KR200384528Y1 - galvanoplastics plate aline mechanism for blanking die - Google Patents

Abstract

The disclosed subject matter is intended to eliminate the need for a pre-punching operation to fix the master electrodeposition plate to the punching die.

In order to realize this, in the present invention, as a positioning alignment device for the primary piercing punching, the upper and lower pile rods having the concave and convex concave-convex ends secure the concave and convex portions formed in advance on the master electrodeposition plate. The support is configured to positionally secure the master electrodeposition plate. The positioning alignment device for the secondary blanking punch is different from the positioning alignment device for the primary piercing punch and the concave and convex portions of the concave and convex ends of the pile rod are inverted up and down at the time of the primary piercing punch. Except for the same configuration.

Therefore, the present invention is expected to improve productivity and workability by positioning and fixing by the pile rod of the present invention after forming irregularities at the time of electrodeposition in advance without manually drilling a hole in the master electrodeposition plate as in the prior art. Not only can it be possible, but also it is possible to precisely adjust the position of the master electrodeposition plate is arranged for the punching also provides a useful effect of overcoming the limitations of ultra-precision manufacturing.

Description

Galvanoplastics plate aline mechanism for blanking die}

The present invention relates to a product casting device. More specifically, the electrodeposition plate positioning apparatus for master electrode plate for punching product made by electrodeposition of electroforming metal is improved to reduce the processing time compared to the previous one while accurately positioning the product manufactured in a negative shape with respect to the model. It is about.

The galvanoplastics processing method is to obtain a product having a roughness opposite to the model surface by electrodepositing the metal on the model to which the exfoliation coating is applied, and then separating the electrodeposited metal from the model. Electroplated metals such as Cu, Ni, etc. may be used as model materials, or non-metallic models may be used. In this case, graphite powder or copper powder may be applied to the model surface, or gold foil or It is known to coat silver film.

In other words, a model having surface conductivity is placed in an electrolytic cell and an electric current flows to allow electrodeposition to occur on the surface of the model, followed by removal of the electrodeposited metal that is negatively attached to the surface of the model. will be.

In this way, it is possible to reproduce type casting models, record discs, print prints, portraits, and ornaments, and to manufacture keypads such as mobile phones. In particular, the electroplating process for manufacturing keypads has a surface conductivity nickel plate. On one surface selected from a brass plate, a chrome plate, a wooden plate, a resin plate, a rubber plate, and the like, a model plate with a certain shape carved in an embossed shape is provided. In addition, after masking the other surface, the electrodeposited layer of the negative shape is electrodeposited to the corresponding surface of the model plate according to the electrolytic action in the electrolytic cell, and the electrodeposition layer is peeled off from the model plate, and thus the master electrodeposition plate is peeled off as described above. Partially cut or punched as needed to obtain the desired product.

In addition, in order to fix the position of the master electrodeposition plate on the punching mold for punching, the guide hole must be formed by drilling the left and right sides of the punching portion of the master electrodeposition plate. The dowel pin is to be fitted in the mold.

On the other hand, the punching die device as described above is usually composed of the upper mold portion 100A to be controlled to move up and down, and the lower mold portion 100B fixed below as shown in FIG.

The upper mold portion 100A includes a stripper 120 and an upper holder 110 which fixes the upper portion 100A at an upper portion thereof so as to be movable upward and downward. Of course, conventional press parts such as punch packing 116, punch holder 117 and shank 118 are additionally provided on the upper holder 110.

The lower die portion 100B has a die 130 having a punch hole 132 and a post hole 136 coupled to the lower holder 140, and left and right guide alignment pins 34 are fixedly installed.

The stripper 120 has an alignment pin escape hole 122, a punch guide hole 124, and a post guide hole 126 into which the guide alignment pin 134 is inserted, and the upper holder 110 has the punch. A punch 112 inserted into the guide hole 124 and a guide post 114 inserted into the post guide hole 126 are provided.

In this way, the guide hole (1a) pre-formed in the master electrodeposition plate (1), which is the main product, is fitted and fixed to the guide alignment pin (134), and then the punching product punching process by punching. Will be done. In order to obtain a pole product with a hole inside, a second punching process of a piercing punch (inner hole punch) and a blanking punch (outer rim punch) is performed.

