CN209342147U

CN209342147U - One kind being based on optics intelligence CCD special cermacis detection device

Info

Publication number: CN209342147U
Application number: CN201822235836.6U
Authority: CN
Inventors: 俞贤志; 张晓云; 李永华; 段芳华
Original assignee: Hunan Xinmeida Mould Manufacturing Co Ltd
Current assignee: Hunan Xinmeida Mould Manufacturing Co Ltd
Priority date: 2018-12-28
Filing date: 2018-12-28
Publication date: 2019-09-03
Anticipated expiration: 2028-12-28

Abstract

The utility model discloses one kind to be based on optics intelligence CCD special cermacis detection device, including ceramic multifunction detection device, Test of ceramics head and Test of ceramics fixed disk.By being provided with Test of ceramics head on cross-arm, magnifying glass and light compensating lamp, for assisting to observe ceramic surface situation, improve observation clarity and accuracy, efficiency is selected convenient for improving, by being provided with telescopic rod on detection case, micro-machine and frictional disk combination, for clearing up ceramic surface, convenient for observing the real conditions of ceramic surface, be conducive to accurately choose underproof defect ware, structure is simple, have a variety of utility functions while simple to operation, by being arranged on loading plate, there are two fixed disks, one for placing comparison ceramics, one is placed ceramics to be detected, convenient for short distance compared colour difference, to be conducive to quickly choose the underproof defect ware of color, by being provided with thickness detection apparatus in the side of the first fixed disk, for quickly detecting the thickness of ceramics.

Description

One kind being based on optics intelligence CCD special cermacis detection device

Technical field

The utility model relates to Test of ceramics technical fields, specially a kind of to be examined based on optics intelligence CCD special cermacis Measurement equipment.

Background technique

Ceramics are to be made using natural clay and various natural minerals as primary raw material by crushing to be kneaded, form and calcine The various products of material can be divided into crude pottery by material point, thin to make pottery, stoneware, semi-porcelain so that porcelain, raw material be from slightly to Essence, green body be it is porous from thick pine, gradually reach fine and close, sintering, firing temperature is also gradually to tend towards superiority from low, is added in the production of porcelain In work, it usually needs carry out every detection to it, choose underproof substandard products.

Test of ceramics functions of the equipments used at present are single, and structure is complicated, are not easy to Test of ceramics head close to porcelain It is detected, and detection accuracy is low, it is difficult to observe subtle slight crack, be not easy in the case where environment is darker on porcelain Point of observation carries out light filling, it is difficult to find subtle flaw, seriously affect substandard products and select precision and accuracy, be not easy to quickly and effectively Detection ceramic surface flatness, ceramic surface can not be cleared up, when ceramic surface has dust, it is difficult to observe ceramics Surface causes observation precision not high, detects not accurate enough, it is difficult to fast and accurately detect the thickness of ceramics, and be placed on fixation Ceramics in disk are not easy to quickly remove and rotate, and lead to not quickly carry out multi-faceted detection to ceramic surface, seriously affect Detection efficiency.

Utility model content

The purpose of this utility model is to provide one kind to be based on optics intelligence CCD special cermacis detection device, to solve The problems mentioned above in the background art.

To achieve the above object, the utility model provides the following technical solutions:

One kind being based on optics intelligence CCD special cermacis detection device, and the Test of ceramics device includes ceramic multifunction Detection device, Test of ceramics head and Test of ceramics fixed disk.

The ceramic multifunction detection device includes detection pedestal, rotating device and the detection device of rectangular parallelepiped structure, institute One end upper surface for stating detection pedestal is fixed with the first electric telescopic rod, is provided with the rotation in first electric telescopic rod Device, the rotating device include lower rotary table, top rotary table, the first cross-arm and the second cross-arm, the top of first electric telescopic rod End is welded with the lower rotary table, and movable sleeve has the top rotary table on the lower rotary table, and the two sides of the top rotary table are respectively welded First cross-arm and second cross-arm are provided with the detection device, the detection device below first cross-arm The headstage ground of Test of ceramics head including the second electric telescopic rod, magnifying glass and rectangular parallelepiped structure, first cross-arm is fixed There is second electric telescopic rod, the lower rotation of second electric telescopic rod is connected with the magnifying glass, the magnifying glass Surface and be located at first cross-arm on be fixed with the Test of ceramics head, the headstage ground of second cross-arm is fixed with Camera is welded with the display screen placement plate of square structure, the display in the bottom sleeves of first electric telescopic rod Display screen is fixed in screen placement plate, the front of the display screen and is located in the display screen placement plate and is provided with PLC control Device.

