CN204210078U - A kind of full-automatic defoaming machine main drive gear - Google Patents
A kind of full-automatic defoaming machine main drive gear Download PDFInfo
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- CN204210078U CN204210078U CN201420640184.3U CN201420640184U CN204210078U CN 204210078 U CN204210078 U CN 204210078U CN 201420640184 U CN201420640184 U CN 201420640184U CN 204210078 U CN204210078 U CN 204210078U
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Abstract
The open a kind of full-automatic defoaming machine main drive gear of the utility model, includes frame, motor, gear unit and pressure box de-bubble system; Described gear unit includes two main transmission long-chains, to be installed on respectively in frame and every bar long-chain is rectangle around frame, two main transmission long-chains are arranged in parallel, every bar main transmission long-chain corner is respectively arranged with sprocket for main drive, sprocket for main drive corresponding on two main transmission long-chains is connected by main transmission rotating shaft, each main transmission rotating shaft is connected with a main transmission drive sprocket, and this main transmission drive sprocket is connected with motor by main drive chain bar; Little drive sprocket is respectively arranged with near main transmission rotating shaft two ends of motor, described pressure box de-bubble system is provided with multiple de-bubble parts, each de-bubble parts are provided with de-bubble drive shaft, each de-bubble drive shaft two ends are provided with de-bubble drive sprocket, the de-bubble drive sprocket being close to main transmission rotating shaft is connected with little drive sprocket by de-bubble chain drive-belt, and drives de-bubble drive shaft to rotate by driven by motor main transmission rotating shaft through little drive sprocket; All the other de-bubble drive sprockets are connected between two by de-bubble chain drive-belt and rotate simultaneously.
Description
Technical field
The utility model relates to carton processing equipment field, especially a kind of full-automatic defoaming machine main drive gear.
Background technology
At present, the gift box made by materials such as hawks is before transferring finished product to, first base box to be made, then the facing paper such as paperboard, art paper is sticked on base box surface, after paperboard, art paper are sticked in base box surface, base box surface and paperboard, a lot of bubble can be formed between art paper, must be removed.At present, remove the work (being commonly called as pressure bubble) of above-mentioned bubble mostly by manually having come, labour intensity is large, production efficiency is extremely low, also have and adopt semiautomatic equipment, namely the switch that tramps with one's feet makes cylinder action, cylinder promotes pressing plate and presses the blank gift box surface be enclosed within mould, thus by bubble removal, although to a certain degree improve operating efficiency, but still can not meet Production requirement far away, in prior art, also some easy defoaming devices are had, but these stabilization of equipment performance are poor, structure is simple, de-bubble is thorough not, cause de-bubble fraction defective high, along with client is more and more higher to product requirement, for carton bottom, the de-bubble at side and edge is all most important, only have and comprehensive de-bubble is carried out to these positions, exquisite box could be obtained, this is that existing defoaming device cannot replace.The transmitting function of full-automatic defoaming machine and the height of automaticity thereof are the optimal design of its main drive gear, and the quality of main drive gear directly affects its automaticity and transmitting function, particularly its stability run.
Utility model content
In view of this, the utility model is for the disappearance of prior art existence, its main purpose is to provide a kind of full-automatic defoaming machine main drive gear, and it effectively can improve the automaticity of machine and good transmitting function, makes the operation that defoaming machine can be continual and steady.
To achieve these goals, the technical solution of the utility model is: a kind of full-automatic defoaming machine main drive gear, includes frame, motor, gear unit and pressure box de-bubble system; Described gear unit includes two main transmission long-chains, to be installed on respectively in frame and every bar long-chain is rectangle around frame, two main transmission long-chains are arranged in parallel, every bar main transmission long-chain corner is respectively arranged with sprocket for main drive, sprocket for main drive corresponding on two main transmission long-chains is connected by main transmission rotating shaft, each main transmission rotating shaft is connected with a main transmission drive sprocket, and this main transmission drive sprocket is connected with motor by main drive chain bar; Little drive sprocket is respectively arranged with near main transmission rotating shaft two ends of motor, described pressure box de-bubble system is provided with multiple de-bubble parts, each de-bubble parts are provided with de-bubble drive shaft, each de-bubble drive shaft two ends are provided with de-bubble drive sprocket, the de-bubble drive sprocket being close to main transmission rotating shaft is connected with little drive sprocket by de-bubble chain drive-belt, and drives de-bubble drive shaft to rotate by driven by motor main transmission rotating shaft through little drive sprocket; All the other de-bubble drive sprockets are connected between two by de-bubble chain drive-belt and rotate simultaneously.
