CN202115832U - Quantifying cover component and quantifying device - Google Patents
Quantifying cover component and quantifying device Download PDFInfo
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- CN202115832U CN202115832U CN201120151103XU CN201120151103U CN202115832U CN 202115832 U CN202115832 U CN 202115832U CN 201120151103X U CN201120151103X U CN 201120151103XU CN 201120151103 U CN201120151103 U CN 201120151103U CN 202115832 U CN202115832 U CN 202115832U
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- lid
- mobile
- quantitative
- container
- gap
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Abstract
The utility model discloses a quantifying cover component and a quantifying device. The quantifying cover component comprises a first cover body and a second cover body, the first cover body is used for matching with a container and provided with a quantifying cavity and a moving body which resets by the aid of elastic force, the second cover body is movably arranged on the first cover body and can be closed and opened, when the second cover body is closed, the moving body is tightly pressed at a first position by the second cover body, so that the quantifying cavity is communicated with the container, when opened, the second cover body is separated from the moving body, the moving body resets to a second position by the aid of the elastic force, so that the quantifying cavity is separated from the container, and an opening portion is opened. When the second cover body is closed, fluid can flow into the quantifying cavity, when the second cover body is opened, fluid in the container cannot reflow to the quantifying cavity, and accordingly the fluid can be metered accurately.
Description
Technical field
The utility model is to be used to measure flowing material about a kind of, like the quantitative cap assemblies and the proportioning device of immobilized particles, solid block, pressed powder, liquid etc.
Background technology
Convertible fluid measuring evice generally comprises batch box and container, through inverting container repeatedly, makes fluid enter into batch box and the fluid in the batch box is discharged from container.But, existing convertible fluid measuring evice to measure precision not high.
Summary of the invention
The purpose of the utility model is the deficiency to prior art, provides a kind of and can improve the quantitative cap assemblies and the proportioning device of measuring precision.
For realizing above-mentioned purpose, the utility model has adopted following technical scheme:
The beneficial effect of the utility model is: a kind of quantitative cap assemblies; Comprise first lid and second lid, said first lid is used for cooperating with container, the mobile that said first lid is provided with quantitative cavity and is resetted by elastic force; Said second lid is movably arranged on said first lid top; Said second lid has closed state and open mode, and at said closed state, said mobile is pressed on primary importance by said second lid; Make said quantitative cavity be communicated with said container, and said second lid seal the uncovered portion of said quantitative cavity; In said open mode, said second lid leaves said mobile, and said mobile is reset to the second place under said resilient force, makes the disconnection that is communicated with of said quantitative cavity and said container, and uncovered of said quantitative cavity opens.
Further, said first lid comprises also and being used for and the fixing fixed body of said container that at said closed state, said fixed body and said mobile form to have and supply fluid to flow into first gap of said quantitative cavity from said container; In said open mode, said fixed body and said mobile form second gap, and said second gap is less than said first gap.
Further, said second gap makes in said open mode less than the size of said fluid, said second gap of said fluid impassabitity.Because second gap is less than the size of fluid, thereby when pouring out fluid, no matter which kind of angle of inclination container is in, fluid all can not flow out, and has improved the particularity of measuring.This fluid can be particulate matter, pressed powder, solid block or liquid etc.
Further, said second gap is zero.At this moment, mobile can seal valve port, and liquid can not flow to quantitative cavity from container.
Further, said fixed body has the valve port that is crossed by the valve wall, and said mobile stretches into said valve port, and said first gap and second gap form by said valve wall and mobile.
Further, the elastic component of said mobile for processing by elastomeric material, said elastic component extends from said valve wall one.Because elastic component and valve wall are one-body molded, simplify the structure.
Further, said elastic force is provided by elastic component, and said mobile passes through said elastic component resilient mounting on said fixed body.
Further, said quantitative cavity is arranged at said mobile.
Further, said quantitative cavity and said mobile are one-body molded.
Further, the chamber wall of said quantitative cavity is provided with valve port, and at said closed state, said valve port leaves in said mobile; In said open mode, said mobile seals said valve port.
Further, said first lid and second lid are one-body molded.
Further, said second lid cooperates with said fixed body frictional fit, screw thread fit or pivot joint.
