CN108588296A - A kind of anti-fake cutter device of efficient leatherware - Google Patents
A kind of anti-fake cutter device of efficient leatherware Download PDFInfo
- Publication number
- CN108588296A CN108588296A CN201810370634.4A CN201810370634A CN108588296A CN 108588296 A CN108588296 A CN 108588296A CN 201810370634 A CN201810370634 A CN 201810370634A CN 108588296 A CN108588296 A CN 108588296A
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- CN
- China
- Prior art keywords
- fixed
- cutter device
- leatherware
- taper cone
- drive rod
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- C—CHEMISTRY; METALLURGY
- C14—SKINS; HIDES; PELTS; LEATHER
- C14B—MECHANICAL TREATMENT OR PROCESSING OF SKINS, HIDES OR LEATHER IN GENERAL; PELT-SHEARING MACHINES; INTESTINE-SPLITTING MACHINES
- C14B5/00—Clicking, perforating, or cutting leather
-
- C—CHEMISTRY; METALLURGY
- C14—SKINS; HIDES; PELTS; LEATHER
- C14B—MECHANICAL TREATMENT OR PROCESSING OF SKINS, HIDES OR LEATHER IN GENERAL; PELT-SHEARING MACHINES; INTESTINE-SPLITTING MACHINES
- C14B17/00—Details of apparatus or machines for manufacturing or treating skins, hides, leather, or furs
- C14B17/14—Auxiliary devices for leather-working machines, e.g. grinding devices for blading cylinders or dust-removal devices combined with the working machines
-
- C—CHEMISTRY; METALLURGY
- C14—SKINS; HIDES; PELTS; LEATHER
- C14B—MECHANICAL TREATMENT OR PROCESSING OF SKINS, HIDES OR LEATHER IN GENERAL; PELT-SHEARING MACHINES; INTESTINE-SPLITTING MACHINES
- C14B2700/00—Mechanical treatment or processing of skins, hides or leather in general; Pelt-shearing machines; Making driving belts; Machines for splitting intestines
- C14B2700/11—Machines or apparatus for cutting or milling leather or hides
- C14B2700/113—Cutting presses
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Organic Chemistry (AREA)
- Manufacturing & Machinery (AREA)
- Treatment And Processing Of Natural Fur Or Leather (AREA)
- Control Of Cutting Processes (AREA)
Abstract
The invention discloses a kind of anti-fake cutter devices of efficient leatherware,Its structure includes support leg,Display screen,Work top,Shell,Anti-fake cutter device,There are two support leg is set,Two support legs are respectively arranged on outer casing bottom and are set up in integral structure with shell,Work top is mounted on housing center,Work top is mechanically connected with shell,Display screen is set to outer casing frontispiece panel center of top,Shell is fixedly connected with display screen,Anti-fake cutter device installation is inside the housing,The present invention passes through driving device,It is realized under anti-counterfeiting detecting device and dentation cutter device collective effect and the dentation shape of leatherware is cut,The area that the cutting mouth of dentation shape exposes when detecting is larger,The cutting mouth of dentation shape is when carrying out hand paste engagement in the later stage,The engagement of the cutting mouth of dentation shape is more secured,Be conducive to improve product quality and detected value is more convincing.
Description
Technical field
The present invention is a kind of anti-fake cutter device of efficient leatherware, belongs to leatherware production equipment field.
Background technology
Leatherware is chiefly used in hand paste into technique, and leatherware production industry cladding is essential, but due to its characteristic, and leatherware is torn
It cut-offs that split be common situation, when checking whether leatherware is broken, due to its material problem, comes it is difficult to observe.
The efficient leatherware of the prior art is incomplete with anti-fake cutter device, when the leatherware later stage after cutting is engaged not
Securely.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of anti-fake cutter device of efficient leatherware,
Efficient leatherware is incomplete with anti-fake cutter device to solve, and the leatherware later stage after cutting is unstable when being engaged to ask
Topic.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of efficient leatherware use is anti-
Pseudo- cutter device, structure include support leg, display screen, work top, shell, anti-fake cutter device, and the support leg is set
There are two, described two support legs are respectively arranged on outer casing bottom and are set up in integral structure with shell, the work top
Mounted on housing center, the work top is mechanically connected with shell, and the display screen is set at the top of outer casing frontispiece panel
Center, the shell are fixedly connected with display screen, and the anti-fake cutter device is installed inside the housing；
The anti-fake cutter device is by driving device, induction chip, driving wheel, No.1 taper cone pulley, No.1 shaft, anti-fake inspection
Survey device, transmission belt, dentation cutter device, working chamber composition；
The driving device is set to left and right two in working chamber in symmetrical structure with dentation cutter device and surveys, the driving
Be powered connection between device and dentation cutter device, and the driving device is set at the top of working chamber with dentation cutter device,
There are two the driving wheel is set, described two driving wheels are respectively arranged on work top two bottom sides, between described two driving wheels
It is sequentially connected by transmission belt, described two driving wheels are set to work top center with the transmission mechanism that transmission belt is constituted, described
The leatherware that is connected with work top of shell enter and be equipped with induction chip at port, the induction chip is embedded in working chamber
In inner wall, the anti-counterfeiting detecting device is set at the leatherware output port that shell is connected with work top, and described is anti-fake
Detection device is mechanically connected with driving device, and the anti-counterfeiting detecting device is set to below dentation cutter device, the dentation
Cutter device is matched with anti-counterfeiting detecting device.
Further, the driving device by No.1 distribution box, wall extend plate, No. two taper cone pulleies, driving handle,
Fixed seat, No. three taper cone pulleies, No.1 drive rod, No.1 connecting wire, rodlike drive rod, No.1 conducting block, No. two conducting blocks (,
Motor, machine shaft, No. two shafts, No. four taper cone pulleies, rectangle frame, fixture block, No. two drive rods, No.1 fixing axle, No. five tapers
Wheel, No.1 turntable, small triangle fixed frame, big triangle fixed frame composition.
