Motor-driven feeding mechanism for semiconductor automatic cutting system

Abstract

A feeding mechanism driven by a motor of a semiconductor automatic rib cutting system comprises a mounting plate, a supporting plate 1 and a supporting plate 2, wherein the mounting plate is fixed on the supporting plate and the upper portion, and the adjusting block 2 is fixed with bolts through the adjusting block 2 and the tightness of the synchronous belt is adjusted; the push rod 2 is fixed on the slide rail and the slide rail, and the slide rail is fixed by a slide rail fixing block installed on the push rod 2, and a spring is installed in the middle, the slider 1 is installed on the slide rail and fixes the synchronous belt with the synchronous belt fixing block fixed on the slider 1 so that the push rod 2 moves with the synchronous belt; the floating block 1 is fixed at the end of the push rod 2, and the two ends of the floating block 1 are installed with cross roller linear guides and connected with the floating block 2; a cylinder is installed in the groove of the floating block 1, and a cylinder head 2 is installed on the cylinder to fix the cylinder movable block installed on the floating block 2 to drive the floating block 2 to move; the pull rod fixing block is installed on the floating block 2, and the pull rod is installed below, and a blowing hole is opened in the pull rod, and air is supplied through the speed regulating valve installed on the upper pull rod fixing block.

Description

Technical Field

[0001] The invention relates to a semiconductor feeding mechanism, in particular to a feeding mechanism driven by a motor of a semiconductor automatic rib cutting system. Background Art

[0002] At present, most foreign and domestic manufacturers use multiple groups of mechanisms to implement the material pushing mechanism of the semiconductor automatic cutting system. As the automation level of semiconductor cutting in my country becomes higher and higher, the demand for automatic tube loading mechanism increases. If multiple groups of mechanisms are used to feed materials, the mechanism space is too large and the structure is complicated. The inventor has found in long-term practice that when multiple groups of mechanisms are used, it is inconvenient for customers to debug on site, resulting in incompatibility of the automatic tube loading mechanism. Summary of the invention

[0003] The purpose of the present invention is to overcome the technical problem that multiple groups of feeding mechanisms in the prior art occupy a large space, and to provide a feeding mechanism driven by a motor of a semiconductor automatic rib cutting system.

[0004] In order to achieve the above technical objectives and the above technical effects, the present invention is implemented through the following technical solutions:

[0005] A feeding mechanism driven by a motor of a semiconductor automatic rib cutting system comprises a mounting plate, a first support plate and a second support plate, wherein the mounting plate is fixed on the upper side of the support plate and the support plate is mounted and positioned by a fixing block; a motor is mounted below the mounting plate and drives a connecting rod through a bearing and a washer, the connecting rod and the first connecting rod are connected through a connecting rod fixing shaft and a bearing, and the connecting rod and the second connecting rod are also connected to a cylinder fixing block through a connecting rod fixing shaft and a bearing; a cylinder is mounted on the cylinder fixing block and drives a push rod fixing block and a push rod fixing block through a cylinder head mounted on the cylinder A push rod 1 is fixed by the fixed block, and a guide rod 1 is arranged between the cylinder fixed block and the push rod 1, and a spring is sleeved on the guide rod 1; the cylinder fixed block is installed on the slider of the slide rail, and the push rod 1 is installed on the slide rail and the slider on the slide rail, and the slide rail and the slide rail are fixed on the mounting plate; the connecting plate is installed at the end of the push rod 1, and the installation and positioning of the push rod fixing block are performed through the groove of the connecting plate, and the push rod is installed in the mounting hole of the push rod fixing block, and is fixed by the guide plate and the pressure plate at the front and back; the motor is fixed below the end of the mounting plate, and a synchronous wheel is installed on the motor shaft and driven by a synchronous belt Drive the synchronous wheel, the synchronous wheel is fixed above the connecting shaft, the adjustment block 1 is fixed below the connecting shaft, the gasket 1 is installed on both sides of the connecting shaft to fix the synchronous wheel and fix the connecting shaft on the adjustment block 1; the adjustment block 1 and the adjustment block 2 are installed under the mounting plate, the adjustment block 2 is fixed with bolts through the adjustment block 2 and the tightness of the synchronous belt is adjusted; the push rod 2 is fixed on the slide rail and the slide rail, and the slide rail is fixed by the slide rail fixing block installed on the push rod 2, the slide rail fixing block is connected to the slider 1 by bolts, and a spring is installed in the middle, and the slider 1 is installed The synchronous belt is fixed on the slide rail and with the synchronous belt fixing block fixed on the slider one so that the push rod two moves with the synchronous belt; the floating block one is fixed at the end of the push rod two, and the two ends of the floating block one are installed with cross roller linear guides and connected with the floating block two; the cylinder is installed in the groove of the floating block one, and the cylinder head two is installed on the cylinder to fix the cylinder movable block installed on the floating block two to drive the floating block two to move; the pull rod fixing block is installed on the floating block two, and the pull rod is installed at the bottom, and the pull rod is opened with a blowing hole, and air is supplied through the speed control valve installed on the upper pull rod fixing block.