As a kind of priority scheme, described pressure box de-bubble system includes two pressure box bubble removing unit and transition goes out housing unit, and this two pressures box bubble removing unit goes out housing unit by this transition and connects; This pressure box bubble removing unit includes side de-bubble parts, bottom surface de-bubble parts and edge de-bubble parts; These bottom surface de-bubble parts are installed on de-bubble parts bottom, side, and these edge de-bubble parts are installed on side de-bubble section upper.
As a kind of priority scheme, described side de-bubble parts include two sides de-bubble pressure cartridge module, this two sides de-bubble module is installed in frame, be provided with the female sub-assembly of screw mandrel between this two sides de-bubble module, this two sides de-bubble module is passed through the female sub-assembly of screw mandrel and is connected and rotate with the female sub-assembly of screw mandrel and move to regulate the spacing between two sides de-bubble module.
As a kind of priority scheme, described side de-bubble module includes cylinder lead frame and is installed on a plurality of side de-bubble drum assemblies of this cylinder lead frame, installation foot is integrally extended in described cylinder lead frame bottom, and this installation foot is slidably mounted in frame.
As a kind of priority scheme, described side de-bubble drum assembly includes two sides de-bubble rolling stand and side de-bubble cylinder, this two sides de-bubble rolling stand is vertically installed on the framework up and down of cylinder lead frame respectively, and these de-bubble cylinder two ends, side are installed on this two sides de-bubble rolling stand respectively; Described side de-bubble rolling stand is provided with deep groove ball bearing, the end of this side de-bubble cylinder is installed on this deep groove ball bearing, described deep groove ball bearing place is provided with side de-bubble flat spring, this side de-bubble flat spring is arranged with de-bubble cylinder in side is mutually vertical, and this side de-bubble flat spring does elastic movement between deep groove ball bearing and cylinder lead frame; The female sub-assembly of described screw mandrel includes the side de-bubble screw at side de-bubble screw mandrel and two ends, this side de-bubble screw is screwed on side de-bubble screw mandrel, be provided with side de-bubble screw mount pad below described cylinder lead frame, described side de-bubble screw is installed in side de-bubble screw mount pad; Described side de-bubble screw mandrel two ends, can distance between easy adjustment two sides de-bubble pressure cartridge module by this plastic-steel handwheel through side de-bubble screw and be connected and installed with a plastic-steel handwheel respectively; This side de-bubble cylinder is provided with a plurality of, and this plurality of side de-bubble cylinder equidistantly arranges side by side, and each side de-bubble cylinder bottom is provided with pinion, is provided with excessive gear between every two pinions.
As a kind of priority scheme, be provided with gap between described two sides de-bubble cylinder, the drawn cup needle roller bearing in described edge de-bubble parts is stretched out by the gap between this side de-bubble cylinder and protrudes towards middle part and arranges, these bottom surface de-bubble parts include a plurality of bottom surface de-bubble assembly, this bottom surface de-bubble assembly is equidistant side by side horizontally, this bottom surface de-bubble assembly includes two bottom surface de-bubble rolling stands, bottom surface de-bubble cylinder, bottom surface de-bubble deep groove ball bearing and bottom surface de-bubble flat spring, this bottom surface de-bubble rolling stand is provided with bearing mounting groove and spring retention groove, this bearing mounting groove is connected with spring retention groove, this bottom surface de-bubble deep groove ball bearing is installed in bearing mounting groove, this bottom surface de-bubble flat spring is installed in spring retention groove, these de-bubble cylinder two ends, bottom surface are installed in bottom surface de-bubble deep groove ball bearing respectively, this bottom surface de-bubble rolling stand is installed in frame by bottom surface de-bubble installing plate, this bottom surface de-bubble rolling stand is installed on bottom surface de-bubble installing plate, this bottom surface de-bubble installing plate is installed in frame, described bottom surface de-bubble flat spring one end is connected to bottom surface de-bubble deep groove ball bearing, the other end is connected to spring retention trench bottom, and this bottom surface de-bubble flat spring moves up and down with the change of bottom surface de-bubble drum pressure size.One end of described bottom surface de-bubble cylinder is connected with bottom surface de-bubble pinion, bottom surface de-bubble excessive gear is provided with between every two bottom surface de-bubble pinions, a bottom surface de-bubble cylinder is wherein had to be connected with bottom surface de-bubble minor sprocket, this bottom surface de-bubble minor sprocket takes coaxial bottom surface de-bubble pinion rotation to, thus drives other bottom surface de-bubble pinion and bottom surface de-bubble transition gear to rotate.
