JPS639350Y2 - - Google Patents
Info
- Publication number
- JPS639350Y2 JPS639350Y2 JP17664582U JP17664582U JPS639350Y2 JP S639350 Y2 JPS639350 Y2 JP S639350Y2 JP 17664582 U JP17664582 U JP 17664582U JP 17664582 U JP17664582 U JP 17664582U JP S639350 Y2 JPS639350 Y2 JP S639350Y2
- Authority
- JP
- Japan
- Prior art keywords
- track
- transfer
- upper track
- traveling body
- transfer table
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired
Links
- 230000002093 peripheral effect Effects 0.000 claims description 2
- 238000010586 diagram Methods 0.000 description 2
- 210000000078 claw Anatomy 0.000 description 1
- 230000000630 rising effect Effects 0.000 description 1
Landscapes
- Toys (AREA)
Description
【考案の詳細な説明】
本考案は、所定の段差をもつて分断された下部
軌道と上部軌道の間において、走行体を下部軌道
より上部軌道に回転移送する走行玩具用軌道連継
体に関する。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a track connection for a traveling toy that rotates and transfers a running body from the lower track to the upper track between a lower track and an upper track separated by a predetermined step.
軌道を敷設し、この軌道上に電車、自動車等の
乗物あるいは動物等を模した走行体を走らせて遊
ぶ走行玩具は、幼児等にとつて非常に興趣のある
ものである。しかし、この走行玩具も、軌道が単
調で変化に乏しいものは、好奇心の旺盛な幼児等
にとつて短時日に飽きられてしまうことから、走
行体の走行に変化を与えるため、軌道に対する改
良、工夫が種々なされている。本考案も、それら
改良のうちの一つであり、下部軌道から移乗して
きた走行体を、所定の段差をもつて分断された上
部軌道に回転移送すると共に、走行体の上部軌道
上の走行により移送台を自動的に下部軌道位置に
戻すことのできる走行玩具用軌道連継体の提供を
目的とする。 2. Description of the Related Art Traveling toys, in which a track is laid and a vehicle such as a train, a car, or a moving object imitating an animal, are run on the track are very interesting for young children. However, with these traveling toys, if the trajectory is monotonous and there is little variation, curious children and others will get bored with it in a short time, so in order to change the running of the traveling object, improvements to the trajectory are made. Various efforts have been made. The present invention is one of those improvements, in which the traveling body transferred from the lower track is rotated and transferred to the upper track divided by a predetermined step, and the traveling body is moved on the upper track. The purpose of the present invention is to provide a track connection body for a traveling toy that can automatically return a transfer platform to a lower track position.
上記目的達成のため、本考案の走行玩具用軌道
連継装置は、所定の段差をもつて分断された下部
軌道と上部軌道の間に配設され、下部軌道から移
乗してきた走行体を上部軌道へ回転移送可能に構
成したものであつて、下記の要件を備えることを
特徴とするものである。即ち、
(イ) 円筒支柱と、該円筒支柱にアームを介して回
転自在に枢設された移送台と、該移送台を上部
軌道側に一時的に係止する係止機構とからな
る。 In order to achieve the above object, the track connecting device for traveling toys of the present invention is arranged between a lower track and an upper track that are separated by a predetermined step, and a running object transferred from the lower track is transferred to the upper track. The device is configured so that it can be rotated and transferred to, and is characterized by having the following requirements. That is, (a) it consists of a cylindrical support, a transfer stand rotatably mounted on the cylindrical support via an arm, and a locking mechanism that temporarily locks the transfer stand on the upper track side.
(ロ) 上記円筒支柱は外周壁に、上記移送台の回転
移送経路に沿う螺旋溝状の開口を周設し、該開
口の縁面にフラツクを刻設する。(b) The cylindrical support has a spiral groove-shaped opening along the rotation transfer path of the transfer table on its outer peripheral wall, and a flake is carved on the edge surface of the opening.
