KR100562776B1 - Flexible cable connector and its manufacturing method - Google Patents

Abstract

The present invention relates to a flexible cable connector that can be firmly fixed so that the FPC / FCC is not removed from the housing to maintain the connection force between the FPC / FFC and the terminal, the seating slot is formed in the front side is seated FPC / FFC A housing having fixed arms formed at both sides thereof; A base beam, a pivot beam extending horizontally from the upper side to the front of the base and inserted into the rear side of the housing, and having a pivot groove formed at the bottom of the end, and horizontally extending forward from the lower side of the base to the inside of the rear side of the housing; And a contact beam connected to the FPC / FFC, and a welding part extending from the lower side of the base to the rear to be welded to the printed circuit board, the terminal being spaced apart from the rear side of the housing; A contact panel that is rotatably installed in the housing and fixes the FPC / FFC seated on the seating slot to the bottom of the seating slot; a plurality of support parts spaced apart from the rear end of the contact panel; and a shaft supported at the end of the support part; And an actuator formed on both sides of the rear end of the contact panel and configured to be rotatably supported by the fixed arm. And a fitting nail which is inserted into both sides of the housing and lifts the actuator so that the shaft of the actuator is rotatably inserted into the pivot groove of the terminal.

Housing, Terminal, Actuator, Fitting Nail

Description

Flexible cable connector and its manufacturing method

1 is a perspective view showing a flexible cable connector according to an embodiment of the present invention.

Figure 2 is an exploded perspective view of a flexible cable connector according to an embodiment of the present invention.

Figure 3 is a side cross-sectional view showing a state in which the actuator according to the invention is located in the open position.

Figure 4 is a side cross-sectional view showing a state in which the actuator according to the invention is located in the closed position.

Figures 5a, 5b, 5c, 5d is a partial cutaway perspective view showing the operating relationship of the cam portion when the actuator rotates according to the present invention.

Figure 6 is a side cross-sectional view showing a state before mounting the actuator in the housing according to the present invention.

Figure 7 is a side cross-sectional view showing a state in which the actuator mounted on the housing according to the present invention.

Figure 8 is a side cross-sectional view showing a state in which the actuator mounted to the housing according to the invention rotated to the closed position.

9 is a side end shaving showing a state before inserting a terminal into a housing according to the invention.

Figure 10 is a side cross-sectional view showing a state in which the terminal is inserted into the housing according to the present invention.

Figure 11 is a side cross-sectional view showing a state before fixing the fitting nail to the housing according to the present invention.

12 is a side cross-sectional view showing a coupling relationship between an actuator and a terminal in a state where a fitting nail is fixed to a housing according to the present invention.

Figure 13 is a side cross-sectional view showing a state in which the actuator is supported by the fitting nail in a state in which the fitting nail is fixed to the housing according to the present invention.

Figure 14 is a side cross-sectional view showing a state before inserting the FPC / FFC into the flexible cable connector according to the present invention.

Figure 15 is a side cross-sectional view showing a fixed state by inserting the FPC / FCC to the flexible cable connector according to the present invention.

16 is a perspective view of a flexible cable connector according to the prior art.

17 is an exploded perspective view of a flexible cable connector according to the prior art.

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

100: cable connector 110: housing

111: seating slot 112: fixed arm

113: terminal insertion portion 114: first nail insertion portion

115: boss insertion portion 116: second nail insertion portion

117: locking groove 118: cam fixing groove                 

120: terminal 121: donation

122: pivot beam 123: contact beam

124: weld 130: actuator

131: adhesion panel 132: support

133: shaft 134: boss

135: cam portion 140: fitting nail

141: bottom panel 142: support panel

143: fixed panel

The present invention relates to a connector used to connect a flexible printed circuit board (FPC) or a flexible flat cable (FFC), a flexible cable connector that firmly secures the FPC or FFC to the housing so as not to be separated and its manufacture It is about a method.

Conventionally, flexible cable connectors for connecting FPCs or FFCs are shown in FIGS. 16 and 17.

As shown in the drawing, a flexible cable connector according to the related art includes a housing 10 fixed on a printed circuit board and formed of a synthetic resin material, and a plurality of terminals inserted into and fixed to the housing 10 at the rear of the housing 10. 20 and an actuator 30 for fixing the FPC / FFC inserted into the front of the housing 10 to the housing 10.

