CN201693015U - Double-head pipe joint cold extrusion mold - Google Patents
Double-head pipe joint cold extrusion mold Download PDFInfo
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- CN201693015U CN201693015U CN2010201503927U CN201020150392U CN201693015U CN 201693015 U CN201693015 U CN 201693015U CN 2010201503927 U CN2010201503927 U CN 2010201503927U CN 201020150392 U CN201020150392 U CN 201020150392U CN 201693015 U CN201693015 U CN 201693015U
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Abstract
The utility model relates to a double-head pipe joint cold extrusion mold, which comprises an upper mold and a lower mold, wherein the upper mold comprises a mold handle, an upper mold plate, an upper mold pad plate, an upper mold fixing plate, an upper mold sleeve and a middle mold sleeve from top to bottom, wherein the upper mold is also provided with an upper male mold which is penetrated and fixed on the upper mold fixing plate, the lower mold comprises the lower mold plate, a lower mold pad plate, a lower mold fixing plate and a lower mold sleeve from bottom to top, the lower mold is also provided with a lower male mold which is penetrated and fixed on the lower mold fixing plate, and the direction guide is realized between the upper mold and the lower mold through guide sleeves fixedly arranged at both sides of the upper mold plate and guide posts fixedly arranged at both sides of the lower mold plate, support frame plates are respectively fixed at both the left side and the right side of the upper mold fixing plate, the support plates, the upper mold sleeve and the middle mold sleeve are all made into a sliding state, a first ejector is arranged between the upper mold sleeve and the middle mold sleeve, and a second ejector is arranged between the lower mold fixing plate and the lower mold sleeve. The utility model has the advantages of easy demolding, one-step forming of products and high production efficiency, and belongs to the field of punching forming molds.
Description
Technical field
The utility model relates to the punch-forming mold field, especially relates to a kind of cold extrusion mould for double-head pipe joint.
Background technology
The outer silk of some pipe joints is in the market tightened position processing, processing, machining etc. are cast in the founding that has that operation is relatively ripe on the industrial production, but all there is certain defective, in addition, machining appeal relatively is advanced relatively, also have certain defective under the situation that can guarantee precision, there is great wasting phenomenon in cutting, makes utilization rate of raw materials low.
In addition, the mould product that many types are arranged at present, a kind of cold extrusion mould for double-head pipe joint, this type of mould comprises upper die and lower die, patrix comprises die shank, cope match-plate pattern, upper die plate and upper mould fixed plate, counterdie comprises lower bolster, counterdie backing plate and counterdie fixed head, the guide pin bushing of the cope match-plate pattern both sides by being fixedly installed on patrix between patrix and the counterdie and the guide pillar that is fixedly installed on the lower bolster both sides of counterdie cooperate to be realized leading, also can be used to produce pipe joint, but the product that their extruding reaches can't or the very difficult demoulding take out product.
Outer silk double-ended pipe joint becomes more extensive in industrial application, and producing pipe joint also has various programs.General process of producing outer silk double-ended pipe joint is divided into: 1, earlier raw material are processed to form double-ended pipe joint; 2, again double-ended pipe joint is carried out external screw thread and be processed to form finished product.The production technology of present existing double-ended pipe joint generally is to carry out founding earlier to be cast as the column blank, and then the column blank is carried out machining becomes double-ended pipe joint.There is following defective in the mode that this kind produced double-ended pipe joint: the blank unnecessary material of will pruning in machining becomes the process of double-ended pipe joint, this makes raw-material waste quite big, and machining is consuming time many, influence production efficiency, thereby increased production cost, reduced economic benefit; Occur defectives such as sand holes, slag inclusion easily when raw material carry out the founding casting in addition, thereby influence product quality.
