JP3194466U - Luminous plastic bottle products - Google Patents

Abstract

The present invention provides a plastic bottle product having an excellent decorative property. A plastic bottle body 10 containing a content C such as a beverage and having at least one circumferential groove 12 formed along the circumferential direction on the outer peripheral surface of a cylindrical wall 11 and the plastic bottle body 10 are hermetically sealed. A cap body 20 and a bendable chemiluminescent tube 30 that is detachably fitted into the circumferential groove 12 of the plastic bottle main body 10 and assembled. The chemiluminescent tube 30 is sealed with a tubular glass ampule sealed with a fluorescent solution in the tube body through an oxidizing solution, and the glass ampule is broken by bending to emit light by a chemical reaction between the fluorescent solution and the oxidizing solution. Let [Selection] Figure 1

Description

  The present invention relates to a light emitting plastic bottle product having a decorative property by a light emitting function.

  Many plastic bottle products that contain various beverages such as natural water and juices are on sale. Because these PET bottle products are cheaper and lighter than glass bottle products and are easy to handle, many people gather not only at home, but also at festival venues and various event venues. Many are sold in places.

  Such plastic bottle products generally only have a plastic label wrapped around the peripheral wall of the bottle body, and the contents stored in the bottle body, the sales company, etc. are described on the label (see, for example, Patent Document 1). ). Therefore, it cannot be said that the decorativeness is excellent.

JP 2006-193207 A

In particular, gorgeousness is necessary at places where many people gather happily, such as at festival venues, but it is possible to make the festival venues even more exciting if they can produce a part of the glory due to the decorativeness of PET bottle products.
As a means of giving a decorative property to a PET bottle product, it is conceivable to use a label having a high decorative effect, which has been devised in terms of color, pattern, etc. For example, the effect is naturally limited at night.

  The inventors of the present invention conducted research in view of these points, and as a result, came up with the idea of creating a plastic bottle product that can be provided with an excellent decorative property using something other than a label. Here, this invention makes it a subject to provide the PET bottle product provided with the outstanding decorating property.

  This will be described with reference to FIGS. The light-emitting PET bottle product 1 according to claim 1 stores a content C such as a beverage, and has at least one peripheral groove portion 12 formed along the circumferential direction on the outer peripheral surface of the cylindrical wall 11. And a cap body 20 that seals the plastic bottle body 10 and a bendable chemiluminescent tube 30 that is detachably fitted into the circumferential groove 12 of the plastic bottle body 10 and assembled.

  In the chemiluminescent tube 30, a cylindrical glass ampoule 32 sealed with a fluorescent solution 33 is hermetically sealed with a tube body 31 through an oxidizing solution 34, and the glass ampoule 32 is broken by bending so that the fluorescence is obtained. Light is emitted by a chemical reaction between the liquid 33 and the oxidizing liquid 34.

  The light-emitting PET bottle product 1 according to claim 2 stores a content C such as a beverage and has at least one peripheral groove portion 12 formed along the circumferential direction on the outer peripheral surface of the cylindrical wall 11. And a cap body 20 that seals the plastic bottle body 10 and a bendable chemiluminescent tube 30 that is detachably fitted into the circumferential groove 12 of the plastic bottle body 10 and assembled.

  In the chemiluminescent tube 30, a cylindrical glass ampoule 32 sealed with a fluorescent solution 33 is hermetically sealed with a tube body 31 through an oxidizing solution 34, and the glass ampoule 32 is broken by bending so that the fluorescence is obtained. Light is emitted by a chemical reaction between the liquid 33 and the oxidizing liquid 34.

  Further, the content C is water, the cylindrical wall 11 of the plastic bottle body 10 is a cylindrical wall, the length L1 of the circumferential groove portion is substantially the same as the length L2 of the chemiluminescent tube, The depth D1 and the outer diameter D2 of the chemiluminescent tube are substantially the same.

