CN206200728U - Stainless steel tableware automatic polishing machine bulk motion mechanism - Google Patents
Stainless steel tableware automatic polishing machine bulk motion mechanism Download PDFInfo
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- CN206200728U CN206200728U CN201621224212.9U CN201621224212U CN206200728U CN 206200728 U CN206200728 U CN 206200728U CN 201621224212 U CN201621224212 U CN 201621224212U CN 206200728 U CN206200728 U CN 206200728U
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Abstract
The utility model is related to polissoir, specifically a kind of stainless steel tableware automatic polishing machine bulk motion mechanism.Including base, main body moves forward and backward guide shaft, main body, fuselage framework, movable drive mechanism, main body moves left and right lower leading axle, main body moves left and right upper leading axle, underframe, upper frame, move left and right drive mechanism, upper polishers structure and lower polishing mechanism, wherein move forward and backward drive mechanism and the movable guide shaft of main body is arranged on base, fuselage framework is slidably connected with the movable guide shaft of main body, and be connected with movable drive mechanism, main body is moved left and right, lower leading axle is slidably connected with fuselage framework, on, underframe is moved left and right with main body respectively, lower leading axle is hinged, drive mechanism is moved left and right to be arranged on fuselage framework, and moved left and right with main body, lower leading axle is connected, on, lower polishing mechanism is respectively arranged at, on underframe.The utility model is simple and compact for structure, small volume, easy to operate, energy precise control, improves operating efficiency, reduces defective products generation rate.
Description
Technical field
The utility model is related to polissoir, specifically a kind of stainless steel tableware automatic polishing machine bulk motion machine
Structure.
Background technology
At present, the polissoir that most of stainless steel tableware factory uses is mostly semi-automatic, and every polissoir is all by one
Workman is individually operated.With cost of labor more and more higher, as manpower-intensive's industry production cost in the present case
More and more higher, profit is more and more lower.Existing tableware polissoir inefficiency, effect is poor, and the product quality after processing can not be protected
Card uniformity.
Utility model content
Regarding to the issue above, the purpose of this utility model is to provide a kind of stainless steel tableware automatic polishing machine bulk motion
Mechanism.
To achieve these goals, the utility model uses following technical scheme：
A kind of stainless steel tableware automatic polishing machine bulk motion mechanism, including the movable guide shaft of base, main body, main body,
Fuselage framework, movable drive mechanism, main body move left and right lower leading axle, main body and move left and right upper leading axle, underframe, upper ledge
Frame, drive mechanism, upper polishers structure and lower polishing mechanism are moved left and right, wherein movable drive mechanism and main body are movable
Guide shaft is arranged on base, and the fuselage framework is slidably connected and front and rear with described by the movable guide shaft of main body and main body
Moving drive mechanism is connected, and the main body moves left and right lower leading axle and main body moves left and right upper leading axle and slided with fuselage framework and connects
Connect, the underframe and upper frame moves left and right lower leading axle with main body respectively and main body moves left and right upper leading axle and is hinged, the left side
Drive mechanism is moved right to be arranged on fuselage framework and move left and right lower leading axle with main body and main body moves left and right upper leading axle and connects
Connect, the upper polishers structure and lower polishing mechanism are respectively arranged on upper frame and underframe.
The upper frame and main body are provided with for upper frame and fuselage framework along the longitudinal direction between moving left and right upper leading axle
The front and rear sliding mechanism that can be slided relatively, the front and rear sliding mechanism is connected with the movable drive mechanism.
The front and rear sliding mechanism includes pop-up frame plate, front and rear traveling guide shaft, supporting plate and space bar, wherein pop-up frame plate
For two and the two ends that the main body moves left and right upper leading axle are respectively arranged at, front and rear row is respectively equipped with two pop-up frame plates
Enter guide shaft, the supporting plate be two and respectively with two before and after traveling guide shaft be slidably connected, the space bar is supported with two
Plate is connected and is connected with the movable drive mechanism, and the upper frame is provided with hinged seat near middle position, described
Upper hinged seat is hinged by upper pin with supporting plate.
