CN201415581Y - Multi-layer bottle structure - Google Patents

Abstract

The utility model discloses a multi-layer bottle structure, which is composed of an outer bottle part, an inner bottle part and at least one layer bottle part. The layer bottle part is sequentially arranged between the outer and inner bottle parts, and the inner bottle part and each layer bottle part can rotate independently. Furthermore, the inner adjacent layer bottle parts or the inner bottle parts can be observed from the outside of the outer bottle part and the layer bottle part. Through the above-mentioned design, the viewer can directly rotate the inner bottle part or the layer bottle part from the outside to increase the overall visual change, thereby increasing the viewer's visual sensory enjoyment, and can improve the fun of appreciation and playing, so as to effectively improve its economic benefits.

Description

multilayer bottle structure

technical field

The utility model belongs to the technical field of an ornamental bottle body, in particular relates to a multi-layer bottle structure that can produce internal and external visual changes, thereby increasing the enjoyment of visual senses and the fun of appreciating and playing.

Background technique

At present, the general vases are mainly made of magnetic materials, glass or pottery, and using different materials, surface sculptures, painted patterns, etc., can show the special beauty of vases and can be used as decorations , vases or ornaments, etc., and after a long period of collection, vases often have high value due to their unique collection history and aesthetic feeling, and can be used as treasures handed down from generation to generation;

Existing vases are mainly made of a single material, so its variability is not large, and it cannot effectively improve its overall aesthetic feeling. In addition, the painted or sculptured patterns on the surface of general vases will completely cover the entire outer edge. But in order to avoid breaking the vase vessel when playing and watching, it is usually made to stand still, causing the viewer to be unable to watch the shortcoming of the overall pattern.

Therefore, in order to allow the viewer to appreciate the complete pattern design on the surface of the vase without directly touching the pattern, if the vase can be rotated, the viewer can see the entire pattern without touching the pattern. Destroying the pattern can further improve the convenience and safety of vases and utensils for viewing, thereby increasing their sense of value.

Utility model content

In view of this, the main purpose of the present utility model is to provide a multi-layer bottle structure that can show a multi-layered feeling of the bottle body, can appreciate the complete pattern pattern, and can greatly improve the aesthetic feeling of the bottle body.

The utility model mainly realizes aforementioned effect and purpose according to the following technical means:

The multi-layer bottle structure provided by the utility model includes an outer bottle part, an inner bottle part and at least one layered bottle part;

Wherein the interior of the outer bottle part is formed with accommodating space for setting adjacent layer bottle parts, and the bottom of the outer bottle part is formed with a bottom opening that allows the maximum diameter of the adjacent layer bottle parts to pass through, and the top of the outer bottle part forms There is a bottleneck connected to the accommodating space, and a bottle seat is provided at the bottom opening of the outer bottle part, and a pivot part is formed in the center of the top surface of the bottle seat for the pivoting of adjacent layers of bottle parts;

Furthermore, the inner bottle part has a bottleneck capable of forming a supporting relationship with the adjacent layer of bottle parts, and the center of the bottom surface of the inner bottle part has a shaft column, and an accommodating space with an opening upward is formed inside the inner bottle part;

The interior of each layer of the above-mentioned bottle parts is formed with accommodating spaces for setting adjacent layer bottle parts or inner bottle parts, and the bottom of the layer bottle parts is formed with a bottom for the maximum diameter of the adjacent layer bottle parts or inner bottle parts to pass through. The top of the layered bottle part is formed with a bottleneck capable of supporting the adjacent layered bottle part or the inner bottle part, and the bottom opening of the layered bottle part is provided with a bottle seat, and the center of the top surface of the bottle seat is formed with a The pivot portion of the adjacent layer bottle or the inner bottle, and the center of the bottom surface of the layer bottle has a shaft column that can be pivoted relative to the pivot portion of the outer bottle or the layer bottle.

The utility model also provides a multi-layer bottle structure, which includes an outer basin part, an inner basin part and at least one layer basin part;

Wherein the interior of the outer basin part is formed with a basin mouth for setting adjacent layer basin parts, and the center of the inner bottom surface of the outer basin part is formed with a pivot part for the adjacent layer basin parts to pivot;

In addition, there is a shaft column in the center of the bottom surface of the inner basin;

The inside of each layer of pots is formed with a basin mouth for setting adjacent layer pots or inner pots, and the center of the inner bottom surface of the layer pots is formed with a pivot for adjacent layer pots or inner pots. part, and the center of the bottom surface of the basin part has a shaft column that can be pivoted relative to the pivot part of the outer basin part or the pivot part of the layer basin part.

