CN207201998U - Pleurotus eryngii root automatic cutting system - Google Patents
Pleurotus eryngii root automatic cutting system Download PDFInfo
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- CN207201998U CN207201998U CN201720191010.7U CN201720191010U CN207201998U CN 207201998 U CN207201998 U CN 207201998U CN 201720191010 U CN201720191010 U CN 201720191010U CN 207201998 U CN207201998 U CN 207201998U
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- pleurotus eryngii
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Abstract
The utility model provides a kind of pleurotus eryngii root automatic cutting system, including controller, conveyer belt, multiple fixtures, multiple cutting mechanisms, material feeding box and feed box；The fixture is used to clamp pleurotus eryngii, and the cutting mechanism is used for the root for cutting pleurotus eryngii；Multiple fixtures are fixedly mounted on a moving belt, and multiple cutting mechanisms are arranged on the both sides of conveyer belt.Material feeding box is used to hold not cut pleurotus eryngii, and feed box is used to hold the pleurotus eryngii that cutting finishes, and the material feeding box is located at the left and right ends of conveyer belt with feed box respectively.The utility model completes a series of actions of pleurotus eryngii charging, complete cutting, discharging using multiple motor driven different institutions, a large amount of excision pleurotus eryngii corings can be automated in a short time, and can be completely and compared with the cutting of little waste, so as to solve the problems, such as in traditional pleurotus eryngii cutting mode that shape differs after the high and low efficiency of cost of labor and cutting for bottom and the bottom periphery of different size of pleurotus eryngii.
Description
Technical field
The utility model belongs to food automation manufacture field, and in particular to a kind of pleurotus eryngii root automatic cutting system.
Background technology
Pleurotus eryngii is more next with the multiple efficacies such as its higher nutritive value, preferable mouthfeel and anticancer, suppression tumour, beauty
More liked by people.Pleurotus eryngii generally goes through dispensing, pack, sterilizing, inoculation, bacterium germination and adopts several big steps of mushroom and planted
Training, is then packed, is sold.Wherein, during the pleurotus eryngii that harvesting has been cultivated, the root surface of ripe pleurotus eryngii can attach one
A little other are not developed, the pleurotus eryngii of small, and the impurity taken out of from compost, thus after pleurotus eryngii harvesting, pack it
Before, it is necessary to it is exactly to be cut the pleurotus eryngii root plucked out to carry out an important job, and root table is attached to excision
The impurity in face, and make the root of pleurotus eryngii that smooth curved surface be presented, it can so strengthen the aesthetic property of pleurotus eryngii, further enhance
The sales volume of pleurotus eryngii commercially.
In conventional production process, above-mentioned working angles usually rely on manpower to complete, and worker is needed to each apricot Bao
Mushroom carries out manual cutting, and production efficiency is low；Labor strength is big, is also easy to switch to hand after the generation fatigue that works long hours,
Cause danger.For the nonadjustable common automatic cutting technology of cutting edge spacing, it is impossible to which pleurotus eryngii not of uniform size is carried out
Intactly cut, easily produce and waste and cut the problems such as imperfect.
Patent No. ZL201210311689.0 Chinese utility model patent《A kind of root topping machanism of pleurotus eryngii》
In disclose the root topping machanism of pleurotus eryngii a kind of, but the device time processing can only be cut to two pleurotus eryngiis simultaneously
Cut, and be required for man-hour manually hand-held pleurotus eryngii to be cut when each pleurotus eryngii cutting, and hand is needed after having cut
Dynamic discharging, personnel's utilization rate be not high.And cutting edge is non-deformable, it is impossible to which the coring of pleurotus eryngii bottom sides has been carried out
Whole effectively cutting, low production efficiency inconsistent for the cutting output of different size of pleurotus eryngii side.
Utility model content
The utility model is directed to above-mentioned the deficiencies in the prior art, there is provided a kind of pleurotus eryngii root automatic cutting system；Should
Pleurotus eryngii root automatic cutting system can be completely cut pleurotus eryngii not of uniform size, and production efficiency is high, suitable for big
Batch production.
