CN203739141U - Automatic membrane material transferring and punching injection molding mold - Google Patents
Automatic membrane material transferring and punching injection molding mold Download PDFInfo
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- CN203739141U CN203739141U CN201420083877.7U CN201420083877U CN203739141U CN 203739141 U CN203739141 U CN 203739141U CN 201420083877 U CN201420083877 U CN 201420083877U CN 203739141 U CN203739141 U CN 203739141U
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Abstract
The utility model discloses an automatic membrane material transferring and punching injection molding mold. The automatic membrane material transferring and punching injection molding mold comprises a membrane material fixing lead-in device, a punching injection molding mold and a membrane material dragging device, wherein the membrane material fixing lead-in device and the membrane material dragging device are respectively positioned at an inlet side and an outlet side of a membrane material channel formed in a fixed mold of the punching injection molding mold; the membrane material fixing lead-in device and the membrane material dragging device are both provided with upper and lower slide frames and front and rear slide frames; the front and rear slide frames are arranged on the upper and lower slide frames and slide along with the upper and lower slide frames; the front and rear slide frames of the membrane material fixing lead-in device are connected with a membrane material installation frame and a lead-in clamping roller mechanism; the front and rear slide frames of the membrane material dragging device are provided with dragging clamping roller mechanisms; the upper and lower slide frames of the membrane material fixing lead-in device and the membrane material dragging device are connected with a moving mold of the punching injection molding mold in a fastening mode; and the upper and lower slide frames of the membrane material fixing lead-in device and the membrane material dragging device are connected with the moving mold of the punching injection molding mold by connecting elements in a fastening mold. The automatic membrane material transferring and punching injection molding mold provided by the utility model reduces the production cost greatly, simplifies the working procedure, meanwhile improves the product quality, and improves the production efficiency greatly.
Description
Technical field
The utility model relates to particular manufacturing craft technical field, is specifically related to one and automatically turns, rushes film material injection forming mold.
Background technology
Transfusion device above medicine equipment or the not film material of choke that blocks water of blood transfusion apparatus are all to pack in needle for inserting bottle with mucous membrane sheet now, shortcoming be can not ensure the quality of product, workman fills and not in placely occurs that drainage, external product detect while using in hospital and bear incessantly pressure test sometimes, assembling speed is slow; Gadget above other medical treatment is with ultrasonic welding machine, film material to be welded on plastic products, and shortcoming is to increase equipment, management, workman, process cost to enterprise, and production efficiency is low.
Utility model content
For the deficiency under prior art, the utility model provides one automatically to turn, rush film material injection forming mold.
To achieve these goals, the utility model solves the technical scheme that its technical problem adopts: automatically turn, rush film material injection forming mold, comprise that film material fixes gatherer, stamping-out injection mold, film material draw-gear, the fixing gatherer of described film material and film material draw-gear lay respectively at the entrance and exit side of the film material passage of offering on the quiet mould of stamping-out injection mold, the fixing gatherer of described film material and film material draw-gear are equipped with and slide up and down frame and front and back travelling carriage, front and back travelling carriage is arranged on to slide up and down on frame and with sliding up and down frame and slides, on the front and back travelling carriage of the fixing gatherer of film material, be connected with film material installing rack and import nip rolls mechanism, the front and back travelling carriage of film material draw-gear is provided with haulage clip rod mechanism, the frame that slides up and down of the fixing gatherer of described film material and film material draw-gear is all fastenedly connected by the dynamic model of connector and stamping-out injection mold, on the die joint between dynamic model and quiet mould, be provided with the injection moulding die cavity of some marshallings, each injection moulding die cavity is all connected with the sprue bush being arranged in quiet mould middle part by cast passage, on described quiet mould, be also provided with diaphragm blanking apparatus, diaphragm blanking apparatus is before dynamic model and quiet mould matched moulds, first will get off by the diaphragm punching in film material passage and deliver to bottom in injection moulding die cavity along with matched moulds moves, the dynamic model fuse wherein arranging in dynamic model makes dynamic model fuse outwards eject under the effect of spring force, in the time of dynamic model and quiet mould matched moulds, diaphragm after the dynamic model fuse outwards ejecting compresses the sub-front end of quiet core rod arranging in quiet mould and is positioned at the stamping-out of the sub-front end of quiet core rod, dynamic model fuse and the sub-front end of quiet core rod connect and the diaphragm after stamping-out are accessed to middle part in injection moulding die cavity.
