CN108526374A - The integrated automatic producing device of shrapnel - Google Patents

Abstract

An integrated automatic production equipment for shrapnel, including a main body of equipment, which is provided with a silver nail riveting mechanism arranged along a production transmission line, a shrapnel forming mechanism, a shrapnel shearing mechanism, two sets of shrapnel feeding mechanisms, and a silver nail riveting mechanism It is matched with a shrapnel feeding mechanism, the shrapnel shearing mechanism is matched with another shrapnel feeding mechanism, and the shrapnel forming mechanism is located between the silver nail riveting mechanism and the shrapnel cutting mechanism. The present invention can directly complete steps such as stamping forming, silver nail riveting, and cutting parts on the shrapnel strip, and concentrates multiple processes of shrapnel production in one device, and the product production can achieve one-button streamlined operation, saving manpower operation time and The material turnover time can reduce the labor intensity of workers and improve the production quality and efficiency of shrapnel; the process design scheme is reasonable and can meet the requirements of lean production. It can be applied to the assembly and production of parts in the hardware and electronics industries, and has broad market prospects. .

Description

Integrated automatic production equipment for shrapnel

technical field

The invention relates to elastic production equipment, in particular to an integrated automatic production equipment for shrapnel.

Background technique

The stamping forming and silver nail riveting production processes of commonly used shrapnel are produced separately. First, the shrapnel is stamped and formed into parts, and the parts are transported to the production workshop with material boxes for silver nail riveting and assembly. This production mode needs to distinguish materials from the beginning of production, and after many times of warehouse entry and exit management, it is easy to be squeezed and deformed during transportation, and the consistency of parts size cannot be guaranteed; the traditional silver nail riveting process is usually based on Manual operation is easy to produce parts extrusion deformation and artificial contamination of silver nails, not only low production efficiency, but also affects the production quality of products, and brings many management difficulties to the lean production of products. Chinese Patent Document No. CN204449181U disclosed an automatic forming machine for processing shrapnel on July 8, 2015, and specifically disclosed: including: a machine tool, including a machine tool base and a frame, and two ends of the machine tool are respectively provided with a material inlet and an outlet Material inlet, there is a conveying channel for the feeding belt between the material inlet and the material outlet; the driving system is installed on the machine tool, including the driving device and the transmission mechanism, and the driving device is used to provide power; the transmission mechanism It is used to transmit the power of the driving device to each working part; a plurality of dies installed on the frame along the extension direction of the feeding channel, and the plurality of dies are used to complete the corresponding stamping process for the material strip; the eccentric feeding mechanism , located between multiple punching dies, used to drive the material belt from the material inlet to the material outlet in a step-by-step manner; the rivet combination mechanism is located at the end of the conveying channel, and the rivet combination mechanism is equipped with a riveting station The rivet combination mechanism includes a secondary processing clamping and conveying mechanism, a rivet feeding device and a riveting device. The secondary processing clamping and conveying mechanism is used to fix and clamp the product and send the product to the riveting station in a stepping and rotating manner The rivet feeding device is used to transport the rivets to the riveting station, and the riveting device is used to rivet the rivets on the product at the riveting station. The functional unit of the device is bulky and cumbersome to operate.

Therefore, it is necessary to make further improvements.

Contents of the invention

The purpose of the present invention is to provide an integrated automatic production equipment for shrapnel with simple and reasonable structure, strong integrity, saving manpower operation time and material turnover time, reducing labor intensity of workers, and improving production quality and efficiency of shrapnel, so as to overcome the existing There are deficiencies in the technology.