As a problem of the conventional electric product punching device as described above, the time required for drilling the guide electrode 1a in the master electrodepositing plate by manual processing to fix the position of the master electrodeposition plate when the electric product is punched out. This takes a lot of problems and low fish yield had a problem that the product yield is significantly lowered, and also has a problem for the manufacturing limit of the ultra-precision can not precisely control the position of the master electrodeposition plate is disposed for punching.

The present invention is devised to meet the conventional needs as described above, the object of the present invention is to eliminate the need for pre-punching operation for fixing the position of the master electrodeposition plate to the mold at the time of punching, manufacturing process number and manufacturing operation By greatly shortening the time, it is possible to expect an improvement in productivity. In addition, workability can be improved by eliminating the task of having to fix the positioning guide pin of the punching die in the guide hole. As the position of the master electrodeposition plate can be precisely adjusted, an object of the present invention is to provide a punching device that overcomes the limitation of manufacturing high precision products.

Other objects and advantages of the present invention will be described below and will be appreciated by the embodiments of the present invention. In addition, the objects and advantages of the present invention can be realized by means and combinations shown in the utility model registration claims.

In order to achieve the above object, the present invention was devised in consideration of the need for the secondary punching of the piercing and the blanking of the master electrodeposition plate, and the electric pole for positioning the master electrodeposition plate in two ways during the secondary punching process. It has been proposed as a positioning device for punching products.

The first embodiment is referred to as a first embodiment, and the first embodiment is a positioning alignment device for the primary piercing punching, in which a pile rod having upper and lower opposing concave and convex ends is fixed while fixing the concave and convex portions previously formed on the master electrodeposition plate. It is inserted sexually and is configured to positionally secure the master electrodeplate. The positioning alignment device for the secondary blanking punch of the first embodiment is different in that the positioning alignment device for the primary piercing punch and the uneven end of the pile rod are upside down.

The second embodiment is referred to as the second embodiment. The second embodiment is a positioning alignment device for the primary piercing punching, in which a pile rod having upper and lower opposing concave and convex ends is fixed while fixing the concave and convex portions previously formed on the master electrodeposition plate. It is composed of a configuration to be pierced at the same time as the punching and the uneven portion of the master electrodeposition plate when the sexual insertion is inserted to fix the master electrodeposition plate. In order to perform the second blanking on the master electrodeposition plate that has finished the primary piercing punch of the second embodiment, the pierced hole of the master electrodeposition plate concave-convex portion is inserted into the guide alignment pin of the electroforming product punching device described with reference to FIG. What is necessary is to perform a secondary blanking punching.

As a result, the first embodiment of the present invention proposes a positioning structure of the master electrodeposition plate for the primary piercing punching and the second blanking punching, and the second embodiment of the present invention provides a secondary apparatus using a conventional electroplating punching device. As a preliminary process of blanking punching, we propose a positioning alignment structure of the master electrodeposition plate for primary piercing punching.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the interpretation of the term or word used in the specification and claims, it is not limited to the conventional or dictionary meaning.

Therefore, the embodiments described in the present specification and the configuration shown in the drawings are only the most preferred embodiments of the present invention and do not represent all of the technical ideas of the present invention, and various equivalents may be substituted for them at the time of the present application. There may be water and variations.

Figure 2 is a cross-sectional view showing a positioning device of the punching device punching device according to a first embodiment of the present invention, Figures 3a and 3b is an operating state at the time of the first piercing punching by the positioning device of the first embodiment 3B and 3D are sectional views of the operation state at the time of the secondary blanking punching by the positioning alignment device of the first embodiment, and FIG. 4 is a plan view showing the master electrodeposition plate shown in FIGS. 3A to 3D. In the reference numerals illustrating the present invention, the same reference numerals as those in FIG. 1 correspond to the same similar parts.

<First Embodiment>

2, the present invention product punching device applied to the first embodiment of the present invention, it consists of an upper mold 100A and a fixed lower mold 100B that is controlled to move up and down.

The punch guide hole 124 is coupled to the upper mold 100A by a guide post 114 to be slidably moved up and down by the guide post 114 and to insert and guide the punch 112 fixed to the upper holder 110. The stripper 120 having a) is provided, the lower die portion 100B is coupled to the lower holder 140, the punch hole is inserted into the punch 112 during the punching operation of the master electrodeposition plate for punching electric products ( 132 and a die 130 having a post hole 136 into which the guide post 114 is inserted.

