CN201423735Y - Lower die assembly of plastic bottle cap molding press with rotary demolding - Google Patents
Lower die assembly of plastic bottle cap molding press with rotary demolding Download PDFInfo
- Publication number
- CN201423735Y CN201423735Y CN2009201233446U CN200920123344U CN201423735Y CN 201423735 Y CN201423735 Y CN 201423735Y CN 2009201233446 U CN2009201233446 U CN 2009201233446U CN 200920123344 U CN200920123344 U CN 200920123344U CN 201423735 Y CN201423735 Y CN 201423735Y
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- water pipe
- fortune water
- spring
- die
- bottle cap
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Abstract
The utility model discloses a lower die assembly of a plastic bottle cap molding press with rotary demolding. The lower die assembly comprises a rotary table, wherein a water carrying pipe is connected on the rotary table in an axially sliding manner; a pulling plate is connected at the lower end of the water carrying pipe; the inner wall of the top of a bottle cap is molded by the top of the water carrying pipe; a positioning mechanism for fixing the bottle cap and the water carrying pipe in the circumferential direction during demolding is arranged at the top of the water carrying pipe; a thread die which molds the threaded inner wall of the bottle cap is sleeved at the top end of the water carrying pipe, and is axially fixed with the rotary table and connected therewith in a circumferentially rotatable manner; a sealing top sleeve is sleeved at the top end of the thread die in an axially movable manner, and is elastically propped against and connected with the threaded die; and a stop plate and a pinion wheel are fixed at the lower end of the thread die. The lower die assembly provided by the utility model has the advantages of sufficient oil supply, stable oil pressure, simplestructure, convenient use, etc.
Description
Technical field
The utility model belongs to the compression molding device field, particularly relates to a kind of lower mould assembly that adopts the plastic bottle cap molding press of rotating stripping demoulding.
Background technology
Publication number is that the patent documentation of CN2521018Y discloses a kind of plastic bottle cap molding press, comprise the extruder that heats extrusion plastic, rotating disc type is compression molded into the molding device of bottle cap and the charging gear of the plastics that extruder is extruded being sent into molding device with plastics, this molding device comprises being fixed on and rotates the main shaft be arranged on the frame, be set with rotating disk on the main shaft, be set with a plurality of mold pressings unit along the rotating disk circumference, each mold pressing unit includes last mould assembly and the lower mould assembly that matches, frame is provided with overhead cam and following cam in the above and below that is positioned at traffic cycle, the push rod roller of mould assembly all rolls with overhead cam and contacts on each, the push rod roller of each lower mould assembly all rolls with following cam and contacts, thereby can come the Synchronization Control upper and lower mould to finish the folding mould by the cam curve of cam about being provided with, charging, moulding, processes such as pressurize and demoulding blanking realize making continuously.In addition, publication number is that the patent documentation of CN101121293A discloses a kind of lower mould assembly that is used for plastic bottle cap molding press, and publication number is that the patent documentation of CN201077139Y discloses a kind of last mould assembly that is used for plastic bottle cap molding press.
But, above-mentioned plastic bottle cap molding press all is to adopt strong demoulding form, promptly behind the bottle cap compression molding bottle cap is being released from die vertically by force, can cause screw thread damage to a certain degree like this, therefore, strong demoulding form only is suitable for the plastic bottle closure of compression moulding hardness lower (certain elasticity is perhaps arranged), and only limit to compression moulding and have multiple thread bottle cap (being that screw thread is short, thread turns is few), and adopt strong demoulding form compression moulding material hardness height especially during the one start screw bottle cap, can cause bigger screw thread damage, influence to use.Therefore, the general bottle cap that adopts the injection moulding mode to make the high rigidity high request, it is very high that yet injection mo(u)lding requires manufacturing costs such as moulds, and production efficiency also is subjected to restriction to a certain degree, the present plastic bottle cap molding press that does not also adopt rotating stripping demoulding at home.The applicant has proposed a kind of rotating stripping demoulding plastic cap mould press, and the utility model relates to topmost lower mould assembly part wherein.
