CN212862468U - Container with concealed liquid outlet - Google Patents
Container with concealed liquid outlet Download PDFInfo
- Publication number
- CN212862468U CN212862468U CN202021975621.9U CN202021975621U CN212862468U CN 212862468 U CN212862468 U CN 212862468U CN 202021975621 U CN202021975621 U CN 202021975621U CN 212862468 U CN212862468 U CN 212862468U
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- cover
- liquid outlet
- pressing
- buckle
- ratchet
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Abstract
The utility model discloses a container of hidden liquid outlet, including the container that is used for storing liquid and has elastic deformation, but the lid cover of being connected with the container opening and with the flexible press cover of lid cover phase-match formation axial, the press cover is equipped with liquid outlet channel, the press cover lateral wall is equipped with the liquid outlet that link up with liquid outlet channel, the lid cover is equipped with and link up with liquid outlet channel and the inlet channel who link up with the container inner chamber, the lid cover is equipped with the seal cover of closing the liquid outlet, be equipped with between press cover and the lid cover and can make the press cover from stretching out through pressing down the press cover, two states of withdrawal make a round trip to switch press flexible locking structure, when the press cover stretches out, the liquid outlet is opened, when the press cover retracts, the liquid outlet. The utility model discloses following beneficial effect has: convenient operation, through pressing the press cover, make the press cover from stretching out, two states of withdrawal switch back and forth to the realization is opened, is closed the liquid outlet, effectively reduces the liquid of remaining in liquid outlet department and is polluted by air etc..
Description
Technical Field
The utility model relates to a technical field of liquid container, concretely relates to container of hidden liquid outlet.
Background
Most containers on the market have liquid outlets exposed to air, and liquid left at the liquid outlets contacts with the air, and may react with the air or be polluted by dust in the air, so that the next use is affected.
SUMMERY OF THE UTILITY MODEL
The utility model aims to solve the technical problem that a hidden liquid outlet's container that can show or open the liquid outlet when using the product, can hide or close the liquid outlet when not using the product is provided.
Realize the utility model discloses the technical solution of purpose does: hidden liquid outlet's container, its characterized in that: but including the container that is used for storing liquid and has elastic deformation, the lid cover of being connected with the container opening and with the flexible press cover of lid cover phase-match formation axial, the press cover is equipped with liquid outlet channel, the press cover lateral wall is equipped with the liquid outlet of lining up with liquid outlet channel, the lid cover is equipped with and link up with liquid outlet channel and the inlet channel who link up with the container inner chamber, the lid cover is equipped with the seal cover of closing the liquid outlet, be equipped with between press cover and the lid cover and can make the press cover from stretching out, the flexible locking structure of pressing that two states of withdrawal make a round trip to switch through pressing the press cover, when the press cover stretches out, the liquid outlet breaks away from the seal cover, and the liquid outlet is opened, when the press cover withdrawal, the liquid outlet.
