KR20070078174A - Spring water container having attachable and removable knob and method of manufacture thereof - Google Patents

Abstract

A spring water barrel having a detachable handle and a manufacturing method thereof are provided to keep the maximum capacity by recessing only a handle mounting groove toward the inside of the outer center perpendicular to a parting portion. The spring water barrel having an inlet port combined to a spring water barrel joining part of a hot/cold water dispenser to supply water and separated from the joining part if the water is used up is composed of a body(10) having a handle mounting groove(12) formed in the center of the outer peripheral surface perpendicular to a parting portion of the spring water barrel; a hinge joining unit(20) having an insertion hole(21) formed on one surface, dug in a T-form, and fitted and fixed with a protruded part(31) of a handle(30), and a combining projection(22) formed on the opposite surface and fixed to a predetermined portion of the handle mounting groove of the body; and the handle of the predetermined size having the plate-shaped protruded parts formed at the upper and lower ends, joined to the insertion hole formed on one surface of the hinge joining unit, and composed of a major axis and a minor axis crossing the major axis.

Description

Bottled water container with detachable handle and manufacturing method {SPRING WATER CONTAINER HAVING ATTACHABLE AND REMOVABLE KNOB AND METHOD OF MANUFACTURE THEREOF}

1 is a comparison of the drawing of the bottled water according to the present invention and the conventional bottled water.

Figure 2 is an isolation and coupling of each part of the bottle holding a detachable handle according to the present invention.

Figure 3 is a front view and a side view of the bottle holding a detachable handle according to the present invention.

Figure 4 is a view that the handle is coupled to the hinge coupling in the bottle holding a detachable handle according to the present invention.

5 is a detailed view of the handle portion and the hinge coupling portion of the bottled water container having a detachable handle according to the present invention.

Figure 6 is a flow chart of the manufacturing method of the bottled water container having a detachable handle according to the present invention.

Figure 7 is a view showing a mold in a manufacturing method of a bottled water container having a detachable handle according to the present invention.

<Explanation of symbols for the main parts of the drawings>

10: main body 20: hinge coupling portion

11: inlet 12: handle mounting groove

13: parting part 21: insertion hole

22: engaging projection 30: handle

31: protrusion 40: mold

50: polycarbonate

The present invention relates to a bottled water container having a detachable handle and a method of manufacturing the same. More particularly, the handle can be attached to and detached from the bottled water container to increase the work efficiency of the worker by attaching the handle when the worker transports the bottle. It relates to a bottle of water with a detachable handle that is detachable after the work is finished.

In general, in the bottled water container equipped with a conventional handle, the handle is molded integrally with the bottled water container or made of a different material from the bottled water container and fixed and coupled to all the bottled water one by one. As shown in FIG. 1 (b), the bottled water container with the conventional handle is integrally made or attached to the part 12 in the body of the bottled water, which is a mold when molding the bottled water container. This is to open the mold properly. However, due to this, the handle is formed inside the bottle, and not only the portion of the handle occupying the bottle, but also the left and right portions of the body where the handle is formed must be removed in order to open the mold properly, and the capacity of the bottle is reduced as much as the removed portion. . In order to increase the capacity of the bottle, it is necessary to increase the width or length of the bottle, but in this case, other lines, such as transfer boxes, cannot be used properly, and other lines must be reinstalled, thereby increasing costs.

In addition, the bottled water bottle is formed integrally with the handle when cleaning the inside of the bottle, the handle portion is complicated to clean the inside of the handle portion is difficult to clean the problem occurs.

In addition, bottled water containers made of different materials from handles should be handled separately due to different materials when recycling bottled water, which increases the cost of separation and prevents the fixed handles from being properly separated. As a result, when recycling water bottles by recycling, impurities are contained and defective products are generated, so there is a lot of inconvenience to use them as recycled products.

In addition, the handle is made of a different material from the bottled water container is different from the bottled water bottle produced by operating the production line separately to be fixed to the bottled water bottle because there is a problem in that the cost of the additional handle fixing cost and operating the production line.

