CN204525037U - A kind of 4th axle dispenser - Google Patents
A kind of 4th axle dispenser Download PDFInfo
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- CN204525037U CN204525037U CN201520058763.1U CN201520058763U CN204525037U CN 204525037 U CN204525037 U CN 204525037U CN 201520058763 U CN201520058763 U CN 201520058763U CN 204525037 U CN204525037 U CN 204525037U
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Abstract
The utility model discloses a kind of 4th axle dispenser, described signaling switch is fastened on signal wheel by lock screw B, described signal wheel is arranged on exerts oneself on main shaft rear axle, described panel beating box covers the periphery of servomotor, described main shaft of exerting oneself is fixed with rotary column of exerting oneself, described force-output shaft bonnet to be fixed on after force-output shaft in bearing by lock screw E, and the position contacted with bearing after force-output shaft is provided with O RunddichtringO D, described 3rd bearing to be arranged on after force-output shaft in bearing, the power transmission shafr side that enters of described curve of equal velocity dispenser is connected with connecting plate, described shaft coupling is arranged on motor cabinet, described motor cabinet is fixed together by lock screw C and connecting plate.The utility model can realize arbitrarily angled stop, processing according to product demand, is suitable for the Precision Machining of woodwork, metallic article, can processing line can be coordinated again in any Digit Control Machine Tool separately; Vertical, horizontal Machining centers machine becomes the 4th axle and carries out High-speed machining production.
Description
Technical field
The utility model relates to cam type dispenser field, especially a kind of 4th axle dispenser.
Background technology
Cam type dispenser has that indexing accuracy is high, high speed performance good, smooth running, transmitting torque are large, location time self-locking, compact conformation, volume is little, noise is low, the life-span is long etc. shows advantage, is need the continuous ideal functionality parts be converted in the various automation equipments of stepwise operation; It is the most ideal product replacing the indexing mechanism such as Geneva mechanism, ratchet mechanism, incomplete gear mechanism.At present conventionally on the market be intermittent motion mechanism's cam type dispenser, its shortcoming cannot change irregularly station exactly on same type, cannot carry out multi-angle, multidirectional processing to workpiece.
Utility model content
For the problems referred to above, the utility model aim to provide a kind of have vacillate now to the left, now to the right, the 4th axle dispenser of any machining functions of multi-angle multistation.
For realizing this technical purpose, scheme of the present utility model is:
A kind of 4th axle dispenser, comprises main box, needle bearing, lock screw A, O RunddichtringO A, adjustment is eccentric, O RunddichtringO B, outside framework oil seal A, clutch shaft bearing, two round key, adjustment screw, curve of equal velocity worm gear, servomotor, signaling switch, signal is taken turns, lock screw B, single round key, lock screw C, lock screw D, enter power transmission shafr, panel beating box, grease-box, force-output shaft bearing, outside framework oil seal B, second bearing, to exert oneself main shaft, O RunddichtringO C, to exert oneself rotary column, bearing after force-output shaft, force-output shaft bonnet, lock screw E, O RunddichtringO D, outside framework oil seal C, is furnished with the sun nut of sun packing ring, 3rd bearing, O RunddichtringO E, oil mirror covers, lock screw F, curve of equal velocity dispenser, connecting plate, shaft coupling and motor cabinet, described needle bearing is arranged on exerts oneself on rotary column, and closely join with curve of equal velocity worm gear, described adjustment bias is provided with O RunddichtringO A, and the both sides of main box are fixed on by lock screw A, described O RunddichtringO B is fixed on the eccentric lower end of adjustment by adjustment screw, described outside framework oil seal A is arranged on the place of both sides up and down into power transmission shafr, and it is corresponding with adjustment screw, described clutch shaft bearing is arranged on the both sides of curve of equal velocity worm gear respectively, described pair of round key and single round key are arranged on power transmission shafr, described servomotor is fixed on motor cabinet by lock screw D, described signaling switch is fastened on signal wheel by lock screw B, described signal wheel is arranged on exerts oneself on main shaft rear axle, described panel beating box covers the periphery of servomotor, described grease-box is arranged on the lower end of curve of equal velocity worm gear, described force-output shaft bearing is provided with O RunddichtringO C, described outside framework oil seal B is arranged on force-output shaft bearing and the centre of main shaft of exerting oneself, described second bearing is arranged on above main shaft of exerting oneself, described main shaft of exerting oneself is fixed with rotary column of exerting oneself, after described force-output shaft, bearing is provided with O RunddichtringO C, described force-output shaft bonnet to be fixed on after force-output shaft in bearing by lock screw E, and the position contacted with bearing after force-output shaft is provided with O RunddichtringO D, described outside framework oil seal C is fixed on the groove be connected of force-output shaft bonnet and main shaft of exerting oneself, the described sun nut being furnished with sun packing ring to be arranged on after force-output shaft in bearing, described 3rd bearing to be arranged on after force-output shaft in bearing, described O RunddichtringO E is arranged in the covering of oily mirror, described oily mirror covers and is fixed on main box by lock screw F, the power transmission shafr side that enters of described curve of equal velocity dispenser is connected with connecting plate, described shaft coupling is arranged on motor cabinet, described motor cabinet is fixed together by lock screw C and connecting plate.
