CN207090107U - A kind of container quantified - Google Patents
A kind of container quantified Download PDFInfo
- Publication number
- CN207090107U CN207090107U CN201720710446.2U CN201720710446U CN207090107U CN 207090107 U CN207090107 U CN 207090107U CN 201720710446 U CN201720710446 U CN 201720710446U CN 207090107 U CN207090107 U CN 207090107U
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- China
- Prior art keywords
- tube
- vessel
- hole
- inlet opening
- container
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Abstract
A kind of container quantified, including vessel, a fluid hole is provided with body neck side wall, tonifying Qi hole is provided with the side wall on opposite, one is provided with the inner bottom surface of the vessel to stretch out upwards, and diameter is less than the short tube of vessel diameter of bore, inlet opening is symmetrically provided with the side wall of short tube, a pedestal component is connected with the neck lateral surface of vessel, pedestal component includes the Button Block for being connected to container neck lateral surface, it is integrally formed with Button Block, the inner tube extended downwardly from, in the endoporus of the lower end insertion short tube of inner tube, inlet opening is provided with this section of inner tubal wall, when inner tube rotates, the second inlet opening that can be overlapped or misplace with inlet opening, spaced cavities between the periphery and vessel inner headed face of inner tube form the chamber of measurable output；Rotating base component, the container of liquid can be poured out on demand.
Description
【Technical field】
It the utility model is related to container, and in particular to a kind of container quantified.
【Background technology】
In the prior art, a variety of containers for being used to contain liquid that in the market is provided；Such as：It is lid on medicine, each
Lid, the only lid on various castors, a liquid clear opening on kind oil product container, when pouring out liquid, it goes out
The size of liquid measure, realized by the experience of people.This is in practical operation, if operator grasps bad, the flow capacity of liquid
The error for having occurred down more or having lacked, the liquid for having error can influence requirement of the user to liquid consumption, easily make
Into the problem of wasting and produce in health.
【Utility model content】
The purpose of this utility model is the drawbacks described above for prior art；A kind of container quantified is provided, it is convenient
Operator quantitatively uses the amount of liquid in container.
A kind of container quantified of the utility model, including vessel, one is provided with the neck sidewall of vessel
Or two the 3rd fluid holes, tonifying Qi hole is provided with the side wall on the 3rd fluid hole opposite；It is provided with the inner bottom surface of the vessel
One stretches out upwards, and diameter is less than the straight short tube of the vessel endoporus, and inlet opening is symmetrically provided with the side wall of the short tube,
A pedestal component is connected with the neck lateral surface of the vessel, the pedestal component includes being connected on the outside of container neck
The Button Block in face face, is integrally formed with Button Block, the inner tube extended downwardly from, and the lower end of said inner tube is inserted in the endoporus of the short tube,
Inlet opening is provided with this section of inner tubal wall, when said inner tube rotates, the second feed liquor that can overlap or misplace with the inlet opening
Hole, the 4th fluid hole corresponding with the 3rd fluid hole and tonifying Qi hole and the 4th tonifying Qi hole are provided with the side wall of the Button Block；Institute
State the chamber that the spaced cavities between the periphery of inner tube and vessel inner headed face form measurable output.
In the upper surface of Button Block also integrally formed with the second short tube stretched out upwards, set in the side wall of second short tube
There is the 4th tonifying Qi hole of the 4th fluid hole；Second short tube it is cylindrical on be additionally provided with one it is rotatable on cover, the upper lid
Side wall be provided with fiveth fluid hole corresponding with the 4th fluid hole and the 4th tonifying Qi hole the 5th tonifying Qi hole.
In a kind of above-mentioned container quantified, it can be pulled open integrally formed with one on the endoporus of the Button Block upper surface
Diaphragm seal and draw ring；It is provided with together in the bottom outer round surface of said inner tube or two seals is raised, in the vessel
Surface marks provided with containing mark.
