Beverage bottle communication connector
By designing a beverage bottle interconnecting connector, different types of beverage bottles can be connected, solving the problem of insufficient utilization of waste bottles, providing an emergency defecation solution, and reducing environmental pollution and costs.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- 张新
- Filing Date
- 2024-10-23
- Publication Date
- 2026-04-24
AI Technical Summary
Existing beverage bottle connectors cannot connect two beverage bottles, resulting in the ineffective use of discarded bottles and a lack of portable urinal solutions in emergency situations.
Design a beverage bottle connector with internal threads and friction surfaces, capable of connecting different or identical beverage bottles together via a water-tight structure, suitable for storing items or used as a temporary urinal.
It enables the multi-functional use of discarded beverage bottles, solves the problem of urination and defecation in emergency situations, reduces environmental pollution, and is inexpensive.
Smart Images
Figure CN121913237A_ABST
Abstract
Description
Technical Field
[0001] This invention relates to a small tool for connecting beverage bottles, and more particularly to a beverage bottle connector. Background Technology
[0002] Most beverage bottle connectors on the market today have one end that screws onto the bottle neck and the other end that screws onto the hose connecting to the high-pressure pump via an external thread. In practice, no connectors specifically designed to connect two beverage bottles have been found. In real life, a large number of discarded beverage bottles are generated. A good tool can make beverage bottles serve a new purpose, such as storing rice, storing oil, or even serving as a temporary urinal in traffic jams. This invention can better solve such problems. Summary of the Invention
[0003] This invention provides a beverage bottle connector. Specifically, the connector body has a first internal thread, a second internal thread, and a friction surface. The first internal thread on the connector body can be screwed together with the external thread of the neck of a first beverage bottle to form a water-tight structure. The second internal thread on the connector body can be screwed together with the external thread of the neck of the first beverage bottle to form a water-tight structure. In actual use, the first beverage bottle is connected to a second beverage bottle with an open neck via the beverage bottle connector, wherein the external threads of the necks of the first and second beverage bottles are the same.
[0004] Preferably, based on the aforementioned beverage bottle connector 0101, the connector body of the beverage bottle connector has a first internal thread, a second internal thread, and a friction surface. The first internal thread on the connector body can be screwed together with the external thread of the neck of the first beverage bottle to form a water-tight structure. The second internal thread on the connector body can be screwed together with the external thread of the neck of the second beverage bottle to form a water-tight structure. The first beverage bottle and the second beverage bottle are different bottles, so the external thread of the neck of the first beverage bottle and the external thread of the neck of the second beverage bottle are different from each other. In actual use, the first beverage bottle is connected to the second beverage bottle with an open opening through the beverage bottle connector. Since the external thread of the neck of the first beverage bottle and the external thread of the neck of the second beverage bottle are different, when using a large beverage bottle to store rice, a smaller beverage bottle can be cut open and used as a funnel to be fixed on the large beverage bottle, thus better realizing waste utilization.
[0005] Beneficial effects of the present invention This invention allows for better utilization of discarded beverage bottles for storing rice and oil. They can also be used to make temporary urinals to solve the problem of urination when people are stuck in traffic on highways, all at a low cost. Attached Figure Description
[0006] Figure 1 This is a 3D diagram of a beverage bottle connector 0101. Figure 2 This is a 3D diagram showing beverage bottle 0106 connected to beverage bottle 0108 via beverage bottle connector 0101. Figure 3 yes Figure 2 Cross-sectional view, Figure 4 This is a 3D diagram showing beverage bottle 0106 connected to beverage bottle 0108 with an open end 0109 via beverage bottle connector 0101. Figure 5 yes Figure 4 Cross-sectional view, Figure 6 This is a 3D image of beverage bottle 0106. Figure 7 This is a 3D diagram of a beverage bottle connector 0201. Figure 8 This is a 3D image of beverage bottle 0206. Figure 9 This is a 3D image of beverage bottle 0208. Figure 10 This is a 3D diagram showing beverage bottle 0206 connected to beverage bottle 0208 via beverage bottle connector 0201. Figure 11 yes Figure 10 Cross-sectional view, Figure 12 This is a 3D view showing beverage bottle 0206 connected to beverage bottle 0208 with an opening 0210 via beverage bottle connector 0201. Figure 13 yes Figure 12 Cross-sectional view. Detailed Implementation
