CN204054483U - A kind of injection-molded item automatic cutting racking machine - Google Patents
A kind of injection-molded item automatic cutting racking machine Download PDFInfo
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- CN204054483U CN204054483U CN201420439200.2U CN201420439200U CN204054483U CN 204054483 U CN204054483 U CN 204054483U CN 201420439200 U CN201420439200 U CN 201420439200U CN 204054483 U CN204054483 U CN 204054483U
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Abstract
The utility model provides a kind of injection-molded item automatic cutting racking machine, comprises fuselage (1), air press (2), core (3), chamber mould (4), packing passage (5), rim charge road (6), product (7).Fuselage of the present utility model is respectively equipped with cabinet layer, packing layer and workbench from bottom to top; The air press being provided with stamping cylinder is positioned at above workbench left part; Core is connected to below stamping cylinder; Chamber mould can be horizontally slipped on workbench by mobile air cylinder driven; Packing passage, rim charge road and product are located in packing layer; During work, connect material products and be placed in chamber mould, chamber mould is pushed into below air press by mobile cylinder, and stamping cylinder drives core to be separated into goods, main cold burden and limit cold burden by connecting material products stamping-out downwards, goods fall into respective product through packing passage, and limit cold burden drops down onto outside fuselage through rim charge road; Main cold burden takes out after resetting by core and chamber mould from the mould of chamber, makes a mould have more the fracture packing of different goods, reaches to alleviate working strength, improve quality, avoid loading in mixture, raise the efficiency, reduce costs, and is suitable for the object of automated production.
Description
Technical field
The utility model relates to the fracture packaging device that injection moulding is produced, specifically refer to the production having more the different injection mold of goods for an auxiliary mould, the cold burden head connecting material products is separated with goods, and automatically goods different for classification is respectively charged into a kind of injection-molded item automatic cutting racking machine in respective container.
Background technology
After the injection moulded products demoulding, the company's of acquisition material products, the so-called material products that connects refers to the goods being connected with cooled cast gate and runner stub bar (being called for short cold burden head); Fracture, refers to cold burden head to disconnect with goods and is separated; Usually, need the injection mold of automatic cutting to be equipped with the automatic releasing device carried, e.g., be provided with the shree plates mold of stripper plate.Fracture packing is the goods having more the different injection mold of goods for a mould, also needs different goods shaping in each die cavity in same mould strictly to distinguish packing after fracture; The mould carrying material cutting device can not meet the requirement of strict packing.The goods of the different injection mold of goods are had more for a mould of packing after needing fracture, prior art takes artificial fracture packing, that is, after connecting the material products demoulding, by artificial by scissors fracture, then by artificial, goods shaping in each die cavity are placed in container affiliated separately respectively; Because artificial fracture packing working strength is large, quality of tube cutting is poor, and easily load in mixture, production efficiency is low, causes goods integrated cost high, and is unsuitable for the production in full-automatic unmanned on duty or man-machine isolation ultrapurification workshop; Therefore, prior art exist working strength large, of poor quality, easily load in mixture, efficiency is low, cost is high, is unsuitable for the problems and shortcomings of automated production.
Summary of the invention
For above-mentioned prior art Problems existing with not enough, the utility model adopts the device be made up of fuselage, air press, core, chamber mould, packing passage, rim charge road, product, and fuselage is respectively equipped with cabinet layer, packing layer and workbench from bottom to top; Workbench is provided with fall hole, rim charge of goods and falls hole, left limit block, right limit block, chute and emptiness avoiding hole, wherein, described emptiness avoiding hole is along workbench left and right directions center line, left and right two position being positioned at workbench, described goods fall hole and the left limit block of hole, rim charge that fall is positioned at the left part of workbench, and described right limit block is positioned at the right part of workbench; Air press is made up of support, stamping cylinder, non-return cylinder and guide pillar; Air press corresponds to described goods the fall top in hole of hole, rim charge that falls and is fixed on above workbench, below the stamping cylinder that core is connected to air press through core support plate and guide pillar; Chamber mould is positioned at above the mould support plate of chamber, and chamber mould support plate can horizontally slip and be connected to above workbench, and the right flank of chamber mould support plate is connected with the piston rod of mobile cylinder, and the cylinder body of described mobile cylinder is fixed on right part below workbench; Play primary state, chamber mould and chamber mould support plate are positioned at the right part above workbench; Packing passage, rim charge road and product are arranged in the described packing layer of fuselage; Cabinet bed device has air compressor machine, controller and magnetic valve; Cabinet layer is also provided with shell, and the front side wall place of described shell is provided with moisture trap and console switch; During work, chamber mould is placed in by connecting material products, chamber mould is pushed into left below air press by mobile cylinder, start stamping cylinder and drive the downward stamping-out of core, the company's material products stamping-out being arranged in chamber mould is separated into goods, main cold burden and limit cold burden, wherein, different goods are pressed separately and position corresponding to each passage of packing passage, fall into respective product respectively downwards through fall hole, packing passage of goods, limit cold burden falls into through fall hole, rim charge road of rim charge the rim charge case being located at external fuselage; After core and chamber mould reset, by the technical scheme that main cold burden takes out from the mould of chamber, a kind of injection-molded item automatic cutting racking machine is provided, be intended to make a mould have more the fracture packing of different goods, reach and alleviate working strength, improve quality, avoid loading in mixture, raise the efficiency, reduce costs, be suitable for the object of automated production.