The advantages of the utility model, is as follows：In use, first pulling open upper lid, draw ring is pulled out, upper lid covered back, rotation seat
Body, the inner tube of its underpart also rotate together, when the inlet opening of inner tube bottom coincides with being provided with fluid hole in container bottom side wall
When, the liquid in inner tube can enter in the interval between people's inner tube periphery and vessel inner headed face, and the amount of liquid of entrance is by weight
Scale on the time and container outer surface of conjunction determines that now the fluid hole on body top, upper lid and Button Block all staggers
, liquid can not flow out, and rotate backward base, and inlet opening and the fluid hole in container bottom side wall of pipe bottom are staggered, liquid
Body is no longer flow into above-mentioned interval, while the fluid hole on body top and Button Block is in coincidence status, the quantitative liquid in interval
Body can be flowed out by above-mentioned fluid hole；Using quantitative output, can prevent when arbitrarily toppling over, more, the liquid quilt in container
Waste, be also prevented from producing potential safety hazard when excess or the inadequate liquid of output quantity, it is unhealthful.
【Brief description of the drawings】
Fig. 1 is the structural perspective of the utility model embodiment one；
Fig. 2 is the sectional view of container shown in Fig. 1；
Fig. 3 is the vessel stereogram in container shown in Fig. 1；
Fig. 4 is body sectional view shown in Fig. 3；
Fig. 5 is the holder assembly stereogram of container midsole shown in Fig. 1；
Fig. 6 is base assembly sectional view shown in Fig. 5；
Fig. 7 is upper lid stereogram in container shown in Fig. 1；
Fig. 8 is upper lid sectional view shown in Fig. 7；
Fig. 9 is the structural perspective of the utility model embodiment two；
Figure 10 is structure of container sectional view shown in Fig. 9；
Figure 11 is the vessel stereogram in container shown in Fig. 9；
Figure 12 is body sectional view shown in Figure 11；
Figure 13 is the holder assembly stereogram of container midsole shown in Fig. 9；
Figure 14 is base assembly sectional view shown in Figure 13；
Figure 15 is inner tube structure stereogram in container shown in Fig. 1；
Figure 16 is inner tube structure sectional view shown in Figure 15；
Figure 17 is the superstructure stereogram in container shown in Fig. 9；
Figure 18 is upper lid sectional view shown in Figure 17；
Figure 19 is the structure sectional view of the utility model embodiment three；
Figure 20 is container decomposition chart shown in Figure 19；
Figure 21 is the vessel stereogram in container shown in Figure 19；
Figure 22 is the structure sectional view of container center base shown in Figure 19；
Figure 23 is the structural perspective of container middle sleeve shown in Figure 19；
Figure 24 is sleeve structure sectional view shown in Figure 23；
Figure 25 is the structure sectional view of the utility model embodiment four；
Figure 26 is the understructure stereogram in container shown in Figure 25；
Figure 27 is understructure sectional view shown in Figure 25；
Figure 28 is vessel structural perspective shown in Figure 25；
Figure 29 is body sectional view shown in Figure 28.
Figure 30 is the structure sectional view of the utility model embodiment five；
Figure 31 is the superstructure stereogram in container shown in Figure 30；
Figure 32 is superstructure sectional view shown in Figure 31；
Figure 33 is body construction stereogram in container shown in Figure 30；
Figure 34 is body sectional view shown in Figure 33.
Figure 35 is the structural perspective of container center base shown in Figure 30；
Figure 36 is understructure sectional view shown in Figure 35.
【Embodiment】
Embodiment one：Shown in reference picture 1- Fig. 8：A kind of container quantified of the utility model, including vessel 1, hold
One or two the 3rd fluid hole 103 is provided with the neck sidewall of device body 1, is provided with the side wall on the opposite of the 3rd fluid hole 103
Tonifying Qi hole 102；One is provided with the inner bottom surface of the vessel to stretch out upwards, and diameter is less than the vessel diameter of bore
Short tube 105, be symmetrically provided with inlet opening 104 in the side wall of the short tube 105, connected in the neck lateral surface of the vessel
There is a pedestal component 2, the pedestal component includes the Button Block for being connected to container neck lateral surface, is integrally formed with Button Block, downwards
The inner tube 201 of stretching, the lower end of said inner tube 201 are inserted in the endoporus of the short tube, and inlet opening is provided with this section of inner tubal wall
209, when said inner tube 201 rotates, the second inlet opening 209 that can overlap or misplace with the inlet opening 104, in the Button Block
Side wall on be provided with the 4th fluid hole 203 corresponding with the 3rd fluid hole 103 and tonifying Qi hole 102 and the 4th tonifying Qi hole 204；
Spaced cavities between the periphery and vessel inner headed face of said inner tube 201 form the chamber of measurable output.
