WO2001037713A1 - A close and no pollution drinking water machine for bottled water - Google Patents

A close and no pollution drinking water machine for bottled water Download PDF

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Publication number
WO2001037713A1
WO2001037713A1 PCT/CN2000/000481 CN0000481W WO0137713A1 WO 2001037713 A1 WO2001037713 A1 WO 2001037713A1 CN 0000481 W CN0000481 W CN 0000481W WO 0137713 A1 WO0137713 A1 WO 0137713A1
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WO
WIPO (PCT)
Prior art keywords
water
bottle
outlet
inlet
faucet
Prior art date
Application number
PCT/CN2000/000481
Other languages
French (fr)
Chinese (zh)
Inventor
Qing Li
Original Assignee
Qing Li
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Qing Li filed Critical Qing Li
Priority to AU15123/01A priority Critical patent/AU1512301A/en
Publication of WO2001037713A1 publication Critical patent/WO2001037713A1/en

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Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B67—OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
    • B67D—DISPENSING, DELIVERING OR TRANSFERRING LIQUIDS, NOT OTHERWISE PROVIDED FOR
    • B67D3/00—Apparatus or devices for controlling flow of liquids under gravity from storage containers for dispensing purposes
    • B67D3/0029—Apparatus or devices for controlling flow of liquids under gravity from storage containers for dispensing purposes provided with holders for bottles or similar containers
    • B67D3/0032—Apparatus or devices for controlling flow of liquids under gravity from storage containers for dispensing purposes provided with holders for bottles or similar containers the bottle or container being held upside down and provided with a closure, e.g. a cap, adapted to cooperate with a feed tube
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B67—OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
    • B67D—DISPENSING, DELIVERING OR TRANSFERRING LIQUIDS, NOT OTHERWISE PROVIDED FOR
    • B67D3/00—Apparatus or devices for controlling flow of liquids under gravity from storage containers for dispensing purposes
    • B67D3/0038—Apparatus or devices for controlling flow of liquids under gravity from storage containers for dispensing purposes the liquid being stored in an intermediate container prior to dispensing

