CN202656364U - Trace polyurethane elastomer pouring machine - Google Patents
Trace polyurethane elastomer pouring machine Download PDFInfo
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- CN202656364U CN202656364U CN 201220214947 CN201220214947U CN202656364U CN 202656364 U CN202656364 U CN 202656364U CN 201220214947 CN201220214947 CN 201220214947 CN 201220214947 U CN201220214947 U CN 201220214947U CN 202656364 U CN202656364 U CN 202656364U
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Abstract
The utility model relates to a trace polyurethane elastomer pouring machine which comprises an upper layer pouring machine for pouring a heel lift upper layer and a lower layer pouring machine for pouring a heel lift lower layer, wherein the upper layer pouring machine and the lower layer pouring machine respectively comprise a stand, a pressure circulation feeding mechanism arranged on the stand, a pigment and slurry switching device, a mixing pouring device, a cleaning mechanism, a PLC (Programmable Logic Controller) system and a three-dimensional numerical control workbench. According to the trace polyurethane elastomer pouring machine disclosed by the utility model, the pressure circulation feeding mechanism is used for transporting slurry and pigments needed by the upper and lower layers, the slurry and the pigments are quantitatively transported according to set pressure through the controlling of the PLC system, the needed pigments are switched through the pigment and slurry switching device, are mixed through the mixing pouring device and are poured into a heel lift die to manufacture heel lifts which are different in level or color and have proper strength and abrasion resistance in each layer.
Description
Technical field
The utility model relates to footwear material plant equipment field, specifically a kind of micro-polyurethane elastomer bottler placer.
Background technology
Heel lift namely be used for the heel wear prevention of woman style high-heeled shoes and add can the activity dismounting and change the wear-resisting skin of one deck, its structure is made of nail bar and wear-resisting day skin, one end of nail bar is embedded in wear-resisting day flesh side, in the time of making, one mold is made a plurality of heel lift die cavitys, first the end with head of a nail sheet of nail bar is put in day skin die cavity in advance before the perfusion, aims at again the water inlet perfusion of mould by bottler placer, make a day skin die cavity be full of plastic cement liquid after coagulation and make.Usually, the bottom of the measured heel lift of matter require be anti-wear performance good, certain pliability also arranged simultaneously, the upper strata of heel lift preferably can have certain hardness and intensity, be beneficial to sting and mark closely bar, preventing from use following closely bar comes off with a day skin, but the heel lift that the bottler placer that uses is at present produced is owing to be that overall perfusion forms, and it is wear-resisting, pliable and tough that the heel lift of overall perfusion is difficult to make heel lift to reach lower floor, and the upper strata has the performance requirement of better hardness and intensity.
At present, developed a class new polyurethane (PUR) day skin product.Polyurethane product have excellent wearability, high tensile, high elongation rate, thermal insulation, sound insulation, fire-retardant, cold-resistant, anticorrosion, do not absorb water, the excellent characteristics such as easy construction is quick, become the new selection of day leathercraft.
Common heel lift is generally a kind of color, and likes modish and female friend fashion for some, and the heel lift of this single color obviously is difficult to satisfy them to the pursuit of the beauty.
For the problems referred to above, the inventor develops a kind of bottom and the upper strata that can pour into respectively heel lift through concentrating on studies, and makes it have the bottom of different colours and performance and the bottler placer on upper strata.
Summary of the invention
The purpose of this utility model is for above-mentioned existing problems and deficiency, provide a kind of and can pour into respectively heel lift lower floor and upper strata accurately and fast, make a day leatherware that wear-resisting, flexible bottom be arranged, have simultaneously the micro-polyurethane elastomer bottler placer on the upper strata of certain hardness and intensity.
The technical scheme of the utility model heel lift bottler placer is achieved in that a kind of micro-polyurethane elastomer bottler placer, comprise for the upper strata bottler placer on perfusion heel lift upper strata and lower floor's bottler placer of perfusion heel lift lower floor, upper strata bottler placer and lower floor's bottler placer include frame, be arranged on the pressures cycle feed mechanism on the frame, the mill base switching device shifter, the mixed perfusion device, wiper mechanism, PLC programmable control system and three-dimension numerical controlled workbench, on described pressures cycle feed mechanism is carried, the slurry that lower floor is required and colorant, control by the PLC programmable control system, quantitatively carry by the pressure of setting, pass through again the needed colorant of switching of mill base switching device shifter, mixing by the mixed perfusion device and pouring into to the heel lift mould is produced and is had different levels or different colours, each layer has suitable mutually intensity and the heel lift of anti-wear performance.
