JPH02204221A - Carrying device for small-size ship - Google Patents

Abstract

PURPOSE:To facilitate transfer on land and storage of a small-size ship in a carrying device of a small-size ship from the seashore to a prescribed position on land by placing a ship on the water on the ship loading pallet on the elevatable jack loaded on a running carriage, and running along rails and loading it onto the load carrying platform of a carrying vehicle. CONSTITUTION:A small-size ship is brought to a buoy for getting on/off 18, a running carriage 3 loading a ship loading pallet 4 and a carrying vehicle 1 are brought to abut against the going in and out part of a ship rails 56 for going in and out, and the rails 56 and the rails 9 of a load carrying platform 2 are connected. Nextly, the running carriage 3 is moved on rails 21, the ship loading pallet 4 is brought down with a jack 11, the pallet 4 is sent to underside of the hull, and the ship moored on the pallet 4. Nextly, the pallet 4 is elevated and returned on the running carriage 3, and the carriage is returned on the load carrying platform 2 of the carrying vehicle 1. Nextly, the ship is carried to a prescribed position with the carrying vehicle 1 and started. By this constitution, carrying on land and storage of the ship can be easily performed.

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial Application Field) The present invention relates to a small boat transport device for transporting a small boat lifted from the water surface of a coast, a lake, a river, etc. to a predetermined position on land.

[Conventional technology]

If a small vessel such as a motorboat or yacht is moored and left on the coast of a river, the inside of the vessel may become a play area for children.
Since the boat may be washed away during stormy weather or floods, when not in use, the small boat is lifted out of the water using a crane, placed on a transport truck, etc., and transported to a storage location on land by the transport truck for storage. Something was being done.

[Problems to be Solved by the Invention] In the above-mentioned crane that allows a small ship to be placed on the transport truck, the work required to properly install the small ship on the bed of the transport truck is extremely difficult. In addition, it is necessary to use a crane or the like when unloading a small boat that has been transported to a storage location on land by a transport truck from the loading platform, which is a problem in that the work is extremely complicated.

The present invention was made in order to solve the above-mentioned point of reference, and it is possible to easily and properly move a small boat lifted from the water surface to the loading platform of a transport vehicle, and also to make it possible to transport the small boat lifted from the water surface by the transport vehicle. To provide a transport device for a small boat that can easily move and store a small boat from a loading platform to a storage location on land.

[Means to solve the problem]

The present invention relates to a transport vehicle for transporting a small boat, a running trolley that runs along a rail or the like laid on land from the loading platform of the transport vehicle, and a boat parking space that is removably installed on the running trolley. A lifting jack for lifting a small boat installed on the parking pallet is provided on the traveling vehicle, and a cable for supplying electric power to the drive section of the traveling vehicle is wound around the transport vehicle. It is set up so that it can be removed freely.

[Effect]

According to the present invention having the above configuration, the traveling truck is moved onto the loading platform of the transport vehicle while the small boat lifted from the water surface is placed on the parking pallet installed on the traveling truck. As a result, a small ship can be easily installed W1 on the loading platform of the transport vehicle together with a parked pallet and a traveling trolley.
The small boat can be transported to a storage location on land by the transport vehicle. Further, at this storage position, the traveling cart is moved from the loading platform of the transport vehicle to land, and the small boat is lowered together with the parking pallet using the lifting jack, thereby making it possible to easily install these items in the storage section.

〔Example〕

FIG. 1 shows an embodiment of a transport device for a small boat according to the present invention. This transport device consists of a transport vehicle 1 made of a cargo truck, a traveling trolley 3 that runs on the loading platform 2 of the transport vehicle 1, and a transport vehicle 3 that runs on the loading platform 2 of the transport vehicle 1. It is equipped with a parking pallet 4 that can be freely installed, and is configured to transport a small vessel lifted from the water surface to a predetermined position on land by a lifting mechanism 5 installed on the shore, lake or river coast, etc. There is. A cable 6 for supplying electric power to the drive unit of the traveling vehicle 3 is installed on the loading platform 2 of the transport vehicle 1 so that it can be wound up by a cable reel 7, and as shown in FIG. A pair of rails 9 are laid to guide the wheels 8.