  Further, an insertion portion 35 is formed at one end portion of the chemiluminescent tube 30 and a receiving portion 36 is formed at the other end portion. The insertion portion 35 is inserted into the receiving portion 36 and fitted into the circumferential groove portion 12. To do.

  Since the light emitting plastic bottle product 1 according to claim 1 has the chemiluminescent tube 30 fitted and assembled in the circumferential groove portion 12 formed on the outer peripheral surface of the plastic bottle body 10, the light emitting function of the chemiluminescent tube 30 An excellent decorative effect can be exhibited.

  The light-emitting PET bottle product 1 according to claim 2 can exhibit an excellent decorative effect due to the light-emitting function of the chemiluminescent tube 30, similarly to the device according to claim 1.

  Moreover, since the contents C stored in the plastic bottle main body 10 are water, the decoration effect can be enhanced by allowing the light from the chemiluminescent tube 30 to pass through or reflect the water.

  Moreover, since the surrounding wall of the PET bottle main body 10 is a cylindrical wall (planar circular shape), the circumferential groove part 12 also becomes a planar circular shape. Therefore, the chemiluminescent tube 30 fitted into the circumferential groove portion 12 may be gently bent into a flat circular shape (ring shape), and as a result, the tube body 31 can be easily bent without breaking.

  Moreover, since the length L1 of the circumferential groove portion and the length L2 of the chemiluminescent body tube are substantially the same, the chemiluminescent body tube 30 can be disposed over the entire length of the circumferential groove portion 12. Thereby, since it can be made to light-emit from the perimeter of the PET bottle main body 10, the decorativeness of the light emission PET bottle product 1 can further be improved.

  Further, since the depth D1 of the circumferential groove and the outer diameter D2 of the chemiluminescent tube are substantially the same, the chemiluminescent tube 30 can be fitted into the circumferential groove 12 without protruding therefrom. Therefore, the appearance of the light emitting plastic bottle product 1 can be maintained well.

  Furthermore, the chemiluminescent tube 30 is surrounded by forming an insertion portion 35 at one end of the chemiluminescent tube 30 and a receiving portion 36 at the other end and inserting the inserting portion 35 into the receiving portion 36. Since the groove portion 12 is fitted and assembled, it can be easily attached and detached.

It is a front view (side view) which shows the light emission plastic bottle product which concerns on embodiment of this invention. It is a top view of the luminous PET bottle product shown in FIG. It is a principal part front view (side view) which shows the PET bottle main body of the light emission PET bottle product shown in FIG. It is a top view which shows the chemiluminescent tube of the light emission PET bottle product shown in FIG. 1 (showing the linear state before a curve). It is a top view which shows the chemiluminescent body tube of the light emission PET bottle product shown in FIG. 1 (The state which is curving is shown). It is a plane expanded sectional view which shows the chemiluminescent tube of the light emission PET bottle product shown in FIG. 1 (showing the linear state before a curve). It is a front expanded sectional view which shows a part of PET bottle main body of the light emission PET bottle product shown in FIG.

  An embodiment of a light emitting plastic bottle product 1 according to the present invention is shown in FIGS. The light emitting plastic bottle product 1 includes a plastic bottle main body 10, a cap body 20, and a chemiluminescent body tube 30.

  The plastic bottle main body 10 stores transparent water (natural water) as the contents C, and includes three circumferential groove portions 12 along the circumferential direction on the outer peripheral surface of the lower portion of the cylindrical wall (cylindrical wall) 11. The three circumferential groove portions 12 are formed at equal intervals in the vertical direction, and the bottom portion 12 c of each circumferential groove portion 12 has a substantially semicircular shape corresponding to the outer peripheral surface of the chemiluminescent tube 30. On the upper part of the plastic bottle main body 10, a resin label LB describing a manufacturing company, nutritional components of the contents C, and the like is provided.

  The cap body 20 is made of resin, and is screwed into a screw thread (screw portion) formed in the mouth portion of the plastic bottle main body 10 so as to be sealed, thereby sealing the inside of the plastic bottle main body 10.