The purpose of this utility model is achieved in that a kind of injection-molded item automatic cutting racking machine, comprise fuselage, air press, core, chamber mould, packing passage, rim charge road, product, wherein: described fuselage is support by rectangular frame the steel components that three rectangular steel plates aspects form, from bottom to top, three steel plate aspects of fuselage are respectively cabinet layer, packing layer and workbench; The through hole that left and right two position of described workbench, center line are in left-right direction provided with rectangular strip is called emptiness avoiding hole; With described emptiness avoiding hole for symmetrical centre, described workbench, in the position, side, front and back of described emptiness avoiding hole left part, is arranged with that two are parallel to each other, the through hole of rectangular strip is called that goods fall hole; With described emptiness avoiding hole for symmetrical centre, in the fall position, side, front and back in hole of two described goods, described workbench is arranged with that two are parallel to each other, the through hole of rectangular strip is called that rim charge falls hole; Left limit block and right limit block is also fixed with above workbench, described left limit block, right limit block are be made up of the steel nut of rectangular block shape and bolt, described left limit block is positioned at the left side side of described emptiness avoiding hole, and described right limit block is positioned at the right side side of described emptiness avoiding hole; Above workbench, fall between hole at fall hole and described rim charge of described goods, be also provided with two with described emptiness avoiding hole be symmetrical centre, be parallel to each other, the strip groove of cross section semicircular in shape is called chute; Described cabinet bed device has air compressor machine, controller and magnetic valve; The side all around of cabinet layer is also provided with shell, and described shell is the steel components of rectangle, hollow, thin-walled, and the front side wall place of described shell is provided with moisture trap and console switch;
Described air press is made up of support, stamping cylinder, non-return cylinder, guide pillar, described support is the door shape component be made up of crossbeam, column, the fore-and-aft direction arranged above support, the steel plate of level are called crossbeam, and the steel plate vertically downward that front and back two end of described crossbeam is arranged is called column; Described guide pillar is cylindrical steel components; The cylinder body of described stamping cylinder is fixed on the center above of described crossbeam, and the piston rod slide downward of stamping cylinder is through described crossbeam; Described crossbeam, in the position, side, front and back of cylinder body being positioned at described stamping cylinder, is also respectively equipped with and is called guide hole for the manhole through described guide pillar; The cylinder body of described non-return cylinder is fixedly connected with the left surface center of described crossbeam, and the piston rod of non-return cylinder stretches into the below of described crossbeam to the right; Described guide pillar slides to be arranged in and is located at described guide hole;
Described core is provided with the steel blanking die of the rectangular plate-like of core array below being, described core array is be made up of some battle array, downwards cores of protrusion of being arranged in, and the arrangement of described core array is corresponding with the downward projection layout connecting the goods of material products, main cold burden and limit cold burden; Core is fixedly connected on below core support plate, described core support plate is the steel components of rectangular plate-like, the center above of core support plate is fixed with the link in doorframe shape protruding upward, and the framework on the limit, left and right two of described link is vertical frame, and the framework on top is horizontal pane; The center of core support plate is also provided with circular through hole and is called and wears material hole;
Described chamber mould is the steel blanking die of the rectangular plate-like being provided with die cavity array, described die cavity array be by being somely arranged in battle array, up-small and down-big step through-hole is formed, the arrangement of described die cavity array is corresponding with the described core array of core; The part corresponding to main cold burden in described die cavity array is groove, and in described die cavity array, the junction corresponding to goods, main cold burden and limit cold burden is provided with the cutting edge coordinated with the described core array of core; Chamber mould is fixedly connected on above the mould support plate of chamber, and described chamber mould support plate is the steel components of rectangular plate-like, and the rectangular through-hole that described chamber mould support plate is provided with corresponding product location in the described core array with chamber mould is called to fall hole; The ball spherical with the steel of the described chute corresponding matching of workbench is provided with below the mould support plate of described chamber; The right flank center of described chamber mould support plate is fixedly connected with the piston rod of mobile cylinder;
Described packing passage is gather by hollow and thin-walled steel pipe, in left-right direction arrangement that some cross sections are rectangular the lane device formed, the set of packing channel upper each passage, vertical, parallel, the upper port set of each passage of packing passage, concordant, upward; The each passage in bottom of packing passage from left to right successively respectively to lower-left, downwards, to the right to dispersing arrangement, the lower port dispersion of each passage of packing passage, concordant, down;