Summary of the invention
In order to solve above-mentioned technical problem, the purpose of this utility model provides a kind of lower mould assembly of rotating stripping demoulding plastic cap mould press, have rational in infrastructure, stable, product property is good, the working (machining) efficiency advantages of higher.
To achieve the above object, the utility model has adopted following technical scheme:
A kind of lower mould assembly of rotating stripping demoulding plastic cap mould press, comprise rotating disk, be in axial sliding connection the fortune water pipe on the described rotating disk, fortune water pipe lower end connects arm-tie, the top inner wall of described fortune water pipe top moulding bottle cap, when being provided with the demoulding, fortune water pipe top is used for circumferentially fixedly bottle cap and the location structure of transporting water pipe, described fortune water pipe upper end is arranged with the die of the screw thread inwall of moulding bottle cap, die is connected with axial restraint and circumferential rotary mode with rotating disk, the die upper end is arranged with axially movable envelope material top cover, envelope material top cover offsets with die elasticity and is connected, and the die lower end is fixed with spline plate and pinion.
As preferably, offset with the fortune water pipe on sheathed spring E in above-mentioned fortune water pipe lower end and the described arm-tie, spring E, spring E lower end and arm-tie offset, and it is spacing that arm-tie is transported water pipe.Can provide suitable elastic top thrust by spring E like this, improve adaptability.
As preferably, above-mentioned fortune water pipe lower end is provided with the fortune water pipe head of sealing fortune water pipe under shed, the fortune water pipe head is provided with two intake-outlets, be provided with a central tube in the fortune water pipe, a described intake-outlet is communicated with central tube, described another one intake-outlet is communicated with fortune water pipe and central tube space between the two, the fortune water pipe that fortune water pipe upper end is provided with the upper shed of sealing fortune water pipe silently, the fortune water pipe silently is provided with fortune water pipe and the fortune water pipe upper channel that is communicated with central tube of between the two space silently, with fortune water pipe and fortune water pipe silently between the two the space with transport the lower channel that water pipe and central tube space between the two are communicated with.Constitute the chilled(cooling) water return (CWR) like this, and can guarantee effective cooling counterdie.
As preferably, above-mentioned fortune water pipe is connected on the rotating disk by adjusting axle sleeve and being set in the spherical axle sleeve of adjusting the axle sleeve outside, spherical axle sleeve is by being arranged on the rotating disk base plate unlock chip and bolt, spherical axle sleeve is connected with the adjustment sleeve thread, adjust axle sleeve by nut C locking positioning, described fortune water pipe axially slidably is arranged on to be adjusted in the axle sleeve.Rational in infrastructure like this, ease of assembly and adjusting.
As preferably, above-mentioned spline plate is connected on the die by cover in locating, and cover is sheathed and be fixed on the die in the location, and the spline sleeve-board is located at and puts in the location and fix by bolt, and pinion is fixed on below the spline plate.Rational in infrastructure like this, ease of assembly and adjusting.
As preferably, above-mentioned envelope material top cover is connected in circumferential mode fixing and axial limiting with rotating disk, also be arranged with spring C, spring D, spring F and spring base on the described die, spring C upper end offsets with envelope material top cover, spring C lower end and spring base offset, spring D upper end offsets with rotating disk, spring D lower end and spring base offset, spring F upper end offsets with envelope material top cover and die, spring F lower end and spring base offset with the interior cover in location by plane bearing B in the lump, and described die passes through plane bearing A and adjusts the axle sleeve axial restraint.Rational in infrastructure like this, ease of assembly and adjusting.