At this time, the front end of the housing 10 is formed with a seating slot 11 for fixing the FPC / FFC, the rear end of the housing 10 is a terminal insertion portion 12 is inserted into the terminal 20 is fixed Fixed arms 13 are formed at both sides of the housing 10, and fixing grooves 13a are formed at both ends of the actuator 30 inside the fixed arms 13.

In addition, both sides of the rear end of the actuator 30 protrude from the fixing protrusion 31 rotatably fixed to the fixing groove 13a formed inside the fixing arm 13, and the actuator 30 is provided at both ends of the front end of the actuator 30. The locking protrusion 32 is formed to protrude from both sides of the front portion of the housing 10 to lock the actuator 30 so as not to rotate when the 30 is positioned in the closed position.

Therefore, when the rear end is inserted between the fixed arms 13 while the actuator 30 is placed vertically, the fixing protrusions 31 of the actuator 30 are inserted into the fixing grooves 13a of the housing 10, respectively. The actuator 30 is fixed to the housing 10.

In order to connect the FPC / FFC on the assembled connector in this way, first, the actuator 30 is rotated and positioned in the open position, and the end of the FPC / FFC is seated in the seating slot 11 of the housing 10. By rotating the actuator 30 to the closed position, the FPC / FFC is connected to the terminal 20 in a fixed state by the actuator 30.

However, in the case of the conventional flexible cable connector configured as described above, since the actuator is locked only by the locking protrusion protruding on both sides of the front end of the actuator in the closed position, the fastening force is weak so that the FPC / FFC is connected to the terminal. If the front end of the actuator is pulled up slightly or the housing is impacted while it is connected, the locking state of the actuator may be easily released.In the end, the fixing force that fixes the FPC / FFC is weakened, so that the connection force between the FPC / FFC and the terminal is weakened. There is a risk of this weakening or complete release.

The present invention has been made to solve the conventional problems as described above, and the flexible cable connector to securely secure the connection between the FPC / FFC and the terminal by firmly fixed so that the FPC / FFC is not removed from the housing and Its purpose is to provide its manufacturing method.

In order to achieve the above object, the flexible cable connector according to the present invention includes a housing in which a seating slot in which the FPC / FFC is seated is formed on the front side, and fixed arms are formed on both sides; A base beam, a pivot beam extending horizontally from the upper side to the front of the base and inserted into the rear side of the housing, and having a pivot groove formed at the bottom of the end, and horizontally extending forward from the lower side of the base to the inside of the rear side of the housing; And a contact beam connected to the FPC / FFC, and a welding part extending from the lower side of the base to the rear to be welded to the printed circuit board, the terminal being spaced apart from the rear side of the housing; A contact panel that is rotatably installed in the housing and fixes the FPC / FFC seated on the seating slot to the bottom of the seating slot; a plurality of support parts spaced apart from the rear end of the contact panel; and a shaft supported at the end of the support part; And an actuator formed on both sides of the rear end of the contact panel and configured to be rotatably supported by the fixed arm. And a fitting nail which is inserted into both sides of the housing and lifts the actuator so that the shaft of the actuator is rotatably inserted into the pivot groove of the terminal.

In the above-described configuration, the flexible cable connector according to the present invention preferably further includes a locking protrusion which protrudes on both sides of the front end portion of the adhesion panel and is inserted into the locking groove formed on the inner side of the fixing arm.

In addition, in the above-described configuration, the flexible cable connector according to the present invention is formed between the rear end portion and the cam portion of the close contact panel, and is rotatably supported in an elevated state by the fitting nail, and the left and right flows of the close contact panel and the front and rear flows. It is preferable to further comprise a boss to prevent the.

In the above-described configuration, the fitting nail may include: a bottom panel which is folded to the bottom of the fixed arm and welded to the printed circuit board; A support panel extending upwardly from one side of the bottom panel and inserted into a first nail insertion portion formed between both front ends of the housing and the front side of the fixed arm, and supporting both rear ends of the actuator by a rear end thereof; And a fixing panel horizontally extending from the upper end of the supporting panel to the other side of the bottom panel and inserted into and fixed to the second nail insertion part horizontally formed on the front side of the fixing arm.

On the other hand, the flexible cable connector according to the present invention includes a housing forming a skeleton of the cable connector, a terminal connected to the FPC / FFC, an actuator rotatably installed in the housing, and fixing the FPC / FFC to the housing; Separately molding the fitting nails for raising the actuator; Placing the actuator vertically, inserting it between the fixed arms formed on both sides of the housing, and inserting the cam parts formed on both sides of the rear end of the actuator into the cam part fixing grooves of the fixed arm; Rotating the actuator forward and inserting the terminal into a terminal insertion portion formed inside the rear side of the housing; And inserting a fitting nail into both sides of the housing at the front of the housing to insert a shaft, which is the rotation center of the actuator, into the pivot groove of the terminal.

