TWM537503U - Upright inflatable ornament structure with automatic inflation - Google Patents

Description

Inflatable jewelry structure capable of standing upright and automatically inflating

This creation is about inflatable jewelry, especially an inflatable jewelry that can be automatically inflated and hermetically stands upright on the base.

According to the characteristics of the balloons, such as eye-catching, light-weight and versatile, in the amusement parks, cafes, weddings, celebrations or large squares, etc., the operators often use a large number of balloons as the installation art. It can create a joyful, rich and unique visual experience. For example, the French artist Charles Petillon once said that “balloons are a symbol of joy and can bring elegant surprises to ordinary scenes”. Therefore, “balloons” have become A fashion art that is popular with people of all ages.

In general, in addition to being able to be placed in large numbers on the venue, "balloons" also choose to purchase a unique "balloon" with a unique shape as an ornament for placement in a room or office. After all, the weight of the "balloon" itself. Lightweight, although it is a woman, a young child or an elderly person, can easily move a "balloon" to a predetermined location as an indoor or desktop accessory. However, the inventor found that because of the light weight of the "balloon", it is often necessary to add extra In combination with a base, the "balloon" can be stably placed on the table or the ground. However, since most of the "balloon" is exposed outside the base, and the base is simply connected to the bottom of the "balloon", Causing the "balloon" to be easily dumped and not standing upright; secondly, for the convenience of transportation and storage, the operator Usually, the "balloon" is not inflated in advance, but the "balloon" is first packaged together with the "base". When the user buys the home, he inflates the "balloon" and assembles it to the "base". This not only causes trouble for the user, but when the user accidentally inflates excessively or fails to install properly, the "balloon" may be damaged or fail to achieve the intended decorative purpose, and the user's money and time are wasted.

In summary, the existing balloon-related products are still missing in use. Therefore, how to improve the combination structure of "balloon" and "base" to greatly improve the convenience of use, that is, this creation is here. I want to explore one of the important topics.

After long-term research and experimentation, the creator finally developed and designed an erect and self-inflating inflatable jewelry structure of this creation, in order to effectively solve the problems of existing balloon-related products by providing the overall structure of the creation, so as to provide users with more For good use experience.

One of the purposes of the present invention is to provide an inflatable jewelry structure capable of standing upright and automatically inflating, comprising an airtight bag body, a reaction liquid bag, a reaction powder body and a base, wherein the airtight bag system is composed of at least one film The heat-tight sealing is formed, and an accommodating space is formed between each of the films. Further, the air-tight bag body sequentially forms a decorative portion, a neck portion and a positioning portion from top to bottom, and the accommodating portion is received. The space corresponds at least to the position of the decorative portion and the neck portion, and the reaction liquid package and the reaction powder system are hermetically sealed in the accommodating space, and the edge of the reaction liquid bag can be pressed by an external force. Easily rupturing, causing the reaction liquid therein to flow into the accommodating space, and contacting the reaction powder to generate a gas, so that the airtight bag body can be instantaneously and automatically expanded, and the base is composed of at least two body parts The bottom surface of the airtight bag body is at least equal to or smaller than the expanded outer diameter of the neck of the airtight bag body. When the airtight bag body is positioned to the base, the positioning portion is recessed. Attached to the joint of the seat portions, the neck portion is received into the tunnel, the decorative portion is completely exposed outside the base, and after the airtight bag body is fully inflated, the outer side of the neck portion It can be closely attached to the inner side of the tunnel, so that by the expansion of the neck and the close contact with the tunnel, the neck can be highly supported, and the airtight bag is upright It won't fall easily.

For the sake of your review, you can make a further understanding and understanding of the purpose, technical features and efficacy of this creation. The examples are shown in the following diagram:

[知知]

no

[This creation]

11, 21‧‧‧ airtight bag

11A, 21A‧‧‧Decoration Department

11B, 21B‧‧‧ neck

11C, 21C‧‧‧ Positioning Department

110‧‧‧ accommodating space

111, 211‧‧‧through holes

121‧‧‧Reaction solution package

122‧‧‧Reactive powder

123‧‧‧ adsorbate

13, 23‧‧‧ base

13A‧‧‧The first body

13B‧‧‧Second body

130, 230‧‧‧ Holes

130A‧‧‧First groove

130B‧‧‧second groove

131A, 231A‧‧‧ first assembly

131B, 231B‧‧‧Second assembly

23A‧‧‧Seat body

23B‧‧‧ Lower body

1 is an exploded view of the inflatable jewelry structure of the first embodiment of the present invention; FIG. 2 is an assembled view of the inflatable jewelry structure of the first embodiment of the present invention; and FIG. 3 is an inflation of the second embodiment of the present creation A sectional view of the jewelry structure.

