CN205294147U - Be applied to unloading check out test set of metalwork - Google Patents
Be applied to unloading check out test set of metalwork Download PDFInfo
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- CN205294147U CN205294147U CN201521051715.6U CN201521051715U CN205294147U CN 205294147 U CN205294147 U CN 205294147U CN 201521051715 U CN201521051715 U CN 201521051715U CN 205294147 U CN205294147 U CN 205294147U
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- blanking
- backgauge
- cylinder
- connects
- detection
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Abstract
The utility model discloses a be applied to unloading check out test set of metalwork, including frame and unloading platform, the unloading platform is located the frame, be equipped with the conveyer belt between the unloading platform, the inboard of unloading platform is equipped with detection device, detection device is including detecting the bottom plate, detect the grudging post, subassembly and lift detection mechanism make a video recording, detect the gasket -mounted on the unloading platform, be equipped with the detection grudging post on the detection bottom plate, detect the grudging post and install lift detection mechanism, lift detection mechanism connects the subassembly of making a video recording, the outside of unloading platform is equipped with dam device, dam device includes the stock stop, keep off material drive mechanism and keep off material positioning mechanism, the stock stop is installed in the outside of unloading platform, keep off material drive mechanism and connect the stock stop, keep off the below that material drive mechanism is located the stock stop, it installs in the lower extreme of unloading platform to keep off material positioning mechanism. This equipment structure is simple, the science is convenient, with strong points, degree of automation is high, and the unloading of having solved well after metal processing part accomplishes detects the problem.
Description
Technical field
This utility model relates to a kind of blanking detection equipment being applied to metalwork.
Background technology
Along with manufacturing fast development, the traditional approachs such as production alignment high speed, high-quality, automatization and flexibility develop, hand-manipulated, artificial feeding cannot meet needs. Currently known metalwork utilizes lathe to be processed, it is typically conducted after machining, detect, get rid of substandard product, whole flow process employment is many, labor intensity is big, equipment is many, equipment safety coefficient is not high, power consumption is big, noise is big, occupation of land is wide, and most importantly after manual operations, conforming product rate is low, production efficiency is also low, and cost is greatly improved.
Utility model content
The purpose of this utility model is in that to provide a kind of blanking detection equipment being applied to metalwork, and this device structure is simple, science is convenient, with strong points, automaticity is high, solves the blanking test problems after metalwork machines well. Conveyer belt is installed on the centre of platform of blanking, metalwork to be checked motion is driven by connecting blanking conveyer device, when metalwork to be checked moves to the lower section of detecting device, metalwork to be checked is blocked by stop gauge, detection work is completed by detecting device, after work to be detected completes, discharge metalwork to be checked, conveyer belt the metalwork detected is taken out of outside body. This process is automation process, and whole process does not need workman's manual operations, not only greatly reduces the amount of labour of staff, and the conforming product rate that improve output is high, and work efficiency significantly rises, and cost is greatly reduced.
In order to solve above-mentioned technical problem, adopt the following technical scheme that
A kind of blanking detection equipment being applied to metalwork, including frame and platform of blanking, platform of blanking is positioned in frame, conveyer belt it is provided with between platform of blanking, conveyer belt is provided with carrier, carrier is provided with metalwork to be checked, conveyer belt is connected to lower material conveying device, the inner side of platform of blanking is provided with detecting device, detecting device includes detection base plate, detection stand, camera assembly and lifting testing agency, detection base plate is installed on platform of blanking, detection base plate is provided with detection stand, detection stand is provided with lifting testing agency, lifting testing agency connects camera assembly, the outside of platform of blanking is provided with stop gauge, stop gauge includes stock stop, backgauge drive mechanism and stop positioning mechanism, stock stop is installed on the outside of platform of blanking, backgauge drive mechanism connects stock stop, backgauge drive mechanism is positioned at the lower section of stock stop, stop positioning mechanism is installed on the lower end of platform of blanking. conveyer belt is installed on the centre of platform of blanking, metalwork to be checked motion is driven by connecting blanking conveyer device, when metalwork to be checked moves to the lower section of detecting device, metalwork to be checked is blocked by stop gauge, detection work is completed by detecting device, after work to be detected completes, discharge metalwork to be checked, conveyer belt the metalwork detected is taken out of outside body. this process is automation process, and whole process does not need workman's manual operations, not only greatly reduces the amount of labour of staff, and the conforming product rate that improve output is high, and work efficiency significantly rises, and cost is greatly reduced.