In this way, through the aforementioned technical means, the multi-layer bottle structure of the present invention allows the viewer to directly rotate the inner bottle or the layered bottle from the outside, so as to fully appreciate the design pattern and increase the visual changes, thereby increasing the visual sensory enjoyment of the viewer , it can improve the fun of appreciating and playing, and can increase its added value, and further achieve the effect of increasing its competitiveness and economic benefits.

Description of drawings

Fig. 1 is the three-dimensional schematic diagram of the preferred embodiment of the multi-layer bottle structure of the present invention;

Fig. 2 is the schematic cross-sectional view of the preferred embodiment of the utility model multi-layer bottle structure, in order to illustrate the shape and relative relationship of its main components;

Fig. 3 is the partially exploded schematic view of the preferred embodiment of the multi-layer bottle structure of the present invention;

Fig. 4 is a cross-sectional schematic diagram of another preferred embodiment of the multi-layer bottle structure of the present invention, in order to illustrate the shape and relative relationship of its main components;

Fig. 5 is a three-dimensional schematic diagram of another preferred embodiment of the multi-layer bottle structure of the present invention.

Explanation of reference signs

10 Outer bottle parts 11 Accommodating space

12 Bottom opening 13 Bottleneck

14 Neck constriction 15 Bottle base

16 Pivot part 20 Inner bottle

21 Bottleneck 22 Axle column

25 shaft moving parts 30 layer bottle parts

31 Accommodating space 32 Bottom opening

33 Bottleneck 34 Constriction

35 Bottle Base 36 Pivot

37 Shaft Column 38 Shaft Moving Part

50 Outer Basin Parts 51 Basin Mouth

52 Pivot part 60 Inner basin

61 Shaft Column 62 Shaft Moving Part

70 layers of basin parts 71 basin mouth

72 Pivot part 73 Axle column

74 Shaft moving parts

Detailed ways

In order to further understand the structure, features and purpose of the present utility model, some preferred embodiments of the present utility model are listed below, together with the accompanying drawings in detail, so that those familiar with this technical field can implement it.

The utility model is a multi-layer bottle structure, please refer to Fig. 1 and Fig. 2, the multi-layer bottle structure includes an outer bottle part 10, an inner bottle part 20 and at least one layer bottle part 30, wherein The layered bottle part 30 is sequentially arranged between the outer bottle part 10 and the inner bottle part 20, and the patterns on the surface of the layered bottle part 30 and the inner bottle part 20 can be observed from the outside of the outer bottle part 10;

As for the detailed structure of the preferred embodiment of the multi-layer bottle structure of the present invention, please refer to Fig. 1, Fig. 2 and shown in Fig. 3, wherein the inside of the outer bottle part 10 is formed with a hollow accommodating space 11 for accommodating relative Adjacent layer bottle part 30, and outer bottle part 10 can be made by transparent material or opaque material, and it can be pottery, glass, glass, stone material, metal, plastics, wood or bamboo and rattan material etc., and this stone material can be jade or Artificial stone, and the periphery of the outer bottle 10 can be formed with at least one hollowed-out window (not shown) that communicates with the aforementioned accommodating space 11, and the hollowed-out window can be in various shapes, such as heart-shaped, hexagonal window-shaped, etc. Furthermore, the bottom of the outer bottle 10 is formed with a bottom opening 12 communicating with the accommodating space 11. The bottom opening 12 can just allow the maximum diameter of the adjacent layer bottle 30 to pass through, and the top of the outer bottle 10 is formed with a communication container. The bottle neck 13 of the space 11 is provided, and the neck 13 is formed with a smaller-diameter constriction 14, which can be used to support the aforementioned adjacent layer bottle parts 30, and the bottom opening 12 of the outer bottle part 10 can be set There is a bottle seat 15, which is used to close the bottom opening 12 of the outer bottle part 10, and the center of the top surface of the bottle seat 15 is formed with a pivot part 16 for pivoting the bottle parts 30 of adjacent layers;

