CN205167365U - Compression moulding bottle capper mold cooling mechanism - Google Patents
Compression moulding bottle capper mold cooling mechanism Download PDFInfo
- Publication number
- CN205167365U CN205167365U CN201520870936.XU CN201520870936U CN205167365U CN 205167365 U CN205167365 U CN 205167365U CN 201520870936 U CN201520870936 U CN 201520870936U CN 205167365 U CN205167365 U CN 205167365U
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- China
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- water
- guide rod
- hole
- counterdie
- groove
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- Withdrawn - After Issue
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Abstract
Compression moulding bottle capper mold cooling mechanism, including last mould guide arm and lower mould guide arm, the head of last mould guide arm sets up the model core, and the head of lower mould guide arm sets up the lower mould die cavity, set up the gasket of dividing between lower mould die cavity and the lower mould guide arm, set up cold water groove, lower cold water groove and through -hole on the gasket of dividing, the outer wall all around of lower mould die cavity and the clearance between the lower mould guide arm constitute the cooling slot, go up cold water groove and cooling slot intercommunication, the system has a water return hole in the lower mould guide arm, cooling slot and water return hole intercommunication, water return hole and cold water groove intercommunication down, the nonrust steel pipe of installation in the lower mould guide arm, the clearance between nonrust steel pipe and the lower mould guide arm constitutes the return water slot, lower cold water groove and return water slot intercommunication, the lower part system of lower mould guide arm has water inlet and a return water mouth, return water slot intercommunication return water mouth, the nonrust steel pipe of water inlet intercommunication, nonrust steel pipe insert in the through -hole with last cold water groove intercommunication, water inlet and return water mouth connection cooling water are quick -witted.
Description
Technical field
The utility model relates to bottle capper, particularly relates to a kind of mold cools down mechanism of compression-moulded cap machine, belongs to field of plastic machinery.
Background technology
The bottle cap of plastic bottle (as mineral water bottle, beverage bottle and oil bottle etc.), general by bottle capper compression molding, in bottle cap compression molding process, cooling system is to bottle cap mold (mainly bottle cap bed die, i.e. die cavity) cool, to strengthen product approval and to reduce mold temperature.But current bottle cap mold all adopts bottom coohng and the rotary cavity type of cooling, and there is bottle cap inhomogeneous cooling even, cooling water circulation is not smooth, the shortcomings such as film-cooled heat is little, weak effect, cause mould easily to generate heat, long service life, and the watermark of product appearance is many, makes product surface unsightly.
Summary of the invention
The purpose of this utility model is the shortcoming in order to overcome prior art, provides a kind of and adopts circulation water inlet, backwater, by a point water cushion sheet, die cavity cavity is cooled comprehensively, effective, reduce product watermark, mould does not generate heat, the compression-moulded cap machine mold cools down mechanism of long service life.
The technical scheme of the utility model compression-moulded cap machine mold cools down mechanism is: the mould comprising compression-moulded cap machine, described mould comprises mold and bed die, described mold comprises patrix guide rod, the head of patrix guide rod arranges patrix core, patrix cooling water hole is shaped with in patrix guide rod, the afterbody of patrix guide rod installs patrix warter connection, described bed die comprises counterdie guide rod, the head of counterdie guide rod arranges counterdie die cavity, it is characterized in that between described counterdie cavity bottom and counterdie guide rod, arranging a point water cushion sheet, divide the end face of water cushion sheet that cold rinse bank is set, divide the bottom surface of water cushion sheet that lower cold rinse bank is set, divide in water cushion sheet and through hole is set, gap between the surrounding outer wall of described counterdie die cavity and counterdie guide rod forms and cools groove, upper cold rinse bank is communicated with cooling groove, backwater hole is shaped with in the counterdie guide rod of described encirclement cavity portion, cooling groove is communicated with backwater hole, backwater hole is communicated with lower cold rinse bank, in counterdie guide rod, stainless steel tube is installed, gap between stainless steel tube and counterdie guide rod forms backwater groove, lower cold rinse bank is communicated with backwater groove, the bottom of counterdie guide rod is shaped with water inlet and water return outlet, backwater groove is communicated with water return outlet, water inlet is communicated with stainless steel tube, stainless steel tube inserts in through hole and is communicated with upper cold rinse bank, water inlet is connected cooling water machine with water return outlet.
