TWI404478B - Flexible printed circuit, flat cable & cable connector automatic feeding and crimping device for car model connector machine - Google Patents

Abstract

This invention provide a connector processing machine and particularly relates to an automatic feeding and crimping device for a flexible printed circuit, a flat cable and a cable connector for a card model of a connector machine, characterized by allowing convenient change of connector feeding amount by users and automatically pushing the connector for connection and crimping with a card model and a flexible printed circuit, a flat cable and various cable connectors. Thus, the connector processing operation can be made faster and more precise, and the industrial utility of flexible feeding interval can be obtained.

Description

Soft printed circuit board, flat cable and wire terminal automatic feeding and pressing device for terminal machine card type die

The invention relates to an innovative design of a terminal machine card type die feeding system, which can accurately feed and press a flexible printed circuit board, a soft flat cable and various terminals.

In the conventional terminal crimping machine, the metal terminal is covered with an electric wire or a copper wire and pressed by a mold to electrically connect the electrode terminal or the signal end of the terminal to the wire or the signal wire.

Recently, flexible printed circuit boards and flexible flat cables have been widely used as electrodes or signals for transmission in the motor, electronics or computer industries. The so-called flexible printed circuit board (FPC) refers to polyacrylamide (PI). Or a soft substrate such as polyethylene terephthalate (PET), which is coated with copper and platinum, and then etched to produce a single-sided, double-sided or multi-layer flexible flexible printed circuit board. It can be embedded with electronic components or pressure-sensitive buttons, etc. Its thin and lightweight flexible printed circuit board can be conveniently placed in various electrical or electronic equipment for use; its soft flat cable (Flexible Flat Cable) Referred to as FFC, it refers to the use of insulating materials such as PET and ultra-thin tinned flat copper wire to produce soft flat cable by high-tech automatic wire equipment, which is used as a transmission medium for various electrical or electronic equipment electrical or signal. .

The flexible printed circuit board and the soft flat cable have the advantages of softness, random bending and folding, thin thickness, small size, simple connection, convenient disassembly and easy solution of electromagnetic shielding (EMI). Among them, the flexible printed circuit board is suitable for use in volume. Products with special requirements or curved design, in addition to circuit layout, and can directly install electronic components, such as connectors, resistors, capacitors, light-emitting diodes or touch switches, etc., can become a specific function of electronic products, It is not just a simple connecting line; the soft flat cable has a higher cost than a flexible printed circuit board, and is generally used as a connecting line for electrical or signal connection between various boards.

The flexible printed circuit board and the flexible flat cable are connected to other connecting members for the purpose of connecting the copper-platinum or copper-copper wire connection end (B1) at one end of the flexible printed circuit board and the flexible flat cable (B). The fixed terminal (A1) is crimped, and the terminals of the connected copper-platinum or copper-iris wires of different numbers are inserted into the connector plastic housing to form a completed FPC or FFC finished product kit.

As shown in the first and third figures, the terminal is manufactured for the purpose of subsequent work with its flexible printed circuit board, flexible flat cable, general cable or wire (B) copper platinum or copper wire connection (B1 The convenient processing for producing the crimping connection is a continuous strip terminal (A) which is punched out by a metal plate through a precision stamping die, and is connected with a plurality of terminals (A1), a spacing hole (A2), and a material at equal distances. With a positioning piece (A3), each terminal (A1) is provided with a piercing connecting piece (A11) at one end, and a square contact piece (A12) or a U-shaped contact piece (A13) connected to the male terminal at the other end (A13) ), piercing the connecting piece (A11) with the square contact section (A12) or the U-shaped contact section (A13) on the back side and having a snap tab (A14) that can be positioned and snapped to the plastic connector of the terminal connector, However, the crimped connection of the copper-plated or copper-twisted wire connection end (B1) at one end of the flexible printed circuit board and the flexible flat cable (B) to the terminal (A) is difficult in accuracy, and the pressing method is currently used. Most of them are achieved by a special terminal crimping machine, which is achieved by pressing one terminal at a time.