The movable drive mechanism includes that front and rear deceleration machine support, swing reducing motor, swing are convex
Wheel mechanism, swing upper connecting rod, pull bar, wherein swing reducing motor under cam mechanism and swing under swing
It is arranged on base by front and rear deceleration machine support, cam mechanism difference under the swing overhead cam mechanism and swing
Be connected with the both sides output shaft of swing reducing motor, the swing overhead cam mechanism by swing upper connecting rod with
The front and rear sliding mechanism connection, cam mechanism is connected by pull bar under swing with fuselage framework under the swing.
The swing overhead cam mechanism is identical with cam mechanism structure under swing, including cam, hinge, partially
Heart adjusting apparatus, screw rod, connecting tube and connecting rod, its cam are connected with the output shaft of swing reducing motor, the hinge
Axle is arranged on cam in the kidney slot that is radially provided with, and one end of the screw rod is hinged with the hinge, the other end be connected
The threaded one end connection of pipe, the other end of the connecting tube is by connecting rod and pull bar under swing upper connecting rod or swing
Be hinged, the off-center adjustment apparatus be arranged on cam on and with the stud connection, the off-center adjustment apparatus be used for adjust institute
State the distance between hinge and cam center.
The off-center adjustment apparatus include baffle plate, adjusting lever, adjusting nut and locking nut a, wherein locking nut a and gear
Plate is separately fixed at the medial and lateral of cam, the adjusting lever and the stud connection, and one end of the adjusting lever sequentially passes through lock
Tight nut a and baffle plate and outboard end are connected with adjusting nut, adjusting lever are rotated by adjusting nut, so as to drive the hinge
Axle is radially movable.
The hinge is T-slot bolt, and the T-slot bolt is placed in the kidney slot on cam, the T-slot bolt
Upper end be provided with bearing chamber, space ring, thrust bearing and the joint being sequentially sleeved on T-slot bolt are provided with the bearing chamber
Bearing, the upper end of the T-slot bolt is connected with locking nut c, is fixed bearing chamber by locking nut c, the screw rod
One end is connected with bearing chamber.
The drive mechanism that moves left and right includes swing reducing motor, the overhead cam mechanism that swings, left and right deceleration
Machine support, the upper connecting rod that swings, swing lower cam mechanism and the lower pull bar that swings, wherein the reducing motor that swings
It is arranged on fuselage framework by left and right deceleration machine support, overhead cam mechanism and the lower cam mechanism that swings of swinging
It is connected with the reducing motor both sides output shaft that swings respectively, the overhead cam mechanism that swings is by the upper connecting rod that swings
Upper leading axle is moved left and right with main body to be connected, the lower cam mechanism that swings is moved by swing lower pull bar and main body or so
Dynamic lower leading axle connection.
The main body moves left and right lower leading axle and is provided with multiple subiculum frame plates, and the underframe is provided near middle position
The lower hinged seat of multiple, each lower hinged seat is hinged by lower bearing pin with corresponding subiculum frame plate respectively.
The upper polishers structure includes being respectively arranged at the upper polishing wheel and upper motor of upper frame front and back ends, the upthrow
Halo is connected with the output shaft of upper motor, and the lower polishing mechanism includes being respectively arranged under the front and back ends of underframe
Polishing wheel and lower motor, the lower polishing wheel are connected with the output shaft of lower motor.
Advantage of the present utility model and beneficial effect are：
1. the utility model simple structure, compact, small volume, easy to operate, energy precise control, improves operating efficiency,
Reduce defective products generation rate.
2. the utility model is slided by linear bearing and carries out feed motion, smooth running, transmitting torque are big, noise is low,
Long service life, frequency of maintenance are low.
3. eccentric is used in the cam mechanism in the utility model, and the effect of the eccentric is by cam mechanism
Convert rotational motion be drive polishing machine main body around along straight reciprocating motion, the mechanism structure is simple, and adjustment is reciprocal
Move distance facilitates simple and direct.This mechanism makes reciprocating motion more steady, it is to avoid appearance stagnation, interim card are existing during reciprocating reversing
As.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the left view of Fig. 1；
Fig. 3 is the structural representation of the utility model cam mechanism；
Fig. 4 is the side view of Fig. 3.