(ハ) 上記アームはピニオンを備え、上記開口を挿
通して配置され、上記ピニオンを上記ラツクと
噛合させる。(c) The arm includes a pinion and is disposed through the opening to engage the pinion with the rack.
(ニ) 上記係止機構は、上方に付勢されて上部軌道
から突設され、上部軌道に達した移送台を係止
して下部軌道側への戻りを妨げる係止フツク
と、上記上部軌道上に突設された解放部材とか
らなる。(d) The locking mechanism includes a locking hook that is biased upward and protrudes from the upper track, locks the transfer platform that has reached the upper track, and prevents it from returning to the lower track, and and a release member protruding from the top.
(ホ) 上記解放部材を、走行体が上記移送台から上
記上部軌道へ移送した際に走行体と当接して下
降するよう設け、上記係止フツクを該解放部材
の下降に伴ない付勢力に抗して押下げられ上記
走行体の係止を解くよう解放部材に連結させて
設ける。(E) The release member is provided so that it comes into contact with the traveling body and descends when the traveling body is transferred from the transfer table to the upper track, and the locking hook is applied with a biasing force as the releasing member descends. It is connected to a release member so as to be pushed down against the force to release the lock of the traveling body.
以下、本考案の一実施例を図面にもとづいて説
明する。 Hereinafter, one embodiment of the present invention will be described based on the drawings.
第1図は走行玩具用軌道連継体の全体斜視図、
第2図は要部截断正面図、第3図は係止機構の構
成図、第4図は走行体の斜視図を示す。 Figure 1 is an overall perspective view of a track joint for a traveling toy;
FIG. 2 is a cutaway front view of essential parts, FIG. 3 is a configuration diagram of the locking mechanism, and FIG. 4 is a perspective view of the traveling body.
図面において、10は基台で、その略中央部に
円筒支柱11を立設してある。円筒支柱11は、
その外周に180度にわたつて展開する螺旋溝状の
開口、12が形成してあり、この開口12の下側
縁にはラツク13が刻設してある。開口12の展
開角度及び高度差は、下部軌道31と上部軌道3
2の配置位置及び段差によつて決定される。又、
円筒支柱11の中空内部中心には案内棒14が立
設してある。 In the drawings, reference numeral 10 denotes a base, and a cylindrical support 11 is erected approximately at the center thereof. The cylindrical support 11 is
A spiral groove-shaped opening 12 extending over 180 degrees is formed on its outer periphery, and a rack 13 is carved on the lower edge of this opening 12. The deployment angle and height difference of the opening 12 are the lower orbit 31 and the upper orbit 3.
It is determined by the arrangement position of No. 2 and the difference in level. or,
A guide rod 14 is erected at the center of the hollow interior of the cylindrical support 11.
20は走行体40を下部軌道31から上部軌道
32へ回転移送する移送台で、移送台本体21の
一側方にアーム22を突設し、且つ、このアーム
22の他端を円筒支柱11内部の案内棒14と摺
動自在に環合する案内筒23に固着してある。移
送台本体21の載置面一側辺に走行案内壁24を
形成し、アーム22側の他側辺前部にラツク25
及び他側辺後部に歯車26が設けてある。アーム
22は下方と側辺の一部を開口すると共に、駆動
歯車27を側辺の開口部に対応して位置するよう
軸着した軸27aを装架してある。この軸27a
の一端は移送台本体21まで延長し、歯車26と
噛合する中間歯車26aを軸着している。したが
つて、歯車26は、中間歯車26aと軸27aを
介して駆動歯車27と連結している。一方、駆動
歯車27は、円筒支柱11の開口12に刻設した
ラツク13と噛合している。そのため、歯車26
が回転し駆動歯車27に回転力が伝えられると、
駆動歯車27はラツク13上を転走して移送台2
0全体を上方に螺旋運動させる。このとき、案内
筒23と案内棒14の環合により移送台20が傾
斜するのを防止し水平を保つている。なお、28
は案内筒23の上部において案内棒14に螺合す
るばねで、移送台20が上部軌道32と連接する
位置に達した際に圧縮され、案内筒23を下方に
弾発するよう機能する。又、21aは移送台本体
21の載置面前部に突設されたストツパで、板ば
ね21bによつて弾発自在に形成されている。 Reference numeral 20 denotes a transfer table for rotatably transferring the traveling body 40 from the lower track 31 to the upper track 32. An arm 22 is provided protruding from one side of the transfer table main body 21, and the other end of this arm 22 is connected to the inside of the cylindrical support 11. The guide tube 23 is fixed to a guide tube 23 which is slidably connected to the guide rod 14 of the guide rod 14. A travel guide wall 24 is formed on one side of the mounting surface of the transfer table main body 21, and a rack 25 is formed on the front of the other side on the arm 22 side.
