CN110216799A - The application method of fibre cement ridge tiles plate automatic gas cutting machine - Google Patents
The application method of fibre cement ridge tiles plate automatic gas cutting machine Download PDFInfo
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- CN110216799A CN110216799A CN201910624487.3A CN201910624487A CN110216799A CN 110216799 A CN110216799 A CN 110216799A CN 201910624487 A CN201910624487 A CN 201910624487A CN 110216799 A CN110216799 A CN 110216799A
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- slab
- pressing plate
- platform
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- cylinder
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28D—WORKING STONE OR STONE-LIKE MATERIALS
- B28D1/00—Working stone or stone-like materials, e.g. brick, concrete or glass, not provided for elsewhere; Machines, devices, tools therefor
- B28D1/22—Working stone or stone-like materials, e.g. brick, concrete or glass, not provided for elsewhere; Machines, devices, tools therefor by cutting, e.g. incising
- B28D1/24—Working stone or stone-like materials, e.g. brick, concrete or glass, not provided for elsewhere; Machines, devices, tools therefor by cutting, e.g. incising with cutting discs
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28D—WORKING STONE OR STONE-LIKE MATERIALS
- B28D7/00—Accessories specially adapted for use with machines or devices of the preceding groups
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28D—WORKING STONE OR STONE-LIKE MATERIALS
- B28D7/00—Accessories specially adapted for use with machines or devices of the preceding groups
- B28D7/005—Devices for the automatic drive or the program control of the machines
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28D—WORKING STONE OR STONE-LIKE MATERIALS
- B28D7/00—Accessories specially adapted for use with machines or devices of the preceding groups
- B28D7/04—Accessories specially adapted for use with machines or devices of the preceding groups for supporting or holding work or conveying or discharging work
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Mining & Mineral Resources (AREA)
- Devices For Post-Treatments, Processing, Supply, Discharge, And Other Processes (AREA)
Abstract
The present invention relates to fibre cement ridge tiles plate automatic gas cutting machine fields, more particularly to a kind of application method of fibre cement ridge tiles plate automatic gas cutting machine, it is placed including slab, lifting device lifting, platen clamp rig is clamped slab, and clapper control cut to slab, and the present invention uses simple, high degree of automation cuts fibre cement ridge tiles plate high-efficient.
Description
Technical field
The present invention relates to fibre cement ridge tiles plate automatic gas cutting machine fields, and in particular to a kind of fibre cement ridge tiles plate
The application method of automatic gas cutting machine.
Background technique
From fiber cement tile since Chinese development use, the development indispensable always of fibre cement ridge tiles exists.From
Since reform and opening-up, fiber cement tile equipment has obtained significant progress, and fibre cement ridge tiles is always using artificial cutting system
Make.Till now, labor wage is high, and artificial difficulty is asked, and large labor intensity, product is lack of standardization, worker's arbitrariness is also big etc. disadvantage
It highlights.This method is by the above disadvantage of effective solution.
Based on above-mentioned prior art, the applicant has made lasting and beneficial exploration and design repeatedly, and carries out
The test of non-finite number of time has finally found the method for solving above-mentioned technical problem and forms technology described below
Scheme.
Summary of the invention
To solve problem of the prior art, the present invention provides a kind of uses of fibre cement ridge tiles plate automatic gas cutting machine
Method.
