CN208926141U - It is a kind of to quantify novel edible oil can fuel-displaced and that air can be prevented to enter - Google Patents
It is a kind of to quantify novel edible oil can fuel-displaced and that air can be prevented to enter Download PDFInfo
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- CN208926141U CN208926141U CN201820652221.0U CN201820652221U CN208926141U CN 208926141 U CN208926141 U CN 208926141U CN 201820652221 U CN201820652221 U CN 201820652221U CN 208926141 U CN208926141 U CN 208926141U
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Abstract
The utility model discloses one kind can quantify novel edible oil can fuel-displaced and that air can be prevented to enter, belong to container technical field, the kettle body of pot mouth is had including upper end, with the pot lid of pot mouth sealing locking, kettle body is compressible structure, oil can further includes quantitative oil outlet mechanism, quantitative oil outlet mechanism includes fuel sucking pipe, flowline and quantitative barrel, the lower end of fuel sucking pipe is located inside kettle body, the upper end of fuel sucking pipe is connected to after passing through pot lid with the oil inlet of quantitative barrel and connectivity part is provided with the first check valve, the oil outlet of quantitative barrel and the inlet communication of flowline, there are the push plate being coaxially arranged and push rod in quantitative barrel, the fixing end of push rod is fixedly connected with push plate, free end extends to outside quantitative barrel, one side of the push plate far from push rod is shoe cream room with the cavity that quantitative barrel surrounds, the oil inlet and oil outlet of quantitative barrel are all connected to and are determined with shoe cream room The oil outlet of measuring tank is located remotely from one end of push rod.Can measure every time edible oil used number, it is quantitative accurate and visual, it is easy to use.
Description
Technical field
The utility model belongs to container technical field, and being related to one kind can quantify fuel-displaced and can prevent the new of air entrance
Type edible oil pot.
Background technique
Edible oil can provide heat for human body, provide the essential fatty acid that human body can not synthesize, and supply fat-soluble dimension life
Element, but edible oil is not to eat The more the better, and grease intake is excessive, other than it will cause obesity, also results in blood
Fat hyper acid, when fatty acid surplus, will mainly be stored in the form of triglycerides, and so that blood lipid be caused to increase, cause the heart
Cranial vascular disease.For people's health, nutritionist is pointed out, edible oil intake should be 25 grams to adult for each person every day, but
Vast majority of people does not accomplish also now, the reason is that it is various, but one of most important of them, it is used when exactly cooking at present
Oil can not have quantitative oil outlet mechanism, it only has bottle body and pot lid, when needing with oil, by the pot mouth of pot lid and bottle body upper end point
From, then tilt bottle body and fall oil, be finished down after oil and lock pot lid and pot mouth, can not measure oil used number.
Summary of the invention
The utility model in order to overcome the drawbacks of the prior art, devise one kind can quantify it is fuel-displaced and can prevent air into
The novel edible oil can entered, can measure every time edible oil used number, it is quantitative accurate and visual, it is easy to use.
The specific technical solution that the utility model is taken is: one kind can quantify fuel-displaced and can prevent the new of air entrance
Type edible oil pot, the kettle body including upper end with pot mouth, the pot lid with pot mouth sealing locking, it is important to: the kettle body is can
Pressure texture, oil can further include quantitative oil outlet mechanism, and quantitative oil outlet mechanism includes fuel sucking pipe, flowline and quantitative barrel, fuel sucking pipe
Lower end be located inside kettle body, the upper end of fuel sucking pipe is connected to after passing through pot lid with the oil inlet of quantitative barrel and connectivity part is provided with the
One check valve, the oil outlet of quantitative barrel and the inlet communication of flowline have the push plate being coaxially arranged and push rod in quantitative barrel,
The fixing end of push rod is fixedly connected with push plate, free end extends to outside quantitative barrel, one side and quantitative barrel of the push plate far from push rod
The cavity surrounded is shoe cream room, and the oil inlet and oil outlet of quantitative barrel are all connected to shoe cream room and the oil outlet of quantitative barrel is located at far
One end from push rod.
