CN205748563U - A kind of artificial stone's course of processing building stones cloth evenness on-line measuring device - Google Patents
A kind of artificial stone's course of processing building stones cloth evenness on-line measuring device Download PDFInfo
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- CN205748563U CN205748563U CN201620052211.4U CN201620052211U CN205748563U CN 205748563 U CN205748563 U CN 205748563U CN 201620052211 U CN201620052211 U CN 201620052211U CN 205748563 U CN205748563 U CN 205748563U
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Abstract
The utility model discloses a kind of artificial stone's course of processing building stones cloth evenness on-line measuring device, including: device for transporting objects, weight force checking device, signal receiving/transmission device, master control set, display device, labelling apparatus, based on LOAD CELLS, it it is apparatus main body in conjunction with apron conveyor, it is achieved the quick online detection of artificial stone's course of processing building stones cloth evenness.A kind of artificial stone's course of processing building stones cloth evenness on-line measuring device of the present utility model, material cloth evenness before suppressing artificial stone's course of processing carries out on-line checking, has in real time detection, speed is fast, accuracy is high, precision can meet production requirement, display mode directly perceived, be easy to observe in time to advantages such as inventory distribution are adjusted.
Description
Technical field
This utility model relates to a kind of cloth evenness detection device, particularly relate to a kind of based on
The artificial slabstone of LOAD CELLS produces the cloth evenness on-line measuring device in molding.
Background technology
Artificial stone is mainly by material mixing compactings such as quartz sand, resin, pigment and firming agent
Form, through artificial stone former by weighing, mix and blend, cloth and compressing
Etc. several big steps.In artificial stone pressed sheet produces the cloth material process of molding, cloth is the most equal
The even product quality directly affecting artificial slabstone, thus uniform distribution is artificial slabstone production
One of main target controlled.Existing distributing method is broadly divided into artificial cloth and mechanical material distributing
Two kinds, the uniformity of cloth all cannot meet production requirement.In the operation of actual production at present, cloth
Material uniformity relies primarily on artificial experience and carries out subjective judgment, lacks detection by quantitative fast and accurately
Means and equipment, it is impossible to ensure product quality stability, cause the waste of the resources of production.Right
Artificial slabstone produces the quick and precisely on-line checking of material cloth evenness in molding, to raising
Production efficiency and product yield are most important.A kind of cloth evenness online detection instrument of exploitation,
Both can be that the region not meeting uniformity requirement is adjusted providing foundation, it is also possible to will be online
Testing result feeds back to automatic distributing control system, controls to provide feedback letter for cloth evenness
Breath.
Summary of the invention
The purpose of this utility model is to overcome the above-mentioned deficiency in first technology, it is provided that Yi Zhongji
In artificial stone's course of processing building stones cloth evenness on-line measuring device of LOAD CELLS, profit
With the material cloth evenness before the detection compacting of this device, there is in real time detection, speed fast, accurate
True property is high, precision can meet requirement, display mode is directly perceived, be easy to observation divides inventory in time
The advantages such as cloth is adjusted.
Technical solution of the present utility model is as follows:
A kind of artificial stone's course of processing building stones cloth evenness on-line measuring device, its feature exists
In: this device includes device for transporting objects, weight force checking device, signal receiving/transmission device, master control
Device, display device, labelling apparatus；
Described device for transporting objects main body is apron conveyor, and collects on the carrier bar of specific region
Become described heavy force checking device, for tested material is carried；When tested material is defeated
When delivering to detection zone, device for transporting objects stops and carrying out gravity inspection by weight force checking device
Survey, make material depart from a predetermined velocity after detection and transfer to the conveying dress of next process
Put；
Described device for transporting objects includes: apron conveyor, the first photoswitch, the second light
Electric switch；
Preferably, the width of described apron conveyor is 1.0～2.0m；
Preferably, a length of the 1.5 of described apron conveyor～5.0m；
Preferably, it is 0～0.3m/s that the transporting velocity of described apron conveyor controls；
The first described photoswitch is fixed on the front end of device for transporting objects, tested for detecting
Material transfers to the feed status on apron conveyor from cloth material process conveyer device；
The second described photoswitch is fixed on the rear end of device for transporting objects, tested for detecting
The feed status on suppression process conveyer device transferred to from apron conveyor by material；
Described the first photoswitch, the second photoswitch, be with light emitting diode or quasiconductor