In order to achieve the above object, the invention adopts the following technical scheme: a kind of fibre cement ridge tiles plate automatic cutting
The application method of machine: include the following steps:
1) before being not keyed up operation, at the lower position switch of hoistable platform at the lower end of the trapezoidal screw rod, overturning pressing plate cylinder retraction is turned over
Turning pressing plate cylinder piston rod drives flip-arm to move upwards, and flip-arm drives central axis rotation, and centre axis dynamic pressure plate is transported upwards
Dynamic, when pressing plate lifting status, the output of clamping cylinder piston rod drives clamping jaws to decontrol；
2) cutter lifting rack is located at the end A, and DC electromagnet power-off is not attracted tray platform, and tray platform at this time can be in the branch of ball
It anticipates and moves on hoistable platform under support, tray platform is moved to suitable position by fork truck, fibre cement flat blank is placed in
On tray platform, is fetched home, be placed on hoistable platform, after tray platform is put well from production line by fork truck；
3) it presses and starts switch after operator's confirmation is errorless, slab centering cylinder operation pushing away in slab pair just, send out by enabling signal
After out, DC electromagnet is attracted tray platform, and tray platform will not anticipate movement on hoistable platform at this time, and tray platform actuation is firm
Gu after, starting transmission speed reducer, which passes through lifting jockey sprocket and drive sprocket and rotates to drive by chain-driving trapezoidal screw axis, to be risen
It drops platform to rise, hoistable platform drives tray platform to move upwards, and slab is in place in optoelectronic switch sensitive to tray platform
Slab arriving signal after, transmission speed reducer power off so that lifting platform position keep；
4) after confirming that size of plate blank position is errorless by operator, overturning pressing plate cylinder output, overturning pressing plate cylinder piston rod is driven
Flip-arm moves downward, and flip-arm drives central axis rotation, and centre axis dynamic pressure plate moves downward, and overturning pressing plate cylinder is all defeated
When out, pressing plate pushes down slab, and after slab compresses, overturning pressing plate cylinder is kept, and clamping cylinder piston rod retraction drives and clamps folder
Plate clamps slab, and clamping cylinder exports simultaneously in operation, and driving motor drives walking gear to transport on rack gear by reduction gearbox
Dynamic, for cutter lifting rack by the end A towards B end motion, while cutter lifting cylinder movement drives cutting blade to move downward cutting slab, when
When cutter lifting rack drives cutting blade to be moved to the end B, cutter lifting rack drives cutting blade to cut to slab A end edge from the end B is mobile
Right above edge, cutter lifting cylinder drives cutting blade to be raised above disengaging slab, and cutter lifting rack is mobile to the end A simultaneously, cutter lifting rack
It is moved to the stopping of the end A, clamping cylinder piston rod stretches out, and drives clamping jaws to unclamp slab, while overturning pressing plate cylinder retraction, turns over
Turning pressing plate cylinder piston rod drives flip-arm to move upwards, and flip-arm drives central axis rotation, and centre axis dynamic pressure plate is transported upwards
Dynamic, pressing plate is in lifting status and is detached from slab,
5) slab of well cutting is taken away production by operative employee, and after the slab of well cutting has been taken, transmission speed reducer is led by lifting
Drive hoistable platform decline is rotated to sprocket wheel and drive sprocket and by chain-driving trapezoidal screw axis, is set when hoistable platform moves to
Positioning postpones, and transmission speed reducer power-off is kept, while DC electromagnet powers off, and decontrols tray platform, and epicycle cutting operation is completed.
6) 1) -5 are repeated the above steps), complete the cutting to slab.
Compared with prior art, advantageous effect of the invention is: the present invention uses simple, high degree of automation, to fiber water
The cutting of mud ridge tiles plate is high-efficient, and cutter lifting knife rest drives cutter bobbin, blade movable plate and cutter movement, cutter lifting knife rest to exist
Stablize lifting decline course motion to synchronize, limit of the cutter lifting knife rest in locating channel
Moved up and down under effect it is stable, avoid cutting slab operation in slab displacement, can be good at realize to plate
The clamping of base, to realize subsequent effective cutting to slab, flip-arm band dynamic pressure plate under the action of overturning pressing plate cylinder is lifted
It rises and declines, be matched for clamping tightly clamping and relieving of the cylinder to clamping jaws effect realization to slab, effective solution slab is automatic
The problem of lifting, the up and down motion that trapezoidal screw axis drives hoistable platform stable, under the action of electromagnetic assembly, tray platform can
Free movement and fixation on hoistable platform.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon.
Fig. 1 is schematic view of the front view of the present invention.
Fig. 2 is side structure schematic view of the present invention.
Fig. 3 is overlooking structure diagram of the present invention.
Fig. 4 is structural schematic diagram at A in Fig. 1.