Wherein：1 is base, and 2 is front and rear deceleration machine support, and 3 is guide shaft support frame, and 4 is that main body moves forward and backward guide shaft, and 5 are
Main body, 6 is fuselage framework, and 7 is subiculum frame plate, and 8 is pop-up frame plate, and 9 move left and right lower leading axle for main body, and 10 is that main body or so is moved
Dynamic upper leading axle, 11 is front and rear traveling guide shaft, and 12 is supporting plate, and 13 is underframe, and 14 is upper frame, and 15 is swing deceleration electricity
Machine, 16 is the reducing motor that swings, and 17 is the overhead cam mechanism that swings, and 18 is swing overhead cam mechanism, and 19 is a left side
Right deceleration machine support, 20 is the upper connecting rod that swings, and 21 is swing upper connecting rod, and 22 is lower bearing pin, and 23 is lower hinged seat, 24
It is space bar, 25 is upper motor, and 26 is lower motor, and 27 is lower motor supporting plate, and 28 is upper polishing wheel, and 29 is lower polishing wheel, and 30 are
Cam mechanism under swing, 31 is pull bar under swing, and 32 is the lower cam mechanism that swings, and 33 is drop-down to swing
Bar, 34 is upper pin, and 35 is upper hinged seat, and 51 is cam, and 52 is space ring, and 53 is T-slot bolt, and 54 is bearing chamber, and 55 are
Baffle plate, 56 is screw rod, and 57 is connecting tube, and 58 is adjusting lever, and 59 is adjusting nut, and 60 is locking nut a, and 61 is locking nut b,
62 is oscillating bearing, and 63 is locking nut c, and 64 is connecting rod, and 65 is rod end bearing, and 66 is connecting bolt, and 68 is locking nut
d。
Specific embodiment
In order that the purpose of this utility model, technical scheme and advantage are clearer, below in conjunction with the accompanying drawings and specific implementation
Example is described in detail to the utility model.
As shown in Figure 1-2, a kind of stainless steel tableware automatic polishing machine bulk motion mechanism that the utility model is provided, including
Base 1, main body move forward and backward guide shaft 4, main body 5, fuselage framework 6, movable drive mechanism, main body move left and right lower leading axle 9,
Main body moves left and right upper leading axle 10, underframe 13, upper frame 14, moves left and right drive mechanism, upper polishers structure and lower polishing machine
Structure, wherein movable drive mechanism and the movable guide shaft 4 of main body are arranged on base 1, the two of the movable guide shaft 4 of main body
End is supported by guide shaft support frame 3.The lower end of the fuselage framework 6 is connected with main body 5, before main body 5 is by linear bearing and main body
After move guide shaft 4 and be slidably connected, the fuselage framework 6 is connected with the movable drive mechanism.The main body is moved left and right
Lower leading axle 9 and main body move left and right upper leading axle 10 and are slidably connected with fuselage framework 6, and the underframe 13 and upper frame 14 are distinguished
Lower leading axle 9 being moved left and right with main body and main body moving left and right upper leading axle 10 and is hinged, the drive mechanism that moves left and right is arranged at machine
Move left and right lower leading axle 9 on body skeleton 6 and with main body and main body move left and right upper leading axle 10 and is connected, the upper polishers structure and
Lower polishing mechanism is respectively arranged on upper frame 14 and underframe 13.
The upper polishers structure includes being respectively arranged at the upper polishing wheel 28 and upper motor 25 of the front and back ends of upper frame 14, institute
Polishing wheel 28 is stated to be connected by belt drive unit with the output shaft of upper motor 25.The lower polishing mechanism includes difference
It is arranged at the lower polishing wheel 29 and lower motor 26 of the front and back ends of underframe 13, the output of the lower polishing wheel 29 and lower motor 26
Axle is connected by another group of belt drive unit.
In an embodiment of the present utility model, four support blocks are respectively welded on the fuselage framework 6, are inlayed in support block
Linear bearing, is respectively mounted that two main bodys move left and right lower leading axle 9 and two main bodys move left and right upper leading axle 10 in linear bearing.
The upper frame 14 and main body are provided with for upper frame 14 and fuselage framework 6 along preceding between moving left and right upper leading axle 10
The front and rear sliding mechanism that rear direction can be slided relatively, the front and rear sliding mechanism is connected with the movable drive mechanism.
