KR20130002375U - Ride-on toy - Google Patents

Abstract

It provides riding toys that can be used interchangeably as infant tricycles and kick scooters. In the riding toy (A) in which the infant is sitting with legs apart with the upper surface of the saddle (S) installed in a horizontal state at a constant installation height on the saddle support 10 of the toy body frame (F) as the seat surface 35, By installing the saddle (S) to be reversed in the opposite direction and installed in the saddle support 10, and installed in the saddle support 10, the infant's foot can be used as a kick scooter to put one foot on the stepped surface Configured to help.

Description

Riding Toys {RIDE-ON TOY}

The present invention relates to a riding toy that can be played while kicking the ground by an infant of about 1 to a half to 4 years old having a weight of about 20 kg in a park, a playground, or other stationary outdoors.

A riding toy (tricycle) which can also be used as a kick scooter (skate) is published in Non-Patent Document 1 as a commercial item. This is used as a riding toy (tricycle) A in which the infant spreads his legs on the saddle 1a and kicks the ground with both feet as shown in FIG. 15, and the infant touches the footrest 1b as shown in FIG. 16. It is possible to choose how to use it as a kick scooter (B) that enjoys driving while placing one foot and kicking the ground with the other foot, and these two types of use are the same (1a) or footrest (1b). ) Is considered to be the most known technique that is most similar to the present invention in that it is possible to change it to a different installation height.

In addition, when the handle post 3 descending from the handle bar 2 is used as a riding toy (tricycle) A, the height is shortened as shown in FIG. 15, while the kick post (skate) B is used. In use, the height is naturally extended as shown in FIG. Reference numeral 4 denotes a pair of left and right front wheels, and 5 denotes one rear wheel.

[Prior Art Literature]

[Non-Patent Document 1]

Little Tickles 2in1 Scooter Tricycle From Kick Scooter, Item No. LT-616112 (Search Sep 30, 2011) Internet <URL: http: //item.rakuten.co.jp/paranino/lt-616112/>

However, in the commercial item configuration shown in Figs. 15 and 16, the same part serving as the saddle 1a or the footrest 1b is cantilevered only on the handle bearing head 7 of the toy body frame 6. It is only installed in the form and forms a simple flat plate, and in particular, in the use state as the saddle 1a injured by the fixed installation height h1 in the toy body frame 6 as shown in FIG. The strength to support the weight stably is weak, and the infant's repeated fluctuations cause premature slack or breakage.

On the other hand, in the state where the saddle 1a is used as the footrest 1b lowered to the lowest position as shown in Fig. 16, since the footrest 1b is placed on the toy body frame 6, the ground height h2 is increased accordingly. Small infants with one foot on it are not only difficult to use, but there is also a risk of evangelism accidents.

In addition, the upper surface (horizontal seating surface) of the plate used as the saddle 1a of the riding toy (tricycle) A as shown in FIG. 15 is directly to the footrest 1b of the kick scooter (skaters) B as shown in FIG. Since one foot of an infant is put on with shoes or the like, the upper surface of the flat plate (horizontal foot surface) is not only damaged, but it is inevitable that it is deformed or damaged prematurely. Low durability

The present invention aims at a fundamental solution to all of these problems, and in order to achieve the object, claim 1 has a seating surface of the top of the birds installed in a horizontal state at a constant installation height in the saddle support of the toy body frame In riding toys that can sit with legs apart,

It is configured to be used as a kick scooter in which the infant puts one foot on the stepped surface of the birds turned upwards by installing the birds in the accommodating state by switching the birds back and forth and up and down facing the opposite direction. Riding Toys.