Further optimized, the pressing telescopic locking structure comprises a blocking buckle, a pressing cover seat arranged on the pressing cover, a cover sleeve seat arranged on the cover sleeve and a compression spring arranged between the pressing cover and the cover sleeve,
the lower part of the pressing cover seat is provided with a pressing cover ratchet and a plurality of limit nails protruding in the radial direction;
the pressing cover seat is slidably inserted into the cover sleeve seat, a plurality of cover sleeve ratchets and limiting grooves which are positioned between every two adjacent cover sleeve ratchets and matched with limiting nails and then used for limiting the pressing cover to move up and down are arranged at the lower part of the cover sleeve seat, a lower limiting part for limiting the pressing stroke is arranged at the lower end of the cover sleeve seat, and a second buckling structure for limiting the maximum extending stroke of the pressing cover is arranged between the pressing cover seat and the cover sleeve seat;
the release stopping buckle is sleeved outside the pressing cover seat and provided with a release stopping buckle ratchet which enables the release stopping buckle to rotate relative to the pressing cover when being meshed with the pressing cover ratchet and a clamping ratchet which enables the release stopping buckle to rotate relative to the pressing cover when being meshed with the cover sleeve ratchet, the clamping ratchet is matched with the limiting groove, the release stopping buckle is switched between two states of falling into the limiting groove and being meshed with the cover sleeve ratchet in the rotating process, the release stopping buckle ratchet and the pressing cover ratchet are provided with inclined planes which can be contacted with each other, the clamping ratchet and the cover sleeve ratchet are provided with inclined planes which can be contacted with each other, and a first buckle structure which enables the release stopping buckle and the pressing cover seat to be mutually hung and buckled when the release stopping buckle ratchet is separated from the pressing cover ratchet is arranged between the release stopping buckle and the pressing cover seat;
when the limiting nail and the clamping ratchet enter the limiting groove simultaneously, the blocking and releasing buckle ratchet is separated from the pressing cover ratchet and only part of the inclined surface is opposite to the pressing cover ratchet, the blocking and releasing buckle clamping protrusion and the pressing cover buckle are mutually hung and buckled, the pressing cover extends out, and the liquid outlet is opened; when the limiting nail is in the limiting groove, the clamping ratchet is meshed with the cover sleeve ratchet to be buckled, the blocking and releasing buckle ratchet is separated from the pressing cover ratchet and only part of the inclined surface is opposite, the blocking and releasing buckle clamp is mutually hung and buckled with the pressing cover buckle, the pressing cover retracts, and the liquid outlet is closed.
Further optimize, liquid outlet channel establishes in the inside of pressing the lid seat, liquid inlet channel is equipped with inside the cover seat, lower spacing portion is equipped with the through-hole that link up liquid inlet channel and container inner chamber.
Further optimize, the liquid outlet channel is arranged on the outer side of the pressing cover seat, the liquid inlet channel is arranged on the outer side of the cover seat, and the lower limiting part seals the bottom of the cover seat.
Further optimize, buckle structure one including establish on pressing the lid seat lie in pressing the lid ratchet below the press cap buckle and establish on hindering and put and detain and match the back with the press cap buckle and make hinder to put and detain and press the lid seat and hang the knot card protruding of putting of blocking of detaining each other.
Further optimize, buckle structure two is including establishing the press cap ka tai that is located the banking pin top on pressing the cap seat and establishing on the cover seat and being used for restricting the cover seat buckle that the press cap stretches out maximum stroke after matcing with the press cap ka tai.
Further optimize, lid cover seat upper end and the sealed contact of pressing the lid seat.
The utility model discloses hidden liquid outlet's container has following beneficial effect: convenient operation, the accessible is pressed the press cover, can make the press cover from stretching out, two states of withdrawal switch back and forth to the realization is opened, is closed the liquid outlet, and then realizes opening the liquid outlet when using the product, closes the liquid outlet when not using the product, and the in-process of product using effectively reduces the liquid of remaining in liquid outlet department and is polluted by air etc. influences the effect of using this liquid next time.
Drawings
The present invention will be described in detail with reference to the accompanying drawings and examples;
fig. 1 is a schematic diagram of an explosion structure according to a first embodiment of the present invention;
fig. 2 is a schematic view of a partial cross-sectional structure of a closed state according to an embodiment of the present invention;
fig. 3 is a schematic view of a partial cross-sectional structure of the first embodiment of the present invention when opened;
FIG. 4 is an enlarged cross-sectional view of a release stopping buckle according to an embodiment of the present invention;
fig. 5 is an enlarged sectional view of a pressing cap according to an embodiment of the present invention;
FIG. 6 is an enlarged cross-sectional view of a cover according to an embodiment of the present invention;
FIG. 7 is a schematic view of the structure of the operation process of the present invention during opening;
FIG. 8 is a schematic view of the structure of the working process of the present invention when closing
Fig. 9 is a schematic structural view of a second pressing cap according to an embodiment of the present invention;
FIG. 10 is a schematic structural view of a second cover according to an embodiment of the present invention;
fig. 11 is a schematic sectional view of a second cover according to an embodiment of the present invention;
fig. 12 is a schematic sectional view of the second embodiment of the present invention when closed;
fig. 13 is a schematic sectional view of the second embodiment of the present invention when opened;
in the drawings: the container comprises a container 100, a cover sleeve 200, a sealing sleeve 210, a cover sleeve seat 220, a liquid inlet channel 230, a cover sleeve ratchet 240, a limiting groove 250, a lower limiting part 260, a through hole 261, a spring positioning column 262, a cover sleeve seat clamping buckle 270, a pressing cover 300, a pressing cover seat 310, a cavity 311, a liquid outlet channel 320, a liquid outlet 330, a pressing cover ratchet 340, a limiting nail 350, a pressing cover clamping buckle 360, a pressing cover clamping table 370, a release blocking buckle 400, a release blocking buckle ratchet 410, a clamping ratchet 420, a release blocking buckle clamping bulge 430 and a compression spring 500.
