CN209424092U

CN209424092U - The equipment of a kind of automatic detection and sub-material and production line with the equipment

Info

Publication number: CN209424092U
Application number: CN201920128447.5U
Authority: CN
Inventors: 邱会生; 潘安
Original assignee: Lens Intelligent Robot Changsha Co Ltd
Current assignee: Lens Intelligent Robot Changsha Co Ltd
Priority date: 2019-01-24
Filing date: 2019-01-24
Publication date: 2019-09-24
Anticipated expiration: 2029-01-24

Abstract

The utility model discloses the equipment of a kind of automatic detection and sub-material, including matrix, feeding device, detection device, feeding-distribution device and control device are provided on matrix, feeding device includes feed mechanism and carrying mechanism, feed mechanism is used to the material to be detected in feed mechanism being carried to detection platform for holding material to be detected, carrying mechanism；Detection device is for detecting the quality of the material in detection platform；The material that feeding-distribution device is used to will test is stored classifiedly；Control device is connect with feeding device, and detection device will test result and send control device to, and control device controls feeding-distribution device according to testing result and stores classifiedly material.The equipment of a kind of automatic detection and sub-material provided by the utility model, may be implemented the automation of quality of material detection process, to improve the efficiency and detection quality of material detection process.The invention also discloses a kind of production lines of equipment including above-mentioned automatic detection and sub-material.

Description

The equipment of a kind of automatic detection and sub-material and production line with the equipment

Technical field

The utility model relates to technical field of mechanical automation, more specifically to a kind of automatic detection and sub-material Equipment.In addition, the utility model further relates to a kind of production line of equipment including the automatic detection of above-mentioned one kind and sub-material.

Background technique

Mobile phone glass, there are qualified product and rejected product, is needed by detecting to qualified product and not conforming to during production Lattice product distinguish, such as to the size of product, surface appearance etc. is detected, then by qualified product therein and defect ware into Row classification.

The mode for generalling use artificial observation in the prior art is detected, and is detected by an unaided eye by worker to mobile phone glass The mode for carrying out category filter needs worker to check that efficiency is relatively low to each mobile phone glass；And manual working process In there are the fatigue phase, be easy to appear mistake；Many product quality problems are subtleer simultaneously, can not be by visually checking out Come, therefore the mode detection effect manually with the naked eye detected is poor, does not ensure that the product quality of mobile phone glass；In addition, people Work higher cost, making product, the production cost increases.

It is current art technology in conclusion how to provide the equipment that a kind of pair of mobile phone glass carries out automatic detection Personnel's urgent problem to be solved.

Utility model content

In view of this, mobile phone glass can be made the purpose of the utility model is to provide the equipment of a kind of automatic detection and sub-material Automation is realized in the detection of glass, avoids the problem that manual detection efficiency is low and effect is poor.

The another object of the utility model is to provide a kind of including a kind of above-mentioned production of automatic detection and the equipment of sub-material Line.

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

A kind of equipment of automatic detection and sub-material, including matrix, feeding device, the detection dress being set in described matrix It sets, feeding-distribution device and control device, the feeding device includes feed mechanism and carrying mechanism, and the feed mechanism is for holding Material to be detected, the carrying mechanism are used to the material to be detected in the feed mechanism being carried to detection platform；The inspection Device is surveyed for detecting to the quality of the material in the detection platform；The feeding-distribution device is described for will test Material is stored classifiedly；The control device is connect with the feeding device, and the detection device will test result and send to The control device, the control device control the movement of the feeding-distribution device according to the testing result.

Preferably, the feed mechanism includes the first elevating mechanism and is fixedly connected at least with first elevating mechanism Two feed bins, and the feed bin, along the lifting direction setting side by side up and down of the elevating mechanism, the feed bin is held for placing The material frame of the material to be detected, the material frame are detachably connected with the feed bin.

Preferably, the carrying mechanism includes the first transport mechanism, manipulator and the second transport mechanism, and described first passes Mechanism, the manipulator and second transport mechanism is sent to connect with the control device, first transport mechanism is used for The material frame is taken out to by the feed bin and is carried to the pre- crawl position of manipulator, the manipulator is used for the manipulator is pre- The material to be detected of crawl position is carried to area to be tested；Second transport mechanism is used for the area to be tested Material transmission to the detection platform.

