TWM594901U - Coating-scratch protective double-layer cup - Google Patents

Abstract

This creation is about a double-layer cup, including: an outer cup made of transparent plastic material, the outer cup is sleeved on the inner cup, the outer cup is used for taking; an inner cup, the outer wall of the inner cup is coated Layer, the coating can be processed such as printing, painting, bronzing or transfer printing, etc., the inner cup is used to fill drinkable liquid; and an isolated space is located between the outer cup and the inner cup, by the outer cup and the inner The cups are jointly defined, and the isolated space is used to block the temperature of the liquid from being transferred from the inner cup to the outer cup; thereby, the user can watch the beauty of the inner cup processed on the coating through the outer cup, which can be improved The beauty of the overall double-layer cup. In use, the user holds the outer wall of the outer cup so it will not scratch or damage the coating of the inner cup, and can block the influence of the liquid temperature of the inner cup, which improves the double layer. The beauty of the cup prevents the loss of the coating, and also prevents the temperature of the liquid filled in the inner cup from affecting the grip.

Description

Anti-scratch double-layer cup

This creation is to provide a double-layer cup, especially a double-layer cup with a coating process.

In normal life, glass materials are often used to make double-layer cup containers. Glass materials can be melted together due to high-temperature injection, so manufacturers often use glass materials as double-layer cup container materials.

However, the glass material is prone to cracking due to impact, drop, hot and cold pressure, which may cause user safety concerns.

In view of this, how to develop a double-layer cup, which has a double-layer structure, can avoid the damage rate of the double-layer cup container, improve the strength and safety, and can prolong the service life of the double-layer cup and can attract The visual effect of the consumer's gaze is really an urgent problem that needs to be solved.

Therefore, in order to solve the problem of the double-layer cup container mentioned above, the creator of this case is assisted by his many years of manufacturing experience and knowledge in related fields to develop the visual effect of this creation to make it more safe and attract the attention of consumers. Demanders.

The main purpose of this creation is to provide a plastic material, with a double-layer structure, and with coating processing variability, which is actually a more practical container.

In order to achieve the above purpose, the technical means used in this creation are: a plastic double-layer cup container, mainly including: an outer cup, which is a transparent material, the outer cup is sleeved on the inner cup, and the outer cup is used for holding Take; an inner cup, the outer wall of the inner cup is provided with a coating, the coating can be processed such as printing, painting, bronzing or transfer, etc., the inner cup is used to fill drinkable liquid; an isolated space, located in the outer cup and The inner cup is defined by the outer cup and the inner cup, and the isolated space is used to block the temperature of the liquid from being transferred from the inner cup to the outer cup.

In a preferred embodiment, when the outer cup is sleeved on the inner cup, the user cannot scratch the coating due to contact, cleaning, etc. The inner cup coating can be processed, such as printing, painting, bronzing Or transfer, etc., to make the inner cup have a sense of beauty; due to the anti-scratch effect of the coating, the coating can be processed more diversely, without being limited by the adhesion strength of the coating material, so that the inner cup can be coated Variety of processing operations is more beautiful and valuable.

In a preferred embodiment, the outer cup is provided with a flange and outer cup fusion surface; the inner cup is provided with a groove and inner cup fusion surface, which are combined by machining.

In a preferred embodiment, the isolated space blocks the liquid temperature of the inner cup, so the user is prevented from being filled in the inner cup by the double-layer structure of the outer cup and the inner cup when holding Effect of liquid temperature.

The application of plastic materials improves the safety of double-layer cups, avoids damage, improves strength, and is more lightweight.

1: outer cup

10: outer cup opening

11: flange

12: outer cup fusion surface

13: outer wall of outer cup

14: inner wall of outer cup

2: inner cup

20: outer wall of inner cup

200: coating

21: inner cup opening

22: Groove

23: inner cup fusion surface

24: inner cup room

25: inner wall of inner cup

26: bottom of inner cup

3: isolated space

4: outer cup

40: outer cup opening

41: flange

42: outer cup fusion surface

43: outer wall of outer cup

44: inner wall of outer cup

5: inner cup

50: outer wall of inner cup

500: coating

51: inner cup opening

52: Groove

53: inner cup fusion surface

54: inner cup room

55: inner wall of inner cup

56: bottom of inner cup

6: Isolated space

7: outer cup

70: outer cup opening

71: outer cup fusion surface

72: outer wall of outer cup

73: inner wall of outer cup

8: inner cup

80: outer wall of inner cup

800: coating

81: inner cup opening

82: inner cup fusion surface

83: inner cup room

84: inner wall of inner cup

85: bottom of inner cup

9: Isolated space

Figure 1 is an exploded perspective view of the new model in a preferred embodiment.