The utility model is owing to adopted above technical scheme, at patrix concave die cavity is set, at counterdie die is set, realize initial alignment by spline plate and spline circle, cooperate the control die to rotate by pinion and arc-shaped rack, by location structure that the bottle cap of moulding is circumferentially fixing with fortune water pipe and rotating disk, by envelope material top cover pushing tow bottle cap, thereby make bottle cap get and withdraw from die in rotary manner, the screw thread damage of having avoided the existing strong demoulding to cause, it is high to can be used for the compression molding material hardness, single head multi-turn threaded plastic bottle cap has rational in infrastructure, stable, product property is good, the working (machining) efficiency advantages of higher.
Description of drawings
Fig. 1 is the structural representation that molding device of the present utility model is installed;
Fig. 2 is the utility model structural representation (die sinking);
Fig. 3 is the utility model structural representation (matched moulds);
Fig. 4 is the schematic diagram that is provided with of spline circle and arc-shaped rack;
Fig. 5 is the structural representation of bottle cap;
Fig. 6 is the A-A cutaway view of Fig. 5;
Fig. 7 is one of forming process schematic diagram of the present utility model;
Fig. 8 is two of a forming process schematic diagram of the present utility model;
Fig. 9 is three of a forming process schematic diagram of the present utility model;
Figure 10 is four of a forming process schematic diagram of the present utility model;
Figure 11 is five of a forming process schematic diagram of the present utility model;
Description of reference numerals:
1, main shaft;
21, frame top board; 22, framework soleplate; 23, self-aligning bearing; 24, bearing combination A; 25, bearing combination B; 26, go up ring cam set; 27, following ring cam set;
31, patrix roller; 32, patrix push rod; 33, pull bar; 34, top stem casing; 35, spring A; 36, patrix;
41, turntable head plate; 42, rotating disk convex edge; 43, rotating disk base plate; 44, rotating disk cylindrical shell;
5, lower mould assembly; 501, envelope material top cover; 502, die; 503, spring C; 504, spring D; 505, spring base; 506, spline plate; 507, cover in the location; 508, pinion; 509, nut A; 510, plane bearing A; 511, spherical axle sleeve; 512, adjust axle sleeve; 513, fortune water pipe; 514, arm-tie; 515, spring E; 516, nut B; 517, positioning convex; 518, the fortune water pipe silently; 519, stopper slot; 520, caging bolt; 521, spring F; 522, plane bearing B; 523, central tube; 524, to unlock chip; 525, nut C; 526, banking stop; 527, fortune water pipe head; 528, intake-outlet;
61, spline circle; 62, arc-shaped rack; 63, support;
71, counterdie push rod; 72, counterdie roller; 73, spring B;
8, gear wheel; 9, bottle cap; 91, detent; 92, screw thread; 10, extrude gob.
The specific embodiment
Below in conjunction with accompanying drawing the specific embodiment of the present utility model is made a detailed explanation.
Embodiment 1:
As Fig. 2, the lower mould assembly of a kind of rotating stripping demoulding plastic cap mould press shown in Figure 3, comprise rotating disk, be in axial sliding connection the fortune water pipe on the described rotating disk, fortune water pipe lower end connects arm-tie, the top inner wall of described fortune water pipe top moulding bottle cap, when being provided with the demoulding, fortune water pipe top is used for circumferentially fixedly bottle cap and the location structure of transporting water pipe, described fortune water pipe upper end is arranged with the die of the screw thread inwall of moulding bottle cap, die is connected with axial restraint and circumferential rotary mode with rotating disk, the die upper end is arranged with axially movable envelope material top cover, envelope material top cover offsets with die elasticity and is connected, and the die lower end is fixed with spline plate and pinion.