  The chemiluminescent tube 30 is elastically deformed and fitted into the circumferential groove 12 of the plastic bottle body 10 so as to be bent. In the present embodiment, three chemiluminescent tubes 30 are provided corresponding to the three circumferential grooves 12. The colors of the three chemiluminescent tubes 30 are different, and therefore emit different colors. Examples of this color include orange, yellow, and pink.

  Each chemiluminescent tube 30 is formed by sealing an elongated cylindrical fragile glass ampule 32 sealed with a fluorescent solution 33 with an elongated cylindrical tube body 31 through an oxidizing solution 34. That is, the oxidizing solution 34 is stored in a sealed state between the glass ampoule 32 and the tube body 31.

  And the glass ampule 32 is destroyed by bending the tube body 31, the fluorescent solution 33 and the oxidizing solution 34 are brought into contact and mixed, and light is emitted by the chemical reaction between them. Note that the light emission of the chemiluminescent tube 30 ends when the chemical reaction between the fluorescent solution 33 and the oxidizing solution 34 ends, but this light emission time is normally set to 4 to 6 hours.

  The tube main body 31 that forms the outer shell of the chemiluminescent tube 30 can be made of light transmissive polypropylene, polyethylene, or the like. The glass ampoule 32 is made of thin glass and has a structure that is easily broken by bending.

  In the present embodiment, the length L1 of the circumferential groove and the length L2 of the chemiluminescent tube are set substantially equal, and the depth D1 of the circumferential groove and the outer diameter D2 of the chemiluminescent tube are substantially equal. It is set.

  Further, the chemiluminescent tube 30 has a protruding insertion portion 35 formed at one end thereof and a cylindrical receiving portion 36 formed at the other end thereof. By inserting the insertion portion 35 into the receiving portion 36 closely, the insertion portion 35 is assembled in a state of being fitted into the circumferential groove portion 12. The chemiluminescent tube 30 in this state forms a planar ring shape corresponding to the circumferential groove 12. Although the insertion portion 35 and the receiving portion 36 do not emit light, since both are set to be very short, the chemiluminescent tube 30 is almost entirely (about 9/10) in a state of being fitted into the circumferential groove portion 12. The light emitting part is configured.

  In the light emitting plastic bottle product 1 according to the present embodiment, the chemiluminescent tube 30 can be attached to the plastic bottle body 10 to emit light as follows. That is, while bending the rod-shaped chemiluminescent tube 30 into a ring shape (see FIG. 5), the rod-shaped chemiluminescent tube 30 is fitted into the circumferential groove portion 12 of the plastic bottle body 10 and inserted into the receiving portion 36 to be inserted into the receiving portion 36. Assemble to. In the present embodiment, the chemiluminescent tube 30 that emits different colors is fitted and assembled in each of the three circumferential groove portions 12, but the chemiluminescent tube 30 that emits the same color can also be fitted and assembled. .

  When the chemiluminescent tube 30 is bent, the glass ampule 32 is broken and the fluorescent solution 33 stored therein is mixed with the oxidizing solution 34 stored between the tube body 31 and the glass ampule 32. As a result, it chemically reacts to emit light. This light is emitted into the atmosphere, and also passes or reflects the water stored in the PET bottle main body 10 to reveal the unique decorative properties of the light.

The light emitting plastic bottle product 1 according to the present embodiment exhibits the following effects.
(1) Since the chemiluminescent tube 30 is fitted and assembled in the circumferential groove portion 12 formed on the outer peripheral surface of the plastic bottle body 10, an excellent decorative effect can be exhibited by the light emitting function of the chemiluminescent tube 30. . In particular, the decoration at night is extremely excellent.

  (2) Since the content C stored in the plastic bottle main body 10 is water, the decoration effect can be further enhanced by the light from the chemiluminescent tube 30 passing or reflecting the water.