The positioning device according to the first embodiment of the present invention, which is applied to such a structure, is configured to form a cylindrical or conical concave-convex portion without forming a guide hole as in the prior art.

That is, as shown in FIG. 2, the upper positioning alignment means 200 having the pile rod 210 fixed to the stripper 120 and supported by the spring 220 downwardly, and the lower holder 140. And lower positioning alignment means 300 having pile rods 310 fixedly supported by springs 320 and upwardly mounted, and pile rods 210 and 310 of the upper and lower positioning alignment means 200 and 300. ), One end is formed by the concave and convex portions 212 and the other end is formed by the convex concave and convex portions 312. The upper and lower positioning alignment means 200 and 300 are embedded in the housings 230 and 330 in which the springs 220 and 320 are inserted, and in the state where the pile rods 210 and 310 are supported by the springs 220 and 320. It comprises a tanned bolt member (240,340) is fastened to the housing (230,330) so as to.

When configured in this way, as shown in Figures 3a and 3b, the upper and lower pile rods (210, 310) is fixed to the position while applying pressure to the pre-formed uneven portion (1b) in the upper and lower positions preformed on the master electrodeposition plate (1) that is the main product In this state, when the pile rods 210 and 310 are pulled in while being pressed down while holding spring spring force, the desired predetermined punching is performed on the master electrodeposition plate by the punch 42.

In the figure, the pile loading state at the time of the primary piercing punching to form the inner hole of the pole product is shown in Figs. 3a and 3b, and the pile loading state at the time of the secondary blanking punching to punch the outside of the pole product 3C and 3D, the structure of the positioning device at the time of the secondary piercing punching is opposite to that when the concave and convex uneven parts 212 ', 312' of the pile rods 210, 310 are punched at the primary piercing punching. Consists of batches. This is in accordance with the equipment structure in the case of the secondary punching, inverting and punching the master electrodeposition plate (1) that has normally completed the primary punching process.

3A and 3C show a state before the file loads 210 and 310 are inserted, and FIGS. 3B and 3D show the state after the file loads 210 and 310 are inserted. The upper and lower pile loads 210 and 310 are the master electrodeposition plate 1. In and out in the state in which the uneven portion 1b of Fig. 3) is fixed and supported by positioning, it acts so that punching by the punch 42 is performed as shown in Fig. 3B. Therefore, as shown in FIG. 4, when the electrodeposition plate 1 is electrodeposition-formed, the uneven portion 1b is formed in advance, so that the drilling operation of manually forming the guide hole for positioning alignment of the conventional electrodeposition plate is unnecessary. As a result, it is possible to shorten the pre-punching process and the punching process time, and to expect mass production of jeonju products.

Second Embodiment

In the description of the second embodiment, the same reference numerals are given to the same parts as the first embodiment, and the parts that have been modified in the first embodiment are denoted by a comma (') at the end of the corresponding reference numerals. I will grant it.

The main product punching device to which the positioning alignment device of the second embodiment of the present invention is applied comprises an upper mold portion 100A and a fixed lower mold portion 100B to be controlled to move up and down, and a guide to the upper mold portion 100A. A stripper 120 having a punch guide hole 124 coupled to the upper holder 110 by a post 114 to be slidably movable up and down and inserting and guiding the punch 112 fixed to the upper holder 110 is provided. It is provided, the lower die portion 100B is coupled to the lower holder 140, the punch hole 132 and the guide post 114 is inserted into the punch 112 during the punching operation of the master electrodeposition plate for punching products The die 130 having the post hole 136 into which is inserted is provided in the same manner as in the first embodiment.

The positioning device of the second embodiment of the present invention, as shown in FIG. 5, has an upper position having a pile rod 210 ′ fixed to the stripper 120 and supported by a spring 220 downwardly. A lower positioning alignment means 300 'having a crystal alignment means 200' and a pile rod 310 'fixed to the lower holder 140 and supported by a spring 320 upwardly, The pile rods 210 'and 310' of the upper and lower positioning alignment means 200 'and 300' are formed at one end thereof as a concave and convex portion 212 ', and the other end thereof is convex and concave portion ( 312 '), the upper and lower through holes 214 are formed in the pile rod 210' of the upper positioning alignment means 200, and the piercing pins 260 interlocked with the upper holder 110 in the vertical movement. ) Is inserted and guided, and the piercing pin 260 is on the pile rod 310 'of the lower positioning alignment means 300' 6A and 6B, the upper and lower through holes 314 are inserted, so that the upper and lower pile rods 210 ′ and 310 ′ are formed in the uneven parts 1b which are pre-formed in the master electrodeposition plate 1, which is a main product. ) And the piercing operation by the piercing pin 260 is simultaneously performed on the punching operation by the punch 42 and the uneven portion 1b previously formed on the master electrodeposition plate in the reduced position.