The utility model is achieved by the following technical solution：
A kind of pleurotus eryngii root automatic cutting system, including controller, conveyer belt, multiple fixtures, multiple cutting mechanisms, enter
Hopper and feed box；The cutting mechanism includes casing, motor and toolbox, and motor is arranged on box house；The cutter
Component includes connection frame, spring fix bar, spring, sliding block, connecting rod, bottom surface blade and side blade；The inside of connection frame is set
Cavity is equipped with, is provided at both ends with opening；The rear surface of connection frame is fixedly connected with the output shaft of motor, and bottom surface blade is fixedly mounted
On the preceding surface of connection frame；Spring is arranged on the centre position of the internal cavities of connection frame, and the both ends of spring fix bar are fixed
Inner side in the middle part of connection frame, spring fix bar middle part in the middle part of spring with being fixedly connected；Sliding block, connecting rod and side blade are equal
For two, two sliding blocks are separately positioned on the both sides of spring, and one end of sliding block is fixedly connected with spring, the other end and connecting rod
One end is fixedly connected；The other end of connecting rod is provided with one side blade；The sliding block can be along the interior wall slip of connection frame；
Minimum range between the blade of two sides is less than the minimum diameter of pleurotus eryngii to be cut；The regular length of bottom surface blade is more than to be cut
Cut the maximum gauge of pleurotus eryngii；Two side blades, bottom surface blade, the installation position of spring and motor cause two side blades
Rotation axis on motor is centrosymmetric, and two blades of two side blades are located across the same flat of symmetrical center line
On face, and blade and vertical direction are in 30 degree of angles；The symmetrical center line of two side blades and with the rotation of bottom surface blade
The rotation axis of heart line, the midpoint of spring and motor is located along the same line.
Further, the fixture include set from the bottom to top base assembly, topple over component and clamping assembly；
The base assembly includes bottom plate, four bearing blocks, two rotating shafts, two gears, cingulum, connector and the first electricity
Machine；Four bearing blocks are divided into two groups, and every group of two bearing blocks are relative to be arranged on bottom plate；A piece rotating shaft, which passes through, to be oppositely arranged
Two bearing blocks, be connected with the output shaft of the first motor；Another rotating shaft passes through two bearing blocks of another set, by two
Bearing seat supports；Two gears are set in two rotating shafts, and gear links with rotating shaft；Cingulum engages with two gears；
It is described topple over component include central enclosure, gear wheel, little gear, the second motor, hinge, topple over baffle plate and topple over turn
Axle；Central enclosure is fixedly connected by connector with cingulum, is driven by cingulum；Second motor and topple over baffle plate and be fixedly mounted on
In central enclosure, little gear and the output axis connection of the second motor, gear wheel are intermeshed with little gear；The fixing end of hinge with
Central enclosure is fixed, and the upper shell of movable end and clamping assembly is fixed；It is coaxially connected with gear wheel to topple over rotating shaft one end, with canine tooth
The movable end of wheel linkage, the other end and hinge connects, driving hinge action；Topple over baffle plate to be used to provide for the rotation of clamping assembly
It is spacing；
The clamping assembly includes upper shell, big intermediate plate, small intermediate plate, big spring, little spring, electromagnet, return spring, electricity
Magnet controller, positioning baffle and baffle plate groove, are provided with a through hole for running through front/rear end in the upper shell, in the through hole
Relative small a pair intermediate plate of a pair opposing upper and lower big intermediate plates and left and right is provided with, is passed through between the inwall of big intermediate plate and upper shell
Two big springs are connected；It is connected between small intermediate plate and the inwall of upper shell by little spring；The upper end of the upper shell is set
There is an outwardly platform, baffle plate groove is fixedly mounted and sets fluted, positioning baffle and institute on the platform, on baffle plate groove
The cooperation installation of the both sides slip of groove is stated, multiple electromagnet and return spring, positioning gear are installed at the top of the groove
The upper end of plate is connected by return spring with groove top；Electromagnet passes through wire and the magnet control installed in table top
Device is connected.