Fig. 5 is a kind of using state structure diagram of the present invention.
Specific embodiment
The present invention is described in further details below by embodiment, embodiment is only used to illustrate the present invention, and unlimited
The scope of the present invention processed.
A kind of application method of fibre cement ridge tiles plate automatic gas cutting machine as described in Fig. 1-5: include the following steps:
1) before being not keyed up operation, at the lower position switch of hoistable platform at the lower end of the trapezoidal screw rod, overturning pressing plate cylinder retraction is turned over
Turning pressing plate cylinder piston rod drives flip-arm to move upwards, and flip-arm drives central axis rotation, and centre axis dynamic pressure plate is transported upwards
Dynamic, when pressing plate lifting status, the output of clamping cylinder piston rod drives clamping jaws to decontrol；
2) cutter lifting rack is located at the end A, and DC electromagnet power-off is not attracted tray platform, and tray platform at this time can be in the branch of ball
It anticipates and moves on hoistable platform under support, tray platform is moved to suitable position by fork truck, fibre cement flat blank is placed in
On tray platform, is fetched home, be placed on hoistable platform, after tray platform is put well from production line by fork truck；
3) it presses and starts switch after operator's confirmation is errorless, slab centering cylinder operation pushing away in slab pair just, send out by enabling signal
After out, DC electromagnet is attracted tray platform, and tray platform will not anticipate movement on hoistable platform at this time, and tray platform actuation is firm
Gu after, starting transmission speed reducer, which passes through lifting jockey sprocket and drive sprocket and rotates to drive by chain-driving trapezoidal screw axis, to be risen
It drops platform to rise, hoistable platform drives tray platform to move upwards, and slab is in place in optoelectronic switch sensitive to tray platform
Slab arriving signal after, transmission speed reducer power off so that lifting platform position keep；
4) after confirming that size of plate blank position is errorless by operator, overturning pressing plate cylinder output, overturning pressing plate cylinder piston rod is driven
Flip-arm moves downward, and flip-arm drives central axis rotation, and centre axis dynamic pressure plate moves downward, and overturning pressing plate cylinder is all defeated
When out, pressing plate pushes down slab, and after slab compresses, overturning pressing plate cylinder is kept, and clamping cylinder piston rod retraction drives and clamps folder
Plate clamps slab, and clamping cylinder exports simultaneously in operation, and driving motor drives walking gear to transport on rack gear by reduction gearbox
Dynamic, for cutter lifting rack by the end A towards B end motion, while cutter lifting cylinder movement drives cutting blade to move downward cutting slab, when
When cutter lifting rack drives cutting blade to be moved to the end B, cutter lifting rack drives cutting blade to cut to slab A end edge from the end B is mobile
Right above edge, cutter lifting cylinder drives cutting blade to be raised above disengaging slab, and cutter lifting rack is mobile to the end A simultaneously, cutter lifting rack
It is moved to the stopping of the end A, clamping cylinder piston rod stretches out, and drives clamping jaws to unclamp slab, while overturning pressing plate cylinder retraction, turns over
Turning pressing plate cylinder piston rod drives flip-arm to move upwards, and flip-arm drives central axis rotation, and centre axis dynamic pressure plate is transported upwards
Dynamic, pressing plate is in lifting status and is detached from slab,
5) slab of well cutting is taken away production by operative employee, and after the slab of well cutting has been taken, transmission speed reducer is led by lifting
Drive hoistable platform decline is rotated to sprocket wheel and drive sprocket and by chain-driving trapezoidal screw axis, is set when hoistable platform moves to
Positioning postpones, and transmission speed reducer power-off is kept, while DC electromagnet powers off, and decontrols tray platform, and epicycle cutting operation is completed.
6) 1) -5 are repeated the above steps), complete the cutting to slab.