The Test of ceramics head includes the detection case of rectangular parallelepiped structure, ceramic surface flatness detecting device, ceramic surface Cleaning plant and miniature webcam, the detection case are internally provided with the ceramic surface flatness detecting device, the pottery Porcelain surface smoothness detection device includes cylinder, connecting plate, compression bar, squeezes spring, pressure inductor and alarm device, the detection The inside top of case is fixed with the cylinder, and the bottom of the cylinder is fixed with the connecting plate, and the bottom of the connecting plate is solid Surely there is an extruding spring, the bottom end for squeezing spring is fixed with the compression bar, the lower surface of the connecting plate and is located at institute It states to squeeze and is pasted with the pressure inductor on the inside of spring, the detection case on the side inner wall of the cylinder far from being provided with The back side of the alarm device, the detection case is provided with the ceramic surface cleaning plant, the ceramic surface cleaning plant packet One group of fixed plate, shaft, telescopic rod, micro-machine and frictional disk are included, is fixed with one group of institute at the back center of the detection case Fixed plate is stated, activity is interspersed with the shaft between two fixed plates, and the bottom of the shaft is fixed with the telescopic rod, The bottom of the telescopic rod is fixed with the micro-machine, and the frictional disk, institute are set on the drive rod of the micro-machine The bottom for stating detection case is fixed with the miniature webcam.

The Test of ceramics fixed disk includes the loading plate of rectangular parallelepiped structure, the first fixed disk, the second fixed disk, pushes dress It sets and thickness detection apparatus, the upper surface of the loading plate offers first fixed disk and second fixed disk respectively, The bottom inside of first fixed disk offers apical pore, and the pushing meanss, the promotion are provided on the inside of the apical pore Device includes the rubber suction cups of the braced frame of rectangle structure, electronic mandril and circular configuration, the lower section and position of the apical pore It is fixed with the braced frame in the bottom of the loading plate, the electronic mandril, the electricity are fixed in the braced frame The top of dynamic mandril has been rotatably connected the rubber suction cups, and first fixed disk is set far from the side of second fixed disk It is equipped with the thickness detection apparatus, the thickness detection apparatus includes side baffle, electric pushrod and push plate, is consolidated on the loading plate Surely there is the side baffle, the electric pushrod is fixed on the inside of the side baffle, the top of the electric pushrod is fixed State push plate.

Compared with prior art, the utility model has the beneficial effects that by being provided with Test of ceramics head on cross-arm, putting Big mirror and light compensating lamp improve observation clarity and accuracy, select effect convenient for improving for assisting observation ceramic surface situation Rate and is provided with rotating device by being provided with telescopic rod on detection pedestal on telescopic rod, for drive cross-arm rotation and Lifting is observed close to the place of ceramics convenient for dropping to Test of ceramics head, while being conveniently adjusted observed bearing, structure letter It is single, it is simple to operation, have more utility function, by squeezing spring, compression bar and feeling of stress in being internally provided with for detection case Device is answered, is applied in combination, convenient for quickly detecting the flatness of ceramic surface, by being provided with telescopic rod, small electrical on detection case Machine and frictional disk combination, convenient for observing the real conditions of ceramic surface, are conducive to accurately choose for clearing up ceramic surface Underproof defect ware out, structure is simple, has a variety of utility functions while simple to operation, by being provided on loading plate Two fixed disks, one for placing comparison ceramics, one is placed ceramics to be detected, is convenient for short distance compared colour difference, to have Conducive to quickly the underproof defect ware of color is chosen, by being provided with thickness detection apparatus in the side of the first fixed disk, it is used for The quickly thickness of detection ceramics, improves detection efficiency, by being provided with electronic mandril and rubber suction in the bottom of the first fixed disk Disk combination, the ceramics quickly ejection for that will be stuck in the second fixed disk, while convenient for ceramics rotation, be conducive to ceramic surface Multi-angle observation is carried out, structure is simple, and detection efficiency is greatly improved while simple to operation.

