WO2010021515A2

WO2010021515A2 - Natural pure water barrel carrier

Info

Publication number: WO2010021515A2
Application number: PCT/KR2009/004674
Authority: WO
Inventors: 이홍기; 김태호
Original assignee: 골드라인물류(주)
Priority date: 2008-08-21
Filing date: 2009-08-21
Publication date: 2010-02-25
Also published as: KR100874715B1; CN101918280A; WO2010021515A3

Abstract

The present invention is a natural pure water barrel carrier which comprises a base frame which is horizontally installed, plural lateral wall frames which are vertically set up in the longitudinal direction of the base frame and are distanced from each other in order to form a housing space that houses natural pure water barrels, a separation-preventive bar which is positioned across the opening of the housing space and allowed to lift and lower, and blocks and opens the opening of the housing space depending on the position thereof, an elevating and lowering unit which provides lifting or lowering force by elasticity of a spring to the separation-preventive bar, and a stopper which suppresses the movement of the separation-preventive bar in the corresponding direction to elasticity of the spring, when there is no external aid, after the separation-preventive bar moves in the opposite direction to elasticity of the spring to open or block the opening of the housing space. The present invention includes the separation-preventive bar which semi-automatically opens and blocks the opening of the hosing space for natural pure water barrels by lifting and lowering within a short distance, so physical distribution may be further automated, and loading and unloading of natural pure water barrels are facilitated.

Description

Bottled Water Carrier

The present invention relates to a bottled water carrier carrier, in particular a water bottle carrier suitable for facilitating the automation of logistics and convenient intake and withdrawal of bottled water by having a separation prevention bar that semi-automatically opens and closes the entrance of the storage space of the bottled water while being lifted by a simple copper wire. It is about.

Generally, bottled water bottles are used by bottled water companies to transport and store bottled water to each consumer.

The bottle can hold approximately 18 liters of bottled water, and using bottled water can carry a relatively fresh amount of bottled water in a state of being blocked from the outside, as well as while consuming bottled water at each consumer such as a home. It is widely used because it can be stored without the need for a separate container.

Since the bottled water was formed in the shape of a bottle-shaped container having a relatively small inlet in a cylindrical body, it was difficult to load several bottles by itself. Therefore, in order to solve this problem, a special storage box in the form of a cuboid that can hold only one bottle of water is used. However, these storage boxes made it possible to load bottled water bottles, but they did not solve the various problems in the logistics process.

In other words, in order to load a large number of bottled water in a van, a bottled water bottle had to be placed in each storage box individually, and each storage box containing the bottled water also had to be sequentially loaded on a pallet. Due to this, expensive equipment such as robot arms must be used, and the process was complicated and cumbersome, and took a lot of time.

The bottled water container loaded on the pallet by the storage box causes the forklift to lift the pallet and put it on the truck, but it causes a great deal of trouble for the worker who has to deliver it to each consumer. In other words, it is relatively easy to pull out the bottled water bottle on the top floor, but in order to withdraw the new bottled water bottle on the lower layer while the collected empty bottled water bottle is mixed, the bottled water bottle on the upper floor is removed and the bottled water bottle is loaded again one by one. I had to go through the process. This has resulted in wasteful labor and long working hours.

As such, in the past, the entire logistics process had to be inefficiently carried out from the bottled water company to each consumer, which required a huge expense.

Therefore, instead of a storage box containing only one bottle of water, a large number of bottled water can be stored at once, and the bottled water can be easily brought in and taken out while maintaining stable storage so that the bottled water does not deviate. The development of a product that is beneficial for automating the initial logistics operations of replacing the used bottled water bottles is urgently needed.

Accordingly, the present invention has been proposed to solve the above-mentioned conventional problems, and an object of the present invention is to provide a bottled water carrier carrier having a separation prevention bar for opening and closing the storage space inlet by a simple copper wire to facilitate the automation of logistics. To provide.

In order to achieve the above object, the bottled water carrier according to the spirit of the present invention, the base frame horizontally installed; A plurality of side wall frames which are erected along the front and rear direction perpendicular to the base frame, and are spaced apart from each other to form an accommodation space for storing the bottled water therebetween; A departure prevention bar positioned to move up and down across the entrance of the storage space and blocking or opening the storage space entrance according to whether the elevator is lifted or not; Lifting means for continuously providing a lifting force or a lowering force to the separation preventing bar by a spring elasticity; The stopper bar is configured to include a stopper means for restraining the movement in the direction against the spring elasticity without the aid of external force after the opening or blocking of the storage space inlet to move in a direction contrary to the spring elasticity It is characterized by the configuration.