The upper and lower positioning alignment means 200 ′ and 300 ′ may include housings 230 and 330 ′ in which the springs 220 and 320 are inserted, and the pile rods 210 ′ and 310 ′ are supported by the springs 220 and 320. It includes a tanned bolt member 240 ', 340' is fastened to the housing (230,330 ') to be embedded in the housing (230,330'), the upper tanned bolt member 240 'is a piercing pin (260) The through hole 242 is formed to be inserted into the sliding, and the lower tannery bolt member 340 'is formed with a through hole 342 to escape the pierced scrap.

It may be advantageous to provide a piercing hole 1a in the uneven portion 1b of the master electrodeposition plate to be provided with a restricting jaw 332 restricting the inlet of the lower pile rod 310.

The positioning alignment device according to the first embodiment of the present invention configured as described above forms a guide hole 1a in the uneven portion 1b for positioning alignment of the master electrodeposition plate 1, but pre-drilling operation as in the prior art. The guide hole 1a is automatically formed in the center of the uneven portion 1b by being pierced at the same time as the punching of the master electrodeposition plate 1 by the punching device.

The reason for forming such a guide hole (1a) in the master electrodeposition plate (1) is to insert a guide hole in the guide pin as described in the previous through the second blanking process as described in Figure 1 to fix the master electrodeposition plate and then blanking punching It is to do it. That is, after the facility of FIG. 5 is used as a primary piercing punching process, the facility of FIG. 1 is used as a secondary blanking punching process.

As described above, in the second embodiment of the present invention, as shown in FIGS. 5 to 6B, the master electrodeposition plate 1 is positioned in the same manner as in the above-described first embodiment at the time of the piercing punching which is the primary process. The guide hole 1a is automatically formed in the uneven part 1b of the master electrodeposition plate while fitting and fixing.

The electroplating product punching device according to the present invention as described above provides the main advantage that no pre-punching operation is required to fix the master electrodeposition plate to the punching die.

Therefore, the present invention can significantly shorten the number of manufacturing steps and the manufacturing work time, thereby providing another effect of improving productivity.

In addition, the present invention can improve the workability in accordance with the exclusion of the work that must be fixed to the insertion guide pin of the punching mold by drilling a conventional guide hole separately, in particular by adjusting the pile rod disposed for the punching The precise alignment of the master electrodeposition plate provides a useful effect that overcomes the limitations of ultra-precision product manufacturing.

As described above, although the present invention has been described by way of limited embodiments and drawings, the present invention is not limited thereto and is intended by those skilled in the art to which the present invention pertains. Various modifications and variations are possible, of course, within the described utility model registration claims.

1 is a schematic side view showing an apparatus for punching a conventional electric pole product;

2 is a cross-sectional view showing a positioning device of the punching device for a pole product according to a first embodiment of the present invention,

3A and 3B are cross-sectional views of the operating state at the time of the first piercing punching by the positioning device of the first embodiment;

3B and 3D are sectional views of an operating state at the time of secondary blanking by the positioning device of the first embodiment;

4 is a plan view showing the master electrodeposition plate shown in Figures 3a to 3d,

5 is a cross-sectional view showing a positioning device of the punching device according to the second embodiment of the present invention,

6A and 6B are cross-sectional views of an operating state at the time of a primary peer punching by the positioning alignment device of the second embodiment;

Explanation of symbols on the main parts of the drawings

1-Master Electrode Plate 1a-Guide Hole

1b-Uneven section 110-Upper holder

112-Punch 114-Guidepost

116-Post Guide Hole 120-Stripper

124-Punch Guide Hole 130-Die

132-Punchhole 136-Posthole

140-Lower Holder 142-Punch

200,200 '-Upper positioning alignment means 210,210'-Pile load

212,212 '-Concave-convex 214-Through hole

220-Spring 230-Housing

240,240 '-Tanned Bolts 260-Piercing Pin

300,300 '-Lower positioning alignment means 310,310'-Load the file

312,312 '-Concave-convex 314-Through hole

320-Spring 330,330 '-Housing

340,340 '-Tanned Bolt

Claims (5)

