WO2013187697A1

WO2013187697A1 - Inline aging apparatus

Info

Publication number: WO2013187697A1
Application number: PCT/KR2013/005205
Authority: WO
Inventors: 조양연
Original assignee: 신세기 시스템 (주)
Priority date: 2012-06-15
Filing date: 2013-06-12
Publication date: 2013-12-19
Also published as: IN2014KN02927A; KR101210547B1

Abstract

The present invention relates to an inline aging apparatus comprising a main body for forming a space in which an aging process for an aging object is performed; a magazine injection unit which is arranged in an inlet region of the main body and to which a magazine for accommodating multiple aging objects is injected; a heating zone arranged inside the main body to heat the magazine passed through the magazine injection unit to a predetermined temperature range; a cooling zone for cooling the magazine, which is heated by the heating zone, to a room temperature; and a discharge unit for discharging the magazine cooled by the cooling zone.

Description

Inline aging device

The present invention relates to an in-line aging apparatus, and more particularly, it is possible to increase the production yield by allowing the injected magazine to be automatically transported and discharged through the heating process and the cooling process, as well as the process time and work force. An inline aging device which can be reduced more drastically.

Substrates or other electronic products undergo an aging test for a period of time over a predetermined temperature range to test whether the operating characteristics change over time.

For such an aging test, a magazine accommodating a substrate is conventionally inserted into an oven equipped with a forklift by using a forklift rather than an automatic process into an oven, and then again using a forklift after a predetermined time. Since the aging test has been carried out by the method of pulling out, the production yield is reduced, and the process time and workforce have been increased, so research and development are required.

An object of the present invention is to increase the production yield by automatically discharged through the heating process and cooling process while the magazine is transferred automatically, as well as to reduce the process time and work force significantly more than conventional To provide.

The object includes: an apparatus body for forming a place where an aging process for an aging workpiece is performed; A magazine input part provided in an inlet area of the apparatus main body and into which a magazine containing the workpiece is inserted; A heating zone provided in the apparatus main body and for heating a magazine past the magazine input part to a predetermined temperature range; A cooling zone for cooling the magazine in which the heating is completed through the heating zone to a temperature of room temperature; And it is achieved by the in-line aging device characterized in that it comprises a magazine discharge portion through which the cooling is completed through the cooling zone magazine is discharged.

The magazine inlet, the heating zone, the cooling zone and the magazine outlet in the apparatus body may form a work line inlined by a chain conveyor.

A blower provided on an upper side of the heating zone to circulate air in the heating zone; A heater disposed around the blower and configured to heat air in the heating zone; And an air circulation passage that forms a path through which air heated by the heater is circulated by the blower, and a plurality of air discharge holes through which air is discharged on one side wall is formed.

The air circulation passage portion may be formed to be narrower than the upper portion, and the air discharged through the air discharge holes is returned to the opposite sides of the air discharge holes in the heating zone to be recycled toward the blower. Holes may be formed.

The air discharge hole may have a circular shape, and the air return hole may have a long hole shape.

A service automatic door provided to be opened and closed by power installed in the heating zone; And a sliding manual door provided to be opened and closed with no power installed in the cooling zone.

The boundary between the magazine inlet, the heating zone, the cooling zone and the magazine outlet may be further provided with a sliding automatic door that is automatically opened and closed at a predetermined time at the corresponding position.

An optical sensor for checking whether a magazine is disposed at a front side of the sliding automatic door to detect whether the magazine is present at a corresponding position; And a controller for controlling the operation of the sliding automatic door based on the information of the optical sensor for checking whether the magazine exists.

The magazine input unit, the heating zone and the cooling zone may be provided with a plurality of position sensors for sensing the position of the magazine, respectively, the magazine may be provided with a temperature sensor, which is coupled to one side of the device body The position of the magazine or the temperature of the magazine may be output to the display unit.

According to the present invention, the injected magazine is automatically transferred and discharged through the heating process and the cooling process, thereby increasing the production yield, as well as reducing the time required for the process and the work force.

1 is a schematic perspective view of an inline aging apparatus according to an embodiment of the present invention.

2 and 3 are planar and side projection structural diagrams for FIG. 1, respectively.