Preferably, the feeding device is provided with for automatically delivering back the empty material frame of the pre- crawl position of the manipulator The empty material shelf for conveying mould group of feeding area, the empty material frame are that the material to be detected in the material frame is all taken out by the manipulator Empty feeding rack remaining later.

Preferably, second transport mechanism include the mechanism for picking that the material of the area to be tested is clamped, Drive the mechanism for picking by the area to be tested move to the detection platform the first cylinder and with first gas The support plate that cylinder and the mechanism for picking are fixedly connected.

Preferably, the area to be tested is equal to the detection platform and the sub-material at a distance from the detection platform The distance of device feeding position, the mechanism for picking include the first mechanism for picking and the second mechanism for picking, first pickup machine When structure is located at the area to be tested, second mechanism for picking is located at the detection platform；First mechanism for picking is located at When the detection platform, second mechanism for picking is located at feeding-distribution device feeding position.

Preferably, the feeding-distribution device includes the sub-material manipulator for the Classification of materials placement that will test, for storing conjunction The qualified product of lattice material disc cache to be expected and rejected product disc cache to be expected for storing unqualified material.

Preferably, the feeding-distribution device is provided with the qualified material in qualified product disc cache to be expected and described does not conform to Unqualified material in lattice product disc cache to be expected is transported to the third mechanism for picking of grill, and the grill and the second elevating mechanism Connection.

Preferably, the third mechanism for picking is provided at least two thirds and picks up sucker, and the third is picked up sucker and used Qualified material in the absorption qualified product disc cache to be expected or the unqualified material in rejected product disc cache to be expected.

A kind of production line, the equipment including automatic detection and sub-material described in any of the above embodiments.

One kind provided by the utility model detects automatically and the equipment of sub-material, including matrix, and feeding dress is provided on matrix It sets, detection device, feeding-distribution device and control device, feeding device include the feed mechanism and carrying for holding material to be detected Mechanism, carrying mechanism are used to the material to be detected in feed mechanism being carried to detection platform；Detection device is used for flat to detection The quality of material in platform is detected；The material that feeding-distribution device is used to will test is stored classifiedly；Control device with it is upper Expect device connection, detection device will test result and send control device to, and control device controls feeding-distribution device according to testing result Movement.

In use process, the material detected will be needed to be placed in feed mechanism first, removed under control of the control means It transports mechanism and the material to be detected in feed mechanism is carried to detection platform, then matter of the detection device to the material of detection platform Amount is detected, and be will test result and passed to control device, and control device judges testing result, and controls sub-material dress The material that setting will test is stored classifiedly.

Therefore, the equipment of a kind of automatic detection and sub-material provided by the utility model, may be implemented the size and table of material The automation of face quality testing process, to improve the efficiency of material detection, while the detection accuracy of detection device is than artificial The precision of detection is high, and detection quality can be improved.

The production line of the equipment of the invention also discloses a kind of automatic detection and sub-material including any of the above-described.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is the embodiments of the present invention, for those of ordinary skill in the art, without creative efforts, also Other attached drawings can be obtained according to the attached drawing of offer.

Fig. 1 is the top view of the equipment of a kind of automatic detection provided by the utility model and sub-material；

Fig. 2 is the structural schematic diagram of a kind of automatic detection and the equipment of sub-material；

Fig. 3 is the side view of a kind of automatic detection and the equipment of sub-material；

Fig. 4 is the structural schematic diagram of feeding device；

Fig. 5 is the side view of feeding device shown in Fig. 4；

Fig. 6 is the front view of feeding device shown in Fig. 4；

Fig. 7 is the structural schematic diagram of robot arm separation structure；

Fig. 8 is the structural schematic diagram of the first transport mechanism；

Fig. 9 is the side view of the first transport mechanism；

Figure 10 is the structural schematic diagram of detection device；

Figure 11 is the top view of detection device and feeding-distribution device；

Figure 12 is the structural schematic diagram of grill and the second elevating mechanism；

Figure 13 is the structural schematic diagram of third mechanism for picking.

