KR102330417B1 - The cup that does not spill conetents - Google Patents

Abstract

The present invention relates to a cup. More particularly, it relates to a cup that prevents the contents from spilling even when the user moves while holding the cup.
In order to solve the above problems, the present invention provides a cup that can drink or store contents,
Provides a non-spillable cup comprising; a storage unit 100 for storing the contents; can store or accommodate the contents, and a protection unit 200 that can protect the above-described receiving unit 100; want to
The above-described protection unit 200 is coupled to the inner protection frame portion 210, the outer protection frame portion 220, and the handle protection frame portion 230, and each of the protection frame portions rotates in different directions to prevent the contents from spilling. We would like to provide a cup.
The above-described protection unit 200 is provided with a closing unit 300 on the lower side to provide a non-spillable cup capable of discharging the contents.
The present invention has an effect that can be used by anyone, regardless of age or gender, who has tremor because the contents do not pour because the direction of movement of each protective frame is different.
The present invention has an effect that a user can easily hold it with one hand.
The present invention has an effect that can be utilized as a substitute for the cup because the user does not have a cup with a finish.
The present invention has the effect of a cup holder by putting the user's cup or cup-shaped container in the protection part.
The present invention has the effect of being able to clean and use the protective frame part because it is detachable.

Description

A cup that does not spill contents {THE CUP THAT DOES NOT SPILL CONETENTS}

The present invention relates to a cup. More particularly, it relates to a cup that prevents the contents from spilling even when the user moves while holding the cup.

In general, hot coffee cups used at work have an integrated handle, so the shaking is transmitted to the body while walking, and the contents in the cup easily spill, contaminating the office floor and causing burns to the hand held. occurred.

Patent document 0001 forms a pedestal 3 at the bottom of the handle 5, and a pair of recessed grooves 77a are made in the 180 degree direction on the top of the holder integrated with the handle 5, so that it is slightly higher than the cup (1) height. Formation of recesses (7, 7a) that are semi-circular depressions; The rear part of the handle is partially cut so that the cup (1) can be easily disassembled and combined to integrate the handle (5) and the circular pedestal (3) so as to wrap the cup (1) from the outside, and the cup (1) ) is formed by thickening the bottom part and protruding a pair of horizontal pins 6 and 6a to the outside of the cup 1 at the upper end at 180 degrees, and the cup 1 is coupled within the handle 5 It consists of a structure.

However, the handle part and the pedestal part collided, limiting movement, and the handle moved even when the user was drinking, which made it inconvenient to use.

Patent Document 0002 relates to a gimbal bowl and has a feature that the base rotates by moving the container assembly bowl.

However, it has the disadvantage of having to hold the base with both hands and moving it, and it can only be used indoors, so it is limited to places.

Korean Patent Laid-Open Patent No. 10-2013-0101420 (Title of Invention: Unshakeable Cup) US Patent Publication No. US8348084 (Title of the Invention: Container with Surrounding Handle and Gimbal) Korean Patent Laid-Open Patent No. 10-2018-00681237 (Title of the invention: Cup that does not spill even when shaken)

In order to solve the above-mentioned problems, the present invention provides a content that can consume energy in the protective frame part so that the liquid in the cup does not spill out of the cup by rotating in different directions when the movement of the hand is transferred to the cup. The purpose is to provide a cup that does not spill.

An object of the present invention is to provide a cup that does not spill the contents, which can be used by anyone, regardless of age or gender with tremor because the contents do not spill because the respective protective frame parts move in different directions.

An object of the present invention is to provide a cup that does not spill the contents that a user can easily hold with one hand.

An object of the present invention is to provide a cup that does not spill the contents, which can be used as a substitute for the cup, even if the user does not have the cup.

An object of the present invention is to provide a cup that does not spill the contents having the effect of a cup holder by putting the user's cup or cup-shaped container in the protection part.

An object of the present invention is to provide a non-spillable cup that can be cleaned and used cleanly because the protective frame part is detachable.

An object of the present invention is to provide a cup that does not spill the contents to which the coupling part and the rotating part can be firmly fixed by having a drop-off preventing part in order to prevent the rod part from falling off.

An object of the present invention is to provide a cup that does not spill the contents that can be replaced with an aged protective frame or storage unit when the protection frame unit and the storage unit can be combined or dismantled.

In order to solve the above problems, the present invention provides a cup that can drink or store contents,

Storage unit 100 that can store or protect the contents;

It is intended to provide a non-spill cup configured to include; a protection frame unit 200 for protecting the contents from spilling by rotating in different directions in the storage unit 100 described above.

The above-mentioned protection frame part 200 is composed of an inner protection frame part 210, an outer protection frame part 220, and a handle protection frame part 230, and each of the protection frame parts 200 is coupled to rotate in different directions to rotate the contents. We aim to provide a non-spillable cup that does not spill by consuming the energy delivered to it.

The above-described storage unit 100 is provided with a closing unit 300 on the lower side to provide a non-spillable cup capable of discharging the contents.

The present invention has an effect that can be used by anyone, regardless of age or gender, who has tremor because the contents do not pour because the direction of movement of each protective frame is different.

The present invention has an effect that a user can easily hold it with one hand.

The present invention has an effect that can be utilized as a substitute for the cup because the user does not have a cup with a finish.

The present invention has the effect of a cup holder by putting the user's cup or cup-shaped container in the protection part.

The present invention has an effect that can be used cleanly by cleaning because each configuration of the protective frame part is detachable and detachable.

The present invention has an effect that the coupling part and the rotating part can be firmly fixed by having a drop-off preventing part in order to prevent the rod part from falling off.

The present invention has the effect that the protection frame portion and the storage portion can be combined or disassembled, so that they can be replaced when old.