Detailed Description
In a first embodiment, as shown in fig. 1 to 6, a container with a hidden liquid outlet includes a container 100 for storing liquid and having elastic deformation, a cover 200 connected to an opening of the container 100, a pressing cap 300 matched with the cover 200 to form an axially retractable structure, a blocking buckle 400, and a compression spring 500 disposed between the pressing cap 300 and the cover 200,
the pressing cover 300 is provided with a pressing cover seat 310, a liquid outlet channel 320 is arranged in the pressing cover seat 310, a liquid outlet 330 communicated with the liquid outlet channel 320 is arranged on the side wall of the pressing cover 300, a circle of pressing cover ratchets 340 and a plurality of radially protruding limit nails 350 are arranged on the lower portion of the pressing cover seat 310, and the pressing cover seat 310 is provided with a pressing cover buckle 360 positioned below the pressing cover ratchets 340 and a pressing cover clamping table 370 positioned above the limit nails 350.
The cover sleeve 200 is sleeved outside the pressing cover 300, and the pressing cover 300 can slide up and down relative to the cover sleeve 200; the upper portion of the cap cover 200 is provided with a sealing sleeve 210 for closing the liquid outlet 330, the lower portion of the cap cover is provided with a cap cover seat 220, the upper end of the cap cover seat 220 is in sealing contact with a pressing cap seat 310, a liquid inlet channel 230 communicated with a liquid outlet channel 320 and communicated with the inner cavity of the container 100 is arranged in the cap cover seat 220, the lower portion of the cap cover seat 220 is provided with a plurality of circumferentially uniformly distributed cap cover ratchets 240 and a limiting groove 250 which is positioned between every two adjacent cap cover ratchets 240 and matched with a limiting nail 350 to limit the pressing cap 300 to move up and down, the lower end of the cap cover seat 220 is provided with a lower limiting portion 260 for limiting the pressing stroke, the lower limiting portion 260 is provided with a through hole 261 for communicating the liquid inlet channel 230 with the inner cavity of the container 100, and the upper portion of the cap cover seat 220 is provided with a cap cover seat.