Pleurotus eryngii root automatic cutting system described in the utility model completes apricot using multiple motor driven different institutions
Abalone mushroom charging, complete a series of actions cut, discharged, a large amount of excision pleurotus eryngii corings can be automated in a short time, and it is right
Can be completely and compared with the cutting of little waste, so as to solve traditional pleurotus eryngii in the bottom of different size of pleurotus eryngii and bottom periphery
Shape differs problem after the high and low efficiency of cost of labor and cutting in cutting mode.Pleurotus eryngii root described in the utility model
Automatic cutting system makes pleurotus eryngii cutting automation, mechanization, greatly reduces production cost, improves processing efficiency.
Brief description of the drawings
Fig. 1 is the three-dimensional structure diagram of cutting mechanism described in the utility model；
Fig. 2 is the front view of cutting mechanism described in the utility model；
Fig. 3 is the structure chart of connection frame portion point；
Fig. 4 is the overall structure figure one of fixture；
Fig. 5 is the overall structure figure two of fixture；
Fig. 6 is the structure chart of base assembly；
Fig. 7 is the schematic diagram of base assembly；
Fig. 8 is clamping assembly and the front view for toppling over component；
Fig. 9 is the structure chart of the retained part of clamping assembly；
Figure 10 is the structure chart of the position portion of clamping assembly；
Figure 11 is cutting principle figure.
Embodiment
The utility model is described in more detail with reference to the accompanying drawings and detailed description.
As Figure 1-10 shows, the utility model provides a kind of pleurotus eryngii root automatic cutting system, including controller, biography
Send band, multiple fixtures, multiple cutting mechanisms, material feeding box and feed box.
The fixture is used to clamp pleurotus eryngii, and the cutting mechanism is used for the root for cutting pleurotus eryngii；Multiple fixtures are solid
Dingan County fills on a moving belt, and multiple cutting mechanisms are arranged on the both sides of conveyer belt.Material feeding box is used to hold not cut pleurotus eryngii, goes out
Hopper is used to hold the pleurotus eryngii that cutting finishes, and the material feeding box and feed box are all located at the left and right ends of conveyer belt respectively.
The cutting mechanism includes casing 1, motor 2 and toolbox, and motor 2 is arranged on inside casing 1, motor 2 it is defeated
Shaft is connected with toolbox, for driving toolbox integral-rotation；The toolbox includes connection frame 3, spring is fixed
Bar 4, spring 5, sliding block 6, connecting rod 7, bottom surface blade 8 and side blade 9；It is in rectangular-shape to connect frame 3, is internally provided with sky
Chamber, opening is provided at both ends with, the rear surface of connection frame 3 is fixedly connected with the output shaft of motor 2, and bottom surface blade 8 is fixedly mounted on
On the preceding surface for connecting frame 3.Spring 5 is arranged on the centre position of the internal cavities of connection frame 3, and the both ends of spring fix bar 4 are consolidated
The inner side being scheduled in the middle part of connection frame, the middle part of spring fix bar 4 is fixedly connected with the middle part of spring 5；Sliding block 6, connecting rod 7 and side
Face blade 9 is two, and two sliding blocks 6 are separately positioned on the both sides of spring 5, and one end of sliding block 6 is fixedly connected with spring 5, separately
One end is fixedly connected with one end of connecting rod 7；The other end of connecting rod 7 is provided with one side blade 9；The sliding block 6 can edge
The interior wall slip of connection frame 3, and then drives the side-to-side movement of side blade 9.Minimum range between two sides blade 9 is less than
The minimum diameter of pleurotus eryngii to be cut；The regular length of bottom surface blade 8 is greater than the maximum gauge of pleurotus eryngii to be cut.
Two side blades 9, bottom surface blade 8, the installation position of spring 5 and motor 2 will meet following condition：Two sides
Blade 9 is centrosymmetric on the rotation axis of motor 2, and two blades of side blade 9 are located across the same of symmetrical center line
In one plane, and blade and vertical direction are in 30 degree of angles；The symmetrical center line of two side blades 9 and the rotation with bottom surface blade 8
The rotation centerline for turning center line, the midpoint of spring 5 and motor 2 is located along the same line.It can so make cutting ratio more equal
It is even complete.