1 is a perspective view of the conventional invention.
1A is a perspective view according to a preferred embodiment of the present invention.
1B is a plan view according to a preferred embodiment of the present invention.
Figure 2 is a perspective view of a receiving portion in a preferred embodiment of the present invention.
Figure 3 is a perspective view of the protective frame portion and the protective frame coupling portion is coupled according to a preferred embodiment of the present invention.
Figure 3a is a side view of the end portion and the inner protection frame coupling portion provided in the protection portion according to a preferred embodiment of the present invention.
Figure 3b is a side view in which the inner protective part coupling part provided in the protective part according to a preferred embodiment of the present invention is combined with the inner protective frame part.
Figure 3c is a plan view in which the outer protective frame is coupled to the inner protective frame according to a preferred embodiment of the present invention.
Figure 3d is a plan view in which the handle protection frame is coupled to the outer protection frame according to a preferred embodiment of the present invention.
4 is a perspective view of a protection frame provided in the protection frame according to a preferred embodiment of the present invention.
Figure 4a is a perspective view of the inner left rotating frame coupling groove provided in the inner protective frame according to a preferred embodiment of the present invention.
Figure 4b is a perspective view of the inner right-turn frame coupling groove provided in the inner protective frame according to a preferred embodiment of the present invention.
Figure 4c is a perspective view of the outer upper rotating frame coupling groove provided in the outer protective frame according to a preferred embodiment of the present invention.
Figure 4d is a perspective view of the outer lower rotating frame coupling groove provided in the outer protective frame according to a preferred embodiment of the present invention.
Figure 4e is a perspective view of the handle left rotating frame coupling groove provided in the handle protection frame according to a preferred embodiment of the present invention.
Figure 4f is a perspective view of the handle right turn frame coupling groove provided in the handle protection frame according to a preferred embodiment of the present invention.
Figure 4g is an exploded cross-sectional side view of the coupling portion of the coupling bar according to a preferred embodiment of the present invention.
Figure 4h is a side exploded cross-sectional view of the coupling rod portion and the coupling groove portion showing the drop-off prevention portion and the spring storage portion according to a preferred embodiment of the present invention.
5 is an exploded view of the protection part in which the closing part is separated according to a preferred embodiment of the present invention.
5A is a perspective view of a closing part according to a preferred embodiment of the present invention.

The present invention provides a cup that can drink or store contents,

Storage unit 100 that can store or protect the contents;

It is intended to provide a cup that does not spill the contents, including the above-described storage unit 100, a protective frame unit 200 that protects the contents from spilling even when rotating in different directions.

Hereinafter, it will be described in detail with reference to the accompanying drawings.

As shown in Fig. 1, as a conventional invention, it is composed of a storage unit 100 and a protection frame unit 200, and the above-described protection frame unit 200 includes an inner protection frame unit 210, an outer protection frame unit 220, and a handle. It consists of a protection frame part 230 and a handle part 240 .

As shown in FIG. 1c, the present invention is composed of a storage unit 100 and a protection frame unit 200, and the above-described protection frame unit 200 includes an inner protection frame unit 210, a handle protection frame unit 230, a handle unit ( 240) may be configured.

The above-described storage unit 100 is coupled to the inner protection frame unit 210 through the inner left side protection frame rotating unit 211 and the inner right side protection frame rotating unit 212 provided on both sides.

The above-described inner protection frame unit 210 is coupled to the outer protection frame unit 220 through the outer upper protection frame rotating unit 221 and the outer lower protection frame rotating unit 222 provided on the upper and lower sides.

The above-described outer protection frame unit 220 is coupled to the handle protection frame unit 230 through the handle left side protection frame rotating part 231 and the handle right side protection frame rotating unit 232 provided on the left side and the right side, and the handle protection frame unit 230. A handle portion 240 is provided on the upper side of the device so that the user can hold it by hand.

The above-mentioned protection frame unit 200 is each capable of rotating in different directions, so that edible drinking water such as beverage or water contained in the above-described storage unit 100 is stored, and energy generated when the user moves is stored in each protection frame unit ( 200) consumes, and the storage unit 100 is oriented to be perpendicular to the ground according to gravity, so that the contents do not spill.

As shown in FIG. 1A or FIG. 1B , the cup that does not spill the contents of the present invention is composed of a storage unit 100 , a protective frame unit 200 , a closing unit 300 , and a receiving unit 400 .

The above-mentioned protective frame part 200 is composed of an inner protective frame part 210, an outer protective frame part 220, a handle protective frame part 230, and a handle part 240, and the details are as follows.

The above-described inner protection frame unit 210 includes the inner left rotation unit coupling unit 213 provided on the left side of the storage unit 100 and the inner left side protection frame rotating unit provided on the inner left side of the inner protection frame unit 210 ( 211) is coupled, and the above-described storage unit 100 is provided with an inner right-turning part coupling part 214 on the right side, and an inner right-hand side protection frame rotating part 212 on the inner right side of the inner protection frame part 210. do.

As shown in Figure 1b, the above-described inner protection frame portion 210, the storage unit 100 can rotate left and right in the east-west direction by the combination of the above-described rotating part and the coupling part, and when rotating in the coupled rotation part and the coupling part By consuming the generated energy, there is a feature in that drinkable drinking water such as drinking water or beverage stored or stored in the storage unit 100 is not spilled.

The above-mentioned rotating parts and coupling parts are the outer upper protection frame rotating part 221, the outer lower protecting frame rotating part 222, the outer upper rotating part coupling part 223, the outer lower rotating part coupling part 224, the handle left guard frame. It means a rotating part 231 , a right-hand guard frame rotating part 232 , a left-hand rotating part coupling part 233 , and a right-hand rotating part coupling part 234 of the handle. The rotating part means an inner left frame rotating part 211 and an inner right protecting frame rotating part 212 , and the coupling part is an inner left rotating frame coupling part 213 provided on the left side of the storage unit 100 , and an inner right rotating part provided on the right side of the storage unit 100 . means the frame coupling part 214

The above-described inner protection frame unit 210 has the effect of being able to release the coupling with the storage unit 100 , so that the aged storage unit 100 or the inner protection frame unit 210 can be replaced later.