In addition, the bottled water bottle is fixed even if the handle is made of a different material, so even if the handle is broken, there is a problem that can not replace the handle, the bottle does not use the bottle at all.

In addition, the bottled water container formed integrally with the handle or the bottled water bottle fixed to the handle may be more efficient when the worker is working when moving, but the handle of the other bottled water container when moving or in many other situations due to the handle protruding into the bottle Or bump into other objects, and the bumps may cause damage to the handle and scratches on the bottle, which may cause aesthetic problems. In addition, when the handle is broken, the bottle does not have to be used, and thus the bottle has to be disposed of and re-created, which also causes a considerable cost.

The present invention has been made in view of the above problems, by attaching a handle to the center portion of the right outer peripheral surface of the part in the right direction rather than the parting part to improve the storage utilization of the bottled water container is the amount to store the bottled water prior to the maximum amount of storage of the bottle It can be used for transporting a large number of bottled water using a single handle by detaching the handle when the work is completed. It is an object of the present invention to provide a drinking water container having a detachable handle that can be protruded and stored when the handle is attached so that the handle and the other parts are not hit.

As described above, the bottled water container having a detachable handle is supplied to the bottled water coupling portion formed in the cold and hot water combiner to supply water, and when the water is exhausted, in the bottled water container formed with an injection hole separated from the coupling portion, The main body is formed with a handle installation groove in the center of the right angled peripheral surface of the parting part of the bottle, one side is inserted into the insertion hole is formed in the 'T' shape is formed, the protrusion of the handle is inserted and fixed, the handle formed on the other side It has a hinge coupling portion and a predetermined size including a coupling protrusion fixed to a predetermined portion of the installation groove, the upper portion and the lower portion consists of a long axis and a short axis perpendicular to the insertion hole formed on one side of the hinge coupling portion And a handle including a plate-shaped protrusion.

In addition, the handle is characterized in that the material is polycarbonate.

In addition, a method of manufacturing a bottled water bottle formed with an inlet to be separated from the coupling portion when the water supply is coupled to the bottled water coupling portion formed in the cold and hot water container, when the water is exhausted, (a) the handle installation groove is formed Inserting a hinge joint into a portion corresponding to the handle installation groove of the mold mold having an inner circumferential surface corresponding to the outer circumferential surface of the body; And a step of engaging the handle to the main body to which the hinge coupler is fixed by blowing the air, and (c) the hinge coupler to the main body to which the hinge coupler is fixed.

In addition, the mold frame is characterized in that the main body and the handle is formed simultaneously by injecting a polycarbonate in the semi-melting state in the step (b), including a handle frame for molding the handle to a predetermined portion.

Hereinafter, a bottled water container having a detachable handle according to the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is a view combined with a separate drawing of each part of the water container having a detachable handle according to the present invention, Figure 2 is a view showing a front view and a side view showing a water container having a detachable handle according to the present invention. to be.

As shown in FIG. 2 and FIG. 3, the present invention is a bottled water container including a main body 10, a hinge coupling part 20, and a handle 30. The main body 10 has a cylindrical shape and the upper portion of the main body includes an inlet 11 for discharging the bottled water. In the center of the outer peripheral surface in the direction perpendicular to the parting part of the main body 10, the handle installation groove 12 is excavated into a predetermined portion, and the upper and lower ends of the handle installation groove 12 entered into the main body 10. The hinge coupler 20 is coupled and fixed since the main body 10 is molded in the mold. The hinge coupling portion 20 has an insertion portion formed on one side thereof, the protrusion of the handle is inserted and received in the insertion portion, and the other side includes a coupling protrusion coupled to the handle installation groove 12. In addition, the handle has a predetermined size, and has a protrusion that is coupled to the insertion hole formed on one side of the hinge coupling portion 20 in the upper portion and the lower portion in the 'c' shape, a plurality of projections on one side of the central portion Is formed. The protruding portion has a plate shape consisting of a long axis and a short axis orthogonal thereto, and rounded corner portions at both ends of the long axis. The handle 30 is inserted into the hinge coupling portion 20, and can be rotated, thereby preventing or protruding by rotating the handle 30 even while using the bottled water by being placed or placed in the cold or hot water. In addition, the handle may be molded of polycarbonate of the same material as the main body.