Hereinafter, the features and the functions of the above-described components will be described in more detail with reference to preferred embodiments of the flexible cable connector and the method of manufacturing the same according to the present invention.

As shown in FIGS. 1 and 2, the flexible cable connector according to the exemplary embodiment of the present invention includes a housing 110 into which the FPC / FFC 200 is inserted forward and a housing (at the rear of the housing 110). A plurality of terminals 120 inserted into the inside of the 110 and connected to the FPC / FFC 200, the actuator 130 fixing the FPC / FFC 200 to the housing 110, and the actuator 130 are lifted up. It comprises a fitting nail 140 for supporting in a state.

At the front end of the housing 110 described above, a seating slot 111 is formed at the top and the front of the housing 110, and an end of the FPC / FFC 200 is inserted and seated, and both sides of the housing 110 are provided. Fixed arms 112 are formed at both sides of the rear end, respectively, and are formed in a '⊃' shape in the rear end of the housing 110, and the terminal 120 is inserted and fixed from the rear. Terminal insertion portion 113 is formed.

At this time, a plurality of guide grooves (111a) for guiding the pin terminals of the FPC / FFC (200) correctly inserted in a state separated from each other is formed on the bottom of the seating slot 111, forming a guide groove (111a) An inclined surface 111b is formed at the front end of the sidewall to facilitate insertion of the FPC / FFC 200.

The fixed arm 112 is integrally formed at both sides of the housing 110, and the first side of the fitting nail 140 is inserted between the front end of the housing 110 and the front end of the fixed arm 112. The nail insertion part 114 is formed, and is communicated with the first nail insertion part 114 between the rear end of the housing 110 and the rear end of the fixing arm 112 and the boss 134 of the actuator 130 to be described later. Is inserted into the boss insertion portion 115, and the second nail insertion portion 116 into which the upper portion of the fitting nail 140 is fixed is inserted into the front end portion of the fixed arm 112 by the first nail insertion portion 114. It is formed horizontally in communication with.

Here, the outer surface of the second nail insertion portion 116 is closed, the fixing projection fixing groove in which the fixing projections (143a) formed on the upper side of the fitting nail 140 to be described later is inserted into the closed surface (not shown) O) is formed.

On the other hand, the locking groove 117 is inserted into the locking projection 131b of the actuator 130, which will be described later, is inserted into one side of the front end of the fixed arm 112 adjacent to the side wall of the seating slot 111 is locked. Are respectively formed, and a cam portion fixing groove 118 in which the cam portion 135 of the actuator 130 to be described below is rotatably inserted and formed at the rear end portion of the fixed arm 112 is formed in the front-rear direction.

The cam part fixing groove 118 includes a first fixing groove part 118a into which the cam part 135 of the actuator 130 is first inserted when the actuator 130 is mounted, and the first fixing groove part (1). It is formed to extend to the upper side of the 118a and the second fixing groove 118b that the cam portion 135 of the actuator 130 is rotatably inserted and fixed when the actuator 130 is raised by the fitting nail 140, The inner surface of the second fixing groove 118b is formed in a curved surface so that the cam portion 135 of the actuator 130 rotates smoothly.

The first fixing groove 118a is formed to be open to both sides and the rear, and the second fixing groove 118b is formed to be open to only one side and the rear to which the cam 135 is inserted.

The terminal 120 described above is inserted into the terminal insertion portion 113 formed at the rear end of the housing 110 as shown in FIGS. 3 and 4, and the base 121 and the base 121 are inserted into the terminal insertion part 113. Pivot beam 122 is horizontally extended from the upper side of the front and inserted into the upper side of the terminal insertion portion 113 and the pivot groove 122a is formed on the bottom of the end, and horizontally extended forward from the lower side of the base 121 to insert the terminal The contact beam 123 is inserted into the lower side of the portion 113 and the contact protrusion 123a, which is directly in contact with the pin terminal of the FPC / FFC 200 on the upper end portion thereof, protrudes from the lower side of the base 121 to the rear. It consists of a weld 124 is extended and welded to the circuit of the printed circuit board.

At this time, the end of the contact beam 123 is inserted into the rear side of the guide groove (111a) formed on the bottom of the seating slot 111 of the housing 110 is inserted into the front side of the guide groove (111a) FPC / FFC (200) Is connected to the pin terminal.

In addition, the terminal 120 is made of bronze, which is a conductor as in the conventional terminal.

The above-described actuator 130 is rotatably installed in the housing 110 to shield the seating slot 111, and the close contact panel 131 for tightly fixing the FPC / FFC 200 to the bottom of the seating slot 111. And a plurality of support portions 132 spaced apart from the rear end portion of the adhesion panel 131, a shaft 133 supported at the end of the support portion 132, and formed at both sides of the rear end portion of the adhesion panel 131. The boss 134 rotatably supported in the raised state by the nail 140, and the cam portion formed on the side of the boss 134 rotatably fixed to the second fixing groove 118b of the fixed arm 112 It consists of 135.

At this time, the close contact panel 131 is installed in the housing 110 by the cam 135 so as to be rotatable back and forth, and the close contact panel 131 rotates forward to close the seating slot 111 on both sides thereof. A seating portion 131a seated on an upper surface of both side walls of the seating slot 111 is formed stepwise, and the contact panel 131 is rotated forward on both sides of the front end portion of the seating portion 131a so that the FPC / FFC 200 When the end is fixed to the seating slot 111, a locking protrusion 131b is inserted into the locking groove 117 of the fixing arm 112 to lock the close panel 131.

The support part 132 is spaced apart from the rear end of the contact panel 131 to form a through hole 132a through which an end portion of the pivot beam 122 of the terminal 120 penetrates between adjacent contact panels 131. When the close contact panel 131 rotates, the close contact panel 131 and the terminal 120 do not contact each other.

At this time, the rear end portion of the support portion 132 is formed to be inclined toward the rear of the predetermined interval than the shaft 133 to press the end portion of the FPC / FCC (200) to firmly fixed to the seating slot 111, as well as FPC / FFC The pressing protrusion 132b which is in close contact with the contact beam 123 of the 200 and the terminal 120 to increase the connecting force is formed.

Therefore, the pressure protrusion 132b prevents the close contact panel 131 from being opened by the reaction force of the terminal 120, and when the close contact panel 131 is rotated to press the FPC / FFC 200 end. You can feel the pressure clearly.

That is, even if the repulsive force of the contact beam 123 in contact with the FPC / FFC 200 acts on the contact panel 131, the pressing protrusion 132b is located at the rear of the shaft 133 that becomes the center of rotation of the contact panel 131. Pressurizes the top surface of the FPC / FFC 200, thereby preventing the close contact of the panel 131.

In addition, the shaft 133 is formed in the shape of a circular rod is supported at the end of the support 132, the end of the pivot beam 122 of the terminal 120 when the boss 134 is raised by the fitting nail 140 It is inserted into the pivot groove 122a formed in the to prevent the detachment of the close contact panel 131 and to form a center of rotation of the close contact panel 131.

The boss 134 is formed at both rear ends of the close panel 131, and is inserted into the boss insertion unit 115 formed between the rear end of the close panel 131 and the rear end of the fixing arm 112. When the side portion of the fitting nail 140 is inserted through the first nail insertion portion 114 formed between the front end portion of the contact panel 131 and the front end portion of the fixing arm 112, the end portion of the fitting nail 140 is located at the rear end portion of the fitting nail 140. By the raised state.

The boss 134 is formed on both sides of the rear end of the close contact panel 131 as shown in FIG. 2 and has a circular support 134a having a bottom surface curved in a raised state by the fitting nail 140. And a flow preventing part 134b extending from the circular support part 132 to be caught on both side walls and the front side of the boss inserting part 115 to prevent the front, rear, and left and right flow of the close contact panel 131.

On the other hand, the cam 135 is formed on the side of the flow preventing portion 134b of the boss 134 is inserted into the first fixing groove 118a of the fixed arm 112, and then the boss 134 by the fitting nail 140 As it rises, it is simultaneously raised and rotatably fixed to the second fixing groove 118b.

Due to this cam portion 135, when the close panel 131 is rotated to the front, that is, to the closed position in order to close the seating slot 111 in a state where the close contact panel 131 is fully open, the user, Forcibly rotate the contact panel 131 at a predetermined angle, that is, 45 ° or more, and then release the finger to automatically rotate to the closed position. In contrast, the seating slot 111 is opened while the contact panel 131 is in the closed position. In order to rotate backward, the user rotates more than 45 ° and then releases the finger to automatically rotate to the open position.

