CN207351393U - A kind of material thickness on-line monitoring mechanism and automatic sharpening cotton equipment - Google Patents
A kind of material thickness on-line monitoring mechanism and automatic sharpening cotton equipment Download PDFInfo
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- CN207351393U CN207351393U CN201721489238.0U CN201721489238U CN207351393U CN 207351393 U CN207351393 U CN 207351393U CN 201721489238 U CN201721489238 U CN 201721489238U CN 207351393 U CN207351393 U CN 207351393U
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Abstract
The utility model discloses a kind of material thickness on-line monitoring mechanism and automatic sharpening cotton equipment, data and the display device that is shown and the reference platform that is used to support the detected materials positioned at detected materials below of the material thickness on-line monitoring mechanism including the thickness monitor device above detected materials, the acquisition thickness monitor device；The thickness monitor device includes supporting rack, the detector for monitoring thickness in real time and the regulating device that the position of the detector is adjusted, the detector and is installed on the lower end of the regulating device, and the regulating device is installed on support frame as described above.The material thickness on-line monitoring mechanism structure design of the utility model is reasonable, easy to operate；The position of corresponding assembly can be adjusted according to the characteristic of detected materials, and it is independent with transmission system using measuring system, improve the precision of measurement result；By magnechuck fixing bracket system, keep constant test position, test result is more accurate.
Description
Technical field
The utility model is related to textile product apparatus field, and in particular to a kind of material thickness on-line monitoring mechanism and comprising
The material thickness monitors the automatic sharpening cotton equipment of mechanism on-line.
Background technology
Upright cotton, which is cut in production, to be needed to be monitored thickness, and current mode is manually to use hand-held thickness measure
Instrument periodically carries out manual measurement in product both sides respectively, and this mode of operation not only make it that measurement error is very big, adds
The probability of defective products, is also unfavorable for follow-up Production line；It is time-consuming and measurement process reaches measurement position using manually walking about
Arduously, periodical operation is measured as, sampling density is not high, and obtained result precision is low；Measurement data is spread by an casual acquaintance
It is defeated, it is not easy not hearing in the production environment for have noise, easily produces maloperation.
The content of the invention
In view of this, it is thick that one of in order to overcome prior art the defects of, the purpose of this utility model, is to provide a kind of material
Degree on-line monitoring mechanism, its is reasonable in design, easy to operate, and test result is more accurate, applied widely.
In order to achieve the above object, the utility model uses following technical solution：
A kind of material thickness monitors mechanism on-line, including thickness monitor device above detected materials, obtain described in
The data of thickness monitor device and the display that is shown and being used to support below detected materials is described waits to measure and monitor the growth of standing timber
The reference platform of material；
The thickness monitor device includes supporting rack, for monitoring the detector of thickness in real time and to the detector
The regulating device that position is adjusted, the detector are installed on the lower end of the regulating device, and the regulating device is installed on
On support frame as described above；
The regulating device includes two pieces of installing plates being oppositely arranged and the drive rod between the installing plate,
Wherein one end of the drive rod is provided with driving device, is provided with the drive rod and the matched driving of the drive rod
Block, the lower end of the drive block are provided with the mounting bracket for installing the detector.Drive rod is driven by driving device
Rotate, and then drive drive block to be moved, realize the purpose for adjusting detector location, it is convenient and efficient.
Preferably, the lower end of the drive block is provided with the first movable plate, and first movable plate is connected by adjusting screw rod
The second movable plate is connected to, the mounting bracket is installed below second movable plate.First movable plate and the second movable plate
Four angles correspondence is provided with adjusting screw rod, and the levelness and height of the second movable plate can be adjusted by adjusting screw rod
Section, and then adjust the height and its verticality with detected materials of detector.
It is further preferred that being provided with the adjusting slide parallel with the drive rod on support frame as described above, described first moves
It is provided with below movable plate and the adjusting matched adjusting slider of slide.It is engaged by adjusting slider and adjusting slide,
So that the movement of detector is more steady and accurate.
Preferably, it is also equipped with locking device between the drive rod and the driving device.By locking device to driving
Lever is fixed, and then the position of fixed detector.
Preferably, the drive rod is screw, and the drive block is and the matched feed screw nut of the screw, the drive
Dynamic device is rotational handle, and the screw runs through the feed screw nut, and one end of the screw is fixed on the installing plate, separately
One end is provided with the rotational handle.Drive screw to rotate by rotating rotational handle, and then drive feed screw nut's movement, make
The detector that must be installed in mounting bracket moves together.