Figure 2 is a perspective view of the new model in a preferred embodiment.

FIG. 3 is a cross-sectional view of the present invention in a preferred embodiment.

Figure 4 is an exploded perspective view of the new model in another preferred embodiment.

Figure 5 is a perspective view of the new model in another preferred embodiment.

Fig. 6 is a cross-sectional view of the present invention in another preferred embodiment.

FIG. 7 is an exploded perspective view of the new model in another preferred embodiment.

Figure 8 is a perspective view of the new model in another preferred embodiment.

Figure 9 is a cross-sectional view of the new model in another preferred embodiment.

In order to make the technical methods, creative features, objectives and effects used in this creation easy to understand, here is a better implementation and detailed description with the drawings as follows:

First of all, please refer to Figures 1-3, this creation mainly includes: an outer cup 1, with an outer cup opening 10, a flange 11, an outer cup fusion surface 12, an outer cup outer wall 13, an outer cup inner wall 14, The outer cup 1 is sleeved on the inner cup 2 and is made of transparent material; one end of the outer cup 1 is an outer cup opening 10, and the inner cup bottom 26 is aligned with the outer cup opening 10 and sleeved in the direction of the outer cup opening 10 So that it fits; the inner wall 14 of the outer cup faces a face of the inner cup 2 and the inner wall 14 of the outer cup is at a distance from the outer wall 20 of the inner cup; the outer wall 13 of the outer cup is relative to the outer cup The inner wall 14, the flange 11 and the groove 22 fit; the outer cup fusion surface 12 and the inner cup fusion surface 23 are machined (such as high frequency, gluing, etc.) and combined with each other.

An inner cup 2 has an inner cup outer wall 20, a coating 200, an inner cup opening 21, a groove 22, an inner cup welding surface 23, an inner cup container 24, an inner cup inner wall 25, an inner cup bottom 26, the inner The cup chamber 24 is located between the inner cups 2; printed on the coating 200 (such as printing, painting, bronzing or transfer printing) on the outer wall 20 of the inner cup; the inner cup opening 21 is provided at one end of the inner cup 2 And communicates with the inner cup accommodating chamber 24, the inner cup inner wall 25 faces a face of the inner cup accommodating chamber 24, the inner cup outer wall 20 is opposite to the inner cup inner wall 25, the groove 22 is fitted with the flange 11; The inner cup fusion surface 23 and the outer cup fusion surface 12 are combined with each other by machining.

An isolated space 3 is jointly defined by the outer cup 1 and the inner cup 2. The isolated space 3 is located between the inner wall 14 of the outer cup and the outer wall 20 of the inner cup, and the isolated space 3 is filled with air.

For another preferred embodiment of this creation, please refer to FIGS. 4-6, which mainly include: an outer cup 4 with an outer cup opening 40, a flange 41, an outer cup welding surface 42, an outer cup outer wall 43, an outer Cup inner wall 44, the outer cup 4 is sleeved on the inner cup 5 and is made of transparent material; one end of the outer cup 4 is the outer cup opening 40, the inner cup bottom 56 is aligned with the outer cup opening 40 and opens toward the outer cup The direction of 40 is sleeved so that it fits; the inner wall 44 of the outer cup faces a face of the inner cup 5, the inner wall 44 of the outer cup and the outer wall 50 of the inner cup are separated by a distance; the outer wall 43 of the outer cup is With respect to the inner wall 44 of the outer cup, the flange 41 is fitted with the groove 52; the outer cup fusion surface 42 and the inner cup fusion surface 53 are machined (such as high frequency, gluing, etc.) and combined with each other.

An inner cup 5 has an inner cup outer wall 50, a coating 500, an inner cup opening 51, a groove 52, an inner cup fusion surface 53, an inner cup receptacle 54, an inner cup inner wall 55, and an inner cup bottom 56, the inner The cup chamber 54 is located between the inner cups 5; printed on the coating 500 (such as printing, painting, bronzing or transfer printing) on the outer wall 50 of the inner cup; the inner cup opening 51 is provided at one end of the inner cup 5 And communicates with the inner cup accommodating chamber 54, the inner cup inner wall 55 faces a face of the inner cup accommodating chamber 54, the inner cup outer wall 50 is opposite to the inner cup inner wall 55, the groove 52 is fitted with the flange 41; The inner cup fusion surface 53 and the outer cup fusion surface 42 are combined with each other by machining.