Further, described pressures cycle feed mechanism comprises size barrel, the colorant bucket group of different colorants is housed, the circulation carrier pipe, provide servomotor and the gear pump of pressure to each size barrel and colorant bucket group respectively, thus and the slurry valve body and colorant valve body, the rotating speed control pipeline pressure control slurry of servomotor driving gear pump under the control of PLC programmable control system and the different proportionings of colorant that connect from size barrel and colorant bucket group pipe respectively.
Further, described mill base switching device shifter comprises mill base output switching device and mill base backflow switching device shifter, described mill base output switching device comprises output rotary valve body, is arranged on the clavate spool in the output rotary valve body, the output rotary valve axle that is arranged on clavate spool two ends, output servomotor and worm type of reduction gearing, output rotary valve body is provided with six mill base entrances and a mill base outlet, six mill base entrances are communicated with the colorant bucket group pipe of six colors respectively, and the mill base outlet is communicated with the colorant valve body tube; The clavate spool is provided with six conduits that are complementary with the mill base entrance respectively, stretch out from the front gland of output rotary valve body the outer end of output rotary valve axle, and the outer end of output rotary valve axle is provided with knob, front gland is provided with six mill bases and selects fork shift, six mill bases are selected respectively six conduits being provided with of corresponding clavate spool of fork shift, and the inner of output rotary valve axle is stretched out and is connected with worm type of reduction gearing from the rear pressing cover of output rotary valve body.
Further, described mill base backflow switching device shifter comprises backflow rotary valve body, be arranged on clavate spool in the backflow rotary valve body, be arranged on backflow rotary valve axle, backflow servomotor and the worm type of reduction gearing at clavate spool two ends, backflow rotary valve body is provided with a mill base entrance and six mill base outlets, described six mill bases outlet is communicated with the colorant bucket group pipe of six colors respectively, and described mill base outlet is communicated with the colorant valve body tube; The clavate spool is provided with six conduits that are complementary with the mill base entrance respectively, stretch out from the front gland of backflow rotary valve body the outer end of backflow rotary valve axle, and the outer end of backflow rotary valve axle is provided with knob, front gland is provided with six mill bases and selects fork shift, six mill bases are selected respectively six conduits being provided with of corresponding clavate spool of fork shift, and the inner of backflow rotary valve axle is stretched out and is connected with worm type of reduction gearing from the rear pressing cover of backflow rotary valve body.
Further, described mixed perfusion device comprises the rotary valve switch that is separately positioned on slurry valve body and colorant valve body one side, the rotary valve drive motors that control rotary valve switch rotates, the mixing chamber that both sides are communicated with slurry valve body and colorant valve body respectively, the hybrid drive motor that colorant and slurry mix in the control mixing chamber and the perfusing hole that is arranged on the mixing chamber lower end, slurry valve body and colorant valve body install respectively the both sides at mixing chamber, described PLC programmable control system control rotary valve drive motors rotates and makes the rotary valve switch, by the time opening and closing of setting, make slurry and colorant in slurry valve body and the colorant valve body quantitatively be delivered into respectively mixing chamber, be provided with stirring rod in the mixing chamber, the rotating shaft of stirring rod is by hybrid drive motor, while mixing chamber mixed slurry and colorant under the driving of hybrid drive motor, the coloured slurry that mixes is filled with into the heel lift mould from perfusing hole again.
Described rotary valve switch comprise install respectively the slurry valve body be connected with the colorant body cavity spool, the valve rod that is connected with spool, be installed in the profile of tooth knob of valve rod outer end and be arranged in the middle of the profile of tooth knob and its both sides are respectively equipped with the spur rack of the straight-tooth that is meshed with the profile of tooth knob, thereby spur rack is moved up and down by cylinder control and drives the flow that the rotation of profile of tooth knob opens or closes spool control slurry and colorant.