Under said circumstances, the mode of extruding is produced double-ended pipe joint and is born, but produce double-ended pipe joint with hot extrusion, the double-ended pipe joint of producing not only change in size is bigger, and the surface has one deck oxide skin, therefore can not directly carry out external screw thread processing, also need be through turning processing, production process is still more loaded down with trivial details like this.Therefore, in order to ensure the quality of products, reduce operation, people adopt the cold-stamped mode to produce double-ended pipe joint.And the cold extrusion die of prior art comprises die shank, cope match-plate pattern, upper die plate, upper mounted plate, Upper Die-sleeve, middle die sleeve, lower die-sleeve, bottom plate, counterdie backing plate and lower bolster.Described counterdie backing plate is fixed on the described lower bolster, and described bottom plate is fixed on the described counterdie backing plate; Described upper mounted plate, Upper Die-sleeve, middle die sleeve, lower die-sleeve from down under be arranged in order and be placed on the described bottom plate; Described upper die plate is fixed on the described upper mounted plate, and described cope match-plate pattern is fixed on the described upper die plate; The endoporus of described Upper Die-sleeve, middle die sleeve and lower die-sleeve is combined to form die cavity; Described bottom plate is provided with lower punch; the upper end of described lower punch is positioned at die cavity, and described upper mounted plate is provided with punch, and the described punch of going up is provided with through hole; the described punch sliding fit of going up is in described die cavity, and upward punch case is combined in outside the described lower punch.Though the cold extrusion die of this kind structure can be processed double-ended pipe joint, the suitable difficulty of lower die-sleeve, middle die sleeve and the Upper Die-sleeve demoulding after the moulding, even can't the demoulding, thereby cause inefficiency.
The utility model content
Technical problem to be solved in the utility model provides a kind of part accuracy of manufacture height, production efficiency height, the easy demoulding and can make the cold extrusion mould for double-head pipe joint of part by one-step moulding.
The technical scheme that the utility model adopted is: a kind of cold extrusion mould for double-head pipe joint, comprise upper die and lower die, wherein patrix comprises die shank, cope match-plate pattern, upper die plate, upper mould fixed plate, Upper Die-sleeve and middle die sleeve from top to bottom, described patrix also is provided with and passes and be fixed in last punch on the upper mould fixed plate, and the described punch lower end that is formed in one of going up is the T shape body of cylindrical hole; Counterdie comprises lower bolster, counterdie backing plate, counterdie fixed head and lower die-sleeve from bottom to top, and described counterdie also is provided with and passes and be fixed in lower punch on the counterdie fixed head, the upper end that described lower punch is formed in one cylindrical handstand T body; Guide pin bushing by being fixedly installed on the cope match-plate pattern both sides between patrix and the counterdie and the guide pillar that is fixedly installed on the lower bolster both sides cooperate realizes guiding, it is characterized in that: the cross section of the endoporus of described middle die sleeve be shaped as four jiaos of quadrangle forms; Described upper mould fixed plate left and right sides all is fixed with supporting plate, and described left and right sides supporting plate all extends the left and right sides that lays respectively at Upper Die-sleeve, middle die sleeve and lower die-sleeve downwards; Establish between described supporting plate and the Upper Die-sleeve and slide and the I of bindiny mechanism; Establish between described supporting plate and the middle die sleeve and slide and the II of bindiny mechanism; Establish bullet between described upper mould fixed plate and the Upper Die-sleeve and squeeze device; Establish liftout attachment I between described Upper Die-sleeve and the middle die sleeve; Establish liftout attachment II between described counterdie fixed head and the lower die-sleeve.
