CN209291070U - A kind of quantitative lid structure of liquid container - Google Patents
A kind of quantitative lid structure of liquid container Download PDFInfo
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- CN209291070U CN209291070U CN201821973884.9U CN201821973884U CN209291070U CN 209291070 U CN209291070 U CN 209291070U CN 201821973884 U CN201821973884 U CN 201821973884U CN 209291070 U CN209291070 U CN 209291070U
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- quantitative
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Abstract
A kind of quantitative lid structure of liquid container, including upper cover, the quantitative middle cover of shunting and the back cover lid sequentially arranged up and down, upper cover sealing is covered in liquid container top opening, shunts quantitative middle cover and back cover lid protrudes into liquid container, there are gaps between liquid container inner wall;Upper tops are equipped with the liquid outlet and ventilative interface flowed out for liquid;It shunts in quantitative middle cover and is equipped with vertical splitter, cover cavity in quantitative will be shunted and be divided into quantitative chamber and outflow chamber, outflow top of chamber is connected to liquid outlet, and bottom is connected to quantitative chamber;Shunting in quantitative chamber side quantifies on middle cover side wall, and corresponding splitter offers inlet, and inlet is higher than splitter lower end, quantitative top of chamber and ventilative orifice.This structure can cooperate accident in office to see, on the liquid container of any material of any volume, while replacing conventional bottle cap and measurer, can recycle Reusability with the random quantitative liquid of user's regard.
Description
Technical field
The utility model relates to the quantitative lid structures of packaging field more particularly to a kind of liquid container.
Background technique
In life, we frequently encounter the case where needing quantitative liquid, such as chemical agent, washing product, kitchen flavoring agent
Deng, current common practice is that in addition configuration one measuring cup or by the cover design of container be measuring cup.The former is using every time
After require additionally to clean measuring cup, the latter is also required to topple over the liquid feed in measuring cup completely, avoid by lid lid to hold
After device top opening, covers interior residual liquid and flow to external container pollution external container, also, the two will pay attention to when measuring
Liquid container dump angle avoids liquid from disposably pouring out outside too many spilling measuring cup, uses more troublesome.
Utility model content
The technical problem to be solved by the utility model is to provide a kind of quantitative lid structures of liquid container, in quantitative lid
After assembly is on the liquid container bottleneck, tilt for the first time bottleneck realize it is quantitative, topple over every time later can only pour out it is quantitative
Liquid measures every time without additional measuring cup and holds liquid product and the cleaning after having measured, very easy to use.
The utility model is achieved through the following technical solutions:
A kind of quantitative lid structure of liquid container, it is characterised in that: including sequentially arrange up and down upper cover, shunt in quantitative
Lid and back cover lid, upper cover sealing are covered in liquid container top opening, shunt quantitative middle cover and back cover lid protrudes into liquid container
Interior, there are gaps between liquid container inner wall;
Upper tops are equipped with the liquid outlet and ventilative interface flowed out for liquid;
It shunts in quantitative middle cover and is equipped with vertical splitter, cover cavity in quantitative will be shunted and be divided into quantitative chamber and outflow
Chamber, outflow top of chamber are connected to liquid outlet, and bottom is connected to quantitative chamber;
Shunting in quantitative chamber side quantifies on middle cover side wall, and corresponding splitter offers inlet, and inlet, which is higher than, to be divided
Flow lower end, quantitative top of chamber and ventilative orifice.
When user needs quantitative liquid, need to only common cover be replaced to cover in liquid container top opening on quantitative lid,
Not needing other tools such as measuring cup can quantitative liquid.When toppling over bottle body for the first time, liquid can be from inlet in liquid container
Into in quantitative chamber, after liquid container is put just, liquid flows into splitter cavity from quantitative chamber, and extra liquid can be flowed back into from inlet
In liquid container, only quantitative liquid can be kept here in splitter cavity, later when each pouring liquid, quantifying in one side splitter cavity
Liquid is flowed out from liquid outlet, while the liquid in another aspect liquid container enters in quantitative chamber from inlet again, liquid to be gone out
When the liquid of mouth outflow obviously stops, show that quantitative liquid is finished down, after at this time putting liquid container just, liquid is again from quantitative
Chamber flows into splitter cavity, stores quantitative liquid again in splitter cavity, so recycles, in addition to be when first time pouring liquid container for
Quantitative liquid is prepared, and flows out without quantitative liquid, later when each pouring liquid, can all there is the outflow of part under quantitative lid
Quantitative liquid in chamber is poured out.
Further, the quantitative lid is split type, upper cover, shunt quantitative middle cover and back cover cover it is lower it is coaxial it is fixed be one
Body.Entire quantitative lid can be integrally formed, for convenient for injection molding, the preferred connection structure that assembles again of split production.
Further, the upper cover includes inside and outside two circle side walls being fixed as one, and inner ring side wall lower ends are tightly placed in point
It flows outside quantitative middle cover upper end, outer ring side wall inner wall is equipped with thread segment, and liquid container top opening protrudes into two circle sides of upper cover
Between wall, it is tightened on thread segment.Inner ring side wall is used for the sealed connection shunted between quantitative middle cover, and outer ring side wall is for same
Sealed connection between liquid container top opening, two layers side wall construction be conducive to upper cover and liquid container, shunt quantitative middle cover it
Between fast sealing installation, using more convenient.
Further, in the through slot shunted on quantitative middle cover lower end insertion back cover tops side wall, it is tightly placed in through slot
On cell wall, quantitative middle cover lower end outer rim is shunted equipped with a circle flange abutting and shelters from back cover tops upper limb.It can will shunt
Quantitative middle cover is directly pressed in back cover lid, while flange plays protection and position-limiting action to back cover lid, prevents back cover from covering long-term
Stress falls off from the quantitative middle cover of shunting in use.
Further, the quantitatively middle cover upper end that shunts is open end, and inside top is installed with the outflow interface of tubulose, flows
Outgoing interface upper end is tightly placed on liquid outlet;Outflow lower end of interface is connected to outflow chamber.Convenient for shunting the injection molding of quantitative middle cover,
It is conducive to liquid outlet simultaneously and outflow chamber is connected to.
Further, the splitter upper end is connected as one with outflow interface, and splitter lower end is towards below inlet
Bending, shunting of the lower end below inlet quantify middle cover side wall.Tubular outer rim and the splitter for flowing out interface are common
Play the role of separating chamber, convenient for the arrangement of splitter.The bending structure of splitter, when toppling over convenient for liquid container in container
Liquid enter quantitative chamber, be also convenient for liquid container and put just that quantitative intracavitary liquid enters splitter cavity afterwards.
Further, the fixed place is equipped with a circle or the mutually matched sealing locking buckle pair of multi-turn.It is easy for installation, it is close
Envelope property is good.
Further, the ventilative interface is air hole perhaps ventilated membrane or other with similar functions, can be balanced
Quantitative lid inner and outer air pressure, while not will lead to ventilating structure of the liquid from ventilative interface leakage.
Further, activity covering seal cover board on the upper lid, seal cover board is clamshell.Play protection liquid outlet and
The effect of beautiful health.
Further, the inlet is in the mouth shape protruded into towards the quantitative middle cover of shunting, mouth shape top horizontal, mouth shape bottom
It tilts obliquely, when the liquid in liquid container enters quantitative chamber, plays water conservancy diversion work when quantitative intracavitary liquid enters splitter cavity
With.
The utility model has the beneficial effects that:
1, accident in office can be cooperated to see, the liquid of any material of any volume with the random quantitative liquid of user's regard
On container, while conventional bottle cap and measurer are replaced, it is compact-sized;
2, Reusability, environmental protection and saving can be recycled;
3, structure is simple, easy to use, conducive to popularization in daily life.
Detailed description of the invention
Fig. 1 is the schematic perspective view of quantitative lid and liquid container
Fig. 2,3 are to face cut-away view in Fig. 1
Fig. 4 is the schematic perspective view for shunting quantitative middle cover
Fig. 5 is the top view of Fig. 4
Fig. 6 is the A-A of Fig. 5 to cut-away view
Fig. 7 is the B-B direction cut-away view of Fig. 5
In Fig. 1~7: 1 is upper cover, and 101 be liquid outlet, and 102 be ventilative interface, and 103 be seal cover board, and 104 be inner ring side
Wall, 105 be outer ring side wall, and 2 is shunt quantitative middle cover, and 201 be splitter, and 202 be quantitative chamber, and 203 be outflow chamber, 204 for into
Liquid mouth, 205 be flange, and 206 be outflow interface, and 3 be back cover lid, and 4 be liquid container, and 5 be sealing locking buckle pair.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing.
Quantitative lid structure as shown in Figure 2, including sequentially arrangement, the coaxial fixed upper cover 1 being integrated, shunting are quantitative up and down
Middle cover 2 and back cover lid 3 shunt quantitative middle cover 2 and envelope as shown in Figure 1, the sealing of upper cover 1 is covered in 4 top opening of liquid container
Bottom cover 3 protrudes into liquid container 4, and there are gaps between 4 inner wall of liquid container.
As shown in figure 3, being equipped with the liquid outlet 101 and ventilative interface 102 flowed out for liquid at the top of upper cover 1;Ventilative interface 102
It can be air hole or ventilated membrane, can guarantee that quantitative lid air pressure inside is normal, while liquid will not be from ventilative interface 102
Subject to leakage;Upper cover 1 includes inside and outside two circle side walls being fixed as one, and 104 lower end of inner ring side wall is tightly placed in shunting quantitatively
Outside 2 upper end of lid, fixed place is equipped with a mutually matched sealing locking buckle pair 5 of circle, and side wall 105 inner wall in outer ring is equipped with screw thread
Section, 4 top opening of liquid container are protruded between two circle side walls of upper cover 1, are tightened on thread segment;Also activity covering in upper cover 1
Seal cover board 103, in the present embodiment, seal cover board 103 is clamshell.
As shown in figure 3 to figure 7, shunting quantitative 2 upper and lower ends of middle cover is open end, and it is solid to shunt quantitative 2 inside top of middle cover
Outflow interface 206 equipped with tubulose, vertical 201 upper end of splitter is connected as one with outflow interface 206, under splitter 201
End is towards bending, lower end below the inlet 204 being provided on quantitative 2 side wall of middle cover of shunting close to 204 lower section of inlet
Shunting quantify 2 side wall of middle cover;Inlet 204 is in the mouth shape protruded into towards the quantitative middle cover 2 of shunting, mouth shape top horizontal, mouth shape
Bottom tilts obliquely.
Splitter 201 will shunt quantitative 2 inner cavity of middle cover and be divided into quantitative chamber 202 and outflow chamber 203, flow out on interface 206
End, which is stretched out, shunts quantitative 2 top of middle cover, is tightly placed on liquid outlet 101, fixed place is equipped with the two mutually matched sealing locking clamps of circle
It is connected at the top of button pair 5, outflow 206 lower end of interface and outflow chamber 203;Outflow 203 bottom of chamber is connected to quantitative 202 bottom of chamber;Into
Liquid mouth 204 is located in quantitative chamber 202, and interface 102 of breathing freely is located at quantitative 202 top of chamber.
It shunts in the through slot in quantitative 2 lower end of middle cover insertion, 3 top sidewall of back cover lid, is tightly placed on through slot cell wall, it is fixed
Place is equipped with a mutually matched sealing locking buckle pair 5 of circle;It shunts quantitative 2 lower end outer rim of middle cover and is equipped with a circle flange 205 tightly
Patch shelters from 3 top upper limb of back cover lid.
When first time pouring liquid container 4, the liquid in container can only enter by inlet 204 quantitatively covers part
Quantitative chamber 202 in, put positive body, the quantitative outflow chamber 203 for covering lower part can only store quantitative liquid, extra liquid meeting
Out of inlet 204 flow back fluid container 4, when toppling over body again, the quantitative liquid stored in chamber 203 is flowed out through flowing out interface
206, liquid outlet 101 is poured out, and quantitative liquid, which is finished down rear liquid, apparent cutout phenomenon, shows that quantitative liquid has been toppled over
It completes, at the same time, the liquid in liquid container 4 enters the quantitative chamber 202 for quantitatively covering part again by inlet 204
It is interior, it is finished down after quantitative liquid after putting positive liquid container 4, stores quantitative liquid again in the quantitative outflow chamber 203 for covering lower part, side
Just next time pours out.Therefore, in addition to being there is no quantitative liquid stream in order to which quantitative liquid is prepared when first time pouring liquid container 4
Out, later each pouring liquid when, can all there is the quantitative liquid in the outflow chamber 203 of part under quantitative lid to be poured out.
Claims (10)
1. a kind of quantitative lid structure of liquid container, it is characterised in that: including sequentially arrange up and down upper cover (1), shunt it is quantitative
Middle cover (2) and back cover lid (3), upper cover (1) sealing are covered in liquid container (4) top opening, are shunted quantitative middle cover (2) and are sealed
Bottom cover (3) protrudes into liquid container (4), and there are gaps between liquid container (4) inner wall;
The liquid outlet (101) and ventilative interface (102) flowed out for liquid is equipped at the top of upper cover (1);
It shunts and is equipped with vertical splitter (201) in quantitative middle cover (2), quantitative middle cover (2) inner cavity will be shunted and be divided into quantitative chamber
(202) it is connected to outflow chamber (203), outflow chamber (203) top with liquid outlet (101), bottom is connected to quantitative chamber (202);
Shunting in quantitative chamber (202) side quantifies on middle cover (2) side wall, and corresponding splitter (201) offer inlet
(204), inlet (204) is higher than splitter (201) lower end, is connected at the top of quantitative chamber (202) with ventilative interface (102).
2. the quantitative lid structure of liquid container according to claim 1, it is characterised in that: it is described it is quantitative lid be it is split type,
Upper cover (1) shunts that quantitative middle cover (2) and back cover lid (3) are coaxially fixed up and down to be integrated.
3. the quantitative lid structure of liquid container according to claim 2, it is characterised in that: the upper cover (1) includes inside and outside
Two circle side walls being fixed as one, inner ring side wall (104) lower end are tightly placed in outside quantitative middle cover (2) upper end of shunting, outer ring side
Wall (105) inner wall is equipped with thread segment, and liquid container (4) top opening protrudes between two circle side walls of upper cover (1), is tightened on spiral shell
In line section.
4. the quantitative lid structure of liquid container according to claim 2, it is characterised in that: described to shunt quantitative middle cover (2)
Lower end is inserted into the through slot in back cover lid (3) top sidewall, is tightly placed on through slot cell wall, and quantitative middle cover (2) lower end outer rim is shunted
Circle flange (205) is equipped with to be close to shelter from upper limb at the top of back cover lid (3).
5. the quantitative lid structure of liquid container according to claim 1, it is characterised in that: described to shunt quantitative middle cover (2)
Upper end is open end, and inside top is installed with the outflow interface (206) of tubulose, and outflow interface (206) upper end is tightly placed in liquid outlet
(101) on;Outflow interface (206) lower end is connected to outflow chamber (203).
6. the quantitative lid structure of liquid container according to claim 5, it is characterised in that: splitter (201) upper end
It is connected as one with outflow interface (206), splitter (201) lower end is close towards bending, lower end below inlet (204)
Shunting below inlet (204) quantifies middle cover (2) side wall.
7. according to the quantitative lid structure of liquid container described in claim 2,4 or 5, it is characterised in that: the fixed place is set
There are a circle or the mutually matched sealing locking buckle of multi-turn secondary (5).
8. the quantitative lid structure of liquid container according to claim 1, it is characterised in that: the ventilative interface (102) is
Air hole or ventilated membrane.
9. the quantitative lid structure of liquid container according to claim 1, it is characterised in that: activity is covered on the upper cover (1)
Lid seal cover board (103).
10. the quantitative lid structure of liquid container according to claim 1, it is characterised in that: the inlet (204) is in court
To the mouth shape that quantitatively middle cover (2) are protruded into is shunted, mouth shape top horizontal, mouth shape bottom tilts obliquely.
Priority Applications (1)
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CN201821973884.9U CN209291070U (en) | 2018-11-28 | 2018-11-28 | A kind of quantitative lid structure of liquid container |
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CN201821973884.9U CN209291070U (en) | 2018-11-28 | 2018-11-28 | A kind of quantitative lid structure of liquid container |
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CN209291070U true CN209291070U (en) | 2019-08-23 |
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CN201821973884.9U Active CN209291070U (en) | 2018-11-28 | 2018-11-28 | A kind of quantitative lid structure of liquid container |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
WO2021155746A1 (en) * | 2020-02-05 | 2021-08-12 | 李红彪 | Automatic opening and closing sealing lid assembly |
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2018
- 2018-11-28 CN CN201821973884.9U patent/CN209291070U/en active Active
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
WO2021155746A1 (en) * | 2020-02-05 | 2021-08-12 | 李红彪 | Automatic opening and closing sealing lid assembly |
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