KR200411461Y1 - Separator device for standard good - Google Patents

Abstract

The present invention discloses a standard product sorting device that can easily sort the standard products from the supplied semi-finished products.

Standard product sorting device according to the present invention is a supply chute for supplying a semi-finished product and a tray provided in the feeder for receiving the semi-finished product from the supply chute and the semi-finished product and a predetermined length and a predetermined height spaced apart from the tray according to the length of the semi-finished product It includes a separator to separate the standard and non-standard products. The first deck is installed on the lower part of the tray, the second deck is installed on the upper part of the tray, and the non-standard products among semi-finished products supplied from the first deck are semi-finished products supplied from the second deck by a first separation device. Heavy non-standard products are separated by a second separator.

Description

Standardized sorting device {SEPARATOR DEVICE FOR STANDARD GOOD}

1 is a side view of a standard product sorting apparatus according to the present invention.

Figure 2 is a front view of the standard product sorting apparatus according to the present invention.

Figure 3 is a detailed view of the device for adjusting the height and distance between the deck and the separator of the standard sorting device according to the present invention.

4a and 4b is a view showing the operation of separating the standard and non-standard products.

Explanation of symbols on the main parts of the drawings

10: supply chute 20: feeder

21: Tray 22a, 22b: 1st, 2nd deck

23a, 23b: rail 30: separator

40: Standard discharge chute 50: Nonstandard discharge chute

70: support member 71: support frame

72: Bevel Gear 73: Spacing Handle

75: base

The present invention relates to a non-standard product sorting device that can prevent the defect of the product and improve the quality by being able to easily remove the non-standard product from the semi-finished products used in the manufacturing process of the product.

The manufacturing process of the product is largely classified into two types: first, a process of making a semi-finished product such as a part or a material, and second, a process of assembling or processing the semi-finished product to produce a product.

Semi-finished products supplied during the manufacturing process of these products are processed and produced according to the products, the non-standard products that do not meet the standards occurred during the production process.

In many cases, non-standard products are mixed with standard products and supplied in the manufacturing process of the product. When the product is manufactured using such non-standard products, defects are produced in the manufactured products, thereby causing consumer complaints. In order to prevent defects of the finished product as described above, it is important to select non-standard products from the semi-finished products supplied during the manufacturing process before the assembly or processing of the product.

In order to improve such a problem, a device for sorting standard products has emerged. In the conventional standard sorting device, a hole of a specific shape is formed on a tray of a feeder for transporting a semi-finished product and a non-standard product is formed through the hole. Non-standards were selected by exiting.

However, according to the conventional standard sorting apparatus, the sorting of the non-standard products is hardly performed, and there is a problem in that the non-standard products are caught in the non-standard product sorting holes, thereby preventing only the flow of the semi-finished product supplied.

In addition, there was an inconvenience in that the tray having the sorting hole was replaced according to the kind of the semifinished product supplied.

The present invention is to solve the problems as described above, the object of the present invention is to provide a non-standard product from the semi-finished product supplied to manufacture the product by reducing the defects of the product and improve the completeness of the standard product sorting device To provide.

Another object of the present invention is to provide a standard sorting device that can be easily responded to the type of semi-finished product without the need to replace the tray.

In order to achieve the above object, the standard product sorting device according to the present invention is a supply chute for supplying a semi-finished product of a fixed quantity and a tray provided in a feeder for receiving semi-finished products from the supply chute and a predetermined length and predetermined length A separation device for separating the standard and non-standard products according to the length of the semi-finished product spaced apart.

In addition, a first deck is installed below the tray, and a second deck is installed above the tray, and the semi-finished product is uniformly distributed from the supply chute to the first deck and the second deck.

In addition, each of the first deck and the second deck is formed with a rail that forms the insertion groove is arranged in the longitudinal direction is seated semi-finished product supplied from the supply chute, the rail is characterized in that the central portion is convex upward.

In addition, the separation device is characterized in that it comprises a first separation device for separating the standard product from the semi-finished product supplied from the first deck and a second separation device for separating the non-standard product from the semi-finished product supplied from the second deck.

In addition, the first separation device and the second separation device is supported by one support member, the support member is characterized in that the support frame is supported so that it can move only in the front and rear direction while preventing rotation.

In addition, one end of the support member is coupled to the bevel gear and the screw-nut is limited to the movement only the rotation, the bevel gear is geared to the gap adjusting handle and the first, the second according to the rotation of the gap adjusting handle Characterized in that the distance between the deck and the first, second separation device is adjusted respectively.

In addition, the support frame is characterized in that the long hole has a larger size up and down than the diameter of the bolt for fixing the support frame to adjust the position of the support frame for supporting the support member up and down relative to the base.