Further, the wall extends plate equipped with three or more, and the wall extends in plate and working chamber
Wall vertical welding is structure as a whole, and the No.1 distribution box is set to wall and extends on plate and extend plate fixation company with wall
It connecing, the fixed seat is set to below No.1 distribution box, and the fixed seat extends plate with wall and is fixedly connected, and described two
Number taper cone pulley is mounted on fixed seat on one end of work cavity wall, and described No. two taper cone pulleies connect with driving handle machinery
It connects, the driving handle runs through work cavity wall, and one end of the No.1 drive rod is mechanically connected with No. two taper cone pulleies, separately
One end and rodlike drive rod mechanical engagement, one end of the rodlike drive rod be equipped with No.1 conducting block and with fixed seat activity
Connection, described No. two conducting blocks (it is set to below No.1 conducting block, and described No. two conducting blocks (it is embedded in fixed seat, it is described
No.1 connecting wire be electrically connected with No.1 distribution box, the other end is fixedly connected through rodlike drive rod with No.1 conducting block, institute
No. two conducting blocks stated (are equipped with a connecting wire and are electrically connected with motor across wall extension plate, the motor and electricity
Machine rotor axis mechanical connects, and the machine shaft and No. two shafts are orthogonal, and described No. two between shaft and machine shaft
By No. three taper cone pulley mechanical engagements, described No. three taper cone pulleies and No. five taper cone pulleies are set to No. two shaft both ends in symmetrical structure
On, described No. two shaft centers are equipped with No. four taper cone pulleies, and the No.1 shaft and No. two shafts are orthogonal, and described two
It is set to No.1 turntable center simultaneously by No. four taper cone pulley mechanical engagements, described No. five taper cone pulleies number between shaft and No.1 shaft
It is matched with No.1 turntable, No.1 fixing axle is fixed on the No.1 turntable, the No.1 turntable is fixed at small
On triangle fixed frame, the big triangle fixed frame is set to side of the small triangle fixed frame far from work cavity wall, institute
The small triangle fixed frame stated is in big triangle fixed frame in same horizontal line, and the rectangle frame is mounted on big triangle
At the top of fixed frame, fixture block is equipped in the rectangle frame, described No. two drive rods sequentially pass through fixture block and rectangle frame and prevent
Pseudo- detection device mechanical connection, the electric energy in No.1 distribution box are transported to by No.1 connecting wire in No.1 conducting block, when turning
Dynamic driving handle, No. two taper cone pulleies change the machine driving direction of driving handle so that one end of No.1 drive rod around
No. two taper cone pulley rotations, to which the No.1 conducting block on rodlike drive rod (fits, realizes with No. two conducting blocks in fixed seat
The conveying of electric energy, No. two conducting blocks (are equipped with a connecting wire and extend plate across wall and be electrically connected with motor, to motor
Mechanical energy is converted electrical energy into after energization and is exported by machine shaft, and No. two shafts and machine shaft are orthogonal, and No. two turn
By No. three taper cone pulley mechanical engagements between axis and machine shaft, the machinery that the setting up of No. three taper cone pulleies changes machine shaft passes
Dynamic direction, No. two shaft centers are equipped with No. four taper cone pulleies, and No.1 shaft is synchronous with No. two shafts under the action of No. four taper cone pulleies
Rotation realizes the transmission of leatherware in working chamber, No. three taper cone pulleies and No. five taper cone pulleies are in pair to realize the rotation of two driving wheels
Claim structure to be set on No. two shaft both ends, changes the machine driving direction of No. two shafts in No. five taper cone pulleies, to No.1 turntable
Rotation drives the rotation of No.1 fixing axle, to affect No. two drive rod back and forth movements in rectangle frame, and to anti-counterfeiting detecting device
Apply a power, driving anti-counterfeiting detecting device work.
Further, the anti-counterfeiting detecting device by No.1 bar, lever fixed link, lever fixed block, No. two bars, No. two
Fixing axle, small fixed seat, big fixed seat, No. three drive rods, movable plate, triangle fixed block, L-type drive rod, No. two distribution boxs,
No. three connecting wires, Master control chip, driving chip, circuit board, microcontroller leatherware monitor station, connecting rod composition.
Further, small fixed seat, the No.1 bar and No. two bars are fixed in the big fixed seat
It is a certain included angle and sets up, one end that the No.1 bar is connected with No. two bars is fixed on small fixed seat by No. two fixing axles
On, there are two the lever fixed block is set, described two lever fixed blocks are respectively arranged on No.1 bar and No. two bars, described
Lever fixed link and two lever fixed blocks be welded as a whole structure, the No.1 bar, lever fixed link, lever are fixed
Block, No. two bars constitute lever construction, and described No. three drive rods are set to No. two bar one end bottom, and described No. three drive rods are another
End is fixed on movable plate, and one end of the movable plate is fixedly connected with L-type drive rod, the L-type drive rod and work
Chamber bottom panel one end parallel to each other is run through by No. three connecting wires, and described No. three connecting wires are fixed with L-type drive rod
Connection, described No. three connecting wires are electrically connected with No. two distribution boxs, and described No. two distribution boxs are set at the working chamber lower right corner,
Circuit board is equipped with above number distribution box, the Master control chip, driving chip are set on circuit board, the electricity
Road plate be mounted on microcontroller leatherware monitor station under, the connecting rod set there are two and with microcontroller leatherware monitor station top panel
Be welded as a whole structure, and the microcontroller leatherware monitor station is fixedly connected by connecting rod with dentation cutter device, when No. two
When drive rod slides to the right in rectangle frame, a power is applied to No.1 bar and up pushes up No.1 bar, No.1 bar, lever are fixed
Bar, lever fixed block, No. two bars constitute lever construction, and according to lever principle, when No.1 bar moves upwards, No. two bars are transported downwards
It is dynamic, and a power is applied to No. three drive rods, No. three drive rods are moved in the same direction therewith, movable plate, triangle fixed block are constituted
Lever construction, according to lever principle, one end that movable plate is connected with No. three drive rods moves downward, and the other end is raised above,
As L-type drive rod drives No. three connecting wires to be raised above so that No. three connecting wires and circuit board electrical connection, to realize
It is powered so that Master control chip, driving chip and microcontroller leatherware monitor station can work normally, and Master control chip is according to sense
It answers on chip feedack data transmiting signal source to driving chip, driving chip drives dentation cutter device and microcontroller
Leatherware monitor station is run, and the cutting of dentation is carried out to leatherware, is transmitted to microcontroller leatherware after cutting under the action of transmission belt
It is exported after being monitored to leatherware in monitor station.
Further, the dentation cutter device is by cutter, cutting head, No. four connecting wires, No. three fixing axles, four
Number drive rod, No. five connecting wires, No. two turntables, No. four fixing axles, ring frame, lock chamber, sliding bar, No. five drive rods, five
Number fixing axle, rectangular block, No. six drive rods, T-type fixed seat composition.