The above-described outer protection frame unit 220 is an outer upper rotation unit coupling portion 223 provided on the outer upper surface of the above-described inner protection frame unit 210 and an outer upper protection provided on the inner upper side surface of the outer protection frame unit 220 . The frame rotating part 221 is coupled and the outer lower rotating part coupling part 224 provided on the outer lower surface of the above-described inner protective frame part 210 and the outer lower protective frame provided on the inner lower surface of the outer protective frame part 220 . The rotation unit 222 is coupled to the above-described inner protection frame unit 210 can be rotated up and down in the north-south direction.

The above-described outer protection frame unit 220 can rotate left and right in the east-west direction by the combination of the rotating unit and the coupling unit, and consumes energy generated when rotating in the coupled rotating unit and the coupling unit and stored or stored in the storage unit 100 . It has a feature to prevent spillage of drinkable water such as drinking water or beverages.

The rotating part mentioned just above means the handle left guard frame rotating part 231 and the right handle protecting frame rotating part 232 provided in the handle protecting frame part 230 , and the coupling part is a handle provided on the left side of the outer protecting frame part 220 . It means the left-turning part coupling part 233, the handle right-turning part coupling part 234 provided on the right side.

The above-described outer protective frame portion 220 has a feature that can release the coupling with the inner protective frame portion 210, and can replace the aged outer protective frame portion 220 or the inner protective frame portion 210 when old.

The above-described handle protection frame unit 230 includes the handle left rotation part coupling part 233 provided on the outer left side of the outer protection frame unit 220 and the handle left protection provided on the inner left side of the handle protection frame unit 230 . The frame rotating part 231 is coupled and the handle right rotating part coupling part 234 provided on the outer right side of the above-described outer protection frame part 220 and the handle right protecting frame rotating part provided on the inner right side of the handle protecting frame part 230 ( 232) can be combined to rotate.

The above-described handle protection frame unit 230 can rotate in a different direction from the above-described outer protection frame unit 220 by the combination of the rotating unit and the coupling unit, and consumes energy generated when rotating in the coupled rotating unit and the coupling unit. Thus, there is a feature to prevent spillage of drinkable drinking water such as drinking water or beverage stored or stored in the storage unit 100 .

The rotating part mentioned just above means the handle left guard frame rotating part 231 and the handle right protecting frame rotating part 232, and the coupling part is the handle left rotating part coupling part 233 provided on the left side of the outer protection frame part 220, the handle. It means the right-turning part coupling part 234 .

The above-described handle protection frame unit 230 is capable of coupling or disengaging with the outer protection frame unit 220, and is easy to replace according to the disconnection. There is an effect that can be done.

As shown in FIG. 2 , the receiving part 400 of the present invention has a structure of upper and lower narrows, and the lower side is provided with a bottom part 410 to prevent the contents from flowing out.

The above-described accommodating unit 400 has the same function as the above-described storage unit 100 to store or store what the user can drink, such as beverages or water, but the user does not function as a holder according to the temperature of the contents. The difference arises that the material cannot be manufactured, and the storage unit 100 can be manufactured using stainless steel, synthetic resin, iron, etc., and the receiving unit 400 is manufactured using paper, plastic, and the like.

As shown in FIG. 3 , the cup that does not spill the contents is composed of a storage part 100 , a protective frame part 200 , and a closing part 300 .

The above-described storage unit 100 can store, store, and protect the contents, and has a structure of the upper and lower sides, and can store or store drinkable contents such as beverages or water, even if the storage unit 100 is shaken. Since the center of gravity is directed downward by gravity and is perpendicular to the ground, the contents do not spill and it can function as a cup holder for storing the storage unit 100 .

The above-mentioned protective frame part 200 is composed of an inner protective frame part 210 , an inner protective frame part 220 , a handle protective frame part 230 , and a handle part 240 .

The above-described inner protection frame unit 210 is provided with an inner left protection frame rotating unit 211 on the inner left side and an inner right side protection frame rotating unit 212 on the inner right side, and the above-described storage unit 100 rotates inside the left side on both sides. A sub coupling part 213 and an inner right rotating part coupling part 214 are provided, and each coupling part is an inner left guard frame rotating part 211 through an inner left rotating part rod part 215 and an inner right rotating part connecting part 216 . ) and the inner right protective frame rotating part 212 can be combined to rotate, and thus the above-described inner protective frame part 210 can rotate up and down in the north-south direction with respect to the south of the inner right protective frame rotating part 212 .

The above-described inner protection frame unit 210 has the advantage of being able to be coupled or uncoupled with the storage unit 100, and can be replaced when the inner protection frame unit 210 or the storage unit 100 is old.

The above-described closing unit 300 can be discharged by disengaging the closing unit 300 when the drinking water stored or stored in the above-described storage unit 100 is to be discharged, and conversely, it has a feature of preventing the contents from being discharged.

As shown in FIG. 3a, the storage unit 100 of the present invention is provided with an inner left-turning unit coupling part 213 and an inner right-turning unit coupling part 214 on both sides of the upper end, and a closing part 300 is provided on the lower side. It is available.

The above-described inner left rotation unit coupling part 213 is provided with an inside left rotation unit bar part 215 in the center of the side, and the inner right rotation part coupling part 214 is provided with an inside right rotation part bar part 216 at the side center. It is a part to be coupled with the coupling grooves to be described later.

