Bottled water sterile drinking machine Patent number 201020606707.4 Technical field The utility model provides a bottled drinking water sterile drinking machine, which belongs to the field of safe drinking water machines. BACKGROUND OF THE INVENTION At present, the well-known bottled drinking water relies on air replacement to discharge water, and the water is discharged under negative pressure. Bottled water is fully open for drinking. The process of drinking from a full barrel of drinking water to a full barrel of air is essentially a process of drinking water being contaminated. Therefore, the problem of "secondary pollution" of bottled water cannot be solved. Avoided. The air contains a large amount of bacteria and dust. Especially in factories, public places, and places with large population flow, this kind of pollution is more serious. In addition, the repeated use and cleaning and disinfection of bottled water barrels are also worrying. However, the current bagged drinking water cannot withstand the pressure of 20 liters of water and is made in 5 to 10 liters. Customers cannot avoid the trouble of frequent water changes. It is inconvenient for workers to move and transport. It is easy to puncture the water bag during the terminal sales process. Under the premise of sterile drinking water generation, existing water dispensers cannot be matched with it. Due to the cancellation of the negative pressure water outlet, the smart seat of the existing water dispenser often leaks during use, causing huge waste. Contents of the Utility Model Based on the above shortcomings of the prior art, the problem to be solved by the utility model is to provide a barrel that can be used in conjunction with a non-negative pressure water outlet bucket to solve the problem of drinking water being contaminated during the drinking process and avoid water leakage. Sterile drinking water dispenser. The technical solution adopted by the utility model to solve the technical problem is: a bottled drinking water sterile water dispenser, including a body, in which a water delivery pipe is connected to a water outlet device, and is characterized in that: a smart seat is provided on the upper part of the body, and a smart seat is provided A cylindrical groove is provided with protrusions at the bottom of the groove, and a connecting water pipe is provided at the bottom of the smart seat. When in use, install the smart cover of a water outlet bucket without negative pressure (such as a sterile barrel for bottled drinking water) in the smart seat on the upper part of the machine body. The smart cover is surrounded by a sealing ring to prevent drinking water from leaking. Under the action, it flows directly into the water outlet device through the water pipe, preventing air from entering the water bag through the water outlet of the smart cover and causing secondary pollution. The preferred solution is: the smart seat and the machine body adopt an integrated structure, and the water pipe is connected below the smart seat. The smart seat and the water pipe form a sealed environment to prevent air from entering. The smart seat and the body adopt a split structure. The upper part of the body is provided with an installation seat. The smart seat and the mounting seat are fixed together, and the water pipe is connected below the smart seat. While preventing air from entering, it facilitates installation and maintenance of the smart seat. The utility model has the beneficial effects of a barreled drinking water sterile water dispenser: by setting a smart seat on the upper part of the body, the smart seat is provided with a cylindrical groove, the bottom of the groove is provided with protrusions, and the bottom of the smart seat is provided with a connecting water pipe. When in use, install the smart cover of a non-negative pressure water outlet bucket (such as a sterile barrel for bottled drinking water) in the smart seat on the upper part of the machine body. The smart cover is surrounded by a sealing ring to prevent drinking water from leaking and the water acting under its own gravity. It flows directly into the water outlet device through the water pipe to prevent air from entering the water bag through the water outlet of the smart cover and causing secondary pollution. On the premise that the utility model has the function of heating, cooling or drinking water at room temperature, the utility model can be used in conjunction with a non-negative pressure water outlet bucket (such as a sterile bucket for bottled drinking water) to avoid the problem of "secondary pollution" of bottled water. , while solving the problem of slow water discharge under negative pressure, extending the drinking cycle, and making it convenient for ordinary families to use. Bottled Water Sterile Drinking Bucket Patent No. 201020606759.1 Technical Field The present utility model provides a bottled drinking water sterile bucket, which belongs to the field of drinking water buckets. The bucket can prevent the bottled water from being contaminated by air during the drinking process. pollution. BACKGROUND OF THE INVENTION At present, the well-known bottled drinking water relies on air replacement to discharge water, and the water is discharged under negative pressure. Bottled water is fully open for drinking. The process of drinking from a full barrel of drinking water to a full barrel of air is essentially a process of drinking water being contaminated. Therefore, the problem of "secondary pollution" of bottled water cannot be solved. Avoided. The air contains a large amount of bacteria and dust, especially in factories, public places, and places with large population flow, this kind of pollution is more serious. In addition, the repeated use and cleaning and disinfection of bottled water barrels are also worrying. However, the current bagged drinking water cannot withstand the pressure of 20 liters of water and is made in 5 to 10 liters. Customers cannot avoid the trouble of frequent water changes. It is inconvenient for workers to move and transport. It is easy to puncture the water bag during the terminal sales process.