Further, the cutter are mounted on cutting head, and the cutting head bottom end is fixedly connected with cutting head,
One end of the cutting head and sliding bar vertical welding, the sliding bar are set in lock chamber, the lock chamber and cunning
Lever is slidably matched, and the other end of the sliding bar is mechanically connected by No. five drive rods and No. six drive rods, and described six
One end of number drive rod is run through and be fixed in T-type fixed seat by No. three fixing axle, and described No. five fixing axles are through No. six drives
Lever center is simultaneously fixed on rectangular block, and described No. two turntables are mounted on T-type fixed seat top, and described No. four connections are led
One end of line and No. two conducting blocks (on connecting wire be electrically connected, described No. four connecting wires are electrically connected with No. five connecting wires
It connecing, described No. two turntable bottoms are equipped with a motor, and described No. five connecting wires are electrically connected with the motor below No. two turntables,
The ring frame is fixedly connected with rectangular block, and No. four fixing axles are fixed on described No. two turntables, and described No. four solid
Dead axle is set in ring frame, and the ring frame is matched with No. four fixing axles, after receiving the signal of driving chip, No. two
Turntable rotates, and No. four fixing axles is driven to rotate therewith, and ring frame is matched with No. four fixing axles, to drive No. six drive rods
Using No. three fixing axles as origin, No. six drive rods are that radius is moved around No. three fixing axles, to affect No. five drive rod rotations, and
Sliding bar is affected to be slided in lock chamber under the action of No. five drive rods, the position of lock chamber is fixed, when sliding bar is in fixation
When chamber slides to the left, No. four drive rods is driven to move in the same direction therewith, to drive cutting head to move, monolithic is housed inside cutting head
Machine, it is in the program that dentation shape structure cuts leatherware, the cutting mouth of dentation shape that programming, which drives well cutting head, in the microcontroller
Exposed area is larger when detecting, and detected value teaching aid is convincing, and the cutting mouth of dentation shape carries out hand paste in the later stage and connects
When conjunction, the engagement of the cutting mouth of dentation shape is more secured, is conducive to improve product quality.
Further, the fixture block is set in rectangle frame, and the fixture block is matched with rectangle frame, described No. two drives
Lever runs through fixture block, and fixture block is set up, and position offset when can be slided in rectangle frame to avoid No. two drive rods influences equipment
Normal operation.
Advantageous effect
Leatherware of the present invention is placed on work top, is transferred in working chamber under the action of transmission belt, No.1 distribution box
In electric energy be transported in No.1 conducting block by No.1 connecting wire, when rotation driving handle, No. two taper cone pulleies change driving
The machine driving direction of handle, so that one end of No.1 drive rod is rotated around No. two taper cone pulleies, to rodlike drive rod
On No.1 conducting block (fit with No. two conducting blocks in fixed seat, realize that the conveying of electric energy, No. two conducting blocks (are equipped with
One connecting wire is simultaneously electrically connected across wall extension plate with motor, to convert electrical energy into mechanical energy after electrical power and lead to
Machine shaft output is crossed, No. two shafts and machine shaft are orthogonal, and No. two pass through No. three tapers between shaft and machine shaft
Wheel mechanical coordinates, and No. three taper cone pulleies set up the machine driving direction for changing machine shaft, and No. two shaft centers are equipped with No. four
Taper cone pulley, No.1 shaft is rotated synchronously with No. two shafts under the action of No. four taper cone pulleies, to realize the rotation of two driving wheels,
Realize that the transmission of leatherware in working chamber, No. three taper cone pulleies and No. five taper cone pulleies are set in symmetrical structure on No. two shaft both ends,
No. five taper cone pulleies change the machine driving direction of No. two shafts, to which the rotation of No.1 turntable drives the rotation of No.1 fixing axle, to
No. two drive rod back and forth movements in rectangle frame are affected, and anti-counterfeiting detecting device is driven to work, when No. two drive rods are in rectangle frame
In when sliding to the right, a power is applied to No.1 bar and up pushes up No.1 bar, No.1 bar, lever fixed link, lever fixed block,
No. two bars constitute lever construction, and according to lever principle, when No.1 bar moves upwards, No. two bars move downward, and are driven to No. three
Lever applies a power and No. three drive rods is moved in the same direction therewith, and movable plate, triangle fixed block constitute lever construction, according to
Lever principle, one end that movable plate is connected with No. three drive rods move downward, and the other end is raised above, as L-type drive rod
No. three connecting wires are driven to be raised above so that No. three connecting wires and circuit board electrical connection are powered so that master control to realize
Coremaking piece, driving chip and microcontroller leatherware monitor station can work normally, and Master control chip is fed back according to induction chip
On information data transmiting signal source to driving chip, driving chip drives dentation cutter device and microcontroller leatherware monitor station fortune
Row carries out leatherware the cutting of dentation, is transmitted in microcontroller leatherware monitor station to skin under the action of transmission belt after cutting
Tool exports after being monitored, after receiving the signal of driving chip, No. two turntable rotations, and No. four fixing axles is driven to turn therewith
Dynamic, ring frame is matched with No. four fixing axles, and to drive No. six drive rods using No. three fixing axles as origin, No. six drive rods are
Radius is moved around No. three fixing axles, to affect No. five drive rod rotations, and affects sliding bar under the action of No. five drive rods
It is slided in lock chamber, the position of lock chamber is fixed, and when sliding bar is when lock chamber slides to the left, No. four drive rods of drive are therewith
Movement in the same direction is equipped with microcontroller inside cutting head to drive cutting head to move, in the microcontroller programming drive the cutting head to be in well
The program that dentation shape structure cuts leatherware, the present invention are cut by driving device, anti-counterfeiting detecting device and dentation and are filled
The dentation shape cutting realized under collective effect to leatherware is set, the area that the cutting mouth of dentation shape exposes when detecting is larger, dentation
For the cutting mouth of shape when carrying out hand paste engagement in the later stage, the engagement of the cutting mouth of dentation shape is more secured, is conducive to improve product matter
It measures and detected value is more convincing.
Description of the drawings
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 a kind of anti-fake cutter device of efficient leatherware of the invention；
Fig. 2 is a kind of the first working state structure schematic diagram of the anti-fake cutter device of efficient leatherware of the invention；
Fig. 3 is a kind of second of working state structure schematic diagram of the anti-fake cutter device of efficient leatherware of the invention；
Fig. 4 is a kind of the third working state structure schematic diagram of the anti-fake cutter device of efficient leatherware of the invention；
Fig. 5 is a kind of the 4th kind of working state structure schematic diagram of the anti-fake cutter device of efficient leatherware of the invention.