Detailed description of the invention

Fig. 1 is the electric connection structure schematic diagram of the utility model；

Fig. 2 is the structural schematic diagram after the utility model is completed

Fig. 3 is the structural schematic diagram of the utility model ceramic multifunction detection device；

Fig. 4 is the structural schematic diagram of lower rotary table in the utility model ceramic multifunction detection device；

Fig. 5 is the structural schematic diagram of lower rotary table in the utility model ceramic multifunction detection device；

Fig. 6 is the enlarged structure schematic diagram of A in the utility model Fig. 2；

Fig. 7 is the positive structure schematic of the utility model Test of ceramics head；

Fig. 8 is the structure schematic diagram of the utility model Test of ceramics head；

Fig. 9 is the structural schematic diagram detected inside case in the utility model Test of ceramics head；

Figure 10 is the utility model Test of ceramics fixed disk structural schematic diagram；

Figure 11 is the structural schematic diagram of bottom bearing plate in the utility model Test of ceramics fixed disk；

In appended drawing reference: 101, detecting pedestal；102, the first electric telescopic rod；103, lower rotary table；104, top rotary table；105, First cross-arm；106, the second electric telescopic rod；107, magnifying glass；108, Test of ceramics head；109, metal hose；110, light filling Lamp；111, the second cross-arm；112, camera；113, display screen placement plate；114, display screen；115, PLC controller；116, anti-skidding Pad；117, limited post；118, rotation slot；119, litter；120, loading plate card slot；121, fixing groove；201, case is detected； 202, Cylinder；203, connecting plate；204, compression bar；205, spring is squeezed；206, pressure inductor；207, miniature webcam；208, alarm Device；209, fixed plate；210, shaft；211, telescopic rod；212, micro-machine；213, frictional disk；214, rubber clamping plate；215, Flat glass plate；216, connecting cleat；217, pin rod hole；301, loading plate；302, the first fixed disk；303, the second fixed disk； 304, apical pore；305, braced frame；306, electronic mandril；307, rubber suction cups；308, side baffle；309, electric pushrod；310, Push plate；311, operation panel；312, fixture block；313, pull ring；314, rubber washer.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-11 is please referred to, the utility model provides a kind of technical solution: one kind is based on optics intelligence CCD Special clay Porcelain detection device, Test of ceramics device include ceramic multifunction detection device 1, Test of ceramics head 2 and Test of ceramics fixed disk 3.

Ceramic multifunction detection device 1 includes detection pedestal 101, rotating device and the detection device of rectangular parallelepiped structure, inspection One end upper surface for surveying pedestal 101 is fixed with the first electric telescopic rod 102, for driving cross-arm to go up and down, the first electric telescopic rod Rotating device is provided on 102, for driving cross-arm to rotate, rotating device includes lower rotary table 103, top rotary table 104, the first cross-arm 105 and second cross-arm 111, the top of the first electric telescopic rod 102 be welded with lower rotary table 103, activity is cased on lower rotary table 103 Turntable 104, the two sides of top rotary table 104 are respectively welded the first cross-arm 105 and the second cross-arm 111, and the lower section of the first cross-arm 105 is set It is equipped with detection device, for observing detection, detection device includes the second electric telescopic rod 106, magnifying glass 107 and cuboid knot The Test of ceramics head 108 of structure, the headstage ground of the first cross-arm 105 are fixed with the second electric telescopic rod 106, the second electric telescopic rod 106 lower rotation is connected with magnifying glass 107, for adjusting the distance between magnifying glass 107 and Test of ceramics head 108, amplifies The surface of mirror 107 and be located at the first cross-arm 105 on be fixed with Test of ceramics head 108, the headstage ground of the second cross-arm 111 is fixed There is camera 112, for photographing to record, the display of square structure is welded in the bottom sleeves of the first electric telescopic rod 102 Shield placement plate 113, be fixed with display screen 114 in display screen placement plate 113, the front of display screen 114 and is located at display screen and places PLC controller 115 is provided on plate 113, convenient for manipulation and observation.

