KR100262862B1 - Sectional boat - Google Patents

Abstract

PURPOSE: An assembly type boat is provided to connect respectively a tube floating on water through a connecting portion by injecting air after manufacturing into a separated type and to fix each tube and to enable a user to board with covering a rear portion on a fulcrum for incorporating the boat in an assembly type. CONSTITUTION: A first tube(1000) floats on water with filling air inside thereof. A second tube(2000) and a third tube(3000) float on water with air filled therein. A fourth tube(4000) floats connected with the third tube. A first footplate(5000) connects the first tube and the third tube after separating with a specific interval while a second footplate(6000) connects the second and the fourth tubes. By the first footplate, the first and third tubes are fixed and the second tube and the fourth tube are fixed by the second footplate. Then a boat is made by the first, second, third and fourth tubes covered thereupon. Likewise, a user uses a boat in assembly type that boat movement is convenient. In case at least one of tubes has a hole, other tubes retain air for a user not to be drowned to prevent an accident.

Description

Prefab boat

The present invention relates to an assembly boat, and in particular, by injecting air to make a tube floating on the water in the form of a separate connection through the fastening, respectively, mounting the pallet between the front and back between the connected tube to fix each tube , Covering the rear portion on each tube and pallet formed in a square to allow the user to ride, and relates to an assembled boat that allows the user to form a boat to use assembling.

Conventionally, a private boat used by a user when fishing or playing in the water has been a one-piece type of tube that injects air into the water to float on the water. There was a problem that the life of the accident can be caused by the entire boat is submerged to fall into the outside.

In addition, since the conventional private boat was a single type, it was not possible to adjust the boat size according to the number of people, it was inconvenient to carry and move when the boat was bulky, and the price was high, so it was economical burden on the user. There was a problem giving.

The present invention is to solve the conventional problems as described above, by injecting air to make a tube floating on the water in the form of a separate connection and then connecting through the fastening, respectively, by mounting the pallet between the front and rear of the tube between each tube It is to provide a prefabricated boat that allows the user to form a boat to the user, by covering the rear portion on each tube and pallet formed in a square to allow the user to board.

In order to achieve the above object, the assembled boat of the present invention includes an air injection unit floating in water as air is injected therein, a first fastening unit mounted on one side of the air injection unit to be integrally coupled with another tube, And first, second, third, and fourth tubes mounted on the other side of the air injection unit, each having a second fastening part fastened to the first fastening part in the other tube, and coupled to each other in pairs. A first pallet mounted between the first tube and the third tube and simultaneously preventing the water from being sucked into the inside by tapering forward; A second pallet mounted between the second tube and the fourth tube and simultaneously preventing the water from being sucked into the inside by tapering backward; And the first, second, third, fourth, and first, after the first pallet is mounted between the first tube and the third nub, and the second pallet is mounted between the second tube and the fourth tube. The cover is fastened to the upper side of the two pallets, while the leg insertion pocket is formed into the water from the center of the upper side is characterized in that it comprises a rear surface which is a bottom surface to allow the user to extend the legs into the water when boarding.

1 is a perspective view showing the appearance of the assembled boat according to an embodiment of the present invention,

2 is an exploded view of the assembled boat according to FIG. 1, FIG.

3 is a front view of the assembled boat according to FIG. 1, FIG.

4 is a plan view showing the first fastening portion and the second fastening portion in the assembled boat according to FIG.

5 is a cross-sectional view showing a state in which the first fastening portion and the second fastening portion according to FIG. 3 are coupled;

6 is a cross-sectional view showing a state of the first pallet and the second pallet in the assembled boat according to FIG.

7 is a coupling diagram illustrating a state in which the first locking device and the second locking device are coupled to the assembled boat according to FIG. 1.