As a kind of priority scheme, described edge de-bubble parts include edge de-bubble assembly and edge de-bubble assembly mount pad, and this edge de-bubble assembly includes equidistant arrangement multiple and arranged side by side and is installed on this edge de-bubble assembly mount pad.
As a kind of priority scheme, the de-bubble assembly baffle plate that described edge de-bubble assembly mount pad includes mount pad main body and integrally vertically extends with this mount pad main body, this mount pad main body becomes inverted L shape to arrange with de-bubble assembly baffle plate.
As a kind of priority scheme, described edge de-bubble assembly includes edge de-bubble spring, edge de-bubble compressing member, drawn cup needle roller bearing and two bearing pins, this edge de-bubble compressing member includes italic portion and horizontal part, described horizontal part and de-bubble assembly baffle plate are parallel to each other, described edge de-bubble spring fitting is between horizontal part and de-bubble assembly baffle plate, this one end, italic portion is connected with horizontal part one, the end face of the other end in de-bubble assembly baffle plate lower surface laminating and be positioned at de-bubble spring side, edge and be provided with a chamfering, this italic portion to be tilted away from de-bubble spring direction, edge towards de-bubble assembly baffle plate by horizontal part, by a bearing pin and the pivot joint of mount pad main body in this italic portion, described horizontal part is by another bearing pin and drawn cup needle roller bearing pivot joint, described horizontal part one end is connected with italic portion one, the other end and pinned connection.
As a kind of priority scheme, described edge de-bubble assembly mount pad is installed in cylinder lead frame, and this cylinder lead frame is provided with porous fixed head, and this edge de-bubble assembly mount pad can be installed on the diverse location in cylinder lead frame as required.
The utility model compared with prior art has significant progressive and beneficial effect, specific as follows: by being provided with two main transmission long-chains at gear unit, to be installed on respectively in frame and every bar long-chain is rectangle around frame, two main transmission long-chains are arranged in parallel, every bar main transmission long-chain corner is respectively arranged with sprocket for main drive, sprocket for main drive corresponding on two main transmission long-chains is connected by main transmission rotating shaft, each main transmission rotating shaft is connected with a main transmission drive sprocket, and this main transmission drive sprocket is connected with motor by main drive chain bar; Be respectively arranged with little drive sprocket near main transmission rotating shaft two ends of motor, it effectively can improve the automaticity of machine and good transmitting function, makes the operation that defoaming machine can be continual and steady.
Accompanying drawing explanation
Fig. 1 is the schematic perspective view of pressing box de-bubble system in the present embodiment;
Fig. 2 is the top view of pressing box de-bubble system in the present embodiment;
Fig. 3 is the schematic perspective view of pressing box bubble removing unit in the present embodiment;
Fig. 4 is the schematic perspective view of de-bubble parts in side in the present embodiment;
Fig. 5 is the enlarged drawing at A place in Fig. 4;
Fig. 6 is the schematic perspective view of de-bubble drum assembly in side in the present embodiment;
Fig. 7 is the sectional view of de-bubble drum assembly in side in the present embodiment;
Fig. 8 is the schematic perspective view of de-bubble parts in bottom surface in the present embodiment;
Fig. 9 is the schematic perspective view at B place in Fig. 8;
Figure 10 is the schematic perspective view of de-bubble assembly in bottom surface in the present embodiment;
Figure 11 is the schematic perspective view of de-bubble parts in edge in the present embodiment;
Figure 12 is the schematic perspective view of de-bubble assembly in edge in the present embodiment;
Figure 13 is the left view of de-bubble parts in edge in the present embodiment;
Figure 14 is the schematic perspective view of main drive gear in the present embodiment.