Laser instrument, as light source, uses the detection modes such as diffusion formula, correlation, reflection type mirror, profit
With detected material light beam blocked or reflect, thus detecting photoelectric sensor with presence or absence of object；
Described heavy force checking device, to the gravity in each region of tested material entering detection zone
Information detects in real time, detects data accordingly to described master control set output, this detection number
According to the gravimetric data comprised in above-mentioned tested material in predetermined detection region；
Described heavy force checking device be identical by specification, parameter is equal, total number is M1's
Weighing module forms with the form of R1 × L1 array distribution, wherein M1=R1 × L1, wherein R1
Representing the number of the Weighing module being transversely to the conveying direction, L1 represents the title being parallel to conveying direction
The number of molality block；Described heavy force checking device is fixed on the specific region chain of apron conveyor
On plate, also include adding plate, for making the heavy force checking device above each carrier bar of apron conveyor
Keep same level；
Preferably, described Weighing module, the number range of R1 is 2～4, the number range of L1
It is 4～16:
Preferably, the length of each described Weighing module controls is 0.1～0.4m；
Preferably, the width control system of each described Weighing module is 0.05～0.2m:
Described Weighing module, is to use fluid pressure type, electromagnetic type, condenser type, resistance-strain
The modes such as formula, are changed into measurable signal of telecommunication the title exported by the quality signal of tested material
Weight sensor；
Preferably, the described plate that adds is that steel plate, acrylic board, aluminium etc. are fixed on carrier bar
After to ensure the workpiece that is in same level of detection platform surface；
Described signal receiving/transmission device, detects number accordingly for collected by weight force checking device
According to, the signal being transferred in master control set by respective communication interface is received and transmitting equipment；Institute
The signal receiving/transmission device stated, uses wired or wireless mode to carry out signal transmission, comprises: A/D
Modular converter, USB/RS485/RS422 interface convertor；
Described signal receiving/transmission device, uses and has multiple sensor incoming line and multi-channel A/D
Modular converter, Ke Duige road signal carries out individual processing and output, or processes simultaneously and pass through
Bus exports in a serial fashion；
Preferably, described signal receiving/transmission device, the hardware interface of employing is RS422 full duplex
Or the interfaces such as RS485 half-duplex；
Preferably, described signal receiving/transmission device, the communication protocol of employing be Free agreement or
The agreements such as person MODBUS RTU；
Described master control set, receives the detection data of weight force checking device output, to detection number
According to carrying out Treatment Analysis and delimiting marked region；Marked region is individual by the M2 that length and width are equal sized
Labelling subregion forms, and each labelling subregion arranges with R2 × L2 array distribution, wherein
M2=R2 × L2, wherein R2 represents the quantity of the labelling subregion being transversely to the conveying direction, L2
Represent the quantity of the labelling subregion being parallel to conveying direction；By tested material in zones of different amount
Distribution results drafting pattern, output shows in display device in real time, and controls labelling
Device is marked in the relevant position of tested material；
Preferably, R2 quantitative range is 2～4, and the numerical range of L2 is 4～16；
The figure of the cloth evenness testing result that described master control set is drawn is three-dimensional column
Figure or 2 d plane picture, and use different colours labelling respectively to detect the gravitation information of subregion；
Described D prism map shape and plane X-Y scheme use the first pre-set color, second pre-
If color, the 3rd pre-set color labelling respectively detect the gravitation information of subregion, wherein first preset
Color represents that this detection subregion meets the uniformity sphere of gravity of production requirement, and second presets face
Color table shows that this detection subregion exceedes the uniformity sphere of gravity of production requirement, the 3rd pre-set color
Represent this detection subregion uniformity sphere of gravity less than production requirement；
Preferably, the depth of the second described pre-set color, represent and exceed the uniform of production requirement
The degree of property sphere of gravity, more deeply feels and shows that the degree exceeded is the most obvious；
Preferably, the depth of the 3rd described pre-set color, represent and be less than the uniform of production requirement
The degree of property sphere of gravity, more deeply feels and shows that the degree being less than is the most obvious；
Described display device, by master control set control, for by soft for master control set Computer
The building stones uniform distribution figure that part calculates shows, it is simple to workman is adjusted；
Described display device is LED display, liquid crystal display, the projection of connection projector
Curtain, there is the television set etc. of HDMI, the building stones uniformity that master control set exports is divided
The display device that Butut shows in real time；
Described labelling apparatus is made up of support, tag device, power supply, by master control set control,
