KR102055743B1 - Smart-Seal Cover with easily detachable and watching internal contents and Airtight Container having the same - Google Patents

Abstract

The present invention includes a lower cover which opens and closes the opening of the container body having an opening at an upper side thereof and has a tab coupling groove at the center thereof; An upper cover disposed above the lower cover so as to be outside of an appearance of the opening and having a sliding rib around a central through hole; One side is coupled to the sliding rib and the other side is passed through the through hole and the rotatable handle is rotatably coupled to the tab coupling groove so that the upper cover is elevated with respect to the lower cover; A packing coupled between the upper cover and the lower cover to maintain and release airtightness between the opening and the lower cover according to the rotation of the rotation knob; A latch that restricts rotation of the gripping portion and the gripping portion formed on any one of the rib and the rotation knob to rotatably rotate the locking position between the packing and the unlocking position to release the airtight from the container body by releasing the airtightness. Rotation limiting means having a; characterized in that it comprises a.
Accordingly, according to the present invention, a plurality of parts coupled to the container body are combined and rotatably assembled so that each part of the smart seal cover which is easy to use can be simply and conveniently disassembled when necessary.

Description

Smart-Seal Cover with easily detachable and watching internal contents and Airtight Container having the same}

The present invention relates to a smart seal cover that can be easily removed and check the contents and a sealed container having the same, specifically, to improve the structure of the smart seal cover for opening and closing the container body of the sealed container to use integrally when used and each part as necessary When disassembling and assembling, the removal of each part is simple and convenient, and the contamination between each part can be easily removed, and the user can easily grasp the contents of the container body even when the smart seal cover covers the opening of the container body. It relates to a smart seal cover and an airtight container having the same.

In general, to maintain the state of food for a long time and to hygienic storage, put the food in an airtight container and use it in an appropriate amount if necessary.

Such, the sealed container is made of a structure to block the inflow or outflow of air into the sealed container, in order to perform such a function is usually provided with an elastic packing in the coupling portion of the container body and the cover.

The airtight container having the above structure is disclosed in various embodiments, and among the airtight container covers which maintain the confidentiality of the airtight container, the "airtight container (patent document 10- 1726702 / 2017.05.08.

The "sealed container cover" of the patent document 1 is coupled to the upper portion of the rectangular container body 200 is sealed container cover 100 for sealing the inside of the container body 200 according to the operation, the coupling hole in the center An upper plate 110 is formed, the stepped portion 112 is formed on the inner surface of the coupling hole 111; A rotation knob part 120 inserted into the coupling hole 111 and having a wing part 121 seated on the stepped part 112 on an upper outer surface thereof, and a thread 122 formed on a lower outer surface thereof; A lower plate 130 coupled to the upper plate 110 and having a tab coupling groove 131 bolted to the rotation knob 120 at the center thereof, and having an insertion groove 132 formed on an outer surface thereof; Is inserted into the insertion groove 132, the circumferential surface of the packing portion 140 is formed of an elastic material tapered in the outward direction; consisting of, the lower plate 130 is the lower cover of the container body 200 When the rotary knob 120 is rotated in a state in which the mounting member 115 is seated, the upper plate 110 is lowered so that the outer surface of the upper plate 110 is in the packing part 140. The outer surface of the packing unit 140 by pressing the side is characterized in that the contact with the inner surface of the container body 200, the outer periphery of the packing unit 140 in the lowering of the upper plate 110 When the packing portion 140 is opened in the outward direction, the contact surface portion 141 is formed at the same angle as the inner surface of the container body 200 to be in close contact with the inner surface of the container body 200, The outer circumference of the upper plate 110 of the packing portion 140 It is characterized in that the inclined surface portion 113 is formed at the same angle as the inner surface. Due to this feature, the prior art descends the upper cover according to whether the rotation handle is rotated to push the packing part provided around the lower cover to the outside direction, thereby easily sealing the inside of the container body through a simple operation and minimizing the configuration. The reduced production process has the advantage of increasing the efficiency of production and processing, as well as significantly reducing the cost and sales costs.

In addition, the "sealing container cover" of the patent document 1 needs to be cleaned with contamination mixed with dust, foreign matter, etc. between each component assembled during long time use. In this prior art, there is a concern that the top cover and the rotary knob are integrally assembled for ease of use and the like, so that the disassembly is not easy.