Further, stock stop includes material blocking shaft, backgauge gear, striker plate and material blocking shaft mounting seat, material blocking shaft includes the first material blocking shaft and the second material blocking shaft, backgauge gear includes the first backgauge gear and the second backgauge gear, striker plate includes first gear flitch and second gear flitch, material blocking shaft mounting seat is installed on the downside of platform of blanking, material blocking shaft mounting seat is provided with the first material blocking shaft and the second material blocking shaft, first material blocking shaft is positioned at the left side of material blocking shaft mounting seat, second material blocking shaft is positioned at the right side of material blocking shaft mounting seat, first material blocking shaft is provided with the first backgauge gear, second material blocking shaft is provided with the second backgauge gear, first backgauge gear and the second backgauge gear are meshed, the upper end of the first material blocking shaft is provided with first gear flitch, the upper end of the second material blocking shaft is provided with second gear flitch, first gear flitch and second gear flitch are equipped with buffering spacer, the lower end of the first material blocking shaft is connected to backgauge drive mechanism.Stock stop is driven by backgauge drive mechanism, engaged transmission effect by the first backgauge gear and the second backgauge gear, first gear flitch and second gear flitch is driven to rotate by the first material blocking shaft and the second material blocking shaft, block the metalwork to be checked through detecting device, carried out detecting work to metalwork to be checked by detecting device, to be detected complete after, first gear flitch and second gear flitch turn round certain angle again, make metalwork to be checked export smoothly outside body. Such stock stop simple in construction, be easily achieved, automaticity high, it is not necessary to manually carry out complicated loaded down with trivial details operation. In addition, the conforming product rate not only greatly increasing output is high, and work efficiency significantly rises.
Further, backgauge drive mechanism includes cylinder mount frame, backgauge cylinder, cylinder piston rod, backgauge driver plate, backgauge connection axle and backgauge push rod, cylinder mount frame is installed on the downside of platform of blanking, cylinder mount frame is connected to the fixing bar of cylinder, the fixing bar of cylinder connects backgauge cylinder, backgauge cylinder connects cylinder piston rod, the cylinder piston rod other end connects backgauge push rod, the upper end of backgauge push rod connects backgauge and connects axle, backgauge connects the other end of axle and connects backgauge driver plate, backgauge driver plate connects the first material blocking shaft, and backgauge driver plate connects stop positioning mechanism. Backgauge drive mechanism, by backgauge air cylinder driven, drives cylinder piston rod to make flexible rectilinear motion, drives backgauge driver plate to carry out straight reciprocating motion. Under the interconnection function of backgauge driver plate, drive stock stop motion, realize backgauge work smoothly.
Further, backgauge cylinder includes backgauge cylinder body, front end cylinder cap and rear end cylinder cap, and the left end of backgauge cylinder body connects front end cylinder cap, the right-hand member of backgauge cylinder body connects rear end cylinder cap, front end cylinder cap connects cylinder piston rod, and rear end cylinder cap is provided with connection clasp, connects clasp and connects the fixing bar of cylinder.
Further, stop positioning mechanism includes positioning seat, positioning electromagnet and location iron block, positioning seat includes the first positioning seat and the second positioning seat, positioning electromagnet includes the first positioning electromagnet and the second positioning electromagnet, location iron block includes the first location iron block and the second location iron block, first positioning seat and the second positioning seat be mounted on platform of blanking downside, first positioning seat and the second positioning seat are oppositely arranged, first positioning seat is provided with the first positioning electromagnet, the left side of backgauge driver plate is provided with the first location iron block, first positioning electromagnet and the first location iron block match, second positioning seat is provided with the second positioning electromagnet, the right side of backgauge driver plate is provided with the second location iron block, second positioning electromagnet and the second location iron block match. the motion range of backgauge driver plate is controlled, thus controlling first gear flitch and the anglec of rotation of second gear flitch, thus realizing backgauge work by stop positioning mechanism.
Further, first positioning seat is provided with the first locating support, first locating support is provided with the first locating slot, first positioning electromagnet is movably installed in the first locating slot, the first buffer spring it is provided with in first locating slot, first buffer spring connects the first positioning electromagnet, second positioning seat is provided with the second locating support, second locating support is provided with the second locating slot, second positioning electromagnet is movably installed in the second locating slot, being provided with the second buffer spring in second locating slot, the second buffer spring connects the second positioning electromagnet.
Further, lifting testing agency includes lifting detection cylinder, cylinder is installed top board, shooting installing rack and lifting and connected seat, the top of detection stand is provided with cylinder and installs top board, cylinder is installed top board and is provided with lifting detection cylinder, lifting detection cylinder is connected to lifting detection piston rod, lifting detection piston rod is provided with lifting and connects seat, and lifting connects seat and connects shooting installing rack, and shooting installing rack is provided with camera assembly. Lifting testing agency, by lifting detection air cylinder driven, drives lifting detection piston rod to make flexible rectilinear motion, drives shooting installing rack to make lifting rectilinear motion, it is simple to camera assembly realizes detection work better.
Further, detection stand is provided with lifting detection guide rail, and lifting detection guide rail is provided with lifting detection slide block, lifting detection guide rail and lifting detection slide block and matches, and lifting detection slide block connects shooting installing rack.By lifting detection guide rail and lifting detection slide block, making shooting installing rack under the drive of lifting detection guide rail, elevating movement is more smooth and easy.
Further, camera assembly includes camera mounting seat, video camera and shooting frame, the top of shooting installing rack is provided with camera mounting seat, camera mounting seat is provided with video camera, the lower end of video camera is provided with pick-up lens, the bottom of shooting installing rack is provided with shooting frame, and pick-up lens matches with shooting frame, and shooting frame is provided with illuminating lamp. Camera assembly is installed on the surface of metalwork to be checked, pick-up lens is adjusted by video camera, under the coupling work of shooting frame, quickly metalwork is fond of in shooting, the photo of shooting is passed to detection system (not shown in FIG.), being judged by detection system, whether this product meets production and processing standard, is achieved in blanking detection work.