In Fig. 1-13:

01 it is feed mechanism, 11 be the first elevating mechanism, 12 be feed bin, 13 be material frame, 21 is the first transport mechanism, 2101 It is the first groove for pedestal, 2102,2103 be step, 2104 be the first transmission guide rail, 2105 be the first transport motor, 2106 is Cover board, 2107 be bracket, 2108 be the first transmission sliding block, 2109 be connection folder, 2110 be the second groove, 2111 be the first clamping Cylinder, 2112 be briquetting, 2113 be baffle, 2114 be the second clamping cylinder, 2115 be clamp system, 22 be manipulator, 221 be Rotary cylinder, 222 be rotating disk, 223 be swing arm, 23 be the second transport mechanism, 24 be the first conveyer belt, 03 be empty material shelf for conveying Mould group, 31 for the second conveyer belt, 41 be sub-material manipulator, 42 be qualified product disc cache expect, 43 be rejected product wait expect cache Disk, 44 be third mechanism for picking, 45 be grill, 46 be the second elevating mechanism, 5 be detection device, 51 be detection platform, 52 be branch Fagging, 53 be the first mechanism for picking, 54 be the second mechanism for picking.

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.

The equipment that the core of the utility model is to provide one kind automatic detection and sub-material realizes the detection of mobile phone glass certainly Dynamicization.Another core of the utility model is to provide a kind of production line of equipment including above-mentioned automatic detection and sub-material.

Fig. 1-13 is please referred to, Fig. 1 is the top view of the equipment of a kind of automatic detection provided by the utility model and sub-material； Fig. 2 is the structural schematic diagram of a kind of automatic detection and the equipment of sub-material；Fig. 3 is the side view of a kind of automatic detection and the equipment of sub-material Figure；Fig. 4 is the structural schematic diagram of feeding device；Fig. 5 is the side view of feeding device shown in Fig. 4；Fig. 6 is the dress of feeding shown in Fig. 4 The front view set；Fig. 7 is the structural schematic diagram of robot arm separation structure；Fig. 8 is the structural schematic diagram of the first transport mechanism；Fig. 9 For the side view of the first transport mechanism；Figure 10 is the structural schematic diagram of detection device；Figure 11 is detection device and feeding-distribution device Top view；Figure 12 is the structural schematic diagram of grill and the second elevating mechanism；Figure 13 is the structural schematic diagram of third mechanism for picking.

The equipment of a kind of automatic detection and sub-material, including matrix are provided in the present embodiment, are provided with feeding dress on matrix It sets, detection device 5, feeding-distribution device and control device, feeding device include feed mechanism 01 and carrying mechanism, the use of feed mechanism 01 In holding material, carrying mechanism is used to the material in feed mechanism 01 being carried to detection platform 51；Detection device 5 is used for inspection The quality for the material surveyed in platform 51 is detected；The material that feeding-distribution device is used to will test is stored classifiedly；Control dress It sets and is connect with feeding device, detection device 5 will test result and send control device to, and control device controls according to testing result to be divided Expect the movement of device.

Need to be illustrated, matrix can be the equipment mounting platform that profile is built, be also possible to casting processing and At equipment mounting platform, the overall movement of the equipment of automatic detection and sub-material for convenience, it is preferred that can be under matrix Portion's installation is for mobile idler wheel；Preferably, the lower part of matrix is additionally provided with the adjusting type lower margin for adjusting matrix height.

Feeding device includes two parts, and wherein feed mechanism 01 is mainly used for storing material to be detected, carrying mechanism master It is used to the material to be detected in feed mechanism 01 being carried to detection platform 51, carrying mechanism can be multi freedom degree mechanical Material directly can be carried to detection platform 51 by hand, it is certainly contemplated that arriving cost problem, carrying mechanism is also possible to a variety of mould groups Composite structure.

Detection device 5 is mainly used for detecting quality of material, and detection device 5 can be to the ruler of material in practical application Very little and surface quality is detected, and can also be adjusted according to demand to detection device 5, other detections applied to material Mesh.When needing the material that detects is mobile phone glass, can size to mobile phone glass and surface quality detect, need certainly The material to be detected is also possible to other products, determines with specific reference to actual conditions.

The material that feeding-distribution device can will test according to testing result is stored classifiedly, can according to it is qualified, do not conform to Lattice are classified, can also according to qualification, off-dimension, surface quality is unqualified classifies, or other classification Mode determines that this will not be repeated here with specific reference to actual conditions.

Control device can be PLC control system, naturally it is also possible to be other systems met the requirements, not do herein superfluous It states；Preferably, the touch screen of operation, and touch screen and control can be facilitated with the external setting of the equipment of sub-material in automatic detection Device connection.