In the above, the terminal (A1) currently only includes the front end type square contact section (A12) and the U type contact section (A13) two specifications (contact section called contact area), wherein the front end is a square contact section (A12). Because the connecting section has to be folded into a square frame, the spacing between the materials is large. Therefore, when punching into the continuous strip terminal (A), the distance (D1) of the terminal (A1) separated is 5.08 mm ( Mm); and the front end of the U-shaped contact section (A13), because the connecting section is only folded into a semi-circular or U-shaped frame, the material spacing is small, so when punched into a continuous strip terminal (A), the terminal is separated The distance (D2) of (A1) is 2.54 mm (mm), but the distance between the two terminals (A1) of the connection terminal is 2.54 mm (mm).

According to the structural factors, it is obvious that when the distance between the continuous strip terminal (A) of the U-shaped contact section (A13) and the flexible printed circuit board or the soft flat cable (B) is 2.54 mm (mm), When the terminal is pressed, the connection can be completed side by side at the same time; but the continuous strip terminal (A) with the square contact section (A12) at the front end and the flexible printed circuit board or the soft flat cable (B) are pressed by the terminal. It is impossible to complete a plurality of side-by-side connections at a time, for example, a presser with a total of 13 pins (PIN). The conventional pressing method is a terminal feeding system with a feeding pitch of 5.08 mm (mm), and a flexible printed circuit board, The soft flat cable (B) is a feeding system with another feeding pitch of 2.54 mm. It is set with a 13-pin (PINS) pressing switch, and the terminal will automatically punch 13 pins at a time. The only drawback is that the 13-pin (PINS) feed accumulation tolerance or stuck in the feeding process or the soft printed circuit board, soft flat cable (B) stuck or shifted, will cause the product to be scrapped. The defect rate is very high during the processing, so the operation mode is cumbersome and accurate. It is difficult to control, and the jig and pressing mold used are different. Therefore, the pressing of the same specification terminal must be processed and replaced several times. Therefore, in addition to the increase in processing cost, the quality is unstable and the scrap rate is extremely high.

According to the inventor's research and development, the device of the present invention is developed, and the universal front end is a continuous strip terminal (A) of a square contact section (A12) or a U-shaped contact section (A13), so that a one-time completion of a flexible printed circuit board and softness can be achieved. The continuous strip terminal (A) of the flat cable is automatically fed for the connection of the back end.

The inventors have developed decades of terminal crimping connection, mold opening, manufacturing experience and long-term research and development, and finally developed this "terminal machine card type flexible printed circuit board, flat cable and wire terminal automatic feeding and The crimping device can be placed in the feed of the continuous strip terminal (A) with the square end contact section (A12) at the front end, and the two continuous strip terminals (A) (A') can be placed in a staggered manner. In the groove, the original spacing of 5.08 mm (mm) terminal (A1) becomes the standard distance of 2.54 mm (mm) terminal (A1) [when it is 1.27 mm (mm), use 2.54 mm (mm) The terminal overlaps the same operation method described above], and the number of terminals (A1) and the copper-platinum or copper-iris cable connection of the flexible printed circuit board and the flexible flat cable (B) are selected between two to forty (1) at a time ( B1) The perfect connection is completed once, with fast processing, extremely low defect rate and zero tolerance. For the front end, the U-shaped contact section (A13) has a standard continuous distance of 2.54 mm (mm). When the terminal (A) is crimped, a continuous strip terminal (A) is placed directly into the feed slot, as needed. Select a suitable number of terminal terminals (A1) between two to forty to be electrically connected with a flexible printed circuit board, a soft flat cable (B), a copper-platinum or a copper-iris cable connection (B1). And the 1.27 mm (mm) terminal is overlapped by a terminal with a pitch of 2.54 mm (mm). It is necessary to press two to forty terminals (A1) with a flexible printed circuit board and a soft flat cable (B). Copper-platinum or copper-iris wire connection (B1), which is fast, tidy, with very low loss rate and zero tolerance.

