JPH054875Y2 - - Google Patents

Description

[Detailed Description of the Invention] (Industrial Application Field) The present invention relates to a toy in which a doll such as an animal repeatedly performs swinging and ascending and descending motions.

(Prior Art and Problems) Conventionally, there have been toys in which dolls imitating animals repeatedly move up and down slopes using belts and gears. Since this lifting toy has a simple action of simply repeating the lifting and lowering movement, it lacks realism and gets tired of looking at it quickly, making it a boring and uninteresting toy.

(Means for Solving the Problems) The present invention has been made to solve the above problems, and a drive mechanism is connected to one of the lower parts of the wall erected on the base of the main body, and Among the inner and outer hooking pieces formed on the elevating body, a rotating body provided with a hooking body that engages with the outer hooking piece is arranged, and above the wall body, the lifting body raised by the rotating body is hooked. A first hooking body and a second hooking body are formed on the lower end of the rotating body, and a first hooking body and a second hooking body are suspended to swing back and forth between the rotating body and the landing part in synchronization with the rotating body. On one opposing side, a landing part of the elevating body moved by the first and second hanging bodies is formed at the end of a slope part, and the slope part extends from the landing part to below the rotating body. and the elevating body is raised by a rotary body, and then the inner hooking piece of the elevating body is moved by engaging with the hooking part of the first hooking body by the rotation of the first hooking body, and further the second hooking body is moved. By the rotation of the combination, the outer engaging piece of the elevating body is engaged with the engaging part of the second hanging body, moved to the landing part at the end of the slope part, and then slid down to the lower part of the rotating body by the slope part. Features.

(Function) The elevating body starts to rise by engaging the engaging piece of the elevating body with the latch body of the rising mechanism that is driven by the power mechanism. Near the upper end of the ascending mechanism, the elevating body engaged with the hook of the swing mechanism that has swung from the side is moved by the swing mechanism that repeats the swinging motion, and after rising to near the other upper end, Move into position.

(Embodiment) An embodiment of the present invention will be described based on the drawings of FIGS. 1 to 11.

As shown in the front view of FIG. 1, the aerial moving toy of this embodiment has a wall 8 erected on the top of a base 71, a lifting mechanism 2 on the front left side of the wall 8, and a landing section on the upper right side. 61 is arranged, and the above-mentioned lifting mechanism 2 and the landing section 61
The swing mechanism 3 that repeatedly swings back and forth between
It is suspended from the upper part, and furthermore, a slope part 6 is constructed from the landing part 61 to the base 71 below the lifting mechanism 2.

Further, a power mechanism 4 for driving the lifting mechanism 2 and the swing mechanism 3 is disposed on the back surface of the wall 8, and the roof 7
2 is constructed on the upper part of the wall body 8, and the main body 1 has the above-mentioned mechanisms integrated therein, and several elevating bodies 5 shown in FIG. 6 are constructed.

Each part will be explained in detail below.

As shown in FIGS. 8 to 10, the power mechanism 4 includes a battery B, a rotational power source for a motor M driven by the battery, and a gear mechanism 4 such as a reduction gear group R.
Consists of 0.

This gear mechanism 40 includes a reduction gear group R that adjusts the rotational power to an appropriate rotational speed, and a reduction gear group R that changes the axial direction of the rotational shaft to a substantially right angle with the reduced rotational power to rotate the rotational shaft 27 of the lifting mechanism 2. A crown gear 41,
A cam mechanism 42 consisting of a cam pin 42a installed upright on one gear Ra of the reduction gear group R and a cam plate 42b carved with a groove 42c that slidably fits into the cam pin 42a. The cam mechanism 42 causes a rack gear 43 to reciprocate in the vertical direction, and the vertical movement of the rack gear 43 causes the shafts 37 and 39 of the swing mechanism 3 to be moved vertically.
sector gear 4 that rotates the
Consisting of 5.45.

As will be described later, when the main body is operated, the cam pin 42a rotates with the rotation of the gear Ra, and the cam plate 42b rotates.
is pushed up and the rack gear 43 rises, the sector gears 45, 45 rotate in opposite directions, so the left and right hooks 31, 33 close. Conversely, when the rack gear 43 descends, the first hook 31,
The second hooking body 33 is operated to open.

The rack gear 43 is provided with a sliding safety mechanism 47 that can be set in a semi-fixed state in order to avoid the power of the reciprocating motion by the cam mechanism 42 when the sector gears 45, 45 are overloaded. Further, this sliding safety mechanism 47 is normally set in a semi-fixed state by a leaf spring or the like.

The lifting mechanism 2 is pivotally supported on the wall 8, and the crown gear 41
It consists of a rotating shaft 27 fixed to a rotating shaft 27, and a rotating body 25 fixed to the rotating shaft 27 with its central axis aligned with the rotating shaft 27.