Described rim charge road is the hollow and thin-walled steel components of up big and down small rectangular funnel shape, and the bottom in rim charge road is provided with downwardly towards left-oblique rectangular duct;
Described product is hollow, has the plastics matter component of the end, top opening, cylindrical cup-shaped;
Described stamping cylinder, non-return cylinder, mobile cylinder are the Pneumatic extension executive component be made up of cylinder body, piston rod;
Air press correspondence is positioned at described goods the fall top in hole of hole and rim charge that falls and is fixed on above workbench through the column of described support; Core is connected with the piston rod of described stamping cylinder through the described link of core support plate, and the lower end of the described guide pillar of air press is fixedly connected with core support plate; Described link is positioned at below the crossbeam of described support, and the piston rod of described non-return cylinder stretches out slip to the right and is stuck in below the horizontal pane on described link top; Chamber mould slides through chamber mould support plate and is positioned at above workbench, and the described ball of chamber mould support plate fastens and rolls in the described chute of workbench, and the right side side that the cylinder body of described mobile cylinder is positioned at described emptiness avoiding hole is fixedly connected with below workbench; Play primary state, chamber mould and chamber mould support plate are positioned at the right part above workbench; Packing passage, rim charge road and product are arranged in the described packing layer of fuselage; The upper port of packing passage corresponds to the described goods hole that falls and is fixedly connected on below workbench, the lower port of packing passage is unsettled above described packing layer, some product are arranged in battle array and are placed in above packing layer, each passage lower port corresponding respectively to packing passage suitable for reading of each product; The upper port in rim charge road corresponds to the described rim charge hole that falls and is fixedly connected on below workbench, and the lower port in rim charge road is stretched out down outside packing layer and fuselage to left down; Stamping cylinder carries out linkage interlocked connection with non-return cylinder by magnetic valve pneumatic circuit, described linkage interlocked be that when the piston rod of stamping cylinder stretches out, then the piston rod of non-return cylinder is synchronously retracted; When the piston rod of stamping cylinder is retracted, then the piston rod of non-return cylinder synchronously stretches out.
The face, direction of said structure statement is divided into up, down, left, right, front, rear side, wherein, before be face in the face of device front view, after be and described before relative face.
Operation principle and beneficial effect
During work, chamber mould is placed in by connecting material products, chamber mould is pushed into left below air press through chamber mould support plate by mobile cylinder, start stamping cylinder, the piston rod of non-return cylinder is retracted, stamping cylinder drives the downward stamping-out of core, the company's material products stamping-out being arranged in chamber mould is separated into goods through the described cutting edge of chamber mould by core, main cold burden and limit cold burden, wherein, different goods are by the position corresponding to each passage that is respective and packing passage, through the hole that falls described in the mould support plate of chamber, the described goods of workbench fall hole, packing passage falls into respective product downwards respectively, simultaneously, limit cold burden to fall hole through the described rim charge of workbench, rim charge road falls into the rim charge case being located at external fuselage and arranging, afterwards, stamping cylinder drives core upwards to reset, and mobile cylinder drives chamber mould support plate and chamber mould to reset to the right, after core and chamber mould reset, is taken out by main cold burden from the mould of chamber,
The position that left limit block and right limit block move right left for regulating chamber mould support plate and chamber mould;
When stamping cylinder and non-return cylinder linkage interlocked is for prevent stamping cylinder from losing lifting force that air pressure loses core, core support plate, due to the Action of Gravity Field of core, core support plate, cause core, core support plate declines and causing trouble automatically.
This apparatus structure is simple, reliable operation; Both manual operation can be coordinated, again can supporting machinery hand fully automatic operation: when coordinating manual operation, connecting that material products is placed in chamber mould and main cold burden is taken out this two procedures from chamber mould can by manually completing; During supporting machinery hand fully automatic operation, even material products is placed in chamber mould and main cold burden is taken out this two procedures from chamber mould and then completed by manipulator; This matched with devices manipulator fully automatic operation, can realize the production in full-automatic unmanned on duty or man-machine isolation ultrapurification workshop.Present arrangement avoids the drawback of artificial fracture packing, make a mould have more the fracture packing of different goods, alleviate working strength, improve quality, avoid and load in mixture, improve efficiency, reduce cost, and be suitable for automation and form a complete production network.