4 is a view showing that the handle of the bottle holding a detachable handle 30 in accordance with the present invention coupled to the hinge coupling portion (20).

To couple the handle 30 to the hinge coupler 20, the protrusion of the handle 30 must be inserted into an insertion portion formed on one side of the hinge coupler. The insertion portion is dug into a 'T' shape, and inserts the protrusion of the handle 30 into the 'ㅣ' portion. In the 'T' shape, the 'ㅣ' portion is relatively smaller in width or length than the 'ㅡ' portion, and the overall length of the protrusion of the handle is different from the length of the long axis and the short axis perpendicular to the long axis. If length is L, the length of the short axis orthogonal to this will be 0.6L-0.7L which is 2/3 level of the length of a long axis. For this reason, the handle portion, that is, the protrusion that is used at the time of working, is not inserted into the long axis direction. Therefore, when the protrusion of the handle 30 is inserted into the insertion part, the handle 30 is turned by 90 ° so that the protrusion of the handle 30 is inserted in the short axis direction to enter the 'ㅣ' site. When the protrusion of the handle is inserted, the insertion is made by forcing the handle so that the handle does not fall out during storage or in the bottle. Insert the handle protrusion is rotated 90 ° again in the '-' part to change the form that the operator can hold the handle (30) to work.

Figure 5 is a detailed view of the handle and the hinge coupling portion of the bottle holding a detachable handle according to the present invention.

One side of the hinge coupling portion 20 is inserted and accommodated in the protrusions 31 of the handle 30, the other side is fixed to the upper and lower ends of the handle installation grooves 12 into the main body 10, respectively Combination projection 22 is included. The handle 30 has a protrusion 31 coupled to the insertion hole 21 of one side of the hinge coupling portion 20 in the upper portion and the lower portion in a 'c' shape having a predetermined size, the central portion of the A plurality of protrusions are formed on one side.

In detail, the coupling protrusion 22 of the other side of the hinge coupling portion 20 is coupled to and fixed to the upper end and the lower end of the handle installation groove 12 that enters when the main body 10 is molded in the mold. . Therefore, the hinge coupler 20 is tightly fixed to the main body 10 without shaking, and thus, the handle 30 only needs to be attached or detached to the hinge coupler 20, and only the hinge coupler 20 is installed. Since it is necessary to fix the groove 12, the handle installation groove 12 that enters the interior may be entered so that only the hinge coupling portion 20 is fixed regardless of the handle 30. In addition, when the handle 30 is coupled to the hinge coupling portion 20 coupled to the main body 10 and the bottled water container is moved, the hinge coupling portion 20 is closely attached to and fixed to the main body 10 so as not to be pulled out or separated. Do not. If the handle 30 is broken or damaged, only the handle 30 is removed from the main body including the hinge coupler 20 and can be reinstalled and transported. In case of emergency, the main body 10 can be used completely. It may be used without the handle 30, like a bottle of water.

