KR20010073857A - upside down & air tight bottle - Google Patents

Abstract

PURPOSE: An inverse hermetic bottle is provided to prevent a deterioration of contents and an evaporation and a loss of gas components by isolating a contact between the contents and air. CONSTITUTION: A soft body is formed in a soft plastic bottle shape. A handle groove and a hanging groove are formed in a handle. A lid as liquid/gas control valve is combined with a neck portion by forming a screw thread in the neck portion. The lid as liquid/gas control valve comprises a tightening portion(17) to combine and to fix the control valve with the body; a protruding portion(20) to prevent a separation of the lid; a penetrating needle(15); an outlet(16) of internal liquid; a discharging passage(18) of content; a valve(22); a valve opening/closing button(19); a lid(21) to connect the valve with the button; a spring(24) to move and to fix the valve in a hermetic position; a valve cap(23); and a feeding port(25) of the content.

Description

Upside down & air tight bottle

Currently used bottles are mainly classified into glass bottles and PET bottles, which are used as packaging containers for liquid food and beverage liquor and pharmaceutical chemicals.

This is very convenient for packaging, transporting and storing liquids because the bottle inlet and outlet face up and the liquid is at the bottom of the bottle by gravity, and the bottle neck can be used to pour the contents down and back to the bottle outlet. Is being used.

All the bottles used today are of a unique type of hard solids and have a constant volume, so that when the liquid is inflowed, the gas in the bottle comes out, and when the liquid flows out, the outside air enters the bottle. Inflows and outflows occur.

Due to the above principle, when some of the contents are used, there is a problem such that contact with air occurs to the rest of the contents, and gaseous components such as carbonic acid and alcohol components are leaked and deteriorated or decayed by microorganisms in the air.

In this case, when the contents of the sterilized state are completely opened by the consumer in the production plant and used even a little, the inflow of air occurs as much as it is used, and as a result, various kinds of microorganisms in the air enter the bottle, causing the contents to decay and deteriorate rapidly. .

Many food and beverage products today have to avoid contact with air.

Sesame oil, for example, absorbs oxygen, increases viscosity, hardens, and loses fragrance.

Cider and cola lose their inherent taste by the release of carbonic acid gas, and beer has its own quality, and carbonated and alcoholic ingredients are vaporized, so the opened product does not last several hours and loses its original taste and aroma.

In addition, food and beverages, such as fruit juice and milk, microorganisms such as fungal bacteria pathogens in the air flows together, causing the contents to rot, causing hygiene problems.

In order to solve this problem, the present invention provides an opening and closing device that prevents contact with air by preventing the contact with air by leaking only the necessary amount of contents and blocking the contact with external air even if the bottle cap is opened for use of the content. And the space of the contents of the contents is contracted instead of the inflow of external air, so that the contact with the air is blocked until the contents are fully used, so that the deterioration of food and beverage and alcohol and the unique carbonic acid and alcohol of the product itself This is to fundamentally prevent the vaporization and loss of gaseous components such as over-flavor.

Figure 1: Cross-sectional view of a conventional bottle

Figure 2: Soft disease front cross section of the present invention

Figure 3 is a side cross-sectional view of the soft disease of the present invention

Figure 4: Double bottle front cross section of the present invention

5 is a cross-sectional side view of a double bottle of the present invention

6 is a cross-sectional bottle bottle cap and liquid and gas control valve of the present invention

7 is a cross-sectional view of the soft bottle of the present invention [FIG. 2.3] and the liquid and gas control valve [FIG. 6].

8 is a cross-sectional view of the dual bottle [FIG. 4.5] and the liquid and gas control valve [FIG. 6] of the present invention.

9 is a cross-sectional view of the soft disease and dual bottles of the present invention combined with the hook when used and stored

Fig. 10 is a perspective view from above of Fig. 9 of the present invention;

[Names of Parts in Drawing]

1: normal bottle cross section

2: soft disease hanger home

3: soft disease handle and hook

4: soft disease handle groove

5: soft disease body

6: bottleneck and bottle cap and control valve tightening thread

7: bottle sealing film

8: hard disease air hole

9: hanger strap

10: hook protrusion

11: soft inner bottle

12: hard external disease

13: bottleneck and bottle cap and control valve tightening thread

14: bottle sealing film

15: sealing film penetrating needle

16: contents outlet

17: bottle cap and valve drop prevention cap

18: contents leakage passage

19: valve opening and closing button

20: bottle cap and valve drop prevention cap support protrusion

21: valve connecting rod

22: valve

23: valve cap

24: valve support spring

25: contents delivery port

According to the present invention, the bottle body is made of soft plastic to prevent the outside air from entering the bottle body even when the contents of the bottle are leaked out, and also to prevent the gas component dissolved in the contents and the inherent aroma from leaking to the outside. It is characterized in that the control valve is attached to prevent the inflow and outflow of gas inside and outside the contents.

