KR200374188Y1 - Tester apparatus for testing the housing pin thereof - Google Patents

Abstract

The present invention relates to a housing pin wire inspection device. More specifically, the present invention relates to a housing pin inspection device for inspecting the connection state of the connector used for the housing pin wire and the diameter and strength of the wire.

Conventional device for inspecting the connection state of the wire housing pin is inspected by the manual operation of the operator, there is a problem that the speed and precision of the inspection is inferior. This causes the increase in the defective housing pin in the housing pin wire inspection. The present invention, in the housing pin inspection device, by measuring the thickness and tensile force of the housing pins (122, 122P) of the connector wire 12 to detect the mounting state and diameter of the housing pins (122, 122P) in the housing pin of the connector At least one sensor 20 for; A connector setting unit 30 capable of selecting housing pins 122 and 122P of the connector wire 12 to be inspected as a control operation by a mode command; A positioner 120 for mounting the housing pins 122 and 122P transferred to a predetermined position together with the wires 12 and 12P according to the setting command of the connector setting unit 30 and referring to the thickness thereof; First and second inspection jig 126, 126P for inspecting the diameter of at least one housing pin 122, 122P in the housing pins 122, 122P raised by the positioner 120 by fixing the wires 12, 12P. ; And an MPU controlling the operation of the sensor 20, the positioner 120, and the connector setting unit 30 according to a program embedded to move the housing pins 122 and 122P to be inspected by the inspection jigs 126 and 126P. Including the 100, the mounting state of the pin wire 12, 12P and the housing in the housing used as a connector such as a mobile phone is automatically inspected by the sensor operation to increase the speed and precision of the inspection.

Description

Tester apparatus for testing the housing pin eg

The present invention relates to an inspection device for inspecting the pin coupling state of the wire and the thickness of the cable wire in the inspection of the housing pin commonly used as a connector such as a mobile phone. More specifically, the present invention relates to a housing pin inspection device for inspecting the connection state of the pins used in the pin coupling of the wire and the diameter and tensile strength of the wire.

Conventional housing pin inspection apparatus has an inspection device having a multi-function inspection and inspection of the connection state of the housing and the wire used as a connector such as a mobile phone. Most of the housing pin inspection apparatus is operated by a manual operation of an operator who inspects a housing pin for defects.

However, in the housing pin inspection device which operates by such a manual operation, an operator mounts the housing pin wire transferred by the conveyor to the inspection jig, for example, and inserts the housing pin from the inspection jig. The connection of the housing pin wire is then checked by operating the sensor by the control device in which the inspection program is stored. When the inspection of the connection state of the housing pin is completed, the operator removes the housing pin.

Since the coupling state of the housing pin wire as described above is inspected by a manual operation of an operator, there is a problem in that the speed and precision of inspecting the connection state of the pin and the diameter and tensile strength of the wire used when the pin is coupled to the wire are inferior. This causes the increase of defective products in the housing pin wire inspection.

In order to solve the problems of the prior art, the present invention automatically inspects wires and housings by sensors that detect their mounting state and thickness or diameter in the housing pins used as connectors of mobile phones. An object of the present invention is to provide a housing pin inspection device for increasing the precision and inspecting the connection state of the pins used in the pin coupling of the wires, and the diameter and the tension of the wire.

1 is a schematic front view of a housing pin wire inspection device according to the present invention.

2 is a flowchart illustrating a test method using the housing pin wire inspection device of FIG. 1. FIG. 3 is a plan view of a main part of the housing pin wire inspection device of FIG. 1.

<Description of the symbols for the main parts of the drawings>

10: cable

12: housing pin

14: housing

30: Connector setting part

122,122P: Housing pin

50: power supply

100: MPU 120: Positioner

126,126P: Inspection Jig

The present invention is to achieve the above object, in the housing pin inspection device,

At least one sensor 20 for measuring the thickness and tensile force of the housing pins 122 and 122P of the wire 12 to detect the mounting state and the thickness of the wire 12 and the housing in the housing pin of the connector;

A connector setting unit 30 capable of selecting a connector wire 12 to be inspected as a control operation by a mode command;

A positioner 120 for raising and lowering the housing pins 122 and 122P having the wires 12 and 12P transferred to a predetermined position according to a setting command of the connector setting unit 30;

First and second inspection jigs (126, 126P) for attracting and mounting wires (12, 12P) of at least one housing pin (122, 122P) in the housing pins (122, 122P) raised by the positioner (120); And,

The sensor 20, the positioner 120, and the connector setting unit 30 according to a program embedded to move the wires 12 and 12P of the housing pins 122 and 122P to be inspected by the inspection jigs 126 and 126P. It includes the MPU 100 to control the operation.