An integrated automatic production equipment for shrapnel designed according to this purpose, including the main body of the equipment, which is equipped with a silver nail riveting mechanism and/or shrapnel forming mechanism and/or shrapnel shearing mechanism, and shrapnel arranged along the production transmission line. feeding mechanism;

The silver nail riveting mechanism includes a riveting drive assembly and a riveting die, the riveting die includes a riveting upper die assembly and a riveting lower die assembly, the strip material of the shrapnel is transmitted between the riveting upper die assembly and the riveting lower die assembly, and the riveting drive The components drive the riveting upper die assembly and the riveting lower die assembly to complete the mold opening and closing action;

The shrapnel forming mechanism includes a forming drive assembly and a forming die, the forming die includes an upper forming die assembly and a lower forming die assembly, the elastic sheet belt material is transmitted between the upper forming die assembly and the lower forming die assembly, and the forming drive assembly Drive forming upper mold assembly and forming lower mold assembly to complete the mold opening and closing action;

The shrapnel shearing mechanism includes a shearing drive assembly and a shearing die. The shearing die includes a shearing upper die assembly and a shearing lower die assembly. Between the components, the shearing drive component drives the shearing upper die assembly and the shearing lower die assembly to complete the mold opening and closing action;

The shrapnel feeding mechanism includes a tape positioning assembly for limiting the position of the shrapnel tape and a tape pushing assembly for driving the shrapnel tape to move, and the tape positioning assembly and the tape pushing assembly work alternately.

The riveting drive assembly includes a riveting cylinder, a riveting transmission rod and a riveting action block, one end of the riveting transmission rod is movably connected to the rod body of the riveting cylinder, the other end is movably connected to the riveting action block, the middle part is positioned and rotated on the first support frame, and the riveting action block is set On the riveting upper die assembly; the piston movement of the riveting cylinder finally drives the riveting action block to move up and down, so as to drive the riveting upper die assembly to follow the up and down movement.

The forming drive assembly includes a forming cylinder, a forming drive rod and a forming block, one end of the forming drive rod is movably connected to the rod body of the forming cylinder, the other end is movably connected to the forming block, the middle part is positioned and rotated on the second support frame, and the forming block is set On the forming upper mold assembly; the piston movement of the forming cylinder finally drives the forming action block to move up and down, so as to drive the forming upper mold assembly to follow the up and down movement.

The shearing drive assembly includes a shearing cylinder, a shearing transmission rod and a shearing action block, one end of the shearing transmission rod is movably connected to the rod body of the shearing cylinder, the other end is movably connected to the shearing action block, and the middle part is positioned and rotated on the third support On the frame, the shearing action block is set on the shearing upper die assembly; the piston movement of the shearing cylinder finally drives the shearing action block to move up and down, so as to drive the shearing upper die assembly to follow the up and down movement.

The strip positioning assembly includes a positioning cylinder, a positioning transmission block and a positioning pin. The positioning cylinder drives the positioning pin to move up and down through the positioning transmission block to insert or separate from the feeding auxiliary hole on the shrapnel strip.

The strip pushing assembly includes a push cylinder, a push transmission block and a push block. The push cylinder drives the push block to reciprocate laterally through the push drive block, and the push block elastically rotates on the push drive block; the push cylinder drives the push block to reverse along the production transmission line When moving, the pushing block rotates on the pushing transmission block and crosses the shrapnel tape; when the pushing cylinder drives the pushing block to move forward along the production transmission line, the pushing block resets and rotates and is at least partially inserted into the feeding auxiliary hole on the shrapnel tape.

The main body of the equipment is equipped with a silver nail riveting mechanism, a shrapnel forming mechanism, a shrapnel shearing mechanism and two sets of shrapnel feeding mechanisms, the silver nail riveting mechanism is matched with a shrapnel feeding mechanism, and the shrapnel cutting mechanism is matched with another shrapnel feeding mechanism It is set that the shrapnel forming mechanism is located between the silver nail riveting mechanism and the shrapnel cutting mechanism.

The structure also includes a silver nail feeding mechanism composed of a silver nail feeder and a silver nail vibrating plate, the discharge end of the silver nail vibrating plate is connected with the feed end of the silver nail feeder, The riveting station connection on the silver nail riveting mechanism.

The structure also includes a paper tape winding mechanism composed of a reel and a reel motor, the reel is positioned and rotated relative to the main body of the device, and the reel motor is located below the reel.