The above-described bar portion has a feature that can be rotated without releasing the coupling when the rotating portion is coupled to the coupling groove portion.

The above-mentioned bar part means the inner left side rotating part rod part 215 and the inner right rotating part bar part 216 , and the above-mentioned rotating part means the inner left guard frame rotating part 211 and the inner right protecting frame rotating part 212 . do.

The coupling grooves mentioned just above mean the inner left rotation frame coupling groove portion 217 and the inner right rotation frame coupling groove portion 218 .

The above-mentioned inner left rotating part rod part 215 is coupled with the inner left rotating frame rotating part 211 and the other end is spherical in order to prevent it from being separated after coupling, so that it is easily disassembled with the inner left rotating frame coupling groove part 217 . It does not work, and it can be combined and disassembled, so it is easy to replace and clean.

The above-described inner protection frame unit 210 has the advantage of being able to be coupled or uncoupled with the storage unit 100, and can be replaced when the inner protection frame unit 210 or the storage unit 100 is old.

The above-described inner right rotating bar portion 216 is coupled to the inner right protective frame rotating unit 212 and is provided in a form that protrudes to the outside so as not to be separated after coupling. It will be described in detail in 4g or 4h.

The bar part and the rotating part mentioned immediately above refer to the inner right rotating part rod part 216 and the inner right protecting frame rotating part 212 .

As shown in FIG. 3b, the storage unit 100 of the present invention is provided with an inner left-turning unit coupling part 213 and an inner right-turning unit coupling part 214 on both sides of the upper end, and a closing part 300 is provided on the lower side. In the above-described inner left rotating unit coupling portion 213 and inner right rotating unit coupling unit 214, an inner protection frame unit 210 having an inner left protection frame rotating unit 211 and an inner right protecting frame rotating unit 212 is provided. The storage unit 100 rotates left and right in the east-west direction when the outer upper rotating unit coupling unit 223 provided on the outer upper surface of the inner protective frame unit 210 is coupled to the north as a reference.

The above-described inner protection frame unit 210 has an outer upper rotating unit coupling portion 223 on the outer upper end portion, and an outer lower rotating unit engaging unit 224 coupled at an outer lower end portion, and the above-described outer upper rotating unit connecting portion 223 and the outer lower rotating unit. The coupling part 224 is provided with an outer upper rotating part rod part 225 and an outer lower rotating part bar part 226 on the center surface, respectively, and is coupled with the outer upper guard frame rotating part 221 and the outer lower protecting frame rotating part 222, By consuming energy generated while the outer protective frame part 220 rotates in a different direction from the inner protective frame part 210 , there is an effect that the storage unit 100 does not spill the contents.

The above-described inner protection frame part 210 can rotate by combining the coupling parts and the rotating parts, and when rotating, the storage part 100 is vertical as shown in FIG. 3B in a state in which it is perpendicular to the ground. It rotates in the direction and the rotating parts coupled to the respective coupling parts consume the energy generated by the rotation in the direction so that the contents such as beverages or water stored or stored in the storage unit 100 are not spilled.

The above-described coupling parts mean the inner left rotation part coupling part 213 and the inner right rotation part coupling part 214 , and the rotating parts mean the inner left guard frame rotating part 211 and the inner right guard frame rotating part 212 .

As shown in Figure 3c, the outer protection frame part 220 of the present invention is provided with an outer upper protection frame rotating part 221 on the inner upper side surface, and an outer lower protection frame rotating part 222 on the inner lower side surface.

The inner protection frame unit 210 includes the outer upper protection frame rotating unit 221, the outer lower protection frame rotating unit 222 and the outer upper rotating unit coupling unit 223 and the outer lower rotating unit coupling unit 224 provided on the upper side. When coupled, the inner left rotating part coupling part 213 provided on the outer upper surface of the above-described inner protective frame part 210 is referenced to the north, the inner protective frame part 210 can rotate up and down in the north-south direction.

The above-described outer protection frame unit 220 is provided with a left-hand rotating handle engaging portion 233 on the outer left surface, and a right-hand rotating handle engaging portion 234 on the outer right surface, and the above-described left-turning handle engaging portion 233 is a central surface. On the left handle bar portion 235, the handle right turn portion engaging portion 234 is provided with a right handle portion bar portion 236 on the center surface.

The above-described outer upper rotating part coupling part 223 is provided with an outer upper rotating part rod part 225 on the central surface and is coupled with the outer upper protective frame rotating part 221 provided on the inner upper surface of the handle guard frame part 230 and The above-described outer lower rotating unit coupling portion 224 is provided with an outer lower rotating unit bar portion 226 on the central surface, and is coupled with the outer lower protecting frame rotating unit 222 provided on the inner lower side of the handle protection frame unit 230 , It rotates in a different direction from the above-described inner protection frame portion 210 to prevent spillage of the contents stored in the storage unit 100 .

The above-described outer protection frame part 220 can rotate by combining the coupling parts and the rotating parts, and when rotating the handle left rotating part coupling part 233 as a reference to the north, the outer protection frame part 220 rotates left and right in the north-south direction The generated energy is consumed by the rotating parts coupled to the respective coupling parts to prevent the contents such as beverages or water stored or stored in the storage unit 100 from spilling.

The coupling parts and the rotating part mentioned above refer to the handle left rotating part coupling part 233 , the handle right rotating part coupling part 234 , the handle left guard frame rotating part 231 , and the handle right protecting frame rotating part 232 .

As shown in FIG. 3D, the handle protection frame part 230 of the present invention is provided with a handle left protection frame rotating part 231 on the inner left side and a handle right protection frame rotating unit 232 on the inside right side, and a handle protection frame part 230 ) is provided with a handle portion 240 on the upper side.