Definitions

  • the invention relates to a non-pollution bottled water dispenser, in particular to a smart dispenser with only a water delivery channel, no normal temperature water tank in the dispenser to reduce costs, and air isolation in the revolving bottle and the dispenser Closed pollution-free bottled water dispenser for drinking water.
  • the domestic drinking water dispensers and their matching refill bottles were introduced from abroad, and the current technology is still popular at home and abroad.
  • the bottled water drinking opportunity of the prior art is welcomed by so many consumers at home and abroad because: It is particularly suitable for offices, home living rooms, field operations, and waterless areas, etc. without piped water. It can be conveniently placed anywhere at will, and the source of life is at your fingertips. Secondly, it is beautiful, generous and happy. However, when people release drinking water, they will see a lot of bubbles in the bottle, and they will hear a "grunting" sound from the bottle. This is the cleverness of air entering from outside the machine and being inserted into the normal temperature water tank through the machine. The beginning of the pollution of drinking water in the bottle that enters the machine.
  • the above-mentioned secondary pollution refers to: 1 Recycling bottles may cause unclean pre-contamination due to slight accidental disinfection and sterilization of the bottle body before filling. 2 After the bottle body is unsealed, external air flows from the outside to the inside of the machine. 1. The contamination of the water in the bottle from the inside of the bottle after entering the bottle is caused by the special structure inside the water dispenser.
  • the sterilization filter membrane is passively used in the intake of the water dispenser, but the sterilization effect of the filter membrane will be attenuated, and the permeability of the filter membrane will be deteriorated.
  • the air inlet will not release water, and ultraviolet or ozone generators are used to sterilize passively in high-end drinking fountains.
  • Ozone or ultraviolet sterilization always has certain limitations and a variety of deficiencies.
  • the disadvantage is that Technically demanding, high-quality imported ozone generators or ultraviolet sterilizers are expensive, and their limitations are: drinking fountains in power outages, field operations, or areas without electricity cannot eliminate secondary pollution of drinking water.
  • the turnover bottle is inverted on the machine, the water leaks easily, which causes inconvenience, and the water outlet of the water dispenser is prone to contamination if exposed for a long time.
  • the special structure of the existing bottled water dispenser is an open water dispenser designed based on the basic principles of the famous Torreli experiment of Italian scientists in 1643. It was limited to the level of the designer's knowledge at the time and was able to turn the bottle over Insert the water dispenser to open the seal without leaking.
  • the inverted revolving bottle is pulled out of the water dispenser, the drinking water in the bottle is automatically closed and it is basically leak-proof.
  • the smart core has two channels for water and gas transmission, and has both water and gas transmission functions.
  • the water inlet part has independent water inlets and air outlets, and the water outlet part has independent water outlets.
  • the inlet and outlet of the water inlet and outlet are connected to the drinking water in the recirculation bottle.
  • the outlet and inlet portions are submerged in the open-type normal temperature water tank filled with atmospheric pressure in the water dispenser, and the perforated bottom of the water tank extends downward.
  • Thousands of water outlets are connected to ordinary warm water faucets, water heaters and refrigerators through water pipes to form three-temperature water dispensers. If the water heater or refrigerator is omitted to form a double temperature water dispenser, if the water heater and refrigerator are omitted, it is a normal temperature water dispenser. .
  • the purpose of the present invention is to overcome the shortcomings of the prior art described above, to eliminate the previous open type to the closed type of the present invention, to provide a closed type pollution-free bottled water dispenser, which is convenient to manufacture and low in cost.
  • the task to be solved is to prevent entry Drinking fountains, air-contaminated drinking fountains in recirculating bottles, and drinking water in recirculating bottles can keep the drinking water flowing out of the water outlet of the drinking fountains clean and clean, no matter in the deserted area where there is electricity, power failure, field operation, or no electricity. Secondary pollution.
  • the defects of easy leakage of drinking water and contamination of the water outlet of the water dispenser should be solved.
  • the present invention relates to a closed and non-pollution bottled water dispenser, including a revolving bottle and a water dispenser.
  • the revolving bottle includes a bottle body and a cap;
  • the water dispenser includes a housing, a top cover, Smart core, water pipe and normal temperature faucet: the top cover and smart core form a smart seat, one end of the water pipe is connected to the water inlet of a normal warm water faucet, and the bottom of the bottle body is placed on the water dispenser with the mouth facing down;
  • the bottle body is provided with an air inlet with a seal; in addition, it also includes an inner film soft bag provided in the bottle body, which may be an inner film soft bag in the bottle body to store drinking water for isolation Air, the mouth of the bag is in the same direction as the mouth of the bottle, the flap is fixed by the bottle cap, or the inner film soft bag in the bottle body can store air to isolate drinking water, the mouth of the bag is in the same direction as the
  • the present invention further includes a water heater and a hot water faucet.
  • the water outlet of the water heater is connected to the water inlet of the hot water faucet through a water pipe; and the feature is that the smart core water outlet is another one of the water outlets.
  • the nozzle is connected to one end of the second water conveyance pipe, and the other end of the second water conveyance pipe is connected to the overflow opening of the water inlet water heater of the water heater.
  • the present invention further includes a refrigerator and a cold water faucet, and the outlet water of the refrigerator The outlet is connected to the water inlet of the cold water faucet through a water delivery pipe; It is characterized in that: the outlet of the smart core also has a pipe outlet connected to one end of the third water delivery pipe, and the other end of the third water delivery pipe is connected to the refrigerator Water
  • the other end of the second water delivery pipe may also be connected to the water inlet of the water storage tank of the water heater, the water outlet of the water storage tank communicates with the water inlet of the water heater through the water delivery pipe, and the overflow of the water heater passes through the water delivery pipe. Connect the overflow of the water storage tank back to the inlet.
  • the water storage tank of the water heater includes a tank body and a hollow cylinder-shaped valve body.
  • the water inlet at the upper part of the valve body penetrates out of the top of the tank body and is fixed by a fastening nut.
  • the valve body is inside the water storage tank, and the lower part of the valve body has A tapered hole, a plurality of small holes are provided at the lower thin tube wall of the tapered hole, the lower part of the valve body has a wide core, and the wide core is a floating body ball; when the water storage tank is empty, the valve body is supported by the tank body;
  • the upper part of the water storage tank is provided with an overflow return inlet.
  • the seal is an air inlet plug that is plugged on the air inlet at the bottom of the bottle body.
  • a disposable sticker can also be pasted outside the air inlet on the bottom of the bottle.
  • a sealing convex ring is provided at the inner wall of the outer hole of the central hole of the bottle cap; the cover surface of the inner top cap is enlarged and bent to cover the outer side of the inner hole of the central hole, and the inner wall of the inner hole of the central hole is widened.
  • the wavy shape is closed in accordance with the wavy shape of the inner round plug of the inner cap of the water outlet; before the smart core is inserted into the bottle cap and the inner cap is opened, the above-mentioned sealing ring closes the outer body of the smart core.
  • the smart seat is provided with an upper and a lower sticking ring, a bottom part of the lower sticking ring is sticky and fixed on the bottom of the smart seat, and a bottom part of the upper sticking ring is sticky and fixed on the top of the smart seat:
  • the water outlet of the faucet is provided with a sealing cover.
  • an elastic washer on the inner bottom of the cover closes the water outlet of the faucet.
  • Figure a is a schematic sectional structural view of a first embodiment of a revolving bottle in a closed type non-pollution bottled water dispenser according to the present invention.
  • Figure lh is a sectional view of the air inlet plug used in the revolving bottle shown in Figure 1a.
  • Fig. 2a is a schematic sectional structural view of another embodiment of a revolving bottle in a closed type pollution-free bottled water dispenser according to the present invention.
  • FIG. 2h is a cross-sectional view of the hollow plug and the solid plug of the air inlet hole used in the revolving bottle shown in FIG. 3 is a schematic cross-sectional view of an improved structure of a bottle cap of a non-polluting drinking water recirculation bottle according to the present invention.
  • FIG. 4 is a schematic cross-sectional view of a smart core in a water dispenser according to the present invention.
  • the smart core only has a water inlet and a water outlet of a water delivery channel, and three water outlets extending integrally from the water outlet.
  • Figure 5 is a schematic cross-sectional structure diagram of the smart seat on the water dispenser, the smart seat is provided with upper and lower sealing rings.
  • Fig. 6 is a schematic sectional structure diagram of a water heater storage tank connected to a water heater in a water dispenser.
  • Fig. 7 is a partially cutaway schematic view of the structure of a closed type non-pollution bottled water dispenser for combined use according to the present invention.
  • FIG. 8 is a structural schematic diagram of a faucet water outlet sealing cap with a hanging rope in the pollution-free drinking water dispenser of the present invention.
