TWM525906U - Improved lid structure of bottle water - Google Patents

Description

Improved bucket structure for bottled water

This creation is about an improved bucket structure for bottled water, mainly to solve the destructive canopy of existing bottled water. It must be covered by special equipment and the cost and environmental problems arising from the single-use type. It is designed to fit the structure of the barrel bucket, which makes it easy to lock and unlock the lid, which can achieve the dual functions of environmental protection and cost reduction.

In order to better the quality of drinking water, in addition to the installation of water purification equipment to filter water quality, in addition to the purchase of bottled or barreled drinking water to solve the demand for drinking water, and the industry in order to win the consumer's long-term purchase orders It is also usually free to provide a dedicated water dispenser during the contract period of its water purchase, so that it can be matched with bottled water to meet the water needs of users for ice, warm water and hot water.

In the case of the above-mentioned bottled drinking water, the water source is usually filtered by a professional filter device to filter impurities, heavy metals and harmful substances in the water, and then put into a barrel of predetermined specifications and shape, and sealed. Ship to the customer according to the customer's order quantity.

In the design of such bottled water containers, because of the need to use a dedicated water dispenser, and to maintain the water hygiene and safety of the bottled water, the lid of the barrel is usually designed with a disposable structure, and the barrel cover is used by special equipment. Closely covering the mouth of the barrel, a insertion hole is formed in the center of the barrel cover, and a plug sleeve is arranged in the insertion hole, and the bottled water is inserted into the water dispenser in an inverted state. When the water hole is used, the plug should be pushed away from the insertion hole by the water inlet rod in the center of the water hole, so that the water in the barrel can smoothly enter the water dispenser, and a tear line is planned on the side of the barrel cover. A tearing portion is protruded from the lower edge, and the shackle can be torn by the tearing portion to break the lid along the tearing line, so that the lid can be taken away from the barrel to facilitate refilling operation, and then special equipment is used. The new lid is overlaid on the barrel so that the barrel can be reused, but the lid can only be used in a single use.

In other words, the existing bucket cover design of the bottled water, because of the one-time structural design, when the cover is covered by the barrel, special equipment must be used to complete the covering operation, which is inextricably derived. The cost of the equipment, at the same time, because the barrel cover must be torn and damaged, it can be taken away from the barrel mouth, so it can not be reused. There is also the cost of the barrel cover and environmental protection problems. It is really intended to solve the improvement.

In view of the equipment cost, barrel cover cost and environmental protection problems derived from the disposable structural design of the barreled water, the creator has specially developed R&D and design, based on his years of experience and technology in related industries, and then researched and created this book. Created improved bucket structure.

In order to give the lid a convenient and repeated use function, the creation of the barrel cap and the barrel mouth of the barrel is designed to be screwed with a screw, and in order to avoid internal water seepage, the inner edge of the lid is The top surface is formed with a pair of stop ring pieces that fit the wall thickness of the barrel mouth, and the inner stop ring piece is designed to be slightly longer than the outer stop ring piece, and a barb is formed on the inner side of the lower edge of the barrel cover. The ring-shaped resisting ring piece can be used to obtain an excellent close relationship and a fixing effect by the cooperation of the retaining ring piece and the abutting ring piece when the cap is locked to the barrel mouth, thereby effectively avoiding internal water storage seepage. The problem is that when the lid is folded and disassembled, no special equipment is needed and no structural damage is caused.

The improved bucket cover of this creation is designed to match the top surface of the inner edge via its threaded lock design. The ring-stopping piece and the inner ring-stopping ring piece design enable the watertight effect of the leaky water to be obtained in addition to the convenience of screwing and unloading when the lid is screwed to the barrel opening, thus, It can eliminate the need for special equipment for the cover of the bucket cover, and it is quite easy to remove the lid, and it will not cause damage to the structure of the lid, so that it can be reused. The equipment cost derived from the equipment and the cost and environmental protection problems that the conventional barrel cover cannot be reused can give better industrial utilization value and economic benefits.

(10) ‧‧‧ barrel

(11)‧‧‧ barrel mouth

(12) ‧‧‧Lock section

(20) ‧ ‧ barrel lid

(21)‧‧‧Spinning section

(22)‧‧‧ Insert holes

(23)‧‧‧ Sets

(24) ‧‧‧ convex ring

(25) (26) ‧ ‧ stop ring

(27) ‧‧‧Restricted ring

Fig. 1 is a schematic view showing the overall structure of a preferred embodiment of the present invention.

Figure 2 is a partial exploded view of the preferred embodiment of the present invention.

Figure 3 is a cross-sectional view showing a partial structure of a preferred embodiment of the present invention.

Fig. 4 is a plan view showing the structure of the preferred embodiment of the present invention when the lid is not locked into the mouth of the barrel.

Fig. 5 is a schematic view showing the planar structure of the preferred embodiment of the present invention when the lid is locked into the barrel.

Figure 6 is a schematic view showing the planar structure of the preferred embodiment of the present invention when the lid is completely locked into the mouth of the barrel.