The fixture include set from the bottom to top base assembly 30, topple over component 31 and clamping assembly 32.
The base assembly 30 includes bottom plate, four rotating shaft 25, two of bearing block 33, two gears 34, cingulum 23, company
The motor 26 of fitting 24 and first；Four bearing blocks 33 are divided to for two groups, and every group of two bearing blocks 33 are relative to be arranged on bottom plate；
A piece rotating shaft 25 passes through two bearing blocks 33 being oppositely arranged, and is connected with the output shaft of the first motor 26；Another rotating shaft 25 is worn
Two bearing blocks 33 of another set are crossed, are supported by two bearing blocks 33；Two gears 34 are set in two rotating shafts 25
On, gear 34 links with rotating shaft 25；Cingulum 23 engages with two gears 34；Topple over component and cingulum is fixed on by connector 24
On 23.When first motor 26 acts, rotated by the drive gear 34 of rotating shaft 25, and then drive the translation of cingulum 23, topple over component 31
Driven by cingulum 23 with clamping assembly 32 and also translated.First motor 26 makes to topple over component by rotating forward the power produced forward
Run forward with clamping assembly, complete working angles；By negative raw power backward of changing the line of production after the completion of cutting, make to topple over component and dress
Clip assembly is run backward, returns to original position.
It is described to topple over component 31 and include central enclosure, gear wheel 27, little gear 28, the second motor 29, hinge 10, topple over gear
Plate 11 and topple over rotating shaft 12；Central enclosure is connected with cingulum 23, is driven by cingulum 23；Second motor 29 and to topple over baffle plate 11 equal
It is fixedly mounted in central enclosure, the output axis connection of the motor 29 of little gear 28 and second, gear wheel 27 and little gear 28 are mutual
Engagement；The fixing end of hinge 10 is fixed with central enclosure, and the upper shell of movable end and clamping assembly is fixed；Topple over the one end of rotating shaft 12
It is coaxially connected with gear wheel 27, linked with gear wheel 27, the other end is connected with the movable end of hinge 10, and driving hinge 10 acts,
And then drive clamping assembly 32 overall and rotate around toppling over rotating shaft 12, to complete to topple over action, baffle plate 11 is toppled over for being clamping
The rotation of component 32 provides spacing.When second motor 29 acts, little gear 28 is driven, little gear 28 drives gear wheel 27, canine tooth
Wheel 27, which rotates, to be made to topple over rotating shaft 12 and drives clamping assembly 32 to rotate, so that clamping assembly 32 is toppled over downwards, with toppling over baffle plate 11
Collide and stop.Second motor 29 rotates forward, and rotates down clamping assembly 32, toppling process is completed, again by anti-after the completion of toppling over
Turn to drive clamping assembly 32 to return to original position.