Test of ceramics head 108 includes detection case 201, the ceramic surface flatness detecting device, ceramic watch of rectangular parallelepiped structure Face cleaning plant and miniature webcam 207, detection case 201 are internally provided with ceramic surface flatness detecting device, ceramic watch Surface evenness detection device includes cylinder 202, connecting plate 203, compression bar 204, squeezes spring 205, pressure inductor 206 and alarm The inside top of device 208, detection case 201 is fixed with cylinder 202, and the bottom of cylinder 202 is fixed with connecting plate 203, connecting plate 203 Bottom be fixed with squeeze spring 205, squeeze spring 205 bottom end be fixed with compression bar 204, the lower surface and position of connecting plate 203 It is pasted with pressure inductor 206 in the inside for squeezing spring 205, for experiencing extruding force, detects case 201 far from cylinder 202 Alarm device 208 is provided on the inner wall of side, for issuing reminder alarm, the back side of detection case 201 is provided with ceramic surface cleaning Device, ceramic surface cleaning plant include one group of fixed plate 209, shaft 210, telescopic rod 211, micro-machine 212 and frictional disk 213, it detects and is fixed with one group of fixed plate 209 at the back center of case 201, activity is interspersed with shaft between two fixed plates 209 210, the bottom of shaft 210 is fixed with telescopic rod 211, and the bottom of telescopic rod 211 is fixed with micro-machine 212, micro-machine Frictional disk 213 is set on 212 drive rod, for clearing up the dust on ceramic surface, the bottom of detection case 201 is fixed with Miniature webcam 207, for imaging observation.

The loading plate 301 of Test of ceramics fixed disk 3 including rectangular parallelepiped structure, the first fixed disk 302, the second fixed disk 303, Pushing meanss and thickness detection apparatus, the upper surface of loading plate 301 offer the first fixed disk 302 and the second fixed disk respectively 303, it is used for placing ceramic, the bottom inside of the first fixed disk 302 to offer apical pore 304, and the inside of apical pore 304 is provided with promotion Device, pushing meanss include the rubber suction cups 307 of the braced frame 305 of rectangle structure, electronic mandril 306 and circular configuration, The lower section of apical pore 304 and be located at loading plate 301 bottom be fixed with braced frame 305, electronic top is fixed in braced frame 305 Bar 306, for releasing ceramics, the top of electronic mandril 306 has been rotatably connected rubber suction cups 307, for driving ceramic rotary Turn, the first fixed disk 302 is provided with thickness detection apparatus far from the side of the second fixed disk 303, and thickness detection apparatus includes side Baffle 308, electric pushrod 309 and push plate 310 are fixed with side baffle 308 on loading plate 301, and the inside of side baffle 308 is fixed There is electric pushrod 309, the top of electric pushrod 309 is fixed with push plate 310, for directly detecting ceramic thickness.

Further, side of the Test of ceramics head 108 far from the second electric telescopic rod 106 and it is located at the first cross-arm 105 Lower section is fixed with metal hose 109, and the bottom of metal hose 109 is provided with light compensating lamp 110, is convenient for light filling, PLC controller 115 Respectively with the first electric telescopic rod 102, the second electric telescopic rod 106, camera 112, Test of ceramics head 108 and light compensating lamp 110 It is electrically connected, convenient for manipulation, the bottom of top rotary table 104 offers the rotation slot 118 of circular ring type structure, the upper table of lower rotary table 103 Face and relative to the inside of rotation slot 118 it is fixed there are two limited posts 117, convenient for top rotary table 104 is fixed on lower rotary table 103 Upper rotation, is detected on pedestal 101 and the lower section for being located at Test of ceramics head 108 offers the loading plate card slot 120 of rectangle structure, Fixing groove 121 is offered on the outside of the both ends of loading plate card slot 120, is used for fixed placement loading plate, detects the bottom of pedestal 101 Being sticked has non-slip mat 116, and for anti-skidding, the junction of the first cross-arm 105 and Test of ceramics head 108 is provided with litter 119, is convenient for It is connected and fixed.

Further, cylinder 202, pressure inductor 206, miniature webcam 207, alarm device 208 and micro-machine 212 divide It is not electrically connected with external PLC controller, convenient for manipulation, pressure inductor 206 and alarm device 208 are electrically connected, miniature video camera First 207 are electrically connected with external display screen, convenient for manipulation, the surface of fixed plate 209 and solid on the side wall of detection case 201 Surely there is one group of rubber clamping plate 214, for fixing telescopic rod 211, the bottom end of compression bar 204 passes through the bottom wall of detection case 201 and fixation There is flat glass plate 215, for detecting ceramic surface flatness, the distance between the top of compression bar 204 and pressure inductor 206 For 3mm, for detecting the height of projection of high spot, the top of detection case 201 is provided with one group of connecting cleat 216, connecting cleat Pin rod hole 217 is offered at 216 center, convenient for assembling.