After adopting above structure, the utility model cold extrusion mould for double-head pipe joint compared with prior art has the following advantages:
Since in described the cross section of the endoporus of die sleeve be shaped as four jiaos of quadrangle forms, what make that the utility model cold extrusion mould for double-head pipe joint produces is four jiaos of double-ended pipe joints.Again owing to establish liftout attachment I between Upper Die-sleeve described in the utility model and the middle die sleeve; Establish liftout attachment II between described counterdie fixed head and the lower die-sleeve; after the extrusion modling of four jiaos of double end pipes; enter ejection phase; the lifting that can under the drive of die shank, make progress of described patrix; upper, middle and lower three die sleeves are also followed rising; because under the effect of liftout attachment II; lower die-sleeve slowly separates with the counterdie fixed head under the elastic force of counterdie spring; product also and have loosening between the lower die-sleeve; when lower die-sleeve left the counterdie fixed head fully, this moment, lower die-sleeve can separate with middle die sleeve with product under the gravity effect.Establish between described supporting plate and the Upper Die-sleeve and slide and the I of bindiny mechanism, establish between described supporting plate and the middle die sleeve and slide and the II of bindiny mechanism.This moment, liftout attachment I brought into play effect, separate in an instant at middle die sleeve and lower die-sleeve, under the effect of patrix spring Upper Die-sleeve and middle die sleeve are separated, Upper Die-sleeve and product are loosening, when Upper Die-sleeve and middle die sleeve separate, squeeze at bullet under the effect of device, promptly forcing down at the bullet of spring pad can be with Upper Die-sleeve and upper mould fixed plate separately, at this moment, upper, middle and lower three die sleeves are all separated.During product hangs on the die sleeve, again by artificial just product therefrom can be taken down on the die sleeve gently.Realize the easy mould excessively of mould and taking off easily of product, improved production efficiency.
As a kind of improvement of the present utility model, to establish slip and the I of bindiny mechanism between described supporting plate and the Upper Die-sleeve and be meant that described left and right sides supporting plate is provided with elongated hole I, described Upper Die-sleeve left and right sides is equipped with pin, and described pin is slidingly matched in elongated hole I.Establish slip and the II of bindiny mechanism between described supporting plate and the middle die sleeve and be meant, be equipped with elongated hole II on the supporting plate of the described left and right sides, described middle die sleeve left and right sides is equipped with pin, and described pin is slidingly matched in elongated hole II.Quite simply also realize easily on this project organization.
As another kind of improvement the of the present utility model, establish the crowded device of bullet between described upper mould fixed plate and the Upper Die-sleeve and be meant, be provided with the rubber blanket that both can be flicked between upper mould fixed plate and the Upper Die-sleeve.Described rubber blanket can separate upper mould fixed plate and Upper Die-sleeve in the demoulding, plays the effect of a buffering in matched moulds, the impulsive force when having reduced matched moulds between upper mould fixed plate and the Upper Die-sleeve.
As also a kind of improvement of the present utility model, described liftout attachment I comprises that many upper ends are arranged in the patrix spring of die sleeve and lower end and are fixed in limited post on the die sleeve, limited post is identical with the patrix number of springs, and the lower end of described patrix spring is enclosed within the limited post upper end.Described liftout attachment II comprises that many upper ends are positioned at the counterdie spring of lower die-sleeve and lower end and are fixed in limited post on the counterdie fixed head, and the lower end of described counterdie spring is enclosed within on the limited post.Because the upper end of patrix spring is positioned within the Upper Die-sleeve, therefore patrix spring and Upper Die-sleeve can not separate when patrix rises, make the patrix spring can not be bound to the mould outside in knockout course.Therefore on the limited post during the lower end of patrix spring is enclosed within again on the die sleeve, therefore when patrix rises, the patrix spring can and limited post separately that is to say can and middle die sleeve separate.Because the upper end of counterdie spring is positioned within the lower die-sleeve, thus the counterdie spring with lower die-sleeve up play the time can not break away from the counterdie spring.Make the counterdie spring in the work knockout course, can not be bound to the mould outside.