In addition, in order to solve the inconvenience of storage and use caused by the inherent shape of the soft bottle body, the soft inner bottle and the hard outer bottle are doubled and the control valve is attached to maintain the shape of the bottle without introducing air. Configure it for use.

Referring to the drawings illustrating the configuration of the present invention in detail as follows.

Shape the body of the flexible bottle of Figure 2 into a soft plastic bottle shape (5) and the handle groove (3) in the handle portion (3) for the convenience of movement and use of the bottle on the hanger during use and storage The bottleneck part 6 is provided with a hook groove 2 so that it can be fastened so that the bottle neck and the control valve can be tightened to form a tightening thread as in a normal bottle so that the bottle cap and the control valve can be fastened. 6 is configured to be used in combination with the bottle cap and the liquid and gas control valve to control the gas inlet and outlet [Fig. 7].

The double bottle body of FIG. 4 is composed of a hard outer bottle 12 and a soft inner bottle 11 and has an air hole 8 for inflow and outflow of air between the outer bottle and the inner bottle. Hanging strap (9) and the projection (10) for attaching it to the outer bottle so that it can be used upside down when used, and the bottleneck (13) is placed to form a tightening screw to enable tightening when the bottle cap and the control valve [Figure 6] is configured to be used to combine the bottle cap and liquid and gas control valve to control the contents and the gas inside and outside when the contents flow in and out.

The bottle cap and the liquid and gas control valve of Fig. 6 is a conventional control valve, and has a control valve which can also serve as a bottle cap and a tightening unit 17 which unitarily fixes the bottle body to prevent separation of the tightening unit and the bottle cap. A rod connecting the protrusion 20 and the sealing membrane of the bottle to the penetrating needle 15, the outlet 16 of the internal liquid, the contents outlet passage 18, the valve 22, the valve opening and closing button 19, and the valve and the button. 21, a spring 24 for moving and fixing to a closed position of the valve, a valve cap 23, and a content outlet 25.

7 is a cross-sectional view showing an example of the use of the inverted closed bottle incorporating a flexible inverted bottle, a bottle cap and a liquid and gas control valve.

8 is a cross-sectional view showing an embodiment of a double inverted closed bottle incorporating a double inverted bottle, a bottle cap, and a liquid and gas control valve.

FIG. 9 is a cross-sectional view showing an embodiment of the use of a flexible upside down bottle and a double upside down bottle on a hanger when storing and using a hanger.

FIG. 10 is a perspective view from above with a cup to be used for spilling the contents of an embodiment of the use of a flexible upside down bottle and a double upside down bottle on a hanger when used and stored;

The effect of the present invention is that food and beverages, such as soft drinks and beer, which tend to be deteriorated in taste and aroma due to the preservation of the quality of the contents, that is, the vaporization and loss of carbon dioxide and alcohol, which are inherent gas components, do not lose their unique aroma and components. Regardless of the period of use, the last drop can be consumed in the same quality as when it was first opened.

In addition, perishable milk, natural fruit juice, etc., blocks the inflow of air, thus preventing rancidity and fundamentally preventing the inflow of bacteria, yeast, and fungi, which are microorganisms in the air. You can drink in a state.

Sesame oil, etc. can be used with the same quality until the last drop of the first opening quality without losing any inherent scent.

In addition, when the bottle is collected, the flexible inverted bottle can minimize the volume, thus saving the collection cost, and the double bottle can be recycled by replacing the inner bottle, which can solve the difficulty of washing and disinfection and hygiene. Contributes to nature conservation by saving enormous pulp.

Claims (2)

Opening and closing device for forming the bottle body with soft plastic, forming a hard bottleneck, and forming the handle portion, the handle groove and the groove for the hook, and controlling the inflow and outflow of the bottle cap and the liquid and gas in order to use it backwards. 6] and upside down bottle incorporating a normal switchgear. [Figure 2] + [Figure 6] = [Figure 7] It consists of a hard outer bottle and a soft inner bottle in double, and has a hook for forming a hole in the outer bottle for the inflow and outflow of air between the inner and outer bottle bodies, and having a hanger strap that can be used upside down. 6 is an inverted double closure bottle incorporating a switchgear which can control the inflow and outflow of liquid and gas, and a conventional switchgear. [Figure 4] + [Figure 6] = [Figure 8]