KR20120110417A

KR20120110417A - Cover of jar

Info

Publication number: KR20120110417A
Application number: KR1020110028258A
Authority: KR
Inventors: 박상빈
Original assignee: 박상빈
Priority date: 2011-03-29
Filing date: 2011-03-29
Publication date: 2012-10-10

Abstract

The present invention relates to a reading cap, the upper body 10 and the lower body having an annular cylindrical body is ventilated in the lower portion of the upper body through which the skylight through the glass viewing window, the upper body (10) Periphery of the window 12 is made of a disc and the ring-shaped lid wing 14 is formed integrally coupled to the periphery of the see-through window 12, the flat portion 14a and the inclined portion 14b is formed, the lid wing ( 14 is combined with the see-through window 12 on the inner bottom of the flat portion (14a) to form the receiving portion 16 to fill the water to the top to fill the water in the receiving portion 16 during the rainy season in the summer when direct sunlight It is blocked in advance to prevent direct mining from inside the jar so that the intestine due to direct sunlight does not dry out or discolor the surface of the jar.

Description

Jar Cover Poison {COVER OF JAR}

The present invention relates to a long poison lid used for storing and fermenting fermented foods such as miso and soy sauce in jars, and particularly harmful to the human body during ripening while preventing the fermented foods in the jar from discoloring from excessive direct sunlight in summer intestinal care. It's about an improved jar toxin lid that eliminates ingredients and activates only beneficial nutrients.

In general, fermented foods such as soybean paste, red pepper paste, or soy sauce are put into jars of Onggi for long-term aging and storage, and they promote proper ripening of fermented foods in jars and prevent the decay of microorganisms such as harmful molds. Managed by conventional methods of opening and closing the lid for proper lighting and ventilation.

However, there is a very cumbersome inconvenience for modern people who have a busy life to manage to open the lid from time to time for mining and ventilation in the jar containing the fermented food.

In order to alleviate the inconvenience of conventional conventional poisoning lids, the poisoning lids that can be mined and ventilated without opening the lid have been developed and used. Most of the upper part is made of a transparent glass cover of curved type for mining. An annular cylinder formed with several through holes is formed on the bottom of the transparent cover to allow ventilation with the outside, and is formed to surround the outer surface of the annular cylinder with a mesh to block foreign substances or insects from entering the bottom of the annular cylinder. The sealing ring is in surface contact with the surface.

Therefore, when the user does not open and close the lid for lighting and ventilating fermented food contained in the jar by placing the lid on the top of the jar has a rather convenient advantage compared to the conventional lid.

However, the transparent cover portion of the conventional long poison lid is made of glass and can be easily damaged by external shocks, so it is very inconvenient to handle and use it at all times. After the fermentation to some extent, the gauze or mesh is covered on the jar to avoid direct sunlight, so that it is often managed to sunshine. However, the conventional long poison lid is continuously lighted through the transparent cover of glass in strong direct sunlight in summer. Rather, as the intestine dries, it may decay, and the surface of the intestine due to direct sunlight discolors, causing deterioration.

In addition, conventional earthenware poisonous lid has the advantage of maintaining the freshness while releasing beneficial ingredients to the human body in the state of covering the jar to activate the nutrients of the intestine to help ripening, whereas the conventional poisonous lid made of glass only consists of mining It had some disadvantages, such as falling somewhat functional.

Therefore, the object of the present invention is to be seated in the pot soaking intestines and freely made light and ventilation, so that it is not easily damaged by external shocks, and intestinal dryness or direct decay due to discoloration due to direct sunlight in the field management in summer To prevent the prevention of the jangjang lid to enable the nutrients of the fermented food by activating the nutrients of the fermented food with a lid of germanium having a beneficial component to the human body, such as conventional jangdook lid.