The axis horizontal of the push plate is arranged, and flowline is horizontally set on above quantitative barrel, and the free end of push rod is hinged with
Handle is pressed, upper end and the flowline for pressing handle are hinged.
The axis vertical of the push plate is arranged, and the free end of push rod is located above quantitative barrel, and flowline, which is horizontally set on, to be pushed away
Above bar.
Reset spring is set on the push rod, reset spring is located on the outside of quantitative barrel.
It is provided with reset spring in the shoe cream room of quantitative barrel, one end of reset spring is fixedly connected with push plate, the other end
It is fixedly connected with quantitative barrel.
The exit of flowline is provided with second one-way valve.
Flowline outlet end is provided with sealing structure, sealing structure includes being coaxially disposed with the end face of flowline outlet end
And the support tube being fixedly connected, it further include returning face plate and the cock body for being fixed on returning face plate medial surface, the internal diameter of support tube is equal to
Pipe aperture, returning face plate is hinged with support tube, cock body and support tube grafting.
Extension hose is connected between the fuel sucking pipe and quantitative barrel.
The kettle body includes the side periphery surrounded by leading flank, trailing flank, left side and right side, side circumference
Face upper end has horizontally disposed upper circumference to fold trace, lower end has horizontally disposed lower circumference to fold trace, leading flank upper end two side ends
It puts and is respectively connected with upper inclined folding trace, the crosspoint of two upper inclined folding traces between the upper circumference folding trace of leading flank
Trace is folded positioned at upper circumference and lower circumference folds between trace and at the leading flank in left-right direction center of length, before being located at
The lower circumference folding trace of side is respectively connected with oblique in left-right direction between the central point of length and leading flank lower end two sides endpoint
To trace is folded, trailing flank is identical as leading flank setting structure, and left side is identical as right side setting structure.
The kettle body includes the side square face surrounded by leading flank, trailing flank, left side and right side, on leading flank
There is horizontally disposed upper folding trace at end, and the middle position of leading flank width direction is provided with vertically folded trace, leading flank lower end two
It is respectively connected with lower oblique fold trace between the point of side, the upper end of two lower oblique fold traces and the lower end of vertically folded trace intersect at
Same point, the upper end of vertically folded trace are intersected with upper folding trace, trailing flank, left side and right side all with leading flank setting structure
It is identical.
The beneficial effects of the utility model are: first squeezing into pot intracorporal edible oil in quantitative barrel, then use every time
When be all using the edible oil in quantitative barrel because the volume of quantitative barrel is certain, the maximum volume of shoe cream room is also certain, institute
With each edible oil used number be fixed, can thus measure every time edible oil used number, it is quantitative accurate
Intuitively, easy to use.
Detailed description of the invention
Fig. 1 is the leading flank of oil can or the first structural schematic diagram of trailing flank in the utility model.
Fig. 2 is the leading flank of oil can or second of structural schematic diagram of trailing flank in the utility model.
Fig. 3 is the leading flank of oil can or the third structural schematic diagram of trailing flank in the utility model.
Fig. 4 is the leading flank of oil can or the 4th kind of structural schematic diagram of trailing flank in the utility model.
Fig. 5 is the left side of oil can kettle body or the structural schematic diagram of right side in Fig. 1, Fig. 2 and Fig. 3.
Fig. 6 is the left side of oil can kettle body or the structural schematic diagram of right side in Fig. 4.
Fig. 7 is the structural schematic diagram of sealing structure in the utility model.