The traveling platform 13 has a drive motor 1 that rotationally drives the wheels 8.
0, a lifting jack 11 installed on the top surface, and a drive motor 12 for driving the lifting jack. Then, depending on the power supplied from the cable 6, the wheel 8
By being rotationally driven by the drive motor 10 and traveling on the rail 9, the traveling platform II3 moves back and forth,
The lifting jack 11 is driven downward by a drive motor 12 to lift the parking pallet 4 together with the small boat from the upper surface of the carriage 3.

Note: The ship pallet 4 is a positioning bin (not shown) protruding from the storage section or loading section of a small vessel (described later).
The pace member 13 has an engagement hole that is engaged with, and the hull support 81S14 is provided upright on the base member 13. Their size allows them to be used exclusively for specific ships.

As shown in FIG. 3, the elevating mechanism 5 includes an elevating tower 15 installed on the coast of a river, etc., and the upper part is attached to the elevating tower 15, and the lower part is introduced below the water surface along a quay. an elevating frame 17 that is supported so as to be movable up and down along a landing guide 16 made of C-shaped steel or the like attached to the elevating tower 15; It is equipped with At the upper end of the lifting tower 15, a drive mechanism 18 consisting of a winding machine or the like that winds up a wire lobe connected to the lifting frame 17 is provided.
8 is installed, and a cleaning device 19 for cleaning small boats and the like is provided at the bottom of the lifting tower 15.

The elevating frame 17 is an empty frame into which a small boat is introduced.
The lifting frame 17 is formed into a cylindrical shape having a J section, and is provided with a loading section 20 on which the parking pallet 4 is placed ia, '11, and a traveling rail 21 on which the traveling truck 3 runs. There is. In addition, in the middle part of the elevating frame 17, there is an in/out mechanism 22 for moving a small boat in and out of the space,
A positioning mechanism 23 for centrally positioning a small boat introduced into this space is provided, and the entrance/exit mechanism 22
A guide member 24 is provided below the vessel for guiding a small boat when entering or exiting the vessel (see FIG. 1).

The ingress/egress mechanism 22 includes a pair of upper and lower idle rails 25.26 made of C-shaped steel installed horizontally along the side surface of the lifting frame 17, and a running member 27 that runs back and forth along the guide rails 25.26. It is equipped with As shown in FIGS. 4 and 5, the traveling member 27 includes a slide roller 28 that slides along the guide rails 25 and 26.
, a drive gear 30 that meshes with a rack gear 29 installed on the side of the lower guide rail 26, and this drive door 3.
A mooring section 033 to which a small boat is moored is provided at the side end of the running frame 32.

The mooring member 33 includes a support arm 35 that is swingably supported with a support shaft 34 as a fulcrum, a drive cylinder 36 that swings and displaces the support arm 35, and a drive cylinder 36 that is swingably supported at the tip of the support arm 35. a supported swinging arm 37; a drive cylinder 38 that swings and displaces the swinging arm 37;
Mooring pad 3 provided at the tip of the swing arm 37
9. This mooring pad 39 is provided with a hook 41 that removably locks a mooring ring 40 provided at the bow of a small boat, and a drive cylinder 42 that fmrJl this hook 41.

As shown in FIG. 6, the positioning mechanism 23 includes a side plate 43 that is moved in and out by being driven by a drive member such as a drive cylinder (not shown), a link member 44 that supports this side plate 43, and a link member 44 that supports the side plate 43. Mounted on the wall! ! It consists of an impact member 45.

Further, the guide member 24 has a guide arm 46 that is swingably supported on the elevating frame 17 via a support shaft, and a guide arm 46 that is connected to the lift frame 17 via a support shaft. Drive cylinder 4 for initial displacement
7, a cylindrical m-impingement member 48 is fixed to the tip of the guide arm 46, and a plurality of rotating rollers 49 are arranged on the upper surface of the guide arm 46 at predetermined intervals.

