Summary of the invention
To solve the deficiencies in the prior art, the object of the present invention is to provide leaf impact forming method, entire punching press demouldings
Process is full-automatic, without human intervention, reduces labor intensity.
To realize the above-mentioned technical purpose, the technical solution adopted in the present invention is as follows.
It is recycled for stalk greenization and crushes the blocking method of punching press, step is:
S1: grinding device using power source as driving source and carries out pulverization process to leaf;
The grinding device includes disintegrating mechanism, feeding mechanism, and feeding mechanism is for pushing to leaf in disintegrating mechanism, powder
Broken mechanism is used to carry out pulverizing process to leaf;
Leaf is thrown in feeding mechanism by the prior art or manual operation, leaf is pushed to disintegrating mechanism by feeding mechanism
Interior, disintegrating mechanism handles by preliminary chopping, carries out pulverization process to leaf in a manner of pulverization process again;
S2: smashed leaf powder is fallen in die device;
The die device includes mold mechanism, the rotating mechanism for drawing mold mechanism rotation, and mold mechanism includes mould
Specifically, the linked block for being connected by power between mold and rotating mechanism, for complete stamping procedure leaf block carry out
The mold releasing member of stripping process;
The mold includes frame, mold, and frame is the circular tube structure of both ends open, frame upper half periphery array
It offers three group interfaces and is respectively the charging interface positioned at the top, the punching press interface towards punch forming device, deviates from punching
The demoulding interface of pressing molding device, mold are coaxially movably installed in frame, and mold periphery array is provided with four groups of stamped grooves
And one group be located at the top and be right against charging interface, one group be located at bottom, one group be right against punching press interface, one group be right against
Demould interface;
Smashed leaf powder, which is fed interface and fallen in four groups of stamped grooves, to be located at the top and is right against charging interface
In stamped groove;
S3: power source runs a period, wherein rotating mechanism draws mold rotation in the preceding a quarter period, finally makes face
It is turned in the stamped groove of charging interface and the full leaf powder of storage and is right against punching press interface;
S4: the rotation result of punch forming device induced dies;
The punch forming device includes for carrying out the punching mechanism of stamping procedure to leaf powder, for driving press machine
Ram driving mechanism, the punching press operating mechanism for controlling ram driving mechanism opening and closing of structure operation;
The ram driving mechanism includes for driving the drive member of punching mechanism operation, for putting aside drive member operation
The flywheel of required energy, the clutch for being connected by power transmitting between drive member and flywheel, the motion state of clutch can
It is divided into the off-state of the transferable transmitting state of internal motivation, internal motivation disconnection transmitting, clutch original state is to disconnect
State;
The punching press operating mechanism includes connecting rope, triggering component, stroke component, control member, and triggering component is for incuding
Whether the stamped groove in four groups of stamped grooves positioned at the top, which stores full leaf powder and turn to, is right against punching press interface, connecting rope
For the connection between triggering component and stroke component and for displacement transmitting between the two, stroke component is used for draw operations
Component operation, control member are used to control the state switching of clutch, and the motion state of the triggering component can be divided into itself
Between internal triggering protrusion and pulling plate not in contact with the sense risen to the triggering protrusion traction pulling plate of sense state, therein
State is answered, the original state of triggering component is to sense state;
Power source was run in rear 3/4ths period in a period, and triggering component is triggered and switches to sense state, simultaneously
The movement of stroke component is pulled by connecting rope, the operation of a portion displacement traction control component, another part are converted to stroke
The compression displacement of component inside stroke spring, control member run and clutch are made to switch to transmitting state, and flywheel is put aside at this time
Kinetic energy drive member is transferred to by clutch, drive member runs and drives punching mechanism to storing full leaf powder and turn
It moves to the stamped groove for being right against punching press interface and carries out stamping procedure, after the completion of punching press, punch forming device restores to original state;
S5: power source continued to run for two periods and makes the mold rotation half period, so that being right against punching press interface and completing
The stamped groove of stamping procedure, which turns to, is right against demoulding interface, and mold releasing member demoulds the leaf block in the stamped groove at this time
Process;
It is located at the top in four groups of stamped grooves and the stamped groove for being right against charging interface rotated for 3/4ths periods and rushed
Pressure, during stripping process, leaf powder can be sequentially entered in remaining three groups of stamped grooves and successively carrying out stamping procedure.
Further improvement as the technical program.
The power source includes motor, shaft, and motor is fixed in installation frame body and output shaft is axially parallel to
Ground, shaft are coaxially fixed on the power output end of motor.
Further improvement as the technical program.
The demoulding interface is provided with buffer gear, and buffer gear includes guide housing, buffer component, guide housing
Consist of two parts and be respectively breeze way, boot segment, breeze way is shell structure open at one end, closed at one end, and is buffered
Section extending direction is parallel to shaft axial direction, and breeze way is fixed on frame, and offers to connect with demoulding interface on breeze way and connect
Logical demoulding mouth, one end of boot segment and the open end connection connection of breeze way, the other end are placed in ground;
The breeze way is provided with cushion hole away from the side of demoulding mouth, and the buffer component includes buffer board, buffers and lead
Bar, the channeling direction of buffering guiderod is parallel to ground and perpendicular to shaft axial direction, and buffering guiderod is fixed on breeze way away from de-
On the side of die orifice;
The buffer board is set in breeze way, and buffer board is provided with socket protrusion away from the side of breeze way demoulding mouth, and
It is socketed raised free end and passes through cushion hole and pivot bush unit outside buffering guiderod, and constitute slide-and-guide between the two and match
It closes;
The free end of the buffering guiderod is provided with conflict step, and buffering guiderod outer cover is equipped with buffer spring, buffer spring
Elastic force make buffer board do close to breeze way demoulding mouth movement;
The buffering guiderod is provided with four groups and is distributed in four-point, the buffer spring, the socket for being set to buffer board
Protrusion is correspondingly arranged on four groups.
Further improvement as the technical program.
The rotating mechanism includes intermittent driving component, and intermittent driving component is sheave interval component, intermittent driving structure
Part includes connecting shaft, active driver plate, sheave, and connecting shaft is axially parallel to shaft axial direction, and connecting shaft is movably installed in installation frame body
It can be located above and with couple axle the same side of mold around axial rotation, connecting shaft, V belt translation is provided between connecting shaft and shaft
It component two and carries out being connected by power transmitting by V belt translation component two between the two;
The active driver plate is coaxially fixed on outside connecting shaft, and active driver plate is provided with straight pin, convex away from the end face of mold
Locking arc;
The sheave is rectangular panel body, and sheave is fixed on outside couple axle, and fixed point is located at the middle position of sheave
Place, the four corners of sheave are provided with towards away from the cambered surface for interlocking the curved arc notch of axis direction, and being formed at arc notch
For the recessed Locking arc to match with convex Locking arc;
The sheave is provided with radial slot on the part between adjacent two recessed Locking arc, and radial slot is correspondingly arranged on four
Group, the free end of the straight pin are located in any one group of radial slot in four groups of radial slots.
