WO2018036261A1

WO2018036261A1 - Portable hydrogen-rich nutrition water bottle

Info

Publication number: WO2018036261A1
Application number: PCT/CN2017/090147
Authority: WO
Inventors: 张煜爽
Original assignee: 张煜爽
Priority date: 2016-08-25
Filing date: 2017-06-27
Publication date: 2018-03-01
Also published as: CN106115065A; CN106115065B

Abstract

A portable hydrogen-rich nutrition water bottle, comprising a bottle body (1) and a bottle cap (2). A water drinking spout (201) and a supporting means are provided at the top of the bottle cap (2). The supporting means comprises a plurality of supports (209) provided around the water drinking spout (201), a receiving groove (208) for receiving the supports (209), and a supporting ring (210) fitted over the water drinking spout (201). One end of each of the supports (209) is rotatably disposed at the outer end of the receiving groove (208), and the supports can be folded inwardly to be received in the receiving groove (208). After the supports are unfolded, the outer circle of the support ring (210) abuts against the inner side of the supports (209) to form a support frame. Internal threads (206) connected to the opening of the bottle body (1) are provided on the inner wall of the bottle cap (2). A hydrogen-rich water generation unit is provided between the internal threads (206) and the bottle cap (2) and comprises a separator (202), a hydrogen generation box (203), and a rotary sealing switch (205). The rotary sealing switch (205) comprises a fixing ring rack (205-1), a fixed plate (205-2), and a flexible plate (205-3). By means of function division on the internal structure of the bottle cap, the portable hydrogen-rich nutrition water bottle is endowed with a hydrogen-rich water generation function. Moreover, a hydrogen rich water stick is used to generate hydrogen-rich water, and no power is needed, so that the size of the device is reduced, and it is more convenient to carry and easier to use the bottle.

Description

Portable hydrogen-rich nutrient water bottle

Technical field

The invention belongs to the technical field of hydrogen-rich water production, and particularly relates to a portable hydrogen-rich nutrient water bottle.

Background technique

In general, hydrogen-containing water, also known as hydrogen-rich water, has a remarkable effect in preventing and treating adult diseases such as cancer or diabetes, and has recently been well-known at home and abroad, and research on this aspect has continued and been active. get on. By analyzing the Lourdes Springs in France, the Norden water in Germany, and the Torakt water in Mexico, they have the following characteristics: they have a dissolved hydrogen concentration of 0.3 to 1 ppm, which has up to hundreds of ordinary drinking water. Multiply rich in dissolved hydrogen, the French Lourdes Spring is famous for its miracle water, and the effects of the German Nordenau water and Mexico's Tolact water began to become famous after 1990.

With the diversification of market consumer demand and the enhancement of health awareness, consumers are paying more attention to the health elements of products while considering the need to quench their thirst and avoid the heat. If they use the products, they will be more popular if they bring physical health. Therefore, in the future development of drinking water, drinking water will gradually shift from a single thirst quenching and summer heat to health, nutrition and beauty. Hydrogen-rich water drinks are expected to become the new darling and mainstream development trend of the beverage market. Hydrogen ions in hydrogen-rich water can neutralize excess active oxygen in the body and combine with water to excrete with the urine to help the cell metabolism. Safety, environmental protection has no toxic side effects on the human body, and there are no clear contraindications and contraindications. The industrialization of hydrogen-rich water is in line with the development trend of “nutrition, sanitation and convenience” in China's food industry.

At present, there are many methods for producing hydrogen-rich water. Common ones are: hydrogen rod, filter-type hydrogen-rich water machine and electrolytic hydrogen-rich water machine. The quality of hydrogen-rich water produced by electrolytic hydrogen-rich water machine is good, but the environment is good. The requirements are higher and need to be supplied with power, which is greatly reduced in terms of portability.

Summary of the invention

The object of the present invention is to provide a portable hydrogen-rich nutrient water bottle, which has the function of generating hydrogen-rich water by functionally partitioning the internal structure of the bottle cap, and generates hydrogen-rich water by using a hydrogen rod, and does not require a power source, thus reducing The small size of the device greatly improves the portability and ease of use.

In order to solve the above technical problem, the technical solution adopted by the present invention is: a portable hydrogen-rich nutrient water bottle, comprising a bottle body and a bottle cap, the top of the bottle cap is provided with a water spout and a supporting device, and the supporting device comprises a setting around the drinking spout a plurality of brackets, a receiving groove for accommodating the bracket, and a support ring sleeved on the drinking spout. The bracket is rotatably disposed at an outer end of the receiving groove, and is folded inwardly and caught in the receiving slot. After the bracket is opened, The outer dome of the support ring is formed on the inner side of the bracket to form a support frame; the inner wall of the bottle cap is provided with an internal thread connecting the mouth of the bottle body, and a hydrogen-rich water is provided between the inner thread and the top of the bottle cap. The unit, the hydrogen-rich water generating unit comprises a partition plate, a hydrogen generating box and a rotary sealing switch, the partition plate has a circular shape, and the edge is fixed on the inner wall of the bottle cap, and the buffer space between the partition plate and the drinking spout has a buffer space. A water-permeable hole is arranged on the side of the partition plate facing the mouth of the bottle cap, and a cylindrical hydrogen generating box with an open end is arranged, and the open end of the hydrogen generating box is inserted into the mounting hole on the partition plate through the elastic clip a hydrogen rod is placed in the hydrogen generating box, and a mesh hole is respectively arranged on the side surface and the bottom surface of the hydrogen generating box. The diameter of the hydrogen generating box is smaller than the inner diameter of the bottle cap, and a rotary sealing switch is arranged below the hydrogen generating box, and the rotary sealing switch comprises a fixed ring frame. , the fixing plate and the movable plate, the fixing ring frame is a double-layered cylindrical shape, and the inner layer wall and the outer layer wall are connected together through the end plates at both ends to form an annular cavity, which is circumferentially on the outer wall Uniformly three dovetails, the length direction of the dovetail is the axial direction of the fixed ring frame, and the dovetail is stuck on the dovetail groove provided on the inner wall of the bottle cap to realize the connection of the fixed ring frame and the bottle cap, in the inner layer Upper end of the wall The lower end is respectively provided with a fixing plate, and the rotating space of the movable plate is formed in the middle of the two fixing plates. The fixing plate is composed of two fixed fan-shaped plates with the same radius and opposite vertices, and a fixing column is arranged at a position opposite to the apex thereof. There is a water passage between the two fixed sector plates, and the opposite sides of the two fixed plates are respectively provided with a sealing layer, and the movable plate is composed of two movable sector plates having the same apex with the same radius and at the apex of the movable sector plate. The sleeves are disposed at opposite positions, and the top surface and the bottom surface of the movable sector plate are respectively provided with a sealing layer, the sleeve is composed of two semi-circular tubes, and is sleeved on the fixing column by a return spring; the movable plate a wire connecting ring is disposed at an end of the curved side of the both ends, and the wire connecting ring is symmetric about a center of a center of the movable sector plate, and the wire connecting ring protrudes from the arc groove provided on the inner wall of the fixing ring frame into the In the annular cavity, one end of the wire for pulling the movable plate is fixed on the wire connecting ring, and the other end is wound in the annular cavity by 180° in the rotating direction of the movable plate. Extending from the wire hole on the outer wall, and providing a tensioner on the extended pull wire, the two protruding wires are connected together to form a closed pull ring; the movable plate is rotated by simultaneously pulling two pull wires Into the space between the fixed plates, to open the water passage, the movable plate is reset by the return spring to close the water passage.

Further, the arcuate groove slot is provided with two laminated rubber sheets, and the wire passes through the gap between the rubber sheets.

Further, the inner wall of the annular cavity is provided with an arc guiding groove for guiding the wire.

Compared with the prior art, the beneficial effects of the present invention are:

First, the present invention produces a hydrogen-rich water by contacting a hydrogen rod with water, replacing a conventional bottle cap with a cap placed with a hydrogen rod, generating hydrogen-rich water in the bottle body, and improving the hydrogen-rich water generating device. Portability and versatility.

Secondly, the present invention can control the communication between the bottle body and the bottle cap by providing a rotary sealing switch. When hydrogen-rich water is required to be generated, the rotary sealing switch can be opened, so that the water in the bottle enters the hydrogen generating box in the bottle cap. In contact with the hydrogen rod to form hydrogen-rich water, when the hydrogen-rich water is not required to be generated, it is not necessary to open the rotary sealing switch. At this time, the water in the bottle cannot enter the bottle cap, thereby ensuring the service life of the hydrogen rod; Moreover, when controlling the rotary seal switch, only the pull wire needs to be pulled It can realize the opening or closing of the water passage, and the structure is clever and easy to operate.

Third, the connection between the rotary seal switch and the cap is achieved by the cooperation of the dovetail and the dovetail groove, so that it is easy to disassemble and install, and the hydrogen generating box is also detachably mounted on the partition, so that It is convenient to replace or clean the hydrogen rods.

Fourth, the pull wire for pulling the movable sector plate is disposed in the annular cavity, and the annular cavity is not in communication with the water passage, so that water can be prevented from entering the annular cavity and the sealing property of the device is improved.

Fifth, the supporting device disposed at the top of the bottle cap can support the bottle body when the bottle body is inverted, and can store the bracket in the accommodating groove to ensure the flatness of the bottle cap.

DRAWINGS

Figure 1 is a schematic view of the structure of the present invention.

Figure 2 is a schematic view showing the structure of a bottle cap in the present invention.

Figure 3 is a schematic view showing the structure of the supporting device in the inverted state of the present invention.

Figure 4 is a schematic view showing the structure of a rotary seal switch in the present invention.

Figure 5 is a schematic diagram of the use of the rotary seal switch.

Figure 6 is a practical schematic diagram of the rotary sealed switch.

Marked in the figure: 1, bottle body, 2, cap, 201, drinking nozzle, 202, partition, 203, hydrogen generating box, 204, tightener, 205, rotary sealing switch, 206, internal thread, 207, hydrogen Rod, 208, storage slot, 209, bracket, 210, support ring, 205-1, fixed ring frame, 205-2, fixed plate, 205-3, movable plate, 205-4, fixed column, 205-5, cable Connecting ring, 205-6, annular cavity, 205-7, pull wire, 205-8, water passage, 205-9, dovetail.

detailed description

The technical solutions described in the present invention are further described below with reference to the accompanying drawings.

As shown in the figure, a portable hydrogen-rich nutrient water bottle includes a bottle body and a bottle cap. The top of the bottle cap is provided with a water spout and a supporting device, and the supporting device comprises a plurality of brackets disposed around the drinking spout, and the storage for accommodating the bracket a groove and a support ring sleeved on the drinking spout, wherein one end of the bracket is rotatably disposed at an outer end of the receiving groove, and is folded inwardly and then caught in the receiving groove. After the bracket is opened, the outer dome of the supporting ring is The inner side of the bracket forms a support frame; the inner wall of the bottle cap is provided with an internal thread connecting the mouth of the bottle body, and a hydrogen-rich water generating unit is arranged between the inner thread and the top of the bottle cap, and the hydrogen-rich water generating unit comprises a partition plate and a hydrogen generating box. And the rotary sealing switch, the partition is circular, and the edge is fixed on the inner wall of the bottle cap, the buffer space between the partition plate and the drinking spout, and the water-permeable hole is arranged on the partition plate, and the partition plate faces the mouth of the bottle cap One side of the cylinder is provided with a cylindrical hydrogen generating box with an open end, and the open end of the hydrogen generating box is inserted into the mounting hole on the partition through the elastic clip, and the hydrogen rod is placed in the hydrogen generating box, and the side of the hydrogen generating box and The bottom surface is separately provided with a mesh, hydrogen Is smaller than the inner diameter of the green cartridge cap, the cartridge is provided below the occurrence hydrogen The rotary sealing switch comprises a fixing ring frame, a fixing plate and a movable plate, wherein the fixing ring frame has a double-layered cylindrical shape, and the inner wall and the outer wall are connected by the end plates at both ends, Forming an annular cavity, three dovetails are uniformly distributed on the outer wall in the circumferential direction, and the length direction of the dovetail is the axial direction of the fixed ring frame, and the dovetail is stuck on the dovetail groove disposed on the inner wall of the bottle cap to realize the fixing ring a fixing plate is arranged on the upper end and the lower end of the inner wall of the inner wall, and a rotating space of the movable plate is formed between the two fixed plates, wherein the fixed plate is composed of two radii and vertices The fixed sector plate is composed of a fixed column, and a fixed column is arranged at a position opposite to the apex thereof, and a water passage is formed between the two fixed sector plates, and two opposite sides of the two fixed plates are respectively provided with a sealing layer, and the movable plate is composed of two radii The movable scallops of the same apex are formed, and sleeves are arranged at positions opposite to the vertices of the movable sector plates, and the top surface and the bottom surface of the movable sector plates are respectively provided with a sealing layer, and the sleeve is composed of two and a half The tube is butted, and the sleeve is sleeved on the fixing post by a return spring to realize rotation and resetting of the movable plate in the space between the fixed plates; the curved sides of the movable plate The end of the wire connection ring is arranged, and the wire connection ring is symmetric about the center of the center of the movable sector plate, and the wire connection ring protrudes from the arc groove provided on the inner wall of the fixed ring frame into the annular cavity, One end of the pulling wire for pulling the movable plate is fixed on the wire connecting ring, and the other end is wound in the annular cavity in the rotating direction of the movable plate by 180°, and then protrudes from the wire hole in the outer wall And a retractor is arranged on the extended pull wire, and the two protruding wires are connected together to form a closed pull ring; the movable fan plate is rotated into the rotating space by simultaneously pulling two pull wires to open The water passage is configured to reset the movable sector by the return spring to close the water passage.

In use, the cap is screwed to the bottle mouth of the bottle through the internal thread, and then the tensioner on the wire is loosened, and the two pull wires are pulled at the same time. At this time, the movable fan plate is rotated into the upper and lower fixed fan plates. In the space between the two, open the water passage, and the tensioner is stuck at the root of the cable to prevent the cable from being retracted, then flip the bracket on the bottle cap and put the support ring on the drinking spout to clamp the bracket to form Supporting the support body of the bottle body, after the bottle body is inverted, the water in the bottle passes through the water passage, and enters the hydrogen generation box through the mesh of the side and the bottom surface of the hydrogen generation box, and contacts with the hydrogen rod to generate hydrogen-rich water. The hydrogen-rich water enters the buffer space through the hole in the partition plate, and can be drunk through the drinking nozzle; when the hydrogen-rich water is not required to be generated, the movable sector plate is elastically pressed by the return spring as long as the retractor is released. Reverse rotation, closing the water passage, will separate the bottle from the hydrogen generation box of the cap.

Claims

A portable hydrogen-rich nutrient water bottle, comprising a bottle body (1) and a bottle cap (2), characterized in that: the top of the bottle cap (2) is provided with a drinking spout (201) and a supporting device, and the supporting device comprises a drinking spout (201) providing a plurality of brackets (209), a receiving groove (208) for accommodating the bracket (209), and a support ring (210) sleeved on the water spout (201), the bracket (209) rotating at one end The outer end of the receiving groove (208) is folded inwardly and locked in the receiving groove (208). After the bracket (209) is opened, the outer dome of the supporting ring (210) is inside the bracket (209). Forming a support frame; an inner thread (206) connecting the mouth of the bottle body (1) is disposed on the inner wall of the bottle cap (2), and a hydrogen-rich water generating unit is disposed between the internal thread (206) and the top of the bottle cap (2). The hydrogen-rich water generating unit comprises a partition plate (202), a hydrogen generating box (203) and a rotary sealing switch (205). The partition plate (202) has a circular shape, and the edge is fixed on the inner wall of the bottle cap (2), and the partition plate ( 202) has a buffer space between the drinking nozzle (201) and a water-permeable hole in the partition plate (202), and a cylindrical shape with an open end on the side of the partition plate (202) facing the internal thread (206) Hydrogen generation box (203), hydrogen generation box (203) The open end is inserted into the mounting hole on the partition plate (202) through the elastic clip, and the hydrogen water rod (207) is placed in the hydrogen generating box (203), and the side surface and the bottom surface of the hydrogen generating box (203) are respectively provided with mesh holes. The diameter of the hydrogen generating cartridge (203) is smaller than the inner diameter of the cap (2), and a rotary sealing switch (205) is disposed below the hydrogen generating cartridge (203), and the rotary sealing switch (205) includes a fixing ring frame (205-1) , the fixing plate (205-2) and the movable plate (205-3), the fixing ring frame (205-1) is a double-layered cylindrical shape, and the inner wall and the outer wall are connected by the end plates at both ends. Together, to form an annular cavity (205-6), three dovetails (205-9) are circumferentially distributed on the outer wall, and the length of the dovetail (205-9) is the fixed ring frame (205-1). In the axial direction, the dovetail (205-9) is caught on the dovetail groove provided on the inner wall of the bottle cap (2) to realize the connection of the fixing ring frame (205-1) and the bottle cap (2). A fixing plate (205-2) is respectively disposed at an upper end and a lower end of the layer wall, and a space for rotating the movable plate (205-3) is formed between the two fixing plates (205-2), and the fixing plate (205-2) Is a fixed sector plate with two radii and opposite vertices And a fixing column (205-4) is disposed at a position opposite to the apex thereof, and a water passage (205-8) is disposed between the two fixed sector plates, and the opposite sides of the two fixing plates (205-2) are respectively provided with a seal The movable plate (205-3) is composed of two movable sector plates having opposite vertices of opposite radii, and a sleeve is arranged at a position opposite to the apex of the movable sector plate, and the top surface and the bottom surface of the movable sector plate are respectively set. a sealing layer, the sleeve is composed of two semi-circular tubes, and is sleeved on the fixing column (205-4) by a return spring; the curved sides of the movable plate (205-3) are The wire connecting ring (205-5) is disposed at the end, and the wire connecting ring (205-5) is symmetric about the center of the center of the movable sector plate, and the wire connecting ring (205-5) is disposed from the fixing ring frame (205-1). An arcuate groove in the layer wall projects into the annular cavity (205-6), and one end of the wire (205-7) for pulling the movable plate (205-3) is fixed to the wire connecting ring (205). -5) above, the other end of the annular cavity (205-6) is wound 180° in the direction of rotation of the movable plate (205-3), and then protrudes from the wire hole in the outer wall And at A puller wire (205-7) disposed retractor (204), the two projecting wire (205-7) connected together to form a closed ring pull; By simultaneously affecting two wire (205-7) rotating the movable plate (205-3) into the space between the fixed plates (250-2) to open the water passage (205-8) and actuating by the return spring The plate (205-3) is reset to close the water passage (205-8).
A portable hydrogen-rich nutrient water bottle according to claim 1, wherein said arcuate groove is provided with two laminated rubber sheets, and said wire (205-7) is from a rubber sheet. Pass through the gap between them.
A portable hydrogen-rich nutrient water bottle according to claim 1, characterized in that the inner wall of the annular cavity (205-6) is provided with an arc-shaped guiding groove for guiding the wire (205-7).