JPH0748307Y2 - Water carrier - Google Patents
Water carrierInfo
- Publication number
- JPH0748307Y2 JPH0748307Y2 JP1989104940U JP10494089U JPH0748307Y2 JP H0748307 Y2 JPH0748307 Y2 JP H0748307Y2 JP 1989104940 U JP1989104940 U JP 1989104940U JP 10494089 U JP10494089 U JP 10494089U JP H0748307 Y2 JPH0748307 Y2 JP H0748307Y2
- Authority
- JP
- Japan
- Prior art keywords
- groove
- annular water
- water
- water groove
- annular
- 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 - Lifetime
Links
Description
【考案の詳細な説明】 ［産業上の利用分野］ 本考案は、例えば遊園地や博覧会場などにおいて、人や
荷物の運搬、あるいは遊覧等に供するため設備される、
ループ状の水上搬送装置に関するものである。[Detailed Description of the Invention] [Industrial field of application] The present invention is provided, for example, at an amusement park, an exhibition hall, etc., for transporting people or luggage, or for sightseeing.
The present invention relates to a loop-shaped waterborne transport device.
［従来技術とその問題点］ 従来この種の水上搬送装置では、高所よりポンプを用い
て環状水溝内に水を流し、その流速によってボート状の
搬送艇を前進させるという方式が採られていた。しかし
この従来の方式では、搬送艇の移動に従い次第に流速が
弱くなるため、搬送艇の移動速度も漸減して行くという
欠点がある。[Prior Art and Its Problems] Conventionally, in this type of above-water transportation device, a method is used in which water is caused to flow into an annular water groove from a high place by using a pump, and a boat-shaped transportation boat is advanced based on the flow velocity. It was However, this conventional method has a drawback that the moving speed of the transport boat gradually decreases because the flow velocity gradually decreases as the transport boat moves.
また、近時このような欠点を解消するため、環状水溝の
溝底面要所に底深部を凹設し、環状水溝内の水を一定方
向に循環させる水流発生装置を上記底深部内に沈設し、
環状水溝と嵌合しその溝側に沿って可動なよう浮設せら
れた搬送艇が、上記水流発生装置の作用によって環状水
溝内を一定方向に進行するよう構成せしめた水上搬送装
置も考案せられている。しかし、複数の環状水溝間をベ
ルトコンベヤーのような移送機構により連絡し、一の環
状水溝内の搬送艇を他の環状水溝内へ移送させようとす
る場合には、各環状水溝内に導入される移送機構の上昇
始端部および下降終端部が障碍となり、この部分で水流
が停滞して搬送艇を進行させることができなくなる。Further, in recent years, in order to eliminate such drawbacks, a bottom deep portion is provided in a groove bottom important part of the annular water groove, and a water flow generation device for circulating water in the annular water groove in a certain direction is provided in the bottom deep portion. Sunk,
There is also an above-water carrier device that is configured so that the carrier boat fitted into the annular water groove and floated along the groove side so as to move along the groove side moves in a certain direction in the annular water groove by the action of the water flow generator. It has been devised. However, when connecting a plurality of annular water grooves by a transfer mechanism such as a belt conveyor to transfer a carrier boat in one annular water groove to another annular water groove, The ascending start end and the descending end end of the transfer mechanism introduced into the inside become obstacles, and the water flow becomes stagnant at this part, and the transport boat cannot be advanced.
［考案の目的］ 本考案の目的は、搬送艇の移動速度が漸減することなく
環状水溝内を移動し得ると共に、一の環状水溝内から他
の環状水溝内へ搬送艇を移送させることも可能な水上搬
送装置を、設備せしめることにある。[Object of the Invention] The object of the present invention is to allow a carrier boat to move in an annular water groove without a gradual decrease in moving speed, and to transport a carrier boat from one annular water groove to another annular water trench. It is also possible to install a water transport device that is capable of doing so.
