CN204505680U - A kind of four look plastic sole forming machines - Google Patents
A kind of four look plastic sole forming machines Download PDFInfo
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- CN204505680U CN204505680U CN201520045050.1U CN201520045050U CN204505680U CN 204505680 U CN204505680 U CN 204505680U CN 201520045050 U CN201520045050 U CN 201520045050U CN 204505680 U CN204505680 U CN 204505680U
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Abstract
The utility model relates to a kind of four look plastic sole forming machines, comprises clamping, rotating disk mechanism, plasticizing and injection mechanism, resistance material cylinder component, power set, transmission mechanism and control system.The utility model is by arranging power set, the transmission mechanism of three retable and injection mechanism and correspondence, and each self-corresponding first material shooting hole, the second material shooting hole and the 3rd material shooting hole are within the scope of same injection mould, relevant position on injection mould is arranged three injection hand-holes, make, only with a station arranging operator namely can complete the injection moulding of three look products, to decrease operator; In addition, because three retable and injection mechanism are to same injection mould on a station, therefore by the control of control system, the raw material timesharing of different colours in three retable and injection mechanism can be injected injection mould, the mobility of molten condition raw material is utilized to reach the effect of camouflage color form or gradual change type, by while injection moulding, can reach color lump combination shape effect.
Description
Technical field
The utility model relates to plastic sole forming machine, is in particular a kind of four look plastic sole forming machines.
Background technology
Plastic sole forming machine generally includes clamping, rotating disk mechanism, plasticizing and injection mechanism, hydraulic system and control system.Be provided with barrel in plasticizing and injection mechanism, barrel is provided with heater, is provided with injection screw in barrel, the front end of barrel is provided with injection head, be provided with injection orifice in injection head, be also connected with resistance material cylinder component before injection head, barrel rear end is provided with the motor and injection mechanism that drive injection screw.Existing multiple color plastic rubber sole shaping machine, diverse location normally around rotating disk mechanism arranges many retableization and injection mechanism, due to position relationship, general be provided with three retable and injection mechanism and resistance material cylinder component at the most, multiple operator is needed in production process, what this grew to even greater heights in human cost brings very large pressure now to enterprise, also cannot produce four look products; In addition, existing multiple color plastic rubber sole shaping machine can only carry out injection moulding at different stations when injection moulding multi-colored product simultaneously, therefore can only produce the multi-colored product of color lump combination shape, and cannot produce the multi-colored product as camouflage color form or gradual change type, product diversity is not enough to some extent.
Summary of the invention
The purpose of this utility model is to provide four look products of a kind of energy production camouflage color form or gradual change type and the four look plastic sole forming machines of less operative employee for overcoming the deficiencies in the prior art.
In order to achieve the above object, the utility model provides a kind of four look plastic sole forming machines, comprises clamping, rotating disk mechanism, plasticizing and injection mechanism, resistance material cylinder component, power set, transmission mechanism and control system, be provided with barrel in plasticizing and injection mechanism, barrel is provided with heater, is provided with injection screw in barrel, power set, transmission mechanism is arranged on described barrel rear end and drives injection screw, and the front end of barrel is provided with injection head, and described resistance material cylinder component comprises resistance material head, and described resistance material head is provided with the sliding chamber of resistance material pin, injection canal and material shooting hole, described injection canal one end is communicated with the sliding chamber of resistance material pin, and injection head is connected with the other end of injection canal, it is characterized in that: four look plastic sole forming machines are provided with the hydraulic system of four retable and injection mechanism and correspondence, resistance material cylinder component and resistance material head, be respectively the first plasticizing and injection mechanism, second plasticizing and injection mechanism, 3rd plasticizing and injection mechanism and the 4th plastify and injection mechanism, and the first resistance material head, second resistance material head, 3rd resistance material head and the 4th resistance material head, described 3rd plasticizing and injection mechanism are arranged on the ring rotation workbench central authorities of rotating disk mechanism, described 3rd plasticizing and injection mechanism annularly rotary table radial direction are arranged, described first plasticizing and injection mechanism and the second plasticizing and injection mechanism are arranged on and plastify with the described 3rd and the opposite side of ring rotation workbench that injection mechanism is relative, described first plasticizing and injection mechanism and second plastify and injection mechanism is that "eight" shape is arranged, and be symmetrical arranged for the axis of symmetry with described 3rd plasticizing and injection mechanism axis, described first resistance material head, second resistance material head and the 3rd resistance material head are in above ring rotation table surface, described first resistance material head, each self-corresponding first material shooting hole on second resistance material head and the 3rd resistance material head, second material shooting hole and the 3rd material shooting hole are within the scope of same station injection mould, described 4th plasticizing and injection mechanism are arranged on the outside of another station of ring rotation workbench of rotating disk mechanism, and the 4th resistance material head is in above ring rotation table surface.