As shown in FIG. 3, the rotating body 25 has two discs arranged parallel to each other with a certain distance between them, and two arms 26, 26 protruding from the discs to face each other. It becomes. Hooking bodies 21, 21 are provided protruding from inside near the tips of the arms 26, 26. This hanging body 2
The shape of No. 1 is a cylindrical shape with a notch extending approximately one-third of the circumference, and when the arms 26, 26 are in the approximately vertical direction, the notch of the upper hanging body 21 is located on the left side. Fix it so that it will.

The swing mechanism 3 is suspended from the upper part of the wall 8 and has a first hanging body 3 that is pivotally supported by the swing shafts 37 and 39.
1 and a second hanging body 33.

As shown in FIG. 5, the first hanging body 31 has a shape in which the lower ends of a pair of rod-shaped bodies arranged in parallel and connected at the upper part are each curved in one direction,
The straight portion is defined as a suspension portion 31A that is suspended from the swing shaft 37, and the curved lower end portion is defined as an engagement portion 31B that engages with a engagement piece 51N of the elevating body 5, which will be described later.

Further, the distance between the pair of rod-shaped bodies is narrower than the distance between the inner sides of both arms 52, 52 of the elevating body 5, and is set to a width that allows the engaging piece 51N of the elevating body 5 to engage.

As shown in FIG. 4, the second hanging body 33 has a shape in which the lower ends of a pair of rod-like bodies arranged substantially parallel and connected at the upper part are each curved in one direction, and the straight part is bent in the above-mentioned swing direction. The suspension part 33A is suspended from the shaft 39, and the lower end curved part is connected to the hanging piece 5 of the elevating body 5.
It is assumed that the engaging portion 33B engages with 1T.

Further, the distance between the pair of rod-like bodies is set to be wider than the distance between the outer sides of both arms 52, 52 of the elevating body 5, and to a width that allows the engaging piece 51T of the elevating body 5 to engage.

The slope part 6 is a landing part 61 as shown in FIG.
A slope is formed from the base 71 below the lifting mechanism 2, and on both sides of this slope, the lifting body 5
It has an upright part that guides you downhill.

The elevating body 5 has both arms 52, 52 as shown in FIG.
It is a monkey doll with its legs raised and its legs thrown forward, and metal wheels 53, 53, which also serve as weights, are arranged in a row in the front and back on the lower surface of an elevating body 5 that corresponds to the monkey's buttocks. Further, at the upper ends of both arms 52, 52, which correspond to the hands, engaging pieces 51 are formed so as to protrude to the left and right of the hands, as if a monkey were grasping two short sticks. That is, this hooking piece 51 is formed by forming a pair of hooking pieces 51T protruding on the outside and a pair of hooking pieces 51N protruding on the inside.

As shown in FIG.
The movable pieces 63, 63 are pivotally supported at the left end of the landing section 61, and an extrusion member 65 is integrally formed on the upper part of the landing section 61. The lower part of the landing part 61 is a plate-shaped body forming a slope 67 for sliding the inner engaging piece 51N of the elevating body 5, and its width is equal to the width of both arms 52 of the elevating body 5,
The gap is slightly narrower than the gap of 52.

Further, the left front portion of the landing portion 61 is cut out to a width slightly narrower than the gap formed by the pair of engaging pieces 51N of the elevating body 5, thereby forming a cutout portion 62.

The movable pieces 63, 63 are two triangular small plates,
It consists of a connecting plate 64 that connects these two small plates so as to keep them parallel, and a bearing part 66 that is fixed to each of the two small plates. The movable pieces 63, 63 are pivotally supported at the tips of the landing portion 61. Usually, the upper surface of the movable piece 63 forms a slope, and the movable piece 63
3 is formed so as to close the notch 62.

Next, the operation of this embodiment will be explained based on an explanatory diagram of the operating principle in FIG. 2. In addition, in the figure, only the hooking piece 51 of the elevating body 5 will be shown and explained.

When the power switch SW provided on the back side is turned on, the rotating body 25 starts rotating, and in conjunction with this rotation, the swing mechanism 3 also starts swinging. In this case, as described above, the swing mechanism 3 is swung by the shafts 37 and 39 which are rotated by the rotation of the sector gears 45 and 45 as the rack gear 43 moves up and down.

The engaging piece 51A of the elevating body 5 at the lower left of FIG. 2 is shown sliding down the slope portion 6 and stopping at the lowest end. The lifting mechanism 2 slowly rotates in the direction of arrow cause it to rise.

The elevating body 5 is pushed from the right side by the suspension part 31A of the first hooking body 31 that has been swinging from the right before the highest point of the rotating body 25, as shown at the hooking point position 51B.
The engagement state between the hooking body 21 and the outer hooking piece 51T is released, and the hooking portion 31B of the first hooking body 31 engages with the inner hooking piece 51N of the elevating body 5.

Next, as shown at the hooking point position 51C, the elevating body 5 moves to the right by the swinging movement of the first hooking body 31, and just before reaching the rightmost point, the second hanging body 5 swings from the right direction. 33 from the right side, the engagement state between the first hooking body 31 and the inner hooking piece 51N is released, and the outer hooking piece 51 of the elevating body 5 is pushed from the right side.
The T slides down the slope of the hanging part 33A and falls into the engaging part 33B, and engages with the engaging part 33B.