［考案の構成］ 本考案に係る水上搬送装置においては、 ループ状をなす複数の環状水溝の溝底面要所に底深部を
夫々凹設し、上記各環状水溝内の水を一定方向に循環さ
せる水流発生装置を夫々の底深部内に沈設し、各環状水
溝と嵌合しその溝側に沿って可動なよう浮設せられた搬
送艇が、上記水流発生装置の作用によって環状水溝内を
一定方向に進行するよう構成した水上搬送装置におい
て、 上昇始端部を一の環状水溝内所定位置に導入し下降終端
部を他の環状水溝内所定位置に導入した移送機構の駆動
により、一の環状水溝内の搬送艇が他の環状水溝内へ移
送せしめられるようになし、 かつ、移送機構の上昇始端部および下降終端部の周辺に
おける各環状水溝の溝側面に凹所を刳設し、前記上昇始
端部および下降終端部の各導入位置の後方からその前方
へ水流を流通させる補助水流発生装置を夫々の凹所内に
設置した。[Structure of the Invention] In the above-described water conveying device according to the present invention, deep bottom portions are respectively recessed at the groove bottom points of the plurality of loop-shaped annular water grooves, and the water in each of the annular water grooves is unidirectionally formed. The transport watercraft, in which the circulating water flow generators are submerged in the respective bottom deep parts, are fitted to the respective annular water grooves and are floated so as to be movable along the groove sides, are caused by the action of the water flow generators. In a water conveyance device configured to travel in a groove in a certain direction, a transfer mechanism in which a rising start end is introduced at a predetermined position in one annular water groove and a falling end end is introduced at a predetermined position in another annular water groove The transfer boat in one ring-shaped water groove is transferred to the other ring-shaped water groove, and the groove side surface of each ring-shaped water groove in the vicinity of the rising start end and falling end part of the transfer mechanism is recessed. Place after the introduction position of the rising start end and the falling end Auxiliary water flow generators for circulating water flow from one side to the front side were installed in each recess.
［実施例］ 以下実施例の図面により説明する。[Embodiment] An embodiment will be described below with reference to the drawings.
１‥‥１は高低差を有する複数の環状水溝であって、遊
園地などにおける景観の遊覧に供せしめ、あるいは博覧
会場などの各パビリオン間を連絡するよう、夫々ループ
状に設けられている。1 ... 1 is a plurality of annular water grooves with height differences, each of which is provided in a loop so that it can be used for sightseeing in a landscape at an amusement park or to connect between pavilions such as an exhibition hall. .
２‥‥２は各環状水溝１の溝底面要所に２箇所以上ほぼ
等間隔で凹設せられた底深部、３は各底深部２‥‥２の
前方部に附設せられた緩やかな上り勾配の傾斜面、４‥
‥４は環状水溝１内の水を一定方向に循環させるための
水流発生装置であって、各底深部２‥‥２内において噴
出口4a‥‥4aを前方の傾斜面３へ向けて若干上傾状に数
基ずつ並列に沈設する。2 ... 2 is a bottom deep portion formed at two or more places at substantially equal intervals on the bottom surface of each annular water groove 1 and 3 is a gentle depth attached to the front part of each bottom deep portion 2 ... 2 Upslope slope, 4 ...
4 is a water flow generator for circulating the water in the annular water groove 1 in a certain direction, and the jet ports 4a ... 4a are slightly directed toward the front inclined surface 3 in each bottom deep part 2 ... 2. Several units are laid in parallel in a tilted manner.
５は水流発生装置４‥‥４の上方に施される覆蓋、６は
覆蓋５の後方に施された後部ストレーナー、７は覆蓋５
の前方に施された前部ストレーナーでであり、これらは
環状水溝１の溝底面とほぼツライチ状となるように施さ
れている。Reference numeral 5 is a cover lid provided above the water flow generators 4 ... 4, 6 is a rear strainer provided behind the cover lid 5, and 7 is a cover lid 5.
Is a front strainer applied to the front of the annular water groove 1, and these are applied so as to be substantially in the shape of a tritch with the bottom surface of the annular water groove 1.
８は人や荷物などを搭積するボート状の搬送艇であっ
て、各環状水溝１と嵌合しその溝側に沿って可動なよう
浮設せられている。Reference numeral 8 denotes a boat-shaped carrier boat for carrying people, luggage, etc., which is fitted to each annular water groove 1 and is floated so as to be movable along the groove side.