Here, the elevating means, the pair of posts which are respectively erected on the left side and the post of the separation prevention bar, and provided with a guide hole cut in the vertical direction to guide the lifting of both ends of the separation prevention bar; It may be characterized in that it comprises a first spring installed on the post to provide the lifting force or the descending force of the separation prevention bar.

In addition, it is coupled to both ends of the separation prevention bar, it may be characterized in that it further comprises a lifting body for guiding the lifting of the separation prevention bar while moving along the guide hole through the guide hole.

The first spring may be provided as a tension spring, and a wire connecting the first spring and the lifting body and a pulley for changing the direction of the wire may be further installed.

The stopper means may include a stopper installed to be able to move back and forth from the post, protruding from the guide hole to prevent the lifting of the lifting body, and a second spring that pushes the stopper forward. The contact between the upper part and the lower part does not retreat by the lifting body lifting and lowering with the help of external force to allow the lifting of the lifting body but not by the lifting body lifting only by the spring elasticity without the help of external force. The site may be inclined.

In addition, the base frame may be characterized in that a plurality of rollers are arranged in a row in the front and rear directions for sliding movement of the bottled water.

On the other hand, the bottled water carrier of the present invention, the base frame provided horizontally; A plurality of side wall frames which are erected along the front-back direction perpendicular to the base frame, but are erected at intervals between the left and right to form an accommodation space in which the bottled water is inserted and received therebetween; A departure preventing bar positioned to be able to move up and down across the entrance of the storage space, and blocking or opening the entrance of the storage space according to whether the elevator is lifted or not; A long hole for displacement having a top fixing portion formed at an upper portion and a lower seating portion formed at a lower portion and a displacement portion connecting the upper seating portion and a lower seating portion respectively fixed to sidewall frames installed at left and right outer sides of the plurality of sidewall frames; Formed to include a pair of fixing pieces for supporting the separation prevention bar may be characterized in its technical configuration.

As in the above technical configuration, the bottled water carrier according to the present invention, the separation prevention bar which blocks the entrance of the storage space horizontally, while opening and closing the storage space entrance while lifting by a straight, simple copper wire, the separation prevention bar with a simple mechanism only. As it can be elevated, it is very advantageous for the logistics automation.

In addition, the present invention is very easy to draw in and out because the opening and closing of the storage space is made semi-automatically by the spring elasticity without a separate locking device for the separation prevention bar.

In addition, the present invention can securely prevent the separation of the bottled water bottle because the departure prevention bar is firmly supported by the post while blocking across the entrance of the storage space.

In addition, the present invention is equipped with a wire and pulley connecting the first spring and the lifting body installed inside the post to increase the space utilization so that the post length does not increase, so that the height of the storage space is not unnecessarily increased. do.

In addition, the present invention greatly reduces the labor of the worker who delivers the bottled water through the van because there is little interference between the bottled water when the bottled water intake and withdrawal.

In addition, the present invention solves the problem of counting the bottled water, so that the drawing, storage and withdrawal work is carried out with the ecological erect without laying down the bottled water bottle.

In addition, the present invention is made only by the force of the inlet and outtake of the bottled water bottle by the installation of the roller for sliding the bottled water.

1 is a state diagram used in the present invention.

Figure 2 is a perspective view for explaining the present invention.

Figure 3 is a perspective view of the separation prevention bar and the lifting means according to the present invention.

4 is a partially exploded perspective view of FIG. 3.

Figure 5 is a side view partially cut to explain the internal configuration of the separation prevention bar and the lifting means according to the present invention.

6 and 7 are reference side views for explaining the operation of the separation prevention bar and the lifting means according to the present invention.

8 and 9 are perspective views for explaining the configuration of the present invention according to a modified embodiment.

Hereinafter, embodiments of the present invention as described above will be described in detail with reference to the accompanying drawings.

1 is a state diagram used in the present invention.