The integrated automatic production equipment for shrapnel of the present invention can directly complete steps such as stamping and forming, riveting with silver nails, and cutting parts on the shrapnel material belt, and concentrates multiple processes of shrapnel production on one equipment to complete the product production. Key streamlined operation greatly saves manpower operation time and material turnover time, reduces labor intensity of workers, improves production quality and efficiency of shrapnel; this structure can automatically complete multiple silver nails and shrapnel with materials for combination, riveting, A series of actions such as forming and cutting; the process design scheme of the integrated automatic production equipment for shrapnel is reasonable, which can meet the requirements of lean production. It can be applied to the assembly and production of parts in the hardware and electronics industries, and has broad market prospects.

Description of drawings

FIG. 1 is a schematic diagram of an assembly structure of an embodiment of the present invention.

Fig. 2 is a structural schematic diagram of a silver nail riveting mechanism in an implementation of the present invention.

Fig. 3 is a structural schematic diagram of a shrapnel forming mechanism in an implementation of the present invention.

Fig. 4 is a schematic structural diagram of a shrapnel shearing mechanism in an implementation of the present invention.

Fig. 5 is a structural schematic diagram of a shrapnel feeding mechanism in an implementation of the present invention.

Fig. 6 is a schematic diagram of the reverse movement of the pushing block along the production transmission line in an implementation of the present invention.

Fig. 7 is a schematic diagram of the forward movement of the pushing block along the production transmission line in an implementation of the present invention.

Detailed ways

The present invention will be further described below in conjunction with the accompanying drawings and embodiments.

Referring to Fig. 1-Fig. 7, the integrated automatic production equipment for shrapnel includes the main body of the equipment. The main body of the equipment is provided with a silver nail riveting mechanism 1 arranged along the production transmission line, a shrapnel forming mechanism 2 and a shrapnel shearing mechanism 3, and two Set of shrapnel feeding mechanism 4, silver nail riveting mechanism 1 is matched with a shrapnel feeding mechanism 4, shrapnel shearing mechanism 3 is matched with another shrapnel feeding mechanism 4, shrapnel forming mechanism 2 is located between silver nail riveting mechanism 1 and shrapnel cutting mechanism between 3;

The silver nail riveting mechanism 1 includes a riveting drive assembly and a riveting mold. The riveting mold includes an upper and lower riveting upper mold assembly 1.7 and a riveting lower mold assembly 1.8. The shrapnel strip material 11 is transmitted between the riveting upper mold assembly 1.7 and the riveting lower mold assembly. Between parts 1.8, the riveting drive assembly drives the riveting upper die assembly 1.7 and the riveting lower die assembly 1.8 to complete the mold opening and closing action to complete the silver nail 12 riveting process;

The shrapnel forming mechanism 2 includes a forming drive assembly and a forming die. The forming die includes a forming upper die assembly 2.7 and a forming lower die assembly 2.8 corresponding up and down. The shrapnel belt material 11 is transmitted between the forming upper die assembly 2.7 and the forming lower die assembly. Between 2.8, the forming driving component drives the forming upper mold component 2.7 and the forming lower mold component 2.8 to complete the mold opening and closing action, so as to realize the shrapnel forming process;

The shrapnel shearing mechanism 3 includes a shearing drive assembly and a shearing die, and the shearing die includes a corresponding upper and lower shearing die assembly 3.7 and a shearing lower die assembly 3.8, and the shrapnel strip material 11 is transmitted on the shearing upper die assembly Between 3.7 and the shearing lower die assembly 3.8, the shearing drive assembly drives the shearing upper die assembly 3.7 and the shearing lower die assembly 3.8 to complete the mold opening and closing action to complete the shrapnel shearing process;

The shrapnel feeding mechanism 4 includes a strip positioning assembly 4.1 for limiting the position of the shrapnel strip 11 and a strip pushing assembly 4.2 for driving the shrapnel strip 11 to move, and the strip positioning assembly 4.1 and the strip pushing assembly 4.2 work alternately; During the silver nail 12 riveting process, forming process and shearing process, the tape positioning assembly 4.1 works to limit the movement of the shrapnel tape 11 to ensure the processing quality; when the shrapnel tape 11 needs to be transported, the tape pushing assembly 4.2 works to drive The shrapnel strip 11 moves along the production transport direction.