The boarding buoy 18 is supported so as to be movable up and down along a guide bar (not shown) installed on the quay, and is configured to move up and down in response to changes in the water level. On the side wall of the boarding buoy 18, there is a contact member 50 against which the nose of the small boat entering the vessel comes into contact, a drive cylinder 51 that moves the contact member 50 in and out, and a protection member that protects the side wall of the small boat. 52 are installed. Also, boarding buoy 1
A staircase 53 for crew members to get on and off is provided on the quay wall adjacent to 8. In front of the lifting tower 15, there is a connecting rail 54 connected to the traveling rail 21 of the lifting frame 17 lifted above the water surface, and a connecting rail 54 connected to the running rail 21 of the lifting frame 17 lifted above the water surface.
A drive cylinder 55 for operating 1m is installed, and as shown by the imaginary line, the traveling rail 21 of the lifting frame 17 is connected via the connecting rail 54 to the access rail 56 laid at the ship entrance/exit section on land. It has become so.

A case will be described in which a small boat lifted from the water surface by the elevating mechanism 5 having the above configuration is transported to a storage position on land by a transport device. First, as shown in FIG.
0 and the protection member 52, and the small boat is berthed. Next, while the traveling cart 3 on which the parking pallet 4 corresponding to the above-mentioned small vessel is installed is held on the loading platform 2 of the transport vehicle 1, an entry/exit rail 56 is laid at the rear end of the transport vehicle 1. The rail 9 of the loading platform 2 is brought into contact with the ship entrance/exit section.
and the above-mentioned entry/exit rail 56 are connected to face each other.

Next, after the connection rail 54 is projected by the drive cylinder 55 and moved to the connection position, the cable 6 is fed out from the cable reel 7 and the running platform 1r3 is moved from the rail 9 of the loading platform 2 to the in/out rail 56, the connection rail 54, and the running platform 1r3. By traveling on the rails 21, as shown in FIG. 8, the traveling carriage 3 is moved onto the traveling rail 21 of the elevating frame 17 located above the water surface. And traveling trolley 3
The parking pallet 4 is lowered by the lifting jack 11,
The parking pallet 4 is positioned and installed on the mounting part 20 of the lifting frame 17. The violation, said traveling platform 1 [3
is moved onto the loading platform 2 of the transport vehicle 1 and placed on standby, and the connecting rail 54 is moved to the release position by the drive cylinder 55, and then the drive mechanism 18a is moved as shown in FIG.
The lifting frame 17 is lowered along the landing guide 16, and the parking pallet 4 is introduced below the water surface.

The elevating frame 17 may be always lowered to the lower limit position so that the parking pallet 4 is located below the hull, but depending on the size of the hull and the water level detected by the water level detection @ position, etc. It may also be configured to descend to a predetermined lowering position calculated according to. In this way, the elevating frame 17 can be lowered to an optimal position by 11111 m in response to changes in the water level, etc., and the time required for landing a small boat can be shortened.

Next, as shown by the arrow in FIG. 10, the driving cylinder 47 moves the tip of the guide member 24 toward the small boat, and the buffer member 48 is brought into contact with the hull, thereby regulating the lateral movement of the small boat v1. At the same time, the abutment member 50 of the elevating buoy 18 is displaced forward by the drive cylinder 51 to release the bow portion, and then the traveling member 27, which has a length of 8 m22, is retreated along the guide rails 25°26. As shown in FIG. 4 above, after the mooring ring 40 of the small boat is moored to the hook 41 of the mooring pad 39 provided on the mooring member 33 located at the tip of the traveling member 27, the crew member Todoroki disembarks. and move onto the boarding buoy 18.

Next, as shown in FIG. 11, the guide member 24 is moved outward to release the M ill state of the small boat, and then the support arm 35 and the like of the mooring member 33 are driven to move the mooring pad 3.
9 and small vessels to the center, the entrance/exit mechanism 2
The small boat is introduced into the space of the elevating frame 17 by causing the second traveling member 27 to travel forward. Then, by protruding the side plate 43 of the positioning mechanism 23 inward and bringing the buffer member 45 into contact with the hull, the small boat can be moved to the elevating frame 17.
After accurately positioning the mooring pad 3 in the center of the
9 is released to release the mooring ring 40 from the locked state, the support arm 35 is driven by the drive cylinder 36 of the mooring part @43, and the support arm 35, mooring pad 39, etc. are moved to the upright state. let

Thereafter, the lift frame 17 is gently raised by the drive mechanism 18a along the landing guide 16, and the hull support part 14 of the parking pallet 4 is brought into contact with the lower surface of the hull, and the small boat is placed on the parking pallet 4. After the positioning, the elevating frame 17 is further raised and lifted above the water surface, and the restraint of the hull by the positioning mechanism 23 is released. When the elevating frame 17 rises to the upper limit position where the traveling rail 21 of the elevating frame 17 faces the connection rail 54 and the entry/exit rail 56, the drive mechanism 18a is stopped and the elevating frame 17 is held in the raised position. After that, the hull and the parking pallet 4 are cleaned by the cleaning Vt119 (see FIG. 3).