As shown, the bottled water carrier of the present invention has a lattice structure having a storage space (S) that can be stored in a multi-layered multi-layered without mutual interference while standing up a large number of bottled water bottle. In addition, the present invention is provided with a departure prevention bar 130 for opening and closing the storage space (S) by a simple copper wire while operating semi-automatically by the spring elasticity. For reference, in the water bottle carrier upper layer of Figure 1, the separation prevention bar 130 is raised to block the bottled water bottle safely so as not to escape, and in the lower layer of the bottle water carrier carrier, the separation prevention bar 130 is an external force against the spring elasticity It descends by allowing the introduction and withdrawal of bottled water bottles. The bottled water carrier of the present invention having such a configuration is able to elevate the departure prevention bar 130 with a simple mechanism because the departure prevention bar 130 is simply lifted along a straight line in a straight line to automate the initial logistics in the bottled water company. It is advantageous to do this and can greatly reduce the labor of the worker.

Hereinafter, the configuration of the bottled water carrier carrier according to the present invention will be described in detail.

Figure 2 is a perspective view for explaining the present invention, Figure 3 is a perspective view of the separation prevention bar and the lifting means according to the invention, Figure 4 is a partially exploded perspective view of Figure 3, Figure 5 is a departure prevention bar according to the present invention And a side view partially cut away to explain the internal configuration of the lifting means.

As shown in the drawing, the present invention forms a basic shape by combining the horizontal bar 121A, the horizontal bar 121C, the horizontal bar 121C, and the vertical bar 121B in the vertical direction. Here, the front and rear horizontal bars 121A and the horizontal and horizontal bars 121C are combined in a lattice structure to form a base frame 110, and the front and rear horizontal bars 121A and vertical bars 121B are combined in a lattice structure. To form the side wall frame 120.

The present invention, including the base frame 110 and the side wall frame 120, the separation prevention bar 130 for selectively allowing and blocking the introduction and withdrawal of the bottled water bottle, elevating means for elevating the separation prevention bar (130) ( 140) and a stopper means for selectively suppressing lifting of the separation preventing bar 130 as a main component.

The departure preventing bar 130 serves to selectively block and open the entrance of the storage space (see FIG. 1) formed by the side wall frame 120. To this end, the departure prevention bar 130 is positioned to be elevated in a state crossing the entrance of the storage space (S). As a result, when the separation prevention bar 130 is raised, the entrance of the storage space S is safely blocked. When the drop prevention bar 130 is raised, the entrance of the storage space S is opened to allow the introduction and withdrawal of the bottled water. In the description for convenience of description, but the configuration to block the entrance to the storage space (S) when the departure prevention bar 130 is raised, but the description is to block the entrance to the storage space (S) when the departure prevention bar 130 is lowered. There is no limitation on the configuration, since such a configuration can be modified and applied as much as possible based on the present embodiment.).

Lifting body 131 is coupled to both ends of the separation preventing bar 130 for smooth connection with the lifting means 140, respectively. The lifting body 131 may be provided with a much smaller diameter or diameter than the separation prevention bar 130. As a result, the lifting body 131 is guided in a state of penetrating through the narrow guide hole 141a formed in the post 141 of the lifting means 140 in place of the separation prevention bar 130. The prevention bar 130 connects the first spring 143 of the elevating means 140. As described above, the present invention can be more smoothly connected to the separation preventing bar 130 and the lifting means 140 by providing the lifting body 131.

The lifting means 140 serves to continuously provide the lifting force with respect to the separation prevention bar 130 by the spring elasticity. To this end, the lifting means 140 is a pair of posts 141, as shown in Figures 3 to 5, the first spring 143, wires 144, pulleys respectively installed on the

posts

141, 145.

The post 141 of the elevating means 140 is a hollow member in the form of a square pillar, which is erected on the left side and the post of the separation prevention bar 130, respectively (the post 141 is not only in the shape of a square pillar but also in accordance with circumstances). It may be provided in various forms such as a cylinder.). The lower portion of the post 141 is formed with a guide hole (141a) in a form cut in the vertical direction. The guide hole 141a is for guiding the ascending and falling of the separation preventing bar 130 stably, and the height of the guide hole 141a is elevated, and the width of the guide hole 131 penetrates up and down. It is enough to move smoothly.

The first spring 143 of the elevating means 140 is provided as a tension spring is installed in the lower portion of the post 141. The first spring 143 is connected to the lifting body 131 using the wire 144 as a medium. As a result, the first spring 143 may continuously provide a lift force to the separation prevention bar 130 coupled with the lifting body 131.