Further, referring to Fig. 2, the riveting drive assembly includes a riveting cylinder 1.1, a riveting transmission rod 1.3 and a riveting action block 1.6, one end of the riveting transmission rod 1.3 is movably connected to the rod body of the riveting cylinder 1.1, the other end is movably connected to the riveting action block 1.6, and the middle part is positioned and rotated On the first support frame 1.4, the riveting action block 1.6 is set on the riveting upper die assembly 1.7; the piston movement of the riveting cylinder 1.1 finally drives the riveting action block 1.6 to move up and down, so as to drive the riveting upper die assembly 1.7 to move up and down. Specifically, the cylinder body of the riveting cylinder 1.1 is fixed relative to the main body of the equipment, the rod body of the riveting cylinder 1.1 moves up and down to drive the riveting action block 1.6 to move up and down, and the first support frame 1.4 is provided with a vertically sliding first slider 1.5, The riveting action block 1.6 is connected to the riveting upper mold assembly 1.7 through the first slider 1.5, and the cylinder body of the riveting cylinder 1.1 is provided with a first limit block 1.2 for limiting the lifting range of the rod body.

Further, referring to Fig. 3, the forming drive assembly includes a forming cylinder 2.1, a forming transmission rod 2.3 and a forming action block 2.6, one end of the forming transmission rod 2.3 is movably connected to the rod body of the forming cylinder 2.1, the other end is movably connected to the forming action block 2.6, and the middle part is positioned and rotated On the second support frame 2.4, the forming action block 2.6 is set on the forming upper mold assembly 2.7; the piston movement of the forming cylinder 2.1 finally drives the forming action block 2.6 to move up and down, so as to drive the forming upper mold assembly 2.7 to move up and down. Specifically, the cylinder body of the forming cylinder 2.1 is fixed relative to the main body of the equipment, and the rod body of the forming cylinder 2.1 moves up and down to drive the forming block 2.6 to move up and down. The second support frame 2.4 is provided with a second slide block 2.5 that slides vertically, The forming action block 2.6 is connected with the forming upper mold assembly 2.7 through the second slider 2.5, and the cylinder body of the forming cylinder 2.1 is provided with a second limit block 2.2 for limiting the lifting range of the rod body.

Further, referring to Fig. 4, the shearing drive assembly includes a shearing cylinder 3.1, a shearing transmission rod 3.3 and a shearing action block 3.6, one end of the shearing transmission rod 3.3 is movably connected to the rod body of the shearing cylinder 3.1, and the other end is movably connected to the shearing cylinder 3.1. The action block 3.6 is positioned and rotated on the third support frame 3.4, and the shear action block 3.6 is set on the shear upper die assembly 3.7; the piston movement of the shear cylinder 3.1 finally drives the shear action block 3.6 to move up and down to drive The shear upper die assembly 3.7 follows the up and down movement. Specifically, the cylinder body of the shearing cylinder 3.1 is fixed relative to the main body of the equipment, and the rod body of the shearing cylinder 3.1 moves up and down to drive the shearing block 3.6 to move up and down, and the third support frame 3.4 is provided with a third slide for vertical sliding. Block 3.5, the shearing action block 3.6 is connected to the shearing upper die assembly 3.7 through the third slide block 3.5, and the cylinder body of the shearing cylinder 3.1 is provided with a third limit block 3.2 for limiting the lifting range of the rod body.

Further, referring to Fig. 5 (the arrow in the figure is the feeding direction), the strip positioning assembly 4.1 includes a positioning cylinder 4.11, a positioning transmission block and a positioning pin 4.14, and the positioning transmission block includes a first positioning transmission block 4.12 and a second positioning transmission block connected to each other. The transmission block 4.13 and the positioning cylinder 4.11 drive the positioning pin 4.14 (more than one) to move up and down through the positioning transmission block to insert or break away from the feeding auxiliary hole 11.1 on the shrapnel strip material 11; when carrying out the riveting process, forming process and During the shearing process, the positioning cylinder 4.11 drives the positioning pin 4.14 down through the positioning transmission block and inserts it into the corresponding feeding auxiliary hole 11.1, thereby restricting the movement of the shrapnel tape 11; The block drives positioning pin 4.14 to rise and break away from the corresponding feeding auxiliary hole 11.1, and now the shrapnel band material 11 can move freely.