The detection subregion of each correspondence is marked off for labelling on tested material；Described tag device
Be solid state laser, semiconductor laser etc. can carry out optical markings low power optical unit
Part, or the projector equipment such as projector；
Described labelling apparatus comprises M3 the equal tag device of specification, described marker
Part is arranged on apron conveyor support, wherein M3=R3+L3, and wherein R3 is for being perpendicular to conveying
The quantity of the tag device equidistantly distributed in direction, L3 is be parallel to conveying direction equidistant
The quantity of the tag device of distribution；
A kind of artificial stone's course of processing building stones cloth evenness on-line checking of the present utility model
The work process of device is as follows:
Master control set controls the feed status of apron conveyor, and the conveyer device of cloth material process will be by
When surveying the induction zone that material carries the first photoswitch, master control set drives apron conveyor, and
Control the apron conveyor conveying direction identical with the conveyer device holding of cloth material process and speed；
Tested material is transferred to apron conveyor from the conveyer device of cloth material process, and arrives predetermined
Behind detection region, master control set stops apron conveyor；Each on weight force checking device is weighed
Module, weighs to tested material respectively, and defeated to master control set by signal receiving/transmission device
Going out and detect data accordingly, this detection packet contains above-mentioned tested material in each detection subregion
Weighing data, this detection packet is containing the number of weighing in predetermined detection region in above-mentioned tested material
According to；Master control set receives detection data, and Treatment Analysis also delimit marked region；Main control fills
Put and the weighing data on corresponding each labelling subregion is integrated, by tested material in difference
The distribution core of amount of area becomes figure, output to show in real time in display device, and controls mark
Note device is marked the labelling subregion of correspondence in the relevant position of tested material；Workman according to
The tested material uniform distribution figure of display, adjusts the material on each labelling subregion in real time
It is whole, until uniformity is adjusted to meet the interval of production requirement；Complete uniformity detection and adjust
After whole, main control unit drives apron conveyor, and controls apron conveyor and suppression process
Conveyer device keeps identical conveying direction and speed；Tested material completes from apron conveyor
To the transfer of suppression process conveyer, and when leaving the induction zone of the second photoswitch, master control fills
Put driving and control apron conveyor revolution, weight force checking device is reset to the position preset, etc.
Treat to detect next time；
The work process of weight force checking device is as follows: tested material is from the conveyer device of cloth material process
Transfer on apron conveyor, and after arriving predetermined detection region, master control set stops board-like
Conveyer；It is separately fixed at corresponding board-like conveying with each Weighing module of R1 × L1 array distribution
On the carrier bar of machine specific region, for using resistance strain weighing transducer as Weighing module
Time, under gravity, tested material applies pressure to each Weighing module；Each Weighing module
In flexible member produce elastic deformation under gravity, make the resistance strain gage on surface also with
With being deformed, after resistance strain gage deformation, its resistance will change, then through corresponding
Measuring circuit is converted to the signal of telecommunication this resistance variations, thus completes and gravity is transformed to electricity
The process of signal；Tested material in corresponding detection subregion is claimed by each Weighing module respectively
Weight, and detect data by signal receiving/transmission device accordingly to master control set output, these detection data
Comprise above-mentioned tested material gravimetric data in each detection subregion；
The work process of labelling apparatus is as follows: identification element and support are arranged on apron conveyor
On, and by master control set control, with lower powered optical elements such as semiconductor lasers, or throw
The projector equipments such as shadow instrument are as tag device, and on tested material, labelling marks off the labelling of correspondence
Subregion；Master control set receives the detection data of weight force checking device output, enters detection data
Row Treatment Analysis also delimit marked region；Marked region is by equal sized M2 the labelling of length and width
Subregion forms, and each labelling subregion arranges with R2 × L2 array distribution, wherein M2=R2 × L2,
Wherein R2 represents the number of the labelling subregion being transversely to the conveying direction, L2 represent be parallel to defeated
Send the number of the labelling subregion in direction；When master control set completes coherent detection Data Management Analysis
After, light labelling apparatus and be transversely to the conveying direction R3 the labelling corresponding to detecting sub-window position
Device, lights L3 the tag device being parallel to conveying direction corresponding to detection sub-window position,
Thus on tested material, mark the labelling subregion of corresponding R2 × L2 array distribution.