Furtherly, described dynamic model, comprise moving-mould-core subpad plate, dynamic model fuse fixed head, dynamic model template, the product lid injection moulding die cavity basal sliding arranging in the lower surface of described dynamic model template is provided with knock-pin, knock-pin middle and lower part penetrates in moving-mould-core subpad plate, dynamic model fuse fixed head, between dynamic model template, knock-pin upper end is in transmission connection with the ejecting mechanism being arranged on moving-mould-core subpad plate, a side correspondence that is positioned at the product lid injection moulding die cavity of the lower surface setting of dynamic model template is provided with dynamic model fuse, dynamic model fuse lower end penetrates dynamic model fuse fixed head and is fitted in the dynamic model template below dynamic model fuse fixed head, its upper end is provided with cylindrical nut and is socketed in the counterbore that dynamic model fuse fixed head upper surface offers, the degree of depth of counterbore is greater than the height of cylindrical nut, the fastening moving-mould-core subpad plate that is fitted with of dynamic model fuse fixed head upper surface, end face middle part, described dynamic model fuse upper end offers blind hole vertically, in blind hole, be crimped with elastic spring.
Furtherly, described ejecting mechanism comprises dynamic model pressing plate, push rod backing plate, push rod fixed head, mould sole, two mould sole symmetries are fixedly connected on moving-mould-core subpad plate upper surface both sides, dynamic model pressing plate middle part offers through hole and is fixedly fitted in two mould sole upper surfaces, be positioned at by two mould soles, dynamic model pressing plate, in the rectangular through-hole of moving-mould-core subpad plate composition, be provided with push rod fixed head and push rod backing plate, knock-pin upper end is socketed in push rod fixed head, the fastening push rod fixed head upper surface that is fitted in of push rod backing plate, be positioned on four angles of push rod fixed head and be provided with return push rod, return push rod lower end penetrates moving-mould-core subpad plate successively, dynamic model fuse fixed head, dynamic model template, when matched moulds, and knock-pin lower surface concordant with die joint, return push rod lower surface is positioned at the injection moulding cavity bottom on dynamic model, when parting, return push rod lower surface stretches out die joint and the product lid injection moulding die cavity on dynamic model is stretched out in knock-pin lower surface, the push rod fixed head two minor face middle part places of keeping to the side are provided with lead, described lead lower end is fixedly sleeved in moving-mould-core subpad plate, upper end penetrates push rod fixed head, push rod backing plate, dynamic model pressing plate successively, dynamic model pressing plate is provided with the guide pin bushing matching with lead, on the return push rod between push rod fixed head and moving-mould-core subpad plate, is all socketed with return spring.
Furtherly, the quiet mould of described stamping-out injection mold, comprise quiet moulded board, the sub-fixed head of quiet core rod, rush film casing backing plate, punch die sleeve pipe fixed head, quiet mould plate, the product lid injection moulding die cavity arranging in quiet mould plate upper surface and the corresponding combination of product lid injection moulding die cavity arranging in the lower surface of dynamic model template, a side that is positioned at the product lid injection moulding die cavity of quiet mould plate upper surface is provided with the outer wall of product main body injection moulding die cavity, the inwall of product main body injection moulding die cavity is by dynamic model fuse leading section and be arranged on the leading section of quiet core rod in product main body injection moulding die cavity and the punching diaphragm that clamps between the front end face of dynamic model fuse and the front end face of quiet core rod forms, the tail end of quiet core rod is fixedly sleeved in the sub-fixed head of quiet core rod, quiet moulded board is fixedly fitted in the sub-fixed head lower surface of quiet core rod, the sub-fixed head upper surface of quiet core rod is folded and is had punch die sleeve pipe backing plate successively, punch die sleeve pipe fixed head, quiet mould plate, wherein, punch die sleeve pipe backing plate and punch die sleeve pipe fixed head link into an integrated entity by screw fastening, on four angles of quiet moulded board, be all fixedly installed limited location guide pillar, four angles of the sub-fixed head of quiet core rod are all fixedly sleeved with spacing guide pillar, punch die sleeve pipe backing plate, punch die sleeve pipe fixed head, four angles and the spacing guide pillar pivot bush unit of quiet mould plate, punch die sleeve pipe backing plate is connected with the film cylinder-driven that rushes that is symmetricly set on quiet moulded board both sides, be positioned on the quiet moulded board of two punch die cylinder both sides and be all fixedly installed spacing mandril, spacing mandril upper surface penetrates the sub-fixed head of quiet core rod successively, punch die sleeve pipe backing plate, punch die sleeve pipe fixed head withstands quiet mould plate lower surface, end at spacing mandril is socketed with brute spring to the spacing mandril between the sub-fixed head upper surface of quiet core rod.