During use, the material detected will be needed to be placed in feed mechanism 01 first, then starting is corresponding Program is controlled, the material to be detected in feed mechanism 01 is carried to detection platform by carrying mechanism under control of the control means 51, then detection device 5 detects the material in detection platform 51, and will test result and pass to control device, control Device carries out discriminatory analysis to testing result, and the material that controls feeding-distribution device and will test is stored classifiedly.

Therefore, the automation of quality of material may be implemented in the equipment of a kind of automatic detection provided by the utility model and sub-material Detection, compared with the prior art in by human eye judge whether the size of material and surface quality qualified, detect automatically and sub-material Equipment the size of material and the detection efficiency of surface quality can be made to improve, while can also be caused to avoid because of human error Detection error promote detection quality to improve detection accuracy.It, can be with when detection of this equipment application in mobile phone glass Realize the size of mobile phone glass and efficient, the high quality detection of surface quality.

Need to be illustrated, in practical application detection device 5 not only can size to material and surface quality into Row detection, can also according to demand be adjusted detection device 5, other detection projects applied to material.

On the basis of the above embodiments, in order to increase the capacity of feed mechanism 01, while facilitating carrying mechanism by material Detection platform 51 is taken out and is carried to, can make feed mechanism 01 includes the first elevating mechanism 11 and at least two feed bins 12, material Storehouse 12 is fixedly connected with the first elevating mechanism 11, and feed bin 12 is along the lifting direction setting side by side up and down of the first elevating mechanism 11, Feed bin 12 is detachably connected for holding material to be detected, material frame 13 with feed bin 12 for putting feeding rack 13, material frame 13.

During use, with the lifting of the first elevating mechanism 11, feed bin 12 can be driven along the first elevating mechanism 11 lifting direction moves up and down, and during feeding, can make the feed bin to feeding by adjusting the first elevating mechanism 11 12 are located at the height for being suitble to feeding, keep feeding process more convenient；Expect that frame 13 is removably placed in the inside of feed bin 12 simultaneously, Make to expect that the fetching process of frame 13 is more convenient；In addition, due to being provided at least two feed bins 12 on the first elevating mechanism 11, During feeding, it will can completely expect at least two feed bins 12 simultaneously, avoid the process of repeatedly feeding, so as to Start-stop time caused by equipment is reduced due to feeding, improves working efficiency.

Preferably, the first elevating mechanism 11 may include the first lifting motor, the first lifting synchronizing wheel, the first lifting synchronization Band and the first lifting connector etc., by the first lifting motor driving the first lifting synchronizing wheel rotation, the first lifting synchronizing wheel is driven First lifting synchronous belt movement, is fixedly connected between feed bin 12 and the first lifting synchronous belt by the first lifting connector；Certainly, Being also possible to the first lifting motor drives the first lifting slider to move along the first riser guide, and feed bin 12 and the first lifting slider are solid Fixed connection, or other kinds of drive, with specific reference to practical determination, this will not be repeated here.

Preferably, the spacing distance between adjacent feed bin 12 is equal；When material in material frame 13 is mobile phone glass, for side Just it picks up, expects to be provided with the slot room for placing mobile phone glass vertically in frame 13, specifically, can be in material frame 13 along material frame 13 length direction is provided with multiple intervals, is separated between different interval with partition, is provided on each partition for positioning object The locating slot of material, material are vertically placed in locating slot.

On the basis of the above embodiments, in order to reduce the cost of carrying mechanism, can make carrying mechanism includes first passing Mechanism 21, manipulator 22 and the second transport mechanism 23 are sent, the first transport mechanism 21 is used to be equipped in feed mechanism 01 to be detected The material frame 13 of material is taken out by feed bin 12 and is carried to the pre- crawl position of manipulator, and manipulator 22 is used to manipulator grabbing position in advance The material to be detected set is carried to area to be tested；Second transport mechanism 23 is used for the material transmission to be detected of area to be tested To detection platform 51.

Manipulator 22 can be multivariant manipulator, be also possible to manipulator only with 2,3 freedom degrees, tool Body is determines according to actual conditions.

Preferably, can make manipulator 22 includes rotary cylinder 221, rotating disk 222 and swing arm 223, as shown in fig. 7, work During work, rotary cylinder 221 drives rotating disk 222 to rotate, and is fixedly connected with swing arm 223, therefore rotary pneumatic in rotating disk 222 Cylinder 221 can drive swing arm 223 to swing, and when swing arm 223 is rocked to vertical position, can grab to the material in material frame 13 It takes, then swing arm 223 swings 90 ° to horizontal position, while the material that swing arm 223 grabs is located just at the upper of area to be tested Portion, after discharging material, swing arm 223 can swing back vertical position.