The handle 30 is usually of a predetermined 'C' shape to a predetermined size, and the protrusions 31 are formed at both ends of the upper portion and the lower portion to be coupled to the hinge coupler 20. The protruding portion 31 of the handle 30 has a plate-shape consisting of a long axis and a short axis orthogonal thereto, and rounded corner portions at both ends of the long axis. When the length of the long axis is L, the length of the short axis perpendicular to the long axis is L. It becomes 0.6L-0.7L which are 2/3 level of the length of a long axis. Since the lengths of the protrusions 31 of the handle 30 are different from each other, they are inserted into the insertion holes 21 of the hinge coupler 20 to prevent the handle 30 from being separated from the hinge coupler 20 when the bottled water is transported. And, it is rounded so that when the handle 30 is rotated, the protrusion at the insertion opening 21 of the hinge coupling portion 20 allows for smooth rotation without any force. When the handle is coupled to the insertion hole 21 of the hinge coupling portion 20 by turning the handle 90 ° is inserted into the hinge coupling portion (20). Insertion opening 21 formed on one side of the hinge coupling portion 20 is dug into a 'T' shape, the 'ㅣ' portion of the 'T' shape is narrow in width and the 'ㅡ' portion in the 'ㅣ' portion Larger than Therefore, when the protrusion 31 of the handle 30 is inserted into the narrow 'ㅣ' portion, the knob 30 is first rotated by 90 ° so that the protrusion 31 of the handle 30 can be inserted into the narrow width of the hinge coupling portion 'ㅣ' portion. The portion of the protrusion 31 is inserted in the short axis direction so as to pass through the narrow width. When passing through a narrow width, it is forced to be inserted. By being forced fit, the insertion opening 21 of the hinge coupler 20 does not easily come out during work, and can be safely stored even during storage. The protrusion 31 of the handle passing through the narrow width enters the insertion hole 21 of the hinge coupler 20. However, in this state, the handle is not coupled to the hinge coupling portion 20, and thus, there is a risk of falling out again, and thus returns 90 ° from the hinge coupling portion 20. In this case, since the '-' portion of the 'T' shape naturally has a wide width, the protrusion 31 of the handle rotates smoothly in the direction of the major axis in the direction of the short axis, and thus the 'ㅣ' portion in the 'T' shape. Since the width is narrow and the protrusion 31 of the handle is switched in the direction of the long axis, the handle does not fall into the narrow width of the '|' portion is coupled to the hinge coupling portion 20. As a result, when the worker transports the bottled water container, it is fixed to the hinge coupler 20 by the weight of the bottled water bottle.

In addition, after the operator uses the handle 30 or is finished, the handle is protruded from the hinge coupling portion 20, but the rotation is possible to give the rotation to prevent the handle from protruding from the bottled water can be stored.

Figure 6 is a flow chart of a manufacturing method of a bottled water container having a detachable handle according to the present invention. As shown in FIG. 5, the method of manufacturing the water bottle having the detachable handle further includes inserting a hinge coupling part into a main mold frame (s1), a main body forming step (s2), and a handle assembly step (s3). Characterized in that.

Inserting the hinge coupling portion into the main mold frame (s1) is a step of inserting and fixing the hinge coupling portion to a portion for forming the handle mounting groove portion of the main body of the mold for molding the main body, before forming the main mold In order to insert and fix the hinge joint in the mold, the mold insert and the fixing part are parsed and inserted into the mold joint in the hinge joint, and a semi-fusion polycarbonate is injected into the mold. Compressed air is injected into the injected polycarbonate to form a main body having the same shape as the main mold (s2). At this time, the coupling protrusion of the hinge coupling portion is softly wrapped and condensed by the polycarbonate in a semi-fused state, and the hinge coupling portion is fixed to the main body to be molded. In addition, the handle installation groove portion is located in the center of the outer peripheral surface in the right angle direction of the part, not the part in which the main body is parted, so that the main body enters only a portion of the hinge joint of the hinge coupling part to the inside when the mold is fixed. It can be kept to the maximum. After the hinge coupling portion is inserted into the main mold frame (s1) and the main body forming step (s2) by combining the handle produced separately to the molded body (s3), the final bottled water is completed.

FIG. 7 is a view illustrating a mold mold 40 when manufacturing a bottled water container in a method of manufacturing a bottled water container having a detachable handle. In the drawing, the handle 30 is also formed in the process of forming the body, including the handle frame in a predetermined portion of the body mold, and the handle 30 is formed of the same material as the body 10 using the mold. Due to this, the handle of the other material is produced separately by operating the production line to produce a handle, but the cost rises, the mold frame can be molded at the same time by using the mold mold 30 and the main body 10, manufacturing cost And the production time is less than the existing product, because the molding of the same material has the effect of recycling. When the bottled water container is molded into the mold 40, the polycarbonate 50 in a semi-fused state is injected into the mold. Then, the polycarbonate 50 is injected to the handle frame by the gap formed in the lower portion of the main frame. The polycarbonate 50 injected into the handle frame is not blow-molded differently from the main body 10, and in order to make the handle 30 strong at the time of injection, the polycarbonate 50 is completely injected into the handle frame to carry out molding in the state of puffing. do. While the main body 10 is blow molding, the handle is slowly condensed and molded. After the molding process is completed, the handle 30 and the main body 10 may be cut out.

