Patent ID: 12221259

DETAILED DESCRIPTION OF THE EMBODIMENTS

Embodiment I

Referring toFIG.1toFIG.5, a container sealing plug includes:

a plug body1, wherein the plug body1is configured to seal a receiving opening31of a container3; the plug body1includes a sealing part11; the sealing part11is configured to seal the receiving opening31of the container3; the sealing part11is provided with an elastic sealing ring; and the sealing ring is configured to press an inner wall that seals the receiving opening31of the sealed container3. Through the above structure, a user can place food, liquid, or other objects into the container through the receiving opening of the container, and then seal the receiving opening of the container through the plug body. When the flexible sealing ring of the plug body is inserted into the receiving opening of the container, the inner wall of the receiving opening presses the flexible sealing ring. An elastic resetting force generated when the sealing ring is pressed can press the inner wall that seals the receiving opening, which can effectively prevent air and water from entering or leaking out via the receiving opening of the container and ensure long-term storage and freshness preservation of contents.

In this embodiment, the plug body1is an integrally formed plug body.

In this embodiment, the plug body1is a silica gel plug body or a rubber plug body, and a hardness range of the plug body1is 30-80 Shore A.

In this embodiment, the plug body1includes a first upper side12and a first lower side13; the plug body1further includes a first stop part14; the first stop part14is arranged between the first upper side12and the first lower side13; and the sealing part11is arranged between the first lower side13and the stop part14. The first lower side13is provided with a first opening131; the first upper side12is provided with a second opening121; the first opening131is intercommunicated with the second opening121; and when the first lower side13of the plug body1is inserted into the receiving opening31of the container3, the second opening121is inserted into the container3along with the plug body1, and the first upper side12is exposed out of the container3, whereby the second opening121on the first upper side12is exposed out of the container3. Specifically, the container sealing plug further includes a cover body4and a second flexible member5; the cover body4is connected to the plug body1through the second flexible member5, and the cover body4is detachably covered at the second opening121. Specifically, the sealing part11is a sealing ring. Further, the sealing part11at least includes one sealing ring, and the at least one sealing ring is uniformly arranged between the first lower side and the first stop part. Much further, a quantity of the sealing ring is three. The three sealing rings are uniformly arranged between the first lower side and the first stop part. Much further, the plug body1is a silica gel plug body1. Through the above structure, the sealing ring of the silica gel plug body1can be inserted into the receiving opening31of the container3to seal the receiving opening31of the container3. The sealing property is good, and the silica gel plug body1is not easy to age and is convenient to clean. Moreover, the arrangement of the first stop part14can effectively prevent the plug body1from being excessively inserted into the container3via the receiving opening31of the container3, so as to prevent a phenomenon that the plug body1is difficultly pulled out of the opening in the container3. Moreover, when the user needs to pour out liquid in the container3, the cover body4can be removed from the second opening121to allow the liquid to flow out via the first opening131and the second opening121.

In this embodiment, a leak-proof part7is arranged at the second opening121, and the leak-proof part7includes a plurality of flexible leak-proof baffles71and slits72; the flexible leak-proof baffles71press one another to cover the slits72; and when the flexible leak-proof baffles71are acted upon by an external force that is greater than a pressing force generated by the flexible leak-proof baffles71pressing one another, the flexible leak-proof baffles71uncover the slits72. Through the above structure, when the leak-proof baffles are not acted upon by an external force, the flexible leak-proof baffles71press one another to cover the slits72, so as to prevent the liquid from flowing out via the first opening131, the second opening121, and the slits72. When the user needs to pour out the liquid in the container3for drinking, a liquid impact force when the liquid is poured out of the container can impact the flexible leak-proof baffles71to cause the flexible leak-proof baffles71to uncover the slits72, whereby the liquid flows out via the first opening131, the second opening121, and the slits72. A quantity of the flexible leak-proof baffles is four, and the four flexible leak-proof baffles are uniformly arranged around an interior of the second opening. A cross shape is formed between the plurality of slits.

In this embodiment, the container sealing plug further includes a first flexible member2; the first flexible member2is connected to the plug body1; the first flexible member2is provided with a first sleeving opening21; the first sleeving opening21is configured to be connected to the container3; and the first flexible member2is further provided with a hanging space22. Specifically, the hanging space22is a hanging port. Further, the hanging port is configured to hold a finger of the user. The first flexible member2includes a first end23and a second end24; the first end23is connected to the plug body1; and the first sleeving opening21and the hanging space22are arranged in sequence in a direction from the first end23of the first flexible member2toward the second end24. Through the above structure, the user can place food, liquid, or other objects into the container3through the receiving opening31of the container3, and then seal the receiving opening31of the container3through the plug body1. This can effectively prevent air and water from entering or leaking out via the receiving opening31of the container3and ensure long-term storage and freshness preservation of contents. Furthermore, due to the arrangement of the first flexible member2connected to the plug body1, the first sleeving opening21on the first flexible member2can sleeve the container3, for example, on a side wall of the opening of the container3, so that the plug body1is connected to the container3through the first flexible member2to effectively prevent slip and loss of the plug body1. The container can be a water bottle or another type of container. Moreover, the design is reasonable, the structure is compact, and the connection is stable. When the plug body1sleeves the container3through the first sleeving opening21of the first flexible member2, the user can insert a finger into the hanging port to lift the sealing plug and the container3, making it easy for the user to carry the container3. When the container3does not need to be used, the container3and the plug body1can also be hung on a wall or another external object through the hanging port, facilitating the user to store the container3and the plug body1.