The belt material pushing assembly 4.2 includes pushing cylinder 4.21, pushing transmission block 4.22 and pushing block 4.23, pushing cylinder 4.21 drives pushing block 4.23 lateral reciprocating motion through pushing driving block 4.22, pushing block 4.23 is elastically rotated on pushing moving block 4.22 by spring 4.24; Referring to Fig. 6 (the arrow in the figure is the opposite direction of production transmission), when the push cylinder 4.21 drives the push block 4.23 to move in reverse along the production transmission line, the spring 4.24 is compressed under the action of force, and the push block 4.23 rotates on the push drive block 4.22 and crosses The shrapnel band material 11 prevents the shrapnel band material 11 from moving in reverse along the production transmission line; referring to Fig. 7 (the arrow in the figure is the positive direction of production transmission), when the push cylinder 4.21 drives the push block 4.23 to move forward along the production transfer line, the push block 4.23 is Under the action of the spring 4.24, reset and rotate and at least partly insert the feeding auxiliary hole 11.1 on the shrapnel strap material 11, and then drive the shrapnel strap material 11 to move forward.

During the production and conveying process, after the sensor on the belt material positioning component 4.1 receives the signal of the arrival of the shrapnel belt material 11, the positioning cylinder 4.11 drives the positioning pin 4.14 to insert the feeding auxiliary hole 11.1 on the shrapnel belt material 11 to realize accurate positioning, and then the belt material After the sensor on the push assembly 4.2 receives the completion signal of the shrapnel tape 11, the push cylinder 4.21 drives the shrapnel tape 11 to advance through the pushing block 4.23 to complete the feeding process.

Further, the equipment main body is also provided with a silver nail feeding mechanism consisting of a silver nail feeder 6 and a silver nail vibrating plate 7, the discharge end of the silver nail vibrating plate 7 is connected with the feeding end of the silver nail feeder 6, The discharge end of the silver nail feeder 6 is connected with the riveting station on the silver nail riveting mechanism 1 . The delivery of the silver nails 12 is mainly completed by the silver nail feeding mechanism, specifically, the silver nails 12 are transported to the riveting station through the silver nail vibrating plate 7 and the silver nail feeder 6 to be riveted with the shrapnel strip material 11 for riveting holes.

Further, the main body of the device is also provided with a paper tape winding mechanism composed of a coil material reel 8 and a coil material motor 10. The coil material reel 8 is positioned and rotated relative to the device main body. The coil material motor 10 is located below the coil material reel 8. A paper tape 9 is wound on the tray 8 . The delivery of the shrapnel tape 11 is only completed by the paper tape winding mechanism. Specifically, the shrapnel tape 11 is transported by the coil motor 10 after being rotated from the reel 8, and then passes through the riveting station, the forming station and the shearing station in turn. .

Specific working principle:

Riveting, the silver nail 7 is sent to the designated riveting station through the silver nail vibrating plate 7 and the silver nail feeder 6, and the shrapnel tape 11 is rotated by the coiling motor 10 to rotate the coiling plate 8 to place the shrapnel tape 11 on the shrapnel feeding mechanism 4. Conveying and moving down to the riveting station; the riveting process is: after the sensor on the riveting cylinder 1.1 receives the arrival signal of the shrapnel strip material 11 and the silver nail 12, the riveting cylinder 1.1 passes through the first limit block 1.2 and the riveting transmission rod after being pushed out 1.3 The principle of leverage is formed under the combined action to drive the first slider 1.5 and the riveting upper die assembly 1.7 to push downward quickly. At this time, the top of the silver nail 12 is just at the positioning point of the riveting lower die assembly 1.8 and is riveted on the shrapnel strip 11 Just below the hole, the riveting upper die assembly 1.7 is quickly pushed downward to close with the riveting lower die assembly 1.8, and the silver nail 12 and the shrapnel strip 11 are accurately riveted and fastened into one; at this time, the sensor receives the signal that the riveting of the product is completed , the riveting cylinder 1.1 pulls back, and the riveting transmission rod 1.3 drives the first slider 1.5 and the riveting upper mold assembly 1.7 to pull back quickly upwards, completing the cycle riveting and converting and conveying product process of the whole process;

Forming, the shrapnel belt material 11 reaches the forming station under the conveying movement of the shrapnel feeding mechanism 4; the forming process is: after the sensor on the forming cylinder 2.1 receives the signal of the arrival of the shrapnel belt material 11, the forming cylinder 2.1 passes through the second limit after being pushed out. The positioning block 2.2 and the forming transmission rod 2.3 form a lever principle under the joint action, and drive the second slider 2.5 and the forming upper mold assembly 2.7 to push downward quickly. Forming upper mold assembly 2.7 quickly pushes downward and closes forming lower mold assembly 2.8, and accurately bends the shrapnel strip 11 into the shape and size of the part design; then the sensor receives the signal that the product is formed, and the forming cylinder 2.1 times Pulling, the forming transmission rod 2.3 drives the second slider 2.5 and the forming upper mold assembly 2.7 to pull back quickly to complete the cycle forming and conversion conveying product process of the whole process;

Shearing, the strip material 11 of the shrapnel reaches the shearing station through the conveying movement of the shrapnel feeding mechanism 4; 3.1 After being pushed out, the lever principle is formed under the joint action of the third limit block 3.2 and the shearing transmission rod 3.3, which drives the third slider 3.5 and the upper shearing die assembly 3.7 to push downward quickly. At this time, the shrapnel strip 11 is just in the The positioning point of the shearing lower die assembly 3.8, the shearing upper die assembly 3.7 is quickly pushed downward and the shearing lower die assembly 3.8 is punched and closed, and the shrapnel strip material 11 is accurately separated into a single part; then the sensor receives the product The shearing completion signal, the shearing cylinder 3.1 pulls back, and the shearing transmission rod 3.3 drives the third slider 3.5 and the shearing upper die assembly 3.7 to pull back quickly, completing the cyclic shearing punching of the entire process and converting and conveying products process.

The above is the preferred solution of the present invention, showing and describing the basic principles, main features and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited by the above-mentioned embodiments, and what described in the above-mentioned embodiments and the description only illustrates the principle of the present invention, and the present invention also has various aspects without departing from the spirit and scope of the present invention. Variations and improvements, which fall within the scope of the claimed invention. The protection scope of the present invention is defined by the appended claims and their equivalents.

Claims (9)

1. a kind of shrapnel integrated automatic producing device, including equipment body, it is provided with along transportation line on equipment body The silver nail riveting mechanism (1) and/or shrapnel shaping mechanism (2) and/or shrapnel cutting mechanism (3) and shrapnel feed mechanism of arrangement (4)；

The silver nail riveting mechanism (1) includes riveting drive component and riveting die set, and riveting die set includes riveting upper die component (1.7) and riveting lower mold assemblies (1.8), shrapnel strip (11) transmission are riveting upper die component (1.7) and riveting lower mold assemblies (1.8) between, riveting drive component driving riveting upper die component (1.7) completes open mold action with riveting lower mold assemblies (1.8)；

The shrapnel shaping mechanism (2) includes molding drive component and molding die, molding die include shaping upper component (2.7) it is transmitted in shaping upper component (2.7) and molding lower mold assemblies with molding lower mold assemblies (2.8), shrapnel strip (11) (2.8) between, molding drive component driving shaping upper component (2.7) completes open mold action with molding lower mold assemblies (2.8)；

The shrapnel cutting mechanism (3) includes shearing drive component and shearing die, and shearing die includes shearing upper die component (3.7) and upper die component (3.7) and shearing lower mold assemblies are being sheared in shearing lower mold assemblies (3.8), shrapnel strip (11) transmission (3.8) between, shearing drive component driving shearing upper die component (3.7) completes open mold action with shearing lower mold assemblies (3.8)；

The shrapnel feed mechanism (4) includes strip positioning component (4.1) for limiting shrapnel strip (11) position and is used for Drive the strip passage component (4.2) that shrapnel strip (11) is mobile, strip positioning component (4.1) and strip passage component (4.2) It works alternatively.

