member is provided with an engagement recess that engages with the locking projection, and the projection member is rotated. The rotating cylinder can be rotated, and a sound disk having a large number of irregularities on the outer periphery is attached to the rotating cylinder, and the case is oscillated and urged in one direction. A ratchet lever having a convex portion that meshes with a concave and convex portion of a disk is provided, and the sound generating disk and the ratchet lever are configured to generate a rotating sound as the rotating cylinder rotates. .

  Since the locking disengagement means for engaging and disengaging the piston rod of the firing means is attached to the rotating cylinder housing the piston rod, the rotation of the rotating cylinder is performed by turning a rotary knob that is not visible from the outside. It is difficult for a third party to understand the rotation angle of the rotating cylinder, so that the difficulty of the game is further increased and it can be interesting.

  Furthermore, the rotating cylinder can be rotated by rotating the projecting member in a state where the projecting member is attached to the housing provided in the rotating cylinder, regardless of the rotary knob. By increasing the number of means for rotating the game, the game can be made more enjoyable and easier to play.

  Furthermore, a sense of reality can be reminded by a rotating sound generated when the rotating cylinder is rotated.

  Furthermore, the side guide piece provided in the insertion hole stabilizes the insertion direction of the insertion member, and the press-fitting configuration of the insertion member with respect to the insertion hole can prevent the insertion member from falling off naturally.

  An embodiment of the present invention will be described below with reference to the drawings.

  In the drawings, what is indicated by an instruction symbol 1 is a pop-out game toy according to the present invention, and this pop-out game toy 1 is provided with a plurality of slit-like insertion holes 2a, 2a,. The case 2 imitating the shape of an egg, the insertion members 3, 3... Imitating a dagger inserted into the insertion holes 2a, 2a. A projecting member 4 imitating a dinosaur child, a part of which is inserted from 2b, a launching means 5 that is rotatably mounted in the axial direction of the axial portion inside the case 2, and a bottom plate 2f of the case 2 The rotary knob 6 of the firing means 5 that is exposed and provided, and the locking release means 12 for the piston rod 10 of the firing means 5 are configured.

  The case 2 is, for example, a hollow shape composed of an upper case 2c and a lower case 2d that are divided vertically from the center, and is described above in the vertical direction of the portion of the outer wall 2e where the upper case 2c and the lower case 2d are divided. A plurality of insertion holes 2a, 2a,... Are provided over the entire circumference of the two stages. In addition, an opening 2b is provided at a substantially central portion of the top plate 2g of the upper case 2c so that the protruding member 4 can be faced, and a rotary knob 6 is exposed from a substantially central portion of the bottom plate 2f of the lower case 2d. Yes.

  A pair of side guide pieces 2h, 2h are provided on both inner sides of each insertion hole 2a, 2a,..., And lower guide pieces 2i, 2i,. The lower guide piece 2i of the upper insertion hole 2a is inclined downward, and the lower guide piece 2i of the lower insertion hole 2a is inclined upward.

  An elastic protrusion 3b is provided slightly on the tip side from the position of the flange 3a of each insertion member 3, and when the insertion member 3 is inserted into the insertion hole 2a, it is press-fitted between the side guide pieces 2h and 2h. Thus, even if the hand is released from the insertion member 3, it is devised so as not to fall naturally. Furthermore, each lower guide piece 2i is inclined so that when the insertion member 3 is inserted into the insertion hole 2a, the distal end of the insertion member 3 faces downward in the case of the upper insertion hole 2a. In the case of the lower insertion hole 2a, when the insertion member 3 is inserted into the insertion hole 2a, the tip is guided so as to face upward.

  The rotary knob 6 is attached to the rotary cylinder 7 of the launching means 5, and this rotary cylinder 7 is fitted in a bearing portion 8a provided at the top edge of the top plate 2g of the upper case 2c. The rotary knob 6 is supported by a bearing portion 8b provided on the bottom plate 2f of the lower case 2d.

  The upper portion of the rotary cylinder 7 is provided with a receiving portion 9 that communicates with the opening 2b, and the lower portion of the projecting member 4 is accommodated. The tip is exposed to the outside through an insertion hole 9 a provided in the housing portion 9. The accommodating part 9 is provided with locking projections 9b, 9b at intervals of 180 °, and the engaging protrusions 9b, 9b are engaging recesses provided at the bottom of the projecting member 4 accommodated in the accommodating part 9. The rotating cylinder 7 of the firing means 5 is rotated together with the projecting member 4 by engaging with 4a and 4a. A compression spring 11 is elastically provided between the piston rod 10 and the bottom of the rotary cylinder 7, and is urged to always protrude the piston rod 10 from the housing portion 9 through the insertion hole 9a. The compression spring 11 may be replaced with a tension spring.