Further improvement as the technical program.
The punching mechanism includes guide post, punch rod, stamping hammer, and the channeling direction of guide post is parallel to ground and hangs down
Directly in shaft axial direction and guide post is fixed in installation frame body;
The punch rod extending direction is parallel to guide post channeling direction, and installation protrusion, installation protrusion are provided in punch rod
It is movably installed in outside guide post and constitutes slide-and-guide cooperation between the two;
The stamping hammer is fixed on punch rod towards one end of punching press interface.
The beneficial effect of the present invention compared with prior art is that entire punching press knockout course is full-automatic, without artificial
It operates, reduces labor intensity, while punch forming device and die device share the same power source, reduce the two with merging
Error during punching press is carried out to leaf powder, so that punching course is more steady smooth, in addition to this, grinding device is adopted
With preliminary chopping processing, pulverization process twice step crushes leaf again, so that crushing is more thorough, convenient for subsequent
Punch forming.
Specific embodiment
Following embodiment is specifically described so that raw material is leaf as an example, other are wooden for stalk, nursery stock particle etc. for raw material
Material is identical as the machine-shaping mode of leaf.
It is recycled for stalk greenization and crushes the blocking method of punching press, step is:
S1: grinding device 200 is driving source with power source 100 and carries out pulverization process to leaf;
The grinding device 200 includes disintegrating mechanism 210, feeding mechanism 220, and feeding mechanism 220 is for pushing to leaf
In disintegrating mechanism 210, disintegrating mechanism 210 is used to carry out pulverizing process to leaf;
Leaf is thrown in feeding mechanism 220 by the prior art or manual operation, leaf is pushed to powder by feeding mechanism 220
In broken mechanism 210, disintegrating mechanism 210 is handled by preliminary chopping, carries out pulverization process to leaf in a manner of pulverization process again;
S2: smashed leaf powder is fallen in die device 300;
Smashed leaf powder, which is fed interface 3111a and fallen in four groups of stamped groove 3112a, to be located at the top and is right against
In the stamped groove 3112a for feeding interface 3111a;
S3: power source 100 runs a period, wherein rotating mechanism 320 draws mold 3112 and rotates in the preceding a quarter period,
It finally turns to the stamped groove 3112a for being right against charging interface 3111a and the full leaf powder of storage and is right against punching press interface
3111b;
S4: the rotation result of 400 induced dies 3112 of punch forming device;
Power source 100 was run in rear 3/4ths period in a period, and triggering component 4320 is triggered and switches to induction shape
State, while pulling stroke component 4330 to move by connecting rope 4310, the operation of a portion displacement traction control component 4340,
Another part is converted to the compression displacement of 4330 internal end of travel spring 4337 of stroke component, and control member 4340 runs and makes clutch
Device 4230 switches to transmitting state, and the kinetic energy that flywheel 4220 is put aside at this time is transferred to drive member 4210 by clutch 4230,
Drive member 4210, which runs and drives 410 pairs of punching mechanism to store full leaf powder and turn to, is right against punching press interface 3111b
Stamped groove 3112a carry out stamping procedure, after the completion of punching press, punch forming device 400 restores to original state;
S5: power source 100 continued to run for two periods and mold 3112 is made to rotate the half period, so that being right against punching press interface
3111b and the stamped groove 3112a for completing stamping procedure, which are turned to, is right against demoulding interface 3111c, and mold releasing member 3130 is right at this time
Leaf block in stamped groove 3112a carries out stripping process;
In four groups of stamped groove 3112a be located at the top and be right against charging interface 3111a stamped groove 3112a rotation four/
Three periods and during carrying out punching press, stripping process, leaf powder can sequentially enter in three groups of stamped groove 3112a of residue simultaneously
Successively carry out stamping procedure.
The present invention is stamping forming excellent to the progress of smashed leaf with merging with die device using punch forming device
More property is, entire punching press knockout course is full-automatic, without human intervention, reduces labor intensity, while punch forming fills
It sets and shares the same power source with die device, reduce the two and match the error merged to during the progress punching press of leaf powder,
So that punching course is more steady smooth, in addition to this, grinding device is using preliminary chopping processing, again pulverization process twice step
Suddenly leaf is crushed, so that crushing is more thorough, is convenient for subsequent punch forming.
Leaf crushes integrally forming machine, including installation frame body, power source 100, grinding device 200, die device 300, punching
Pressing molding device 400, installation frame body is installed on ground and grinding device 200, die device 300, punch forming device 400 are equal
It is installed in installation frame body, grinding device 200 is used to carry out leaf pulverizing process, and punch forming device 400 is used for crushing
Leaf powder afterwards carries out punch forming process, and die device 300 is used to provide punching for the stamping procedure of punch forming device 400
Compression mould, power source 100 are used to provide power for grinding device 200 and the work of die device 300.
Leaf is thrown in grinding device 200 by the prior art or manual operation and carries out pulverizing process, it is smashed
Leaf powder is entered to after screening in die device 300, and then punch forming device 400 runs and rushes to leaf powder
Ballast new process, the leaf powder block after punching press carries out stripping process through die device 300, and so on, so that leaf is by powder
It is broken and strike out the block structure being readily transported.
The power source 100 includes motor 110, shaft 120, and motor 110 is fixed in installation frame body and exports
Axis is axially parallel to ground, and shaft 120 is coaxially fixed on the power output end of motor 110.
Motor 110 moves and draws shaft 120 and axially rotates around itself.
The grinding device 200 includes disintegrating mechanism 210, feeding mechanism 220, and feeding mechanism 220 is for pushing away leaf
It send to disintegrating mechanism 210, disintegrating mechanism 210 is used to carry out pulverizing process to leaf.
The disintegrating mechanism 210 includes for carrying out the crushing member 2110 of pulverizing process to leaf, for driving powder
The crushing drive member 2120 that broken component 2110 is run.
The crushing member 2110 includes crushing shell 2111, loading hopper 2112, once shredding component, separating twice
Component, crushing shell 2111 is to be provided with the cylindrical shell structure for crushing inner cavity, crushes shell 2111 and is fixed in installation frame body
And it is axially parallel to shaft 120 axially, the end face for crushing shell 2111 offers feeding port, and the bottom for crushing shell 2111 is opened
Equipped with discharge port.
The loading hopper 2112 is the platform body structure for extending perpendicularly to ground and both ends open, loading hopper
2112 are located at the underface for crushing shell 2111, and the big end of loading hopper 2112 connect with crushing 2111 discharge port of shell and connects
It is logical.