In the upper surface of the Button Block also integrally formed with the second short tube 205 stretched out upwards, in second short tube 205
Side wall be provided with the 4th fluid hole 203 the 4th tonifying Qi hole 204；Second short tube 205 it is cylindrical on be additionally provided with one can
The upper lid 3 rotated, the side wall of the upper lid 3 is provided with corresponding with the 4th fluid hole 203 and the 4th tonifying Qi hole 204
5th tonifying Qi hole 301 of the 5th fluid hole 302.
In a kind of above-mentioned container quantified, it can be pulled open integrally formed with one on the endoporus of the Button Block upper surface
Diaphragm seal and draw ring 4；One or two seals projection 202 are provided with the bottom outer round surface of said inner tube, in the container
The surface of body 1 is provided with containing mark mark 101.
In use, first pulling open upper lid, draw ring is pulled out, upper lid cover back, rotation pedestal, the inner tube of its underpart is also together
Rotate, when the inlet opening of inner tube bottom coincides with being provided with fluid hole in container bottom side wall, the liquid in inner tube can enter
In interval between inner tube periphery and vessel inner headed face, the amount of liquid of entrance is by the time and container outer surface that overlap
Scale determine that now the fluid hole on body top, upper lid and Button Block all staggers, and liquid can not flow out, and reversely turn
Dynamic base, inlet opening and the fluid hole in container bottom side wall of pipe bottom are staggered, and liquid is no longer flow into above-mentioned interval, together
Fluid hole on Shi Guanti tops and Button Block is in coincidence status, and the quantitative liquid in interval can be flowed out by above-mentioned fluid hole；
Using this structure quantitatively exported, it can prevent that more, the liquid in container is wasted, and can also prevent when arbitrarily toppling over
Only excess or potential safety hazard is produced during the inadequate liquid of output quantity, it is unhealthful.
Embodiment two：Shown in reference picture 9- Figure 18：A kind of container quantified of the utility model, including vessel 1,
The inner bottom surface of the vessel is provided with one and stretched out upwards, and diameter is less than the straight short tube 105 of the vessel endoporus, described
Inlet opening 104 is symmetrically provided with the side wall of short tube 105, a pedestal component 2 is connected with the neck lateral surface of the vessel,
The pedestal component includes the Button Block for being connected to container neck lateral surface, and the top edge of the Button Block is integrally formed to be stretched out upwards
Body is inside contracted, the upper shed of body is inside contracted integrally formed with the interior tube body 207 extended downwardly from, body and interior tube body is inside contracted described
Six, the eight fluid holes 203,204 and the six, the eight tonifying Qi holes 205,206 corresponding to being respectively equipped with 207 side wall, described interior
Be set with a liquid filling tube 5 in the endoporus of body 207, the top of liquid filling tube 5 be provided with the six, the eight fluid hole 203,204 and
Fluid hole 502 and tonifying Qi hole 501 corresponding to six, the eight tonifying Qi holes 205,206；The lower end of liquid filling tube 5 is extended downwardly from described in insertion
In the endoporus of short tube 105, fluid hole 507 is provided with this section of inner tubal wall, can be with the feed liquor when the liquid filling tube 5 rotates
The second inlet opening 209 that hole 104 overlaps or misplaced, anti-rotation structure is provided with the endoporus on the top of liquid filling tube 5, in addition to
One cover covers to be provided with a pluggable top endoporus of liquid filling tube 5 in the upper lid 3 inside contracted on body, the inner surface of upper lid 3,
And it is provided with fluid hole and tonifying Qi hole with the body of the anti-rotation structure to match, the tube wall.
In a kind of above-mentioned container quantified, it is provided with together in the bottom outer round surface of said inner tube or two seals is convex
202 are played, is marked on the vessel surface provided with containing mark；The anti-rotation structure be polygonal hole with it is polygonal
The anti-rotation structure that pipe structure is engaged.