Up and down movement is made up of the upper mold 100A, and the lower mold 100B fixed, The punch guide hole 124 is coupled to the upper mold 100A by a guide post 114 to be slidably moved up and down by the guide post 114 and to insert and guide the punch 112 fixed to the upper holder 110. Is provided with a stripper 120 having The punch hole 132 and the guide post 114 which are coupled to the lower holder 140 and inserted into the punch 112 during the punching operation of the master electrodeposition plate for punching of the main product are inserted into the lower mold part 100B. In the pole product punching device of the configuration is provided with a die 130 having a post hole 136, An upper positioning alignment means (200) having a pile rod (210) fixed to the stripper (120) and supported by a spring (220) downward, and fixed to the lower holder (140) and a spring (320) upward. And a lower positioning alignment means 300 having pile rods 310 which are supported by a coalesce. The pile rods 210 and 310 of the upper and lower positioning alignment means 200 and 300 have concave and convex irregularities. The other end portion is formed as a convex concave-convex portion, so that the upper and lower pile rods 210 and 310 are punched in a reduced-position position while fixing the concave-convex portion 1b previously formed on the master electrodeposition plate 1, which is a main product. 42) Master electrodeposition plate positioning alignment device for punching product poles, characterized in that the punching by 42). The method of claim 1, wherein the upper and lower positioning alignment means (200,300) is the housing (230,330) to the spring (220,320) and the spring (220,320) in the state of holding the pile rod (210,310) Master electrodeposition plate positioning alignment device for punching the electric pole product characterized in that it comprises a tanned bolt member (240,340) fastened to the housing (230,330) to be embedded in the housing (230,330). The uneven portion 1b of the master electrodeposition plate is formed in a cylindrical shape, a conical shape, or a semicircular shape, and the uneven portions of the pile rods 210 and 310 also correspond to the shape of the uneven portion 1b of the master electrodeposition plate. Master electrodeposition plate positioning alignment device for punching product made by. Up and down movement is made up of the upper mold 100A, and the lower mold 100B fixed, The punch guide hole 124 is coupled to the upper mold 100A by a guide post 114 to be slidably moved up and down by the guide post 114 and to insert and guide the punch 112 fixed to the upper holder 110. Is provided with a stripper 120 having The punch hole 132 and the guide post 114 which are coupled to the lower holder 140 and inserted into the punch 112 during the punching operation of the master electrodeposition plate for punching of the main product are inserted into the lower mold part 100B. In the pole product punching device of the configuration is provided with a die 130 having a post hole 136, An upper positioning alignment means 200 ′ having a pile rod 210 ′ fixed to the stripper 120 and supported by a spring 220 downwardly, and fixed to the lower holder 140 and spring upwards. And a lower positioning alignment means 300 'having a pile rod 310' supported by the ball 320, and a pile rod 210 'of the upper and lower positioning alignment means 200' and 300 '. (310) 'one end is formed as a concave convex concave portion and the other end is formed as a convex concave convex portion, the upper and lower through holes 214 in the pile rod 210' of the upper positioning alignment means 200 ' Is formed is a structure in which the piercing pin 260 is interlocked with the upper holder 110 in accordance with the vertical movement is inserted and guided, and the piercing pin (Piece on the pile rod 310 'of the lower positioning alignment means 300' ( The upper and lower pile rods 210 and 310 are formed by the upper and lower through-holes 314 into which the 260 is inserted. The punching operation by the punch 42 and the uneven portion 1b formed in the master electrodeposition plate in the center of the inlet-reduced position in the state where the uneven portion 1b previously formed on the phosphorus electrodeposition plate 1 is fixed above Master electrodeposition plate positioning alignment device for punching the product, characterized in that the piercing operation by the piercing pin 260 is configured to be performed at the same time. The method of claim 1, wherein the upper and lower positioning alignment means (200 ', 300') is a housing (230, 330 ') to the spring (220, 320) and the pile (210, 320) to the spring (220, 320) And a tanned bolt member 240 'and 340' formed with through holes 242 and 342 which are fastened to the housings 230 and 330 'so as to be inherent in the housings 230 and 330' in a state where the 310 ' Master electrodeposition plate positioning alignment device for punching the electric pole product characterized in that it is provided with a restricting jaw (332) for limiting the inlet of the lower pile rod (310 ').