Further, lower material conveying device includes blanking conveying motor, blanking power transmission shaft and blanking conveying roll, blanking conveying motor is installed on the side of blanking motor, blanking power transmission shaft includes actively blanking power transmission shaft and driven blanking power transmission shaft, actively blanking power transmission shaft and driven blanking power transmission shaft are mounted between platform of blanking, blanking conveying roll includes actively blanking conveying roll and driven blanking conveying roll, blanking conveying motor connects actively blanking power transmission shaft, actively blanking power transmission shaft is provided with actively blanking conveying roll, driven blanking power transmission shaft is provided with driven blanking conveying roll, actively it is provided with conveyer belt between blanking conveying roll and driven blanking conveying roll. lower material conveying device is carried motor to drive by blanking, drive actively blanking power transmission shaft and the motion of driven blanking power transmission shaft, by active blanking conveying roll and driven blanking conveying roll, conveyer belt is installed, make metalwork to be checked can move right under the drive of conveyer belt, when by stop gauge, with first gear flitch and second gear flitch, block metalwork to be checked, realize detection work by detecting device.
Owing to adopting technique scheme, have the advantages that
This utility model is a kind of blanking detection equipment being applied to metalwork, and this device structure is simple, science is convenient, with strong points, automaticity is high, solves the blanking test problems after metalwork machines well. Conveyer belt is installed on the centre of platform of blanking, metalwork to be checked motion is driven by connecting blanking conveyer device, when metalwork to be checked moves to the lower section of detecting device, metalwork to be checked is blocked by stop gauge, detection work is completed by detecting device, after work to be detected completes, discharge metalwork to be checked, conveyer belt the metalwork detected is taken out of outside body. This process is automation process, and whole process does not need workman's manual operations, not only greatly reduces the amount of labour of staff, and the conforming product rate that improve output is high, and work efficiency significantly rises, and cost is greatly reduced.
Stock stop is driven by backgauge drive mechanism, engaged transmission effect by the first backgauge gear and the second backgauge gear, first gear flitch and second gear flitch is driven to rotate by the first material blocking shaft and the second material blocking shaft, block the metalwork to be checked through detecting device, carried out detecting work to metalwork to be checked by detecting device, to be detected complete after, first gear flitch and second gear flitch turn round certain angle again, make metalwork to be checked export smoothly outside body. Such stock stop simple in construction, be easily achieved, automaticity high, it is not necessary to manually carry out complicated loaded down with trivial details operation. In addition, the conforming product rate not only greatly increasing output is high, and work efficiency significantly rises.
Backgauge drive mechanism, by backgauge air cylinder driven, drives cylinder piston rod to make flexible rectilinear motion, drives backgauge driver plate to carry out straight reciprocating motion.Under the interconnection function of backgauge driver plate, drive stock stop motion, realize backgauge work smoothly.
The motion range of backgauge driver plate is controlled, thus controlling first gear flitch and the anglec of rotation of second gear flitch, thus realizing backgauge work by stop positioning mechanism.
Lifting testing agency, by lifting detection air cylinder driven, drives lifting detection piston rod to make flexible rectilinear motion, drives shooting installing rack to make lifting rectilinear motion, it is simple to camera assembly realizes detection work better. By lifting detection guide rail and lifting detection slide block, making shooting installing rack under the drive of lifting detection guide rail, elevating movement is more smooth and easy.
Camera assembly is installed on the surface of metalwork to be checked, pick-up lens is adjusted by video camera, under the coupling work of shooting frame, quickly metalwork is fond of in shooting, the photo of shooting is passed to detection system (not shown in FIG.), being judged by detection system, whether this product meets production and processing standard, is achieved in blanking detection work.
Lower material conveying device is carried motor to drive by blanking, drive actively blanking power transmission shaft and the motion of driven blanking power transmission shaft, by active blanking conveying roll and driven blanking conveying roll, conveyer belt is installed, make metalwork to be checked can move right under the drive of conveyer belt, when by stop gauge, with first gear flitch and second gear flitch, block metalwork to be checked, realize detection work by detecting device.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the utility model is described in further detail:
Fig. 1 is the structural representation of a kind of blanking detection equipment being applied to metalwork in this utility model;
Fig. 2 is the structural representation of lower material conveying device in this utility model;
Fig. 3 is the structural representation of detecting device in this utility model;
Fig. 4 be in this utility model in Fig. 3 A to structural representation;
Fig. 5 is the structural representation of stop gauge in this utility model;
Fig. 6 is the structural representation of stock stop in this utility model;
Fig. 7 is the structural representation that in this utility model, backgauge drive mechanism and stop positioning mechanism connect;
Fig. 8 is the structure for amplifying schematic diagram at I place in Fig. 7 in this utility model;
Fig. 9 is the structure for amplifying schematic diagram at II place in Fig. 7 in this utility model;
Figure 10 is the operating diagram that in this utility model, stock stop blocks sheet metal to be checked;
Figure 11 is the operating diagram that in this utility model, stock stop discharges sheet metal to be checked;
Figure 12 is the structural representation of backgauge cylinder in this utility model.