Therefore, even if the locking protrusion 131b is accidentally removed from the locking groove 117 of the fixed arm 112 by an external impact or the like, the adhesion panel 131 is seated unless the adhesion panel 131 is forcibly rotated by a predetermined angle or more. Since the FPC / FFC 200 is positioned at the position of closing the slot 111, the FPC / FFC 200 is fixed to the seating slot 111 and is not detached. As a result, the connection force between the FPC / FFC 200 and the terminal is continuously maintained.

As such, the close contact panel 131 has an effect of double locking by the locking protrusion locking protrusion 131b and the cam part 135.

On the other hand, the inclined surface is formed on the side of the cam portion 135 to be easily inserted and fixed in the cam portion fixing groove 118 of the fixed arm 112 when the actuator 130 is mounted. That is, the distance between the one side cam portion 135 and the other side cam portion 135 is formed slightly longer than the distance between the one side fixed arm 112 and the other side fixed arm 112, so that the fixed arm 112 itself when mounting the actuator 130 The outer side is opened by the elastic force retained in the cam part 135, and the cam part 135 is easily inserted into the cam part fixing groove 118 along the inner side of the fixing arm 112 by the inclined surface of the cam part 135. Since the fixing arm 112 is returned to its original state after the 135 is inserted into the cam fixing groove 118, the cam portion 135 is not removed from the fixing arm 112.

The above-described fitting nail 140, the bottom panel 141 is in contact with the bottom surface of the front end of the fixed arm 112 and welded to the printed circuit board as shown in Figure 2, and upwards from one side of the bottom panel 141 A support panel extending to be inserted into the first nail insertion portion 114 formed between the front end portion of the fixed arm 112 and the front end portion of the contact panel 131 and supporting the boss 134 in an elevated state at a rear end thereof; 142, and a fixed panel extending horizontally from the front end of the support panel 142 to the other side of the bottom panel 141 and inserted into and fixed to the second nail insertion part 116 formed at the front end of the fixing arm 112. 143).

At this time, the other side of the bottom panel 141 is formed with a through groove 141a through which a fixing member (not shown) for fixing the bottom panel 141 to the printed circuit board passes vertically.                     

Since the fitting nail 140 is made of bronze, the bottom panel 141 may be fixed on the printed circuit board using the fixing member as described above, but may be fixed by welding.

On the other hand, the fixing protrusion 143a is inserted into the fixing protrusion fixing groove formed inside the closing surface of the second nail inserting portion 116 on the side portion of the fixing panel 143 to prevent the front departure of the fitting nail 140. do.

The assembly and operation of the flexible cable connector according to the exemplary embodiment of the present invention configured as described above will be described with reference to FIGS. 6 to 15.

First, before assembling the cable connector 100 according to the present invention, the housing 110 forming a skeleton of the cable connector 100, the terminal 120 connected to the FPC / FFC 200, and the housing ( A process of separately forming an actuator 130 rotatably installed on the 110 to fix the FPC / FFC 200 to the housing 110 and a fitting nail 140 for raising the actuator 130 is performed.

As such, when the shaping of each component is completed, the actuator 130 is vertically placed as shown in FIG. 6, and inserted between the two fixed arms 112 as shown in FIG. 7. It is opened to the outside by the elastic force retained in itself, the cam portion 135 of the actuator 130 is slid along the inner surface of the fixed arm 112 and then inserted into the first fixing groove 118a.

As such, when the cam part 135 is completely inserted into the first fixing groove 118a of the fixed arm, the cam part 135 returns to its original state due to the elastic force held by the fixing arm 112, and thus the cam part 135 is the first fixing groove 118a. Are not removed.

When the actuator 130 is inserted into the first fixing groove 118a of the fixed arm 112 as described above, the actuator 130 is rotated forward as shown in FIG. 8, and the housing 110 as shown in FIGS. 9 and 10. The terminal 120 is inserted into the terminal insertion portion 113 of the housing 110 through the rear side.

At this time, the pivot beam 122 of the terminal 120 is inserted above the terminal insertion portion 113, the contact beam 123 is inserted below the terminal insertion portion 113, the end of the contact beam 123 Is inserted into the rear side of the guide groove 111a of the seating slot 111 formed on the front side of the housing 110.

When the terminal 120 is completely inserted into the housing 110 as described above, the first nail is inserted into the support panel 142 and the fixing panel 143 of the fitting nail 140 in front of the housing 110 as shown in FIG. 11. By inserting into the part 114 and the second nail insertion part 116, the circular support part 132 of the boss 134 is supported by the rear end of the support panel 142 in the raised state, and as shown in FIG. The shaft 133 with the 134 is raised and inserted into the pivot groove 122a of the terminal 120.