In attached drawing, 1 represents pot mouth, and 2 represent kettle body, and 3 represent pot lid, and 4 represent fuel sucking pipe, and 5 represent flowline, and 6 representatives are fixed
Measuring tank, 7 represent push plate, and 8 represent push rod, and 9 represent pressing handle, and 10 represent reset spring, and 11 represent sealing structure, and 1101 represent
Support tube, 1102 represent returning face plate, and 1103 represent cock body, and the upper circumference of 12 representatives folds trace, circumference folding trace under 13 representatives, and 14
Inclined folding trace in representative, the lower inclined folding trace of 15 representatives, 16 represent extension hoses, and trace is folded in 17 representatives, and 18 representatives are vertical
Trace is folded, 19 represent lower oblique fold trace, and 20 represent the first check valve, and 21 represent second one-way valve.
Specific embodiment
It elaborates in the following with reference to the drawings and specific embodiments to the utility model:
Specific embodiment, it is as shown in Figure 1, Figure 2, Figure 3 and Figure 4, a kind of to quantify fuel-displaced and air can be prevented to enter
Novel edible oil can, the kettle body 2 including upper end with pot mouth 1, the pot lid 3 with the sealing locking of pot mouth 1, pot lid 3 and 1 spiral shell of pot mouth
Line connection, the kettle body 2 are compressible structure, and kettle body 2 can be the compressible structure being made of plastics, be also possible to by plate
Paper applies compressible structure made of PE film, and oil can further includes quantitative oil outlet mechanism, and quantitative oil outlet mechanism includes fuel sucking pipe 4, fuel-displaced
The lower end of pipe 5 and quantitative barrel 6, fuel sucking pipe 4 is located inside kettle body 2, the upper end of fuel sucking pipe 4 pass through after pot lid 3 with quantitative barrel 6
Oil inlet connection and connectivity part are provided with the first check valve 20, the oil outlet of quantitative barrel 6 and the inlet communication of flowline 5, quantitative
There are the push plate 7 being coaxially arranged and push rod 8 in bucket 6, it is fixed that the fixing end of push rod 8 is fixedly connected with push plate 7, free end extends to
Outside measuring tank 6, the cavity that one side of the push plate 7 far from push rod 8 and quantitative barrel 6 surround is shoe cream room, the oil inlet of quantitative barrel 6 and is gone out
Hydraulic fluid port is all connected to shoe cream room and the oil outlet of quantitative barrel 6 is located remotely from one end of push rod 8.
It is arranged as the axis horizontal to further improvement of the utility model, push plate 7, flowline 5 is horizontally set on fixed
6 top of measuring tank, the free end of push rod 8 are hinged with pressing handle 9, and upper end and the flowline 5 for pressing handle 9 are hinged, such as Fig. 1, figure
Shown in 2 and Fig. 4.Either, the axis vertical setting of push plate 7, the free end of push rod 8 are located at 6 top of quantitative barrel, 5 water of flowline
It is flat to be arranged above push rod 8, as shown in Figure 3.Two kinds of fuel-displaced modes of pressing can satisfy different clients for user's selection
Use demand.
As reset spring 10 to further improvement of the utility model, is set on push rod 8, reset spring 10 is located at fixed
6 outside of measuring tank, it is shown as shown in Figure 1, Figure 3 and Figure 4.Either, it is provided with reset spring 10 in the shoe cream room of quantitative barrel 6, resets
One end of spring 10 is fixedly connected with push plate 7, the other end is fixedly connected with quantitative barrel 6, as shown in Figure 2.Food in quantitative barrel 6
When being extruded away with oil, reset spring 10 is compressed, and after the completion of extruding, reset spring 10 loses pressure and starts to reset, multiple
Under the action of the spring 10 of position, push plate 7 and push rod 8 can automatically reset, more convenient.
Exit to further improvement of the utility model, flowline 5 is provided with second one-way valve 21, it can be to prevent
Only edible oil flows back, quantitative more accurate, while air can be prevented to enter in quantitative barrel 6 and kettle body 2, avoids edible oil empty
Oxygen contained in gas quickly aoxidizes, and is conducive to the quality for keeping grease.
