KR200361815Y1 - a processing equipment of buffer for packing of goods - Google Patents

Abstract

The present invention relates to a shock absorbing material processing device for packaging parts absorbing shock when packaging various types of products, the feature of the present design is to combine to match the fixed shape of each part when packaging various items such as automotive parts The rational processing of grooves can be improved more reasonably, so that the grooves of desired angle can be freely formed, especially suitable for the production of small quantities of various types, and can respond quickly to changes in shape and fine angle, as well as investment in equipment costs. It is to be minimized.

According to the present invention, in configuring a shock absorber processing apparatus for packing an article, a vertical auxiliary frame 11 is installed at an upper rear side of the frame 10, and the upper and lower sides of the frame 10 can be moved left and right by operation of the transfer motor 21. Install the transfer table 20,

The front surface of the transfer table 20 is provided with a ruler 25 for measuring the position of the coupling groove 14 of the shock absorbing material 13 and the sensing port 24, and the frame 10 operates on the sensing port 24. Mount the sensor 26,

A plurality of fixed cylinders 22 are mounted on the front inner side of the transfer table 20 to support the cushioning material 13 on the transfer table 20 according to the appearance of the fixture 23 coupled to the fixed cylinder 22. Make it possible,

The post 30 is installed vertically at the center rear of the frame 10, and the post 30 is provided with elevating means 31 capable of elevating the entire cutting means 40 including the arm 32. On the front side, the slider 33 is formed by installing an arm 32 capable of angular movement starting from the post 30,

The arm 32 is coupled to the movable tool 41 so that the entire cutting means 40 is movable up and down, and the cutting means 40 connected to the movable tool 41 rotates on the cutting motor 42. It is configured to form a coupling groove 14 in the cushioning material 13 by the cutter 43,

In front of the cutting means 40 is provided with an angle adjuster 44 is configured to change the processing angle of the cutter 43 installed in the cutting motor 42,

Side of the cutting means 40 by installing a pair of cylinders 50 are provided separately connected to the pressing plate 51, the cylinder 50 is operated to operate the sensor 26 mounted on the transfer table 20 When the pressing plate 51 is pressed according to the support buffer member 13 placed on the transfer table 20, the cutter 43 is rotated to the desired shape and spacing to the buffer member 13 supported on the transfer table 20 The coupling groove 14 is configured to be processed.

Description

Processing equipment for buffers for goods packaging {a processing equipment of buffer for packing of goods}

The present invention relates to a shock absorbing material processing device for packaging parts absorbing shock when packaging various types of products, the feature of the present design is to combine to match the fixed shape of each part when packaging various items such as automotive parts The rational processing of grooves can be improved more reasonably, so that the grooves of desired angle can be freely formed, especially suitable for the production of small quantities of various types, and can respond quickly to changes in shape and fine angle, as well as investment in equipment costs. It is to be minimized.

In general, various industrial equipment such as machinery or automobiles are assembled with a number of related parts to produce a finished product.

These parts are packed in a carton box of a certain standard or, in some cases, made of a pallet-like structure without being transported using a carton box, and a foam cushioning material such as styrofoam is installed therein. The parts are settled and transported.

However, the cushioning material used for the packaging of such components is different in the shape of the coupling groove according to the shape of the package, and in order to immediately respond to the diversification of the coupling groove formed in the buffer material, or to form a coupling groove by hand or It is equipped with a separate processing device for processing.

In the case of forming a coupling groove for packaging parts by hand in the conventional case, since the shape and size of the coupling groove are not uniform, the incidence of defects is very high, and productivity is significantly low. For example, a processing device for forming a coupling groove corresponding to the shape of the various kinds of articles has been devised.

However, the processing device as described above is very complicated in structure and not only very expensive, but also difficult to immediately respond to changes in the shape of the coupling groove, and also the size, position, and angle of the coupling groove depending on the type of parts to be packed. In the case of continuous repetitive work, the rationality was very low in case of small quantity production.

In particular, in the case of continuous mass processing of the same groove of the same standard, there is an advantage that the existing processing equipment is easy, but it is not only difficult to produce small quantities of various products alternately, but also specifications of the pre-product of the lot unit. It was impossible to confirm the quality of the product by the inspection within the range, and the waste of raw materials was excessive. In the era of pluralization, the productivity of small quantities of various varieties was low and the quality improvement and profitability could not be improved.