The front and rear sliding mechanism includes pop-up frame plate 8, front and rear traveling guide shaft 11, supporting plate 12 and space bar 24, wherein
Pop-up frame plate 8 is two and is respectively arranged at the two ends that the main body moves left and right upper leading axle 10, divides on two pop-up frame plates 8
Front and rear traveling guide shaft 11 is not provided with, and the supporting plate 12 is for two and respectively by guide shaft of being advanced before and after linear bearing and two
11 are slidably connected.The space bar 24 is connected with two supporting plates 12, and the space bar 24 plays support fixation, it is described between
Dividing plate 24 is connected with the movable drive mechanism.Both sides are provided with two upper hinges near middle position on the upper frame 14
Joint chair 35, two upper hinged seats 35 are hinged by a upper pin 34 with corresponding supporting plate 12 respectively.The upper frame 14
By the driving of the movable drive mechanism, can be moved forward and backward along front and rear traveling guide shaft 11.
The upper frame 14 can make elevating movement around upper pin 34, so as to drive polishing wheel 28 to swing up and down.
The main body moves left and right lower leading axle 9 and is provided with multiple subiculum frame plates 7, and the underframe 13 is near middle position
Hinged seat 23 under multiple is provided with, each lower hinged seat 23 is hinged by a lower bearing pin 22 with corresponding subiculum frame plate 7 respectively, described
Underframe 13 can make elevating movement around lower bearing pin 22, so as to drive lower polishing wheel 29 to swing up and down.The rear end of the underframe 13
Lower motor supporting plate 27 is provided with, the lower motor 26 is arranged on lower motor supporting plate 27.
In an embodiment of the present utility model, the main body moves left and right lower leading axle 9 and is provided with three subiculum frame plates 7, institute
State underframe 13 and be sequentially provided with three lower hinged seats 23 near middle position, each lower hinged seat 23 passes through a lower bearing pin 22 respectively
It is hinged with corresponding subiculum frame plate 7.
The movable drive mechanism is included on front and rear deceleration machine support 2, swing reducing motor 15, swing
Pull bar draws under cam mechanism 30 and swing under cam mechanism 18, swing upper connecting rod 21, swing, wherein front and rear pendulum
Deceleration machine support 2 is arranged on base 1 before and after dynamic reducing motor 15 passes through, the swing overhead cam mechanism 18 and front and rear pendulum
Dynamic lower cam mechanism 30 is connected with the both sides output shaft of swing reducing motor 15 respectively, the swing overhead cam mechanism
18 are connected by swing upper connecting rod 21 with the space bar 24 in the front and rear sliding mechanism, cam machine under the swing
Structure 30 is connected by pull bar 31 under swing with fuselage framework 6.
As shown in Figure 3-4, the swing overhead cam mechanism 18 is identical with the structure of cam mechanism under swing 30,
Including cam 51, hinge, off-center adjustment apparatus, screw rod 56, connecting tube 57 and connecting rod 64, its cam 51 subtracts with swing
The output shaft connection of speed motor 15, the hinge is arranged in the kidney slot being radially provided with cam 51, the screw rod 56
One end is hinged with the hinge, and the other end is connected with the threaded one end of connecting tube 57, the other end of the connecting tube 57 be connected
Bar 64 is connected, and the connecting rod 64 is hinged by rod end bearing 65 with pull bar 31 under swing upper connecting rod 21 or swing.
The off-center adjustment apparatus be arranged on cam 51 and with the stud connection, the off-center adjustment apparatus are used to adjust described
The distance between hinge and the center of cam 51.
The off-center adjustment apparatus include baffle plate 55, adjusting lever 58, adjusting nut 59 and locking nut a60, wherein locking
Nut a60 and baffle plate 55 are separately fixed at the medial and lateral of cam 51, the adjusting lever 58 and the stud connection, the adjustment
One end of bar 58 sequentially passes through locking nut a60 and baffle plate 55 and outboard end is connected with adjusting nut 59.By adjusting nut
59 rotation adjusting levers 58, because adjusting lever 58 is threadedly coupled with locking nut a60, so adjusting lever 58 is for linear motion, and drive
The hinge is radially movable, so as to change the distance between the hinge and the center of cam 51, further adjusts and the hinge
The reciprocating stroke of pull bar 31 under the swing upper connecting rod 21 of axle connection and swing.
In an embodiment of the present utility model, the hinge is T-slot bolt 53, and the T-slot bolt 53 is placed in convex
In kidney slot on wheel 51, the upper end of the T-slot bolt 53 is provided with to be provided with bearing chamber 54, the bearing chamber 54 and is arranged successively
Space ring 52, thrust bearing and oscillating bearing 62 on T-slot bolt 53, the upper end of the T-slot bolt 53 and locking screw
Female c63 connection, is fixed bearing chamber 54 by locking nut c63, and one end of the screw rod 56 is connected with bearing chamber 54, its end
Fixed by locking nut d68.