<Explanation of symbols for main parts of drawing>

1000: first tube 1100: air injection unit

1200: first fastening portion 1210: first body

1220: first bolt 1230: first nut

1240: first locking jaw 1250: first locking device

1251: first body 1252: guide groove

1253: fixing groove 1300: second fastening portion

1310: second body 1320: second bolt

1330: second nut 1340: second locking jaw

1350: insertion hole 1360: second locking device

1361: second body 1362: moving hole

1363: Lock Bar 1364: Button

2000: second tube 3000: third tube

4000: fourth tube 5000: first pallet

5100: plate 5200: third bolt

5300: third nut 5400: tapered portion

5500 belt 5600 first bolt insertion hole

6000: second pallet 7000: rear part

7100: second bolt insertion hole 7200: third bolt insertion hole

7300: Leg Insert Pouch

Hereinafter, the above-described contents will be described in detail through an embodiment according to the present invention.

1, the first tube 1000, the second tube 2000, the third tube 3000, and the fourth tube 4000 are fastened to be symmetrical, respectively, and the first tube The air injection unit 1100 mounted on the 1000, the second tube 2000, the third tube 3000, and the fourth tube 4000 floats in water as air is injected therein, and the first fastening unit 1200 is mounted on the upper surface of the air injection unit 1100 and is integrally fastened with the second fastening unit 1300 of the other tube, respectively, and the second fastening unit 1300 of the air inlet 110 It is mounted on the other side is fastened to the first fastening portion 1200 of the other tube, respectively.

In this case, the first fastening part 1200 may include a first body 1210 mounted on an upper surface of the air injecting part 1100, and a first protruding part above and below the first body 1210. The first bolt 1220, the first nut 1230 to be fastened to the first bolt 1220, and the plurality of first latches mounted in the shape of a circumference at a predetermined distance from the first body 1210 The jaw 1240 and the first locking device 1250 are mounted to the outer circumference of one side of the first body 1210.

In addition, the first body 1251 mounted on the first locking device 1250 is mounted on an outer circumference of one side of the first body 1210, and the guide groove 1252 is the first body 1251. ) It is drilled from one side of the upper side to the middle point, and the fixing groove 1253 is perpendicular to the guide groove 1252.

On the other hand, the second fastening portion 1300, the second body 1310 which is mounted on the lower surface of the air injection unit 1100, and the protruding on the upper and lower sides of the second body 1310 2 bolts 1320, a second nut 1330 fastened to the second bolts 1320, a second latching jaw 1340 mounted around the second body 1310, and respective tubes. When it is fixed to the insertion hole 1350 which is drilled between the second locking jaw 1240 so that the first locking jaw 1240 is inserted, and is mounted on one side of the outer circumference of the second body 1310 It consists of a second locking device 1360.

In addition, the second body 1361 mounted on the second locking device 1360 is mounted on an outer circumference of one side of the second body 1310, and the movement hole 1362 is the second body 1361. Perforated to a point spaced apart from the center of the), the locking rod (1363) is inserted into the moving hole (1362) drilled in the second body (1361) and is mounted, the movement in the moving hole (1362) It is possible, and after being inserted into the guide groove 1252, it is inserted into the fixing groove 1253, the button 1344 is connected to the locking bar (1363) by the user's manual operation of the locking bar (1363) Move it.

Meanwhile, the first pallet 5000 is connected to the first tube 1000 and the third tube 3000 after being spaced apart at a predetermined interval, and the second pallet 6000 is connected to the second tube 2000 and the first. 4 The tube 4000 is spaced at a predetermined interval and then connected.

At this time, the first pallet 5000 and the second pallet 6000, a plurality of plates 5100 for spaced apart each of the combined tubes, and protruding at a predetermined interval on the upper side of the plate 5100. Three bolts 5200, a third nut 5300 fastened to the third bolts 5200, and tapered upwardly from an upper surface of the plate 5100 to prevent water from entering. The part 5400, the belt 5500 mounted on the left and right sides of the plate 5100, the first bolt 1220 and the second body 1310 protruding from the first body 1210. The first bolt insertion hole 5600 is formed in one side surface of the belt 5500 so as to be inserted into the second bolt 1320 protruding from the belt.