９はベルトコンベヤー等の移送機構であって、上昇始端
部9aを一の環状水溝１内所定位置に導入し、下降終端部
9bを他の環状水溝１内所定位置に導入して臥設せられ、
その駆動により、一の環状水溝１内の搬送艇８を他の環
状水溝１内へ移送させる役割を司る。Reference numeral 9 denotes a transfer mechanism such as a belt conveyor, which introduces the rising start end 9a into a predetermined position in one annular water groove 1 and the falling end.
9b is introduced into another annular water groove 1 at a predetermined position and is laid down,
The drive serves to transfer the carrier boat 8 in one annular water groove 1 into another annular water groove 1.
移送機構９の上昇始端部9aおよび下降終端部9bの周辺に
おける各環状水溝１‥‥１の溝側面には、凹所10‥‥10
が刳設せられており、各凹所10の前後に流通口11a,11b
を存置して余部を閉塞する態様で側板12が縦設されてい
る。該側板12は環状水溝１の溝側面とほぼツライチ状と
なるように縦設するのである。A recess 10 ... 10 is formed on the groove side surface of each annular water groove 1 ... 1 around the rising start end 9a and the descending end 9b of the transfer mechanism 9.
Are installed at the front and back of each recess 10 and the flow ports 11a, 11b are provided.
The side plate 12 is vertically installed in such a manner that the side plate 12 is left in place and closes the extra portion. The side plate 12 is vertically installed so as to be substantially in the shape of a tritch with the side surface of the annular water groove 1.
13‥‥13は上記上昇始端部9aおよび下降終端部9bの各導
入位置の後方から前方へ水流を流通させるための補助水
流発生装置であって、各凹所10‥‥10内において噴出口
13a‥‥13aを前方へ向けて沈設する。14は凹所10内を噴
出側10aと吸引側10bとに区画する逆流防止壁である。Reference numeral 13 denotes an auxiliary water flow generator for flowing a water flow from the rear to the front of each of the introduction positions of the ascending start end 9a and the descending end 9b, and a jet port in each recess 10
13a ・ ・ ・ 13a is sunk toward the front. Reference numeral 14 is a backflow prevention wall that divides the inside of the recess 10 into a jet side 10a and a suction side 10b.
噴出側10aに開口される流通口11aは、緩やかな傾斜面16
aによって移送機構９の上昇始端部9aおよび下降終端部9
bの導入位置よりも前方位置において環状水溝１内へ導
かれ、かつ、環状水溝１と斜交状に対向する格子状の吐
出整流スクリーン17aが附設されている。また、吸引側1
0bに開口される流通口11bは、吸込整流スクリーン17bを
附設し、傾斜面16bに沿って移送機構９の上昇始端部9a
および下降終端部9bの導入位置よりも後方位置において
環状水溝１と導通する。The flow port 11a opened on the ejection side 10a has a gentle slope 16
The ascending start end 9a and the descending end part 9 of the transfer mechanism 9
A grid-like discharge rectifying screen 17a is provided which is guided to the annular water groove 1 at a position forward of the introduction position of b and which opposes the annular water groove 1 in an oblique manner. Also, suction side 1
The flow port 11b opened at 0b is provided with a suction rectifying screen 17b, and the rising start end 9a of the transfer mechanism 9 is moved along the inclined surface 16b.
And, it is electrically connected to the annular water groove 1 at a position rearward of the introduction position of the descending end portion 9b.
凹所10‥‥10の噴出側10aおよび吸引側10bの上面には、
夫々蓋板18が着脱自在に蓋装されている。On the upper surfaces of the recesses 10 ... 10 on the ejection side 10a and the suction side 10b,
A cover plate 18 is detachably attached to each.
［作用］ 水流発生装置４‥‥４および補助水流発生装置13‥‥13
が駆動してその噴出口4a‥‥4aおよび13a‥‥13aから水
流が噴射されると、環状水溝１内には一定方向への循環
水流が発生し、その流速によってボート状の搬送艇８は
環状水溝１内を一定方向に進行することになる。[Operation] Water flow generator 4 ... 4 and auxiliary water flow generator 13 ... 13
When water is jetted from the jet ports 4a ... 4a and 13a ... 13a, a circulating water flow in a certain direction is generated in the annular water groove 1, and the boat-shaped carrier boat 8 Travels in the annular water groove 1 in a fixed direction.