  • the non-polluted drinking water revolving bottle consists of the bottle body 1, the air inlet hole at the bottom of the bottle body 2, the bottle mouth:;, the inner film soft bag 4a, the bottle cap 5, the air inlet plug 7 and so on .
  • the single air inlet 2 ffl at the bottom of the revolving bottle is inverted from the bottle body 1 on the water dispenser, and the same amount of air naturally enters the bottle when the drinking water flows out.
  • Inner film soft bag 4 1
  • the mouth of the bag is in the same direction as the mouth of the bottle 3. It stores drinking water and isolates the air entering the bottle.
  • the soft bag opening 6 wraps the outer surface of the mouth of the bottle and is fixed by the bottle cap 5.
  • the film was resealed.
  • the air inlet plug 7 plugs the air inlet. Then use a secondary anti-counterfeit sticker to cover the air inlet. If the air inlet plug 7 is prevented from being lost after taking out the air inlet, it can no longer be connected to a rope or strap fixed to the bottom of the bottle.
  • FIG. 2a and 2b Another non-polluting drinking water recirculation bottle is given, in which another inner film soft bag placement method is adopted, and the inner mouth of the inner film soft bag 4b and the bottom air inlet of the bottle 1 In the same direction, store the air entering the bottle and isolate the drinking water in the bottle.
  • the soft bag turning-out opening 6b is pulled out of the air inlet hole 2 and fixed by the air hole hollow plug H, and the hollow portion of the air hole hollow plug 8 is tightly sealed by the air hole solid plug 9.
  • Its sealing sticker is the same as the rope or strap.
  • FIG. 3 An improved view of the cap 5 of an uncontaminated drinking water revolving bottle is shown.
  • the center hole 1 of the outer hole is provided with a sealing ring 11 on the inner wall of the outer hole.
  • the smart core 14 is inserted into the bottle water outlet to stand against it.
  • the inner top cover 10 is in sealed contact with the outside of the cylinder of the smart core 14 before it is opened, thereby solving the problem that the water is easy to leak when the refill bottle is placed in the water dispenser.
  • the diameter of the cover surface of the inner top cover H) is increased and bent to cover the outer side of the inner hole of the central hole 1 3, the inner hole of the central hole 1 :;
  • the widening of the side wall is wavy and is closed with the wavy shape on the outside of the inner round plug of the inner cap 10, which solves the problem that the water is easy to leak when the revolving bottle is taken out of the dispenser.
  • Figure 4 shows the 14, only clean water channel core smart dispenser in its upper portion and a lower inlet 15 of the outlet 18 in communication, and the outlet three integrally extending outlet pipe
  • the outlet is connected to one end of each water pipe (not shown), and the other end of each water pipe is respectively connected to the water inlet of the room temperature faucet 32 and the water inlet of the water heater 29, and the overflow of the water heater is closed (or connected to the water heater storage tank 28).
  • the water inlet 22 of the storage tank and the water outlet 26 of the storage tank are connected to the water inlet of the water heater through a water pipe, and the overflow of the water heater is connected to the overflow return inlet 27 of the water storage tank through the water pipe and the water inlet of the refrigerator 31 (see Figure 6). He 7).
  • the closing washer 17 and the fastening thread 16 are used to seal and fix the top cover 21 of the water dispenser to form a smart seat.
  • FIG. 5 Shows a smart seat with a sealing ring in a pollution-free water dispenser.
  • the combination of the top cover 21 and the smart core 14 forms a smart seat.
  • the under-seat ring 19 has elasticity, and the bottom part is sticky, and is fixed at the bottom of the smart seat.
  • the smart-seat ring 20 has elasticity, and the bottom part is sticky.
  • a sealed water heater storage tank with a one-way water stop valve in a non-polluting water dispenser is shown.
  • the valve body 24 and the valve core 23 in the tank control the drinking from the smart core water outlet pipe in one direction. water.
  • the valve body 24 is a hollow cylinder, which is used for water inlet of the water storage tank 28, and the upper water inlet 22 is provided with an elastic sealing gasket, and passes from the inside of the water storage tank 28 through the top of the water storage tank 28.
  • the fastening nut 25 is fixed.
  • the lower part of the valve body 24 has a tapered hole, and a plurality of small holes are provided at the thin tube wall of the tapered hole to reduce the water resistance.
  • the lower part of the valve body 24 is also provided with a valve core 2: 3 ⁇ 4, a valve core 23 It is a floating body ball.
  • a valve core 23 It is a floating body ball.
  • the water tank inlet 22 is connected to a water outlet pipe of the smart core water outlet 1, and the water tank outlet 26 is connected to the water inlet at the bottom of the water heater through a water pipe.
  • the overflow inlet 27 on the water storage tank 2 is used to prevent the hot water in the water heater 29 from overflowing.
  • FIG. 7 It shows the whole part of the bottle-type water dispenser of the closed type pollution-free bottled water dispenser according to the present invention.
  • the part of the turnover bottle is provided with independent air inlets 2 and inner film softness in order to ensure that the same amount of air enters the bottle, and to prevent the price entering the bottle from contacting the drinking water to ensure that the drinking water is clean and free from secondary pollution.
  • Bag 4 ; i or 4h, etc . In order to ensure that the drinking water in the revolving bottle safely flows out of the water dispenser's faucet outlet without contacting the outside air, it adopts a closed output drinking water measure.
  • the smart core 14 A water delivery channel having only the water inlet 15 and the water outlet 18 is provided, and the water outlet pipe outlet of the water outlet 18 is respectively connected to the normal temperature water faucet 32, the water heater storage tank 28 and the refrigerator 31, so that the whole can realize closed-type output of drinking water.
  • the sealing cover 34 provided at the faucet outlet is more hygienic.
  • a faucet seal cap with a sling is shown.
  • the upper end of the connecting sling 36 including the sealing cap 34 and the cap 35 is provided with a hanging ring 37, which can be sleeved on the neck of the faucet; the upper end of the connecting sling 36 can also be without the hanging ring 37, and fixed to the water dispenser through a knotted hole. .
  • the inner bottom of the sealing cover 34 is provided with a sealing elastic gasket, and the cover is provided with a screw thread or a bayonet convex ring, which is used for fixing the water outlet of the faucet.
  • the upper end of the sealing cap is provided with a hollow cap 35 for connecting to the hanging rope. ⁇ 6, so that the sealing cap 34 is in a state where the mouth is downward when the sealing cap 34 is removed to keep the sealing cap 34 clean.
  • any air intake method using an air inlet of a revolving bottle is used, and the air inlet hole is sealed with an air inlet plug 7.
  • the plug is sealed in the air inlet
  • the smart core has only the air inlet 15 and the water outlet 18 of the water delivery channel, and the water outlet 18
  • One to several of the water outlets are directly connected to the water pipe, and the normal temperature water tank in the water dispenser is discarded, the water return of the water dispenser is eliminated (air contacts the water in the bottle), and the sealed water heater storage tank is used to isolate the heat source; and its deformation is used;
  • a closed pollution-free bottled water dispenser composed of a structure should be considered to be within the protection scope of the present invention.
  • the inner film soft bag and the like constitute a non-polluting drinking water revolving bottle; using a smart core with only a water delivery channel, which has only one water outlet pipe connected to the faucet's water inlet through the water delivery pipe, eliminating the need for an open room temperature water tank, etc.
  • a closed type pollution-free dual-temperature drinking fountain composed of the invention using a smart core with only a water delivery channel, its two outlet pipes are connected to the faucet and the water inlet of the refrigerator through the water delivery pipe to form an invention of a pollution-free double-temperature drinking fountain Water dispenser; also falls within the scope of protection of the present invention.
  • the closed and non-pollution bottled water dispenser of the present invention has the following advantages and beneficial effects:
  • the disposable sterile inner film soft bag in the bottle body is placed in two ways. Therefore, when drinking water flows from the water outlet of the water dispenser, the same amount of air will naturally enter through the separate air inlet of the recirculation bottle, and the air entering the bottle will be isolated by the inner thin film soft bag. Secondary pollution, the shelf life of the drinking water in the bottle is far longer than that in the existing drinking fountains, and the placement of the first inner film soft bag solves the accidental sterilization of the recycled turnover bottles by the drinking water filling plant Coming early pollution.
  • the hollow body part of the smart core only has a water inlet channel for the water inlet and the water outlet, and the smart core water outlet extends out of the integrated water outlet pipe to connect the water pipe, thereby abolishing the existing smart core.
  • the air outlet, air delivery channel and air inlet have abolished the open room temperature water tank similar to the mercury tank in the Torri disassembly experiment in the existing water dispenser.
  • the smart core has only one function of water transmission, thereby ensuring turnover. The drinking water in the bottle safely flows out of the water dispenser tap.
  • the water heater storage tank and the one-way water stop valve in the tank are provided, it can ensure that the heat of the water heater is not transmitted to the turnover bottle at all; if the water storage tank is omitted, the cost can also be saved.
  • the water dispenser faucet is prone to contamination due to the long-term exposure of the water outlet to the air, so it is sealed to ensure the cleanness of the water outlet.
  • the air plug or solid plug is used to seal the hollow plug, which can protect the inner liner: a single-time adhesive is affixed outside the air hole seal to further ensure the reliable sealing of the air hole.

