CN206052041U - A kind of full-automatic leather fleshing system - Google Patents
A kind of full-automatic leather fleshing system Download PDFInfo
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- CN206052041U CN206052041U CN201620930257.1U CN201620930257U CN206052041U CN 206052041 U CN206052041 U CN 206052041U CN 201620930257 U CN201620930257 U CN 201620930257U CN 206052041 U CN206052041 U CN 206052041U
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Abstract
This utility model is related to a kind of full-automatic leather fleshing system, skin conveying mechanism is connect including the first fleshing machine, the second fleshing machine, fleshing conveying mechanism, secondary fleshing conveying mechanism and a tracking, secondary fleshing conveying mechanism is arranged between the first fleshing machine and the second fleshing machine, tracking connects skin conveying mechanism and is arranged between the first fleshing machine and secondary fleshing conveying mechanism, and tracking connects the fleshing passage mechanism for opening/closing linkage of skin conveying mechanism and the first fleshing machine.This utility model advantage is, scraping is carried out to the surface meat slag in leather half region by the first fleshing machine, during continuous scraping, second half region of leather to fall and connect skin conveying mechanism in the tracking for being close to transfer roller groups, skin conveying mechanism is connect by tracking again leather is delivered to into secondary fleshing conveying mechanism, eventually entered into the second fleshing machine and remaining meat slag is removed.Whole process is processed to leather without the need for operator, is reduced operator's quantity, and is greatly reduced labor intensity, improves fleshing efficiency.
Description
Technical field
This utility model is related to a kind of leather processing equipment, more particularly to a kind of full-automatic leather fleshing system.
Background technology
Hide meat splitter is the visual plant of leather processing, is mainly used in rawhide or pelt flesh noodles removes meat slag, oil film, skin
Undertissue etc., while with the effect for stretching dermatotome, loose hide fiber.
Traditional leather fleshing operation adopts single hide meat splitter, due to the restriction of hide meat splitter structure, skin
Leather can only be sent into the rotor of fleshing machine by the length of half or so, and will stay the length of second half left and right in the feed of fleshing machine
In roller group, when carrying out fleshing scraping so as to leather on rotor, reversely rotated by feed roller group and pull leather smoothly to realize fleshing.
Therefore, traditional hide meat splitter single can only processing leather half area or so region, needs reversely send into fleshing again
The fleshing work of remainder is carried out in machine.The production efficiency of leather processing is greatly reduced, and during staff's pulling leather
Workload and intensity it is very big.
Number of patent application：201310718551.7 disclosing a kind of leather fleshing system, its innovative point is：Including fleshing
System and leather transition induction system；The fleshing system includes the first fleshing machine being oppositely arranged and the second fleshing machine；It is described
First fleshing machine includes rotor, pressure roller group, swing arm, transmission rubber roll and press strip；Second fleshing machine is in the first fleshing machine structure
On the basis of increased a leather lap guard roller；The leather transition induction system be arranged at the first fleshing machine and the second fleshing machine it
Between, for leather is transferred to the second fleshing machine working region from the first fleshing machine working region.
In the fleshing system, meat slag, the subcutaneous tissue of the leather half area or so are removed by the first fleshing machine, then by
Leather transition induction system is delivered to the meat slag that the second fleshing machine removes another demifacet, improves leather fleshing efficiency, reduces labor
Fatigue resistance.
But still there is certain defect：As leather is when fleshing is carried out into the first fleshing machine, operator are needed
Operate and the leather of half length is fed into the first fleshing machine, it is defeated by leather transition is manually served again after the side half fleshing to be done
System is sent, therefore, operator yet suffer from larger labor intensity.
Occur drawbacks described above the reason for be：
It is as well known to those skilled in the art, due to fleshing machine structure in, when carry out leather scraping and extract out state when, fleshing machine
Oscillating roller in pressure roller group or transfer roller groups is proximate to other roll bodies in pressure roller group or transfer roller groups, but needs to enter in leather
When in fleshing machine, needed away from other roll bodies in pressure roller group or transfer roller groups again, therefore, the position of oscillating roller on-fixed
, but continuous movement；In order to avoid oscillating roller collides leather transition induction system in moving process, thus leather mistake
The front end for crossing induction system is located at outside the moving range of oscillating roller, so causing the front end of leather transition induction system be close to
Scraping or the oscillating roller of extraction state, then also just cannot directly be automatically transmitted to leather transition through the leather of time processing defeated
Send system, the second fleshing machine.