The primary chopping component includes cutter shaft 2114, chopping blade 2117, and cutter shaft 2114 is coaxially movably installed in powder
It can be rotated in broken shell body 2111 and axially around itself, and the both ends of cutter shaft 2114 extend out to and crush outside shell 2111, chopping
Blade 2117 is cross blade chip architecture, and chopping blade 2117 is coaxially fixed on cutter shaft 2114 and is located at the portion crushed in shell 2111
Exceptionally portion, and chopping blade 2117 is close to crushing 2111 feeding port of shell.
The separating twice component includes crushing shaft 2115, crushed piece, is coaxially offered on crushing shaft 2115 through it
Axial mounting hole, crushing shaft 2115 are located at the portion crushed in shell 2111 in cutter shaft 2114 by the coaxial pivot bush unit of mounting hole
It exceptionally portion and can axially be rotated around itself, and the power intake of the power intake of crushing shaft 2115 and cutter shaft 2114 is located at powder
The same side of broken shell body 2111, crushed piece are installed on crushing shaft 2115 and are located at outside the power output end crushed in shell 2111.
The course of work of crushing member 2110, specific manifestation are as follows: feeding mechanism 220 will by crushing 2111 feeding port of shell
Leaf, which pushes to, to be crushed in shell 2111, primary to shred component fortune while wherein leaf is by crushing 2111 feeding port of shell
Row simultaneously carries out preliminary chopping processing to leaf, and then leaf, which enters to, crushes in shell 2111, and separating twice component is to tree at this time
Leaf carries out pulverization process again, and smashed leaf powder is fallen in die device 300 through the guidance of loading hopper 2112;Leaf
Preliminary chopping processing, again in comminution process, the steering of cutter shaft 2114 and crushing shaft 2115 is on the contrary, in addition to this, just
Step chopping processing can make leaf crushing more thorough with the cooperation of pulverization process again.
Preferably, it is matched at the connection of the loading hopper 2112 and crushing shell 2111 and is provided with sieve 2113;Its
Meaning is that sieve 2113 can be such that satisfactory leaf powder falls in die device 300, remaining not satisfactory
Leaf powder continues pulverization process in crushing shell 2111, until the Shi Caineng that meets the requirements falls to die device 300
It is interior.
The crushing drive member 2120 include install housing, driving bevel gear 1, driving bevel gear 2 2122,
Bevel gear 2123 is turned to, install housing is cylindrical shell structure open at one end, closed at one end, and install housing open end is coaxially solid
Due to crushing 2111 end face of shell, and install housing closed end coaxially offers and stretches out hole, and the power of the cutter shaft 2114 is defeated
Enter end across install housing opening, stretching hole and be located at outside install housing, the power intake of crushing shaft 2115 passes through installation
Housing is open and is located in install housing.
The driving bevel gear 1 is fixed on the part that cutter shaft 2114 is located in install housing, driving bevel gear two
2122 are fixed on the power intake of crushing shaft 2115, turn to bevel gear 2123 and are axially perpendicular to cutter shaft 2114 axially, turn to cone
Gear 2123 is movably installed in install housing and can axially rotate around itself, and turns to bevel gear 2123 and driving bevel gear one
The engagement of 2121/ driving bevel gear 2 2122.
Be provided between the power intake and shaft 120 of the cutter shaft 2114 V belt translation component 1 and the two it
Between carry out being connected by power transmitting by V belt translation component 1.
Crush the course of work of drive member 2120, specific manifestation are as follows: shaft 120 rotates and passes through V belt translation component one
230 traction cutter shafts 2114 rotate, and cutter shaft 2114 rotates and by driving bevel gear 1, driving bevel gear 2 2122, steering
Cooperation between 2123 three of bevel gear is so that crushing shaft 2115 rotates, and the steering phase of cutter shaft 2114 and crushing shaft 2115
Instead.
Preferably, in order to rotate cutter shaft 2114 and by driving bevel gear 1, driving bevel gear 2 2122, steering
Cooperation between 2123 three of bevel gear makes in 2115 rotation process of crushing shaft, and power transmitting is more steady smooth, and described turns
2114 circumferencial direction array of cutter shaft is provided with four groups to bevel gear 2123.
Preferably, leaf is carried out in crushing shell 2111 in crushing process, can generate air-flow, and air-flow will increase noise,
Air-flow can make smashed leaf powder dispersion floating simultaneously, can adversely affect to subsequent punch forming process, in order to
It solves the problems, such as this, is provided with deflation component 2130 on the loading hopper 2112.
Specifically, the outer surface of the loading hopper 2112 offers air vent one, the deflation component 2130 is wrapped
Bleeder pipe, deflation part are included, deflation part is shell structure open at one end, closed at one end, and the open end of deflation part is located at closed end
Top and open end Matching installation has the filter screen that leaf powder can be stopped to pass through, and the outer surface for part of deflating offers deflation
Hole two, one end of bleeder pipe connect connection, the other end with air vent one and connect connection with deflation two.
The air-flow that leaf crushing process generates can be by air vent one, two outflows of deflating, while filter screen stops leaf broken
End passes through.
The feeding mechanism 220 includes for leaf to be pushed to the delivery member 2210 crushed in shell 2111, is used
In the feeding drive member 2220 that driving delivery member 2210 is run.
The delivery member 2210 includes feeding shell 2211, push component, traction element, and feeding shell 2211 is two
The rectangular case structure of end opening, and an opening of feeding shell 2211 is fixed on and crushes 2111 end face of shell, and feeding shell
Body 2211 and crushing 2111 feeding port of shell are connected, and the upper surface of feeding shell 2211 is also provided with the dispensing launched for leaf
Mouthful, feeding shell 2211 is parallel to the axial side of shaft 120 and offers slide opening, and the channeling direction of slide opening is parallel to shaft
120 axial direction.
The push component includes pushing plate 2212, feeding guide rod 2215, and pushing plate 2212 is set to feeding shell
It in 2211 and constitutes slide-and-guide between the two to cooperate, it is axial that the channeling direction of feeding guide rod 2215 is parallel to shaft 120, and send
Material guide rod 2215 is fixed on feeding shell 2211 and offers on the side of slide opening.
Ear muff 2213 is provided on the pushing plate 2212, and 2213 free end of ear muff passes through slide opening and is movably set in
Outside feeding guide rod 2215, and slide-and-guide cooperation is constituted between the two.
The bottom of the ear muff 2215 is provided with guiding bar, and channeling direction is offered in guiding bar perpendicular to ground
Guide hole 2214.
The traction element includes axis of traction, traction wheel, synchronous belt 2216, and axis of traction is axially parallel to ground and vertical
Axial in shaft 120, axis of traction is movably installed in 2211 bottom of feeding shell and can axially rotate around itself, and axis of traction is along shaft
120 axial arrays have two groups.