[0006] The motor-driven feeding mechanism of the semiconductor automatic rib cutting system described in the present invention, wherein the motor is installed under the mounting plate, drives the connecting rod 1 through the bearing and the washer, the connecting rod 2 and the connecting rod 1 are connected through the connecting rod fixing shaft and the bearing, and the connecting rod 2 is also connected to the cylinder fixing block through the connecting rod fixing shaft and the bearing; the cylinder is installed on the cylinder fixing block, and drives the push rod fixing block and the push rod 1 fixed by the push rod fixing block through the cylinder head installed on the cylinder, there is a guide rod 1 between the cylinder fixing block and the push rod 1, and a spring is sleeved on the guide rod 1; the connecting plate is installed at the end of the push rod 1, and the installation and positioning of the push rod fixing block are performed by the groove of the connecting plate, the push rod is installed in the mounting hole of the push rod fixing block, and is fixed by the guide plate and the pressure plate at the front and back; the connecting rod is driven by the motor to make the push rod realize reciprocating motion, so as to push the product from the separation mold to the slideway.

[0007] The present invention discloses a motor-driven feeding mechanism for a semiconductor automatic rib cutting system, wherein the motor is fixed below the end of a mounting plate, a synchronous wheel is installed on the motor shaft and driven by a synchronous belt, the synchronous wheel is fixed above a connecting shaft, an adjustment block 1 is fixed below the connecting shaft, a gasket 1 is installed on both sides of the connecting shaft to fix the synchronous wheel and the connecting shaft to the adjustment block 1; the adjustment block 1 and the adjustment block 2 are installed below the mounting plate, the adjustment block 2 is fixed by bolts through the adjustment block 2 and the tightness of the synchronous belt is adjusted; the push rod 2 is fixed on the slide rail and the slide rail, and the slide rail is fixed by a slide rail fixing block installed on the push rod 2, the slider 1 is installed on the slide rail and fixes the synchronous belt with the synchronous belt fixing block fixed on the slider 1 so that the push rod 2 moves with the synchronous belt; the servo motor drives the reciprocating motion of the push rod 2 through the belt.

[0008] The present invention discloses a motor-driven feeding mechanism for a semiconductor automatic rib cutting system, wherein a floating block 1 is fixed at the end of a push rod 2, and cross roller linear guides are installed at both ends of the floating block 1 and connected to the floating block 2; a cylinder is installed in the groove of the floating block 1, and a cylinder head 2 is installed on the cylinder to fix the cylinder movable block installed on the floating block 2 to drive the floating block 2 to move; a pull rod fixing block is installed on the floating block 2, and a pull rod is installed below, and a blowing hole is opened in the pull rod, and air is supplied through a speed regulating valve installed on the upper pull rod fixing block; the cylinder drives the pull rod to descend to the corresponding groove of the slideway, and the pull rod follows the push rod 2 driven by the servo motor to blow the product and reciprocate in the slideway.