Accompanying drawing identifies:
10, frame
112, cylinder lead frame rail plate
1121, cylinder lead frame sliding shoe
30, motor
40, gear unit
41, main transmission long-chain
42, sprocket for main drive
43, main transmission drive sprocket
44, little drive sprocket
45, de-bubble drive shaft
46, de-bubble drive sprocket
47, de-bubble chain drive-belt
50, box bubble removing unit is pressed
51, side de-bubble parts 53, side de-bubble pressure cartridge module
531, cylinder lead frame 5311, porous fixed head
532, side de-bubble drum assembly
5321, side de-bubble rolling stand 5322, side de-bubble cylinder
5323, deep groove ball bearing 5324, side de-bubble flat spring
5325, pinion 5326, excessive gear
533, installation foot 534, side de-bubble screw mount pad
54, the female sub-assembly of screw mandrel
541, side de-bubble screw mandrel 5411, plastic-steel handwheel
542, side de-bubble screw
52, bottom surface de-bubble parts
55, bottom surface de-bubble assembly
551, bottom surface de-bubble rolling stand 552, bottom surface de-bubble cylinder
5511, bearing mounting groove 5512, spring retention groove
553, bottom surface de-bubble deep groove ball bearing 554, bottom surface de-bubble flat spring
555, bottom surface de-bubble installing plate 556, bottom surface de-bubble pinion
557, bottom surface de-bubble excessive gear 558, bottom surface de-bubble minor sprocket
56, edge de-bubble parts 57, edge de-bubble assembly
571, edge de-bubble spring 572, edge de-bubble compressing member
573, cup needle roller bearings 574, bearing pin
5721, italic portion 5722, horizontal part
58, edge de-bubble assembly mount pad
581, mount pad main body 582, de-bubble assembly baffle plate
91, transition goes out housing unit.
Detailed description of the invention
Referring to figs. 1 to Figure 14, which show the concrete structure of the embodiment of the utility model, a kind of full-automatic defoaming machine main drive gear, include frame 10, motor 30, gear unit 40 and pressure box de-bubble system 50.
Wherein, this gear unit 40 includes two main transmission long-chains 41, to be installed on respectively in frame and every bar long-chain is rectangle around frame, two main transmission long-chains are arranged in parallel, every bar main transmission long-chain corner is respectively arranged with sprocket for main drive 42, sprocket for main drive corresponding on two main transmission long-chains is connected by main transmission rotating shaft, and each main transmission rotating shaft is connected with a main transmission drive sprocket 43, and this main transmission drive sprocket is connected with motor by main drive chain bar; Little drive sprocket 44 is respectively arranged with near main transmission rotating shaft two ends of motor, described pressure box de-bubble system is provided with multiple de-bubble parts, each de-bubble parts are provided with de-bubble drive shaft 45, each de-bubble drive shaft two ends are provided with de-bubble drive sprocket 46, the de-bubble drive sprocket being close to main transmission rotating shaft is connected with little drive sprocket by de-bubble chain drive-belt 47, and drives de-bubble drive shaft to rotate by driven by motor main transmission rotating shaft through little drive sprocket; All the other de-bubble drive sprockets are connected between two by de-bubble chain drive-belt and rotate simultaneously.