The traction wheel is fixed on outside axis of traction, and traction wheel is correspondingly arranged on two groups, leads between two groups of traction wheels
It crosses synchronous belt 2216 and is attached transmission, traction protrusion 2217 is provided on synchronous belt 2216, and draw raised 2217 free ends
In guide hole 2214.
The course of work of delivery member 2210, specific manifestation are as follows: feeding drive member 2220 drives axis of traction rotation, traction
Axis rotate and make synchronous belt 2216 move, synchronous belt 2216 run and by traction protrusion 2217 with guide hole 2214 cooperate so that
Pushing plate 2212 moves reciprocatingly along 2215 channeling direction of feeding guide rod, crushes in shell 2111 so that leaf be pushed to.
Preferably, in order to enter to leaf more easily in feeding shell 2211 through 2211 dispensing port of feeding shell,
Feed funnel 2230 is provided at 2211 dispensing port of feeding shell, feed funnel 2230 is the stage body knot of both ends open
Structure, and the small end of feed funnel 2230 connect connection with 2211 dispensing port of feeding shell.
More specifically, during pushing plate 2212 pushes to leaf in crushing shell 2111,2212 meeting of pushing plate
By 2211 dispensing port of feeding shell, if leaf continues to launch into feeding shell 2211 at this time, part leaf, which can be located at, to be pushed away
Send plate 2212 away from the side for crushing shell 2111,2212 return stroke of pushing plate can make the part leaf be accumulated to together,
When longer using the time, part leaf savings is more and influences the operation of delivery member 2210, in order to solve this problem, institute
Synchronous sealed component 2240 is provided on the pushing plate 2212 stated.
The feeding shell 2211 is provided with mounting bracket, synchronous sealed component away from the open end for crushing shell 2111
2240 include installation axle 2241, diaphragm seal 2242, guide roller 2244, and installation axle 2241 and the axial direction of guide roller 2244 are flat
Row is both movably installed in mounting bracket and can axially rotate around itself, and guide roller in axis of traction axial direction
2244 are located in same horizontal line at the top of pushing plate 2212.
The diaphragm seal 2242 is wound in outside installation axle 2241, and the free end of diaphragm seal 2242 bypasses guide roller
It is fixed on after 2244 on pushing plate 2212, the junction between installation axle 2241 and mounting bracket is provided with wind spring 2243, wind spring
2243 elastic force makes installation axle 2241 do the rotation for withdrawing diaphragm seal 2242.
During pushing plate 2212 pushes to leaf in crushing shell 2111, diaphragm seal 2242 moves synchronously simultaneously therewith
2211 dispensing port of feeding shell is sealed up, leaf cannot continue to launch into feeding shell 2211 at this time, and pushing plate 2212 returns
During journey, wind spring 2243 withdraws diaphragm seal 2242, so that subsequent leaf can continue to be thrown in feeding shell 2211, so
Back and forth.
The feeding drive member 2220 includes fixed housing, worm shaft 2221, turbine wheel shaft 2222, and fixed housing is one
End opening, shell structure closed at one end, fixed housing open end, which is fixed on, crushes 2111 end face of shell, and 2114 power of cutter shaft
Output end is located in fixed housing, and worm shaft 2221 is axially parallel to cutter shaft 2114 axially, and turbine wheel shaft 2222, which is axially parallel to, to be led
Draw axis axial direction, worm shaft 2221 and turbine wheel shaft 2222 are movably installed in fixed housing and can axially rotate around itself, and whirlpool
The power output end of wheel shaft 2222 is extend out to outside fixed housing.
Spur gear component is provided between 2221 power intake of 2114 power output end of cutter shaft and worm shaft
2223 and power transmitting, 2221 power output end of worm shaft and turbine wheel shaft 2222 are carried out by spur gear component 2223 between the two
It is provided with turbine and worm component 2224 between power intake and power biography is carried out by turbine and worm component 2224 between the two
It passs, be provided with V belt translation component 1 between 2222 power output end of turbine wheel shaft and axis of traction and pass through V belt translation between the two
Component 1 carries out power transmitting.
Cutter shaft 2114 rotates and passes through spur gear component 2223, worm shaft 2221, turbine and worm component 2224, turbine wheel shaft
2222, V belt translation component 1 rotates axis of traction axially around itself.
The die device 300 is set to the underface of loading hopper 2112, and die device 300 includes for being punching press
400 stamping procedure of molding machine provides the mold mechanism 310 of stamping die, the rotating machine for drawing the rotation of mold mechanism 310
Structure 320.
The mold mechanism 310 includes for providing the mold of stamping die for 400 stamping procedure of punch forming device
Body 3110, the linked block 3220 for being connected by power between mold 3110 and rotating mechanism 320 are used for completion stamping procedure
Leaf block carry out stripping process mold releasing member 3130.
The mold 3110 includes frame 3111, mold 3112, and frame 3111 is the circular cylinder body knot of both ends open
Structure, it is axial that frame 3111 is axially parallel to shaft 120, and frame 3111 is fixed in installation frame body, 3111 upper half outer circle of frame
Face array offers three group interfaces and is respectively the charging interface 3111a positioned at the top, rushing towards punch forming device 400
Mouth 3111b, the demoulding interface 3111c away from punch forming device 400 are crimped, and feeds interface 3111a and loading hopper 2112
Small end connection is connected.
The mold 3112 is cylindrical structure, and mold 3112 is coaxially movably installed in frame 3111 and between the two
Constitute it is sealed be rotatably assorted, 3112 periphery of mold is provided with stamped groove 3112a, and stamped groove 3112a is along itself groove depth direction
Two sections can be divided into and be respectively the punch section at notch, the demoulding section at slot bottom, stamped groove 3112a is along mold 3112
Circumferencial direction array be provided with four groups and one group be located at the top and be right against charging interface 3111a, one group be located at bottom, one
Group be right against punching press interface 3111b, one group be right against demoulding interface 3111c.
Mounting groove 3112b, and stamped groove 3112a and mounting groove are additionally provided at the end face center of the mold 3112
Venthole 3112c is provided between 3112b, and venthole 3112c is for being provided with four groups.
Smashed leaf powder can enter to four groups of stamped groove 3112a by loading hopper 2112, charging interface 3111a
In be located at the top stamped groove 3112a in;Punch forming device 400 can enter to four groups of punching presses by punching press interface 3111b
It is right against in slot 3112a in the stamped groove 3112a of punching press interface 3111b, and carries out stamping procedure;The leaf block for completing punching press can
By being demolded in stamped groove 3112a of the demoulding interface 3111c by being right against demoulding interface 3111c in four groups of stamped groove 3112a.
The linked block 3120 is fixed in mounting groove 3112b, and 3120 outer surface of linked block is provided with transitional pore 3123
And transitional pore 3123 and venthole 3112c are connected, and transitional pore 3123 is correspondingly arranged on four groups, linked block 3120 is away from installation
The end face of slot 3112b slot bottom is provided with couple axle 3121 and couple axle 3121 and mold 3112 are coaxially arranged, and couple axle 3121 is same
Axis is offered through its axial through-hole, and ventilation pipe 3122 is provided in through-hole.