Furtherly, in described dynamic model template and quiet mould plate, all offer cooling-water duct, porch and the exit of cooling-water duct are connected with snap joint.
Furtherly, the described frame that slides up and down comprises fixed base plate, fixed base plate two ends are respectively provided with a pair of guide rod that vertically moves, two pairs vertically move on guide rod all slip cap and are connected to and vertically move piece, two vertically move and between piece, are fixedly connected with two transverse shifting guide rails, two vertically move between piece lower surface middle part and fixed base plate and are provided with elastic reset device, two vertically move piece upper surface middle part is all fixedly connected with and vertically moves piece parallels, described dynamic model is by resetting block and vertically moves piece parallels and slide up and down frame and be connected, described resetting block symmetry is fixedly connected in dynamic model upper and lower side or on left and right side, being positioned at one vertically moves and on piece lateral wall, is also provided with adjusting cylinders, described front and back travelling carriage comprises two transverse shifting pieces and transverse shifting piece connecting screw rod, two transverse shifting pieces vertically move between piece inner side or both sides, outside two, and be all slidably socketed on transverse shifting guide rail, transverse shifting piece connecting screw rod is fixedly connected between two transverse shifting pieces, and wherein a transverse shifting piece and adjusting cylinders are in transmission connection.
Furtherly, the roll-film installation shaft that described film material installing rack is arranged at roll-film gripper shoe front end by the roll-film gripper shoe on a pair of front and back travelling carriage that is fixed on the fixing gatherer of film material and rotation forms, described importing nip rolls mechanism is arranged on two tops, transverse shifting pieces middle part of the front and back travelling carriage of the fixing gatherer of film material two roll shafts by rotation form, two roll shafts distribute up and down, the two ends that are positioned at the roll shaft of top are provided with chute, and chute upper end arranges wheelbase adjusting screw(rod).
Furtherly, described haulage clip rod mechanism comprises a servomotor, annular knurl roll shaft, rolling roll shaft, front and back travelling carriage two tops, transverse shifting piece middle part that are arranged on film material draw-gear are rotated at the two ends of described annular knurl roll shaft and rolling roll shaft, annular knurl roll shaft is positioned at directly over rolling roll shaft, and annular knurl roll shaft two ends are provided with gliding groove, the upper end that is positioned at gliding groove is provided with wheelbase adjusting screw(rod), one of the frame that slides up and down that servomotor is fixedly connected on film material draw-gear vertically moves on piece outer wall, the rotating shaft of servomotor is in transmission connection by driving force connector and rolling roll shaft one end.
The beneficial effects of the utility model: of the present utility modelly automatically turn, rush film material injection forming mold and greatly reduce production cost, simplified production process, improved the quality of product simultaneously, production efficiency also significantly improves.
Brief description of the drawings
Fig. 1 is overall structure schematic diagram of the present utility model;
Fig. 2 is the internal structure cutaway view of the utility model stamping-out injection mold;
Fig. 3 is the L-A partial enlarged view of Fig. 2;
Fig. 4 is the plan structure schematic diagram of the quiet mould plate of the utility model;
Fig. 5 is the structural representation of the fixing gatherer of the utility model film material;
Fig. 6 is the structural representation of the utility model film material draw-gear;
Fig. 7 is the structural representation of the utility model driving force connector.
Wherein, the fixing gatherer of 1-film material; 2-stamping-out injection mold; 3-film material draw-gear; 4-film material passage; 5-dynamic model pressing plate; 6-push rod backing plate; 7-push rod fixed head; 8-piece mould sole; 9-moving-mould-core subpad plate; 10-dynamic model fuse fixed head; 11-dynamic model template; 12-injection moulding die cavity; 13-dynamic model fuse; 14-knock-pin; 15-return push rod; 16-quiet moulded board; The sub-fixed head of 17-quiet core rod; 18-punch die sleeve pipe backing plate; 19-punch die sleeve pipe fixed head; 20-quiet mould plate; 21-cast passage; 22-lead; 23-quiet core rod; 24-spacing guide pillar; 25-rush film cylinder; 26-spacing mandril; 27-brute spring; 28-snap joint; 29-fixed base plate; 30-vertically move guide rod; 31-vertically move piece; 32-transverse shifting guide rail; 33-vertically move piece parallels; 34-resetting block; 35-transverse shifting piece; 36-transverse shifting piece connecting screw rod; 37-adjusting cylinders; 38-roll-film gripper shoe; 39-servomotor; 40-annular knurl roll shaft; 41-rolling roll shaft; 42-driving force connector; 43-cooling-water duct; 44-roll-film installation shaft.