Therefore, the leather that machined half can only be served into leather transition induction system manually by operator, meanwhile, go out
Sum operation continuity is needed in working place, operator are responsible at the first fleshing machine the feeding for carrying out leather and by leather
Pump to transition induction system.
Utility model content
The technical problems to be solved in the utility model is to provide a kind of full-automatic skin without the need for manually feeding and extracting out leather
Leather fleshing system.A kind of full-automatic leather fleshing system, further, including
A pair of structures are identical and symmetrically arranged first fleshing machine and the second fleshing machine, and first fleshing machine, second go
Meat machine is respectively used to the leather fleshing in leather surface half region；First fleshing machine, the second fleshing machine include frame with
And rotor group in frame, transfer roller groups and fleshing passage mechanism for opening/closing are built in, the transfer roller groups, rotor group are logical in fleshing
Open under the driving of road mechanism for opening/closing or close, the transfer roller groups of open mode, rotor group form an appearance leather and enter first
The fleshing passage of fleshing machine or the second fleshing machine；
One for leather to be sent into a fleshing conveying mechanism in the first fleshing machine, and a fleshing conveying mechanism is defeated
End on direction is sent to be discharge end, a fleshing conveying mechanism discharge end is arranged on outside the transfer roller groups of the first fleshing machine
Side；
One for the secondary fleshing conveying mechanism that leather is delivered to from the first fleshing machine in the second fleshing machine, and this is secondary to go
Meat conveying mechanism is arranged between the first fleshing machine and the second fleshing machine, is limited secondary fleshing conveying mechanism and is leaned in the conveying direction
One end of nearly first fleshing machine is feed end, is discharge end near one end of the second fleshing machine；
One for connecing skin conveying mechanism from the tracking that the first fleshing machine is delivered to secondary fleshing conveying mechanism by leather, described
Tracking connects the fleshing passage mechanism for opening/closing linkage of skin conveying mechanism and the first fleshing machine；Limit tracking skin conveying mechanism is connect in conveying
Front end on direction is feed end, and end in the conveying direction is discharge end, and the tracking connects the feed end of skin conveying mechanism and begins
Final position is in the outside of the first fleshing machine transfer roller groups, and less than the discharge end of a fleshing conveying mechanism, tracking connects skin conveyer
The discharge end of structure is always positioned above the feed end of secondary fleshing conveying mechanism.
Further, the rotor that first fleshing machine, the second fleshing machine structure include frame and be built in frame
Group, transfer roller groups and fleshing passage mechanism for opening/closing；
The rotor group of striking is carried out for the flesh noodles to leather, the rotor group include axis horizontal arrange rotor and with
Rotor is matched for clamping tightly the compressing member of leather, and the rotor is rotated by rotor motor or fluid motor-driven；
Transfer roller groups above rotor group, including at least one fixation transfer roller and at least one swing transfer roller,
The fixed transfer roller is arranged in frame；
Fleshing passage mechanism for opening/closing, the fleshing passage mechanism for opening/closing include swing arm, swing driving mechanism, one end of swing arm with
Frame is hinged, and the swing transfer roller of the compressing member and material returned pressure roller group of rotor group is arranged in swing arm, and the swing arm is by swinging drive
Motivation structure to drive and be hinged spot wobble drive compressing member around frame and swing transfer roller while transmitting with fixed closer or far from rotor
Roller, and then realize that rotor group, transfer roller groups are unfolded into one and hold leather and smoothly enter rotor group, the fleshing in transfer roller groups
Passage, or realize the closure of rotor group, transfer roller groups.
Further, the feed end that the tracking connects skin conveying mechanism is hinged with swing arm, and tracking meets going out for skin conveying mechanism
Material end passes through support and roller wheel bearing on secondary fleshing conveying mechanism, or tracking connects the discharge end of skin conveying mechanism by support
Or roller wheel bearing is on the ground.
Further, the compressing member is press strip or pressure roller.