The device is provided with a plurality of pressing positioning holes for processing different pin number connection terminals (A1) to press, and only need to place the positioning rod into the required number of pressing positioning holes, so that the feeding slider can be placed The number of terminals (A1) must be automatically fed in one position, and the multi-pitch positioning pin is attached to the mold before the clamping of the clamping die, so that it can be extended into the continuous strip terminal (A) before pressing under the pressing mold. The spacing positioning hole (A2) corrects the positioning so that the pressing force is accurate, and the workpiece is cut at the same time by the cutting surface at the same time.

The device is provided with a spacing positioning hook to prevent the terminal (A1) from being pushed forward according to the required number of sheets, thereby avoiding a state of misalignment caused by reverse or displacement, and a residual material cutting seat is provided in the tail end of the device. The residual material can be cut into small sections equidistantly to facilitate the disposal or collection of the residual material.

As shown in the fifth to eighth embodiments, the device of the present invention is an automatic feeding and pressing mechanism disposed under the general terminal machine (P), the device is provided with a bottom plate (1), and the bottom plate (1) is fixed on one side. There is a vertical slide rail (11). A vertical slide rail (11) can be inserted into a slider (12) which is connected with the spindle of the terminal machine (P) and can be moved up and down. The pressing module (121) and the upper cutting blade (122) press the module (121) upwards and are provided with a plurality of spaced positioning pins (1211), and the module (121) is pressed against the bottom plate (1). The lower part is provided with a lower module (123), and the lower module (123) is provided with a plurality of bending guide grooves (1231) mainly for guiding the piercing connecting piece (A11) to be bent, and the cutting knife ( 122) A lower cut surface (1221) is provided below the bottom plate (1).

As shown in the seventh figure, the slider (12) is fixed at one end with a downward pushing rod (124), and below the lower pushing rod (124), a residual material cutting seat (1241) is arranged corresponding to the bottom plate (1). A truncated knife (1242) having a through-hole (1243) on the ventral side is attached to the residual material cut-off seat (1241), and the through-hole (1243) is allowed to pass through the residual material (C), and the push rod is lowered every time (124) When the slider (12) is lowered, the cutting knife (1242) is pushed downward and the residual material is cut off equidistantly.

One side of the bottom plate (1) is fixed to a side of the lower module (123), and a guiding plate (13) for the flexible printed circuit board and the soft flat cable (B) is fixed, and the guiding plate (13) is fixed on the guiding plate (13). The positioning plate (131) can be adjusted, a transverse plate (14) is fixed on the other end of the bottom plate (1), a feeding slot (141) is arranged in the abdomen of the transverse plate, and the feeding slot (141) is continuous The strip terminal (A) is placed in the direction of the upward pressing module (121), and a sliding rail (142) is arranged above the horizontal plate (14), and the sliding rails (142) are equally spaced on both sides of the sliding rail (142). Positioning holes (143), each of the pressing positioning holes (143) can be inserted by a positioning positioning rod (144) by pressing the positioning positioning hole (143) by the number of the required feeding terminals (A1), the sliding rail A feed positioning slider (145) can be placed in (142), and the feed positioning slider (145) is connected to the shaft (1461) of the cylinder (146) fixed to the slide rail (142) via a linkage rod (1451). Linking, a spacing positioning claw (1452) is placed under the feeding positioning slider (145) at the feeding slot (141), and a spring ring (1453) is attached thereto, and the feeding positioning slider ( 145) Each retracting stroke positions the plunger (144) due to its end contact pitch and stops at the pitch Rod (144) position.

One end of the sliding rail (142) is further provided with a strip terminal pressing screw (1454), which comprises a spring (1455) and a pressing screw (1456), so that the continuous strip terminal (A) can be adjusted by fingers. The tightness of the transport is based on precise positioning and prevents the terminal from going backwards.