The fibre cement ridge tiles plate automatic gas cutting machine, including clapper 1, platen clamp rig 2, lifting device 3,
Be characterized in that: 3 top of lifting device is provided with platen clamp rig 2, and lifting device 3 is matched with platen clamp rig 2 and set
It sets, 2 top side of platen clamp rig is provided with clapper 1, and 1 opposing platen clamping device 2 of clapper is mobile；
Clapper 1 includes cutter lifting rack 12, transmission shaft 13, blade movable plate adjusting screw 16, cutter lifting knife rest 17, positioning saddle
171, cutter 11, cutter bobbin 14, blade movable plate 15, synchromesh gear 110 and cutter lifting cylinder 111,12 bottom of cutter lifting rack
Portion is provided with transmission shaft 13, and cutter lifting rack 12 is connected with cutter lifting cylinder 111, on 111 bottom of cutter lifting cylinder and cutter lifting knife rest 17
Portion is fixedly connected, and cutter lifting knife rest 17 is connected with blade movable plate 15, and blade movable plate 15 drives cutter bobbin 14 to move, cutting
Blade shaft 14 drives cutter 11 to rotate.
Cutter lifting rack 12 is rectangular metal frame-shaped, is fixed with vertical pole 121 and cross bar 122, vertical pole 121 inside cutter lifting rack 12
It is perpendicularly fixed between cutter lifting rack 12,121 quantity of vertical pole is two, is vertically and fixedly provided with cross bar 122, cross bar in the middle part of vertical pole 121
122 are fixed between vertical pole 121.
121 sidewall weld of vertical pole is fixed with positioning saddle 171, and positioning saddle 171 is rectangular metal plate, positions saddle
171 sides offer locating channel 1711, and locating channel 1711 extends to upper end, cutter lifting knife rest 17 from positioning 171 bottom end of saddle
For rectangular metal plate, 17 both ends of cutter lifting knife rest are fixed with directive wheel 172, and the matching of directive wheel 172 is set in locating channel 1711,
Directive wheel 172 can scroll up and down in locating channel 1711, cutter lifting knife rest 17 under the position-limiting action of locating channel 1711 into
Row moves up and down,
Air cylinder supporting structure 1110 is fixed on cross bar 122,1110 bottom of air cylinder supporting structure is mutually fixedly connected with 122 top of cross bar,
Air cylinder supporting structure 1110 is in " Γ " shape, and 1110 top of air cylinder supporting structure is fixed with cutter lifting cylinder 111, and cutter lifting cylinder 111 passes through company
Rack gear 18 is connect to be connected with cutter lifting knife rest 17,
Connection 18 upper end of rack gear is connected with 111 piston rod head of cutter lifting cylinder, connection 18 lower end of rack gear and 17 top of cutter lifting knife rest
Mutually it is fixedly connected.Connection rack gear 18 is when being moved upwardly or downwardly, drive cutter lifting knife rest 17 along locating channel 1711 upward or downward
Movement.
Connection rack gear 18 is meshed with synchromesh gear 110, and 19 both ends of synchronizing shaft are provided with synchromesh gear 110, synchronizing shaft 19
One end is connected with synchronous bracing strut 191, and synchronous 191 end of bracing strut is fixed with bearing block 1911, and synchronizing shaft 19 passes through axis
Seat 1911 is held to turn together when connection rack gear 18 is moved upwardly or downwardly by the synchromesh gear 110 and synchronizing shaft 19 that engage
It is dynamic, so that it is synchronous so that the cutter lifting cylinder 111 of left and right two is exported motion stabilization.
Cutter lifting knife rest 17 is fixedly connected with blade movable plate adjusting screw 16, and blade movable plate adjusting screw 16 passes through cutter lifting
Knife rest 17, blade movable plate adjusting screw 16 are fastened by the nut of upper and lower part with cutter lifting knife rest 17, blade activity
Plate adjusting screw 16 is fixedly connected by compressed spring 112 with blade movable plate 15.
Blade movable plate 15 is rectangular metal plate, and 15 bottom of blade movable plate is fixed with cutter bobbin 14, cutting blade
Axis 14 is connected with cutter 11.