As preferably, described servomotor is connected with the power transmission shafr that enters of curve of equal velocity dispenser by shaft coupling.
The utility model can realize any processing of any workpiece station on same machine after coordinating PLC, the CNC index dial of high cost can be replaced, be arranged on after on any CNC processing center machine and become the 4th axle, collocation servomotor, arbitrarily angled stop, processing can be realized according to product demand, be suitable for the Precision Machining of woodwork, copper aluminum products, metallic article, can processing line can be coordinated again in any Digit Control Machine Tool separately; Vertical, horizontal Machining centers machine becomes the 4th axle and carries out High-speed machining production.The optimal use product of each CNC machining tool. there is reductor same function simultaneously and without back clearance.Cost is low, high-efficiency environment friendly, noiseless, operate steadily, long service life, precision be high, more extensive when can make tool sharpening, reduce the clamping repeatedly of workpiece, improve the overall processing precision of workpiece, be beneficial to Simplified flowsheet, enhance productivity, shorten the production time, not only can operate continuously but also can complete intermittent movement, be the Great Leap Forward really achieving machinery industry, automated production.
Accompanying drawing explanation
Fig. 1 is front elevation of the present utility model;
Fig. 2 is side view of the present utility model;
Fig. 3 is constitutional diagram of the present utility model;
Fig. 4 is the structural representation of panel beating box of the present utility model.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the utility model is described in further details.
As Figure 1-4, one the 4th axle dispenser of the utility model embodiment, comprises main box 1, needle bearing 2, lock screw A3, O RunddichtringO A4, adjustment eccentric 5, O RunddichtringO B6, outside framework oil seal A7, clutch shaft bearing 8, two round key 9, adjustment screw 10, curve of equal velocity worm gear, servomotor 12, signaling switch 13, signal wheel 14, lock screw B15, single round key 16, lock screw C17, lock screw D18, enter power transmission shafr 19, panel beating box 20, grease-box 21, force-output shaft bearing 22, outside framework oil seal B23, second bearing 24, to exert oneself main shaft 25, O RunddichtringO C26, to exert oneself rotary column 27, bearing 28 after force-output shaft, force-output shaft bonnet 29, lock screw E30, O RunddichtringO D31, outside framework oil seal C32, is furnished with the sun nut 33 of sun packing ring, 3rd bearing 34, O RunddichtringO E35, oil mirror covers 36, lock screw F37, curve of equal velocity dispenser 38, connecting plate 39, shaft coupling 40 and motor cabinet 41, described needle bearing 2 is arranged on exerts oneself on rotary column 27, and closely join with curve of equal velocity worm gear 11, described adjustment eccentric 5 is provided with O RunddichtringO A4, and the both sides of main box 1 are fixed on by lock screw A3, described O RunddichtringO B6 is fixed on the lower end of adjustment eccentric 5 by adjustment screw 10, described outside framework oil seal A7 is arranged on the place of both sides up and down into power transmission shafr 19, and it is corresponding with adjustment screw 10, described clutch shaft bearing 8 is arranged on the both sides of curve of equal velocity worm gear 11 respectively, described pair of round key 9 and single round key 16 are arranged on power transmission shafr 19, described servomotor 12 is fixed on motor cabinet 41 by lock screw D18, described signaling switch 13 is fastened on signal wheel 14 by lock screw B15, described signal wheel 14 is arranged on exerts oneself on main shaft rear axle 25, described panel beating box 20 covers the periphery of servomotor 12, described grease-box 21 is arranged on the