Further, pressure regulating mechanism is installed between the compressing member and swing arm, the pressure regulating mechanism is used to adjust
Section compressing member presses to the pressure of rotor.
Further, multiple pressure regulating mechanisms, each pressure regulating mechanism are installed between the press strip and swing arm
It is distributed along press strip bearing of trend, and each pressure regulating mechanism is used to adjust the pressure that each region on compressing member presses to rotor respectively.
Further, a fleshing conveying mechanism is two-part, including leather enters skin conveyer belt and leather turn-over is defeated
Band being sent, leather turn-over conveyer belt being limited in the end of its own conveying direction as turn-over discharge end, the turn-over discharge end is arranged on
On the outside of the transfer roller groups of the first fleshing machine, leather enters skin conveyer belt and conveys positioned at leather turn-over in the end of its own conveying direction
Band top, and leather enters the conveying direction of skin conveyer belt and leather turn-over conveyer belt conversely, entering skin conveyer belt or leather in leather
Once fleshing leather thickness gage is set on turn-over conveyer belt.
Further, anti-skidding pinch roller is provided with above the discharge end of the secondary fleshing conveying mechanism, on the anti-skidding pinch roller
Pressure regulating mechanism is installed.
Full-automatic leather fleshing system according to claim 1, it is characterised in that：The secondary fleshing conveying mechanism
On secondary fleshing leather thickness gage is installed.
The utility model has the advantage of：
In this utility model, leather is entered in the first fleshing machine, by the first fleshing by a fleshing conveying mechanism first
Machine carries out scraping to the surface meat slag in leather half region, subcutaneous tissue, during continuous scraping, second half area of leather
Domain is pulled out by transfer roller groups, and to be fallen and connect skin conveying mechanism in the tracking for being close to transfer roller groups, then skin conveying mechanism is connect by tracking will
Leather delivers to secondary fleshing conveying mechanism, eventually enters into the second fleshing machine and remaining meat slag, subcutaneous tissue are removed.Entirely
Process is processed to leather without the need for operator, is reduced operator's quantity, and is greatly reduced labor intensity, and raising is gone
Meat efficiency.
In this utility model, as the tracking for arranging connects skin conveying mechanism and the first fleshing machine fleshing passage mechanism for opening/closing connection
It is dynamic so that the transfer roller groups of the first fleshing machine, rotor group it is synchronous open or close during, tracking connects skin conveying mechanism not
Can because the mobile appearance of transfer roller groups interfere, collision, be able to ensure that again tracking connect skin conveying mechanism feed end it is enough all the time
Near the swing transfer roller of transfer roller groups；Meanwhile, tracking connects the discharge end of skin conveying mechanism and passes through support and roller wheel bearing two
On secondary fleshing conveying mechanism, during guaranteeing that tracking connects skin conveying mechanism with fleshing passage mechanism for opening/closing action, tracking connects skin conveying
The discharge end of mechanism is always positioned on secondary fleshing conveying mechanism；And then the leather that machined half is sent in the first fleshing machine
When, the other end of leather smoothly can fall, then smoothly be moved on secondary fleshing conveying mechanism,
Leather fleshing process is carried out for full-automation and provides important foundation.
Compressing member is press strip or pressure roller, is selected according to actual condition, arranges pressure and adjust machine between compressing member and swing arm
Structure, so that scraping power during scraping is adjusted according to leather thicknesses；Meanwhile, in fleshing conveying mechanism, a secondary fleshing conveyer
Fleshing leather thickness gage, a secondary fleshing leather thickness gage are set on structure, are conducive to coordinating with control system by calibrator
Carry out scraping power to automatically adjust, and then provide safeguard for automatic leather fleshing.
One time fleshing conveying mechanism can select one-part form or two-part conveyer belt, i.e., the skin for coming according to conveying according to operating mode
Leather flesh noodles direction selecting, so as to leather when in the first fleshing machine its flesh noodles towards rotor, it is to avoid artificial turn-over brings
Non-automated high-intensity operation.
Description of the drawings
Fig. 1 is this utility model full-automatic leather fleshing system structure diagram.
Fig. 2 is this utility model the first fleshing machine closure state schematic diagram.
Fig. 3 is this utility model the first fleshing machine open mode schematic diagram.