The present invention is an inflatable jewelry structure that can be erected and automatically inflated. In a first embodiment, as shown in Figures 1 and 2, the inflatable jewelry structure includes at least an airtight bag body 11 and a base 13 therein. The airtight bag body 11 is formed by heat-sealing at least one film. For example, the manufacturer can fold a film and then perform a thermocompression sealing process, or the manufacturer can overlap the two films and then hot press. a sealing process for forming the airtight bag body 11 and forming an accommodating space 110 between the films. Further, the airtight bag body 11 sequentially forms a decorative portion 11A and a neck from top to bottom. In the embodiment, the accommodating space 110 corresponds to the decorative portion 11A, the neck portion 11B and the positioning portion 11C. However, in other embodiments of the present creation, the accommodating space is provided. 110 can also correspond to only the position of the decorative portion 11A and the neck portion 11B.

Referring to FIGS. 1 and 2, in the first embodiment, a reaction liquid package 121 and a reaction powder 122 are disposed in the accommodating space 110, wherein the reaction powder 122 is sodium carbonate or A carbonate-containing compound (e.g., soda ash) such as sodium hydrogencarbonate, the reaction powder 122 is hermetically sealed in the accommodating space 110 because the periphery of the airtight bag 11 is hermetically sealed. In the middle, the airtight bag body 11 is not swayed to the outside of the airtight bag body 11, and the reaction liquid bag 121 is also airtightly enclosed in the accommodating space 110. When the reaction liquid pack 121 is squeezed through the airtight bag body 11, the edge of the reaction liquid pack 121 can be easily broken (as shown in FIG. 2) to cause a reaction liquid therein (for example, eating citric acid, Acetic acid or dilute hydrochloric acid or the like flows into the accommodating space 110 to be in contact with the reaction powder 122, and a chemical reaction occurs to generate a gas. For example, when acetic acid is exposed to sodium hydrogencarbonate, sodium acetate is produced. a gas of water and carbon dioxide. At this time, the airtight bag body 11 is a gas which is caused by the carbon dioxide accumulated in the accommodation space 110. Increase, and instantly and automatically expand to a fully tight state (as shown in Figure 2).

Referring to FIGS. 1 and 2, the base 13 is assembled from at least two body parts, and the material thereof can be made of plastic material, wood, paper, etc., in the first embodiment. The first body portion 13A and the second seat portion 13B are respectively disposed on one side of the first seat portion 13A, and a first groove portion 130A and two first portions are disposed on one side of the first seat portion 13A. The assembly member 131A, and the first assembly member 131A is in the form of an embedded post. One side of the second seat portion 13B is provided with a second groove portion 130B and two second assembly members 131B, and the second portion The assembly member 131B is in the form of a card insertion hole. When the first seat portion 13A, the second seat portion 13B and the airtight bag body 11 are assembled, the positioning portion 11C of the airtight bag body 11 is opened. a through hole 111, and each of the first assembly members 131A (incarcers) protrudes into and through the corresponding through hole 111, and is inserted into the corresponding second assembly member 131B (inset hole), so that the positioning The portion 11C can be fixed to the joint of the first seat portion 13A and the second seat portion 13B Further, the groove portions 130A, 130B form a tunnel 130, and the neck portion 11B of the airtight bag body 11 is received into the tunnel 130, and the decorative portion 11A of the airtight bag body 11 is completely Exposed to the outside of the base 13 to form the inflatable jewelry structure of the present invention, so that in the case where the airtight bag body 11 is not inflated, the operator or the user can fold the airtight bag body 11 to reduce the inflatable jewelry The overall volume of the structure allows the operator or the user to conveniently move or store the inflatable jewelry structure; when the user squeezes the reaction liquid package 121 and reacts the liquid in the reaction liquid package 121 with the reaction powder 122 to generate gas The airtight bag body 11 is instantaneously and automatically expanded. At this time, since the hole diameter of the hole 130 of the base 13 can be at least equal to or smaller than the expanded outer diameter of the neck portion 11B, the airtight bag body 11 is The outer side of the neck portion 11B closely abuts against the inner side of the tunnel 130, and provides a strong supporting force, so that the airtight bag body 11 can be in an upright shape.