Compared with prior art, the utility model is by arranging the power set of four retable and injection mechanism and correspondence, transmission mechanism, and the position that three retable and injection mechanism are arranged can ensure each self-corresponding first material shooting hole simultaneously, second material shooting hole and the 3rd material shooting hole are within the scope of same injection mould, relevant position on injection mould is arranged three injection hand-holes, make only with a station arranging operator namely can complete the injection moulding of three look products, the 4th retable and the another operator of injection mechanism station arrangement, the 4th look injection moulding can be completed, decrease operator, in addition, because the first to three retable and injection mechanism are to same injection mould on a station, therefore by the control of control system, the raw material timesharing of different colours in three retable and injection mechanism can be injected injection mould, the mobility of molten condition raw material is utilized to reach the effect of camouflage color form or gradual change type, by while injection moulding, can reach color lump combination shape effect.
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
Accompanying drawing explanation
Accompanying drawing 1 is the utility model specific embodiment structural front view;
Accompanying drawing 2 is accompanying drawing 1 I portion partial enlarged drawing;
Accompanying drawing 3 is accompanying drawing 1 II portion partial enlarged drawing;
Accompanying drawing 4 is the utility model first resistance material cylinder component specific embodiment structure sectional view;
Accompanying drawing 5 is the utility model specific embodiment structure top view;
Accompanying drawing 6 is accompanying drawing 5 III portion partial enlarged drawing;
Accompanying drawing 7 is the utility model specific embodiment structure left view;
Accompanying drawing 8 is the utility model main resistance material head specific embodiment structure left view;
Accompanying drawing 9 is the utility model main resistance material head specific embodiment structure top view;
Accompanying drawing 10 is the utility model main resistance material head specific embodiment structure sectional view;
Accompanying drawing 11 is the utility model first resistance material head specific embodiment structural front view;
Accompanying drawing 12 is the utility model first resistance material head specific embodiment structure top view;
Accompanying drawing 13 is the utility model first resistance material head specific embodiment structure sectional view.
Detailed description of the invention
Four look plastic sole forming machines comprise clamping 2, rotating disk mechanism 1, plasticizing and injection mechanism, resistance material cylinder component, power set, transmission mechanism and control system 3.Rotating disk mechanism 1 comprises an annular rotary table 101 and driving mechanism 102 thereof, rotary table 101 is circumferentially evenly provided with multiple footwear die worker position 103, general 12 to 30, specifically can set according to customer demand, in this specific embodiment, be provided with 20 footwear die worker positions 103 altogether.
As Fig. 1, shown in 5, four look plastic sole forming machines are provided with the power set of four retable and injection mechanism and correspondence, transmission mechanism, resistance material cylinder component and resistance material head, be respectively the first plasticizing and injection mechanism 4, second plasticizing and injection mechanism 5, 3rd plasticizing and injection mechanism 6 and the 4th plastify and injection mechanism 7, and the first resistance material head 8, second resistance material head 9, 3rd resistance material head 10, 4th resistance material head 11, first transmission mechanism 12, first resistance material cylinder component 13, second transmission mechanism 14, second resistance material cylinder component 15, 3rd transmission mechanism 16, 3rd resistance material cylinder component 17 and the 4th transmission mechanism 18, 4th resistance material cylinder component 19, first plasticizing and injection mechanism 4, second plasticizing and injection mechanism 5, 3rd plasticizing and injection mechanism 6 with the 4th plasticizing and injection mechanism 7 structure identical.For the first plasticizing and injection mechanism 4, as shown in Figure 5,6, first plasticizing and injection mechanism 4 are provided with the first barrel 401, first barrel 401 is in being horizontally disposed with, first barrel 401 is provided with first heater 402, the front end being provided with the first injection screw 403, first barrel 401 in first barrel 401 is provided with the first injection head 404, first power set 405 and drives the first injection screw 403 through the first transmission mechanism 12.Described first resistance material cylinder component 13 comprises the first resistance material head 8, first resistance material oil cylinder 1301 and the first resistance material pin 1302, described first resistance material head 8 is provided with the first resistance material pin sliding chamber 801, first injection canal 802 and the first material shooting hole 803, described first resistance material pin 1302 is slidably matched and is arranged in the sliding chamber 801 of the first resistance material pin, and be connected with the first resistance material oil cylinder 1301 push rod, driven by the first resistance material oil cylinder 1301.