lower end of curve of equal velocity worm gear 11, described force-output shaft bearing 22 is provided with O RunddichtringO C26, described outside framework oil seal B23 is arranged on the centre of force-output shaft bearing 22 and main shaft 25 of exerting oneself, described second bearing 24 is arranged on above main shaft 25 of exerting oneself, described main shaft 25 of exerting oneself is fixed with rotary column 27 of exerting oneself, after described force-output shaft, bearing 28 is provided with O RunddichtringO C26, described force-output shaft bonnet 29 to be fixed on after force-output shaft in bearing 28 by lock screw E30, and the position contacted with bearing after force-output shaft 28 is provided with O RunddichtringO D31, described outside framework oil seal C32 is fixed on the groove be connected of force-output shaft bonnet 29 and main shaft 25 of exerting oneself, the described sun nut 33 being furnished with sun packing ring to be arranged on after force-output shaft in bearing 28, described 3rd bearing 34 to be arranged on after force-output shaft in bearing 28, described O RunddichtringO E35 is arranged on oily mirror and covers in 36, described oily mirror covers 36 and is fixed on main box 1 by lock screw F37, the power transmission shafr side that enters of described curve of equal velocity dispenser 38 is connected with connecting plate 39, described shaft coupling 40 is arranged on motor cabinet 41, described motor cabinet 41 is fixed together by lock screw C17 and connecting plate 39.
As preferably, described servomotor 12 is connected with the power transmission shafr 19 that enters of curve of equal velocity dispenser 38 by shaft coupling 40.
Mounting means of the present utility model: 1, load the left side that O RunddichtringO A4 lock screw A3 is fixed on main box 1 in adjustment eccentric 5; 2, load in curve of equal velocity worm gear 11 entering power transmission shafr 19, both sides all load clutch shaft bearing 8; 3, in adjustment eccentric 5, O RunddichtringO A4 is loaded; 4, in loading 1 after loading O RunddichtringO B6 on adjustment screw 10; 5,2 are loaded on the right side of main box 1, then overall loading 3, fix with lock screw 3 on right side; 6, on adjustment screw 10, O RunddichtringO B6 is loaded; 7, the second bearing 24 loading is exerted oneself on main shaft 25, needle bearing 2 is loaded in the hole of exerting oneself on rotary column 27 of exerting oneself on main shaft 25; 8, in force-output shaft bearing 22, O RunddichtringO C26 is loaded; 9,7 and 8 are loaded from the hole of exerting oneself of main box 1 respectively, then the 3rd bearing 34 is filled from rear bearing block 28 of exerting oneself, reinstall sun nut and sun packing ring 33, reinstall force-output shaft bonnet 29 (O RunddichtringO D31 need be loaded onto), load onto lock screw E30 to fix, mounting framework oil sealing C32, loads outside framework oil seal B23; 10, rotate with tool the adjustment screw 10 adjusting both sides into power transmission shafr 19 and reach desirable smooth degree until needle bearing 2 and curve of equal velocity worm gear 11 are closely joined, then outside framework oil seal C32 is loaded, load grease-box 21, being loaded by O RunddichtringO E35 on oily mirror bonnet 36 is fixed on main box 1 with lock screw F37 again, is then entering on power transmission shafr 19 to load single round key 16; 1-10 item completes whole curve of equal velocity dispenser assembling process (see Fig. 1 and Fig. 2).11, load onto connecting plate 39 at power transmission shafr 19 side that enters of curve of equal velocity dispenser 38, load onto motor cabinet 41 lock screw C17 and fix, then load shaft coupling 40, load servomotor 12 lock screw D18 and fix, fixing panel beating box 20; 12, main shaft rear axle 25 loads onto signal wheel 14 exerting oneself, be loaded on signaling switch 13 lock screw B15 and fix.Above 1-12 item completes the whole assembling process (Fig. 3) of the 4th axle dispenser.