The wire 144 and pulley 145 of the elevating means 140 increases the space utilization while acting as a medium for connecting the first spring 143 and the elevating body 131 in the post 141. That is, since the wire 144 and the pulley 145 are provided in the post 141, the lifting means 140 moves the first spring 143 from the guide hole 141a in which the lifting body 131 is located. It can be placed freely at a remote location. If the wire 144 and the pulley 145 is not provided, it is inevitable to arrange the first spring 143 on the upper side of the guide hole 141a in order to provide lift force to the separation preventing bar 130. Therefore, the height of the post 141 must be further increased. In addition, this may cause a problem of increasing the height of the storage space S formed between the side wall frames 120.

The stopper means serves to suppress the rising by only the force by the first spring 143 unless an external force is applied in the state where the separation preventing bar 130 is lowered. To this end, the stopper means comprises a stopper 146 and a second spring 147. The stopper 146 is installed to be able to move forward and backward from the lower portion of the post 141 to protrude into the guide hole 141a when advancing. Here, the stopper 146 is inclined of the lower contact surface 146b which is contacted when the inclination of the upper contact surface 146a which is contacted when the lifting body 131 is lowered in the state in which the lifting body 131 is lowered. It is preferable to make it more sharply. As a result, the stopper 146 is naturally pushed back by the contact action between the lifting body 131 and the upper contact surface 146a when the lifting body 131 is lowered by an external force, but the lifting body 131 is lowered. When the external force disappears and only the spring elasticity of the first spring 143 is left, the lifting body 131 is prevented from being raised without being pushed backward in the advanced state. At this time, the second spring 147, which is a compression spring, continues to act to maintain the advanced state of the stopper 146.

According to the present invention having such a configuration, it is possible to open and block the storage space S just by elevating the departure prevention bar 130 in a straight line. Therefore, the present invention does not need to additionally provide a separate locking device to maintain the separation preventing bar 130 is raised, and open the storage space (S) with only a straight copper wire without the complicated copper wire for releasing the locking device. It can be blocked. As such, the present invention can open and close the storage space (S) simply by lifting the departure prevention bar 130 along a straight copper line, even with a simple mechanism that can be operated while simply lifting the separation prevention bar 130. Opening and closing of the storage space (S) can be automated and greatly reduces the labor of the worker.

On the other hand, the overall appearance of the bottled water carrier according to the present invention is composed of a base frame 110 and the side wall frame 120. The base frame 110 serves to support the load of the bottled water. To this end, the base frame 110 is formed by a combination of the horizontal bar (121A) in the front and rear direction and the horizontal bar (121C) in the horizontal direction having a hollow pipe shape. The base frame 110 may be reinforced by adding a steel frame for strength reinforcement at a lower portion so as to support and support the load of the bottled water container. In addition, as shown, the base frame 110 is supported by a pallet (P pallet) provided separately on the lower side. The pallet P is used for carrying and loading the whole bottled water carrier of the present invention.

The rollers 150 supporting the bottled water tank in a slidable manner are installed in the base frame 110 in rows in the front-rear direction. As a result, the bottled water introduced into and taken out of the storage space S may be slidably moved with only a small force by the help of the roller 150. On the other hand, the base frame 110 may be installed in a plurality up and down as shown. This allows more bottles of water to be stored in multiple layers without mutual interference. In this case, the side wall frame 120 standing on the base frame 110 is also installed.

The side wall frame 120 is erected along the front and rear directions perpendicular to the base frame 110, but a plurality of side wall frames are erected at left and right intervals. As a result, the bottled water may be inserted between the sidewall frames 120 to form an accommodation space S accommodated therein. The side wall frame 120 is formed by combining a plurality of front and rear horizontal bars 121A and vertical bars 121B having a hollow pipe shape in a lattice shape. When the side wall frame 120 is configured in a lattice structure by the horizontal bar 121A and the vertical bar 121B in front and rear, the total weight is light and it is easy to draw out the bottle through the space.

The left and right intervals in which the side wall frame 120 is erected are appropriate enough to easily enter a row of bottled water by logistics. In the figure, it is illustrated that four sidewall frames 120 are erected on one layer so that three storage spaces S are formed.

On the other hand, the rear end support bar 121D is installed to cross the rear end of the side wall frame 120. The rear end support bar 121D serves to prevent the rearward departure of the bottled water bottle and is installed only at a height enough to hang the lower end of the bottled water bottle. This is to ensure that there is no inconvenience for the worker to take out the bottled water bottle at the rear side.