Fig. 4 is that tracking connects skin conveying mechanism view under this utility model the first fleshing machine closure state.
Fig. 5 is that tracking connects skin conveying mechanism view under this utility model the first fleshing machine open mode.
Fig. 6 is that a fleshing conveying mechanism in this utility model embodiment and the first fleshing machine, tracking connect skin conveying mechanism
Structural representation.
Fig. 7 is secondary fleshing conveying mechanism structural representation in this utility model.
Specific embodiment
As shown in figure 1, full-automatic leather fleshing system of the present utility model, including the first fleshing machine 1, the second fleshing machine 2,
Fleshing conveying mechanism 3, secondary fleshing conveying mechanism 4, a tracking connect skin conveying mechanism 5, and concrete structure is as follows：
A pair of structures are identical and symmetrically arranged first fleshing machine 1 and the second fleshing machine 2, the first fleshing machine 1, the second fleshing
Machine 2 is respectively used to the leather fleshing in leather surface half region or so；First fleshing machine 1, the second fleshing machine 2 include frame 11
And rotor group in frame 11, transfer roller groups and fleshing passage mechanism for opening/closing are built in, rotor group is for the flesh noodles to leather
Scraping is carried out, transfer roller groups are gone for a reversal interlocking relay is provided in scraping and leather is extracted out first fleshing machine 1 or the second
Meat machine 2, and fleshing passage mechanism for opening/closing is used to open or closed knife roller group, transfer roller groups, to realize feeding, the scraping of leather
With send；
One fleshing conveying mechanisms 3, which is used to leather is sent in the first fleshing machine 1, a fleshing conveying mechanism 3
End in the conveying direction is discharge end, and a fleshing conveying mechanism discharge end 3 is arranged on the transfer roller of the first fleshing machine 1
Group outside, it will be understood by those skilled in the art that being just to fight each other under open state first to go on the outside of transmission roller group mentioned here
The opening of 1 transfer roller groups of meat machine；
One for the secondary fleshing conveying mechanism 4 that leather is delivered to from the first fleshing machine 1 in second fleshing machine 2, and this two
Secondary fleshing conveying mechanism 4 limits secondary fleshing conveying mechanism 4 here to be arranged between the first fleshing machine 1 and the second fleshing machine 2
In the conveying direction near one end of the first fleshing machine 1 be feed end, near the second fleshing machine 2 one end be discharge end；
One for connecing skin conveying mechanism 5 from the tracking that the first fleshing machine 1 is delivered to secondary fleshing conveying mechanism 2 by leather,
It is linkage that tracking connects skin conveying mechanism 5 and the fleshing passage mechanism for opening/closing of the first fleshing machine 1；Here limit tracking and connect skin conveyer
Front end of the structure 5 on its own conveying direction is feed end, and the end on its own conveying direction is discharge end, and the tracking connects
The feed end of skin conveying mechanism 5 is always positioned at the outside of 1 transfer roller groups of the first fleshing machine, and is less than a fleshing conveying mechanism 3
Discharge end, tracking connects the discharge end of skin conveying mechanism 5 and is always positioned above the feed end of secondary fleshing conveying mechanism 4.
As this utility model more specifically embodiment：
As shown in Figure 2,3, the first fleshing machine 1 include frame 11 and be built in frame 11 rotor group, transfer roller groups
With fleshing passage mechanism for opening/closing；Its concrete structure is：
The rotor group of striking is carried out for the flesh noodles to leather, the rotor group include axis horizontal arrange rotor 12 and
The compressing member 13 of leather is matched for clamping tightly with rotor 12, rotor 12 is rotated by rotor motor or fluid motor-driven；The present embodiment
In, compressing member 13 is press strip or pressure roller, and pressure regulating mechanism 14 is provided between compressing member 13 and swing arm, and the pressure is adjusted
Mechanism 14 is used to adjust the pressure that compressing member presses to rotor.If compressing member 13 is press strip, pressure regulating mechanism 14 can be multiple
（Refer to 3 or more than 3）, each pressure regulating mechanism 14 is distributed along press strip bearing of trend, and each pressure regulating mechanism 14 is used to divide
The pressure of rotor 12 Tiao Jie not be pressed in each region on compressing member 13.Pressure regulating mechanism 14 can adopt hydraulic pressure or spring regulation etc.