The clamping assembly 32 includes upper shell, big intermediate plate 13, small intermediate plate 14, big spring 15, little spring 16, electromagnet
17th, return spring 18, electromagnet controller 19, positioning baffle 20 and baffle plate groove 21, be provided with the upper shell one run through before
The through hole of rear end face, the big a pair opposing upper and lower intermediate plate 13 a pair small intermediate plate 14 relative with left and right is provided with the through hole,
It is connected between intermediate plate 13 and the inwall of upper shell by two big springs 15 greatly；Pass through between small intermediate plate 14 and the inwall of upper shell
Little spring 16 is connected.The upper end of the upper shell is provided with an outwardly platform, and baffle plate groove 21 is fixedly mounted on described
On platform, fluted, the cooperation installation of positioning baffle 20 and the both sides slip of the groove is set on baffle plate groove 21, it is described recessed
Multiple electromagnet 17 and return spring 18 are installed, the upper end of positioning baffle 20 passes through return spring 18 and groove top at the top of groove
Portion is connected；Electromagnet 17 is connected by wire 22 with the electromagnet controller 19 installed in table top.During putting, apricot
Abalone mushroom extrudes big intermediate plate 13 and compresses big spring 15, realizes and clamps.King-sized pleurotus eryngii is run into, has been extruded after big intermediate plate 13 then
Extrude small intermediate plate 14 and compress little spring 16, reach the purpose of stable clamping.When toppling over, the gravity of pleurotus eryngii itself overcomes intermediate plate
Clamping force, so as to drop in feed box.After toppling process, in the case where big spring 15 and little spring 16 act on, big intermediate plate 13
With the small return of intermediate plate 14.Electromagnet 17 produces magnetic after being powered, and can attract to come up by positioning baffle 20.Put before cutting
During pleurotus eryngii, electromagnet controller 19 is in off-position, and electromagnet 17 does not have magnetic, and positioning baffle 20 is under gravity
Fall, keep off in the outside of upper shell through hole, for being positioned for pleurotus eryngii.After the completion of putting, electromagnet controller 19 controls electromagnetism
Iron 17 produces magnetic, and positioning baffle 20 is attracted to come up, into the process of cutting pleurotus eryngii.After cutting is completed, electromagnet 17
Power off again, the return of positioning baffle 20.
The working process and principle of above-mentioned pleurotus eryngii root automatic cutting system are：
(1) feeding：The pleurotus eryngii being stored in material feeding box is inserted to the through hole of clamping assembly upper shell by manual type
Interior, until pleurotus eryngii root contacts with positioning baffle 20, now pleurotus eryngii extrudes the big compression of intermediate plate 13 big spring 15, realizes folder
Tightly；If pleurotus eryngii is especially big, the small compression of intermediate plate 14 little spring 16 is then extruded after having extruded big intermediate plate 13, realizes what is more stablized
Clamp.
(2) transmit：Controller controlled motor drives transmission tape travel, fixture is moved integrally cutting station；
(3) cut：For first motor 26 by rotating forward the power produced forward, make fixture topples over component 31 and clamping assembly
32 run forward；When the root of pleurotus eryngii is close to cutting mechanism, because the minimum range between the blade of two sides blade 9 is small
In the minimum diameter of pleurotus eryngii, the edge of pleurotus eryngii can be in contact with the two-edged of side blade 9.Spring 5 is originally located in former long shape
State, after contact when pleurotus eryngii continue to bottom surface blade 8 close to when, in the presence of pleurotus eryngii is to the power of side blade 9, side
Blade 9 can drive the extension spring 5 of connecting rod 7, be moved respectively to both sides.Because the regular length of bottom surface blade 8 is more than pleurotus eryngii
Maximum diameter, no matter so the diameter of pleurotus eryngii, pleurotus eryngii always situated in bottom surface blade 8 in the range of.When pleurotus eryngii bottom
When the distance between portion and bottom surface blade 8 reach setting value, toolbox can start to rotate in the presence of motor, start
Cutting.Because spring 5 is in extended state when starting cutting, thus pleurotus eryngii can by side blade 9 to its pressure,
Cutting is set to smoothly complete.Pleurotus eryngii is still close to bottom surface blade 8 while cutting is started, until pleurotus eryngii root
It is in contact with bottom surface blade 8 and bottom is cut off the thickness of setting.Now, the first motor 26 inverts, and drives pleurotus eryngii remote
From cutter, cutting is completed；Side blade 9 and connecting rod 7 return to initial position under the pulling force effect of spring 5.
The utility model is attained by complete cutting, shape unanimously for various sizes of pleurotus eryngii and apricot Bao in cutting
Mushroom wastes at least, and its principle is as shown in figure 11, when the distance between the root of pleurotus eryngii and bottom surface blade 8 are 1cm,
Motor starts to rotate, that is, starts cutting state；When the root of pleurotus eryngii is reamed 1cm, completion status is as cut；Cause
, for all pleurotus eryngiis, the length that bottom is cut all is 1cm for this.Because the angle of side blade 9 remains 60 degree not
Become, so the root shape finally cut into is consistent；Simultaneously because side blade 9 is telescopic, thus no matter apricot Bao
The size of mushroom, the amount that side is cut off all are consistent；No matter the diameter of pleurotus eryngii, the required coring layer machined away
Thickness be also much the same.