As shown in Figure 1, a kind of rotating stripping demoulding plastic cap mould press of above-mentioned lower mould assembly is installed, the extruder, rotating disc type that comprises frame, heating extrusion plastic is compression molded into plastics the molding device of bottle cap and the plastics that extruder is extruded sent into the charging gear of molding device, and extruder and charging gear are the patent documentation of CN2521018Y referring to publication number.Described molding device comprises that rotation is arranged on the main shaft 1 on the frame, is set with rotating disk on the main shaft 1, is set with a plurality of mold pressings unit along the rotating disk circumference, and each mold pressing unit includes last mould assembly and the lower mould assembly 5 that matches.Described frame comprises frame top board 21 and framework soleplate 22, main shaft 1 is by bearing combination A24, bearing combination B25 rotates and is arranged on the frame, and be connected with frame top board 21 by self-aligning bearing 23, described rotating disk is by turntable head plate 41, rotating disk cylindrical shell 44 is fixedlyed connected formation with rotating disk base plate 43, rotating disk cylindrical shell 44 circumference are provided with rotating disk convex edge 42, turntable head plate 41 is fixedlyed connected with main shaft 1 with rotating disk base plate 43, fixedly install a plurality of mold pressings unit along the rotating disk circumference, each mold pressing unit includes last mould assembly and the lower mould assembly 5 that matches, lower mould assembly 5 is arranged on rotating disk convex edge 42 and the rotating disk base plate 43, and last mould assembly is arranged on the turntable head plate 41; Be respectively arranged with ring cam set 26 and following ring cam set 27 on described frame top board 21 and the framework soleplate 22, the patrix roller 31 of mould assembly all rolls with last ring cam set 26 and contacts on each, the counterdie roller 72 of each lower mould assembly 5 rolls with following ring cam set 27 and contacts, and main shaft 1 is in transmission connection by gear wheel 8 and motor gear.The described mould assembly of going up comprises the top stem casing 34 that is fixed on the turntable head plate 41, vertically slidely connect patrix push rod 32 in the top stem casing 34, patrix push rod 32 upper ends are rotated patrix roller 31 are set, patrix push rod 32 lower ends offset with patrix 36 elasticity with spring A35 by pull bar 33 and are connected, described patrix 36 is provided with the concave die cavity of shaped bottle cover outer wall, wherein, all circumferential fixed axis of described top stem casing 34, patrix push rod 32 and patrix 36 is to fixing.Described counterdie roller 72 rotates the lower end that is arranged on counterdie push rod 71, counterdie push rod 71 upper ends vertically are slidingly connected by axle sleeve and rotating disk base plate 43, be arranged with spring B 73 and arm-tie 514 on the described counterdie push rod 71, spring B 73 upper ends and rotating disk base plate 43 offset, spring B 73 lower ends and arm-tie 514 offset, and arm-tie 514 is connected with lower mould assembly 5.
In the present embodiment, as Fig. 2, shown in Figure 3, described lower mould assembly 5 comprises by unlock chip 524 and bolt being arranged on the spherical axle sleeve 511 on the rotating disk base plate 43, spherical axle sleeve 511 internal threads are connected with adjusts axle sleeve 512, adjust axle sleeve 512 by nut C525 locking positioning, adjust and slidely connect fortune water pipe 513 in the axle sleeve 512, fortune water pipe sheathed spring E515 in 513 lower ends and described arm-tie 514, spring E515 upper end offsets by banking stop 526 and fortune water pipe 513, spring E515 lower end and arm-tie 514 offset, and arm-tie 514 is spacing by nut B516; Fortune water pipe 513 lower ends are provided with the fortune water pipe head 527 of sealing fortune water pipe under shed, fortune water pipe head 527 is provided with two intake-outlets 528, be provided with a central tube 523 in the fortune water pipe 513, a described intake-outlet is communicated with central tube 523, described another one intake-outlet is communicated with fortune water pipe 513 inwalls and central tube 523 space between the two, the fortune water pipe that fortune water pipe 513 upper ends are provided with the upper shed of sealing fortune water pipe silently 518, fortune water pipe silently 518 respectively with fortune water pipe 513 and 523 airtight connections of central tube, the fortune water pipe silently 518 is provided with fortune water pipe 