Further, numerical control table, NC table comprises workbench, be arranged on the longitudinal moving mechanism on the workbench, be arranged on transverse moving mechanism and elevating mechanism on the longitudinal moving mechanism, wherein, described longitudinal moving mechanism comprises and is arranged on the long rails on the workbench and is installed in the dolly that vertically moves on the long rails, be installed in the vertical drive motor on the workbench, the vertical screw mandrel that is connected with the vertical drive motor output shaft and be fixedly installed on the nut that vertically moves that the bottom that vertically moves dolly cooperates with vertical screw mandrel, vertical drive motor is under the control of PLC programmable control system, drive vertical screw mandrel and rotate, thereby vertically screw mandrel forces and vertically moves nut and vertically move promotion and vertically move dolly and vertically move.
Further, described transverse moving mechanism comprises and is arranged on the transverse shifting nut that the horizontal drive motor that vertically moves on the dolly, the bottom that is installed in the lateral movement plate that vertically moves dolly top, the cross lead screw that is connected with the horizontal drive motor output shaft and is fixedly installed on lateral movement plate cooperate with cross lead screw, horizontal drive motor is under the control of PLC programmable control system, the drive cross lead screw rotates, and promotes portraitlandscape movable plate transverse shifting thereby cross lead screw forces the transverse shifting nut to move laterally.
Further, described elevating mechanism comprises mould holder on four travellers of four travellers being separately positioned on four jiaos of the lateral movement plates, device, the elevating control motor that is installed in mould holder bottom, device output gear and the perpendicular tooth bar that is meshed with output gear of fixture on the elevating control motor output shaft on lateral movement plate, the elevating control motor is under the control of PLC programmable control system, the drive output gear rotates, output gear is meshed with perpendicular tooth bar, and the lifting that forces the mould holder to make vertical direction along four travellers is slided.
Described PLC programmable control system comprises main frame, liquid crystal display, operation keyboard, mouse, IC-card Card Reader identifier and is applicable to the IC-card of different moulds, thereby the different IC-card of described IC-card Card Reader identifier identification is selected corresponding procedure.
Described wiper mechanism comprises pressurized tank, head conduit, cleaning fluid and clout cup, the output of described head conduit is connected with mixing chamber, the clout cup is arranged on the dolly, the liquid after cleaning is accepted in the bottom that the control of computer program is moved to the tank rifle.
Further, for enhancing productivity, can between upper strata bottler placer and lower floor's bottler placer, be provided with the mould conveying device.
A kind of micro-polyurethane elastomer bottler placer of the utility model has following advantage:
1, by two bottler placers respectively to upper strata and the bottom perfusion of heel lift, make the heel lift upper strata have enough hardness and intensity is stung tight pinned top-piece, pinned top-piece and a sky skin separate disengagement when effectively preventing from using; Bottom adopts the material that anti-wear performance is good, pliability is good to make, and has improved service life, the comfortableness when also having guaranteed to use.
2, adopt the driven by servomotor gear pump, thereby the circulating pressure in the rotating speed control feed line road by gear pump is accurately controlled the different proportionings of slurry and colorant, guarantees the product material quality.
3, adopt the mixed perfusion device, Accurate Points grout material and colorant, the precision of assurance perfusion is improved the quality of products.
4, by operation computer and control mill base switching device shifter colorant and slurry are annotated respectively into mixing chamber and mixed, obtain needed color, simplified the toning operation, also reduced the quantity of original size barrel and colorant bucket, make the bottler placer smaller volume.
5, by the mobile and mould holder lifting all around of the digital control dolly of computer software, the heel lift die cavity is delivered under the Filling gun one by one, improved operating efficiency and the accuracy of perfusion.
6, by the IC-card device operating system is changed over to immediately and be fit to make computer operating system immediately enter duty when the needed machining software program of front mold, improved operating efficiency, guaranteed the accuracy of control.
7, move with the lifting of mould holder by operation computer control dolly the clout cup is delivered under the perfusion muzzle, make the rotary valve switch opens, clout is arranged into the clout cup, cleaned mixing chamber by cleaning solution and air gun again, guarantee degree of purity and the accuracy of each batching.