Also has a kind of improvement as of the present utility model, described upper mould fixed plate is provided with many patrix guide pillars, described patrix guide pillar penetrates upper mould fixed plate, rubber blanket, Upper Die-sleeve and middle die sleeve from top to bottom successively, and the lower end that has a chamfering is arranged in lower die-sleeve.Described counterdie fixed head is provided with many counterdie guide pillars, and described counterdie guide pillar penetrates counterdie fixed head, lower die-sleeve and middle die sleeve from bottom to top successively, and the upper end that has a chamfering is arranged in Upper Die-sleeve.Can make the position between Upper Die-sleeve, middle die sleeve and the lower die-sleeve three more stable, thereby can guarantee the precision of product.The chamfering of the lower end of described upper guide post plays the effect of guiding, and upper guide post can be entered in the lower die-sleeve smoothly.
Also has a kind of improvement as of the present utility model, described lower die-sleeve left and right sides respectively is provided with the assembly of skewer pin and skewer pin spring, the two ends of described skewer pin are equipped with the inclined-plane guiding, described skewer pin outer end is positioned at the elongated hole on the supporting plate, and described skewer pin the inner is against on the sidewall of patrix guide pillar lower end; Describedly be positioned at the skewer pin outer end of elongated hole and the distance of elongated hole I lower end is greater than or equal to the distance of skewer pin the inner from patrix guide pillar lower surface.So just can make that the outer end of skewer pin placed when patrix up promoted is stuck on the elongated hole I, the outer end of skewer pin can be ejected elongated hole I smoothly when skewer pin inner left in the lower end of patrix guide pillar when also can make the patrix guide pillar rise under the drive of upper mould fixed plate, was unlikely to hinder patrix and rose.In addition, the assembly of skewer pin and skewer pin spring also has an effect, and the two ends of skewer pin are equipped with spigot surface, when the rising of patrix guide pillar is about to break away from the skewer pin, because thrust that makes progress of patrix guide pillar is given in the elastic force effect of skewer pin spring.
The beneficial effects of the utility model are: because patrix guide pillar and counterdie make the accuracy of manufacture height of product to the design of post; Seamless pipeline section cold extrusion one-shot forming makes the high and production cost that saves material of production efficiency; Be provided with liftout attachment I between Upper Die-sleeve and the middle die sleeve, be provided with between lower die-sleeve and the counterdie fixed head, liftout attachment II makes the demoulding become convenient.
Description of drawings
Fig. 1 is the main cross-sectional schematic of mold closing state part of the present utility model.
Fig. 2 is part of the upper die of the present utility model master's cross-sectional schematic.
Fig. 3 is part of the lower die of the present utility model master's cross-sectional schematic.
Fig. 4 is a vertical view of the present utility model.
Fig. 5 is a upward view of the present utility model.
Fig. 6 is that phantom is looked on the utility model left side.
Fig. 7 is seamless pipeline section of the utility model and product schematic diagram.
Fig. 8 is the utility model Upper Die-sleeve schematic diagram.
Fig. 9 is a die sleeve schematic diagram in the utility model.
Among the figure: 1. die shank, 2. cope match-plate pattern, 3. hexagon socket head cap screw.4. upper die plate, 5. guide pin bushing is 6. gone up punch, 7. fixing guide pillar, 8. upper mould fixed plate, 9. rubber blanket, 10. patrix spring, 11. Upper Die-sleeve, die sleeve in 12., 13. supporting plates, 14. the counterdie guide pillar, 15. lower bolsters, 16. hexagon socket head cap screws, 17. the counterdie backing plate, 18. counterdie fixed heads, 19. counterdie springs, 20. pin, 21. skewer pin springs, 22. skewer pins, 23. guide pillar, 24. lower die-sleeves, 25. products, 26. hexagon socket head cap screw, 27. patrix guide pillars, 28. lower punches, 29. elongated hole I, 30. elongated hole II, 31. limited posts, 32. limited post, 33. pins, 34. seamless pipeline sections.
The specific embodiment
The following stated only is preferred embodiment of the present utility model, does not therefore limit protection domain of the present utility model.