Transmission shaft 13 is fixedly connected by connecting plate 131 with 12 bottom of cutter lifting rack, and connecting plate 131 is rectangular metal plate,
131 one end of connecting plate is fixedly connected with 121 bottom of vertical pole, and mutually fixation connects 131 other end of connecting plate with 13 1 upper lateral part of transmission shaft
It connects, 13 both ends of transmission shaft are connected with walking gear 132, and 132 bottom of walking gear is meshed with rack gear 133, and 133 bottom of rack gear is solid
Fixed to be mutually fixedly connected with 21 top of pressing plate rack, 213 top of longitudinal plate is fixed in specific 133 bottom of rack gear,
Transmission shaft 13 includes transmission shaft 1, transmission shaft 2 135, and one 134 one end of transmission shaft is mutually fixed with 136 side wall of reduction gearbox
Connection, 136 side output end of reduction gearbox are connected with transmission shaft 2 135, and driving motor 137 is set to 136 top of reduction gearbox, pass
Dynamic motor 137 is connected by reduction gearbox 136 with transmission shaft 2 135, transmission shaft 2 135 and one 134 longitudinal central axis line of transmission shaft
It is overlapped.
Platen clamp rig 2 includes pressing plate rack 21, overturning pressing plate cylinder 22, central axis 23, connecting rod 232, flip-arm
24, pressing plate 25, clamping cylinder 26 and clamping jaws 27,21 bottom side of pressing plate rack are fixed with overturning pressing plate cylinder 22, overturning
Pressing plate cylinder 22 is fixedly connected with 24 phase of flip-arm, and flip-arm 24 is fixedly connected with 23 phase of central axis, central axis 23 and connecting rod
232 are fixedly connected, and connecting rod 232 is fixedly connected with pressing plate 25, and 25 top two sides of pressing plate are fixed with clamping cylinder 26, clamping cylinder
26 are fixedly connected with clamping jaws 27.
Pressing plate rack 21 includes riser 211, transverse slat 212 and longitudinal plate 213, and riser 211, transverse slat 212 and longitudinal plate 213 are equal
To be rectangular-shaped, 212 level of transverse slat is fixed between riser 211, and 211 top of riser is fixed with longitudinal plate 213,213 bottom of longitudinal plate
Portion and the perpendicular fixation in 211 upper surface of riser, longitudinal plate 213 are in vertical distribution with transverse slat 212.
21 side of pressing plate rack is fixed with slab centering cylinder 10, and slab centering cylinder 10 is fixed on air cylinder fixed plate 101
On, 10 quantity of slab centering cylinder be several, 10 flush with each other of slab centering cylinder, 10 piston rod end of slab centering cylinder
It is fixed with push plate, push plate is rectangular-shaped.
21 bottom side of pressing plate rack is fixed with overturning pressing plate cylinder 22, and overturning pressing plate cylinder 22 inclines with 21 phase of pressing plate rack
Tiltedly fixed setting, overturning pressing plate cylinder 22 and horizontal angle α are 80-85 degree, preferably 81 degree, overturn pressing plate cylinder 22
Tailpiece of the piston rod be fixedly connected with 24 one end of flip-arm, 24 other end of flip-arm is fixedly connected with central axis 23, central axis 23 with
The bearing inner race of bearing block 231 is fixedly connected, and bearing block 231 is fixedly installed on 212 top of transverse slat, and 231 quantity of bearing block is three
A to be uniformly distributed along transverse slat 212, central axis 23 sequentially passes through bearing block 231 disposed in parallel, and central axis 23 passes through connecting rod
232 are fixedly connected with pressing plate 25,
Connecting rod 232 includes connecting rod 1 and connecting rod 2 2322, and connecting rod 1 and connecting rod 2 2322 are in
One end of the setting of " eight " shape, connecting rod 1 and connecting rod 2 2322 is mutually fixedly connected with 23 side wall of central axis, connecting rod
1 and the side of connecting rod 2 2322 be mutually fixedly connected with 25 top of pressing plate.