The drive mechanism that moves left and right includes swing reducing motor 16, the overhead cam mechanism 17 that swings, left and right
Deceleration machine support 19, the upper connecting rod 20 that swings, swing lower cam mechanism 32 and the lower pull bar 33 that swings, wherein left and right
Swinging reduction motor 16 is arranged on fuselage framework 6 by left and right deceleration machine support 19, the overhead cam mechanism 17 that swings
Lower cam mechanism 32 is connected with the both sides output shaft of reducing motor 16 that swings respectively with swinging, it is described swing it is convex
Wheel mechanism 17 moves left and right upper leading axle 10 and is connected by swing upper connecting rod 20 and main body, the lower cam mechanism that swings
32 move left and right lower leading axle 9 by swing lower pull bar 33 and main body is connected.
The overhead cam mechanism 17 that swings is identical with the structure of lower cam mechanism 32 that swings and front and rear with described
Swing overhead cam mechanism 18 identical with the structure of cam mechanism under swing 30, just repeat no more here.
The front and rear sliding mechanism can allow the upper frame 14 independently carry out tandem motion, without following fuselage bone
The tandem motion of frame 6.The circular path size of the motion of T-slot bolt 53 in adjustment swing overhead cam mechanism 18,
Space bar 24 is driven to move by swing upper connecting rod 21, it is final to drive the swing amplitude of upper frame 14, realize finally existing
The movement locus of upper polishing wheel 28 in Polishing Motion.In Polishing Motion, the movement locus of upper polishing wheel 28 and lower polishing wheel 29
It is different, the swing movement locus of lower polishing wheel 29 is to drive to be formed by fuselage framework 6, fuselage framework 6
Move forward and backward and driven by pull bar under swing 31, and the track that moves forward and backward of upper polishing wheel 28 is by space bar 24
Drive what is formed, moving forward and backward for space bar 24 is driven by swing upper connecting rod 21.The swing of upper frame 14 can enter
Row individually fine setting, the swing of underframe 13 also can be individually fine setting.Swing similarly, upper polishing wheel 28 and lower polishing wheel
29 all can be by swinging overhead cam mechanism 17 and the lower cam mechanism 32 that swings carries out movement locus adjustment.
Operation principle of the present utility model is：
By cam under the rotation drive swing overhead cam mechanism 18 of swing reducing motor 15 and swing
The rotation of mechanism 30, the rotation of cam mechanism 30 drives swing respectively under swing overhead cam mechanism 18 and swing
Pull bar 31 is moved forward and backward under upper connecting rod 21 and swing, the front and rear feed motion of final pulling upper frame 14 and fuselage framework 6.
Swing overhead cam mechanism 17 and the lower cam that swings are driven by the rotation of the reducing motor 16 that swings
The rotation of mechanism 32, the rotation of swing overhead cam mechanism 17 and the lower cam mechanism 32 that swings drives swing respectively
Upper connecting rod 20 and the side-to-side movement of lower pull bar 33 that swings, the left and right feed motion of final pulling upper frame 14 and underframe 13.
The upper motor 25 provides power to upper polishing wheel 28, and polishing wheel 28 rotates in driving；The lower motor 26 is installed
On lower motor supporting plate 27, lower motor supporting plate 27 is arranged on 13 underframes, and lower motor 26 provides power to lower polishing wheel 29, is driven
Dynamic lower polishing wheel 29 rotates.
In sum, by the motion all around of upper frame 14 and underframe 13, polishing wheel 28 and lower polishing in formation
The circus movement track of wheel 29, realizes the polishing to stainless steel tableware above and below.
Implementation method of the present utility model is the foregoing is only, protection domain of the present utility model is not intended to limit.It is all
Any modification, equivalent substitution and improvements, extension made within spirit of the present utility model and principle etc., is all contained in this reality
With in new protection domain.
Claims (10)
1. a kind of stainless steel tableware automatic polishing machine bulk motion mechanism, it is characterised in that including being moved before and after base (1), main body
Dynamic guide shaft (4), main body (5), fuselage framework (6), movable drive mechanism, main body move left and right lower leading axle (9), main body or so
Mobile upper leading axle (10), underframe (13), upper frame (14), drive mechanism, upper polishers structure and lower polishing mechanism are moved left and right,
Drive mechanism and the movable guide shaft (4) of main body are wherein moved forward and backward on base (1), the fuselage framework (6) passes through
Main body (5) is slidably connected and is connected with the movable drive mechanism with the movable guide shaft (4) of main body, and the main body is left
Move right lower leading axle (9) and main body moves left and right upper leading axle (10) and is slidably connected with fuselage framework (6), the underframe (13)
Lower leading axle (9) is moved left and right with main body respectively with upper frame (14) and main body moves left and right upper leading axle (10) and is hinged, the left and right
Moving drive mechanism is arranged on fuselage framework (6) and moves left and right lower leading axle (9) with main body and main body moves left and right upper leading axle
(10) connect, the upper polishers structure and lower polishing mechanism are respectively arranged on upper frame (14) and underframe (13).
2. stainless steel tableware automatic polishing machine bulk motion mechanism according to claim 1, it is characterised in that the upper ledge
Frame (14) and main body to move left and right be provided between upper leading axle (10) along the longitudinal direction may be used for upper frame (14) and fuselage framework (6)
The relative front and rear sliding mechanism slided, the front and rear sliding mechanism is connected with the movable drive mechanism.
3. stainless steel tableware automatic polishing machine bulk motion mechanism according to claim 2, it is characterised in that before and after described
Slide mechanism includes pop-up frame plate (8), front and rear traveling guide shaft (11), supporting plate (12) and space bar (24), wherein pop-up frame plate
(8) for two and the two ends that the main body moves left and right upper leading axle (10) are respectively arranged at, on two pop-up frame plates (8) respectively
Be provided with front and rear traveling guide shaft (11), the supporting plate (12) for two and respectively with two before and after traveling guide shaft (11) slide and connect
Connect, the space bar (24) is connected with two supporting plates (12) and is connected with the movable drive mechanism, the upper frame
(14) hinged seat (35) is provided near middle position, the upper hinged seat (35) is by upper pin (34) and supporting plate (12)
It is hinged.
4. stainless steel tableware automatic polishing machine bulk motion mechanism according to claim 2, it is characterised in that before and after described
Moving drive mechanism includes front and rear deceleration machine support (2), swing reducing motor (15), swing overhead cam mechanism
(18), pull bar (31) under cam mechanism (30) and swing under swing upper connecting rod (21), swing, wherein front and rear pendulum
Dynamic reducing motor (15) by front and rear deceleration machine support (2) on base (1), the swing overhead cam mechanism (18)
Both sides output shaft with cam mechanism under swing (30) respectively with swing reducing motor (15) is connected, the front and rear pendulum
Dynamic overhead cam mechanism (18) is connected by swing upper connecting rod (21) with the front and rear sliding mechanism, convex under the swing
Wheel mechanism (30) is connected by pull bar under swing (31) with fuselage framework (6).
5. stainless steel tableware automatic polishing machine bulk motion mechanism according to claim 4, it is characterised in that before and after described
Overhead cam mechanism (18) is swung identical with cam mechanism under swing (30) structure, including cam (51), hinge, eccentric tune
Engagement positions, screw rod (56), connecting tube (57) and connecting rod (64), its cam (51) are defeated with swing reducing motor (15)
Shaft is connected, and the hinge is arranged on cam (51) in the kidney slot that is radially provided with, one end of the screw rod (56) and institute
State hinge to be hinged, the other end is connected with the threaded one end of connecting tube (57), the other end of the connecting tube (57) passes through connecting rod
(64) it is hinged with pull bar (31) under swing upper connecting rod (21) or swing, the off-center adjustment apparatus are arranged on cam
(51) on and with the stud connection, the off-center adjustment apparatus be used for adjust between the hinge and cam (51) center
Distance.
6. stainless steel tableware automatic polishing machine bulk motion mechanism according to claim 5, it is characterised in that the bias
Adjusting apparatus include baffle plate (55), adjusting lever (58), adjusting nut (59) and locking nut a (60), wherein locking nut a (60)
With the medial and lateral that baffle plate (55) is separately fixed at cam (51), the adjusting lever (58) and the stud connection, the adjusting lever
(58) one end sequentially passes through locking nut a (60) and baffle plate (55) and outboard end is connected with adjusting nut (59), by adjusting
Whole nut (59) rotates adjusting lever (58), so as to drive the hinge radially movable.
7. stainless steel tableware automatic polishing machine bulk motion mechanism according to claim 5, it is characterised in that the hinge
It is T-slot bolt (53) that the T-slot bolt (53) is placed in the kidney slot on cam (51), the T-slot bolt (53)
Upper end be provided with bearing chamber (54), is provided with the space ring being sequentially sleeved on T-slot bolt (53) in the bearing chamber (54)
(52), thrust bearing and oscillating bearing (62), the upper end of the T-slot bolt (53) are connected with locking nut c (63), by lock
Tight nut c (63) is fixed by bearing chamber (54), and one end of the screw rod (56) is connected with bearing chamber (54).
8. stainless steel tableware automatic polishing machine bulk motion mechanism according to claim 1, it is characterised in that the left and right
Moving drive mechanism includes swing reducing motor (16), the overhead cam mechanism (17) that swings, left and right deceleration machine support
(19), swing upper connecting rod (20), swing lower cam mechanism (32) and the lower pull bar (33) that swings, wherein left and right pendulum
Dynamic reducing motor (16) by left and right deceleration machine support (19) on fuselage framework (6), the convex turbine that swings
Structure (17) and the lower cam mechanism (32) that swings are connected with the reducing motor that swings (16) both sides output shaft respectively, the left side
Right swing overhead cam mechanism (17) moves left and right upper leading axle (10) and is connected by the upper connecting rod that swings (20) and main body, the left side
Cam mechanism (32) moves left and right lower leading axle (9) and is connected by swing lower pull bar (33) and main body under right swing.
9. stainless steel tableware automatic polishing machine bulk motion mechanism according to claim 1, it is characterised in that the main body
Move left and right lower leading axle (9) and be provided with multiple subiculum frame plates (7), the underframe (13) is provided with multiple near middle position
Hinged seat (23), each lower hinged seat (23) is hinged by lower bearing pin (22) with corresponding subiculum frame plate (7) respectively.
10. stainless steel tableware automatic polishing machine bulk motion mechanism according to claim 1, it is characterised in that on described
Polishing mechanism includes being respectively arranged at the upper polishing wheel (28) and upper motor (25) of upper frame (14) front and back ends, the upper polishing
Wheel (28) is connected with the output shaft of upper motor (25), and the lower polishing mechanism includes being respectively arranged at underframe (13)
The lower polishing wheel (29) and lower motor (26) of front and back ends, the lower polishing wheel (29) are driven with the output shaft of lower motor (26) and connect
Connect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621224212.9U CN206200728U (en) | 2016-11-14 | 2016-11-14 | Stainless steel tableware automatic polishing machine bulk motion mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621224212.9U CN206200728U (en) | 2016-11-14 | 2016-11-14 | Stainless steel tableware automatic polishing machine bulk motion mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206200728U true CN206200728U (en) | 2017-05-31 |
Family
ID=58753283
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621224212.9U Withdrawn - After Issue CN206200728U (en) | 2016-11-14 | 2016-11-14 | Stainless steel tableware automatic polishing machine bulk motion mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206200728U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106312781A (en) * | 2016-11-14 | 2017-01-11 | 东港启鑫科技有限公司 | Body movement mechanism of automatic stainless steel tableware polishing machine |
| CN110936267A (en) * | 2019-12-30 | 2020-03-31 | 天津时代创业科技有限公司 | Linkage type grinding unit |
-
2016
- 2016-11-14 CN CN201621224212.9U patent/CN206200728U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106312781A (en) * | 2016-11-14 | 2017-01-11 | 东港启鑫科技有限公司 | Body movement mechanism of automatic stainless steel tableware polishing machine |
| CN106312781B (en) * | 2016-11-14 | 2018-06-12 | 东港启鑫科技有限公司 | A kind of stainless steel tableware automatic polishing machine bulk motion mechanism |
| CN110936267A (en) * | 2019-12-30 | 2020-03-31 | 天津时代创业科技有限公司 | Linkage type grinding unit |
| CN110936267B (en) * | 2019-12-30 | 2024-06-11 | 天津时代创业科技有限公司 | Linkage type polishing machine set |
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Granted publication date: 20170531 Effective date of abandoning: 20180612 |