This pressure box bubble removing unit 50 includes side de-bubble parts 51 and bottom surface de-bubble parts 52.These side de-bubble parts 51 include two sides de-bubble pressure cartridge module 53, this two sides de-bubble module 53 is installed in frame 10, the female sub-assembly 54 of screw mandrel is provided with between this two sides de-bubble module 53, this two sides de-bubble module 53 is connected by the female sub-assembly 54 of screw mandrel and to rotate with the female sub-assembly 54 of screw mandrel and mobile, thus regulate the spacing between two sides de-bubble module 53, this side de-bubble module 53 includes cylinder lead frame 531 and is installed on a plurality of side de-bubble drum assemblies 532 of this cylinder lead frame 531, installation foot 533 is integrally extended in described cylinder lead frame 531 bottom, this installation foot 533 is slidably mounted in frame 10, and (this frame is provided with the cylinder lead frame rail plate 112 slided for cylinder lead frame 531, this cylinder lead frame rail plate 112 is provided with cylinder lead frame sliding shoe 1121, this installation foot 533 is installed on this cylinder lead frame sliding shoe 1121.Described side de-bubble drum assembly 532 includes two sides de-bubble rolling stand 5321 and side de-bubble cylinder 5322, this two sides de-bubble rolling stand 5321 is vertically installed on the framework up and down of cylinder lead frame 531 respectively, and these side de-bubble cylinder 5322 two ends are installed on this two sides de-bubble rolling stand 5321 respectively, described side de-bubble rolling stand 5321 is provided with deep groove ball bearing 5323, the end of this side de-bubble cylinder 5322 is installed on this deep groove ball bearing 5323, described deep groove ball bearing 5323 place is provided with side de-bubble flat spring 5324, this side de-bubble flat spring 5324 is arranged with side de-bubble cylinder 5322 is mutually vertical, this side de-bubble flat spring 5324 does elastic movement between deep groove ball bearing 5323 and cylinder lead frame 531, when side de-bubble cylinder 5322 is stressed be extruded time, stressed by this side de-bubble flat spring, make the pressure bubble functional effect of carton side better.
The female sub-assembly 54 of this screw mandrel includes the side de-bubble screw 542 at side de-bubble screw mandrel 541 and two ends, this side de-bubble screw 542 is screwed on side de-bubble screw mandrel 541, be provided with side de-bubble screw mount pad 534 below described cylinder lead frame 531, described side de-bubble screw 542 is installed in side de-bubble screw mount pad 534.Described side de-bubble screw mandrel 541 two ends, can distance between easy adjustment two sides de-bubble pressure cartridge module 53 by this plastic-steel handwheel 5411 through side de-bubble screw 542 and be connected and installed with a plastic-steel handwheel 5411 respectively.
This side de-bubble cylinder 5322 is provided with a plurality of, and this plurality of side de-bubble cylinder 5322 is equidistantly arrangement side by side, and each side de-bubble cylinder 5322 bottom is provided with pinion 5325, is provided with excessive gear 5326 between every two pinions 5325.Be provided with gap between described two sides de-bubble cylinder 5322, the drawn cup needle roller bearing in described edge de-bubble parts is stretched out by the gap between this side de-bubble cylinder and protrudes towards middle part and arranges.
These bottom surface de-bubble parts 52 include a plurality of bottom surface de-bubble assembly 55, this bottom surface de-bubble assembly 55 is equidistant side by side horizontally, this bottom surface de-bubble assembly 55 includes two bottom surface de-bubble rolling stands 551, bottom surface de-bubble cylinder 552, bottom surface de-bubble deep groove ball bearing 553 and bottom surface de-bubble flat spring 554, this bottom surface de-bubble rolling stand 551 is provided with bearing mounting groove 5511 and spring retention groove 5512, this bearing mounting groove 5511 is connected with spring retention groove 5512, this bottom surface de-bubble deep groove ball bearing 553 is installed in bearing mounting groove 5511, this bottom surface de-bubble flat spring 554 is installed in spring retention groove 5512, these bottom surface de-bubble cylinder 552 two ends are installed in bottom surface de-bubble deep groove ball bearing 553 respectively, this bottom surface de-bubble rolling stand 551 is installed in frame 10 by bottom surface de-bubble installing plate 555, this bottom surface de-bubble rolling stand 551 is installed on bottom surface de-bubble installing plate 555, this bottom surface de-bubble installing plate 555 is installed in frame 10, described bottom surface de-bubble flat spring 554 one end is connected to bottom surface de-bubble deep groove ball bearing 553, the other end is connected to bottom spring retention groove 5512, this bottom surface de-bubble flat spring 554 moves up and down with the change of bottom surface de-bubble cylinder 552 pressure size.One end of described bottom surface de-bubble cylinder 552 is connected with bottom surface de-bubble pinion 556, bottom surface de-bubble excessive gear 557 is provided with between every two bottom surface de-bubble pinions 556, a bottom surface de-bubble cylinder 552 is wherein had to be connected with bottom surface de-bubble minor sprocket 558, this bottom surface de-bubble minor sprocket 558 takes coaxial bottom surface de-bubble pinion 556 to and rotates, thus drives other bottom surface de-bubble pinion 556 and bottom surface de-bubble transition gear 557 to rotate.