Pressing plate 25 is rectangular metal plate, and 25 both ends of pressing plate are fixed with clamping cylinder 26,
Clamping cylinder 26 includes clamping cylinder 1 and clamping cylinder 2 262, and clamping cylinder 1 is fixed on 25 one end of pressing plate,
Clamping cylinder 2 262 is fixed on 25 other end of pressing plate, and clamping cylinder 1 and clamping cylinder 2 262 are correspondingly arranged.
26 piston rod one end of clamping cylinder is fixedly connected with clamping jaws 27.
Clamping jaws 27 include clamping jaws 1 and clamping jaws 2 272, clamping jaws 1 and clamping jaws two
272 be it is rectangular-shaped, be fixedly connected in the middle part of one 261 piston rod one end of clamping cylinder and clamping jaws one 271 side walls, clamping cylinder
It is fixedly connected in the middle part of 2 262 piston rod one end and 2 272 side wall of clamping jaws, under clamping jaws 1, clamping jaws 2 272
Prominent 25 lower end surface of pressing plate in end face.
When overturning pressing plate cylinder 22 bounces back when platen clamp rig 2 uses, overturning 22 piston rod of pressing plate cylinder drives overturning
Arm 24 moves upwards, and flip-arm 24 drives central axis 23 to rotate, and central axis 23 is moved upwards with dynamic pressure plate 25, and pressing plate 25 lifts shape
When state, the output of 26 piston rod of clamping cylinder drives clamping jaws 27 to decontrol；When overturning the output of pressing plate cylinder 22, pressing plate gas is overturn
22 piston rod of cylinder drive flip-arm 24 move downward, flip-arm 24 drive central axis 23 rotate, central axis 23 with dynamic pressure plate 25 to
Lower movement, when overturning pressing plate cylinder all exports, 26 piston rod of clamping cylinder retraction drives clamping jaws 27 to clamp slab,
After the completion of cutting action, the output of 26 piston rod of clamping cylinder drives clamping jaws 27 to decontrol slab, overturns pressing plate cylinder 2
Retraction, overturning 22 piston rod of pressing plate cylinder drive flip-arm 24 to move upwards, and flip-arm 24 drives central axis 23 to rotate, central axis
23 band dynamic pressure plates 25 move upwards, 25 lifting status of pressing plate.
Lifting device 3 includes trapezoidal screw axis 32, drive sprocket 33, transmission speed reducer 34, lifting jockey sprocket 35, lifting
Platform 36 and electromagnetic assembly 39,21 bottom side of pressing plate rack are fixed with transmission speed reducer 34, drive sprocket 33 and lifting guiding
Sprocket wheel 35, lifting jockey sprocket 35 are set to 34 side of transmission speed reducer, and drive sprocket 33 is set to lifting jockey sprocket 35 1
Side, transmission speed reducer 34 pass through chain and 33 phase of drive sprocket by chain and lifting jockey sprocket 35, lifting jockey sprocket 35
Connection, 33 middle part of drive sprocket are mutually fixedly connected with 32 bottom of trapezoidal screw axis, and trapezoidal screw axis 32 passes through feed screw nut's plate 321
The wire rod thread hole 3211 at middle part, 321 side of feed screw nut are mutually fixedly connected with 36 end sidewalls of hoistable platform, hoistable platform 36
It is equipped with electromagnetic assembly 39.Lifting jockey sprocket 35 is symmetrically disposed on 34 two sides of transmission speed reducer when quantity is two, is driven
Speed reducer 34 drives the lifting jockey sprocket 35 of two sides to rotate, and corresponding 33 quantity of drive sprocket is two, trapezoidal screw axis 32
It is also two with the corresponding quantity of feed screw nut's plate 321.
21 bottom of pressing plate rack is fixed with excess of stroke lower limit close to switch 201 and lower limit close to switch 202, and lower limit connects
Nearly switch 202 is set to excess of stroke lower limit close to 201 top of switch, and 21 top of pressing plate rack is fixed with slab optoelectronic switch in place
Induction 203 and the close switch 204 of excess of stroke upper limit.