Known features, are repeated no more here.
Transfer roller groups above rotor group, including two fixed transfer rollers 15 and a swing transfer roller 16, it is fixed
Transfer roller 15 is arranged in frame 11, and has other drive mechanism to drive rotation；Certainly, fixed transfer roller 15 here and pendulum
16 quantity of dynamic transfer roller is merely exemplary, is not circumscribed.
Fleshing passage mechanism for opening/closing, the fleshing passage mechanism for opening/closing include swing arm 17, swing driving mechanism 18, swing arm 17
One end is hinged with frame 11, and the swing transfer roller 16 of the compressing member 13 and material returned pressure roller group of rotor group is arranged in swing arm 17, pendulum
Arm 17 is driven by swing driving mechanism 18 and is hinged spot wobble so as to driving compressing member 13 and swinging transfer roller 16 while leaning on around frame
Close or remote from rotor 12 and fixed transfer roller 15 so that rotor group, transfer roller groups are closed at or open.Wherein, work as swing arm
17 to rotor group and transmission roller group away from rear, the opening after rotor group, transmission roller group are opened forms one and holds leather and smoothly enters
Fleshing passage in rotor group, transfer roller groups.In the present embodiment, swing driving mechanism 18 adopts hydraulic motor or motor-driven
Toggle.
As this utility model more specifically embodiment：
As shown in Figure 4,5, tracking connects skin conveying mechanism 5 for a trailing type conveyer belt, thereon surface transport direction all the time from
First fleshing machine, 1 lateral second fleshing machine, 2 side shifting, the frame of the charging side of the trailing type conveyer belt are hinged with swing arm 17,
Swing transfer roller 16 of its feed end against transfer roller groups so that between the swing transfer roller 16 of its feed end and transfer roller groups
Relative distance have almost no change, and then catch the leather that the first fleshing machine 1 sends for trailing type conveyer belt necessary base be provided
Plinth；As the feed end frame of trailing type conveyer belt is hinged with swing arm 17, therefore, it is in 17 swing process of swing arm, whole servo-actuated
Formula conveyer belt can also be moved, and in order to ensure the discharge end that tracking connects skin conveying mechanism 5 is always positioned at secondary fleshing conveying mechanism 4
Feed end above realize leather transmit,
Tracking is connect the discharge end of skin conveying mechanism 5 and is bearing on secondary fleshing conveying mechanism 4 by support 51 and roller 52
Surface.It will be understood by those skilled in the art that discharge end here actually refers to the discharge end side frame of trailing type conveyer belt.
Certainly, above-mentioned tracking connects what the discharge end installation form of skin conveying mechanism 5 was merely exemplary, is not limitation
, for example slide block can be installed on slide rail by slide rail being arranged in the both sides of secondary fleshing conveying mechanism 4, slide block is by propping up
Frame is hinged with the discharge end side frame of trailing type conveyer belt；Again or, tracking connect skin conveying mechanism 5 discharge end frame pass through one
The support of bottom belt roller is supported on the ground.
In the present embodiment, as shown in fig. 6, a fleshing conveying mechanism 3 is two-part, including leather enters 31 He of skin conveyer belt
Leather turn-over conveyer belt 32, limits leather turn-over conveyer belt 32 in the end of its own conveying direction as turn-over discharge end, and this turns over
Face discharge end is arranged on the outside of the transfer roller groups of the first fleshing machine 1, after the transfer roller groups of the first fleshing machine 1 are opened before leather
End can be fallen in the fleshing passage of the first fleshing machine 1.Leather enters skin conveyer belt 31 and is located in the end of its own conveying direction
Above leather turn-over conveyer belt 32, and leather enters the conveying direction of skin conveyer belt 31 and leather turn-over conveyer belt 32 conversely, in skin
Remove from office and once fleshing leather thickness gage 33 is set on skin conveyer belt 31 or leather turn-over conveyer belt 32.Fleshing leather is surveyed
Thick instrument 33 accesses leather fleshing control system, and then leather fleshing control system can be detected according to a fleshing leather thickness gage 33
Leather thicknesses signal controlling the pressure of pressure regulating mechanism 14 in the first fleshing machine 1, and then change rotor group to leather meat
The scraping degree in face.Additionally, first fleshing machine is entered to leather in order to avoid the too fast downslide of leather is fallen in the first fleshing machine 1
1 length is out of hand, and the final stage conveyor belt surface of leather turn-over conveyer belt 32 or a fleshing conveying mechanism 3 is arranged
Anti-skid structure.
