CN209094283U - Stamping device with bidirectional walking mechanism - Google Patents

Abstract

The utility model discloses a kind of stamping devices with bidirectional walking mechanism, comprising: speed regulating motor, punching mechanism, pushing mechanism, die assembly and chain；Punching mechanism is perpendicular to pushing mechanism；The fixed speed regulating motor in one end of punching mechanism, while the end is wrapped up by one end of chain, the other end of punching mechanism does linear reciprocating motion above die assembly and completes punching press；Pushing mechanism one end is wrapped up by the other end of chain, and the other end of pushing mechanism does linear reciprocating motion at die assembly edge and die assembly is pushed to rotate.Whereby, stamping device provided by the utility model can be realized: a motor drives, and generates the linear reciprocating motion of two vertical direction；Meanwhile formed punch punching press rotates with turntable and mutually coordinates in time, spatially matches, ram efficiency is high, and in punching course without human intervention.

Description

Stamping device with bidirectional walking mechanism

Technical field

The utility model relates to stamping area more particularly to a kind of stamping devices with bidirectional walking mechanism.

Background technique

Stamping device generally uses hydraulic cylinder to directly drive staking punch stamped workpieces, but this hydraulic drive type stamping device The problems such as generally existing design of Hydraulic System is complicated, and the Hydraulic Elements accuracy of manufacture requires height, and operation and maintenance cost is high, therefore, How other modes punching press is used, more has using save the cost, while guaranteeing efficient punching press, be then that current stamping area must The technical issues of must thinking deeply and solving.

Utility model content

To solve the above-mentioned problems, the technical problem to be solved by the present invention is to provide one kind to have bidirectional walking machine The stamping device of structure is vertically directed mechanism using the eccentric wheel promotion of driving mechanism and reciprocally moves up and down, drives formed punch continuous Ground punching press, while link mechanism is connected using the driven wheel eccentric position of follower, drive the push rod of link mechanism end past Again side-to-side movement and constantly push turntable, so that device is had formed punch punching press and turntable and rotate two circulation actions；And it uses Chain wraps up drive sprocket and driven sprocket, and speed motor is installed on drive sprocket, so that it may make drive sprocket and driven Sprocket wheel rotates simultaneously；Also, as being selected as with the shape size of driven sprocket drive sprocket, formed punch punching press and turntable is avoided to revolve Turn to interfere on sometime point；Meanwhile push rod when removing material hole is finished according to each formed punch punching press and starts to push turntable Formed punch begins to decline the principle of punching press when rotating, and going to material groove location according to next material hole, is calculated, and determines inclined The position of the size of heart wheel and axis, driven wheel disc on the eccentric position of hinged second connecting rod, the length of formed punch and position, The shape of push rod and position realize the up and down of formed punch and the rotation of turntable, stop mutually coordinating.

To achieve the above object, the utility model provides a kind of stamping device with bidirectional walking mechanism, comprising: speed regulation Motor, punching mechanism, pushing mechanism, die assembly and chain；The punching mechanism is perpendicular to pushing mechanism；The punching mechanism The fixed speed regulating motor in one end, while the end is wrapped up by one end of the chain, and the other end of the punching mechanism exists It does linear reciprocating motion above die assembly and completes punching press；It is wrapped by the other end of the chain described pushing mechanism one end It wraps up in, the other end of the pushing mechanism does linear reciprocating motion at die assembly edge and die assembly is pushed to rotate.

Wherein, the punching mechanism includes: driving mechanism and is vertically directed mechanism；The mechanism that is vertically directed is far from mold One end of component is equipped with steamboat, and the cylindrical wall movement of the steamboat butts up against driving mechanism, converts rotational motion into linear motion； The driving mechanism is wrapped up by one end of chain；One end of the close die assembly for being vertically directed mechanism is equipped with formed punch, The formed punch just does linear reciprocating motion in or on die assembly and completes punching press；The pushing mechanism include: follower and Horizontally-guided mechanism；The follower is wrapped up by the other end of chain；One end of the horizontally-guided mechanism be articulated with from At the eccentric position of motivation structure, linear reciprocating motion is converted rotational motion into, the other end of horizontally-guided mechanism is equipped with push rod, The push rod does linear reciprocating motion at die assembly edge and die assembly is pushed to rotate.

