CN204622430U - The low press-fitting mould high-pressure molding device of lid maker - Google Patents
The low press-fitting mould high-pressure molding device of lid maker Download PDFInfo
- Publication number
- CN204622430U CN204622430U CN201520071698.6U CN201520071698U CN204622430U CN 204622430 U CN204622430 U CN 204622430U CN 201520071698 U CN201520071698 U CN 201520071698U CN 204622430 U CN204622430 U CN 204622430U
- Authority
- CN
- China
- Prior art keywords
- oil circuit
- hydraulic fluid
- fluid port
- oil
- spliceosome
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Landscapes
- Fluid-Damping Devices (AREA)
Abstract
The utility model discloses a kind of low press-fitting mould high-pressure molding device of lid maker, includes rotary body and oil circuit spliceosome; The periphery of this rotary body is provided with multiple plunger shaft uniformly at intervals, a piston rod is provided with in each plunger shaft, on rotary body, the first oil circuit and the second oil circuit is provided with for each plunger shaft, the upper end that first oil circuit is communicated with plunger shaft is inner, and the lower end that the second oil circuit is communicated with plunger shaft is inner; By this, by processing and fabricating on rotary body first oil circuit and the second oil circuit, and on oil circuit spliceosome processing and fabricating high-pressure oil passage, low pressure oil way, the 3rd oil circuit, the 4th oil circuit, the 5th oil circuit and the 6th oil circuit, achieve oil circuit splicing, make the processing and fabricating of oil circuit simple and convenient, utilize control valve to control each oil circuit simultaneously, make the mode that operationally can adopt low press-fitting mould and high-pressure molding, the production efficiency of effective lifting lid maker, and the Forming Quality of improving product greatly.
Description
Technical field
The utility model relates to package packing machine art, refers in particular to a kind of low press-fitting mould high-pressure molding device of lid maker.
Background technology
China is that world's packaging manufactures and consumption big country, and the ratio of plastics package in the Packaging Industry gross output value, more than 30%, becomes the fresh combatants in Packaging Industry, plays irreplaceable effect in food, beverage, commodity and industrial and agricultural production every field.In recent years, packaging product, the packaging material of plastics package industry grow steadily, and new packaging materials, new technology, new technology, new product continue to bring out.Nowadays various beverage, cosmetics, medicine etc., its splendid attire adopts plastics package mostly, and plastics packed plastic bottle closure, often need independent production.
The machinery equipment manufacturing plastic bottle closure is varied, wherein conventional with mould pressing lid maker.Current mould pressing lid maker all has compacting module, this compacting module includes rotating main body and the patrix that is arranged on rotating main body and bed die, in prior art, rotating main body is integral type structure, make oil circuit processing and manufacturing difficulty large, and when lid maker works, bed die all adopts same oil pressure with the matched moulds of patrix and the shaping of bottle cap, makes the production efficiency of lid maker low, and forming quality of products declines.
Utility model content
In view of this, the utility model is for the disappearance of prior art existence, its main purpose is to provide a kind of low press-fitting mould high-pressure molding device of lid maker, and it is large and produce low, the ropy problem of bottle cap efficiency that it effectively can solve the oil circuit processing and manufacturing difficulty of existing lid maker.