4 is a longitudinal cross-sectional view of FIG. 1 for a heating zone region.

110: device body 101: chain conveyor

120: magazine input unit 130: heating zone

131: blower 132: heater

133: air circulation passage portion 133a: air discharge hole

140: cooling zone 150: magazine outlet

160: display unit 171: service automatic door

171a: air return hole 172: opening manual door

181 to 183: first to third sliding automatic doors

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment of the present invention.

1 is a schematic perspective view of an inline aging apparatus according to an embodiment of the present invention, FIGS. 2 and 3 are planar and side projection structural views of FIG. 1, respectively, and FIG. 4 is a longitudinal section of FIG. 1 with respect to a heating zone region. It is a structural diagram.

In-line aging device of the present embodiment is a technology for curing the PCB board (Board) applied to the vehicle navigation (Car Navigation), such as GM, HMC, BYOM and curing at high temperature, PCB curing of the PCB production line It can be applied to an oven. Of course, the object applied to the aging apparatus of the present embodiment is not limited to the above-described PCB board, it can be a substrate of various applications.

For reference, in the past, a method in which a magazine (Magazine (see FIG. 3)) was manually put into a hardening furnace (Oven) by an individual manpower was built inline, thereby increasing production yield, processing time, and It can provide workforce savings.

1 to 4, the inline aging apparatus of the present embodiment includes a device main body 110, a magazine inlet 120, a heating zone 130, a cooling zone 140, and a magazine. The discharge unit 150 is included.

FIG. 1 schematically shows an outline of an inline aging apparatus, which includes a magazine inlet 120, a heating zone 130, a cooling zone 140, and a magazine outlet 150 in the apparatus body 110. Is formed and the introduced magazine is automatically transferred by a chain conveyor (chain conveyor) 101 to form an inlined (inline) working line.

In other words, the magazine injected into the chain conveyor 101 passes through the heating zone 130, the cooling zone 140, and the magazine discharge unit 150 along the chain conveyor 101 to automatically complete the aging process. The chain conveyor 101 is rotated in one direction by the chain drive unit 101a shown in FIG. 3 to transport the magazine.

As such, the injected magazine is automatically transferred and discharged through the heating process and the cooling process, thereby increasing the production yield and significantly reducing the process time and work force than before.

The apparatus main body 110 refers to the exterior cabinet of the inline aging apparatus of this embodiment, and forms a place where an aging process for an aging workpiece is performed.

As described above, the aging workpiece may be a PCB board applied to car navigation, and the boards may be accommodated in 34 magazines and transferred through the magazines, for example. The magazine is a transfer medium that accommodates and transfers a plurality of boards. The magazine may be provided with a temperature sensor (not shown), and the temperature in the magazine may be displayed through the temperature sensor. Of course, the temperature in the magazine detected by the temperature sensor may be displayed through the display unit 160.

In addition, as shown in FIG. 3, the magazine may proceed with an aging process for the PCB board while a total of 13 are sequentially transferred. Of course, these figures are only one example, and therefore, the scope of the present invention is not limited to these figures.

The device body 110 may be made of a rigid metal material, for example, stainless steel.

In the lower portion of the apparatus main body 110, as shown in FIGS. 3 and 4, a plurality of

feet

102 and 103 are provided. The first foot 102 may be for rolling movement and the second foot 103 may be for a stopper.

The magazine inlet 120 is provided at the inlet area of the apparatus main body 110 and forms a place where the magazine is inserted.

In this case, the magazine may be loaded while being manually loaded in the magazine input unit 120 or may be loaded while being automatically loaded. In the latter case, the line may be laid or constructed using a robot so that the magazine is automatically transferred from the magazine outlet 150 to the magazine inlet 120.

The heating zone 130 is a zone disposed at the rear of the magazine inlet 120 in the apparatus main body 110. The heating zone 130 is a place where the magazine past the magazine inlet 120 is heated to a predetermined temperature range. Achieve. That is, the bonded PCB board is cured in a high temperature state by staying in the heating zone 130 for a predetermined time while mounted in the magazine.

In the heating zone 130, a blower 131, a heater 132, and an air circulation passage 133 may be disposed in the heating zone 130 so that the magazines entered into the heating zone 130 may be heated in the heating zone 130. It is provided.