As to further improvement of the utility model, 5 outlet end of flowline is provided with sealing structure 11, sealing knot
Structure 11 includes the support tube 1101 for being coaxially disposed and being fixedly connected with the end face of 5 outlet end of flowline, further includes returning face plate 1102
And it is fixed on the cock body 1103 of 1102 medial surface of returning face plate, the internal diameter of support tube 1101 is equal to 5 internal diameter of flowline, returning face plate 1102
It is hinged with support tube 1101, cock body 1103 and 1101 grafting of support tube, as shown in Figure 7.When not used by cock body 1103 and support tube
1101 grafting sealing, matches with second one-way valve 21, two-stage sealing, and sealing effect is more preferable.
As to further improvement of the utility model, it is connected between fuel sucking pipe 4 and quantitative barrel 6 and extends hose 16, such as
Shown in Fig. 2 and Fig. 3, it can according to need and increase the distance between kettle body 2 and quantitative barrel 6, meet actual use demand.
As to further improvement of the utility model, kettle body 2 includes by leading flank, trailing flank, left side and right side
The side periphery surrounded, side periphery upper end has horizontally disposed upper circumference to fold trace 12, lower end have it is horizontally disposed under
Circumference fold trace 13, leading flank upper end two sides endpoint and positioned at leading flank upper circumference fold trace 12 between be respectively connected with it is upper oblique
Fold trace 14, the crosspoints of two upper inclined folding traces 14 be located at upper circumference fold between trace 12 and lower circumference folding trace 13 and
At the leading flank in left-right direction center of length, trace 13 is folded in left-right direction in length positioned at the lower circumference of leading flank
Lower inclined folding trace 15, trailing flank and leading flank setting structure phase are respectively connected between heart point and leading flank lower end two sides endpoint
Together, left side is identical as right side setting structure, as shown in Figure 1, Figure 2, shown in Fig. 3 and Fig. 5.
Either, kettle body 2 includes the side square face surrounded by leading flank, trailing flank, left side and right side, leading flank
There is horizontally disposed upper folding trace 17 in upper end, and the middle position of leading flank width direction is provided with vertically folded trace 18, leading flank
Lower oblique fold trace 19, the upper end of two lower oblique fold traces 19 and vertically folded trace are respectively connected between the endpoint of lower end two sides
18 lower end intersects at same point, and the upper end of vertically folded trace 18 is intersected with upper folding trace 17, trailing flank, left side and right side
It is all identical as leading flank setting structure, as shown in Figure 4 and Figure 6.
The utility model folds trace and forms the extruding it is contemplated that shape by being arranged in kettle body 2, with eating in kettle body 2
With the reduction of oil, kettle body 2, along trace folded deformation is folded, can be discharged to greatest extent in kettle body 2 during gradual compression
Edible oil, and will not to kettle body 2 generate damage, kettle body 2 is reused.
The utility model has following two fuel-displaced mode when specifically used:
The first, as shown in Figure 1, Figure 2 and Figure 4, the axis vertical of quantitative barrel 6 is arranged, and quantitative barrel 6 includes staving and bucket
Lid, the oil inlet of quantitative barrel 6 are located at lower right, that is, staving lower right, and oil outlet is located at upper right side, that is, bung right end, first will plug
Body 1103 and 1101 grafting of support tube seal, and as shown in Fig. 7, then squeeze kettle body 2, make the edible oil in kettle body 2 by oil suction
Pipe 4 enters in the shoe cream room of quantitative barrel 6, until filling edible oil in shoe cream room, i.e. push plate 7 reaches the most left of quantitative barrel 6
Then side separates cock body 1103 with support tube 1101, push rod 8 and push plate 7 are pushed to the right by pressing handle 9, because quantitative
The oil inlet of bucket 6 and the connectivity part of fuel sucking pipe 4 are provided with the first check valve 20, so the edible oil in shoe cream room can only be by going out
Hydraulic fluid port enters in flowline 5, then flows out by support tube 1101, and after the edible oil in quantitative barrel 6 is all discharged, release is pressed
Handle 9 is pressed, under the action of reset spring 10, push plate 7 and push rod 8 return to i.e. left end in situ, and it is primary fixed so far to complete
The process of oil is measured, then seals cock body 1103 and 1101 grafting of support tube, kettle body 2 is squeezed again, repeats the above steps i.e.