513 inwalls and the fortune water pipe upper channel that is communicated with central tube 523 of 518 between the two spaces silently, with fortune water pipe 513 inwalls and fortune water pipe silently 518 between the two the space with transport the lower channel that water pipe 513 inwalls and central tube 523 space between the two are communicated with, so just constituted complete cooling water circulation canal; Described fortune water pipe 513 top shaped bottle tops inwalls, and, when being provided with the demoulding, fortune water pipe 513 tops are used for circumferentially fixedly bottle cap and the positioning convex 517 of transporting water pipe 513, described fortune water pipe 513 upper ends are arranged with the die 502 of moulding bottle cap screw thread inwall, die 502 is by plane bearing A510 and adjustment axle sleeve 512 axial restraints, die 502 lower ends are fixed with spline plate 506 and pinion 508, spline plate 506 is by cover 507 in the location, nut A509 and bolt are sheathed and be fixed on the die 502, cover 507 is set on the die 502 also spacing fixing by nut A509 in the location, spline plate 506 is set in the location and fixes on the cover 507 and by bolt, pinion 508 is by being bolted to below the spline plate 506, die 502 upper ends are arranged with the envelope material top cover 501 that can move up and down, envelope material top cover 501 passes rotating disk convex edge 42 also by stopper slot 519, caging bolt 520 cooperate carry out rotary spacing and by lower flange cooperate with rotating disk convex edge 42 move up and down spacing, also be arranged with spring C503 on the die 502, spring D504, spring F521 and spring base 505, spring C503 is the less stage clip of elastic force, spring C503 upper end offsets with envelope material top cover 501, spring C503 lower end and spring base 505 offset, spring D504 upper end offsets with rotating disk convex edge 42, spring D504 lower end and spring base 505 offset, spring F521 is the bigger square stage clip of elastic force, spring F521 upper end expects that with envelope top cover 501 and die 502 offset, and spring F521 lower end and spring base 505 offset with the interior cover 507 in location by plane bearing B522 in the lump.
As shown in Figure 4, be provided with spline circle 61 and arc-shaped rack 62 by support 63 on the described frame, spline circle 61 is annular or the part annular coaxial with main shaft 1, above-mentioned spline plate 506 has the edge that the intrados with spline circle 61 fits, thereby can limit freely rotating of spline plate 506 when both fit; Arc-shaped rack 62 is the fraction annular coaxial with main shaft 1, and its inner arc limit is a tooth bar, above-mentioned pinion 508 can with this tooth bar engagement, thereby when both mesh, can control pinion 508 and spline plate 506 rotates; Around here, spline circle 61 and arc-shaped rack 62 adopt upper and lower settings, and the upper and lower settings with pinion 508 and spline plate 506 is complementary like this, and spline circle 61 and arc-shaped rack 62 segmentation settings, to adapt to the various process needs of compression molding respectively.
As shown in Figure 7, upper and lower mould is in die opening state, the envelope material top cover 501 of counterdie upwards ejects under the elastic force effect of spring C503, thereby exceed fortune water pipe 513 tops and form the tear drop groove, spring F521 upper end offsets with fortune water pipe 513, extrude gob 10 and send into by charging gear in the tear drop groove of counterdie, at this moment, spline plate 506 fits with spline circle 61; Dial rotation, last ring cam set 26 is by patrix roller 31, it is descending that patrix push rod 32 and spring A35 drive patrix 36, as shown in Figure 8, upper and lower mould is in the matched moulds state, patrix 36 will seal cover 501 tops, material top and move back, the fortune water pipe 513 that exposes and the top of die 502 are stretched in the die cavity die of patrix 36 and are carried out compression molding, around here, the mold clamping force of patrix is provided by spring A35, the mold clamping force of counterdie is through die 502, plane bearing A510, adjust axle sleeve 512, spherical axle sleeve 511, unlock chip 524 is passed to rotating disk base plate 43, at this moment, the upper end of spring C503 and spring F521 all offsets with envelope material top cover 501, and spline plate 506 fits with spline circle 61; Dial rotation, process pressurize one end is after the time, last ring cam set 26 is by patrix roller 31, patrix push rod 32 and pull bar 33 drive patrix 36 up returns, following ring cam set 27 is by counterdie roller 