A gear 26 is provided at the rear of the other side. The arm 22 has an opening at its lower part and a part of its side, and is equipped with a shaft 27a on which a drive gear 27 is pivoted so as to be positioned corresponding to the opening on the side. This shaft 27a
One end extends to the transfer table main body 21, and an intermediate gear 26a that meshes with the gear 26 is pivoted thereon. Therefore, gear 26 is connected to drive gear 27 via intermediate gear 26a and shaft 27a. On the other hand, the drive gear 27 meshes with a rack 13 carved in the opening 12 of the cylindrical column 11. Therefore, gear 26
When rotates and rotational force is transmitted to the drive gear 27,
The drive gear 27 rolls on the rack 13 and transfers to the transfer table 2.
0 in a spiral motion upwards. At this time, the guide cylinder 23 and the guide rod 14 are coupled together to prevent the transfer table 20 from tilting and keep it horizontal. In addition, 28
is a spring that is threadedly engaged with the guide rod 14 at the upper part of the guide tube 23, and is compressed when the transfer table 20 reaches a position where it connects with the upper track 32, and functions to spring the guide tube 23 downward. Further, reference numeral 21a denotes a stopper projecting from the front of the loading surface of the transfer table main body 21, and is formed so as to be elastically resilient by a leaf spring 21b.
上部軌道32は截頭円錘型をした台33の頂上
面に形成されており、この台33の上部軌道32
の進入側には、係止フツク34が突設されてい
る。係止フツク34は、引張ばね35によつて常
時上方に付勢されており、移送台本体21が上部
軌道32と連接する位置に達した際に移送台本体
21の下縁と係合し、移送台20を係止する。
又、係止フツク34は、上部軌道32と連続する
橋36と、台33の内部に設けたリンク機構37
を介して連係しており、橋36の上に走行体40
が走行してきて橋36を下降させるとリンク機構
37の動作によつて移送台本体21の下縁との係
合を解き、移送台20を解放する。なお、移送台
20の係止を解く解放部材としては、上記の橋3
6の他に、上部軌道32底面から突出する爪、あ
るいは上部軌道32側部から突出する衝合棒等
種々のものを利用できる。 The upper track 32 is formed on the top surface of a truncated cone-shaped stand 33, and the upper track 32 of this stand 33
A locking hook 34 is provided protrudingly on the entry side of the holder. The locking hook 34 is constantly urged upward by a tension spring 35, and engages with the lower edge of the transfer table main body 21 when the transfer table main body 21 reaches a position where it connects with the upper track 32. The transfer table 20 is locked.
Furthermore, the locking hook 34 is connected to a bridge 36 that is continuous with the upper track 32 and a link mechanism 37 provided inside the platform 33.
There is a traveling body 40 on the bridge 36.
When the bridge 36 runs and lowers the bridge 36, the link mechanism 37 disengages from the lower edge of the transfer table main body 21 and releases the transfer table 20. Note that the above-mentioned bridge 3 is used as a release member for releasing the lock of the transfer table 20.
In addition to 6, various other types can be used, such as a claw protruding from the bottom surface of the upper raceway 32 or an abutment bar protruding from the side of the upper raceway 32.