In addition, in claim 2, the saddle supporter of the toy body frame crosses the forward rising inclined wall surface at an obtuse angle with an obtuse angle so as to be approximately 'B' shaped from the side, and the saddle seat plate insert recess is formed on the bottom surface. Forming depressions,

The saddles may be viewed from the side by crossing the leg plate portion substantially corresponding to the forward rising inclined wall surface of the saddle support and the horizontal seat plate portion corresponding to the saddle seat plate insertion recess of the bottom surface at the same obtuse angle with the saddle support. When bent to form a 'b' shape,

While inserting the seat plate of the saddle to be received in the saddle seat plate insert recess of the saddle support, the upper end of the leg plate in the forward rise slope of the saddle to the upper front end of the front rise slope wall of the saddle support It can be used as a kick scooter to put one foot on the footrest facing upwards of the seat plate part by detachably installing and fixing through one horizontal drift bolt,

The saddle seat plate portion of the saddle seat plate insertion recess of the saddle support by converting the saddle back and forth and up and down to the opposite 'b' shape when viewed from the side, and the lower rear end of the leg plate portion becomes an inclined posture descending By inserting the rear end of the saddle seat plate in a state where it is prevented from falling out, and detachably installing and fixing the upper front end of the seat plate of the saddle to the upper front end of the front rising slope wall of the saddle base via one horizontal drift bolt. It is characterized in that the infant can be used as a riding toy that can sit with legs spread on the seating surface disposed upwardly of the seat plate.

Further, in claim 3, the same horizontal first and second attachment stays extend outwardly in the front and rear directions opposite to each other from the distal end of the leg plate portion and the seat plate portion forming the saddle, and at the same time, the first and second attachments. The drift bolt insertion holes are respectively opened in the center of the stay,

In the saddle pedestal, a saddle upper front accommodating concave section is formed in the upper front end of the front rising inclined wall surface, and can communicate with the drift bolt insertion through hole on the saddle side in both recessed and relatively raised left and right side surfaces. While opening a pair of drift bolt insertion through holes,

In the rear end of the saddle seat plate insertion recess formed in the horizontal bottom surface of the saddle support, saddle lower end insertion hole and lower rear end prevention tunnel are formed in communication with each other,

The first and second attachment stays on the saddle side can be installed to be compatible with each other in the saddle upper front receiving recess on the saddle pedestal side and the saddle lower rear fall prevention tunnel,

In addition, either one of the first and second attachment stays, which are the lower rear ends of the saddles, need only be inserted into the saddle bottom prevention tunnel of the saddle rest,

The other side of the first and second attachment stays, which are likewise the top shear of the saddle, are placed in the saddle top-end receiving recess of the saddle rest and then through the drift bolt insertion through mating communication with the saddle side and the saddle rest side. The horizontal drift bolt is inserted into the ball by using a horizontal drift bolt is characterized in that it is fixed to the front rising slope wall surface of the saddle support.

The method according to claim 4, wherein in the saddle the upper surface of the seat plate in which the infant is sitting with legs apart as a seat surface, a plurality of recesses are arranged along the left and right directions so that the infant does not slip,

By switching the birds back and forth and up and down to the opposite side, the upper surface of the seat plate portion on which the infant is to put one foot as the foot surface, a plurality of convex portions also along the left and right directions so that the infant does not slip on the foot surface It is characterized by being listed.

Furthermore, in claim 5, the pair of recessed recesses in which one hand can be inserted is recessed on both left and right side surfaces of the leg plate forming the birds.

According to the configuration of claim 1, by switching the birds of the riding toy so that the front and rear (top and back) is reversed, and replaced by the saddle support of the toy body frame, the infant is sitting with legs apart and kick the ground with both feet In addition to being used as a riding toy, it is very convenient because it can be used as a kick scooter (skater), in which the infant puts one foot on the reversed birds and kicks the ground with the other foot.

In addition, since the top and bottom (surface and back) of the birds are to be used separately as the seat surface where the infant sits with the legs apart and the foot surface where the infant rests on one foot, like the conventional commercial items described at the beginning, There is no fear that the seat surface will be damaged by one foot wearing shoes, and there is no need to perform frequent cleaning operations each time sitting, or there is no fear of birds being deformed or damaged prematurely.

In addition, when used as a kick scooter (skaters), because the birds switched upside down and front and rear are installed in the saddle support of the toy body frame, the ground height of the foot surface on which one foot of the infant is placed The height of the saddle rests at a height equivalent to the thickness of the saddle, and as a result, it does not depend on the height difference of the infant, and anyone can use it safely and stably, and there is no danger of falling like the commercially available product described in the introduction. .