[0007] This invention provides a beverage bottle connector 0101, such as... Figure 1-6 As shown, the connector body 0102 of the beverage bottle connector 0101 has a first internal thread 0103, a second internal thread 0104, and a friction surface 0105. The first internal thread 0103 can be screwed together with the external thread 0107 of the neck of the first beverage bottle 0106 to form a water-tight structure. The second internal thread 0104 can be screwed together with the external thread 0107 of the neck of the first beverage bottle 0106 to form a water-tight structure. Figure 2-3 As shown, the first beverage bottle 0106 is connected to the second beverage bottle 0108 via a beverage bottle connector 0101, as follows. Figure 4-5As shown, the first beverage bottle 0106 is connected to the second beverage bottle 0108 with an open end 0109 via a beverage bottle connector 0101. The neck threads 0107 of the first beverage bottle 0106 and the second beverage bottle 0108 are identical. This is significant because households typically purchase cases or cartons of the same mineral water, purified water, or beverages. This allows for efficient use of the same beverage bottles for storage, such as rice or oil. Especially on highways where traffic jams can last for hours, causing significant inconvenience for people needing to use the restroom, it's important to remember that people usually store cases or cartons of mineral water, purified water, or beverages in their cars, with readily available empty bottles. The first... Unscrew the cap of empty beverage bottle 0106, then screw on the beverage bottle connector 0101. Cut an opening 0109 into the second beverage bottle 0108, and then connect the beverage bottle 018 with the opening 0109 to the first beverage bottle 0106 through the beverage bottle connector 0101. This can serve as a cost-effective urine collector. After collecting the urine, unscrew the beverage bottle connector 0101 and screw the original bottle cap back on to prevent odors. Then, dispose of the waste at a service area. This solves the problem of urinating on highways and avoids the environmental pollution and uncivilized behavior of urinating and defecating everywhere. Moreover, the beverage bottle connector is generally made using injection molding, which is inexpensive.
[0008] Based on the aforementioned beverage bottle connector 0101, such as Figure 7-13 As shown, the connector body 0202 of the beverage bottle connector 0201 has a first internal thread 0203, a second internal thread 0204, and a friction surface 0205. The first internal thread 0203 can be screwed together with the external thread 0207 of the neck of the first beverage bottle 0206 to form a water-tight structure. The second internal thread 0204 can be screwed together with the external thread 0209 of the neck of the second beverage bottle 0208 to form a water-tight structure. The first beverage bottle 0206 and the second beverage bottle 0208 are different bottles, so the external thread 0207 of the first beverage bottle 0206 and the external thread 0209 of the second beverage bottle 0208 are different from each other. Figure 10-11 As shown, the first beverage bottle 0206 is connected to the second beverage bottle 0208 via the beverage bottle connector 0201, as follows. Figure 12-13 As shown, the first beverage bottle 0206 is connected to the second beverage bottle 0208 with an opening 0210 via a beverage bottle connector 0201. The external thread 0207 on the neck of the first beverage bottle 0206 is different from the external thread 0209 on the neck of the second beverage bottle 0208. This allows the smaller beverage bottle, after being cut open, to serve as a funnel that can be easily fixed to the larger beverage bottle when using the larger beverage bottle for rice storage, thus better utilizing waste and reducing costs.
[0009] The above description does not represent all possible ways of creating this invention. Any technical solution with a similar structure to this invention, having the same or similar purpose, and capable of achieving the same technical effect should be within the protection scope of this invention.
Claims
1. A beverage bottle connector, characterized in that: The connector body of the beverage bottle connector has a first internal thread, a second internal thread, and a friction surface. The first internal thread on the connector body can be screwed together with the external thread of the neck of the first beverage bottle to form a water-tight structure. The second internal thread on the connector body can also be screwed together with the external thread of the neck of the first beverage bottle to form a water-tight structure. In actual use, the first beverage bottle is connected to the second beverage bottle with an open opening through the beverage bottle connector, wherein the external threads of the necks of the first and second beverage bottles are the same.
2. The beverage bottle connector according to claim 1, characterized in that: The connector body of the beverage bottle connector has a first internal thread, a second internal thread, and a friction surface. The first internal thread on the connector body can be screwed together with the external thread of the neck of the first beverage bottle to form a water-tight structure. The second internal thread on the connector body can be screwed together with the external thread of the neck of the second beverage bottle to form a water-tight structure. The first beverage bottle and the second beverage bottle are different bottles, so the external threads of the neck of the first beverage bottle and the external threads of the neck of the second beverage bottle are different. In actual use, the first beverage bottle is connected to the second beverage bottle with an open neck through the beverage bottle connector. Since the external threads of the neck of the first beverage bottle and the external threads of the neck of the second beverage bottle are different, when using a large beverage bottle to store rice, a smaller beverage bottle with an open neck can be used as a funnel to be fixed on the large beverage bottle, thus better realizing waste utilization.