Hoistable platform 36 includes platform outline border 361 and platform longitudinal plate 362, and platform outline border 361 is rectangular structure, platform
Platform longitudinal plate 362 is fixed between 361 inside of outline border, platform longitudinal plate 362 is rectangular plate-like structure, platform longitudinal plate 362
It is perpendicularly fixed between platform outline border 361,362 quantity of platform longitudinal plate is several groups and is uniformly distributed.
Ball groove 3621 is uniformly provided in platform longitudinal plate 362, ball groove 3621 is concave arc shape, ball groove
Matching is provided with ball 3622 in 3621, and ball 3622 is metal ball shaped structure, and 3622 upper surface of ball protrudes from ball groove
3621 upper surfaces.
Electromagnetic assembly 39 includes positioning pin 391, DC electromagnet 392, and positioning pin 391 is connected with DC electromagnet 392,
Positioning pin 391 is round bar shape, and 392 bottom of DC electromagnet offers dowel hole 3911, the matching insertion positioning pin of positioning pin 391
In hole 3911,3911 depth of dowel hole is 5mm, and DC electromagnet 392 can only move up and down under the action of positioning pin 391,
Other directions are immovable,
Positioning pin fixed plate 363 is vertically and fixedly provided between platform longitudinal plate 362, positioning pin 391 is solid with 363 phase of positioning pin fixed plate
Fixed connection.
36 top of hoistable platform is provided with tray platform 37, and tray platform 37 can be metal plate structure, DC electromagnet
392 in unpowered state 392 upper surface of DC electromagnet have the gap of 1-3mm apart from 37 lower end surface of tray platform, preferably
For 2mm, when DC electromagnet 392 is powered, DC electromagnet 392 is moved up under the positioning action of positioning pin and is put down by pallet
Platform 37 is firmly sucked, and at this time under the restriction effect of positioning pin 391, DC electromagnet 392 and tray platform 37 are fixed not
Energy displacement, when DC electromagnet 392 powers off, DC electromagnet 392 is moved down by self weight to be fallen and divides with 7 phase of tray platform
From, and under the positioning action of positioning pin 391, DC electromagnet 392 returns to initial position, and tray platform 37 can roll at this time
It anticipates and moves on hoistable platform 36 under the support of pearl 3622.
Tray platform 37 is placed on hoistable platform 36 by lifting device 3 when using, and slab (figure is placed on tray platform 37
In do not show), tray platform 37 is moved to suitable position on hoistable platform 36, and DC electromagnet 392 is powered, tray platform 37 with
Hoistable platform 36 is relatively fixed, and starting transmission speed reducer 34 is by lifting jockey sprocket 35 and drive sprocket 33 and by chain-driving
The rotation of trapezoidal screw axis 32 drives hoistable platform 36 to rise, and hoistable platform 36 drives tray platform 37 to move upwards, tray platform
37 move to setting position, and transmission speed reducer 34 is by lifting jockey sprocket 35 and drive sprocket 33 and by chain after the completion of operation
Drive the rotation of trapezoidal screw axis 32 that hoistable platform 36 is driven to decline, after hoistable platform 36 moves to setting position, gear reduction
The power-off of machine 34 is kept.
21 bottom of pressing plate rack is fixed with excess of stroke lower limit close to switch 201 and lower limit close to switch 202, and lower limit connects
Nearly switch 202 is set to excess of stroke lower limit close to 201 top of switch, and 21 top of pressing plate rack is fixed with slab optoelectronic switch in place
Induction 203 and the close switch 204 of excess of stroke upper limit.
The above described is only a preferred embodiment of the present invention, being not that the invention has other forms of limitations, appoint
What those skilled in the art changed or be modified as possibly also with the technology contents of the disclosure above equivalent variations etc.
Imitate embodiment.But without departing from the technical solutions of the present invention, according to the technical essence of the invention to above embodiments institute
Any simple modification, equivalent variations and the remodeling made, still fall within the protection scope of technical solution of the present invention.