走行体40は自動車の形状をし、その内部にバ
ツテリ、乾電池あるいはぜんまい等の駆動源を備
えた自走式のもので、後輪41を駆動輪として走
行する。駆動後輪41の外方には小歯車42が突
設してあり、走行体40が移送台本体21に移乗
した際、歯車26と噛合して回転を伝えるように
構成されている。なお、走行体40の形状として
は、自動車以外の乗り物あるいは動物等を模すこ
とが可能である。 The traveling body 40 is a self-propelled vehicle having the shape of a car, and is equipped with a drive source such as a battery, a dry battery, or a mainspring inside, and runs with rear wheels 41 as driving wheels. A small gear 42 is protruded from the outside of the driving rear wheel 41, and is configured to mesh with the gear 26 and transmit rotation when the traveling body 40 is transferred to the transfer table main body 21. Note that the shape of the traveling body 40 can be modeled after a vehicle other than a car, an animal, or the like.
次に、本実施例の作用について説明する。 Next, the operation of this embodiment will be explained.
移送台20が下部軌道31と連接している状態
において、走行体40が下部軌道31から移送台
本体21に移乗してくると、走行体40はストツ
パ21aによつて進行を阻止される。このとき、
走行体40の後部駆動輪41に突設された小歯車
42は、移送台本体21の他側辺後部に突設した
歯車26と噛合し、後輪41をスリツプさせなが
ら該歯車26を回転させる。この歯車26の回転
は、中間歯車26aと軸27aを介して駆動歯車
27に伝達される。これにより、駆動歯車27は
螺旋溝12のラツク13上を転走し、案内棒14
を回転中心として上部軌道方向に回転しつつ徐々
に上昇する。駆動歯車27が開口12の最上部ま
でラツク13上を転走すると、移送台20は略
180度回転され、且つ下部軌道31と上部軌道3
2の段差分だけ上昇し、上部軌道32と連接位置
に達する。 When the moving body 40 is transferred from the lower track 31 to the transfer platform main body 21 in a state where the transfer table 20 is connected to the lower track 31, the moving body 40 is stopped from advancing by the stopper 21a. At this time,
A small gear 42 protruding from the rear drive wheel 41 of the traveling body 40 meshes with a gear 26 protruding from the rear of the other side of the transfer table main body 21, and rotates the gear 26 while causing the rear wheel 41 to slip. . This rotation of gear 26 is transmitted to drive gear 27 via intermediate gear 26a and shaft 27a. As a result, the drive gear 27 rolls on the rack 13 of the spiral groove 12, and the guide rod 14
It gradually rises while rotating in the direction of the upper orbit around the center of rotation. When the drive gear 27 rolls on the rack 13 to the top of the opening 12, the transfer table 20 is approximately
Rotated 180 degrees, and lower orbit 31 and upper orbit 3
It rises by 2 steps and reaches the position where it connects with the upper track 32.
移送台20が上部軌道32との連接位置に達す
ると、移送台本体21の前部下縁に係止フツク3
4が係合して、移送台20をその位置に係止す
る。一方、案内筒23の上部で案内棒13に螺合
されたばね28は、案内筒23と案内棒14の上
部支持体との間で圧縮され、案内筒23を下方に
弾発するよう作用する。このような状態で移送台
20が上部軌道32と連接して係止されると、駆
動歯車27の回転が阻止されるため移送台本体2
1の歯車26も回転を停止し、この歯車26はラ
ツクとして機能することになる。そのため、走行
体40は駆動後輪41に突設した小歯車42と、
歯車26及びラツク25との噛合により強力な前
進力を与えられ、ストツパ21aを乗り上げ、且
つ下方に押動しつつ上部軌道32に移動して行
く。 When the transfer table 20 reaches the connecting position with the upper track 32, a locking hook 3 is attached to the front lower edge of the transfer table main body 21.