Certainly, in this utility model, a fleshing conveying mechanism 3 is alternatively single conveyer belt, or even multisection type conveyer belt,
Its leather position conveyed to this procedure from last process and flesh side of a belt direction are relevant, when the equipment of last process is located at this
The front of utility model full-automatic leather fleshing system and flesh side of a belt on a fleshing conveying mechanism 3 down when, relatively fit
Preferably using the two-part conveyer belt with leather surface-turning function.Here repeat no more the various forms of a fleshing conveying mechanism 3.
In this utility model, as shown in fig. 7, secondary fleshing conveying mechanism 4 is a conveyer belt, its conveying direction is all the time from the
One fleshing machine, 1 lateral second fleshing machine, 2 side shifting, is equally provided with secondary fleshing leather thickness gage 41 on the conveyer belt, this two
Secondary fleshing leather thickness gage 41 also accesses leather fleshing control system.And near the second fleshing on secondary fleshing conveying mechanism 4
Anti-skidding pinch roller 42 is set above the discharge end of 2 side of machine, pressure regulating mechanism is also installed on the anti-skidding pinch roller 42, the anti-sliding pressure
Wheel 42 is used to avoid the too fast downslide of leather from falling in the second fleshing machine 2 and lose control into the length of the first fleshing machine 2 to leather
System.
Additionally, secondary fleshing conveying mechanism 4 by adjustable frame be bearing in the first fleshing machine 1 and the second fleshing machine 2 it
Between ground on, adjustable frame includes fixed frame 43 and adjustable frame 44, the top of fixed frame 43 and secondary fleshing
The conveyor belt support of conveying mechanism 4 is hinged, and adjustable frame 44 has at least one hydraulic cylinder, the piston rod of hydraulic cylinder and two
The conveyor belt support of secondary fleshing conveying mechanism 4 is hinged, and the cylinder body of hydraulic cylinder is then as fixed pin joint.It is whole using Driven by Hydraulic Cylinder
The conveyer belt part of individual secondary fleshing conveying mechanism 4 is rotated around the top of fixed frame 43, and then causes secondary fleshing conveyer
The conveyer belt of structure 4 is inclined, and is easy to later maintenance to clean.
Certainly, it will be understood by those skilled in the art that when full-automatic fleshing is carried out, fleshing conveying mechanism, two
Need corresponding sensor is installed on secondary fleshing conveying mechanism, for detecting the presence of leather, will pass through fleshing control system
Fleshing conveying mechanism of logic control, the operation of secondary fleshing conveying mechanism stop, and then control the trend of pending leather,
Avoid the first fleshing machine, the second fleshing machine from carrying out adding new leather to cause failure when fleshing works, certainly, be possible with one
Secondary fleshing leather thickness gage, secondary fleshing leather thickness gage are as there is new pending leather signal in place, above-mentioned to be machine
Tool and its technology known to automatic field personnel, are repeated no more here.