For achieving the above object, the utility model adopts following technical scheme:
A low press-fitting mould high-pressure molding device for lid maker, includes rotary body and oil circuit spliceosome; This rotary body is annular solid, the circumferential lateral surface of rotary body is formed by annular space, the periphery of rotary body is provided with multiple plunger shaft uniformly at intervals, a piston rod is provided with in each plunger shaft, the top of piston rod is stretched in annular space and is fixedly connected with bed die, on rotary body, be provided with the first oil circuit and the second oil circuit for each plunger shaft, the upper end that the first oil circuit is communicated with plunger shaft is inner, and the lower end that the second oil circuit is communicated with plunger shaft is inner; This oil circuit spliceosome is installed on the bottom inside of rotary body, this oil circuit spliceosome is provided with oil pocket, the periphery of oil circuit spliceosome is provided with multiple installation cavity uniformly at intervals, the plurality of installation cavity and aforementioned plunger shaft one_to_one corresponding, be provided with control valve in each installation cavity, this control valve includes valve body and valve rod; This valve body is provided with the first hydraulic fluid port, the second hydraulic fluid port, the 3rd hydraulic fluid port, the 4th hydraulic fluid port, the 5th hydraulic fluid port and the 6th hydraulic fluid port; This valve rod up and downly can be arranged at and control each hydraulic fluid port in valve body and open or close, and the lower end of valve rod is stretched out outside oil circuit spliceosome downwards; On this oil circuit spliceosome, high-pressure oil passage, low pressure oil way, the 3rd oil circuit, the 4th oil circuit, the 5th oil circuit and the 6th oil circuit is provided with for each installation cavity, this high-pressure oil passage is communicated with between oil pocket and the first hydraulic fluid port, this low pressure oil way is communicated with between oil pocket and the second hydraulic fluid port, 3rd oil circuit is communicated with between oil pocket and the 3rd hydraulic fluid port, 4th oil circuit is communicated with between oil pocket and the 4th hydraulic fluid port, 5th oil circuit is communicated with between the first oil circuit and the 5th hydraulic fluid port, and the 6th oil circuit is communicated with between the second oil circuit and the 6th hydraulic fluid port.
As a kind of preferred version, described oil circuit spliceosome includes main part and expands in main part circumferential lateral surface radial direction the projecting ring section extended, the bottom surface of rotary body is arranged with embedding slot, and the upper end of main part is embedded in embedding slot, and the bottom surface that projecting ring section is butted on rotary body is fixedly connected with.
As a kind of preferred version, described first oil circuit includes communicate with each other the first traversing section and first longitudinal section, and the first traversing section is formed in the circumferential lateral surface indent of rotary body, and first longitudinal section is in the inner bottom surface upwards indent formation of embedding slot; 5th oil circuit includes communicate with each other the 5th traversing section and the 5th longitudinal section, 5th traversing section is formed in the upper end circumferential lateral surface indent of oil circuit spliceosome, 5th traversing section and the 5th hydraulic fluid port are just to being communicated with, in the upper surface of oil circuit spliceosome, downward indent is formed 5th longitudinal section, and the 5th longitudinal section and first longitudinal section are just to being communicated with.
As a kind of preferred version, described second oil circuit includes the second traversing section and second longitudinal section, and this second traversing section is formed in the circumferential lateral surface indent of rotary body, and this second longitudinal section is upwards indent formation in the bottom surface of rotary body; 6th oil circuit includes the 6th traversing section and the 6th longitudinal section that communicate with each other, 6th traversing section is formed in the circumferential lateral surface indent of projecting ring section, 6th traversing section and the 6th hydraulic fluid port are just to being communicated with, in the upper surface of projecting ring section, downward indent is formed 6th longitudinal section, and the 6th longitudinal section and second longitudinal section are just to being communicated with.
As a kind of preferred version, described high-pressure oil passage and low pressure oil way are formed respectively at the horizontal indent in lower end periphery side of oil circuit spliceosome, and the 3rd oil circuit and the 4th oil circuit are walked crosswise indent respectively at the upper end circumferential lateral surface of oil circuit spliceosome and formed.
As a kind of preferred version, described valve body includes holder and sleeve, this sleeve stretches in installation cavity, aforementioned first hydraulic fluid port, the second hydraulic fluid port, the 3rd hydraulic fluid port, the 4th hydraulic fluid port, the 5th hydraulic fluid port and the 6th hydraulic fluid port are all arranged on sleeve, the lower end of sleeve is butted on holder, and the bottom of holder and oil circuit spliceosome fixedly mounts.
As a kind of preferred version, described valve rod includes main rod body and push rod body, and this main rod body is arranged in sleeve, and the lower end of main rod body is fixedly connected with push rod body, and the lower end of push rod body is stretched out downwards outside holder, and the lower end of push rod body is provided with roller.
As a kind of preferred version, all sides of described main rod body are provided with multiple annular groove.
As a kind of preferred version, the below of described oil circuit spliceosome is provided with drive table, and the surface periphery of this drive table is formed multiple for impelling the step surface of valve handle activity, and roller is butted on step surface.