Detailed description of the invention
Automatically turn, rush film material injection forming mold, comprise that film material fixes gatherer 1, stamping-out injection mold 2, film material draw-gear 3, the fixing gatherer 1 of described film material and film material draw-gear 3 lay respectively at the entrance and exit side of the film material passage 4 of offering on the quiet mould of stamping-out injection mold 2, the fixing gatherer 1 of described film material and film material draw-gear 3 are equipped with and slide up and down frame and front and back travelling carriage, front and back travelling carriage is arranged on to slide up and down on frame and with sliding up and down frame and slides, on the front and back travelling carriage of the fixing gatherer 1 of film material, be connected with film material installing rack and import nip rolls mechanism, the front and back travelling carriage of film material draw-gear 3 is provided with haulage clip rod mechanism, the frame that slides up and down of the fixing gatherer 1 of described film material and film material draw-gear 3 is all fastenedly connected by the dynamic model of connector and stamping-out injection mold 2, on the die joint between dynamic model and quiet mould, be provided with the injection moulding die cavity 12 of some marshallings, each injection moulding die cavity 12 is all connected with the sprue bush being arranged in quiet mould middle part by cast passage 21, on described quiet mould, be also provided with diaphragm blanking apparatus, diaphragm blanking apparatus is before dynamic model and quiet mould matched moulds, first will get off by the diaphragm punching in film material passage 4 and deliver to the interior bottom of injection moulding die cavity 12 along with matched moulds moves, the dynamic model fuse 13 wherein arranging in dynamic model makes dynamic model fuse 13 outwards eject under the effect of spring force, in the time of dynamic model and quiet mould matched moulds, the dynamic model fuse 13 outwards ejecting compresses the diaphragm after quiet core rod 23 front ends that arrange in quiet mould and the stamping-out that is positioned at quiet core rod 23 front ends, dynamic model fuse 13 and quiet core rod 23 front ends connect and the diaphragm after stamping-out are accessed to injection moulding die cavity 12 interior middle parts, described dynamic model, comprise moving-mould-core subpad plate 9, dynamic model fuse fixed head 10, dynamic model template 11, the product lid injection moulding die cavity basal sliding arranging in the lower surface of described dynamic model template 11 is provided with knock-pin 14, knock-pin 14 middle and lower parts penetrate in moving-mould-core subpad plate 9, dynamic model fuse fixed head 10, between dynamic model template 11, knock-pin 14 upper ends are in transmission connection with the ejecting mechanism being arranged on moving-mould-core subpad plate 9, a side correspondence that is positioned at the product lid injection moulding die cavity of the lower surface setting of dynamic model template 11 is provided with dynamic model fuse 13, dynamic model fuse 13 lower ends penetrate dynamic model fuse fixed head 10 and are fitted in dynamic model fuse fixed head 10 dynamic model template 11 below, its upper end is provided with cylindrical nut and is socketed in the counterbore that dynamic model fuse fixed head 10 upper surfaces offer, the degree of depth of counterbore is greater than the height of cylindrical nut, the fastening moving-mould-core subpad plate 9 that is fitted with of dynamic model fuse fixed head 10 upper surfaces, described dynamic model fuse 13 end face middle parts, upper end offer blind hole vertically, in blind hole, be crimped with elastic spring, described ejecting mechanism comprises dynamic model pressing plate 5, push rod backing plate 6, push rod fixed head 7, mould sole 8, two mould sole 8 symmetries are fixedly connected on moving-mould-core subpad plate 9 upper surface both sides, dynamic model pressing plate 5 middle parts offer through hole and are fixedly fitted in two mould sole 8 upper surfaces, be positioned at by two mould soles 8, dynamic model pressing plate 5, in the rectangular through-hole that moving-mould-core subpad plate 9 forms, be provided with push rod fixed head 7 and push rod backing plate 6, knock-pin 14 upper ends are socketed in push rod fixed head 7, fastening push rod fixed head 7 upper surfaces that are fitted in of push rod backing plate 6, be positioned on four angles of push rod fixed head 7 and be provided with return push rod 15, return push rod 15 lower ends penetrate moving-mould-core subpad plate 9 successively, dynamic model fuse fixed head 10, dynamic model template 11, when matched moulds, and knock-pin 14 lower surfaces concordant with die joint, return push rod 15 lower surfaces are positioned at the injection moulding cavity bottom on dynamic model, when parting, return push rod 15 lower surfaces stretch out die joint and the product lid injection moulding die cavity on dynamic model is stretched out in knock-pin 14 lower surfaces, 7 liang of minor face middle parts of push rod fixed head place of keeping to the side is provided with lead 22, described lead 22 lower ends are fixedly sleeved in moving-mould-core subpad plate 9, upper end penetrates push rod fixed head 7, push rod backing plate 6, dynamic model pressing plate 5 successively, dynamic model pressing plate 5 is provided with the guide pin bushing matching with lead 22, on the return push rod 15 between push rod fixed head 7 and moving-mould-core subpad plate 9, is all socketed with return spring.