Therefore, the present invention has been devised to solve the conventional problems as described above, the coupling groove to the cushioning material for packing the goods used when packing the various kinds of products, such as various kinds of automobile parts or components of industrial equipment. The present invention provides a device for forming a bar, and a feature of the present invention is that the processing device for forming a variety of continuous repetitive coupling grooves according to the shape of the product packaged on the surface of the cushioning material is more reasonably configured, and thus it is easy to produce a small quantity product. In order to respond immediately to changes in shape, angle changes, and design changes to the coupling grooves, it is also possible to check the quality of goods due to inspection within the specifications of the product before production in lot units. It minimizes waste of materials and facilitates supply of small orders, thus maximizing productivity. That there is a relatively simple and objective as kojyeo provide processing equipment parts for packaging cushioning in and also can minimize the disturbance of the equipment investment, improve quality, based on the sophistication in the production of short-run the pluralistic era as well as to enhance profitability.

Hereinafter, the structural features for achieving the object as described above of the present invention will be described with the accompanying drawings.

1 is a perspective view showing a preferred embodiment of the present invention

2 is a front view showing the operation of the present invention

3 is a plan view showing the operation of the present invention

4 is a partially omitted right side view showing the operation of the present invention

Figure 5 is a partially omitted left side view showing the operation of the present invention

Figure 6 is a perspective view of the buffer material processed by the present invention

* Explanation of symbols used in the main part of the drawing *

10: frame 11: auxiliary frame

12 controller 13 buffer material

14: coupling groove

20: transfer table 21: transfer motor

22: fixed cylinder 23: fixture

24: detection port 25: ruler

26: sensor

30: Post 31: lifting means

32: arm 33: slide

40: cutting means 41: moving tool

42: cutting motor 43: cutter

44: angle adjuster

50: cylinder 51: pressure plate

Figure 1 shows an overall perspective view showing a preferred embodiment of the present invention,

According to the present invention, in configuring a shock absorber processing apparatus for packing an article, a vertical auxiliary frame 11 is installed at an upper rear side of the frame 10, and the upper and lower sides of the frame 10 can be moved left and right by operation of the transfer motor 21. The transfer table 20 is installed.

The front surface of the transfer table 20 is provided with a ruler 25 for measuring the position of the coupling groove 14 of the shock absorbing material 13 and the sensing port 24, and the frame 10 operates on the sensing port 24. The sensor 26 is mounted to adjust the position of the coupling groove 14 of the shock absorbing material 13 according to the position of the detection port 24.

In addition, a plurality of fixed cylinders 22 are mounted on the front inner side of the transfer table 20, and the shock absorbing material 13 on the transfer table 20 according to the appearance of the fixture 23 coupled to the tip of the fixed cylinder 22. ) Can be supported to configure the coupling groove 14 in a safe state.

The post 30 is installed vertically at the center rear of the frame 10, and the post 30 is provided with elevating means 31 capable of elevating the entire cutting means 40 including the arm 32. On the front side, a slider 33 is formed by installing an arm 32 capable of angular movement starting from the post 30, and the cutting means 40 is coupled to the arm 32 by combining the movable tool 41. The cutting means 40 which is configured to move back and forth and is connected to the moving tool 41 to form the coupling groove 14 in the cushioning material 13 by the cutter 43 rotating to the cutting motor 42. Configure.

In front of the cutting means 40, the cutter 43 is provided on the cutting motor 42 with an angle adjuster 44 to arbitrarily change the machining angle and the change of the machining shape of the cutting motor 42 and the cutter 43. It is configured to change the processing angle of).

Side of the cutting means 40 by installing a pair of cylinders (50) provided separately and connected to the pressing plate 51, the cylinder 50 is operated to operate the sensor 26 mounted on the transfer table 20 When the pressing plate 51 is pressed, the cushioning material 13 placed on the transfer table 20 is supported to rotate the cutter 43, so that the cushioning material 13 supported by the transfer table 20 has a desired shape and spacing. The coupling groove 14 is configured to be processed.

In the figure, reference numeral 12 denotes a controller that automatically or manually controls the processing apparatus.