In addition to the aspect of the base 13 shown in FIG. 1, in the second embodiment of the present invention, as shown in FIG. 3, the base 23 of the present invention can also be provided by a seat body 23A and a lower seat. The bottom portion of the upper body portion 23A is provided with a hole 230, and the bottom surface thereof is provided with at least one first assembly member 231A (eg, a card insertion hole), and the top surface of the lower seat portion 23B At least one second assembly member 231B (the embedded post) is provided, and when the upper seat portion 23A, the lower seat portion 23B and the airtight bag body 21 are assembled, the decorative portion 21A of the airtight bag body 21 is provided. The upper portion of the upper body portion 23A is received, and the neck portion 21B of the airtight bag body 21 is received in the tunnel 230. The positioning portion 21C of the airtight bag body 21 is located below the upper seat portion 23A. It is specifically stated that before the airtight bag body 21 is not inflated, the operator can pass the positioning portion 21C through the hole 230 by folding the positioning portion 21C, or the upper seat portion 23A can also be After the blocks are combined, the neck 21B of the airtight bag body 21 is placed in the tunnel 230, and then combined into one body. Bright.

In addition, as shown in FIG. 3, the positioning portion 21C is provided with at least a permanent through hole 211. When the upper seat portion 23A, the lower seat portion 23B and the airtight bag body 21 are assembled, each of the second assembly members is assembled. 231B will extend into the corresponding through hole 211 and be inserted into the corresponding first assembly 231A, so that the positioning portion 21C is fixed at the joint of the upper body portion 23A and the lower seat portion 23B, so that the user only The airtight bag body 21 needs to be automatically inflated (as in the first embodiment), and the neck portion 21B of the airtight bag body 21 is expanded so that the outer side thereof can closely abut the inner side of the tunnel 230, thereby It can be kept in an upright shape without being easily dumped; in addition, the user only needs to squeeze the reaction liquid bag (not shown in FIG. 3) in the airtight bag body 21, that is, the airtight bag body 21 can be automatically inflated. The convenience in use is greatly improved, and the rupture of the airtight bag 21 due to excessive self-inflation is avoided.

In particular, as shown in Figures 1 and 2, in the first embodiment, the airtight bag body 11 is further provided with an adsorbent 123 (e.g., cotton) due to reaction liquid and reaction. When a chemical reaction occurs in the powder, in addition to the gas which generates carbon dioxide, water is generated, and the adsorbent 123 can simultaneously absorb the generated water, so that the user himself or the surrounding clothes when tearing the airtight bag body 11 It is not wetted by water, which causes troubles in cleaning. However, in other embodiments of the present invention, the manufacturer can also not provide the adsorbent 123; in addition, in other embodiments of the present creation, the operator can The number and the aspect of the assembly members 131A and 131B are adjusted according to the production demand, or the manufacturer can provide the through hole 111 not in the positioning portion 11C, and only the clamping portion of the positioning portion 11C is held by the seat portions. Or, by attaching to the positioning portion 11C by an adhesive layer (for example, double-sided tape or super glue), the effect of fixing the positioning portion 11C to the joint portion of the seat portions is achieved, and therefore, the positioning portion is provided The 11C can be fixed at the joint of the seats.

According to the above, it is only a preferred embodiment of the present invention, but the scope of the claims claimed by the present invention is not limited thereto, and according to those skilled in the art, according to the present disclosure The technical content of Lu, the equivalent change that can be easily considered, should not fall within the protection scope of this creation.

11‧‧‧Airtight bag

11A‧‧‧Decoration Department

11B‧‧‧Neck

11C‧‧‧ Positioning Department

110‧‧‧ accommodating space

111‧‧‧through holes

121‧‧‧Reaction solution package

122‧‧‧Reactive powder

123‧‧‧ adsorbate

13‧‧‧Base

13A‧‧‧The first body

13B‧‧‧Second body

130‧‧‧ Holes

130A‧‧‧First groove

130B‧‧‧second groove

131A‧‧‧First assembly

131B‧‧‧Second assembly

Claims (10)