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Devices For Dispensing Beverages (AREA)
  • Closures For Containers (AREA)

Abstract

This invention discloses a close and no pollution drinking water machine for bottled water, it also discloses a no pollution drinking water revolving and reusable bottle which is comprised of a disposable inner membrane soft bag and air intake vent plug, more particularly, the drinking water machine's sensitive core only has inlet and outlet of water supplying tube, the outlet of the water supplying tube may have one to three outlet being communicated with the water supplying tube; it is characterised that this machine has no normal temperature water tank, its drinking water may have a much longer preservation time, even if in the case of power cut or working in the field, the drinking water in the revolving bottle is no secondary pollution; this machine has the advantage of simple construction, low cost, more sanitary and more widly use.

Description

一种封闭式无污染的瓶装水饮水机  Closed pollution-free bottled water dispenser
技术领域 Technical field
本发明涉及一种无污染的瓶装水饮水机， 特别是一种饮水机的聪明芯只有输水通 道的、 饮水机内无常温水槽降低了成本的、 还要空气隔离周转瓶内和饮水机内饮用水 的封闭式无污染瓶装水饮水机。 背景技术  The invention relates to a non-pollution bottled water dispenser, in particular to a smart dispenser with only a water delivery channel, no normal temperature water tank in the dispenser to reduce costs, and air isolation in the revolving bottle and the dispenser Closed pollution-free bottled water dispenser for drinking water. Background technique
国内流行现有技术的饮水机及其匹配的周转瓶是从国外引进的， 至今国内外仍 在流行使用现有的技术。 现有技术的瓶装水饮水机会受到国内外如此众多的消费者欢 迎是因为： 特别适合无管道水源的办公室、 家庭客厅、 野外作业和无水区域等， 其机 上的瓶装水用完可周转， 还可以非常方便地随意安放在任何地方、 生命之源垂手可得. 其次是美观大方、 心旷神怡。 但是， 当人们在放出饮用水的同时会看到瓶内的大量气 泡、 会听到瓶内发出的 "咕咚" 声， 这就是空气从机外进入， 经过机内的插在常温水 槽中的聪明芯、 进入机上的瓶内污染饮用水的开始， 众多的消费者是不了解现有饮水 机的内部结构， 忽视了外界空气会污染饮用水， 也不重视请专业人员定期保养， 结果 会给消费者带来健康受损； 在现实生活中， 己有因饮用水的二次污染而给消费者造成 腹泻、 发烧等病症的事例， 以及由此而引起的心理压力。  The domestic drinking water dispensers and their matching refill bottles were introduced from abroad, and the current technology is still popular at home and abroad. The bottled water drinking opportunity of the prior art is welcomed by so many consumers at home and abroad because: It is particularly suitable for offices, home living rooms, field operations, and waterless areas, etc. without piped water. It can be conveniently placed anywhere at will, and the source of life is at your fingertips. Secondly, it is beautiful, generous and happy. However, when people release drinking water, they will see a lot of bubbles in the bottle, and they will hear a "grunting" sound from the bottle. This is the cleverness of air entering from outside the machine and being inserted into the normal temperature water tank through the machine. The beginning of the pollution of drinking water in the bottle that enters the machine. Many consumers are unaware of the internal structure of the existing water dispenser, ignore the outside air will pollute the drinking water, and do not pay attention to regular maintenance by professionals. People cause health damage; in real life, there have been cases of diarrhea, fever and other illnesses caused to consumers by secondary pollution of drinking water, and the psychological stress caused by them.
上述所说的二次污染是指： ①周转瓶因灌装前的瓶体 消毒灭菌稍有不慎会带来 不洁净的前期污染， ②瓶体启封后， 外界空气从机外到机内、 再由机内进入瓶内接触 瓶内水的污染， ③接触瓶内水的空气是由饮水机内的特殊结构造成的。 为了消除二次 污染， 国内外只是重复劳动、 在饮水机的进气口被动地采用杀菌滤膜，但是滤膜的杀 菌效果会衰减、 滤膜的透气性会变差，一旦灰层积多堵塞进气口会放不出水，还有是在 中高档饮水机内被动地采用紫外线或臭氧发生器杀菌， 而臭氧或紫外线杀菌总有一定 的局限性和多种不足之处， 其不足之处在于技术要求较高、 优质进口的臭氧发生器或 紫外线灭菌装置价格贵， 其局限性是指： 在停电、 野外作业或无电区域的饮水机就消 除不了饮用水的二次污染。 此外， 周转瓶倒置在机上时、 水易外漏， 造成不便， 饮水 机龙头出水口长期露外易污染。  The above-mentioned secondary pollution refers to: ① Recycling bottles may cause unclean pre-contamination due to slight accidental disinfection and sterilization of the bottle body before filling. ② After the bottle body is unsealed, external air flows from the outside to the inside of the machine. 1. The contamination of the water in the bottle from the inside of the bottle after entering the bottle is caused by the special structure inside the water dispenser. In order to eliminate secondary pollution, only repeated labor at home and abroad, the sterilization filter membrane is passively used in the intake of the water dispenser, but the sterilization effect of the filter membrane will be attenuated, and the permeability of the filter membrane will be deteriorated. The air inlet will not release water, and ultraviolet or ozone generators are used to sterilize passively in high-end drinking fountains. Ozone or ultraviolet sterilization always has certain limitations and a variety of deficiencies. The disadvantage is that Technically demanding, high-quality imported ozone generators or ultraviolet sterilizers are expensive, and their limitations are: drinking fountains in power outages, field operations, or areas without electricity cannot eliminate secondary pollution of drinking water. In addition, when the turnover bottle is inverted on the machine, the water leaks easily, which causes inconvenience, and the water outlet of the water dispenser is prone to contamination if exposed for a long time.
实际上现有瓶装水饮水机的特殊结构是根据 1643 年意大利科学家著名的托里拆 利实验的基本原理设计而成的开放式饮水机， 限于当时设计师的认识水平， 能够把周 转瓶倒过来***饮水机启封而基本不漏水， 把倒过来的周转瓶拔出饮水机时瓶内饮用 水自动关闭基本不漏水， 这己经是一个了不起的发明了， 所以其关键技术的名字也叫 确 认本 做聪明芯和聪明盖。 该聪明芯内有输水、 输气两个通道， 同时具备输水、 输气两种功 能， 其进水部分有相互分道独立的进水口和出气口， 出水部分有相互分道独立的出水 口和进气口， 其进水、 出气部分连通周转瓶内的饮用水， 出水、 进气部分淹没在饮水 机内充满大气压力的开放式常温水槽中， 在水槽底穿孔向下延伸出的若千个出水管口 再通过输水管分别连通常温水龙头、 热水器和制冷机等组成三温饮水机， 若省去热水 器或制冷机组成双温饮水机， 若省去热水器和制冷机则是常温饮水机。 要解决二次污 染， 如果仅仅是简单地把上述进气方式改变成瓶底单独进气， 当周转瓶倒置在现有技 术的饮水机上启封时， 只要瓶内水面上的真空条件一打破， 饮水机内的压强恰好符合 法国科学家帕斯卡在 1648 年做的有关液体内部压强的实验， 瓶内饮用水会冲破现有 饮水机特定的类似托里拆利实验汞槽限制而溢出损坏饮水机的电器绝缘。 这就要求 瓶、 机同时改进结构才能消除二次污染。 发明的公开 In fact, the special structure of the existing bottled water dispenser is an open water dispenser designed based on the basic principles of the famous Torreli experiment of Italian scientists in 1643. It was limited to the level of the designer's knowledge at the time and was able to turn the bottle over Insert the water dispenser to open the seal without leaking. When the inverted revolving bottle is pulled out of the water dispenser, the drinking water in the bottle is automatically closed and it is basically leak-proof. This has been a remarkable invention, so the name of its key technology is also called confirmation Make smart cores and smart covers. The smart core has two channels for water and gas transmission, and has both water and gas transmission functions. The water inlet part has independent water inlets and air outlets, and the water outlet part has independent water outlets. The inlet and outlet of the water inlet and outlet are connected to the drinking water in the recirculation bottle. The outlet and inlet portions are submerged in the open-type normal temperature water tank filled with atmospheric pressure in the water dispenser, and the perforated bottom of the water tank extends downward. Thousands of water outlets are connected to ordinary warm water faucets, water heaters and refrigerators through water pipes to form three-temperature water dispensers. If the water heater or refrigerator is omitted to form a double temperature water dispenser, if the water heater and refrigerator are omitted, it is a normal temperature water dispenser. . To solve the secondary pollution, if the above-mentioned air intake method is simply changed to separate air intake at the bottom of the bottle, when the revolving bottle is inverted and opened on the prior art water dispenser, as long as the vacuum condition on the water surface in the bottle is broken, the water is consumed. The pressure inside the machine is exactly in accordance with the experiment on the internal pressure of liquids conducted by French scientist Pascal in 1648. The drinking water in the bottle will break the mercury tank limitation of the existing water dispenser, which is similar to the Torri disassembly experiment, and will damage the electrical insulation of the water dispenser. . This requires the bottle and machine to improve the structure at the same time to eliminate secondary pollution. Disclosure of invention
本发明的目的克服了上述现有技术的缺点， 消除以往开放式为本发明的封闭式， 提供一种封闭式无污染瓶装水饮水机， 制造方便成本低 ·， 要解决的任务是： 阻止进入 饮水机、 周转瓶内的空气污染饮水机、 周转瓶内的饮用水， 无论在有电、 停电、 野外 作业或无电区域的荒漠地带， 都能保持从饮水机出水口流出的饮用水清洁无二次污 染。 此外， 还要解决饮用水易外漏和饮水机龙头出水口污染的缺陷。  The purpose of the present invention is to overcome the shortcomings of the prior art described above, to eliminate the previous open type to the closed type of the present invention, to provide a closed type pollution-free bottled water dispenser, which is convenient to manufacture and low in cost. The task to be solved is to prevent entry Drinking fountains, air-contaminated drinking fountains in recirculating bottles, and drinking water in recirculating bottles can keep the drinking water flowing out of the water outlet of the drinking fountains clean and clean, no matter in the deserted area where there is electricity, power failure, field operation, or no electricity. Secondary pollution. In addition, the defects of easy leakage of drinking water and contamination of the water outlet of the water dispenser should be solved.