As Figure 1-4, described first power set 405 preferred hydraulic motor, described first transmission mechanism 12 comprises Connection Block 1201, slide 1202 and a power transmission shaft 1203, described power transmission shaft 1203 can be rotatably set in slide 1202 by a pair power transmission shaft 1203 spring bearing, described power transmission shaft 1203 two ends are respectively equipped with the axis hole matched with first injection screw 403 one end and hydraulic motor output shaft, described hydraulic motor is fixedly mounted on one end of described slide 1202, and hydraulic motor output shaft matches with the axis hole of power transmission shaft 1203 side; Described first barrel 401 is fixed on Connection Block 1201, match with the axis hole of described power transmission shaft 1203 other end in first injection screw 403 one end in described first barrel 401, described Connection Block 1201 is equipped with a pair injection cylinder, and injection cylinder piston rod is fixedly connected with slide 1202; Described Connection Block 1201 is contained on two parallel guide rods with slide 1202 simultaneously, described two parallel guide rods have front and back guide rod seat to support, described Connection Block 1201 is located and is arranged, described slide 1202 relatively guide rod is slidably arranged, and in described a pair power transmission shaft 1203 spring bearing, close hydraulic motor side selects taper roll bearing.
Same, second plasticizing and injection mechanism 5 are provided with the second barrel 502, second barrel 502 is in being horizontally disposed with, second barrel 502 is provided with secondary heating mechanism 501, the second injection screw 503 is provided with in second barrel 502, the front end of the second barrel 502 is provided with the second injection head 504, second power set 505 and drives the second injection screw 503 through the second transmission mechanism 14.Described second resistance material cylinder component 15 comprises the second resistance material head 9, second resistance material oil cylinder 1501 and the second resistance material pin 1502, described second resistance material head 9 is provided with the second resistance material pin sliding chamber 901, second injection canal 902 and the second material shooting hole 903, described second resistance material pin 1502 is slidably matched and is arranged in the sliding chamber 901 of the second resistance material pin, and be connected with the second resistance material oil cylinder 1501 push rod, driven by the second resistance material oil cylinder 1501.
3rd plasticizing and injection mechanism 6 are provided with the 3rd barrel 602,3rd barrel 602 is in being horizontally disposed with, 3rd barrel 602 is provided with the 3rd heater 601, the 3rd injection screw 603 is provided with in 3rd barrel 602, the front end of the 3rd barrel 602 is provided with the 3rd injection head the 604, three power set 605 and drives the 3rd injection screw 603 through the 3rd transmission mechanism 16.Described 3rd resistance material cylinder component 17 comprises the 3rd resistance material head 10, the 3rd resistance material oil cylinder 1701 and the 3rd resistance material pin 1702, described 3rd resistance material head 10 is provided with the sliding chamber 1001 of the 3rd resistance material pin, the 3rd injection canal 1002 and the 3rd material shooting hole 1003, described 3rd resistance material pin 1702 is slidably matched and is arranged in the sliding chamber 1001 of the 3rd resistance material pin, and be connected with the 3rd resistance material oil cylinder 1701 push rod, driven by the 3rd resistance material oil cylinder 1701.
4th plasticizing and injection mechanism 7 are provided with the 4th barrel 702,4th barrel 702 is in being horizontally disposed with, 4th barrel 702 is provided with the 4th heater 701, the 4th injection screw 703 is provided with in 4th barrel 702, the front end of the 4th barrel 702 is provided with the 4th injection head the 704, four power set 705 and drives the 4th injection screw 703 through the 4th transmission mechanism 18.Described 4th resistance material cylinder component 19 comprises the 4th resistance material head 11, the 4th resistance material oil cylinder 1901 and the 4th resistance material pin 1902, described 4th resistance material head 11 is provided with the sliding chamber 1101 of the 4th resistance material pin, the 4th injection canal 1102 and the 4th material shooting hole 1103, described 4th resistance material pin 1902 is slidably matched and is arranged in the sliding chamber 1101 of the 4th resistance material pin, and be connected with the 4th resistance material oil cylinder 1901 push rod, driven by the 4th resistance material oil cylinder 1901.