Above-mentioned, the utility model adopts the device be made up of fuselage, air press, core, chamber mould, packing passage, rim charge road, product, and fuselage is respectively equipped with cabinet layer, packing layer and workbench from bottom to top; Workbench is provided with fall hole, rim charge of goods and falls hole, left limit block, right limit block, chute and emptiness avoiding hole, wherein, described emptiness avoiding hole is along workbench left and right directions center line, left and right two position being positioned at workbench, described goods fall hole and the left limit block of hole, rim charge that fall is positioned at the left part of workbench, and described right limit block is positioned at the right part of workbench; Air press is made up of support, stamping cylinder, non-return cylinder and guide pillar; Air press corresponds to described goods the fall top in hole of hole, rim charge that falls and is fixed on above workbench, below the stamping cylinder that core is connected to air press through core support plate and guide pillar; Chamber mould is positioned at above the mould support plate of chamber, and chamber mould support plate can horizontally slip and be connected to above workbench, and the right flank of chamber mould support plate is connected with the piston rod of mobile cylinder, and the cylinder body of described mobile cylinder is fixed on right part below workbench; Play primary state, chamber mould and chamber mould support plate are positioned at the right part above workbench; Packing passage, rim charge road and product are arranged in the described packing layer of fuselage; Cabinet bed device has air compressor machine, controller and magnetic valve; Cabinet layer is also provided with shell, and the front side wall place of described shell is provided with moisture trap and console switch; During work, chamber mould is placed in by connecting material products, chamber mould is pushed into left below air press by mobile cylinder, start stamping cylinder and drive the downward stamping-out of core, the company's material products stamping-out being arranged in chamber mould is separated into goods, main cold burden and limit cold burden, wherein, different goods are pressed separately and position corresponding to each passage of packing passage, fall into respective product respectively downwards through fall hole, packing passage of goods, limit cold burden falls into through fall hole, rim charge road of rim charge the rim charge case being located at external fuselage; After core and chamber mould reset, by the technical scheme that main cold burden takes out from the mould of chamber, overcome prior art exist working strength large, of poor quality, easily load in mixture, efficiency is low, cost is high, be unsuitable for the problems and shortcomings of automated production, a kind of injection-molded item automatic cutting racking machine provided, make a mould have more the fracture packing of different goods, reach and alleviate working strength, improve quality, avoid loading in mixture, raise the efficiency, reduce costs, be suitable for the object of automated production.
Accompanying drawing explanation
Fig. 1 is that the master of a kind of injection-molded item automatic cutting racking machine of the present utility model looks sectional structure schematic diagram;
Fig. 2 is that the axle of Fig. 1 measures intention;
Fig. 3 is a kind of injection-molded item automatic cutting racking machine of the present utility model, is operated in mobile cylinder 42 and is pushed into below air press 2 left by chamber mould 4, and stamping cylinder 22 drives the principle schematic of the downward stamping-out tense of core 3;
Fig. 4 is the extraction enlarged drawing in A portion in Fig. 3;
Fig. 5 is that the axle of Fig. 3 measures intention;
Fig. 6 is the extraction enlarged drawing in B portion in Fig. 5;
Fig. 7 is chamber mould 4, chamber mould support plate 41 parts of a kind of injection-molded item automatic cutting racking machine of the present utility model, and a kind of axle connecting material products 01 measures intention;
Fig. 8 is that a kind of axle of material products 01 after a kind of injection-molded item automatic cutting racking machine fracture of the present utility model is packed as goods 011, main cold burden 012, limit cold burden 013 that connect measures intention.
Below in conjunction with the embodiment in accompanying drawing, the utility model is described in further detail, but should not be construed as any restriction of the present utility model.
In figure: fuselage 1, cabinet layer 11, packing layer 12, workbench 13, goods fall hole 131, rim charge falls hole 132, left limit block 133, right limit block 134, chute 135, emptiness avoiding hole 136, shell 137, air press 2, support 21, stamping cylinder 22, non-return cylinder 23, guide pillar 24, core 3, core support plate 31, link 311, chamber mould 4, chamber mould support plate 41, mobile cylinder 42, cutting edge 43, packing passage 5, rim charge road 6, product 7, connect material products 01, goods 011, main cold burden 012, limit cold burden 013, rim charge case 02.