In addition, the housing pin inspection device is connected to the pins 122 and 122P and the connection state of the pins used to connect the housing pins 122 and 122P of the at least one wire 12 and 12P in the housing pin used as a connector for a mobile phone. Sensor (124), positioner (20), and microprocessor unit (MPU) 30, which performs micro arithmetic processing, to check the thickness or diameter and the degree of tension of the &lt; RTI ID = 0.0 &gt;

In the housing pin wire inspection device, the sensor 124 is connected to the inspection first and second jigs 126 and 126P to be movable and detects the mounting state and thickness of the housing pins 122 and 122P. The positioner 20 moves the housing pins 122 and 122P together with the housing pin wires 12 and 12P to a predetermined position through a conveyor (not shown) in a direction perpendicular to the ground, that is, in a rising and falling direction in FIG. 3. It may be installed, and in this case is provided as a reference for determining the position in the case of vertical transport.

The MPU 30 adsorbs the inspection jigs 126 and 126P by attracting the pins 122 and 122P which form a pair of wires 12 and 12P of the housing pins 122 and 122P in the housing 14 lifted by the positioner 20. ), And removes the pins 122 and 122P constituting the paired housing pin wires 12 and 12P. The housing 14 here positions the end of the cable 10 with a pair of pins 12, 12P therein in the positioner 20.

The MPU 30 controls the operation of the sensor 124, the positioner 20, and the jig 122, 122P according to a built-in control program. Housing pin wire (12, 12P) inspection device of the present invention, the MPU 30 can perform the inspection automatically by controlling the overall operation. Preferably, the MPU includes a programmable logic controller (PLC).

Hereinafter, a preferred embodiment of the present invention will be described in detail.

In the following, in adding reference numerals to the components of each drawing, it is noted that the same reference numerals are assigned to the same components as much as possible even if they are displayed on different drawings. In addition, in the description of the present invention, if a detailed description of the configuration or function of the related housing pin wire inspection device may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted. FIG. 2 is a control flowchart of the housing pin inspection device of FIG. 1, and FIG. 3 is a plan view of a main part of the housing pin wire inspection device of FIG. 1. According to the housing pin wire inspection device according to an embodiment of the present invention, the sensor 20 for detecting the thickness and tensile force of at least one housing pin (122,122P) extending from the wire (12,12P) used as a connector of the mobile phone ), The connector setting unit 30, the power supply unit 50, the positioner 120 to determine the reference position of the wires 12, 12P to be inspected, respectively, the ends of the wires 12, 12P First and second jigs 126 and 126P for fixing the surface and moving to the respective inspection positions while moving from side to side, and MPU 100 as a controller for controlling the housing pin inspection. The main portion of the housing pin (122, 122P), the positioner (120, 120P), the sensor 20 is installed on the jig, the cross section of the housing pin (122, 122P) located inside the housing 14 (reference numeral 122 in FIG. ) Is mounted to the positioner 120 extending from the first and second inspection jigs 126 and 126P, whereby the thickness of the cross section is inspected by the sensor 20. Here, the sensors 20 and 20P are It is mechanically extended from the jigs 126 and 126P and mounted in each of them. The non-inserted state of the housing pins 122 and 122P, the tension force in the state in which the housing pins 122 and 122P are inserted, and the housing pins 122 and 122P. ) Detects the thickness of

The positioner 120 fixes the housing pins 122 and 122P to support the reference position when the first and second inspection jigs 122 and 122P move to the target position. In addition, the positioner 120 is provided to raise and lower the housing pins 122 and 122P transferred to the reference position.

The MPU 30 absorbs the housing pins 122 and 122P that are raised with respect to the positioner 120 to be mounted on the first and second inspection jigs 122 and 122P to control the inspection, and the inspection of the completed housing wire ( 12, 12P) to calculate the thickness or diameter of the housing pins (122, 122P) extending.

Here, the connector setting unit 30 is a mode command by the MPU 100 to select the connector wire 14 to be inspected by one control operation, and when the next one control operation is repeated by a clear command. Each time it is changed to the right / left / dual mode, it controls the necessary connector wire 12 and returns to the original control operation mode by the reset command.

In addition, the MPU 16 controls the operation of the inspection of the sensor 20, the positioner 120 and the housing pins (122, 122P) according to the built-in control operation program. At this time, the power required for the housing pin test is supplied by the power supply 50, the power supply 50 supplies power to the sensor 20 and the test jig (126, 126P).

The MPU 30 automatically checks the tensile force of the thickness and diameter of the pins 122 and 122P of the housing 14 mounted on the inspection jig 126 and 126P operating under its control, and the tensile force of the thickness and diameter. After the inspection, the thickness of the housing pins 122 and 122P determined to be defective and the magnitude of the tensile force are read and calculated, and then transmitted to the display device 60 of the inspection apparatus.

In addition, the MPU 30 for the housing pin inspection device is composed of a power supply module, a central processing module, an input / output module and a communication module. Here, the communication module interfaces with the central processing module to allow data communication with the outside. The communication module is connected to the sensor 20 and the corresponding network interface. Here, the network interface refers to a communication interface with a separate production management system.

2 shows the control flow for the housing pin 122, 122P inspection device of FIG.

In Fig. 2, the MPU 16 has a program for determining whether or not it is defective according to the detection result of the wires 12 and 12P. 1, the operation of the wire 12, 12P inspection device of the housing pins 122, 122P according to the present invention will be described.