(4) transmit：Controller control transmission tape travel, makes fixture move integrally discharge station；
(5) blanking：The second motor 29 in fixture rotates forward, and drives little gear 28, and little gear 28 drives gear wheel 27, greatly
Gear 27, which rotates, to be made to topple over rotating shaft 12 and drives clamping assembly 32 to rotate, so that the pleurotus eryngii that clamping assembly 32 and cutting are completed
Tilt down, because Action of Gravity Field is dropped down onto in rewinding case, clamping assembly 32 is collided with toppling over baffle plate 11 stops pleurotus eryngii, completes to incline
Process；The second motor 29 inverts afterwards, drives clamping assembly 32 to return to original position.
(6) transmit：Controller control transmission tape travel, makes fixture integrally come back to feeding station.
Because fixture and cutting mechanism can use multiple in the utility model, therefore said process can use flowing water
Line form is carried out simultaneously.For example in 2 seconds, in putting for feeding station worker 40 pleurotus eryngiis of completion, simultaneously cutting
Station completes the cutting of 40 pleurotus eryngiis, in toppling over for discharge station 40 pleurotus eryngiis of completion.In ensuing 2 seconds, feeding
40 fixtures of station reach the cutting position of cutting station, and the pleurotus eryngii cut reaches discharge station, the empty fixture in lower section
Reenter feeding station.Thus, a circulation is completed within 4 seconds, high-volume, high efficiency, high quality, few artificial apricot can be achieved
Abalone mushroom cutting production.
The fixture and cutting mechanism that the utility model uses can also be used alone, or with other kinds of fixture and cutting
Mechanism is cut to be used cooperatively.It is apparent to one skilled in the art that the utility model can change into various ways, so
Change be not regarded as a departure from the scope of the utility model.All such technical staff to the field obviously repair
Change, be included within the scope of present claims.
Claims (2)
1. a kind of pleurotus eryngii root automatic cutting system, it is characterised in that including controller, conveyer belt, multiple fixtures, multiple cut
Cut mechanism, material feeding box and feed box；The cutting mechanism includes casing (1), motor (2) and toolbox, and motor (2) is arranged on
Casing (1) is internal；The toolbox includes connection frame (3), spring fix bar (4), spring (5), sliding block (6), connecting rod
(7), bottom surface blade (8) and side blade (9)；Connection frame (3) is internally provided with cavity, is provided at both ends with opening；Connect frame
(3) rear surface is fixedly connected with the output shaft of motor (2), and bottom surface blade (8) is fixedly mounted on the preceding surface of connection frame (3)
On；Spring (5) is arranged on the centre position of the internal cavities of connection frame (3), and the both ends of spring fix bar (4) are fixed on connection frame
(3) inner side in the middle part of, spring fix bar (4) middle part in the middle part of spring (5) with being fixedly connected；Sliding block (6), connecting rod (7) and side
Face blade (9) is two, and two sliding blocks (6) are separately positioned on the both sides of spring (5), and one end of sliding block (6) and spring (5) are solid
Fixed connection, the other end are fixedly connected with the one end of connecting rod (7)；The other end of connecting rod (7) is provided with one side blade (9)；
The sliding block (6) can be along the interior wall slip of connection frame (3)；Minimum range between two sides blade (9) is less than to be cut
The minimum diameter of pleurotus eryngii；The regular length of bottom surface blade (8) is more than the maximum gauge of pleurotus eryngii to be cut；Two side blades
(9), the installation position of bottom surface blade (8), spring (5) and motor (2) causes rotation of two side blades (9) on motor (2)
Shaft axis are centrosymmetric, and two blades of two side blades (9) are located across on the same plane of symmetrical center line, and knife
Sword and vertical direction are in 30 degree of angles；The symmetrical center line of two side blades (9) and the pivot with bottom surface blade (8)
The rotation axis of line, the midpoint of spring (5) and motor (2) is located along the same line.