The utility model discloses a kind of compression-moulded cap machine mold cools down mechanism, main feature is between counterdie die cavity and counterdie guide rod, arrange a point water cushion sheet, divide on water cushion sheet and cold rinse bank is set, lower cold rinse bank and through hole, between the surrounding outer wall of described counterdie die cavity and counterdie guide rod, cooling groove is set, upper cold rinse bank is communicated with cooling groove, backwater hole is shaped with in the counterdie guide rod of described encirclement cavity portion, cooling groove is communicated with backwater hole, backwater hole is communicated with lower cold rinse bank, in counterdie guide rod, stainless steel tube is installed, backwater groove is formed between stainless steel tube and counterdie guide rod, lower cold rinse bank is communicated with backwater groove, the bottom of counterdie guide rod is shaped with water inlet and water return outlet, backwater groove is communicated with water return outlet, water inlet is communicated with stainless steel tube, stainless steel tube inserts in through hole and is communicated with upper cold rinse bank, water inlet is connected cooling water machine with water return outlet, when product (bottle cap) is in die cavity after compression molding, to be lowered the temperature to mould and product by cooling system, the demoulding that product can be won also ensures the continuity of machine run.Cooling water entered stainless steel tube by water inlet from cooling water machine before this, upper cold rinse bank is entered again by the through hole of point water cushion sheet, cool bottom die cavity and product, then enter cooling groove, the outer wall of whole die cavity and product are cooled, after cooling, enters backwater hole, the lower cold rinse bank that backwater hole is communicated with point water cushion sheet is again got back in backwater groove, backwater groove is communicated with water return outlet, makes cooled water get back in cooling water machine, so circulates.Only cool bottom die cavity and product with traditional and rotary cavity cools and compares, the design can first cool bottom die cavity and product, counterdie guide rod inwall is followed through the overall outer wall of die cavity again by point water cushion sheet, cooling water is adjacent to cavity and cools mould and product comprehensively, afterwards by the backwater hole in counterdie guide rod, then be back to cooling water machine through counterdie guide rod inwall and stainless steel tube outer wall.Its advantage has: 1, can not produce stagnant water and not produce dead angle, and due to the comprehensive closing-type cavity outer wall of cooling water, film-cooled heat is wider, and cooling effect is better; 2, ensure that the continuity of machine and the lifting of lid speed processed and bottle cap quality, mould does not generate heat, and increases the service life; 3, the watermark of compacted products (bottle cap) outward appearance reduces more than 2/3, makes product appearance more attractive in appearance, improves product specification.
Compression-moulded cap machine mold cools down mechanism of the present utility model, described backwater hole has 4-10, and upper cold rinse bank is corresponding with backwater hole with the number of lower cold rinse bank, is generally shaped with 8 backwater holes, and multiple backwater hole backwater speed is fast, and cooling effectiveness is high.Be provided with stripper sleeve outside described patrix core, had stripper sleeve, be beneficial to shaping bottle cap and automatically deviate from.
Accompanying drawing explanation
Fig. 1 is compression-moulded cap machine mold cools down mechanism structure schematic diagram of the present utility model;
Fig. 2 is counterdie die cavity of the present utility model cooling schematic diagram;
Fig. 3 is shaped with 8 backwater hole schematic diagrames in counterdie guide rod of the present utility model;
Fig. 4 is of the present utility model point of water cushion sheet profile;
Fig. 5 is of the present utility model point of water cushion sheet top view;
Fig. 6 is of the present utility model point of water cushion sheet upward view.