As the boss 134 ascends, the cam part 135 is rotatably inserted into the second fixing groove 118b and the shaft 133 is inserted into the pivot groove 122a of the terminal 120. 131 is smoothly rotated.

By inserting the boss 134 as described above, the assembly process of the flexible cable connector according to the present invention is all completed.                     

When the assembly process of the connector is completed, the weld 124 of the terminal 120 is fixed to the printed circuit board by welding, and the bottom panel 141 of the fitting nail 140 is fixed to the printed circuit board using a fixing member. do.

After fixing the connector to the printed circuit board as described above, the actuator 130 is rotated to an open position as shown in FIG. 14, and the end of the FPC / FFC 200 is inserted into the seating slot 111 to be seated, and then the actuator as shown in FIG. 15. When the locking projection 131b is inserted into the locking groove 117 by rotating the 130 to the closed position, the actuator 130 is locked so that the pin terminal of the FPC / FFC 200 contacts the contact beam 123 of the terminal 120. ) Is connected.

As described above with reference to the accompanying drawings, the flexible cable connector according to a preferred embodiment of the present invention, the present invention is not limited to the embodiments and drawings described in detail herein, within the technical scope of the invention Various modifications may be made.

As described in detail above, according to the flexible cable connector of the present invention, the actuator is firmly locked on the housing due to the locking protrusion and the cam part, so that the FPC / FFC is firmly fixed to the seating slot of the housing and the FPC / FFC and the terminal It is effective to maintain the connection power.

In addition, by inserting and fixing the shaft of the actuator to the pivot groove of the terminal by using the fitting nail, there is also an effect that the rotation of the actuator is smooth.

In addition, by forming a plurality of support parts spaced apart from the rear end of the actuator, it is possible to prevent the actuator and the terminal from being damaged by preventing the contact between the actuator and the terminal when the actuator rotates.

Claims (5)

A housing having a seating slot on which a flexible printed circuit board (FPC) or a flexible flat cable (FFC) is seated on a front side, and fixed arms formed on both sides thereof; A base beam, a pivot beam horizontally extending forwardly from an upper side of the base to be inserted into the rear side of the housing and having a pivot groove formed at an end surface of the base, and horizontally extending forward from the lower side of the base to the rear of the housing; A terminal inserted into the side and connected to the FPC / FFC and connected to the FPC / FFC; A contact panel rotatably installed in the housing and fixing the FPC / FFC seated on the seating slot to the bottom of the seating slot; a plurality of support parts spaced apart from a rear end of the seating panel; and the support part. An actuator comprising a shaft supported at an end and a cam portion formed at both rear ends of the contact panel and rotatably fixed to the fixed arm; And a fitting nail inserted into both sides of the housing to lift the actuator so that the shaft of the actuator is rotatably inserted into the pivot groove of the terminal, thereby electrically connecting the FPC or FFC to the printed circuit board. Flexible cable connector, A locking protrusion protruding from both front ends of the contact panel and inserted into a locking groove formed on an inner surface of the fixed arm; And It is formed between the rear end of the close contact panel and the cam portion, rotatably supported in a raised state by the fitting nail, characterized in that further comprises a boss for preventing the left and right and front and rear flow of the close contact panel. Flexible cable connector. delete delete The method of claim 1, The fitting nail, A bottom panel which is in contact with the bottom of the fixed arm and welded to the printed circuit board; It extends upward from one side of the bottom panel and is inserted into the first nail insertion portion formed between the front end portion of the housing and the front end portion of the fixed arm, and supporting the rear end portion of the actuator with the rear end raised. A support panel; And And a fixing panel horizontally extending from the upper end of the supporting panel to the other side of the bottom panel and inserted into and fixed to a second nail insertion part horizontally formed on the front side of the fixing arm. The housing forming the skeleton of the cable connector, the terminal connected to the FPC / FFC, the actuator rotatably installed in the housing to secure the FPC / FFC to the housing, and the fitting nail for raising the actuator, respectively Doing; Placing the actuator vertically, inserting it between the fixed arms formed on both sides of the housing, and inserting a cam part formed on both sides of the rear end of the actuator into the cam part fixing groove of the fixed arm; Rotating the actuator forward and inserting the terminal into a terminal insertion portion formed inside the rear side of the housing; And And inserting the fitting nail into both sides of the housing at the front of the housing to insert a shaft, which is the center of rotation of the actuator, into the pivot groove of the terminal.

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