As shown in the ninth figure, the horizontal plate (14) is located in front of the feed positioning slider (145) and is provided with a terminal check seat (147), and the bottom end of the terminal check seat (147) is located in the vertical feed slot. (141) is provided with a positioning hook (149) controlled by a spring (148), which has the function that the limiting terminal (A1) can only advance and cannot be retracted, and the terminal anti-reverse seat (147) is provided with a penetrating therethrough. Adjust the bolt (1471) to adjust the precise position of the feed positioning slider (145) to move forward.

It is hereby stated that, as is known, when the terminal is pressed, if it is installed as a fully automatic feeding, the workpiece is fed after the pressing is completed but not taken out, which may damage the terminal and the working piece, so the button is used for feeding, when pressed After the workpiece is completed and the workpiece is fed, the damage rate can be reduced to a minimum. The front side of the bottom plate (1) of the device is provided with a feed button (15), which is connected with the control circuit of the terminal (P), once pressed The feed button (15) is activated to move the cylinder (146) from the front to the rear to the pitch positioning plunger (144) and slide forward while pushing the selected number of terminals (A1) forward.

As shown in the sixth figure, the terminal device (P) of the device is electrically connected with a foot pedal switch (W). When the foot pedal switch (W) is pressed, the terminal machine (P) spindle can be pushed to slide. The block (12) moves down to the fixed point for the terminal (A) to be pressed against the flexible printed circuit board, the soft flat cable (B), the copper-platinum or the copper-twisted wire connection end (B1), and then the slider (12) is raised. Reply to the standby position.

In practice, two continuous strip terminals (A) (A') with a pitch of 5.08 mm (mm) may be staggered or overlapped or a continuous pitch of 2.54 mm (mm) terminals (A1) The strip terminal (A) is inserted into one end of the feed slot (141) of the transverse plate (14) and passes through the feed positioning slider (145), the terminal check seat (147) and the lower module (123). The residue is cut off by the residual material (1241).

When starting the pressing, first press the number of the flexible printed circuit board, the soft flat cable (B) and the terminal (A1) to be electrically connected, and insert the spacing positioning plunger (144) into the correct pressing positioning hole. (143), for example, selecting the 13th number (13Pins), and then pressing the feed button (15), the compressed air is taken in by the control circuit from the intake pipe (146A) of the cylinder (146), and the driven transverse plate (14) The feed positioning slider (145) in the slide rail (142) retreats and stops at a selected number of distances from the positioning plunger (144), and the control circuit changes the compressed air from the cylinder (146) to another intake pipe ( 146B) Intake, moving the feed positioning slider (145) in the sliding plate (142) of the driving transverse plate (142) to move forward, and at the same time positioning the claw between the bottom of the feeding positioning slider (145) (1451) Push the correct number of terminals (A1) forward and stay above the lower module (123). At this time, the flexible printed circuit board and the flexible flat cable (B) can be further used by the positioning plate of the guiding plate (13). 131) Placement is aligned with the leading edge of the cutting blade (122).

Press the foot pedal switch (W) again to move the terminal (P) spindle push slider (12) down, and move the upper pressing module (121) and the upper cutting knife (122) downwards. The pressing module (121) faces the number of the positioning pins (1211) on the lower side first through the continuous strip terminal (A) [(A), (A')] and the positioning hole (A2) is aligned and pressed first. Position, when the upper pressing module (121) and the upper cutting blade (122) move downward, the piercing connecting piece (A11) of the terminal (A1) is accurately pierced through the flexible printed circuit board and the soft flat cable (B) ) copper platinum or copper wire connection end (B1), and through the bending guide groove (1231) of the lower module (123), the piercing connecting piece (A11) is bent to firmly clamp the flexible printed circuit board, soft a flat copper wire (B) copper platinum or copper wire connection end (B1), as shown in the second and fourth figures .

The upper cutting blade (122) is cut by the front end edge of the square contact section (A12) or the U-shaped contact section (A13) of each terminal (A1), and is cut by the cross-sectional structure of the cut surface (1221). Each terminal (A1) is separated from the continuous strip terminal (A) [(A), (A')], and the residual material (C), while moving down the push rod (124) and pressing down the residual material cutting base. The cutting knife (1242) of (1241) is such that the residual material (C) passing through the residual material cutting frame (1241) is equally cut into small intervals to facilitate the processing or collection of the residual material.