[Related Technical Documents]

Patent Application Publication No. 10-1726702 (announced on May 08, 2017)

Accordingly, an object of the present invention, a smart seal cover that can be simply and conveniently disassembled each part of the smart seal cover that is easy to use as a plurality of parts coupled to the container body is rotatably assembled and is easy to use and It is to provide a sealed container having this.

In addition, another object of the present invention is to provide a smart seal cover and a sealed container having the same that can easily remove the contamination that may be present between the smart seal cover to improve hygiene and cleanliness.

In addition, another object of the present invention, even if the smart seal cover is coupled to the container body to provide a smart seal cover and a sealed container having the same that the user can easily check the contents contained in the container body with the naked eye.

Therefore, an object of the present invention, the upper cover opening and closing the opening of the container body having an opening opening and a lower cover having a tab coupling groove in the center; An upper cover disposed above the lower cover so as to be outside of an appearance of the opening and having a sliding rib around a central through hole; One side is coupled to the sliding rib and the other side is passed through the through hole and the rotatable handle is rotatably coupled to the tab coupling groove so that the upper cover is elevated with respect to the lower cover; A packing coupled between the upper cover and the lower cover to maintain and release airtightness between the opening and the lower cover according to the rotation of the rotation knob; A latch that restricts rotation of the gripping portion and the gripping portion formed on any one of the ribs and the rotary knob to rotatably rotate the locking position between the packing and the locking position and the unlocking position detachable from the container body by releasing the airtightness. It is achieved by a smart seal cover for a sealed container comprising a; rotation limiting means having a portion.

In addition, the bite portion includes a fixed bite fixed to the upper cover and a deformed bite is provided so as to be deformable with respect to the upper cover, the deformed bite to limit the rotation of the locking portion by pressing the user in the unlocking position The rotatable handle coupled to the upper cover to be releasable and the rotation restriction is released may be movable to a detachable detachable position with respect to the upper cover.

In addition, the deformed bleeding portion, the bleeding member is pressed by the user; It is preferable to include; an elastic member for elastically pressing the biting member to the unlocking position.

In addition, the gripping member, the pressing plate is pressed by the user; It is preferable to include a; jaw extending from the pressing plate to engage the engaging portion.

In addition, it is preferable to include a transparent member for viewing the contents contained in the container body in the state in which the opening is closed in the central region of the rotary knob and the lower cover.

In addition, it is preferable that the rotation handle includes a handle detachable groove formed through the upper cover to allow the bite portion to pass through at the detachable position.

In addition, the rotation knob and the lower cover is screwed, it is preferable that the screw coupling is maintained in the locking position and the unlocking position, the screw coupling is released in the removable position.

Meanwhile. An object of the present invention, the container body having an opening; The smart seal cover for the sealed container is also achieved by a closed container characterized in that the opening and closing is possible.

Accordingly, according to the present invention, a plurality of parts coupled to the container body is coupled to rotatable integrally assembled smart seal cover that can be easily and conveniently disassembled each part of the smart seal cover is easy to use when necessary and this It is possible to provide a sealed container having.

In addition, it is possible to provide a smart seal cover and a sealed container having the same that can easily remove the contamination that may be present between the smart seal cover to improve hygiene, cleanliness.

In addition, even when the smart seal cover is coupled to the container body can provide a smart seal cover and a sealed container having the same that the user can easily check the contents contained in the container body with the naked eye.

1 is a perspective view of a sealed container according to an embodiment of the present invention,
2 is an exploded perspective view of the sealed container;
Figure 3a is a partial cross-sectional view when the smart seal cover is located in the unlocking position,
3B is a cross-sectional view taken along line IIIb-IIIb of FIG. 3A;
Figure 3c is a cross-sectional view for explaining a state in which the deformed grip portion is pressed in the unlocking position in Figure 3b to form a gap to release the locking portion;
Figure 3d is a cross-sectional view of the case where the locking portion is further rotated in Figure 3c so that the rotary knob is in a detachable position detachable from the upper cover
Figure 4a is a longitudinal cross-sectional view for explaining the unlocking position in the state before closing the smart seal cover and the opening;
4B is a partial cross-sectional view cut along the line IVb-IVb of FIG. 4A to illustrate the arrangement of the rotational limiting member in the state of FIG. 4A;
Figure 5a is a longitudinal cross-sectional view for explaining the locking position in a state where the smart seal cover closes the opening to maintain airtightness,
5B is a partial cross-sectional view taken along the line Vb-Vb of FIG. 5B to illustrate the arrangement of the rotational limiting member in the state of FIG. 5A.