The above-described left-hand rotating part coupling part 233 is provided on the left side of the outer protection frame part 220, and a left-hand rotating part rod part 235 is provided on the center surface of the left rotating part coupling part 233 of the handle, and the handle protection frame part. (230) is coupled to the handle left guard frame rotating part 231 provided on the inner left side, and the above-described handle right rotation part coupling part 234 is provided on the right side of the outer protection frame part 220, and the handle right rotation part coupling part ( 234) is provided with a right-hand rotating rod portion 236 on the central surface, and is rotatable in combination with the handle right-hand protection frame rotating portion 232 provided on the inner right side of the handle protection frame portion 230.

The above-described handle protection frame unit 230 can rotate in a different direction from the outer protection frame unit 220 by combining the coupling parts and the rotating parts, and the rotating parts combined with the respective coupling parts consume and store the energy generated according to the rotation. There is a feature that prevents the contents such as beverages or water stored or stored in the unit 100 from spilling.

The above-mentioned coupling parts and rotating parts refer to the handle left rotating part coupling part 233 , the handle right rotating part coupling part 234 , the handle left guard rotating part 231 , and the handle right rotating part rotating part 232 .

As shown in FIG. 4 , the protection frame part 200 of the present invention includes an inner protection frame part 210 , an outer protection frame part 220 , a handle protection frame part 230 , and a handle part 240 .

As shown in Figure 4a, The above-described inner protection frame unit 210 has an inner left protection frame rotating part 211 and an inner left rotating frame coupling groove 217 on the inner left side, and an inner right protecting frame rotating unit 212 and an inner right rotating frame coupling groove on the inside right side. 218 is provided, so that the inner left frame coupling groove 217 and the inner left coupling part bar 215 are coupled, and the inner right rotary frame coupling recess 218 and the inner right coupling part bar 216 are coupled.

The above-described inner left rotation frame coupling groove portion 217 and the inner right rotation frame coupling groove portion 218 have an upper coupling spring storage unit 260, an upper coupling spring unit 261, an upper rod part drop-off prevention part 270, and an upper rod part on the inside. The drop-off prevention spring portion 271, the lower engagement spring storage portion 280, the lower engagement spring portion 281, the lower rod portion drop-off prevention portion 290, and the lower rod portion drop-off prevention spring portion 291 are provided. The inner left coupling part bar 215 and the inner right coupling part bar 216 have a feature that prevents the coupling from disengaging, and a detailed description will be given in FIG. 4H .

As shown in Figure 4b, The above-described inner left rotation frame coupling groove portion 217 is coupled to a groove for coupling with the inner left rotation portion rod portion 215 of the inner left rotation portion coupling portion 213 provided on the upper left surface of the storage unit 100, and the above-described inner The right-turn frame coupling groove 218 is a groove for coupling with the inner right-turn bar 216 of the inner right-turn coupling part 214 provided on the upper right side of the storage unit 100, and is coupled with the storage unit 100 and at the same time. The combined inner protective frame portion 210 is Rotate up and down so as not to spill the stored contents of the storage unit 100 described above.

The above-described inner protection frame portion 210 is provided with an outer upper rotating frame coupling portion 223, an outer upper rotating portion bar portion 225 on the outer upper surface, and an outer lower rotating frame engaging portion 224 on the outer lower surface, It is provided with the outer lower rotating part rod part 226.

As shown in Figure 4c, the above-described handle protection frame part 230 is provided with an outer upper protection frame rotating part 221 and an outer upper rotating frame coupling groove part 227 on the inner upper side surface, and the outer lower protecting frame rotating part on the inner lower side surface ( 222), it is provided with an outer lower rotary frame coupling groove (228).

The above-described outer upper rotating frame coupling groove portion 227 is coupled to a groove for coupling with the outer upper rotating unit rod portion 225 of the outer upper rotating unit coupling unit 223 provided on the upper outer surface of the outer protective frame unit 220 and One outer lower rotating frame coupling groove 228 is a groove for coupling with the outer right rotating rod portion 226 of the outer lower rotating unit coupling portion 224 provided on the lower outer surface of the outer protective frame 220, and at the same time as coupled to the outside The protective frame part 220 rotates in a different direction from the above-described inner protective frame part 210 to prevent the contents stored in the storage part 100 from spilling out.

As shown in FIG. 4e or 4f, the above-described left-hand turning frame coupling groove 237 is the left-hand turning bar portion 235 of the handle left-turning part engaging part 233 provided on the outer left side of the outer protective frame 220. Combined with a groove for engaging with and the above-described handle right-turn frame coupling groove 238 is coupled with the handle right-turn portion bar 236 of the handle right-turn portion coupling portion 234 provided on the right inner surface of the outer protection frame 220 . The handle protection frame part 230 rotates at the same time as the groove to prevent spillage of the stored contents of the storage part 100 described above.

In addition, since the above-mentioned protective frame part 200 has different rotational directions, the inner protective frame part 210 rotates up and down, and the outer protective frame part 220 rotates in a different direction from the inner protective frame part 210, and the handle protective frame part ( 230 is rotated in a direction different from that of the outer protection frame part 220 , and the energy generated at this time is consumed by each protection frame unit 200 , so that the contents stored in the storage unit 100 do not pour out.

The above-described handle protection frame portion 230 has a handle portion 240 on the upper side, so that the user can carry it conveniently.

The above-described storage unit 100 , inner protection frame unit 210 , outer protection frame unit 220 , handle protection frame unit 230 , and closing unit 400 can be combined or disengaged, so that they can be easily replaced when worn out and combined. Since it is removable, it has the effect of easy cleaning.

As shown in Fig. 4a or 4b, the inner protection frame portion 210 of the present invention has an inner left protection frame rotating part 211 and an inner left rotating frame coupling groove 217 on the inner left side, and the inner right protection on the inner right side. It has a frame rotating part 212 and an inner right rotating frame coupling groove 218 .