[0009] The motor-driven feeding mechanism of the semiconductor automatic rib cutting system described in the present invention, wherein the push rod is installed in the mounting hole of the push rod fixing block, and is fixed by the guide plate and the pressure plate at the front and back; the push rods have a common root, corresponding to the position of the separation mold outlet hole, and corresponding to the shape of the slideway groove; the shape of the pull rod corresponds to the shape of the slideway groove, and pushes the product to move in the groove.

[0010] Compared with the prior art, the present invention has the following beneficial effects:

[0011] When the present invention is implemented, the specific action flow of the feeding mechanism driven by the motor of the semiconductor automatic rib cutting system of this embodiment is that this mechanism is fixed on the rib cutting system equipment through a fixed block, and the lower part of the mounting plate is fixed on the support plate 1 and the support plate 2 connected to the fixed block; push rod 1 and push rod 2 are installed on the slide rail and the slide rail, so that they can translate left and right on the slide rail, and the motor drives push rod 1 and the push rod installed at the end root of push rod 1 to complete reciprocating motion with the connecting rod mechanism; the servo motor drives push rod 2 and the pull rod installed on it through the synchronous belt to complete the pushing action, and the cylinder controlled pull rod installed on the floating block 1 descends into the groove in the slide after the push rod sends the plastic package body to the slide, pushes the plastic package body to the outlet, and loads it into the material tube, and completes the action process of pushing and pulling materials under the drive of the motor. This mechanism adopts a group of feeding mechanisms to realize the pushing of materials, does not require on-site debugging by customers, and solves the compatibility problems that may occur in multiple groups of mechanisms. BRIEF DESCRIPTION OF THE DRAWINGS

[0012] Figure 1 A schematic diagram of the three-dimensional structure of an embodiment of a motor-driven feeding mechanism of a semiconductor automatic rib cutting system provided by the present invention;

[0013] Figure 2 for Figure 1 A top view of

[0014] Figure 3 for Figure 1 The main view of

[0015] Figure 4 for Figure 1 Right view of;

[0016] Figure 5 A view of the mold corresponding to the feeding mechanism driven by the motor of the semiconductor automatic rib cutting system provided by the present invention; DETAILED DESCRIPTION

[0017] See also Figure 1-5 As shown, those skilled in the art should understand that, in the disclosure of the present invention, the terms "upper", "lower", "one end", "the other end" and the like indicating the orientation or position relationship are based on the orientation or position relationship shown in the drawings, which are only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation. Therefore, the above terms cannot be understood as limiting the present invention.

[0018] It should be noted that, at present, most foreign and domestic manufacturers use multiple groups of mechanisms to implement the material pushing mechanism of the semiconductor automatic cutting system. As the automation level of semiconductor cutting in my country becomes higher and higher, the demand for automatic tube loading mechanism increases. If multiple groups of mechanisms are used to feed materials, the mechanism space is too large and the structure is complicated. The inventor has found in long-term practice that when multiple groups of mechanisms are used, it is inconvenient for customers to debug on site, resulting in incompatibility of the automatic tube loading mechanism.

