CN218561663U - Electroplating experiment groove wabbler mechanism - Google Patents

Abstract

The utility model discloses an electroplating experiment groove wabbler mechanism, including fixed cover, swivel sleeve and lifter, fixed cover is fixed on mounting platform, the swivel sleeve cover is established on the lifter and is set up in fixed cover, be provided with the bearing between fixed cover and the swivel sleeve, be provided with between swivel sleeve and the lifter and end the cover, be provided with a plurality of convex parts that splines on the interior side of end the cover, the lifter surface that the convex part that splines corresponds is provided with the groove that splines, the groove that splines sets up along lifter axial direction, the lifter bottom is provided with rotatory swing arm, be provided with anchor clamps on the rotatory swing arm, the lifter top is provided with lift cylinder, be provided with the support frame between lift cylinder and the mounting platform, still be provided with the power swing arm in the swivel sleeve periphery, the power swing arm is connected with rotatory cylinder, rotatory cylinder and mounting platform axle are even to be set up. The utility model is simple in operation, can promote the work piece to above the liquid level, make things convenient for direct dismouting work piece, improve the convenience of experiment operation.

Description

Electroplating experiment groove wabbler mechanism

Technical Field

The utility model relates to an electroplate technical field, concretely relates to electroplate experiment groove wabbler mechanism.

Background

The electroplating experimental tank is a tank body for sample plating of small batches or single pieces and configured electroplating solution, and due to the limitation of environmental factors, the electroplating experimental tank cannot be provided with a continuous chain type moving mechanism like electroplating equipment to drive a cathode to move, namely, a workpiece is driven to move, so that a swinging mechanism is adopted to drive the workpiece to reciprocate, and the requirement of high-quality electroplating is met.

The existing swing mechanism adopts an air cylinder or an electric cylinder, the swing mechanism can move in a telescopic mode on a straight line, the swing mechanism clamps and keeps a workpiece in an electroplating solution body through a workpiece clamp, the workpiece can move in a reciprocating mode through telescopic movement, in the structures, in order to guarantee the connection stability between the movable workpiece clamp and the swing mechanism, the workpiece clamp needs to be fixed in a locking mode and the like, after electroplating is finished, the swing mechanism cannot lift, the workpiece clamp needs to be detached from the swing mechanism, then the electroplated workpiece can be obtained, the operation is complex, in the detaching process, the workpiece clamp or a screw and other parts can be easily dropped into the electroplating solution, and the progress of continuous experiment operation is influenced.

Disclosure of Invention

The utility model aims to solve the technical problem and provide an electroplating experiment groove wabbler mechanism, easy operation can promote the work piece to above the liquid level, makes things convenient for direct dismouting work piece, improves the convenience of experiment operation.

In order to solve the technical problem, the utility model provides an electroplating experiment groove wabbler mechanism, including fixed cover, swivel sleeve and lifter, fixed cover is fixed on mounting platform, the swivel sleeve cover is established on the lifter and is set up in fixed cover, be provided with the bearing between fixed cover and the swivel sleeve, be provided with between swivel sleeve and the lifter and only change the cover, it is provided with a plurality of convex parts that splines on the internal side of rotating to end, the lifter surface that splines the convex part and corresponds is provided with only changes the groove, only change the groove and set up along the lifter axial direction, the lifter bottom is provided with rotatory swing arm, be provided with anchor clamps on the rotatory swing arm, the lifter top is provided with the lift cylinder, be provided with the support frame between lift cylinder and the mounting platform, still be provided with the power swing arm in the swivel sleeve periphery, the power swing arm is connected with rotatory cylinder, rotatory cylinder and mounting platform axle are even to be set up.

Furthermore, the number of the rotation stopping sleeves and the number of the bearings are both 2, and the rotation stopping sleeves and the bearings are evenly distributed at two ends of the rotation stopping sleeves.

Furthermore, an auxiliary connector is arranged between the lifting cylinder and the lifting rod, the auxiliary connector comprises a concave lifting head and a circular lifting plate, the circular lifting plate is fixed on the end part of the lifting rod, the opening of the concave lifting head faces downwards, lifting guide wheels are arranged on the two inner walls, and the lifting guide wheels are arranged at the bottom of the circular lifting plate and are in rolling butt joint with the circular lifting plate.

Furthermore, an auxiliary lower pressing plate is further arranged on the lifting rod below the circular pulling plate, and the pulling guide wheel is arranged between the auxiliary lower pressing plate and the circular pulling plate.

Further, anchor clamps include vertical jib, be provided with couple or chuck on the jib, the jib top is provided with the locking piece, through hand screw lock solid connection between locking piece and the rotatory swing arm.

Furthermore, two limiting fingers are arranged at the end part of the rotary swing arm, and the suspender is arranged between the two limiting fingers.

Furthermore, a limiting concave part is arranged on the inner wall of the limiting finger, a limiting convex part is arranged on the top of the side surface of the suspender corresponding to the limiting concave part, and the limiting convex part and the limiting concave part are matched to limit the horizontal movement of the suspender.

Furthermore, the mounting platform is connected with the base through four support columns, and the base is fixedly connected with the groove wall of the experimental groove.

The utility model has the advantages that:

1. the rotary cylinder drives the rotary sleeve to rotate, the rotary sleeve drives the lifting rod to rotate through the rotation stopping sleeve, reciprocating swing of the clamp on the rotary swing arm can be achieved, namely, the workpiece can move in the experiment groove in a reciprocating mode, and electroplating requirements are met.

2. The lifter can also be along only changeing the cover axial portable when spacing, through the cooperation of lift cylinder, can make the lifter can the lifting movement, can place the work piece and get into in the plating solution or take out from the plating solution, need not artificial interference, and is easy and simple to handle, can be quick change the work piece, need not to dismantle anchor clamps.

Drawings

Fig. 1 is a schematic view of the overall structure of the present invention;

fig. 2 is a rear view structure diagram of the present invention;

fig. 3 is a schematic view of the matching structure between the lifting rod and the rotation stopping sleeve of the present invention;

FIG. 4 is a schematic cross-sectional view of a portion of the structure of the present invention;

fig. 5 is a schematic structural view between the clamp and the rotary swing arm of the present invention.

Detailed Description

The present invention will be further described with reference to the accompanying drawings and specific embodiments so that those skilled in the art can better understand the present invention and can implement the present invention, but the embodiments are not limited to the present invention.

Referring to fig. 1 to 4, the utility model discloses an electroplating experiment groove wabbler mechanism's an embodiment, including fixed cover 1, swivel sleeve 2 and lifter 3, fixed cover is fixed on mounting platform 4, swivel sleeve cover is established on the lifter and is set up in fixed cover, be provided with bearing 5 between fixed cover and the swivel sleeve, the swivel sleeve can be free rotation in fixed cover, be provided with between swivel sleeve and the lifter and spline cover 6, spline cover and swivel sleeve fixed connection, synchronous rotation, be provided with a plurality of splines convex part 7 on the inner side of the spline cover, the lifter surface that the splines convex part corresponds is provided with splines groove 8, splines groove sets up along the lifter axial direction, when the lifter rotates, the splines groove and the splines convex part on its surface, take place to interfere, when the swivel sleeve does not rotate, the lifter also can's unable rotation, when the swivel sleeve takes place to rotate, then the lifter is driven to rotate, be provided with rotatory swing arm 9 in the lifter bottom, be provided with anchor clamps 10 on the rotatory swing arm, anchor clamps are used for fixed work piece, the lifter top is provided with lift cylinder 11, be provided with between lift cylinder and mounting platform, it can be connected power cylinder to the power cylinder, therefore swing arm is provided with the power cylinder and the swing arm, the power cylinder is connected to the power cylinder is fixed cylinder in the periphery, the swing arm, thereby, the swing arm, it can be provided with the power cylinder is connected to be connected with the power cylinder, the power cylinder is provided with the swivel sleeve, the swing arm, the power cylinder is connected.

When using, the lift cylinder shrink, drive the lifter and move up, the lifter shifts up then anchor clamps are located the high position, be located the liquid level top of experiment inslot plating solution, place the work piece on anchor clamps, the lift cylinder stretches out afterwards, it moves down to drive the lifter, the lifter stretches into in the liquid level with anchor clamps through the swinging boom, the work piece gets into in the plating solution promptly, the revolving cylinder action afterwards, promote the swing arm swing of power, the swivel sleeve rotates promptly, the reciprocating motion of revolving cylinder, realize the reciprocating motion of swivel sleeve, the swivel sleeve can take the reciprocating rotary motion of lifter, the lifter then drives the reciprocating motion of swinging boom, thereby realize the effect of work piece reciprocating motion in the plating solution. After waiting to electroplate, the lift cylinder shrink, the lifter moves up, and the lifter drives anchor clamps and is located the high-order and is located the liquid level top of the plating solution of experiment inslot, stops in this position, and the electroplating liquid on the work piece drips in the experiment inslot to the work piece can directly take off the work piece outside the plating solution, then the work piece that the experiment was electroplated to the replacement needs is just quick continuation once more electroplated.

The number of foretell splines and bearing is 2, and equally divide cloth on swivel mount both ends, guarantees swivel mount pivoted stability to and lifter lift and pivoted stability.

In the reciprocating motion process, in order to ensure the smoothness of the rotating operation, an auxiliary connector 15 is arranged between a lifting cylinder and a lifting rod, the auxiliary connector comprises a concave lifting head 16 and a circular lifting plate 17, the circular lifting plate is fixed on the end part of the lifting rod, the opening of the concave lifting head faces downwards, two inner walls are respectively provided with a lifting guide wheel 18, the lifting guide wheels are arranged at the bottom of the circular lifting plate and are in rolling butt joint, and in the lifting process of the lifting cylinder, the lifting guide wheels can form limit at the bottom of the lifting plate, namely the lifting plate can be lifted to move upwards, and the lifting rod moves upwards; and in the rotating process of the lifting rod, the lifting guide wheel is in line contact with the round lifting plate through the arrangement of the lifting guide wheel, the round lifting plate is driven to rotate by the lifting rod, and the lifting guide wheel can reduce friction force through rotation, so that the smoothness during rotation is ensured.

Based on the structure, in order to ensure the position stability of the lifting rod when moving downwards, the lifting rod below the circular lifting plate is also provided with an auxiliary lower pressing plate 19, the lifting guide wheel is arranged between the auxiliary lower pressing plate and the circular lifting plate, and when the lifting cylinder acts and extends out, the lifting guide wheel extrudes the auxiliary lower pressing plate, so that the lifting rod can move downwards.

Referring to fig. 5, in one embodiment, the clamp includes a vertical boom 20 having a hook or chuck 21, and a lock 22 is provided on the top of the boom according to the choice of workpiece, and the lock is fixedly connected to the rotary swing arm by a hand screw 23. The vertical suspender can be quickly fixed on the rotary swing arm through the hand screw, the operation is simple, and the replacement is convenient.

In order to further improve the fixed stability of anchor clamps, be provided with two spacing fingers 24 on rotatory swing arm tip, the jib setting is between two spacing fingers, can be at the swing in-process, and is effective spacing to vertical jib. Still be provided with spacing concave part 25 on spacing indicates the inner wall, be provided with spacing convex part 26 on the jib side surface top that spacing concave part corresponds to vertical jib when the swing direction has spacingly, still carry on spacingly on rotatory swing arm length direction, all obtain spacingly on the horizontal direction promptly, after by hand screw fixation on the vertical direction, anchor clamps integral erection is firm not aversion, and the effect is more.

The mounting platform is connected with the base 27 through four support columns, and the base is fixedly connected with the groove wall of the experimental groove 28, so that the whole structure is formed, the structure is compact, the occupied area is small, and the use is convenient.

The above embodiments are only used to illustrate the technical solution of the present invention, and not to limit the same; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may be modified or some technical features may be equivalently replaced; such modifications and substitutions do not depart from the spirit and scope of the present invention in its corresponding aspects.

Claims (8)

1. The utility model provides an electroplating experiment groove wabbler mechanism, a serial communication port, including fixed cover, swivel cover and lifter, fixed cover is fixed on mounting platform, swivel cover is established on the lifter and is set up in fixed cover, be provided with the bearing between fixed cover and the swivel cover, be provided with between swivel cover and the lifter and only change the cover, it is provided with a plurality of convex parts that splines on the internal side of commentaries on classics to only change, the lifter surface that the convex part corresponds that splines is provided with only changes the groove, only change the groove and set up along the lifter axial direction, the lifter bottom is provided with rotatory swing arm, be provided with anchor clamps on the rotatory swing arm, the lifter top is provided with the lift cylinder, be provided with the support frame between lift cylinder and the mounting platform, still be provided with the power swing arm in the swivel cover periphery, the power swing arm is connected with rotatory cylinder, rotatory cylinder links with the setting with the mounting platform axle.

2. The rocking mechanism for an electroplating experimental tank, according to claim 1, wherein the number of the rotation-stopping sleeves and the number of the bearings are 2, and the rotation-stopping sleeves and the bearings are distributed at both ends of the rotation sleeve.

3. The swing mechanism of the electroplating experimental tank as claimed in claim 1, wherein an auxiliary connector is arranged between the lifting cylinder and the lifting rod, the auxiliary connector comprises a concave lifting head and a circular lifting plate, the circular lifting plate is fixed on the end of the lifting rod, the opening of the concave lifting head faces downwards, and lifting guide wheels are arranged on two inner walls and are arranged at the bottom of the circular lifting plate and in rolling abutment with the circular lifting plate.

4. The swing mechanism of the electroplating experimental tank, as claimed in claim 3, wherein the lifting rod below the circular pulling plate is further provided with an auxiliary lower pressing plate, and the pulling guide wheel is arranged between the auxiliary lower pressing plate and the circular pulling plate.

5. The swing mechanism of the electroplating experimental tank, as claimed in claim 1, wherein the clamp comprises a vertical suspension rod, the suspension rod is provided with a hook or a chuck, the top of the suspension rod is provided with a locking block, and the locking block is in locking connection with the rotary swing arm through a hand screw.

6. The swing mechanism of the electroplating experimental groove according to claim 5, wherein two limit fingers are arranged on the end part of the rotary swing arm, and the suspension rod is arranged between the two limit fingers.

7. The swing mechanism of an electroplating experimental groove according to claim 6, wherein the limiting finger is provided with a limiting concave part on the inner wall, and a limiting convex part is arranged on the top of the side surface of the suspension rod corresponding to the limiting concave part, and the limiting convex part and the limiting concave part are matched to limit the horizontal movement of the suspension rod.

8. The rocking mechanism for electroplating assay cell of claim 1, wherein the mounting platform is connected to the base by four support posts, and the base is fixedly connected to the wall of the assay cell.

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