The utility model trace polyurethane elastomer bottler placer is owing to pour into heel upper strata and bottom before and after having adopted two bottler placers, and adopt operation PLC programmable control system to control feeding, batch mixing, the pipeline discharge pressure, the mobile of dolly and lifting mould holder cooperates, the structure that the operation Total tunes such as perfusion and cleaning cooperate, make the production figures of heel lift layering perfusion, make production and processing heel lift out improve the comfortableness of wearability and dress, make the interlock of pinned top-piece and day skin more firm, avoided coming off of pinned top-piece, greatly boost productivity, the accurate control of computer system has also improved the quality and performance of product; Can manufacture out have different levels or different colours, each layer have suitable mutually intensity and the heel lift of anti-wear performance, can satisfy female friend's hobby.
Below in conjunction with accompanying drawing the utility model is further described.
Description of drawings
Fig. 1 is the structural representation of the utility model upper strata bottler placer and lower floor's bottler placer;
Fig. 2 is the structural representation at the utility model upper strata or a visual angle of lower floor's bottler placer;
Fig. 3 is the structural representation at the utility model upper strata or lower floor another visual angle of bottler placer;
Fig. 4 is the structural representation of the utility model mill base output switching device and mill base backflow switching device shifter;
Fig. 5 is the sectional structure schematic diagram of the utility model mill base output switching device;
Fig. 6 is the structural representation of the utility model mixed perfusion device;
Fig. 7 is the structural representation at a visual angle of the utility model mixed perfusion device;
Fig. 8 is the partial structurtes schematic diagram of the three-dimension numerical controlled workbench of the utility model
Fig. 9 is the structural representation of the utility model mould;
Figure 10 is the structural representation of the two-layer heel lift of the utility model;
Figure 11 is the structural representation of three layers of heel lift of the utility model.
The specific embodiment
As shown in Figure 1, the utility model is a kind of micro-polyurethane elastomer bottler placer, its structure comprises the lower floor's bottler placer 2 for the upper strata bottler placer 1 on perfusion heel lift 90 upper stratas and perfusion heel lift 90 lower floors, upper strata bottler placer 1 and lower floor's bottler placer 2 include frame, be arranged on the pressures cycle feed mechanism on the frame, the mill base switching device shifter, the mixed perfusion device, wiper mechanism, PLC programmable control system and three-dimension numerical controlled workbench, on the pressures cycle feed mechanism is carried, the slurry that lower floor is required and colorant, control by the PLC programmable control system, quantitatively carry by the pressure of setting, pass through again the needed colorant of switching of mill base switching device shifter, mixing by the mixed perfusion device and pouring into to the heel lift mould is produced and is had different levels or different colours, the heel lift 90 of varying strength or different anti-wear performances.
As Figure 1-3, the utility model pressures cycle feed mechanism comprises size barrel 31, the colorant bucket group 32 of different colorants is housed, the circulation carrier pipe, provide servomotor and the gear pump of pressure to each size barrel 31 and colorant bucket group 32 respectively, thus and the slurry valve body 33 and colorant valve body 34, the rotating speed control pipeline pressure control slurry of servomotor driving gear pump under the control of PLC programmable control system and the different proportionings of colorant that connect from size barrel 31 and colorant bucket group 32 pipes respectively.
Shown in Fig. 4,5, the utility model mill base switching device shifter comprises mill base output switching device 4 and mill base backflow switching device shifter 5, mill base output switching device 4 comprises output rotary valve body 41, is arranged on the clavate spool 42 in the output rotary valve body 41, the output rotary valve axle 43 that is arranged on clavate spool 42 two ends, output servomotor 44 and worm type of reduction gearing 45, output rotary valve body 41 is provided with six mill base entrances and a mill base outlet, six mill base entrances are communicated with colorant bucket group 32 pipes of six colors respectively, and the mill base outlet is communicated with colorant valve body 34 pipes; Clavate spool 42 is provided with six conduits 421 that are complementary with the mill base entrance respectively, stretch out from the front gland 411 of output rotary valve body 41 outer end of output rotary valve axle 43, and the outer end of output rotary valve axle 43 is provided with knob 431, front gland 411 is provided with six mill bases and selects fork shift 412, six mill bases are selected respectively six conduits 421 being provided with of corresponding clavate spool 42 of fork shift 423, and the inner of output rotary valve axle 43 is stretched out and is connected with worm type of reduction gearing 45 from the rear pressing cover 414 of output rotary valve body 41.