72, counterdie push rod 71, arm-tie 514, spring E515 and banking stop 526 drive fortune water pipe 513 up slow jack-up pushes against itself and top end face and moulding bottle cap 9, as shown in Figure 9, upper and lower mould is in die opening state, counterdie begins rotating stripping demoulding, at this moment, pinion 508 and arc-shaped rack 62 engagements, fit and to rotate thereby spline plate 506 breaks away from spline circle 61, like this, pinion 508 drives spline plate 506, cover 507 and die 502 rotate in the location, simultaneously, because fortune water pipe 513 does not rotate and transports water pipe 513 tops and is provided with positioning convex 517, rotate with die 502 so also just limited moulding bottle cap 9, thereby make bottle cap 9 to withdraw from die 502 gradually along screw thread 92 along with the rotation of die 502; Around here, as shown in Figure 9, envelope material top cover 501 active forces that eject bottle cap 9 are at first provided together by spring C503 and spring F521, when the also surplus circle of bottle cap 9 and die 502 is threaded, as shown in figure 10, envelope material top cover 501 active forces that eject bottle cap 9 change by spring C503 to be provided separately, and spring F521 is spacing by die 502, avoids bottle cap 9 ejecting forces excessive and fly up like this; Dial rotation, pinion 508 breaks away from engagement with arc-shaped rack 62, rotating stripping demoulding finishes, following ring cam set 27 drives fortune water pipe 513 descending returns by counterdie roller 72, counterdie push rod 71, spring B 73, arm-tie 514, spring E515 and banking stop 526, as shown in figure 11, envelope material top cover 501 is taken by manipulator or other pay-offs bottle cap 9 jack-up away with bottle cap 9.The bottle cap that makes such as Fig. 5, shown in Figure 6 are formed with detent 91 on the bottle cap top inner wall, this detent 91 forms because of the positioning convex at fortune water pipe 513 tops, and screw thread 92 is an one start screw.
Claims (6)
1. the lower mould assembly of a rotating stripping demoulding plastic cap mould press, comprise rotating disk, it is characterized in that, be in axial sliding connection fortune water pipe (513) on the described rotating disk, fortune water pipe (513) lower end connects arm-tie (514), the top inner wall of described fortune water pipe (513) top moulding bottle cap (9), when being provided with the demoulding, the top is used for circumferentially fixedly bottle cap and the location structure of transporting water pipe (513) at fortune water pipe (513), described fortune water pipe (513) upper end is arranged with the die (502) of the screw thread inwall of moulding bottle cap (9), die (502) is connected with axial restraint and circumferential rotary mode with rotating disk, die (502) upper end is arranged with axially movable envelope material top cover (501), envelope material top cover (501) offsets with die (502) elasticity and is connected, and die (502) lower end is fixed with spline plate (506) and pinion (508).
2. the lower mould assembly of a kind of rotating stripping demoulding plastic cap mould press according to claim 1, it is characterized in that, sheathed spring E in described fortune water pipe (513) lower end (515) and described arm-tie (514), spring E (515) upper end offsets with fortune water pipe (513), spring E (515) lower end and arm-tie (514) offset, and it is spacing that arm-tie (514) is transported water pipe (513).
3. the lower mould assembly of a kind of rotating stripping demoulding plastic cap mould press according to claim 1 and 2, it is characterized in that, described fortune water pipe (513) lower end is provided with the fortune water pipe head (527) of sealing fortune water pipe under shed, fortune water pipe head (527) is provided with two intake-outlets (528), be provided with a central tube (523) in the fortune water pipe (513), a described intake-outlet is communicated with central tube (523), described another one intake-outlet is communicated with fortune water pipe (513) and central tube (523) space between the two, the fortune water pipe that fortune water pipe (513) upper end is provided with the upper shed of sealing fortune water pipe (513) is (518) silently, and fortune water pipe silently (518) is provided with fortune water pipe (513) and transports the silently upper channel that is communicated with central tube (523) of (518) space between the two of water pipe, to transport water pipe (513) and fortune water pipe silently (518) space between the two with transport the lower channel that water pipe (513) and central tube (523) space between the two are communicated with.