In figure：Support leg -1, display screen -2, work top -3, shell -4, anti-fake cutter device -5, driving device -501,
Induction chip -502, driving wheel -503, No.1 taper cone pulley -504, No.1 shaft -505, anti-counterfeiting detecting device -506, transmission belt -
507, dentation cutter device -508, working chamber -509, No.1 distribution box -5011, wall extend plate -5012, No. two taper cone pulleies -
5013, driving handle -5014, fixed seat -5015, No. three taper cone pulleies -5016, No.1 drive rod -5017, No.1 connecting wire -
5018, rodlike drive rod -5019, -50110, No. two conducting blocks of No.1 conducting block (50111, motor -50112, machine shaft -
50113, No. two shafts -50114, No. four taper cone pulleies -50115, rectangle frame -50116, fixture block -50117, No. two drive rods -
50118, -50119, No. five taper cone pulleies -50120 of No.1 fixing axle, No.1 turntable -50121, small triangle fixed frame -50122,
Big triangle fixed frame -50123, No.1 bar -5061, lever fixed link -5062, -5063, No. two bars -5064 of lever fixed block,
No. two fixing axles -5065, small fixed seat -5066, big fixed seat -5067, No. three drive rods -5068, movable plate -5069, triangles
Shape fixed block -50610, -50611, No. two distribution boxs -50612 of L-type drive rod, No. three connecting wires -50613, master control coremaking
Piece -50614, driving chip -50615, circuit board -50616, microcontroller leatherware monitor station -50617, connecting rod -50618, cutting
Knife -5081, cutting head -5082, No. four connecting wires -5083, No. three fixing axles -5084, No. four drive rods -5085, No. five companies
Connect conducting wire -5086, No. two turntables -5087, No. four fixing axles -5088, ring frame -5089, lock chamber -50810, sliding bars -
50811, No. five drive rods -50812, No. five fixing axles -50813, rectangular block -50814, No. six drive rods -50815, T-types are fixed
Seat -50816.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
- Fig. 5 is please referred to Fig.1, the present invention provides a kind of anti-fake cutter device technical solution of efficient leatherware：Its structure packet
Support leg 1, display screen 2, work top 3, shell 4, anti-fake cutter device 5 are included, it is described there are two the support leg 1 is set
Two support legs 1 are respectively arranged on 4 bottom of shell and are set up in integral structure with shell 4, and the work top 3 is mounted on shell
4 centers, the work top 3 are mechanically connected with shell 4, and the display screen 2 is set to 4 front panel center of top of shell,
The shell 4 is fixedly connected with display screen 2, and the anti-fake cutter device 5 is mounted on inside shell 4, described anti-fake to cut
Device 5 is cut to be filled by driving device 501, induction chip 502, driving wheel 503, No.1 taper cone pulley 504, No.1 shaft 505, anti-counterfeiting detection
It sets 506, transmission belt 507, dentation cutter device 508, working chamber 509 to form, the driving device 501 and dentation cutter device
508 are set to left and right two in working chamber 509 in symmetrical structure surveys, and leads between the driving device 501 and dentation cutter device 508
Electrical connection, the driving device 501 are set to 509 top of working chamber with dentation cutter device 508, and the driving wheel 503 is set
There are two, described two driving wheels 503 are respectively arranged on 3 two bottom sides of work top, pass through biography between described two driving wheels 503
Dynamic band 507 is sequentially connected, and described two driving wheels 503 are set to 3 center of work top with the transmission mechanism that transmission belt 507 is constituted,
The leatherware that the shell 4 is connected with work top 3, which enters, is equipped with induction chip 502, the induction chip 502 at port
It is embedded in 509 inner wall of working chamber, it is defeated that the anti-counterfeiting detecting device 506 is set to the leatherware that shell 4 is connected with work top 3
At exit port, the anti-counterfeiting detecting device 506 is mechanically connected with driving device 501, and the anti-counterfeiting detecting device 506 is set to
508 lower section of dentation cutter device, the dentation cutter device 508 are matched with anti-counterfeiting detecting device 506, driving dress
It sets 501 and plate 5012, No. two taper cone pulleies 5013, driving handle 5014, fixed seats is extended by No.1 distribution box 5011, wall
5015, No. three taper cone pulleies 5016, No.1 drive rod 5017, No.1 connecting wire 5018, rodlike drive rod 5019, No.1 conducting block
50110, No. two conducting blocks (50111, motor 50112, the shaft 50114, four of machine shaft 50113, two taper cone pulley 50115,
Rectangle frame 50116,50117, No. two drive rods 50118 of fixture block, 50119, No. five taper cone pulleies 50120 of No.1 fixing axle, No.1 turn
Disk 50121, small triangle fixed frame 50122, big triangle fixed frame 50123 composition, the wall extend plate 5012 and set
There are three more than, the wall extends plate 5012 and is structure as a whole with 509 inner wall vertical welding of working chamber, the No.1
Distribution box 5011 is set to wall and extends on plate 5012 and be fixedly connected with wall extension plate 5012, the fixed seat 5015
Set on 5011 lower section of No.1 distribution box, the fixed seat 5015 extends plate 5012 with wall and is fixedly connected, described No. two
Taper cone pulley 5013 is mounted on fixed seat 5015 on one end of 509 inner wall of working chamber, described No. two taper cone pulleies 5013 and drive
Fixed handle 5014 is mechanically connected, and the driving handle 5014 runs through 509 inner wall of working chamber, the No.1 drive rod 5017
One end is mechanically connected with No. two taper cone pulleies 5013, the other end and 5019 mechanical engagement of rodlike drive rod, the rodlike drive rod
5019 one end is equipped with No.1 conducting block 50110 and is flexibly connected with fixed seat 5015, described No. two conducting blocks (50111
Set on 50110 lower section of No.1 conducting block, (50111 are embedded in fixed seat 5015 described No. two conducting blocks, and the No.1 connects
It connects conducting wire 5018 to be electrically connected with No.1 distribution box 5011, the other end is solid with No.1 conducting block 50110 through rodlike drive rod 5019
Fixed connection, (50111 are equipped with a connecting wire and extend plate 5012 and motor across wall described No. two conducting blocks
50112 electrical connections, the motor 50112 and machine shaft 50113 are mechanically connected, the machine shaft 50113 and No. two
Shaft 50114 is orthogonal, and described No. two pass through No. three 5016 machines of taper cone pulley between shaft 50114 and machine shaft 50113
Tool coordinates, and described No. three taper cone pulleies 5016 and No. five taper cone pulleies 50120 are set to No. two 50114 both ends of shaft in symmetrical structure
On, described No. two 50114 centers of shaft are equipped with No. four taper cone pulleies 50115, the No.1 shaft 505 and No. two shafts
50114 is orthogonal, and described No. two are matched between shaft 50114 and No.1 shaft 505 by No. four 50115 machineries of taper cone pulley
It closes, described No. five taper cone pulleies 50120 are set to 50121 center of No.1 turntable and are matched with No.1 turntable 50121, described one
It is fixed with No.1 fixing axle 50119 on number turntable 50121, the No.1 turntable 50121 is fixed at small triangle and fixes
On frame 50122, the big triangle fixed frame 50123 is set to small triangle fixed frame 50122 far from 509 inner wall of working chamber