Detailed description of the invention
Consult Fig. 1 ~ Fig. 8, a kind of injection-molded item automatic cutting racking machine of the present utility model, comprise fuselage 1, air press 2, core 3, chamber mould 4, packing passage 5, rim charge road 6, product 7, wherein: described fuselage 1 is support by rectangular frame the steel components that three rectangular steel plates aspects form, from bottom to top, three steel plate aspects of fuselage 1 are respectively cabinet layer 11, packing layer 12 and workbench 13; The through hole that left and right two position of described workbench 13, center line are in left-right direction provided with rectangular strip is called emptiness avoiding hole 136; With described emptiness avoiding hole 136 for symmetrical centre, described workbench 13, in the position, side, front and back of described emptiness avoiding hole 136 left part, is arranged with that two are parallel to each other, the through hole of rectangular strip is called that goods fall hole 131; With described emptiness avoiding hole 136 for symmetrical centre, in the fall position, side, front and back in hole 131 of two described goods, described workbench 13 is arranged with that two are parallel to each other, the through hole of rectangular strip is called that rim charge falls hole 132; Left limit block 133 and right limit block 134 is also fixed with above workbench 13, described left limit block 133, right limit block 134 are be made up of the steel nut of rectangular block shape and bolt, described left limit block 133 is positioned at the left side side of described emptiness avoiding hole 136, and described right limit block 134 is positioned at the right side side of described emptiness avoiding hole 136; Above workbench 13, fall between hole 132 at fall hole 131 and described rim charge of described goods, be also provided with two with described emptiness avoiding hole 136 be symmetrical centre, be parallel to each other, the strip groove of cross section semicircular in shape is called chute 135; Described cabinet layer 11 device has air compressor machine, controller and magnetic valve; The side all around of cabinet layer 11 is also provided with shell 137, and described shell 137 is the steel components of rectangle, hollow, thin-walled, and the front side wall place of described shell 137 is provided with moisture trap and console switch;
Described air press 2 is made up of support 21, stamping cylinder 22, non-return cylinder 23, guide pillar 24, described support 21 is the door shape component be made up of crossbeam, column, the fore-and-aft direction arranged above support 21, the steel plate of level are called crossbeam, and the steel plate vertically downward that front and back two end of described crossbeam is arranged is called column; Described guide pillar 24 is cylindrical steel components; The cylinder body of described stamping cylinder 22 is fixed on the center above of described crossbeam, and the piston rod slide downward of stamping cylinder 22 is through described crossbeam; Described crossbeam, in the position, side, front and back of cylinder body being positioned at described stamping cylinder 22, is also respectively equipped with and is called guide hole for the manhole through described guide pillar 24; The cylinder body of described non-return cylinder 23 is fixedly connected with the left surface center of described crossbeam, and the piston rod of non-return cylinder 23 stretches into the below of described crossbeam to the right; Described guide pillar 24 slides to be arranged in and is located at described guide hole;
Described core 3 is the steel blanking die of the rectangular plate-like being provided with core array below, described core array is be made up of some battle array, downwards cores of protrusion of being arranged in, and the arrangement of described core array is corresponding with the downward projection layout of the goods 011 of company's material products 01, main cold burden 012 and limit cold burden 013; Core 3 is fixedly connected on below core support plate 31, described core support plate 31 is the steel components of rectangular plate-like, the center above of core support plate 31 is fixed with the link 311 in doorframe shape protruding upward, the framework on the limit, left and right two of described link 311 is vertical frame, and the framework on top is horizontal pane; The center of core support plate 31 is also provided with circular through hole and is called and wears material hole;
Described chamber mould 4 for being provided with the steel blanking die of the rectangular plate-like of die cavity array, described die cavity array be by being somely arranged in battle array, up-small and down-big step through-hole is formed, the arrangement of described die cavity array is corresponding with the described core array of core 3; The part corresponding to main cold burden 012 in described die cavity array is groove, and in described die cavity array, the junction corresponding to goods 011, main cold burden 012 and limit cold burden 013 is provided with the cutting edge 43 coordinated with the described core array of core 3; Chamber mould 4 is fixedly connected on above chamber mould support plate 41, and described chamber mould support plate 41 is the steel components of rectangular plate-like, and the rectangular through-hole that described chamber mould support plate 41 is provided with corresponding goods 011 position in the described core array with chamber mould 4 is called to fall hole; The ball spherical with the steel of described chute 135 corresponding matching of workbench 13 is provided with below described chamber mould support plate 41; The right flank center of described chamber mould support plate 41 is fixedly connected with the piston rod of mobile cylinder 42;