Preferably, the 4th mechanism for picking for grabbing material can be set in the end of swing arm 223, when material to be detected When for mobile phone glass, the 4th mechanism for picking can use the design of sucker, avoid damaging mobile phone glass surface.

In another embodiment, as shown in Figure 8, Figure 9, the first transport mechanism 21 includes pedestal 2101, pedestal 2101 Bottom be provided with the first groove 2102, the two sides of the first groove 2102 are step 2103, and the is provided on step 2103 One transmission guide rail 2104 is respectively arranged with the first transmission synchronizing wheel at the both ends of the first groove 2102, and the first transmission synchronizing wheel is logical The synchronous band connection of the first transmission is crossed, one in the first transmission synchronizing wheel is main synchronizing wheel, and active synchronization wheel is by being arranged in pedestal First transport motor 2105 of 2101 bottoms drives.The top of pedestal 2101 is provided with cover board 2106, in the upper of cover board 2106 Portion is provided with bracket 2107, and one end of bracket 2107 is fixedly connected by the first transmission connector with the first transmission synchronous belt, the One transmission connector includes the first transmission sliding block 2108 and connection folder 2109, one end of the first transmission sliding block 2108 and bracket 2107 It is fixedly connected, connection folder 2109 is arranged in the side of the first transmission sliding block 2108 and is fixedly connected with the first transmission synchronous belt.The The second groove 2110 is formed between one transmission sliding block 2108 and bracket 2107, one end of cover board 2106 passes through the second groove 2110, It is fixedly connected with pedestal 2101.

In use process, synchronous belt is transmitted by the driving first of the first transport motor 2105 and drives the first transmission sliding block 2108 along cover board 2106 length direction move back and forth, then by first transmission sliding block 2108 drive bracket 2107 along cover board 2106 Length direction move back and forth, when bracket 2107 is moved to the corresponding position of the lower part of corresponding feed bin 12, make the first elevator Structure 11 drives feed bin 12 to move downward until expecting that frame 13 is held by bracket 2107, then continues the first elevating mechanism 11 accordingly Decline certain altitude, until material frame 13 is supported by bracket 2107 completely and expects that the bottom surface of frame 13 is higher than the top surface of feed bin 12, then Briquetting 2112 is driven to compress material frame 13 by the first clamping cylinder 2111 being arranged on bracket 2107, material 13 front end of frame passes through support The baffle 2113 of seat 2107 is withstood, and the second clamping cylinder being horizontally mounted is additionally provided in the two sides of the first clamping cylinder 2111 2114, it is connect in the piston of the second clamping cylinder 2114 with clamp system 2115, clamps material frame 13 from two sides, therefore on a front and back left side After right four direction clamping material frame 13, then synchronous belt is transmitted by first and takes out material frame 13 to the pre- crawl position of manipulator.

It needs to be illustrated, it, can be to material during 2115 pairs of material framves 13 of baffle 2113 and clamp system clamp The position of frame 13 is positioned, and subsequent mechanical hand 22 is facilitated to grab material；For various sizes of material, baffle 2113 Adjustable or replaceable structure is designed as with clamp system 2115.

Preferably, the width of the first transport mechanism 21 can be made to be less than material frame 13 along 21 width direction of the first transport mechanism Size will not interfere between first transport mechanism 21 and feed bin 12 when declining the first elevating mechanism 11.

Detachable mounting means between feed bin 12 and material frame 13 can be the setting on feed bin 12 and be used for fixed placement material The card slot of frame 13 expects the clamping portion of setting and card slot cooperation clamping on frame 13, and card slot is from top to bottom inserted into clamping portion, works as needs When will expect that frame 13 takes out, the extraction upwards of frame 13 need to will be only expected.

Preferably, for the serialization for making detection device 5 may be implemented to detect material, the first conveyer belt can be set 24, material to be detected is placed on the first conveyer belt 24 by manipulator 22, the first conveyer belt 24 by material to be detected be transported to Detection zone；The transmission direction of first conveyer belt 24 can be vertical with the carriage direction of the second transport mechanism 23.