The quiet mould of described stamping-out injection mold, comprise quiet moulded board 16, the sub-fixed head 17 of quiet core rod, rush film casing backing plate 18, punch die sleeve pipe fixed head 19, quiet mould plate 20, the product lid injection moulding die cavity arranging in quiet mould plate 20 upper surfaces and the corresponding combination of product lid injection moulding die cavity arranging in the lower surface of dynamic model template 11, a side that is positioned at the product lid injection moulding die cavity of quiet mould plate 20 upper surfaces is provided with the outer wall of product main body injection moulding die cavity, the inwall of product main body injection moulding die cavity is by dynamic model fuse 13 leading sections and be arranged on the leading section of quiet core rod 23 in product main body injection moulding die cavity and the punching diaphragm that clamps between the front end face of dynamic model fuse 13 and the front end face of quiet core rod 23 forms, the tail end of quiet core rod 13 is fixedly sleeved in the sub-fixed head 17 of quiet core rod, quiet moulded board 16 is fixedly fitted in sub-fixed head 17 lower surfaces of quiet core rod, sub-fixed head 17 upper surfaces of quiet core rod are folded and are had punch die sleeve pipe backing plate 18 successively, punch die sleeve pipe fixed head 19, quiet mould plate 20, wherein, punch die sleeve pipe backing plate 18 and punch die sleeve pipe fixed head 19 link into an integrated entity by screw fastening, on four angles of quiet moulded board 16, be all fixedly installed limited location guide pillar 24, four angles of the sub-fixed head 17 of quiet core rod are all fixedly sleeved with spacing guide pillar 24, punch die sleeve pipe backing plate 18, punch die sleeve pipe fixed head 19, four angles of quiet mould plate 20 and spacing guide pillar 24 pivot bush units, punch die sleeve pipe backing plate 18 is in transmission connection with the film cylinder 25 that rushes that is symmetricly set on quiet moulded board 16 both sides, be positioned on the quiet moulded board 16 of two punch die cylinder 25 both sides and be all fixedly installed spacing mandril 26, spacing mandril 26 upper surfaces penetrate the sub-fixed head 17 of quiet core rod successively, punch die sleeve pipe backing plate 18, punch die sleeve pipe fixed head 19 withstands quiet mould plate 20 lower surfaces, end at spacing mandril 26 is socketed with brute spring 27 to the spacing mandril 26 between sub-fixed head 17 upper surfaces of quiet core rod, the interior cooling-water duct 43 that all offers of described dynamic model template 11 and quiet mould plate 20, the porch of cooling-water duct 43 and exit are connected with snap joint 28, the described frame that slides up and down comprises fixed base plate 29, fixed base plate 29 two ends are respectively provided with a pair of guide rod 30 that vertically moves, two pairs vertically move on guide rod 30 all slip cap and are connected to and vertically move piece 31, two vertically move and between piece 31, are fixedly connected with two transverse shifting guide rails 32, two vertically move in the middle part of piece 31 lower surfaces and are provided with elastic reset device between fixed base plate 29, two vertically move piece 31 upper surfaces middle parts is all fixedly connected with and vertically moves piece parallels 33, described dynamic model is by resetting block 34 and vertically moves piece parallels 33 and slide up and down frame and be connected, described resetting block 34 symmetries are fixedly connected in dynamic model upper and lower side or on left and right side, being positioned at one vertically moves on piece 31 lateral walls and is also provided with adjusting cylinders 37, described front and back travelling carriage comprises two transverse shifting pieces 35 and transverse shifting piece connecting screw rod 36, two transverse shifting pieces 35 vertically move between piece 31 inner sides or both sides, outside two, and be all slidably socketed on transverse shifting guide rail 32, transverse shifting piece connecting screw rod 36 is fixedly connected between two transverse shifting pieces 35, and wherein a transverse shifting piece 35 is in transmission connection with adjusting cylinders 37, the roll-film installation shaft 44 that described film material installing rack is arranged at roll-film gripper shoe 38 front ends by the roll-film gripper shoe 38 on a pair of front and back travelling carriage that is fixed on the fixing gatherer 1 of film material and rotation forms, described importing nip rolls mechanism is arranged on two transverse shifting piece 35 tops, middle parts of the front and back travelling carriage of the fixing gatherer 1 of film material two roll shafts by rotation form, two roll shafts distribute up and down, the two ends that are positioned at the roll shaft of top are provided with chute, and chute upper end arranges wheelbase adjusting screw(rod), described haulage clip rod mechanism comprises a servomotor 39, annular knurl roll shaft 40, rolling roll shaft 41, front and back travelling carriage two transverse shifting piece 35 tops, middle part that are arranged on film material draw-gear 3 are rotated at the two ends of described annular knurl roll shaft 40 and rolling roll shaft 41, annular knurl roll shaft 40 is positioned at directly over rolling roll shaft 41, and annular knurl roll shaft 40 two ends are provided with gliding groove, the upper end that is positioned at gliding groove is provided with wheelbase adjusting screw(rod), one of the frame that slides up and down that servomotor is fixedly connected on film material draw-gear 3 vertically moves on piece 31 outer walls, the rotating shaft of servomotor is in transmission connection by driving force connector 42 and rolling roll shaft 41 one end.
Claims (8)
1. automatically turn, rush film material injection forming mold, it is characterized in that, comprise that film material fixes gatherer (1), stamping-out injection mold (2), film material draw-gear (3), the fixing gatherer (1) of described film material and film material draw-gear (3) lay respectively at the entrance and exit side of the film material passage (4) of offering on the quiet mould of stamping-out injection mold (2), the fixing gatherer (1) of described film material and film material draw-gear (3) are equipped with and slide up and down frame and front and back travelling carriage, front and back travelling carriage is arranged on to slide up and down on frame and with sliding up and down frame and slides, film material is fixed and on the front and back travelling carriage of gatherer (1), is connected with film material installing rack and imports nip rolls mechanism, the front and back travelling carriage of film material draw-gear (3) is provided with haulage clip rod mechanism, the frame that slides up and down of the fixing gatherer (1) of described film material and film material draw-gear (3) is all fastenedly connected by the dynamic model of connector and stamping-out injection mold (2), on the die joint between dynamic model and quiet mould, be provided with the injection moulding die cavity (12) of some marshallings, each injection moulding die cavity (12) is all connected with the sprue bush being arranged in quiet mould middle part by cast passage (21), on described quiet mould, be also provided with diaphragm blanking apparatus, diaphragm blanking apparatus is before dynamic model and quiet mould matched moulds, first will get off by the diaphragm punching in film material passage (4) and deliver to the interior bottom of injection moulding die cavity (12) along with matched moulds moves, the dynamic model fuse (13) wherein arranging in dynamic model makes dynamic model fuse (13) outwards eject under the effect of spring force, in the time of dynamic model and quiet mould matched moulds, diaphragm after the dynamic model fuse (13) outwards ejecting compresses quiet core rod (23) front end arranging in quiet mould and is positioned at the stamping-out of quiet core rod (23) front end, dynamic model fuse (13) and quiet core rod (23) front end connect and the diaphragm after stamping-out are accessed to middle part in injection moulding die cavity (12).
2. according to claim 1ly automatically turn, rush film material injection forming mold, it is characterized in that, described dynamic model, comprise moving-mould-core subpad plate (9), dynamic model fuse fixed head (10), dynamic model template (11), the product lid injection moulding die cavity basal sliding arranging in the lower surface of described dynamic model template (11) is provided with knock-pin (14), knock-pin (14) middle and lower part penetrates in moving-mould-core subpad plate (9), dynamic model fuse fixed head (10), between dynamic model template (11), knock-pin (14) upper end is in transmission connection with the ejecting mechanism being arranged on moving-mould-core subpad plate (9), a side correspondence that is positioned at the product lid injection moulding die cavity of the lower surface setting of dynamic model template (11) is provided with dynamic model fuse (13), dynamic model fuse (13) lower end penetrates dynamic model fuse fixed head (10) and is fitted in dynamic model fuse fixed head (10) dynamic model template (11) below, its upper end is provided with cylindrical nut and is socketed in the counterbore that dynamic model fuse fixed head (10) upper surface offers, the degree of depth of counterbore is greater than the height of cylindrical nut, the fastening moving-mould-core subpad plate (9) that is fitted with of dynamic model fuse fixed head (10) upper surface, end face middle part, described dynamic model fuse (13) upper end offers blind hole vertically, in blind hole, be crimped with elastic spring.