As a kind of preferred version, the circumferential lateral surface of described sleeve arranges and is arranged at intervals with multiple bulge loop, and all sides of each bulge loop are all arranged with the locating slot for installing sealing ring.
The utility model compared with prior art has obvious advantage and beneficial effect, specifically, as shown from the above technical solution:
By processing and fabricating on rotary body first oil circuit and the second oil circuit, and on oil circuit spliceosome processing and fabricating high-pressure oil passage, low pressure oil way, the 3rd oil circuit, the 4th oil circuit, the 5th oil circuit and the 6th oil circuit, achieve oil circuit splicing, make the processing and fabricating of oil circuit simple and convenient, utilize control valve to control each oil circuit simultaneously, make the mode that operationally can adopt low press-fitting mould and high-pressure molding, effectively promote the production efficiency of lid maker, and the Forming Quality of improving product greatly.
For more clearly setting forth architectural feature of the present utility model and effect, below in conjunction with accompanying drawing and specific embodiment, the utility model is described in detail.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of the preferred embodiment of the utility model;
Fig. 2 is the top view of the preferred embodiment of the utility model;
Fig. 3 is the sectional view of A-A position in Fig. 2;
Fig. 4 is the control track configuration figure of control valve in the preferred embodiment of the utility model;
Fig. 5 is the stereogram of control valve in the preferred embodiment of the utility model;
Fig. 6 is the exploded view of control valve in the preferred embodiment of the utility model;
Fig. 7 is the sectional view of control valve in the preferred embodiment of the utility model.
Accompanying drawing identifier declaration:
10, rotary body 11, annular space
12, plunger shaft 13, first oil circuit
131, the longitudinal section of the first traversing section 132, first
14, the second oil circuit 141, second traversing section
142, second longitudinal section 15, embedding slot
20, oil circuit spliceosome 21, oil pocket
22, installation cavity 23, high-pressure oil passage
24, low pressure oil way 25, the 3rd oil circuit
26, the 4th oil circuit 27, the 5th oil circuit
271, the 5th traversing section 272, the 5th longitudinal section
28, the 6th oil circuit 281, the 6th traversing section
282, the 6th longitudinal section 201, main part
202, projecting ring section 30, piston rod
40, control valve 41, valve body
411, the first hydraulic fluid port 412, second hydraulic fluid port
413, the 3rd hydraulic fluid port 414, the 4th hydraulic fluid port
415, the 5th hydraulic fluid port 416, the 6th hydraulic fluid port
417, bulge loop 418, locating slot
42, valve rod 421, main rod body
422, push rod body 423, roller
401, holder 402, sleeve
403, annular groove 50, drive table
51, step surface.
Detailed description of the invention
Please refer to shown in Fig. 1 to Fig. 7, that show the concrete structure of the preferred embodiment of the utility model, include rotary body 10 and oil circuit spliceosome 20.
Wherein, this rotary body 10 is annular solid, the circumferential lateral surface of rotary body 10 is formed by annular space 11, the periphery of rotary body 10 is provided with multiple plunger shaft 12 uniformly at intervals, a piston rod 30 is provided with in each plunger shaft 12, the top of piston rod 30 is stretched in annular space 11 and is fixedly connected with bed die (not shown), on rotary body 10, the first oil circuit 13 and the second oil circuit 14 is provided with for each plunger shaft 12, the upper end that first oil circuit 13 is communicated with plunger shaft 12 is inner, and the lower end that the second oil circuit 14 is communicated with plunger shaft 12 is inner.
This oil circuit spliceosome 20 is installed on the bottom inside of rotary body 10, this oil circuit spliceosome 20 is provided with oil pocket 21, the periphery of oil circuit spliceosome 20 is provided with multiple installation cavity 22 uniformly at intervals, the plurality of installation cavity 22 and aforementioned plunger shaft 12 one_to_one corresponding, be provided with control valve 40 in each installation cavity 22, this control valve 40 includes valve body 41 and valve rod 42; This valve body 41 is provided with the first hydraulic fluid port 411, second hydraulic fluid port 412, the 3rd hydraulic fluid port 413, the 4th hydraulic fluid port 414, the 5th hydraulic fluid port 415 and the 6th hydraulic fluid port 416; This valve rod 42 up and downly can be arranged at and control each hydraulic fluid port in valve body 41 and open or close, and the lower end of valve rod 42 is stretched out downwards outside oil circuit spliceosome 20.