Described pressure box bubble removing unit 50 also includes edge de-bubble parts 56, these edge de-bubble parts 56 include edge de-bubble assembly 57 and edge de-bubble assembly mount pad 58, and this edge de-bubble assembly 57 includes equidistant arrangement multiple and arranged side by side and is installed on this edge de-bubble assembly mount pad 58, the de-bubble assembly baffle plate 582 that described edge de-bubble assembly mount pad 58 includes mount pad main body 581 and integrally vertically extends with this mount pad main body 581, this mount pad main body 581 is arranged in de-bubble assembly baffle plate 582 one-tenth inverted L shapes, described edge de-bubble assembly 57 includes edge de-bubble spring 571, edge de-bubble compressing member 572, drawn cup needle roller bearing 573 and two bearing pins 574, this edge de-bubble compressing member 572 includes italic portion 5721 and horizontal part 5722, described horizontal part 5722 is parallel to each other with de-bubble assembly baffle plate 582, described edge de-bubble spring 571 is installed between horizontal part 5722 and de-bubble assembly baffle plate 582, this one end, italic portion 5721 is connected with horizontal part 5722 one, the end face of the other end in de-bubble assembly baffle plate 582 lower surface laminating and be positioned at de-bubble spring side, edge and be provided with a chamfering, this italic portion 5721 to be tilted away from de-bubble spring direction, edge towards de-bubble assembly baffle plate 582 by horizontal part 5722, by a bearing pin 574 and mount pad main body 581 pivot joint in this italic portion 5721, described horizontal part 5722 is by another bearing pin 574 and drawn cup needle roller bearing 573 pivot joint.Described horizontal part 5722 one end is connected with italic portion 5721 one, and the other end is connected with bearing pin 574.
Described edge de-bubble assembly mount pad 58 is installed in cylinder lead frame 531, and this cylinder lead frame 531 is provided with porous fixed head 5311, and this edge de-bubble assembly mount pad 58 can be installed on the diverse location in cylinder lead frame 531 as required.
Described pressure box bubble removing unit 50 is two, includes the first pressure box bubble removing unit and the second pressure box bubble removing unit.
Of the present utility modelly to focus on: by being provided with two main transmission long-chains at gear unit, to be installed on respectively in frame and every bar long-chain is rectangle around frame, two main transmission long-chains are arranged in parallel, every bar main transmission long-chain corner is respectively arranged with sprocket for main drive, sprocket for main drive corresponding on two main transmission long-chains is connected by main transmission rotating shaft, each main transmission rotating shaft is connected with a main transmission drive sprocket, and this main transmission drive sprocket is connected with motor by main drive chain bar; Be respectively arranged with little drive sprocket near main transmission rotating shaft two ends of motor, it effectively can improve the automaticity of machine and good transmitting function, makes the operation that defoaming machine can be continual and steady.
More than in conjunction with most preferred embodiment, the utility model is described, but the utility model is not limited to the embodiment of above announcement, and amendment that the various essence according to the present embodiment carries out, equivalent combinations should be contained.
Claims (10)
1. a full-automatic defoaming machine main drive gear, is characterized in that: include frame, motor, gear unit and pressure box de-bubble system; Described gear unit includes two main transmission long-chains, to be installed on respectively in frame and every bar long-chain is rectangle around frame, two main transmission long-chains are arranged in parallel, every bar main transmission long-chain corner is respectively arranged with sprocket for main drive, sprocket for main drive corresponding on two main transmission long-chains is connected by main transmission rotating shaft, each main transmission rotating shaft is connected with a main transmission drive sprocket, and this main transmission drive sprocket is connected with motor by main drive chain bar; Little drive sprocket is respectively arranged with near main transmission rotating shaft two ends of motor, described pressure box de-bubble system is provided with multiple de-bubble parts, each de-bubble parts are provided with de-bubble drive shaft, each de-bubble drive shaft two ends are provided with de-bubble drive sprocket, the de-bubble drive sprocket being close to main transmission rotating shaft is connected with little drive sprocket by de-bubble chain drive-belt, and drives de-bubble drive shaft to rotate by driven by motor main transmission rotating shaft through little drive sprocket; All the other de-bubble drive sprockets are connected between two by de-bubble chain drive-belt and rotate simultaneously.