In addition, the first and second separation device is characterized in that it comprises a first guide for guiding the standard product to fall into the standard discharge chute and the second guide for guiding the non-standard product to fall into the non-standard discharge chute.

Hereinafter, a non-standard article sorting apparatus according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Standard goods sorting apparatus according to an embodiment of the present invention, as shown in Figure 1, the feed chute 10 for supplying the semi-finished product and the feeder 20 and the feeder to receive the semi-finished product supplied from the supply chute 10 Among the semi-finished products transferred from (20) includes a separator 30 for separating the standard and non-standard products and the standard product discharge chute 40 is discharged the separated standard products and the non-standard product discharge chute 50 is discharged the separated non-standard products do.

The feeder 20 of the present embodiment is a linear feeder for transporting and supplying semi-finished products in a straight line, and a tray 21 vibrating while containing semi-finished products is provided thereon.

The tray 21 has a first deck 22a provided at the bottom and a second deck 22b provided at the top to supply a large amount of semi-finished products at once. At the end of the supply chute 10 is provided a distribution device (not shown) for adjusting the semi-finished product introduced into the supply chute 10 uniformly distributed to the first deck (22a) and the second deck (22b).

As shown in FIG. 2, the rails 23a and 23b are configured in the 1 deck 22a and the 2 deck 22b so that the semi-finished products introduced are aligned in the longitudinal direction. Between the one rail and the neighboring rail is provided with insertion grooves (24a, 24b) into which the semi-finished product is inserted.

The rails 23a and 23b allow the semi-finished product introduced from the supply chute 10 to be longitudinally positioned in one of the insertion grooves 24a and 24b, and the semi-finished products inserted into the insertion grooves 24a and 24b are inserted grooves ( The center portion is sharply projected upward to prevent it from being conveyed by being caught in 24a and 24b). At this time, the vertical height of the rails 23a and 23b is preferably maintained at 0.8 to 1.5 times the height of the semi-finished product. This is because when the height of the rails 23a and 23b is so high that the depth of the insertion grooves 24a and 24b becomes too deep, the other semi-finished products superimposed on one semifinished product are left empty when the feeder 20 is operated. It is difficult to move to).

It is important to keep the semi-finished products inserted into the insertion grooves 24a and 24b in the longitudinal direction until they reach the separator 30. Thus, when the semi-finished products are separated from the first and second decks 22a and 22b, As shown in FIG. 1, the first deck 22a and the second deck 22b protrude from the ends of the tray 21 so as to fall on the separator 30 while being held.

As shown in FIG. 3, one end of the first and second decks 22a and 22b is provided with a separation device 30 for separating the standard and non-standard products from the semi-finished products supplied by the first and second decks 22a and 22b. do. Separator 30 is divided into a first separator 30a for separating the semi-finished product supplied from the first deck 22a and a second separator 30b for separating the semi-finished product supplied from the second deck 22b. .

The first separation device 30a is inclined to guide the inclined first guide 31a and the non-standard product to the non-standard discharge chute so as to guide the standard product among the semi-finished products falling from the first deck 22a to the standard discharge chute 40. The second guide 31b is provided. The first guide 31a and the second guide 31b are coupled at the center of the first separation device 30a to form a pointed mountain at the top.

Since the second separator 30b has the same configuration as the first separator 30a, the description thereof will be omitted.

The standard product separated by the first separation device 30a is discharged to the first standard discharge product 40a, and the non-standard product is discharged to the first non-standard product discharge chute 50a. In addition, the standard product separated by the second separation device (30b) is discharged to the second standard product discharge chute 40b, the non-standard product is discharged to the second non-standard product discharge chute (50b).

The first standard discharge chute 40a and the second standard discharge chute 40b are collected into one standard discharge chute 40 and supplied to a processing or assembly process, and the first non-standard discharge chute 50a and the second ratio. The standard discharge chute 50b is collected into one non-standard discharge chute 50 for disposal.

The first separation device 30a for separating the semi-finished product supplied from the first deck 22a and the second separation device 30b for separating the semi-finished product supplied from the second deck 22b are provided on one support member 70. Are connected by. The support member 70 is supported by the support frame 71 so as to be able to move only in the front-rear direction while preventing rotation, and at the end thereof, the support member 70 is screw-nut-coupled with the bevel gear 72, and the bevel gear 72 is It is meshed with the bevel gear 73a integrated with the space adjusting handle 73 at an angle of 90 degrees.

In addition, the support frame 71 for supporting the support member 70 than the diameter of the bolt 76 for fixing the support frame 71 to adjust the position of the support frame 71 up and down relative to the base 75 A long hole 71a whose size is large up and down is formed.