Preferably, the reference platform includes platform framework and the reference platform face on the platform framework,
Carriage and positioner are installed below the platform framework；The carriage includes being installed on the platform framework bottom
The mobile sliding block in portion and it is installed on erecting bed and the mobile matched shifting sledge of sliding block；The positioner includes
Magnechuck on the erecting bed and being engaged with the magnechuck installed in the platform framework bottom
Suction disc.Erecting bed is ground or other platform facilities.The movement of platform framework is realized by carriage, and then drives benchmark
The movement of flat surface；Mobile rear platform frame can be returned to exactly by initial position by positioner again.
It is further preferred that the flat surface that the reference platform further includes below the reference platform face adjusts dress
Put, the flat surface regulating device includes adjusting bracket, and the bottom of the adjusting bracket offers the regulating tank for adjusting position, institute
Adjusting grooved screw is installed, the bottom of the adjusting bracket is also equipped with for adjusting the reference platform face in the regulating tank stated
Levelness adjusting screw.It is engaged by regulating tank with adjusting grooved screw, realizes the movement of reference platform face position；Pass through level
Degree adjusting screw realizes the adjusting of reference platform face levelness.
The another object of the utility model is to provide a kind of automatic sharpening cotton equipment, including Matter Transfer mechanism, cotton cutting machine structure,
Material conveying mechanism, material rolling-up mechanism and material thickness as described above on-line monitoring mechanism, the cotton cutting machine structure are located at
Between the Matter Transfer mechanism and material conveying mechanism, the material conveying mechanism is located at the cotton cutting machine structure and the material
Between rolling-up mechanism, the thickness monitor device is located at the top of the material conveying mechanism.
Preferably, the both sides of the platform framework are corresponding respectively is provided with the reference platform face, and support frame as described above corresponds to
In the reference platform face, the thickness monitor device is corresponded to installed in the top in the reference platform face.
Preferably, the material conveying mechanism includes carriage, and the platform framework is embedded in the carriage, described
Material rolling-up mechanism is installed on the carriage.So that platform framework and carriage synchronizing moving.
Technical solution as a result of more than, compared to the prior art, the utility model is beneficial in that：This reality
It is reasonable with new material thickness on-line monitoring mechanism structure design, detected materials can be monitored in real time during test
Thickness, measurement result is directly displayed in face of operator, and operator can be adjusted by real time data and according to technological parameter
Whole, more directly perceived accurate, operation is more convenient；The position of corresponding assembly can be adjusted according to the characteristic of detected materials, and is used
Measuring system is independent with transmission system, measuring system is shaken from transmission system so as to produce large effect, improves measurement
As a result precision；By magnechuck fixing bracket system, keep constant test position, test result is more accurate；It is logical
Stent system bottom installation sliding block and slide are crossed, to facilitate removal stent system, replaces the knife-band for mechanism of chipping；The scope of application
Extensively, it is all applicable in the production process of weblike material, it is particularly suitable for upright cotton and cuts in production.It is online comprising the material thickness
The function of cutting cotton equipment and can realize automatic sharpening cotton and monitor thickness in real time of mechanism for monitoring, before there is application well
Scape.
Brief description of the drawings
Fig. 1 is the stereogram of the automatic sharpening cotton equipment of the utility model embodiment；
Fig. 2 is the Matter Transfer mechanism of the utility model embodiment and the stereogram of cotton cutting machine structure；
Fig. 3 is the thickness monitor device of the utility model embodiment and the stereogram of reference platform；
Fig. 4 is the front view of the thickness monitor device of the utility model embodiment；
Fig. 5 be the utility model embodiment thickness monitor device in regulating device stereogram；
Fig. 6 is the stereogram of the reference platform of the utility model embodiment；
Fig. 7 is the partial enlarged view of the reference platform of the utility model embodiment；
Wherein：Supporting rack -1, support feet -101, detector -2, installing plate -301, screw -302, feed screw nut -303, turn
Fixed handle -304, locking device -305, the first movable plate -306, adjusting screw rod -307, the second movable plate -308, mounting bracket -
309, adjust slide -310, adjusting slider -311, platform framework -41, reference platform face -42, mobile sliding block -431, mobile cunning
Rail -432, magnechuck -441, magnechuck fixed plate -442, suction disc -443, adjusting bracket -451, regulating tank -452, regulating tank
Screw -453, levelness adjusting screw -454, thickness detection mechanism distribution box -5, display -6, stent -701, deflector roll -702,
Burst roller -703, cotton cutting machine -801, endless knife band -802, preforming roller -803, carriage -901, cycloconveyor belt -902, material
Rolling-up mechanism -10, wait to cut material -11, detected materials -12, thickness monitor device -13.