Embodiment two to measure liquid Principles of Regulation identical with embodiment one, be not repeated to illustrate.
Embodiment three：Shown in reference picture 19- Figure 24：Design a kind of container quantified, including vessel 1, container sheet
One or two the 3rd fluid hole 103 is provided with the neck sidewall of body 1, tonifying Qi is provided with the side wall on the opposite of the 3rd fluid hole 103
Hole 102；One is provided with the inner bottom surface of the vessel to stretch out upwards, and diameter is less than the short of the vessel diameter of bore
Pipe 105, inlet opening 104 is symmetrically provided with the side wall of the short tube 105, one is connected with the neck lateral surface of the vessel
Pedestal component 2, the pedestal component include the Button Block for being connected to container neck lateral surface, are integrally formed, extend downwardly from Button Block
Inner tube 201, the lower end of said inner tube 201 inserted in the endoporus of the short tube, and inlet opening 209 is provided with this section of inner tubal wall,
When said inner tube 201 rotates, the second inlet opening 209 that can overlap or misplace with inlet opening 104, in the side wall of the Button Block
It is provided with the 4th fluid hole 203 corresponding with the 3rd fluid hole 103 and tonifying Qi hole 102 and the 4th tonifying Qi hole 204；In described
Spaced cavities between the periphery and vessel inner headed face of pipe 201 form the chamber of measurable output.
In the upper surface of above-mentioned Button Block also integrally formed with the second short tube 206 stretched out upwards, in second short tube 206
A step sleeve pipe is provided with, the last layer body of step sleeve pipe is provided with fluid hole and tonifying Qi hole, on step sleeve pipe
Provided with upper lid 3.
In a kind of above-mentioned container quantified, it is provided with together in the bottom outer round surface of inner tube or two seals is raised
202, containing mark mark 101 is provided with vessel surface, scale mark is easy to metering to export.
Embodiment three to measure liquid Principles of Regulation identical with embodiment one, be not repeated to illustrate.
Example IV：Shown in reference picture 25- Figure 29：Design a kind of container quantified, including vessel 1, container sheet
One or two the 3rd fluid hole 103 is provided with the neck sidewall of body 1, tonifying Qi is provided with the side wall on the opposite of the 3rd fluid hole 103
Hole 102；One is provided with the inner bottom surface of the vessel to stretch out upwards, and diameter is less than the short of the vessel diameter of bore
Pipe 105, inlet opening 104 is symmetrically provided with the side wall of the short tube 105, one is connected with the neck lateral surface of the vessel
Pedestal component 2, the pedestal component include the Button Block for being connected to container neck lateral surface, are integrally formed, extend downwardly from Button Block
Inner tube 201, the lower end of said inner tube 201 inserted in the endoporus of the short tube, and inlet opening 209 is provided with this section of inner tubal wall,
When said inner tube 201 rotates, the second inlet opening 209 that can overlap or misplace with the inlet opening 104, in the side of the Button Block
The 4th fluid hole 203 corresponding with the 3rd fluid hole 103 and tonifying Qi hole 102 and the 4th tonifying Qi hole 204 are provided with wall；It is described
Spaced cavities between the periphery and vessel inner headed face of inner tube 201 form the chamber of measurable output.
Also stretched out in the upper surface of above-mentioned Button Block integrally formed with upward, and the second short tube 206 inside contracted, described the
Two short tubes are provided with upper lid 3.
In a kind of above-mentioned container quantified, it is provided with together in the bottom outer round surface of said inner tube or two seals is convex
202 are played, containing mark mark 101 is provided with the vessel surface.
Example IV to measure liquid Principles of Regulation identical with embodiment one, be not repeated to illustrate.