An isolated space 6 is jointly defined by the outer cup 4 and the inner cup 5. The isolated space 6 is located between the inner wall 44 of the outer cup and the outer wall 50 of the inner cup, and the isolated space 6 is filled with air.

For another preferred embodiment of this creation, please refer to Figures 7-9, which mainly include: an outer cup 7 having an outer cup opening 70, an outer cup fusion surface 71, an outer cup outer wall 72, and an outer cup inner wall 73, The outer cup 7 is sleeved on the inner cup 8 and is made of transparent material; one end of the outer cup 7 is an outer cup opening 70, and the inner cup bottom 85 is aligned with the outer cup opening 70 and sleeved in the direction of the outer cup opening 70 So that it fits; the inner wall 73 of the outer cup faces a face of the inner cup 8, the inner wall 73 of the outer cup is at a distance from the outer wall 80 of the inner cup; the outer wall 72 of the outer cup is relative to the outer cup Inner wall 73; outer cup fusion surface 71 and inner cup fusion surface 82 are machined (such as high frequency, gluing, etc.) and combined with each other.

An inner cup 8, having an inner cup outer wall 80, a coating 800, an inner cup opening 81, an inner cup welding surface 82, an inner cup receptacle 83, an inner cup inner wall 84, an inner cup bottom 85, the inner cup receptacle 83 Located between the inner cups 8; printed on the coating 800 (such as printing, painting, bronzing or transfer printing, etc.) on the outer wall 80 of the inner cup; the inner cup opening 81 is provided at one end of the inner cup 8 and communicates with the inner cup 8 Cup containing chamber 83, the inner cup inner wall 84 faces a face of the inner cup containing chamber 83, the inner cup outer wall 80 faces the inner cup inner wall 84; the inner cup fusion surface 82 and the outer cup fusion surface 71 are Machine processing is combined with each other.

An isolated space 9 is defined by the outer cup 7 and the inner cup 8 together. The isolated space 9 is located between the inner wall 73 of the outer cup and the outer wall 80 of the inner cup, and the isolated space 9 is filled with air.

As can be seen from the above description, this creation has the following advantages.

1. The combination of the outer cup 1 and the inner cup 2 in this creation allows the coating 200 to be nested in the inner cup 2 so that the user cannot scratch the coating 200; the coating 200 can also be used for this effect and more With regard to changes in paint and processing options, users can observe the processing changes of the coating 200 through the outer cup 1 to improve the viewing and aesthetics of the double-layer cup.

2. Use plastic material to combine the outer cup 1 and the inner cup 2, and fit the flange 11 and the groove 22; the outer cup fusion surface 12 and the inner cup fusion surface 23 are combined with each other by machining to avoid glass materials It is easy to rupture due to impact, fall, hot and cold pressure, and thus improve the safety of double-layer cups.

3. Insulated space 3, the user grasps the outer wall 13 of the outer cup. With the isolated space 3, the temperature of the liquid filled in the inner cup 2 is prevented from changing, which affects the grip.

However, the above is only one of the preferred embodiments of this creation, and it should not be used to limit the scope of implementation of this creation, that is, any changes or modifications made according to the scope of patent application and description of this creation should still belong to Within the scope of this creative patent.

1: outer cup

2: inner cup

20: outer wall of inner cup

200: coating

3: isolated space

Claims (5)

A double-layer cup, mainly including: An outer cup is made of transparent material, the outer cup is sleeved on the inner cup, the outer cup is used for taking; an inner cup, the inner cup is used for filling drinking liquid; and an isolated space is located in the outer cup and The inner cup is defined by the outer cup and the inner cup together, and the isolated space is used to block the transfer of liquid temperature from the inner cup to the outer cup. The double-layer cup as described in item 1 of the patent application scope, in which the surface of the inner cup is provided with a coating, which can be processed, such as printing, painting, bronzing or transfer printing. The double-layer cup as described in item 1 of the patent application scope, in which the inner cup can process different colors. As described in item 1 of the patent application scope, the double-layer cup, the plastic outer cup and the inner cup, wherein the combination of the outer cup and the inner cup can be integrated by machining. As described in item 1 of the patent application scope, the double-layer cup, the plastic outer cup and the inner cup, wherein the combination of the outer cup and the inner cup can be integrated by glue processing.

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