Side, the small triangle fixed frame 50122 are in big triangle fixed frame 50123 in same horizontal line, the square
Shape frame 50116 is mounted on 50123 top of big triangle fixed frame, and fixture block 50117 is equipped in the rectangle frame 50116, described
No. two drive rods 50118 sequentially pass through fixture block 50117 and rectangle frame 50116 and be mechanically connected with anti-counterfeiting detecting device 506, one
Electric energy in number distribution box 5011 is transported to by No.1 connecting wire 5018 in No.1 conducting block 50110, when rotation drives hand
Handle 5014, No. two taper cone pulleies 5013 change the machine driving direction of driving handle 5014, so that No.1 drive rod 5017
One end is rotated around No. two taper cone pulleies 5013, to the No.1 conducting block 50110 and fixed seat 5015 on rodlike drive rod 5019
On No. two conducting blocks (50111 fit, and realize the conveying of electric energy, and (50111 are equipped with a connecting wire simultaneously to No. two conducting blocks
Extend plate 5012 across wall to be electrically connected with motor 50112, mechanical energy is converted electrical energy into simultaneously after being powered to motor 50112
It is exported by machine shaft 50113, No. two shafts 50114 and machine shaft 50113 are orthogonal, No. two shafts 50114 and electricity
Between machine shaft 50113 machine shaft is changed by No. three 5016 mechanical engagements of taper cone pulley, No. three setting up for taper cone pulley 5016
50113 machine driving direction, 50114 center of No. two shafts are equipped with No. four taper cone pulleies 50115, in No. four taper cone pulleies 50115
The lower No.1 shaft 505 of effect and No. two shafts 50114 rotate synchronously, and to realize the rotation of two driving wheels 503, realize working chamber
The transmission of middle leatherware, No. three taper cone pulleies 5016 and No. five taper cone pulleies 50120 are set to No. two 50114 both ends of shaft in symmetrical structure
On, change the machine driving direction of No. two shafts 50114 in No. five taper cone pulleies 50120, to which the rotation of No.1 turntable 50121 drives
No.1 fixing axle 50119 rotates, to affect No. two drive rods 50118 back and forth movement in rectangle frame 50116, and to anti-fake inspection
It surveys device 506 and applies a power, driving anti-counterfeiting detecting device 506 works, and the anti-counterfeiting detecting device 506 is by No.1 bar
5061, the lever fixed link 5062, bar 5064, two of lever fixed block 5063, two fixing axle 5065, small fixed seat 5066, big
5067, No. three drive rods 5068 of fixed seat, movable plate 5069, triangle fixed block 50610, L-type drive rod 50611, two are matched
Electronic box 50612, No. three connecting wires 50613, Master control chip 50614, driving chip 50615, circuit board 50616, microcontrollers
Leatherware monitor station 50617, connecting rod 50618 form, and small fixed seat 5066 is fixed in the big fixed seat 5067, described
The No.1 bar 5061 be a certain included angle and set up with No. two bars 5064, the No.1 bar 5061 and No. two 5064 phases of bar
One end of connection is fixed on by No. two fixing axles 5065 in small fixed seat 5066, and the lever fixed block 5063 is equipped with two
A, two lever fixed blocks 5063 are respectively arranged on No.1 bar 5061 and No. two bars 5064, the lever fixed link
5062 and two lever fixed blocks 5063 be welded as a whole structure, the No.1 bar 5061, lever fixed link 5062, lever are solid
Determine 5063, No. two bars 5064 of block and constitute lever construction, described No. three drive rods 5068 are set to No. two 5064 one end bottoms of bar, institute
No. three 5068 other ends of drive rod stated are fixed on movable plate 5069, one end and the L-type drive rod of the movable plate 5069
50611 are fixedly connected, and the L-type drive rod 50611 one end parallel to each other with 509 bottom panel of working chamber is connect by No. three
Conducting wire 50613 runs through, and described No. three connecting wires 50613 are fixedly connected with L-type drive rod 50611, described No. three connections
Conducting wire 50613 is electrically connected with No. two distribution boxs 50612, and described No. two distribution boxs 50612 are set at 509 lower right corner of working chamber,
50612 top of number distribution box is equipped with circuit board 50616, and the Master control chip 50614, driving chip 50615 are equal
On circuit board 50616, the circuit board 50616 is mounted under microcontroller leatherware monitor station 50617, the connecting rod
50618 set and are welded as a whole structure there are two and with 50617 top panel of microcontroller leatherware monitor station, the microcontroller leatherware
Monitor station 50617 is fixedly connected by connecting rod 50618 with dentation cutter device 508, when No. two drive rods 50118 are in rectangle frame
When being slided to the right in 50116, a power is applied to No.1 bar 5061 and is up pushed up No.1 bar 5061, No.1 bar 5061, lever
5063, No. two fixed link 5062, lever fixed block bars 5064 constitute lever constructions, according to lever principle, when No.1 bar 5061 to
When upper movement, No. two bars 5064 move downward, and to No. three drive rods 5068 apply a power make No. three drive rods 5068 with
Movement in the same direction, movable plate 5069, triangle fixed block 50610 constitute lever construction, according to lever principle, movable plate 5069 with
One end that No. three drive rods 5068 are connected moves downward, and the other end is raised above, and as L-type drive rod 50611 drives No. three
Connecting wire 50613 is raised above so that and No. three connecting wires 50613 are electrically connected with circuit board 50616, are powered to realize,
Master control chip 50614, driving chip 50615 and microcontroller leatherware monitor station 50617 are worked normally, main control
Chip 50614 is according on 502 feedack data transmiting signal source to driving chip 50615 of induction chip, driving chip
50615 driving dentation cutter devices 508 and microcontroller leatherware monitor station 50617 are run, and the cutting of dentation is carried out to leatherware,
It is transmitted under the action of transmission belt 507 after being monitored to leatherware in microcontroller leatherware monitor station 50617 and exports after cutting, institute
The dentation cutter device 508 stated is by cutter 5081, the fixing axle 5084, four of connecting wire 5083, three of cutting head 5082, four
Number drive rod 5085, five connecting wire 5086, two turntable 5087, No. four fixing axles 5088, ring frame 5089, lock chambers
50810,50814, No. six drive rod 50812, five of sliding bar 50811, five fixing axle 50813, rectangular block drive rods
50815, T-type fixed seat 50816 forms, and the cutter 5081 are mounted on cutting head 5082, the cutting head 5082
Bottom end is fixedly connected with cutting head 5082, one end and 50811 vertical welding of sliding bar of the cutting head 5082, the cunning
Lever 50811 is set in lock chamber 50810, and the lock chamber 50810 is slidably matched with sliding bar 50811, the sliding
The other end of bar 50811 is mechanically connected by No. five drive rods 50812 and No. six drive rods 50815, described No. six drive rods
50815 one end is run through and be fixed in T-type fixed seat 50816 by No. three fixing axle 5084, described No. five fixing axles 50813
It through No. six 50815 centers of drive rod and is fixed on rectangular block 50814, described No. two turntables 5087 are fixed mounted on T-type