Furthermore, the inner bottle part 20 has a bottleneck 21 that passes through the adjacent layer bottle part 30 upwards, and the outer diameter of the bottleneck 21 can just produce a supporting relationship with the inner diameter of the adjacent layer bottle part 30, and does not restrict the inner bottle part 20. Rotate relative to the adjacent layer bottle parts 30, and the center of the bottom surface of the inner bottle part 20 has a shaft post 22, so that the inner bottle part 20 can be pivoted in the aforementioned adjacent layer bottle parts 30 through the shaft post 22, and the shaft post 22 Be provided with shaft moving part 25, this shaft moving part 25 can be the bearing that can improve smoothness of rotation, and shaft moving part 25 can also be the driver that can drive inner bottle part 20, makes inner bottle part 20 can rotate automatically, moreover The surface of the outer edge of the inner bottle part 20 has various carvings formed by painting or sculpture, and the interior of the inner bottle part 20 forms an opening upward accommodating space, which can be used for arranging flowers or bearing other items, and the inner bottle part Part 20 can be made of transparent material or non-transparent material, and it can be pottery, glass, glass, stone material, metal, plastic, wood or bamboo and rattan material etc., and this stone material can be jade or artificial stone;

Also, the inside of each layer of bottle parts 30 is formed with a hollow accommodating space 31 for accommodating adjacent layer bottle parts 30 or inner bottle parts 20, and the layer bottle parts 30 can also be made of transparent or non-transparent materials , which can be ceramics, glass, glazed glass, stone, metal, plastic, wood or bamboo and rattan, etc., the stone can be jade or artificial stone, and the periphery of the bottle part 30 can be formed with at least one opening that communicates with the aforementioned accommodating space 31 Hollow window (not shown in the figure), this hollow window can be various moldings, as heart shape, hexagonal window shape etc., and the bottom end opening 32 that communicates with accommodation space 31 is formed on the bottom of layer bottle part 30 again, and this bottom The end opening 32 can just allow the maximum diameter of the adjacent layer bottle 30 or the inner bottle 20 to pass through, and the top of the layer bottle 30 is formed with a bottleneck 33 communicating with the accommodating space 31, and a neck with a smaller diameter is formed on the bottleneck 33 Constricted part 34, this necked part 34 can be used to support the bottleneck 33,21 of aforementioned adjacent layer bottle part 30 or inner bottle part 20, and the bottom end opening 32 of layer bottle part 30 can be provided with bottle seat 35 again, and this bottle Seat 35 is used for closing the bottom end opening 32 of layer bottle part 30, and the center of bottle seat 35 top surface is formed with the pivot part 36 that is pivoted for adjacent layer bottle part 30 or inner bottle part 20, moreover layer bottle part 30 There is an axle post 37 in the center of the bottom surface, so that the layer bottle part 30 can be pivoted in the aforementioned adjacent outer bottle part 10 or layer bottle part 30 through the axle post 37, and the axle post 37 is provided with a shaft moving part 38. The part 38 can be a bearing that can improve the smoothness of rotation, and the shaft moving part 38 can also be a driving part that can drive the layer bottle part 30, so that the layer bottle part 30 can automatically rotate;

Thereby, the inner bottle part 20 or the layer bottle part 30 can selectively rotate with the pivot parts 36, 16 of the adjacent layer bottle part 30 or the outer bottle part 10 through the shaft column 22, 37, and the overall appearance shows a A visual aesthetic feeling of "nine turns of heaven and earth", while allowing the viewer to rotate the inner bottle part 20 or each layer of bottle parts 30 to rotate one by one, so that the inner bottle part 20 or layer bottle parts 30 can be relatively adjacent layer bottle parts 30 or The outer bottle part 10 rotates, so that the viewer can watch the decorative patterns on the surface of the different inner bottle part 20 or layer bottle part 30 by the transparent periphery or the hollow window of the outer bottle part 10 or layer bottle part 30, so that it can achieve convenience. The effect of playing and watching, and through the particularity of the outer bottle part 10, the layered bottle part 30 and the inner bottle part 20 made of different materials, the whole multi-layer bottle structure can produce different visual effects, which can increase the visual effect. Sensual pleasure and fun.