Operation principle：
The leather for completing last process is moved on a fleshing conveying mechanism 3, using once during leather movement
Fleshing leather thickness gage 33 detects the thickness of the leather, and thickness signal is passed to fleshing control system；
Before leather is delivered to the discharge end of a fleshing conveying mechanism 3, swing driving mechanism 18 drives swing arm 17 around machine
Frame pin joint clockwise oscillation, so as to driving compressing member 13 and swinging transfer roller 16 away from rotor 12 and fixed transfer roller 15, makes
Obtain rotor group, transfer roller groups to open simultaneously, it is smooth that leather is held in the opening formation one after opening using rotor group, transmission roller group
Into the fleshing passage in rotor group, transfer roller groups；
The front end of leather is smoothly entered between rotor 12 and compressing member 13, and then, swing driving mechanism 18 drives swing arm 17
Around frame pin joint counter-clockwise swing, drive compressing member 13 and transfer roller 16 is swung near rotor 12 and fixed transfer roller 15, make
Rotor group, transmission roller group close clamping leather, the clamping force of rotor group is by fleshing control system according to a fleshing leather
The leather thicknesses of the detection of calibrator 33 are determined；When compressing member 13 clamps leather with rotor 12, therefore, to assure that leather more than half
Region be located at rotor group under；
Start rotor 12 and fixed transfer roller 15, rotor 12 is rotated clockwise and coordinates the flesh noodles to leather to enter with compressing member 13
Row scraping, and while, fixed transfer roller 15 is rotated counterclockwise to be coordinated with swing transfer roller 16 and reversely pull leather, constantly by skin
Leather is pulled out, and so as to change the leather position just to rotor 12, realizes the removal to flesh side of a belt below rotor group；It is continuous in leather
While being drawn out, the rear end of leather falls, and constantly moves to secondary fleshing conveying mechanism 4；
After leather completely disengages from rotor group, 17 clockwise oscillation of swing arm causes rotor group, transmission roller group to open therewith, now, tracking
The feed end for connecing skin conveying mechanism 5 is moved with swing arm 17, it is ensured that tracking connects the feed end and the first fleshing machine 1 of skin conveying mechanism 5
On swing arm 17, swing transfer roller 16 while do not interfere, tracking connects the feed end of skin conveying mechanism 5 all the time against swinging
Transfer roller 16, and then smoothly connect down whole leather；
Leather connects skin conveying mechanism 5 by tracking and falls into secondary fleshing conveying mechanism 4, through secondary fleshing leather thickness gage
After 41 thickness measurings, in the controllable lower rear end by leather of anti-skidding pinch roller 42（The side of non-fleshing）The second fleshing machine 2 is sent into, by phase
The flesh noodles in the side half region is removed by same principle, realizes the full-automatic fleshing flow process of a leather.
Ultimate principle of the present utility model and principal character and advantage of the present utility model has been shown and described above.This
The technical staff of industry is retouched in above-described embodiment and description it should be appreciated that this utility model is not restricted to the described embodiments
That what is stated simply illustrates principle of the present utility model, on the premise of without departing from this utility model spirit and scope, this utility model
Various changes and modifications are had also, these changes and improvements are both fallen within the range of claimed this utility model.This practicality is new
The claimed scope of type is by appending claims and its equivalent thereof.
Claims (9)
1. a kind of full-automatic leather fleshing system, it is characterised in that：Including
A pair of structures are identical and symmetrically arranged first fleshing machine and the second fleshing machine, first fleshing machine, the second fleshing machine
It is respectively used to the leather fleshing in leather surface half region；First fleshing machine, the second fleshing machine include frame and interior
Rotor group, transfer roller groups and the fleshing passage mechanism for opening/closing being placed in frame, the transfer roller groups, rotor group are opened in fleshing passage
Close, the transfer roller groups of open mode, rotor group form one and hold leather into the first fleshing
The fleshing passage of machine or the second fleshing machine；
One for leather to be sent into a fleshing conveying mechanism in the first fleshing machine, and a fleshing conveying mechanism is in conveying side
End upwards is discharge end, and a fleshing conveying mechanism discharge end is arranged on the outside of the transfer roller groups of the first fleshing machine；
One for the secondary fleshing conveying mechanism that leather is delivered to from the first fleshing machine in the second fleshing machine, and the secondary fleshing is defeated
Send mechanism to be arranged between the first fleshing machine and the second fleshing machine, secondary fleshing conveying mechanism is limited in the conveying direction near the
One end of one fleshing machine is feed end, is discharge end near one end of the second fleshing machine；
One for connecing skin conveying mechanism, the tracking from the tracking that the first fleshing machine is delivered to secondary fleshing conveying mechanism by leather
Connect the fleshing passage mechanism for opening/closing linkage of skin conveying mechanism and the first fleshing machine；Limit tracking skin conveying mechanism is connect in conveying direction
On front end be feed end, end in the conveying direction is discharge end, and the tracking connects the feed end of skin conveying mechanism position all the time
In the outside of the first fleshing machine transfer roller groups, and less than the discharge end of a fleshing conveying mechanism, tracking connects skin conveying mechanism
Discharge end is always positioned above the feed end of secondary fleshing conveying mechanism.
