TWM521932U - Structural improvement of shatterproof container - Google Patents

Description

Improved container structure

The present invention relates to a container, and more particularly to a container structure having glass as an inner layer and having a drop-resistant effect.

According to water, water is an important component of the human body, accounting for 60% to 70% of the human body. The water in the human body is discharged into the body by sweat, excretion, respiration, evaporation, etc. Therefore, we must replenish a large amount every day. Moisture to maintain the water balance in the body; especially when going out, whether it is going to work, going to school, going out to play, going up the mountain or going to the sea, it is necessary to add water, and in this era of rising prices, whether it is to spend money to buy water, buy drinks, The accumulation of long-term accumulation is also a considerable amount. Therefore, carrying water bottled water is not only economically beneficial but also conforms to the concept of modern people paying attention to environmental protection. However, there are a lot of portable bottles in the market, and various products are innumerable; The issue of awareness and food safety is becoming more and more important, avoiding wasting paper cups repeatedly, trying to maintain the sustainable living environment of the earth, and at the same time maintaining personal hygiene habits. Therefore, it is strongly advocated to carry simple water cups or various types of water. Container...etc.

The existing bottle container 7 (see FIG. 8) sold in the prior art mainly comprises a hollow chamber 710 formed by a main body 71, and a cover 72 is covered at the bottle opening 711 at the upper end of the main body 71. It is easy to carry, and when the user wants to use the portable bottle to drink water, the cover must be completely covered. The body 72 is unscrewed, and the drinking water is raised upwards in a manner that the mouth is close to the mouth of the mouth, or a straw is inserted into the lid 72 to drink water in a manner that the mouth is close to the sucking end.

However, as far as the conventional knowledge is concerned, the common portable container 7 is made of stainless steel, plastic, glass or ceramic material. The insulated container made of stainless steel has good heat preservation effect, but it is easy to produce when cleaning. Scratches, and the high cost of stainless steel, the price of stainless steel containers is expensive, the quality of stainless steel is different, the stainless steel of poor grade may release heavy metals after scratches; the container made of plastic has resistance The characteristics of falling, but less heat-resistant, and poor quality plastics are prone to toxic solvents when exposed to heat, it is necessary to pay attention; containers made of glass or ceramics, although resistant to high temperature sterilization, will not have high temperature The release of toxic substances, and the fact that it is not easy to produce scratches during cleaning, but it is easily ruptured by collision, resulting in inconvenience in cleaning and easy to cause injury, so it is dangerous in use; A big problem, and it needs to be solved and improved.

The present invention provides an improved structure for a container that is resistant to falling, comprising: an inner bottle having a glass bottle shape, the inner bottle having an inner bottle body defining an inner bottle space for liquid or solid storage. And a neck portion extending upwardly at a top end of the inner bottle body; the neck portion is provided with a bottle mouth communicating with the inner bottle space of the inner bottle body; and the second anti-collision lining is a rubber sheath body, the two anti-collision linings are sleeved at the top and bottom ends of the bottle body, and the top ends of the two anti-collision linings are provided with a through hole at the inner bottle a collision lining at the top end of the bottle body, the opening being provided for the neck of the inner bottle; An outer bottle, which is in the form of a plastic bottle body, the outer bottle has an outer bottle body, and an inner portion defines a bottle space for the inner bottle and the two anti-collision inner liner to be inserted into the outer bottle space, and the inner wall is utilized The lining is fixed to the inner edge wall of the bottle body outside the outer bottle, so that the outer edge wall of the inner bottle body and the inner edge wall of the bottle body outside the outer bottle present an isolation zone; An opening corresponding to the outer bottle space is disposed at a top end of the outer bottle body; and an outer top cover is a plastic cover body, and the outer top cover is disposed at an opening of the bottle body outside the outer bottle. And closing the opening of the outer bottle body; and having a mouth for the neck of the inner bottle to be pierced at the top end of the outer top cover, so that the inner bottle and the two anti-collision inner liner are hidden inside The outer bottle space outside the bottle is exposed, and the neck of the inner bottle is exposed at the outer end of the outer top cover; and an inner top cover is a plastic cover body, and the inner top cover is provided The neck of the inner bottle is closed and the mouth of the neck is closed.

