CN109398861B

CN109398861B - Glass wine bottle

Info

Publication number: CN109398861B
Application number: CN201811534926.3A
Authority: CN
Inventors: 邓军华
Original assignee: Chongqing Zhaofeng Glassware Co ltd
Current assignee: Chongqing Zhaofeng Glassware Co ltd
Priority date: 2018-12-14
Filing date: 2018-12-14
Publication date: 2020-04-21
Anticipated expiration: 2038-12-14
Also published as: CN109398861A

Abstract

The invention relates to the technical field of glass products, and particularly discloses a glass wine bottle which comprises a bottle body and a cover for covering the bottle body; the bottle body and the cover are provided with unique and mutually matched openings; the opening of the bottle body is arranged at the top end of the bottle body, and the opening of the bottle body is a necking with gradually reduced diameter; the bottle body is positioned below the necking and is provided with a bottom barrel part which is integrally formed with the necking; the opening of the cover is arranged at the bottom end of the cover, and the opening of the cover is an expanding opening with gradually increased diameter; a top barrel part integrally formed with the flaring is arranged above the flaring; the bottom end of the flaring is contacted with the junction of the necking and the bottom barrel part. The invention effectively solves the problem that the cover is easy to lose.

Description

Glass wine bottle

Technical Field

The invention relates to the technical field of glass products, in particular to a glass wine bottle for containing wine.

Background

Since the creation of glass bottles, people began to package wine in glass bottles. The glass bottle not only can keep the wine mellow, but also is convenient for storage, transportation and drinking.

Existing wine bottles generally include a cap and a body. The cap is mostly a disposable metal cap or a disposable plastic cap, which is easy to lose after one time of use, so that the wine which is not drunk up in the wine bottle can not be easily stored due to the loss of the cap. In order to facilitate distinguishing and memorizing of consumers, a plurality of famous wineries design unique bottle bodies and trademarks arranged on the bottle bodies. If proper artistic processing is carried out on the bottle body shape, the wine bottle can also be collected as an artwork after the wine is drunk. Compared with the bottle body, most of the caps of the existing wine bottles are consumable products, and have no value worth collecting and no help to the value of the whole wine bottle after use.

In addition, as it is now customary to distinguish wine produced in different wineries from wine bottles. With the increasing price difference between the famous wine and the common wine, many lawbreakers dry and sell fake wine in the interest driving mode in order to earn a riot. They bottled bought famous wine with fake wine and pasted with fake trademark to become famous wine and appear in various circulation fields, and the fake wine is harmful to people and damage the reputation of manufacturers, thus interfering with economy. Although many manufacturers and departments concerned spend a lot of manpower and material resources and take various measures to make a fake, the effect is limited. The reason is that the fake wine is true wine bottle, and if the true wine bottle source of the fake producer can be cut off, the bottled fake wine will be restrained to a great extent. However, if the glass bottles of the famous wine are changed into disposable bottles, the raw materials are wasted greatly.

Disclosure of Invention

The invention aims to provide a glass wine bottle which is used for solving the problem that a cap of an existing wine bottle is easy to lose.

The glass wine bottle comprises a bottle body and a cover for covering the bottle body; the bottle body and the cover are provided with unique and mutually matched openings;

the opening of the bottle body is arranged at the top end of the bottle body, and the opening of the bottle body is a necking with gradually reduced diameter; the bottle body is positioned below the necking and is provided with a bottom barrel part which is integrally formed with the necking;

the opening of the cover is arranged at the bottom end of the cover, and the opening of the cover is an expanding opening with gradually increased diameter; a top barrel part integrally formed with the flaring is arranged above the flaring;

the bottom end of the flaring is contacted with the junction of the necking and the bottom barrel part.

The invention has the advantages that:

the cover is connected with the bottle body through the matching of the flaring and the necking. The bottom end of the cover, namely the bottom end of the flared opening, extends into the bottle body and is contacted with the junction of the necking and the bottom barrel part, which indicates that the diameter of the flared opening of the cover is large enough. The cap can be considered to be an important part of the wine bottle itself, rather than just a fitment to the body. When the wine bottle is opened and the cover is turned over, the cover can be used as a wine cup to be matched with the bottle body. The bottom end of the flaring opening of the cover is the cup edge of the wine cup.

The invention makes the cover exist as the bottle body, not only the diameter of the flaring of the cover is large enough, so the cover is not easy to lose, but also the flaring of the cover and the design of the top barrel part enable the cover to be used as a wine glass, thereby increasing the use function of the cover, and enabling the cover to have the same collection value as the bottle body.

The invention effectively solves the problem that the existing wine bottle cap is easy to lose.

Furthermore, the cover and the bottle body are both of glass structures.