The above-described inner left rotation frame coupling groove portion 217 is coupled to the inner left rotation portion bar portion 215 of the inner left rotation portion coupling portion 213 provided on the upper left surface of the storage unit 100, and the above-described inner right rotation frame coupling groove portion 218 is a groove for coupling with the inner right-turn bar portion 216 of the inner right-turn portion coupling portion 214 provided on the upper right side of the storage unit 100, and at the same time the inner right-hand protection frame portion 210 moves to the left and right As it rotates and consumes energy, the contents stored in the storage unit 100 are not spilled.

In addition, as shown in FIG. 4, in the above-described inner protection frame unit 210, the inner protection frame unit 210 consumes energy generated when the upper side of the inner protection frame unit 210 moves upward and the lower side repeatedly moves downward. There is a feature that the stored contents of the storage unit 100 do not pour out.

The above-described inner protection frame portion 210 is provided with an outer upper rotating frame coupling portion 223, an outer upper rotating portion bar portion 225 on the outer upper surface, and an outer lower rotating frame engaging portion 224 on the outer lower surface, It is provided with the outer lower rotation part rod part (225).

The storage unit ( 100), there is a technical feature that prevents the stored or stored drinking water from flowing by consuming the energy in advance by rotating the rotating part of the protection frame described above.

As shown in Figure 4c or 4d, the handle protection frame part 230 of the present invention is provided with an outer upper protection frame rotating part 221 and an outer upper rotating frame coupling groove 227 on the inner upper side surface, and the outer lower side on the inner lower side surface. It is provided with a protective frame rotating part 222, the outer lower rotating frame coupling groove (228).

The above-described outer upper rotating frame coupling groove portion 227 is coupled with the outer upper rotating portion bar 225 of the outer upper rotating unit coupling portion 223 provided on the upper inner surface of the outer protective frame unit 220, and the outer lower rotating portion described above The frame coupling groove portion 228 is a groove for coupling with the outer right rotation bar portion 226 of the outer lower rotation portion coupling portion 224 provided on the lower inner surface of the outer protection frame portion 220, and the outer protection frame portion 220 at the same time as coupling. ) is characterized by not spilling the stored contents of the storage unit 100 by consuming energy by rotating left and right in the east-west direction assuming that the outer upper rotating part coupling part 223 is in the north direction.

The above-described outer protection frame unit 220 is provided with a handle left rotating frame coupling portion 233, a left rotating handle bar portion 235 on the outer left side, and a handle right rotating frame engaging portion 234, the handle right rotating portion on the outer right side. A rod portion 236 is provided, and a handle left protection frame rotating unit 231 is provided on the inner left side of the handle protection frame unit 230, and a handle right protection frame rotating unit 232 is provided on the right side of the handle protection frame unit 230, so that each rotating unit rotates the handle left. The sub coupling part 237 and the handle left rotating part rod part 235, the handle right rotating part coupling part 238 and the handle right rotating part rod part 236 are combined, so that the handle protection frame part 230 is formed with the outer protection frame part 220 and The stored or stored contents in the storage unit 100 are not poured out by consuming the energy generated when rotating in the other direction.

As shown in Fig. 4e or 4f, the handle protection frame part 230 of the present invention has a handle left protection frame rotating part 231 and a handle left rotating frame coupling groove part 237 on the inside left side, and the right side protection of the handle on the inside right side. It is provided with a frame rotation part 232, the handle right turn frame coupling groove 238.

The above-described left-hand rotating frame coupling groove 237 is coupled to a groove for coupling with the left-hand rotating part rod 235 of the handle left rotating part coupling part 233 provided on the outer left side of the outer protective frame part 220 and One handle right-turn frame coupling groove 238 is a groove for coupling with the handle right-turn bar part 236 of the handle right-turn part coupling part 234 provided on the right inner surface of the outer protection frame part 220, and at the same time protects the handle. The content stored or stored in the storage unit 100 is not poured by consuming the energy generated while the frame unit 230 rotates.

The above-described handle protection frame portion 230 has a handle portion 240 on the upper side, so that the user can carry it conveniently.

As shown in FIG. 4G , the inner right coupling part bar 216 of the present invention can be coupled to the inner right rotary frame coupling groove 218 provided in the inner right guard frame rotating part 212, so that it is not disassembled during coupling. In order to do this, the head of the inner right coupling part bar 216 is shaped like a candy, and the inside right turning frame coupling groove 218 has a narrow entrance, but when inserting the inside right coupling part bar 216, the entrance is slightly widened so that it can be inserted. has a characteristic that

The above-mentioned inner right-turning part coupling part 214 is the above-described inner side of the inner right-turning frame coupling groove part 218 provided on the inner right protective frame rotating part 212 when the inner right coupling part rod part 216 provided on the center surface is coupled. The right coupling part rod part 216 can be inserted.

The above-described inner right-turn frame coupling groove 218 has an ohmic shape as shown in FIG. 4g, and when the above-described inner right-hand coupling bar part 216 is inserted, the ohmic inner right rotation frame coupling groove 218 is formed of a sponge or rubber. Since it is made of synthetic material such as, it can be inserted as the mouth widens due to elasticity.

The above-described inner right turn frame coupling groove 218 is not easily disassembled because the entrance which was inserted again when the inner right coupling part rod part 216 is inserted is narrowed, and the structure as described above is the outer protective frame part 220 and handle protection. It also corresponds to the rotating parts and coupling parts provided in the frame part 230 .

The above-mentioned rotating parts and coupling parts are the outer upper protection frame rotating part 221, the outer lower protecting frame rotating part 222, the outer upper rotating part coupling part 223, the outer lower rotating part coupling part 224, the handle left guard frame. It means a rotating part 231 , a right-hand guard frame rotating part 232 , a left-hand rotating part coupling part 233 , and a right-hand rotating part coupling part 234 of the handle.