A kind of artificial stone's course of processing building stones cloth evenness on-line checking of the present utility model
Device adaptability is good, and detection efficiency and accuracy are high, it is achieved that before artificial stone suppression process
The quick online detection of building stones cloth evenness, solves prior art and asks its detection difficulty
Topic；Simultaneously can be to the tested material in each detection region not meeting cloth evenness production requirement
It is adjusted in time, improves production efficiency and product yield, and avoid that product is defective to be made
The resources of production waste become；
This utility model has the advantage that
1, this utility model artificial slabstone cloth evenness on-line measuring device, uses board-like
Tested material, as delivery device body, can be transported to suppression process by conveyer easily
On conveyer device, overcome ergograph and be difficult to be arranged into below material and turned in time after sensing
The problem moved.
2, this utility model passes through multiple Weighing modules of array distribution respectively to being layered on kraft paper
On material respectively detect subregion and detect in real time, detection is accurately, efficiently.
3, analysis result is depicted as the two dimension distinguished with color by master control set of the present utility model
Or 3-D graphic shows in real time, it is simple to inventory distribution is adjusted by workman in time.Face
Color represents more than uniformity or the most obvious less than the degree of the sphere of gravity of uniformity requirement the most deeply,
Intuitive display, it is simple to understand.
Accompanying drawing explanation
Fig. 1 is building stones cloth evenness on-line measuring device schematic diagram of the present utility model；
Fig. 2 attaches most importance to force checking device transverse sectional view；
Fig. 3 is labelling apparatus operating diagram；
Fig. 4 is building stones cloth evenness on-line measuring device theory diagram of the present utility model；
Detailed description of the invention
Below in conjunction with the accompanying drawings and embodiment, detailed description of the invention of the present utility model is made further
Describe.Following example are only used for clearly illustrating the technical solution of the utility model, and
Protection domain of the present utility model can not be limited with this.
This utility model specific embodiment is as follows:
In the present embodiment to through the long 1.2m of preliminary cloth, wide 0.8m, high 0.1 meter, stone
The tested material of the material mixing such as sand, resin, pigment and firming agent carries out on-line checking,
Obtain tested material each position cloth evenness scattergram, workman according to uniform distribution figure to thing
Doses is adjusted, during tested material is transported to next process the most at last；
As it is shown in figure 1, a kind of artificial stone's course of processing building stones cloth evenness on-line checking dress
Putting, its feature is: this device includes device for transporting objects 2, weight force checking device 1, signal
R-T unit, master control set, display device, labelling apparatus 5；
Described device for transporting objects 2 main body is apron conveyor, and collects on specific carrier bar 201
Become described weight force checking device 1, for tested material is carried；Work as tested material
When being transported to detection zone, device for transporting objects is stopped and being weighed by weight force checking device,
Make material depart from a predetermined velocity after detection and transfer to the conveyer device of next process
On；
Described device for transporting objects 2 includes: apron conveyor, the first photoswitch 203,
Two photoswitches 204；
The width of described apron conveyor 2 is 1.0m, a length of 2.4m, and transporting velocity controls
It is 0～0.3m/s；
The first described photoswitch 203 is fixed on the front end of device for transporting objects 2, is used for detecting
Tested material transfers to the feed status on apron conveyor on upper one procedure conveyer；
The second described photoswitch 204 is fixed on the rear end of device for transporting objects 2, is used for detecting
Tested material transfers to the feed status on next process conveyer from apron conveyor；
First described photoswitch the 203, second photoswitch 204 is semiconductor laser, adopts
Use correlation detection mode, utilize detected material to the occlusion detection object of light beam with or without；
Described weight force checking device 1, to the weight in each region of tested material entering detection zone
Force information detects in real time, detects data accordingly to described master control set output, this detection
Packet is containing the gravimetric data in predetermined detection region in above-mentioned tested material；
As in figure 2 it is shown, described heavy force checking device be identical by specification, parameter is equal, total
Number be 32 Weighing module 101 form with the form of 4 × 8 array distribution, be i.e. perpendicular to defeated
Weighing module 101 number sending direction is 4, be parallel to conveying direction Weighing module 101
Number is 8；The a length of 0.2m of each Weighing module, width is 0.15m；And with acrylic board
As adding plate 102, it is ensured that the detection platform surface above each carrier bar of apron conveyor 201 is in
Same level；
Described Weighing module 101, is resistance strain weighing transducer, by tested material
Quality signal is changed into measurable signal of telecommunication and exports；
Described signal receiving/transmission device, detects number accordingly for collected by weight force checking device
According to, the signal being transferred in master control set by respective communication interface is received and transmitting equipment；
Described signal receiving/transmission device is by A/D modular converter, USB/RS485/RS422 interface
The wire signal transmitting device of the composition such as transducer, uses and has multiple sensor incoming line
With the modular converter of multi-channel A/D, can process simultaneously and pass through bus and export in a serial fashion, and
Use the semiduplex hardware interface of RS485, communication agreement of free space；