Embodiment five：Shown in reference picture 30- Figure 36：A kind of container quantified, including vessel 1 are designed, in container
The inner bottom surface of body is provided with one and stretched out upwards, and diameter is less than the short tube 105 of the vessel diameter of bore, the short tube
Inlet opening 104 is symmetrically provided with 105 side wall, a pedestal component 2 is connected with the neck lateral surface of the vessel, it is described
Pedestal component includes the Button Block for being connected to container neck lateral surface, is integrally formed with Button Block, the outer tube 215 stretched out upwards is described
Integrally formed with an inner tube extended downwardly from 213, the interval between outer tube 215 and inner tube 213 is formed the top edge of outer tube 215
Liquid outlet channel, symmetrically it is provided with and coincides and two outgoing fluid apertures 211, two in the side wall of the outer tube 215 and inner tube 213
Interior fluid hole 212；Also include one and cover the upper lid 3 that covers on the outer tube 215, one on the inner surface of the upper tops
A liquid filling tube 315 through the endoporus of said inner tube 213 is formed, the lower port of liquid filling tube 315 inserts the short tube 105
In endoporus, it is provided with the tube wall of this section of liquid filling tube, can be with entering on the vessel when the liquid filling tube 315 rotates
It is provided with the upper portion side wall of the second inlet opening 209 that fluid apertures 104 overlaps or misplaced, the side wall covered on described and the liquid filling tube
In two second corresponding with described two outgoing 211, two interior fluid holes 212 of fluid apertures outgoing fluid apertures 312 and two second
Fluid hole 313；Spaced cavities between the periphery and vessel inner headed face of liquid filling tube form the chamber of measurable output.
In a kind of above-mentioned container quantified, in liquid filling tube with the endoporus of the short tube with being set on the outer round surface of cooperation
There are one or two seals projection 202, marked on the vessel surface provided with containing mark, in the liquid filling tube 315
Top periphery is provided with seal convexity 314 in one or twice.
In use, rotary upper cover, the liquid filling tube of its underpart also rotates together, when the inlet opening 209 of liquid filling tube bottom is with holding
When the fluid hole 104 being provided with device bottom sidewall coincides, the liquid in inner tube can enter in inner tube periphery and vessel
In interval between disc, the amount of liquid of entrance is determined by the scale on the time and container outer surface that overlap, now body
Fluid hole on top, upper lid and Button Block all staggers, and liquid can not flow out, and rotate backward lid, and liquid filling tube bottom is entered
Fluid apertures 209 is staggered with the fluid hole 104 in container bottom side wall, and liquid is no longer flow into above-mentioned interval, while body top
And the fluid hole on Button Block is in coincidence status, the quantitative liquid in interval can be by the periphery and vessel of liquid filling tube
Interval between disc；Flowed out again by the fluid hole 312 on upper cap body；Using this structure quantitatively exported, can prevent
When arbitrarily toppling over, more, the liquid in container is wasted, and is also prevented from producing when excess or the inadequate liquid of output quantity
Potential safety hazard, it is unhealthful.
Claims (10)
1. a kind of container quantified, including vessel (1), it is characterised in that：It is provided with the neck sidewall of vessel (1)
One or two the 3rd fluid hole (103), tonifying Qi hole (102) is provided with the side wall on the 3rd fluid hole (103) opposite；In the appearance
The inner bottom surface of device body is provided with one and stretched out upwards, and diameter is less than the short tube (105) of the vessel diameter of bore, described short
Manage and be symmetrically provided with inlet opening (104) in the side wall of (105), a pedestal component is connected with the neck lateral surface of the vessel
(2), the pedestal component includes the Button Block for being connected to container neck lateral surface, is integrally formed with Button Block, the inner tube extended downwardly from
(201), the lower end of said inner tube (201) is inserted in the endoporus of the short tube, and inlet opening (209) is provided with this section of inner tubal wall,
When said inner tube (201) rotates, the second inlet opening (209) that can overlap or misplace with the inlet opening (104), in the button
The 4th fluid hole (203) corresponding with the 3rd fluid hole (103) and tonifying Qi hole (102) and the 4th is provided with the side wall of seat to mend
Stomata (204)；Spaced cavities between the periphery and vessel inner headed face of said inner tube (201) form measurable output
Chamber；In the upper surface of the Button Block also integrally formed with the second short tube (205) stretched out upwards, in second short tube
(205) side wall is provided with the 4th tonifying Qi hole (204) of the 4th fluid hole (203)；Second short tube (205) it is cylindrical on
A rotatable upper lid (3) is additionally provided with, the side wall of the upper lid (3) is provided with mends with the 4th fluid hole (203) and the 4th
5th tonifying Qi hole (301) of the 5th corresponding fluid hole (302) of stomata (204).