The present invention, which can be configured as described above, forms a coupling groove 14 in the cushioning material for packing an article 13 used when packaging a package such as various kinds of products such as various kinds of parts for automobiles or industrial equipment. The present invention is to provide a device, the feature of the present invention is to configure the processing device to form a variety of continuous repetitive coupling groove 14 in accordance with the shape of the product packaged on the surface of the buffer material 13 more reasonably small amount of It is easy to produce, and it is configured to respond immediately to changes in shape, angle of minute change, and design change for the coupling groove, and also good quality due to inspection within the specification range of the product before production in lot units. It makes it easy to check whether the waste of materials is minimized and the supply of small orders is maximized to maximize productivity, and in particular, the structure is relatively simple. To minimize disturbance of the investment, and improving the quality, based on the sophistication in the production of short-run the pluralistic era and will also allow you as well as enhance profitability.

Hereinafter, the process and the effect of forming the coupling groove 14 of the buffer member 13 according to the above-described configuration of the present invention will be described.

First, in order to form the coupling groove 14 in the cushioning material 13 using the present invention, once the cushioning material 13, which is a material, is settled on the transfer table 20, the fixed cylinder 22 is operated. As the fixed cylinder 22 is operated to fix the fixture 23, the shock absorbing material 13, which is a material on the transfer table 20, is fixed.

When the cylinder 50 installed in a separate configuration on the side of the cutting means 40 operates to lower the pressing plate 51, the buffer material 13, which is a material processed, is the pressing plate 51 and the fixture 23. By being fixed in a completely supported state by the coupling groove 14 can be processed.

When the cushioning material 13 is fixed on the transfer table 20, the cutting motor 42 operates to drive the cutter 43. At this time, when adjusting the depth of the coupling groove 14 of the cushioning material 13, the post The engaging groove 14 is processed by operating the cutter 43 in a state in which the height of the cutting means 40 including the arm 32 is set in advance by operating the lifting means 31 installed at the upper portion of the 30. .

As the cutter 43 is driven, the cushioning material 13 supported on the transfer table 20 is easily processed according to the shape of the cutter 43 and moves along the upper arm 32 along the upper arm 32. The cutting means 40 connected to 41 is moved rearward, and the coupling groove 14 is processed while the cutter 43 is rotated by the operation of the cutting motor 42.

In addition, the moving tool 41 is coupled to the arm 32, the cutting means 40 is moved by the slider 33 to the front of the transfer table 20 through the process of processing the engaging groove 14 while moving. The sensor 26 transmits the detected signal to the cylinder 50 and the slider 33 by moving at intervals of the installed sensing holes 24 to perform mutually organic operation according to a preset control.

The ruler 25 provided in front of the transfer table 20 can easily adjust the position of the detection port 24, and can easily adjust the position of the coupling groove 14 with the naked eye without using a separate measuring device. To perform the function.

At this time, when the coupling groove 14 is inclined according to the shape of the part to be packaged, as shown in FIG. 2, the cutting motor 42 using the angle adjuster 44 provided at the front side of the cutting motor 42. Of course, it is possible to form a coupling groove 14 at an angle inclined with respect to the longitudinal buffer member 13 by changing the installation angle of the arbitrarily.

In addition, the arm 32 is installed so that the angular movement from the center of the rear post 30 is configured to facilitate the adjustment of the angle as a whole including the slider 33, the shape of the coupling groove 14 In the case of the coupling groove 14 having a vertical and inclined surface rather than the vertical, changing the angle of the arm 32 may arbitrarily change the size and angle of the coupling groove 14 without adjusting the width of the cutter 43. Can be.

Since the moving tool 41 installed in the arm 32 moves integrally with the cutting means 40 as a whole, the moving tool 41 moves back and forth by the operation of the slider 33, so that the cutting motor 40 is the cutting motor. The 42 and the cutter 43 simultaneously move along the arm to form the desired coupling groove 14 in the cushioning material 13 on the transfer frame 10, and the spacing, shape, and size thereof are determined using the ruler 25. It is easy to adjust, and since the distance of the coupling groove 14 can be arbitrarily changed according to the position of the sensing port 24, it is possible to obtain a very reasonable effect as a device for processing the coupling groove 14 of the packing material for packing goods.