A kind of proportioning device comprises container and described quantitative cap assemblies with peristome, and said first lid is arranged at the peristome of said container.
The beneficial effect of the utility model is: when measuring fluid, second lid is in closed state, and fluid can flow into quantitative cavity; When needing to discharge fluid, second lid is in open mode, and the fluid in the container can not flow into quantitative cavity again, thereby has realized accurately measuring of convection cell.
Description of drawings
Fig. 1 is the three-dimensional exploded view of proportioning device first specific embodiment;
Fig. 2 be second lid when closed state, the structural representation of first embodiment;
Fig. 3 be second lid when open mode, the structural representation of first embodiment;
Fig. 4 to Fig. 8 is that the whole fluid of reflection first embodiment is measured the structure of process scheme drawing;
Fig. 9 is the three-dimensional exploded view of proportioning device second specific embodiment;
Figure 10 be second lid when closed state, the structural representation of second embodiment;
Figure 11 be second lid when open mode, the structural representation of second embodiment;
Figure 12 is the three-dimensional exploded view of proportioning device the 3rd specific embodiment;
Figure 13 be second lid when closed state, the structural representation of the 3rd embodiment;
Figure 14 be second lid when open mode, the structural representation of the 3rd embodiment;
Figure 15 is the three-dimensional exploded view of proportioning device the 4th specific embodiment;
Figure 16 be second lid when closed state, the structural representation of the 4th embodiment;
Figure 17 be second lid when open mode, the structural representation of the 4th embodiment;
Figure 18 is the three-dimensional exploded view of proportioning device the 5th specific embodiment;
Figure 19 be second lid when closed state, the structural representation of the 5th embodiment;
Figure 20 be second lid when open mode, the structural representation of the 5th embodiment;
Figure 21 is the three-dimensional exploded view of proportioning device the 6th specific embodiment;
Figure 22 be second lid when closed state, the structural representation of the 6th embodiment;
Figure 23 be second lid when open mode, the structural representation of the 6th embodiment;
Figure 24 is the three-dimensional exploded view of proportioning device the 7th specific embodiment;
Figure 25 be second lid when closed state, the structural representation of the 7th embodiment (inversion);
Figure 26 be second lid when closed state, the structural representation of the 7th embodiment (just putting);
Figure 27 be second lid when open mode, the structural representation of the 7th embodiment.
The specific embodiment
Combine accompanying drawing that the utility model is done further explain through the specific embodiment below.
To shown in Figure 8, this embodiment proportioning device comprises container 1 and quantitative cap assemblies 2 like Fig. 1.Container 1 has peristome 11, and quantitatively cap assemblies 2 is arranged on this peristome 11.
Quantitatively cap assemblies 2 comprises first lid 3 and second lid 4.First lid 3 comprises fixed body 31, mobile 32 and quantitative cavity 33.The valve port 312 that fixed body 31 has edge 311 and runs through up and down, this valve port 312 is crossed by valve wall 313.Mobile 32 has elasticity, and it can produce deformation when receiving external force, when external force is cancelled, can recover deformation and resets, and this mobile 32 extends from the valve wall 313 cantilever-shaped one of this valve port, and this mobile has thimble 321.Quantitatively cavity 33 is one-body molded with this mobile 32, and this quantitative cavity 33 has uncovered 331, and this uncovered 331 towards second lid 4.
During assembling, fixed body 31 is packed in the opening of container 11, and the end face that is placed on this peristome 11 is put at the edge 311 of fixed body; Through the cooperation of first screw thread 41 and second screw thread 12, second lid 4 detachably is installed in the peristome 11 of container, this second lid 4 covers first lid 3.
Proportioning device has positive seated position and upside down position, and when positive seated position, the peristome of container and quantitative cavity uncovered vertically up or tilt up; When upside down position, the peristome of container and quantitative cavity uncovered vertically down or tilt down.
