TWM549587U - Negative hydrogen alkaline water dispenser for bottled water - Google Patents

Description

Bottled water negative hydrogen alkaline water opener

This creation is about a bottled water negative hydrogen alkaline water drinker, especially a bottled water drinker that provides boiling hot water or warm water, and negative hydrogen alkaline water to match the drinking habits of the Chinese people. The innovative design of the open drink machine.

According to the conventional bottled water drinking machine, such as the new joint announcement No. 539109 "the joint structure of the brewing machine and the bottled water", a puncture funnel is arranged at the joint opening above the brewing machine, and the puncture funnel is internally formed into an inner space. The shell-shaped tip cone has a hollowed-out groove on the shell wall of the tip cone. By means of the sealing structure of the bottle mouth and the design of the puncture funnel, the puncture funnel can be placed in the joint mouth above the brewing machine with the inner tip cone facing upward, and the bottle body of the bottled water is reversed. Inverted, the bottle mouth is sealed for sealing, no water leakage will occur. After the bottle mouth of the bottle body fully protrudes into the puncture funnel, the tip cone in the puncture funnel can puncture the sealing piece of the bottle mouth, thereby continuing to make the inside of the barrel The water can flow downward from the hollow trough of the conical shell wall, and flow to the water supply pipeline or the water storage space, the heating tank, etc. in the drinking machine to facilitate access to drinking water.

The shortcoming of the prior art is that the opening of the puncture funnel is small, and the use of bottled water of 10 liters or more is required, and if the bottled water is to be purchased from a supplier, it must be purchased more than 10 barrels at a time. Delivered to the government. If the user takes water from the drinking water supply station on the market, it is feasible, but it has the same problem as the delivery by the aforementioned manufacturer, that is, the bucket may not be properly cleaned, causing bacteria in the barrel to be accumulated, and the user is unaware of the situation. For raw drinks, there are doubts about drinking water safety and hygiene. Secondly, the bottled water of this type is closed with a sealing piece at the mouth of the barrel as in the prior art, but when the user repeatedly uses the barrel, the function of the sealing piece is lost (only once), and the bottle is to be bottled. Water and open When the funnel of the drinking machine is combined, the water will be spilled out, or some water is poured into the funnel. When the bottled water is combined with the drinker, it will be pressed by the bottled water and splashed out. Out, causing troubles in use.

Secondly, the commercially available 5 liter bottled water is easy to extract for consumers. It is equipped with a handle. Due to the setting of the handle, the 5 liter bottle of water cannot be set up as is known. The bottled water of the bottled water machine can cause the 5 liter bottle of water to be used in the bottled water machine, causing confusion for consumers.

Moreover, the commercially available bottled water dispensers provide a drinking water source for the bottled water that can be used for drinking. Therefore, the conventional bottled water dispensers only provide heating to about 85 degrees C. Function, no design re-boil function, can not boil water to 100 degrees C, can not cooperate with the habit of using the machine.

To this end, the creators of this case have been engaged in the design and manufacture of drinking and drinking machines for decades, and have studied the use of bottled water dispensers currently on the market.

The purpose of this creation is to provide an innovative and practical design for a bottled water brewing machine that boils hot water or warm water and high concentration of negative hydrogen alkaline water.

In order to achieve the above objectives, the bottled water negative hydrogen alkaline water boiling machine of the present invention is provided in the body, and a flushing bottle holder for accommodating various bottled water bottles is arranged above the water storage tank, and a dustproof sealant is arranged at the opening of the rinsing bottle seat. Circle to ensure that the bottle body and the opening of the bottle holder are tightly sealed to achieve the effects of dustproof, insect proof and anti-slip; the hot water tank is connected with the water storage tank by the first pipeline to provide warming and boiling, and then boiling. Drinking water for supply; negative hydrogen manufacturing equipment, connecting the second pipeline with the water storage tank, the aforementioned negative hydrogen manufacturing equipment is provided with a hydrogen generator, and the heater is appropriately heated to the surface of the hydrogen generator to accelerate the generation of a large amount of hydrogen In normal temperature water, negative hydrogen (H-) alkaline normal temperature water is produced for use.