In the above, the present invention has been illustrated and described with respect to preferred embodiments, but the present invention is not limited to the above-described embodiments, and does not depart from the gist of the present invention as claimed in the following claims, and thus, the general knowledge in the art Anyone with a variety of modifications are possible, of course, such modifications are within the scope of the claims.

As described above, the bottled water container having a detachable handle of the present invention can be attached to and detached from the center portion on the outer circumferential surface in the right angle direction of the parting portion, rather than attaching the handle to the parting portion as compared to the conventional bottled water container. Compared to the bottled water bottle, it has less area to go inside, and its internal shape is simple, so it is easy to clean the inside, and the integrally molded handle prevents the problem of significantly reducing the amount of bottled water. Thereby, it is possible to use other existing production line that is in accordance with the conventional bottled water container specifications as it is, there is an effect that does not incur additional costs.

In addition, the mold for forming the body, including the handle frame for molding the handle at the same time the handle is molded with the same material as the main body to reduce the cost of molding the handle with other materials, Even when recycled and regenerated, there is an effect that can be recycled immediately without a separate operation with the handle and the body.

In addition, when the detachable handle is stored in a bottled water container, the handle coupled to the hinge coupler can be rotated so that the handle can be rotated normally so that the handle can be stored without protruding from the bottled water. In addition, it prevents the handle of the bottled water from protruding, it is effective to prevent damage to the other objects.

In addition, the handle is detachable and can be carried, so when a bottle producing company delivers or transports the bottle, there is no need to install the handle in every bottle even in a normal home. It is possible to transport the container, which saves a lot of cost in making the handle.

In addition, the handle of the conventional bottled water bottle is simply formed in a flat shape so that the hand is slippery when the bottled water bottle is transported or seated in a cold or hot water bottle, causing inconveniences and problems of spilling water. The water container is characterized in that a plurality of protrusions are formed in the center of the handle, so that the water bottle is not slippery to easily lift the water container.

Claims (4)

In the bottled water container, the water bottle is coupled to the bottled water container formed in the cold and hot water supply unit, and supplies water, and when the water is exhausted, an injection hole is separated from the coupling site. A main body in which a handle installation groove is formed at a center portion of an outer circumferential surface at a right angle in the parting part of the bottle; A hinge coupling part including a coupling protrusion formed at one side of the insertion hole formed in a 'T' shape so that the protrusion of the handle is inserted and fixed, and the other side is fixed to a predetermined portion of the handle installation groove formed at the main body; And It has a predetermined size, the upper portion and the lower portion of the handle including a plate-like protrusion made of a long axis and an orthogonal axis that is coupled to the insertion hole formed on one side of the hinge coupling portion; Bottled water having a detachable handle including a. The method of claim 1, wherein the handle, The material is polycarbonate; bottled water having a removable handle characterized in that. In the method for producing a bottled water bottle is coupled to the bottled water coupling portion formed in the cold and hot water supply, and the injection port formed from the coupling portion when the water is exhausted, (a) inserting a hinge coupling portion into a portion corresponding to a handle installation groove of a mold frame having an inner circumferential surface corresponding to an outer circumferential surface of a body in which a handle installation groove is formed; (b) forming a main body to which the hinge coupling part is fixed through blow molding for injecting polycarbonate and compressed air in a semi-molten state into a mold for forming a main body in which a handle installation groove is formed; And (c) coupling the handle to the body to which the hinge coupling is fixed; Method of producing a bottled water container having a detachable handle, characterized in that it comprises a. The method of claim 3, wherein The mold frame includes a handle frame for molding a handle on a predetermined portion, and injecting the polycarbonate in a semi-molten state in the step (b) to simultaneously mold the body and the handle; The manufacturing method of having a drinking water container.

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