In addition, the back portion 7000, which is a floor surface on which the user can ride, is fixed to the first tube 1000 and the third tube 3000 by the first pallet 5000, and the second pallet 6000. After the second tube 2000 and the fourth tube 4000 are fixed by the first tube 1000, the second tube 2000, the third tube 3000 and the fourth tube 4000 Covered and fastened to the upper side, is covered and fastened to the upper side of the first pallet 5000 and the second pallet (6000).

On the other hand, the back portion 7000 is a plurality of drilled to be inserted into the second bolt 1320 protruding from the first bolt 1220 and the second body 1310 protruding from the first body 1210. Second bolt insertion holes 7100, a plurality of third bolt insertion holes 7200 that are drilled to be inserted into the third bolts 5200, and leg insertion pockets mounted at an upper center to insert a user's legs The present embodiment is constituted by configuring 7300.

Hereinafter, the assembling process of the assembled boat configured as described above will be described with reference to FIGS. 1, 2, 3, 4, 5, 6, and 7.

First, the first tube 1000, the second tube 2000, the third tube 3000 and the fourth tube 4000 is the air injection unit 1100 that floats in water when the air is injected, and the air It is mounted on the upper side of the injection unit 1100, the first fastening unit 1200 for connecting each tube and the lower side of the air injection unit 1100, is connected to each tube The second fastening part 1300 is configured.

In addition, as shown in FIG. 4, the first fastening part 1200 is mounted on the upper surface of the air injecting part 1100, and the first bolt 1220 is mounted on the first body 1210. Protrudes above and below the first body 1210, the first nut 1230 is fastened to the first bolt 1220, and the plurality of first catching jaws 1240 is connected to the first body. It is mounted in the shape of a circumference at a predetermined distance from the 1210, the first locking device 1250 is mounted on the outer peripheral side of one side of the first body 1210.

Meanwhile, as shown in FIG. 4, the second fastening part 1300 is mounted on the lower side of the air injection part 1100, and the second bolt 1320 is Protrudes above and below the second body 1310, the second nut 1330 is fastened to the second bolt 1320, and the plurality of second catching jaws 1340 are connected to the second body 1310. 1310, and the insertion hole 1350 is drilled between the second catching jaws 1240 to insert the first catching jaws 1240 when fixing the respective tubes. The second locking device 1360 is mounted on one side of the outer circumference of the second body 1310.

At this time, the user couples the first coupling part 1200 mounted on the upper side of the second tube 2000 to the second coupling part 1300 mounted on the lower side of the first tube 1000. The first coupling part 1200 mounted on the upper side of the fourth tube 4000 is coupled to the second coupling part 1300 mounted on the lower side of the third tube 3000.

The second fastening part 1300 and the upper side of the second tube 2000 and the fourth tube 4000 which are mounted on the lower side of the first tube 1000 and the third tube 3000 in the above. Referring to FIG. 5, a coupling state in which the first fastening part 1200 is coupled is as follows.

First, a user drills a plurality of first locking jaws 1240 mounted on the first body 1210 of the first fastening part 1200 to the second body 1310 of the second fastening part 1300. It is inserted into the insertion hole (1350).

In addition, the user inserts the plurality of first locking jaws 1240 mounted on the first fastening part 1200 into the insertion hole 1350, and then rotates the first body 1210 in a predetermined direction. .

Then, the plurality of first locking jaw 1240 mounted on the first fastening portion 1200 is caught by a plurality of second locking jaws 1340 mounted on the second fastening portion 1300, It is fastened as shown in FIG.

Meanwhile, when the user rotates the first body 1210 in a predetermined direction to fasten the first fastening part 1200 and the second fastening part 1300, the user is mounted on the first fastening part 1200. The first locking device 1250 and the second locking device 1360 mounted on the second fastening part 1300 are also fastened.