On 50816 tops of seat, (connecting wire on 50111 is electrically connected with No. two conducting blocks for one end of described No. four connecting wires 5083
It connects, described No. four connecting wires 5083 are electrically connected with No. five connecting wires 5086, and described No. two 5087 bottoms of turntable are equipped with
One motor, described No. five connecting wires 5086 are electrically connected with the motor of No. two 5087 lower sections of turntable, the ring frame 5089
It is fixedly connected with rectangular block 50814, No. four fixing axles 5088 is fixed on described No. two turntables 5087, described No. four solid
Dead axle 5088 is set in ring frame 5089, and the ring frame 5089 is matched with No. four fixing axles 5088, is driven when receiving
After the signal of chip 50615, No. two turntables 5087 rotate, and No. four fixing axles 5088 is driven to rotate therewith, ring frame 5089 with
No. four fixing axles 5088 match, to which No. six drive rods 50815 of drive are origin, No. six drive rods with No. three fixing axles 5084
50815 move for radius around No. three fixing axles 5084, to affect No. five drive rods 50812 to rotate, and in No. five drive rods
Sliding bar 50811 is affected to be slided in lock chamber 50810 under the action of 50812, the position of lock chamber 50810 is fixed, and sliding is worked as
Bar 50811 drives the movement in the same direction therewith of No. four drive rods 5085, to drive cutting head when lock chamber 50810 slides to the left
5082 movements, the inside of cutting head 5082 are equipped with microcontroller, and it is in dentation shape structure that programming, which drives well cutting head 5082, in the microcontroller
To the program that leatherware is cut, the area that the cutting mouth of dentation shape exposes when detecting is larger, and detected value teaching aid is convincing,
And for the cutting mouth of dentation shape when carrying out hand paste engagement in the later stage, the engagement of the cutting mouth of dentation shape is more secured, is conducive to carry
High yield quality, the fixture block 50117 are set in rectangle frame 50116, and the fixture block 50117 matches with rectangle frame 50116
It closes, described No. two drive rods 50118 run through fixture block 50117, and fixture block 50117 is set up, can be to avoid No. two drive rods 50118
Position offset when being slided in rectangle frame 50116, influences the normal operation of equipment.
Motor 50112 of the present invention is a kind of medium converting phone to mechanical energy, motor of the present invention
50112 are controlled by positive and negative rotation circuit.
Leatherware is placed on work top 3, is transferred in working chamber 509 under the action of transmission belt 507, No.1 distribution box
Electric energy in 5011 is transported to by No.1 connecting wire 5018 in No.1 conducting block 50110, when rotation driving handle 5014, two
Number taper cone pulley 5013 changes the machine driving direction of driving handle 5014, so that one end of No.1 drive rod 5017 is around two
Number taper cone pulley 5013 rotates, to which the No.1 conducting block 50110 on rodlike drive rod 5019 is led with No. two in fixed seat 5015
(50111 fit electric block, realize the conveying of electric energy, (50111 are equipped with a connecting wire and prolong across wall No. two conducting blocks
It stretches plate 5012 to be electrically connected with motor 50112, mechanical energy is converted electrical energy into after being powered to motor 50112 and is turned by motor
Axis 50113 exports, and No. two shafts 50114 and machine shaft 50113 are orthogonal, No. two shafts 50114 and machine shaft 50113
Between by No. three 5016 mechanical engagements of taper cone pulley, No. three taper cone pulleies 5016 set up the machinery for changing machine shaft 50113
Transmission direction, No. two 50114 centers of shaft are equipped with No. four taper cone pulleies 50115, and No.1 turns under the action of No. four taper cone pulley 50115
Axis 505 and No. two shafts 50114 rotate synchronously, and to realize the rotation of two driving wheels 503, realize the biography of leatherware in working chamber
Defeated, No. three taper cone pulleies 5016 and No. five taper cone pulleies 50120 are set in symmetrical structure on No. two 50114 both ends of shaft, are bored at No. five
Shape wheel 50120 changes the machine driving direction of No. two shafts 50114, to which the rotation of No.1 turntable 50121 drives No.1 fixing axle
50119 rotations, to affect No. two drive rods 50118 back and forth movement in rectangle frame 50116, and drive anti-counterfeiting detecting device
506 work apply a power to No.1 bar 5061 and incite somebody to action when No. two drive rods 50118 slide to the right in rectangle frame 50116
No.1 bar 5061 up pushes up, and 5063, No. two No.1 bar 5061, lever fixed link 5062, lever fixed block bars 5064 constitute lever
Structure, according to lever principle, when No.1 bar 5061 moves upwards, No. two bars 5064 move downward, and to No. three drive rods
5068 one power of application make the movement in the same direction therewith of No. three drive rods 5068, and movable plate 5069, triangle fixed block 50610 are constituted
Lever construction, according to lever principle, one end that movable plate 5069 is connected with No. three drive rods 5068 moves downward, the other end to
It is raised, as L-type drive rod 50611 drives No. three connecting wires 50613 to be raised above so that No. three connecting wires 50613
It is electrically connected, is powered to realize so that Master control chip 50614, driving chip 50615 and microcontroller with circuit board 50616
Leatherware monitor station 50617 can work normally, and Master control chip 50614 emits according to 502 feedack data of induction chip
In signal source to driving chip 50615, driving chip 50615 drives dentation cutter device 508 and microcontroller leatherware monitor station
50617 operations, carry out leatherware the cutting of dentation, are transmitted to the inspection of microcontroller leatherware after cutting under the action of transmission belt 507
It is exported after being monitored to leatherware in scaffold tower 50617, after receiving the signal of driving chip 50615, No. two 5087 turns of turntables
It is dynamic, and No. four fixing axles 5088 is driven to rotate therewith, ring frame 5089 is matched with No. four fixing axles 5088, to drive No. six
Drive rod 50815 is origin with No. three fixing axles 5084, and No. six drive rods 50815 are that radius is moved around No. three fixing axles 5084,
To affect No. five drive rods 50812 to rotate, and affect sliding bar 50811 in fixation under the action of No. five drive rod 50812
It is slided in chamber 50810, the position of lock chamber 50810 is fixed, and when sliding bar 50811 is when lock chamber 50810 slides to the left, is driven
The movement in the same direction therewith of No. four drive rods 5085, to drive cutting head 5082 to move, 5082 inside of cutting head is equipped with microcontroller, should
It is in the program that dentation shape structure cuts leatherware that programming, which drives well cutting head 5082, in microcontroller, and the cutting mouth of dentation shape exists
The area exposed when detection is larger, and detected value teaching aid is convincing, and the cutting mouth of dentation shape carries out hand paste engagement in the later stage
When, the engagement of the cutting mouth of dentation shape is more secured, is conducive to improve product quality.