[0019] Based on this, the present embodiment provides a feeding mechanism driven by a motor of a semiconductor automatic rib cutting system, characterized in that it includes a mounting plate 1, a support plate 1 2, and a support plate 2 5, wherein the mounting plate is fixed above the support plates 2 and 5, and the support plates are mounted and positioned by fixing blocks 3 and 4; a motor 7 is mounted below the mounting plate, and drives a connecting rod 10 through a bearing 9 and a washer 8, a connecting rod 2 11 and a connecting rod 10 are connected through a connecting rod fixing shaft 13 and a bearing 12, and a connecting rod 2 11 is also connected to a cylinder fixing block 14 through a connecting rod fixing shaft 13 and a bearing 12; a cylinder 15 is mounted on the cylinder fixing block 14, and drives a push rod fixing block 16 and a cylinder head 17 mounted on the cylinder 15. The push rod 18 fixed by the push rod fixing block 16, a guide rod 33 is arranged between the cylinder fixing block 14 and the push rod 18, and a spring 34 is sleeved on the guide rod 33; the cylinder fixing block 14 is mounted on the slider of the slide rail 19, the push rod 18 is mounted on the slider on the slide rail 19 and the slide rail 6, and the slide rail 6 and the slide rail 19 are fixed on the mounting plate 1; the connecting plate 20 is mounted on the end of the push rod 18, and the installation and positioning of the push rod fixing block 29 are performed through the groove of the connecting plate 20, and the push rod 32 is installed in the mounting hole of the push rod fixing block 29, and is fixed by the guide plate 31 and the pressure plate 30 at the front and back; the motor 21 is fixed below the end of the mounting plate 1, and the synchronous wheel 22 is installed on the shaft of the motor 21 by the same The step belt 23 drives the synchronous wheel 24, the synchronous wheel 24 is fixed above the connecting shaft 25, the adjustment block 1 27 is fixed below the connecting shaft 25, and the gasket 1 26 is installed on both sides of the connecting shaft 25 to fix the synchronous wheel 24 and fix the connecting shaft 25 on the adjustment block 1 27; the adjustment block 1 27 and the adjustment block 28 are installed below the mounting plate 1, and the adjustment block 27 is fixed by bolts through the adjustment block 28 and the tightness of the synchronous belt 23 is adjusted; the push rod 2 39 is fixed on the slide rail 6 and the slide rail 19, and the slide rail 37 is fixed by the slide rail fixing block 40 installed on the push rod 2 39, and the slide rail fixing block 40 is connected to the slider 1 36 by bolts, and a spring 38 is installed in the middle. 6 is installed on the slide rail 37 and fixes the synchronous belt 23 with the synchronous belt fixing block 35 fixed on the slider 1 36 so that the push rod 2 39 moves with the synchronous belt 23; the floating block 1 41 is fixed at the end of the push rod 2 39, and the two ends of the floating block 1 41 are installed with cross roller linear guides 44 and connected to the floating block 2 42; the cylinder 45 is installed in the groove of the floating block 1 41, and the cylinder head 2 46 is installed on the cylinder 45 to fix the cylinder movable block 43 installed on the floating block 2 42 to drive the floating block 2 42 to move; the pull rod fixing block 48 is installed on the floating block 2 42, and the pull rod 49 is installed below. The pull rod 49 is provided with a blowing hole, and air is supplied through the speed regulating valve 47 installed on the upper pull rod fixing block 48.

[0020] The specific action flow of the feeding mechanism driven by the motor of the semiconductor automatic rib cutting system of this embodiment is that this mechanism is fixed on the rib cutting system equipment through the fixing blocks 3 and 4, and the lower part of the mounting plate 1 is fixed on the support plate 1 2 and the support plate 2 5 connected to the fixing blocks 3 and 4; the push rod 1 18 and the push rod 2 39 are installed on the slide rail 6 and the slide rail 19, so that they can translate left and right on the slide rail, and the motor 7 drives the push rod 18 and the 8 push rods 32 installed at the end of the push rod 18 to complete the reciprocating motion with the connecting rod mechanism; the servo motor 21 drives the push rod 2 39 and the pull rod 49 installed on it through the synchronous belt 23 to complete the pushing action, and the cylinder 45 installed on the floating block 1 41 controls the pull rod 49 to descend into the groove in the slide 48 after the push rod 32 sends the plastic package to the slide 48, and pushes the plastic package to the outlet and loads it into the material pipe, and completes the action process of pushing and pulling the material under the drive of the motor. This mechanism adopts a set of feeding mechanisms to realize the pushing of materials, and does not require on-site debugging by customers, which solves the compatibility problem that may occur in multiple sets of mechanisms.