In this case, a process of coupling the first locking device 1250 and the second locking device 1360 will be described with reference to FIG. 7 as follows.

First, when the user rotates the first body 1210 to fasten the first fastening part 1200 and the second fastening part 1300, the lock is mounted on the second locking device 1360. The rod 1363 is inserted into the guide groove 1252 drilled in the first body 1251 of the first locking device 1250.

On the other hand, when the user inserts the locking rod 1363 mounted on the second body 1361 into the guide groove 1252 drilled in the first body 1251 of the first locking device 1250, The button 1164 connected to the locking bar 1363 is pushed down.

Then, the locking bar 1363 is connected to the button 1360 and moves downward through the moving hole 1136, and the locking bar 1363 is the first lock device 1250 of the first locking device 1250. 1 is inserted into the fixing groove 1253 which is bored in the body 1251 and then fixed.

Thus, the first fastening part 1200 and the second fastening part 1300 are locked by the first locking device 1250 and the second locking device 1360, so that they are not turned left or right. .

Then, the user injects air into the air inlet 1100 mounted on the first tube 1000, the second tube 2000, the third tube 3000, and the fourth tube 4000.

Also, the user places the third tube 3000 and the fourth tube 4000 connected to the first tube 1000 and the second tube 2000 side by side on the floor, and then the first tube 1000 and the first tube 1000. The first pallet 5000 is vertically placed in the middle of the upper surface of the third tube 3000.

In this case, the tapered portion 5400 of the first pallet 5000 is directed toward the outside front, and the belt 5500 mounted on the left and right sides of the first pallet 5000 is connected to the first tube 1000. And the top and bottom of the third tube 3000.

On the other hand, the user has the upper and lower surfaces of the first fastening portion 1200 of the first tube 1000 and the third tube 3000 to the first bolt insertion hole 5600 that is drilled in one side of the belt (5500). Insert into the first bolt 1220 protruding from the.

In addition, the user places the third tube 3000 and the fourth tube 4000 connected to the first tube 1000 and the second tube 2000 connected side by side on the floor, and then the second tube 2000 and the second tube 2000. The second pallet 6000 is vertically placed in the middle of the lower side of the fourth tube 4000.

At this time, the tapered portion 5400 of the second pallet 6000 is directed toward the outer rear side, and the belt 5500 mounted on the left and right sides of the second pallet 6000 is connected to the second tube 2000. And it is wound up and down of the fourth tube (4000).

On the other hand, the user to the upper and lower surfaces of the first bolt insertion hole 5600 bored in one side of the belt (5500) of the second fastening portion 1300 of the second tube (2000) and the fourth tube (4000). Insert into the second bolt 1320 protruding from the.

In addition, the user may insert the third bolt insertion hole 7200 drilled in the left and right sides of the rear part 7000 into the first tube 1000, the second tube 2000, the third tube 3000, and the fourth. Inserted into the first bolt 1220 is mounted on the upper side of the tube (4000).

The second bolt insertion holes 7100 drilled in the front and rear surfaces of the rear part 7000 are mounted on the upper surface of the plate 5100 of the first pallet 5000 and the second pallet 6000. Insert into the third bolt (5200).

Then, the user fastens the rear part 7000 by fastening the first nut 1230 to the first bolt 1220 and fastening the third nut 5300 to the third bolt 5200. Let's do it.

Due to this, the single-person assembled boat is to be assembled, and the user just runs the assembled boat on the water and then boards the rear portion 7000.

On the other hand, the leg insertion bag 7300 mounted in the upper center of the back portion 7000 is implemented to insert a leg, for example, when a user boards the back portion 7000 to fish, the user fishing It will give you more stability when you do.

In addition, the prefabricated boat described above is a single-person assembled boat, and after the user purchases another tube, if the user continues to connect the tube using the first fastening part 1200 and the second fastening part 1300, You can implement boats for two, three, four or so.

