CN203994501U - Y-type filter production mould - Google Patents
Y-type filter production mould Download PDFInfo
- Publication number
- CN203994501U CN203994501U CN201420477170.4U CN201420477170U CN203994501U CN 203994501 U CN203994501 U CN 203994501U CN 201420477170 U CN201420477170 U CN 201420477170U CN 203994501 U CN203994501 U CN 203994501U
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- China
- Prior art keywords
- plate
- core rod
- top board
- type filter
- rod
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- Expired - Fee Related
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Abstract
The utility model discloses a kind of y-type filter production mould, it deviates from installation composition by injection mould and screw thread; Injection mould, its by moving clamping plate, moving platen, screw (3), Angle Pin, positioning sleeve, directly water cover, guide groove piece, screw (8), solid plate, parallels, pressing plate, base, push rod, guide rod, pressing plate, supporting plate, spring, core rod (17,18,19,20), water pipe head and form, it is characterized in that: moving platen, Angle Pin, positioning sleeve are housed on moving clamping plate, directly water cover; Parallels is housed on base; Caving bar liftout attachment on base; On parallels, set template; Solid plate side dress guide groove piece, water pipe head, fill core rod on solid plate; Screw thread goes out device, and it is made up of top board, switch, terminal box, shaft coupling, key, gearbox, motor, seat, it is characterized in that: motor is contained on seat; Gearbox is contained on motor; Shaft coupling is enclosed within on gear-box axle; Top board is contained on seat; Terminal box is under top board; Switch is on top board.
Description
Technical field
The utility model relates to production mould applications, is specifically related to a kind of y-type filter production mould.
Background technology
Filter is the impurity for filter liquide, its kind has multiple, y-type filter is wherein a kind of, the y-type filter of herein producing is used in feed liquid enzymes to be added in equipment enzyme liquid pipeline, for the impurity of filtering biological enzyme, its shape as shown in Figure 1, import and export are 3/8 "; its structure is made up of strainer cover 101, screen pack 102, sealing ring 103, body 104; its operation principle is: liquid enters filter inlet; flow through screen pack, and liquid flows to filter outlet from screen pack, completes filtration.After filter work a period of time, open strainer cover, take out screen pack, wash impurity in net, then be reinstalled as shown in Figure 1 quality requirement: any surface finish, color is black.Mass production processes is that injection moulding is produced, because of filter import and export and the equal internal thread of filter body and lid cooperation place, when injection moulding is produced, the screw thread that will solve plastic is deviate from problem, therefore y-type filter production mould divides two parts, y-type filter injection mould and y-type filter screw thread are deviate from device, and y-type filter injection mould structure is as shown in Figure 15, Figure 16, and y-type filter screw thread is deviate from device as shown in Figure 20, Figure 21.
Summary of the invention
Technical problem to be solved in the utility model, for the present situation of prior art, provides a kind of y-type filter production mould.
The technical scheme in the invention for solving the above technical problem is: y-type filter production mould, it deviates from installation composition by y-type filter injection mould and y-type filter screw thread.
Y-type filter injection mould, its by moving clamping plate 1, moving platen 2, screw 3, Angle Pin 4, positioning sleeve 5, directly water cover 6, guide groove piece 7, screw 8, solid plate 9, parallels 10, pressing plate 10, base 11, push rod 12, guide rod 13, pressing plate 14, supporting plate 15, spring 16, core rod 17, core rod 18, core rod 19, core rod 20, water pipe head 21 and form, it is characterized in that: moving platen 2, Angle Pin 4, positioning sleeve 5 are housed on moving clamping plate 1, directly water and overlap 6, moving clamping plate 1 is bound up by screw 3 with moving platen 2, and positioning sleeve 5 is connect by screw with moving clamping plate 1; Parallels 10 is housed on base 11; Caving bar liftout attachment on base 11, push rod liftout attachment is made up of push rod 12, guide rod 13, pressing plate 14, supporting plate 15, spring 16, and push rod 12, guide rod 13 are through pressing plate 14, and pressing plate 14 is fixed together with supporting plate 15, and spring 16 is enclosed within on guide rod 13; Solid plate 9 is housed on parallels 10; Guide groove piece 7 is equipped with in solid plate 9 sides, and water pipe head 21 is equipped with in solid plate 9 sides, and solid plate 9 is equipped with core rod 17, core rod 18, core rod 19, core rod 20 above.