The bottled water negative hydrogen alkaline water boiling machine of the present invention, wherein the negative hydrogen manufacturing equipment can be properly taken out, so as to timely replace the hydrogen generator and maintain the effect of the hydrogen generator to produce negative hydrogen.

The bottled water negative hydrogen alkaline water boiling machine of the present invention, wherein when the user presses the start button of the negative hydrogen manufacturing equipment, the pumping pump can be started, and the normal temperature water is pumped into the transparent water bottle until the transparent water bottle is high. When the water level switch detects that the water level inside the transparent water bottle has reached the set high water level, the pumping pump can be stopped, and the heater of the negative hydrogen manufacturing equipment is started, so that the hydrogen generator starts to manufacture a large amount of negative hydrogen in normal temperature water, and after a certain period of time After the set time, the LED light is activated, and the warning sound is emitted, the hydrogen production work is completed, and the user can take the negative hydrogen alkaline water.

1‧‧‧ body

10‧‧‧Water storage tank

100‧‧‧opening

101‧‧‧Water storage space

102‧‧‧Red bottle holder

103‧‧‧上环围

104‧‧‧ socket

105a‧‧‧Water hole

105‧‧‧arched column

106‧‧‧Dust seal rubber ring

107‧‧‧Combined circle

108‧‧‧ side opening

11‧‧‧ hot water gall

110‧‧‧First line

111‧‧‧ check valve

112‧‧‧Electrical components

113‧‧‧temperature control components (NTC temperature control components)

114‧‧‧Relief line

114a‧‧‧division pipeline

115‧‧‧Blood pressure bladder

116‧‧‧Small pipeline

117‧‧‧ Venting holes

118‧‧‧Drainage line

119‧‧‧Drain plug

12‧‧‧Negative hydrogen manufacturing equipment

120‧‧‧Second line

121‧‧‧Negative hydrogen ion filter

120a‧‧‧ pumping pump

122‧‧‧ Transparent water bottle

123‧‧‧heater

123a‧‧‧First sheet metal

123b‧‧‧Second metal sheet

123c‧‧‧Soft insulating sheet

122a‧‧‧ below

124‧‧‧ Hydrogen generator

124a‧‧‧Insulation gasket

124b‧‧‧ Cover

124c‧‧‧ hole

125‧‧‧ Connecting rod

126‧‧‧Flexible sealing element

126a‧‧‧ recessed department

126b‧‧‧Extended face

126c‧‧‧extend the encirclement

126d‧‧‧ Ventilation holes

126e‧‧‧Discharge valve

127‧‧‧LED lights

128‧‧‧High water level detection component

129‧‧‧ button

2‧‧‧ bottle body

20‧‧‧ neck

3‧‧‧Closed components

30‧‧‧The Great Surrounding

300‧‧‧ internal thread

31‧‧‧Small circle

310‧‧‧ entrance end

32‧‧‧ Closed ring

320‧‧‧ Inner Ring

321‧‧‧ ring plane

323‧‧‧Guiding film

324‧‧‧ collar

Figure 1 is a cross-sectional view of the present creation.

Figure 2 is a cross-sectional view of the operation of the present creation

Figure 3 is a perspective view of the creation.

Figure 4 is a view of the creation of the negative hydrogen manufacturing equipment of the present invention.

Figure 5 is a view of the body of the present invention in combination with the closure member.

Figure 6 is a partial enlarged view of Figure 2A.

In order to enable your examiner to fully understand the bottled water negative hydrogen alkaline water boiling machine of this creation, the following is explained in the following figure.