In addition, at least two groups feeding device and detection device 5 can be set in order to improve detection efficiency；And make at least Two groups of feed mechanisms 01 are located at the same side, facilitate worker operation.

It is taken away rear remaining empty material frame completely in order to avoid material to be detected to cause the movement of the first transport mechanism 21 It influences, can make feeding device includes the empty material shelf for conveying mould group 03 for empty material frame to be automatically delivered back to feeding area.

After material frame 13 equipped with material to be detected is taken out by the first transport mechanism 21, it is sent to manipulator and grabs position in advance It sets, manipulator 22 grabs the material to be detected in the material frame 13 of the pre- crawl position of manipulator, when material to be detected is complete After taking away entirely, sky material frame is located in the bracket 2107 of the first transport mechanism 21, and sky material shelf for conveying mould group 03 needs sky expecting frame By taking out in bracket 2107, and it is carried to feeding area.

It needs to be illustrated, feeding area is that the side in feed mechanism 01 for feeding can if it is artificial loading To be the side of worker's standing.

Preferably, can make empty material shelf for conveying mould group 03 includes that sky material frame is moved to the second conveyer belt 31 by bracket 2107 Empty material frame transshipment acitivity, the second conveyer belt 31 is the conveyer belt being arranged along the width direction of feed bin 12, sky material frame transshipment acitivity Including the empty material frame fixture for grabbing empty material frame, sky material frame fixture is set to the empty material that can be moved along the length direction of feed bin 12 Frame is transported on sliding block, and when sky material frame fixture is moved to the side of bracket 2107, sky expects the empty material that the clamping of frame fixture needs to transport Frame, then the empty material frame transhipment sliding block of driving device driving drives the empty material frame for needing to transport to move to the upper of the second conveyer belt 31 Side, sky material frame fixture unclamp, sky material are placed on the second conveyer belt 31, and the second conveyer belt 31 is transported along the width direction of feed bin 12 It is dynamic, sky material frame is transported to feeding area.

Preferably, one end of the second conveyer belt 31 can be made to be located at the outside of matrix, facilitate taking for empty material frame.

On the basis of the above embodiments, can the structure further to the second transport mechanism 23 be defined, make second Transport mechanism 23 includes the mechanism for picking clamped to the material to be detected of area to be tested, drives mechanism for picking by be detected Second conveying cylinder and the support that with second conveying cylinder and mechanism for picking is fixedly connected of the regional movement to detection platform 51 Plate 52.

Driving mechanism for picking movement can be the second conveying cylinder, be also possible to the second transport motor；Transmission mechanism can Be the second transmission synchronizing wheel, second transmission synchronous belt, be also possible to the second transmission guide rail and second transmission sliding block or its The structure that it meets the requirements determines that this will not be repeated here with specific reference to actual conditions.

Mechanism for picking can be the second transmission fixture grabbed to material, be also possible to the knot such as second transmission sucker Structure is determined with specific reference to actual conditions.

Preferably, the connection between mechanism for picking and support plate 52 can be designed as dismountable connection type, it can be with Material suitable for different sizes, different weight.

In view of feeding-distribution device inconvenience directly grabs the material for being located at detection platform 51, area to be detected can be made Domain is equal to detection platform 51 at a distance from feeding-distribution device feeding position at a distance from detection platform 51, and mechanism for picking includes first Mechanism for picking 53 and the second mechanism for picking 54, when the first mechanism for picking 53 is located at area to be tested, the second mechanism for picking 54 is located at Detection platform 51；When first mechanism for picking 53 is located at detection platform 51, the second mechanism for picking 54 is located at feeding-distribution device feeding position.

It needs to be illustrated, the distance between area to be tested and detection platform 51 refer to that area to be tested is used for It places in the center and detection platform 51 of the position of material to be detected for placing the distance between center of position of material；Inspection The distance between platform 51 and feeding-distribution device feeding position is surveyed to refer in detection platform 51 for placing the center of the position of material With the distance between the center of position for being used to place material in feeding-distribution device feeding position.

Preferably, support plate 52 can be made to include the first support plate and the second support plate, and the first support plate and the first ten Mechanism 53 is taken to connect, the second support plate is connect with the second mechanism for picking 54.