Described master control set, receives the detection data of weight force checking device output, to detection number
According to carrying out Treatment Analysis and delimiting the marked region of 4 × 4 array distribution, and by tested material not
It is depicted as D prism map with the distribution results of amount of area, demonstrates the most in real time
Come；Control labelling apparatus to be marked in the relevant position of tested material；Wherein, three-dimensional column
Figure uses the gravitation information green, red, blue three-color labelling respectively detects subregion, its Green
Represent that this detection subregion meets the uniformity sphere of gravity of production requirement, red this detection of expression
Subregion exceedes the uniformity sphere of gravity of production requirement, and blue this detection subregion of expression is less than
The uniformity sphere of gravity of production requirement；Red more deeply feeling shows that the degree exceeded is the most obvious, blue
More deeply feel and show that the degree being less than is the most obvious；
Described display device uses LED display, by master control set control, for by master control
In device, D prism map shows in real time, it is simple to workman adjusts in time；
As it is shown on figure 3, described labelling apparatus is by support 302, the mark of semiconductor laser 301
Note device, power supply composition, by master control set control, mark off for labelling on tested material
The detection subregion of each correspondence；Described labelling apparatus comprises 10 equal quasiconductors of specification and swashs
Light device 301, described semiconductor laser 301 is arranged on apron conveyor 2, wherein 5 etc.
Range distribution is on the support 302 being transversely to the conveying direction, and 5 equidistantly distribute in being parallel to defeated
Send on the support 302 in direction；Division marked region is set, and according to set regional processing
Detection data, and tested material is depicted as three-dimensional column in the distribution results of zones of different amount
Figure, starts these semiconductor lasers, and the light 303 that semiconductor laser sends is by detection zone
Territory is divided into the marked region of 4 × 4 array distribution of correspondence position；
As shown in Figure 4 be artificial stone's course of processing building stones cloth evenness of the present utility model
On-line measuring device theory diagram, tested material is transported to detection zone by device for transporting objects, weight
Tested material is detected by force checking device in real time, and by signal transmitting and receiving module, will detection
The incoming master control set of data；Master control set carries out Treatment Analysis to the detection data received, and
Result is depicted as two dimension or 3-D graphic, shows the most in real time, and control labelling
Tested material is divided into the detection subregion of correspondence by device；Workpeople is according in display device
Uniformity testing result, to not meeting the position of uniformity production requirement, according to labelling apparatus mark
Each detection subregion of note is adjusted；Master control set is by detection and adjusts complete tested material
It is transported in next process.
The above is only preferred implementation of the present utility model, it is noted that for this skill
For the those of ordinary skill in art field, in the premise without departing from this utility model know-why
Under, it is also possible to making some improvements and modifications, these improvements and modifications also should be regarded as the present invention's
Protection domain.
Claims (7)
1. artificial stone's course of processing building stones cloth evenness on-line measuring device, its feature is, including: device for transporting objects, weight force checking device, signal receiving/transmission device, master control set, display device, labelling apparatus；
Described device for transporting objects main body is apron conveyor, and is integrated with described heavy force checking device on the carrier bar of specific region, for carrying tested material；When tested material is transported to detection zone, device for transporting objects stops and carrying out gravity detection by weight force checking device, makes material depart from a predetermined velocity and transfer on the conveyer device of next process after detection；
Described heavy force checking device, detects in real time to the gravitation information in each region of tested material entering detection zone, detects data accordingly to described master control set output, and this detection packet is containing the gravimetric data in predetermined detection region in above-mentioned tested material；
Described signal receiving/transmission device, detects data accordingly for collected by weight force checking device, and the signal being transferred in master control set by respective communication interface is received and transmitting equipment；Described signal receiving/transmission device, uses wired or wireless mode to carry out signal transmission, comprises: A/D modular converter, USB/RS485/RS422 interface convertor；
Described master control set, receives the detection data of weight force checking device output, carries out detection data Treatment Analysis and delimit marked region；Marked region is made up of M2 the labelling subregion that length and width are equal sized, each labelling subregion arranges with R2 × L2 array distribution, wherein M2=R2 × L2, wherein R2 represents the quantity of the labelling subregion being transversely to the conveying direction, and L2 represents the quantity of the labelling subregion being parallel to conveying direction；Tested material is shown in the distribution results drafting pattern of zones of different amount, output in display device in real time, and controls labelling apparatus and be marked in the relevant position of tested material；
Described display device, by master control set control, for being shown by the tested material uniform distribution figure that master control set Computer Software calculates, it is simple to workman is adjusted；
Described labelling apparatus is made up of support, tag device, power supply, by master control set control, marks off the detection subregion of each correspondence for labelling on tested material.