  On the support pieces 7a, 7a (only one is shown in FIG. 4) provided on the side of the rotating cylinder 7, the locking lever 13 of the locking release means 12 of the piston rod 10 can be automatically returned by the spring 14 and swings. The engaging portion 13a provided at the tip of the engaging lever 13 is inserted into the rotating cylinder 7 through the insertion hole 7b provided in the outer wall of the rotating cylinder 7. Has been. The locking lever 13 is also provided with a release plate 16 and faces one of the insertion holes 2a, 2a. Although a compression spring is used as the spring 14, it may be replaced with a tension spring, a leaf spring, or a torsion spring.

  A sound disk 17 having a plurality of concave and convex portions 17a formed on the outer periphery is attached to the bottom of the rotating cylinder 7 in the vicinity of the bottom plate 2f of the lower case 2d, particularly as shown in FIGS. The ratchet lever 18 is pivotally supported via a support shaft 19 so that a convex portion 18a at the tip is inserted into the concave and convex portion 17a of the sound disk 17. The ratchet lever 18 itself has a spring property, and the ratchet lever 18 is always urged to turn in one direction by bringing the elastic piece 18b into contact with the pin 20.

  Then, on this outer ring 17, as shown in FIGS. 3 and 4, a rotary knob 6 with a notch 6 a is integrally formed and provided on the bottom plate 2 f of the lower case 2 d of the case 2. It protrudes outside from the insertion hole 2j. Note that the shape of the rotary knob 6, the configuration of the sound disk 17 and how to attach it are not limited to those of the embodiment. Various shapes, configurations, and attachment methods are possible. Thus, as shown in FIG. 6 in particular, the sound producing means 22 is constituted by the sound producing disk 17 and the ratchet lever 18.

  Therefore, in order to play a game using the pop-out game toy 1 according to the present invention, first, when the piston rod 10 of the launching means 5 protrudes from the housing portion 9, the pop-out member 4 is attached to the case 2. When the piston rod 10 is pushed downward by being inserted through the opening 2b, the piston rod 10 is pushed into the accommodating portion 9 of the rotating cylinder 7 against the elasticity of the compression spring 11, and provided at the lower portion thereof. The locking portion 10a and the locking portion 13a of the locking lever 13 of the locking release means 12 are engaged, and the piston rod 10 stops at the pushed-in position. The piston rod 10 may be pushed using a finger.

  When the piston rod 10 has been pushed into the rotary cylinder 7 in advance, the piston rod 10 is already locked by the locking lever 13, so that the projecting member 4 is inserted from the opening 2b and accommodated. It may be simply placed on the part 9.

  In this way, after the projecting member 4 is set in the case 2, when the case 2 is placed on an appropriate table and the insertion member 3 is sequentially inserted into the insertion hole 2a, one insertion hole 2a By the way, a feeling that the insertion member 3 hits the release plate 16 provided on the lock lever 13 of the lock release means 12 can be obtained. Therefore, when the plug member 3 is further inserted, the lock lever 13 swings against the elasticity of the spring 14. Since the engagement between the locking portion 13a and the locking portion 10a of the piston rod 10 is released, the piston rod 10 is vigorously moved from the housing portion 9 to the opening 2b by the elasticity of the compression spring 11. And is locked to the rotating cylinder 7 by a stopper portion 7 c provided on the rotating cylinder 7. At this time, the ejecting member 4 inserted and placed in the accommodating portion 9 is ejected vigorously from the opening 2b. In addition, you may comprise the insertion hole which the protrusion member 4 jumps out by the insertion member 3 so that this may be several places per game.

  Once the pop-out member 4 jumps out, the game is performed in the same manner. However, the insertion hole 2a that causes the pop-out member 4 to jump out is specified as it is. Therefore, at the time of the next game, the rotary knob 6 is rotated to rotate the rotary cylinder 7, or the projecting member 4 is inserted into the accommodating portion 9 to engage the locking projection 9b with the engaging recesses 4a and 4a. If the projecting member 4 is rotated in the combined state to rotate the rotating cylinder 7, the release plate 16 of the locking release means 12 rotates together to change its position and other insertion holes that are not visible from the outside. Since it moves to the position 2a, it is impossible to predict which of the insertion holes 3a will be inserted into the insertion hole 2a, and the jumping member 4 will jump out, so that the game can be enjoyed.