また、移送機構９の上昇始端部9aおよび下降終端部9bの
導入部近くでは、補助水流発生装置13‥‥13の作用によ
り凹所10を通って水流が流通するので、循環水流の流通
は阻害されることはない。そして一の環状水溝１内にお
ける所定の位置まで進行した搬送艇８は、移送機構９の
駆動によりその上昇始端部9aから下降終端部9bを経て他
の環状水溝１内へ移送され、該環状水溝１内を再び一定
方向へ進行することになる。Further, in the vicinity of the introduction portions of the rising start end portion 9a and the falling end portion 9b of the transfer mechanism 9, the water flow flows through the recess 10 by the action of the auxiliary water flow generation devices 13 ... It will not be done. Then, the carrier boat 8 that has advanced to a predetermined position in one annular water groove 1 is transferred to the other annular water groove 1 from the ascending start end portion 9a through the descending end portion 9b by the drive of the transfer mechanism 9. In the annular water groove 1, it travels again in a fixed direction.
［効果］ 本考案装置によれば、環状水溝１内の所要箇所に底深部
２を凹設し、噴出口4aを一定方向へ向けた水流発生装置
４を上記底深部２内に沈設させてあるので、環状水溝１
内の流速は加速され、従って搬送艇８の移動速度を低下
させることなく環状水溝１内を一定方向に進行せしめ得
る効果がある。[Effect] According to the device of the present invention, the bottom deep portion 2 is recessed at a required position in the annular water groove 1, and the water flow generation device 4 in which the jet port 4a is directed in a certain direction is sunk in the bottom deep portion 2. Because there is a circular water groove 1
The flow velocity in the inside is accelerated, so that there is an effect that the inside of the annular water groove 1 can be advanced in a certain direction without reducing the moving speed of the transport boat 8.
また、上昇始端部9aを一の環状水溝１内所定位置に導入
し下降終端部9bを他の環状水溝１内所定位置へ導入した
移送機構によって、複数の環状水溝１‥‥１が連絡され
ており、かつ、上記上昇始端部9aおよび下降終端部9bの
周辺部における各環状水溝１の溝側面に凹所10を刳設
し、噴出口13aを一定方向へ向けた補助水流発生装置13
を夫々の凹所10内に設置してあるので、一の環状水溝１
内において所定の進行を終えた搬送艇８を、他の環状水
溝１内へ移送させることができ、しかも各環状水溝１内
の循環水流は、移送機構９の上昇始端部9aおよび下降終
端部9bによって何ら流通を阻害されることなく、円滑な
循環を続けることができるのである。In addition, a plurality of annular water grooves 1 ... 1 are introduced by the transfer mechanism in which the rising start end portion 9a is introduced into a predetermined position in one annular water groove 1 and the descending end portion 9b is introduced into a predetermined position in another annular water groove 1. Auxiliary water flow in which the recesses 10 are formed in the groove side surfaces of the annular water grooves 1 in the periphery of the rising start end portion 9a and the falling end portion 9b, which are connected to each other, and the jet outlet 13a is directed in a certain direction Device 13
Since each is installed in each recess 10, one annular water groove 1
It is possible to transfer the carrier boat 8 that has completed a predetermined advance in the other annular water groove 1, and the circulating water flow in each annular water groove 1 is such that the rising start end 9a and the falling end of the transfer mechanism 9 The smooth circulation can be continued without any interruption of the circulation by the section 9b.
従って、遊園地などにおける遊覧用、あるいは博覧会場
などの各パビリオン間連絡用の水上搬送装置として好適
である。Therefore, it is suitable as a water transportation device for sightseeing in an amusement park or for communication between pavilions such as an exhibition hall.
第１図は本考案装置の要部平面図、第２図は第１図のＡ
−Ａ線における縦断側面図、第３図は本考案装置におけ
る環状水溝の平面図、第４図は本考案装置における底深
部附近の拡大平面図、第５図は第４図のＢ−Ｂ線におけ
る縦断側面図、第６図は本考案装置における移送機構上
昇始端部附近の拡大平面図、第７図は第６図のＣ−Ｃ線
における縦断側面図である。 １……環状水溝、２……底深部、４……水流発生装置、
８……搬送艇、９……移送機構、9a……上昇始端部、9b
……下降終端部、10……凹所、13……補助水流発生装
置。FIG. 1 is a plan view of an essential part of the device of the present invention, and FIG. 2 is A of FIG.