为实现上述目的和任务， 本发明一种封闭式无污染的瓶装水饮水机， 包括周转瓶 及饮水机， 所述周转瓶包括瓶体、 瓶盖； 所述饮水机包括壳体、 顶盖、 聪明芯、 输水 管和常温水龙头： 所述顶盖和聪明芯组成聪明座， 所述输水管的一端连通常温水龙头 的进水口， 所述瓶体的底朝上、 口朝下安置在饮水机上； 其特征在于： 所述瓶体设置 了带封口的进气孔； 此外， 还包括设置在瓶体里的内层薄膜软袋， 可以是所述瓶体里 的内层薄膜软袋储存饮用水隔离空气、 其袋口与瓶口同方向、 其翻出口由上述瓶盖固 定， 还可以是所述瓶体里的内层薄膜软袋储存空气隔离饮用水、 其袋口与进气孔同方 向、 其翻出口由进气孔空芯塞固定； 所述聪明芯只有输水通道的进水口和出水口，其 出水口只有一个管口或若干个管口中的一个管口连通上述输水管的另一端。  In order to achieve the above-mentioned object and task, the present invention relates to a closed and non-pollution bottled water dispenser, including a revolving bottle and a water dispenser. The revolving bottle includes a bottle body and a cap; the water dispenser includes a housing, a top cover, Smart core, water pipe and normal temperature faucet: the top cover and smart core form a smart seat, one end of the water pipe is connected to the water inlet of a normal warm water faucet, and the bottom of the bottle body is placed on the water dispenser with the mouth facing down; It is characterized in that: the bottle body is provided with an air inlet with a seal; in addition, it also includes an inner film soft bag provided in the bottle body, which may be an inner film soft bag in the bottle body to store drinking water for isolation Air, the mouth of the bag is in the same direction as the mouth of the bottle, the flap is fixed by the bottle cap, or the inner film soft bag in the bottle body can store air to isolate drinking water, the mouth of the bag is in the same direction as the air inlet, The turning-out port is fixed by an air core empty plug; the smart core has only a water inlet and a water outlet of a water delivery channel, and its water outlet has only one pipe outlet or one of a plurality of pipe outlets communicating with the water delivery pipe another side.
为实现上述目的和任务， 本发明还包括热水器和热水龙头， 所述热水器的出水 口通过输水管连通热水龙头的进水口； 其特征在于： 所述聪明芯的出水口，其出水口 中的另一个管口连通第二输水管的一端， 第二输水管的另一端连通热水器的进水 热水器的溢出口封闭。  In order to achieve the above-mentioned object and task, the present invention further includes a water heater and a hot water faucet. The water outlet of the water heater is connected to the water inlet of the hot water faucet through a water pipe; and the feature is that the smart core water outlet is another one of the water outlets. The nozzle is connected to one end of the second water conveyance pipe, and the other end of the second water conveyance pipe is connected to the overflow opening of the water inlet water heater of the water heater.
为实现上述目的和任务， 本发明还包括制冷机和冷水龙头， 所述制冷机的出水 口通过输水管连通冷水龙头的进水口； 其特征在于： 所述聪明芯的出水口， 其出水口 中的还有一个管口连通第三输水管的一端， 第三输水管的另一端连通制冷机的进水In order to achieve the above-mentioned object and task, the present invention further includes a refrigerator and a cold water faucet, and the outlet water of the refrigerator The outlet is connected to the water inlet of the cold water faucet through a water delivery pipe; It is characterized in that: the outlet of the smart core also has a pipe outlet connected to one end of the third water delivery pipe, and the other end of the third water delivery pipe is connected to the refrigerator Water
P。 P.
作为本发明的进一步改进， 所述第二输水管的另一端， 还可以连通热水器贮水 罐的进水口， 贮水罐的出水口通过输水管连通热水器的进水口， 热水器的溢出口通过 输水管连通贮水罐的溢出回进口。  As a further improvement of the present invention, the other end of the second water delivery pipe may also be connected to the water inlet of the water storage tank of the water heater, the water outlet of the water storage tank communicates with the water inlet of the water heater through the water delivery pipe, and the overflow of the water heater passes through the water delivery pipe. Connect the overflow of the water storage tank back to the inlet.
所述热水器贮水罐包括罐体、 呈空心圆柱体的阀体， 阀体上部的进水口穿出罐体 的顶部由紧固螺母固定， 阀体在贮水罐的内部， 阀体的下部有锥孔， 锥孔的下部薄管 壁处设有多个小孔， 阀体的下部有阔芯， 阔芯是一浮体小球； 当贮水罐无水时， 由罐 体托住阀芯； 贮水罐的上部设有溢出回进口。  The water storage tank of the water heater includes a tank body and a hollow cylinder-shaped valve body. The water inlet at the upper part of the valve body penetrates out of the top of the tank body and is fixed by a fastening nut. The valve body is inside the water storage tank, and the lower part of the valve body has A tapered hole, a plurality of small holes are provided at the lower thin tube wall of the tapered hole, the lower part of the valve body has a wide core, and the wide core is a floating body ball; when the water storage tank is empty, the valve body is supported by the tank body; The upper part of the water storage tank is provided with an overflow return inlet.
所述封口是塞封在瓶体底部进气孔上的进气孔塞。  The seal is an air inlet plug that is plugged on the air inlet at the bottom of the bottle body.
在瓶体底部的进气孔外， 还可以粘贴有一次性不干胶。  A disposable sticker can also be pasted outside the air inlet on the bottom of the bottle.
在所述瓶盖的中心孔的外孔内侧壁口设置了密封凸圈； 内顶盖的盖面增大并弯 曲盖住中心孔的内孔外侧， 其中心孔的内孔内侧壁加宽呈波浪形， 与出水口内顶盖的 内圆塞外侧波浪形相吻合封闭； 当聪明芯***瓶盖、 顶住内顶盖的打开前，上述密封 凸圈封闭聪明芯的外圆体。  A sealing convex ring is provided at the inner wall of the outer hole of the central hole of the bottle cap; the cover surface of the inner top cap is enlarged and bent to cover the outer side of the inner hole of the central hole, and the inner wall of the inner hole of the central hole is widened. The wavy shape is closed in accordance with the wavy shape of the inner round plug of the inner cap of the water outlet; before the smart core is inserted into the bottle cap and the inner cap is opened, the above-mentioned sealing ring closes the outer body of the smart core.
在所述聪明座上设置了上、 下贴圈， 所述下贴圈的底面部分有粘性、 固定在聪 明座的底部， 所述上贴圈的底面部分有粘性、 固定在聪明座的顶部： 当周转瓶倒置在 饮水机上时， 其下贴圈的顶面封闭瓶盖的顶面， 其上贴圈的顶面封闭周转瓶外表圆周 的瓶肩部分。  The smart seat is provided with an upper and a lower sticking ring, a bottom part of the lower sticking ring is sticky and fixed on the bottom of the smart seat, and a bottom part of the upper sticking ring is sticky and fixed on the top of the smart seat: When the revolving bottle is inverted on the water dispenser, the top surface of the lower ring closes the top surface of the bottle cap, and the top surface of the upper ring closes the shoulder portion of the outer circumference of the revolving bottle.
所述龙头的出水口设置了密封盖， 当密封盖合上龙头的出水口时， 其盖内底的 弹性垫圈封闭龙头的出水口。 附图的简要说明  The water outlet of the faucet is provided with a sealing cover. When the water outlet of the faucet is closed by the sealing cover, an elastic washer on the inner bottom of the cover closes the water outlet of the faucet. Brief description of the drawings
下面结合附图对本发明的实施方式作进一步详细的说明。  The embodiments of the present invention are described in further detail below with reference to the drawings.
图 ] a是本发明封闭式无污染的瓶装水饮水机中的周转瓶的第一个实施例的 剖面 结构示意图。  Figure a is a schematic sectional structural view of a first embodiment of a revolving bottle in a closed type non-pollution bottled water dispenser according to the present invention.
图 l h是图 1 a所示周转瓶中使用的进气孔塞剖视图。  Figure lh is a sectional view of the air inlet plug used in the revolving bottle shown in Figure 1a.
图 2a是本发明封闭式无污染瓶装水饮水机中的周转瓶的另一个具体实施例的剖 面结构示意图。  Fig. 2a is a schematic sectional structural view of another embodiment of a revolving bottle in a closed type pollution-free bottled water dispenser according to the present invention.
图 2h是本发明图 2a所示周转瓶中使用的进气孔空心塞和实心塞的剖视图。 图 3是本发明无污染饮用水周转瓶瓶盖的改进结构的剖面示意图。 图 4 是本发明饮水机中的聪明芯剖面示意图， 该聪明芯只具备输水通道的进水 口和出水口、 以及在出水口延伸出一体的三个出水管口。 FIG. 2h is a cross-sectional view of the hollow plug and the solid plug of the air inlet hole used in the revolving bottle shown in FIG. 3 is a schematic cross-sectional view of an improved structure of a bottle cap of a non-polluting drinking water recirculation bottle according to the present invention. FIG. 4 is a schematic cross-sectional view of a smart core in a water dispenser according to the present invention. The smart core only has a water inlet and a water outlet of a water delivery channel, and three water outlets extending integrally from the water outlet.
图 5是饮水机上的聪明座剖面结构示意图， 该聪明座带有上、 下密封贴圈。  Figure 5 is a schematic cross-sectional structure diagram of the smart seat on the water dispenser, the smart seat is provided with upper and lower sealing rings.
图 6是饮水机内的热水器贮水罐连接热水器的剖面结构示意图。  Fig. 6 is a schematic sectional structure diagram of a water heater storage tank connected to a water heater in a water dispenser.
图 7 是本发明一种封闭式无污染的瓶装水饮水机组合使用的局部剖视的结构示 意图。  Fig. 7 is a partially cutaway schematic view of the structure of a closed type non-pollution bottled water dispenser for combined use according to the present invention.
图 8是本发明无污染饮水机中带有吊绳的龙头出水口密封盖结构示意图。  FIG. 8 is a structural schematic diagram of a faucet water outlet sealing cap with a hanging rope in the pollution-free drinking water dispenser of the present invention.
图中： 瓶体 1、 进气孔 2、 瓶口 3、 内层薄膜软袋 4a和 4h、 瓶盖 5、 软袋翻出口 6a和 K h、 进气孔塞 7、 进气孔空心塞 8、 实心塞 9、 出水口内顶盖 10、 中心口内侧壁 口的密封凸圈 1 1、 防尘外盖 1 2、 瓶盖中心孔 13、 聪明芯 1 4、 聪明芯进水口 1 5、 紧 固罗纹 16、 密封垫圈 17、 聪明芯出水口 18、 聪明座下贴圈 19、 聪明座上贴圈 20、 顶盖 2 1、 贮水罐进水口 22、 阀芯 23、 阀体 24、 紧固螺母 25、 贮水罐出水口 26、 溢 出回进口 27、 热水器贮水罐 2 、 热水器 29、 热水器出水口 30、 制冷机： 、 ¾头：; 2、 壳体. )、 密封盖 34、 盖帽 35、 吊绳 36、 吊圈 37。 实现本发明的最佳方式  In the picture: bottle body 1, air inlet hole 2, bottle mouth 3, inner film soft bags 4a and 4h, bottle cap 5, soft bag turning outlets 6a and Kh, air inlet plug 7, air inlet hollow plug 8 、 Solid plug 9 、 Top cover of water outlet 10 、 Seal ring 1 on the inside wall of center port 1 、 Dust-proof outer cover 1 2 、 Central hole of bottle cap 13 、 Smart core 1 4 、 Smart core water inlet 1 5 、 Tightening Rib 16, sealing washer 17, smart core outlet 18, smart seat underlay 19, smart seat above 20, top cover 2 1. water tank inlet 22, valve core 23, valve body 24, fastening nut 25. Water tank outlet 26, Overflow back inlet 27, Water heater storage tank 2, Water heater 29, Water heater outlet 30, Refrigerator:, ¾ head :; 2, Housing.), Seal cover 34, Cap 35, Hanging rope 36, hanging ring 37. The best way to implement the invention