After pushing the slider (12) to complete the above action, the spindle of the terminal machine (P) moves up and moves the slider (12) up to return to the standby position, according to which the terminal (A1) can be accurately fed and the pressure is completed once. Writing industry.

The bending guide groove (1231) disposed on the upper module (123) toward the upper surface can be changed to be disposed on the lower surface of the upper pressing module (121) for continuous strip terminal (A) [(A) ), (A')] feeds and performs the pressing in the reverse direction.

(1). . . Bottom plate

(11). . . Vertical rail

(12). . . Slider

(121). . . Pressing the module

(1211). . . Spacing pin

(122). . . Cutting knife

(1221). . . Cutting face

(123). . . Lower module

(1231). . . Bending guide

(124). . . Push down

(1241). . . Residual material cutting machine seat

(1242). . . Truncated knife

(1243). . . Through hole

(13). . . Guide plate

(131). . . Positioning plate

(14). . . Horizontal plate

(141). . . Feed slot

(142). . . Slide rail

(143). . . Pressing the positioning hole

(144). . . Pitch positioning plunger

(145). . . Feed positioning slider

(1451). . . Linkage rod

(1452). . . Spacing positioning claw

(1453). . . Spring coil

(1454). . . Strip terminal press screw

(1455). . . spring

(1456). . . Pressing screw

(146). . . cylinder

(1461). . . Shaft

(146A) (146B). . . Intake pipe

(147). . . Terminal checker

(1471). . . Adjustment bolt

(148). . . spring

(149). . . Spacing positioning hook

(15). . . Feed button

(A)(A’). . . Continuous strip terminal

(A1). . . Terminal

(A2). . . Pitch positioning hole

(A3). . . Strip positioning piece

(A11). . . Piercing tab

(A12). . . Square contact segment

(A13). . . U-shaped contact section

(A14). . . Clip

(B). . . Flexible printed circuit board, soft flat cable

(B1). . . Copper platinum or copper wire connection

(C). . . Residue

(D1). . . distance

(D2). . . distance

(P). . . Terminal machine

(W). . . Foot pedal switch

The first figure is a perspective view of a continuous strip terminal with a terminal end of a square contact section with a distance of 5.08 mm (mm).

The second figure is a perspective view of the front end of the square contact section with two terminals and a flexible printed circuit board, and the soft flat cable is pressed.

The third figure is a perspective view of a continuous strip terminal with a front end of a U-shaped contact section with a distance of 2.54 mm (mm).

The fourth figure is a perspective view of the product in which the front end of the U-shaped contact section is connected with a flexible printed circuit board and a soft flat cable is pressed.

Figure 5 is a perspective view of an embodiment of the apparatus of the present invention mounted on a terminal machine.

Figure 6 is a perspective view of the apparatus of the present invention.

Figure 7 is a partially enlarged perspective view of the apparatus of the present invention.

The eighth figure is a side view of the device of the present invention.

Figure 9 is a partially enlarged perspective view of the apparatus of the present invention.

(1). . . Bottom plate

(11). . . Vertical rail

(12). . . Slider

(121). . . Pressing the module

(122). . . Cutting knife

(124). . . Push down

(13). . . Guide plate

(14). . . Horizontal plate

(142). . . Slide rail

(143). . . Pressing the positioning hole

(144). . . Pitch positioning plunger

(146). . . cylinder

(147). . . Terminal checker

(15). . . Feed button

(A). . . Continuous strip terminal

(B). . . Flexible printed circuit board, soft flat cable

(C). . . Residue

(P). . . Terminal machine

(W). . . Foot pedal switch

Claims (10)