As shown in Figure 5, in this four look plastic sole forming machines, the 3rd plasticizing of four retable and injection mechanism and injection mechanism 6 and the 3rd power set 605 are arranged on ring rotation workbench 101 central authorities of rotating disk mechanism 1, described 3rd plasticizing and injection mechanism 6 annularly rotary table 101 radial direction are arranged, described first plasticizing and injection mechanism 4 and the second plasticizing and injection mechanism 5 are arranged on and plastify with the described 3rd and the opposite side of ring rotation workbench 101 that injection mechanism 6 is relative, i.e. the outside of ring rotation workbench 101.Described first plasticizing and injection mechanism 4 and second plastify and injection mechanism 5 setting in "eight" shape, the barrel front end of described first plasticizing and injection mechanism 4 and the second plasticizing and injection mechanism 5 is comparatively drawn close, and preferably with described 3rd plasticizing and injection mechanism 6 axis for the axis of symmetry is symmetrical arranged, described first resistance material head 8, second resistance material head 9 and the 3rd resistance material head 10 are in above ring rotation workbench 101 table top.On described first resistance material head 8, second resistance material head 9 and the 3rd resistance material head 10, each self-corresponding first material shooting hole 803, second material shooting hole 903 and the 3rd material shooting hole 1003 are within the scope of same injection mould, can with arranging three and inject hand-hole and match on injection mould.Described 4th plasticizing and injection mechanism 7 are arranged on the outside of another station of ring rotation workbench 101 of rotating disk mechanism 1,4th resistance material head 11 is in above ring rotation workbench 101 table top, preferably by described 4th plasticizing and injection mechanism 7 axis and the 3rd plastifies and injection mechanism 6 dead in line is arranged.
Described first resistance material head 8, second resistance material head 9 and the 3rd resistance material head 10 can be integrated and be set to main resistance material head, the structure of main resistance material head is as far as possible compact, as seen in figs. 8-10, in this specific embodiment, main resistance material head is that fan-shaped polygonal epimere cylinder and columniform hypomere cylinder are formed by cross section substantially, described main resistance material head is axially arranged with the sliding chamber 801 of the first resistance material pin, the sliding chamber 901 of second resistance material pin and the sliding chamber 1001 of the 3rd resistance material pin, be in triangular distribution, and be provided with the first injection canal 802, second injection canal 902 and the 3rd injection canal 1002 be the sliding chamber 801 with the first resistance material pin respectively, the sliding chamber 901 of second resistance material pin is connected with the sliding chamber 1001 of the 3rd resistance material pin, first injection canal 802, the import of the second injection canal 902 and the 3rd injection canal 1002 is arranged on polygonal upper segment column body sidewall, chamber 801 sliding with the first resistance material pin, the second sliding chamber 901 of resistance material pin and the sliding chamber 1001 of the 3rd resistance material pin are connected the first material shooting hole 803 of corresponding UNICOM, second material shooting hole (not shown) and the 3rd material shooting hole (not shown) are arranged on lower end, and be within the scope of same injection mould, can with arranging three and inject hand-hole and match on injection mould.Epimere is that polygon is provided with and is beneficial to convenient to plastify with each and injection head in injection mechanism coordinates, and columniform hypomere can reduce volume and weight, saving material.By cross section, epimere cylinder triangular in shape and columniform hypomere cylinder are formed described 4th resistance material head 11 substantially, the sliding chamber 1101 of described 4th resistance material pin is arranged vertically, the side that 4th injection canal 1102 is arranged on epimere cylinder is connected with the sliding chamber 1101 of the 4th resistance material pin, and described 4th resistance material head 11 arranges with the split of main resistance material head.