For details on the structural composition, technical means and efficacy of this creation, please refer to the following figure for further details. Please refer to Figures 1~6 for a better embodiment of the creation. It is indicated that the creation is mainly for the barrel cover (20) of the barrel of water (10) which is covered at the neck of the neck (11). The structural design is mainly for the barrel mouth (11). An outer threaded locking section (12) is formed on the outer edge, and an inner threaded screwing section (21) is formed on the inner side wall of the barrel cover (20), so that the barrel cover (20) is obtained. Screw lock on the barrel mouth (1 1) upper, a insertion hole (22) is recessed in a central portion of the barrel cover (20), and a plug sleeve (23) is arranged in the insertion hole (22), so that the water inlet of the water dispenser can be used. In order to obtain the watertight locking relationship between the lid (20) and the mouth (11), the creation is provided with an internal thread locking portion (21) on the inner side wall of the lid (20), and more in the lid ( 20) a predetermined position of the top surface of the inner edge is formed to form a pair of gap-stopping ring pieces (25) (26) of the wall thickness of the barrel opening (11), and the inner stop ring piece (25) is slightly longer than the outer stop The ring piece (26) is designed, and the inner stop ring piece (25) is slightly extroverted and has a curved surface modification at its end edge portion, and an inner and outer stop ring piece (25) (26) The top edge of the gap is provided with a convex abutting ring (24), and a barb-shaped resisting ring piece (27) is further formed on the inner side wall of the lower edge of the barrel cover (20), thereby forming the creative barrel cover (20) dense structure; The original bucket cover (20) composed of the upper uncovering structure utilizes the internal thread screwing section (21) of the inner side wall, so that it can be directly screwed by the staff without the need of special equipment. The lock is arranged on the barrel mouth (11) of the barrel body (10), and during the screwing process, the abutting ring piece (27) on the inner side of the lower edge of the barrel cover (20) has a spring pressure margin, so It does not affect the screwing operation, and when the barrel mouth (10) contacts the end edge of the stopper ring piece (25) in the top surface of the barrel cover (20), it is modified by the curved surface of the end edge. Therefore, the inner stop ring piece (25) is pushed forward by the homeward to enable it to continue to perform the screwing action until the inner cover and the outer cover (20) are completely locked to the barrel opening (11). The ring pieces (25) (26) are respectively located at the inner and outer edges of the barrel mouth (11), and the convex ring (24) between the inner and outer stop ring pieces (25) (26) is in contact with the barrel. The top edge surface of the mouth (11), and the abutting ring piece (27) on the inner side of the lower edge of the barrel cover (20) abuts against the lower edge of the locking portion (12) of the barrel opening (11), thus It is excellent in the relationship between the lid of the lid (20) and the mouth of the barrel (11). The effect of stopping and fixing effectively avoids the problem of internal water seepage; and when the water inside the barrel (10) is exhausted and needs to be refilled, it can be freed by the staff without destroying the structure of the lid (20). After the bucket cover (20) is removed from the barrel mouth (11) of the barrel body (10), and the sterilization operation is performed separately, the water filling operation of the barrel body (10) is performed, and then the worker has to re-close the barrel cover (20). The hand is locked by the barrel mouth (11) of the barrel (10) to complete the refilling operation, so that the lid (20) can be reused, and the lid (20) can be locked and unloaded without using special equipment. Therefore, in terms of the cost of the entire production equipment and the cost of the lid (20), a substantial reduction can be obtained, and at the same time, the environmental problems that may be caused by the destruction of the conventional lid can be solved; that is, according to the above description, the creation is in the barrel. In the design of the water-filled bucket lid structure, the disposable structure of the conventional bucket lid is discarded, and the screw-locking of the bucket lid and the barrel mouth is achieved by screwing and locking, and at the same time, the top surface of the inner edge of the bucket lid is matched. The outer stop ring piece, the convex ring and the inner ring of the lower edge are designed to make the barrel cover and the barrel mouth excellent. The anti-seepage relationship becomes a convenient and practical bucket structure. More importantly, the lock of the bucket cover does not need special equipment, and the bucket cover can be reused, which is effective in the existing destructive barrel. In terms of cover, it is more in line with the economic benefits and environmental value of industrial utilization; in summary, the design of the improved bucket structure for the bottled water, through its screw-locking structure, with the stop ring The structure of the piece, the convex abutting ring and the shackle ring piece can be combined to obtain the convenience of locking and unloading the barrel cover and the barrel barrel mouth, and the excellent anti-seepage effect is obtained, and the existing destructive barrel cover is completely solved once. The problems and shortcomings derived from the sexual structure, on the whole, do have excellent industrial utilization value, and are an excellent and outstanding innovative design.

(20) ‧ ‧ barrel lid

(21)‧‧‧Spinning section

(22)‧‧‧ Insert holes

(23)‧‧‧ Sets

(24) ‧‧‧ convex ring

(25) (26) ‧ ‧ stop ring

(27) ‧‧‧Restricted ring

Claims (3)

The improved bucket cover structure of the bottled water mainly comprises an external thread locking knot formed on the outer edge of the neck of the neck formed by the bottled water, so as to lock the outer lid, and a recess is arranged in the center of the lid The insertion hole has a plug sleeve in the inner plug group of the insertion hole; the improvement is that the barrel cover is not only in the inner side wall but also has an inner thread screwing section corresponding to the barrel opening locking section, and is further in the barrel cover The predetermined position of the top surface of the edge is formed with a pair of gaps that fit within the wall thickness of the barrel mouth and the outer stop ring piece, and the inner stop ring piece is slightly longer than the outer stop ring piece, and is formed on the inner side of the lower edge of the barrel cover. A barbed-shaped abutting ring piece, according to which, when the lid is locked to the barrel mouth, the joint of the retaining ring piece and the abutting ring piece can be used to obtain an excellent anti-seepage relationship and a fixing effect. According to the improved bucket cover structure of the bottled water according to claim 1, wherein the top cover of the inner and outer stop ring gaps is provided with a convex ring, when the bucket cover is locked At the mouth of the barrel, the convex ring of the road is against the top edge of the barrel mouth. The improved bucket lid structure of the bottled water according to the first aspect of the patent application, wherein the inner stopper ring piece of the barrel lid is slightly extroverted, and the guide edge surface is modified at the edge portion thereof.