A kind of artificial stone's course of processing building stones cloth evenness on-line measuring device the most according to claim 1, it is characterised in that described device for transporting objects includes: apron conveyor, the first photoswitch, the second photoswitch；
The first described photoswitch is fixed on the front end of device for transporting objects, is used for detecting the feed status that tested material is transferred on apron conveyor from cloth material process conveyer device；
The second described photoswitch is fixed on the rear end of device for transporting objects, is used for detecting tested material and transfers to the feed status on suppression process conveyer device from apron conveyor；
Described the first photoswitch, the second photoswitch, it is using light emitting diode or semiconductor laser as light source, use diffusion formula or correlation or reflection type mirror as detection mode, utilize detected material light beam is blocked or reflects, thus detect photoelectric sensor with presence or absence of object.
A kind of artificial stone's course of processing building stones cloth evenness on-line measuring device the most according to claim 1, it is characterized in that, described heavy force checking device be identical by specification, parameter is equal, total number is that the Weighing module of M1 forms with the form of R1 × L1 array distribution, wherein M1=R1 × L1, wherein R1 represents the number of the Weighing module being transversely to the conveying direction, and L1 represents the number of the Weighing module being parallel to conveying direction；Described heavy force checking device is fixed on the specific region carrier bar of apron conveyor, also includes adding plate, for making the heavy force checking device above each carrier bar of apron conveyor keep same level.
A kind of artificial stone's course of processing building stones cloth evenness on-line measuring device the most according to claim 3, it is characterised in that described Weighing module, the number range of R1 is 2～4, and the number range of L1 is 4～16.
A kind of artificial stone's course of processing building stones cloth evenness on-line measuring device the most according to claim 3, it is characterized in that, described Weighing module, it is to use fluid pressure type or electromagnetic type or condenser type or resistance-strain type as detection mode, the quality signal of tested material is changed into measurable signal of telecommunication the LOAD CELLS exported.
A kind of artificial stone's course of processing building stones cloth evenness on-line measuring device the most according to claim 1, it is characterized in that, described signal receiving/transmission device, employing has multiple sensor incoming line and the modular converter of multi-channel A/D, Ke Duige road signal carries out individual processing and output, or processes simultaneously and pass through bus and export in a serial fashion.
A kind of artificial stone's course of processing building stones cloth evenness on-line measuring device the most according to claim 1, it is characterized in that, described labelling apparatus comprises M3 the equal tag device of specification, described tag device is arranged on apron conveyor support, wherein M3=R3+L3, wherein R3 is the quantity of the tag device equidistantly distributed being transversely to the conveying direction, and L3 is the quantity of the tag device equidistantly distributed being parallel to conveying direction.
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| CN106959146A (en) * | 2016-01-12 | 2017-07-18 | 泉州装备制造研究所 | A kind of artificial stone's process building stones cloth evenness on-line measuring device |
| CN109540024A (en) * | 2017-09-22 | 2019-03-29 | 柳州博泽科技有限公司 | A kind of computer based stone material patterning device |
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| CN106959146A (en) * | 2016-01-12 | 2017-07-18 | 泉州装备制造研究所 | A kind of artificial stone's process building stones cloth evenness on-line measuring device |
| CN106959146B (en) * | 2016-01-12 | 2022-11-22 | 泉州装备制造研究所 | Stone material distribution uniformity online detection device in artificial stone machining process |
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Effective date of registration: 20221116 Address after: 362000 No. 511 Jibei village, Shangpu village, Luoyang Town, Taiwan investment zone, Quanzhou City, Fujian Province Patentee after: QUANZHOU INSTITUTE OF EQUIPMENT MANUFACTURING Address before: Room 511, 5th floor, Xingxiu Road, qunqing village, Dongyuan Town, Taiwan investment zone, Quanzhou City, Fujian Province, 362000 Patentee before: QUANZHOU INSTITUTE OF EQUIPMENT MANUFACTURING Patentee before: BUNYEE NEW MATERIAL CO.,LTD. |