The loading process of the bottled water bottle proceeding using the bottled water carrier according to the present invention configured as described above will be described with reference to FIGS. 6 and 7 and attached drawings. 6 and 7 are reference side views for explaining the operation of the separation prevention bar and the lifting means according to the present invention.

First, the bottled water carrier of the present invention is connected to a conveying conveyor, not shown. To this end, the transport conveyor is connected to all of the storage spaces (S) provided three rows from side to side in the upper floor. At this time, in response to the separation prevention bar 130 provided in each floor, each floor of the transport conveyor is provided with an up-down arm (not shown) for lifting and lowering the separation prevention bar 130.

When the connection between the bottled water carrier and the conveying conveyor of the present invention is finished, the separation prevention bar 130 is lowered by the up-down arm. Then, the lifting body 131 coupled to both ends of the separation prevention bar 130 is guided along the guide hole 141a while pushing the stopper 146 as shown in FIG. 6, and then moving to the lowest portion as shown in FIG. 7. do. When the separation prevention bar 130 and the lifting body 131 is lowered as described above, the first spring 143, which is a tension spring, increases, and the accumulation value of elastic energy reaches its peak. However, in such a state, even if the external force by the up-down arm disappears, the stopper 146 protruding into the guide hole 141a walks the lifting body 131, so that the elastic energy accumulation value of the first spring 143 reaches its peak. Even though the lift bar 130 and the lifting body 131 are prevented from rising unless an external force is applied.

In this way, when the storage space (S) is opened by the fall of the departure prevention bar 130, the transfer conveyor is operated to introduce a new bottle of water into the open storage space (S).

Subsequently, when the storage of the bottled water is completed, the operation of the transport conveyor is stopped, and the separation preventing bar 130 is raised to close the storage space S. To this end, it is only necessary to put the up-down arm under the release prevention bar 130 in the lowered state and lift it up slightly. Then, the lifting body 131, which has been prevented from being lifted by the stopper 146, moves up and retracts the stopper 146 while being raised by the spring elasticity of the first spring 143. In addition, the departure preventing bar 130 is also raised to close across the storage space (S). In this way, the escape preventing bar 130 returned to its original position is prevented from leaving the bottled water stored in the storage space (S) by blocking the entrance across the storage space (S).

When the bottled water bottle is accommodated in all the storage spaces S as mentioned above, the pallet P which supports the bottled water bottle carrier of this invention is lifted up by a forklift, and the bottled water bottle carrier is easily loaded on a truck. As such, the bottled water carrier of the present invention can automate the initial logistics if there is a simple mechanism of the up-down arm without the need for complicated equipment for elevating the separation prevention bar 130.

Thereafter, the bottled water bottle transported to each consumer by the van can be pulled out after walking to the stopper 146 so that the worker does not simply drop down the departure prevention bar 130, and the used empty bottled water can also be easily drawn in. have. The bottled water is slid with only a small force by the roller 150 installed in the base frame 110 during the inlet and outlet. Even if not through the entrance of the storage space (S), the operator can easily draw in and out the bottled water through the large space of the side wall frame 120 having a grid structure, and in any case there is no interference between the bottled water, so as to prevent work Do not receive.

As such, the bottled water carrier of the present invention is advantageous in automating the initial logistics in the bottled water company, as well as a significant improvement in the overall logistics to each consumer.

As shown, the present invention according to the modified embodiment is installed in the form of a manual departure prevention member 150 for selectively blocking the entrance of the storage space (S). To this end, the separation preventing member 150 includes a pair of fixing pieces 151 fixed to the side wall frame 120 and a separation preventing bar 153 that is displaceably coupled to the fixing piece 151. do.

The fixing pieces 151 are respectively fixed to side wall frames 120 provided at left and right outer sides of the plurality of side wall frames 120. The fixing piece 151 has a relatively upper portion 152A formed at the upper portion and a lower portion 152B formed at the lower portion and a displacement portion 152C connecting the upper portion 152A and the lower portion 152B. A long hole 152 for displacement is formed. The displacement long hole 152 can be seen that made of a similar shape to the "7".