4 engages and locks the transfer platform 20 in that position. On the other hand, the spring 28 screwed onto the guide rod 13 at the upper part of the guide tube 23 is compressed between the guide tube 23 and the upper support of the guide rod 14, and acts to spring the guide tube 23 downward. When the transfer table 20 is connected and locked with the upper track 32 in this state, the rotation of the drive gear 27 is blocked, so that the transfer table main body 2
The gear 26 of No. 1 also stops rotating, and this gear 26 functions as a rack. Therefore, the traveling body 40 has a small gear 42 protruding from the driving rear wheel 41,
A strong forward force is applied by the meshing with the gear 26 and the rack 25, and it rides on the stopper 21a and moves to the upper track 32 while being pushed downward.
走行体40が上部軌道32から跳ね上つた橋3
6に走行して行くと、橋36は走行体40の重量
によつて押し下げられて橋上走行路を形成する。
同時に、橋36の下降によつてリンク機構37が
動作し、係止フツク34を引張ばね35に抗して
押し下げ、移送台本体21との係合を解き、移送
台20の上部軌道32連接位置への係止を解く。
係止フツク34による係止を解かれた移送台20
は、案内筒23の上部で圧縮されているばね28
の弾発力及び自重により、螺旋溝12に沿つて歯
車27がラツク13上を転走しつつ下部軌道31
と連接する位置まで下降し初期状態に戻る。移送
台20が初期状態に戻り、且つ走行体40が橋上
走行路から走り去ると、橋36は再び跳ね上り、
係止フツク34も引張ばね35によつて上方に付
勢された状態に戻る。 Bridge 3 where the traveling body 40 jumps up from the upper track 32
6, the bridge 36 is pushed down by the weight of the vehicle 40 to form a bridge running path.
At the same time, the link mechanism 37 operates due to the lowering of the bridge 36, pushes down the locking hook 34 against the tension spring 35, releases the engagement with the transfer table main body 21, and moves the upper track 32 of the transfer table 20 to the connected position. Release the lock.
Transfer platform 20 released from locking by locking hook 34
is the spring 28 compressed at the top of the guide tube 23.
The gear 27 rolls on the rack 13 along the spiral groove 12 due to the elastic force and weight of the lower track 31.
It descends to the position where it connects with and returns to the initial state. When the transfer table 20 returns to its initial state and the traveling body 40 runs away from the bridge traveling path, the bridge 36 jumps up again.
The locking hook 34 is also returned to its upwardly biased state by the tension spring 35.
以上の如く本考案によれば、所定の段差をもつ
て分断された下部軌道と上部軌道との間において
走行体の回転移送を円滑に行なえ、走行体の進行
手段に変化をもたせることができ走行玩具による
遊びを一層楽しくする。又、走行体が上部軌道上
を走行して、解放部材を作動させることによつて
移送台を自動的に初期状態に戻すので、走行体の
移送動作のみならず、移送台の戻り動作をも一連
の関連した動作として楽しむことができると共
に、走行体の移送台から上部軌道への移送を確実
に行なうことができる。更に、移送台の回転上昇
運動を、電池等の駆動源を設けることなく、走行
体の走行駆動力を利用して行なわしめているの
で、幼児等に不思議な感じを与え、より興趣を誘
うことができる。 As described above, according to the present invention, it is possible to smoothly rotate and transfer the traveling body between the lower track and the upper track, which are separated by a predetermined step, and it is possible to change the means of movement of the traveling body, and to make it possible for the traveling body to move smoothly. To make playing with toys even more fun. Furthermore, since the traveling body travels on the upper track and the transfer table is automatically returned to its initial state by operating the release member, it is possible to perform not only the transport operation of the traveling body but also the return operation of the transfer table. This can be enjoyed as a series of related operations, and the traveling body can be reliably transferred from the transfer table to the upper track. Furthermore, since the rotating and rising movement of the transfer table is performed using the driving force of the traveling body without providing a driving source such as a battery, it gives a mysterious feeling to young children and attracts more interest. can.