Fig. 3 is a vertical side view taken along line -A, Fig. 3 is a plan view of an annular water groove in the device of the present invention, Fig. 4 is an enlarged plan view near the bottom of the device of the present invention, and Fig. 5 is BB of Fig. 4. 6 is a vertical sectional side view taken along the line, FIG. 6 is an enlarged plan view of the vicinity of the transfer mechanism rising start end in the device of the present invention, and FIG. 7 is a vertical sectional side view taken along the line CC of FIG. 1 ... annular water groove, 2 ... deep bottom, 4 ... water flow generator,
8: Transport boat, 9: Transfer mechanism, 9a: Ascending start end, 9b
...... Descent end part, 10 ... recess, 13 ... auxiliary water flow generator.
Claims (1)
１）の溝底面要所に底深部（２）を夫々凹設し、上記各
環状水溝（１‥‥１）内の水を一定方向に循環させる水
流発生装置（４）を夫々の底深部（２）内に沈設し、各
環状水溝（１‥‥１）と嵌合しその溝側に沿って可動な
よう浮設せられた搬送艇（８）が、上記水流発生装置
（４）の作用によって環状水溝（１）内を一定方向に進
行するよう構成した水上搬送装置において、 上昇始端部（9a）を一の環状水溝（１）内所定位置に導
入し下降終端部（9b）を他の環状水溝（１）内所定位置
に導入した移送機構（９）の駆動により、一の環状水溝
（１）内の搬送艇（８）が他の環状水溝（１）内へ移送
せられるようになし、 かつ、移送機構（９）の上昇始端部（9a）および下降終
端部（9b）の周辺における各環状水溝（１‥‥１）の溝
側面に凹所（10）を刳設し、前記上昇始端部（9a）およ
び下降終端部（9b）の各導入位置の後方からその前方へ
水流を流通させる補助水流発生装置（13）を夫々の凹所
（10）内に設置してなる水上搬送装置。1. A plurality of annular water grooves (1 ...
Each of the water flow generators (4) is provided with a deep bottom portion (2) at the bottom of the groove of 1) and circulates the water in each of the annular water grooves (1 ... 1) in a certain direction. (2) The carrier boat (8) submerged in the annular water groove (1 ... 1) and floating along the groove side is movable to the water flow generator (4). In a water carrier configured to move in a certain direction in the annular water groove (1) by the action of, the ascending start end (9a) is introduced into a predetermined position in the one annular water groove (1) and the descending end part (9b). ) Is introduced into another annular water groove (1) at a predetermined position, and the transfer mechanism (9) is driven so that the carrier boat (8) in one annular water groove (1) is in the other annular water groove (1). And a recess on the groove side surface of each annular water groove (1 ... 1) around the rising start end (9a) and the falling end (9b) of the transfer mechanism (9). (10) are provided, and auxiliary water flow generators (13) for circulating a water flow from the rear of each of the introduction positions of the rising start end (9a) and the falling end (9b) to the front thereof are provided in respective recesses (10). ) A waterborne device installed inside.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1989104940U JPH0748307Y2 (en) | 1989-09-06 | 1989-09-06 | Water carrier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1989104940U JPH0748307Y2 (en) | 1989-09-06 | 1989-09-06 | Water carrier |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH0343889U JPH0343889U (en) | 1991-04-24 |
| JPH0748307Y2 true JPH0748307Y2 (en) | 1995-11-08 |
Family
ID=31653718
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP1989104940U Expired - Lifetime JPH0748307Y2 (en) | 1989-09-06 | 1989-09-06 | Water carrier |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH0748307Y2 (en) |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH01104941A (en) * | 1987-10-14 | 1989-04-21 | Fuji Heavy Ind Ltd | Idle revolution speed learning control |
-
1989
- 1989-09-06 JP JP1989104940U patent/JPH0748307Y2/en not_active Expired - Lifetime
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH01104941A (en) * | 1987-10-14 | 1989-04-21 | Fuji Heavy Ind Ltd | Idle revolution speed learning control |
Also Published As
| Publication number | Publication date |
|---|---|
| JPH0343889U (en) | 1991-04-24 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| EXPY | Cancellation because of completion of term |