Described packing passage 5 is gather by hollow and thin-walled steel pipe, in left-right direction arrangement that some cross sections are rectangular the lane device formed, the each passage set of packing passage 5 top, vertical, parallel, the upper port set of each passage of packing passage 5, concordant, upward; The each passage in bottom of packing passage 5 from left to right successively respectively to lower-left, downwards, to the right to dispersing arrangement, the lower port dispersion of each passage of packing passage 5, concordant, down;
Described rim charge road 6 is the hollow and thin-walled steel components of up big and down small rectangular funnel shape, and the bottom in rim charge road 6 is provided with downwardly towards left-oblique rectangular duct;
Described product 7 is hollow, has the plastics matter component of the end, top opening, cylindrical cup-shaped;
Described stamping cylinder 22, non-return cylinder 23, mobile cylinder 42 are the Pneumatic extension executive component be made up of cylinder body, piston rod;
Air press 2 correspondence is positioned at described goods the fall top in hole 132 of hole 131 and rim charge that falls and is fixed on above workbench 13 through the column of described support 21; Core 3 is connected with the piston rod of described stamping cylinder 22 through the described link 311 of core support plate 31, and the lower end of the described guide pillar 24 of air press 2 is fixedly connected with core support plate 31; Described link 311 is positioned at below the crossbeam of described support 21, and the piston rod of described non-return cylinder 23 stretches out slip to the right and is stuck in below the horizontal pane on described link 311 top; Chamber mould 4 slides through chamber mould support plate 41 and is positioned at above workbench 13, the described ball of chamber mould support plate 41 fastens and rolls in the described chute 135 of workbench 13, and the right side side that the cylinder body of described mobile cylinder 42 is positioned at described emptiness avoiding hole 136 is fixedly connected with below workbench 13; Play primary state, chamber mould 4 and chamber mould support plate 41 are positioned at the right part above workbench 13; Packing passage 5, rim charge road 6 and product 7 are arranged in the described packing layer 12 of fuselage 1; The upper port of packing passage 5 corresponds to the described goods hole 131 that falls and is fixedly connected on below workbench 13, the lower port of packing passage 5 is unsettled above described packing layer 12, some product 7 are arranged in battle array and are placed in above packing layer 12, each passage lower port corresponding respectively to packing passage 5 suitable for reading of each product 7; The upper port in rim charge road 6 corresponds to the described rim charge hole 132 that falls and is fixedly connected on below workbench 13, and the lower port in rim charge road 6 is stretched out down outside packing layer 12 i.e. fuselage 1 to left down; Stamping cylinder 22 carries out linkage interlocked connection with non-return cylinder 23 by magnetic valve pneumatic circuit, described linkage interlocked be that when the piston rod of stamping cylinder 22 stretches out, then the piston rod of non-return cylinder 23 is synchronously retracted; When the piston rod of stamping cylinder 22 is retracted, then the piston rod of non-return cylinder 23 synchronously stretches out.
The face, direction of said structure statement is divided into up, down, left, right, front, rear side, wherein, before be face in the face of device front view, after be and described before relative face.
Operation principle and beneficial effect
During work, chamber mould 4 is placed in by connecting material products 01, chamber mould 4 is pushed into below air press 2 left through chamber mould support plate 41 by mobile cylinder 42, start stamping cylinder 22, the piston rod of non-return cylinder 23 is retracted, stamping cylinder 22 drives core 3 stamping-out downwards, company's material products 01 stamping-out being arranged in chamber mould 4 is separated into goods 011 through the described cutting edge 43 of chamber mould 4 by core 3, main cold burden 012 and limit cold burden 013, wherein, different goods 011 are by the position corresponding to each passage that is respective and packing passage 5, through the hole that falls described in chamber mould support plate 41, the described goods of workbench 13 fall hole 131, packing passage 5 falls into respective product 7 downwards respectively, simultaneously, limit cold burden 013 to fall hole 132 through the described rim charge of workbench 13, rim charge road 6 falls into the rim charge case 02 being located at fuselage 1 outer setting, afterwards, stamping cylinder 22 drives core 3 upwards to reset, and mobile cylinder 42 drives chamber mould support plate 41 and chamber mould 4 to reset to the right, after core 3 and chamber mould 4 reset, is taken out by main cold burden 012 from chamber mould 4,
The position that left limit block 133 and right limit block 134 move right left for regulating chamber mould support plate 41 and chamber mould 4;
When stamping cylinder 22 and non-return cylinder 23 linkage interlocked is for prevent stamping cylinder 22 from losing lifting force that air pressure loses core 3, core support plate 31, due to the Action of Gravity Field of core 3, core support plate 31, core 3, core support plate 31 is caused automatically to decline and causing trouble.