Embodiment
The utility model preferred embodiment is described in detail below in conjunction with the accompanying drawings.
Referring to attached drawing 1-2, a kind of automatic sharpening cotton equipment of the present embodiment, including Matter Transfer mechanism, cotton cutting machine structure, material
Conveying mechanism, material rolling-up mechanism 10 and material thickness on-line monitoring mechanism, cotton cutting machine structure are located at Matter Transfer mechanism and thing
Between material conveyer structure, material conveying mechanism is between cotton cutting machine structure and material rolling-up mechanism 10.
The Matter Transfer mechanism of the present embodiment includes stent 701 and multiple deflector rolls 702 on stent 701, treats
Cut the cycle rotation between deflector roll 702 of material 11.Material conveying mechanism includes carriage 901 and cycloconveyor belt 902.Cotton cutting machine
Structure includes cotton cutting machine 801, preforming roller 803 and the endless knife band 802 on cotton cutting machine, and endless knife band 802 is installed on and leans on
Thick material 11 of waiting to cut is cut into two layers of material by the side of nearly material conveying mechanism, endless knife band 802.Material rolling-up mechanism 10 is pacified
One end away from cotton cutting machine 801 on carriage 901.Cotton cutting machine structure and material circulating system realize that material is waited to cut material 11
Cut.The thickness value of measurement is shown in display 6, and deflector roll 702 is mainly used to circle transmission material 11 to be cut, positioned at material 11 to be cut
Burst roller 703 between detected materials 12, the material for being mainly used to have cut are separated.
Matter Transfer mechanism is located at the front end of cotton cutting machine 801, and material being treated to, cutting material 11 is circulated, and plays circulation cutting
Effect, save the operation carried again.Wait that cut material 11 passes through from cotton cutting machine 801, by cutting for endless knife band 802, treats
Material of measuring and monitoring the growth of standing timber 12 is entered in material conveying mechanism, it is remaining wait to cut material 11 to come back in Matter Transfer mechanism circulated, etc.
Treat cutting next time.
Referring to attached drawing 3-7, the material thickness on-line monitoring mechanism of the present embodiment, including the thickness above detected materials 12
Spend monitoring device, the display 6 for obtaining the data of thickness monitor device and being shown and positioned at the lower section of detected materials 12
It is used to support the reference platform of detected materials 12.The thickness monitor device of the present embodiment is located at the top of material conveying mechanism, shows
Show that device 6 is installed on the top of cotton cutting machine 801.
Thickness monitor device includes supporting rack 1, for monitoring the detector 2 of thickness and the position to detector 2 in real time
The regulating device being adjusted, detector 2 are installed on the lower end of regulating device, and regulating device is installed on supporting rack 1.This implementation
The supporting rack 1 of example is not located on carriage 901 to reduce the shake of detector 2.Supporting rack 1 has support feet 101 so that
Supporting rack 1 is more firm, prevents it from moving and reducing the shake of detector 2 so that test result is more accurate.The present embodiment
In detector 2 be thickness photoelectric sensor, be also equipped with thickness detection mechanism distribution box 5 on supporting rack 1, its positioned at two tune
Between regulating device.
Regulating device includes two pieces of installing plates 301 being oppositely arranged and the drive rod between installing plate 301
302, wherein one end of drive rod 302 is provided with driving device 304, is provided with drive rod 302 matched with drive rod 302
Drive block 303, the lower end of drive block 303 are provided with the mounting bracket 309 for installing detector 2.Pass through 304 band of driving device
Dynamic drive rod 302 rotates, and then drives drive block 304 to be moved, and realizes the purpose for adjusting 2 position of detector, convenient and efficient.
Locking device 305 is also equipped between drive rod 302 and driving device 304.Drive rod 302 is carried out by locking device 305
It is fixed, and then the position of fixed detector 2.
The lower end of drive block 304 is provided with the first movable plate 306, and the first movable plate 306 is connected with by adjusting screw rod 307
Second movable plate 308, the lower section of the second movable plate 308 are provided with mounting bracket 309.First movable plate 306 and in the present embodiment
Four angles of two movable plates 308 are mounted on adjusting screw rod 307, can be to the water of the second movable plate 308 by adjusting screw rod 307
Pingdu and height are adjusted, and then adjust the height and its verticality with detected materials 12 of detector 2.