With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, shown in Figure 9, a kind of cold extrusion mould for double-head pipe joint, comprise upper die and lower die, wherein patrix comprises die shank 1, cope match-plate pattern 2, upper die plate 4, upper mould fixed plate 8, Upper Die-sleeve 11 and middle die sleeve 12 from top to bottom, described patrix also is provided with and passes and be fixed in last punch 6 on the upper mould fixed plate 8, fixedly connected by hexagon socket head cap screw 3 between described die shank 1, cope match-plate pattern 2, upper die plate 4, the upper mould fixed plate 8, described punch 6 lower end that is formed in one of going up is the T shape body of cylindrical hole; Counterdie comprises lower bolster 15, counterdie backing plate 17, counterdie fixed head 18 and lower die-sleeve 24 from bottom to top, described counterdie also is provided with and passes and be fixed in lower punch 28 on the counterdie fixed head 18, described lower bolster 15, counterdie backing plate 17, counterdie fixed head 18 is fixedly connected by hexagon socket head cap screw 16, the upper end cylindrical handstand T body that described lower punch 28 is formed in one; Guide pin bushing 5 by being fixedly installed on cope match-plate pattern 2 both sides between patrix and the counterdie and the guide pillar 23 that is fixedly installed on lower bolster 15 both sides cooperate realizes guiding, described on punch 6 and lower punch 28 endoporus that all can be arranged in Upper Die-sleeve 11, die sleeve 12 and lower die-sleeve 24 be combined to form within the die cavity.The described punch 6 of going up can be placed on the lower punch 28.The cross section of the endoporus of die sleeve 12 is shaped as four jiaos of quadrangle forms in described; Described upper mould fixed plate 8 left and right sides all are fixed with supporting plate 13, described supporting plate 13 is fixedlyed connected by hexagon socket head cap screw 26 with upper mould fixed plate 8, and described supporting plate 13 and upper mould fixed plate 8 also are equipped with fixedly guide pillar 7 to be strengthened fixing, and left and right sides supporting plate 13 all extends the left and right sides that lays respectively at Upper Die-sleeve 11, middle die sleeve 12 and lower die-sleeve 24 downwards; Establish between described supporting plate 13 and the Upper Die-sleeve 11 and slide and the I of bindiny mechanism; Establish between described supporting plate 13 and the middle die sleeve 12 and slide and the II of bindiny mechanism; Establish bullet between described upper mould fixed plate 8 and the Upper Die-sleeve 11 and squeeze device.Establish liftout attachment I between described Upper Die-sleeve 11 and the middle die sleeve 12; Establish liftout attachment II between described counterdie fixed head 18 and the lower die-sleeve 24.
Establish slip and the I of bindiny mechanism between described supporting plate 13 and the Upper Die-sleeve 11 and be meant that described left and right sides supporting plate 13 is provided with elongated hole I 29, described Upper Die-sleeve 11 left and right sides are equipped with pin 20, and described pin 20 is slidingly matched in elongated hole I 29.Upper Die-sleeve 11 and upper mould fixed plate 8 separate in the demoulding, and Upper Die-sleeve 11 has the effect of pin 20, and when supporting plate 13 continued to rise, on the elongated hole I 29 that the pin 20 on the Upper Die-sleeve 11 can be stuck in, Upper Die-sleeve 11 rose with supporting plate 13.
Establish slip and the II of bindiny mechanism between described supporting plate 13 and the middle die sleeve 12 and be meant, be equipped with elongated hole II 30 on the described left and right sides supporting plate 13, described middle die sleeve 12 left and right sides are equipped with pin 33, and described pin 33 is slidingly matched in elongated hole II 30.Die sleeve 12 and Upper Die-sleeve 11 separately continue to rise at supporting plate 13 in the demoulding, and the pin 33 on the middle die sleeve 12 is stuck on the card elongated hole II 30, and middle die sleeve 12 rises with supporting plate 13.