In this case, using the configuration of claim 2, for the saddle support of the toy body frame, which is approximately 'b' shaped in the side view from the front ascending inclined wall surface and the horizontal bottom surface, the leg plate portion and the horizontal seat which almost correspond to this From the side of the plate, by installing the birds bent in a roughly 'b' shape, that is to say, in the same posture state, it is a kick scooter (skate) that allows the infant to put one foot on the foot surface facing the horizontal seat plate. While the state of use can be obtained, the postures of the birds are changed to approximately 'a' shape when viewed from the side so that the front, rear, top and bottom (surface and back side) face opposite, and the saddle support of the toy body frame is used for the same detachment operation. When installed by means of a seat, the use of a riding toy that allows the infant to sit with his legs apart on the seat surface which has been switched to face upwards of the horizontal seat plate may be obtained. It said, therefore, excellent stability and gender usage convenient.

In particular, if the configuration of claim 3 is used, the first and second attachment stays formed in the saddle are identical to each other, and the saddle upper front receiving recess formed in the saddle support of the toy body frame and the saddle lower trailing tunnel are identical and compatible with each other. It is easy to switch back and forth (surface and back) of the birds, and the lower rear end of the birds simply inserts into the saddle bottom prevention tunnel of the saddle rest, and only the upper shear of the birds Since the horizontal drift bolt detachable in the horizontal direction in the state supported by the saddle upper front accommodating concave section of the pedestal is fixed to the front rising inclined wall surface of the saddle pedestal, the operability of installation and detachment is further improved.

Furthermore, if the configuration of claim 4 is used, the top and bottom (surface and back) of the horizontal seat plate in the saddle can be used as separate seating and footing surfaces, and in any case can be kept in a stable state where the infant does not slip during use. have. If the configuration of claim 5 is used, particularly when the leg plate portion of the saddle is removed from the front rising inclined wall surface of the saddle support, there is an effect that the operation can be easily and conveniently performed.

1 is a perspective view showing a state of use as a riding toy (tricycle) according to the present invention.
2 is a side view of FIG. 1.
3 is a plan view of Fig.
4 is a cross-sectional view taken along line 4-4 of FIG. 3.
5 is a plan view showing the toy body frame separately.
6 is a right side view of FIG. 5.
7 is a cross-sectional view taken along line 7-7 of FIG.
8 is a side view of the birds separately.
9 is a plan view of FIG. 8.
10 is a right side view of FIG. 8.
11 is a perspective view showing a state of use as a kick scooter (skaters) according to the present invention.
12 is a side view of FIG. 11.
FIG. 13 is a plan view of FIG. 12.
14 is a sectional view taken along line 14-14 of FIG.
It is a perspective view which shows the use condition as a riding toy (tricycle) of the conventional commercial item.
It is a perspective view which shows the use condition as a kick scooter (skaters) of the same product.

Hereinafter, with reference to the drawings, preferred embodiments of the present invention will be described in detail, Figures 1 to 4 show the state of use as a riding toy (tricycle) A, reference numeral F denotes polyethylene, polypropylene, and other thermoplastic resins. And a toy body frame integrally molded (preferably blow molded), wherein the toy body frame (F) bounces continuously from the saddle rest (10) and the front part of the saddle support (10) forming an approximately 'b' shape when viewed from the side. Like the handle bearing head 11 which came out, it is equipped with the rear bearing tail 12 likewise extending back continuously at the back part of the saddle base 10.

In other words, as can be clearly seen in Figs. 5 to 7 showing the toy body frame F separately, the saddle rest 10 has an obtuse angle (preferably at an upwardly rising inclined wall surface 10a and a horizontal bottom surface 10b). The handle is inserted into a handle cone head 11 having a nose cone shape that protrudes continuously upward and upward from the upper portion of the front rising slope wall surface 10a. The ball 13 is penetrated in the form of a rear rising slope.

In addition, the horizontal bottom surface (10b) of the saddle support 10 is formed to protrude from the front portion to the rear portion, gradually wider in the left and right direction, the rear bearing tail 12 is narrow from the center of the rear portion It protrudes horizontally backwards by a certain length (E). Reference numeral 14 denotes a horizontal rear bearing insertion hole penetrating the entire rear bearing tail 12 including a pair of left and right bearing bosses 15, and a horizontal rear shaft 16 inserted horizontally therein. The pair of rear wheels 17 are supported freely rotatable. In addition, a fender (not shown) of the rear wheel 17 may be continuously bent from both left and right side surfaces of the rear bearing tail 12.