Y-type filter screw thread is deviate from device, and it is made up of top board 201, switch 202, terminal box 203, shaft coupling 204, key 205, gearbox 206, motor 207, seat 208, it is characterized in that: motor 207 is installed on present 208; Gearbox 206 is arranged on motor 207; Key 205 is positioned on gearbox 206 axles; Shaft coupling 204 is enclosed within on gearbox 206 axles, and shaft coupling 204 coordinates with top board 201 is moving; Top board 201 is installed on present 208, on top board 201, has one to erect baffle plate; Terminal box 203 is on top board 201 times; Switch 202 is on top board 201.
The utility model adopts injection moulding to produce Y type filter for molten core rod plastic, and Y type filter for molten core rod plastic is deviate from device by y-type filter screw thread and deviate from Y type filter for molten plastic, scientific and reasonable for structure.
Brief description of the drawings
Fig. 1 y-type filter schematic diagram;
Fig. 2 running gate system layout drawing;
Fig. 3 solid plate schematic diagram;
Fig. 4 solid plate profile;
Fig. 5 moving platen top view;
Fig. 6 is the cutaway view (front view) of Fig. 5;
Fig. 7 is the cutaway view (left view) of Fig. 5;
No. 20 core rod cutaway views of Fig. 8 (front view);
No. 20 core rod top views of Fig. 9;
No. 20 core rod right views of Figure 10;
No. 19 core rod schematic diagrames of Figure 11;
No. 18 core rod schematic diagrames of Figure 12;
No. 17 core rod front views of Figure 13;
No. 17 core rod left views of Figure 14;
Figure 15 y-type filter injection mould structural representation (A-A echelon sectional view);
Figure 16 y-type filter injection mould die joint top view;
Figure 17 cooling water channel distribution schematic diagram;
Figure 18 cooling water system schematic diagram;
Figure 19 cooling water system principle diagram of electric control;
Figure 20 y-type filter screw thread is deviate from device schematic diagram;
Figure 21 is Figure 20 top view;
Figure 22 core rod plastic schematic diagram;
Figure 23 core rod connector;
Figure 24 y-type filter screw thread is deviate from device principle diagram of electric control.
detailed description of the invention
Below in conjunction with accompanying drawing, embodiment is described in further detail the utility model.
Y-type filter production mould, it deviates from installation composition by y-type filter injection mould and y-type filter screw thread.
Y-type filter injection mould, its by moving clamping plate 1, moving platen 2, screw 3, Angle Pin 4, positioning sleeve 5, directly water cover 6, guide groove piece 7, screw 8, solid plate 9, parallels 10, pressing plate 10, base 11, push rod 12, guide rod 13, pressing plate 14, supporting plate 15, spring 16, core rod 17, core rod 18, core rod 19, core rod 20, water pipe head 21 and form, it is characterized in that: moving platen 2, Angle Pin 4, positioning sleeve 5 are housed on moving clamping plate 1, directly water and overlap 6, moving clamping plate 1 is bound up by screw 3 with moving platen 2, and positioning sleeve 5 is connect by screw with moving clamping plate 1; Parallels 10 is housed on base 11; Caving bar liftout attachment on base 11, push rod liftout attachment is made up of push rod 12, guide rod 13, pressing plate 14, supporting plate 15, spring 16, and push rod 12, guide rod 13 are through pressing plate 14, and pressing plate 14 is fixed together with supporting plate 15, and spring 16 is enclosed within on guide rod 13; Solid plate 9 is housed on parallels 10; Guide groove piece 7 is equipped with in solid plate 9 sides, and water pipe head 21 is equipped with in solid plate 9 sides, and solid plate 9 is equipped with core rod 17, core rod 18, core rod 19, core rod 20 above.
Y-type filter screw thread is deviate from device, and it is made up of top board 201, switch 202, terminal box 203, shaft coupling 204, key 205, gearbox 206, motor 207, seat 208, it is characterized in that: motor 207 is installed on present 208; Gearbox 206 is arranged on motor 207; Key 205 is positioned on gearbox 206 axles; Shaft coupling 204 is enclosed within on gearbox 206 axles, and shaft coupling 204 coordinates with top board 201 is moving; Top board 201 is installed on present 208, on top board 201, has one to erect baffle plate; Terminal box 203 is on top board 201 times; Switch 202 is on top board 201.
Water cooling system operation principle
Temperature automatically controlled electrical equipment principle
IC1 555 integrated circuits are connected into astatic multivibrator, Rt is thermistor, in the time that environment temperature changes, the frequency of oscillation being made up of resistor R1, thermal resistor Rt, capacitor C1 will change, 3 pin of frequency decoding integrated circuit IC2 LM567 are sent in the variation of frequency by 3 pin of IC 1 555, in the time that the frequency of input just in time drops on the centre frequency of IC2 integrated circuit, a low level of 8 pin outputs, make relay K conducting, contact adhesive, drives magnetic valve 302.
When the temperature of injection mould is higher than design temperature 60-70 degree, the frequency of oscillation of resistor R1, thermal resistor Rt, capacitor C1 composition is not in the centre frequency of IC2 integrated circuit, not conducting of relay K, not adhesive of contact, the state of magnetic valve 302 in opening, cooling water flows through mould, makes mold cools down, cooling.
When the temperature of injection mould is down to 60-70 degree, the centre frequency that the frequency of oscillation of resistor R1, thermal resistor Rt, capacitor C1 composition enters IC2 integrated circuit, relay K conducting, contact adhesive, magnetic valve 302 cuts out, and cooling water can not flow through molds, and mould is in keeping warm mode.
Implementation process
One, y-type filter core rod production of plastics parts
(1) dynamic model assembling
1. will directly water cover 6 is contained on moving platen 2;
2. moving clamping plate 1 is contained on moving platen 2;
3. Angle Pin 4 is contained on moving clamping plate 1;
4. positioning sleeve 5 is contained on moving clamping plate 1;
5. moving clamping plate 1 and moving platen 2 use screws 3 are connect fixing;
6. dynamic model has been assembled.
(2) cover half assembling
1. on base 11, fill parallels 10;
2. assembling push rod liftout attachment;
3. push rod 12, guide rod 13 are passed to pressing plate 14;
4. pressing plate 14 and supporting plate 15 are fixed together;
5. spring 16 is enclosed within on guide rod 13;
6. push rod liftout attachment is placed on base 11;
7. on parallels 10, set template 9;
8. at solid plate 9 side dress guide groove pieces 7;
9. in solid plate 9 sides, water pipe head 21 is housed;
10. core rod 17, core rod 18, core rod 19, core rod 20 are housed on solid plate 9;
11. cover half have been assembled.
(3) matched moulds
1. by cover half horizontal positioned;
2. the Angle Pin of dynamic model 4 is aimed to cover half core rod guide pillar hole, level is put down, and completes matched moulds.
(4) course of action
1. dynamic model is contained under vertical injection molding machine dynamic model installation seat plate;
2. cover half is placed on vertical injection molding machine workbench;
3. slowly matched moulds of operation injection machine;
4. cover half is fixed on vertical injection molding machine workbench;
5. connect water cooling system;
6. injection moulding;
7. cooling and shaping;
8. die sinking, dynamic model rises, and deviates from running gate system;
9. extrapolate rapping core 17, core rod 20 of Angle Pin 4
10. hydraulic injection molding machine cylinder push rod jack-up push rod liftout attachment;
11. push rods 7 eject core rod working of plastics;
12. take out core rod plastic;
13. hydraulic injection molding machine cylinder push rods fall;
14. spring 18 penetrator ram liftout attachments reset;
15. put into core rod 17, core rod 18, core rod 19, core rod 20; ;
16. matched moulds;
17. injection mouldings;
18. repeat above process.
Two, y-type filter plastic is deviate from
(1) y-type filter screw thread is deviate from device assembling
1. motor 207 is installed on present 208;
2. gearbox 206 is arranged on motor 207;
3. key 205 is contained on gearbox 206 axles;
4. shaft coupling 204 is enclosed within on gearbox 206 axles;
5. top board 201 is installed on present 208;
6. terminal box 203 is arranged on top board 201 times;
7. switch 202 is arranged on top board 201.