With respect to the smart seal cover and easy-to-close container (seal container 100 or 'smart seal cover 2000' hereinafter) easy to remove and check the contents according to an embodiment of the present invention 1 to It will be described below in detail with reference to Figure 5b.

1 is a perspective view of a sealed container according to an embodiment of the present invention, Figure 2 is an exploded perspective view of the sealed container, Figure 3a is a partial cross-sectional view when the smart seal cover is located in the unlocking position, Figure 3b is 3a 3B is a cross-sectional view taken along line IIIb-IIIb of FIG. 3c, and FIG. 3c is a cross-sectional view for explaining a state in which the deformed bleed portion is pressed at an unlocking position to form a gap, and FIG. 3c is a cross-sectional view when the rotation knob is located in a detachable position from which the rotary knob is detached from the upper cover, and FIG. 4a is a longitudinal cross-sectional view for explaining the unlocking position before closing the smart seal cover and the opening, and FIG. 4A is a partial cross-sectional view taken along line IVb-IVb of FIG. 4A to explain the arrangement of the rotational limiting member in the state of 4A, and FIG. 5A is a view in which the smart seal cover closes the opening to maintain airtightness. 5 is a partial cross-sectional view taken along the line Vb-Vb of FIG. 5b to explain the arrangement of the rotational limiting member in the state of FIG. 5a.

The sealed container 100 according to an embodiment of the present invention, as shown in Figures 1 to 3d, is composed of a container body 110 and a smart seal cover 200.

The container body 110, for example, can accommodate and store various kinds including food, and the contents stored below are taken as an example for convenience of description. The container body 110 may be provided in various shapes including a rectangle, a circle, and the like, and the shape of the smart seal cover 200 may also be correspondingly provided according to the shape of the container body 110. Hereinafter, for convenience of description, the lower portion having the opening 113 of the container body 110 is a slightly narrow hexahedral shape.

The container body 110 is preferably made of a synthetic resin material that does not contain harmful substances in relation to food and the like. In the container body 110, the lower cover 250, which can be supported by being coupled to the opening 113, extends inwardly from the position (see the height at which the packing is seated) of the lower cover fixing member 115 from the upper end of the lower cover. Corresponding to the shape of the 250 is provided in the form of a horizontal plane.

Smart seal cover 200, as disclosed in Figures 1 to 3D, the upper cover 210, the lower cover 250, the rotary knob 230, the lower cover 250, the packing 270 and the rotation limiting means It is preferable that it consists of 290.

The upper cover 210 is formed in a square shape, the lower side of the lower cover 250 to be described later ascends and descends with the rotary handle 230 with respect to the lower cover 250 according to the rotation of the rotary handle 230 to be described later It is possible to push the packing 270 to be described later to the outer direction or elastically deformed to the original state. The upper cover 210 has a through hole 211, a sliding rib 212, an inclined portion 213, an upper reinforcing member 214, a gutter receiving groove 215, a handle detachable groove 216, and an outer rib 217. ) And the bite member detachable groove 218.

The through hole 211 is a component formed through the central region of the upper cover 210. The through hole 211 is inserted into the rotary knob 230 to be coupled to the upper cover 110.

The sliding rib 212 is a component protruding inwardly in the inner circumference of the through hole 211. Sliding rib 212 is a state in which the rotary knob 230 is inserted into the through hole 211, the locking member 297 of the rotary knob 230 is sliding on the upper side of the sliding rib 212, sliding The bottom of the rib 212 is coupled to the shape sandwiched in the grooves of the '' 'shape. By such a combination, the sliding rib 212 can guide the rotation knob 230 to rotate stably, and can prevent the sliding rib 212 from being separated from the through hole 211.

That is, since the rotary knob 230 is integrally coupled to the sliding rib 212, unless the user releases the rotary limiting means 290 to be described later as necessary, the rotary knob 230 of the smart seal cover 200 and The upper cover 210 is preferably not disassembled.

The inclined portion 213 is a component that is inclined at a predetermined angle around the outer circumference of the upper cover 210. The inclined portion 213 is formed at the same or similar angle as the inner surface of the packing 270 to be described later. Thus, when the upper cover 110 is lowered by the rotation of the rotary knob 120, the inclined portion 213 of the upper cover 210 can press the packing 270 to induce elastic deformation of the packing 270. have.