第1図は走行玩具用軌道連継体の全体斜視図、
第2図は要部截断正面図、第3図は係止機構の構
成図、第4図は走行体の斜視図を示す。
10……基台、11……円筒支柱、12……開
口、13……ラツク、14……案内棒、20……
移送台、21……移送台本体、22……アーム、
23……案内筒、26……歯車、27……駆動歯
車、31……下部軌道、32……上部軌道、34
……係止フツク、36……解放部材、40……走
行体、42……小歯車。
Figure 1 is an overall perspective view of a track joint for a traveling toy;
FIG. 2 is a cutaway front view of essential parts, FIG. 3 is a configuration diagram of the locking mechanism, and FIG. 4 is a perspective view of the traveling body. 10... Base, 11... Cylindrical support, 12... Opening, 13... Rack, 14... Guide rod, 20...
Transfer table, 21... transfer table body, 22... arm,
23... Guide cylinder, 26... Gear, 27... Drive gear, 31... Lower track, 32... Upper track, 34
... Locking hook, 36 ... Release member, 40 ... Traveling body, 42 ... Small gear.
Claims (1)
軌道の間に配設され、下部軌道から移乗してきた
走行体を上部軌道へ回転移送可能に構成した下記
要件を備えたことを特徴とする走行玩具用軌道連
継装置。 (イ) 円筒支柱と、該円筒支柱にアームを介して回
転自在に枢設された移送台と、該移送台を上部
軌道側に一時的に係止する係止機構とからな
る。 (ロ) 上記円筒支柱は外周壁に、上記移送台の回転
移送経路に沿う螺旋溝状の開口を周設し、該開
口の縁面にラツクを刻設する。 (ハ) 上記アームはピニオンを備え、上記開口を挿
通して配置され、上記ピニオンを上記ラツクと
噛合させる。 (ニ) 上記係止機構は、上方に付勢されて上部軌道
から突設され、上部軌道に達した移送台を係止
して下部軌道側への戻りを妨げる係止フツク
と、上記上部軌道上に突設された解放部材とか
らなる。 (ホ) 上記解放部材を、走行体が上記移送台から上
記上部軌道へ移送した際に走行体と当接して下
降するよう設け、上記係止フツクを該解放部材
の下降に伴ない付勢力に抗して押下げられ上記
走行体の係止を解くよう解放部材に連結させて
設ける。[Scope of Claim for Utility Model Registration] A utility model that is arranged between a lower track and an upper track that are separated by a predetermined step, and configured to be able to rotate and transfer a traveling body transferred from the lower track to the upper track, meets the following requirements: A track connecting device for a running toy, characterized by comprising: (a) It consists of a cylindrical support, a transfer stand rotatably mounted on the cylindrical support via an arm, and a locking mechanism that temporarily locks the transfer stand on the upper track side. (b) The cylindrical support has a spiral groove-shaped opening formed around the outer peripheral wall thereof along the rotational transfer path of the transfer table, and a rack is carved on the edge surface of the opening. (c) The arm includes a pinion and is disposed through the opening to engage the pinion with the rack. (d) The locking mechanism includes a locking hook that is biased upward and protrudes from the upper track, locks the transfer platform that has reached the upper track, and prevents it from returning to the lower track, and and a release member protruding from the top. (E) The release member is provided so that it comes into contact with the traveling body and descends when the traveling body is transferred from the transfer table to the upper track, and the locking hook is applied with a biasing force as the releasing member descends. It is connected to a release member so as to be pushed down against the force to release the lock of the traveling body.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP17664582U JPS5979194U (en) | 1982-11-22 | 1982-11-22 | Track connecting device for traveling toys |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP17664582U JPS5979194U (en) | 1982-11-22 | 1982-11-22 | Track connecting device for traveling toys |
Publications (2)
Publication Number | Publication Date |
---|---|
JPS5979194U JPS5979194U (en) | 1984-05-29 |
JPS639350Y2 true JPS639350Y2 (en) | 1988-03-18 |
Family
ID=30383995
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP17664582U Granted JPS5979194U (en) | 1982-11-22 | 1982-11-22 | Track connecting device for traveling toys |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS5979194U (en) |
-
1982
- 1982-11-22 JP JP17664582U patent/JPS5979194U/en active Granted
Also Published As
Publication number | Publication date |
---|---|
JPS5979194U (en) | 1984-05-29 |
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