如图 l a、 l b所示： 无污染饮用水周转瓶由瓶体 1、 瓶体底部进气孔 2、 瓶口 ：；、 内层薄膜软袋 4a、 瓶盖 5、 进气孔塞 7等组成。 周转瓶底部的单独进气孔 2 ffl于瓶体 1 倒置在饮水机上启封后流出饮用水时等量空气自然地进入瓶内。 内层薄膜软袋 4 ; 1 的袋口与瓶口 3 同方向， 储存饮用水并隔离进入瓶内的空气， 软袋翻出口 6 裹住瓶 口外表面， 由瓶盖 5固定， 盖外通常用薄膜再封固。 进气孔塞 7塞住进气孔. 再用 次性防伪不干胶贴住进气孔部位。 若防止进气孔塞 7在取出进气孔后丢失不能再利川 可连接固定在瓶底的绳或带。 As shown in Figures la and lb: The non-polluted drinking water revolving bottle consists of the bottle body 1, the air inlet hole at the bottom of the bottle body 2, the bottle mouth:;, the inner film soft bag 4a, the bottle cap 5, the air inlet plug 7 and so on . The single air inlet 2 ffl at the bottom of the revolving bottle is inverted from the bottle body 1 on the water dispenser, and the same amount of air naturally enters the bottle when the drinking water flows out. Inner film soft bag 4 ; 1 The mouth of the bag is in the same direction as the mouth of the bottle 3. It stores drinking water and isolates the air entering the bottle. The soft bag opening 6 wraps the outer surface of the mouth of the bottle and is fixed by the bottle cap 5. It is usually used outside the cap. The film was resealed. The air inlet plug 7 plugs the air inlet. Then use a secondary anti-counterfeit sticker to cover the air inlet. If the air inlet plug 7 is prevented from being lost after taking out the air inlet, it can no longer be connected to a rope or strap fixed to the bottom of the bottle.
如图 2a、 2b 所示： 给出了另一种无污染饮用水周转瓶， 其中采用了另一种内层 薄膜软袋放置方式， 内层薄膜软袋 4b 的袋口与瓶底进气孔 1 同方向， 储存进入瓶内 的空气并隔离瓶内的饮用水。 软袋翻出口 6b翻出进气孔 2外， 由进气孔空心塞 H予 以固定， 而进气孔空心塞 8的空心部位由进气孔实心塞 9塞紧密封。 其封孔贴和绳或 带同上。  As shown in Figures 2a and 2b: Another non-polluting drinking water recirculation bottle is given, in which another inner film soft bag placement method is adopted, and the inner mouth of the inner film soft bag 4b and the bottom air inlet of the bottle 1 In the same direction, store the air entering the bottle and isolate the drinking water in the bottle. The soft bag turning-out opening 6b is pulled out of the air inlet hole 2 and fixed by the air hole hollow plug H, and the hollow portion of the air hole hollow plug 8 is tightly sealed by the air hole solid plug 9. Its sealing sticker is the same as the rope or strap.
如图 3所示： 显示了无污染饮用水周转瓶瓶盖 5的改进图， 其中心孔 1 :； 的外孔 内侧壁口具有密封凸圈 1 1， 在聪明芯 14 ***瓶出水口顶住内顶盖 1 0 打开前与聪明 芯 14 的圆柱体外侧密封接触， 从而解决了周转瓶放入饮水机时水易外漏的缺陷。 内 顶盖 H) 的盖面直径增大并作弯曲以盖住中心孔 1 3 的内孔外侧， 中心孔 1 :； 的内孔内 侧壁加宽呈波浪形， 并与内顶盖 10 的内圆塞外侧的波浪形相吻合封闭， 解决了周转 瓶取出饮水机时水易外漏的缺陷。 As shown in Figure 3: An improved view of the cap 5 of an uncontaminated drinking water revolving bottle is shown. The center hole 1 of the outer hole is provided with a sealing ring 11 on the inner wall of the outer hole. The smart core 14 is inserted into the bottle water outlet to stand against it. The inner top cover 10 is in sealed contact with the outside of the cylinder of the smart core 14 before it is opened, thereby solving the problem that the water is easy to leak when the refill bottle is placed in the water dispenser. The diameter of the cover surface of the inner top cover H) is increased and bent to cover the outer side of the inner hole of the central hole 1 3, the inner hole of the central hole 1 :; The widening of the side wall is wavy and is closed with the wavy shape on the outside of the inner round plug of the inner cap 10, which solves the problem that the water is easy to leak when the revolving bottle is taken out of the dispenser.
如图 4 所示： 显示了无污染饮水机中的聪明芯 14， 只有输水通道， 其上部的进 水口 1 5与下部的出水口 18相通、 并在出水口延伸出一体的三个出水管口分别连接各 输水管 （未画出） 的一端， 各输水管的另一端分别连接常温水龙头 32 的进水口的、 热水器 29的进水口，其热水器的溢出口封闭（或连接热水器贮水罐 28的进水口 22 ,贮 水罐的出水口 26通过输水管连接热水器的进水口，其热水器的溢出口通过输水管连接 贮水罐的溢出回进口 27)和制冷机 31 的进水口（见图 6禾卩 7 )。 封闭垫圈 1 7和紧固螺 纹 1 6用以密封固定饮水机的顶盖 21， 组成聪明座。 Figure 4: shows the 14, only clean water channel core smart dispenser in its upper portion and a lower inlet 15 of the outlet 18 in communication, and the outlet three integrally extending outlet pipe The outlet is connected to one end of each water pipe (not shown), and the other end of each water pipe is respectively connected to the water inlet of the room temperature faucet 32 and the water inlet of the water heater 29, and the overflow of the water heater is closed (or connected to the water heater storage tank 28). The water inlet 22 of the storage tank and the water outlet 26 of the storage tank are connected to the water inlet of the water heater through a water pipe, and the overflow of the water heater is connected to the overflow return inlet 27 of the water storage tank through the water pipe and the water inlet of the refrigerator 31 (see Figure 6). He 7). The closing washer 17 and the fastening thread 16 are used to seal and fix the top cover 21 of the water dispenser to form a smart seat.
如图 5所示： 显示了无污染饮水机中带有密封贴圈的聪明座。 顶盖 21 与聪明芯 14 的配合组成聪明座， 聪明座下贴圈 19具有弹性， 其底面部分有粘性、 固定在聪明 座的底部； 聪明座上贴圈 20 具有弹性， 其底面部分有粘性、 固定在聪明座的顶部 周转瓶放入饮水机时， 下贴圈 19的顶面与瓶盖 5的顶面封闭接触， 上贴圈 20的顶面 与周转瓶外表圆周的瓶肩部分封闭接触。 两者的有效配合组成对饮用水周转瓶的双重 密封。  As shown in Figure 5: Shows a smart seat with a sealing ring in a pollution-free water dispenser. The combination of the top cover 21 and the smart core 14 forms a smart seat. The under-seat ring 19 has elasticity, and the bottom part is sticky, and is fixed at the bottom of the smart seat. The smart-seat ring 20 has elasticity, and the bottom part is sticky. When the top revolving bottle fixed on the smart seat is put into the water dispenser, the top surface of the lower patch ring 19 is in closed contact with the top surface of the bottle cap 5, and the top surface of the upper patch ring 20 is in close contact with the shoulder portion of the outer circumference of the revolving bottle. The effective combination of the two forms a double seal on the drinking water recirculation bottle.
如图 6 所示： 显示了无污染饮水机中带有单向止水阀的密封热水器贮水罐 ， 其罐内的阀体 24和阀芯 23单向控制从聪明芯出水口管过来的饮用水。 阀体 24 是一 空心圆柱体， 用于贮水罐 28进水、 止水之用 其上部的进水口 22套有弹性密封垫圈， 从贮水罐 28的内部穿过贮水罐 28的顶部由紧固螺母 25固定。阀体 24的下部有锥孔， 锥孔的下部薄管壁处设有多个小孔， 用于减少进水阻力， 阀体 24 的下部内还设有阀 芯 2::¾， 阀芯 23是一浮体小球， 当贮水罐内水位高于锥孔时，浮体阀芯 23关闭阔体 2'1 - 当贮水罐 28无水时， 由罐底托住阀芯 23。 贮水罐进水口 22连接聪明芯出水口 1 的 一个出水口管， 贮水罐出水口 26通过输水管连接热水器底部的进水口。 贮水罐 2 上 的溢出回进口 27是防热水器 29内的热水溢出之用。  As shown in Figure 6: A sealed water heater storage tank with a one-way water stop valve in a non-polluting water dispenser is shown. The valve body 24 and the valve core 23 in the tank control the drinking from the smart core water outlet pipe in one direction. water. The valve body 24 is a hollow cylinder, which is used for water inlet of the water storage tank 28, and the upper water inlet 22 is provided with an elastic sealing gasket, and passes from the inside of the water storage tank 28 through the top of the water storage tank 28. The fastening nut 25 is fixed. The lower part of the valve body 24 has a tapered hole, and a plurality of small holes are provided at the thin tube wall of the tapered hole to reduce the water resistance. The lower part of the valve body 24 is also provided with a valve core 2: ¾, a valve core 23 It is a floating body ball. When the water level in the water storage tank is higher than the tapered hole, the floating body valve core 23 closes the wide body 2'1-when the water storage tank 28 is empty, the valve core 23 is supported by the bottom of the tank. The water tank inlet 22 is connected to a water outlet pipe of the smart core water outlet 1, and the water tank outlet 26 is connected to the water inlet at the bottom of the water heater through a water pipe. The overflow inlet 27 on the water storage tank 2 is used to prevent the hot water in the water heater 29 from overflowing.
如图 7所示： 显示了本发明一种封闭式无污染的瓶装水饮水机其瓶、 机组合后的 整体部分。 其周转瓶部分为了保证瓶内有等量的空气进入、 又要阻止进入瓶内的空 ή 接触饮用水、 以保证饮用水清洁无二次污染而设置了独立进气孔 2和内层薄膜软袋 4; i 或 4h 等： 而其饮水机部分为了保证周转瓶内的饮用水在不接触外界空气的前提下安 全流出饮水机龙头出水口， 而采取封闭式输出饮用水的措施， 聪明芯 14 设置了只有 进水口 15和出水口 18的输水通道， 其出水口 18的出水管口分别连接常温水龙头 32、 热水器贮水罐 28 和制冷机 31 , 从而使其整体实现封闭式输出饮用水。 此外，还有龙 头出水口部分设置的密封盖 34等更卫生。 如图 8所示： 显示了带吊绳的龙头密封盖。 它包括密封盖 34、 盖帽 35的连接吊 绳 36的上端有一吊圈 37， 可套在龙头颈部； 连接吊绳 36的上端也可以无吊圈 37，而 通过穿洞打结固定在饮水机上。 密封盖 34 的内底有密封弹性垫圈、 盖口有旋紧螺纹 或卡口凸圈， 用于固定龙头的出水口。 其密封盖的上端有一空心盖帽 35， 用于连接 吊绳 . Ί6， 使密封盖 34卸下时呈盖口朝下的状态， 以保持密封盖 34清洁。 As shown in FIG. 7: It shows the whole part of the bottle-type water dispenser of the closed type pollution-free bottled water dispenser according to the present invention. The part of the turnover bottle is provided with independent air inlets 2 and inner film softness in order to ensure that the same amount of air enters the bottle, and to prevent the price entering the bottle from contacting the drinking water to ensure that the drinking water is clean and free from secondary pollution. Bag 4 ; i or 4h, etc .: In order to ensure that the drinking water in the revolving bottle safely flows out of the water dispenser's faucet outlet without contacting the outside air, it adopts a closed output drinking water measure. The smart core 14 A water delivery channel having only the water inlet 15 and the water outlet 18 is provided, and the water outlet pipe outlet of the water outlet 18 is respectively connected to the normal temperature water faucet 32, the water heater storage tank 28 and the refrigerator 31, so that the whole can realize closed-type output of drinking water. In addition, the sealing cover 34 provided at the faucet outlet is more hygienic. As shown in Figure 8: A faucet seal cap with a sling is shown. The upper end of the connecting sling 36 including the sealing cap 34 and the cap 35 is provided with a hanging ring 37, which can be sleeved on the neck of the faucet; the upper end of the connecting sling 36 can also be without the hanging ring 37, and fixed to the water dispenser through a knotted hole. . The inner bottom of the sealing cover 34 is provided with a sealing elastic gasket, and the cover is provided with a screw thread or a bayonet convex ring, which is used for fixing the water outlet of the faucet. The upper end of the sealing cap is provided with a hollow cap 35 for connecting to the hanging rope. Ί6, so that the sealing cap 34 is in a state where the mouth is downward when the sealing cap 34 is removed to keep the sealing cap 34 clean.