On the other hand, the assembled boat as described above, when moving on the water, the user may move by paddle, or may be moved by attaching a motor to the rear of the boat.

In addition, since the prefabricated boat is prefabricated, the user can disassemble the prefabricated boat and put it in a pocket, so there is an advantage in moving.

As described above, the assembled boat of the present invention is made of a separate type of tubes floating on the water by injecting air, and then connected to each other through a fastening portion, by mounting the pallet between the front and back between the connected tube to fix each tube By covering the rear portion on each tube and pallet formed in a quadrangle so that the user can board, the user can form and use the boat in a prefabricated manner, and thus, when the boat is moved, the prefabricated boat is separated and moved.

In addition, for example, when a user is fishing in a prefab boat, even if one of the tubes has a hole in each tube, the other tubes do not fall out of the air, thereby preventing the user from falling into the water and causing a safety accident. Since the user can purchase and connect each tube individually, the size of the boat can be freely adjusted according to the number of facets, and the price is low, which does not burden the user economically. have.

Claims (6)

As air is injected into the air, the air inlet floating in the water, and the second fastening part which is mounted on one side of the air inlet part and the first fastening part which are fastened integrally with the other tube, are fastened, respectively. A first pallet mounted between the first, second, third, and fourth tubes coupled between the first and third tubes and simultaneously tapering forward to prevent water from being sucked into the interior; And a second pallet mounted between the second tube and the fourth tube and simultaneously preventing the water from being sucked into the inside by tapering backward. And The first, second, third, fourth, and first, after the first pallet is mounted between the first tube and the third tube and a second pallet is mounted between the second tube and the fourth tube. 2 is assembled by covering the upper side of the pallet, while the leg insertion pocket is formed into the water from the center of the upper side, the assembled boat comprising a rear surface which is a bottom surface to allow the user to extend the legs into the water when boarding. 2. The apparatus of claim 1, wherein the first fastening portions respectively mounted in the first, second, third and fourth tubes include: a first body mounted on one side of the air injection portion; First bolts protruding above and below the first body; A first nut fastened to the first bolt; A plurality of first catching jaws mounted in a circumferential shape at a point spaced apart from the first body by a predetermined distance; And a first locking device mounted to an outer circumference of one side of the first body. 4. The apparatus of claim 3, wherein the first locking device comprises: a first body mounted on an outer circumference of one side of the first body; A guide groove which is drilled from one side of the upper surface of the first body to an intermediate point; And a fixed groove that is vertically drilled with the guide groove. 2. The apparatus of claim 1, wherein the second fastening portions respectively mounted in the first, second, third and fourth tubes include: a second body mounted on the other side of the air injection portion; Second bolts protruding from an upper side and a lower side of the second body; A second nut fastened to the second bolt; A second locking jaw mounted around the second body; An insertion hole which is drilled between the second catching jaws so that the first catching jaws are inserted when the respective tubes are fixed; And a second locking device mounted to one side of the outer circumference of the second body. The apparatus of claim 5, wherein the second locking device comprises: a second body mounted on an outer circumference of one side of the second body; A moving hole drilled from a center of the second body to a point separated by a predetermined distance; A locking rod which is inserted into the moving hole drilled in the second body and then mounted and is movable in the moving hole and is inserted into the guide groove and fixedly inserted into the fixing groove; And a button connected to the lock bar to move the lock bar by a user's manual operation. 2. The apparatus of claim 1, wherein the first and second pallets comprise: plates for spaced apart respective tubes; A plurality of third bolts protruding at an interval on the upper side of the plate; A third nut fastened to the third bolt; A tapered portion which is tapered upward from an upper side of the plate to prevent water from entering; Belts mounted on the left and right sides of the plate; And a first bolt insertion hole drilled in one side of the belt to be inserted into the first bolt protruding from the first body and the second bolt protruding from the second body. Type boat.