As shown in FIG. 4, the blower 131 is provided at an upper side of the heating zone 130 to circulate air in the heating zone 130. The heater 132 is disposed around the blower 131 and serves to heat air in the heating zone 130.

The blower 131 is rotated by the blower motor 131a to generate a flow of air. The heater 132 is replaceably disposed in the heater housing 132a formed on the upper surface of the apparatus main body 110. In the present embodiment, three pairs of the blower 131 and the heater 132 are disposed in the heating zone 130, which is one embodiment, and the scope of the present invention is not limited thereto.

The air circulation passage part 133 forms a path through which the air generated by the blower 131 is circulated by the heater 132. A plurality of air discharge holes 133a through which air circulated along the air circulation flow path part 133 is discharged are formed at one side wall of the air circulation flow path part 133 facing the magazine side.

In the present embodiment, since the air flows down from the upper through the air circulation passage 133, the air circulation passage 133 is formed to be narrower than the upper side. Only then is the flow rate faster toward the bottom, so that the amount of air discharged to the magazine can be uniformly distributed in the upper and lower portions.

A plurality of air return holes 171a are formed at opposite sides of the air discharge holes 133a, that is, the air discharged through the air discharge holes 133a is returned and recycled toward the blower 131 on the inner wall of the service automatic door 171. do. With this structure, the air discharged through the air discharge holes 133a, for example, air having a temperature range of about 110 degrees ± 5 degrees can heat the board in the magazine, and is returned back through the air return holes 171a. To the blower 131.

At this time, although not necessarily, the air discharge hole 133a may have a circular shape, and the air return hole 171a may have a long hole shape.

The cooling zone 140 serves to cool a magazine in which heating is completed through the heating zone 130 to a temperature of room temperature.

That is, the cooling zone 140 prevents injury to the operator by cooling the magazine heated in the heating zone 130. By blowing a general atmosphere to a blower (not shown), it is possible to cool the magazine by air cooling. For this purpose, a plurality of cooling holes 141 are provided at one side of the apparatus main body 110 in which the cooling zone 140 is located. Can be formed).

On the other hand, one side of the heating zone 130 is provided with a service automatic door 171, one side of the cooling zone 140 is provided with a sliding manual door 172 parallel to the service automatic door 171.

The service automatic door 171 is provided to be opened and closed upward in the 50 degree direction by power, for example, the power of the actuator. This service automatic door 171 is applied for internal repair, that is, maintenance.

On the contrary, if the opening manual door 172 does not move the magazine discharged as a door that is opened and closed by a manual opening method instead of power, the magazine may be filled in the cooling zone 140 and thus the magazine may be manually inserted. Can be prepared for ejection. Of course, the opening and closing manual door 172 may be utilized as a passage for maintenance.

Magazine discharge unit 150 forms a place where the cooling is completed through the cooling zone 140 is discharged.

On the other hand, between the magazine inlet 120, the heating zone 130, the cooling zone 140 and the magazine outlet 150, the first to third sliding automatic door that is automatically opened and closed at a predetermined time interval at the corresponding position (181--183) is provided.

The first to third sliding automatic doors (181 to 183) have a structure that opens automatically at a predetermined time, but if there is no magazine in front of the first to third sliding automatic doors (181 to 183) do. Such a structure is disposed in front of the first to third sliding automatic doors (181 to 183) and a photo sensor (not shown) for checking the presence or absence of a magazine to detect whether there is a magazine at a corresponding position, and an optical sensor for checking the presence of a magazine. It can be implemented simply by applying a controller (not shown) for controlling the operation of the first to third sliding automatic doors (181 to 183) based on the information.

By arranging the first to third sliding automatic doors 181 to 183, the temperature change of the heating zone 130 may be kept to a minimum.

Meanwhile, as illustrated in FIG. 3, a plurality of position sensors 161 are provided in the magazine input unit 120, the heating zone 130, the cooling zone 140, and the magazine discharge unit 150 to sense the position of the magazine. do.

In addition, the display unit 160 provided at one side of the apparatus main body 110 may display where the magazines are located in the aging device by signals from the plurality of position sensors 161.