The above; be only preferred embodiment of the present utility model; not in order to limit the utility model, every above embodiment is done according to technical spirit of the present utility model any trickle amendment, equivalently replace and improve, within the protection domain that all should be included in technical solutions of the utility model.
Claims (2)
1. a 4th axle dispenser, is characterized in that: comprise main box, needle bearing, lock screw A, O RunddichtringO A, adjustment is eccentric, O RunddichtringO B, outside framework oil seal A, clutch shaft bearing, two round key, adjustment screw, curve of equal velocity worm gear, servomotor, signaling switch, signal is taken turns, lock screw B, single round key, lock screw C, lock screw D, enter power transmission shafr, panel beating box, grease-box, force-output shaft bearing, outside framework oil seal B, second bearing, to exert oneself main shaft, O RunddichtringO C, to exert oneself rotary column, bearing after force-output shaft, force-output shaft bonnet, lock screw E, O RunddichtringO D, outside framework oil seal C, is furnished with the sun nut of sun packing ring, 3rd bearing, O RunddichtringO E, oil mirror covers, lock screw F, curve of equal velocity dispenser, connecting plate, shaft coupling and motor cabinet, described needle bearing is arranged on exerts oneself on rotary column, and closely join with curve of equal velocity worm gear, described adjustment bias is provided with O RunddichtringO A, and the both sides of main box are fixed on by lock screw A, described O RunddichtringO B is fixed on the eccentric lower end of adjustment by adjustment screw, described outside framework oil seal A is arranged on the place of both sides up and down into power transmission shafr, and it is corresponding with adjustment screw, described clutch shaft bearing is arranged on the both sides of curve of equal velocity worm gear respectively, described pair of round key and single round key are arranged on power transmission shafr, described servomotor is fixed on motor cabinet by lock screw D, described signaling switch is fastened on signal wheel by lock screw B, described signal wheel is arranged on exerts oneself on main shaft rear axle, described panel beating box covers the periphery of servomotor, described grease-box is arranged on the lower end of curve of equal velocity worm gear, described force-output shaft bearing is provided with O RunddichtringO C, described outside framework oil seal B is arranged on force-output shaft bearing and the centre of main shaft of exerting oneself, described second bearing is arranged on above main shaft of exerting oneself, described main shaft of exerting oneself is fixed with rotary column of exerting oneself, after described force-output shaft, bearing is provided with O RunddichtringO C, described force-output shaft bonnet to be fixed on after force-output shaft in bearing by lock screw E, and the position contacted with bearing after force-output shaft is provided with O RunddichtringO D, described outside framework oil seal C is fixed on the groove be connected of force-output shaft bonnet and main shaft of exerting oneself, the described sun nut being furnished with sun packing ring to be arranged on after force-output shaft in bearing, described 3rd bearing to be arranged on after force-output shaft in bearing, described O RunddichtringO E is arranged in the covering of oily mirror, described oily mirror covers and is fixed on main box by lock screw F, the power transmission shafr side that enters of described curve of equal velocity dispenser is connected with connecting plate, described shaft coupling is arranged on motor cabinet, described motor cabinet is fixed together by lock screw C and connecting plate.
2. a kind of 4th axle dispenser according to claim 1, is characterized in that: described servomotor is connected with the power transmission shafr that enters of curve of equal velocity dispenser by shaft coupling.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520058763.1U CN204525037U (en) | 2015-01-28 | 2015-01-28 | A kind of 4th axle dispenser |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520058763.1U CN204525037U (en) | 2015-01-28 | 2015-01-28 | A kind of 4th axle dispenser |
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| Publication Number | Publication Date |
|---|---|
| CN204525037U true CN204525037U (en) | 2015-08-05 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520058763.1U Active CN204525037U (en) | 2015-01-28 | 2015-01-28 | A kind of 4th axle dispenser |
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| CN (1) | CN204525037U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108488337A (en) * | 2018-06-29 | 2018-09-04 | 浙江广迈捷智能科技有限公司 | A kind of Cam splitter |
-
2015
- 2015-01-28 CN CN201520058763.1U patent/CN204525037U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108488337A (en) * | 2018-06-29 | 2018-09-04 | 浙江广迈捷智能科技有限公司 | A kind of Cam splitter |
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