3. according to claim 2ly automatically turn, rush film material injection forming mold, it is characterized in that, described ejecting mechanism comprises dynamic model pressing plate (5), push rod backing plate (6), push rod fixed head (7), mould sole (8), two mould soles (8) symmetry is fixedly connected on moving-mould-core subpad plate (9) upper surface both sides, dynamic model pressing plate (5) middle part offers through hole and is fixedly fitted in two mould soles (8) upper surface, be positioned at by two mould soles (8), dynamic model pressing plate (5), in the rectangular through-hole of moving-mould-core subpad plate (9) composition, be provided with push rod fixed head (7) and push rod backing plate (6), knock-pin (14) upper end is socketed in push rod fixed head (7), fastening push rod fixed head (7) upper surface that is fitted in of push rod backing plate (6), be positioned on four angles of push rod fixed head (7) and be provided with return push rod (15), return push rod (15) lower end penetrates moving-mould-core subpad plate (9) successively, dynamic model fuse fixed head (10), dynamic model template (11), when matched moulds, and knock-pin (14) lower surface concordant with die joint, return push rod (15) lower surface is positioned at the injection moulding cavity bottom on dynamic model, when parting, return push rod (15) lower surface stretches out die joint and the product lid injection moulding die cavity on dynamic model is stretched out in knock-pin (14) lower surface, push rod fixed head (7) the two minor face middle part places of keeping to the side are provided with lead (22), described lead (22) lower end is fixedly sleeved in moving-mould-core subpad plate (9), upper end penetrates push rod fixed head (7) successively, push rod backing plate (6), dynamic model pressing plate (5), dynamic model pressing plate (5) is provided with the guide pin bushing matching with lead (22), be positioned on the return push rod (15) between push rod fixed head (7) and moving-mould-core subpad plate (9) and be all socketed with return spring.
4. according to claim 1ly automatically turn, rush film material injection forming mold, it is characterized in that, the quiet mould of described stamping-out injection mold, comprise quiet moulded board (16), the sub-fixed head of quiet core rod (17), rush film casing backing plate (18), punch die sleeve pipe fixed head (19), quiet mould plate (20), the product lid injection moulding die cavity arranging in quiet mould plate (20) upper surface and the corresponding combination of product lid injection moulding die cavity arranging in the lower surface of dynamic model template (11), a side that is positioned at the product lid injection moulding die cavity of quiet mould plate (20) upper surface is provided with the outer wall of product main body injection moulding die cavity, the inwall of product main body injection moulding die cavity by dynamic model fuse (13) leading section and be arranged on the leading section of quiet core rod (23) in product main body injection moulding die cavity and be positioned at the front end face of dynamic model fuse (13) and the front end face of quiet core rod (23) between the punching diaphragm that clamps form, the tail end of quiet core rod (13) is fixedly sleeved in the sub-fixed head of quiet core rod (17), quiet moulded board (16) is fixedly fitted in the sub-fixed head of quiet core rod (17) lower surface, the sub-fixed head of quiet core rod (17) upper surface is folded and is had punch die sleeve pipe backing plate (18) successively, punch die sleeve pipe fixed head (19), quiet mould plate (20), wherein, punch die sleeve pipe backing plate (18) and punch die sleeve pipe fixed head (19) link into an integrated entity by screw fastening, on four angles of quiet moulded board (16), be all fixedly installed limited location guide pillar (24), four angles of the sub-fixed head of quiet core rod (17) are all fixedly sleeved with spacing guide pillar (24), punch die sleeve pipe backing plate (18), punch die sleeve pipe fixed head (19), four angles of quiet mould plate (20) and spacing guide pillar (24) pivot bush unit, punch die sleeve pipe backing plate (18) is in transmission connection with the film cylinder (25) that rushes that is symmetricly set on quiet moulded board (16) both sides, be positioned on the quiet moulded board (16) of two punch die cylinders (25) both sides and be all fixedly installed spacing mandril (26), spacing mandril (26) upper surface penetrates the sub-fixed head of quiet core rod (17) successively, punch die sleeve pipe backing plate (18), punch die sleeve pipe fixed head (19) withstands quiet mould plate (20) lower surface, the end that is positioned at spacing mandril (26) is socketed with brute spring (27) to the spacing mandril (26) between the sub-fixed head of quiet core rod (17) upper surface.
5. according to automatically turning, rush film material injection forming mold described in claim 2 or 4, it is characterized in that, in described dynamic model template (11) and quiet mould plate (20), all offer cooling-water duct (43), the porch of cooling-water duct (43) and exit are connected with snap joint (28).