The separation preventing bar 153 is disposed so as to be displaceable in the distal hole 152 of the fixing piece 151 across the front end of the side wall frame 120 or across the entrance of the storage space S, respectively. As a result, when both ends of the separation prevention bar 153 is located at the upper seating portion 152A of the displacement long hole 152, the entrance of the storage space S is blocked to prevent the bottled water W from being separated and the bottom When it is located in the seating portion 152B, the inlet of the storage space S is released. 8 is a state in which the departure prevention bar 153 is blocking the entrance to the storage space (S), Figure 9 is a state in which the separation prevention bar 153 is located below the entrance to the storage space (S) is unblocked. It looks. However, FIGS. 8 and 9 further include a sliding pin 154A that slides smoothly along the displacement hole 152 for convenience of operation, and ends of the sliding pin 154A and the separation prevention bar 153. The link 154B and the coupling pin 154C are shown in such a configuration as to be connected.

Although the preferred embodiment of the present invention has been described above, the present invention may use various changes, modifications, and equivalents. It is clear that the present invention can be applied in the same manner by appropriately modifying the above embodiments. Accordingly, the above description does not limit the scope of the invention as defined by the limitations of the following claims.

The bottled water tank carrying cart provided with the backflow prevention member according to the present invention can be easily and easily taken in and out of the bottled water bottle, thereby facilitating logistics by automation without expensive equipment or complicated processes. Therefore, high efficiency can be achieved throughout the logistics process in the bottled water market, resulting in enormous cost savings.

Claims

A base frame installed horizontally;

A plurality of side wall frames which are erected along the front and rear direction perpendicular to the base frame, and are spaced apart from each other to form an accommodation space for storing the bottled water therebetween;

A departure prevention bar positioned to move up and down across the entrance of the storage space and blocking or opening the storage space entrance according to whether the elevator is lifted or not;

Lifting means for continuously providing a lifting force or a lowering force to the separation preventing bar by a spring elasticity;

And a stopper means for preventing the release bar from moving in a direction opposite to the spring elasticity so as not to move in a direction compliant with the spring elasticity without the help of an external force after opening or blocking the storage space inlet.
According to claim 1, The lifting means,

A pair of posts which are erected on the left side and the post of each of the anti-separation bars, each having a guide hole cut up and down to guide the lifting of both ends of the anti-separation bars;

Bottled water carrier characterized in that it comprises a first spring installed on the post to provide the lifting force or the lowering force of the separation prevention bar.
The method of claim 2,

The water bottle carrier coupled to both ends of the separation prevention bar, further comprising a lifting body for guiding the lifting of the separation prevention bar while moving along the guide hole through the guide hole.
The method of claim 3,

The stopper means, the stopper is installed so as to be able to move forward and backward in the guide when the exit is made of a stopper to suppress the lifting of the lifting body, and the second spring to push the stopper to advance,

The stopper is retracted by an elevating body that elevates with the help of an external force to allow the elevating structure of the elevating body, but does not retreat by an elevating body which elevates only by the force of the spring elasticity without the help of external force. Bottled water carrier characterized in that the contact portion of the inclined.
The method of claim 2,

The first spring is provided with a tension spring,

Bottle water carrier characterized in that the wire is connected to the first spring and the lifting member, and the direction pulley for changing the direction of the wire is further installed.
The method of claim 5,

The stopper means, the stopper is installed so as to be able to move forward and backward in the guide when the exit is made of a stopper to suppress the lifting of the lifting body, and the second spring to push the stopper to advance,

The stopper is retracted by an elevating body that elevates with the help of an external force to allow the elevating structure of the elevating body, but does not retreat by an elevating body which elevates only by the force of the spring elasticity without the help of external force. Bottled water carrier characterized in that the contact portion of the inclined.
The method of claim 1,

The water bottle carrier, characterized in that a plurality of rollers are arranged in a row in the front and rear directions for the sliding movement of the bottled water bottle in the base frame.
A base frame installed horizontally;

A plurality of side wall frames which are erected along the front-back direction perpendicular to the base frame, but are erected at intervals between the left and right to form an accommodation space in which the bottled water is inserted and received therebetween;

Positioned so as to be able to move up and down across the inlet of the storage space, the bottled water carrier comprising a departure prevention bar for blocking or opening the entrance of the storage space according to the lifting.
The method of claim 8,

A long hole for displacement having fixed upper side portions formed on upper and lower side portions formed on the lower side and lower displacement portions formed on the lower side, and a displacement portion connecting the upper and lower seating portions, respectively Formed with a pair of fixing pieces to support the separation prevention bar,

When the release preventing bar is located in the upper seating portion to block the entrance of the storage space to prevent the separation of the bottled water bottle, when located in the lower seating portion of the bottled water carrier carrier characterized in that the blocking of the entrance of the storage space.