In addition, the saddle insertion recesses G1 and G2 having a perfect size and a contour shape corresponding to the saddle S to be described later are formed on the horizontal bottom surface 10b on the front rising inclined wall surface 10a of the saddle support 10. It is formed in the recessed state which the whole continues.

In this case, as can be clearly seen in FIG. 7, the saddle insertion recess G1 recessed in the front rising inclined wall surface 10a is a saddle leg plate portion insertion recess recess which is relatively shallow in depth. On the other hand, the saddle insertion recessed groove G2 recessed in the horizontal bottom surface 10b is formed with the depth of the saddle seat plate portion insertion recessed groove relatively deep.

However, the reason why the saddle leg portion insertion recess groove G1 of the front rising inclined wall surface 10a is shallowly recessed is a case in which a pair of left and right handle recess grooves formed in the seat plate portion of the saddle S to be described later is shielded. This is to prevent the saddle leg plate insertion recess (G1) can be omitted.

Furthermore, as shown in FIGS. 5 and 7, the saddle S upper front receiving concave section 18 to be described later communicates with the saddle leg part insertion concave groove G1 at an upper front end of the front rising inclined wall surface 10a. As seen from the top, it is recessed into an inverted 'U' shape (the 'U' shape which is open backward). Reference numerals W, D, and L denote opening widths, depths, and front and rear lengths of the saddle upper shear accommodating end face 18.

Reference numeral 19 denotes a drift bolt insertion hole formed as an opening in a pair facing each other in recessed and relatively raised left and right side wall surfaces, and a drift for saddle fixing described in which one outer end is described later. The large diameter head portion of the bolt is opened in a circular shape, and the other outer end portion is opened in a square (preferably hexagonal) shape for preventing rotation of the fixing nut described later.

5 and FIG. 5 such that the lower rear end insertion hole 20 of the saddle S communicates with the saddle seat plate insertion recess G2 at the rear end portion (the boundary with the rear bearing tail) of the horizontal bottom surface 10b. As shown in 7, it is formed without a bottom. Reference numeral 21 represents a saddle S lower rear fall prevention tunnel that is in good communication with the same opening width W as the lower rear end insertion hole 20 of the saddle S, and the ceiling surface 21c is the saddle S To prevent the lower rear end of the

That is, the saddle (S) upper front receiving concave end face 18 as shown in Figure 7 is opened upwards to support the saddle (S) upper front from the bottom, likewise saddle (S) lower rear fall prevention tunnel 21 Has an opening width (W), a depth (D), and a front and rear length (L) that are substantially the same as the saddle (S) top shear receiving recessed end face (18), and is opposite to the top shear receiving recessed end face (18). Opening, the saddle (S) in the lower end insertion hole 20 smoothly enters into the interior of the saddle lower fall prevention tunnel 21 and the lower rear end of the inserted saddle (S) exits upwards from the ceiling surface (21c) This can be prevented.

In addition, the saddle (S) upper front accommodating concave cross-section (18) when viewed from above as shown in Figure 5 forms an inverted 'U' shape (opening 'U' shape in the rear), saddle (S) to face each other The lower rear fall prevention tunnel 21 forms a 'U' shape ('U' shape which is open to the front) when viewed from below, and is almost identical in shape and size to each other, and the upper and lower ends of the saddle (S). Can be accommodated and bound.

Reference numeral 22 denotes a front fork consisting of an inverted 'U' shaped metal plate (preferably a steel plate), from which a metal tube (as well as a steel tube) stem 23 integrally upwardly extends from the toy body. It is penetrated and inserted in the handle insertion hole 13 of the handle bearing head 11 of the frame F so that attachment and detachment are possible from below.

Reference numeral 24 denotes a front fork cover made of thermoplastic resin which also serves as a front wheel fender, and is integrated with the stem 23 of the front fork 22. Reference numeral 25 is a horizontal front axle fixed to the lower ends of the front fork 22 and the front fork cover 24, and one front wheel 26 is rotatably supported by the front axle.