In figure: 1-frame; 2-platform of blanking; Material conveying device under 3-; 4-lifts testing agency; 5-camera assembly; 6-stock stop; 7-backgauge drive mechanism; 8-stop positioning mechanism; 9-metalwork to be checked; 10-carrier; 11-detects stand; 12-detects base plate; 31-blanking conveying motor rack; 32-is blanking power transmission shaft actively; The driven blanking power transmission shaft of 33-; 34-is blanking conveying roll actively; The driven blanking conveying roll of 35-; 36-conveyer belt; 41-cylinder installs top board; 42-lifting detection cylinder; 43-lifting detection piston rod; 44-lifting detection guide rail; 45-images installing rack; 46-lifting detection slide block; 47-lifting connects seat; 51-camera mounting seat; 52-video camera; 53-pick-up lens; 54-images frame; 55-illuminating lamp; 61-material blocking shaft mounting seat; 62-the first backgauge gear; 63-the second backgauge gear; 64-the first material blocking shaft; 65-the second material blocking shaft; 66-first gear flitch; 67-second gear flitch;68-buffering spacer; 71-cylinder mount frame; 72-cylinder fixes bar; 73-backgauge cylinder; 731-backgauge cylinder body; 732-front end cylinder cap; 733-rear end cylinder cap; 74-cylinder piston rod; 75-backgauge push rod; 76-backgauge connects axle; 77-backgauge driver plate; 78-connects clasp; 81-the first positioning seat; 82-the second positioning seat; 83-first positions iron block; 84-second positions iron block; 85-the first locating support; 86-the first locating slot; 87-the first buffer spring; 88-the first positioning electromagnet; 89-the second locating support; 90-the second locating slot; 91-the second buffer spring; 92-the second positioning electromagnet.
Detailed description of the invention
As shown in Figures 1 to 12, a kind of blanking detection equipment being applied to metalwork, including frame 1 and platform of blanking 2, platform of blanking 2 is positioned in frame 1, conveyer belt 36 it is provided with between platform of blanking 2, conveyer belt 36 is provided with carrier 10, and carrier 10 is provided with metalwork 9 to be checked, and conveyer belt 36 is connected to lower material conveying device 3. The inner side of platform of blanking 2 is provided with detecting device, detecting device includes detection base plate 12, detection stand 11, camera assembly 5 and lifting testing agency 4, detection base plate 12 is installed on platform of blanking 2, detection base plate 12 is provided with detection stand 11, detection stand 11 is provided with lifting testing agency 4, and lifting testing agency 4 connects camera assembly 5. The outside of platform of blanking 2 is provided with stop gauge, stop gauge includes stock stop 6, backgauge drive mechanism 7 and stop positioning mechanism 8, stock stop 6 is installed on the outside of platform of blanking 2, backgauge drive mechanism 7 connects stock stop 6, backgauge drive mechanism 7 is positioned at the lower section of stock stop 6, and stop positioning mechanism 8 is installed on the lower end of platform of blanking 2. Conveyer belt 36 is installed on the centre of platform of blanking 2, drives metalwork 9 to be checked to move by connecting lower material conveying device 3. Detecting device and stop gauge are oppositely arranged, be respectively arranged in platform of blanking 2 inner side and outer side, when metalwork 9 to be checked moves to the lower section of detecting device, metalwork 9 to be checked is blocked by stop gauge, detection work is completed by detecting device, after work to be detected completes, discharge metalwork 9 to be checked, conveyer belt 36 metalwork detected is taken out of outside body. This process is automation process, and whole process does not need workman's manual operations, not only greatly reduces the amount of labour of staff, and the conforming product rate that improve output is high, and work efficiency significantly rises, and cost is greatly reduced.