A kind of 2. container quantified according to claim 1, it is characterised in that：On the endoporus of the Button Block upper surface
Integrally formed with a diaphragm seal that can be pulled open and draw ring (4)；One or twice are provided with the bottom outer round surface of said inner tube
Seal convexity (202), marked on the vessel surface provided with containing mark.
3. a kind of container quantified, including vessel (1), it is characterised in that：It is provided with the inner bottom surface of the vessel
One stretches out upwards, and the short tube (105) that diameter is straight less than the vessel endoporus, symmetrical in the side wall of the short tube (105)
Inlet opening (104) is provided with, a pedestal component (2), the pedestal component bag are connected with the neck lateral surface of the vessel
The Button Block for being connected to container neck lateral surface is included, integrally formed stretch out upwards of the top edge of the Button Block inside contracts body, inside contracted
The upper shed of body is integrally formed with the interior tube body (207) extended downwardly from, in the side wall for inside contracting body and interior tube body (207)
On be respectively equipped with corresponding to the six, the eight fluid holes (203,204) and the six, the eight tonifying Qi holes (205,206), in said inner tube body
(207) be set with a liquid filling tube (5) in endoporus, the top of liquid filling tube (5) be provided with the six, the eight fluid hole (203,
204) and the six, the eight tonifying Qi holes (205,206) corresponding to fluid hole (502) and tonifying Qi hole (501)；The lower end of liquid filling tube (5) to
Lower stretch out is inserted in the endoporus of the short tube (105), fluid hole (507) is provided with this section of inner tubal wall, in the liquid filling tube (5)
During rotation, the second inlet opening (209) that can overlap or misplace with the inlet opening (104), in the interior of the liquid filling tube (5) top
Anti-rotation structure is provided with hole, in addition to a cover is covered and set in the upper lid (3) inside contracted on body, the inner surface of the upper lid
There is one to can be inserted into the endoporus of liquid filling tube (5) top, and with the body of the anti-rotation structure to match, the body side
Wall is provided with fluid hole and tonifying Qi hole.
A kind of 4. container quantified according to claim 3, it is characterised in that：In the bottom outer round surface of said inner tube
It is raised (202) provided with one or two seals, marked on the vessel surface provided with containing mark；The anti-rotation structure
It is the anti-rotation structure that polygonal hole is engaged with polygonal pipe structure.
5. a kind of container quantified, including vessel (1), it is characterised in that：It is provided with the neck sidewall of vessel (1)
One or two the 3rd fluid hole (103), tonifying Qi hole (102) is provided with the side wall on the 3rd fluid hole (103) opposite；In the appearance
The inner bottom surface of device body is provided with one and stretched out upwards, and diameter is less than the short tube (105) of the vessel diameter of bore, described short
Manage and be symmetrically provided with inlet opening (104) in the side wall of (105), a pedestal component is connected with the neck lateral surface of the vessel
(2), the pedestal component includes the Button Block for being connected to container neck lateral surface, is integrally formed with Button Block, the inner tube extended downwardly from
(201), the lower end of said inner tube (201) is inserted in the endoporus of the short tube, and inlet opening (209) is provided with this section of inner tubal wall,
When said inner tube (201) rotates, the second inlet opening (209) that can overlap or misplace with the inlet opening (104), in the button
The 4th fluid hole (203) corresponding with the 3rd fluid hole (103) and tonifying Qi hole (102) and the 4th is provided with the side wall of seat to mend
Stomata (204)；Spaced cavities between the periphery and vessel inner headed face of said inner tube (201) form measurable output
Chamber；In the upper surface of the Button Block also integrally formed with the second short tube (206) stretched out upwards, in second short tube
(206) a step sleeve pipe is provided with, the last layer body of step sleeve pipe is provided with fluid hole and tonifying Qi hole, in the step
Formula sleeve pipe is provided with upper lid.
A kind of 6. container quantified according to claim 5, it is characterised in that：In the bottom outer round surface of said inner tube
It is raised (202) provided with one or two seals, marked on the vessel surface provided with containing mark.