Conveniently keep in repair, as shown in Figure 5,6, described first resistance material head 8, second resistance material head 9 and the 3rd resistance material head 10 are preferably split and arrange, as figs 11-13, by cross section, epimere cylinder triangular in shape and columniform hypomere cylinder are formed described first resistance material head 8 substantially, the described first sliding chamber 801 of resistance material pin is arranged vertically, and the side that injection canal is arranged on epimere cylinder is connected with the sliding chamber 801 of the first resistance material pin; Second resistance material head 9 is identical with described first resistance material head 8 with the structure of the 3rd resistance material head 10, namely also by cross section, epimere cylinder triangular in shape and columniform hypomere cylinder are formed described second resistance material head 9 substantially, the described second sliding chamber 901 of resistance material pin is arranged vertically, and the side that the second injection canal 902 is arranged on epimere cylinder is connected with the sliding chamber 901 of the second resistance material pin; By cross section, epimere cylinder triangular in shape and columniform hypomere cylinder are formed described 3rd resistance material head 10 substantially, the described 3rd sliding chamber 1001 of resistance material pin is arranged vertically, and the side that the 3rd injection canal 1002 is arranged on epimere cylinder is connected with the sliding chamber 1001 of the 3rd resistance material pin; The epimere cylinder that described 4th resistance material head 11 is rectangle substantially by cross section and columniform hypomere cylinder are formed, and the described 4th sliding chamber of resistance material pin is arranged vertically, and the side that the 4th injection canal is arranged on epimere cylinder is connected with the sliding chamber of the 4th resistance material pin.Described resistance material head upper part is made up of cross section cardinal principle epimere cylinder triangular in shape, in order to three resistance material heads can reduce taking space when arranging as far as possible, compacter, the first material shooting hole 803, second material shooting hole and the 3rd material shooting hole can be within the scope of same injection mould.
The plasticizing shaping due to these four look plastic soles and injection mechanism are subject to the requirement that assembly space limits and runner joint sealing is high, in order to reduce processing and assembly difficulty and to processing and the technical requirement of assembler, adapt to the mould of differing heights, as shown in Fig. 6,10, in this specific embodiment, in described first resistance material head 8, the first injection canal 802 import is provided with sphere cavity, described first injection head 404 end is match with cavity spherical, and described first injection head 404 end is engaged in sphere cavity.Described sphere cavity is hemisphere face or is less than hemisphere face, and described first injection head 404 end is preferably the hemispherical that radius and cavity match, the injection canal import closed butt joint in the injection orifice in described injection head and resistance material head.The 3rd injection canal 1002 import structure too in the second injection canal 902 import in described second resistance material head 9 and the 3rd resistance material head 10, second injection head 504 and the 3rd injection head 604 end are similarly match with cavity spherical, and the 4th injection head end is engaged in the cavity of the import of the 4th injection canal.
Claims (6)
1. four look plastic sole forming machines, comprise clamping, rotating disk mechanism, plasticizing and injection mechanism, resistance material cylinder component, power set, transmission mechanism and control system, be provided with barrel in plasticizing and injection mechanism, barrel is provided with heater, is provided with injection screw in barrel, power set, transmission mechanism is arranged on described barrel rear end and drives injection screw, and the front end of barrel is provided with injection head, and described resistance material cylinder component comprises resistance material head, and described resistance material head is provided with the sliding chamber of resistance material pin, injection canal and material shooting hole, described injection canal one end is communicated with the sliding chamber of resistance material pin, and injection head is connected with the other end of injection canal, it is characterized in that: four look plastic sole forming machines are provided with the hydraulic system of four retable and injection mechanism and correspondence, resistance material cylinder component and resistance material head, be respectively the first plasticizing and injection mechanism, second plasticizing and injection mechanism, 3rd plasticizing and injection mechanism and the 4th plastify and injection mechanism, and the first resistance material head, second resistance material head, 3rd resistance material head and the 4th resistance material head, described 3rd plasticizing and injection mechanism are arranged on the ring rotation workbench central authorities of rotating disk mechanism, described 3rd plasticizing and injection mechanism annularly rotary table radial direction are arranged, described first plasticizing and injection mechanism and the second plasticizing and injection mechanism are arranged on and plastify with the described 3rd and the opposite side of ring rotation workbench that injection mechanism is relative, described first plasticizing and injection mechanism and second plastify and injection mechanism is that "eight" shape is arranged, and be symmetrical arranged for the axis of symmetry with described 3rd plasticizing and injection mechanism axis, described first resistance material head, second resistance material head and the 3rd resistance material head are in above ring rotation table surface, described first resistance material head, each self-corresponding first material shooting hole on second resistance material head and the 3rd resistance material head, second material shooting hole and the 3rd material shooting hole are within the scope of same station injection mould, described 4th plasticizing and injection mechanism are arranged on the outside of another station of ring rotation workbench of rotating disk mechanism, 4th resistance material head is in above ring rotation table surface.
2. four look plastic sole forming machines according to claim 1, is characterized in that: described 4th plasticizing and injection mechanism axis and the 3rd plastifies and injection mechanism dead in line is arranged.