On this oil circuit spliceosome 20, high-pressure oil passage 23 is provided with for each installation cavity 22, low pressure oil way 24, 3rd oil circuit 25, 4th oil circuit 26, 5th oil circuit 27 and the 6th oil circuit 28, this high-pressure oil passage 23 is communicated with between oil pocket 21 and the first hydraulic fluid port 411, this low pressure oil way 24 is communicated with between oil pocket 21 and the second hydraulic fluid port 412, 3rd oil circuit 25 is communicated with between oil pocket 21 and the 3rd hydraulic fluid port 413, 4th oil circuit 26 is communicated with between oil pocket 21 and the 4th hydraulic fluid port 414, 5th oil circuit 27 is communicated with between the first oil circuit 13 and the 5th hydraulic fluid port 415, 6th oil circuit 28 is communicated with between the second oil circuit 14 and the 6th hydraulic fluid port 416.
Specifically, this oil circuit spliceosome 20 includes main part 201 and expands in main part 201 circumferential lateral surface radial direction the projecting ring section 202 extended, the bottom surface of rotary body 10 is arranged with embedding slot 15, the upper end of main part 201 is embedded in embedding slot 15, and the bottom surface that projecting ring section 202 is butted on rotary body 10 is fixedly connected with.
This first oil circuit 13 includes communicate with each other the first traversing section 131 and first longitudinal section 132, first traversing section 131 and is formed in the circumferential lateral surface indent of rotary body 10, first longitudinal section 132 in embedding slot 15 inner bottom surface upwards indent formed; 5th oil circuit 27 includes communicate with each other the 5th traversing section 271 and the 5th longitudinal section 272,5th traversing section 271 is formed in the upper end circumferential lateral surface indent of oil circuit spliceosome 20,5th traversing section 272 and the 5th hydraulic fluid port 415 are just to being communicated with, in the upper surface of oil circuit spliceosome 20, downward indent is formed 5th longitudinal section 272, and the 5th longitudinal section 272 and first longitudinal section 132 are just to being communicated with.
This second oil circuit 14 includes the second traversing section 141 and second longitudinal section 142, and this second traversing section 141 is formed in the circumferential lateral surface indent of rotary body 10, and this second longitudinal section 142 is upwards indent formation in the bottom surface of rotary body 10; 6th oil circuit 28 includes the 6th traversing section 281 and the 6th longitudinal section 282 that communicate with each other, 6th traversing section 281 is formed in the circumferential lateral surface indent of projecting ring section 202,6th traversing section 281 and the 6th hydraulic fluid port 416 are just to being communicated with, in the upper surface of projecting ring section 202, downward indent is formed 6th longitudinal section 282, and the 6th longitudinal section 282 and second longitudinal section 142 are just to being communicated with.
And this high-pressure oil passage 23 and low pressure oil way 24 are formed respectively at the horizontal indent in lower end periphery side of oil circuit spliceosome 20, the 3rd oil circuit 25 and the 4th oil circuit 26 are walked crosswise indent respectively at the upper end circumferential lateral surface of oil circuit spliceosome 10 and are formed.
In addition, this valve body 41 includes holder 401 and sleeve 402, this sleeve 402 stretches in installation cavity 22, aforementioned first hydraulic fluid port 411, second hydraulic fluid port 412, the 3rd hydraulic fluid port 413, the 4th hydraulic fluid port 414, the 5th hydraulic fluid port 415 and the 6th hydraulic fluid port 416 are all arranged on sleeve 402, the lower end of sleeve 402 is butted on holder 401, and holder 401 fixedly mounts with the bottom of oil circuit spliceosome 20; And the circumferential lateral surface of this sleeve 402 arranges and is arranged at intervals with multiple bulge loop 417, and all sides of each bulge loop 417 are all arranged with the locating slot 418 for installing sealing ring (not shown).
This valve rod 42 includes main rod body 421 and push rod body 422, all sides of this main rod body 421 are provided with multiple annular groove 403, this main rod body 421 is arranged in sleeve 402, the lower end of main rod body 421 is fixedly connected with push rod body 422, the lower end of push rod body 422 is stretched out outside holder 401 downwards, and the lower end of push rod body 422 is provided with roller 423.