Detailed description of the invention
The utility model relates to a kind of compression-moulded cap machine mold cools down mechanism, as shown in Fig. 1-Fig. 6, comprise the mould of compression-moulded cap machine, described mould comprises mold and bed die, described mold comprises patrix guide rod 1, the head of patrix guide rod arranges patrix core 2, patrix cooling water hole 3 is shaped with in patrix guide rod, the afterbody of patrix guide rod installs patrix warter connection 4, described bed die comprises counterdie guide rod 5, the head of counterdie guide rod arranges counterdie die cavity 6, a point water cushion sheet 7 is set bottom described counterdie die cavity 6 and between counterdie guide rod 5, divide the end face of water cushion sheet 7 that cold rinse bank 71 is set, divide the bottom surface of water cushion sheet 7 that lower cold rinse bank 72 is set, divide in water cushion sheet 7 and through hole 73 is set, gap between the surrounding outer wall of described counterdie die cavity 6 and counterdie guide rod 5 forms and cools groove 8, upper cold rinse bank 71 is communicated with cooling groove 8, backwater hole 9 is shaped with in the counterdie guide rod 5 of described encirclement cavity portion, cooling groove 8 is communicated with backwater hole 9, backwater hole 9 is communicated with lower cold rinse bank 72, stainless steel tube 10 is installed in counterdie guide rod 5, gap between stainless steel tube 10 and counterdie guide rod 5 forms backwater groove 11, lower cold rinse bank 72 is communicated with backwater groove 11, the bottom of counterdie guide rod 5 is shaped with water inlet 12 and water return outlet 13, backwater groove 11 is communicated with water return outlet 13, water inlet 12 is communicated with stainless steel tube 10, stainless steel tube 10 inserts in through hole 73 and is communicated with upper cold rinse bank 71, water inlet 12 is connected cooling water machine with water return outlet 13.The main feature of this programme is between counterdie die cavity 6 and counterdie guide rod 5, arrange a point water cushion sheet 7, divide on water cushion sheet 7 and cold rinse bank 71 is set, lower cold rinse bank 72 and through hole 73, arrange between the surrounding outer wall of described counterdie die cavity 6 and counterdie guide rod 5 and cool groove 8, upper cold rinse bank 71 is communicated with cooling groove 8, backwater hole 9 is shaped with in the counterdie guide rod 5 of described encirclement cavity portion, cooling groove 8 is communicated with backwater hole 9, backwater hole 9 is communicated with lower cold rinse bank 72, stainless steel tube 10 is installed in counterdie guide rod 5, backwater groove 11 is formed between stainless steel tube 10 and counterdie guide rod 5, lower cold rinse bank 72 is communicated with backwater groove 11, the bottom of counterdie guide rod 5 is shaped with water inlet 12 and water return outlet 13, backwater groove 11 is communicated with water return outlet 13, water inlet 12 is communicated with stainless steel tube 10, stainless steel tube 10 inserts in through hole 73 and is communicated with upper cold rinse bank 71, water inlet 12 is connected cooling water machine with water return outlet 13, when product (bottle cap) is in die cavity after compression molding, to be lowered the temperature to mould and product by cooling system, the demoulding that product can be won also ensures the continuity of machine run.Cooling water entered stainless steel tube 10 by water inlet 12 from cooling water machine before this, cold rinse bank 71 is entered again by the through hole 73 of point water cushion sheet, cool bottom die cavity and product, then enter cooling groove 8, the outer wall of whole die cavity and product are cooled, after cooling, enters backwater hole 9, the lower cold rinse bank 72 that backwater hole is communicated with point water cushion sheet is again got back in backwater groove 11, backwater groove 11 is communicated with water return outlet 13, makes cooled water get back in cooling water machine, so circulates.Only cool bottom die cavity and product with traditional and rotary cavity cools and compares, the design can first cool bottom die cavity and product, counterdie guide rod 5 inwall is followed through the overall outer wall of die cavity again by point water cushion sheet 7, cooling water is adjacent to cavity and cools mould and product comprehensively, afterwards by the backwater hole in counterdie guide rod 5, then be back to cooling water machine through counterdie guide rod 5 inwall and stainless steel tube 10 outer wall.Its advantage has: 1, can not produce stagnant water and not produce dead angle, and due to the comprehensive closing-type cavity outer wall of cooling water, film-cooled heat is wider, and cooling effect is better; 2, ensure that the continuity of machine and the lifting of lid speed processed and bottle cap quality, mould does not generate heat, and increases the service life; 3, the watermark of compacted products (bottle cap) outward appearance reduces more than 2/3, makes product appearance more attractive in appearance, improves product specification.Described backwater hole 9 has 4-10, and the number of upper cold rinse bank 71 and lower cold rinse bank 72 is corresponding with backwater hole 9, is generally shaped with 8 backwater holes, and multiple backwater hole backwater speed is fast, and cooling effectiveness is high.Be provided with stripper sleeve 21 outside described patrix core 2, had stripper sleeve, be beneficial to shaping bottle cap and automatically deviate from.