It can.
Second, as shown in figure 3, the axis vertical of quantitative barrel 6 is arranged, quantitative barrel 6 includes staving and bung, quantitative barrel 6
The oil inlet i.e. center of staving bottom located directly below at, oil outlet is located on the side wall of lower end the lower end of i.e. staving side wall,
Cock body 1103 and 1101 grafting of support tube are sealed first, as shown in fig. 7, then squeezing kettle body 2, make the edible oil in kettle body 2
It is entered by fuel sucking pipe 4 in the shoe cream room of quantitative barrel 6, until filling edible oil in shoe cream room, i.e. push plate 7 reaches quantitative barrel 6
The top, then press down on push rod 8, move downward push plate 7, because of the connection of the oil inlet of quantitative barrel 6 and fuel sucking pipe 4
Place is provided with the first check valve 20, so the edible oil in shoe cream room can only enter in flowline 5 by oil outlet, then passes through
The outflow of support tube 1101 is crossed, after the edible oil in quantitative barrel 6 is all discharged, unclamps push rod 8, push plate 7 and push rod 8 return to original position i.e.
Topmost, quantitative fuel-displaced process is so far completed once, is then sealed cock body 1103 and 1101 grafting of support tube, again
Kettle body 2 is squeezed, is repeated the above steps.
Above two pressing mode can realize quantitatively fuel-displaced purpose, can measure every time the more of edible oil used
It is few, it is quantitative accurate and visual, it is easy to use, daily edible oil intake, which is controlled, for people provides foundation.
Claims (10)
1. one kind can quantify novel edible oil can fuel-displaced and that air can be prevented to enter, the pot of pot mouth (1) is had including upper end
Body (2), the pot lid (3) with pot mouth (1) sealing locking, it is characterised in that: the kettle body (2) is compressible structure, and oil can is also
Including quantitative oil outlet mechanism, quantitative oil outlet mechanism includes fuel sucking pipe (4), flowline (5) and quantitative barrel (6), under fuel sucking pipe (4)
End is located at kettle body (2) inside, and the upper end of fuel sucking pipe (4) is connected to afterwards with the oil inlet of quantitative barrel (6) across pot lid (3) and connectivity part
Be provided with the first check valve (20), the inlet communication of the oil outlet of quantitative barrel (6) and flowline (5), have in quantitative barrel (6) and its
The push plate (7) of coaxial arrangement and push rod (8), the fixing end of push rod (8) is fixedly connected with push plate (7), free end extends to quantitatively
Bucket (6) is external, and the cavity that one side and quantitative barrel (6) of the push plate (7) far from push rod (8) surround is shoe cream room, quantitative barrel (6) into
Hydraulic fluid port and oil outlet is all connected to shoe cream room and the oil outlet of quantitative barrel (6) is located remotely from one end of push rod (8).
2. one kind according to claim 1 can quantify novel edible oil can fuel-displaced and that air can be prevented to enter, special
Sign is: the setting of the axis horizontal of the push plate (7), flowline (5) are horizontally set on above quantitative barrel (6), push rod (8) from
Pressing handle (9) is hinged with by end, upper end and flowline (5) for pressing handle (9) are hinged.
3. one kind according to claim 1 can quantify novel edible oil can fuel-displaced and that air can be prevented to enter, special
Sign is: the axis vertical setting of the push plate (7), the free end of push rod (8) are located above quantitative barrel (6), flowline (5) water
Flat setting is above push rod (8).
4. one kind according to claim 1 can quantify novel edible oil can fuel-displaced and that air can be prevented to enter, special
Sign is: being set with reset spring (10) on the push rod (8), reset spring (10) is located on the outside of quantitative barrel (6).
5. one kind according to claim 1 can quantify novel edible oil can fuel-displaced and that air can be prevented to enter, special
Sign is: being provided in the shoe cream room of quantitative barrel (6) reset spring (10), one end and push plate (7) of reset spring (10) are solid
Fixed connection, the other end are fixedly connected with quantitative barrel (6).
6. one kind according to claim 1 can quantify novel edible oil can fuel-displaced and that air can be prevented to enter, special
Sign is: the exit of flowline (5) is provided with second one-way valve (21).
7. one kind according to claim 1 can quantify novel edible oil can fuel-displaced and that air can be prevented to enter, special
Sign is: being provided with sealing structure (11) in flowline (5) outlet end, sealing structure (11) includes and flowline (5) outlet end
End face coaxial arrangement and the support tube (1101) that is fixedly connected, further include returning face plate (1102) and be fixed on returning face plate (1102)
The internal diameter of the cock body (1103) of medial surface, support tube (1101) is equal to flowline (5) internal diameter, returning face plate (1102) and support tube
(1101) hingedly, cock body (1103) and support tube (1101) grafting.
8. one kind according to claim 1 can quantify novel edible oil can fuel-displaced and that air can be prevented to enter, special
Sign is: being connected between the fuel sucking pipe (4) and quantitative barrel (6) and extends hose (16).
9. one kind according to claim 1 can quantify novel edible oil can fuel-displaced and that air can be prevented to enter, special
Sign is: the kettle body (2) includes the side periphery surrounded by leading flank, trailing flank, left side and right side, side circle
Circumferential surface upper end has horizontally disposed upper circumference to fold trace (12), lower end has horizontally disposed lower circumference to fold trace (13), leading flank
Upper end two sides endpoint and the upper circumference for being located at leading flank fold to be respectively connected with inclined folding trace (14) between trace (12), on two
The crosspoint of inclined folding trace (14) is located at upper circumference and folds between trace (12) and lower circumference folding trace (13) and be located at leading flank
In left-right direction at the center of length, positioned at leading flank lower circumference fold trace (13) in left-right direction the central point of length with before
Lower inclined folding trace (15) is respectively connected between the endpoint of side lower end two sides, trailing flank is identical as leading flank setting structure, left side
Face is identical as right side setting structure.
10. one kind according to claim 1 can quantify novel edible oil can fuel-displaced and that air can be prevented to enter, special
Sign is: the kettle body (2) includes the side square face surrounded by leading flank, trailing flank, left side and right side, leading flank
There is horizontally disposed upper folding trace (17) in upper end, and the middle position of leading flank width direction is provided with vertically folded trace (18), preceding
It is respectively connected with lower oblique fold trace (19) between the endpoint of side lower end two sides, the upper end of two lower oblique fold traces (19) and vertical
The lower end for folding trace (18) intersects at same point, and the upper end of vertically folded trace (18) is intersected with upper folding trace (17), trailing flank, a left side
Side and right side are all identical as leading flank setting structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820652221.0U CN208926141U (en) | 2018-05-03 | 2018-05-03 | It is a kind of to quantify novel edible oil can fuel-displaced and that air can be prevented to enter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820652221.0U CN208926141U (en) | 2018-05-03 | 2018-05-03 | It is a kind of to quantify novel edible oil can fuel-displaced and that air can be prevented to enter |
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| Publication Number | Publication Date |
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| CN208926141U true CN208926141U (en) | 2019-06-04 |
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| CN201820652221.0U Active CN208926141U (en) | 2018-05-03 | 2018-05-03 | It is a kind of to quantify novel edible oil can fuel-displaced and that air can be prevented to enter |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112167083A (en) * | 2020-09-17 | 2021-01-05 | 徐桂堂 | Multi-pet feeding bottle capable of realizing automatic quantitative milk supply |
-
2018
- 2018-05-03 CN CN201820652221.0U patent/CN208926141U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112167083A (en) * | 2020-09-17 | 2021-01-05 | 徐桂堂 | Multi-pet feeding bottle capable of realizing automatic quantitative milk supply |
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