Claims (1)
1. a kind of application method of fibre cement ridge tiles plate automatic gas cutting machine: it is characterized by comprising following steps:
1) before being not keyed up operation, at the lower position switch of hoistable platform at the lower end of the trapezoidal screw rod, overturning pressing plate cylinder retraction is turned over
Turning pressing plate cylinder piston rod drives flip-arm to move upwards, and flip-arm drives central axis rotation, and centre axis dynamic pressure plate is transported upwards
Dynamic, when pressing plate lifting status, the output of clamping cylinder piston rod drives clamping jaws to decontrol；
2) cutter lifting rack is located at the end A, and DC electromagnet power-off is not attracted tray platform, and tray platform at this time can be in the branch of ball
It anticipates and moves on hoistable platform under support, tray platform is moved to suitable position by fork truck, fibre cement flat blank is placed in
On tray platform, is fetched home, be placed on hoistable platform, after tray platform is put well from production line by fork truck；
3) it presses and starts switch after operator's confirmation is errorless, slab centering cylinder operation pushing away in slab pair just, send out by enabling signal
After out, DC electromagnet is attracted tray platform, and tray platform will not anticipate movement on hoistable platform at this time, and tray platform actuation is firm
Gu after, starting transmission speed reducer, which passes through lifting jockey sprocket and drive sprocket and rotates to drive by chain-driving trapezoidal screw axis, to be risen
It drops platform to rise, hoistable platform drives tray platform to move upwards, and slab is in place in optoelectronic switch sensitive to tray platform
Slab arriving signal after, transmission speed reducer power off so that lifting platform position keep；
4) after confirming that size of plate blank position is errorless by operator, overturning pressing plate cylinder output, overturning pressing plate cylinder piston rod is driven
Flip-arm moves downward, and flip-arm drives central axis rotation, and centre axis dynamic pressure plate moves downward, and overturning pressing plate cylinder is all defeated
When out, pressing plate pushes down slab, and after slab compresses, overturning pressing plate cylinder is kept, and clamping cylinder piston rod retraction drives and clamps folder
Plate clamps slab, and clamping cylinder exports simultaneously in operation, and driving motor drives walking gear to transport on rack gear by reduction gearbox
Dynamic, for cutter lifting rack by the end A towards B end motion, while cutter lifting cylinder movement drives cutting blade to move downward cutting slab, when
When cutter lifting rack drives cutting blade to be moved to the end B, cutter lifting rack drives cutting blade to cut to slab A end edge from the end B is mobile
Right above edge, cutter lifting cylinder drives cutting blade to be raised above disengaging slab, and cutter lifting rack is mobile to the end A simultaneously, cutter lifting rack
It is moved to the stopping of the end A, clamping cylinder piston rod stretches out, and drives clamping jaws to unclamp slab, while overturning pressing plate cylinder retraction, turns over
Turning pressing plate cylinder piston rod drives flip-arm to move upwards, and flip-arm drives central axis rotation, and centre axis dynamic pressure plate is transported upwards
Dynamic, pressing plate is in lifting status and is detached from slab,
5) slab of well cutting is taken away production by operative employee, and after the slab of well cutting has been taken, transmission speed reducer is led by lifting
Drive hoistable platform decline is rotated to sprocket wheel and drive sprocket and by chain-driving trapezoidal screw axis, is set when hoistable platform moves to
Positioning postpones, and transmission speed reducer power-off is kept, while DC electromagnet powers off, and decontrols tray platform, and epicycle cutting operation is completed；
6) 1) -5 are repeated the above steps), complete the cutting to slab.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910624487.3A CN110216799B (en) | 2019-07-11 | 2019-07-11 | Use method of fiber cement ridge tile flat plate automatic cutting machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910624487.3A CN110216799B (en) | 2019-07-11 | 2019-07-11 | Use method of fiber cement ridge tile flat plate automatic cutting machine |
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| CN110216799A true CN110216799A (en) | 2019-09-10 |
| CN110216799B CN110216799B (en) | 2020-12-29 |
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| CN201910624487.3A Active CN110216799B (en) | 2019-07-11 | 2019-07-11 | Use method of fiber cement ridge tile flat plate automatic cutting machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110216799B (en) | 2020-12-29 |
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