As shown in FIG. 2, the upper reinforcing member 214 is a component formed in a bar shape having a long bar shape at four lower edges of the upper cover 210. The upper reinforcing member 214 is the upper cover 210 is farther than the horizontal distance between the upper cover 210 and the through hole 211 when the upper cover 110 is lowered by the rotation of the rotary knob 230 And a diagonal distance between the through holes 211, that is, the pressing force is transmitted to the edge of the packing 270 as much as possible. By such a structure, the diagonal portion of the upper cover 210 may be deformed and prevented from twisting or moving.

That is, when the lowering of the upper cover 210 is completed, the entire outer periphery of the packing 270 is in close contact with the inner surface of the container body 110 can increase the sealing force.

The outer rib 217 is a component formed in a vertical band shape around the bottom of the upper cover 210. The outer rib 217 is the upper cover 210 is moved in the left, right direction or in the same direction as the rotary knob 230 in the process of the upper cover 210 is lowered by the rotation of the rotary knob 230 To prevent them. Accordingly, the outer rib 217 may guide the upper cover 210 to move in a completely vertical direction, and may perform a function of evenly applying the pressing force to the entire inner surface of the packing 140.

The bleeding receptacle groove 215 is recessed from the plate surface of the upper cover 210 so that the bleeding member 295a to be described later is coupled to accommodate. The bleeding portion accommodating groove 215 has a hexahedron shape having an opening (not shown) so that the user can press the bleeding member 295a, and the bleeding member detachable groove 218 opened in the direction of the center of rotation of the rotary knob 230. ) Is included. Thus, the bite member 295a through the bite member detachable groove 218 can be coupled and separated, the lifting and lowering operation of the bite jaw (295a2) can be made smoothly.

3b, 3c, 3d, 4b and 5b, the handle detachable groove 216 is formed by cutting or penetrating a part of the sliding rib 212 of the upper cover 210, the locking portion (to be described later) 297 is a configuration that can be removed by passing in the vertical direction.

As shown in FIG. 2 or FIG. 3A, the rotation knob 230 is inserted into the through hole 211 to raise or lower the upper cover 210 with respect to the lower cover 250 according to the rotation. The rotary knob 230 includes a wing member 233, a thread 235, a grip grip 236, a grip grip groove 237, and a position indication arrow 238.

In addition, the threaded portion 235 is formed on the lower outer surface of the rotary knob 230, the screw is coupled to the tab coupling groove 251 of the lower cover 250 to be described later, the upper cover by the rotation of the rotary knob 230 ( It is possible for 210 to ascend or descend relative to lower cover 250.

The rotary knob 230 is provided with a grip grip 236 that crosses the inner central region of the wing member 233 of the long rod-shaped rotary knob 230 that the user can hold and rotate the rotary knob 230. Accordingly, the user can grab the handle grip 236 and transmit the rotational force to the rotation handle 230 as a whole.

The handle grip groove 237 is a space recessed to allow the user to hold the handle grip 236 between the long bar-shaped handle grip 236 and the wing member 233. Thus, the user can conveniently grasp the grip grip (236).

The position display member 238 is a display means including an arrow marked on the surface of the wing member 233 so as to inform which position the rotation knob 230 is currently in the process of rotating. Corresponding to the position display member 238, the display member also has a locking position (see 'X' in FIG. 3B, for example, a key locked mark) and an unlocking position ('Y' in FIG. 3B). , For example, an indication that a key is open).

In addition, it is preferable that the portion of the handle grip groove 237 is provided with a transparent material including a transparent glass window in the rotary handle 230 (not shown). Thus, even when the container body 111 is covered by the smart seal cover 200 through the transparent material of the rotary handle 230 together with the transparent member 259 of the lower cover 250 to be described later, the user has the container body 110. The type, amount, and state of the contents contained in the can be easily identified.

2, 3A and 3C, the lower cover 250 is coupled to the lower portion of the upper cover 210, the lower cover mounting member to open and close the opening 113 of the container body 200 ( 115). The lower cover 250 includes a tab coupling groove 251, an insertion groove 252, a screw tab 253, a reinforcing member seating groove 257, and a transparent member 259.

The tab coupling groove 251 is a component formed at the center of the lower cover 250. The screw tab 253 is formed on the inner surface of the tab coupling groove 251 to be screwed with the thread 235.

The insertion groove 252 is recessed in the outer surface of the lower cover 250 and may support the horizontal member 237 of the packing 270 by inserting it.

It is preferable that a reinforcing member seating groove 257 is further formed inside the lower cover 250 so as to correspond to the upper reinforcing member 214 and the upper reinforcing member 214 is inserted into and engaged with each other. Accordingly, the coupling between the upper cover 210 and the lower cover 250 is improved, and the upper cover 210 may be further prevented from being twisted or moved by the rotation of the rotary knob 230, and the upper cover 210 may be prevented. The vertical movement of can be made stable.

The outer surface of the lower cover 250 is preferably provided with a support member 254 protruding outward to support the lower cover mounting member 115.

The transparent member 259 is provided in the central area of the lower cover 250 corresponding to the grip grip 236 and the grip grip groove 237 of the rotary knob 230 to include a transparent material including a glass window. desirable. By this structure, the user can easily grasp the type, amount, state, etc. of the contents of the container body 110 even in a state where the smart seal cover 200 is conveniently closed.

2, 4A and 5A, the packing 270 includes an elastically deformable material and is elastically deformed according to whether the upper cover 210 is pressed by being coupled to an outer circumference of the lower cover 250. The inner wall of the container body 200 is contacted or removed.

The packing 270 has a horizontal member 237 inserted into the insertion groove 252, the outer peripheral surface of the packing 270 is formed to extend from the horizontal member 237, it is preferably formed to be tapered in the outer upward direction Do.

The outer circumferential surface of the packing 270 is formed in the contact member 271 at the same or similar angle as the inner wall surface of the container body 200, so that the packing 270 is opened in the outer direction by the lowering of the upper cover 210 In this case, the inner wall of the container body 110 as close as possible can increase the sealing force.

In the smart seal cover 200 having such a configuration, the packing 270 releases the locking position and the airtight from the container.

First, the forward rotation of the rotary knob 230 (see the clockwise direction in FIG. 5b, the right side of each engaging portion 297 moves from the '01' position to the '03' position and from the '01 `position to the '03` position, respectively) The upper cover 210 pressurizes the packing 270 to seal the opening 113 so that the airtight holding position or locking position keeps the airtight to prevent air flow between the inside and the outside of the container body 110. 3B and 5B, "X", in this case, the smart seal cover 200 and the container body 110 are integrally combined so as not to be separated from each other).

Next, the upper cover 210 depressurizes the packing 270 by the reverse rotation of the rotary knob 230 (see counterclockwise direction in FIG. 3B), and the opening 113 is opened to open the inside and the outside of the container body 110. Between the airtight release position and the unlocking position (see "Y" in Figures 3b and 5b, in which case the smart seal cover 200 can be separated from the container body 110) to release the air flow to Smart seal cover 200 can be moved.

The rotation of the rotary knob 230 is limited between the locking position and the unlocking position, and the rotation is limited by the rotation limiting means 290 to be described later.

In the unlocked position, the upper cover 210 and the rotary knob 230 are raised and lowered with respect to the lower cover 250 and the pressure of the packing 270 is loosened between the upper cover 210 and the lower cover 250. Thus, when the user grabs the handle grip 236 and lifts the smart seal cover 200, the smart seal cover 200 is easily separated from the opening 113. However, even in this case, each configuration of the smart seal cover 200 is not separated from each other.

This is the screw thread 235 of the rotary knob 230 and the screw tab 253 of the lower cover 250 is engaged with each other and the wing member 233 of the rotary knob 230 on the sliding rib 212 of the upper cover 210 This is because the engaging portion 297 is engaged up and down.

The smart seal cover 200 is combined with each component to move in a mass. Thus, the user can grab the handle grip 236 and rotate to open or close the opening 113, and separate the smart seal cover 200 from the opening 113, and place it in the same place as the table and the container body 110 The contents can be taken out from the container body or contained in the container body 110. In addition, the sealing container 100 may be stored for a long time in the refrigerator or the like at a locked position in which the opening 113 is closed with the smart seal cover 200 and kept confidential.

That is, the smart seal cover 200 having an integrated structure between the locking position and the unlocking position has an advantage of improving user convenience.

However, according to the related art, a gas, an odor, dust, foreign matters, etc. may be attached, adsorbed, or introduced moisture, steam, or food between a plurality of components or components themselves or components. Therefore, in the case of using the airtight container for a long time, invisible bacteria, viruses, bacteria, etc. may grow in the parts and spaces and gaps between them to cause contamination or decay.

On the other hand, the gaps between the respective components or parts are narrow and the internal space is large, so that the parts are not disassembled and it is difficult to stably maintain the cleanliness and hygiene of the parts or these gaps.