When normality, proportioning device is in positive seated position, and second lid 4 presses uncovered 331 of the quantitative cavity of thimble 321, the second lids 4 sealing of mobile, forms first gap 34 that supplies fluid to pass through between the valve wall 313 of mobile 32 and valve port.In the time of need measuring fluid, at first, proportioning device is turned to upside down position, second lid 4 still is pressed in the mobile 32, and the fluid by gravity in the container flows into quantitative cavity 33 through first gap 34; Then, proportioning device is turned to positive seated position, in the switching process, the fluid of the scheduled volume quantitative cavity 33 of packing into, and unnecessary fluid Returning container 1; Then, take off second lid 4, mobile 32 recovers deformation and upwards resets and upspring, and the gap between mobile 32 and the valve wall 313 is reduced, with quantitative cavity 33 jack-up that fluid is housed; At last, the inclination proportioning device is discharged the fluid in the quantitative cavity from uncovered 331.It is to prevent proportioning device when upside down position that this second lid seals uncovered of quantitative cavity, and fluid 5 is discharged from quantitative cavity, and this sealing can be second lid and uncovered direct contact, also can be that second lid and uncovered have the gap.
For this proportioning device, quantitatively cavity 33 is one-body molded with mobile 32; Fluid can be particulate matter, like pill, sugar-pill, chocolate, chewing gum etc.Second lid 4 has closed state and open mode, and when closed state, second lid 4 is pressed in the mobile 32, makes and forms first gap 34 between the valve wall of mobile 32 and fixed body valve port; When open mode, second lid leaves first lid and mobile, and mobile recovers deformation and upwards resets, and and this valve wall between form second gap 35.This second gap 35 is less than first gap 34, and this second gap can be zero, and promptly the shape of mobile size and valve port fit like a glove; This second gap also can be non-vanishing.When fluid was particulate matter or powder etc., second gap can make this second gap of this fluid impassabitity less than the size of this particle or powder.
To shown in Figure 11, it is second specific embodiment of proportioning device like Fig. 9.Proportioning device comprises container 1 and quantitative cap assemblies 2.Container 1 has peristome 11.
Quantitatively cap assemblies 2 comprises first lid 3 and second lid 4.First lid 3 comprises fixed body 31, mobile 32, quantitative cavity 33 and elastic component 36.Fixed body 31 is put the peristome that is placed on container through edge 311, and fixed body 31 has the valve port 312 that is crossed by valve wall 313.Mobile 32 is articulated on the valve wall 313 of fixed body through rotating shaft, and mobile 32 can be rotated up and down by relative fixed body 31.Quantitatively cavity 33 is one-body molded with mobile 32, and quantitatively uncovered 331 of cavity towards second lid 4.The valve wall comprises annular perisporium 314 and is integrally formed at first wall extension 315 and second wall extension 316 in this perisporium, and valve port 312 is formed between first wall extension 315, second wall extension 316 and the perisporium 314, and mobile 32 is articulated on this perisporium 314.First wall extension 315 tilts to extend upward, and second wall extension 316 is positioned at first wall extension below.One end of elastic component is pressed on second wall extension, and the other end withstands mobile, this elastic component such as spring.Mobile 32 can be provided with thimble 321.
When closed state, the end of mobile can be positioned at the below of the end of first wall extension; When open mode, the end of mobile can be concordant with the end of first wall extension, certainly, also can reduce the position relation in gap for other.
Quantitative cavity can have one or more, thereby can hold the fluid of scheduled volume.This fluid can be particulate matter.Second lid is when closed state transforms to open mode, and elastic component utilizes elastic force with the quantitative cavity jack-up that makes progress.The process of measuring of this proportioning device can be with reference to first embodiment.
To shown in Figure 14, it is the 3rd specific embodiment of proportioning device like Figure 12.Proportioning device comprises container 1 and quantitative cap assemblies 2.Container 1 has peristome 11, and quantitatively cap assemblies 2 comprises first lid 3 and second lid 4.
During assembling, middle cover put be placed on the peristome that covers at container; Enclosing cover Gai Zaizhong is covered and enclosing cover is threaded with this peristome; Second cover cap is covered outside.After assembling, first valve port and second valve port align, and second lid presses the moving part of middle cover.
When closed state, the push rod 41 of second lid 4 compresses moving part 382, makes and forms first gap 34 that supplies fluid to pass through between the valve wall 313 of the moving part 382 and second valve port; When second lid upwards turned to open mode, second lid left mobile, and mobile recovers deformation and upwards resets, and the gap between moving part and the valve wall reduces.