In addition, the below of this oil circuit spliceosome 20 is provided with drive table 50, and the surface periphery of this drive table 50 is formed multiple for impelling the step surface 51 of valve rod 42 activity, and roller 423 is butted on step surface 51.
The course of work that the present embodiment is described in detail in detail is as follows:
During matched moulds, this valve rod 42 is butted on a step surface 51, the second hydraulic fluid port 412 is made to be communicated with the 6th hydraulic fluid port 416,5th hydraulic fluid port 415 is communicated with the 4th hydraulic fluid port 414, close between all the other each hydraulic fluid ports and be not communicated with, now, low pressure fluid in oil pocket 21 flows into the lower end of plunger shaft 12 successively through low pressure oil way 24, the 6th oil circuit 28 and the second oil circuit 14, the fluid of plunger shaft 12 upper end is back in oil pocket 21 through the first oil circuit 13, the 5th oil circuit 27 and the 4th oil circuit 26 successively simultaneously, thus makes quick rising of piston rod 30 realize matched moulds.
Time shaping, this valve rod 42 is butted on another step surface 51, the first hydraulic fluid port 411 is made to be communicated with the 6th hydraulic fluid port 416,5th hydraulic fluid port 415 keeps connection the 4th hydraulic fluid port 414, close between all the other each hydraulic fluid ports and be not communicated with, now, the high-voltage oil liquid in oil pocket 21 flows into the lower end of plunger shaft 12 successively through high-pressure oil passage 23, the 6th oil circuit 28 and the second oil circuit 14, make piston rod 30 remain on matched moulds state, realize pressurize shaping.
During die sinking, this valve rod 42 is butted on a step surface 51 again, the 3rd oil circuit 413 is made to be communicated with the 5th hydraulic fluid port 415, second hydraulic fluid port 412 is communicated with the 6th hydraulic fluid port 416, close between all the other each hydraulic fluid ports and be not communicated with, now, oil pocket 21 inner fluid enters the upper end of plunger shaft 12 successively through the 3rd oil circuit 25, the 5th oil circuit 27 and the first oil circuit 13, simultaneously, therefore the fluid of plunger shaft 12 lower end be back in oil pocket 21 through the second oil circuit 14, the 6th oil circuit 28 and low pressure oil way 24, thus make quick decline of piston rod 30 realize die sinking.
Design focal point of the present utility model is: by processing and fabricating on rotary body first oil circuit and the second oil circuit, and on oil circuit spliceosome processing and fabricating high-pressure oil passage, low pressure oil way, the 3rd oil circuit, the 4th oil circuit, the 5th oil circuit and the 6th oil circuit, achieve oil circuit splicing, make the processing and fabricating of oil circuit simple and convenient, utilize control valve to control each oil circuit simultaneously, make the mode that operationally can adopt low press-fitting mould and high-pressure molding, the production efficiency of effective lifting lid maker, and the Forming Quality of improving product greatly.
The above, it is only preferred embodiment of the present utility model, not technical scope of the present utility model is imposed any restrictions, therefore every above embodiment is done according to technical spirit of the present utility model any trickle amendment, equivalent variations and modification, all still belong in the scope of technical solutions of the utility model.