As shown in FIG. 4H, the inner right-hand coupling part 214 of the present invention has an inner right-hand coupling part bar 216 on its central surface, and the inner right-hand frame rotating part 212 is an inner right-turning frame coupling groove part in the center of the side. (218) is provided.

The above-described inner right frame coupling groove 218 is provided on the upper side in order to prevent the above-described inner right coupling bar part 216 from falling off again during insertion and to allow the inside right coupling bar part 216 to be inserted smoothly. An upper coupling spring storage part 260, an upper coupling spring part 261, an upper rod part drop-off prevention part 270, and an upper rod part drop-off prevention spring part 271 are provided, and a lower coupling spring storage part 280 is provided on the lower side. , a lower coupling spring unit 281 , a lower bar drop-off preventing unit 290 , and a lower bar drop-off preventing spring unit 291 are provided.

The above-described phase coupling spring storage unit 260 is provided with a phase coupling spring unit 261 on the inside, and the phase coupling spring unit 261 described above is additionally added so that the upper rod part drop-off preventing unit 270 can quickly return to its original position. It is available.

The above-described upper bar drop-off preventing part 270 has an upper bar drop-off preventing spring part 271 on the inside and can use elasticity. 270) rises to increase the entrance so that it can be easily inserted, and after insertion, the upper rod part prevention spring part 271 does not receive any force, so it returns to its original position and the inner right coupling part rod part 216 does not fall off. .

The above-described lower coupling spring storage unit 280 is provided with a lower coupling spring unit 281 on the inside, and the lower coupling spring unit 281 described above so that the lower rod part drop-off preventing unit 290 can quickly return to its original position. additionally available.

The lower bar drop-off prevention part 290 is provided with a lower bar drop-off prevention spring part 291 on the inside and can use elasticity. The prevention part 290 descends to increase the entrance so that it can be easily inserted, and after insertion, the lower rod part fall prevention spring part 291 does not receive any force, so it returns to its original position and the inner right coupling part rod part 216 does not fall off. It has the effect of preventing it from happening.

The coupling structure of the inner right-turning bar portion 215 and the inner right-turning frame coupling groove 218 is equally applied to the above-described outer protection frame portion 220 and the handle protection frame portion 230 to enable coupling and disengagement. There are technical features.

As shown in FIG. 5 or FIG. 5A, the storage unit 100 is provided with an inner left-turning part coupling part 213 and an inner right-turning part coupling part 214 on both upper side surfaces, and a storage part fastening part 250 on the lower side. and is coupled to the finishing unit 300 .

The above-described storage part fastening part 250 has a shape in which objects can be rotated and combined in the form of a spiral on the side, and when viewed from the bottom, the contents can be pulled out in a form in which the central surface is perforated.

The above-described closing part 300 is provided with a closing part fastening part 310 that can be rotated and coupled to the inside, and can be engaged by engaging with the above-described storage part fastening part 250, and can be disengaged when discharging the contents. There is this.

The above-described closing part 300 can serve as a stopper when the contents are put in the storage unit 100 to prevent the contents from being discharged, and conversely, when the contents are discharged, they can be opened and discharged.

In addition, the above-described finishing part 300 is made of a material with a high weight, so that the center of gravity of the storage part goes to the closing part, so that the storage part 100 can be well erected.

When the weight of the above-mentioned finishing part is about 1.5 to 3 times the weight of the storage part 100, it is effective to balance the storage part without overturning.

In addition, the protection frame portion 200 of the present invention has a convenience in use to use a material with light weight and durability.

Therefore, the protective frame part 200 may be made of metal, wood, polymer resin, etc., but preferably made of polymer resin has light weight and durability.

The above-mentioned polymer resin is polyethylene (PE), polyethylene terephthalate (PET, polyethylene terephthalate)), polypropylene (PP), sulfonated polystyrene (SPS, sulfonated polystyrene), polybutylene terephthalate (PBT), OPP (OPP) , Oriented Poly Propylene), and polyamide (PA) are mixed to form a composition.

In the present invention, particularly, the protective frame portion using the polymer resin having the above-described configuration has good effects of light weight and durability.

In addition, the present invention mixes a functional additive with the above-mentioned polymer resin to increase the elasticity of the protective frame and to enhance the strength.

It is effective to mix 5 to 15 parts by weight of the functional additive based on 100 parts by weight of polyethylene.

The above-mentioned functional additive is 100 parts by weight of methyl methacrylate, 1-3 parts by weight of nickel, 0.1-0.5 parts by weight of vanadium, 10-50 parts by weight of glycerin, 5-10 parts by weight of propylene glycol, 100-300 parts by weight of potassium hydroxide, It is prepared by mixing 5-10 parts by weight of ammonium sulfate, 10-20 parts by weight of polycaprolactone, and 5-10 parts by weight of polylactic acid.

In particular, the functional additive contains metal components such as nickel and vanadium to increase the strength of the protective frame, and 10 to 20 parts by weight of polycaprolactone and polylactic acid increase elasticity. it works

The above-described protective frame portion is drawn out and molded with a polymer resin, and cracks or cracks may occur during the molding process, so high workability is required.

Therefore, the present invention significantly improves the workability and durability of the protective frame part by including the natural functional additive in the polymer resin.

It is preferable to mix 0.001 to 0.005 parts by weight of the natural functional additive based on 100 parts by weight of polystyrene.