In addition, as described above, the display unit 160 may be implemented such that the temperature of the magazine is displayed on the screen due to the temperature sensor provided in the magazine.

The operation of the inline aging apparatus of the present embodiment described above will be described.

First, a magazine containing a plurality of substrates is introduced into the magazine inlet 120. The magazine loaded while being loaded into the magazine input unit 120 enters the inside of the heating zone 130 at a predetermined time, for example, once every 4 minutes and 50 seconds, and enters the heating zone 130. After entering, the first sliding automatic door 181 is closed.

In this manner, when the first sliding automatic door 181 is opened again after 4 minutes and 50 seconds, the next magazine is introduced into the inside and the first sliding automatic door 181 is closed. In this way, for example, thirteen magazines are fed sequentially.

The charged magazine is placed within a predetermined temperature range in the heating zone 130 for a predetermined time.

The magazine stays while moving in the heating zone 130, for example, for a total of 29 minutes from entering the heating zone 130 to the cooling zone 140.

Of course, this heating time may vary depending on the time condition of the aging test, but in this case, the heating proceeds in this manner.

As the magazine tolerates tens of minutes in the heating zone 130, the bonded PCB board in the magazine is cured in a high temperature state.

When the heating time is completed, the second sliding automatic door 182 at the boundary between the heating zone 130 and the cooling zone 140 is opened, whereby the magazine in which the heating is completed enters the cooling zone 140.

The magazine reached the cooling zone 140 is cooled by the normal air is blown by the operation of a blower (not shown), the magazine is cooled by passing through the cooling zone 140, the magazine discharge unit 150 Discharged through.

According to the present embodiment having such a structure and operation, the input magazine is automatically transported and discharged through the heating process and the cooling process, thereby increasing the production yield, and significantly increasing the process time and work force than before. Can be reduced.

As described above, the present invention is not limited to the described embodiments, and various modifications and changes can be made without departing from the spirit and scope of the present invention. Therefore, such modifications or variations will have to be belong to the claims of the present invention.

Claims

An apparatus body for forming a place where an aging process for an aging workpiece is performed;

A magazine input part provided in an inlet area of the apparatus main body and into which a magazine containing the workpiece is inserted;

A heating zone provided in the apparatus main body, for heating a magazine transferred through the magazine inlet to a predetermined temperature range;

A cooling zone for cooling the magazine in which the heating is completed through the heating zone to a temperature of room temperature;

A magazine discharge part through which the coolant is discharged through the cooling zone;

A blower provided on an upper side of the heating zone to circulate air in the heating zone;

A heater disposed around the blower and configured to heat air in the heating zone; And

And an air circulation flow path part which forms a path through which the air heated by the heater is circulated by the blower and has a plurality of air discharge holes through which air is discharged on one side wall.
The method of claim 1,

And the magazine inlet, the heating zone, the cooling zone and the magazine outlet in the apparatus body form a work line inlined by a chain conveyor.
The method of claim 1,

The air circulation passage portion is formed narrower than the upper side,

And a plurality of air return holes in which the air discharged through the air discharge holes is returned and recirculated to the blower are formed opposite the air discharge holes in the heating zone.
The method of claim 3,

The air discharge hole has a circular shape, the air return hole is in-line aging device, characterized in that the shape of the long hole.
The method of claim 1,

A service automatic door provided to be opened and closed by power installed in the heating zone; And

In-line aging device further comprises a swing-type manual door provided to be opened and closed with no power installed in the cooling zone.
The method of claim 1,

And a sliding automatic door that is automatically opened and closed at a predetermined time at a corresponding position at a boundary between the magazine inlet, the heating zone, the cooling zone, and the magazine outlet.
The method of claim 6,

An optical sensor for checking whether a magazine is disposed at a front side of the sliding automatic door to detect whether the magazine is present at a corresponding position; And

And a controller for controlling the operation of the sliding automatic door based on the information of the optical sensor for checking whether the magazine is present.
The method of claim 1,

The magazine input unit, the heating zone and the cooling zone is provided with a plurality of position sensors for sensing the position of the magazine, respectively,

The magazine is provided with a temperature sensor,

The display unit coupled to one side of the device main body is characterized in that the position of the magazine or the temperature of the magazine is output.