(2) y-type filter plastic is deviate from
1. core rod plastic core rod 18 is injected in shaft coupling 204 holes;
2. open by switch 202;
3. motor 207 rotates;
4. motor 207 drives gearbox 206 axles to rotate;
5. gearbox 206 axles drive shaft coupling 204 to rotate;
6. shaft coupling 204 is with core rod in moving-mould-core plastic to rotate;
7. core rod upper end screw thread promotion y-type filter moves upward;
8. y-type filter is deviate from;
9. take out core rod;
10. core rod plastic core rod 19 is injected in shaft coupling 204 holes
11. repeat process above;
12. will sell 151, core rod 152, pin 153, core rod 112 and y-type filter plastic assemble by Figure 23;
13. inject 152 ends of the core rod after assembling in shaft coupling 204 holes;
14. open by switch 202;
15. motors 207 rotate;
16. motors 207 drive gearbox 206 axles to rotate;
17. gearbox 206 axles drive shaft coupling 204 to rotate;
18. shaft couplings 204 are with core rod in moving-mould-core plastic to rotate;
19. core rod upper end screw threads promote y-type filter and move upward;
20. y-type filters are deviate from;
21. take out pin 151, core rod 152, pin 153, core rod 112;
22. y-type filter plastics complete delivery core.
Claims (1)
1.Y type filter production mould, it deviates from installation composition by y-type filter injection mould and y-type filter screw thread, y-type filter injection mould, it is by moving clamping plate (1), moving platen (2), screw (3), Angle Pin (4), positioning sleeve (5), directly water cover (6), guide groove piece (7), screw (8), solid plate (9), parallels (10), pressing plate (10), base (11), push rod (12), guide rod (13), pressing plate (14), supporting plate (15), spring (16), core rod (17), core rod (18), core rod (19), core rod (20), water pipe head (21) composition, it is characterized in that: moving platen (2) is housed on moving clamping plate (1), Angle Pin (4), positioning sleeve (5), directly water cover (6), moving clamping plate (1) is bound up by screw (3) with moving platen (2), positioning sleeve (5) is connect by screw with moving clamping plate (1), parallels (10) is housed on base (11), the upper caving bar liftout attachment of base (11), push rod liftout attachment is made up of push rod (12), guide rod (13), pressing plate (14), supporting plate (15), spring (16), push rod (12), guide rod (13) are through pressing plate (14), pressing plate (14) is fixed together with supporting plate (15), and spring (16) is enclosed within on guide rod (13), solid plate (9) is housed on parallels (10), guide groove piece (7) is equipped with in solid plate (9) side, and water pipe head (21) is equipped with in solid plate (9) side, and solid plate (9) is equipped with core rod (17), core rod (18), core rod (19), core rod (20) above, y-type filter screw thread is deviate from device, it is made up of top board (201), switch (202), terminal box (203), shaft coupling (204), key (205), gearbox (206), motor (207), seat (208), it is characterized in that: motor (207) is installed on present (208), gearbox (206) is arranged on motor (207), key (205) is positioned on gearbox (206) axle, shaft coupling (204) is enclosed within on gearbox (206) axle, and shaft coupling (204) coordinates with top board (201) is moving, it is upper that top board (201) is installed present (208), and top board has one to erect baffle plate on (201), terminal box (203) is under top board (201), switch (202) is on top board (201).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420477170.4U CN203994501U (en) | 2014-08-23 | 2014-08-23 | Y-type filter production mould |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420477170.4U CN203994501U (en) | 2014-08-23 | 2014-08-23 | Y-type filter production mould |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203994501U true CN203994501U (en) | 2014-12-10 |
Family
ID=52034564
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420477170.4U Expired - Fee Related CN203994501U (en) | 2014-08-23 | 2014-08-23 | Y-type filter production mould |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203994501U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110824957A (en) * | 2019-10-10 | 2020-02-21 | 浙江德芯空间信息技术有限公司 | State switching structure with adjustable time delay |
-
2014
- 2014-08-23 CN CN201420477170.4U patent/CN203994501U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110824957A (en) * | 2019-10-10 | 2020-02-21 | 浙江德芯空间信息技术有限公司 | State switching structure with adjustable time delay |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141210 Termination date: 20150823 |
|
| EXPY | Termination of patent right or utility model |