The all relative container of the fixed part of enclosing cover and middle cover is fixed, and it constitutes aforementioned fixation body.The moving part of middle cover constitutes aforesaid mobile.Second lid has thimble, and when closed state, this thimble is pressed in the end of mobile.
For this embodiment, enclosing cover is used for middle cover is fixed on the peristome of container, when middle cover self can be implemented in the location and installation of peristome, enclosing cover can be set.
To shown in Figure 17, it is the 4th specific embodiment of proportioning device like Figure 15.This proportioning device comprises container 1 and quantitative cap assemblies 2.Container 1 has peristome 11.Quantitatively cap assemblies 2 comprises first lid 3 and second lid 4.First lid 3 comprises quantitative cavity 33, mobile 32 and elastic component 36, this quantitative cavity 33 have at the bottom of the chamber 332 with chamber wall 333, laterally run through this chamber wall 333 and be formed with valve port 312, this chamber wall is put the peristome that is placed on container.First lid 3 also comprises enclosing cover 37, and this enclosing cover 37 covers the peristome and quantitative cavity of container, and this enclosing cover is threaded with this peristome and should be pressed on this peristome by quantitative cavity.Quantitatively the part of cavity 33 is the installation cavitys 39 that are used to install elastic component, and elastic component 36 is placed in this installation cavity 39, and mobile's 32 resilient mountings are on this elastic component 36.Second lid 4 is articulated on this enclosing cover 37 through rotating shaft, and second lid can be rotated up and down by relative first lid.Second lid has thimble 41.
When closed state; Second cover cap presses mobile 32 on first lid and through thimble 41, the valve port 312 of quantitative cavity leaves in mobile, and elastic component 36 is compressed; Container can be communicated with quantitative cavity through this valve port, makes the fluid in the container can flow into this quantitative cavity; When second lid upwards turned to open mode, elastic component 36 recovered deformation and upwards resets, and this valve port 312 is blocked by mobile 32, makes container and the quantitatively disconnection of the connection between the cavity.At this moment, can the fluid in the quantitative cavity 33 be discharged through the whole proportioning device that tilts.During normality, second lid 4 is in closed state.
To shown in Figure 20, it is the 5th specific embodiment of proportioning device like Figure 18.Proportioning device comprises container 1 and quantitative cap assemblies 2.Container 1 has peristome 11.Quantitatively cap assemblies 2 comprises that first lid 3 and second lid, 4, the first lids comprise fixed body 31, mobile 32, quantitative cavity 33 and elastic component 36.Fixed body 31 comprises enclosing cover 37 and middle cover 38; Middle cover 38 stretches into container and the peristome that is placed on container is put at its edge; Enclosing cover 37 entangle this peristome and with this peristome screw thread fit; And enclosing cover and middle cover form the valve port 312 that runs through up and down, and this valve port is crossed by valve wall 313, and promptly the part valve wall is located at enclosing cover and another part valve wall is located at middle cover.Cover during the end of mobile 32 is put and is placed on and pushed down, this mobile can be rotated up and down around this end by enclosing cover.Quantitatively cavity 33 is one-body molded with this mobile 32; This quantitative cavity 33 has second uncovered 333 that is positioned at first uncovered 332 of top and is positioned at sidepiece; This first uncovered this first uncovered is used to supply fluid to flow out towards second lid, and this second uncovered is used for fluid and flows into.Elastic component 36 cantilever-shaped being installed in this cover, and this elastic component 36 is positioned at below and this mobile of resilient mounting of this mobile.Second lid 4 is articulated on the enclosing cover 37 through rotating shaft.
When closed state; Second cover cap is on first lid and press mobile; Elastic component is compressed and produces deformation, forms first gap 34 that supplies fluid to pass through between mobile and the valve wall, and promptly the fluid in the container can pass through this first gap; Flow into quantitative cavity 33 through second uncovered 333, and this first uncovered 332 of second lid sealing and anti-fluid flows out quantitative cavity 33; When second lid 4 upwards turns to open mode; Second lid leaves mobile; Elastic component 36 recovers deformation and pops up; Mobile 32 that jack-up is wholely set and quantitative cavity 33 make the gap smaller between mobile and the valve wall, make the gap vanishing like this valve port 312 of mobile's complete closed.