Further, the side of electric pushrod 309 is provided with operation panel 311, and convenient for manipulation, operation panel 311 is distinguished It is electrically connected with electronic mandril 306 and electric pushrod 309, convenient for manipulation, the both ends of loading plate 301 are provided with fixture block 312, Pull ring 313 is respectively and fixedly provided on fixture block 312, convenient for taking out loading plate 301, the bottom of push plate 310 is tightly attached on loading plate 301, Precision is detected convenient for improving, is cased with rubber washer 314 on the inner wall of the first fixed disk 302 and the second fixed disk 303, and Its depth is identical as ceramic thickness to be measured, for detecting the thickness of ceramics, the first fixed disk 302 and the second fixed disk 303 Internal diameter is identical as the diameter of ceramics to be measured, for detecting the diameter of ceramics.

The present embodiment also disclose it is a kind of based on optics intelligence CCD special cermacis detection device using operating process and Method is as follows:

Detection case 201: being fixed on the first cross-arm 105 of detection device 1 by step 1 by connecting cleat 216 first, And be inserted into pin rod hole 217 and fixed by bolt, then loading plate 301 is put into the loading plate card slot 120 on detection device 1 It is fixed.

Step 2: qualified ceramics are put into the second fixed disk 303 fixed preparation comparison, then ceramics to be detected are put into In first fixed disk 302, and ceramics are compressed, allows ceramic sidewalls and bottom to be tightly attached to the side wall of rubber washer 314 and first and consolidate On the bottom wall of price fixing 302, when ceramics can not be normally inserted in the first fixed disk 302, illustrate that ceramic diameter is excessive or smaller, because It is unqualified that this can be characterized as diameter,

Step 3: ceramics to be detected are put into after being fixed in the first fixed disk 302, are then opened by operation panel 311 Electric pushrod 309 drives push plate 310 to push to the first fixed disk 302, since 310 bottom of push plate is tightly attached to loading plate 301 On, when the ceramics in the first fixed disk 302 are thicker, upper part can not be put into completely in the first fixed disk 302, and push plate 310 is supported It is difficult to continue to promote in the place of ceramic convex, when push plate 310 can not can distinguish that ceramic thickness does not conform in ceramic pushed upwards Lattice.

Step 4: display screen 114 is opened when ceramic thickness, diameter and color are qualified, then through PLC controller 115 With the first electric telescopic rod 102, drives the first cross-arm 105 and the second cross-arm 111 to decline by the first electric telescopic rod 102, allow Test of ceramics head 108 stretches telescopic rod 211 and frictional disk 214 is allowed to be attached on ceramic surface, then pass through external PLC close to ceramics Controller opens micro-machine 212 and frictional disk 214 is driven to rotate in ceramic surface, cleans up the dust on ceramic surface.

Step 5: after the completion of cleaning, packing up telescopic rod 211, then turns over telescopic rod 211 and is stuck in rubber clamping plate 214 Between it is fixed, cylinder 202 is then opened by PLC controller 115, flat glass plate 215 is driven to decline, allow flat glass plate 215 Bottom be attached on ceramic surface, after Test of ceramics head 108 drops to appropriate location, magnifying glass 107 is gone into Test of ceramics head 108 underface, by PLC controller 115 adjust the second electric telescopic rod 106 collapsing length, make magnifying glass 107 close or Far from Test of ceramics head 108, so as to adjust observation clarity, filmed image is transmitted to display screen 114 by Test of ceramics head 108 On, testing staff whether there is flaw according to Imaging Study ceramics.

Step 6: and then miniature webcam 207 is opened by PLC controller 115, ceramic surface is shot, and will clapped The image taken the photograph passes on the display screen of connection.

Step 7: the ceramics in the first fixed disk 202 of rotation on rubber suction cups 307, flat glass plate 215 pastes always at this time In ceramic surface, when ceramic surface has protrusion (high spot height is greater than 3mm when needing to illustrate), flat glass plate 215 is sliding Jack up compression bar 204 after on to protrusion upwards immediately, compression bar 204 jacks up extruding spring 205 upwards and shrinks, the top of subsequent compression bar 204 Portion is expressed on pressure inductor 206, and pressure inductor 206 is sounded an alarm after experiencing extruding force by alarm device 208, is not had to Observe by the naked eye the flatness that can be detected ceramic surface.

Step 8: subtle observation is carried out to ceramic surface by the detector on detection device, further looks at its surface Whether the flaws such as slight crack, salient point are had.

Step 9: after checking out at one, electronic mandril 306 is opened for ceramics from the first fixed disk by operation panel 311 Ejection in 302, and by ceramic adsorbent on rubber suction cups 307, then rotation ceramics rotate on electronic mandril 306, convenient for pair Other positions are detected.

Step 10: in the case that light is darker again, twisting metal hose 109 drives light compensating lamp 110 by light-illuminating to pottery On porcelain, ceramic surface brightness is improved, convenient for improving observation precision.

Step 11: when needing to photograph to record, the second cross-arm 111 is rotated, top rotary table 104 turns on lower rotary table 103 at this time Dynamic, limited post 117 limits top rotary table 104 in rotation slot 118, prevents top rotary table 104 from sliding, by 112 turns of camera It stops operating after being put on to ceramics, finally opens camera 112 and photographed to record.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Electric telescopic rod used herein, PLC controller, camera, light compensating lamp, display screen, cylinder, pressure sensitive Device, miniature webcam, alarm device, micro-machine, electronic mandril, electric pushrod and operation panel are existing product, for it Specific internal structure and principle belong to the skilled artisan will appreciate that technology scope, details are not described herein.

Claims

1. one kind is based on optics intelligence CCD special cermacis detection device, it is characterised in that: the Test of ceramics device includes pottery Porcelain multifunctional examining measurement equipment (1), Test of ceramics head (108) and Test of ceramics fixed disk (3)；

The ceramic multifunction detection device (1) includes the detection pedestal (101), rotating device and detection dress of rectangular parallelepiped structure It sets, one end upper surface of detection pedestal (101) is fixed with the first electric telescopic rod (102), first electric telescopic rod (102) rotating device is provided on, the rotating device includes lower rotary table (103), top rotary table (104), the first cross-arm (105) and the second cross-arm (111), the top of first electric telescopic rod (102) is welded with the lower rotary table (103), described There is the top rotary table (104) movable sleeve on lower rotary table (103), the two sides of the top rotary table (104) are respectively welded described first Cross-arm (105) and second cross-arm (111) are provided with the detection device, the inspection below first cross-arm (105) Survey the Test of ceramics head (108) of device including the second electric telescopic rod (106), magnifying glass (107) and rectangular parallelepiped structure, described the The headstage ground of one cross-arm (105) is fixed with second electric telescopic rod (106), second electric telescopic rod (106) Lower rotation is connected with the magnifying glass (107), the surface of the magnifying glass (107) and be located at first cross-arm (105) On be fixed with the Test of ceramics head (108), the headstage ground of second cross-arm (111) is fixed with camera (112), described The display screen placement plate (113) of square structure, the display screen are welded in the bottom sleeves of first electric telescopic rod (102) Be fixed in placement plate (113) display screen (114), the front of the display screen (114) and be located at the display screen placement plate (113) PLC controller (115) are provided on；

The Test of ceramics head (108) includes the detection case (201), ceramic surface flatness detecting device, pottery of rectangular parallelepiped structure Porcelain cleaning device for surface and miniature webcam (207), detection case (201) are internally provided with the ceramic surface flatness Detection device, the ceramic surface flatness detecting device include cylinder (202), connecting plate (203), compression bar (204), squeeze bullet The inside top of spring (205), pressure inductor (206) and alarm device (208), detection case (201) is fixed with the cylinder (202), the bottom of the cylinder (202) is fixed with the connecting plate (203), and the bottom of the connecting plate (203) is fixed It states and squeezes spring (205), the bottom end for squeezing spring (205) is fixed with the compression bar (204), the connecting plate (203) Lower surface and be located at the extruding spring (205) on the inside of be pasted with the pressure inductor (206), the detection case (201) It is provided with the alarm device (208) on side inner wall far from the cylinder (202), the back side setting of detection case (201) There is the ceramic surface cleaning plant, the ceramic surface cleaning plant includes one group of fixed plate (209), shaft (210), stretches Bar (211), micro-machine (212) and frictional disk (213), it is described detection case (201) back center at be fixed with described in one group Fixed plate (209), activity is interspersed with the shaft (210) between two fixed plates (209), the bottom of the shaft (210) Portion is fixed with the telescopic rod (211), and the bottom of the telescopic rod (211) is fixed with the micro-machine (212), described small-sized It is set on the drive rod of motor (212) frictional disk (213), the bottom of detection case (201) is fixed with described miniature Camera (207)；