First, the first and second jigs 126 and 126P are placed in an open state so that the housing pins 122 and 122P reach a predetermined target position (step 22). Next, the housing pins 122 and 122P reach a predetermined target position of the positioner 120 of the housing 14 to determine whether the first and second jigs 126 and 126P are to be driven (step 24).

When the housing pins 122 and 122P reach the target position, the positioner 120 is raised to raise the housing pins 122 and 122P (step 26).

The MPU 100 then generates a control signal to mount the wires 12, 12P of the housing pins 122, 122P of the raised housing pins 122, 122P to the first and second inspection jigs 126, 126P. (Step 28). That is, the housing 14 having the pins 122 and 122P paired with the wires 12 and 12P from the first and second jigs 126 and 126P by advancing the first and second jigs 126 and 126P. Insert and fix it.

Next, the thickness detecting sensor 20 is controlled by the control of the MPU 100 to check the thickness and the size of the housing 14 having the pins 122 and 122P of the paired wires 12 and 12P. Inspect with control (step 30). In the inspection step 30, the connector setting unit 30 selects the connector wire 12P to be inspected in one control operation by a mode command by the MPU 100, and the next one control operation is repeated by a clear command. Each time it is changed to the right / left / duplex mode, it controls the necessary connector wire 12P and returns to the original control operation mode by the reset command.

Next, the pair of wires 12 and 12P in the connecting state of the housing pins 122 and 122P of the wires 12 and 12P of the housing pins 122 and 122P mounted on the first and second jigs 126 and 126P. It is determined whether the thickness of the housing 14 including the pins 122 and 122P forming the size and the magnitude of the tensile force are good or inferior goods within the allowable range (step 32).

If there are no wires 12 and 12P of the housing pins 122 and 122P that are determined to be defective after the inspection (NO in step 32), the thickness and tensile force of the housing containing the pins 122 and 122P of the wires 12 and 12P are incorporated. The size is transmitted to the production management system via a network interface (not shown) and displayed on the display device 60 as good (step 34).

On the other hand, if it is determined that the defective product after the inspection (YES in step 32), the MPU 100 controls the positioner 120 with respect to the housing pins 122 and 122P, which are end portions of the wires 12 and 12P, so that the corresponding wire 12 12P) reads and displays the thickness and the tension of the housing incorporating the pins 122 and 122P as poor (step 36). That is, the thickness and tensile force of the housing containing the pins 122 and 122P of the read wire pairs 12 and 12P are transmitted to the production management system through a network interface (not shown).

Next, marked as good on the display device 60 (step 34), the pair of pins 122 and 122P of the wires 12 and 12P is the size of the thickness and tensile force of the housing in which the pins 122 and 122P are incorporated. When the inspection is completed, the wires 12 and 12P of the respective housing pins 122 and 122P are separated by reversing the first and second jigs 126 and 126P (step 38). Next, a control signal is generated by the MPU 100 to separate the wires 12 and 12P of the housing pins 122 and 122P mounted on the first and second inspection jigs 126 and 126P (step 40). Then, by lowering the positioner 120, the inspection cycle marked as good / bad on the display device 60 ends (step 42). The test cycle is repeated until the end signal is input from the user.

Therefore, the present invention, according to the housing pin inspection device according to the present invention as described above, because it is possible to automatically check the thickness and the size of the tension of the housing containing the pin constituting the pair of the wire, the mounting state of the wire and the housing Automatically inspected by the thickness detecting sensor to increase the speed and precision of inspection of defective products, and obtain excellent results to improve the connection state of the pins used in the pin bonding of the wires and the diameter and tensile strength of the wires. have.

Embodiment of the present invention is for the purpose of illustration, those of ordinary skill in the art, modifications, changes, replacements will be possible through the technical scope illustrated in this specification.

Claims (3)

In the housing pin inspection device, At least one sensor 20 for measuring the thickness and tensile force of the housing pins 122 and 122P of the wire 12 to detect the mounting state and the thickness of the housing pins 122 and 122P in the connector housing 14; A connector setting unit 30 capable of selecting the housing pins 122 and 122P of the connector wire 12 to be inspected by the mode command as a control operation; A positioner 120 for referring to a thickness thereof when mounting the housing pins 122 and 122P in which the wires 12 and 12P are transferred to predetermined positions according to the setting command of the connector setting unit 30; First and second inspection jigs (126, 126P) for fixing and inspecting at least one housing pin (122, 122P) in the housing (12, 12P) fixed by the positioner (120); And, An MPU controlling the operation of the sensor 20, the positioner 120, and the connector setting unit 30 according to a program embedded to move the housing pins 122 and 122P to be inspected by the inspection jig 126 and 126P. Housing pin wire inspection device comprising a). The method of claim 1, The housing pin wire inspection device, characterized in that the MPU comprises a PLC. The method of claim 1, The connector setting unit 30 selects the connector wire 12 to be inspected in one control operation with a mode command, and moves to the right / left / dual mode whenever the next control operation is repeated with a clear command. Control the connector wires (12, 12P) to be changed, and housing pin wire inspection device comprising a mode for returning to the original control operation mode by a reset command.