An inflatable jewelry structure capable of being erected and automatically inflated, comprising: an airtight bag body formed by at least one film being heat-sealed and forming an accommodation space between the films, wherein the airtight bag Forming a decorative portion, a neck portion and a positioning portion from top to bottom, wherein the accommodating space at least corresponds to the position of the decorative portion and the neck portion; a reaction liquid package is airtightly wrapped Sealed in the accommodating space, and the edge thereof can be easily broken after being pressed by an external force, so that the reaction liquid therein flows into the accommodating space; a reactive powder is hermetically sealed in the accommodating space. In the space, and after contacting the reaction liquid, a gas is generated to enable the airtight bag to expand instantaneously and automatically; and a base is assembled from at least two body parts, wherein the top surface of the base The recess is provided with a hole having a diameter at least equal to or smaller than an expanded outer diameter of the neck of the airtight bag body, and the positioning portion is fixed to the airtight bag body in a state in which the airtight bag body is positioned to the base a joint of the body portion, the neck portion being received into the tunnel, Decorative portion is completely exposed outside of the base, and after the airtight bag is fully inflated, the outer side of the neck to be able to tightly against the inner side of the bore. The inflatable jewelry structure of claim 1, wherein the seat portions are a first seat portion and a second seat portion, and a first recess is formed on one side of the first seat portion. a groove portion and at least one first assembly member, a second groove portion and at least one second assembly member are disposed on one side of the second seat portion, and the first seat portion, the second seat portion, and the In a state in which the airtight bag body is assembled, each of the first assembly member and each of the second assembly members are coupled to each other such that the positioning portion is fixed to the joint portion between the first seat portion and the second seat portion. The first groove portion and the second groove portion form the hole to accommodate the neck portion. The inflatable jewelry structure of claim 2, wherein the positioning portion is provided with at least a consistent perforation, and each of the first assembly members is in the form of an embedded post, and each of the second assembly members is in the form of a card insertion hole. , In a state in which the first seat body portion, the second seat body portion, and the airtight bag body are assembled, each of the first assembly members extends into and through the corresponding through hole, and is inserted into the corresponding first portion. The second assembly is configured to fix the positioning portion to the joint between the first seat portion and the second seat portion. The inflatable jewelry structure according to claim 1, wherein the seat portions are respectively a upper body portion and a lower seat portion, and the top surface of the upper seat portion is provided with the hole, and the bottom surface thereof is provided. At least one first assembly member, the top surface of the lower seat portion is provided with at least one second assembly member, and the decorative portion is assembled in a state in which the upper seat portion, the lower seat portion and the airtight bag are assembled The first assembly and the second assembly are coupled to each other. The positioning portion is fixed to the joint between the upper seat portion and the lower seat portion. The inflatable jewelry structure of claim 4, wherein the positioning portion is provided with at least a uniform perforation, and each of the first assembly members is in the form of an embedded post, and each of the second assembly members is an inset hole. In a state in which the upper body portion, the lower seat portion and the airtight bag body are assembled, each of the first assembly members extends into and through the corresponding through hole and is inserted into the corresponding second assembly. And the fixing portion is fixed to the joint between the upper seat portion and the lower seat portion. The inflatable jewelry structure of claim 4, wherein the positioning portion is provided with at least a uniform perforation, and each of the first assembly members is a card insertion hole, and each of the second assembly members is an inlaid cylinder. In a state in which the upper body portion, the lower seat portion and the airtight bag body are assembled, each of the second assembly members extends into and through the corresponding through hole and is inserted into the corresponding first assembly. And the fixing portion is fixed to the joint between the upper seat portion and the lower seat portion. The inflatable jewelry structure of claim 1, wherein the seat portions hold the positioning portion such that the positioning portion is fixed to the joint of the seat portions. The inflatable jewelry structure of claim 1, wherein the seat portions are connected to the positioning portion through an adhesive layer such that the positioning portion is fixed to the joint portion of the seat portions. The inflatable jewelry structure of claim 1, 2, 3, 4, 5, 6, 7, or 8 includes an adsorbent which is hermetically sealed in the accommodating space and can be absorbed The reaction liquid in the reaction liquid pack. The inflatable jewelry structure according to claim 9, wherein the reaction powder is a carbonate-containing compound of sodium carbonate or sodium hydrogencarbonate, and the reaction solution is edible citric acid, acetic acid or dilute hydrochloric acid, in the reaction powder. After the body contacts the reaction liquid, a gas of carbon dioxide is generated.