In the process of work, the first mechanism for picking 53 can be made to be located at area to be tested, the second mechanism for picking 54 is located at Detection platform 51, when the first mechanism for picking 53 moves to detection platform 51 by area to be tested, can by material to be detected by Detection zone is moved to detection platform 51, while the second mechanism for picking 54 is moved to feeding-distribution device feeding position by detection platform 51 It sets, the material that will test completion is moved to feeding-distribution device feeding position by detection platform 51, grabs for feeding-distribution device to material It takes.

On the basis of the above embodiments, in order to make material detection complete after can be placed in difference according to testing result Position, can make feeding-distribution device include the Classification of materials that will test place sub-material manipulator 41, for storing qualified object The qualified product of material disc cache 42 to be expected and rejected product disc cache 43 to be expected for storing unqualified material.

In use process, after material, which detects, to be completed, detection device 5 will test result and be transferred to control device, control Device judges material generic according to testing result, and control information is then passed to sub-material manipulator 41, controls depiler The material that tool hand 41 will test is moved to corresponding position, if material is qualified product, is moved to qualified product disc cache 42 to be expected, If material is rejected product, it is placed in rejected product disc cache 43 to be expected.

Preferably, sub-material manipulator 41 is Multi-freedom-degreemanipulator manipulator, can be by the object of the feeding position of sub-material manipulator 41 Material is moved to qualified product disc cache 42 to be expected or rejected product disc cache 43 to be expected.

It is of course also possible to qualified product disc cache 42 to be expected is designed as with rejected product disc cache 43 to be expected transportable Structure reduces the freedom degree of sub-material manipulator 41, thus simplify the structure of sub-material manipulator 41, it is specific to need according to the actual situation It determines, this will not be repeated here.

On the basis of the above embodiments, for convenience by qualified product disc cache 42 to be expected and rejected product disc cache to be expected Material in 43 takes out, and carries out next step operation, can make feeding-distribution device includes by the qualification in qualified product disc cache 42 to be expected Unqualified material in material and rejected product disc cache 43 to be expected is transported to the third mechanism for picking 44 of grill 45, and grill 45 It is connect with the second elevating mechanism 46.

It, can be by adjusting the second elevator during blanking since grill 45 is connect with the second elevating mechanism 46 Structure 46 is to suitable height, so that grill 45 can be dropped to suitable work when facilitating the process, especially artificial blanking of blanking The position of people's operation.

It is provided at least two thirds on third mechanism for picking 44 and picks up sucker, third picks up sucker for drawing qualified product The unqualified material in qualified material or rejected product disc cache 43 to be expected in disc cache 42 to be expected.

Preferably, can make place on the quantity of third pickup sucker and position and grill 45 on third mechanism for picking 44 Material quantity and position it is corresponding.

In view of detecting the working efficiency with the equipment of sub-material automatically, two feed mechanisms 01 can be arranged side by side, with this Two groups of carrying mechanisms of corresponding setting and detection device 5 and a component material manipulator 41 and one group of qualified product wait expecting caching Disk 42 and one group of rejected product disc cache 43 to be expected；It can certainly be other combinations, specific combination needs Determines according to actual conditions, this will not be repeated here.

It needs to be illustrated, the first transport mechanism 21, the second transport mechanism 23, first mentioned in the utility model Support plate, the second support plate, the first elevating mechanism 11, the second elevating mechanism 46, the first mechanism for picking 53, the second mechanism for picking 54, third mechanism for picking 44, the first conveyer belt 24, the second conveyer belt 31, the first clamping cylinder 2111, the second clamping cylinder 2114, in the first groove 2102 and the second groove 2110 first, second, and third simply to illustrate that position difference, not It is divided into sequencing.

In addition to the equipment of above-mentioned automatic detection and sub-material, it includes disclosed in above-described embodiment that the utility model, which also provides a kind of, The production line of the equipment of automatic detection and sub-material, the production line include with detect automatically and the equipment of sub-material be used cooperatively it is other Equipment, refer to the prior art for the structure of other each sections of the production line, and repeats no more herein.

Each embodiment in this specification is described in a progressive manner, the highlights of each of the examples are with other The difference of embodiment, the same or similar parts in each embodiment may refer to each other.Institute provided by the utility model There is any combination mode of embodiment in the protection scope of this utility model, this will not be repeated here.