  (3) Since the peripheral wall of the plastic bottle main body 10 is a cylindrical wall (planar circular shape), the circumferential groove part 12 can also be planar circular shape. Thereby, the chemiluminescent tube 30 fitted into the circumferential groove portion 12 can also be gently bent into a planar circular shape (ring shape), and as a result, easy bending without breaking the tube body 31 is possible.

  (4) Since the length L1 of the circumferential groove portion and the length L2 of the chemiluminescent tube are substantially equal, the chemiluminescent tube 30 can be disposed over the entire length of the circumferential groove portion 12. Thereby, since it can be made to light-emit from the perimeter of the PET bottle main body 10, the decorativeness of the light emission PET bottle product 1 can further be improved.

  In addition, although the chemiluminescent tube 30 in this embodiment comprises the part which the whole (about 9/10) light-emits, the length of the said light emission part can be made longer or shorter than it.

  (5) Since the depth D1 of the circumferential groove portion and the outer diameter D2 of the chemiluminescent tube are substantially equal, the chemiluminescent tube 30 can be fitted into the circumferential groove portion 12 without protruding therefrom. Thereby, the external appearance property of the light emission plastic bottle product 1 can be maintained favorable. The depth D1 of the circumferential groove and the outer diameter D2 of the chemiluminescent tube can be made different.

  (6) Since the chemiluminescent tube 30 is fitted and assembled to the circumferential groove portion 12 by inserting the insertion portion 35 into the receiving portion 36, it can be easily attached and detached.

  (7) Since the three circumferential groove portions 12 are formed in the plastic bottle main body 10 and the chemiluminescent tube 30 that emits different light is fitted and assembled to each, the decorativeness can be further enhanced by the synergistic effect of different light. .

DESCRIPTION OF SYMBOLS 1 Luminous plastic bottle product 10 PET bottle main body 11 Cylinder wall 12 Circumferential groove part 12c Bottom part 20 Cap body 30 Chemiluminescent body tube 31 Tube main body 32 Glass ampoule 33 Fluorescent liquid 34 Oxidizing liquid 35 Insertion part 36 Receiving part C Contents D1 Circumferential groove part Depth D2 chemiluminescent tube outer diameter L1 circumferential groove length L2 chemiluminescent tube length LB label

Claims (2)

A plastic bottle body (10) for storing contents (C) such as beverages and having at least one circumferential groove (12) formed along the circumferential direction on the outer peripheral surface of the cylindrical wall (11);
A cap body (20) for sealing the plastic bottle body;
A bendable chemiluminescent tube (30) that is removably fitted in and assembled to the peripheral groove of the plastic bottle body,
In the chemiluminescent tube, a cylindrical glass ampoule (32) sealed with a fluorescent solution (33) is sealed with a tube body (31) through an oxidizing solution (34), and the glass ampoule is broken by bending. A luminescent PET bottle product characterized in that it emits light by a chemical reaction between the fluorescent solution and the oxidizing solution. A plastic bottle body (10) for storing contents (C) such as beverages and having at least one circumferential groove (12) formed along the circumferential direction on the outer peripheral surface of the cylindrical wall (11);
A cap body (20) for sealing the plastic bottle body;
A bendable chemiluminescent tube (30) that is removably fitted in and assembled to the peripheral groove of the plastic bottle body,
In the chemiluminescent tube, a cylindrical glass ampoule (32) sealed with a fluorescent solution (33) is sealed with a tube body (31) through an oxidizing solution (34), and the glass ampoule is broken by bending. And emitting light by a chemical reaction between the fluorescent solution and the oxidizing solution,
The content is water;
The cylindrical wall of the plastic bottle body is a cylindrical wall,
The length (L1) of the circumferential groove and the length (L2) of the chemiluminescent tube are substantially the same,
The depth D1 of the circumferential groove and the outer diameter D2 of the chemiluminescent tube are substantially the same,
An insertion portion (35) is formed at one end of the chemiluminescent tube, a receiving portion (36) is formed at the other end, and the insertion portion is inserted into the receiving portion and fitted into the circumferential groove. Luminous PET bottle product characterized by.

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