Specifically, ventilation pipe 3122 is movably installed in through-hole, and mounting rack is fixed in 3122 free end of ventilation pipe
On body, 3121 free end of couple axle is movably installed in installation frame body.
The inner cavity of the ventilation pipe 3122 can be divided into two parts and be respectively coaxially arranged with ventilation pipe 3122
Changeover portion one, the mistake for being connected in changeover portion one and four group transitional pore 3123 towards the transitional pore 3123 of demoulding interface 3111c
Cross section two.
Rotating mechanism 320 drives couple axle 3211 around itself axial direction rotation and same by the traction mold 3112 of linked block 3120
Step rotation, while ventilation pipe 3122 is stationary.
The mold releasing member 3130 includes knock-outs, gas-guide tube 3134, and one end of gas-guide tube 3134 and extraneous air pump connect
Connection, the other end and the connection of ventilation pipe 3122 are connected.
The stamped groove 3112a slot bottom offers pilot hole one, offers on linked block 3120 coaxial with pilot hole one
Arrangement and the pilot hole two mutually connected, and two size of pilot hole is less than one size of pilot hole.
The knock-outs include demoulding block 3131, knockout pin 3132, ejector spring 3133, and demoulding block 3131 is opened for one end
Mouth, tube structure closed at one end, demoulding block 3131 are set in the demoulding section of stamped groove 3112a and constitute sliding between the two
Guiding cooperation demoulds the open end of block 3131 towards stamped groove 3112a slot bottom, if the periphery array of demoulding block 3131 is provided with
Dry group stripping hole.
One end of the knockout pin 3132 is fixedly connected with demoulding 3131 bottom of chamber of block, the other end passes through pilot hole position together
In the pilot hole two and end is provided with external step, between knockout pin 3132 and pilot hole one, external step and pilot hole two
Constitute slide-and-guide cooperation.
The ejector spring 3133 is sheathed on the portion of external that knockout pin 3132 is located in pilot hole two, and ejector spring
3133 elastic force makes to demould the movement that block 3131 makees close pilot hole one.
The knock-outs are correspondingly arranged on four groups.
The course of work of mold releasing member 3130, specific manifestation are as follows: the compressed gas that air pump provides passes through gas-guide tube 3134, leads to
Feed channel 3122, which enters to, to be right against in the stamped groove 3112a demoulding section of demoulding interface 3111c in four groups of stamped groove 3112a, from
And to demould the movement that block 3131 makees separate pilot hole one, the stripping hole and stamped groove 3112a punching press on demoulding block 3131
When section is connected, compressed gas enters in punch section therewith and leaf block is pushed to be demolded by demoulding interface 3111c, has demoulded
Bi Hou, stamped groove 3112a are rotated and are detached from mold 3112 and connected with ventilation pipe 3122, while ejector spring 3133 makes
The knock-outs are restored to original state.
The course of work of mold mechanism 310, specific manifestation are as follows: smashed leaf powder can by loading hopper 2112,
Charging interface 3111a is entered in four groups of stamped groove 3112a in the stamped groove 3112a of the top;Subsequent power source 100 is transported
One period of row simultaneously rotates with it a quarter period by the traction mold 3112 of rotating mechanism 320, and makes to store full leaf powder
Stamped groove 3112a turn to and be right against punching press interface 3111b, the operation of punch forming device 400 at this time and to the stamped groove
3112a carries out stamping procedure;Power source 100 continued to run for two periods and mold 3112 is made to rotate the half period, so that should
Stamped groove 3112a, which is turned to, is right against demoulding interface 3111c, while mold releasing member 3130 is to the leaf in stamped groove 3112a
Block carries out stripping process;
Stamped groove 3112a in four groups of stamped groove 3112a positioned at the top rotated for 3/4ths periods and carries out punching press, demoulding
During process, leaf powder can be sequentially entered in three groups of stamped groove 3112a of residue and successively carrying out stamping procedure.
More specifically, in leaf block knockout course, since knockout course is then to make to set using compressed gas as driving source
Leaf block is pushed out demoulding interface 3111c with fast speed, this meeting so that leaf block and external object collide and loosely or
Extraneous staff is caused to collide, in order to solve this problem, is provided with buffer gear at the demoulding interface 3111c
330。
The buffer gear 330 includes guide housing 331, buffer component, and guide housing 331 consists of two parts and divides
Not Wei breeze way, boot segment, breeze way is shell structure open at one end, closed at one end, and breeze way extending direction is parallel to
Shaft 120 is axial, and breeze way is fixed on frame 3111, and offers on breeze way and connect connection with demoulding interface 3111c
Mouth is demoulded, one end of boot segment and the open end connection connection of breeze way, the other end are placed in ground.
The breeze way is provided with cushion hole away from the side of demoulding mouth, the buffer component include buffer board 333,
Buffering guiderod 332, the channeling direction of buffering guiderod 332 are parallel to ground and axial perpendicular to shaft 120, and buffering guiderod 332
Breeze way is fixed on the side of demoulding mouth.
The buffer board 333 is set in breeze way, and buffer board 333 is provided with set away from the side of breeze way demoulding mouth
Protrusion is connect, and the raised free end of socket passes through cushion hole and pivot bush unit is constituted outside buffering guiderod 332, and between the two
Slide-and-guide cooperation.
The free end of the buffering guiderod 332 is provided with conflict step, and 332 outer cover of buffering guiderod is equipped with buffer spring
334, the elastic force of buffer spring 334 makes buffer board 333 do the movement close to breeze way demoulding mouth.
It contacts after the demoulding of leaf block with buffer board 333, and is buffered through buffer component, the leaf block after buffering is guided
The boot segment guidance of shell 331 is steady smoothly to be slid to ground.
Preferably, in order to make the buffering effect of buffer component more preferably, the buffering guiderod 332 is provided with four groups and in four
Point type distribution, the buffer spring 334, the socket protrusion for being set to buffer board 333 are correspondingly arranged on four groups.
The rotating mechanism 320 includes intermittent driving component 3210, and intermittent driving component 3210 is sheave interval component,
Intermittent driving component 3210 includes connecting shaft 3211, active driver plate 3212, sheave 3215, and connecting shaft 3211 is axially parallel to shaft
120 is axial, and connecting shaft 3211 is movably installed in installation frame body and can be around axial rotation, connecting shaft 3211 and couple axle 3121
In the same side of mold 3112, it is provided with V belt translation component 2 3220 between connecting shaft 3211 and shaft 120 and leads between the two
V belt translation component 2 3220 is crossed to carry out being connected by power transmitting.