Claims (10)
1. a low press-fitting mould high-pressure molding device for lid maker, is characterized in that: include rotary body and oil circuit spliceosome; This rotary body is annular solid, the circumferential lateral surface of rotary body is formed by annular space, the periphery of rotary body is provided with multiple plunger shaft uniformly at intervals, a piston rod is provided with in each plunger shaft, the top of piston rod is stretched in annular space and is fixedly connected with bed die, on rotary body, be provided with the first oil circuit and the second oil circuit for each plunger shaft, the upper end that the first oil circuit is communicated with plunger shaft is inner, and the lower end that the second oil circuit is communicated with plunger shaft is inner; This oil circuit spliceosome is installed on the bottom inside of rotary body, this oil circuit spliceosome is provided with oil pocket, the periphery of oil circuit spliceosome is provided with multiple installation cavity uniformly at intervals, the plurality of installation cavity and aforementioned plunger shaft one_to_one corresponding, be provided with control valve in each installation cavity, this control valve includes valve body and valve rod; This valve body is provided with the first hydraulic fluid port, the second hydraulic fluid port, the 3rd hydraulic fluid port, the 4th hydraulic fluid port, the 5th hydraulic fluid port and the 6th hydraulic fluid port; This valve rod up and downly can be arranged at and control each hydraulic fluid port in valve body and open or close, and the lower end of valve rod is stretched out outside oil circuit spliceosome downwards; On this oil circuit spliceosome, high-pressure oil passage, low pressure oil way, the 3rd oil circuit, the 4th oil circuit, the 5th oil circuit and the 6th oil circuit is provided with for each installation cavity, this high-pressure oil passage is communicated with between oil pocket and the first hydraulic fluid port, this low pressure oil way is communicated with between oil pocket and the second hydraulic fluid port, 3rd oil circuit is communicated with between oil pocket and the 3rd hydraulic fluid port, 4th oil circuit is communicated with between oil pocket and the 4th hydraulic fluid port, 5th oil circuit is communicated with between the first oil circuit and the 5th hydraulic fluid port, and the 6th oil circuit is communicated with between the second oil circuit and the 6th hydraulic fluid port.
2. the low press-fitting mould high-pressure molding device of lid maker according to claim 1, it is characterized in that: described oil circuit spliceosome includes main part and expands in main part circumferential lateral surface radial direction the projecting ring section extended, the bottom surface of rotary body is arranged with embedding slot, the upper end of main part is embedded in embedding slot, and the bottom surface that projecting ring section is butted on rotary body is fixedly connected with.
3. the low press-fitting mould high-pressure molding device of lid maker according to claim 2, it is characterized in that: described first oil circuit includes communicate with each other the first traversing section and first longitudinal section, first traversing section is formed in the circumferential lateral surface indent of rotary body, and first longitudinal section is in the inner bottom surface upwards indent formation of embedding slot; 5th oil circuit includes communicate with each other the 5th traversing section and the 5th longitudinal section, 5th traversing section is formed in the upper end circumferential lateral surface indent of oil circuit spliceosome, 5th traversing section and the 5th hydraulic fluid port are just to being communicated with, in the upper surface of oil circuit spliceosome, downward indent is formed 5th longitudinal section, and the 5th longitudinal section and first longitudinal section are just to being communicated with.
4. the low press-fitting mould high-pressure molding device of lid maker according to claim 2, it is characterized in that: described second oil circuit includes the second traversing section and second longitudinal section, this second traversing section is formed in the circumferential lateral surface indent of rotary body, and this second longitudinal section is upwards indent formation in the bottom surface of rotary body; 6th oil circuit includes the 6th traversing section and the 6th longitudinal section that communicate with each other, 6th traversing section is formed in the circumferential lateral surface indent of projecting ring section, 6th traversing section and the 6th hydraulic fluid port are just to being communicated with, in the upper surface of projecting ring section, downward indent is formed 6th longitudinal section, and the 6th longitudinal section and second longitudinal section are just to being communicated with.
5. the low press-fitting mould high-pressure molding device of lid maker according to claim 2, it is characterized in that: described high-pressure oil passage and low pressure oil way are formed respectively at the horizontal indent in lower end periphery side of oil circuit spliceosome, the 3rd oil circuit and the 4th oil circuit are walked crosswise indent respectively at the upper end circumferential lateral surface of oil circuit spliceosome and are formed.
6. the low press-fitting mould high-pressure molding device of lid maker according to claim 2, it is characterized in that: described valve body includes holder and sleeve, this sleeve stretches in installation cavity, aforementioned first hydraulic fluid port, the second hydraulic fluid port, the 3rd hydraulic fluid port, the 4th hydraulic fluid port, the 5th hydraulic fluid port and the 6th hydraulic fluid port are all arranged on sleeve, the lower end of sleeve is butted on holder, and the bottom of holder and oil circuit spliceosome fixedly mounts.