Claims (3)
1. compression-moulded cap machine mold cools down mechanism, comprise the mould of compression-moulded cap machine, described mould comprises mold and bed die, described mold comprises patrix guide rod (1), the head of patrix guide rod arranges patrix core (2), patrix cooling water hole (3) is shaped with in patrix guide rod, the afterbody of patrix guide rod installs patrix warter connection (4), described bed die comprises counterdie guide rod (5), the head of counterdie guide rod arranges counterdie die cavity (6), it is characterized in that arranging a point water cushion sheet (7) between described counterdie die cavity (6) bottom and counterdie guide rod (5), divide the end face of water cushion sheet (7) that cold rinse bank (71) is set, divide the bottom surface of water cushion sheet (7) that lower cold rinse bank (72) is set, divide in water cushion sheet (7) and through hole (73) is set, gap between the surrounding outer wall of described counterdie die cavity (6) and counterdie guide rod (5) forms and cools groove (8), upper cold rinse bank (71) is communicated with cooling groove (8), backwater hole (9) is shaped with in the counterdie guide rod (5) of described encirclement cavity portion, cooling groove (8) is communicated with backwater hole (9), backwater hole (9) is communicated with lower cold rinse bank (72), in counterdie guide rod (5), stainless steel tube (10) is installed, gap between stainless steel tube (10) and counterdie guide rod (5) forms backwater groove (11), lower cold rinse bank (72) is communicated with backwater groove (11), the bottom of counterdie guide rod (5) is shaped with water inlet (12) and water return outlet (13), backwater groove (11) is communicated with water return outlet (13), water inlet (12) is communicated with stainless steel tube (10), stainless steel tube (10) inserts in through hole (73) and is communicated with upper cold rinse bank (71), water inlet (12) is connected cooling water machine with water return outlet (13).
2. compression-moulded cap machine mold cools down mechanism as claimed in claim 1, it is characterized in that described backwater hole (9) has 4-10, the number of upper cold rinse bank (71) and lower cold rinse bank (72) is corresponding with backwater hole (9).
3. compression-moulded cap machine mold cools down mechanism as claimed in claim 1, is characterized in that being provided with stripper sleeve (21) outside described patrix core (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520870936.XU CN205167365U (en) | 2015-11-04 | 2015-11-04 | Compression moulding bottle capper mold cooling mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520870936.XU CN205167365U (en) | 2015-11-04 | 2015-11-04 | Compression moulding bottle capper mold cooling mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205167365U true CN205167365U (en) | 2016-04-20 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520870936.XU Withdrawn - After Issue CN205167365U (en) | 2015-11-04 | 2015-11-04 | Compression moulding bottle capper mold cooling mechanism |
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| Country | Link |
|---|---|
| CN (1) | CN205167365U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105881877A (en) * | 2016-06-12 | 2016-08-24 | 台州市黄岩精塑模有限公司 | Axial positioning die of bottle cap compression molding press |
| CN106313406A (en) * | 2016-10-09 | 2017-01-11 | 台州市黄岩精塑模有限公司 | Dual-temperature-control double-loop cooling system of bottle cover compression molding machine |
-
2015
- 2015-11-04 CN CN201520870936.XU patent/CN205167365U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105881877A (en) * | 2016-06-12 | 2016-08-24 | 台州市黄岩精塑模有限公司 | Axial positioning die of bottle cap compression molding press |
| CN106313406A (en) * | 2016-10-09 | 2017-01-11 | 台州市黄岩精塑模有限公司 | Dual-temperature-control double-loop cooling system of bottle cover compression molding machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160420 Effective date of abandoning: 20180803 |