Stock stop 6 includes material blocking shaft, backgauge gear, striker plate and material blocking shaft mounting seat 61, material blocking shaft includes the first material blocking shaft 64 and the second material blocking shaft 65, backgauge gear includes the first backgauge gear 62 and the second backgauge gear 63, striker plate includes first gear flitch 66 and second gear flitch 67, material blocking shaft mounting seat 61 is installed on the downside of platform of blanking 2, material blocking shaft mounting seat 61 is provided with the first material blocking shaft 64 and the second material blocking shaft 65, first material blocking shaft 64 is positioned at the left side of material blocking shaft mounting seat 61, second material blocking shaft 65 is positioned at the right side of material blocking shaft mounting seat 61, first material blocking shaft 64 is provided with the first backgauge gear 62, second material blocking shaft 65 is provided with the second backgauge gear 63, first backgauge gear 62 and the second backgauge gear 63 are meshed, the upper end of the first material blocking shaft 64 is provided with first gear flitch 66, the upper end of the second material blocking shaft 65 is provided with second gear flitch 67, first gear flitch 66 and second gear flitch 67 are equipped with buffering spacer 68, the lower end of the first material blocking shaft 64 is connected to backgauge drive mechanism 7.Stock stop 6 is driven by backgauge drive mechanism 7, engaged transmission effect by the first backgauge gear 62 and the second backgauge gear 63, first gear flitch 66 and second gear flitch 67 is driven to rotate by the first material blocking shaft 64 and the second material blocking shaft 65, block the metalwork to be checked 9 through detecting device, carried out detecting work to metalwork 9 to be checked by detecting device, to be detected complete after, first gear flitch 66 and second gear flitch 67 turn round certain angle again, make metalwork 9 to be checked export smoothly outside body. such stock stop 6 simple in construction, be easily achieved, automaticity high, it is not necessary to manually carry out complicated loaded down with trivial details operation. in addition, the conforming product rate not only greatly increasing output is high, and work efficiency significantly rises. the operation principle of stock stop 6: first pass through and drive the first material blocking shaft 64 to rotate clockwise 30 �� by backgauge drive mechanism 7, namely the first material blocking shaft 64 is driven to rotate clockwise 30 �� under the effect of backgauge drive mechanism 7 by the backgauge driver plate being installed on bottom the first material blocking shaft 64, under the engagement of the first backgauge gear 62 and the second backgauge gear 63, first gear flitch 66 turns clockwise 30 ��, second gear flitch 67 rotates 30 �� counterclockwise, metalwork 9 so to be checked is due to the release of first gear flitch 66, move forward a segment distance, and the underface of camera assembly 5 is blocked and is placed exactly in by second gear flitch 67, detection work is completed by detecting device. after work to be detected completes, stock stop 6 is driven to move by backgauge drive mechanism 7, under the engagement of the first backgauge gear 62 and the second backgauge gear 63, first gear flitch 66 rotates 30 �� counterclockwise, second gear flitch 67 turns clockwise 30 ��, first gear flitch 66 and second gear flitch 67 return to original position, now complete upper metalwork 9 rotating clockwise due to second gear flitch 67 to be checked of detection, move forward and by outside conveyer belt 36 takes body out of, and first gear flitch 66 is through rotating 30 �� counterclockwise, block to be detected second metalwork 9 to be checked, detecting device and the such iterative motion of stop gauge, complete detection work one by one.
Backgauge drive mechanism 7 includes cylinder mount frame 71, backgauge cylinder 73, cylinder piston rod 74, backgauge driver plate 77, backgauge connects axle 76 and backgauge push rod 75, cylinder mount frame 71 is installed on the downside of platform of blanking 2, cylinder mount frame 71 is connected to the fixing bar 72 of cylinder, the fixing bar 72 of cylinder connects backgauge cylinder 73, backgauge cylinder 73 connects cylinder piston rod 74, cylinder piston rod 74 other end connects backgauge push rod 75, the upper end of backgauge push rod 75 connects backgauge and connects axle 76, backgauge connects the other end of axle 76 and connects backgauge driver plate 77, backgauge driver plate 77 connects the first material blocking shaft 64, backgauge driver plate 77 connects stop positioning mechanism 8. backgauge cylinder 73 includes backgauge cylinder body 731, front end cylinder cap 732 and rear end cylinder cap 733, the left end of backgauge cylinder body 731 connects front end cylinder cap 732, the right-hand member of backgauge cylinder body 731 connects rear end cylinder cap 733, front end cylinder cap 732 connects cylinder piston rod 74, rear end cylinder cap 733 is provided with connection clasp 78, connects clasp 78 and connects the fixing bar 72 of cylinder. backgauge drive mechanism 7 is driven by backgauge cylinder 73, drives cylinder piston rod 74 to make flexible rectilinear motion, drives backgauge driver plate 77 to carry out straight reciprocating motion. under the interconnection function of backgauge driver plate 77, drive stock stop 6 to move, realize backgauge work smoothly.Owing to backgauge driver plate 77 is connected for fixing with the connected mode of the first material blocking shaft 64, when backgauge cylinder 73 promotes cylinder piston rod 74 to left movement time, the inner side of backgauge driver plate 77 is as pivot point, the first material blocking shaft 64 is driven to rotate 30 �� counterclockwise, such first gear flitch 66 rotates 30 �� counterclockwise, second gear flitch 67 turns clockwise 30 ��, and the metalwork to be checked 9 that release has detected, is that the detection of a metalwork is prepared. Now, the first location iron block 83 on the left of backgauge driver plate 77 just contacts with the first positioning electromagnet 88, thus controls the motion range of first gear flitch 66, makes first gear flitch 66 and second gear flitch 67 just coordinate backgauge release work. When backgauge cylinder 73 promotes cylinder piston rod 74 stretching motion to the right time, the inner side of backgauge driver plate 77 is as pivot point, the first material blocking shaft 64 is driven to turn clockwise 30 ��, such first gear flitch 66 turns clockwise 30 ��, second gear flitch 67 rotates 30 �� counterclockwise, first gear flitch 66 discharges metalwork to be checked 9 to be detected, driven by conveyer belt 36 and continue to move right a segment distance, and the underface of camera assembly 5 is blocked and is placed exactly in by second gear flitch 67, complete detection work by detecting device. Now, the second location iron block 84 on the right side of backgauge driver plate 77 just contacts with the second positioning electromagnet 92, thus controls the motion range of first gear flitch 66, makes first gear flitch 66 and second gear flitch 67 just coordinate backgauge to work.
Stop positioning mechanism 8 includes positioning seat, positioning electromagnet and location iron block, positioning seat includes the first positioning seat 81 and the second positioning seat 82, positioning electromagnet includes the first positioning electromagnet 88 and the second positioning electromagnet 92, location iron block includes the first location iron block 83 and the second location iron block 84, first positioning seat 81 and the second positioning seat 82 be mounted on platform of blanking 2 downside, first positioning seat 81 and the second positioning seat 82 are oppositely arranged, first positioning seat 81 is provided with the first positioning electromagnet 88, the left side of backgauge driver plate 77 is provided with the first location iron block 83, first positioning electromagnet 88 and the first location iron block 83 match, second positioning seat 82 is provided with the second positioning electromagnet 92, the right side of backgauge driver plate 77 is provided with the second location iron block 84, second positioning electromagnet 92 and the second location iron block 84 match. first positioning seat 81 is provided with the first locating support 85, first locating support 85 is provided with the first locating slot 86, first positioning electromagnet 88 is movably installed in the first locating slot 86, the first buffer spring 87 it is provided with in first locating slot 86, first buffer spring 87 connects the first positioning electromagnet 88, second positioning seat 82 is provided with the second locating support 89, second locating support 89 is provided with the second locating slot 90, second positioning electromagnet 92 is movably installed in the second locating slot 90, the second buffer spring 91 it is provided with in second locating slot 90, second buffer spring 91 connects the second positioning electromagnet 92. the motion range of backgauge driver plate 77 is controlled, thus controlling first gear flitch 66 and the anglec of rotation of second gear flitch 67, thus realizing backgauge work by stop positioning mechanism 8.
Lifting testing agency 4 includes lifting detection cylinder 42, cylinder is installed top board 41, shooting installing rack 45 and lifting and connected seat 47, the top of detection stand 11 is provided with cylinder and installs top board 41, cylinder is installed top board 41 and is provided with lifting detection cylinder 42, lifting detection cylinder 42 is connected to lifting detection piston rod 43, lifting detection piston rod 43 is provided with lifting and connects seat 47, lifting connects seat 47 and connects shooting installing rack 45, and shooting installing rack 45 is provided with camera assembly 5.Detection stand 11 is provided with lifting detection guide rail 44, and lifting detection guide rail 44 is provided with lifting detection slide block 46, lifting detection guide rail 44 and lifting detection slide block 46 and matches, and lifting detection slide block 46 connects shooting installing rack 45. By lifting detection guide rail 44 and lifting detection slide block 46, making shooting installing rack 45 under the drive of lifting detection guide rail 44, elevating movement is more smooth and easy. Lifting testing agency 4 is driven by lifting detection cylinder 42, drives lifting detection piston rod 43 to make flexible rectilinear motion, drives shooting installing rack 45 to make lifting rectilinear motion, it is simple to camera assembly 5 realizes detection work better.
Camera assembly 5 includes camera mounting seat 51, video camera 52 and shooting frame 54, the top of shooting installing rack 45 is provided with camera mounting seat 51, camera mounting seat 51 is provided with video camera 52, the lower end of video camera 52 is provided with pick-up lens 53, the bottom of shooting installing rack 45 is provided with shooting frame 54, pick-up lens 53 matches with shooting frame 54, and shooting frame 54 is provided with illuminating lamp 55. Camera assembly 5 is installed on the surface of metalwork 9 to be checked, pick-up lens 53 is adjusted by video camera 52, under the coupling work of shooting frame 54, quickly metalwork is fond of in shooting, the photo of shooting is passed to detection system (not shown in FIG.), being judged by detection system, whether this product meets production and processing standard, is achieved in blanking detection work.
Lower material conveying device 3 includes blanking conveying motor 31, blanking power transmission shaft and blanking conveying roll, blanking conveying motor 31 is installed on the side of blanking motor, blanking power transmission shaft includes actively blanking power transmission shaft 32 and driven blanking power transmission shaft 33, actively blanking power transmission shaft 32 and driven blanking power transmission shaft 33 are mounted between platform of blanking 2, blanking conveying roll includes actively blanking conveying roll 34 and driven blanking conveying roll 35, blanking conveying motor 31 connects actively blanking power transmission shaft 32, actively blanking power transmission shaft 32 is provided with actively blanking conveying roll 34, driven blanking power transmission shaft 33 is provided with driven blanking conveying roll 35, actively it is provided with conveyer belt 36 between blanking conveying roll 34 and driven blanking conveying roll 35. lower material conveying device 3 is carried motor 31 to drive by blanking, actively blanking power transmission shaft 32 and driven blanking power transmission shaft 33 is driven to move, by active blanking conveying roll 34 and driven blanking conveying roll 35, conveyer belt 36 is installed, make metalwork 9 to be checked can move right under the drive of conveyer belt 36, when by stop gauge, with first gear flitch 66 and second gear flitch 67, block metalwork 9 to be checked, realize detection work by detecting device.
The work process of a kind of blanking detection equipment being applied to metalwork of this utility model: (1) first passes through lower material conveying device 3, metalwork 9 to be checked is driven to move right by conveyer belt 36, originally the first gear flitch 66 of stock stop 6 blocks first metalwork 9 to be checked, stock stop 6 is driven to move by backgauge drive mechanism 7, under the engagement of the first backgauge gear 62 and the second backgauge gear 63, first gear flitch 66 turns clockwise 30 ��, second gear flitch 67 rotates 30 �� counterclockwise, such first metalwork 9 to be checked is due to the release of first gear flitch 66, move forward a segment distance, and the underface of camera assembly 5 is blocked and is placed exactly in by second gear flitch 67, detection work is completed by detecting device. (2) after work to be detected completes, stock stop 6 is driven to move by backgauge drive mechanism 7, under the engagement of the first backgauge gear 62 and the second backgauge gear 63, first gear flitch 66 rotates 30 �� counterclockwise, second gear flitch 67 turns clockwise 30 ��, first gear flitch 66 and second gear flitch 67 return to original position, now complete first metalwork 9 rotating clockwise due to second gear flitch 67 to be checked of detection, move forward and by outside conveyer belt 36 takes body out of, and first gear flitch 66 is through rotating 30 �� counterclockwise, block second metalwork 9 to be checked, detecting device and the such iterative motion of stop gauge, complete detection work one by one.Such blanking detection mode is automation process, and whole process does not need workman's manual operations, not only greatly reduces the amount of labour of staff, and the conforming product rate that improve output is high, and work efficiency significantly rises, and cost is greatly reduced.
These are only specific embodiment of the utility model, but technical characteristic of the present utility model is not limited thereto. Any based on this utility model, for solving essentially identical technical problem, it is achieved essentially identical technique effect, done ground simple change, equivalent replacement or modification etc., all it is covered by among protection domain of the present utility model.
Claims (10)
1. the blanking detection equipment being applied to metalwork, including frame and platform of blanking, described platform of blanking is positioned in described frame, it is characterized in that: between described platform of blanking, be provided with conveyer belt, described conveyer belt is provided with carrier, described carrier is provided with metalwork to be checked, described conveyer belt is connected to lower material conveying device, the inner side of described platform of blanking is provided with detecting device, described detecting device includes detection base plate, detection stand, camera assembly and lifting testing agency, described detection base plate is installed on described platform of blanking, described detection base plate is provided with described detection stand, described detection stand is provided with described lifting testing agency, described lifting testing agency connects described camera assembly, the outside of described platform of blanking is provided with stop gauge, described stop gauge includes stock stop, backgauge drive mechanism and stop positioning mechanism, described stock stop is installed on the outside of described platform of blanking, described backgauge drive mechanism connects described stock stop, described backgauge drive mechanism is positioned at the lower section of described stock stop, described stop positioning mechanism is installed on the lower end of described platform of blanking.
2. a kind of blanking being applied to metalwork detects equipment according to claim 1, it is characterized in that: described stock stop includes material blocking shaft, backgauge gear, striker plate and material blocking shaft mounting seat, described material blocking shaft includes the first material blocking shaft and the second material blocking shaft, described backgauge gear includes the first backgauge gear and the second backgauge gear, described striker plate includes first gear flitch and second gear flitch, described material blocking shaft mounting seat is installed on the downside of described platform of blanking, described material blocking shaft mounting seat is provided with described first material blocking shaft and described second material blocking shaft, described first material blocking shaft is positioned at the left side of described material blocking shaft mounting seat, described second material blocking shaft is positioned at the right side of described material blocking shaft mounting seat, described first material blocking shaft is provided with described first backgauge gear, described second material blocking shaft is provided with described second backgauge gear, described first backgauge gear and described second backgauge gear are meshed, the upper end of described first material blocking shaft is provided with described first gear flitch, the upper end of described second material blocking shaft is provided with described second gear flitch, described first gear flitch and described second gear flitch are equipped with buffering spacer, the lower end of described first material blocking shaft is connected to backgauge drive mechanism.
3. a kind of blanking being applied to metalwork detects equipment according to claim 2, it is characterized in that: described backgauge drive mechanism includes cylinder mount frame, backgauge cylinder, cylinder piston rod, backgauge driver plate, backgauge connects axle and backgauge push rod, described cylinder mount frame is installed on the downside of described platform of blanking, described cylinder mount frame is connected to the fixing bar of cylinder, the fixing bar of described cylinder connects described backgauge cylinder, described backgauge cylinder connects described cylinder piston rod, the described cylinder piston rod other end connects described backgauge push rod, the upper end of described backgauge push rod connects described backgauge and connects axle, described backgauge connects the other end of axle and connects described backgauge driver plate, described backgauge driver plate connects described first material blocking shaft, described backgauge driver plate connects described stop positioning mechanism.
4. a kind of blanking being applied to metalwork detects equipment according to claim 3, it is characterized in that: described backgauge cylinder includes backgauge cylinder body, front end cylinder cap and rear end cylinder cap, the left end of described backgauge cylinder body connects described front end cylinder cap, the right-hand member of described backgauge cylinder body connects described rear end cylinder cap, described front end cylinder cap connects described cylinder piston rod, described rear end cylinder cap is provided with connection clasp, and described connection clasp connects the fixing bar of described cylinder.
5. a kind of blanking being applied to metalwork detects equipment according to claim 3, it is characterized in that: described stop positioning mechanism includes positioning seat, positioning electromagnet and location iron block, described positioning seat includes the first positioning seat and the second positioning seat, described positioning electromagnet includes the first positioning electromagnet and the second positioning electromagnet, described location iron block includes the first location iron block and the second location iron block, described first positioning seat and described second positioning seat are mounted on the downside of described platform of blanking, described first positioning seat and described second positioning seat are oppositely arranged, described first positioning seat is provided with the first positioning electromagnet, the left side of described backgauge driver plate is provided with the first location iron block, described first positioning electromagnet matches with described first location iron block, described second positioning seat is provided with the second positioning electromagnet, the right side of described backgauge driver plate is provided with the second location iron block, described second positioning electromagnet matches with described second location iron block.
6. a kind of blanking being applied to metalwork detects equipment according to claim 5, it is characterized in that: described first positioning seat is provided with the first locating support, described first locating support is provided with the first locating slot, described first positioning electromagnet is movably installed in described first locating slot, it is provided with the first buffer spring in described first locating slot, described first buffer spring connects described first positioning electromagnet, second positioning seat is provided with the second locating support, described second locating support is provided with the second locating slot, described second positioning electromagnet is movably installed in described second locating slot, it is provided with the second buffer spring in described second locating slot, described second buffer spring connects described second positioning electromagnet.
7. a kind of blanking being applied to metalwork detects equipment according to claim 1, it is characterized in that: described lifting testing agency includes lifting detection cylinder, cylinder installs top board, shooting installing rack and lifting connect seat, the top of described detection stand is provided with described cylinder and installs top board, described cylinder is installed top board and is provided with described lifting detection cylinder, described lifting detection cylinder is connected to lifting detection piston rod, described lifting detection piston rod is provided with described lifting and connects seat, described lifting connects seat and connects described shooting installing rack, described shooting installing rack is provided with described camera assembly.
8. a kind of blanking being applied to metalwork detects equipment according to claim 7, it is characterized in that: described detection stand is provided with lifting detection guide rail, described lifting detection guide rail is provided with lifting detection slide block, described lifting detection guide rail and described lifting detection slide block match, and described lifting detection slide block connects described shooting installing rack.
9. a kind of blanking being applied to metalwork detects equipment according to claim 7, it is characterized in that: described camera assembly includes camera mounting seat, video camera and shooting frame, the top of described shooting installing rack is provided with described camera mounting seat, described camera mounting seat is provided with described video camera, the lower end of described video camera is provided with pick-up lens, the bottom of described shooting installing rack is provided with described shooting frame, and described pick-up lens and described shooting frame match, and described shooting frame is provided with illuminating lamp.
10. a kind of blanking being applied to metalwork detects equipment according to claim 1, it is characterized in that: described lower material conveying device includes blanking conveying motor, blanking power transmission shaft and blanking conveying roll, described blanking conveying motor is installed on the side of described blanking motor, described blanking power transmission shaft includes actively blanking power transmission shaft and driven blanking power transmission shaft, described active blanking power transmission shaft and described driven blanking power transmission shaft are mounted between described platform of blanking, described blanking conveying roll includes actively blanking conveying roll and driven blanking conveying roll, described blanking conveying motor connects described active blanking power transmission shaft, described active blanking power transmission shaft is provided with described active blanking conveying roll, described driven blanking power transmission shaft is provided with described driven blanking conveying roll, it is provided with described conveyer belt between described active blanking conveying roll and described driven blanking conveying roll.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521051715.6U CN205294147U (en) | 2015-12-16 | 2015-12-16 | Be applied to unloading check out test set of metalwork |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521051715.6U CN205294147U (en) | 2015-12-16 | 2015-12-16 | Be applied to unloading check out test set of metalwork |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205294147U true CN205294147U (en) | 2016-06-08 |
Family
ID=56430883
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521051715.6U Withdrawn - After Issue CN205294147U (en) | 2015-12-16 | 2015-12-16 | Be applied to unloading check out test set of metalwork |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205294147U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105438780A (en) * | 2015-12-16 | 2016-03-30 | 嵊州市银海机械有限公司 | Blanking detection equipment applied to metal workpieces |
| CN112551040A (en) * | 2020-12-18 | 2021-03-26 | 湖南众鑫新材料科技股份有限公司 | On-line detection equipment for vanadium-aluminum alloy |
-
2015
- 2015-12-16 CN CN201521051715.6U patent/CN205294147U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105438780A (en) * | 2015-12-16 | 2016-03-30 | 嵊州市银海机械有限公司 | Blanking detection equipment applied to metal workpieces |
| CN112551040A (en) * | 2020-12-18 | 2021-03-26 | 湖南众鑫新材料科技股份有限公司 | On-line detection equipment for vanadium-aluminum alloy |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160608 Effective date of abandoning: 20181030 |