In this embodiment, the first end23of the first flexible member2is connected to one side of the first stop part14. The cover body4is connected to the other side of the first stop part14of the plug body1through the second flexible member5. Specifically, the first flexible member2is a silica gel first flexible belt. Further, the second flexible member5is a silica gel second flexible belt. Much further, the first flexible belt, the second flexible belt, and the cover are integrally formed. Through the above structure, the arrangement of the first flexible member2and the second flexible member5is effectively achieved; and the connection between the cover body4and the plug body1and the connection between the plug body1and the container3are achieved.

In this embodiment, a second stop part6is further arranged between the first upper side12and the first stop part14, and the cover body4includes a third stop part41; and when the cover body4is covered at the second opening121, the third stop part41abuts against the second stop part6. The second stop part6is a stop ring; and the third stop part41is a stop ring groove arranged on an inner wall of the cover body4. Specifically, a radius of the first upper side12of the plug body1is less than a radius of the first lower side13of the plug body1. Through the above structure, it is easy to accurately cover the second opening121with the cover body4, preventing excessive coverage by the cover body4and preventing the cover body4from being cracked due to the excessive coverage.

A container is further provided, including the container sealing plug as described above. Through the above structure, a user can place food, liquid, or other objects into the container through the receiving opening of the container, and then seal the receiving opening of the container through the plug body. When the flexible sealing ring of the plug body is inserted into the receiving opening of the container, the inner wall of the receiving opening presses the flexible sealing ring. An elastic resetting force generated when the sealing ring is pressed can press the inner wall that seals the receiving opening, which can effectively prevent air and water from entering or leaking out via the receiving opening of the container and ensure long-term storage and freshness preservation of contents. Furthermore, due to the arrangement of the first flexible member2connected to the plug body1, the first sleeving opening21on the first flexible member2can sleeve the container3, for example, on a side wall of the opening of the container3, so that the plug body1is connected to the container3through the first flexible member2to effectively prevent slip and loss of the plug body1. The container can be a water bottle or another type of container.

Embodiment II

Referring toFIG.1toFIG.5, a container sealing plug includes: a plug body1configured to seal a receiving opening31of a container body3; and a first flexible member2connected to the plug body1and having a first sleeving opening21formed thereon, the first sleeving opening21being configured to connect to the container body3.

By means of the above structure, a user can place food, liquid or other objects into the container body3through the receiving opening31of the container body3, and then seal the receiving opening31of the container body3with the plug body1, whereby air or water is effectively prevented from entering or leaking out the container body3through the receiving opening31of the container body3and thus the long-term storage and freshness preservation of the content is guaranteed. Due to the arrangement of the first flexible member2connected to the plug body1, the first sleeving opening21on the first flexible member2can be sleeved on the container body3, for example, on a side wall of an opening of the container body3, so that the plug body1is connected to the container body3through the first flexible member2, which effectively prevents the slipping and loss of the plug body1. Herein, the container can be a water bottle, also can be other types of containers.

Herein, the first flexible member2has a hanging space22formed thereon. Specifically, the hanging space22is a hanging opening. Further, the hanging opening is configured for a user's finger to hang on. Still further, the first flexible member2includes a first end23and a second end24. The first end23is connected to the plug body1. The first sleeving opening21and the hanging space22are arranged sequentially in a direction from the first end23of the first flexible member2toward the second end24. By means of the above structure, the sealing plug achieves a reasonable design, a compact structure, and a stable connection. When the plug body1is sleeved on the container body3by means of the first sleeving opening21of the first flexible member2, a user can extend a finger into the hanging opening to lift up the sealing plug and the container body3, which is convenient for the user to carry the container body3. In addition, when the container body3is not in use, the container body3and the plug body1can be hung on a wall or other external objects by means of the hanging opening, which is convenient for a user to store the container body3and the plug body1.

In the present embodiment, the plug body1includes a sealing part11configured to seal the receiving opening31of the container body3. Herein, the plug body1includes a first upper side12and a first lower side13and further includes a first stop part14. The first stop part14is arranged between the first upper side12and the first lower side13; and the sealing part11is arranged between the first lower side13and the stop part14. Specifically, the sealing part11is a sealing ring. Further, the number of the sealing ring is three. The three sealing rings are evenly arranged between the first lower side and the first stop part. Still further, the plug body1is a silicone plug body1. By means of the above structure, the sealing rings of the silicone plug body1can be inserted into the receiving opening31of the container body3to seal the receiving opening31of the container body3. The silicone plug body1not only has a good sealing property, but also is difficult to age and is easy to clean. In addition, due to the arrangement of the first stop part14, the plug body1can be effectively prevented from being excessively inserted into the container body3through the receiving opening31of the container body3, with the occurrence avoided that the plug body1is difficult to be pulled out from the opening of the container body3.

In the present embodiment, the first lower side13is formed with a first opening131, the first upper side12is formed with a second opening121, and the first opening131is intercommunicated with the second opening121. When the first lower side13of the plug body1is inserted into the receiving opening31of the container body3, the second opening121is inserted into the container body3along with the plug body1, and the first upper side12is exposed out of the container body3, whereby the second opening121on the first upper side12is exposed out of the container body3. Herein, a cover body4and a second flexible member5are further included, wherein the cover body4is connected to the plug body1through the second flexible member5, and the cover body4detachably covers the second opening121. By means of the above structure, when a user needs to pour out a liquid inside the container body3, he/she can remove the cover body4from the second opening121, so that the liquid can flow out through the first opening131and the second opening121.

In the present embodiment, a leak-proof part7is provided at the second opening121and the leak-proof part7includes a plurality of flexible leak-proof baffles71and slits72. The flexible leak-proof baffles71squeeze one another to cover the slits72. When the flexible leak-proof baffles71are acted upon by an external force that is greater than a squeezing force generated by the flexible leak-proof baffles71squeezing one another, the flexible leak-proof baffles71uncover the slits72. By means of the above structure, when the leak-proof baffles are not acted upon by an external force, the flexible leak-proof baffles71squeeze one another to cover the slits72, whereby preventing a liquid flowing out through the first opening131, the second opening121and the slits72. When a user needs to pour out a liquid inside the container body3to drink, a liquid impact force arising from the pouring out of the liquid inside the container can impact on the flexible leak-proof baffles71, whereby canceling the coverage of the flexible leak-proof baffles71on the slits72, so that the liquid can flow out through the first opening131, the second opening121and the slits72. Herein, the number of the flexible leak-proof baffles are four. The four flexible leak-proof baffles are evenly disposed around an inside of the second opening. A cross shape is formed between the plurality of slits.

In the present embodiment, the first end23of the first flexible member2is connected to one side of the first stop part14. Herein, the cover body4is connected to the other side of the first stop part14of the plug body1through the second flexible member5. Specifically, the first flexible member2is a first flexible belt made of silicone. Further, the second flexible member5is a second flexible belt made of silicone. By means of the above structure, not only are the first flexible member2and the second flexible member5effectively achieved, but the connection between the cover body4and the plug body1and the connection between the plug body1and the container body3are achieved. Specifically, the first flexible belt, the second flexible belt and the cover are integrally formed.

In the present embodiment, a second stop part6is further arranged between the first upper side12and the first stop part14, and the cover body4includes a third stop part41. When the cover body4covers the second opening121, the third stop part41abuts on the second stop part6. Herein, the first upper side12of the plug body1has a smaller semi-diameter than the first lower side13of the plug body1. The second stop part6is a stop ring. The third stop part41is a stop ring groove arranged on an inner wall of the cover body4. By means of the above structure, the cover body4is easy to accurately cover the second opening121, preventing the occurrence of excessive covering to result in crack of the cover body4.

A container body3including the above container sealing plug. By means of the above structure, a user can place food, liquid or other objects into the container body3through the receiving opening31of the container body3, and then seal the receiving opening31of the container body3with the plug body1, whereby air or water is effectively prevented from entering or leaking out the container body3through the receiving opening31of the container body3and thus the long-term storage and freshness preservation of the content is guaranteed. Due to the arrangement of the first flexible member2connected to the plug body1, the first sleeving opening21on the first flexible member2can be sleeved on the container body3, for example, on a side wall of an opening of the container body3, so that the plug body1is connected to the container body3through the first flexible member2, which effectively prevents the slipping and loss of the plug body1. Herein, the container can be a water bottle, also can be other types of containers.

One or more implementation modes are provided above in combination with specific contents, and it is not deemed that the specific implementation of the present disclosure is limited to these specifications. Any technical deductions or replacements approximate or similar to the method and structure of the present disclosure or made under the concept of the present disclosure shall fall within the scope of protection of the present disclosure.