Wherein, the driving mechanism includes: driving shaft, drive sprocket, eccentric wheel and the first connecting key；The drive sprocket With eccentric wheel sleeve on driving shaft, the central axis of the central axis of drive sprocket and eccentric wheel not on the same line, and There is gap between drive sprocket and eccentric wheel；The cylindrical wall of the driving shaft is equipped with the first slot, and the center inner wall of drive sprocket is set There is the second slot for placing the first connecting key, the center inner wall of eccentric wheel is equipped with the third slot for placing the first connecting key； First connecting key passes through the first slot, fixed drive sprocket and eccentric wheel；The drive sprocket is wrapped up by one end of chain, The wobbler action butts up against steamboat；The follower includes: driven shaft, driven sprocket, driven wheel and the second connecting key； The driven sprocket and driven wheel are coated at driven shaft, and the central axis of driven sprocket and the central axis of driven wheel are same On straight line；The outer wall of the driven shaft is equipped with the 4th slot, and the center inner wall of driven sprocket is equipped with for placing the second connecting key The 5th slot, the center inner wall of driven wheel is equipped with the 6th slot for placing the second connecting key；Second connecting key passes through the Four slots, fixed driven sprocket and driven wheel；The driven sprocket is wrapped up by the other end of chain；The horizontally-guided mechanism One end is articulated at the eccentric position of driven wheel, converts rotational motion into linear reciprocating motion.

Wherein, the drive sprocket is as the shape size of driven sprocket, and the center circular section of drive sprocket with from The center circular section of movable sprocket is in same perpendicular.

Wherein, tensioning wheel, the center circular section of the tensioning wheel and active are equipped between the drive sprocket and driven sprocket The center circular section of sprocket wheel, driven sprocket center circular section in same perpendicular.

Wherein, equipped with vertical plate for fixing, the two sides for being vertically directed mechanism are equipped with lifting bullet for the mechanism that is vertically directed Spring, the lifting spring one end are fixed on vertical plate, and the other end is fixed on the side wall perpendicular to vertical plate for being vertically directed mechanism.

Wherein, the horizontally-guided mechanism includes: first connecting rod, second connecting rod and bracket, and the first connecting rod passes through Bracket；One end jacket-type of the first connecting rod is articulated with one end of push rod, and the other end is articulated with one end of the second connecting rod； At the eccentric position for the disc that one end of the separate first connecting rod of second connecting rod is articulated with driven wheel, by rotary motion Be converted to linear reciprocating motion.

Wherein, the die assembly includes: chassis, turntable and holds down assembly, and the turntable coaxially adheres on the upper of chassis Plane, described hold down assembly are anchored in the thread groove that center chassis is equipped with across the through-hole that center of turntable is equipped with.

Wherein, multiple material holes are uniformly provided on the circumferencial direction of the plane of the turntable, and at the circumferential edges of turntable Multiple notches are evenly arranged with, the number in the material hole is identical as the number of notch；The chassis be equipped with material trough and One dumping pit, the center face material groove center of the formed punch；Multiple materials are separated between the material trough and dumping pit Hole；The every rotation of turntable is primary, and next material hole rotates to material groove location.

The beneficial effects of the utility model are: compared with prior art, stamping device provided by the utility model, Neng Goushi Existing: a motor drives, and generates the linear reciprocating motion of both direction, that is, generates the up and down reciprocatingly straight line fortune for being vertically directed mechanism Dynamic and horizontally-guided mechanism linear reciprocating motion；Meanwhile formed punch punching press and turntable rotation phase in time that the device provides Coordinate, spatially match, ram efficiency is high；In addition, the device is after debugging is good, and without human intervention, the degree of automation It is high.