Equipment to automatic detection provided by the utility model and sub-material and including above-mentioned automatic detection and sub-material above The production line of equipment be described in detail.Specific case used herein is to the principles of the present invention and embodiment It is expounded, the method and its core concept of the above embodiments are only used to help understand the utility model.It should It points out, it for those skilled in the art, without departing from the principle of this utility model, can also be right Some improvement and modification can also be carried out for the utility model, these improvement and modification also fall into the protection scope of the utility model claims It is interior.

Claims

1. a kind of equipment of automatic detection and sub-material, which is characterized in that including matrix, the feeding being set in described matrix is filled It sets, detection device (5), feeding-distribution device and control device, the feeding device includes feed mechanism (01) and carrying mechanism, described Feed mechanism (01) is used for for holding material to be detected, the carrying mechanism by the object to be detected in the feed mechanism (01) Material is carried to detection platform (51)；The detection device (5) is used to carry out the quality of the material in the detection platform (51) Detection；The material that the feeding-distribution device is used to will test is stored classifiedly；The control device and the feeding fill Connection is set, the detection device (5) will test result and send the control device to, and the control device is tied according to the detection Fruit controls the movement of the feeding-distribution device.

2. the equipment of automatic detection and sub-material according to claim 1, which is characterized in that the feed mechanism (01) includes First elevating mechanism (11) and at least two feed bins (12) being fixedly connected with first elevating mechanism (11), and the feed bin (12) along the lifting direction setting side by side up and down of first elevating mechanism (11), the feed bin (12) holds described for placement The material frame (13) of material to be detected, the material frame (13) are detachably connected with the feed bin (12).

3. the equipment of automatic detection and sub-material according to claim 2, which is characterized in that the carrying mechanism includes first Transport mechanism (21), manipulator (22) and the second transport mechanism (23), and first transport mechanism (21), the manipulator (22) it is connect with the control device with second transport mechanism (23), first transport mechanism (21) is used for will be described Material frame (13) is taken out by the feed bin (12) and is carried to the pre- crawl position of manipulator, and the manipulator (22) is used for the machine The material to be detected of the pre- crawl position of tool hand is carried to area to be tested；Second transport mechanism (23) is used for will be described The material transmission of area to be tested is to the detection platform (51).

4. the equipment of automatic detection and sub-material according to claim 3, which is characterized in that the feeding device setting is useful Empty material shelf for conveying mould group (03) of feeding area, the empty material are automatically delivered back in the empty material frame by the pre- crawl position of the manipulator Frame is remaining empty feeding rack after the material to be detected in the material frame (13) is all taken out by the manipulator (22).

5. the equipment of automatic detection and sub-material according to claim 3, which is characterized in that second transport mechanism (23) The mechanism for picking that is clamped including the material to the area to be tested drives the mechanism for picking by the area to be tested The branch for moving to the first cylinder of the detection platform (51) and being fixedly connected with first cylinder and the mechanism for picking Fagging (52).

6. the equipment of automatic detection and sub-material according to claim 5, which is characterized in that the area to be tested with it is described The distance of detection platform (51) is equal to the detection platform (51) at a distance from feeding-distribution device feeding position, the pickup Mechanism includes the first mechanism for picking (53) and the second mechanism for picking (54), and first mechanism for picking (53) is located at described to be detected When region, second mechanism for picking (54) is located at the detection platform (51)；First mechanism for picking (53) is located at described When detection platform (51), second mechanism for picking (54) is located at feeding-distribution device feeding position.

7. the equipment of automatic detection and sub-material according to claim 1-6, which is characterized in that the feeding-distribution device Sub-material manipulator (41), the disc cache to be expected of the qualified product for storing qualified material placed including the Classification of materials that will test (42) the rejected product disc cache to be expected (43) and for storing unqualified material.

8. the equipment of automatic detection and sub-material according to claim 7, which is characterized in that the feeding-distribution device be provided with by The unqualified items in qualified material and rejected product disc cache to be expected (43) in the qualified product disc cache to be expected (42) Material is transported to the third mechanism for picking (44) of grill (45), and the grill (45) is connect with the second elevating mechanism (46).

9. the equipment of automatic detection and sub-material according to claim 8, which is characterized in that the third mechanism for picking (44) It is provided at least two thirds and picks up sucker, the third picks up sucker for drawing in qualified product disc cache to be expected (42) Qualified material or rejected product disc cache to be expected (43) in unqualified material.

10. a kind of production line, which is characterized in that the equipment including claim 1-9 described in any item automatic detections and sub-material.