Mill base backflow switching device shifter 5 comprises backflow rotary valve body 51, be arranged on clavate spool in the backflow rotary valve body 51, be arranged on backflow rotary valve axle, backflow servomotor 54 and the worm type of reduction gearing 55 at clavate spool two ends, backflow rotary valve body 51 is provided with a mill base entrance and six mill base outlets, described six mill bases outlet is communicated with colorant bucket group 32 pipes of six colors respectively, and the mill base outlet is communicated with colorant valve body 34 pipes; The clavate spool is provided with six conduits that are complementary with the mill base entrance respectively, stretch out from the front gland of backflow rotary valve body 51 outer end of backflow rotary valve axle, and the outer end of backflow rotary valve axle is provided with knob, front gland is provided with six mill bases and selects fork shift, six mill bases are selected respectively six conduits being provided with of corresponding clavate spool of fork shift, and the inner of backflow rotary valve axle is stretched out and is connected with worm type of reduction gearing 55 from the rear pressing cover of backflow rotary valve body 51.
As shown in Figure 7, the utility model mixed perfusion device comprises the rotary valve switch that is separately positioned on slurry valve body 33 and colorant valve body 34 1 sides, the rotary valve drive motors 62 that control rotary valve switch rotates, the mixing chamber 65 that both sides are communicated with slurry valve body 33 and colorant valve body 34 respectively, the hybrid drive motor 66 that control mixing chamber 65 interior colorants and slurry mix and the perfusing hole 67 that is arranged on mixing chamber 65 lower ends, above-mentioned slurry valve body 33 and colorant valve body 34 install respectively the both sides at mixing chamber 65, PLC programmable control system control rotary valve drive motors 63 rotates and makes the rotary valve switch by the time opening and closing of setting, make slurry and colorant in slurry valve body 33 and the colorant valve body 34 quantitatively be delivered into respectively mixing chamber 65, be provided with stirring rod in the mixing chamber 65, the rotating shaft of stirring rod is driven by hybrid drive motor 66, while mixing chamber 65 mixed slurry and colorant under the driving of hybrid drive motor 66, the coloured slurry that mixes fill with the heel lift mould from perfusing hole 67 again.
As shown in Figure 7, the utility model rotary valve switch comprise install respectively slurry valve body 33 are connected with the colorant valve body inner chamber spool, the valve rod that is connected with spool, be installed in the valve rod outer end profile of tooth knob 611,621 and be arranged on profile of tooth knob 611, spur rack 61 that in the middle of 621 and its both sides are respectively equipped with the straight-tooth that is meshed with profile of tooth knob 611,621, thereby spur rack 61 is moved up and down by cylinder 62 controls and drives the flow that 611,621 rotations of profile of tooth knob open or close spool control slurry and colorant.
As shown in Figure 8, the utility model numerical control table, NC table comprises workbench 71, be arranged on the longitudinal moving mechanism on the workbench 71, be arranged on transverse moving mechanism and elevating mechanism on the longitudinal moving mechanism, wherein, described longitudinal moving mechanism comprises the long rails 711 that is arranged on the workbench 71 and is installed in and vertically moves dolly 712 on the long rails 711, be installed in the vertical drive motor on the workbench 71, the vertical screw mandrel 713 that is connected with vertical drive motor 713 output shafts and be fixedly installed on the nut that vertically moves that the bottom that vertically moves dolly 712 cooperates with vertical screw mandrel 713, vertical drive motor is under the control of PLC programmable control system, drive vertical screw mandrel 713 and rotate, thereby vertically screw mandrel 713 forces and vertically moves nut and vertically move promotion and vertically move dolly 712 and vertically move.