3. four look plastic sole forming machines according to claim 1, it is characterized in that: described first resistance material head, the second resistance material head and the 3rd resistance material head are that split is arranged, by cross section, epimere cylinder triangular in shape and columniform hypomere cylinder are formed described first resistance material head substantially, the described first sliding chamber of resistance material pin is arranged vertically, and the side that the first injection canal is arranged on epimere cylinder is connected with the sliding chamber of the first resistance material pin; Described second resistance material head by cross section substantially epimere cylinder triangular in shape and columniform hypomere cylinder form, the sliding chamber of described second resistance material pin is arranged vertically, and the side that the second injection canal is arranged on epimere cylinder is connected with the sliding chamber of the second resistance material pin; Described 3rd resistance material head by cross section substantially epimere cylinder triangular in shape and columniform hypomere cylinder form, the sliding chamber of described 3rd resistance material pin is arranged vertically, and the side that the 3rd injection canal is arranged on epimere cylinder is connected with the sliding chamber of the 3rd resistance material pin; Described 4th resistance material head by cross section substantially epimere cylinder triangular in shape and columniform hypomere cylinder form, the sliding chamber of described 4th resistance material pin is arranged vertically, and the side that the 4th injection canal is arranged on epimere cylinder is connected with the sliding chamber of the 4th resistance material pin.
4. four look plastic sole forming machines according to claim 1, it is characterized in that: described first resistance material head, second resistance material head and the 3rd resistance material head are integrated and are set to main resistance material head, described main resistance material head is axially arranged with the sliding chamber of the first resistance material pin, the sliding chamber of second resistance material pin and the sliding chamber of the 3rd resistance material pin, and be provided with the first injection canal, second injection canal and the 3rd injection canal be the sliding chamber with the first resistance material pin respectively, the sliding chamber of second resistance material pin is connected with the sliding chamber of the 3rd resistance material pin, first injection canal, the import of the second injection canal and the 3rd injection canal is arranged on sidewall, the first corresponding material shooting hole, second material shooting hole and the 3rd material shooting hole are within the scope of same injection mould, by cross section, epimere cylinder triangular in shape and columniform hypomere cylinder are formed described 4th resistance material head substantially, the sliding chamber of described 4th resistance material pin is arranged vertically, the side that 4th injection canal is arranged on epimere cylinder is connected with the sliding chamber of the 4th resistance material pin, and described 4th resistance material head and the split of main resistance material head are arranged.
5. four look plastic sole forming machines according to claim 3 or 4, it is characterized in that: described first injection canal, second injection canal, the import of the 3rd injection canal is provided with sphere cavity, described injection head end is match with cavity spherical, with described first injection canal, second injection canal, the first injection head that the sphere cavity of the 3rd injection canal import is connected respectively, second injection head and the 3rd injection head end are corresponding sphere and arrange, described end is engaged in sphere cavity, 4th injection head end is engaged in the cavity of the import of the 4th injection canal.
6. four look plastic sole forming machines according to claim 1, it is characterized in that: hydraulic motor selected by described power set, described transmission mechanism comprises Connection Block, slide and a power transmission shaft, described power transmission shaft can be rotatably set in slide by a pair power transmission shaft spring bearing, described power transmission shaft two ends are respectively equipped with the axis hole matched with screw rod one end and hydraulic motor output shaft, described hydraulic motor is fixedly mounted on one end of described slide, and hydraulic motor output shaft matches with the axis hole of power transmission shaft side; Described barrel is fixed on Connection Block, and matching with the axis hole of the described power transmission shaft other end in the screw rod one end in described barrel, described Connection Block is equipped with a pair injection cylinder, and injection cylinder piston rod is fixedly connected with slide; Described Connection Block and slide are contained on two parallel guide rods simultaneously, described two parallel guide rods have front and back guide rod seat to support, described Connection Block location is arranged, and the relative guide rod of described slide is slidably arranged, and in described a pair power transmission shaft spring bearing, close hydraulic motor side selects taper roll bearing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520045050.1U CN204505680U (en) | 2015-01-22 | 2015-01-22 | A kind of four look plastic sole forming machines |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520045050.1U CN204505680U (en) | 2015-01-22 | 2015-01-22 | A kind of four look plastic sole forming machines |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204505680U true CN204505680U (en) | 2015-07-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520045050.1U Expired - Fee Related CN204505680U (en) | 2015-01-22 | 2015-01-22 | A kind of four look plastic sole forming machines |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204505680U (en) |
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2015
- 2015-01-22 CN CN201520045050.1U patent/CN204505680U/en not_active Expired - Fee Related
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150729 Termination date: 20220122 |