Another embodiment of the utility model, as shown in Fig. 4 and Fig. 5, the utility model can also be applied to a "multi-layer pot structure", which includes an outer pot part 50, an inner pot part 60 and at least one layer pot part 70, wherein the layer pot 70 is sequentially arranged between the outer pot 50 and the inner pot 60, and the patterns on the surface of the layer pot 70 and the inner pot 60 can be observed from the outside of the outer pot 50;

As for the preferred structure of this embodiment, an upward basin mouth 51 is formed inside the outer pot 50 for accommodating adjacent layer pots 70, and the outer pot 50 can be made of a transparent material or a non-transparent material , which can be ceramics, glass, glass, stone, metal, plastic, wood or bamboo and rattan, etc., the stone can be jade or artificial stone, and the periphery of the outer basin 50 can be formed with at least one hollow that communicates with the aforementioned basin mouth 51 Window (not shown in the figure), and the hollowed-out window can be various moldings, as heart-shaped, hexagonal window shape etc., and the center of inner bottom surface of outer basin part 50 is formed with the pivot shaft that is provided with adjacent layer basin part 70 Part 52;

There is an axle column 61 in the center of the bottom surface of the inner basin part 60, so that the inner basin part 60 can be pivoted in the aforementioned adjacent layer basin part 70 through the axle column 61, and the axle column 61 is provided with a shaft moving part 62. The part 62 can be a bearing that can improve the smoothness of rotation, and the shaft moving part 62 can also be a driving part that can drive the inner pot part 60, so that the inner pot part 60 can rotate automatically, and the outer edge surface of the inner pot part 60 has various The carvings formed by painting or sculpture, and the inner pot 60 can be made of transparent material or non-transparent material, it can be ceramics, glass, glass, stone, metal, plastic, wood or bamboo and rattan, etc., the stone Can be jade or artificial stone;

The inside of each layer of pots 70 is formed with a hollow basin mouth 71 for accommodating adjacent layer pots 70 or inner pots 60, and the layer pots 70 can also be made of transparent or non-transparent materials. Can be pottery, glass, glazed glass, stone material, metal, plastics, wood or bamboo and rattan material etc., this stone material can be jade or artificial stone, moreover layer basin part 70 periphery can be formed with at least one hollowed-out window ( not shown in the figure), the hollowed-out window can be in various shapes, such as heart-shaped, hexagonal window-shaped, etc., and the center of the bottom surface of the layer basin part 70 is formed with a hinge for the adjacent layer basin part 70 or the inner basin part 60. Pivot part 72, moreover layer pot part 70 bottom surface center has axle post 73, makes layer pot part 70 can be pivoted in aforementioned adjacent outer pot part 50 or layer pot part 70 through shaft post 73, and shaft post 73 A shaft moving part 74 is arranged on the top, and the shaft moving part 74 can be a bearing that can improve the smoothness of rotation, and the shaft moving part 74 can also be a driving part that can drive the layer pot part 70, so that the layer pot part 70 can automatically rotate;

The above structural design can also make the inner pot 60 or layer pot 70 selectively rotate with the pivot portion 72, 52 of the adjacent layer pot 70 or outer pot 50 through the shaft column 61, 73, and the overall appearance shows A visual aesthetic feeling of a "lotus flower throne" can be created, which can increase visual sensory enjoyment and fun, and it still has the aforementioned advantages and practical value.

Thereby, it can be seen that the utility model can effectively solve the problems faced by the known vase vessel, and can greatly increase the efficacy.

The utility model is a multi-level multi-layer bottle structure. Among the components of the multi-layer bottle structure, all the references about front and back, left and right, top and bottom, upper part and lower part, and horizontal and vertical are only used The description is made for convenience, but not to limit the scope of the present invention, nor to limit its components to any position or spatial direction. The dimensions specified in the drawings and the specification can be considered as changing according to the design and requirements of the specific embodiments of the utility model without departing from the scope of the claims of the utility model.