The adjusting slide 310 parallel with drive rod 302, the lower section peace of the first movable plate 306 are also equipped with supporting rack 1
Equipped with adjusting the matched adjusting slider 311 of slide 310.It is engaged by adjusting slider 311 and adjusting slide 310 so that
The movement of detector 2 is more steady and accurate.
Drive rod 302 in the present embodiment is screw 302, and drive block 303 is and 302 matched feed screw nut of screw
303, driving device 304 is rotational handle 304.Screw 302 runs through feed screw nut 303, and one end of screw 302 is fixed on installing plate
On 301, the other end is provided with rotational handle 304, and locking device 305 is provided between rotational handle 304 and screw 302.Pass through
Rotational handle 304 is rotated to drive screw 302 to rotate, and then drives feed screw nut 303 to move so that installed in mounting bracket
Detector 2 on 309 can also move together.
Regulating device in the present embodiment is used for adjusting verticality and the position of levelness and test of detector 2, turns
Fixed handle 304 and leading screw 302 can drive detector 2 to move, and after location determination, locking device 305 is locked, can be fixed
The position of detector 2.After the completion of first movable plate 306, the second movable plate 308 are adjusted on supporting rack 1, to adjusting screw rod
307 position is adjusted, according to level meter（It is placed on during adjusting on the second movable plate 308 or embedded installed in the second movement
On plate 308）Display situation, determine the levelness and verticality of detector 2.Adjusting screw rod 307 can use micrometer generation
Replace so that adjusting can more intuitively and conveniently.
Reference platform includes platform framework 41 and the reference platform face 42 on platform framework 41, platform framework 41
Lower section is provided with carriage and positioner.Carriage includes the movement installed in 41 bottom of platform framework in the present embodiment
Sliding block 431 and it is installed on erecting bed and the mobile matched shifting sledge 432 of sliding block 431.Positioner includes being installed on
Magnechuck 441 on erecting bed and the suction disc matched with magnechuck 441 443 installed in 41 bottom of platform framework,
Magnechuck 441 is fixed on erecting bed by magnechuck fixed plate 442.The shifting of platform framework 41 is realized by carriage
It is dynamic, and then drive the movement in reference platform face 42；Mobile rear platform frame 41 can be returned exactly again by positioner
Initial position is returned to, ensure that the constant of test position, and magnechuck 441 is persistently powered in test, ensures test position
Putting to shift so that test result is more accurate.Erecting bed is ground or other platform facilities.
Reference platform further includes the flat surface regulating device installed in the lower section of reference platform face 42, flat surface regulating device bag
Adjusting bracket 451 is included, the bottom of adjusting bracket 451 offers the regulating tank 452 for adjusting position, tune is provided with regulating tank 452
Grooved screw 453 is saved, the bottom of adjusting bracket 451 is also equipped with the levelness adjusting screw for adjusting the reference platform face 42
454.It is engaged by regulating tank 452 with adjusting grooved screw 453, realizes the movement of 42 position of reference platform face.Benchmark is adjusted to put down
, can be with by adjusting horizontal adjustment screw 454, it is necessary to which level meter is placed on reference platform face 42 during 42 levelness of table top
The levelness in reference platform face 42 is adjusted, according to the display of level meter, after determining level, level meter is taken away；Also can incite somebody to action
Level meter, which is directly embedded into, to be installed on reference platform face 42, more easily to carry out the tune of 42 levelness of reference platform face
Section.
Correspondence is provided with reference platform face 42, and two reference platform faces respectively for the both sides of platform framework 41 in the present embodiment
42 can individually be adjusted, and the position that supporting rack 1 corresponds to reference platform face 42 is placed, and thickness monitor device corresponds to installation
In the top in reference platform face 42.
Platform framework 41 is embedded in carriage 901 in the present embodiment so that platform framework 41 is synchronous with carriage 901 to be moved
It is dynamic, carry out the replacement of endless knife band 802.Need to position during backhaul, to keep test position constant, the present embodiment is inhaled using electromagnetism
The mode of disk 441, when movement returns, is powered whole stent system using magnechuck 441（Carriage 901 and platform frame
Frame 41）It is drawn through and, and continue to be powered, ensures that test position will not shift, when next movement, it is only necessary to directly by electromagnetism
The power-off of sucker 441 can move freely carriage 901 and platform framework 41, and operation is very convenient.