The invention relates to a soft printed circuit board, a flat cable and a wire terminal automatic feeding and pressing device for a terminal card type die, which mainly comprises: a bottom plate (1) fixed on the upper and lower sliding spindles of the terminal machine (P); The slide rail (11) is arranged on one side of the bottom plate (1), and a slider (12) which is connected by the spindle of the terminal machine (P) and can be moved up and down can be placed in the vertical slide rail (11). A pressing module (121) and an upper cutting blade (122) are respectively fixed under the slider, and a lower module (123) is arranged on the bottom plate (1) under the pressing module (121), and the cutting is performed. A lower cutting plane (1221) is disposed on the bottom plate (1) below the knife (122); a guiding plate (13) is fixed on the bottom plate (1) on the side of the lower module (123), which is available The flexible printed circuit board and the soft flat cable (B) are placed; the downward push rod (124) is disposed at one end of the slider (12), and is disposed below the bottom plate (1) under the downward push rod (124) There is a residual material cutting base (1241); a transverse plate (14) is fixed on the other end of the bottom plate (1), a feeding slot (141) is arranged on the abdomen of the transverse plate, and a sliding is arranged above the horizontal plate (14). Rail (142), sliding rail (142) is equally spaced on both sides of the positioning hole (143) Each jack (143) can be inserted into a spacing jack (144) by a number of required feeding terminals (A1), and a loading jack (143) can be inserted into the sliding rail (142). The positioning slider (145), the feeding positioning slider (145), and the feeding positioning slider (145) are connected to a shaft (1461) of a cylinder (146) fixed above the sliding rail (142) via a linkage rod (1451). Linking, a spacing positioning claw (1452) is placed under the feeding positioning slider (145) at the feeding slot (141), and a spring ring (1453) is attached thereto, and the feeding positioning slider ( 145) each retracting stroke positions the plunger (144) due to the end surface contact spacing and stops at the position of the spacing positioning plunger (144); a strip terminal pressing screw (1454) is disposed at one end of the sliding rail (142). It is equipped with a spring (1455) and a pressing screw (1456), so that the conveying tension of the continuous strip terminal (A) can be adjusted by fingers, and the continuous strip terminal is prevented when the spacing positioning claw (1452) is reversed. Retreat; a terminal check seat (147) is fixed on the transverse plate (14) in front of the feed positioning slider (145), and the bottom of the terminal check seat (147) is located at the vertical feed slot (141) With a spring (148) control between the distance The position card hook (149) has the function of restricting the terminal (A1) to advance only and cannot be retracted, and the terminal check seat (147) is provided with a through adjustment bolt (1471) for precise pitch adjustment and positioning. Adjusting the precise position of the feed positioning slider (145) to move forward; a feed button (15) is provided at the front side of the bottom plate (1), and the feed button (15) is activated to slide the cylinder (146) from the front to the rear To the distance positioning lever (144), and slide forward and push the selected number of terminals (A1) forward to the spacing positioning point; one foot pedal switch (W), which is the terminal of the device (P Electrically connected and extended, when the foot pedal switch (W) is pressed, the terminal machine (P) main shaft pushes the slider (12) down to a fixed point and then raises the slider (12) to return to the standby position. For example, the soft printed circuit board, the flat cable and the wire terminal automatic feeding and pressing device of the terminal machine card type mold according to the first paragraph of the patent application scope, wherein the residual material cutting seat (1241) is provided with a belly side There is a perforated (1243) cutting knife (1242), and the through hole (1243) is used for the residual material (C) to pass through. When each downward pushing rod (124) descends with the slider (12), the cutting knife is pushed. (1242) and the workpiece can be cut off equidistantly. For example, the soft printed circuit board, the flat cable and the wire terminal automatic feeding and pressing device of the terminal machine card type die according to the first aspect of the patent application, wherein the feeding slot (141) of the transverse plate (14) is available. Two continuous strip terminals (A) (A') with a pitch of 5.08 mm (mm) are staggered or overlapped or have a pitch of 2.54 mm (mm) or 1.27 mm (mm) terminals (A1) The continuous strip terminal (A) is placed at one end of the feed slot (141) of the transverse plate (14) and passes through the terminal check block (147) and the lower module (123), and the residual material is cut off by the residual material. Base (1241). The flexible printed circuit board, the flat cable and the wire terminal automatic feeding and pressing device of the terminal machine card type according to the first aspect of the patent application, wherein the pressing module (121) is provided with a plurality of spacings on the lower side. Locating pin (1211). For example, the soft printed circuit board, the flat cable and the wire terminal automatic feeding and pressing device of the terminal machine card type mold according to the first aspect of the patent application, wherein the lower module (123) is provided mainly toward the upper side. Pierce the connecting piece (A11) to bend a number of bending guide grooves (1231). For example, the flexible printed circuit board, the flat cable and the wire terminal automatic feeding and pressing device of the terminal machine card type die according to the first aspect of the patent application, wherein the guiding plate (13) is fixed on the guiding plate (13) The positioning plate (131) is provided for the flexible printed circuit board, the soft flat cable (B) is placed by the positioning plate (131) of the guiding plate (13), and the front end is aligned with the cutting knife (122) Edge positioning. For example, the soft printed circuit board, the flat cable and the wire terminal automatic feeding and pressing device of the terminal machine card type mold according to the first aspect of the patent application, wherein the lower module (123) is provided with a bending guide groove ( 1231) The bending can be set on the upper pressing module (121) facing downward, and the continuous strip terminal (A) [(A), (A')] can be pressed by the reverse feeding method. For example, the soft printed circuit board, the flat cable and the wire terminal automatic feeding and pressing device of the terminal machine card type die according to the first aspect of the patent application scope, wherein the pitch positioning plunger (144) can be pressed according to the electrical property. For the number of flexible printed circuit boards, flexible flat cable (B) and terminal (A1), insert the spacer positioning lever (144) into the correct jack (143). For example, the soft printed circuit board, the flat cable and the wire terminal automatic feeding and pressing device of the terminal machine card type mold according to the first paragraph of the patent application scope, wherein the feeding button (15) and the terminal machine (P) are controlled The circuit is connected, and when the feed button (15) is pressed, the compressed air is taken in from the cylinder (146) and the intake pipe (146A), and the feed in the sliding plate (142) of the transverse plate (14) is driven. The positioning slider (145) retreats and stops at a selected number of positioning plungers (144). At that time, the control circuit is modified to inhale the compressed air from the other intake pipe (146B) of the cylinder (146), and drives the transverse plate ( 14) The feed positioning slider (145) in the slide rail (142) moves forward, and the correct number of terminals (A1) are forwarded from the bottom of the feed positioning slider (145) from the positioning claw (1451). The feed is advanced and stays between the lower points of the lower module (123). For example, the soft printed circuit board, the flat cable and the wire terminal automatic feeding and pressing device of the terminal machine card type mold according to the first aspect of the patent application, wherein the slider (12) of the vertical slide rail (11) and the fixing thereof are fixed. Pressing the module (121) and the upper cutting blade (122) upwards, when the module (121) is pressed down and down, the piercing tab (A11) of the terminal (A1) can be accurately pierced. Soft printed circuit board, soft printed circuit board of soft flat cable (B), copper platinum or copper wire connection end (B1) of soft flat cable (B), and bent guide groove of lower module (123) (1231) Bending the piercing tab (A11) to securely clamp the flexible printed circuit board, the flexible flat cable, the general cable or the wire (B), the upper cutting blade (122) and the terminals (A1) The end edge type contact section (A12) or the U-shaped contact section (A13) end edge is cut by the structure of the lower cut surface (1221), so that each terminal (A1) and the continuous strip terminal (A) ) [[A), (A')] is separated, while the downward push rod (124) is moved down and the residual material cut off the base (1241), so that the residual material passing through the residual material cutoff base (1241) is waited for The distance is cut into small sections to facilitate the disposal or collection of residual materials. The movable terminal (A1) to complete feeding and accurate disposable pressure works sector.