[0021] In some embodiments, the motor 7 is installed under the mounting plate, and drives the connecting rod 10 through the bearing 9 and the washer 8. The connecting rod 11 and the connecting rod 10 are connected through the connecting rod fixing shaft 13 and the bearing 12. The connecting rod 11 is also connected to the cylinder fixing block 14 through the connecting rod fixing shaft 13 and the bearing 12; the cylinder 15 is installed on the cylinder fixing block 14, and drives the push rod fixing block 16 and the push rod 18 fixed by the push rod fixing block 16 through the cylinder head 17 installed on the cylinder 15. There is a guide rod 133 between the cylinder fixing block 14 and the push rod 18, and a spring 34 is sleeved on the guide rod 133; the connecting plate 20 is installed at the end of the push rod 18, and the installation and positioning of the push rod fixing block 29 are performed through the groove of the connecting plate 20. The push rod 32 is installed in the mounting hole of the push rod fixing block 29, and is fixed by the guide plate 31 and the pressure plate 30 in front and back; the connecting rod is driven by the motor 7 to make the push rod 32 realize reciprocating motion, so as to push the product from the separation mold 50 to the slideway 48.

[0022] In some embodiments, the motor 21 is fixed below the end of the mounting plate 1, the synchronous wheel 22 is installed on the shaft of the motor 21, and the synchronous wheel 24 is driven by the synchronous belt 23. The synchronous wheel 24 is fixed above the connecting shaft 25, the adjustment block 27 is fixed below the connecting shaft 25, and the gasket 26 is installed on both sides of the connecting shaft 25 to fix the synchronous wheel 24 and fix the connecting shaft 25 on the adjustment block 27; the adjustment block 27 and the adjustment block 28 are installed below the mounting plate 1, and the adjustment block 27 is fixed by bolts through the adjustment block 28 and the tightness of the synchronous belt 23 is adjusted; the push rod 2 39 is fixed on the slide rail 6 and the slide rail 19, and the slide rail 37 is fixed by the slide rail fixing block 40 installed on the push rod 2 39, the slider 1 36 is installed on the slide rail 37 and fixes the synchronous belt 23 with the synchronous belt fixing block 35 fixed on the slider 1 36 so that the push rod 2 39 moves with the synchronous belt 23; the servo motor 21 drives the reciprocating motion of the push rod 2 39 through the belt 23.

[0023] In some embodiments, floating block 1 41 is fixed at the end of push rod 2 39, and cross roller linear guides 44 are installed at both ends of floating block 1 41 and connected to floating block 2 42; a cylinder 45 is installed in the groove of floating block 1 41, and a cylinder head 2 46 is installed on the cylinder 45 to fix the cylinder movable block 43 installed on floating block 2 42 to drive floating block 2 42 to move; a pull rod fixing block 48 is installed on floating block 2 42, and a pull rod 49 is installed below, and a blowing hole is opened in the pull rod 49, and air is supplied through a speed regulating valve 47 installed on the upper pull rod fixing block 48; the cylinder 45 drives the pull rod 49 to descend to the corresponding groove of the slide 48, and the pull rod 49 follows the push rod 2 39 driven by the servo motor 21 to blow the product and reciprocate in the slide 48.

[0024] In some embodiments, the push rod 32 is installed in the mounting hole of the push rod fixing block 29, and is fixed by the guide plate 31 and the pressure plate 30 at the front and back; there are 8 push rods 32 in total, corresponding to the position of the exit hole of the separation mold 50, and corresponding to the shape of the groove of the slide 48; the shape of the pull rod 49 corresponds to the shape of the groove of the slide 48, and pushes the product to move in the groove.