  At that time, according to the present invention, when the rotary knob 6 provided at the bottom of the case 2 is rotated in any direction, the person who is looking from the outside will know how much the rotary knob 6 has been rotated. Since it cannot be confirmed, it is possible to increase the difficulty of prediction and increase the fun of the game.

  Next, when the rotary knob 6 and the projecting member 4 are rotated, the rotating cylinder 7 is rotated and the sound emitting disk 17 is rotated at the same time. Therefore, the convexity of the ratchet lever 18 that is oscillated and biased in one direction is obtained. The part 18a repeats entering and exiting the concave and convex part 17a, thereby generating a “crisp” rotating sound that can be heard by the player and enjoyed with his / her ears. In the above embodiment, the jump-out member is an animal doll, but it is not limited to this. Various things can be considered. Furthermore, although the insertion member is a dagger, it is not limited to this. Other things may be used.

  This type of jumping out game toy is a very long-lived product, and by adding more predictability to the insertion hole through which the jumping member pops out, it can provide a more entertaining game and rotate. Since it is possible to confirm with the ear whether or not the cylinder has been rotated, it is possible to double the fun of the game, so that it is possible to provide a jumping-out game toy that does not get tired further.

It is a front view of the pop-out game toy according to the present invention. It is a plane surface of the jumping out game toy according to the present invention. It is a bottom view of the pop-out game toy according to the present invention. It is a longitudinal cross-sectional view of the jumping out game toy according to the present invention. It is a bottom view of the part of the upper case of the jumping out game toy according to the present invention. It is a top view of the part of the lower case of the jumping out game toy concerning this invention. It is a rear view of an ejection member.

DESCRIPTION OF SYMBOLS 1 Jumping out game toy 2 Case 2a Insert hole 2b Opening part 2c Upper case 2d Lower case 2e Outer wall 2f Bottom plate 2g Top plate 2h Side guide piece 2i Lower guide piece 2j Insertion hole 3 Insertion member 3a Eave part 3b Elastic protrusion 4 Projection member 4a Engaging recess 5 Launching means 6 Rotating knob 6a Notch 7 Rotating cylinder 7a Supporting piece 7b Insertion hole 7c Stopper part 8a Bearing part 8b Bearing part 9 Housing part 9a Insertion hole 9b Locking projection 10 Piston rod 10a Engagement Stopping part 11 Compression spring 12 Locking release means 13 Locking lever 13a Locking part 14 Spring 15 Support shaft 16 Release plate 17 Sound disk 17a Concavity and convexity 18 Ratchet lever 18a Protruding part 18b Elastic piece part 19 Support shaft 20 Pin 21 Rotation Knob 21a Notch 22 Sound output means

Claims (1)

A case in which a plurality of insertion holes are provided on the outer periphery, and a center part axial direction of the case, which is rotatably attached between a bearing part provided on the top plate of the case and a bearing part provided on the bottom plate A rotating cylinder having an accommodating part at the top; a projecting member accommodated in the accommodating part of the rotating cylinder; an insertion member removably inserted into the insertion hole; A launching means for the projecting member comprising a piston cage that is accommodated so that it does not slip out, and a compression spring that is elastically placed between the piston rod and the bottom plate of the rotating cylinder; The unlocking means is configured to unlock the piston rod, and the unlocking means is swingably attached to the rotating cylinder and inserted through an insertion hole provided in the rotating cylinder. Lock to release lock A bar and a release plate that swings together with the locking lever and faces one of the insertion holes, and a rotary knob of the rotary cylinder is provided on the bottom of the case so as to be operable from the outside, A locking projection is provided on the part, and an engaging recess is provided on the projecting member to be engaged with the locking projection, so that the rotating cylinder can be rotated by rotating the projecting member. In addition, a ratchet lever having a convex portion that is attached to the rotating cylinder and provided with a plurality of concave and convex portions on the outer periphery, and that is oscillated and urged in one direction to mesh with the concave and convex portions of the acoustic disc. A toy game toy characterized in that a rotating sound is generated by the sound disk and the ratchet lever as the rotating cylinder rotates.

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