The Test of ceramics fixed disk (3) includes the loading plate (301) of rectangular parallelepiped structure, the first fixed disk (302), the second fixation Disk (303), pushing meanss and thickness detection apparatus, it is fixed that the upper surface of the loading plate (301) offers described first respectively The bottom inside of disk (302) and second fixed disk (303), first fixed disk (302) offers apical pore (304), institute It states and is provided with the pushing meanss on the inside of apical pore (304), the pushing meanss include the braced frame of rectangle structure (305), the rubber suction cups (307) of electronic mandril (306) and circular configuration, the lower section of the apical pore (304) and is located at described hold The bottom of support plate (301) is fixed with the braced frame (305), is fixed with the electronic mandril in the braced frame (305) (306), the top of the electronic mandril (306) has been rotatably connected the rubber suction cups (307), first fixed disk (302) side far from second fixed disk (303) is provided with the thickness detection apparatus, and the thickness detection apparatus includes Side baffle (308), electric pushrod (309) and push plate (310) are fixed with the side baffle (308) on the loading plate (301), It is fixed with the electric pushrod (309) on the inside of the side baffle (308), the top of the electric pushrod (309) is fixed State push plate (310).

2. according to claim 1 be based on optics intelligence CCD special cermacis detection device, it is characterised in that: the pottery Side of the porcelain detector (108) far from second electric telescopic rod (106) and the lower section for being located at first cross-arm (105) is solid Surely have metal hose (109), the bottom of the metal hose (109) is provided with light compensating lamp (110), the PLC controller (115) Respectively with first electric telescopic rod (102), second electric telescopic rod (106), the camera (112), the pottery Porcelain detector (108) and the light compensating lamp (110) are electrically connected, and the bottom of the top rotary table (104) offers circular ring type structure Rotation slot (118), the upper surface of the lower rotary table (103) and relative to the inside of the rotation slot (118) it is fixed there are two Limited post (117) on the detection pedestal (101) and is located at below the Test of ceramics head (108) and offers rectangle knot The both ends outside of the loading plate card slot (120) of structure, the loading plate card slot (120) offers fixing groove (121), the detection The bottom of pedestal (101), which is sticked, to be had non-slip mat (116), the connection of first cross-arm (105) and the Test of ceramics head (108) Place is provided with litter (119).

3. according to claim 1 be based on optics intelligence CCD special cermacis detection device, it is characterised in that: the gas Cylinder (202), the pressure inductor (206), the miniature webcam (207), the alarm device (208) and the micro-machine (212) it is electrically connected respectively with external PLC controller, the pressure inductor (206) electrically connects with the alarm device (208) It connects, the miniature webcam (207) is with external display screen electric connection, the surface of the fixed plate (209) and positioned at described It detects and is fixed with one group of rubber clamping plate (214) on the side wall of case (201), the bottom end of the compression bar (204) passes through the detection case (201) bottom wall is simultaneously fixed with flat glass plate (215), the top and the pressure inductor (206) of the compression bar (204) it Between distance be 3mm, be provided with one group of connecting cleat (216), the connecting cleat (216) at the top of the detection case (201) Center at offer pin rod hole (217).

4. according to claim 1 be based on optics intelligence CCD special cermacis detection device, it is characterised in that: the electricity The side of dynamic push rod (309) is provided with operation panel (311), the operation panel (311) respectively with the electronic mandril (306) It is electrically connected with the electric pushrod (309), the both ends of the loading plate (301) are provided with fixture block (312), the fixture block (312) it being respectively and fixedly provided on pull ring (313), the bottom of the push plate (310) is tightly attached on the loading plate (301), and described Be cased with rubber washer (314) on the inner wall of one fixed disk (302) and second fixed disk (303), and its depth with to Survey ceramic thickness is identical, and the internal diameter of first fixed disk (302) and second fixed disk (303) is straight with ceramics to be measured Diameter is identical.