As shown in Figure 1~3, the bottled water negative hydrogen alkaline water boiling machine of the present invention includes at least: the body 1, which can accommodate the following equipments of the creation. A water storage tank 10 is provided at the uppermost portion of the body 1, and the water storage tank 10 is provided with a opening circumference 100, and a water storage space 101 is formed below the opening circumference 100 to store and store water. The sump 10 is provided with a rinsing base 102. The opening of the rinsing base 102 is provided with an upper ring 103. The upper ring 103 is covered by a side opening of the dustproof sealing rubber ring, and the receiving groove 104 is disposed under the rinsing base 102. The water outlet 20 of the bottle body 2 is disposed in the receiving groove 104, and the arched column 105 of the plurality of water flow holes 105a is disposed in the center of the receiving groove 104, and the bottle body is opened by the arched column 105. The closing member of the water outlet 2 allows the bottled water in the bottle body 2 to flow into the water storage tank 10. The upper circumference 103 of the bottle holder 102 is covered by the side opening 108 of the sealing ring 107 of the dust seal ring 106, and the upper ring 103 of the bottle holder 102 and the dust seal ring 106 are combined. Provided above the opening ring 100 of the water storage tank 10, the dust seal rubber ring 106 with appropriate elasticity can be used to abut against the side wall surface of the opening ring 100 of the water storage tank 10, thereby achieving the effect of fixing and sealing. The dust seal rubber ring 106 is from the inner end of the joint ring 107 and is appropriately inclined downwardly and extended toward the center of the bottle holder 102 to facilitate the combination with the bottle circumference of various bottles and prevent dust and insects from entering. The water storage tank has a non-slip function, which allows the bottled water to be firmly combined with the bottle holder to improve the safety and hygiene of the drinking water.

As shown in FIG. 1~3, the brewing machine of the present invention is provided with a hot water tank 11 and is connected with the water storage tank 10 by the first pipeline 110 to be supplied to the hot water tank 11 to be heated by the first pipeline 110. Water, and a check valve 111 is arranged at the end of the first line 110 and the hot water tank 11 to prevent the water in the hot water tank 11 from being heated by the high temperature, thereby generating pressure in the hot water tank 11, causing the hot water bladder The hot water inside is returned to the water storage tank 10. The hot water tank 11 is provided with an electric heating element 112 to directly heat or reheat the hot water tank 11, and the hot water bladder 11 is timely monitored by a temperature control element (NTC temperature control element) 113 which can measure the water temperature. The temperature of the water inside determines the start and stop of the electric heating element, prevents excessive heating, and prevents the risk of dry burning in the hot water tank 11. A pressure relief line 114 is disposed above the hot water tank 11, and a pressure relief bladder 115 is disposed at the uppermost portion of the pressure relief line 114 near the body 1, and is discharged to the body 1 by the air release hole 117 above the small pipeline 116. On the outside, it is the purpose of pressure relief, and this design has the function of reboiling heating, designed according to the habits of Chinese people. Secondary creation The hot water bile adopts a closed structure. When the water in the hot water tank 11 is heated to reach 90 degrees C or more, the water pressure expansion in the hot water tank 11 causes the water level to continuously rise, and at this time, The amount of water overflowed by the pressure relief bladder 115 is not discharged to the outside, and the pressure in the hot water bladder can be accelerated by the branching line 114a above the pressure relief line 114. And when reheating, the temperature control element (NTC temperature control element) 113 can accurately control the actual water temperature to reach 98 degrees, and immediately turn off the heating element. Thus, when the user activates the reheating function of the hot water tank 11, the actual water temperature can be controlled by the pressure relief line 114, the pressure relief bladder 115 above the branching line 114a, and the temperature control element (NTC temperature control element) 113. It can prevent water in the hot water bladder from overflowing when reheating. A drain line 118 is disposed below the hot water tank 11, and a drain plug 119 is disposed below the body 1 in the drain line 118 to facilitate regular discharge of water in the hot water tank 11 and to purify the inside of the hot water tank.

As shown in Figures 1, 2 and 4, the brewing machine of the present invention is provided with a negative hydrogen manufacturing device 12, and is connected to the water storage tank 10 by a second line 120, and a negative hydrogen ion filter element 121 is disposed at the second line 120. Effectively generating hydrogen ions, allowing hydrogen ions in the water to reduce free radicals in the body, is a green natural antioxidant, and is provided with a pumping pump 120a in the second line 120 to pump the bottled water into the transparent oxygen manufacturing equipment 12 transparent In the water bottle. The negative hydrogen manufacturing device is provided with a transparent water bottle 122, and is provided with a heater 123 from the bottom of the transparent water bottle 122. The heater 123 is a PTC heating element and has a function of constant temperature heating, and the heater 123 is The first metal piece 123a and the second metal piece 123b are sandwiched together, and a soft insulating piece 123c is disposed on each side of the first metal piece 123a to generate a proper insulating and positioning effect, and the second metal piece 123b is combined with The lower circumferences 122a of the transparent water bottles 122 are integrated with each other, so that the heater 123 can be completely positioned. Above the heater 123 is a hydrogen generator 124. The hydrogen generator 124 is supported on both sides and supported by an insulating spacer 124a. The insulating spacer 124a is fixed under the cover 124b. The cover 124b is provided with A plurality of holes 124c are provided to allow normal temperature water to enter the inside of the cover and come into contact with the hydrogen generator 124. Located above the cover 124b and fixed at the lower end of the connecting rod 125, the foregoing The upper end of the connecting rod 125 is coupled with the bottom end of the recessed portion 126a of the elastic sealing member 126. The outer periphery of the recessed portion 126a of the elastic sealing member 126 is provided with an extending surface 126b, and is disposed at the outer end of the extending surface 126b. The extension ring 126c is covered by the lower extension ring 126c on the outer side of the transparent water bottle 122, and then the top surface of the transparent water bottle 122 is supported by the extension surface 126b, so that the elastic sealing element 126 and the transparent water bottle can be Combine into one. A vent hole 126d is provided on one side of the elastic sealing member 126, and is provided for a deflation valve 126e, and is freely opened and closed. In this way, when the hydrogen generator 124 is pressed against the surface to contact the heater, the recessed portion 126a of the elastic sealing member 126 can be slightly deformed to generate the effect of naturally pressurizing the hydrogen generator, and the hydrogen generator can be made. The surface of 124 is in intimate contact with heater 123, which is capable of producing an optimum heating effect on hydrogen generator 124, causing hydrogen generator 124 to accelerate to produce a maximum amount of negative hydrogen. And the connecting portion 124a of the hydrogen generating device 124 is connected by the recess portion 126a of the elastic sealing member 126, and the user can conveniently take out and replace the hydrogen generator 124 to maintain the hydrogen generator 124. utility. It is located on the ring side of the transparent water bottle 122 and is provided with an LED lamp 127. When the hydrogen generator produces an appropriate amount of negative hydrogen gas in normal temperature water, it must be turned on, and at the same time, a warning sound is activated to inform the user that the negative hydrogen is completed and can be taken for drinking. It is. The transparent water bottle 122 is disposed at a suitable position of the second pipe 120 to detect the water level of the transparent water bottle, so as to open and close the pumping pump 120a.

As shown in FIG. 3, when the user presses the start button 129 of the negative hydrogen manufacturing device 12, the pumping pump 120a disposed in the body can be started, and the normal temperature bottled water is pumped from the water storage tank 10 into the transparent water bottle 122, as a transparent water bottle. When the high water level switch 122 of 122 detects that the water level in the transparent water bottle has reached the set high water level, the electronic control system (generally, not shown) can be started to stop the operation of the pumping pump 120a, and start the negative hydrogen. The heater 123 of the apparatus 12 is fabricated, and the hydrogen generator 124 is heated to allow the hydrogen generator 124 to start accelerating the production of a large amount of negative hydrogen in the normal temperature bottled water, and after a certain setting After a certain time, the electronic control system can activate the LED lamp 127 and issue a warning beep to inform the user that the hydrogen production work has been completed, and the user can take the negative hydrogen alkaline water.

As shown in Figures 5 and 6, in order to make it easier for the user to combine the bottled water with the drinker, a closure member 3 is provided on the neck 20 of the water outlet of the bottle body 2, and the closure member 3 is provided with a large ring. The large circumference portion 30 has the same structure as the bottle cap of the bottle body 2. Therefore, the large circumference portion 30 is provided with the internal thread 300, and the internal thread 300 and the water outlet of the bottle body 2 are provided. The external threads of the neck 20 are screwed to each other. A small ring portion 31 is disposed on the inner side of the large ring portion 30. The inlet end 310 of the small ring portion 31 is provided with a closed ring 32. The closed ring 32 includes an inner ring 320, and the inner ring 320 is placed in the foregoing The inner wall of the inlet end 310 of the small ring portion 31 is in close contact with each other, and a ring flat surface 321 is formed at the lower end of the inner ring 320 (as viewed in FIG. 6), so that the ring flat surface 321 is closed to the small ring portion 31. The inlet end 310 is connected to one end of a guiding piece 323, and the other end of the guiding piece 323 is coupled to a ring 324. The ring 324 is sleeved on the small ring. A suitable space for the enclosure 31, and the aforementioned closure ring 32, guide piece 323, and collar 324 are integrally formed and can be reused. An extension ring 33 may be provided at the other end of the large ring 30. Of course, there is no extension ring 33.

As shown in Fig. 6, before the user wants to combine the bottle body 2 of the bottled water with the bottle holder 102 of the drinker, the bottle cap 2 can be removed first, and the closure member 3 and the bottle body 2 can be removed. The internal thread 300 provided by the large ring portion 30 of the closing member 3 and the external thread of the neck portion 20 of the water outlet of the bottle body 2 are screwed together, and at this time, the closed ring 32 of the closing member 3 is coupled. It is assumed that the inlet end 310 of the small loop portion 31 is closed and closed, and therefore, the water in the bottle body 2 cannot be arbitrarily poured out. When the bottle body 2 is properly pressed and the arched column 105 of the groove 104 of the scouring block 102 is pushed away from the sealing ring 32 of the closing member 3, the bottled water in the bottle body 2 can be allowed to flow into the sump 10 . And the dust seal rubber ring 106 of the aforementioned bottle holder 102 is closely pressed against the bottle circumference of the bottle body 2, which is sufficient to prevent dust and insects from entering the water storage tank 10 to improve the safety and hygiene of the drinking water.

In summary, Chen, the bottled water negative hydrogen alkaline water boiling machine of this creation, by heating the surface of the hydrogen generator with a heater to maximize the efficiency of the hydrogen generator, can produce a large amount of hydrogen in drinking water. In order to produce negative hydrogen alkaline water, and let the bottled water drinker provide boiled hot water or warm water, and the negative practicality of negative hydrogen alkaline water, this creation does have novelty and progress, and is the creation of this composition.

1‧‧‧ body

10‧‧‧Water storage tank

100‧‧‧opening

101‧‧‧Water storage space

102‧‧‧Red bottle holder

103‧‧‧上环围

104‧‧‧ socket

105a‧‧‧Water hole

105‧‧‧arched column

106‧‧‧Dust seal rubber ring

107‧‧‧Combined circle

108‧‧‧ side opening

11‧‧‧ hot water gall

110‧‧‧First line

111‧‧‧ check valve

112‧‧‧Electrical components

113‧‧‧temperature control components (NTC temperature control components)

114‧‧‧Relief line

114a‧‧‧division pipeline

115‧‧‧Blood pressure bladder

116‧‧‧Small pipeline

117‧‧‧ Venting holes

12‧‧‧Negative hydrogen manufacturing equipment

120‧‧‧Second line

121‧‧‧Negative hydrogen ion filter

120a‧‧‧ pumping pump

122‧‧‧ Transparent water bottle

122a‧‧‧ below

123‧‧‧heater

123a‧‧‧First sheet metal

123b‧‧‧Second metal sheet

123c‧‧‧Soft insulating sheet

124‧‧‧ Hydrogen generator

124a‧‧‧Insulation gasket

124b‧‧‧ Cover

124c‧‧‧ hole

125‧‧‧ Connecting rod

126‧‧‧Flexible sealing element

126a‧‧‧ recessed department

126b‧‧‧Extended face

126c‧‧‧extend the encirclement

126d‧‧‧ Ventilation holes

126e‧‧‧Discharge valve

127‧‧‧LED lights

128‧‧‧High water level detection component

129‧‧‧ button

Claims (15)

A bottled water negative hydrogen alkaline water boiling machine comprises at least: a body, a water storage tank, and a flushing seat can be arranged above the water storage tank to accommodate the bottle circumference of the bottle body of various bottled water, and in the bottle holder The opening is provided with a dustproof sealing rubber ring to make the bottle body of the bottled water close to the flushing bottle holder; the hot water biliary is connected with the water storage tank by the first pipeline to provide drinking water after heating or reboiling for drinking; The negative hydrogen manufacturing equipment is connected to the water storage tank by the second pipeline, and the foregoing negative hydrogen manufacturing equipment is provided with a hydrogen generator, and the heater is appropriately heated on the surface of the hydrogen generator to accelerate the generation of a large amount of hydrogen in the drinking water, resulting in a negative Hydrogen alkaline water for drinking; so, to make the bottled water drinker have an innovative and practical design that provides boiling hot water or warm water, and one of the negative hydrogen alkaline water. The bottled water negative hydrogen alkaline water boiling machine according to claim 1, wherein a water storage tank is arranged above the body, the water storage tank is provided with a circular opening, and a water storage space is formed below the opening ring; the water storage tank is provided with a rinsing bottle. a seat, the opening of the flushing seat is provided with a ring circumference, and the upper ring surrounds the side opening of the dustproof sealing rubber ring, and the combination of the upper ring circumference of the flushing seat and the dustproof sealing rubber ring is disposed in the water storage tank The opening ring circumference can be fixed and tightly formed by the elastic dust-proof sealing rubber ring abutting against the side wall surface of the opening of the water storage tank. The bottled water negative hydrogen alkaline water boiling machine according to claim 2, wherein a receiving groove is arranged under the flushing seat, so that the water outlet of the bottle body is set in the bearing groove, and is provided in the center of the receiving groove The arched column of the plurality of water flow holes is configured to open the closing member of the water outlet of the bottle body by the arched column, and allow the bottled water in the bottle body to flow into the water storage tank. The bottled water negative hydrogen alkaline water boiling machine according to claim 2, wherein the dustproof sealing rubber ring is self-bonded to the inner end of the ring, and is inclined downwardly and extended toward the center of the flushing seat to facilitate the various bottles. The body of the bottle is combined to prevent dust and insects from entering the reservoir. According to claim 1, the bottled water negative hydrogen alkaline water boiling machine, wherein the connecting end of the hot water bladder and the first pipeline is provided with a check valve to prevent water in the hot water bladder, after being heated at a high temperature, Pressure is generated in the hot water bladder, causing the hot water in the hot water bladder to flow back to the water storage tank; a pressure relief pipeline is arranged above the hot water bladder, and a pressure relief bladder is disposed near the top of the body in the pressure relief pipeline, when hot When the water in the water bladder is heated to reach above 90 °C, the water pressure expansion in the hot water bladder will cause the water level to continue to rise, and the amount of water overflowed by the pressure relief bladder will not be ejected outward, and then on the pressure relief pipeline. The branching pipeline of the side accelerates the pressure in the hot water bladder and is discharged to the outside of the machine body through the air leakage hole above the small pipeline to achieve the purpose of pressure relief; or a drainage pipeline is arranged below the hot water bladder, and A drainage plug is arranged below the body in the drainage pipeline to facilitate regular discharge of water from the hot water bladder and to purify the interior of the hot water bladder. The bottled water negative hydrogen alkaline water boiling machine according to claim 5, wherein the hot water bile is provided with an electric heating element to directly heat or reheat the hot water bile, and the temperature control element capable of measuring the water temperature (NTC temperature control element), accurately control the actual water temperature to reach 98 degrees, timely monitor the water temperature in the hot water bladder to determine the start and stop of the heating element. The bottled water negative hydrogen alkaline water boiling machine according to claim 1, wherein the second pipeline of the negative hydrogen manufacturing equipment is provided with a negative hydrogen ion filter to effectively generate hydrogen ions, and the pumping water is provided in the second pipeline. Pu, to pump bottled water into the transparent water bottle of negative oxygen manufacturing equipment. The bottled water negative hydrogen alkaline water boiling machine according to claim 1, wherein the negative hydrogen manufacturing device is provided with a transparent water bottle, and a heater is arranged from the bottom of the transparent water bottle, and is positioned; the hydrogen is generated above the heater. The hydrogen generator has a surface that is in intimate contact with the heater to produce an optimum heating effect on the hydrogen generator, allowing the hydrogen generator to produce a maximum amount of negative hydrogen. The bottled water negative hydrogen alkaline water boiling machine according to claim 8, wherein the heater of the negative hydrogen manufacturing device is a PTC heating element, and the heater is set by the first metal piece and the second metal piece. a soft insulating sheet is disposed on each side of the first metal piece to form a proper insulating and positioning effect, and the second metal piece is integrated with the lower ring of the transparent water bottle to position the heater. . The bottled water negative hydrogen alkaline water boiling machine according to claim 8, wherein the hydrogen generator of the negative hydrogen manufacturing device is supported by insulating gaskets on both sides, and the insulating gasket is fixed under the cover, the cover A plurality of holes are provided to allow normal temperature water to enter the inside of the cover and come into contact with the hydrogen generator. The bottled water negative hydrogen alkaline water boiling machine according to claim 10, wherein the upper end of the cover of the negative hydrogen manufacturing device and the lower end of the connecting rod are fixed, and the recessed portion above the connecting rod and the elastic sealing member is the bottom The ends of the recessed portion of the elastic sealing member are provided with an extending surface, and the outer end of the extending surface is provided with a lower extending ring, so that the lower extending ring is wrapped around the outer circumference of the transparent water bottle, and then the extending surface The elastic sealing element can be integrated with the transparent water bottle by abutting against the top edge of the transparent water bottle. The bottled water negative hydrogen alkaline water boiling machine according to claim 11, wherein one side of the elastic sealing member is provided with a vent hole, which can be set for a vent valve and freely opened and closed. The bottled water negative hydrogen alkaline water boiling machine according to claim 11, wherein when the hydrogen generator is pressed into contact with the heater, the concave portion of the elastic sealing member can be slightly deformed to generate natural pressure to hydrogen. The effect of the generator; and by connecting the recess of the elastic sealing member with the cover of the hydrogen generator, the user can conveniently remove and replace the hydrogen generator to maintain the proper function of the hydrogen generator. The bottled water negative hydrogen alkaline water boiling machine according to claim 8, wherein the transparent water bottle ring side of the hydrogen generator is provided with an LED lamp, and when the hydrogen generator produces an appropriate amount of negative hydrogen gas in the normal temperature water, it is turned on. At the same time, the warning sound is activated to inform the user that the negative hydrogen production is completed and the water can be taken. The second pipeline in the transparent water bottle is provided with a high water level detecting component to detect the water level of the transparent water bottle. The bottled water negative hydrogen alkaline water boiling machine according to claim 1, wherein a closing member is disposed on a neck of the water outlet of the bottle body, the closing member is provided with a large ring portion, and the large ring portion is internally threaded. The internal thread of the neck and the external thread of the neck of the bottle body are screwed together; a small ring circumference is arranged inside the large ring circumference, and a closed ring is arranged at the inlet end of the small ring circumference, and the closed ring is provided The inner ring surrounds the inner wall of the inlet end of the small ring around the inner ring to form a tight shape, and a ring plane is disposed at the lower end of the inner ring, so that the ring plane is closed in the small ring circumference At the inlet end, one end of the closed ring is coupled to one end of the guiding piece, and the other end of the guiding piece is coupled to a set of rings, and the collar is sleeved in a suitable space of the small ring circumference, the closed ring, The guiding piece and the collar are integrally formed and can be repeatedly used; the other end of the large ring can be provided with an extension ring or no extension ring.