For valve port, it is crossed by the valve wall, and the valve wall can be divided into a plurality of parts and be located at a plurality of separate elements (like enclosing cover and middle cover), and the valve wall also can only be located at unitary element.Elastic component can be shell fragment, also can replace with spring, or other recovers the structure of deformation when producing deformation and outer upright cancelling when stressed.
To shown in Figure 23, it is the 6th specific embodiment of proportioning device like Figure 21.Proportioning device comprises container 1 and quantitative cap assemblies 2, and container 1 has peristome 11.Quantitatively cap assemblies 2 comprises first lid 3 and second lid 4.First lid 3 comprises fixed body 31, mobile 32, quantitative cavity 33 and elastic component 36.Fixed body 31 covers this peristome 11 and is threaded with this peristome, and this fixed body 31 has the valve port 312 that is crossed by valve wall 313.Mobile 32 has the edge.Quantitatively cavity 33 is one-body molded with mobile 32, and this quantitative cavity 33 has uncovered 331, and this uncovered 331 towards second lid 4.Elastic component 36 entangles this quantitative cavity 33, and this elastic component 36 has the shell fragment 361 of a plurality of cantilever-shaped oblique extensions, and each shell fragment 361 is held the edge 322 of this mobile.Fixed body 31 covers quantitative cavity 33, and valve port 312 aligns with uncovered 331.Second lid 4 is articulated on the fixed body through rotating shaft.
When closed state, second lid 4 presses the edge 322 of mobile, and shell fragment 361 is compressed and produces deformation, forms first gap 34 between the valve wall of the edge of mobile and valve port; When second lid upwards turned to open mode, shell fragment 361 recovered deformation and pops up and reset, upwards jack-up mobile 32 and quantitative cavity 33, and the gap smaller between the edge of mobile and the valve wall is blocked this valve port fully like this mobile.
To shown in Figure 27, it is the 7th specific embodiment of the quantitative cap assemblies of the utility model like Figure 24.This proportioning device comprises container 1 and quantitative cap assemblies 2.Container 1 has peristome 11.Quantitatively cap assemblies 2 is installed in the peristome 11 of container 1.Quantitatively cap assemblies 2 comprises first lid 3 and second lid 4.First lid 3 comprises fixed body 31, mobile 32 and quantitative cavity 33.Fixed body 31 entangle container 1 peristome 11 and with these peristome 11 screws thread fit.Fixed body 31 has the valve port 312 that is crossed by valve wall 313, and mobile 32 has elasticity, and this mobile 32 is positioned at this valve port 312 and from valve wall 313 cantilever-shaped extending, forms first gap 34 that supplies fluid to pass through between this mobile 32 and the valve wall 313.Quantitatively cavity 33 is one-body molded with mobile 32, and quantitatively uncovered 331 of cavity towards second lid 4.
For this embodiment, first lid and second lid are one-body molded, and promptly mobile, fixed body, quantitative cavity and second lid are one-body molded.
For quantitative cap assemblies, it comprises first lid and second lid, and first lid is used for cooperating with container; The mobile that first lid is provided with quantitative cavity and is resetted by elastic force, second lid is movably set in first lid, and second lid has closed state and open mode; At closed state; Mobile is pressed on primary importance by second lid, makes quantitative cavity be communicated with said container, and second lid seals the uncovered portion of quantitative cavity; In open mode, second lid leaves said mobile, and mobile is reset to the second place under elastic force, makes the disconnection that is communicated with of quantitative cavity and said container, and uncovered is opened.Uncovered of quantitative cavity can be towards second lid.When closed state, uncovered of second lid sealing is to be used for anti-fluid in quantitative cavity, to flow out, and this sealing can be that direct contact is realized sealing, also can be the form with gap.Open for uncovered and be meant that fluid can flow to outside the quantitative cavity from uncovered.Elastic force can be provided by the elasticity of mobile self, also can be provided by the independent elastic component that is provided with.Mobile can be one-body molded with quantitative cavity, also can be two phases independently element connect fixingly through attaching parts, mobile and quantitative cavity can be synchronized with the movement.Second lid detachably is arranged at first lid, as second lid can be with the first lid frictional fit, articulate cooperation, bayonet fitting etc.This quantitative cap assemblies can be made separately and be used with different containers in use, also can be directly and container constitute a proportioning device.