In accordance with the above object, the present invention, in the reading cap of the upper body 10 is coupled to the lower body having the upper body and the lower body having an annular cylindrical body ventilated in the lower portion of the upper body through which the sky through the glass viewing window, 12 is made of a disc and integrally formed ring-shaped lid wing 14 formed integrally with the flat portion 14a and the extended inclined portion 14b around the viewing window 12, lid wing 14 Couple the see-through window 12 to the inner bottom of the flat portion (14a) of the receiving portion 16 is characterized in that configured to be formed to fill the water.

In another aspect, the present invention is characterized in that the lid wing 14 of the upper body 10 is formed by forming a germanium material.

Jangdok lid of the present invention forms a receiving portion to fill the water used in the upper part of the viewing window through which the skylight is made to prevent decay due to dryness or discoloration of the surface by direct sunlight during summer management, and germanium on the outside of the viewing window The lid wing is formed to promote the proper ripening of fermented foods contained in the jar, and has the effect of removing the growth of microorganisms such as fungi harmful to the human body, while protecting the viewing window from external impacts, the lid is firm.

1 is a perspective view of a lid for reading in accordance with an embodiment of the present invention,
2 is a cross-sectional configuration of the present invention,
3 is an exploded cross-sectional view of the present invention;
Figure 4 is a cross-sectional view of the use state of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view of a lid for reading according to an embodiment of the present invention, Figure 2 is a cross-sectional configuration of the present invention, Figure 3 is an exploded cross-sectional configuration of the present invention.

Jangdok lid 2 according to an embodiment of the present invention is a predetermined height so that the ventilation of the upper body 10 and the outside while supporting the upper body 10 and the upper body 10 so as to see the inside of the jar with sunlight transmission It has a cylindrical lower body 20 having.

Specifically, the upper body 10 of the long lid 2 of the present invention is molded as a germanium material so as to have a predetermined width around the viewing window 12 of the glass made of the disc so that sunlight is mined, and the viewing window 12 It is formed to have a cap ring 14 of the ring shape produced. At this time, the lid wing 14 is formed with an inclined portion 14b extending outwardly formed with the flat portion 14a with the upper flat portion 14a, so as to have a beautiful appearance by having a shape of a conventional long poison lid, a sight glass 12 ) Is provided to be wrapped around the outside to protect it from external impact.

In addition, the viewing window 12 positioned at the center of the lid wing 14 contacts the bottom surface of the flat portion 14a of the lid wing 14 to be sealed by using an adhesive such as silicone to be integrally coupled to the plane portion. It is configured to have a receiving portion 16 that can fill the upper portion of the viewing window 12 by giving a thickness of a certain height inside the 14a.

The height of the receiving portion 16 may vary depending on the size of the upper body 10, but it is most preferable to form a height of approximately 5mm ~ 7mm. Because if the height of the receiving portion 16 is formed to be 5 mm or less, the water filled in the upper portion of the see-through window 12 is formed thin, so that direct sunlight is mined into the jar during summer intestinal care, and the intestine dries or discolors the surface. On the other hand, if the height of the accommodating part 16 is formed to be 7 mm or more, the effect of blocking direct light is good, but the lid wing 14 of germanium is thickened, so that the material cost is high and the weight is heavy at the time of manufacturing the large housewife. This can be a bit inconvenient to use.

And the ring-shaped lid wing 14 in the see-through window 12 in the center, the outer diameter of the lid wing 14 is 230mm ~ 470mm based on the inner diameter is formed 180mm ~ 420mm than the outer diameter It is ideal to form and manufacture as small as 50mm, which ensures that the appropriate amount of mining is supplied into the jar through the see-through window 12 while the width of the lid 14 is not unnecessarily large.

Therefore, the upper body 10 of the present invention has a see-through window 12 for mining light and a receiving portion 16 for filling water in the upper part of the see-through window 12 to allow the user to direct sunlight in a season according to the season. By controlling the temperature and humidity to prevent the discoloration of the intestine discoloration in advance, the beneficial ingredients emitted from the lid wing 14 of germanium formed integrally with the viewing window 12 promotes the proper ripening of fermented food contained in the jar to the human body Eliminates the growth of microorganisms, such as harmful fungi.