Due to adding reference platform in the present embodiment, put down so material-transporting system includes one positioned at two benchmark
The endless belt conveyer 10 of length between platform and four short rings positioned at long 10 both sides of endless belt conveyer, reference platform both sides
Shape conveyer belt 10, is shown in attached drawing 1.
The course of work of the material thickness on-line monitoring mechanism of the present embodiment is described below：
It is detected the adjusting of 2 position of device according to the width for waiting to cut material 11 first and is detected device according to actual conditions
The adjusting of 2 levelness, the position in the corresponding reference platform face 42 of height and the lower section of detector 2 and levelness, adjusting method it
Preceding detailed narration, herein no longer Ao Shu.
Automatic sharpening cotton equipment will be opened after cutting material 11 and being positioned over Matter Transfer mechanism, and wait to cut material 11 in Matter Transfer mechanism
In deflector roll 702 between carry out cycle rotation, enter in cotton cutting machine 801 and cut simultaneously from the front end inlet of cotton cutting machine 801
To go out from the back outlet of cotton cutting machine 801, the endless knife band 802 on cotton cutting machine 801, which will be waited to cut, expects 11 materials for cutting into two layers,
One of them is detected materials 12, remaining to wait to cut by burst roller 703 into going on the carriage 901 of material conveying mechanism
Material 11 comes back in Matter Transfer mechanism and is circulated, and waits cutting next time.
Cycloconveyor belt 902 on carriage 901 is in cycle rotation, by 12 onwards transmission of detected materials, detected materials 12
During by 2 lower section of detector, detector 2 is detected 12 corresponding position of detected materials, and by data transfer and shows
On the display 6.After there is operation console, operator to observe related data by display 6 for the front end of cotton cutting machine 801, pass through
Operation console carries out relevant operation.
Detected materials 12 continue to move along behind the lower section by detector 2, and enter in material rolling-up mechanism 10, most
Winding is on rewinding disk roller eventually.
, it is necessary to replace endless knife band 802 after equipment runs a period of time, magnechuck 441 is powered off at this time, is conveyed
Frame 901 and the platform framework 41 of the lower section of reference platform face 42 can be moved rearwards with away from cotton cutting machine 801 together.When endless knife
After band 802 is more finished changing, magnechuck 441 is powered, so that carriage 901 and platform framework 41 be attracted to come together, is returned
To initial position, the constant of test position ensure that.And in the mechanism work of material thickness on-line monitoring, magnechuck 441
It is lasting to be powered, to ensure that test position will not shift, until next time is mobile, it is only necessary to which magnechuck 441 is directly disconnected
Electricity can move freely carriage 901 and platform framework 41, easy to operate, safety.
The material thickness on-line monitoring mechanism structure design of the utility model is reasonable, can be supervised in real time during test
The thickness of detected materials is controlled, measurement result is directly displayed in face of operator, operator can be by real time data and according to work
Skill parameter is adjusted, and more directly perceived accurate, operation is more convenient；Corresponding assembly can be adjusted according to the characteristic of detected materials
Position, and it is independent with transmission system using measuring system, measuring system is shaken from transmission system so as to produce larger shadow
Ring, improve the precision of measurement result；By magnechuck fixing bracket system, keep constant test position, test result
It is more accurate；Sliding block and slide are installed by stent system bottom, to facilitate removal stent system, replace the knife for mechanism of chipping
Band；It is applied widely, it is all applicable in the production process of weblike material, it is particularly suitable for upright cotton and cuts in production.Comprising this
The function of cutting cotton equipment and can realize automatic sharpening cotton and monitor thickness in real time of material thickness on-line monitoring mechanism, has fine
Ground application prospect.
Above-described embodiment is only the technical concepts and features for illustrating the utility model, and its object is to allow be familiar with technique
Personage can understand the content of the utility model and implement according to this, the scope of protection of the utility model can not be limited with this.
All equivalent change or modifications made according to the utility model Spirit Essence, should all cover the scope of protection of the utility model it
It is interior.
Claims (10)
1. a kind of material thickness monitors mechanism on-line, it is characterised in that including the thickness monitor device above detected materials,
Obtain the data of the thickness monitor device and the display device shown and being used to support below detected materials
The reference platform of the detected materials；
The thickness monitor device includes supporting rack, for monitoring the detector of thickness and the position to the detector in real time
The regulating device being adjusted, the detector are installed on the lower end of the regulating device, and the regulating device is installed on described
On supporting rack；
The regulating device includes two pieces of installing plates being oppositely arranged and the drive rod between the installing plate, described
Wherein one end of drive rod is provided with driving device, be provided with the drive rod with the matched drive block of the drive rod,
The lower end of the drive block is provided with the mounting bracket for installing the detector.