Contents of the Utility Model Based on the above deficiencies in the prior art, the problem to be solved by the utility model is to provide a method to solve the problem of drinking water being contaminated during drinking, and to retain the transportation and sales channels for bottled water, thereby improving the quality of drinking water. The technical solution adopted by this utility model to solve the technical problem is: a sterile barrel for bottled drinking water, which includes a hard bucket, and the hard bucket is provided at one end. The protruding outlet is characterized by: a water bag is provided inside the hard bucket, the water outlet of the water bag and the outlet of the hard bucket are fixed as one through a smart cover, the outlet of the smart cover is provided with a sealing layer, and the hard bucket is provided with ventilation holes. When in use, water flows out of the water bag under its own gravity, and air enters the space between the hard bucket and the water bag through the ventilation holes, instead of entering the water bag through the water outlet, causing secondary pollution. The preferred solution is that the smart cover is fixed on the outlet of the hard bucket, and its end is provided with a groove parallel to the hard bucket. A sealing ring is provided in the groove. Used with sealing rings, it is convenient to install and use with sealed water dispensers. The water bag can be implemented in various ways, such as a telescopic water bag, or a soft transparent water bag. The soft transparent water bag is filled in a hard water bucket, and its water outlet is arranged in the outlet of the hard water bucket. You can choose a suitable pressure-bearing material. The arrangement of the ventilation holes is not limited to the protruding outlet of the hard bucket, but can also be arranged on the wall of the hard bucket to serve as a passage for air in the space between the hard bucket and the water bag. The utility model has the beneficial effects of a sterile bucket for bottled drinking water: by setting a water bag inside the hard bucket, the water outlet of the water bag and the outlet of the hard bucket are fixed as one through a smart cover, and the outlet of the smart cover Set a sealing layer, and the hard bucket is equipped with breathable holes. When used, water flows out of the water bag under the action of its own gravity, and air enters the space between the hard bucket and the water bag through the breathable holes instead of entering the water bag through the water outlet. , causing secondary pollution. The utility model can avoid the "secondary pollution" problem of bottled water, solve the problem of slow negative pressure water discharge, extend the drinking cycle, and can retain the transportation and sales channels of bottled water, making it convenient for ordinary families to use. Inventor; Hu Zhizhong Tel: 13053344445 Email 76367920@qq.com Early stage of development. Any patented product can be used with existing water dispensers or bottled water to facilitate early market investment, but it cannot achieve the effect of sterile drinking water. Intuitively, bottled water feels more hygienic and easier to win the trust of customers. The cost of the water dispenser is basically the same as that of ordinary water dispensers today. It is also acceptable to ordinary families. Why invest in this industry? First of all, whether it is bottled water or water dispensers, they have been in operation for more than 10 years. Product upgrading is inevitable. The hygiene of bottled water, the production of black barrels, and the serious air pollution during drinking. There are many local brands and the market is chaotic, which facilitates large enterprises to expand the national market and expand the market in 2 to 3 years. With 10% of water dispensers damaged every year and the monopoly of bottled water companies, rational use of the patent period to monopolize bottled water dispensers and barrels water. With free use of the same brand across the country. Option 1: Take Shandong. There are 17 cities in Shandong, and each province has one water dispenser manufacturer. The annual patent fee is 320,000. Each city recruits two bottled water franchisees, each with an annual royalty fee of 20,000, or one franchisee with an annual royalty of 50,000. The annual patent fee for 17 cities is 680,000. The total patent fee per year is 1 million. The patent fee for 10 years is 10 million. Option 2: If you produce it yourself, this patent will have a greater advantage in the market. Based on Zibo City's annual sales of 5 million barrels, this patent can easily occupy 20% of the market. The net profit per barrel is 1 yuan and the annual income is 1 million. With patent monopoly, it can occupy 90% of the market share within 5 years. Option 3: Depending on the company’s investment capital strength, technology shares will be 10%-20%. Based on the above data, the one-time transfer of this patent is more than 12 million yuan excluding tax.