Wherein the outer edge wall of the neck of the inner bottle is provided with an externally threaded region; and the inner edge of the inner end of the inner cap is provided with an internally threaded region, and the inner threaded region of the inner cap is adapted to the inner portion The externally threaded region of the neck of the bottle is screwed together; wherein the inner cap is presented in any one of a nipple cap or a cap; wherein the inner edges of the two anti-collision linings are contoured The top and bottom ends of the inner bottle have the same contour; wherein the two anti-collision inner liners are made of any one of thermoplastic rubber or silicone rubber having elasticity and slip resistance; An outer threaded portion is disposed at a top inner wall of the bottle body outside the outer bottle; and the outer top cover The outer peripheral wall of the bottom end is provided with an externally threaded area, and the outer threaded area of the outer top cover is screwed with the inner threaded area of the bottle body outside the outer bottle; wherein the outer top cover is further provided with a phase Corresponding tether loops are disposed at both ends of the outer edge wall of the outer top cover; and the outer bottle body is further provided with a tether loop disposed at the outer edge wall of the bottom end of the outer bottle body, And being coupled with a cord to be in a fixed state; wherein the two ends of the cord are respectively disposed at a tether loop at both ends of the outer edge wall of the outer cap to be in a joint fixed state; wherein the strap is further The tether loops respectively disposed at the opposite ends of the outer edge wall of the outer top cover and the tether loops of the outer edge outer wall of the outer bottle body are connected and fixed.

The main purpose of this creation is to provide a container structure with glass as the inner layer and having a drop-resistant effect.

Due to the improved structure of the drop-resistant container of the present invention, the effect is achieved by: the inner bottle is presented in the form of a glass bottle, and the top and bottom ends of the inner bottle are provided with the protection a collision lining, wherein each of the anti-collision linings is in the form of a rubber sheath; the inner bottle sleeved with the anti-collision lining is installed in the bottle space outside the outer bottle, and the inner collision is utilized The lining is fixed to the inner edge wall of the bottle body outside the outer bottle, so that the outer edge wall of the inner bottle body and the inner edge wall of the bottle body outside the outer bottle present an isolation zone; The outer top cover is disposed on the opening of the bottle body outside the outer bottle, wherein the outer top cover is represented by a plastic cover body, and the top end of the outer top cover is provided for the neck of the inner bottle So that the inner bottle and the two anti-collision liner are hidden in the outer bottle space of the bottle outside the outer bottle, and the neck of the inner bottle is exposed outside the top end of the outer cap Finally, the inner cap is placed on the neck of the inner bottle, and the mouth of the neck is closed, wherein the inner cap is presented in the shape of a plastic cover; therefore, when the outer bottle falls When the ground is dropped or subjected to impact by other objects, the anti-collision linings at the top and bottom ends of the bottle body inside the inner bottle can absorb the impact force and protect the inner bottle made of glass. Effectively reducing the problem that the outer bottle is collided and causing the inner bottle to rupture, if the force of the impact exceeds the maximum impact of the anti-collision lining at the top and bottom ends of the bottle body located inside the inner bottle When the force causes the inner bottle made of glass to be broken and scattered by the force of the impact, the glass fragments of the inner bottle are also confined inside the outer bottle space of the outer bottle, so that when the inner bottle is inside When the bottle is broken, its fragments will not splash out and hurt the user. When the user avoids handling the bottle inside the broken inner bottle, it will not directly touch the broken debris, and the edge of the sharp debris will be cut. The chance of injury to ensure the safety of the user; And further to provide a glass container structure by both the inner and the effect of ruggedness.

This creation:

1‧‧‧ inner bottle

11‧‧‧ inner bottle

110‧‧‧ inner bottle space

12‧‧‧ neck

120‧‧‧ bottle mouth

121‧‧‧ external thread zone

2‧‧‧Anti-collision lining

20‧‧‧ mouth

3‧‧‧ outer bottle

30‧‧‧Isolated area

31‧‧‧ outer bottle

310‧‧‧ outer bottle space

311‧‧‧ openings

312‧‧‧Internal thread zone

32‧‧‧Tether loop

4‧‧‧Outer cover

40‧‧‧ mouth

41‧‧‧ external thread zone

42‧‧‧Tether loop

5‧‧‧ inner top cover

51‧‧‧Internal thread zone

6‧‧‧rope

Convention:

7‧‧‧Portable container

71‧‧‧ Subject

710‧‧‧ hollow room

711‧‧‧ bottle mouth

72‧‧‧ cover

Figure 1 is a combined perspective view of the creation.

Figure 2 is an exploded view of the creation.

Figure 3 is a schematic cross-sectional view of the creation.

Fig. 4 is a schematic cross-sectional view showing another structural form of the inner cap of the present invention.

Fig. 5 is a perspective view showing the other assembled type of the cord.

Fig. 6 is a schematic cross-sectional view showing the assembled state of the cord.

Figure 7 is an enlarged schematic view of the symbol A in Figure 6 of the present creation.

Figure 8 is a schematic cross-sectional view of a conventional one.