As shown in Figure 8, the utility model transverse moving mechanism comprises and is arranged on the horizontal drive motor 720 that vertically moves on the dolly 712, be installed in the lateral movement plate 721 that vertically moves dolly 71 tops, the transverse shifting nut that the cross lead screw 722 that is connected with horizontal drive motor 720 output shafts and the bottom that is fixedly installed on lateral movement plate 721 cooperate with cross lead screw 722, horizontal drive motor 720 is under the control of PLC programmable control system, drive cross lead screw 722 and rotate, promote portraitlandscape movable plate 721 transverse shiftings thereby cross lead screw 722 forces the transverse shifting nut to move laterally.
Such as Fig. 1-3, shown in 8, the utility model elevating mechanism comprises four travellers 723 that are separately positioned on 721 4 jiaos of the lateral movement plates, the mould holder 724 of device on four travellers 723, be installed in the elevating control motor 725 of mould holder 724 bottoms, output gear 726 and the fixture perpendicular tooth bar 727 that on lateral movement plate 721 with output gear 726 be meshed of device on elevating control motor 725 output shafts, described elevating control motor is under the control of PLC programmable control system, driving output gear 726 rotates, output gear 726 is meshed with perpendicular tooth bar 727, and the lifting that forces mould holder 724 to make vertical direction along four travellers 723 is slided.The PLC programmable control system comprises main frame, liquid crystal display 81, operation keyboard, mouse, IC-card Card Reader identifier 82 and is applicable to the IC-card of different moulds, thereby the different IC-card of IC-card Card Reader identifier 82 identifications is selected corresponding procedure.Wiper mechanism comprises pressurized tank 84, head conduit, cleaning fluid and clout cup 83, the output of described head conduit is connected with mixing chamber, clout cup 83 is arranged on the dolly, the liquid after cleaning is accepted in the bottom that the control of computer program is moved to the tank rifle.
For enhancing productivity, the utility model preferred embodiment is provided with the mould conveying device between upper strata bottler placer 1 and lower floor's bottler placer 2.Also can pass through a dead lift.
Be illustrated in figure 9 as the structural representation of the utility model mould 9.Be provided with a plurality of heel lift die cavitys 91 in the mould 9, the pre-buried pinned top-piece 92 of elder generation in the die cavity 91.
The two-layer heel lift product structure schematic diagram that pours into for the utility model bottler placer as shown in figure 10.
Three layers of heel lift product structure schematic diagram that pour into for the utility model bottler placer as shown in figure 11.
Above-described embodiment is the better embodiment of the utility model; but embodiment of the present utility model is not restricted to the described embodiments; other any do not deviate from change, the modification done under Spirit Essence of the present utility model and the principle, substitutes, combination, simplify; all should be the substitute mode of equivalence, be included within the protection domain of the present utility model.
Claims (9)
1. micro-polyurethane elastomer bottler placer, it is characterized in that: comprise for the upper strata bottler placer (1) on perfusion heel lift (90) upper strata and lower floor's bottler placer (2) of perfusion heel lift (90) lower floor, described upper strata bottler placer (1) and lower floor's bottler placer (2) include frame, be arranged on the pressures cycle feed mechanism on the frame, the mill base switching device shifter, the mixed perfusion device, wiper mechanism, PLC programmable control system and three-dimension numerical controlled workbench, on described pressures cycle feed mechanism is carried, the slurry that lower floor is required and colorant, control by the PLC programmable control system, quantitatively carry by the pressure of setting, pass through again the needed colorant of switching of mill base switching device shifter, mixing by the mixed perfusion device and pouring into to heel lift mould (9) is produced and is had different levels or different colours, each layer has suitable mutually intensity and the heel lift (90) of anti-wear performance.
2. micro-polyurethane elastomer bottler placer according to claim 1, it is characterized in that: described pressures cycle feed mechanism comprises size barrel (31), the colorant bucket group (32) of different colorants is housed, the circulation carrier pipe, provide servomotor and the gear pump of pressure to each size barrel (31) and colorant bucket group (32) respectively, and manage slurry valve body (33) and the colorant valve body (34) that is connected with size barrel (31) and colorant bucket group (32) respectively, thereby the different proportionings of the rotating speed of described servomotor driving gear pump under the control of PLC programmable control system control pipeline pressure control slurry and colorant.
3. micro-polyurethane elastomer bottler placer according to claim 1 and 2, it is characterized in that: described mill base switching device shifter comprises mill base output switching device (4) and mill base backflow switching device shifter (5), described mill base output switching device (4) comprises output rotary valve body (41), be arranged on the clavate spool (42) in the output rotary valve body (41), be arranged on the output rotary valve axle (43) at clavate spool (42) two ends, output servomotor (44) and worm type of reduction gearing (45), described output rotary valve body (41) is provided with six mill base entrances and a mill base outlet, described six mill base entrances are communicated with colorant bucket group (32) pipe of six colors respectively, and described mill base outlet is communicated with colorant valve body (34) pipe; Described clavate spool (42) is provided with six conduits (421) that are complementary with the mill base entrance respectively, stretch out from the front gland (411) of output rotary valve body (41) outer end of output rotary valve axle (43), and the outer end of output rotary valve axle (43) is provided with knob (431), front gland (411) is provided with six mill bases and selects fork shift (412), described six mill bases are selected respectively six conduits (421) of being provided with of corresponding clavate spools (42) of fork shifts (423), and the inner of output rotary valve axle (43) is stretched out and is connected with worm type of reduction gearing (45) from the rear pressing cover (414) of output rotary valve body (41);
Described mill base backflow switching device shifter (5) comprises backflow rotary valve body (51), is arranged on clavate spool, the backflow rotary valve axle that is arranged on clavate spool two ends, backflow servomotor (54) and worm type of reduction gearing (55) in the backflow rotary valve body (51), described backflow rotary valve body (51) is provided with a mill base entrance and six mill base outlets, described six mill bases outlet is communicated with colorant bucket group (32) pipe of six colors respectively, and described mill base outlet is communicated with colorant valve body (34) pipe; Described clavate spool is provided with six conduits that are complementary with the mill base entrance respectively, stretch out from the front gland of backflow rotary valve body (51) outer end of backflow rotary valve axle, and the outer end of backflow rotary valve axle is provided with knob, front gland is provided with six mill bases and selects fork shift, described six mill bases are selected respectively six conduits being provided with of corresponding clavate spool of fork shift, and the inner of backflow rotary valve axle is stretched out and is connected with worm type of reduction gearing (55) from the rear pressing cover of backflow rotary valve body (51).
4. micro-polyurethane elastomer bottler placer according to claim 3, it is characterized in that: described mixed perfusion device comprises the rotary valve switch that is separately positioned on slurry valve body (33) and colorant valve body (34) one sides, the rotary valve drive motors (62) that control rotary valve switch rotates, the mixing chamber (65) that both sides are communicated with slurry valve body (33) and colorant valve body (34) respectively, the hybrid drive motor (66) of control interior the colorant of mixing chamber (65) and slurry mixing and be arranged on the perfusing hole (67) of mixing chamber (65) lower end, above-mentioned slurry valve body (33) and colorant valve body (34) install respectively the both sides in mixing chamber (65), described PLC programmable control system control rotary valve drive motors (63,64) rotation makes the rotary valve switch by the time opening and closing of setting, make slurry and colorant in slurry valve body (33) and the colorant valve body (34) quantitatively be delivered into respectively mixing chamber (65), described mixing chamber is provided with stirring rod in (65), the rotating shaft of stirring rod is driven by hybrid drive motor (66), while mixing chamber (65) mixed slurry and colorant under the driving of hybrid drive motor (66), the coloured slurry that mixes fills with the heel lift mould from perfusing hole (67) again.
5. micro-polyurethane elastomer bottler placer according to claim 4, it is characterized in that: described rotary valve switch comprises the spool that installs respectively at slurry valve body (33) and colorant valve body (34) inner chamber, the valve rod that is connected with spool, be installed in the profile of tooth knob (611 of valve rod outer end, 621) and be arranged on profile of tooth knob (611,621) in the middle of and its both sides are respectively equipped with and profile of tooth knob (611, the spur rack of the straight-tooth that 621) is meshed (61), described spur rack (61) are moved up and down by cylinder (62) control and drive profile of tooth knob (611,621) thus rotation opens or closes the flow of spool control slurry and colorant.
6. micro-polyurethane elastomer bottler placer according to claim 5, it is characterized in that: described numerical control table, NC table comprises workbench (71), be arranged on the longitudinal moving mechanism on the workbench (71), be arranged on transverse moving mechanism and elevating mechanism on the longitudinal moving mechanism, wherein, described longitudinal moving mechanism comprises the long rails (711) that is arranged on the workbench (71) and is installed in and vertically moves dolly (712) on the long rails (711), be installed in the vertical drive motor on the workbench (71), the vertical screw mandrel (713) that is connected with the vertical drive motor output shaft and be fixedly installed on the nut that vertically moves that the bottom that vertically moves dolly (712) cooperates with vertical screw mandrel (713), described vertical drive motor is under the control of PLC programmable control system, drive vertical screw mandrel (713) and rotate, vertically screw mandrel (713) thereby force vertically moves nut and vertically moves promotion and vertically move dolly (712) and vertically move;
Described transverse moving mechanism comprises and is arranged on the horizontal drive motor (720) that vertically moves on the dolly (712), be installed in the lateral movement plate (721) that vertically moves dolly (71) top, the transverse shifting nut that the cross lead screw (722) that is connected with horizontal drive motor (720) output shaft and the bottom that is fixedly installed on lateral movement plate (721) cooperate with cross lead screw (722), described horizontal drive motor (720) is under the control of PLC programmable control system, drive cross lead screw (722) and rotate, cross lead screw (722) thus forcing the transverse shifting nut to move laterally promotes portraitlandscape movable plate (721) transverse shifting;
Described elevating mechanism comprises four travellers (723) that are separately positioned on (721) four jiaos of the lateral movement plates, the mould holder (724) of device on four travellers (723), be installed in the elevating control motor (725) of mould holder (724) bottom, output gear (726) and the fixture of device on elevating control motor (725) output shaft goes up the perpendicular tooth bar (727) that is meshed with output gear (726) at lateral movement plate (721), described elevating control motor is under the control of PLC programmable control system, driving output gear (726) rotates, output gear (726) is meshed with perpendicular tooth bar (727), and the lifting that forces mould holder (724) to make vertical direction along four travellers (723) is slided.
7. micro-polyurethane elastomer bottler placer according to claim 6, it is characterized in that: described PLC programmable control system comprises main frame, liquid crystal display (81), operation keyboard, mouse, IC-card Card Reader identifier (82) and is applicable to the IC-card of different moulds, described IC-card Card Reader identifier (82) thus the different IC-card of identification is selected corresponding procedure.
8. micro-polyurethane elastomer bottler placer according to claim 7, it is characterized in that: described wiper mechanism comprises pressurized tank (84), head conduit, cleaning fluid and clout cup (83), the output of described head conduit is connected with mixing chamber, clout cup (83) is arranged on the dolly, the liquid after cleaning is accepted in the bottom that the control of computer program is moved to the tank rifle.
9. micro-polyurethane elastomer bottler placer according to claim 8 is characterized in that: be provided with the mould conveying device between described upper strata bottler placer (1) and the lower floor's bottler placer (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220214947 CN202656364U (en) | 2012-05-03 | 2012-05-03 | Trace polyurethane elastomer pouring machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220214947 CN202656364U (en) | 2012-05-03 | 2012-05-03 | Trace polyurethane elastomer pouring machine |
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| Publication Number | Publication Date |
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| CN202656364U true CN202656364U (en) | 2013-01-09 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201220214947 Expired - Lifetime CN202656364U (en) | 2012-05-03 | 2012-05-03 | Trace polyurethane elastomer pouring machine |
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| CN (1) | CN202656364U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102689388A (en) * | 2012-05-03 | 2012-09-26 | 黎宏域 | Trace polyurethane elastomer filling machine and using method |
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2012
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102689388A (en) * | 2012-05-03 | 2012-09-26 | 黎宏域 | Trace polyurethane elastomer filling machine and using method |
| CN102689388B (en) * | 2012-05-03 | 2014-07-02 | 黎宏域 | Trace polyurethane elastomer filling machine and using method |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130109 Effective date of abandoning: 20140702 |
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| RGAV | Abandon patent right to avoid regrant |