6. according to claim 1ly automatically turn, rush film material injection forming mold, it is characterized in that, the described frame that slides up and down comprises fixed base plate (29), fixed base plate (29) two ends are respectively provided with a pair of guide rod (30) that vertically moves, two pairs vertically move the upper equal slip cap of guide rod (30) and are connected to and vertically move piece (31), two vertically move and between piece (31), are fixedly connected with two transverse shifting guide rails (32), two vertically move between piece (31) lower surface middle part and fixed base plate (29) and are provided with elastic reset device, two vertically move piece (31) upper surface middle part is all fixedly connected with and vertically moves piece parallels (33), described dynamic model is by resetting block (34) and vertically moves piece parallels (33) and slide up and down frame and be connected, described resetting block (34) symmetry is fixedly connected in dynamic model upper and lower side or on left and right side, being positioned at one vertically moves on piece (31) lateral wall and is also provided with adjusting cylinders (37), described front and back travelling carriage comprises two transverse shifting pieces (35) and transverse shifting piece connecting screw rod (36), two transverse shifting pieces (35) are positioned at two and vertically move between piece (31) inner side or both sides, outside, and be all slidably socketed on transverse shifting guide rail (32), transverse shifting piece connecting screw rod (36) is fixedly connected between two transverse shifting pieces (35), and wherein a transverse shifting piece (35) is in transmission connection with adjusting cylinders (37).
7. according to claim 1ly automatically turn, rush film material injection forming mold, it is characterized in that, the roll-film installation shaft (44) that described film material installing rack is arranged at roll-film gripper shoe (38) front end by the roll-film gripper shoe (38) on a pair of front and back travelling carriage that is fixed on the fixing gatherer (1) of film material and rotation forms, described importing nip rolls mechanism is arranged on two tops, transverse shifting pieces (35) middle part of the front and back travelling carriage of the fixing gatherer (1) of film material two roll shafts by rotation form, two roll shafts distribute up and down, the two ends that are positioned at the roll shaft of top are provided with chute, chute upper end arranges wheelbase adjusting screw(rod).
8. according to claim 1ly automatically turn, rush film material injection forming mold, it is characterized in that, described haulage clip rod mechanism comprises a servomotor (39), annular knurl roll shaft (40), rolling roll shaft (41), front and back travelling carriage two tops, transverse shifting piece (35) middle part that are arranged on film material draw-gear (3) are rotated at the two ends of described annular knurl roll shaft (40) and rolling roll shaft (41), annular knurl roll shaft (40) is positioned at directly over rolling roll shaft (41), and annular knurl roll shaft (40) two ends are provided with gliding groove, the upper end that is positioned at gliding groove is provided with wheelbase adjusting screw(rod), one of the frame that slides up and down that servomotor is fixedly connected on film material draw-gear (3) vertically moves on piece (31) outer wall, the rotating shaft of servomotor is in transmission connection by driving force connector (42) and rolling roll shaft (41) one end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420083877.7U CN203739141U (en) | 2014-02-22 | 2014-02-22 | Automatic membrane material transferring and punching injection molding mold |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420083877.7U CN203739141U (en) | 2014-02-22 | 2014-02-22 | Automatic membrane material transferring and punching injection molding mold |
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| Publication Number | Publication Date |
|---|---|
| CN203739141U true CN203739141U (en) | 2014-07-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420083877.7U Expired - Fee Related CN203739141U (en) | 2014-02-22 | 2014-02-22 | Automatic membrane material transferring and punching injection molding mold |
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| Country | Link |
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| CN (1) | CN203739141U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105382996A (en) * | 2015-12-02 | 2016-03-09 | 武汉凯尔信汽车零部件有限公司 | Automatic feeding and injection molding integrated composite mold for inserts |
| CN108407200A (en) * | 2018-03-27 | 2018-08-17 | 温州市程军模具有限公司 | Punching injection molding one-pass molding automatic die and its application method |
| CN109955432A (en) * | 2017-12-24 | 2019-07-02 | 上海花涯自动化科技有限公司 | A kind of manufacture system of the moulding containing line |
-
2014
- 2014-02-22 CN CN201420083877.7U patent/CN203739141U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105382996A (en) * | 2015-12-02 | 2016-03-09 | 武汉凯尔信汽车零部件有限公司 | Automatic feeding and injection molding integrated composite mold for inserts |
| CN109955432A (en) * | 2017-12-24 | 2019-07-02 | 上海花涯自动化科技有限公司 | A kind of manufacture system of the moulding containing line |
| CN108407200A (en) * | 2018-03-27 | 2018-08-17 | 温州市程军模具有限公司 | Punching injection molding one-pass molding automatic die and its application method |
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