Next, as shown in FIG. 12, after protruding the connecting rail 54 and installing it at the connecting position, the traveling platform m3 is moved to the elevating frame 1.
It will be introduced within 7. Then, the traveling platform 41 is moved with the parking pallet 4 and the small vessel lifted by the lifting jack 11.
3 to the traveling rail 21° connecting rail 54. Access rail 56
The running platform 13 is made to run along the rails 9 of the loading platform 2, and the cable 6 is wound up by the cable reel 7.
At the same time, the parked pallet 4 and the small boat are moved onto the loading platform 2 of the transport vehicle 1.

Next, as shown in FIG. 13, the conveyance vehicle 1 is moved to convey the small vessel to a storage position such as the storage j157, and the rear end of the conveyance vehicle 1 is brought into contact with the entrance of the storage 1Ii57. The rail 9 of the loading platform 2 of the transport vehicle 1 and the storage j1
57 and storage rails 58 are connected to each other while facing each other. Then, by moving the parking platform 113 along the storage rail 58 from the rail 9 of the loading platform 2 while letting out the cable 6 from the cable reel 7, the parked pallet 4 and the small boat are moved into the hangar 57. Elevating Jatsuya 1
1, the parking pallet 4 and the small 1i+ vessel are lowered and supported while being positioned at a predetermined loading position. In addition, the carrier truck 3 from which the parked pallet 4 is
By moving it onto the loading platform 2 of the transport vehicle 1,
The small vessel transport work is completed.

In addition, when transporting a small boat stored in the above-mentioned storage jl [57] onto the water surface at the time of departure, the small boat can be transported by operating the traveling cart 3 and the transport vehicle 1 in substantially the reverse order of the above-mentioned storage operation. The above lifting mechanism 5 together with the parking pallet 4
The small boat is then transported to the installation part, and the small boat is floated on the water using this elevating structure 5 as shown in FIG. The advantage is that while the guide member 24 restricts the lateral movement of the small boat, the first
As shown in Fig. 4, the traveling member 27 of the entry/exit mechanism 22 is moved backward and the bow of the small boat is pushed rearward by the mooring pad 39, and the small boat is brought into contact with the side wall of the boarding buoy 18. hold it.

When moving the small boat backwards, the hull moves smoothly along the guide rollers 49 of the guide member 24, and when the small boat moves to the holding position, a roller provided at the tip of the guide member 24 ! ! Its backward movement is prevented by the impact member 48. When the crew members board the small vessel, the guide member 2
Set sail by releasing the restraint of the small vessel according to 4ff.
1i is completed.

As mentioned above, the transport vehicle 1 that transports a small boat and the loading platform 2 of this transport vehicle 1 to land! Installed entry/exit rail 5
6, etc., and a parking pallet 4 that is removably installed on the traveling truck 3, and a lifting jack 11 provided on the traveling truck 3 allows the parking pallet 4 to be moved along with a small vessel. The cable 6 for supplying electric power to the drive section of the traveling trolley 3 is installed on the transport vehicle 1 so as to be able to be wound up.
The small boat lifted above the water surface by the lifting mechanism 5 is placed on the parking pallet 4 installed on the traveling platform 3, and is transferred from the lifting mechanism 5 to the loading platform of the transport vehicle 1 by the traveling platform Ig3. This transport vehicle 1 is moved onto part 2.
Small vessels can be easily transported to predetermined storage locations via the

That is, by causing the traveling carriage 3 to travel along the traveling rail 21 provided on the lifting frame 17 of the lifting mechanism 5, the traveling carriage 3 is entered into the mounting portion 20 of the lifting frame 17, and the traveling carriage 3 is moved into the mounting portion 20 of the lifting frame 17. 113 lifting jack 1
By lifting the small vessel together with the parking pallet 4 by means of 1!, they can be removed from the 1!1 section 20. Then, the traveling carriage 3 is moved to the traveling rail 21.
．． Connection rail 54. By traveling along the entry/exit rail 56 and the rail 9 of the loading platform 2, the small vessel can be easily moved onto the loading platform 2 of the transport vehicle 1. It can be transported to any location on land. In addition, the traveling cart 3 can enter the inside of the hangar 57 at the storage position on land, and the small ship can be lowered together with the parking pallet 4 by the elevating jack 11 and easily positioned at a predetermined loading section. .