Claims (15)

1. A multi-layer bottle structure, characterized in that the multi-layer bottle structure includes an outer bottle part, an inner bottle part and at least one layer bottle part; Wherein the inside of the outer bottle part is formed with an accommodating space that can be placed adjacent to the layer of bottle parts, and the bottom of the outer bottle part is formed with a bottom opening that allows the maximum diameter of the adjacent layer of bottle parts to pass through, And the top of the outer bottle part is formed with a bottleneck that communicates with the accommodating space, and the bottom opening of the outer bottle part is provided with a bottle seat, and the center of the top surface of the bottle seat is formed for adjacent layers of bottles. the pivot portion of the pivot; Furthermore, the inner bottle part has a bottleneck capable of forming a supporting relationship with the adjacent layer of bottle parts, and the center of the bottom surface of the inner bottle part has a shaft column, and the inside of the inner bottle part is formed with an upward opening opening. space; Also, the interior of each layer of bottle parts is formed with accommodating spaces for setting adjacent to the layer of bottle parts or the inner bottle parts, and the bottom of the layer of bottle parts is formed to enable the adjacent layers of bottle parts to Or the bottom end opening through which the maximum diameter of the inner bottle part passes, and the top of the layered bottle part is formed with a bottleneck capable of producing a supporting relationship with the adjacent layered bottle part or the inner bottle part, and the layered bottle part The bottom opening of the part is provided with a bottle seat, and the center of the top surface of the bottle seat is formed with a pivot part for the adjacent layer of bottle parts or the inner bottle part, and the bottom surface of the layer of bottle parts There is an axle post in the center that can be pivoted relative to the pivot portion of the outer bottle or the layer bottle. 2. The multi-layer bottle structure according to claim 1, wherein the outer bottle, the inner bottle and the layered bottle are all selected from ceramics, glass, glass, stone, metal, plastic, wood or bamboo and rattan . 3. The multi-layer bottle structure according to claim 2, characterized in that the stone material is jade or artificial stone. 4. The multi-layer bottle structure according to claim 1 or 2, characterized in that at least one hollow window communicating with the accommodating space inside the outer bottle is formed on the periphery of the outer bottle. 5. The multi-layer bottle structure according to claim 1 or 2, characterized in that at least one hollow window communicating with the accommodating space inside the layer bottle is formed on the periphery of the layer bottle. 6. The multi-layer bottle structure according to claim 1, characterized in that, the bottleneck of the outer bottle part and the bottleneck of the layer bottle parts are both formed with a structure that can be used to support the adjacent layer bottle parts or The necked part of the inner bottle part. 7. The multi-layer bottle structure according to claim 1, characterized in that, the shaft of the layered bottle or the shaft of the inner bottle is provided with a pivot portion corresponding to the outer bottle or The pivot part of the layered bottle part and the pivot part that can improve the smoothness of rotation. 8. The multi-layer bottle structure according to claim 7, characterized in that, the shaft moving member is selected from driving members with power, which can automatically rotate the inner bottle part or the layer bottle parts. 9. A multi-layer bottle structure, characterized in that the multi-layer bottle structure includes an outer pot, an inner pot and at least one layer pot; Wherein the inside of the outer basin part is formed with a basin mouth for setting the adjacent layer basin parts, and the center of the inner bottom surface of the outer basin part is formed with a pivot for the adjacent layer basin parts to pivot. department; Furthermore, there is a shaft column in the center of the bottom surface of the inner basin; In addition, the inside of each layer of pots is formed with a basin mouth for setting adjacent layers of pots or inner pots, and the center of the inner bottom surface of the layer of pots is formed with a hole for adjacent layers of pots. part or the pivot part of the inner pot part, and the center of the bottom surface of the layer pot part has a shaft column that can be pivoted relative to the pivot part of the outer pot part or the pivot part of the layer pot part . 10. The multi-layer bottle structure according to claim 9, characterized in that, the outer basin, inner basin and layered basin are all selected from ceramics, glass, glass, stone, metal, plastic, wood or bamboo and rattan . 11. The multi-layer bottle structure according to claim 10, characterized in that the stone material is jade or artificial stone. 12. The multi-layer bottle structure according to claim 9 or 10, characterized in that, at least one hollow window is formed on the peripheral edge of the outer tub to communicate with the mouth of the outer tub. 13. The multi-layer bottle structure according to claim 9 or 10, characterized in that, at least one hollow window is formed on the peripheral edge of the layer basin part to communicate with the basin opening inside the layer pot part. 14. The multi-layer bottle structure according to claim 9, characterized in that, the shaft column of the layer pot or the shaft column of the inner pot is provided with a pivot portion corresponding to the outer pot or The pivot part of the layer basin part and the pivot part that can improve the smoothness of rotation. 15. The multi-layer bottle structure according to claim 14, characterized in that the shaft moving member is selected from driving members with power and capable of automatically rotating the inner pot or the layer pot.

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