First of all, please refer to Figures 1 to 7 for the creation of the "Resistance of the container structure". The system includes: an inner bottle 1, two anti-collision linings, an outer bottle 3, and an outer top. a cover 4 and an inner cap 5; wherein: the inner bottle 1 is in the form of a glass bottle, the inner bottle 1 has an inner bottle body 11, and the inner bottle body 11 defines a liquid or solid storage therein Putting the inner bottle space 110; and a neck portion 12 which is located at the top end of the inner bottle body 11 and extends upward; and the neck portion 12 is provided with a bottle space inside the inner bottle body 11 110 is in the state of the bottle opening 120; the two anti-collision liner 2 is in the form of a rubber sheath, and the two anti-collision liners 2 are sleeved on the top and bottom ends of the bottle body 11 inside the inner bottle 1. And a top opening 20 is provided at each of the top ends of the two collision linings 2, and the collision lining 2 at the top end of the bottle body 11 is located inside the inner bottle 1, and the opening 20 is provided for The neck 12 of the inner bottle 1 is pierced, and the diameter of each of the openings 20 is larger than the outer diameter of the neck 12 of the inner bottle 1; the outer bottle 3 is a plastic bottle body, and the outer bottle 3 is Having an outer bottle body 31, the outer bottle body 31 is internally defined The inner bottle 1 and the two anti-collision liner 2 are placed in the outer bottle space 310, and the space of the outer bottle 3 outer space 310 is slightly larger than the inner bottle 11 of the inner bottle 1, and the two anti-collision is utilized. The inner liner 2 is fixed in a fixed state against the inner edge wall of the bottle body 31 outside the outer bottle 3, so that the outer edge wall of the inner bottle 11 and the inner side of the outer bottle 3 are inside the bottle body 31. edge The wall is provided with an isolation area 30; and an opening 311 is formed at the top end of the outer bottle body 31 in a state of being in communication with the outer bottle space 310; the outer top cover 4 is in the shape of a plastic cover, and the outer top cover 4 is The opening 311 of the bottle body 31 is disposed outside the outer bottle 3, and the opening 311 of the outer bottle body 31 is closed; and a neck portion 12 of the inner bottle 1 is attached to the top end of the outer top cover 4 for wearing. The opening 40 is formed, and the diameter of the opening 40 is larger than the outer diameter of the neck 12 of the inner bottle 1; so that the inner bottle 1 and the two anti-collision liner 2 are contained in the outer bottle 3 The outer bottle space 310 of the inner bottle 1 is exposed outside the top end of the outer top cover 4; and the inner top cover 5 is a plastic cover body, and the inner top cover 5 is The neck portion 12 of the inner bottle 1 is disposed, and the bottle mouth 120 of the neck portion 12 is closed; and the above structure is further described as follows: wherein the outer wall of the neck portion 12 of the inner bottle 1 is provided with a The externally threaded portion 121; and the inner end wall of the inner top cover 5 is provided with an internal threaded portion 51, and the internal threaded portion 51 of the inner top cover 5 is coupled to the externally threaded portion of the neck portion 12 of the inner bottle 1. 121 is a screw combination; the inner top The 5 series is presented in any one of the nipple cover (shown in Figures 1, 2, 3, 5, and 6) or the cap (as shown in Figure 4), and can be replaced by the user to achieve the desired a type of use; wherein the inner edge walls of the two anti-collision liners 2 have the same contour as the top and bottom ends of the inner bottle 11 of the inner bottle 1; and the two anti-collision liners 2 It is made of any material selected from the group consisting of thermoplastic rubber or silicone rubber having elasticity and anti-slip property; wherein the outer bottle 3 is provided with an internal thread portion 31 at the top inner wall of the bottle body 31. 2; an outer threaded portion 41 is formed at the outer edge of the bottom end of the outer top cover 4, and the outer threaded portion 41 of the outer top cover 4 is formed with the inner threaded portion 312 of the outer body 3 of the outer bottle 3. In addition, the container of the present invention can provide the user with a side or shoulder type in addition to the user's use of the hand; therefore, the outer cover 4 of the creation is more correspondingly provided. The tether loops 42 are respectively disposed at the two ends of the outer edge wall of the outer top cover 4 (as shown in FIGS. 1 to 4); and the outer bottle body 31 is further provided with a tether. a ring 32, the tether 32 is disposed at the outer edge wall of the bottom end of the outer bottle body 31 (as shown in FIGS. 5-7), and is provided with a cord 6 to be connected and fixed; however, the rope The two ends of the belt 6 are respectively disposed at the tether loops 42 at the opposite ends of the outer edge wall of the outer top cover 4 to be in a fixed state (as shown in FIGS. 1 to 4); or the strap 6 is further The tether loops 42 respectively disposed at the opposite ends of the outer edge wall of the outer top cover 4 and the tether loop 32 of the outer edge wall of the bottom end of the outer bottle body 31 are connected and fixed (see Figures 5-7). As shown); can be replaced by the user to achieve the desired type of use Therefore, the above structure is applied to a container generally containing liquid or solid, and the inner bottle 1 is represented by a glass bottle body, and the top and bottom ends of the bottle body 11 are disposed in the inner sleeve 1 The anti-collision liner 2, wherein each of the anti-collision liners 2 is in the form of a rubber sheath; the inner bottle 1 sheathed with the anti-collision liner 2 is disposed outside the outer bottle 3 In the 310, the two anti-collision liners 2 are fixed in a fixed state against the inner edge wall of the bottle body 31 outside the outer bottle 3, so that the outer edge wall of the inner bottle 11 and the outer bottle are inside the inner bottle 1. 3 outside the inner wall of the bottle body 31 presents an isolation The area 30 can effectively reduce the problem that the outer bottle 3 is collided to cause the inner bottle 1 to rupture; and the outer top cover 4 is disposed on the opening 311 of the bottle body 31 outside the outer bottle 3, and the outer bottle is closed. The opening 311 of the outer cover 4 is formed by a plastic cover body, and the opening 40 of the top end surface of the outer top cover 4 is provided for the neck portion 12 of the inner bottle 1 to be worn, so that the inner bottle 1 and the second crash liner 2 are embedded in the outer bottle space 310 of the bottle body 31 outside the outer bottle 3, and the neck portion 12 of the inner bottle 1 is exposed outside the top end of the outer cap 4 Finally, the inner top cover 5 is disposed on the neck portion 12 of the inner bottle 1, and the bottle mouth 120 of the neck portion 12 is closed, wherein the inner top cover 5 is in the shape of a plastic cover; Therefore, the anti-collision liner 2 is disposed on each of the top and bottom ends of the inner bottle 11 of the inner bottle 1, wherein each of the anti-collision liners 2 is formed by a rubber sheath body, and It is made of any one of thermoplastic rubber or silicone rubber having elasticity and slip resistance; when the outer bottle 3 falls to the ground or is subjected to impact by other objects, the bottle body 11 is located inside the inner bottle 1. Each of the anti-collision liners 2 at the top and bottom ends can absorb the impact force and protect the inner bottle 1 made of glass, which can effectively reduce the problem that the outer bottle 3 is collided and the inner bottle 1 is broken. If the force that rushes beyond the maximum impact force that can be absorbed by each of the anti-collision liners 2 at the top and bottom ends of the bottle body 11 within the inner bottle 1, the inner bottle made of glass 1 When the force of the impact is broken and scatters, the glass shards of the inner bottle 1 are also confined inside the outer bottle space 310 of the bottle body 31 outside the outer bottle 3, so that when the inner bottle 1 is inside the bottle body When the rupture occurs, the fragments will not splash outside and hurt the user, avoiding the user from reprocessing the broken bottle body 11 within the inner bottle 1. Direct contact with broken debris, reducing the chance of being cut by sharp edge edges, To ensure the safety of the user during use; thereby providing a container structure with glass as the inner layer and having a drop-resistant effect; furthermore, since the inner bottle 1 is outside the bottle body 11 The edge wall and the isolation zone 30 of the inner edge wall of the bottle body 31 outside the outer bottle 3, the space of the isolation zone 30 can block the inner bottle space 110 of the inner bottle 11 inside the inner bottle 1 when the high temperature liquid is contained When the temperature of the inner bottle 1 rises, the heat temperature is not easily transmitted from the inner bottle 1 to the outer bottle 3, causing the temperature of the outer bottle 3 to rise, so that when the user holds the creative container, The user can prevent the user from being burned by the high temperature liquid contained in the inner bottle space 110 of the inner bottle 1 of the inner bottle 1 when holding the container; similarly, when the inner bottle 1 has the inner bottle space 110 of the inner bottle 1 containing the low temperature In the case of liquid, the inner peripheral wall 1 can also be blocked by the outer peripheral wall of the inner bottle 1 and the inner peripheral wall of the outer body 3 of the inner bottle 3 When the inner bottle space 110 of the bottle body 11 is filled with a low temperature liquid, the low temperature is not easily transmitted from the inner bottle 1 to the outer bottle 3, so that the user holds When authoring the container can be avoided when the user holding the container, and the inner space of the inner bottle is within a vial bottle containing 11 of 110 ice-cooling cryogenic liquid tactile feel happens.

In summary, the improvement of the structure of a container that is resistant to falling has not been seen in various books or publicly used. It is in line with the requirements of the new patent application, and it is requested to express the patent as soon as possible. To be clear, the above is the specific embodiment of the creation and the technical principles applied. If the changes made according to the concept of this creation, the functional role produced by it does not exceed the spirit of the manual and the drawings. At the time, it should be combined with Chen Ming within the scope of this creation.

1‧‧‧ inner bottle

11‧‧‧ inner bottle

110‧‧‧ inner bottle space

12‧‧‧ neck

121‧‧‧ external thread zone

2‧‧‧Anti-collision lining

3‧‧‧ outer bottle

30‧‧‧Isolated area

31‧‧‧ outer bottle

310‧‧‧ outer bottle space

312‧‧‧Internal thread zone

4‧‧‧Outer cover

41‧‧‧ external thread zone

42‧‧‧Tether loop

5‧‧‧ inner top cover

51‧‧‧Internal thread zone

6‧‧‧rope

Claims (9)

The invention relates to an improved internal structure of a container for smashing, comprising: an inner bottle having a glass bottle shape, the inner bottle having an inner bottle body defining an inner bottle space for liquid or solid storage; and a a neck portion extending upwardly at a top end of the inner bottle body; the neck portion is provided with a bottle mouth communicating with the inner bottle space of the inner bottle body; and the second anti-collision inner liner is a rubber sheath In the shape of the body, the two anti-collision linings are sleeved at the top and bottom ends of the bottle body, and the top ends of the two anti-collision linings are provided with a port, and the bottle is located inside the inner bottle The anti-collision lining at the top of the body, the opening is for the neck of the inner bottle; an outer bottle is a plastic bottle body, the outer bottle has an outer bottle body, the inner portion of which is defined Inserting the inner bottle and the two anti-collision lining into the outer bottle space, and using the two anti-collision inner liners to be fixed at the inner edge wall of the bottle body outside the outer bottle, so that the inner bottle is The outer edge wall of the inner bottle body and the inner edge wall of the bottle body outside the outer bottle form an isolation zone; and a top end of the outer bottle body is connected with the outer bottle space An open top cover, which is in the form of a plastic cover, the outer top cover being disposed at an opening of the bottle body outside the outer bottle, and closing the opening of the outer bottle body; and at the top end of the outer top cover Providing a mouth for the neck of the inner bottle to be opened, so that the inner bottle and the two anti-collision lining are hidden in the outer bottle space of the bottle outside the outer bottle, and the neck of the inner bottle The portion is exposed outside the top end of the outer top cover; and an inner top cover is a plastic cover body. The inner top cover is disposed on the neck of the inner bottle and closes the mouth of the neck. The structure of the container according to claim 1 is improved, wherein an outer threaded wall of the neck of the inner bottle is provided with an externally threaded region; and an inner thread of the inner wall of the bottom end of the inner cap is provided with an internal thread. The inner threaded region of the inner cap is spirably combined with the outer threaded region of the neck of the inner bottle. The container structure of the drop resistant container of claim 2 is improved, wherein the inner cap is presented in any one of a nipple cap or a cap. The structure of the smash-resistant container according to claim 1 is improved, wherein the inner edge walls of the two anti-collision linings have the same contour as the top and bottom ends of the inner bottle. The structure of the resistant container according to claim 4 is improved, wherein the two anti-collision linings are made of any one of thermoplastic rubber or silicone rubber having elasticity and slip resistance. The structure of the container according to claim 1 is improved, wherein an outer threaded edge is provided at a top inner wall of the bottle outside the outer bottle; and a bottom end outer wall of the outer top is provided with a In the externally threaded region, the outer threaded region of the outer cap is screwed into the inner threaded region of the bottle outside the outer bottle. The structural improvement of the resistant container according to claim 6, wherein the outer top cover is further provided with a corresponding tether loop disposed at both end edges of the outer edge wall of the outer top cover; The body is further provided with a tether loop, which is disposed at the outer edge wall of the bottom end of the outer bottle body, and is arranged in a fixed state with a cord. The structure of the container for smashing according to claim 7 is improved, wherein the two ends of the lanyard are respectively disposed at the tether loops at the opposite ends of the outer edge wall of the outer top cover to be in a joint fixed state. The structure of the container for smashing according to claim 7 is improved, wherein the lanyard is respectively threaded on a tether loop provided at both ends of the outer edge wall of the outer cap and a bottom edge outer wall of the outer bottle body. The tether loop is connected and fixed.