Further, reference numeral 27 denotes a metal tube (preferably steel pipe) handle post detachably inserted upwardly into the stem 23 of the front fork 22, and the thermoplastic cover connecting cover 28 covering the fitting portion. And it is possible to rotate with the front fork 22 by the connecting bolt nut 29 passing through the fitting portion.

In this case, at least one pair of connecting bolt insertion holes 30a and 30b are formed in the handle post 27 fitted to the stem 23 and the connecting cover 28 of the front fork 22, and the upper connecting bolt By inserting the connecting bolt nut 29 into the insertion hole 30a, the handle post 27 can be fixedly held in a line position shortened to a low height as shown in FIGS. 1 to 4, and the connecting bolt nut ( 29), the handle post 27 can be fixed and held in a linear posture with a large height as shown in FIGS. 11 to 14 by removing and plugging it into the lower connection bolt insertion hole 30b.

As a result, the handle bar 31 made of thermoplastic resin is fixed to the upper end of the handle post 27 via a pair of upper and lower through bolt nuts 32 so that the infant can hold it with both hands. Front wheel 26 can be controlled. Reference numeral 33 denotes a pair of upper and lower thermoplastic spacers inserted and sealed in the handle insertion hole 13 of the handle bearing head 11.

The above-mentioned saddle S has a shape viewed from the side corresponding to the saddle insertion recesses G1 and G2 of the saddle support 10 using a thermoplastic resin such as polyethylene or polypropylene as the toy body frame F. This 'b' shape is integrally molded (preferably blow molding), and this is viewed from the side with the toy body frame F reversed from front to back and top and bottom (surface and back) as shown in Figs. When installed so as to be approximately 'a' shape, it can be used as a riding toy (tricycle) (A) that allows the infant to sit with legs open to the saddle (S).

That is, as shown separately in FIGS. 8 to 10, the saddle S fits snugly in correspondence with the saddle leg plate insertion recess G1 recessed in the forward rising inclined wall surface 10a of the saddle support 10. It has a relatively short leg plate portion 34a and a relatively long seat plate portion 34b that is fitted in correspondence with the saddle seat plate portion insertion recess G2 recessed in the horizontal bottom surface 10b of the saddle support 10. The leg plate portion 34a and the seat plate portion 34b are cross-curved at an obtuse angle, such as an obtuse angle (preferably about 100 °) α of the saddle rest 10.

In addition, the upper surface (surface) of the horizontal seating plate portion 34b where the infant sits with his legs apart when used as the saddle S is a seating surface 35, which is formed as a smooth concave curved surface when viewed from the side, while the seating plate portion is The lower surface (back surface) of 34b is a footrest surface (step surface) 36 on which an infant places one foot, and a plurality of convex portions 37 are arranged along the left and right directions so that one foot does not slip.

On the inclined surface rising rearward of the seating surface 35, a plurality of recesses 38 are arranged along the left and right directions so that the infant does not slip, and the raised rear end of the seating surface 35 is arcuate when viewed from above. It is finished. Reference numeral 39 denotes a pair of handle recesses recessed in the left and right side surfaces of the leg plate portion 34a in the saddle S, and a guardian of an infant or the like protects the saddle S from the toy body frame F. FIG. When detaching, use one hand to pick up.

In addition, the tip portion of the leg plate portion 34a of the relatively short leg plate portion 34a and the relatively long seat plate portion 34b of the saddle S bent in a substantially '-' shape when viewed from the side as shown in FIGS. 8 to 10. In the first attached stay 40 of dowel shape (angular bar shape) having a constant width (X), length (Y) and thickness (Z) in the opposite direction to the seat plate portion (34b). Direction) is bent at approximately right angles β, and is in a horizontal state substantially parallel to the seat plate portion 34b.

On the other hand, even at the distal end of the seating plate portion 34b, the second attachment stay having a fixed nail shape (angular bar shape) having the same constant width X, length Y and thickness Z as the first attachment stay 40 ( 41 protrudes substantially horizontally in the extending direction of the seating surface 35 (outward direction opposite to the protruding direction of the said 1st attachment stay), and is substantially parallel with the said 1st attachment stay 40. As shown in FIG.