[0025] The embodiments described above are merely descriptions of preferred embodiments of the present invention, and are not intended to limit the scope of the present invention. Without departing from the design spirit of the present invention, various modifications and improvements made to the technical solutions of the present invention by ordinary technicians in this field should all fall within the scope of protection determined by the claims of the present invention.

Claims

1. A feeding mechanism driven by a motor of a semiconductor automatic rib cutting system, characterized in that: The invention comprises a mounting plate (1), a supporting plate 1 (2), and a supporting plate 2 (5). The mounting plate is fixed on the supporting plate 1 (2) and the supporting plate 2 (5). The supporting plates are mounted and positioned by fixing blocks (3) and (4). A motor (7) is mounted below the mounting plate and drives a connecting rod 1 (10) through a bearing (9) and a washer (8). The connecting rod 2 (11) is connected to the connecting rod 1 (10) through a connecting rod fixing shaft (13) and a bearing (12). The connecting rod 2 (11) is also The cylinder (15) is connected to the cylinder fixing block (14) through a connecting rod fixing shaft (13) and a bearing (12); the cylinder (15) is installed on the cylinder fixing block (14), and drives the push rod fixing block (16) and the push rod 1 (18) fixed by the push rod fixing block (16) through a cylinder head (17) installed on the cylinder (15); a guide rod 1 (33) is provided between the cylinder fixing block (14) and the push rod 1 (18), and a spring (34) is sleeved on the guide rod 1 (33); The cylinder fixing block (14) is installed on the slider of the slide rail (19), the push rod (18) is installed on the slide rail (19) and the slider on the slide rail (6), and the slide rail (6) and the slide rail (19) are fixed on the mounting plate (1); the connecting plate (20) is installed at the end of the push rod (18), and the installation and positioning of the push rod fixing block (29) are performed through the groove of the connecting plate (20). The push rod (32) is installed in the installation hole of the push rod fixing block (29) and is fixed by the guide plate (31) and the pressure plate (30) at the front and back; the motor (21) is fixed below the end of the mounting plate (1) A synchronous wheel (22) is installed on the shaft of the motor (21) and driven by a synchronous belt (23). The synchronous wheel (24) is fixed on the top of the connecting shaft (25). An adjusting block (27) is fixed on the bottom of the connecting shaft (25). A gasket (26) is installed on both sides of the connecting shaft (25) to fix the synchronous wheel (24) and the connecting shaft (25) on the adjusting block (27). The adjusting block (27) and the adjusting block (28) are installed under the mounting plate (1). The adjusting block (28) is fixed by bolts and the synchronous wheel (24) is adjusted. The push rod 2 (39) is fixed on the slide rail (6) and the slide rail (19), and the slide rail (37) is fixed by the slide rail fixing block (40) installed on the push rod 2 (39). The slide rail fixing block (40) and the slider 1 (36) are connected by bolts, and a spring (38) is installed in the middle. The slider 1 (36) is installed on the slide rail (37) and fixes the synchronous belt (23) with the synchronous belt fixing block (35) fixed on the slider 1 (36), so that the push rod 2 (39) moves with the synchronous belt (23); the floating block 1 (41) is fixed on the push rod 2 (39) ) end, cross roller linear guides (44) are installed at both ends of the floating block one (41) and connected to the floating block two (42); a cylinder (45) is installed in the groove of the floating block one (41), and a cylinder head two (46) is installed on the cylinder (45) to fix the cylinder movable block (43) installed on the floating block two (42) to drive the floating block two (42) to move; a pull rod fixing block (48) is installed on the floating block two (42), and a pull rod (49) is installed below, and a blowing hole is opened in the pull rod (49), and air is supplied through a speed regulating valve (47) installed on the upper pull rod fixing block (48).