The release preventing buckle 400 is sleeved outside the pressing cover seat 310, the release preventing buckle 400 is provided with a circle of release preventing buckle ratchets 410 which enable the release preventing buckle 400 to rotate relative to the pressing cover 300 when meshed with the pressing cover ratchets 340, and a circle of clamping ratchets 420 which enable the release preventing buckle 400 to rotate relative to the pressing cover 300 when meshed with the cover sleeve ratchets 240, the clamping ratchets 410 are arranged outside the release preventing buckle 400 and protrude radially, the clamping ratchets 420 are matched with the limiting grooves 250, the clamping ratchets 420 are switched between two states of falling into the limiting grooves 250 and being meshed with the cover sleeve ratchets 240 in the rotating process of the release preventing buckle 400, the number of the clamping ratchets 420 is the same as that of the cover sleeve 240 and the limiting grooves 250, the release preventing buckle 410 and the pressing cover ratchets 340 are provided with inclined planes which can be contacted with each other, the clamping ratchets 420 and the cover sleeve ratchets 240 are provided with inclined planes which can be contacted with each other, the release preventing buckle 400 is provided with release preventing buckle, when the release stopping buckle ratchet 410 is separated from the pressing cover ratchet 340, the release stopping buckle clamping protrusion 430 is buckled with the pressing cover buckle 360, so that the release stopping buckle 400 and the pressing cover seat 310 are mutually hung and buckled, and the release stopping buckle clamping protrusion 430 is arranged in the inner cavity of the release stopping buckle 400;
the compression spring 500 is placed in the liquid outlet channel 320, the upper end of the compression spring is in contact with the pressing cover seat 310, the lower end of the compression spring is in contact with the lower limiting part 260, and the lower limiting part 260 is provided with a spring positioning column 262 for limiting the position of the compression spring 500;
when the limit nail 350 and the clamping ratchet 420 enter the limit groove 250 at the same time, the blocking and releasing buckle ratchet 410 is separated from the pressing cover ratchet 340 and only part of the inclined planes are opposite, the blocking and releasing buckle clamping protrusion 430 and the pressing cover buckle 360 are mutually hung and buckled, the pressing cover 300 extends out, and the liquid outlet 330 is opened; when the limit nail 350 is in the limit groove 250, the blocking ratchet 420 is meshed with the cover sleeve ratchet 240 to be buckled, the release blocking buckle ratchet 410 is separated from the pressing cover ratchet 340 and only partially faces the inclined plane, the release blocking buckle clamping protrusion 430 is mutually hung and buckled with the pressing cover buckle 360, the pressing cover 300 retracts, and the liquid outlet 330 is closed.
As shown in fig. 9 to 13, the second embodiment relates to a modification aspect of the first embodiment in that: the liquid outlet channel 320 is arranged outside the pressing cover seat 310, the liquid inlet channel 230 is arranged outside the cover sleeve seat 220, a cavity 311 for placing the compression spring 500 is arranged in the pressing cover seat 310, and the lower limit part 260 seals the bottom of the cover sleeve seat 220.
The working process principle is as follows:
1. the pressing cover 300 retracts, the liquid outlet 330 is in a closed state and is in an initial state, at the moment, the limiting nail 350 is in the limiting groove 250, the pressing cover 300 only can move up and down, the clamping position ratchet 420 is meshed with the cover sleeve ratchet 240 to be buckled, the releasing blocking buckle ratchet 410 is separated from the pressing cover ratchet 340, part of the inclined surface is opposite, and the pressing cover buckle 360 and the releasing blocking buckle lug 430 are mutually hung and buckled.
2. The pressing cap 300 is pressed downwards, when the pressing cap ratchet 340 contacts with a part of the inclined plane of the release stopping ratchet 410, the pressing cap 300 pushes the release stopping buckle 400 to move downwards until the blocking ratchet 420 is separated from the cap sleeve ratchet 240, the pressing is continued downwards, when the release stopping buckle 400 contacts with the lower limiting part 260, the limiting nail 350 is still positioned in the limiting groove 250, at the moment, the pressing cap ratchet 340 is engaged with the release stopping ratchet 410, the release stopping buckle 400 is driven to rotate relative to the pressing cap 300, and when the pressing cap ratchet 340 is not engaged with the release stopping ratchet 410, the blocking ratchet 420 rotates to a position opposite to the entrance of the limiting groove 250.
3. When the pressing cover 300 is loosened, the pressing cover 300 moves upwards under the action of the resilience force of the compression spring 500, the pressing cover 300 is in the process of moving upwards, the pressing cover buckle 360 and the release blocking buckle clamping protrusion 430 are mutually hung and buckled, an upward acting force is provided for the release blocking buckle 400, the pressing cover ratchet 340 is separated from the release blocking buckle ratchet 410 at the moment, the release blocking buckle 400 rotates relative to the pressing cover 300 under the help of the clamping ratchet 420 on the inclined surface, and simultaneously slides into the limiting groove 250 along the inlet edge of the limiting groove 250, the release blocking buckle ratchet 410 is separated from the pressing cover ratchet 340 at the moment, part of the inclined surface is opposite, when the pressing cover clamping table 370 and the cover sleeve seat buckle 270 are mutually hung and buckled, the pressing cover 300 stops rising, the pressing cover 300 extends out, the liquid outlet 330 is separated from the sealing sleeve 210, and the liquid outlet 330 is opened.