The cap of the existing wine bottle is mostly made of metal or plastic, is not suitable for long-term contact with alcohol, and additionally increases the purchase cost. And set up the lid into glass structure with the body is also the same, not only can utilize the same production line and raw materials to produce, practice thrift the cost, still be favorable to the long-term storage to the alcohol product more.

Furthermore, the outer walls of the cover and the bottle body are covered with fixing layers.

Through the fixed layer, will be equipped with the body of wine and lid and fix into an organic whole, consolidate the connection between the two, avoid the wine of loading to leak out.

Further, a fixing ring protruding outwards in the radial direction is arranged at the bottom end of the flaring; and a limiting groove matched with the fixing ring is arranged at the junction of the necking and the bottom barrel part.

Through solid fixed ring and spacing groove, make lid and body link together, even open the beverage bottle after, also can cover the lid on the body, avoid remaining wine in the body to volatilize. Moreover, the arrangement of the fixing ring and the limiting groove is simple to operate in glass processing, and the difficulty of producing wine bottles cannot be increased. On the premise of not increasing the production difficulty, the fixing ring and the limiting groove can play a good role in quick positioning and clamping.

Furthermore, a through hole penetrating through the wall of the necking is formed in the necking, and the through hole is positioned above the limiting groove; an oxidation packet is arranged in the through hole; the oxidation bag is filled with a color-changing substance which changes color when meeting oxygen; a frosted belt used for opening the oxidation bag is arranged on the outer wall of the flaring; when the cover covers the bottle body, the abrasive belt is positioned below the through hole.

The sanding belt has an uneven surface and is easily torn by a soft object due to a large friction force. When the wine bottle is opened, the cover is taken away upwards, and the abrasive belt on the cover punctures the oxidation bag in the process of moving upwards. And (4) taking the cover away, and simultaneously, enabling the opened oxidation packet to be in contact with air for oxidation and color change. Therefore, the bottle body after being opened for use can be partially colored due to the color change of the oxidation bag, the wine bottle can be obviously used, and the situation that lawbreakers recycle wine bottles to reload fake wine by using real wine bottles is effectively avoided. The colored bottle body is not limited to other uses which are not counterfeit, such as taking a wine bottle as a flower vase or containing other foods, and the use value and the collection value of the wine bottle are not influenced by the arrangement.

Further, the penetrating path of the through hole is in a bent shape, and an outer port of the through hole is blocked after being in contact with the fixing layer.

The outer opening of the through hole refers to an opening of the through hole facing the outer side of the bottle body. Similarly, the inner opening of the through hole refers to the opening of the through hole facing the inner side of the bottle body. The through path of the through hole is curved, so that the oxidation packet inside cannot leak out of the through hole. The outer opening of the through hole is sealed by the fixing layer for packaging when wine is filled, and the outer opening of the through hole is generally sealed even when a wine bottle is opened later, so that the phenomenon that the oxidation package is discolored due to the fixing layer is reduced to the maximum extent. Only when the cover is opened, the oxidation packet is punctured, and the oxidation packet is contacted with air from the inner side opening of the through hole and is oxidized and discolored.

Furthermore, the through holes are multiple and are uniformly distributed on the same circumference.

The arrangement is convenient to process and is rich in aesthetic feeling.

Further, the oxidation package comprises a transparent edible film material and vitamin C wrapped in the edible film material.

The edible film material, even if being arranged in the through hole, does not affect the use of the bottle body for loading food. The vitamin C can be oxidized and discolored when meeting oxygen, and meanwhile, the vitamin C is edible without toxic and harmful effects and cannot influence loaded food when being filled in the through hole. In addition, the vitamin C is subjected to first oxidation into dehydroxidation when meeting oxygen for the first time, the vitamin C subjected to dehydrooxidation still has certain effect, if wine is contacted with the vitamin C when wine is poured, the damage of the alcohol to the liver can be reduced to a certain extent, and the wine can change color more obviously after being contacted with the vitamin C in the through hole, so that the color in the through hole plays a role in obvious marking and reminding.

Further, the fixing layer is a rubber layer with a fixing effect after being melted.

The rubber layer has strong bonding effect after being melted, and can firmly fix the bottle body and the cover. Meanwhile, the rubber layer is difficult to clean after being opened, the outer wall of the used wine bottle is greatly different from that of the wine bottle which is not used, and the situation that the used wine bottle is recycled and stolen for counterfeit sale is further prevented.

Drawings

FIG. 1 is an axial cross-sectional view of an embodiment of the present invention.

Detailed Description

The following is further detailed by way of specific embodiments:

reference numerals in the drawings of the specification include: the bottle comprises a fixed layer 1, a cover 2, a sanding belt 21, a positioning ring 22, a bottle body 3 and an oxidation package 4.

Example 1

The embodiment is basically as shown in the attached figure 1: a glass wine bottle includes a body 3 and a lid 2 coupled to each other and a fixing layer 1 for fixing the body 3 and the lid 2. The cover 2 and the bottle body 3 are both glass structures.