Reference numeral 42 denotes the same drift bolt insertion through hole formed in the center of the first and second attachment stays 40 and 41, and is in perfect communication with the drift bolt insertion through hole 19 on the saddle support 10 side. The long drift bolt 43 for fixing the saddle which will be described later is inserted in this way so as to be detachable in the horizontal direction, and the fixing nut 44 is fastened to the distal end thereof.

Here, the first and second attachment stays 40 and 41 of the saddle S, similarly to the saddle upper front accommodating concave section 18 and the saddle lower end fall prevention tunnel 21 formed in the saddle pedestal 10. The drift bolt insertion hole 42 has the same compatibility with each other as the overall size and shape, including the saddle (S) to the saddle support 10 of the toy body frame (F) front and rear and up and down (surface and back) ) Reverse installation is available.

Thus, when used as a passenger toy (tricycle) A as shown in Figures 1 to 4, when viewed from the side to the rear downward inclination posture (front rising inclination posture) of the saddle (S) forming an approximately 'a' shape First, insert the horizontal first attachment stay 40, which protrudes from the leading end portion (lower rear end) of the standing leg plate portion 34a outward (back), to the saddle lower end insertion hole 20 of the saddle support 10, At this time, the first attachment stay 40 is inserted into the lower rear end prevention tunnel 21.

Subsequently, the saddle upper front accommodating concave section of the saddle pedestal 10 is similarly provided with the horizontal second attachment stay 41 which protrudes outward (front) from the leading end (top shear) of the seat plate portion 34b of the saddle S. After mounting on (18), one long drift bolt 43 is inserted into the drift bolt insertion through holes 19 and 42 aligned so as to communicate with each other on the saddle S side and the saddle support 10 side. And, by fastening the fixing nut 44 to the front end of the drift bolt 43, the saddle (S) is fixed to the front rising inclined wall surface (10a) of the saddle base 10 of the toy body frame (F).

Then, the seat plate portion 34b of the saddle S is fixed to the saddle support 10 of the toy body frame F by the leg plate portion 34a in which the seat plate portion 34b stands in the rear downward slant position (forward rising slant position). Since it is stably supported in the horizontal direction at (H1), the infant can sit on the seat surface 35 of the seat plate portion 34b with the legs apart, and can run by kicking the ground with both feet.

In this case, since the relatively deep saddle seat plate insertion recess G2 of the saddle support 10 is in an upward opening state, suitable small articles (not shown) such as for play or cleaning can be stored therein, and Since the saddle lower end insertion hole 20 is open at the rear end of the saddle seat plate insertion recess groove G2 without a bottom, a foreign material such as earth and sand that accidentally entered into the saddle seat plate insertion recess groove G2 When not using the riding toy can be dropped out by sweeping out through the saddle lower end insertion hole (20).

In the case of using as a riding toy (tricycle) A capable of sitting with the legs open to the saddle S as described above, as can be clearly seen from FIGS. 1 to 4, the connection bolt on the lower side of the handle post 27 By inserting the connecting bolt nut 29 into the insertion hole 30b, the handle bar 31 can be maintained in a fixed state with a small height that the infant sitting on the seat surface 35 can operate.

On the other hand, in the case of using as a kick scooter (skaters) B as shown in Figs. 11 to 14, the toy body by removing the saddle S in the state of Figs. 1 to 4 by removing the fixing drift bolt 43. It is once removed from the saddle support 10 of the frame F, and turned to almost 'b' shape when seen from the side to the front, rear and top and bottom (surface and back).

First, the saddle lower end insertion hole 20 of the saddle support 10 has a horizontal second attachment stay 41 which protrudes outward from the front end (lower rear end) of the seat plate portion 34b of the saddle S toward the outside (back). Inserted in, and in this case, too, is inserted in the state entered into the lower rear end fall prevention tunnel 21.