4. When the pressing cover 300 is pressed downwards, because the limit pin 350 and the blocking ratchet 420 enter the limit groove 250 at the same time, when the pressing cover ratchet 340 contacts with a part of the inclined surface of the blocking buckle ratchet 410, the pressing cover 300 pushes the blocking buckle 400 to move downwards until the blocking ratchet 420 is separated from the limit groove 250, the pressing cover 300 is continuously pressed downwards, when the blocking buckle 400 contacts with the lower limit part 260, the limit pin 350 is still positioned in the limit groove 250, the blocking buckle 400 is driven to rotate relative to the pressing cover 300 by meshing the pressing cover ratchet 340 with the blocking buckle ratchet 410, and when the pressing cover ratchet 340 stops meshing with the blocking buckle ratchet 410, the blocking ratchet 420 is separated from the cover sleeve 240 and part of the inclined surface is opposite.
5. The pressing cap 300 is released, the pressing cap 300 moves upward by the resilient force of the compression spring 500, and during the upward movement of the pressing cap 300, the press cover fastener 360 and the release fastener locking protrusion 430 are fastened with each other to provide an upward acting force for the release fastener 400, and at this time, the press cover ratchet 340 is separated from the release fastener ratchet 410, so that the locking ratchet 420 is contacted with a part of the inclined surface of the cover sleeve ratchet 240, then, the blocking ratchet 420 is engaged with the cover ratchet 240, so as to drive the release button 400 to rotate relative to the pressing cover 300, when the clamping ratchet 420 and the cover sleeve ratchet 240 stop being engaged, the press cover ratchet 340 is separated from the release button ratchet 410 and only part of the inclined surfaces are opposite, because the pressing cover buckle 360 and the blocking buckle clamping protrusion 430 are mutually hung and buckled, the pressing cover 300 cannot continuously rise, at the moment, the pressing cover 300 retracts, the liquid outlet 330 enters the sealing sleeve 210, and the liquid outlet 330 is closed.
The working processes 1 to 3 are shown in FIG. 7, and the working processes 4 to 5 are shown in FIG. 8.
The working process principle of the second embodiment is the same as that of the first embodiment.
Claims (7)
1. Hidden liquid outlet's container, its characterized in that: but including the container that is used for storing liquid and has elastic deformation, the lid cover of being connected with the container opening and with the flexible press cover of lid cover phase-match formation axial, the press cover is equipped with liquid outlet channel, the press cover lateral wall is equipped with the liquid outlet of lining up with liquid outlet channel, the lid cover is equipped with and link up with liquid outlet channel and the inlet channel who link up with the container inner chamber, the lid cover is equipped with the seal cover of closing the liquid outlet, be equipped with between press cover and the lid cover and can make the press cover from stretching out, the flexible locking structure of pressing that two states of withdrawal make a round trip to switch through pressing the press cover, when the press cover stretches out, the liquid outlet breaks away from the seal cover, and the liquid outlet is opened, when the press cover withdrawal, the liquid outlet.
2. A hidden liquid outlet container as claimed in claim 1, wherein: the pressing telescopic locking structure comprises a blocking buckle, a pressing cover seat arranged on the pressing cover, a cover sleeve seat arranged on the cover sleeve and a compression spring arranged between the pressing cover and the cover sleeve,
the lower part of the pressing cover seat is provided with a pressing cover ratchet and a plurality of limit nails protruding in the radial direction;
the pressing cover seat is slidably inserted into the cover sleeve seat, a plurality of cover sleeve ratchets and limiting grooves which are positioned between every two adjacent cover sleeve ratchets and matched with limiting nails and then used for limiting the pressing cover to move up and down are arranged at the lower part of the cover sleeve seat, a lower limiting part for limiting the pressing stroke is arranged at the lower end of the cover sleeve seat, and a second buckling structure for limiting the maximum extending stroke of the pressing cover is arranged between the pressing cover seat and the cover sleeve seat;
the release stopping buckle is sleeved outside the pressing cover seat and provided with a release stopping buckle ratchet which enables the release stopping buckle to rotate relative to the pressing cover when being meshed with the pressing cover ratchet and a clamping ratchet which enables the release stopping buckle to rotate relative to the pressing cover when being meshed with the cover sleeve ratchet, the clamping ratchet is matched with the limiting groove, the release stopping buckle is switched between two states of falling into the limiting groove and being meshed with the cover sleeve ratchet in the rotating process, the release stopping buckle ratchet and the pressing cover ratchet are provided with inclined planes which can be contacted with each other, the clamping ratchet and the cover sleeve ratchet are provided with inclined planes which can be contacted with each other, and a first buckle structure which enables the release stopping buckle and the pressing cover seat to be mutually hung and buckled when the release stopping buckle ratchet is separated from the pressing cover ratchet is arranged between the release stopping buckle and the pressing cover seat;
when the limiting nail and the clamping ratchet enter the limiting groove simultaneously, the blocking and releasing buckle ratchet is separated from the pressing cover ratchet and only part of the inclined surface is opposite to the pressing cover ratchet, the blocking and releasing buckle clamping protrusion and the pressing cover buckle are mutually hung and buckled, the pressing cover extends out, and the liquid outlet is opened; when the limiting nail is in the limiting groove, the clamping ratchet is meshed with the cover sleeve ratchet to be buckled, the blocking and releasing buckle ratchet is separated from the pressing cover ratchet and only part of the inclined surface is opposite, the blocking and releasing buckle clamp is mutually hung and buckled with the pressing cover buckle, the pressing cover retracts, and the liquid outlet is closed.
3. A hidden liquid outlet container as claimed in claim 2, wherein: the liquid outlet channel is arranged in the pressing cover seat, the liquid inlet channel is arranged in the cover sleeve seat, and the lower limiting part is provided with a through hole which communicates the liquid inlet channel with the inner cavity of the container.
4. A hidden liquid outlet container as claimed in claim 2, wherein: the liquid outlet channel is arranged on the outer side of the pressing cover seat, the liquid inlet channel is arranged on the outer side of the cover seat, and the lower limiting part seals the bottom of the cover seat.
5. A hidden liquid outlet container as claimed in claim 2, wherein: the first buckle structure comprises a pressing cover buckle arranged on the pressing cover seat and positioned below the pressing cover ratchet and a blocking buckle clamping protrusion arranged on the blocking buckle and matched with the pressing cover buckle to enable the blocking buckle and the pressing cover seat to be mutually hung and buckled.
6. A hidden liquid outlet container as claimed in claim 2, wherein: and the second buckle structure comprises a pressing cover clamping table arranged on the pressing cover seat and positioned above the limit nail, and a cover seat buckle arranged on the cover seat and matched with the pressing cover clamping table to limit the maximum extending stroke of the pressing cover.
7. A hidden liquid outlet container as claimed in claim 2, wherein: the upper end of the cover sleeve seat is in sealing contact with the pressing cover seat.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021975621.9U CN212862468U (en) | 2020-09-10 | 2020-09-10 | Container with concealed liquid outlet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021975621.9U CN212862468U (en) | 2020-09-10 | 2020-09-10 | Container with concealed liquid outlet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212862468U true CN212862468U (en) | 2021-04-02 |
Family
ID=75197196
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202021975621.9U Active CN212862468U (en) | 2020-09-10 | 2020-09-10 | Container with concealed liquid outlet |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN212862468U (en) |
-
2020
- 2020-09-10 CN CN202021975621.9U patent/CN212862468U/en active Active
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| GR01 | Patent grant |