The active driver plate 3212 is coaxially fixed on outside connecting shaft 3211, and active driver plate 3212 is away from mold 3112
End face is provided with straight pin 3214, convex Locking arc 3213.
The sheave 3215 is rectangular panel body, and sheave 3215 is fixed on outside couple axle 3121, and fixed point
In the middle position of sheave 3215, the four corners of sheave 3215 are provided with towards away from the curved arc in 3121 direction of couple axle
Notch, and the cambered surface formed at arc notch is the recessed Locking arc 3216 to match with convex Locking arc 3213.
The sheave 3215 is provided with radial slot 3217, and diameter on the part between adjacent two recessed Locking arc 3216
Four groups are correspondingly arranged on to slot 3217, the free end of the straight pin 3214 is located at any one group in four groups of radial slots 3217
In radial slot 3217.
The course of work that rotating mechanism 320 drives mold 3112 to rotate, specific manifestation are as follows: shaft 120 rotates and passes through band
Driving member 2 3220 draws connecting shaft 3211 and rotates, and connecting shaft 3211 rotates and draw the synchronous rotation of active driver plate 3212, preceding
In a quarter period, active driver plate 3212 rotates and is cooperated by straight pin 3214 and radial slot 3217 so that sheave 3215 is same
Step rotation, in rear 3/4ths period, straight pin 3214 is detached from radial slot 3217 and convex Locking arc 3213 is by recessed Locking arc
3216 lock, and sheave 3215 is stationary, after the rotation of rear 3/4ths period of active driver plate 3212,3214 weight of straight pin
Newly it is located in radial slot 3217 and convex Locking arc 3213 is detached from again with recessed Locking arc 3216;The rotation of next round can be carried out,
And so on.
The punch forming device 400 is located at punching press interface 3111b away from the side of demoulding interface 3111c, strikes out
Type device 400 includes for carrying out the punching mechanism 410 of stamping procedure to leaf powder, for driving punching mechanism 410 to run
Ram driving mechanism 420, for control ram driving mechanism 420 opening and closing punching press operating mechanism 430.
The punching mechanism 410 includes guide post 411, punch rod 412, stamping hammer 413, the guidance side of guide post 411
To being parallel to ground and perpendicular to 120 axial direction of shaft and guide post 411 is fixed in installation frame body.
412 extending direction of punch rod is parallel to 411 channeling direction of guide post, is provided with installation in punch rod 412
Protrusion, installation protrusion are movably installed in 411 outside of guide post and constitute slide-and-guide cooperation between the two.
The stamping hammer 413 is fixed on punch rod 412 towards one end of punching press interface 3111b.
The course of work of punching mechanism 410, specifically: ram driving mechanism 420 drives punch rod 412 to do and connects close to punching press
The movement of mouth 3111b, finally makes stamping hammer 413 stretch to the punching press for being right against punching press interface 3111b in four groups of stamped groove 3112a
In slot 3112a, and stamping procedure is carried out, after the completion of punching press, ram driving mechanism 420 drives punch rod 412 to do and connects far from punching press
The movement of mouth 3111b, punching mechanism 410 restore to original state.
The ram driving mechanism 420 includes for driving the drive member 4210 of the operation of punching mechanism 410, for accumulating
It stores drive member 4210 and runs the flywheel 4220 of required energy, for being connected by power biography between drive member 4210 and flywheel 4220
The clutch 4230 passed.
The drive member 4210 includes drive shaft 4211, drive rod 4214, and drive shaft 4211 is axially parallel to shaft
120 is axial, and drive shaft 4211 is movably installed in installation frame body and can axially rotate around itself, and drive shaft 4211 is provided with two groups
And in coaxially arranged between two groups of drive shafts 4211, two groups of drive shafts 4211 are provided with driving plate on one end close to each other
4212, it is provided with fixing axle 4213 between two groups of driving plates 4212, it is axial that fixing axle 4213 is axially parallel to drive shaft 4211, and
Fixing axle 4213 is fixed between two groups of driving plates 4212.
One end of the drive rod 4214 is provided with connection sleeve and is movably installed in fixing axle by connecting sleeve
Outside 4213, constitutes and be rotatably assorted between connection sleeve and fixing axle 4213, the other end and the punch rod 412 of drive rod 4214
Free end is hinged and hinged shaft core line to be parallel to drive shaft 4211 axial.
The course of work of drive member 4210, specific manifestation are as follows: drive shaft 4211 axially rotates around itself and passes through driving
Plate 4212 draws fixing axle 4213 around the axial rotation of drive shaft 4211, and fixing axle 4213 rotates and by the traction punching of drive rod 4214
Compression bar 412 is done first along 411 channeling direction of guide post close to the rear movement far from punching press interface 3111b.
The flywheel 4220 is installed on outside drive shaft 4211 with bearing mounting means, and the power of drive shaft 4211 is defeated
Enter end and be located at the side that flywheel 4220 deviates from punching mechanism 410, the both ends of the surface of flywheel 4220 are coaxially arranged with structure in a ring
Fixed lobe and be respectively towards the fixed lobe 1 of punching mechanism 410, towards 4211 power intake of drive shaft
Fixed lobe 2 4222.
The transmission member for power transmitting is provided between the flywheel 4220 and shaft 120, transmission member includes
Jackshaft 4223, V belt translation component 2 4224, V belt translation component 3 4225, jackshaft 4223 are axially parallel to shaft 120 axially,
And jackshaft 4223 is movably installed in installation frame body and can axially rotate around itself, leads between shaft 120 and jackshaft 4223
It crosses V belt translation component 2 4224 to carry out being connected by power transmitting, passes through V belt translation portion between jackshaft 4223 and fixed lobe 1
Part 3 4225 carries out being connected by power transmitting.
The flywheel 4223 is correspondingly arranged on two groups, and transmission member is correspondingly arranged on two groups.
The course of work of flywheel 4220, specific manifestation are as follows: shaft 120 rotates and makes 4220 turns of flywheel by transmission member
It is dynamic and non-interference between the rotation of flywheel 4220 and drive shaft 4211, flywheel 4220 rotate and put aside kinetic energy and eventually by from
Clutch 4230 is transferred to drive shaft 4211.
The clutch 4230 be set to flywheel 4220 deviate from punching mechanism 410 side, clutch 4230 include from
Shell 4231, driving link, driven member are closed, clutch shell 4231 is open at one end, the closed cylindrical shell structure of the other end, and is opened
Mouth end Matching installation has clutch end cap, and the closed end of clutch shell 4231 coaxially offers avoid holes one, and the hole of avoid holes one
It is provided with fixed lobe three at mouthful, is fixedly connected in a manner of key connection between fixed lobe three and fixed lobe 2 4222,
The power intake of drive shaft 4211 passes through avoid holes and is located in clutch shell 4231 together.