2. the integrated automatic producing device of shrapnel according to claim 1, it is characterised in that：The riveting drive component Including riveting cylinder (1.1), riveting drive link (1.3) and riveting effect block (1.6), riveting drive link (1.3) one end activity connects The body of rod, other end flexible connection riveting effect block (1.6), middle part locating rotation of riveting cylinder (1.1) are connect in the first supporting rack (1.4) on, riveting effect block (1.6) is set on riveting upper die component (1.7)；The piston motion for riveting cylinder (1.1) is final It drives riveting effect block (1.6) to move up and down, up and down motion is followed with driving riveting upper die component (1.7).

3. the integrated automatic producing device of shrapnel according to claim 1, it is characterised in that：The molding drive component Including forming cylinder (2.1), molding drive link (2.3) and molding effect block (2.6), molding drive link (2.3) one end activity connects The body of rod, other end flexible connection molding effect block (2.6), middle part locating rotation of forming cylinder (2.1) are connect in the second supporting rack (2.4) on, molding effect block (2.6) is set on shaping upper component (2.7)；The piston motion of forming cylinder (2.1) is final Molding effect block (2.6) is driven to move up and down, to drive shaping upper component (2.7) to follow up and down motion.

4. the integrated automatic producing device of shrapnel according to claim 1, it is characterised in that：The shearing drive component Including shearing cylinder (3.1), shearing drive link (3.3) and shear action block (3.6), shearing drive link (3.3) one end activity connects The body of rod, other end flexible connection shear action block (3.6), middle part locating rotation of shearing cylinder (3.1) are connect in third supporting rack (3.4) on, shear action block (3.6) is set on shearing upper die component (3.7)；The piston motion for shearing cylinder (3.1) is final It drives shear action block (3.6) to move up and down, up and down motion is followed with driving shearing upper die component (3.7).

5. the integrated automatic producing device of shrapnel according to claim 1, it is characterised in that：The strip positioning component (4.1) include positioning cylinder (4.11), positioning transmission block and pilot pin (4.14), positioning cylinder (4.11) passes through positioning transmission block Pilot pin (4.14) is driven to move up and down, to plug or be detached from the feeding via hole (11.1) in shrapnel strip (11).

6. the integrated automatic producing device of shrapnel according to claim 5, it is characterised in that：The strip elapses component (4.2) include that passage cylinder (4.21), passage drive block (4.22) and passage block (4.23), passage cylinder (4.21) pass through passage Drive block (4.22) driving passage block (4.23) traverse motion, passage block (4.23) elastic rotation is in passage drive block (4.22) on；When passage cylinder (4.21) driving passage block (4.23) is moved backward along transportation line, passage block (4.23) turns It moves on passage drive block (4.22) and crosses shrapnel strip (11)；Passage cylinder (4.21) driving passage block (4.23) is along production When transmission line forward direction moves, passage block (4.23) resets rotation and at least partly plugs the feeding via hole in shrapnel strip (11) (11.1)。

7. according to the integrated automatic producing device of claim 1-6 any one of them shrapnels, it is characterised in that：The equipment Silver nail riveting mechanism (1), shrapnel shaping mechanism (2), shrapnel cutting mechanism (3) and two sets of shrapnel feed mechanisms are provided in main body (4), silver nail riveting mechanism (1) and shrapnel feed mechanism (4) mating setting, shrapnel cutting mechanism (3) and another shrapnel feeding Mechanism (4) mating setting, shrapnel shaping mechanism (2) are located between silver nail riveting mechanism (1) and shrapnel cutting mechanism (3).

8. the integrated automatic producing device of shrapnel according to claim 7, it is characterised in that：Further include that feeding is followed closely by silver The silver nail feed mechanism that device (6) and silver nail vibrating disk (7) form, discharge end and the silver nail feed appliance (6) of silver nail vibrating disk (7) Feed end connects, and the discharge end of silver nail feed appliance (6) is connect with the riveting station on silver nail riveting mechanism (1).

9. the integrated automatic producing device of shrapnel according to claim 7, it is characterised in that：Further include by looping disk (8) and the paper tape winding mechanism of coiled strip motor (10) composition, the rotation setting of looping disk (8) relative device agent localization, coiled strip are electric Machine (10) is located at below looping disk (8).