The bottle body 3 and the cover 2 are both provided with a matched opening, and the opening of the bottle body 3 is positioned at the top end and is a necking with gradually reduced diameter; the bottle body 3 is positioned below the necking and is a bottom barrel part which is integrally formed with the necking; the bottom barrel part is cylindrical with the same diameter. The diameter of the top end of the necking is more than two thirds of the diameter of the bottom barrel part. The diameter of the top end of the necking is large enough to more conveniently cover the cover 2 on the bottle body 3. In addition, the bottom barrel part can also be of a cavity structure which is large in middle diameter and small in two end diameters and is similar to a big belly jar.

The opening of the cover 2 is positioned at the bottom end of the cover 2 and is a flaring with gradually increasing diameter; a top barrel part integrally formed with the flaring is arranged above the flaring; the top barrel part can be of a regular cylindrical structure or other structures.

A fixing ring protruding outwards in the radial direction is integrally formed at the bottom end of the flaring; the junction of the necking and the bottom barrel part is provided with a limiting groove which is radially and outwards sunken, and the limiting groove is matched with the fixing ring. When the flaring outer wall of the cover 2 extends into the bottle body 3 along the necking inner wall of the bottle body 3, the fixing ring is clamped into the limiting groove to connect the cover 2 and the bottle body 3, so that the cover 2 covers the bottle body 3.

Wherein, the groove depth of the limiting groove is 40-60 mm, and the maximum length of the outward extending fixed ring is 35-55 mm. The limiting groove can completely wrap the protruding structure on the fixing ring, and meanwhile, the fixing ring can have a space for being taken out upwards. Even after the wine bottle is opened, the cover 2 can be covered on the bottle body 3, and the wine left in the bottle body 3 is prevented from volatilizing. Moreover, the arrangement of the fixing ring and the limiting groove is simple to operate in glass processing, and the difficulty of producing wine bottles cannot be increased. On the premise of not increasing the production difficulty, the fixing ring and the limiting groove can play a good role in quick positioning and clamping.

Above the positioning ring 22, an uneven abrasive belt 21 is integrally formed on the outer wall of the cover 2. The sanding belt 21 projects upwards by a distance not exceeding 10 mm, so that the sanding belt 21 does not affect the movement of the cover 2 while increasing the contact friction. A plurality of through holes for filling the oxidation packet 4 are formed at the flaring part of the bottle body 3 from outside to inside; the through holes are evenly distributed, and all the through holes are located on the same circumference and distributed in a ring shape. When the cover 2 and the bottle body 3 are connected by the positioning ring 22 and the limiting groove, the through hole is positioned above the sanding belt 21.

The path of the through-hole running through from the outside to the inside is curved in shape, i.e., the outside port of the through-hole on the outer wall of body 3 and the inside port of the through-hole on the inner wall of body 3 cannot communicate through a straight path. In order to facilitate production and meet design requirements, the through path of the through hole is in an S shape, namely, the opening of the inner side opening of the through hole is downward, and the openings of the outer side openings are upward, so that the oxidation package 4 can be placed on the outer side opening to enter the through hole conveniently, the oxidation package 4 can contact the inner side opening under the action of gravity and the like, but the oxidation package 4 cannot leak out from the inner side opening due to the bent path in the middle of the wall of the bottle body 3.

The oxidation packet 4 in the through hole comprises edible film material attached to the inner side opening of the through hole and vitamin C which is wrapped by the film material and changes color when meeting oxygen.

The outer side mouth of through-hole is blocked after with fixed layer 1 contact, namely when the beverage bottle processing, when encapsulation fixed layer 1, the outer side mouth of through-hole just is blocked.

When processing the glass wine bottle, firstly processing the glass bottle body 3 with through holes according to a mould, wherein all the through holes are positioned on the same circumference and are uniformly distributed; the through hole is close to the top end of the bottle body 3, the upper part of the bottle body 3 is a necking with gradually reduced diameter, and the lower part of the bottle body 3 is a bottom barrel part with the end part being blocked.

When the bottle body 3 is processed, a limiting groove which is recessed outwards and radially is formed at the junction of the necking and the bottom barrel part, and the groove depth of the limiting groove is limited to 40-60 mm through a die. The minimum diameter of the top end necking of the bottle body 3 is limited to more than two thirds of the diameter of the top end of the bottom barrel part according to the die, so that the bottle body 3 can ensure that the bottle body has a large enough opening and a necking structure.

Then, the cap 2 is processed. Processing the cover 2 according to a die to enable the cover 2 to have a flaring with gradually increasing diameter; the flaring is integrally connected with a top barrel part with one end sealed; the top barrel part can be of a regular cylindrical structure or other structures. One end of the flaring, which is far away from the top barrel part, is integrally formed with a fixing ring which protrudes outwards in the radial direction; the fixing ring is matched with the limiting groove, and the maximum length of the outward extending fixing ring is 35-55 mm.