This apparatus structure is simple, reliable operation; Both manual operation can be coordinated, again can supporting machinery hand fully automatic operation: when coordinating manual operation, connecting that material products 01 is placed in chamber mould 4 and main cold burden 012 is taken out this two procedures from chamber mould 4 can by manually completing; During supporting machinery hand fully automatic operation, even material products 01 is placed in chamber mould 4 and main cold burden 012 is taken out this two procedures from chamber mould 4 and then completed by manipulator; This matched with devices manipulator fully automatic operation, can realize the production in full-automatic unmanned on duty or man-machine isolation ultrapurification workshop.Present arrangement avoids the drawback of artificial fracture packing, make a mould have more the fracture packing of different goods, alleviate working strength, improve quality, avoid and load in mixture, improve efficiency, reduce cost, and be suitable for automation and form a complete production network.
Claims (1)
1. an injection-molded item automatic cutting racking machine, comprise fuselage (1), air press (2), core (3), chamber mould (4), packing passage (5), rim charge road (6), product (7), it is characterized in that: described fuselage (1) is support by rectangular frame the steel components that three rectangular steel plates aspects form, from bottom to top, three steel plate aspects of fuselage (1) are respectively cabinet layer (11), packing layer (12) and workbench (13); The through hole that left and right two position of described workbench (13), center line are in left-right direction provided with rectangular strip is called emptiness avoiding hole (136); With described emptiness avoiding hole (136) for symmetrical centre, described workbench (13), in the position, side, front and back of described emptiness avoiding hole (136) left part, is arranged with that two are parallel to each other, the through hole of rectangular strip is called that goods fall hole (131); With described emptiness avoiding hole (136) for symmetrical centre, in the fall position, side, front and back in hole (131) of two described goods, described workbench (13) is arranged with that two are parallel to each other, the through hole of rectangular strip is called that rim charge falls hole (132); Left limit block (133) and right limit block (134) is also fixed with above workbench (13), described left limit block (133), right limit block (134) are be made up of the steel nut of rectangular block shape and bolt, described left limit block (133) is positioned at the left side side of described emptiness avoiding hole (136), and described right limit block (134) is positioned at the right side side of described emptiness avoiding hole (136); Above workbench (13), be positioned at fall hole (131) and described rim charge of described goods to fall between hole (132), be also provided with two with described emptiness avoiding hole (136) be symmetrical centre, be parallel to each other, the strip groove of cross section semicircular in shape is called chute (135); Described cabinet layer (11) device has air compressor machine, controller and magnetic valve; The side all around of cabinet layer (11) is also provided with shell (137), described shell (137) is rectangle, the steel components of hollow, thin-walled, and the front side wall place of described shell (137) is provided with moisture trap and console switch;
Described air press (2) is made up of support (21), stamping cylinder (22), non-return cylinder (23), guide pillar (24), described support (21) is the door shape component be made up of crossbeam, column, the fore-and-aft direction that support (21) top is arranged, the steel plate of level are called crossbeam, and the steel plate vertically downward that front and back two end of described crossbeam is arranged is called column; Described guide pillar (24) is cylindrical steel components; The cylinder body of described stamping cylinder (22) is fixed on the center above of described crossbeam, and the piston rod slide downward of stamping cylinder (22) is through described crossbeam; Described crossbeam, in the position, side, front and back of cylinder body being positioned at described stamping cylinder (22), is also respectively equipped with and is called guide hole for the manhole through described guide pillar (24); The described cylinder body of non-return cylinder (23) is fixedly connected with the left surface center of described crossbeam, and the piston rod of non-return cylinder (23) stretches into the below of described crossbeam to the right; Described guide pillar (24) slides to be arranged in and is located at described guide hole;
Described core (3) is the steel blanking die of the rectangular plate-like being provided with core array below, described core array is be made up of some battle array, downwards cores of protrusion of being arranged in, and the arrangement of described core array is corresponding with the downward projection layout of the goods (011) of company's material products (01), main cold burden (012) and limit cold burden (013); Core (3) is fixedly connected on below core support plate (31), the steel components that described core support plate (31) is rectangular plate-like, the center above of core support plate (31) is fixed with the link (311) in doorframe shape protruding upward, the framework on the limit, left and right two of described link (311) is vertical frame, and the framework on top is horizontal pane; The center of core support plate (31) is also provided with circular through hole and is called and wears material hole;