7. the low press-fitting mould high-pressure molding device of lid maker according to claim 6, it is characterized in that: described valve rod includes main rod body and push rod body, this main rod body is arranged in sleeve, the lower end of main rod body is fixedly connected with push rod body, the lower end of push rod body is stretched out downwards outside holder, and the lower end of push rod body is provided with roller.
8. the low press-fitting mould high-pressure molding device of lid maker according to claim 7, is characterized in that: all sides of described main rod body are provided with multiple annular groove.
9. the low press-fitting mould high-pressure molding device of lid maker according to claim 7, it is characterized in that: the below of described oil circuit spliceosome is provided with drive table, the surface periphery of this drive table is formed multiple for impelling the step surface of valve handle activity, and roller is butted on step surface.
10. the low press-fitting mould high-pressure molding device of lid maker according to claim 6, is characterized in that: the circumferential lateral surface of described sleeve arranges and is arranged at intervals with multiple bulge loop, and all sides of each bulge loop are all arranged with the locating slot for installing sealing ring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520071698.6U CN204622430U (en) | 2015-02-02 | 2015-02-02 | The low press-fitting mould high-pressure molding device of lid maker |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520071698.6U CN204622430U (en) | 2015-02-02 | 2015-02-02 | The low press-fitting mould high-pressure molding device of lid maker |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204622430U true CN204622430U (en) | 2015-09-09 |
Family
ID=54041489
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520071698.6U Withdrawn - After Issue CN204622430U (en) | 2015-02-02 | 2015-02-02 | The low press-fitting mould high-pressure molding device of lid maker |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204622430U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104647670A (en) * | 2015-02-02 | 2015-05-27 | 广州晶品包装机械有限公司 | Low-pressure assembling and high-pressure molding device for lid maker |
| WO2023123606A1 (en) * | 2021-12-30 | 2023-07-06 | 广州晶品智能压塑科技股份有限公司 | Embedded cylinder structure |
-
2015
- 2015-02-02 CN CN201520071698.6U patent/CN204622430U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104647670A (en) * | 2015-02-02 | 2015-05-27 | 广州晶品包装机械有限公司 | Low-pressure assembling and high-pressure molding device for lid maker |
| WO2023123606A1 (en) * | 2021-12-30 | 2023-07-06 | 广州晶品智能压塑科技股份有限公司 | Embedded cylinder structure |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN104647670B (en) | The low press-fitting mould high-pressure molding device of lid maker | |
| CN204622430U (en) | The low press-fitting mould high-pressure molding device of lid maker | |
| CN204604711U (en) | mould pressing lid maker | |
| CN103766425A (en) | Static-pressure large fried dough twist machine | |
| CN207617012U (en) | A kind of high-accuracy single-chamber bicolor injection mould | |
| CN104647667B (en) | Die-pressing lid maker | |
| CN201077138Y (en) | Lower die assembly for plastic bottle cap molding press | |
| CN100496938C (en) | Lower die assembly for plastic bottle cap molding press | |
| CN104647673A (en) | Cooling sleeve gasket device for cap making machine | |
| CN204640652U (en) | The cooling spacer device of lid maker | |
| CN202497999U (en) | Foot step type plastic dripping machine | |
| CN202151891U (en) | Oil seal die | |
| CN205423378U (en) | Hydraulic pressure dispenser | |
| CN204936042U (en) | Finished product carrying injection machine | |
| CN204673963U (en) | A kind of Novel injection moulding machine penetrates platform accumulator storing glue sealing structure | |
| CN201872290U (en) | Temperature control system of mould-pressing lid maker | |
| CN204604713U (en) | The blank charging device of lid maker | |
| CN209379315U (en) | A kind of semi-automatic glue pouring machine | |
| CN204471728U (en) | A kind of non-rotating double-color mold | |
| CN204172254U (en) | A kind of plunger type mould making rubber part | |
| CN204109196U (en) | The disposable sulfurizing mould of rubber belt track | |
| CN105889234B (en) | Connection piece for numerical control machine tool with sealing gasket | |
| CN105673846B (en) | A kind of Novel numerical control machine connector with sealing gasket | |
| CN205244005U (en) | Balance cylinder | |
| CN205702429U (en) | A kind of powder metallurgy forming mould of band heel teeth synchromesh gear |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150909 Effective date of abandoning: 20160907 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |