KR102350064B1 - Multi-function plating equipment - Google Patents

Abstract

The present invention relates to a high-quality multi-function plating device, which comprises: a plating bath (10) which has a box shape opened to an upper side and accommodating a plating solution (A); an electrode support rod (20) which crosses an upper part of the plating bath (10) and on which a rack (not shown) on which a plating object (not shown) is supported is selectively hung; a unit (30) for reciprocally transferring the support rod, which is installed on one side wall (10a) of the plating bath (10), and reciprocally transfers one side (20a) of the electrode support rod to the left and right so that the rack supported by the electrode support rod (20) can be reciprocally transferred; and a unit (40) for reciprocally interworking the support rod, which is installed on the other wall (10b) of the plating bath (10), and supports the other side of the electrode support rod (20b) to be reciprocally transferred to the left and right. The present invention can make a plating thickness, formed on an object to be plated, constant.

Description

High-quality multi-function plating equipment

The present invention relates to a plating apparatus, and more particularly, to a high-quality multifunctional plating apparatus that provides functionality to enable high-quality plating according to the size or shape of an object to be plated.

In general, plating refers to coating a thin layer of metal (including alloys in addition to pure metals) on the surface of an object to be plated. Plating is widely used in metal processing-related fields because it smoothes the surface of the object to be plated, reduces frictional resistance, imparts wear resistance, and generates gloss to increase merchantability. In particular, in the case of nickel plating, relatively thick chrome plating (3~8㎛) is applied to the surface of the object to be plated, and it is widely used in various fields because it has excellent corrosion resistance and is excellent for uniform plating with small thickness variations.

Basically, the plating apparatus includes a plating tank in which a plating solution in which a metal rod such as nickel, copper, gold, silver, etc. is immersed is accommodated, and an electrode support bar that crosses the upper part of the plating tank and is mounted with a rack supporting a plurality of objects to be plated. With this plating apparatus, when + power was applied to the metal rod and - power was applied to the electrode support rod, the metal component separated from the metal rod covered the surface of the object to be plated, and plating proceeded.

However, since plating is a process using electricity, heat is generated during the plating process, and the heat generated at this time increases the temperature of the plating solution and causes plating defects. For example, the plating thickness was insufficient, and it became a cause of defects such as fogging on the plating surface or poor surface roughness.

In addition, as the object to be plated, the concentration distribution of the ionized metal component between the area around the object and other areas changed over time, and in this case, the plating quality of a plurality of objects to be plated was not uniform.

The present invention was created to solve the above problems, and an object of the present invention is to provide a high-quality multifunctional plating apparatus capable of enabling constant and high-quality plating by cooling and stirring the plating solution during the plating process.

Another object of the present invention is to enable the plating of various sizes and shapes of objects to be plated because it is possible to move the electrode support rods or electrode support rings that support the rack on which the object to be plated or the electrode support ring is mounted in the forward, backward, left and right directions based on the plating tank. It is to provide a high-quality, multi-functional plating device that realizes the versatility of the present invention.

In order to achieve the above object, a high-quality multi-function plating apparatus according to the present invention includes: a box-shaped plating bath 10 in which a plating solution (A) is accommodated and opened to the upper side; An electrode support rod 20 that crosses the upper portion of the plating tank 10 and on which a rack (not shown) on which a plating object (not shown) is supported is selectively hung; A support rod reciprocating transfer unit installed on one side wall 10a of the plating bath 10 and reciprocating one side 20a of the electrode support rod to the left and right so that the rack supported by the electrode support rod 20 can be reciprocally transferred. (30); a support rod reciprocating interlocking part 40 installed on the other side wall 10b of the plating tank 10 and supporting the other side 20b of the electrode support rod to be reciprocally transferred left and right; a support ring rotation driving unit 50 positioned on the upper side of the plating bath 10 to rotate an electrode support ring 51 on which a rack (not shown) on which a plating object is supported is selectively hung; and a second detachable transfer unit 90 for removably coupling the support ring rotation driving unit 50 to the rear side wall 10c of the plating bath 10 and movably supporting it in a horizontal direction at the same time. characterized in that

In the present invention, the support rod reciprocating transfer unit 30 and the support rod reciprocating interlocking unit 40 are detachably coupled to one side wall 10a and the other side wall 10b of the plating bath 10 in a horizontal direction at the same time It further includes a first detachable transfer unit 80 for supporting the transfer to the .

In the present invention, the first detachable transfer unit 80 is installed on one side wall 10a and the other side wall 10b of the plating tank and has a first detachable groove 81a having a concave-convex cross-section formed long in the horizontal direction. The formed first detachable groove bracket 81 and the support rod reciprocating transfer unit 30 and the reciprocating interlocking unit 40 are installed in the transfer unit body 31 and the interlocking unit body 41, and the first detachable groove 81a and a first detachable protrusion bracket 82 having a first detachable protrusion 82a that is detachably coupled to the .

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In the present invention, the second detachable transfer unit 90 is installed on the rear side wall 10c of the plating tank, and is a second detachable groove bracket having a second detachable groove 91a having a concave-convex cross-section formed long in the horizontal direction. (91) and a second detachable protrusion bracket provided with a second detachable protrusion 92a detachably coupled to the second detachable groove 91a as installed on the rotating part bridge 52 of the support ring rotating drive unit 50 (92).

In the present invention, as installed on the inner wall of the plating bath 10, it further includes a plurality of heat exchange tubes 60 for cooling the plating solution (A).

In the present invention, further comprising a first detachable and fixed part 100 for attaching and detaching the heat exchange tube 60 to the inner wall of the plating bath 10; A first elastic clip 101 for detachably supporting the heat exchange tube 60, a first magnetic body bracket 102 for supporting the first elastic clip 101 to be spaced apart, and an inner wall of the plating bath 10 It is fixed to be embedded and includes a first magnet 103 for attaching and fixing the first magnetic bracket 102 by magnetic force.

In the present invention, a plurality of aeration units 70 installed on the inner bottom of the plating bath 10 and spraying air into the plating solution A; further include.

According to the present invention, by employing the heat exchange tube 60 and the aeration unit 70, the plating solution can be cooled and stirred evenly during the plating process, thereby making the plating thickness formed on the object to be plated constant. , it can enable high-quality plating with excellent surface roughness.

In addition, by employing the first detachable transfer unit 80 for supporting the support rod reciprocating transfer unit 30 and the reciprocating interlocking unit 40 and the second detachable transfer unit 90 for supporting the support ring rotational driving unit 50, plating The electrode support rod 20 or the electrode support ring 51 that supports the rack on which the object is mounted can be moved in the forward, backward, left, and right directions with respect to the plating bath 10, so that even if the size or shape of the object to be plated varies Since it can be supported by being submerged in the plating solution (A), the versatility of being able to plated any object to be plated can be realized.

And when it is desired to plate a plating object that does not require cooling or stirring of the plating solution (A) due to its very small size and simple shape, the heat exchange tube 60 and the aeration unit 70 are attached to the first and second detachable and fixed parts 100 ) 110 can be separated and removed, thereby reducing the effort required to maintain the heat exchange tube 60 and the aeration unit 70 more than necessary.

1 is a front view of a high-quality multi-function plating apparatus according to the present invention;
2 is a plan view of the multi-function plating apparatus of FIG. 1;
3 is a cross-sectional view of the multi-function plating apparatus of FIG. 1;
4 is a view for explaining that the support rod reciprocating transfer unit and the reciprocating interlocking unit of FIG. 3 are supported so as to be transferred horizontally from the side wall of the plating bath by the first detachable transfer unit;
5 is a partial side cross-sectional view for explaining that the support ring rotation driving unit of FIG. 3 is supported so as to be transportable in the horizontal direction from the rear side wall of the plating tank by the second detachable transfer unit;
6 is a view for explaining the configuration of the first and second detachable fixing parts for removably fixing the position of the heat exchange tube and the aeration part inside the plating tank of FIG. 3;
7 is a view for explaining that, in the multi-function plating apparatus of FIG. 2, the electrode support rod is transferred in the front-rear direction, and the support ring rotation driving unit is transferred in the left-right direction.

Hereinafter, a high-quality multi-function plating apparatus according to the present invention will be described in detail with reference to the accompanying drawings.

Hereinafter, what is described as "upper" or "upper" may include not only directly on in contact, but also on non-contacting. Terms such as first, second, etc. may be used to describe various components, but the components should not be limited by the terms. The terms are used only for the purpose of distinguishing one component from another. The singular expression includes the plural expression unless the context clearly dictates otherwise. Also, when a part "includes" a component, it means that other components may be further included, rather than excluding other components, unless otherwise stated. In addition, terms such as "...unit" and "module" described in the specification mean a unit that processes at least one function or operation.

1 is a front view of a high-quality multi-function plating apparatus according to the present invention, FIG. 2 is a plan view of the multi-function plating apparatus of FIG. 1, and FIG. 3 is a cross-sectional view of the multi-function plating apparatus of FIG. In addition, FIG. 4 is a view for explaining that the support bar reciprocating transfer unit and the reciprocating interlocking unit of FIG. 3 are supported so as to be transferred horizontally from the side wall of the plating tank by the first detachable transfer unit, and FIG. 5 is the support ring of FIG. It is a partial sectional side view for explaining that the rotary driving unit is supported so as to be transportably horizontally transferred from the rear side wall of the plating tank by the second detachable transfer unit, and FIG. 6 is the heat exchange tube and the aeration unit of FIG. It is a view for explaining the configuration of the first and second detachable and fixed parts for fixing the position. And FIG. 7 is a view for explaining that, in the multi-function plating apparatus of FIG. 2, the electrode support rod is transferred in the front-rear direction, and the support ring rotation driving unit is transferred in the left-right direction.

As shown, the high-quality multi-functional plating apparatus according to the present invention includes: a box-shaped plating bath 10 opened upward as a plating solution A is accommodated; An electrode support rod 20 that crosses the upper portion of the plating bath 10 and on which a rack (not shown) on which a plating object (not shown) is supported is selectively hung; As being installed on one side wall 10a of the plating tank 10, the support rod reciprocating transfer unit 30 for reciprocating the one side of the electrode support rod 20a to the left and right so that the rack supported on the electrode support rod 20 can be reciprocally transferred; ; a support rod reciprocating interlocking part 40 which is installed on the other side wall 10b of the plating bath 10 and supports the other side 20b of the electrode support rod to be reciprocally transferred left and right; a support ring rotation driving unit 50 positioned on the upper side of the plating bath 10 and rotating an electrode support ring 51 on which a rack (not shown) on which a plating object is supported is selectively hung; a plurality of heat exchange tubes 60 installed on the inner wall of the plating bath 10 to cool the plating solution A; a plurality of aeration units 70 installed on the inner bottom of the plating bath 10 and spraying air to the plating solution A; The support rod reciprocating unit 30 and the supporting rod reciprocating interlocking unit 40 are detachably coupled to the one side wall 10a and the other side wall 10b of the plating bath 10, and at the same time as being transportably supported in the horizontal direction. 1 detachable transfer unit 80 and; a second detachable transfer unit 90 for removably coupling the support ring rotation driving unit 50 to the rear side wall 10c of the plating bath 10 and movably supporting it in a horizontal direction; a first detachable fixing part 100 for attaching and detaching the heat exchange tube 60 to the inner wall of the plating tank 10; and a second detachable fixing unit 110 for removably coupling the aeration unit 70 to the inner bottom of the plating bath 10 .

Here, for easy explanation, the side of the support rod reciprocating transfer unit 30 is defined in the left direction based on the plating bath 10 of FIG. A vertical direction is defined as a front-back direction based on an imaginary line connecting the reciprocating transfer unit 30 and the reciprocating interlocking unit 40 .

As shown in FIGS. 1 and 2 , the plating bath 10 is in the shape of a box opened upward, and is made of a material that does not react to the plating solution contained therein, for example, acrylic. The outer circumferential surface of the plating bath 10 is wrapped with an insulating material (not shown) to be less affected by the external Wando environment.

As shown in FIGS. 1 and 2 , the electrode support rod 20 is supported by the support rod reciprocating transfer unit 30 and the reciprocating interlocking unit 40 to cross the plating bath 10 . A known rack for supporting a plurality of plating objects is mounted on the electrode support rod 20 .

The rack is made of a conductive material, and has a structure in which a plurality of pins for electrically mounting an object to be plated are formed. Such a rack is implemented in various ways depending on the shape of the object to be plated, and since it is a known technique in the art, further detailed description will be omitted.

As shown in FIG. 3 , the support rod reciprocating transfer unit 30 includes a transfer unit body 31 installed on one side wall 10a of the plating bath, and an electrode support rod side 20a from the upper side of the transfer unit body 31 . A removable bracket 32 selectively mounted, a transfer slider 33 installed inside the transfer unit body 31 to support the detachable bracket 32 slidably left and right, and a transfer slider 33 reciprocating in the left and right directions It includes a feed geared motor (34). Here, the feed geared motor 34 has an operating mechanism composed of a motor and a plurality of gears and is implemented in various forms, so a further detailed description will be omitted.

The support rod reciprocating interlocking part 40 is, as shown in FIG. 3 , the interlocking unit body 41 installed on the other side wall 10b of the plating bath, and the electrode supporting rod other side 20b from the upper side of the interlocking unit body 41 . ) includes a detachable bracket 42 on which is selectively mounted, and an interlocking slider 43 installed inside the linkage body 41 to support the detachable bracket 42 slidably left and right.

When the both sides 20a and 20b of the electrode support rod 20 are mounted on the detachable brackets 32 and 42 by the support rod reciprocating transfer unit 30 and the reciprocating interlocking unit 40, the transfer geared motor 34 ) can reciprocate the electrode support rod 20, and in this case, the rack supported by the electrode support rod 20 moves left and right inside the plating liquid (A) to promote even deposition of the anode ions dissolved in the plating liquid (A) This enables high-quality plating.

And when the electrode support rod 20 is separated from the detachable brackets 32 and 42, it can be completely separated from the support rod reciprocating transfer unit 30 and the reciprocating interlocking unit 40, and in this state, a large-sized object to be plated is plated. It can be immersed in the plating solution (A) by entering the tank (10), and then the electrode support rod (20) is mounted on the detachable brackets (32, 42) and then the plating object immersed in the plating solution (A) is directly mounted or It can be mounted by means of a rack. That is, since the electrode support rod 20 can be separated and combined with the detachable brackets 32 and 42 , a large-sized object to be plated can be plated.

As shown in FIG. 3 , the support ring rotation driving unit 50 is for gradually rotating a rack (not shown) mounted on the electrode support ring 51 , and a rotating part bridge installed on the rear side wall 10c of the plating bath. 52, the rotating part bridge 53 supported above the rotating part bridge 52 and positioned on the upper side of the plating bath 10, and the rotating part bridge 53 built in the rotating part body 53 to gradually rotate the electrode support ring 51 It includes a rotating part body 53 for supporting the rotating gear motor 54 as possible, and a rotating gear motor 54 installed inside the rotating unit body 53 to gradually rotate the electrode support ring 51 . At this time, since the rotation geared motor 54 has an operation mechanism composed of a motor and a plurality of gears and is implemented in various forms, a further detailed description will be omitted.

As shown in FIG. 3 , the plurality of heat exchange tubes 60 are connected in a zigzag by a connecting hose (not shown), and a refrigerant having a lower temperature than the plating solution (A) flows by a refrigerant supply unit (not shown). to form The refrigerant supplied to the heat exchange tube 60 may be, for example, in a form cooled by an air conditioner including a compressor and a radiator, or may be in the same form as Freon gas passed through a compressor and a radiator, and supplied by the Water Resources Corporation It may be in the form of tap water. Since it is in direct contact with the plating solution A through the heat exchange tube 60, the plating solution heated during the plating process is cooled.

As shown in FIG. 3 , the aeration units 70 are installed on the bottom of the plating bath 10 at regular intervals. The aeration unit 70 is connected to an air hose connected to the outside, and agitates the plating solution A evenly by aeration of air into the plating solution A while plating is in progress. Accordingly, even if the metal component for plating included in the plating solution A is once consumed by the object to be plated, the metal component can always be maintained in an even distribution in the area around the object to be plated.

By means of the heat exchange tube 60 and the aeration unit 70, the plating solution (A) can be cooled and stirred evenly during the plating process, and thus the plating thickness formed on the object to be plated can be made constant, and the surface It becomes possible to enable high-quality plating with excellent roughness.

As shown in FIG. 3 , the first detachable transfer unit 80 is installed on one side wall 10a and the other side wall 10b of the plating tank and has a first detachable groove 81a having a concave-convex cross-section formed long in the horizontal direction. The formed first detachable groove bracket 81 and the first detachable groove 81a as installed in the transfer unit body 31 and the interlocking unit body 41 of the support rod reciprocating transfer unit 30 and the reciprocating interlocking unit 40 ) includes a first detachable protrusion bracket 82 having a first detachable protrusion 82a of an uneven shape that is detachably coupled to the .

The first detachable groove bracket 81 is embedded and fixed to one side wall 10a and the other side wall 10b of the plating bath, and an inlet of the first detachable groove 81a is formed to open toward the front side of the plating bath 10 .

The first detachable protrusion bracket 82 is embedded and fixed to the support bar reciprocating transfer unit 30 and the support bar reciprocating interlocking unit 40, and the first detachable protrusion 82a is formed in a direction to be inserted into the first detachable groove 81a. do.

By the first detachable transfer unit 80, the support rod reciprocating transfer unit 30 and the support rod reciprocating interlocking unit 40 are formed according to the purpose of plating or the type of rack supporting the object to be plated. It may be coupled to or separated from the sidewall 10b.

Furthermore, as shown in FIG. 4 , the support rod reciprocating transfer unit 30 and the support rod reciprocating interlocking unit 40 are horizontally coupled to one side wall 10a and the other side wall 10b of the plating bath 10 . direction can be transferred. Accordingly, according to the size or shape of the plating object supported by the rack on the electrode support rod 20, as shown in FIG. .

As shown in FIG. 6 , the second detachable transfer unit 90 is installed on the rear side wall 10c of the plating tank and is provided with a second detachable groove 91a having a concave-convex cross-section elongated in the horizontal direction. The bracket 91 and the second detachable protrusion 92a having a concave-convex shape that is installed on the rotating part bridge 52 of the support ring rotating driving unit 50 and is detachably coupled to the second detachable groove 91a is formed. 2 Includes a removable protrusion bracket (92).

The second detachable groove bracket 91 is embedded and fixed to the rear side wall 10c of the plating bath. At this time, the first detachable groove bracket 91 has a coupling groove space 91b immersed in the surface of the first detachable groove bracket 91 so that the second detachable protrusion 92a can enter the second detachable groove 91a. this is formed Accordingly, even if the first detachable groove bracket 91 is installed inside the plating tank rear side wall 10c, the second detachable protrusion bracket 92 can be detached.

The second detachable protrusion bracket 92 is embedded and fixed to the rotating part bridge 52 of the support ring rotation driving unit 50, and the second detachable protrusion 92a is formed in a direction to be inserted into the second detachable groove 91a.

By the second detachable transfer unit 90 , the support ring rotation driving unit 50 may be coupled to or separated from the plating tank rear side wall 10c according to the purpose of plating or the type of rack supporting the plating object.

Furthermore, as shown in FIG. 5 , the support ring rotation driving unit 50 may be transferred in the horizontal direction while being coupled to the rear side wall of the plating bath 10 . Accordingly, depending on the size or shape of the plating object supported by the rack on the electrode support ring 51, as shown in FIG. can be moved

By the first and second detachable parts 80 and 90, depending on the type or shape of the object to be plated, only the support rod reciprocating transfer part 30 and the support rod reciprocating interlocking part 40 are left in the plating tank 10, The support ring rotation driving unit 50 may be removed from the plating bath 10 . Conversely, the support ring rotation driving unit 50 may remain in the plating bath 10 , and only the support rod reciprocating transfer unit 30 and the supporting rod reciprocating interlocking unit 40 may be removed from the plating bath 10 . Accordingly, it is possible to have the versatility of enabling plating on any kind or shape of the object to be plated.

As such, by the second detachable transfer unit 90 supporting the first detachable transfer unit 80 and the support ring rotation driving unit 50 supporting the support rod reciprocating transfer unit 30 and the reciprocating interlocking unit 40, As shown in FIG. 7 , the electrode support rod 20 or the support ring rotation driving unit 50 having the electrode support ring 51 can be moved in the forward, backward, left, and right directions with respect to the plating bath 10 , and accordingly A plating object having a large size or a unique shape can be immersed in the plating solution (A), and thus, the versatility of being able to plated objects of any size and shape can be realized.

The multifunctional plating apparatus of the present invention further includes a first detachable and fixed part 100 for attaching and detaching the heat exchange tube 60 to the inner wall of the plating tank 10 as shown in FIG.

The first detachable and fixed part 100, as shown in FIG. 6, a first elastic clip 101 for detachably supporting a plurality of heat exchange tubes 60, and the first elastic clip 101 to be spaced apart It includes a first magnetic body bracket 102 to support, and a first magnet 103 fixed to be embedded in the inner wall of the plating tank 10 and attaching and fixing the first magnetic body bracket 102 by magnetic force. Here, since the first magnet 103 is buried in the inner wall of the plating bath 10 and is not exposed to the outside, corrosion by the plating solution A can be prevented.

The heat exchange tube 60 can be fixed or separated from the inner wall of the plating tank according to the purpose of plating or the object to be plated by the first detachable and fixed unit 100 . Furthermore, when the heat exchange tube 60 is not used at all, the first magnetic body bracket 102 may be completely separated and removed from the plating bath 10 .

The second detachable and fixed part 110, as shown in FIG. 6, a second elastic clip 111 for detachably supporting the aeration part 70, and the second elastic clip 111 to support the spaced apart It includes a second magnetic bracket 112 and a second magnet 113 fixed to be embedded in the inner bottom of the plating bath 10 and attaching and fixing the second magnetic bracket 112 by magnetic force. Here, since the second magnet 113 is buried in the inner bottom of the plating bath 10 and is not exposed to the outside, corrosion by the plating solution A can be prevented.

By means of the second detachable and fixed unit 110 , the aeration unit 70 may be coupled to or separated from the inner wall of the plating tank according to the purpose of plating or the object to be plated. Furthermore, when the aeration unit 70 is not used at all, the second magnetic body bracket 112 may be completely separated and removed from the plating bath 10 .

Since the heat exchange tube 60 and the aeration part 70 can be separated and removed by the first and second detachable and fixed parts 100 and 110, the size is very small and the shape is simple, so that the plating solution (A) is cooled or stirred. In the case of plating an object to be plated that is not required, the heat exchange tube 60 and the aeration unit 70 can be separated and removed from the plating bath 10, and accordingly, the heat exchange tube 60 and the aeration unit 70 are required. Efforts to be maintained can be reduced. In addition, when the heat exchange tube 60 and the aeration unit 70 are necessary, they can be installed in the plating bath 10 by the first and second detachable and fixed units 100 and 110 .

As described above, according to the present invention, by employing the heat exchange tube 60 and the aeration unit 70, the plating solution can be cooled and stirred evenly during the plating process, and thus the plating thickness formed on the object to be plated is uniformly and high-quality plating with excellent surface roughness can be made possible.

In addition, by employing the first detachable transfer unit 80 for supporting the support rod reciprocating transfer unit 30 and the reciprocating interlocking unit 40 and the second detachable transfer unit 90 for supporting the support ring rotational driving unit 50, plating The electrode support rod 20 or the electrode support ring 51 that supports the rack on which the object is mounted can be moved in the forward, backward, left, and right directions with respect to the plating bath 10, so that even if the size or shape of the object to be plated varies Since it can be supported by being submerged in the plating solution (A), the versatility of being able to plated any object to be plated can be realized.

And when it is desired to plate a plating object that does not require cooling or stirring of the plating solution (A) due to its very small size and simple shape, the heat exchange tube 60 and the aeration unit 70 are attached to the first and second detachable and fixed parts 100 ) 110 can be separated and removed, thereby reducing the effort required to maintain the heat exchange tube 60 and the aeration unit 70 more than necessary.

Although the present invention has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom.

10 ... plating bath 20 ... electrode support rod
30 ... support rod reciprocating transfer unit 31 ... transfer unit body
32 ... Removable bracket 33 ... Transfer slider
34 ... Feed geared motor 40 ... Support rod reciprocating linkage
41 ... Link body 42 ... Removable bracket
43 ... Interlocking slider 50 ... Rotating drive part of support ring
51 ... electrode support ring 52 ... rotating part bridge
53 ... rotating body 54 ... rotating geared motor
60 ... heat exchanger tube 70 ... aeration section
80 ... 1st detachable transfer unit 81 ... 1st detachable groove bracket
81a ... first detachable groove 82 ... first detachable protrusion bracket
82a ... first detachable protrusion 90 ... second detachable transfer unit
91 ... 2nd detachable groove bracket 91a ... 2nd detachable groove
92 ... 2nd detachable protrusion bracket 92a ... 2nd detachable protrusion
100 ... the first detachable and fixed part 101 ... the first elastic clip
102 ... 1st magnetic body bracket 103 ... 1st magnet
110 ... 2nd detachable and fixed part 111 ... 2nd elastic clip
112 ... 2nd magnetic body bracket 113 ... 2nd magnet

Claims (8)

The plating solution (A) is accommodated in the box-shaped plating tank 10 opened to the upper side;
An electrode support rod 20 that crosses the upper portion of the plating tank 10 and on which a rack (not shown) on which a plating object (not shown) is supported is selectively hung;
A support rod reciprocating transfer unit installed on one side wall 10a of the plating bath 10 and reciprocating one side 20a of the electrode support rod to the left and right so that the rack supported on the electrode support rod 20 can be reciprocally transferred. (30); and
a support rod reciprocating interlocking part 40 installed on the other side wall 10b of the plating tank 10 and supporting the other side 20b of the electrode support rod to be reciprocally transferred left and right;
a support ring rotation driving unit 50 positioned on the upper side of the plating bath 10 to rotate an electrode support ring 51 on which a rack (not shown) on which a plating object is supported is selectively hung; and
A second detachable transfer unit 90 for removably coupling the support ring rotation driving unit 50 to the rear side wall 10c of the plating bath 10 and movably supporting it in a horizontal direction at the same time; Characterized by a high-quality multi-function plating device. According to claim 1,
The support rod reciprocating transfer unit 30 and the support rod reciprocating interlocking unit 40 are detachably coupled to the one side wall 10a and the other side wall 10b of the plating bath 10 and are supported so as to be transported in the horizontal direction at the same time. A high-quality multi-function plating apparatus, characterized in that it further comprises a first detachable transfer unit (80). According to claim 2, The first detachable transfer unit 80,
A first detachable groove bracket 81 installed on one side wall 10a and the other side wall 10b of the plating tank and provided with a first detachable groove 81a having an uneven cross-section elongated in the horizontal direction;
A first detachable protrusion ( 82a) is formed, characterized in that it comprises a first detachable protrusion bracket 82, a high-quality multi-functional plating device. delete According to claim 1, wherein the second detachable transfer unit (90),
a second detachable groove bracket 91 installed on the rear side wall 10c of the plating tank and provided with a second detachable groove 91a having a concave-convex cross-section elongated in the horizontal direction;
A second detachable protrusion bracket 92 provided with a second detachable protrusion 92a detachably coupled to the second detachable groove 91a as installed on the rotating part bridge 52 of the support ring rotating drive unit 50 is included. A high-quality multi-functional plating apparatus, characterized in that. According to claim 1,
A high-quality multi-functional plating apparatus, which is installed on the inner wall of the plating bath (10) and further comprises a plurality of heat exchange tubes (60) for cooling the plating solution (A). 7. The method of claim 6,
A first detachable and fixed part 100 for attaching and detaching the heat exchange tube 60 to the inner wall of the plating bath 10; further comprising,
The first detachable fixing part 100 includes a first elastic clip 101 for detachably supporting the heat exchange tube 60 and a first magnetic bracket for supporting the first elastic clip 101 to be spaced apart ( 102), and a first magnet 103 fixed to be embedded in the inner wall of the plating tank 10, and a first magnet 103 for attaching and fixing the first magnetic body bracket 102 by magnetic force. . According to claim 1,
A high-quality multi-functional plating apparatus, characterized in that it further comprises; a plurality of aeration units (70) installed on the inner bottom of the plating bath (10) and spraying air to the plating solution (A).

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