The present inventors have derived a rotation limiting means 290 to be described later.

The rotation limiting means 290 may limit the rotation of the smart seal cover 200 between the above-described locking position and the unlocking position, as shown in FIGS. 2 and 3A to 3D, 4B and 5B. In accordance with the release of the rotation restriction to perform the function to be located in the detachable position in which the rotary knob 230 is separated and combined from the upper cover 210 and / or lower cover 250.

The rotation limiting means 290 preferably includes bites 293 and 295 formed of the fixed bite 293 and the deformed bite 295, and a locking part 297 engaged with the bites 293 and 295. Do.

Any one of the gripping portions 293 and 295 and the locking portion 297 is provided on any one of the rotary knob 230 and the upper cover 210, and among the gripping portions 293 and 295 and the locking portion 297. The other one may be provided in the other of the rotary knob 230 and the upper cover 210. However, in the following description, for convenience of explanation, the locking portion 297 is assumed to be provided on the rotary handle 230 and the biting portions 293 and 295 are provided on the upper cover 210.

The fixed engagement portion 293 is fixed, and the locking portion 297 of the rotary knob 230 is not locked so that rotation (eg, clockwise rotation in FIG. 5B) does not proceed in the locked position. Protruding from the lower plate surface of the sliding rib 212 of the upper cover 210 to engage.

The deformed stitching portion 295 is accommodated in the bleeding portion receiving groove 215 of the upper cover 210 so that the locking portion 297 of the rotary knob 230 rotates in the unlocking position (for example, counterclockwise in FIG. 3B). Direction rotation) is provided so as not to proceed any further. The deformed stitching portion 295 is composed of a stitching member 295a and an elastic member 295b.

The deformed stitching portion 295 is deformed by pressurization of the user, if necessary, while the locking portion 297 normally restricts rotation at the unlocking position. Thus, the bite jaw (295a2) is moved downward from the plane of the radius of sliding sliding along the sliding rib 212, the locking portion 297 can be moved to the removable position with the rotation restriction is released.

The engagement member 295a is coupled to the engagement portion receiving groove 215 and is elastically pressed to the upper cover 210 plate surface by the lower elastic member 295b, and the pressing plate 295a1 that the user can press, It extends from the pressing plate (295a1) and is engaged with the locking portion (297) consists of a chamfer (295a2) protruding to extend to the center axis of the rotary knob 230.

The elastic member 295b is coupled to the bite receiving groove 215 below the pressing plate 295a1 to elastically press the pressing plate 295a1 to the plate surface side of the upper cover 210. The elastic member 295b may include various kinds of materials, but since the smart seal cover 200 is related to the sealed container 100 for storing and storing food, the elastic member 295b is certified to have corrosion resistance and to be used in food and beverage products. It is preferred to include elastically deformable materials.

On the other hand, the chamfer (295a2) is preferably provided with a chamfer ring (295a21) inclined so that the upper left and right wall surface is narrow (see Fig. 3b). Accordingly, even when the rotary knob 230 moves from the detachable position to the unlocking position, the chamfer 295a2 is lowered to form the sliding rib 212 and the gap (see 'GAP' in FIG. 3B), but also the chamfering (295a21). ), The locking portion 297 can move more smoothly.

Looking at the operation of the deformed portion 295, in the state of Figure 3b the user to move the holding member 297 of the rotary knob 230 from the unlocking position to the detachable position in Figure 3c and Pressurized and pressed together, a gap through which the engaging portion 297 can pass between the lower plate surface of the sliding rib 212 and the upper plate surface of the bleeding jaw 295a2 (see 'GAP' of FIG. 3C, 'H1' of FIG. 3B). 3c, the height change to 'H2' occurs, and the rotation limit of the locking portion 297 is released (the right side of each locking portion 297 is moved from the '01' position to the '02' position, and the '01 `position). Are moved to '02 `position. That is, when the user presses and pushes the gripping member 295a, the gripping jaw 295a2 of the gripping member 295a is lower than the height at which the locking portion 297 rotates, so that it does not exist on the plane of the rotation radius of the locking portion 297. As a result, the locking portion 297 may pass between the gaps (see 'GAP' in FIG. 3C). In this process, the elastic member 295b is elastically deformed to be contracted downward so that a gap (“GAP”) can be formed by the user's pressing force.