Detailed description of the invention

Fig. 1 is the first visual angle figure of the utility model entirety；

Fig. 2 is the second visual angle figure of the utility model entirety；

Fig. 3 is the structure chart of the steamboat of the utility model；

Fig. 4 is the explosive view of the driving mechanism of the utility model；

Fig. 5 is the explosive view of the follower of the utility model；

Fig. 6 is the structure chart of the link mechanism of the utility model；

Fig. 7 is the structure chart of the die assembly of the utility model；

Fig. 8 is the chassis structure figure of the utility model；

Fig. 9 is the turntable structure figure of the utility model.

Main element symbol description is as follows:

1, speed regulating motor 2, punching mechanism

3, pushing mechanism 4, die assembly

5, chain 6, tensioning wheel

7, vertical plate 8, lifting spring

21, driving mechanism 22, be vertically directed mechanism

23, steamboat 24, formed punch

31, follower 32, horizontally-guided mechanism

33, push rod 41, chassis

42, turntable 43, hold down assembly

211, driving shaft 212, drive sprocket

213, eccentric wheel 214, the first connecting key

311, driven shaft 312, driven sprocket

313, driven wheel 314, the second connecting key

321, first connecting rod 322, second connecting rod

323, bracket 2001, the first slot

2002, the second slot 2003, third slot

2004, the 4th slot 2005, the 5th slot

2006, the 6th slot 4001, material hole

4002, notch 4003, material trough

4004, dumping pit.

In order to more clearly state the utility model, the utility model is further described with reference to the accompanying drawing.

Specific embodiment one:

Referring to Fig. 1, the stamping device of the present embodiment includes: speed regulating motor 1, punching mechanism 2, pushing mechanism 3, set of molds Part 4 and chain 5；Punching mechanism 2 is perpendicular to pushing mechanism 3；The fixed speed regulating motor 1 in one end of punching mechanism 2, while the end is by chain One end of item 5 is wrapped up, and the other end of punching mechanism 2 does linear reciprocating motion above die assembly 4 and completes punching press；It pushes Mechanism is wrapped up 3 one end by the other end of chain 5, and the other end of pushing mechanism 3 does linear reciprocating motion at 4 edge of die assembly And die assembly 5 is pushed to rotate, to realize only the rotation for needing a speed regulating motor 1 that can complete punching press and die assembly 4 simultaneously Turn, has maximumlly saved electric energy.

Referring to Fig. 2, punching mechanism 2 includes: driving mechanism 21 and is vertically directed mechanism 22；It is separate to be vertically directed mechanism 22 One end of die assembly 5 be equipped with steamboat 23, the steamboat 23 cylindrical wall movement butts up against driving mechanism 21 so that steamboat 23 and partially It is smooth moving contact between heart wheel 213, and the rotary motion of eccentric wheel is converted into linear motion；Driving mechanism 21 is by chain It is wrapped up one end of item 5；The one end for being vertically directed the close die assembly 4 of mechanism 22 is equipped with formed punch 24, and the formed punch 24 is in mold It just does linear reciprocating motion in or on component 5 and completes punching press；Pushing mechanism 3 includes: follower 31 and horizontally-guided mechanism 32；Follower 31 is wrapped up by the other end of chain 5；One end of horizontally-guided mechanism 32 is articulated with the bias of follower 31 At position, linear reciprocating motion is converted rotational motion into, the other end of horizontally-guided mechanism 32 is equipped with push rod 33, the push rod 33 Linear reciprocating motion is done at 4 edge of die assembly and die assembly 4 is pushed to rotate.

Referring to Fig. 3, driving mechanism 21 includes: driving shaft 211, drive sprocket 212, eccentric wheel 213 and the first connecting key 214；Drive sprocket 212 and eccentric wheel 213 are coated on driving shaft 211, the central axis and eccentric wheel 213 of drive sprocket 212 Central axis not on the same line, and have gap between drive sprocket 212 and eccentric wheel 213；The cylindrical wall of driving shaft 211 Equipped with the first slot 2001, the center inner wall of drive sprocket 212 is equipped with the second slot 2002 for placing the first connecting key 214, partially The center inner wall of heart wheel 213 is equipped with the third slot 2003 for placing the first connecting key 214；First connecting key 214 passes through first Slot 2001, fixed drive sprocket 212 and eccentric wheel 213；Drive sprocket 212 is wrapped up by one end of chain 5, and eccentric wheel 213 is transported It is dynamic to butt up against steamboat 23；Frame mode assembly is simple.