On the other hand, the upper body 10 constituting the long lid 2 of the present invention is configured to be integrally coupled to the lower body 20 is made of ventilation with the outside and supporting the upper body 10.

That is, the lower body 20 is coupled to and fixed to the bottom surface of the lid wing 14 together with the see-through window 12 in the upper body 10 is to form an annular cylindrical body 22 having a predetermined height, annular cylindrical body ( 22 is formed by rolling a relatively thin metal plate roundly and forms a mesh 24 on the outer surface to surround the through holes 22a while forming a plurality of through holes 22a communicating with the outside on the annular cylindrical body 22. Combining integrally.

At this time, the through-holes 22a having the annular cylindrical body 22 are most preferably formed so as to be arranged on the upper surface of the cylindrical body 22 and zigzag up and down with each other. The through-holes 22a are formed in the upper portion of the annular cylindrical body 22 at about 90 ° corresponding to the inclined portion 14b, so that the air is freely ventilated with the inside of the jar so that rainwater does not easily enter the inside of the jar when it rains. For sake.

The mesh 24 formed integrally on the outer surface of the annular cylindrical body 22 has the same effect as that of the conventional long poison lid to block the ingress of various dusts and foreign substances or insects into the jar, and also has an annular cylindrical body ( 22) The sealing ring 26 of the rubber material coupled to the lower end of the rubber material also provides a frictional force due to the surface contact with the surface of the jar when it is seated and closed on the top of the jar so that it does not easily move to external pressure. to be.

Jangdok lid (2) of the present invention configured as described above is not only easy to use because the daylight and ventilation is made by covering the opening of the jar without opening and closing the lid as in the prior art, in particular, the upper body of the sunlight during the field management in summer (10) In the case where the direct light is made into the jar through the see-through window 12 of the user, as shown in FIG. 4, when the user fills the water in the receiving portion 16 having the upper portion of the see-through window 12, the strong direct light is inside the jar. It is easier to manage the intestines by blocking them from being mined in advance so as to prevent the intestines from drying out or discoloring due to direct sunlight in the jars.

And the long lid 2 of the present invention is formed so as to wrap the lid wing 14 of the germanium on the outside of the see-through window 12 for receiving water can safely protect the see-through window 12 from the outside when handling the lid. In addition, compared to the conventional glass-only lid made of glass, there is no possibility of being easily broken, and thus the service life can be extended.In particular, while the beneficial ingredient of germanium generated from the wing lid 14 promotes proper ripening of the fermented food contained in the jar, It can also exert an excellent effect of removing the growth of microorganisms, such as fungi, harmful to the human body.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments. Therefore, the scope of the present invention should not be defined by the described embodiments, but should be defined by the claims and their equivalents.

The present invention can be used as a lid of a jar containing various fermented foods.

(2)-Poison lid (10)-Upper body
(12)-Viewing Window (14)-Lid-wing
(14a)-flat part (14b)-slope
(16)-Receptacle (20)-Lower body
(22)-annular cylinder (22a)-through
(24)-Mesh (26)-Sealing ring

Claims

In the long reading lid is a combination of the upper body and the lower body having an annular cylindrical body ventilated in the lower portion of the upper body is mined through the glass viewing window,
The see-through window 12 of the upper main body 10 is formed of a disc and integrally forms a ring-shaped lid wing 14 having a flat portion 14a and an extended inclined portion 14b formed around the see-through window 12. But, coupled to the see-through window 12 on the inner bottom surface of the flat portion (14a) of the lid wing 14, characterized in that the receiving portion 16 is configured to be filled with water on the top of the lid cap.

According to claim 1, wherein the height of the accommodating portion (16) having the upper portion of the viewing window (12) of the upper body 10, characterized in that the lid made of 5-7 mm.

The lid of claim 1, wherein the lid wing 14 of the upper body 10 is made of germanium.