By such a configuration, the distance and height between the first deck 22a, the first separator 30a, the second deck 22b, and the second separator 30b can be adjusted according to the type of semifinished product supplied. Can be.

First, when the gap adjusting handle 73 is turned to adjust the distance between the decks 22a and 22b and the separators 30a and 30b, the bevel gear 72 geared to the gap adjusting handle 73 rotates. As the bevel gear 72 rotates, the support member 70 coupled with the bevel gear 72 and the screw-nut is moved forward or rearward according to the rotation direction of the gap adjusting handle 73.

Loosen the bolts 76 holding the support frame 71 to adjust the height between each deck 22a, 22b and each separator 30a, 30b, and then move the support frame 71 up or down. And tighten the bolt 76 to fix the support frame 71, the height of the support member 70 supported by the support frame 71 is adjusted.

In addition, although not shown, it is preferable to install a bracket for supporting the support member 70 because the distance between the separation device 30 and the support frame 71 may be wide and the separation device 30 may be shaken by vibration. .

Hereinafter, with reference to Figures 4a and 4b looks at the operation of the standard product sorting device configured as described above. Since the operations of the first separation device 30a and the second separation device 30b are the same, only the operation of the first separation device 30a will be described, and the operation of the second separation device 30b will be omitted.

For example, if the semi-finished product supplied through the feeder 20 is 19 mm or more, the distance between the center of the first deck 22a and the first separator 30a is 10 mm, and the first deck 22a and the first The height difference of the separator 30a is 5 mm.

At this time, if the length of the semi-finished product falling from the first deck (22a) is 19mm or more, as shown in Figure 4a falls to the first standard product discharge chute 40a along the first guide 31a, if the length of the semi-finished product is less than 19mm As shown in FIG. 4B, the second non-standard product discharge chute 50a is dropped along the second guide 22b.

Therefore, it is possible to easily select non-standard products from the semi-finished products supplied through the feeder 20. If the type of semi-finished product supplied through the feeder 20 is changed, the distance between the first deck 22a and the first separation device 30a may be adjusted through the gap adjusting handle 73, and the support frame ( By changing the height of the 71, it is possible to adjust the height between the first deck (22a) and the first separating device (30a).

Therefore, it is possible to cope with the type of semi-finished product supplied by adjusting the distance and height between the decks 22a and 22b and the separator 30 without having to replace the trays 21 on which the decks 22a and 22b are installed.

 As described in detail above, according to the apparatus for sorting standard products according to the present invention, non-standard products can be easily sorted, thereby preventing a defect of a product by preventing a product from being manufactured using a non-standard product, and thus a consumer. Can increase your confidence in your product.

In addition, depending on the type of semi-finished products, it is possible to select non-standard products from the semi-finished products supplied with a simple operation without having to replace the trays one by one.

Claims (8)

Separation to separate the standard and non-standard products according to the length of the semi-finished product in the supply chute to which the semi-finished product is supplied and the tray provided in the feeder receiving the semi-finished product from the supply chute to transfer the semi-finished product and a predetermined length and a predetermined height from the tray Standardized sorting device comprising a device. The method of claim 1, A first deck is installed in the lower part of the tray, a second deck is installed in the upper part of the tray, and the standard product sorting device, characterized in that the semi-finished product is uniformly distributed from the supply chute to the first deck and the second deck. The method of claim 2, The first deck and the second deck is formed with a rail forming a recess formed in the longitudinal direction of the semi-finished product is supplied from the supply chute, respectively, characterized in that the rail is convex in the center portion. The method of claim 2, The separation device includes a first separation device for separating non-standard products from the semi-finished products supplied from the first deck and a second separation device for separating non-standard products from the semi-finished products supplied from the second deck. Device. The method of claim 4, wherein The first separator and the second separator is supported by a single support member, the support member is characterized in that the support member is supported on the support frame to move only in the front and rear direction while preventing rotation. The method of claim 5, One end of the support member is coupled to the bevel gear and screw-nut is limited to the movement only rotation, the bevel gear is geared to the gap adjusting handle and the first and second decks in accordance with the rotation of the gap adjusting handle Standard product sorting device, characterized in that the distance between the first and second separation devices are respectively adjusted. The method of claim 5, Standard equipment sorting device characterized in that the support frame is formed in the support frame is larger in size than the diameter of the bolt for fixing the support frame so as to adjust the position of the support frame for supporting the support member up and down. The method of claim 4, wherein The first and second separation devices, respectively, characterized in that the standard guide device for guiding the falling off the standard product discharge chute and the non-standard product, characterized in that it comprises a second guide for guiding the fall into the non-standard discharge chute.

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