2. The motor-driven feeding mechanism of the semiconductor automatic rib cutting system according to claim 1, characterized in that: The motor (7) is installed below the mounting plate, and drives the connecting rod (10) through the bearing (9) and the washer (8); the connecting rod (11) and the connecting rod (10) are connected through the connecting rod fixing shaft (13) and the bearing (12); the connecting rod (11) is also connected to the cylinder fixing block (14) through the connecting rod fixing shaft (13) and the bearing (12); the cylinder (15) is installed on the cylinder fixing block (14), and drives the push rod fixing block (16) and the push rod (10) fixed by the push rod fixing block (16) through the cylinder head (17) installed on the cylinder (15). 8), a guide rod (33) is provided between the cylinder fixing block (14) and the push rod (18), and a spring (34) is sleeved on the guide rod (33); a connecting plate (20) is installed at the end of the push rod (18), and the installation and positioning of the push rod fixing block (29) is performed through the groove of the connecting plate (20); the push rod (32) is installed in the installation hole of the push rod fixing block (29), and is fixed by the guide plate (31) and the pressure plate (30) at the front and back; the connecting rod is driven by the motor (7), so that the push rod (32) realizes reciprocating motion, and the product is pushed from the separation mold (50) to the slideway.

3. The motor-driven feeding mechanism of the semiconductor automatic rib cutting system according to claim 1, characterized in that: The motor (21) is fixed below the end of the mounting plate (1), a synchronous wheel (22) is installed on the shaft of the motor (21), and a synchronous wheel (24) is driven by a synchronous belt (23), the synchronous wheel (24) is fixed above the connecting shaft (25), an adjustment block (27) is fixed below the connecting shaft (25), a gasket (26) is installed on both sides of the connecting shaft (25) to fix the synchronous wheel (24) and to fix the connecting shaft (25) on the adjustment block (27); the adjustment block (27) and the adjustment block (28) are installed below the mounting plate (1), and the adjustment block (28) is used to adjust the synchronous wheel (24) and the connecting shaft (25) to the adjusting block (27). The adjusting block 2 (28) is fixed with bolts and the tightness of the synchronous belt (23) is adjusted; the push rod 2 (39) is fixed on the slide rail (6) and the slide rail (19), and the slide rail fixing block (40) installed on the push rod 2 (39) fixes the slide rail (37); the slider 1 (36) is installed on the slide rail (37) and fixes the synchronous belt (23) with the synchronous belt fixing block (35) fixed on the slider 1 (36) so that the push rod 2 (39) moves with the synchronous belt (23); the servo motor (21) drives the reciprocating motion of the push rod 2 (39) through the synchronous belt (23).

4. The motor-driven feeding mechanism of the semiconductor automatic rib cutting system according to claim 1, characterized in that: The floating block 1 (41) is fixed at the end of the push rod 2 (39), and cross roller linear guides (44) are installed at both ends of the floating block 1 (41) and connected to the floating block 2 (42); a cylinder (45) is installed in the groove of the floating block 1 (41), and a cylinder head 2 (46) is installed on the cylinder (45) to fix the cylinder movable block (43) installed on the floating block 2 (42) to drive the floating block 2 (42) to move; a pull rod fixing block (48) is installed on the floating block 2 (42), and a pull rod (49) is installed below. A blowing hole is opened in the pull rod (49), and air is supplied through a speed regulating valve (47) installed on the upper pull rod fixing block (48); the cylinder (45) drives the pull rod (49) to descend to the corresponding groove of the slideway, and the pull rod (49) follows the push rod 2 (39) driven by the servo motor (21) to blow the product and reciprocate in the slideway.

5. The feeding mechanism driven by a motor of a semiconductor automatic rib cutting system according to claim 1, characterized in that: The push rod (32) is installed in the installation hole of the push rod fixing block (29), and is fixed by the guide plate (31) and the pressure plate (30) at the front and back; there are 8 push rods (32) in total, corresponding to the position of the outlet hole of the separation mold (50) and the shape of the slide groove; the shape of the pull rod (49) corresponds to the shape of the slide groove, and pushes the product to move in the groove.

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