Of course, all the above-described operation of the present invention can be made automatically according to the circuit configuration provided inside the controller 12, the present invention is a signal connected to the controller 12 transfer table according to the operation of the sensor 26 (20) to control the operation, the front and rear movement of the slider 33 of the moving port 41 and the operation of the cylinder 50 and the cutting motor 42, the operation of the pressing plate 51, the fixed cylinder 22, etc. This can be configured to automatically control.

After the coupling groove 14 is formed in the cushioning material 13 by the above operation, the controller 12 operates to lift the pressing plate 51, and the fixed cylinder 22 operates to push the fixture 23 backward. In the inserted state, the cushioning material 13 on the transfer table 20 may be moved or replaced, and the transfer motor 21 is moved and controlled by the transfer motor 21 installed inside the frame 10. Naturally, the function of the transfer motor 21 may be automatically operated by an electric signal of the controller 12 even if not described separately.

In the above process, the processing apparatus for selectively forming the coupling grooves 14 according to the coupling shape of the package is provided at the position where the package of the cushioning material 13 made of the foamable resin such as foamable EVA or styrofoam is grounded. As a result, the cushioning material 13 produced using the processing device of the present invention by the above process prevents the occurrence of flow during packaging of the package and allows each product to be safely handled while maintaining an appropriate interval. Since the packages are precisely arranged at regular intervals, the finished product can be prevented from being damaged during the transportation or other loading or unloading operations, thereby preventing scratches or abrasions. Unreasonable problems, such as damage during transportation, can be fundamentally solved, so a very reasonable effect can be expected. .

As described above, the present invention provides a device for forming a coupling groove in a shock absorbing material for packaging a product, such as various kinds of products such as various kinds of automobile parts or industrial equipment, and the like. The feature is that it is more rational to construct a processing device that forms a variety of continuous repetitive coupling grooves according to the shape of the product packaged on the surface of the cushioning material, so that it is easy to produce small quantities of various types, It can be configured to respond to minute changes, design changes, etc. immediately, and it is easy to check whether the goods are good or not due to inspection within the specification range of the product before the production of lots. It maximizes productivity by smoothly supplying orders, and in particular, requires relatively simple structure It is possible to minimize and improve the quality and enhance the profitability based on the sophistication in the production of small quantities of various varieties in the age of diversification. .

Claims (1)

In constructing a shock absorber processing apparatus for goods packaging, a vertical auxiliary frame 11 is installed at an upper rear side of the frame 10, and a transfer table capable of carrying left and right by an operation of the transfer motor 21 on the upper portion of the frame 10 ( 20), The front surface of the transfer table 20 is provided with a ruler 25 for measuring the position of the coupling groove 14 of the shock absorbing material 13 and the sensing port 24, and the frame 10 operates on the sensing port 24. Mount the sensor 26, A plurality of fixed cylinders 22 are mounted on the front inner side of the transfer table 20 to support the cushioning material 13 on the transfer table 20 according to the appearance of the fixture 23 coupled to the fixed cylinder 22. Make it possible, The post 30 is installed vertically at the center rear of the frame 10, and the post 30 is provided with elevating means 31 capable of elevating the entire cutting means 40 including the arm 32. On the front side, the slider 33 is formed by installing an arm 32 capable of angular movement starting from the post 30, The arm 32 is coupled to the movable tool 41 so that the entire cutting means 40 is movable up and down, and the cutting means 40 connected to the movable tool 41 rotates on the cutting motor 42. It is configured to form a coupling groove 14 in the cushioning material 13 by the cutter 43, In front of the cutting means 40 is provided with an angle adjuster 44 is configured to change the processing angle of the cutter 43 installed in the cutting motor 42, Side of the cutting means 40 by installing a pair of cylinders 50 are provided separately connected to the pressing plate 51, the cylinder 50 is operated to operate the sensor 26 mounted on the transfer table 20 When the pressing plate 51 is pressed according to the support buffer member 13 placed on the transfer table 20, the cutter 43 is rotated to the desired shape and spacing to the buffer member 13 supported on the transfer table 20 Component packaging buffer processing device characterized in that configured to be able to process the engaging groove (14).