Further, in the above embodiment, there is a landing guide 16 whose upper part is located above the water surface and whose lower part is introduced above the water surface, and the lifting frame 1 which is supported so as to be able to rise and fall along the landing guide 16.
7, and a drive mechanism 1 that drives the elevating frame 17 up and down.
88 is provided, and the elevating frame 1
7 is lowered along the hoisting guide 16, and the small boat is positioned above the parking pallet 4 with the parking pallet 4 placed on the evacuation frame 17 submerged in the water. , the lifting frame 17 is moved by the driving machine 4118a.
is placed on the landing guide 16 and raised, and the parking pallet 4 is lifted.
In addition, small ships were lifted out of the water,
Small ships can be landed very easily. In other words, the elevating mechanism of the landing device can be constructed using a winch or the like that pulls up a robe wrapped around the hull of a small vessel, but in this case, the complicated work of wrapping the robe around the hull is necessary. On the other hand, when the elevating mechanism 5 having the above structure is used, there is an advantage that a small boat can be automatically lifted out of the water without the need for the above complicated operations. Further, the above-mentioned landing Ill can lift a small boat even when there is a large head difference between the land and the water surface, and its installation location is not limited.

As shown in FIG. 15, the conveyance vehicle 1 is composed of a towing vehicle 59 and a trailer 60, and a rail 9 for a running platform 113 and a cable 6 are mounted on the loading platform 2 of the tray 60.
, cable reel 7, etc. may be installed.

〔Effect of the invention〕

As explained above, in the present invention, a cable is installed in the loading platform of a transport vehicle so that it can be wound freely, the cable supplies driving power to a traveling truck, and the traveling truck is installed on land from the loading platform. It is configured to run along rails, etc., and this running cart is equipped with lifting jacks for lifting the small boat together with the parking pallet, so that the parking pallet and the small boat can be lifted and lowered by the lifting jacks of the running cart. The small vessel lifted from the W section of the turret and released from the resting state, and the small vessel lifted from the water surface by the above-mentioned elevating mechanism etc. is easily moved onto the loading platform of a transport vehicle by a traveling trolley, and the transport vehicle lifts it together with the parked pallet. It can be easily transported and stored at a storage location on land.

[Brief explanation of the drawing]

Fig. 1 is a side view showing an embodiment of the small ship transport iM according to the present invention, Fig. 2 is a partially cutaway front view showing the configuration of the traveling cart, and Fig. 3 is a front view showing the configuration of the lifting mechanism. , Fig. 4 and Fig. 5 are a plan view and a front view showing the structure of the egress/exit mechanism, respectively, Fig. 6 is a plan view of the elevating mechanism, and Figs. FIG. 14 is a plan view showing a state in which the small ship is ready to sail, and FIG. 15 is a side view showing another example of the transport vehicle. DESCRIPTION OF SYMBOLS 1... Transport vehicle, 2... Loading platform, 3... Traveling trolley, 4... Parking pallet, 6... Cable, 11...
- Jealousy about borrowing money. Patent applicant: Daikodai Co., Ltd. Patent attorney: Etsushi Kotani Patent attorney: Masato Osada Patent attorney: Takao Ito

Claims (1)

[Claims] 1. A transport vehicle for transporting a small vessel, a traveling trolley that runs from the loading platform of the transport vehicle along a rail, etc. laid on land, and a parking pallet that is removably installed on the traveling trolley. In addition, a lifting jack for lifting small vessels installed on the parking pallet is installed on the traveling truck, and a cable that supplies power to the drive section of the traveling truck can be freely wound around the transport vehicle. A transport device for a small ship, which is characterized by the following: