JP5799188B1 - PET bottle forming method and PET bottle head type hydrogen generator - Google Patents

Abstract

[PROBLEMS] To prevent hydrogen generator from coming into direct contact with water in a bottle, and to easily and easily generate hydrogen water when it is desired to drink water from a PET bottle while reducing manufacturing costs. To be able to When a lid provided on a commercially available plastic bottle is artificially released from a screw engagement form and removed, the exposed screw part is screwed into the exposed screw part. The plastic bottle head type hydrogen generator can be detachably attached to the plastic bottle at the distal end of the plastic bottle according to the screw engagement form. [Selection] Figure 1

Description

The present invention relates to the formation of PET bottles methods and PET bottle-head hydrogen generator.

  Various methods for forming PET bottles in which hydrogen is dissolved have been proposed.

  Patent Document 1 describes a hydrogenation device having a structure in which hydrogen water generating particles are accommodated in a bottle of a cylindrical main body. As shown in this document, in the formation of a PET bottle, a structure in which it is accommodated in a hydrogenation device bottle has been mainstream. The inventors of the present application have solved this problem by storing the hydrogen generating agent in a portion attached to the outside of the PET bottle in order to prevent the hydrogen generating agent from dissolving in the water in the PET bottle. We have developed a hydrogenation device that can be used.

  Patent Document 2 has proposed a structure in which a hydrogen generating agent is housed in a lower lid that can be integrated with a main body, which is the inventors of the present application.

JP 2005-7380 A Japanese Patent No. 5462426

  As described in Patent Document 1, many hydrogenation devices that have been proposed in the past are in direct contact with water in the bottle and dissolved in water as a harmless hydrogen generator. As a result, the value as a PET bottle in which hydrogen is dissolved was reduced. In the case of the structure described in Patent Document 2, this problem can be solved by storing the hydrogen generating agent in a portion attached to the outside of the PET bottle, but the manufacturing cost is reduced. However, it was desired to easily and easily generate hydrogen water when it was desired to drink water from a plastic bottle.

  In view of such points, the present invention has a structure in which the hydrogen generating agent is prevented from coming into direct contact with the water in the bottle. The purpose is to be able to produce water.

The present invention is a plastic bottle head type hydrogen generator mounted on a plastic bottle,
An opening that is open toward the plastic bottle when it is attached and a screw provided on the side of the opening. The screw provided on the tip of the commercially available plastic bottle is the other side. Provided is a plastic bottle head type hydrogen generator which is screw-engaged and is detachably attached to a plastic bottle.

Use a commercially available plastic bottle with a screw-engaged lid at the tip,
In the PET bottle head type hydrogen generator, form a hydrogen outlet and a hydrogen outlet that allows the hydrogen gas generated in the hydrogen generator to be led to the internal space of the PET bottle.
A lid provided on a commercially available plastic bottle is artificially released after the screw engagement form is released,
Forming a screw portion screwed into the exposed screw portion, which is formed toward the plastic bottle, on the screw portion exposed by the removal, in the PET bottle head type hydrogen generator ;
By attaching the PET bottle head-type hydrogen generator to the PET bottle according to the screw engagement form on the screw part from which the lid of the PET bottle tip is removed , water or water is mainly used by reusing the screw part. A plastic bottle having an internal space for containing a liquid as a component is combined with a plastic bottle head type hydrogen generator that is detachably attached to the plastic bottle,
A PET bottle equipped with a PET bottle head-type hydrogen generator is turned upside down, and the hydrogen gas generated in the hydrogen generation part is led out and dissolved in water contained in the internal space or a liquid containing water as a main component. A method for forming a PET bottle in which hydrogen is dissolved in water stored in an internal space or a liquid containing water as a main component.

  A method for forming a PET bottle in which hydrogen is dissolved in water stored in the internal space or a liquid containing water as a main component according to claim 1, wherein the hydrogen gas stored in the space above the internal space PET bottles in which hydrogen is dissolved in water or water-based liquid stored in the internal space, wherein water is stored in the internal space or dissolved in water-based liquid Forming method.

A plastic bottle head type hydrogen generator attached to a plastic bottle for use in a method for forming a plastic bottle in which hydrogen is dissolved in water stored in the internal space or a liquid containing water as a main component. Because
An opening that is open toward the plastic bottle when it is attached and a screw provided on the side of the opening. The screw provided on the tip of the commercially available plastic bottle is the other side. A plastic bottle head type hydrogen generator that is screw-engaged and is detachably attached to a plastic bottle.

  The present invention is a commercially-available PET bottle having a screw-engaged lid at the tip, and is exposed when the screw-engaged form is artificially released and removed. The screw portion is provided with a screw portion that is formed toward the PET bottle and is screwed into the exposed screw portion. It can be detachably attached to a plastic bottle. This structure prevents the hydrogen generator from coming into direct contact with the water in the bottle, and can easily and easily generate hydrogen water when you want to drink PET bottle water while reducing manufacturing costs. Can be done.

The figure which shows the form of the combination of the PET bottle which is an Example of this invention, and a PET bottle head type hydrogen generator. The expanded view which shows the form of the thread part 4B. The figure which shows the structure of the non-return valve control 17.

  Embodiments of the present invention will be described below with reference to the drawings.

  FIG. 1 is a view showing a combination of a plastic bottle and a plastic bottle head type hydrogen generator according to an embodiment of the present invention.

  In FIG. 1, a combination form 100 of a PET bottle and a PET bottle head type hydrogen generator includes a combination of a PET bottle 1 and a PET bottle head type hydrogen generator 2.

  The PET bottle head type hydrogen generator 2 is referred to as a PET bottle type because it is integrated with the PET bottle 1 using the configuration of the lid on the head of the PET bottle 1. Hereinafter, the PET bottle head type hydrogen generator 2 will be described as the hydrogen generator 2.

  The plastic bottle 1 is a commercially available plastic bottle, and includes a screw-engaged lid on the constricted portion of the tip of the plastic bottle body 3. This structure is often seen daily and does not require detailed description. FIG. 1 shows a state in which the plastic bottle 1 is inverted and placed in an inverted manner. The reverse arrangement is for explanation of this embodiment. In this figure, the state in which the lid body is artificially released from the screw engagement form is shown. In a state where the screw engagement form is artificially released and the lid body is removed, the screw portion 4 is exposed at a portion where the lid body was present. The lid is removed, and usually water in a plastic bottle or a liquid mainly composed of water is used for drinking.

  According to this embodiment, hydrogen gas is dissolved in water or a liquid mainly composed of water in a plastic bottle, and water in which hydrogen gas is dissolved or a liquid mainly composed of water is used for drinking.

  The PET bottle 1 accommodates water or a liquid containing water as a main component in an internal space in a state of less than a cup, and an air region is formed in the upper space portion. In the inverted state, the protruding portion 5 is formed on the upper side of the screw portion 4A.

  The hydrogen generator 2 is made of a plastic material and includes a hydrogen generator main body 11 and a cap 12 attached to the hydrogen generator main body 11. A cross-sectional area in a direction perpendicular to the longitudinal direction of the plastic bottle is equal to a cross-sectional area in the same direction of the plastic bottle Or less.

  The hydrogen generator 2 has an outer circular shape, and the hydrogen generator body 11 and the cap 12 attached to the hydrogen generator body 11 have the same height. This dimension can be changed as appropriate. For example, the manufacturing cost may be reduced by reducing the thickness of the cap.

  When a lid provided on a commercially available plastic bottle is artificially released from the screw engagement form and removed, the exposed screw portion 4A remains at the tip of the constricted portion of the plastic bottle 1 as it is. Left behind.

  The hydrogen generator body 11 is provided with a groove 32 formed on the upper surface 31 downward from the upper surface 31. A threaded portion 4B is provided on the inner surface of the groove 32. The threaded portion 4B is a threaded portion that is screwed into the exposed threaded portion 4A when a lid provided on a commercially available PET bottle is artificially released from the screw engagement form and removed. It becomes. A screw engagement form is formed at the distal end portion of the plastic bottle by screwing engagement of the screw portion 4B with the screw portion 4A. This screw engagement form is the same as that of the removed lid body, and even if the mating partner is the hydrogen generator main body 11, the hydrogen generator main body 11 can be firmly held. With this screw engagement mode, the PET bottle head type hydrogen generator can be detachably attached to the PET bottle.

  A packing 33 is provided at the bottom of the groove 32 to receive the tip of the screw portion 4A inserted by screw engagement and prevent the screw engagement form from being broken.

  An example of the form of the threaded portion 4B is shown in FIG.

  FIG. 2 is a developed view showing the form of the threaded portion 4B. In the case of this example, the thread 41 is intermittent. It is good also as a continuous mountain shape. The thread pitch is determined in advance.

  As described above, the thread engagement form is formed again after the lid is removed, but this re-formation is very simple because the screw portion 4A used for the lid is used again. Configured inexpensively.

  The hydrogen generator 2 is smaller than the plastic bottle body 3 and is externally attached to the plastic bottle body 3.

  A hydrogen generation part 13 is formed in the cap 12, and a hydrogen lead-out path 14 is formed in the hydrogen generator main body 11 to lead out hydrogen gas generated in the hydrogen generation part 13 to the internal space of the PET bottle. A small hole 15 communicating with the space is provided. The hydrogen lead-out path 14 is provided with a check valve.

  The check valve 16 is supported by a check valve restraint 17 and its position is fixed.

  The cap 12 has a space 18 having a two-step difference inside, and a check valve restraint 17 is disposed in the upper wide space. A hydrogen generating agent 21 is accommodated in the lower narrow space. The lower narrow space portion becomes a hydrogen generation portion (or hydrogen generation chamber) 13.

  A flat washer 22 and a filter 23 are disposed between the check valve 16 and the check valve restraint 17.

  FIG. 3 shows the structure of the check valve restraint 17. FIG. 3A is a plan view thereof, and FIG. 3B is a side view thereof. The check valve restraint 17 includes a cross-shaped protrusion 24 to restrain the flat washer 22 and the filter 23. The check valve restraint 17 includes three small holes 25.

  The hydrogen generator main body 11 includes a cylindrical ring portion 26 that extends toward the space portion 18. The cap 12 has a hydrogen generating agent 21 inside the space 18.

  The ring portion 26 is provided with a screw portion on the outer surface, and engages with an engagement piece 27 provided with a screw portion on the other side provided inside the space portion 18, whereby the cap 12 is attached to the hydrogen generator body 11. Secure to. The ring portion 26 penetrates through the wide space portion and is stopped by a packing 28 inserted into a ring groove provided on the step surface. The ring portion 26 separates the inside and outside of the ring portion, and the hydrogen gas generated in the narrow space portion, that is, the hydrogen generating portion 13 Leakage to the outside is prevented. Hydrogen gas generated in the hydrogen generator 13 is guided to the lower side of the plain washer 22 and the filter 23 from the three small holes 25 and further to the check valve 16.

  The number of small holes 25 is not limited to three. There may be two, or four or more. By connecting the hydrogen generation part 13 and the hydrogen lead-out path 14 by the small hole 25, the connection between the hydrogen generation part 13 and the hydrogen lead-out path 14 is a small hole, and the check valve 16 is connected to the water in the PET bottle. Can flow out from the small hole 25 to the hydrogen generating unit 13, so that the hydrogen generating function of the hydrogen generating agent 21 can be prevented from being hindered. I can do it.

Thus, the plastic bottle head type hydrogen generator 2 attached to the plastic bottle is provided with an opening 20 that opens toward the plastic bottle side when the plastic bottle head is attached, and the screw part 4B is provided on the side surface of the opening. The part 4B is screw-engaged with the screw part 4A provided at the tip of the commercially available plastic bottle as the other side, and is detachably attached to the plastic bottle 1.
The hydrogen generating agent 21 is typically composed of calcium oxide and aluminum powder, and is put in a bag. The hydrogen generating agent which becomes these materials generates heat and generates hydrogen gas when water is added. This reaction is well known and requires no further explanation. A hydrogen generating agent other than calcium oxide and aluminum powder may be used. Water may be placed in the hydrogen generator from the beginning and automatically added when the plastic bottle is inverted, or the drinker uses water held in a separate water storage device when drinking. It may be. The hydrogen generating agent is about several grams, and the amount of water is extremely small, about 1 cc or 2 cc. The amount of water is appropriately determined according to the amount of hydrogen generating agent.

  The hydrogen gas generated in the hydrogen generator 13 passes through the filter 23, the check valve 16, and the small hole 15 and is introduced into the PET bottle 1.

  A method for forming a PET bottle in which hydrogen is dissolved in water contained in an internal space or a liquid containing water as a main component is formed by a combination of the following steps.

  A commercially available plastic bottle having a screw-engaged lid at the tip is used as the plastic bottle.

  In the PET bottle head-type hydrogen generator, a hydrogen generation passage is formed inside the hydrogen generation section and the hydrogen gas generated in the hydrogen generation section is led to the internal space of the PET bottle.

When a lid provided on a commercially available plastic bottle is artificially released from the screw engagement form and is removed, an exposed screw portion is formed toward the plastic bottle and is exposed. A screw part to be screwed to the screw part is formed.
A PET bottle having a PET bottle head-type hydrogen generator attached to the PET bottle at the tip of the PET bottle in a screw engagement form and having an internal space for containing water or a liquid containing water as a main component. And a PET bottle head type hydrogen generator that is detachably attached to the body.

  A PET bottle equipped with a PET bottle head type hydrogen generator is turned upside down, and the hydrogen gas generated in the hydrogen generating part is led out and dissolved in water contained in the internal space or a liquid containing water as a main component.

  In this case, the hydrogen gas stored in the space above the internal space is dissolved in water contained in the internal space or a liquid containing water as a main component by shaking the plastic bottle.

  Since the above-described operation is performed by a drinker, it is useful to write the instruction on the surface of the hydrogen generator and attach it. In particular, it is useful to explain that hydrogen gas accumulates in the internal space, and that the amount of hydrogen gas dissolved in water or a liquid containing water as a main component increases by shaking.

  In this way, a combination of a PET bottle and a PET bottle head type hydrogen generator can be attached to and detached from the PET bottle containing water or a liquid containing water as a main component in the internal space in a lesser glass state. Screws that are exposed when the lid of a commercially available plastic bottle, which is composed of a plastic bottle head type hydrogen generator to be mounted, is removed by artificially releasing the screw engagement form. The plastic bottle head type hydrogen generator is attached to and detached from the plastic bottle at the tip of the plastic bottle depending on the screw engagement mode. A form that can be freely mounted is configured.

  When the combination of the PET bottle and the PET bottle head type hydrogen generator is inverted, the generated hydrogen gas is stored in the upper part of the internal space.

  In the above-described PET bottle head type hydrogen generator, the screw threaded portion formed by the exposed screw portion and the screw portion screwed to the exposed screw portion is formed inside the hydrogen generator body and exposed to the outside. However, the screw threaded portion formed by the exposed screw portion and the screw portion screwed to the exposed screw portion may be exposed to the outside of the hydrogen generator body.

  Thus, the hydrogen generating agent has a structure that avoids direct contact with the water in the bottle, and is smaller than the structure described in Patent Document 2 while reducing the manufacturing cost. When you want to drink PET bottle water, you can easily and easily generate hydrogen water.

DESCRIPTION OF SYMBOLS 1 ... Commercially available PET bottle, 2 ... PET bottle head type hydrogen generator (hydrogen generator), 3 ... PET bottle main body, 4 ... Screw part, 4A ... Exposed screw part, 4B ... Screw part screwed together Threaded part, 11 ... Hydrogen generator body, 12 ... Cap, 13 ... Hydrogen generating part (narrow space part), 14 ... Check valve, 17 ... Check valve restraint, 100 ... PET bottle and PET bottle head type Combination with hydrogen generator.

Claims (3)

Use a commercially available plastic bottle with a screw-engaged lid at the tip,
In the PET bottle head type hydrogen generator, form a hydrogen outlet and a hydrogen outlet that allows the hydrogen gas generated in the hydrogen generator to be led to the internal space of the PET bottle.
A lid provided on a commercially available plastic bottle is artificially released after the screw engagement form is released,
Forming a screw portion screwed into the exposed screw portion, which is formed toward the plastic bottle, on the screw portion exposed by the removal, in the PET bottle head type hydrogen generator ;
By attaching the PET bottle head-type hydrogen generator to the PET bottle according to the screw engagement form on the screw part from which the lid of the PET bottle tip is removed , water or water is mainly used by reusing the screw part. A plastic bottle having an internal space for containing a liquid as a component is combined with a plastic bottle head type hydrogen generator that is detachably attached to the plastic bottle,
A PET bottle equipped with a PET bottle head-type hydrogen generator is turned upside down, and the hydrogen gas generated in the hydrogen generation part is led out and dissolved in water contained in the internal space or a liquid containing water as a main component. A method for forming a PET bottle in which hydrogen is dissolved in water stored in an internal space or a liquid containing water as a main component.   A method for forming a PET bottle in which hydrogen is dissolved in water stored in the internal space or a liquid containing water as a main component according to claim 1, wherein the hydrogen gas stored in the space above the internal space PET bottles in which hydrogen is dissolved in water or water-based liquid stored in the internal space, wherein water is stored in the internal space or dissolved in water-based liquid Forming method. A plastic bottle head type hydrogen generator attached to a plastic bottle for use in a method for forming a plastic bottle in which hydrogen is dissolved in water stored in the internal space or a liquid containing water as a main component. Because
An opening that is open toward the plastic bottle when it is attached and a screw provided on the side of the opening. The screw provided on the tip of the commercially available plastic bottle is the other side. A plastic bottle head type hydrogen generator that is screw-engaged and is detachably attached to a plastic bottle.

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