2. pleurotus eryngii root automatic cutting system according to claim 1, it is characterised in that the fixture include by it is lower extremely
The base assembly (30) of upper setting, topple over component (31) and clamping assembly (32)；
The base assembly (30) includes bottom plate, four bearing blocks (33), two rotating shafts (25), two gears (34), cingulums
(23), connector (24) and the first motor (26)；Four bearing blocks (33) are divided into two groups, and every group of two bearing blocks (33) are relative
Be arranged on bottom plate on；A piece rotating shaft (25) passes through two bearing blocks (33) being oppositely arranged, the output with the first motor (26)
Axle is connected；Another rotating shaft (25) passes through two bearing blocks (33) of another set, is supported by two bearing blocks (33)；Two teeth
Wheel (34) is set on two rotating shafts (25), and gear (34) links with rotating shaft (25)；Cingulum (23) and two gears (34)
Engage；
It is described topple over component (31) include central enclosure, gear wheel (27), little gear (28), the second motor (29), hinge (10),
Topple over baffle plate (11) and topple over rotating shaft (12)；Central enclosure is fixedly connected by connector (24) with cingulum (23), by cingulum
(23) drive；Second motor (29) and topple over baffle plate (11) and be fixedly mounted in central enclosure, little gear (28) and the second electricity
The output axis connection of machine (29), gear wheel (27) are intermeshed with little gear (28)；The fixing end and central enclosure of hinge (10)
Fixed, the upper shell of movable end and clamping assembly is fixed；Topple over rotating shaft (12) one end and gear wheel (27) is coaxially connected, with canine tooth
(27) linkage is taken turns, the other end is connected with the movable end of hinge (10), driving hinge (10) action；Topple over baffle plate (11) and be used to be dress
The rotation of clip assembly (32) provides spacing；
The clamping assembly (32) includes upper shell, big intermediate plate (13), small intermediate plate (14), big spring (15), little spring (16), electricity
Magnet (17), return spring (18), electromagnet controller (19), positioning baffle (20) and baffle plate groove (21), in the upper shell
A through hole for running through front/rear end is provided with, big a pair opposing upper and lower intermediate plate (13) is provided with the through hole and left and right is relative
Small a pair intermediate plate (14), big intermediate plate (13) is connected between the inwall of upper shell by two big springs (15)；Small intermediate plate
(14) it is connected between the inwall of upper shell by little spring (16)；It is outwardly that the upper end of the upper shell is provided with one
Platform, baffle plate groove (21) be fixedly mounted on the platform, set on baffle plate groove (21) it is fluted, positioning baffle (20) with it is described
The cooperation of the both sides slip of groove is installed, and multiple electromagnet (17) and return spring (18) are provided with the top of the groove,
The upper end of positioning baffle (20) is connected by return spring (18) with groove top；Electromagnet (17) passes through wire (22) and installation
It is connected in the electromagnet controller (19) of table top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720191010.7U CN207201998U (en) | 2017-03-01 | 2017-03-01 | Pleurotus eryngii root automatic cutting system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720191010.7U CN207201998U (en) | 2017-03-01 | 2017-03-01 | Pleurotus eryngii root automatic cutting system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207201998U true CN207201998U (en) | 2018-04-10 |
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ID=61810313
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720191010.7U Expired - Fee Related CN207201998U (en) | 2017-03-01 | 2017-03-01 | Pleurotus eryngii root automatic cutting system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207201998U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106666788A (en) * | 2017-03-01 | 2017-05-17 | 温州大学 | Automatic cutting system for pleurotus eryngii roots |
-
2017
- 2017-03-01 CN CN201720191010.7U patent/CN207201998U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106666788A (en) * | 2017-03-01 | 2017-05-17 | 温州大学 | Automatic cutting system for pleurotus eryngii roots |
| CN106666788B (en) * | 2017-03-01 | 2022-08-09 | 温州大学 | Automatic cutting system for pleurotus eryngii roots |
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Granted publication date: 20180410 Termination date: 20200301 |