7. a kind of container quantified, including vessel (1), it is characterised in that：It is provided with the neck sidewall of vessel (1)
One or two the 3rd fluid hole (103), tonifying Qi hole (102) is provided with the side wall on the 3rd fluid hole (103) opposite；In the appearance
The inner bottom surface of device body is provided with one and stretched out upwards, and diameter is less than the short tube (105) of the vessel diameter of bore, described short
Manage and be symmetrically provided with inlet opening (104) in the side wall of (105), a pedestal component is connected with the neck lateral surface of the vessel
(2), the pedestal component includes the Button Block for being connected to container neck lateral surface, is integrally formed with Button Block, the inner tube extended downwardly from
(201), the lower end of said inner tube (201) is inserted in the endoporus of the short tube, and inlet opening (209) is provided with this section of inner tubal wall,
When said inner tube (201) rotates, the second inlet opening (209) that can overlap or misplace with the inlet opening (104), in the button
The 4th fluid hole (203) corresponding with the 3rd fluid hole (103) and tonifying Qi hole (102) and the 4th is provided with the side wall of seat to mend
Stomata (204)；Spaced cavities between the periphery and vessel inner headed face of said inner tube (201) form measurable output
Chamber；Also stretched out in the upper surface of the Button Block integrally formed with upward, and the second short tube (206) inside contracted, described second
Short tube is provided with upper lid.
A kind of 8. container quantified according to claim 7, it is characterised in that：In the bottom outer round surface of said inner tube
It is raised (202) provided with one or two seals, marked on the vessel surface provided with containing mark.
9. a kind of container quantified, including vessel (1), it is characterised in that：It is provided with the inner bottom surface of the vessel
One stretches out upwards, and diameter is less than the short tube (105) of the vessel diameter of bore, right in the side wall of the short tube (105)
Title is provided with inlet opening (104), and a pedestal component (2), the pedestal component are connected with the neck lateral surface of the vessel
Button Block including being connected to container neck lateral surface, is integrally formed with Button Block, the outer tube (215) stretched out upwards, the outer tube
(215) top edge is integrally formed with an inner tube extended downwardly from (213), the interval between outer tube (215) and inner tube (213)
Liquid outlet channel is formed, is symmetrically provided with and coincides and two outgoing fluid apertures in the side wall of the outer tube (215) and inner tube (213)
(211), two interior fluid holes (212)；Also include one and cover the upper lid (3) covered in the outer tube (215) above, the upper lid
Integrally formed with a liquid filling tube (315) through the endoporus of said inner tube (213), liquid filling tube (315) on the inner surface at top
Lower port insert in the endoporus of the short tube (105), be provided with the tube wall of this section of liquid filling tube, in the liquid filling tube (315)
During rotation, the second inlet opening (209) that can overlap or misplace with the inlet opening (104) on the vessel covers on described
Side wall and the liquid filling tube upper portion side wall on be provided with and described two outgoing fluid apertures (211), two interior fluid hole (212) phases
Fluid hole (313) in corresponding two second go out fluid apertures (312) and two second；In the periphery and vessel of liquid filling tube
Spaced cavities between disc form the chamber of measurable output.
A kind of 10. container quantified according to claim 9, it is characterised in that：In the liquid filling tube and the short tube
Endoporus be provided with the outer round surface coordinated together with or two seals it is raised (202), be provided with and hold on the vessel surface
Scale mark is measured, seal convexity (314) in one or twice is provided with the top periphery of the liquid filling tube (315).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720710446.2U CN207090107U (en) | 2017-06-16 | 2017-06-16 | A kind of container quantified |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720710446.2U CN207090107U (en) | 2017-06-16 | 2017-06-16 | A kind of container quantified |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207090107U true CN207090107U (en) | 2018-03-13 |
Family
ID=61552943
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720710446.2U Withdrawn - After Issue CN207090107U (en) | 2017-06-16 | 2017-06-16 | A kind of container quantified |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207090107U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107098075A (en) * | 2017-06-16 | 2017-08-29 | 中山市意创科技研发有限公司 | A kind of container quantified |
-
2017
- 2017-06-16 CN CN201720710446.2U patent/CN207090107U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107098075A (en) * | 2017-06-16 | 2017-08-29 | 中山市意创科技研发有限公司 | A kind of container quantified |
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