Furthermore, as shown at the engagement point position 51D, the elevating body 5 moves to the right by the swinging motion of the second engagement body 33 on the right side, and before reaching the rightmost point, the elevating body 5
and the second interlocking body 33 maintain the interlocking state,
The inner engaging piece 51N pushes up the movable piece 63 pivotally supported at the tip of the landing part 61, comes out above the landing part 61, and further rises.

At this time, the movable piece 63 is released from the locked state with the inner hooking piece 51N and falls again to the landing part 61.
The open state of the notch 62 at the tip of is closed. In addition, as shown at 51E in FIG. 2, the elevating body 5 is located at the second
Near the uppermost end of the hooking body 33, the engagement with the second hooking body 33 is released by the extrusion member 65, and the movable piece 63 falls onto the upper slope, and the inner hooking piece 51N
slides down the slope and the slope 67 of the landing section 61,
As shown in FIG. 2 51F, the wheels 53, 53 of the elevating body 5 are placed on the upper surface of the slope portion 6 at the right end of the landing portion 61.
, and then freely slide down to the end of the slope section 6, and repeat the above operation again.

Furthermore, since the hooking piece 51 of the elevating body 5 is only engaged with the latch body 21 in a contact state, the elevating body 5 always keeps both arms 52, 52 upward and wheels 53, 53 downward due to its own weight. As shown in the figure, it moves in a hanging posture that allows it to swing freely.

In this embodiment, the lifting mechanism 2 uses the rotating body 25 to lift the elevating body 5, but a belt or a gear may also be used.

As mentioned above, the aerial moving toy of this embodiment has the first hanging bodies 3 on the left and right sides of the lifting mechanism 2 and the swing mechanism 3.
1. The second hanging body 33 is interlocked with the elevating body 5.
Although it makes you climb and swing,
Since the timing of the connections at the communication parts with each mechanism includes the free falling part of the elevating body 5, it gives a realistic impression as if a monkey was crossing from swing to swing. Moreover, in the above description, the operation of one elevating body 5 has been explained, but since two to four elevating bodies are normally used, it can be made even more interesting. Further, the number of hooking bodies constituting the swing mechanism is not limited to two, but may be any number.

(Effects of the invention) In the aerial moving toy of the present invention, an elevating object imitating an animal etc. performs a swing motion while repeatedly rising and falling, but the swing motion of this elevating object is actually performed in circuses etc. Like the trapeze act, it contains elements of instability at first glance, so the movements are highly realistic and always give fresh surprises to the viewer, making it a fascinating experience.

Also, since the elevating body itself does not have a power source,
It has the advantages of being easy to handle, such as being easy to mold into shapes that children like, and being hard to break.

[Brief explanation of drawings]

The drawings show an embodiment of the present invention, with FIG. 1 being a front view of the main body, and FIG. 2 being a front view of main parts explaining the operation.
Figure 3 shows a rotating body, A is a plan view, B is -
Line sectional view, FIG. 4 shows the second hanging body, A is a front view, B is a side view, FIG. 5 shows the first hanging body, A is a front view, B is a side view, FIG.
is a front view, B is a side view, and Figure 6 shows the elevating body.
A is a front view, B is a side view, Fig. 7 is a landing section, A is a front view, B is a plan view, Fig. 8 is a front view showing the power mechanism, and Fig. 9 is a front view with the rack gear removed. , FIG. 10 is a front view showing the cam mechanism, and FIG. 11 is a rear view of the main body. 1...Aerial moving toy, 2...Ascent mechanism, 3...
Swing mechanism, 4... Power mechanism, 5... Lifting body,
6... Slope part, 31, 33... Hanging body, 51
...hanging piece.

Claims (1)

[Scope of utility model registration request] A rotating body is connected to the drive mechanism on one side of the lower side of the wall erected on the base of the main body, and has hooking bodies at both ends that engage with the outer hooking pieces of the inner and outer hooking pieces formed on the elevating body. At the same time, an engaging part is formed at the lower end above the wall body to engage the elevating body raised by the rotating body, and a reciprocating swing is provided between the rotating body and the landing part in synchronization with the rotating body. A first hanging body and a second hanging body that move are suspended, and a landing part of the elevating body moved by the first hanging body and the second hanging body is attached to a slope on one side of the rotating body facing each other. A slope part is formed at the end of the part, and a slope part extends from the landing part to below the rotary body, and the elevating body is raised by the rotary body, and then, by rotation of the first hanging body, the inside of the elevating body is The engaging piece is engaged with the engaging part of the first engaging body and moved, and the outer engaging piece of the elevating body is engaged with the engaging part of the second engaging body by the rotation of the second engaging body, and the end of the slope part is moved. move it to the landing part of the
An aerial moving toy characterized in that the toy is then allowed to slide down to the lower part of the rotating body using a slope section.