The efficient leatherware of problems solved by the invention is incomplete with anti-fake cutter device, and the leatherware later stage after cutting carries out
Insecure when engagement, the present invention is combined with each other by above-mentioned component, by driving device 501, anti-counterfeiting detecting device 506 and
It is realized under 508 collective effect of dentation cutter device and the dentation shape of leatherware is cut, the exposure when detecting of the cutting mouth of dentation shape
Area is larger, and for the cutting mouth of dentation shape when carrying out hand paste engagement in the later stage, the engagement of the cutting mouth of dentation shape is more secured, favorably
In improve product quality and detected value it is more convincing.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (8)
1. a kind of anti-fake cutter device of efficient leatherware, structure include support leg (1), display screen (2), work top (3),
Shell (4), anti-fake cutter device (5), there are two the support leg (1) is set, described two support legs (1) are respectively arranged on outer
Shell (4) bottom is simultaneously set up with shell (4) in integral structure, and the work top (3) is mounted on shell (4) center, described
Work top (3) is mechanically connected with shell (4), and the display screen (2) is set to shell (4) front panel center of top, described
Shell (4) be fixedly connected with display screen (2), the anti-fake cutter device (5) is mounted on that shell (4) is internal, and feature exists
In：
The anti-fake cutter device (5) is by driving device (501), induction chip (502), driving wheel (503), No.1 taper cone pulley
(504), No.1 shaft (505), anti-counterfeiting detecting device (506), transmission belt (507), dentation cutter device (508), working chamber
(509) it forms；
The driving device (501) is set to left and right two in working chamber (509) with dentation cutter device (508) in symmetrical structure
It surveys, be powered connection, the driving device (501) and tooth between the driving device (501) and dentation cutter device (508)
Shape cutter device (508) is set at the top of working chamber (509), there are two the driving wheel (503) is set, described two driving wheels
(503) work top (3) two bottom sides are respectively arranged on, is driven and is connected by transmission belt (507) between described two driving wheels (503)
It connects, described two driving wheels (503) are set to work top (3) center with the transmission mechanism that transmission belt (507) is constituted, and described is outer
The leatherware that shell (4) is connected with work top (3), which enters, is equipped with induction chip (502), the induction chip (502) at port
It is embedded in working chamber (509) inner wall, the anti-counterfeiting detecting device (506) is connected set on shell (4) with work top (3)
Leatherware output port at, the anti-counterfeiting detecting device (506) and driving device (501) are mechanically connected, the anti-fake inspection
It surveys device (506) to be set to below dentation cutter device (508), the dentation cutter device (508) and anti-counterfeiting detecting device
(506) it matches.
2. a kind of anti-fake cutter device of efficient leatherware according to claim 1, it is characterised in that：The driving dress
Set (501) by No.1 distribution box (5011), wall extend plate (5012), No. two taper cone pulleies (5013), driving handle (5014),
Fixed seat (5015), No. three taper cone pulleies (5016), No.1 drive rod (5017), No.1 connecting wire (5018), rodlike drive rod
(5019), No.1 conducting block (50110), No. two conducting blocks (50111), motor (50112), machine shaft (50113), No. two turn
Axis (50114), No. four taper cone pulleies (50115), rectangle frame (50116), fixture block (50117), No. two drive rods (50118), No.1s
Fixing axle (50119), No. five taper cone pulleies (50120), No.1 turntable (50121), small triangle fixed frame (50122), big triangle
Shape fixed frame (50123) forms.
3. a kind of anti-fake cutter device of efficient leatherware according to claim 2, it is characterised in that：The wall prolongs
It stretches plate (5012) to set there are three more than, the wall extends plate (5012) and is with working chamber (509) inner wall vertical welding
Integral structure, the No.1 distribution box (5011) are set to wall and extend on plate (5012) and extend plate (5012) with wall
It is fixedly connected, the fixed seat (5015) is set to below No.1 distribution box (5011), the fixed seat (5015) and wall
Extend plate (5012) to be fixedly connected, described No. two taper cone pulleies (5013) are mounted on fixed seat (5015) close to working chamber
(509) on one end of inner wall, described No. two taper cone pulleies (5013) are mechanically connected with driving handle (5014), the driving hand
Handle (5014) runs through working chamber (509) inner wall, one end of the No.1 drive rod (5017) and No. two taper cone pulley (5013) machines
Tool connects, and one end of the other end and rodlike drive rod (5019) mechanical engagement, the rodlike drive rod (5019) is equipped with one
Number conducting block (50110) is simultaneously flexibly connected with fixed seat (5015), and described No. two conducting blocks (50111) are set to No.1 conducting block
(50110) lower section, described No. two conducting blocks (50111) are embedded in fixed seat (5015), the No.1 connecting wire
(5018) it is electrically connected with No.1 distribution box (5011), the other end is through rodlike drive rod (5019) and No.1 conducting block (50110)
It is fixedly connected, described No. two conducting blocks (50111) are equipped with a connecting wire and extend plate (5012) and electricity across wall
Machine (50112) is electrically connected, and the motor (50112) is mechanically connected with machine shaft (50113), the machine shaft
(50113) orthogonal with No. two shafts (50114), lead between No. two shafts (50114) and machine shaft (50113)
No. three taper cone pulley (5016) mechanical engagements are crossed, described No. three taper cone pulleies (5016) are in symmetrical junction with No. five taper cone pulleies (50120)
Structure is set on No. two shaft (50114) both ends, and described No. two shaft (50114) centers are equipped with No. four taper cone pulleies (50115), institute
The No.1 shaft (505) stated and No. two shafts (50114) are orthogonal, No. two shafts (50114) and No.1 shaft
(505) between No.1 turntable is set to by No. four taper cone pulley (50115) mechanical engagements, described No. five taper cone pulleies (50120)
(50121) center and matched with No.1 turntable (50121), being fixed with No.1 on the No.1 turntable (50121) fixes
Axis (50119), the No.1 turntable (50121) are fixed on small triangle fixed frame (50122), the big triangle
Fixed frame (50123) is set to side of the small triangle fixed frame (50122) far from working chamber (509) inner wall, the small triangle
Shape fixed frame (50122) is in big triangle fixed frame (50123) in same horizontal line, the rectangle frame (50116) peace
At the top of the big triangle fixed frame (50123), it is equipped with fixture block (50117) in the rectangle frame (50116), described No. two
Drive rod (50118) sequentially passes through fixture block (50117 and rectangle frame (50116) and anti-counterfeiting detecting device (506) mechanical connection.