使用时， 先去掉周转瓶瓶盖 5 上的防尘外盖 1 2， 将瓶体 1 倒置， 使周转瓶出水 口朝下而瓶底朝上放入无污染饮水机的顶盖 2 1。 此时的进气孔 2随着瓶底朝上而在 周转瓶的顶部， 去掉一次性防伪不干胶和进气孔塞 7或实心塞 9， 使进气孔 2保持畅 通。 取下龙头出水口的密封盖， 打开饮水机龙头， 饮用水即流出， 等量空气同时从进 气孔 2进入瓶内， 被内层薄膜软袋 4a或 4b隔离， 从而既看不到瓶内的 "气泡"现象， 也听不到瓶内发出 "咕冬、 咕冬" 的声音， 饮用水始终保持洁净无二次污染。  When using, first remove the dust-proof outer cap 1 2 on the bottle cap 5 of the revolving bottle, and invert the bottle 1 so that the water outlet of the revolving bottle faces down and the top of the non-polluting water dispenser 2 1 is placed on the bottom of the bottle. At this time, the air inlet 2 is on the top of the revolving bottle with the bottom of the bottle facing upwards, and the disposable anti-counterfeit sticker and the air inlet plug 7 or the solid plug 9 are removed to keep the air inlet 2 open. Remove the sealing cap of the water outlet of the faucet, open the water dispenser faucet, and the drinking water flows out. The same amount of air enters the bottle from the air inlet 2 at the same time, and is isolated by the inner film soft bag 4a or 4b, so that the bottle cannot be seen. The "bubble" phenomenon and the sound of "Gudong, Gudung" in the bottle are not heard, and the drinking water is always kept clean and free from secondary pollution.
本发明不局限于上述实施方式， 不论在其形状或结构上作任何变化， 凡是利用周 转瓶进气孔为进气方式， 其进气孔封口用进气孔塞 7、 塞封在进气孔空心塞 8中的实 心塞 9或一次性粘封贴， 同时利用内层薄膜软袋隔离进入瓶内的空气； 利用聪明芯只 有输水通道的进气孔 15 和出水口 18 , 其出水口 18 中的一至若干个出水管口直接连 通输水管， 而丢弃饮水机中常温水槽、 消除饮水机回气 （空气接触瓶内水） 方式的， 利用密封热水器贮水罐隔离热源的； 以及利用其变形结构组成的一种封闭式无污染瓶 装水饮水机， 均应认为在本发明保护范围之内。  The present invention is not limited to the above-mentioned embodiments. Regardless of any changes in its shape or structure, any air intake method using an air inlet of a revolving bottle is used, and the air inlet hole is sealed with an air inlet plug 7. The plug is sealed in the air inlet The solid plug 9 in the hollow plug 8 or a disposable adhesive seal, while using the inner film soft bag to isolate the air entering the bottle; the smart core has only the air inlet 15 and the water outlet 18 of the water delivery channel, and the water outlet 18 One to several of the water outlets are directly connected to the water pipe, and the normal temperature water tank in the water dispenser is discarded, the water return of the water dispenser is eliminated (air contacts the water in the bottle), and the sealed water heater storage tank is used to isolate the heat source; and its deformation is used; A closed pollution-free bottled water dispenser composed of a structure should be considered to be within the protection scope of the present invention.
当然， 若利用本发明的部分技术组成独立的发明， 如利用瓶体、 瓶口盖、 进气 孔、 进气孔塞（塞封在进气孔空心塞中的实心塞或封孔粘贴）、 内层薄膜软袋等组成发 明的一种无污染饮用水周转瓶； 利用只有输水通道的聪明芯， 其只有一个出水管口通 过输水管连接龙头的进水口而省去开放式常温水槽等组成发明的一种封闭式无污染常 温饮水机或饮水器； 利用只有输水通管的聪明芯， 其两个出水管口通过输水管与龙头 及热水器的进水口或热水器贮水罐的进水口连接组成发明的一种封闭式无污染双温饮 水机； 利用只有输水通道的聪明芯， 其两个出水管口通过输水管与龙头及制冷机的进 水口连接组成发明的一种无污染双温饮水机； 同样落在本发明的保护范围之内。 - 若利用本发明的聪明芯只有输水通道的出水口延伸出一体的只有一个出水管口 连接本人申报的中国专利 CN1 273203公告的三通或四通、 其三通或四通的出水管口再 通过输水管分别连接热水器、 制冷机的； 或者是连接本人申报的中国专利 00259 i 26. X 中所描述的输水三通管或输水四通管，其出水管口直接连通热水器、 制冷机的 Hi同样 落在本发明的保护范围之内。 工业应用性 Of course, if some of the technologies of the present invention are used to form an independent invention, such as the use of a bottle body, a bottle cap, an air inlet hole, and an air inlet plug (a solid plug or a sealing plug pasted in a hollow plug of an air inlet hole), The inner film soft bag and the like constitute a non-polluting drinking water revolving bottle; using a smart core with only a water delivery channel, which has only one water outlet pipe connected to the faucet's water inlet through the water delivery pipe, eliminating the need for an open room temperature water tank, etc. An enclosed non-pollution room temperature water dispenser or drinking fountain invented; using a smart core with only a water delivery pipe, its two outlet pipes are connected to the faucet and the water inlet of the water heater or the water inlet of the water heater storage tank through the water delivery pipe A closed type pollution-free dual-temperature drinking fountain composed of the invention; using a smart core with only a water delivery channel, its two outlet pipes are connected to the faucet and the water inlet of the refrigerator through the water delivery pipe to form an invention of a pollution-free double-temperature drinking fountain Water dispenser; also falls within the scope of protection of the present invention. -If the smart core of the present invention is used, only the water outlet of the water delivery channel extends into one body and only one water outlet is connected to the tee or four-way announced by the Chinese patent CN1 273203 declared by me, and the tee or four-way water outlet And then connected to the water heater and the refrigerator respectively through the water delivery pipe; or connected to the water delivery tee or the water delivery tee described in the Chinese patent 00259 i 26. X declared by me, and the outlet of the water outlet is directly connected to the water heater and refrigeration The Hi of the machine also falls within the protection scope of the present invention. Industrial applicability
本发明的一种封闭式无污染的瓶装水饮水机与现有技术的瓶、 机相比具有如下的 优点和有益效果：  Compared with the prior art bottles and dispensers, the closed and non-pollution bottled water dispenser of the present invention has the following advantages and beneficial effects:
1、 在确保饮水机全封闭的前提下， 由于在周转瓶的底部设置了带密封塞的单独 进气孔， 瓶体里的一次性无菌内层薄膜软袋采用两种取一的放置方式， 所以饮用水从 饮水机出水口流出时， 等量空气自然会从周转瓶的单独进气孔进入， 进入瓶内的空气 又受到内层薄膜软袋的隔离， 瓶内饮用水始终保持无二次污染， 瓶内饮用水的保质期 远远超过现有饮水机上的瓶内水， 其第一种内层薄膜软袋的放置方式又解决了饮用水 灌装厂对回收的周转瓶消毒不慎带来的前期污染。  1. On the premise of ensuring that the water dispenser is completely closed, as a separate air inlet with a sealing plug is provided at the bottom of the revolving bottle, the disposable sterile inner film soft bag in the bottle body is placed in two ways. Therefore, when drinking water flows from the water outlet of the water dispenser, the same amount of air will naturally enter through the separate air inlet of the recirculation bottle, and the air entering the bottle will be isolated by the inner thin film soft bag. Secondary pollution, the shelf life of the drinking water in the bottle is far longer than that in the existing drinking fountains, and the placement of the first inner film soft bag solves the accidental sterilization of the recycled turnover bottles by the drinking water filling plant Coming early pollution.
2、 由于周转瓶瓶盖的中心孔内侧设置了一层凸圈等前期封闭聪明芯的外圆体及 瓶盖进一步自密封， 解决了饮用水易外漏的缺陷。  2. As the inner hole of the bottle cap of the recirculating bottle is provided with a layer of convex ring and the outer round body which closed the smart core in the early stage and the bottle cap are further self-sealed, the defect of easy leakage of drinking water is solved.
：;、 由于聪明芯内的空心体部分只有进水口和出水口的输水通道、 且聪明芯出水 口延伸出一体的出水管口连通输水管， 从而废除了现有聪明芯内的所具有的出气口、 输气通道和进气口， 废除了现有饮水机中具有的类似托里拆利实验中汞槽的开放式常 温水槽， 至此， 聪明芯只具备输水一种功能， 从而确保周转瓶内的饮用水安全地从饮 水机龙头出水口流出。  :; Because the hollow body part of the smart core only has a water inlet channel for the water inlet and the water outlet, and the smart core water outlet extends out of the integrated water outlet pipe to connect the water pipe, thereby abolishing the existing smart core. The air outlet, air delivery channel and air inlet have abolished the open room temperature water tank similar to the mercury tank in the Torri disassembly experiment in the existing water dispenser. At this point, the smart core has only one function of water transmission, thereby ensuring turnover. The drinking water in the bottle safely flows out of the water dispenser tap.
由于设置了热水器贮水罐及罐内的单向止水阀， 可以确保热水器的热量完全 不传到周转瓶内； 若贮水罐省去， 还可以节约成本。  Because the water heater storage tank and the one-way water stop valve in the tank are provided, it can ensure that the heat of the water heater is not transmitted to the turnover bottle at all; if the water storage tank is omitted, the cost can also be saved.
5、 又由于在聪明座部分设置了上、 下贴圈双重封闭以增加防尘、 保洁和密封的 功能。  5. Due to the double closing of the upper and lower apron in the smart seat part to increase the dustproof, cleaning and sealing functions.
、 饮水机龙头因其出水口部分长期外露接触空气容易受到污染， 所以加盖密封 保证了出水口的清洁。  The water dispenser faucet is prone to contamination due to the long-term exposure of the water outlet to the air, so it is sealed to ensure the cleanness of the water outlet.
7 , 采用进气孔塞或实心塞塞封空心塞， 可以保护内胆： 在进气孔封口外贴有一 次性不干胶， 可进一步确保进气孔的可靠密封。  7. The air plug or solid plug is used to seal the hollow plug, which can protect the inner liner: a single-time adhesive is affixed outside the air hole seal to further ensure the reliable sealing of the air hole.
8、 采用上述结构的装置后， 周转瓶内再也看不到大量气泡， 再也听不到 "咕咚、 咕 咚" 的声音， 既便是在停电、 野外作业或无电区域的荒漠地带使用饮水机， 也同样保 持龙头出水口流出的饮用水清洁、 无二次污染。  8. After using the device with the above structure, a large number of bubbles can no longer be seen in the recirculation bottle, and the sound of "Guru, Guru" can no longer be heard, even when drinking water is used in a deserted area in a power outage, field operation, or an area without electricity. The machine also keeps the drinking water flowing from the faucet outlet clean and free from secondary pollution.