Thirdly, after objects such as wine and the like needing to be loaded are filled in the bottle body 3, the cover 2 is connected with the bottle body 3 through the fixing ring and the limiting groove; at this time, the through hole of the body 3 and the lid 2 form a groove with an opening at the outer side of the through hole, and the oxidation pack 4 is filled into the through hole from the outer side of the through hole so that the oxidation pack 4 is in contact with the outer side wall of the lid 2. Wherein, the oxidation package 4 comprises edible film materials and vitamin C which is included by the edible film materials and changes color when meeting oxygen.

Next, the wine bottle filled with the oxidation package 4 is poured with the melted rubber from the top of the cap 2, and when the rubber is molded, the rubber at the joint of the cap 2 and the body 3 is radially compressed inward by a tool such as a clip, so that the formed rubber layer tightly wraps and fixes the cap 2 and the body 3. Of course, for aesthetic reasons, a molding tool can be used, which is sleeved outside the cap 2 and the bottle body 3, and a molten rubber layer is filled into the molding tool, so that the shape of the rubber layer is more beautiful. The specific forming tool may be designed differently, and will not be described herein again.

When the glass bottle is processed, the cover 2 and the bottle body 3 are connected firstly, the oxidation package 4 is placed later, then the rubber layer is sealed, the oxidation package 4 cannot be oxidized and discolored before being placed, after the oxidation package is placed into the through hole, the oxidation package 4 can be tightly attached to the outer side wall of the cover 2 by using a film material after being placed into the through hole through gravity, the pushing force of the through hole and the extrusion force of the rubber layer, when the wine bottle is opened, the abrasive belt 21 on the cover 2 inevitably contacts with the oxidation package 4 and punctures the edible film material, the vitamin C in the oxidation package 4 is exposed, then the color change occurs through the contact with air or wine, and the obvious marking effect is achieved when the wine bottle is used.

Example 2

The difference from embodiment 1 is that the oxidation package 4 is already inserted into the through hole before the cap 2 and the body 3 are connected. The oxidation packet 4 in this embodiment comprises an outwardly extendable connecting line connected to the edible film material. The oxidation packet 4 is added into the through hole of the bottle body 3, and each oxidation packet 4 is hung by a connecting line left outside the through hole, so that the oxidation packet 4 is prevented from directly contacting with the inner side opening of the through hole. After wine is filled in the bottle body 3, the cover 2 and the bottle body 3 are covered by the fixing ring and the limiting groove, and the connecting line is released, so that the oxidation packet 4 is contacted with the inner side opening of the through hole under the action of gravity.

Finally, molten rubber is poured onto the outer surface of the junction of the cap 2 and body 3, and the entire rubber layer is pressed with radially inward force against the junction of the cap 2 and body 3 by the jaws during the process of rubber solidification. The oxidation packet 4 in the through hole is closer to the inner side opening of the through hole while the rubber layer is compressed.

The descriptions in the above embodiments and the like can be used to explain the contents of the claims.

Claims

1. A glass wine bottle comprises a bottle body and a cover for covering the bottle body; the bottle body and the cover are provided with unique and mutually matched openings; the method is characterized in that:

the bottom end of the flaring is contacted with the junction of the necking and the bottom barrel part;

the necking is provided with a through hole penetrating through the necking wall, and the through hole is positioned above the limiting groove; an oxidation packet is arranged in the through hole; the oxidation bag is filled with a color-changing substance which changes color when meeting oxygen; a frosted belt for opening the oxidation bag is arranged on the outer wall of the flaring; when the cover covers the bottle body, the abrasive belt is positioned below the through hole.

2. The glass wine bottle of claim 1, wherein: the cover and the bottle body are both of glass structures.

3. The glass wine bottle of claim 2, wherein: the outer walls of the cover and the bottle body are covered with fixing layers.

4. The glass wine bottle of claim 2, wherein: a fixing ring protruding outwards in the radial direction is arranged at the bottom end of the flaring; and a limiting groove matched with the fixing ring is arranged at the junction of the necking and the bottom barrel part.

5. The glass wine bottle of claim 2, wherein: the through path of the through hole is in a bent shape, and the outer port of the through hole is blocked after being contacted with the fixing layer.

6. The glass wine bottle of claim 5, wherein: the through holes are multiple and are uniformly distributed on the same circumference.

7. The glass wine bottle of claim 5, wherein: the oxidation package comprises a transparent edible film material and vitamin C wrapped in the edible film material.

8. The glass wine bottle of claim 3, wherein: the fixed layer is a rubber layer with a fixing function after being melted.