4. the lower mould assembly of a kind of rotating stripping demoulding plastic cap mould press according to claim 3, it is characterized in that, described fortune water pipe (513) is connected on the rotating disk by adjusting axle sleeve (512) and being set in the spherical axle sleeve (511) of adjusting axle sleeve (512) outside, spherical axle sleeve (511) is by being arranged on the rotating disk unlock chip (524) and bolt, spherical axle sleeve (511) is threaded with adjustment axle sleeve (512), adjust axle sleeve (512) by nut C (525) locking positioning, described fortune water pipe (513) axially slidably is arranged on to be adjusted in the axle sleeve (512).
5. the lower mould assembly of a kind of rotating stripping demoulding plastic cap mould press according to claim 4, it is characterized in that, described spline plate (506) is connected on the die (502) by cover (507) in the location, cover (507) is sheathed and be fixed on the die (502) in the location, spline plate (506) is set in the interior cover in location (507) and goes up and fix by bolt, and pinion (508) is fixed on below the spline plate (506).
6. the lower mould assembly of a kind of rotating stripping demoulding plastic cap mould press according to claim 5, it is characterized in that, described envelope material top cover (501) is connected in circumferential mode fixing and axial limiting with rotating disk, also be arranged with spring C (503) on the described die (502), spring D (504), spring F (521) and spring base (505), spring C (503) upper end offsets with envelope material top cover (501), spring C (503) lower end and spring base (505) offset, spring D (504) upper end offsets with rotating disk, spring D (504) lower end and spring base (505) offset, spring F (521) upper end offsets with envelope material top cover (501) and die (502), spring F (521) lower end and spring base (505) offset with the interior cover in location (507) by plane bearing B (522) in the lump, and described die (502) passes through plane bearing A (510) and adjusts axle sleeve (512) axial restraint.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201233446U CN201423735Y (en) | 2009-06-29 | 2009-06-29 | Lower die assembly of plastic bottle cap molding press with rotary demolding |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201233446U CN201423735Y (en) | 2009-06-29 | 2009-06-29 | Lower die assembly of plastic bottle cap molding press with rotary demolding |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201423735Y true CN201423735Y (en) | 2010-03-17 |
Family
ID=42023171
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009201233446U Expired - Fee Related CN201423735Y (en) | 2009-06-29 | 2009-06-29 | Lower die assembly of plastic bottle cap molding press with rotary demolding |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201423735Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104608327A (en) * | 2014-12-30 | 2015-05-13 | 东泰精密模具(苏州)有限公司 | Mold for producing product with teeth |
| CN111941760A (en) * | 2020-07-24 | 2020-11-17 | 创维集团智能装备有限公司 | Mould core-pulling cooling device and mould core-pulling mechanism |
| CN116277689A (en) * | 2023-03-27 | 2023-06-23 | 安徽禾臣普菲彻橡塑科技有限公司 | High-performance fluororubber ring and forming machine |
-
2009
- 2009-06-29 CN CN2009201233446U patent/CN201423735Y/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104608327A (en) * | 2014-12-30 | 2015-05-13 | 东泰精密模具(苏州)有限公司 | Mold for producing product with teeth |
| CN111941760A (en) * | 2020-07-24 | 2020-11-17 | 创维集团智能装备有限公司 | Mould core-pulling cooling device and mould core-pulling mechanism |
| CN116277689A (en) * | 2023-03-27 | 2023-06-23 | 安徽禾臣普菲彻橡塑科技有限公司 | High-performance fluororubber ring and forming machine |
| CN116277689B (en) * | 2023-03-27 | 2023-10-17 | 河北隆立密封技术有限公司 | High-performance fluororubber ring and forming machine |
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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: 20100317 Termination date: 20140629 |
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| EXPY | Termination of patent right or utility model |