2. full-automatic leather fleshing system according to claim 1, it is characterised in that：First fleshing machine, second go
Meat machine structure includes frame and the rotor group being built in frame, transfer roller groups and fleshing passage mechanism for opening/closing；
The rotor group of striking is carried out for the flesh noodles to leather, the rotor group includes the rotor and and rotor of axis horizontal setting
The compressing member of leather is matched for clamping tightly, the rotor is rotated by rotor motor or fluid motor-driven；
Transfer roller groups above rotor group, including at least one fixation transfer roller and at least one swing transfer roller, it is described
Fixed transfer roller is arranged in frame；
Fleshing passage mechanism for opening/closing, the fleshing passage mechanism for opening/closing include swing arm, swing driving mechanism, one end of swing arm and frame
It is hinged, the swing transfer roller of the compressing member and material returned pressure roller group of rotor group is arranged in swing arm, and the swing arm is by wobble drive machine
Structure to drive and be hinged spot wobble drive compressing member around frame and swing transfer roller while closer or far from rotor and fixed transfer roller, entering
And realize that rotor group, transfer roller groups are unfolded into one and hold leather and smoothly enter rotor group, the fleshing passage in transfer roller groups,
Or realize the closure of rotor group, transfer roller groups.
3. full-automatic leather fleshing system according to claim 2, it is characterised in that：The tracking connects skin conveying mechanism
Feed end is hinged with swing arm, and tracking connects the discharge end of skin conveying mechanism and passes through support and roller wheel bearing in secondary fleshing conveying mechanism
On, or tracking connects the discharge end of skin conveying mechanism by support or roller wheel bearing on the ground.
4. full-automatic leather fleshing system according to claim 2, it is characterised in that：The compressing member is press strip or pressure
Roller.
5. full-automatic leather fleshing system according to claim 4, it is characterised in that：Pacify between the compressing member and swing arm
Equipped with pressure regulating mechanism, the pressure regulating mechanism is used to adjust the pressure that compressing member presses to rotor.
6. full-automatic leather fleshing system according to claim 4, it is characterised in that：Install between the press strip and swing arm
There are multiple pressure regulating mechanisms, each pressure regulating mechanism is distributed along press strip bearing of trend, and each pressure regulating mechanism is used for
The pressure that each region on compressing member presses to rotor is adjusted respectively.
7. full-automatic leather fleshing system according to claim 1, it is characterised in that：Fleshing conveying mechanism is
Two-part, including leather enters skin conveyer belt and leather turn-over conveyer belt, limits leather turn-over conveyer belt in its own conveying direction
End be turn-over discharge end, the turn-over discharge end is arranged on the outside of the transfer roller groups of the first fleshing machine, and leather enters skin conveyer belt
It is located above leather turn-over conveyer belt in the end of its own conveying direction, and leather enters skin conveyer belt and leather turn-over conveyer belt
Conveying direction once fleshing leather thickness gage is set on skin conveyer belt or leather turn-over conveyer belt conversely, entering in leather.
8. full-automatic leather fleshing system according to claim 1, it is characterised in that：The secondary fleshing conveying mechanism
Anti-skidding pinch roller is provided with above discharge end, pressure regulating mechanism is installed on the anti-skidding pinch roller.
9. full-automatic leather fleshing system according to claim 1, it is characterised in that：On the secondary fleshing conveying mechanism
Secondary fleshing leather thickness gage is installed.
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| CN201620930257.1U CN206052041U (en) | 2016-08-24 | 2016-08-24 | A kind of full-automatic leather fleshing system |
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| CN201620930257.1U CN206052041U (en) | 2016-08-24 | 2016-08-24 | A kind of full-automatic leather fleshing system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106222315A (en) * | 2016-08-24 | 2016-12-14 | 南通思瑞机器制造有限公司 | A kind of full-automatic leather fleshing system |
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2016
- 2016-08-24 CN CN201620930257.1U patent/CN206052041U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106222315A (en) * | 2016-08-24 | 2016-12-14 | 南通思瑞机器制造有限公司 | A kind of full-automatic leather fleshing system |
| CN106222315B (en) * | 2016-08-24 | 2022-02-22 | 南通思瑞机器制造有限公司 | Full-automatic leather fleshing system |
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