Establish the crowded device of bullet between described upper mould fixed plate 8 and the Upper Die-sleeve 11 and be meant, be provided with the rubber blanket 9 that both can be flicked in the time of the demoulding between upper mould fixed plate 8 and the Upper Die-sleeve 11.In the time of matched moulds, can slow down the impact between upper mould fixed plate 8 and the Upper Die-sleeve 11.
Described liftout attachment I comprises that many upper ends are arranged in the patrix spring 10 of die sleeve 12 and lower end and are fixed in limited post 31 on the die sleeve 12, limited post 31 is identical with patrix spring 10 quantity, the lower end of described patrix spring 10 is enclosed within limited post 31 upper ends, patrix spring 10 upper ends are arranged in die sleeve 12, and therefore patrix spring 10 can not be bound to outside the mould in the demoulding.
Described liftout attachment II comprises that many upper ends are positioned at the counterdie spring 19 of lower die-sleeve 24 and lower end and are fixed in limited post 32 on the counterdie fixed head 18, the lower end of described counterdie spring 19 is enclosed within on the limited post 32, counterdie spring 19 upper ends are positioned at lower die-sleeve 24, and therefore counterdie spring 19 can not be bound to outside the mould in the demoulding.
Described upper mould fixed plate 8 is provided with many patrix guide pillars 27, and described patrix guide pillar 27 penetrates upper mould fixed plate 8, rubber blanket 9, Upper Die-sleeve 11 and middle die sleeve 12 from top to bottom successively, and the lower end that has a chamfering is arranged in lower die-sleeve 24.
Described counterdie fixed head 18 is provided with many counterdie guide pillars 14, and described counterdie guide pillar 14 penetrates counterdie fixed head 18, lower die-sleeve 24 and middle die sleeve 12 from bottom to top successively, and the upper end that has a chamfering is arranged in Upper Die-sleeve 11.
The design of described upper and lower mould guide pillar can make the position between Upper Die-sleeve 11, middle die sleeve 12 and lower die-sleeve 24 threes more stable, thereby can guarantee the precision of product.The chamfering of the lower end of described upper and lower mould guide pillar plays the effect of guiding, and patrix guide pillar 27 can be entered in the lower die-sleeve smoothly, makes counterdie guide pillar 14 to enter smoothly in the Upper Die-sleeve 11.
Described lower die-sleeve 24 left and right sides respectively are provided with the assembly of skewer pin 22 and skewer pin spring 21, the two ends of described skewer pin 22 are equipped with the inclined-plane guiding, described skewer pin 22 outer ends are positioned at the elongated hole I 29 on the supporting plate 13, and described skewer pin 22 the inners are against on the patrix guide pillar 27 lower end sidewalls; Describedly be positioned at skewer pin 22 outer ends of elongated hole I 29 and the distance of elongated hole I 29 lower ends is greater than or equal to the distance of skewer pin 22 the inners from patrix guide pillar 27 lower surfaces.Because there is certain distance skewer pin 22 outer ends and elongated hole I 29 lower ends, therefore when rising, patrix is unlikely to block.The two ends of skewer pin 22 are equipped with the inclined-plane guiding, when patrix guide pillar 27 rises, skewer pin 22 is given 27 1 axial power of patrix guide pillar under the suppressing of skewer pin spring 21, because skewer pin 22 two ends are provided with the inclined-plane guiding, therefore axial power can produce a component that makes progress.
The step of utilizing the cold extrusion mould for double-head pipe joint of utility model to produce four jiaos of double-ended pipe joints is:
1, earlier seamless pipeline section 34 is cut off blanking, blank behind the blanking is put into die cavity, seamless steel pipe is enclosed within lower punch 28, matched moulds then, by the seamless pipeline section 34 of last punch 6 punching presses, owing to have certain space to exist between 34 of seamless pipeline sections and the middle die sleeve 12, therefore under powerful extruding force, seamless pipeline section deforms, and has shortened on the length direction, because the volume of the seamless pipeline section 34 in front and back is constant, the volume of the length part that therefore reduces, all being extruded between 34 of seamless pipeline sections and the middle die sleeve 12 has in certain space, because the cross section of middle die sleeve 12 is four jiaos of quadrangle forms, therefore the product 25 that obtains is four jiaos of double-ended pipe joints again.
2 and then carry out die sinking, during die sinking, four jiaos of double-ended pipe joints can break away from lower punch 28, lower die-sleeve 24 and Upper Die-sleeve 11 one by one under the effect of liftout attachment I and liftout attachment II, and then manually it are therefrom taken out on the die sleeve 12.
Below only be described, but can not be interpreted as it is restriction claim with regard to the embodiment of cold extrusion mould for double-head pipe joint of the present utility model.The utility model is not limited to the structure of the foregoing description, and two supporting plates as described can be separately fixed at the front and back side of described upper mould fixed plate 8; Described supporting plate 13 also can be four, can be separately fixed at the side all around of described upper mould fixed plate 8.In addition, the shape of middle die sleeve 12 cross sections can also be handed over quincunx for pentagon, hexagon, octagonal, ten.All various variations of being done in the protection domain of the utility model claim are all in protection domain of the present utility model.
Claims (9)
1. cold extrusion mould for double-head pipe joint, comprise upper die and lower die, wherein patrix comprises die shank (1), cope match-plate pattern (2), upper die plate (4), upper mould fixed plate (8), Upper Die-sleeve (11) and middle die sleeve (12) from top to bottom, described patrix also is provided with and passes and be fixed in last punch (6) on the upper mould fixed plate (8), and described punch (6) lower end that is formed in one of going up is the T shape body of cylindrical hole; Counterdie comprises lower bolster (15), counterdie backing plate (17), counterdie fixed head (18) and lower die-sleeve (24) from bottom to top, described counterdie also is provided with and passes and be fixed in lower punch (28) on the counterdie fixed head (18), the upper end cylindrical handstand T body that described lower punch (28) is formed in one; Guide pin bushing (5) by being fixedly installed on cope match-plate pattern (2) both sides between patrix and the counterdie and the guide pillar (23) that is fixedly installed on lower bolster (15) both sides cooperate realizes guiding, it is characterized in that: the cross section of the endoporus of die sleeve (12) is shaped as four jiaos of quadrangle forms in described; Described upper mould fixed plate (8) left and right sides all is fixed with supporting plate (13), and described left and right sides supporting plate (13) all extends the left and right sides that lays respectively at Upper Die-sleeve (11), middle die sleeve (12) and lower die-sleeve (24) downwards; Establish between described supporting plate (13) and the Upper Die-sleeve (11) and slide and the I of bindiny mechanism; Establish between described supporting plate (13) and the middle die sleeve (12) and slide and the II of bindiny mechanism; Establish bullet between described upper mould fixed plate (8) and the Upper Die-sleeve (11) and squeeze device; Establish liftout attachment I between described Upper Die-sleeve (11) and the middle die sleeve (12); Establish liftout attachment II between described counterdie fixed head (18) and the lower die-sleeve (24).
2. cold extrusion mould for double-head pipe joint according to claim 1, it is characterized in that: establish slip and the I of bindiny mechanism between described supporting plate (13) and the Upper Die-sleeve (11) and be meant, described left and right sides supporting plate (13) is provided with elongated hole I (29), described Upper Die-sleeve (11) left and right sides is equipped with pin (20), and described pin (20) is slidingly matched in elongated hole I (29).
3. cold extrusion mould for double-head pipe joint according to claim 1, it is characterized in that: establish slip and the II of bindiny mechanism between described supporting plate (13) and the middle die sleeve (12) and be meant, be equipped with elongated hole II (30) on the described left and right sides supporting plate (13), die sleeve (12) left and right sides is equipped with pin (33) in described, and described pin (33) is slidingly matched in elongated hole II (30).
4. cold extrusion mould for double-head pipe joint according to claim 1, it is characterized in that: establish the crowded device of bullet between described upper mould fixed plate (8) and the Upper Die-sleeve (11) and be meant, be provided with the rubber blanket (9) that both can be flicked between upper mould fixed plate (8) and the Upper Die-sleeve (11).
5. cold extrusion mould for double-head pipe joint according to claim 1, it is characterized in that: described liftout attachment I comprises that many upper ends are arranged in the patrix spring (10) of die sleeve (12) and lower end and are fixed in limited post (31) on the die sleeve (12), limited post (31) is identical with patrix spring (10) quantity, and the lower end of described patrix spring (10) is enclosed within limited post (31) upper end.
6. cold extrusion mould for double-head pipe joint according to claim 1, it is characterized in that: described liftout attachment II comprises that many upper ends are positioned at the counterdie spring (19) of lower die-sleeve (24) and lower end and are fixed in limited post (32) on the counterdie fixed head (18), and the lower end of described counterdie spring (19) is enclosed within on the limited post (32).
7. cold extrusion mould for double-head pipe joint according to claim 1, it is characterized in that: described upper mould fixed plate (8) is provided with many patrix guide pillars (27), described patrix guide pillar (27) penetrates upper mould fixed plate (8), rubber blanket (9), Upper Die-sleeve (11) and middle die sleeve (12) from top to bottom successively, and the lower end that has a chamfering is arranged in lower die-sleeve (24).
8. cold extrusion mould for double-head pipe joint according to claim 1, it is characterized in that: described counterdie fixed head (18) is provided with many counterdie guide pillars (14), described counterdie guide pillar (14) penetrates counterdie fixed head (18), lower die-sleeve (24) and middle die sleeve (12) from bottom to top successively, and the upper end that has a chamfering is arranged in Upper Die-sleeve (11).
9. cold extrusion mould for double-head pipe joint according to claim 1, it is characterized in that: described lower die-sleeve (24) left and right sides respectively is provided with the assembly of skewer pin (22) and skewer pin spring (21), the two ends of described skewer pin (22) are equipped with the inclined-plane guiding, described skewer pin (22) outer end is positioned at the elongated hole I (29) on the supporting plate (13), and described skewer pin (22) the inner is against on the sidewall of patrix guide pillar (27) lower end; Describedly be positioned at skewer pin (22) outer end of elongated hole I (29) and the distance of elongated hole I (29) lower end is greater than or equal to the inner distance from patrix guide pillar (27) lower surface of skewer pin (22).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201503927U CN201693015U (en) | 2010-03-30 | 2010-03-30 | Double-head pipe joint cold extrusion mold |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201503927U CN201693015U (en) | 2010-03-30 | 2010-03-30 | Double-head pipe joint cold extrusion mold |
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| CN201693015U true CN201693015U (en) | 2011-01-05 |
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| CN2010201503927U Expired - Fee Related CN201693015U (en) | 2010-03-30 | 2010-03-30 | Double-head pipe joint cold extrusion mold |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102699213A (en) * | 2012-06-21 | 2012-10-03 | 宁波市鄞州剑均机械科技有限公司 | Hot stamping mold of copper piece |
| CN107303589A (en) * | 2016-04-18 | 2017-10-31 | 河北工业大学 | A kind of method and mould for producing lead joint terminal |
-
2010
- 2010-03-30 CN CN2010201503927U patent/CN201693015U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102699213A (en) * | 2012-06-21 | 2012-10-03 | 宁波市鄞州剑均机械科技有限公司 | Hot stamping mold of copper piece |
| CN107303589A (en) * | 2016-04-18 | 2017-10-31 | 河北工业大学 | A kind of method and mould for producing lead joint terminal |
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