2. material thickness according to claim 1 monitors mechanism on-line, it is characterised in that the lower end installation of the drive block
There is the first movable plate, first movable plate is connected with the second movable plate by adjusting screw rod, pacifies below second movable plate
Equipped with the mounting bracket.
3. material thickness according to claim 2 monitors mechanism on-line, it is characterised in that be provided with support frame as described above with
The parallel adjusting slide of the drive rod, is provided with below first movable plate and the adjusting matched tune of slide
Save sliding block.
4. material thickness according to claim 1 monitors mechanism on-line, it is characterised in that the drive rod and the driving
Locking device is also equipped between device.
5. material thickness according to claim 1 monitors mechanism on-line, it is characterised in that the drive rod is screw, institute
Drive block is stated to be rotational handle with the matched feed screw nut of the screw, the driving device, the screw is through described
Feed screw nut, one end of the screw are fixed on the installing plate, and the other end is provided with the rotational handle.
6. the material thickness on-line monitoring mechanism according to claim 1-5 any one claims, it is characterised in that institute
Stating reference platform includes platform framework and the reference platform face on the platform framework, below the platform framework pacifying
Equipped with carriage and positioner；The carriage includes the mobile sliding block and peace installed in the platform framework bottom
Loaded on erecting bed with the mobile matched shifting sledge of sliding block；The positioner includes being installed on the erecting bed
Magnechuck and installed in the platform framework bottom and the matched suction disc of the magnechuck.
7. material thickness according to claim 6 monitors mechanism on-line, it is characterised in that the reference platform further includes peace
Flat surface regulating device below the reference platform face, the flat surface regulating device include adjusting bracket, the adjusting
The bottom of frame offers the regulating tank for adjusting position, and adjusting grooved screw, the adjusting bracket are provided with the regulating tank
Bottom be also equipped with levelness adjusting screw for adjusting the reference platform face.
8. a kind of automatic sharpening cotton equipment, it is characterised in that including Matter Transfer mechanism, cotton cutting machine structure, material conveying mechanism, material
Rolling-up mechanism and material thickness as claimed in claim 6 on-line monitoring mechanism, the cotton cutting machine structure are located at the material and follow
Between ring mechanism and material conveying mechanism, the material conveying mechanism be located at the cotton cutting machine structure and the material rolling-up mechanism it
Between, the thickness monitor device is located at the top of the material conveying mechanism.
9. automatic sharpening cotton equipment according to claim 8, it is characterised in that the both sides of the platform framework are corresponding respectively to pacify
Equipped with the reference platform face, support frame as described above corresponds to the reference platform face, and the thickness monitor device is corresponded to and is installed on
The top in the reference platform face.
10. automatic sharpening cotton equipment according to claim 8, it is characterised in that the material conveying mechanism includes carriage,
The platform framework is embedded in the carriage, and the material rolling-up mechanism is installed on the carriage.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721489238.0U CN207351393U (en) | 2017-11-09 | 2017-11-09 | A kind of material thickness on-line monitoring mechanism and automatic sharpening cotton equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721489238.0U CN207351393U (en) | 2017-11-09 | 2017-11-09 | A kind of material thickness on-line monitoring mechanism and automatic sharpening cotton equipment |
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| CN207351393U true CN207351393U (en) | 2018-05-11 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108908464A (en) * | 2018-06-27 | 2018-11-30 | 郑州艾莫弗信息技术有限公司 | One kind quickly surveying wide device based on computer technology Heavy Plate Production |
| CN109764816A (en) * | 2017-11-09 | 2019-05-17 | 苏州美山子制衣有限公司 | A kind of material thickness on-line monitoring mechanism and automatic sharpening cotton equipment |
-
2017
- 2017-11-09 CN CN201721489238.0U patent/CN207351393U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109764816A (en) * | 2017-11-09 | 2019-05-17 | 苏州美山子制衣有限公司 | A kind of material thickness on-line monitoring mechanism and automatic sharpening cotton equipment |
| CN108908464A (en) * | 2018-06-27 | 2018-11-30 | 郑州艾莫弗信息技术有限公司 | One kind quickly surveying wide device based on computer technology Heavy Plate Production |
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