4. a kind of anti-fake cutter device of efficient leatherware according to claim 1, it is characterised in that：The anti-fake inspection
Survey device (506) by No.1 bar (5061), lever fixed link (5062), lever fixed block (5063), No. two bars (5064), No. two
Fixing axle (5065), small fixed seat (5066), big fixed seat (5067), No. three drive rods (5068), movable plate (5069), triangle
Shape fixed block (50610), L-type drive rod (50611), No. two distribution boxs (50612), No. three connecting wires (50613), main controls
Chip (50614), driving chip (50615), circuit board (50616), microcontroller leatherware monitor station (50617), connecting rod
(50618) it forms.
5. a kind of anti-fake cutter device of efficient leatherware according to claim 4, it is characterised in that：The big fixation
Small fixed seat (5066) is fixed on seat (5067), the No.1 bar (5061) is with No. two bars (5064) in certain
Angle set up, one end that the No.1 bar (5061) is connected with No. two bars (5064) is solid by No. two fixing axles (5065)
It is scheduled in small fixed seat (5066), there are two the lever fixed block (5063) is set, described two lever fixed blocks
(5063) No.1 bar (5061) is respectively arranged on on No. two bars (5064), and the lever fixed link (5062) is solid with two levers
Determine block (5063) to be welded as a whole structure, the No.1 bar (5061), lever fixed link (5062), lever fixed block
(5063), No. two bars (5064) constitute lever construction, and described No. three drive rods (5068) are set to No. two bar (5064) one end bottoms
Portion, described No. three drive rod (5068) other ends are fixed on movable plate (5069), one end of the movable plate (5069)
It is fixedly connected with L-type drive rod (50611), the L-type drive rod (50611) and working chamber (509) bottom panel are mutually equal
Capable one end is run through by No. three connecting wires (50613), described No. three connecting wires (50613) and L-type drive rod (50611)
It is fixedly connected, described No. three connecting wires (50613) are electrically connected with No. two distribution boxs (50612), described No. two distribution boxs
(50612) it is set at working chamber (509) lower right corner, circuit board (50616), institute is equipped with above number distribution box (50612)
Master control chip (50614), the driving chip (50615) stated are set on circuit board (50616), the circuit board
(50616) be mounted on microcontroller leatherware monitor station (50617) under, the connecting rod (50618) set there are two and and microcontroller
Leatherware monitor station (50617) top panel is welded as a whole structure, and the microcontroller leatherware monitor station (50617) passes through connection
Bar (50618) is fixedly connected with dentation cutter device (508).
6. a kind of anti-fake cutter device of efficient leatherware according to claim 1, it is characterised in that：The dentation is cut
Device (508) is cut by cutter (5081), cutting head (5082), No. four connecting wires (5083), No. three fixing axles (5084), four
Number drive rod (5085), No. five connecting wires (5086), No. two turntables (5087), No. four fixing axles (5088), ring frames
(5089), lock chamber (50810), sliding bar (50811), No. five drive rods (50812), No. five fixing axles (50813), rectangular blocks
(50814), No. six drive rods (50815), T-type fixed seat (50816) composition.
7. a kind of anti-fake cutter device of efficient leatherware according to claim 6, it is characterised in that：The cutter
(5081) it is mounted on cutting head (5082), the cutting head (5082) bottom end is fixedly connected with cutting head (5082), described
Cutting head (5082) one end and sliding bar (50811) vertical welding, the sliding bar (50811) is set to lock chamber
(50810) in, the lock chamber (50810) is slidably matched with sliding bar (50811), the sliding bar (50811) it is another
One end is mechanically connected by No. five drive rods (50812) and No. six drive rods (50815), described No. six drive rods (50815)
One end run through and be fixed in T-type fixed seat (50816) by No. three fixing axle (5084), described No. five fixing axles
(50813) run through No. six drive rod (50815) centers and be fixed on rectangular block (50814), described No. two turntables (5087)
On T-type fixed seat (50816) top, one end of described No. four connecting wires (5083) and No. two conducting blocks
(50111) the connecting wire electrical connection on, described No. four connecting wires (5083) are electrically connected with No. five connecting wires (5086),
No. two turntable (5087) bottoms are equipped with a motor, described No. five connecting wires (5086) under No. two turntables (5087)
The motor electrical connection of side, the ring frame (5089) are fixedly connected with rectangular block (50814), described No. two turntables (5087)
On be fixed with No. four fixing axles (5088), described No. four fixing axles (5088) are set in ring frame (5089), the ring
Shape frame (5089) is matched with No. four fixing axles (5088).
8. a kind of anti-fake cutter device of efficient leatherware according to claim 1, it is characterised in that：The fixture block
(50117) it is set in rectangle frame (50116), the fixture block (50117) is matched with rectangle frame (50116), described No. two
Drive rod (50118) runs through fixture block (50117).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810370634.4A CN108588296A (en) | 2018-04-24 | 2018-04-24 | A kind of anti-fake cutter device of efficient leatherware |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810370634.4A CN108588296A (en) | 2018-04-24 | 2018-04-24 | A kind of anti-fake cutter device of efficient leatherware |
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| CN108588296A true CN108588296A (en) | 2018-09-28 |
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| CN201810370634.4A Pending CN108588296A (en) | 2018-04-24 | 2018-04-24 | A kind of anti-fake cutter device of efficient leatherware |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110977608A (en) * | 2019-12-14 | 2020-04-10 | 陈丽可 | Automatic cutting machine controlled by single chip microcomputer |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110977608A (en) * | 2019-12-14 | 2020-04-10 | 陈丽可 | Automatic cutting machine controlled by single chip microcomputer |
| CN110977608B (en) * | 2019-12-14 | 2022-01-04 | 中科同帜半导体(江苏)有限公司 | Automatic cutting machine controlled by single chip microcomputer |
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