Next, the saddle pedestal 10 similarly extends the horizontal first attachment stay 40 that is bent toward the outside (front) from the front end (upper front end) of the leg plate portion 34a standing up in the forward rising inclination position of the saddle S. Drift bolt in the horizontal direction to the drift bolt insertion through-hole (19, 42) aligned in communication between the saddle (S) side and the saddle support (10) side By inserting the through 43 and fastening the fixing nut 44 to the distal end, the saddle S is fixed to the same forward rising inclined wall surface 10a of the saddle support 10 of the toy body frame F. .

Then, the seating plate portion 34b of the saddle S is completely sunk inside the deep saddle seating plate insertion recess G2 formed in the horizontal bottom surface 10b of the saddle support 10 of the toy body frame F. Not only does the stepping surface 36 and the bottom surface 10b of the saddle base 10 of the seat plate part 34b, which are inserted in the state, form a uniform upper surface (surface) without stepping on each other, but also the step surface The ground height H2 of (36) becomes remarkably low.

This allows the infant to safely and stably place one foot on the footrest surface 36 of the seat plate part 34b, and can be driven by kicking the ground with the other foot, regardless of the height difference of the infant, and always easy to use. Can be.

In the case of using the kick scooter (skaters) B in this way, as is apparent from FIGS. 11 to 14, the connecting bolt nut 29 is replaced with the connecting bolt insertion hole 30a on the upper side of the handle post 27. And the handle bar 31 stands on the footrest surface 36 and is held at a fixed height that is high enough to be gripped and manipulated by the infant.

In the above, the saddle S is used as a riding toy (tricycle) A as shown in Figs. 1 to 4, and as a kick scooter (skate) B as shown in Figs. Although the purpose of turning (surface and back) is reversed, the saddle S is changed from the use state as such a kick scooter (B) to the use state as a riding toy (tricycle) A, of course. And such desorption operations are the same.

In this case, in the use state of FIGS. 11 to 14, the pair of left and right handle recesses 39 recessed in the leg plate portion 34a of the saddle S is a front rising slope wall surface of the saddle support 10 ( Since it is not shielded by 10a and is open in the lateral direction, when removing the leg plate portion 34a of the saddle S from the saddle support 10 of the toy body frame F, the handle recess groove ( It is very convenient to pick up one hand on 39).

Furthermore, the saddle S is used as a riding toy (tricycle) A as shown in FIGS. 1 to 4 in a state of use as a kick scooter (skate) B as shown in FIGS. 11 to 14 or in the opposite direction. In any case of the transformation, the lower rear end of the saddle S is inside the saddle lower end fall prevention tunnel 21 formed in the saddle support 10 of the toy body frame F, and only the operation of simply pulling out and inserting it into the state. Only the upper front end of the saddle S is placed on the saddle upper front accommodating concave end face 18 formed on the forward rising inclined wall surface 10a of the saddle support 10 and detached to the front rising inclined wall surface 10a. Since it is enough to be detachably installed and fixed using the saddle fixing drift bolt 43, it is possible to carry out the above-mentioned conversion of the use state and the installation work to the saddle support 10 in a light, one-touch operation manner. will be.

Further, the riding toy A of the illustrated embodiment is a three-wheeled vehicle having one front wheel 26 and a pair of left and right rear wheels 17, but a pair of left and right front wheels 26 and one rear wheel 17 to replace it. The present invention can be applied to a three-wheeled vehicle consisting of a three-wheeled vehicle or a four-wheeled vehicle composed of the front wheel 26 and the rear wheel 17 by one pair of left and right.

10: Saddle Pedestal
10a: forward rising ramp
10b: bottom
11: handle bearing head
12: rear bearing tail
13: handle hole
14: rear bearing insert hole
15: bearing boss
16: rear axle
17: rear wheel
18: saddle top shear accommodating cross section
19: Drift bolt insertion through hole
20: saddle bottom insertion hole
21: Saddle fall prevention tunnel
21c: ceiling
22: front fork
23: Stem
24: front fork
25: front axle
26: Front wheel
27: handle post
28: connecting cover
29: connecting bolts and nuts
30a, 30b: connecting bolt insert hole
31: handlebar
32: through bolts and nuts
33: spacer
34a: leg plate portion
34b: seat plate
35: seat surface
36: scaffolding surface
$ 37: non-slip convex
38: anti-slip recess
39: handle recess
40: first stay
41: second attachment stay
42: Drift bolt insertion through hole
43: drift bolt
44: retaining nut
A: riding toy (tricycle)
B: Kick Scooter
F: toy body frame
S: Saddle
G1: saddle leg plate insert recess
G2: saddle seat plate insert recess
H1: Saddle Mounting Height
H2: Footboard Ground Height