The clutch end cap coaxially offers avoid holes two, and the driven member includes coaxially arranged with drive shaft 4211
Clutch shaft 4232, clutch shaft 4232 is movably installed in installation frame body and can axially rotate around itself, and clutch shaft 4232
One end passes through avoid holes two and is located in clutch shell 4231, and the end is coaxially arranged with driven disc 4233, driven disc 4233
Be coaxially arranged with fixed lobe four away from the disk of clutch shaft 4232, and fixed lobe four and 4211 power intake of drive shaft it
Between be fixedly connected in a manner of key connection.
The driving link is installed on 4232 outside of clutch shaft and is located at the side that driven disc 4233 deviates from drive shaft 4211,
Driving link includes release sleeve 4234, Power transmission block 4235, separation swing rod 4236, cut spring, 4234 activity of release sleeve
The one end for being sheathed on 4232 outside of clutch shaft and release sleeve 4234 passes through avoid holes two and is located at outside clutch shell 4231, and
And the end is provided with annular groove, the other end of release sleeve 4234 is provided with hinged protrusion.
One end of the separation swing rod 4236 and hinged raised hinged and hinged shaft core line are release sleeve 4234 at this
The other end of tangential direction at point, separation swing rod 4236 is connect in hinged way with Power transmission block 4235, and separates swing rod
4236, the hinged shaft core line between Power transmission block 4235 is parallel to the hinged central spindle between separation swing rod 4236, hinged protrusion
Line, dental inlay mode carries out that the dynamic of separate type can be embedded at any time between 4231 cavity wall of the Power transmission block 4235 and clutch shell
Power connection.
The driven disc 4233 be right against separation swing rod 4236 part be provided with receiving hole, be provided in receiving hole from
Guide rod 4237 is closed, and the channeling direction of clutch guide rod 4237 is parallel to the diametrical direction of driven disc 4233 at this point, power passes
It passs and is provided with slide protrusion on block 4235 and constitutes slide-and-guide cooperation between slide protrusion and clutch guide rod 4237.
The cut spring is sheathed on part of the clutch shaft 42232 between release sleeve 4234 and driven disc 4233
Outside, and the elastic force of cut spring makes release sleeve 4234 do the movement far from driven disc 4233.
Preferably, the Power transmission block 4235, separation swing rod 4236 are set along 4234 circumferencial direction array of release sleeve
It is equipped with four groups.
It is transferable that the motion state of the clutch 4230 can be divided into power between driving link and clutch shell 4231
Power disconnects the off-state of transmitting between transmitting state, driving link and clutch shell 4231, and 4230 original state of clutch is
Off-state.
The clutch 4230 is correspondingly arranged on two groups.
The state of clutch 4230 switches, specific manifestation are as follows: punching press operating mechanism 430 make release sleeve 4234 do close to from
The movement of Moving plate 4233, so that Power transmission block 4235 is embedded in 4231 cavity wall of clutch shell, flywheel 4220 can pass through at this time
Clutch shell 4231 rotates driving link, and driving link rotates and passes through the rotation of driven member traction drive axis 4211, i.e. clutch
4230 switch to transmitting state;Punching press operating mechanism 430 stops the promotion to release sleeve 4234, and driving link is in separation bullet at this time
Spring force effect is lower to be detached from 4231 cavity wall of clutch shell, and clutch 4230 switches to off-state.
The course of work of punching mechanism 410 and ram driving mechanism 420, specific manifestation are as follows: flywheel 4220 receives power source
100 power simultaneously starts accumulation of energy, when the stamped groove 3112a for being located at the top in four groups of stamped groove 3112a stores full leaf powder
And turn to when being right against punching press interface 3111b, punching press operating mechanism 430 makes clutch 4230 switch to transmitting state, flywheel
The kinetic energy of 4220 savings is transferred to drive member 4210 by clutch 4230, and drive member 4210 drives punching mechanism 410 right
Leaf powder carries out stamping procedure, and after punching press, punching press operating mechanism 430 cancels the promotion to clutch 4230 and cuts it
Off-state is shifted to, punching mechanism 410 is out of service at this time.
The punching press operating mechanism 430 includes connecting rope 4310, triggering component 4320, stroke component 4330, manipulation structure
Part 4340, the stamped groove 3112a that triggering component 4320 is used to incude in four groups of stamped groove 3112a positioned at the top store full leaf
Whether powder simultaneously turns to and is right against punching press interface 3111b, and connecting rope 4310 is for triggering component 4320 and stroke component 4330
Between connection and between the two displacement transmitting, stroke component 4330 for draw operations component 4340 run, manipulate
Component 4340 is used to control the state switching of clutch 4230.
The triggering component 4320 is installed on the driven member in installation frame body and close to V belt translation component 2 3220, triggering
Component 4320 includes fixing shell 4321, slide bar 4322, induction pieces, and fixing shell 4321 is to be provided with the shell knot for accommodating inner cavity
Structure, fixing shell 4321 is fixed in installation frame body and upper surface offers perforating one, lower end surface offers perforating two.
The slide bar 4322 extends perpendicularly to ground, and the bottom end of slide bar 4322 is located in fixing shell 4321 and should
End is provided with and contradicts plate 4323, top passes through perforating and is located at 4321 top of fixing shell together, and slide bar 4322 is located at fixed outer
Part in shell 4321 is arranged with reset spring 1, and the elastic force of reset spring 1 makes slide bar 4322 do decline fortune
Row.
The induction pieces include the pulling plate 4325 for being set to 4322 top of slide bar, be set to V belt translation component 2 3220 from
Triggering protrusion 4326 on moving part, and trigger protrusion 4326 and be located at immediately below pulling plate 4325.
The motion state of the triggering component 4320 can be divided into triggering protrusion 4326 and pulling plate 4325 between not in contact with
Draw the sense states that pulling plate 4325 rises to sense state, triggering protrusion 4326, the original state of triggering component 4320 be to
Sense state.
The state of triggering component 4320 switches, specific manifestation are as follows: V belt translation component 2 3220 draws intermittent driving component
In 3210 motion processes, the preceding a quarter period rotates the stamped groove 3112a in four groups of stamped groove 3112a positioned at the top
To being right against punching press interface 3111b, while contact triggering protrusion 4326 with pulling plate 4325, in rear 3/4ths period, band biography
Dynamic 2 3220 driven member of component, which rotates and passes through triggering protrusion 4326, draws the rising of pulling plate 4325, even if triggering component 4320 switches
To sense state;
Afterwards after 3/4ths periodic motions, is disengaged again between triggering protrusion 4326 and pulling plate 4325, trigger structure at this time
Part 4320 switches under the effect of one 4324 elastic force of reset spring to sense state.
The stroke component 4330 is set to the underface of ram driving mechanism 420, and stroke component 4330 includes transmitting
Bar 4331, stroke part, 4331 extending direction of transmission lever are parallel to shaft 120 axially, and transmission lever 4331 is movably installed in mounting rack
It can move on body and along itself extending direction, transmission lever 4331 is provided with contact step, court away from one end of triggering component 4320
One end of triggering component 4320 is provided with intermediate plate 1, transmission lever 4331 is located at installation frame body and contacts the part of step
It is arranged with reset spring 2 4338, and the elastic force of reset spring 2 4338 makes transmission lever 4331 do the fortune far from triggering component 4320
It is dynamic.
The end face of intermediate plate 1 towards the triggering component 4320 is provided with channeling direction and is parallel to transmission lever
The stroke guide rod 4333 of 4331 extending directions, the free end of stroke guide rod 4333 are provided with intermediate plate 2 4334, and intermediate plate two
Guide hole is offered on 4334.
The stroke part includes the pull rod 4335 that extending direction is parallel to 4331 extending direction of transmission lever, pull rod 4335
One end be located at intermediate plate 2 4334 pass through guide hole towards the side of triggering component 4320, the other end and be located at intermediate plate 1 with
Between the intermediate plate 2 4334 and end is provided with intermediate plate 3 4336, and sleeve joint hole, and intermediate plate are offered on intermediate plate 3 4336
3 4336 by sleeve joint hole pivot bush unit outside stroke guide rod 4333, between pull rod 4335 and guide hole, intermediate plate 3 4336 with
Slide-and-guide cooperation is constituted between stroke guide rod 4333.
Part of the pull rod 4335 between intermediate plate 2 4334 and intermediate plate 3 4336 is arranged with stroke spring
4337。
One end of the connecting rope 4310 is fixedly connected with pull rod 4335, the other end is disposed through fixing shell 4321
The perforating two of lower end surface is simultaneously fixedly connected with plate 4323 is contradicted.
The course of work of stroke component 4330, specific manifestation are as follows: when triggering component 4320 switches to sense state, pulling plate
4325 rise and pull pull rod 4335, the displacement that pull rod 4335 is pulled by connecting rope 4310, and a part makes transmission lever 4331
It moves synchronously, another part is converted to the compression displacement of stroke spring 4337;Triggering component 4320 switches to after sense state,
The elastic force of reset spring 2 4338 restores stroke component 4330 to original state.
The control member 4340 is set between stroke component 4330 and ram driving mechanism 420, control member
4340 include rotatable parts, tilting member, manipulation guide rod 4345, hold assembly, and the channeling direction of manipulation guide rod 4345 is parallel to
Drive shaft 4211 is axial, and manipulates guide rod 4345 and be fixed in installation frame body and can axially rotate around itself.
The rotatable parts include console panel 4341, and 4341 horizontal anomalous movement of console panel is installed in installation frame body and installs
Point is located at 4341 middle position of console panel, and the bottom surface middle position of console panel 4341 is provided with the behaviour for being axially perpendicular to ground
The longitudinal axis 4342, the rotatable parts can be around the axial rotations of control lever shaft 4342.
The tilting member includes manipulation block 4343, manipulation swing rod 4344, and manipulation block 4343 is fixed on transmission lever 4331
On, one end of manipulation swing rod 4344 offers sets of holes and is movably set in outside control lever shaft 4342 by sets of holes, the other end and behaviour
Vertical block 4343 is hinged and hinged shaft core line to be parallel to control lever shaft 4342 axial;Transmission lever 4331 runs and is led by manipulating block 4343
Draw manipulation swing rod 4344 to swing, manipulation swing rod 4344 is swung and traction control axis 4342 is axially rotated around itself.
The hold assembly includes control stick 4346, manipulation sleeve 4347, supporting rod 4348,4347 activity of manipulation sleeve
It is sheathed on 4345 outside of manipulation guide rod and constitutes slide-and-guide cooperation, one end of control stick 4346 and console panel 4341 between the two
One end is hinged and hinged shaft core line is parallel to axial control lever shaft 4342, the other end and manipulation sleeve 4347 is hinged and hinged central spindle
Line is parallel to control lever shaft 4342 axially, and sleeve 4347 is fixedly connected, the other end is provided with folder with manipulation for one end of supporting rod 4348
Gripping member, clamping piece clamp release sleeve 4234 by matching to merge with the annular groove being set on release sleeve 4234.
The hold assembly is provided with two groups, and one end of one group of hold assembly, console panel 4341, one group of clutch
Between connection relationship and another group of hold assembly, the other end of console panel 4341, another group of clutch 4230 between 4230
Connection relationship is consistent.
Control lever shaft 4342 is axially rotated around itself and by 4346 traction control sleeve 4347 of control stick along manipulation guide rod
The sliding of 4345 channeling directions, manipulation sleeve 4347 move through the traction release sleeve 4234 of supporting rod 4348 and move synchronously, from
And control the motion state of clutch 4230.
In actual work, leaf is thrown in grinding device 200 by the prior art or manual operation and carries out grinders
Sequence, smashed leaf powder are entered to after screening in die device 300, specifically, entering in four groups of stamped groove 3112a
Positioned at the top and it is right against in the stamped groove 3112a of charging interface 3111a;
Subsequent power source 100 runs a period, wherein passing through rotating mechanism 320 in the preceding a quarter period and drawing mold 3112
The a quarter period is rotated with it, the stamped groove 3112a for being right against charging interface 3111a and the full leaf powder of storage is turned to
It is right against punching press interface 3111b, while the triggering protrusion 4326 in triggering component 4320 is contacted with pulling plate 4325;Afterwards 3/4ths
In period, triggering component 4320 is triggered and switches to sense state, while pulling stroke component 4330 by connecting rope 4310
Movement, a portion displacement move synchronously transmission lever 4331, and another part is converted to the compression displacement of stroke spring 4337,
The movement of transmission lever 4331 and the operation of traction control component 4340 simultaneously finally make clutch 4230 switch to transmitting state, at this time flywheel
The kinetic energy of 4220 savings is transferred to drive member 4210 by clutch 4230, and drive member 4210 runs and drives punching mechanism
410 pairs store full leaf powder and turn to the stamped groove 3112a progress stamping procedure for being right against punching press interface 3111b, punching press
After the completion, punch forming device 400 restores to original state;
Then power source 100 continued to run for two periods and mold 3112 is made to rotate the half period, connect so that being right against punching press
Mouth 3111b and the stamped groove 3112a for completing stamping procedure, which are turned to, is right against demoulding interface 3111c, at this time mold releasing member 3130
Stripping process is carried out to the leaf block in stamped groove 3112a;
In four groups of stamped groove 3112a be located at the top and be right against charging interface 3111a stamped groove 3112a rotation four/
Three periods and during carrying out punching press, stripping process, leaf powder can sequentially enter in three groups of stamped groove 3112a of residue simultaneously
Successively carry out stamping procedure.