And, as shown in Figure 3d the rotary knob 230 is further rotated in the counterclockwise direction (the right side of each locking portion 297 from the '01' position to the '04' position, the '01 `position '04' 'Rotate to each position' so that the locking portion 297 is located in the handle detachable groove 216 of the upper cover 210. Accordingly, the locking portion 297 located at the lower side of the sliding rib 212 may move upward through the handle detachable groove 216 to separate the rotary knob 230 from the upper cover 210.

By this separation, the rotary handle 230, the upper cover 210, the packing 270, the lower cover 250 parts are separated, respectively, to sterilize, sterilize, clean and clean the gaps between the parts themselves or between the parts. Thereby, by removing contaminants such as foreign substances, fermentation bacteria, germs and the like can improve the hygiene and stability of the smart seal cover 200.

On the other hand, when the rotary knob 230 is rotated in the process of releasing and removing the rotation restriction, the thread 235 of the rotary knob 230 and the screw tab 253 of the lower cover 250 are screwed together at the unlocked position. It is a state. In this state, when the rotary knob 230 is further rotated counterclockwise, the thread 235 of the rotary knob 230 and the screw tab 253 of the lower cover 250 are released from each other at a position before the detachable position. Thus, when the rotary knob 230 and the upper cover 210 is detachable, the rotary knob 230 is screwed off with the lower cover 250, so the removal of the rotary knob 230 and the upper cover 210 is more removable. It can be done simply and conveniently. On the other hand, as described above, in the unlocking position, the smart seal cover 200 is integrally coupled to facilitate the user's use.

A plurality of catching portions 297 are provided on the lower side of the wing member 233 of the rotary knob 230 so as to slide and rotate along the lower plate surface of the sliding rib 212 of the upper cover 210. It protrudes outward so that it may engage. The locking part 297 is provided in plural in order to be able to rotate with the sliding rib 212 more stably in the rotating process.

Here, although not shown, the process of coupling the rotary knob 230 to the upper cover 210 in the detachable position is the reverse of the separation process. This is briefly described as follows.

First, the rotary knob in the state in which the upper locking portion 297 is positioned on the handle detachable groove 216 of the sliding rib 212 with the upper locking portion 297 positioned above the rotary knob 230. Lower (230). Thus, the locking portion 297 descends and passes through the handle detachable groove 216. At the same time, the lower plate surface of the wing member 233 is in sliding contact with the upper plate surface of the sliding rib 212 and the locking portion 297 is positioned lower than the lower plate surface of the sliding rib 212.

Next, after the rotary knob 230 is rotated slightly clockwise, the screw of the tab coupling groove 251 in a state where the horizontal member 237 of the packing 270 is positioned in the insertion groove 252 of the lower cover 250. The rotary knob 230, the upper cover 210, the packing 270, and the lower cover 250 are arranged in an order from the upper side to the lower side so that the thread 235 is positioned on the tab 253. In this arrangement, the top cover 210, the packing 270, and the bottom cover 250 may have a rectangular structure, but the top cover 210, the packing 270, and the bottom cover 250 may be formed as necessary. It is preferable that even a novice user can easily display the points which are engaged with each other by displaying numbers and symbols.

Then, when the user presses the bite member 295a, the elastic member 295b is elastically deformed and contracted, and the bite jaw 295a2 is lowered from the lower plate surface of the sliding rib 212, so that the gap (as shown in FIGS. 3B and 3D) (see 'GAP'). Thus, the locking portion 297 can pass through the gap while rotating counterclockwise. By the counterclockwise rotation of the rotary knob 230, the screw thread 235 and the screw tab 253 are screwed together so that each part can be integrally coupled in the unlocking position.

The user removes the pressing force applied to the locking member 295a when the position display member 238 passes the unlocking position. Accordingly, the gripping member 295a is moved upward by the elastic force of the elastic member 295b and the gripping jaw 295a2 contacts the lower plate surface of the sliding rib 212 so that a gap formed in FIGS. 3B and 3D is formed. Disappear.

Thus, the locking portion 297 of the rotary handle 230 is limited to the rotation by the fixed grip portion 293 and the deformed grip portion 295 to move between the locking position and the unlocking position while opening the opening of the container body 110 ( 113) can be opened and closed to maintain confidentiality or to release confidentiality.

Accordingly, according to the present invention, a plurality of parts coupled to the container body is coupled to rotatable integrally assembled smart seal cover that can be easily and conveniently disassembled each part of the smart seal cover is easy to use when necessary and this It is possible to provide a sealed container having.