The above-mentioned natural functional additives are 100 parts by weight of Nabokja, 10-40 parts by weight of Maekmundong, 110-150 parts by weight of Saengjihwang, 50-80 parts by weight of Jibuja, 100-150 parts by weight of Baekchul, 10-30 parts by weight of Sanjoin, 80-120 parts by weight of Wiryungseon. Parts by weight, 80-120 parts by weight of cheonnodu, 10-30 parts by weight of ginseng, 10-30 parts by weight of ginseng, 80-120 parts by weight of seonhoe, 10-30 parts by weight of banha, 80-120 parts by weight of turmeric, 50-80 parts by weight of cheongung It means a composition extracted by mixing parts.

The present invention has the effect of remarkably enhancing the eco-friendly function by further mixing the above-described polymer resin with natural reinforcing additives to suppress the release of environmental hormones from the protective frame.

The natural reinforcing additive of the present invention is preferably mixed with 1 to 3 parts by weight based on 100 parts by weight of polystyrene.

The natural reinforcing additive of the present invention is 80-120 parts by weight of gyomaek in 100 parts by weight of high ginseng, 80-120 parts by weight of Omae, 110-150 parts by weight of self-made herbs, 80-120 parts by weight of jibuja, 30-55 parts by weight of creation, 30- It refers to a composition extracted by mixing 55 parts by weight, 50 to 80 parts by weight of a wire rod, and 50 to 80 parts by weight of a mold.

As a method of extracting the natural functional additives and natural enhancement additives, 1000 parts by weight of 75-85% [mass %] ethanol is added to 100 parts by weight of the mixed raw materials, extracted under reflux for 2 to 4 hours, and the filtrate is subjected to a rotary evaporator It can be extracted by a method of reduced pressure and concentration using .

Such an extract may be extracted about 5 to 25 parts by weight in powder form based on 100 parts by weight of the mixed raw materials, and it is preferable to add such an extract in powder form.

The present invention provides a cup that does not spill the contents made of the above-described configuration and function.

The non-spill cup of the present invention is useful in manufacturing, production, research, sales, and distribution industries because of its excellent storage or discharge of contents.

In particular, the present invention is useful in manufacturing, production, research, sales, and distribution industries because the user can conveniently eat drinking water or food by using the storage unit despite the absence of the receiving unit.

100: storage unit
200: protection unit
210: inner protective frame portion
211: inner left guard frame rotating part
212: inner right guard frame rotating part
213: inner left rotation part coupling part
214: inner right turn portion coupling portion
215: inner left rotation bar portion
216: inner right-turn bar portion
217: inner left rotation frame coupling groove portion
218: inner right frame coupling groove portion
220: outer protection frame portion
221: outer upper guard frame rotating part
222: outer lower protection frame rotating part
223: outer upper rotating part coupling part
224: outer lower rotation part coupling part
225: outer upper rotation bar portion
226: outer lower rotation bar portion
227: outer left rotation frame coupling groove portion
228: outer right frame coupling groove portion
230: handle protection frame part
231: handle left guard frame rotating part
232: handle right guard frame rotating part
233: handle left rotating part coupling part
234: handle right turn coupling part
235: handle left rotating part bar
236: handle right turn bar portion
237: handle left rotating frame coupling groove portion
238: handle right turn frame coupling groove portion
240: handle part
250: storage unit settlement unit
260: phase coupling spring storage unit
261: phase coupling spring part
270: upper bar drop-off prevention unit
271: upper bar drop prevention spring portion
280: lower coupling spring storage unit
281: lower coupling spring part
290: lower bar drop-off prevention unit
291: lower bar drop-off prevention spring part
300: finish
310: closing part closing part
400: receiving unit
410: receiving part bottom part

Claims (3)

In a cup capable of drinking or storing the contents,
Storage unit 100 that can store or protect the contents;
The above-described storage unit 100 rotates in different directions to protect the contents from pouring out, and the protection frame unit 200 is configured to include;
The above-described protective frame part 200 is configured to include an inner protective frame part 210 and an outer protective frame part 220,
The storage unit 100 includes an inner left rotation frame coupling part 213, an inner left rotation part bar part 215 and an inner right rotation frame coupling part 214, and an inner right rotation part bar part 216,
The inner protection frame part 210 includes an inner left frame rotation part 211, an inner left rotation frame coupling groove part 217, an inner right protection frame rotation part 212, and an inner right rotation frame coupling groove part 218, and a storage unit ( 100) and the inner protective frame 210 and the combined and dismantled,
The inner left rotation frame coupling groove portion 217 and the inner right rotation frame coupling groove portion 218 have a top coupling spring storage part 260, an phase coupling spring part 261, an upper rod part drop-off prevention part 270, and an upper rod part on the inside. A drop-off prevention spring portion 271, a lower engagement spring storage portion 280, a lower engagement spring portion 281, a lower rod portion drop-off prevention portion 290, and a lower rod portion drop-off prevention spring portion 291 are provided,
The inner left coupling part rod part 215 and the inner right coupling part rod part 216, each of which has a spherical end, can be combined and disassembled with the inner left rotation frame coupling groove part 217 and the inner right rotation frame coupling groove part 218. do,
The inner protective frame unit 210 is provided with an outer upper rotating part coupling part 223, an outer upper rotating part bar part 225 and an outer lower rotating part coupling part 224, an outer lower rotating part bar part 226,
The outer protection frame unit 220 includes an outer upper protection frame rotating part 221, an outer upper rotating frame coupling groove part 227, an outer lower protecting frame rotating part 222, and an outer lower rotating frame coupling groove part 228, A cup that does not spill its contents even when shaken, characterized in that the inner protective frame portion 210 and the outer protective frame portion 220 can be combined and disassembled.
The method of claim 1,
The above-described protective frame portion 200 is a cup that does not spill contents even when shaken, characterized in that the handle protection frame portion 230 is further included.
The method of claim 1,
The storage unit 100 is a cup that does not spill the contents even when shaken, characterized in that it is provided with a closing unit 300 on the lower side to discharge the contents.

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