2. a kind of full-automatic defoaming machine main drive gear according to claim 1, it is characterized in that: described pressure box de-bubble system includes two pressure box bubble removing unit and transition goes out housing unit, this two pressures box bubble removing unit goes out housing unit by this transition and connects; This pressure box bubble removing unit includes side de-bubble parts, bottom surface de-bubble parts and edge de-bubble parts; These bottom surface de-bubble parts are installed on de-bubble parts bottom, side, and these edge de-bubble parts are installed on side de-bubble section upper.
3. a kind of full-automatic defoaming machine main drive gear according to claim 2, it is characterized in that: described side de-bubble parts include two sides de-bubble pressure cartridge module, this two sides de-bubble module is installed in frame, be provided with the female sub-assembly of screw mandrel between this two sides de-bubble module, this two sides de-bubble module is passed through the female sub-assembly of screw mandrel and is connected and rotate with the female sub-assembly of screw mandrel and move to regulate the spacing between two sides de-bubble module.
4. a kind of full-automatic defoaming machine main drive gear according to claim 3, it is characterized in that: described side de-bubble module includes cylinder lead frame and is installed on a plurality of side de-bubble drum assemblies of this cylinder lead frame, installation foot is integrally extended in described cylinder lead frame bottom, and this installation foot is slidably mounted in frame.
5. a kind of full-automatic defoaming machine main drive gear according to claim 4, it is characterized in that: described side de-bubble drum assembly includes two sides de-bubble rolling stand and side de-bubble cylinder, this two sides de-bubble rolling stand is vertically installed on the framework up and down of cylinder lead frame respectively, and these de-bubble cylinder two ends, side are installed on this two sides de-bubble rolling stand respectively; Described side de-bubble rolling stand is provided with deep groove ball bearing, the end of this side de-bubble cylinder is installed on this deep groove ball bearing, described deep groove ball bearing place is provided with side de-bubble flat spring, this side de-bubble flat spring is arranged with de-bubble cylinder in side is mutually vertical, and this side de-bubble flat spring does elastic movement between deep groove ball bearing and cylinder lead frame; The female sub-assembly of described screw mandrel includes the side de-bubble screw at side de-bubble screw mandrel and two ends, this side de-bubble screw is screwed on side de-bubble screw mandrel, be provided with side de-bubble screw mount pad below described cylinder lead frame, described side de-bubble screw is installed in side de-bubble screw mount pad; Described side de-bubble screw mandrel two ends, can distance between easy adjustment two sides de-bubble pressure cartridge module by this plastic-steel handwheel through side de-bubble screw and be connected and installed with a plastic-steel handwheel respectively; This side de-bubble cylinder is provided with a plurality of, and this plurality of side de-bubble cylinder equidistantly arranges side by side, and each side de-bubble cylinder bottom is provided with pinion, is provided with excessive gear between every two pinions.
6. a kind of full-automatic defoaming machine main drive gear according to claim 5, it is characterized in that: be provided with gap between described two sides de-bubble cylinder, the drawn cup needle roller bearing in described edge de-bubble parts is stretched out by the gap between this side de-bubble cylinder and protrudes towards middle part and arranges, these bottom surface de-bubble parts include a plurality of bottom surface de-bubble assembly, this bottom surface de-bubble assembly is equidistant side by side horizontally, this bottom surface de-bubble assembly includes two bottom surface de-bubble rolling stands, bottom surface de-bubble cylinder, bottom surface de-bubble deep groove ball bearing and bottom surface de-bubble flat spring, this bottom surface de-bubble rolling stand is provided with bearing mounting groove and spring retention groove, this bearing mounting groove is connected with spring retention groove, this bottom surface de-bubble deep groove ball bearing is installed in bearing mounting groove, this bottom surface de-bubble flat spring is installed in spring retention groove, these de-bubble cylinder two ends, bottom surface are installed in bottom surface de-bubble deep groove ball bearing respectively, this bottom surface de-bubble rolling stand is installed in frame by bottom surface de-bubble installing plate, this bottom surface de-bubble rolling stand is installed on bottom surface de-bubble installing plate, this bottom surface de-bubble installing plate is installed in frame, described bottom surface de-bubble flat spring one end is connected to bottom surface de-bubble deep groove ball bearing, the other end is connected to spring retention trench bottom, and this bottom surface de-bubble flat spring moves up and down with the change of bottom surface de-bubble drum pressure size, one end of described bottom surface de-bubble cylinder is connected with bottom surface de-bubble pinion, bottom surface de-bubble excessive gear is provided with between every two bottom surface de-bubble pinions, a bottom surface de-bubble cylinder is wherein had to be connected with bottom surface de-bubble minor sprocket, this bottom surface de-bubble minor sprocket takes coaxial bottom surface de-bubble pinion rotation to, thus drives other bottom surface de-bubble pinion and bottom surface de-bubble transition gear to rotate.
7. a kind of full-automatic defoaming machine main drive gear according to claim 6, it is characterized in that: described edge de-bubble parts include edge de-bubble assembly and edge de-bubble assembly mount pad, this edge de-bubble assembly includes equidistant arrangement multiple and arranged side by side and is installed on this edge de-bubble assembly mount pad.
8. a kind of full-automatic defoaming machine main drive gear according to claim 7, it is characterized in that: the de-bubble assembly baffle plate that described edge de-bubble assembly mount pad includes mount pad main body and integrally vertically extends with this mount pad main body, this mount pad main body becomes inverted L shape to arrange with de-bubble assembly baffle plate.
9. a kind of full-automatic defoaming machine main drive gear according to claim 7, it is characterized in that: described edge de-bubble assembly includes edge de-bubble spring, edge de-bubble compressing member, drawn cup needle roller bearing and two bearing pins, this edge de-bubble compressing member includes italic portion and horizontal part, described horizontal part and de-bubble assembly baffle plate are parallel to each other, described edge de-bubble spring fitting is between horizontal part and de-bubble assembly baffle plate, this one end, italic portion is connected with horizontal part one, the end face of the other end in de-bubble assembly baffle plate lower surface laminating and be positioned at de-bubble spring side, edge and be provided with a chamfering, this italic portion to be tilted away from de-bubble spring direction, edge towards de-bubble assembly baffle plate by horizontal part, by a bearing pin and the pivot joint of mount pad main body in this italic portion, described horizontal part is by another bearing pin and drawn cup needle roller bearing pivot joint, described horizontal part one end is connected with italic portion one, the other end and pinned connection.
10. a kind of full-automatic defoaming machine main drive gear according to claim 7, it is characterized in that: described edge de-bubble assembly mount pad is installed in cylinder lead frame, this cylinder lead frame is provided with porous fixed head, and this edge de-bubble assembly mount pad can be installed on the diverse location in cylinder lead frame as required.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420640184.3U CN204210078U (en) | 2014-10-30 | 2014-10-30 | A kind of full-automatic defoaming machine main drive gear |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420640184.3U CN204210078U (en) | 2014-10-30 | 2014-10-30 | A kind of full-automatic defoaming machine main drive gear |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204210078U true CN204210078U (en) | 2015-03-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420640184.3U Withdrawn - After Issue CN204210078U (en) | 2014-10-30 | 2014-10-30 | A kind of full-automatic defoaming machine main drive gear |
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| Country | Link |
|---|---|
| CN (1) | CN204210078U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104354332A (en) * | 2014-10-30 | 2015-02-18 | 东莞市鸿铭机械有限公司 | Main transmission mechanism of full-automatic defoaming machine |
-
2014
- 2014-10-30 CN CN201420640184.3U patent/CN204210078U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104354332A (en) * | 2014-10-30 | 2015-02-18 | 东莞市鸿铭机械有限公司 | Main transmission mechanism of full-automatic defoaming machine |
| CN104354332B (en) * | 2014-10-30 | 2019-04-23 | 广东鸿铭智能股份有限公司 | A kind of full-automatic defoaming machine main drive gear |
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|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 523000 Guangdong city of Dongguan province Dongguan city Dongcheng District Niushan qiantou emerging industrial zone Hongming Machinery Co. Ltd. Patentee after: Guangdong Hongming intelligent Limited by Share Ltd Address before: 523000 Guangdong city of Dongguan province Dongguan city Dongcheng District Niushan qiantou emerging industrial zone Hongming Machinery Co. Ltd. Patentee before: Dongguan City Hongming Machinery Co., Ltd. |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150318 Effective date of abandoning: 20190423 |