First lid can comprise fixed body, and fixed body has the valve port that is crossed by the valve wall, when closed state, forms first gap that can supply fluid to pass through between mobile and the valve wall; When open mode, form second gap that can not supply fluid to pass through between mobile and the valve wall, this second gap can be zero (being that mobile blocks valve port fully), also can be non-vanishing.The valve wall can be provided by single element, also can be provided by a plurality of elements.
Above content is the further explain that combines concrete embodiment that the utility model is done, and can not assert that the practical implementation of the utility model is confined to these explanations.For the those of ordinary skill of technical field under the utility model, under the prerequisite that does not break away from the utility model design, can also make some simple deduction or replace, all should be regarded as belonging to the protection domain of the utility model.
Claims (12)
1. quantitative cap assemblies; It is characterized in that: comprise first lid and second lid, said first lid is used for cooperating with container, the mobile that said first lid is provided with quantitative cavity and is resetted by elastic force; Said second lid is movably arranged on said first lid top; Said second lid has closed state and open mode, and at said closed state, said mobile is pressed on primary importance by said second lid; Make said quantitative cavity be communicated with said container, and said second lid seal the uncovered portion of said quantitative cavity; In said open mode, said second lid leaves said mobile, and said mobile is reset to the second place under said resilient force, makes the disconnection that is communicated with of said quantitative cavity and said container, and uncovered of said quantitative cavity opens.
2. quantitative cap assemblies as claimed in claim 1; It is characterized in that: said first lid also comprises and being used for and the fixing fixed body of said container; At said closed state, said fixed body and said mobile form to have and supply fluid to flow into first gap of said quantitative cavity from said container; In said open mode, said fixed body and said mobile form second gap, and said second gap is less than said first gap.
3. quantitative cap assemblies as claimed in claim 2 is characterized in that: said second gap makes in said open mode less than the size of said fluid, said second gap of said fluid impassabitity.
4. quantitative cap assemblies as claimed in claim 3 is characterized in that: said second gap is zero.
5. quantitative cap assemblies as claimed in claim 3 is characterized in that: said fixed body has the valve port that is crossed by the valve wall, and said mobile stretches into said valve port, and said first gap and second gap form by said valve wall and mobile.
6. quantitative cap assemblies as claimed in claim 5 is characterized in that: the elastic component of said mobile for being processed by elastomeric material, said elastic component extends from said valve wall one.
7. quantitative cap assemblies as claimed in claim 5 is characterized in that: said elastic force is provided by elastic component, and said mobile passes through said elastic component resilient mounting on said fixed body.
8. quantitative cap assemblies as claimed in claim 2 is characterized in that: said quantitative cavity is arranged at said mobile.
9. quantitative cap assemblies as claimed in claim 8 is characterized in that: said quantitative cavity and said mobile are one-body molded.
10. quantitative cap assemblies as claimed in claim 1 is characterized in that: the chamber wall of said quantitative cavity is provided with valve port, and at said closed state, said valve port leaves in said mobile; In said open mode, said mobile seals said valve port.
11. quantitative cap assemblies as claimed in claim 1 is characterized in that: said first lid and second lid are one-body molded.
12. a proportioning device comprises the container with peristome, it is characterized in that: also comprise any described quantitative cap assemblies among the claim 1-11, said first lid is arranged at the peristome of said container.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120151103XU CN202115832U (en) | 2011-05-12 | 2011-05-12 | Quantifying cover component and quantifying device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120151103XU CN202115832U (en) | 2011-05-12 | 2011-05-12 | Quantifying cover component and quantifying device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202115832U true CN202115832U (en) | 2012-01-18 |
Family
ID=45456917
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201120151103XU Expired - Fee Related CN202115832U (en) | 2011-05-12 | 2011-05-12 | Quantifying cover component and quantifying device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202115832U (en) |
-
2011
- 2011-05-12 CN CN201120151103XU patent/CN202115832U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| DD01 | Delivery of document by public notice |
Addressee: Peng Shi Document name: Notification to Pay the Fees |
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| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120118 Termination date: 20130512 |