Referring to Fig. 4, follower 31 includes: driven shaft 311, driven sprocket 312, driven wheel 313 and the second connecting key 314；Driven sprocket 312 and driven wheel 313 are coated at driven shaft 311, and the central axis of driven sprocket 312 and driven wheel 313 Central axis on same straight line；The outer wall of driven shaft 311 is equipped with the 4th slot 2004, the center inner wall of driven sprocket 312 Equipped with the 5th slot 2005 for placing the second connecting key 314, the center inner wall of driven wheel 313 is equipped with for placing the second connection 6th slot 2006 of key 314；Second connecting key 314 passes through the 4th slot 2004, fixed driven sprocket 312 and driven wheel 313；It is driven Sprocket wheel 312 is wrapped up by the other end of chain 5；One end of horizontally-guided mechanism 32 is articulated at the eccentric position of driven wheel 313, Convert rotational motion into linear reciprocating motion.

Fig. 3 and Fig. 4 are please referred to, drive sprocket 212 is avoided and is vertically directed as the shape size of driven sprocket 312 The linear reciprocating motion of linear reciprocating motion and horizontally-guided mechanism 32 in the horizontal plane of mechanism 22 in perpendicular, it is in office Interference phenomenon on what at time point；The center circular section of drive sprocket 212 and the center circular section of driven sprocket 312 are same perpendicular In straight plane, guarantee that chain 5 can be snapped at drive sprocket 212 and driven sprocket 312 well.

Referring to Fig. 1, being equipped with tensioning wheel 6 between drive sprocket 212 and driven sprocket 312, the center circle of the tensioning wheel 6 is cut The center circular section of face and driven wheel 212, drive sprocket 312 center circular section in same perpendicular；Make chain 5 in this way It is tensioned and is engaged well, to guarantee the transmission of power between drive sprocket 212 and driven sprocket 312.

Referring to Fig. 2, being vertically directed mechanism 22 equipped with vertical plate 7 for fixing, the two sides for being vertically directed mechanism 22 are equipped with Lift spring 8, vertical plate 7 is fixed in one end of the lifting spring 8, the other end be fixed on be vertically directed mechanism 22 perpendicular to vertical plate On 7 side wall.

Referring to Fig. 5, horizontally-guided mechanism 32 includes: first connecting rod 321, second connecting rod 322 and bracket 323, first connects Extension bar 321 passes through bracket 323；One end jacket-type of first connecting rod 321 is articulated with one end of push rod 33, and the other end is articulated with One end of two connecting rods 322；One end of the separate first connecting rod 312 of second connecting rod 322 is articulated with the disc of driven wheel 212 Eccentric position at, convert rotational motion into linear reciprocating motion.

Referring to Fig. 6, die assembly 4 includes: chassis 41, turntable 42 and holds down assembly 43, turntable 42 coaxially adheres on bottom The upper plane of disk 41, holding down assembly 43 passes through the through-hole that is equipped with of 42 center of turntable and is anchored on the thread groove that 41 center of chassis is equipped with It is interior；Press turntable 42 in chassis 41.

Fig. 7 and Fig. 8 are please referred to, multiple material holes 4001, and turntable are uniformly provided on the circumferencial direction of the plane of turntable 42 Multiple notches 4002 are evenly arranged at 42 circumferential edges, the number in material hole 4001 is identical as the number of notch 4002；Bottom Disk 41 is equipped with a material trough 4003 and a dumping pit 4004,4003 center of center face material trough of formed punch 24；Turntable 42 Every rotation is primary, and next material hole 4001 rotates to 4003 position of material trough, between material trough 4003 and dumping pit 4004 between It is separated with multiple material holes 4001；The complete product of punching press falls automatically from dumping pit 4004, convenient for storage.

The design principle that the stamping device follows is: in the device course of work, formed punch 24 and turntable 42 are not contacted.

The motion flow of the stamping device is: shift formed punch 24 onto extreme higher position manually, and push rod 33 pushed away manually to It touches notch 4002 and is in farthest, then start speed regulating motor 1；First step are as follows: speed regulating motor 1 drives driving shaft 211 to revolve Turn, so that the drive sprocket 212 and eccentric wheel 213 that are fixed on driving shaft 211 while rotating；The rotation of drive sprocket 212 is logical Crossing chain 5 drives driven sprocket 312 to rotate, and driven shaft 311 is driven to rotate, and driven wheel 313 is driven to rotate, and then drives second to connect Extension bar 322, one end are rotated with driven wheel 313, and the other end drives first connecting rod 321 to retreat, and push rod 33 is driven to back to original Point；Meanwhile the rotation of eccentric wheel 213, by pushing steamboat 23, drive is vertically directed mechanism 22 and moves downward, drive formed punch 24 to Lower movement is completed until punching press；Second step are as follows: speed regulating motor 1 continues band driving mechanism 21 and moves, and drives push rod 33 from far point It reaches at notch 4002, and turntable 42 is pushed to rotate a certain angle；Meanwhile lifting the lifting of spring 8 and being vertically directed mechanism 22, make Formed punch 24 reaches highest point from minimum point；Then first step is carried out, second step is then carried out, is recycled with this.

Specific embodiment two:

The stamping device of the present embodiment includes: speed regulating motor 1, punching mechanism 2, pushing mechanism 3, die assembly 4 and chain 5；Punching mechanism 2 is perpendicular to pushing mechanism 3；The fixed speed regulating motor 1 in one end of pushing mechanism 3, while the end is by one end of chain 5 It is wrapped up, the other end of pushing mechanism 3 does linear reciprocating motion at 4 edge of die assembly and die assembly 4 is pushed to rotate；Punching press One end of mechanism 2 is wrapped up by the other end of chain 5, and the other end of punching mechanism 2 does reciprocating linear fortune above die assembly 4 It moves and completes punching press.

The difference of embodiment two and embodiment one is the installation site of speed regulating motor.

The advantage of the utility model is:

1. the stamping device only needs a motor, it is effectively saved electric energy；

2. the formed punch punching press of the stamping device and turntable rotation work alternatively, almost without time interval, ram efficiency is high；

3. the stamping device in punching press, without human intervention and controls, high degree of automation；

4. the stamping device is after the completion of product punching press, can automatic discharging, it is convenient and efficient.

Disclosed above is only several specific embodiments of the utility model, but the utility model is not limited to this, The changes that any person skilled in the art can think of should all fall into the protection scope of the utility model.

Claims (9)

1. a kind of stamping device with bidirectional walking mechanism characterized by comprising speed regulating motor, pushes machine at punching mechanism Structure, die assembly and chain；The punching mechanism is perpendicular to pushing mechanism；The fixed speed regulation electricity in one end of the punching mechanism Machine, while the end is wrapped up by one end of the chain, the other end of the punching mechanism does reciprocal straight above die assembly Line moves and completes punching press；Described pushing mechanism one end is wrapped up by the other end of the chain, the pushing mechanism it is another Linear reciprocating motion is done at die assembly edge and die assembly is pushed to rotate in end.

2. the stamping device according to claim 1 with bidirectional walking mechanism, which is characterized in that the punching mechanism packet It includes: driving mechanism and being vertically directed mechanism；It is described be vertically directed mechanism far from die assembly one end be equipped with steamboat, the steamboat Cylindrical wall movement butts up against driving mechanism, converts rotational motion into linear motion；The driving mechanism is by one end institute of chain Package；One end of the close die assembly for being vertically directed mechanism is equipped with formed punch, which just does in or on die assembly Linear reciprocating motion and complete punching press；The pushing mechanism includes: follower and horizontally-guided mechanism；The follower quilt The other end of chain is wrapped up；One end of the horizontally-guided mechanism is articulated at the eccentric position of follower, and rotation is transported Turn is changed to linear reciprocating motion, and the other end of horizontally-guided mechanism is equipped with push rod, which does back and forth at die assembly edge It moves along a straight line and die assembly is pushed to rotate.

3. the stamping device according to claim 2 with bidirectional walking mechanism, which is characterized in that the driving mechanism packet It includes: driving shaft, drive sprocket, eccentric wheel and the first connecting key；The drive sprocket and eccentric wheel sleeve are on driving shaft, actively The central axis of the central axis of sprocket wheel and eccentric wheel not on the same line, and has gap between drive sprocket and eccentric wheel； The cylindrical wall of the driving shaft is equipped with the first slot, and the center inner wall of drive sprocket is equipped with for placing the second of the first connecting key Slot, the center inner wall of eccentric wheel are equipped with the third slot for placing the first connecting key；First connecting key passes through the first slot, Gu Determine drive sprocket and eccentric wheel；The drive sprocket is wrapped up by one end of chain, and the wobbler action butts up against steamboat；Institute Stating follower includes: driven shaft, driven sprocket, driven wheel and the second connecting key；The driven sprocket and driven wheel are coated at Driven shaft, and the central axis of the central axis of driven sprocket and driven wheel is on same straight line；The outer wall of the driven shaft Equipped with the 4th slot, the center inner wall of driven sprocket is equipped with the 5th slot for placing the second connecting key, the center inner wall of driven wheel Equipped with the 6th slot for placing the second connecting key；Second connecting key passes through the 4th slot, fixed driven sprocket and driven wheel； The driven sprocket is wrapped up by the other end of chain；One end of the horizontally-guided mechanism is articulated with the eccentric position of driven wheel Place, converts rotational motion into linear reciprocating motion.

4. the stamping device according to claim 3 with bidirectional walking mechanism, which is characterized in that the drive sprocket and The shape size of driven sprocket is the same, and the center circular section of drive sprocket and the center circular section of driven sprocket are same vertical In plane.

5. the stamping device according to claim 4 with bidirectional walking mechanism, which is characterized in that the drive sprocket with It is equipped with tensioning wheel between driven sprocket, the center circular section of the center circular section of the tensioning wheel and drive sprocket, driven sprocket Center circular section is in same perpendicular.

6. the stamping device according to claim 2 with bidirectional walking mechanism, which is characterized in that described to be vertically directed machine The two sides of structure are equipped with lifting spring, which is fixed on vertical plate, and the other end, which is fixed on, is vertically directed the vertical of mechanism In on the side wall of vertical plate.

7. the stamping device according to claim 3 with bidirectional walking mechanism, which is characterized in that the horizontally-guided machine Structure includes: first connecting rod, second connecting rod and bracket, and the first connecting rod passes through bracket；Outside one end of the first connecting rod Shell type is articulated with one end of push rod, and the other end is articulated with one end of the second connecting rod；Second connecting rod connects far from first One end of extension bar is articulated at the eccentric position of the disc of driven wheel, converts rotational motion into linear reciprocating motion.

8. the stamping device according to claim 2 with bidirectional walking mechanism, which is characterized in that the die assembly packet It includes: chassis, turntable and holding down assembly, the turntable coaxially adheres on the upper plane on chassis, described to hold down assembly in turntable Through-hole that the heart is equipped with and be anchored in the thread groove that center chassis is equipped with.

9. the stamping device according to claim 8 with bidirectional walking mechanism, which is characterized in that the plane of the turntable Circumferencial direction on be uniformly provided with multiple material holes, and multiple notches are evenly arranged at the circumferential edges of turntable, the material The number in hole and the number of notch are identical；The chassis is equipped with a material trough and a dumping pit, and the center of the formed punch is just To material groove center；Multiple material holes are separated between the material trough and dumping pit；The every rotation of turntable is primary, next Material hole rotates to material groove location.