Claims

权利要求书 Claim
1 . 一种封闭式无污染的瓶装水饮水机， 包括周转瓶及饮水机， 所述周转瓶包括瓶体（1)、 瓶盖 (5) : 所述饮水机包括壳体 (33)、 顶盖 (21)、 聪明芯（14)、 输水管和常温水龙头（32) : 所述顶盖 (21 )和聪明芯（14)组成聪明座， 所述输水管的一端连通常温水龙头 (32)的进水 口， 所述瓶体（1 )的底朝上、 口朝下安置在饮水机上； 其特征在于： 所述瓶体 0 )设置了 带封口的进气孔 (2) ; 此外， 还包括设置在瓶体（1 )里的内层薄膜软袋 (4a 或 4h)， 可以是 所述瓶体里的内层薄膜软袋（4a)储存饮用水隔离空气、 其袋口与瓶口（3)同方向、 其翻出 口（6a)由上述瓶盖 (5)固定， 还可以是所述瓶体里的内层薄膜软袋 (4b)储存空气隔离饮用 水、 其袋口与进气孔 (2)同方向、 其翻出口（6b)由进气孔空芯塞 (8)固定； 所述聪明芯（14) 只有输水通道的进水口（15)和出水口（18) ,其出水口（18)只有一个管口或若干个管口中的 一个管口连通上述输水管的另一端。  What is claimed is: 1. A closed type non-pollution bottled water dispenser, comprising a revolving bottle and a water dispenser, the revolving bottle comprising a bottle body (1) and a bottle cap (5): the water dispenser comprising a housing (33), a top Cover (21), smart core (14), water pipe and normal temperature faucet (32): The top cover (21) and smart core (14) form a smart seat, and one end of the water pipe is connected to a normal warm water faucet (32) The water inlet is arranged on the water dispenser with the bottom of the bottle body (1) facing upward and the mouth facing downward; characterized in that: the bottle body (0) is provided with an air inlet (2) with a seal; The inner film soft bag (4a or 4h) in the bottle body (1) may be the inner film soft bag (4a) in the bottle body to store drinking water to isolate the air, and the bag mouth and the bottle mouth (3) In the same direction, the turning-out opening (6a) is fixed by the above-mentioned bottle cap (5), or the inner film soft bag (4b) in the bottle body can store air to isolate drinking water, and the bag mouth and the air inlet (2) ) In the same direction, the turning-out opening (6b) is fixed by the air inlet hollow core plug (8); the smart core (14) has only the water inlet (15) and the water outlet (18) of the water delivery channel ), The water outlet (18) of which has only one nozzle or one of several nozzles communicates with the other end of the water conveyance pipe.
2. 根据权利要求 1 所述的瓶装水饮水机， 还包括热水器（29)和热水龙头， 所述热水器 (29)的出水口（30)通过输水管连通热水龙头的进水口； 其特征在于： 所述聪明芯（14)的 出水口（1 «)，其出水口（18)中的另一个管口连通第二输水管的一端， 第二输水管的另一端 连通热水器（29)的进水口， 热水器的溢出口封闭。  2. The bottled water dispenser according to claim 1, further comprising a water heater (29) and a hot water faucet, wherein the water outlet (30) of the water heater (29) communicates with the water inlet of the hot water faucet through a water delivery pipe; The water outlet (1 «) of the smart core (14), the other outlet of the water outlet (18) is connected to one end of the second water delivery pipe, and the other end of the second water delivery pipe is connected to the water inlet of the water heater (29) The overflow of the water heater is closed.
3. 根据权利要求 1 所述的瓶装水饮水机， 还包括制冷机（31 )和冷水龙头， 所述制冷机 (31)的出水口通过输水管连通冷水龙头的进水口； 其特征在于： 所述聪明芯（ )的出水 口（1 «)， 其出水口（18)中的还有一个口管连通第三输水管的一端， 第三输水管的另一端 连通制冷机（31)的进水口。  3. The bottled water dispenser according to claim 1, further comprising a refrigerator (31) and a cold water faucet, wherein the water outlet of the refrigerator (31) communicates with the inlet of the cold water faucet through a water delivery pipe; The outlet (1 «) of the smart core () is described in the outlet (18) of which there is also a mouth pipe connected to one end of the third water pipe, and the other end of the third water pipe is connected to the water inlet of the refrigerator (31) .
4. 根据权利要求 2 所述的瓶装水饮水机， 其特征在于： 所述第二输水管的另一端， 还 可以连通热水器贮水罐（28)的进水口（22)， 贮水罐的出水口（26)通过输水管连通热水器 (29)的进水口， 热水器的溢出口通过输水管连通贮水罐的溢出回进口（27)。  4. The bottled water dispenser according to claim 2, characterized in that: the other end of the second water delivery pipe can further communicate with a water inlet (22) of a water heater storage tank (28) and an outlet of the water storage tank. The water port (26) is connected to the water inlet of the water heater (29) through a water pipe, and the overflow port of the water heater is connected to the overflow return inlet (27) of the water storage tank through the water pipe.
0. 根据权利要求 4 所述的瓶装水饮水机， 其特征在于： 所述热水器贮水罐（2«)包括罐 体、呈空心圆柱体的阀体 (24)，闽体 (24)上部的进水口（22)穿出罐体的顶部由紧固螺母 (25) 固定， 阀体（24)在贮水罐的内部， 阀体 (24)的下部有锥孔， 锥孔的下部薄管壁处设有多 个小孔， 阀体 (24)的下部有阀芯（23)， 阀芯（23)是一浮体小球； 当贮水罐（28)无水时， 由罐体托住阀芯 (23)； 贮水罐 (28)的上部设有溢出回进口（27)。 0. The bottled water dispenser according to claim 4, characterized in that the water heater storage tank (2 «) comprises a tank body, a valve body (24) in the form of a hollow cylinder, and an upper part of the Fujian body (24). The top of the water inlet (22) exiting the tank is fixed by a fastening nut (25), the valve body (24) is inside the water storage tank, the lower part of the valve body (24) has a tapered hole, and the lower thin wall of the tapered hole There are multiple small holes at the bottom, the valve body (24) has a valve core (23) at the bottom, the valve core (23) is a floating body ball; when the water storage tank (28) is dry, the valve is supported by the tank body The core (23); the upper part of the water storage tank (28) is provided with an overflow return inlet (27).
6. 根据权利要求 1 所述的瓶装水饮水机， 其特征在于： 所述封口是塞封在瓶体（1 )底 部进气孔 (2)上的进气孔塞（7 )。 6. The bottled water dispenser according to claim 1, wherein the seal is an air inlet plug (7) plugged on the air inlet (2) at the bottom of the bottle body (1).
7. 根据权利 1 或 6所述的瓶装机饮水机， 其特征在于： 在瓶体底部的进气孔 (2)外， 粘 贴有一次性不干胶。 '  7. The bottled machine water dispenser according to claim 1 or 6, characterized in that: a disposable sticker is pasted outside the air inlet hole (2) at the bottom of the bottle body. '
8. 根据权利要求 1 所述的瓶装水饮水机， 其特征在于： 在所述瓶盖 (5)的中心孔（13)的 外孔内侧壁口设置了密封凸圈（1 1) ; 内顶盖（10)的盖面增大并弯曲盖住中心孔（13)的内 孔外侧， 其中心孔（13)的内孔内侧壁加宽呈波浪形， 与出水口内顶盖（10)的内圆塞外侧 波浪形相吻合封闭； 当聪明芯（14)***瓶盖（5)、 顶住内顶盖（10)的打开前，上述密封凸 圈 （1 1 ) 封闭聪明芯（14)的外圆体。  8. The bottled water dispenser according to claim 1, characterized in that: a sealing convex ring (1 1) is provided on the inner wall mouth of the outer hole of the central hole (13) of the bottle cap (5); The cover surface of the cover (10) is enlarged and bent to cover the outer side of the inner hole of the central hole (13). The inner wall of the inner hole of the central hole (13) is widened in a wavy shape. The outer side of the round plug coincides with the closure; when the smart core (14) is inserted into the bottle cap (5) and before the inner top cover (10) is opened, the sealing ring (1 1) closes the outer circle of the smart core (14) body.
9. 根据权利要求 1 所述的瓶装水饮水机， 其特征在于： 在所述聪明座上设置了上、 下 贴圈（] 9、 20)，所述下贴圈（19)的底面部分有粘性、固定在聪明座的底部， 所述上贴圈（20) 的底面部分有粘性、 固定在聪明座的顶部； 当周转瓶倒置在饮水机上时， 其下贴圈（19) 的顶面封闭瓶盖 (5)的顶面， 其上贴圈（20)的顶面封闭周转瓶外表圆周的瓶肩部分。  9. The bottled water dispenser according to claim 1, characterized in that: the smart seat is provided with an upper and a lower sticking ring (] 9, 20), and a bottom part of the lower sticking ring (19) has Sticky, fixed on the bottom of the smart seat, the bottom part of the upper ring (20) is sticky, fixed on the top of the smart seat; when the revolving bottle is inverted on the water dispenser, the top surface of the lower ring (19) is closed The top surface of the bottle cap (5), and the top surface of the upper ring (20) closing the shoulder portion of the outer circumference of the revolving bottle.
10. 根据权利要求 1 至 4中任何一项所述的瓶装水饮水机， 其特征在于： 在所述龙头的 出水口设置了密封盖（34)， 当密封盖（34)合上龙头的出水口时， 其盖内底的弹性垫圈封 闭龙头的出水口。  10. The bottled water dispenser according to any one of claims 1 to 4, characterized in that: a sealing cap (34) is provided at the water outlet of the faucet, and when the sealing cap (34) closes the outlet of the faucet At the water outlet, the elastic washer on the inner bottom of the cover closes the water outlet of the faucet.
PCT/CN2000/000481 1999-11-23 2000-11-21 A close and no pollution drinking water machine for bottled water WO2001037713A1 (en)

Priority Applications (1)

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AU15123/01A AU1512301A (en) 1999-11-23 2000-11-21 A close and no pollution drinking water machine for bottled water

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
CN 99124087 CN1258477A (en) 1999-11-23 1999-11-23 Pollution-less turnover drinking water bottle and pollution-less drinking water machine
CN99124087.1 1999-11-23

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Cited By (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2002074683A1 (en) * 2001-03-15 2002-09-26 Cactrus Drink Systems Inc. Beverage container and support therefor
CN102471045A (en) * 2009-08-27 2012-05-23 万得利水业股份有限公司 Beverage server
CN108341152A (en) * 2018-03-06 2018-07-31 傅峰峰 General bottle stopper and go out wine device
CN110141113A (en) * 2018-02-11 2019-08-20 佛山市顺德区美的饮水机制造有限公司 Drinking device
CN111329346A (en) * 2018-12-27 2020-06-26 帅月红 Water dispenser
CN113633178A (en) * 2021-08-17 2021-11-12 付永辉 Environment-friendly water dispenser based on recoverable waste water in waste water tank of environmental protection engineering
CN114288979A (en) * 2021-12-30 2022-04-08 江苏科洛吉健康科技有限公司 Sodium acetate reactor

Families Citing this family (4)

* Cited by examiner, † Cited by third party
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CN2815224Y (en) * 2004-12-17 2006-09-13 余志刚 Water-supplying device for water drinking bowl
CN105520644A (en) * 2016-01-18 2016-04-27 杭州耐雅德净水科技有限公司 Liquid expansion control apparatus
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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2301948Y (en) * 1997-08-30 1998-12-30 陈青丰 Non-pollution fresh-keeping water drinking machine
CN2314233Y (en) * 1997-12-11 1999-04-14 尹生 Device for creating cubical vision about plane image
US5907993A (en) * 1997-09-04 1999-06-01 Van Camp; Ray Satellite brewing system
CN2333316Y (en) * 1998-08-28 1999-08-18 萧克樟 Special water-storage barrel for drinking water fountain

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2301948Y (en) * 1997-08-30 1998-12-30 陈青丰 Non-pollution fresh-keeping water drinking machine
US5907993A (en) * 1997-09-04 1999-06-01 Van Camp; Ray Satellite brewing system
CN2314233Y (en) * 1997-12-11 1999-04-14 尹生 Device for creating cubical vision about plane image
CN2333316Y (en) * 1998-08-28 1999-08-18 萧克樟 Special water-storage barrel for drinking water fountain

Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2002074683A1 (en) * 2001-03-15 2002-09-26 Cactrus Drink Systems Inc. Beverage container and support therefor
CN102471045A (en) * 2009-08-27 2012-05-23 万得利水业股份有限公司 Beverage server
CN110141113A (en) * 2018-02-11 2019-08-20 佛山市顺德区美的饮水机制造有限公司 Drinking device
CN108341152A (en) * 2018-03-06 2018-07-31 傅峰峰 General bottle stopper and go out wine device
CN111329346A (en) * 2018-12-27 2020-06-26 帅月红 Water dispenser
CN113633178A (en) * 2021-08-17 2021-11-12 付永辉 Environment-friendly water dispenser based on recoverable waste water in waste water tank of environmental protection engineering
CN114288979A (en) * 2021-12-30 2022-04-08 江苏科洛吉健康科技有限公司 Sodium acetate reactor
CN114288979B (en) * 2021-12-30 2023-08-18 江苏科洛吉健康科技有限公司 Sodium acetate reactor

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