In addition, it is possible to provide a smart seal cover and a sealed container having the same that can easily remove the contamination that may be present between the smart seal cover to improve hygiene, cleanliness.

In addition, even when the smart seal cover is coupled to the container body can provide a smart seal cover and a sealed container having the same that the user can easily check the contents contained in the container body with the naked eye.

Here, although various embodiments of the present invention have been illustrated and described, it will be apparent to those skilled in the art that the present invention may be modified without departing from the spirit or principles of the present invention. will be. It is intended that the scope of the invention be defined by the claims appended hereto and their equivalents.

100: sealed container 110: container body
113: opening 115: lower cover mounting member
200: smart seal cover
210: upper cover 211: through hole
212: sliding rib 213: inclined portion
214: upper reinforcing member 215: gutter receiving groove
216: handle removable groove 217: outer rib
218: Removable groove
230: rotation handle 233: wing member
235: thread 236: grip grip
237: grip grip groove 238: position display member
250: lower cover 251: tab defect groove
252: insertion groove 253: screw tab
254: support member 257: reinforcing member seating groove
259: transparent member
270 packing 271 contact member
273: horizontal member
290: rotation limit means 293: fixed grip portion
295: deformed stitching portion 295a: stitching member
295a1: Pressing plate 295a2: Bending jaw
295a21: chamfering 295b: elastic member
297: catching part

Claims (8)

A lower cover which opens and closes the opening of the container body having an opening at an upper side thereof and has a tab coupling groove at the center thereof;
An upper cover disposed above the lower cover so as to be outside of an appearance of the opening and having a sliding rib around a central through hole;
One side is coupled to the sliding rib and the other side is passed through the through hole and the rotatable handle is rotatably coupled to the tab coupling groove so that the upper cover is elevated with respect to the lower cover;
A packing coupled between the upper cover and the lower cover to maintain and release airtightness between the opening and the lower cover according to the rotation of the rotation knob;
A latch that restricts rotation of the gripping portion and the gripping portion formed on any one of the rib and the rotation knob to rotatably rotate the locking position between the packing and the unlocking position to release the airtight from the container body by releasing the airtightness. Rotation limiting means having a;
The bite portion includes a fixed bite portion fixed to the upper cover and a modified bite portion provided to be deformable with respect to the upper cover,
The deformed bleeding portion is coupled to the upper cover to release the rotation restriction of the locking portion by the user's pressure in the unlocking position, the rotation handle is released from the rotation restriction is moved to the removable position removable with respect to the upper cover. Smart seal cover for airtight containers, characterized in that possible. delete A lower cover which opens and closes the opening of the container body having an opening at an upper side thereof and has a tab coupling groove at the center thereof;
An upper cover disposed above the lower cover so as to be outside of an appearance of the opening and having a sliding rib around a central through hole;
One side is coupled to the sliding rib and the other side is passed through the through hole and the rotatable handle is rotatably coupled to the tab coupling groove so that the upper cover is elevated with respect to the lower cover;
A packing coupled between the upper cover and the lower cover to maintain and release airtightness between the opening and the lower cover according to the rotation of the rotation knob;
A latch that restricts rotation of the gripping portion and the gripping portion formed on any one of the rib and the rotation knob to rotatably rotate the locking position between the packing and the unlocking position to release the airtight from the container body by releasing the airtightness. Rotation limiting means having a;
The bite portion includes a fixed bite portion fixed to the upper cover and a modified bite portion provided to be deformable with respect to the upper cover,
The deformed bite portion, the bite member for pressing the user; And an elastic member for elastically pressing the biting member to the unlocking position. The method of claim 3,
The bite member, the pressing plate is pressed by the user; Smart seal cover for a closed container comprising a; squeezing jaw extending from the pressing plate to engage with the engaging portion. The method according to claim 1 or 3,
Smart seal cover for a sealed container comprising a transparent member for viewing the contents contained in the container body in the state in which the opening is closed in the central region and the central region of the lower cover. The method of claim 1,
The rotary handle is a smart seal cover for the sealed container, characterized in that it comprises a handle detachable groove formed through the upper cover to pass through the bite in the removable position. The method of claim 1,
The rotation handle and the lower cover is screwed,
The screwing is maintained in the locking position and the unlocking position, the smart seal cover for the sealed container, characterized in that the screwing is released in the removable position. A container body having an opening;
A sealed container, characterized in that the opening and closing of the opening is possible with the smart seal cover for the sealed container of claim 1.

Images