Claims (5)

In the riding toy that allows the infant to sit with legs apart, with the upper surface of the birds installed horizontally at a constant installation height on the saddle support of the toy body frame,
By installing the birds so that the front and rear and up and down are reversed so as to be accommodated in the saddle support, it is configured to be used as a kick scooter to put one foot on the footrest of the birds turned upward. Riding toys. The method according to claim 1,
The saddle support of the toy body frame has an obtuse angle crossing the front rising inclined wall surface with an obtuse angle so as to have a 'b' shape when viewed from the side, and forming a saddle seat plate insert recess in the bottom surface thereof,
The saddles may be viewed from the side by crossing the leg plate portion substantially corresponding to the forward rising inclined wall surface of the saddle support and the horizontal seat plate portion corresponding to the saddle seat plate insertion recess of the bottom surface at the same obtuse angle with the saddle support. When bent to form a 'b' shape,
While inserting the seat plate of the saddle to be received in the saddle seat plate insert recess of the saddle support, the upper end of the leg plate in the forward rise slope of the saddle to the upper front end of the front rise slope wall of the saddle support It can be used as a kick scooter to put one foot on the footrest facing upwards of the seat plate part by detachably installing and fixing through one horizontal drift bolt,
The saddle seat plate portion of the saddle seat plate insertion recess of the saddle support by converting the saddle back and forth and up and down to the opposite 'b' shape when viewed from the side, and the lower rear end of the leg plate portion becomes an inclined posture descending By inserting the rear end of the saddle seat plate in a state where it is prevented from falling out, and detachably installing and fixing the upper front end of the seat plate of the saddle to the upper front end of the front rising slope wall of the saddle base via one horizontal drift bolt. Riding toy, characterized in that the infant can be used as a riding toy that can sit with legs spread upward on the seat surface disposed upward. The method according to claim 2,
From the tip of the leg plate portion forming the saddle and from the tip of the seat plate portion, horizontal first and second attachment stays horizontally protruding outward from each other extend outwardly and at the center of the first and second attachment stays, respectively. The drift bolt insertion through hole is opened,
In the saddle pedestal, a saddle upper front accommodating concave section is formed in the upper front end of the front rising inclined wall surface, and can communicate with the drift bolt insertion through hole on the saddle side in both recessed and relatively raised left and right side surfaces. While opening a pair of drift bolt insertion through holes,
In the rear end of the saddle seat plate insertion recess formed in the horizontal bottom surface of the saddle support, saddle lower end insertion hole and lower rear end prevention tunnel are formed in communication with each other,
The first and second attachment stays on the saddle side can be installed to be compatible with each other in the saddle upper front receiving recess on the saddle pedestal side and the saddle lower rear fall prevention tunnel,
In addition, either one of the first and second attachment stays, which are the lower rear ends of the saddles, need only be inserted into the saddle bottom prevention tunnel of the saddle rest,
The other side of the first and second attachment stays, which are likewise the top shear of the saddle, are placed in the saddle top-end receiving recess of the saddle rest and then through the drift bolt insertion through mating communication with the saddle side and the saddle rest side. Ride toy inserted into the ball in the horizontal direction using the drift bolt, characterized in that it is installed and fixed to the front rising slope wall surface of the saddle support. The method according to claim 2 or 3,
In the saddle, the upper surface of the seat plate in which the infant is sitting with legs apart as a seat surface, and the plurality of recesses are arranged along the left and right directions so that the infant does not slip,
By switching the birds back and forth and up and down to the opposite side, the upper surface of the seat plate portion on which the infant is to put one foot as the foot surface, a plurality of convex portions also along the left and right directions so that the infant does not slip on the foot surface Riding toys, characterized in that listed. The method according to claim 2 or 3,
Recessed toy, characterized in that formed in the left and right side surfaces of the leg plate forming the saddle, a pair of recessed groove recessed into one hand.

Images