Described chamber mould (4) is for being provided with the steel blanking die of the rectangular plate-like of die cavity array, described die cavity array be by being somely arranged in battle array, up-small and down-big step through-hole is formed, the arrangement of described die cavity array is corresponding with the described core array of core (3); The part corresponding to main cold burden (012) in described die cavity array is groove, in described die cavity array, the junction corresponding to goods (011), main cold burden (012) and limit cold burden (013) is provided with the cutting edge (43) coordinated with the described core array of core (3); Chamber mould (4) is fixedly connected on above chamber mould support plate (41), the steel components that described chamber mould support plate (41) is rectangular plate-like, the rectangular through-hole that described chamber mould support plate (41) is provided with corresponding goods (011) position in the described core array with chamber mould (4) is called to fall hole; The ball spherical with the steel of described chute (135) corresponding matching of workbench (13) is provided with below described chamber mould support plate (41); The right flank center of described chamber mould support plate (41) is fixedly connected with the piston rod of mobile cylinder (42);
Described packing passage (5) is gather by hollow and thin-walled steel pipe, in left-right direction arrangement that some cross sections are rectangular the lane device formed, the each passage set of packing passage (5) top, vertical, parallel, the upper port set of packing passage (5) each passage, concordant, upward; The each passage in bottom of packing passage (5) from left to right successively respectively to lower-left, downwards, to the right to dispersing arrangement, the lower port dispersion of packing passage (5) each passage, concordant, down;
The hollow and thin-walled steel components that described rim charge road (6) is up big and down small rectangular funnel shape, the bottom of rim charge road (6) is provided with downwardly towards left-oblique rectangular duct;
Described product (7) is hollow, has the plastics matter component of the end, top opening, cylindrical cup-shaped;
Described stamping cylinder (22), non-return cylinder (23), mobile cylinder (42) are the Pneumatic extension executive component be made up of cylinder body, piston rod;
Air press (2) correspondence is positioned at described goods the fall top in hole (132) of hole (131) and rim charge that falls and is fixed on above workbench (13) through the column of described support (21); Core (3) is connected with the piston rod of described stamping cylinder (22) through the described link (311) of core support plate (31), and the lower end of the described guide pillar (24) of air press (2) is fixedly connected with core support plate (31); Described link (311) is positioned at below the crossbeam of described support (21), and the piston rod of described non-return cylinder (23) stretches out slip to the right and is stuck in below the horizontal pane on described link (311) top; Chamber mould (4) slides through chamber mould support plate (41) and is positioned at above workbench (13), the described ball in chamber mould support plate (41) fastens and rolls in the described chute (135) of workbench (13), and the right side side that the cylinder body of described mobile cylinder (42) is positioned at described emptiness avoiding hole (136) is fixedly connected with below workbench (13); Play primary state, chamber mould (4) and chamber mould support plate (41) are positioned at the right part above workbench (13); Packing passage (5), rim charge road (6) and product (7) are arranged in the described packing layer (12) of fuselage (1); The upper port of packing passage (5) corresponds to the described goods hole (131) that falls and is fixedly connected on below workbench (13), the unsettled top described packing layer (12) of lower port of packing passage (5), some product (7) are arranged in battle array and are placed in above packing layer (12), each passage lower port corresponding respectively to packing passage (5) suitable for reading of each product (7); The upper port in rim charge road (6) corresponds to the described rim charge hole (132) that falls and is fixedly connected on below workbench (13), and the lower port of rim charge road (6) is stretched out down outside packing layer (12) i.e. fuselage (1) to left down; Stamping cylinder (22) carries out linkage interlocked connection with non-return cylinder (23) by magnetic valve pneumatic circuit, describedly linkage interlockedly be, when the piston rod of stamping cylinder (22) stretches out, then the piston rod of non-return cylinder (23) is synchronously retracted; When the piston rod of stamping cylinder (22) is retracted, then the piston rod of non-return cylinder (23) synchronously stretches out.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420439200.2U CN204054483U (en) | 2014-07-31 | 2014-07-31 | A kind of injection-molded item automatic cutting racking machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420439200.2U CN204054483U (en) | 2014-07-31 | 2014-07-31 | A kind of injection-molded item automatic cutting racking machine |
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| Publication Number | Publication Date |
|---|---|
| CN204054483U true CN204054483U (en) | 2014-12-31 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420439200.2U Withdrawn - After Issue CN204054483U (en) | 2014-07-31 | 2014-07-31 | A kind of injection-molded item automatic cutting racking machine |
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| CN (1) | CN204054483U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104118092A (en) * | 2014-07-31 | 2014-10-29 | 宁波问鼎机器人有限公司 | Automatic disconnecting and sub-packaging machine for injection molded products |
-
2014
- 2014-07-31 CN CN201420439200.2U patent/CN204054483U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104118092A (en) * | 2014-07-31 | 2014-10-29 | 宁波问鼎机器人有限公司 | Automatic disconnecting and sub-packaging machine for injection molded products |
| CN104118092B (en) * | 2014-07-31 | 2016-09-07 | 宁波问鼎机器人有限公司 | A kind of injection-molded item automatic cutting racking machine |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20141231 Effective date of abandoning: 20160907 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |