CN207600388U

CN207600388U - A kind of MIM all automatic measurements equipment

Info

Publication number: CN207600388U
Application number: CN201721849549.3U
Authority: CN
Inventors: 易勇
Original assignee: Fu Youchi Science And Technology Ltd Of Shenzhen
Current assignee: Future High Tech Co ltd
Priority date: 2017-12-26
Filing date: 2017-12-26
Publication date: 2018-07-10
Anticipated expiration: 2027-12-26

Abstract

A kind of MIM all automatic measurements equipment, the utility model is related to hardware technical field of processing equipment；Vacuum rotating platform is equipped at the central upper portion of rack, the periphery of vacuum rotating platform is equipped with optical glass, the peripheral side of optical glass is equipped with several Riving Boxes, the outside of the Riving Box of edge is provided with CCD visions front detection device by No.1 branch, the back side at the lower hollow of No.1 stent is fixed with No. two stents, and the CCD visions side detection device is fixed on No. two stents；The opposite of several Riving Boxes is located at the periphery of optical glass is fixed with CCD vision cameras by No. three stents, and the lower section of CCD vision cameras is equipped with CCD vision lens.The drawbacks of prior art can be overcome, without human intervention, an operating personnel, can operate more machines, improve operating efficiency, ensure that quality, and practicability is stronger.

Description

A kind of MIM all automatic measurements equipment

Technical field

The utility model is related to hardware technical field of processing equipment, and in particular to a kind of MIM all automatic measurements equipment.

Background technology

At present, the measurement of product after the shaping of hardware industry is needed manually using manual work to product Each size carry out card size, the operational method is higher to manual request, while production capacity is low, personnel demand amount is big, surveys simultaneously Amount data are unstable, and operation quality cannot be guaranteed, it would be highly desirable to improve.

Utility model content

The purpose of this utility model is that it is in view of the drawbacks of the prior art and insufficient, a kind of simple in structure, design conjunction is provided The drawbacks of managing, MIM all automatic measurements equipment easy to use, the prior art can be overcome, without human intervention, an operating personnel More machines can be operated, improve operating efficiency, ensure that quality, practicability is stronger.

To achieve the above object, the technical solution adopted in the utility model is：It includes rack, Riving Box, touch screen, blows Expect air nozzle, CCD visions side detection device, CCD visions front detection device, the coaxial blue-light source of CCS telecentricities, CCD vision phases It is machine, CCD vision lens, CCD blues coaxial light source, pusher cylinder, product orientation block, optical glass, vacuum rotating platform, straight It shakes, vibrating disk, protective cover, vibrating disk platform；Be equipped with vacuum rotating platform at the central upper portion of rack, vacuum rotating platform it is outer It encloses equipped with optical glass, the peripheral side of optical glass is equipped with several Riving Boxes, passes through No.1 on the outside of the Riving Box of edge It props up and is provided with CCD visions front detection device, the back side at the lower hollow of No.1 stent is fixed with No. two stents, described CCD visions side detection device is fixed on No. two stents；The opposite of several Riving Boxes is located at the periphery of optical glass Place is fixed with CCD vision cameras by No. three stents, and the lower section of CCD vision cameras is equipped with CCD vision lens, CCD vision lens Lower section be equipped with CCD blue coaxial light sources, the CCD vision lens and CCD blue coaxial light sources are each attached to No. three stents On；The pusher cylinder is fixed on one jiao of the top of rack, and positioned at the periphery of optical glass；The vacuum rotating platform Top periphery be fixed with it is several blow material air nozzle, and blow material air nozzle outer end be plugged in respectively in several Riving Boxes；The vacuum The top of rotating platform is fixed with product orientation plate 12, and the peripheral wall groove of vacuum rotating platform is fixed by No. four stent connections There is the coaxial blue-light source of CCS telecentricities, and the coaxial blue-light source of CCS telecentricities is correspondingly arranged with CCD visions side detection device；It is described Rack side wall be equipped with touch screen；The side of rack is equipped with vibrating disk platform, and the top of vibrating disk platform is equipped with vibrating disk, shakes The discharge outlet of Moving plate, which is equipped with, directly shakes, and the port of export directly to shake is set to the top of optical glass；The top of the rack is provide with There is protective cover；The touch screen, to blow material air nozzle, CCD visions side detection device, CCD visions front detection device, CCS remote The coaxial blue-light source of the heart, CCD vision cameras, CCD vision lens, CCD blues coaxial light source and pusher cylinder are and machine frame inside Electric cabinet connection.

Further, the No.1 stent, No. two stents, be covered with protective cover on No. three stents.

Further, one jiao of electric cabinet company for being equipped with alarm lamp, the alarm lamp and machine frame inside at the top of the protective cover It connects.

Further, the one side wall hinge of the protective cover has tawny organic glass.

Further, display is connected with by stent outside the side of the protective cover, in the display and rack The electric cabinet connection in portion.

With the above structure, the utility model has the beneficial effect that：A kind of MIM all automatic measurements described in the utility model Equipment, the drawbacks of overcoming the prior art, without human intervention, an operating personnel can operate more machines, improve operation Efficiency ensure that quality, and practicability is stronger, and the utility model has the advantages that simple in structure, setting is reasonable, low manufacture cost.

Description of the drawings

It 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 some embodiments of the utility model, for those of ordinary skill in the art, before not making the creative labor property It puts, can also be obtained according to these attached drawings other attached drawings.

Fig. 1 is the structure diagram of protective cover in the utility model.

Fig. 2 is protective cover internal structure schematic diagram in the utility model.

Reference sign：

Rack 1, touch screen 3, blows material air nozzle 4, CCD visions side detection device 5, two at Riving Box 2

Number stent 5-1, CCD vision front detection device 6, No.1 stent 6-1, CCS telecentricity are coaxially blue

Stent 7-1, CCD vision camera 8, three of light source 7, four stent 8-1, CCD vision lens 9, CCD blue axis lights Source 10, pusher cylinder 11, product orientation block 12, optical glass 13, vacuum

Rotating platform 14, the 15, vibrating disk 16 that directly shakes, tawny organic glass 17, alarm lamp 18, protection

Cover 19, display 20, vibrating disk platform 21, protective cover 22.

Specific embodiment

The utility model will be further described below with reference to the accompanying drawings.

Referring to as depicted in figs. 1 and 2, present embodiment the technical solution adopted is that：It includes rack 1, Riving Box 2nd, touch screen 3, to blow material air nozzle 4, CCD visions side detection device 5, CCD visions front detection device 6, CCS telecentricities coaxially blue Light source 7, CCD vision cameras 8, CCD vision lens 9, CCD blues coaxial light source 10, pusher cylinder 11, product orientation block 12, light Learn glass 13, vacuum rotating platform 14, the 15, vibrating disk 16 that directly shakes, protective cover 19, vibrating disk platform 21；The central upper portion of rack 1 Place is equipped with vacuum rotating platform 14, and the periphery of vacuum rotating platform 14 is equipped with optical glass 13, the peripheral side of optical glass 13 Equipped with several Riving Boxes 2, the outside of the Riving Box 2 of edge is equipped with CCD visions front detection device 6 by No.1 stent 6-1, The back side at the lower hollow of No.1 stent 6-1 is fixed with No. two stent 5-1, and the CCD visions side detection device 5 is fixed On No. two stent 5-1；The opposite of several Riving Boxes 2 is located at the periphery of optical glass 13 through No. three stent 8-1 CCD vision cameras 8 are fixed with, the lower section of CCD vision cameras 8 is equipped with CCD vision lens 9, and the lower section of CCD vision lens 9 is equipped with CCD blues coaxial light source 10, the CCD vision lens 9 and CCD blues coaxial light source 10 are each attached on No. three stent 8-1； The pusher cylinder 11 is fixed on one jiao of the top of rack 1, and positioned at the periphery of optical glass 13；The vacuum rotating is put down 14 top periphery of platform is fixed with several blow and expects air nozzle 4, and the outer end for blowing material air nozzle 4 is plugged in respectively in several Riving Boxes 2；It is described The top of vacuum rotating platform 14 be fixed with product orientation plate 12, the peripheral wall groove of vacuum rotating platform 14 passes through No. four branch Frame 7-1 is fixedly connected with the coaxial blue-light source 7 of CCS telecentricities, and the coaxial blue-light source 7 of CCS telecentricities is filled with the detection of CCD visions side 5 are put to be correspondingly arranged；The side wall of the rack 1 is equipped with touch screen 3；The side of rack 1 is equipped with vibrating disk platform 21, and vibrating disk is put down The top of platform 21 is equipped with vibrating disk 16, the discharge outlet of vibrating disk 16 be equipped with it is straight shake 15,15 port of export of directly shaking is set to optics The top of glass 13；The upper lid of the rack 1 is equipped with protective cover 19；The touch screen 3 blows material air nozzle 4, CCD visions Side detection device 5, CCD visions front detection device 6, the coaxial blue-light source 7 of CCS telecentricities, CCD vision cameras 8, CCD visions Camera lens 9, CCD blues coaxial light source 10 and pusher cylinder 11 are connect with the electric cabinet inside rack 1.

Further, the No.1 stent 6-1, No. two stent 5-1, be covered with protective cover 22 on No. three stent 8-1.

Further, one jiao of 19 top of protective cover is equipped with alarm lamp 18, the alarm lamp 18 and the electricity inside rack 1 Control case connection.

Further, the one side wall hinge of the protective cover 19 has tawny organic glass 17.

Further, display 20 is connected with by stent outside the side of the protective cover 19, the display 20 with Electric cabinet connection inside rack 1.

The operation principle of present embodiment：

Sensor (CCD industrial cameras) in CCD vision cameras 8 obtains detection button original image and switchs to number automatically Change, be then compared, analyze, examine and judge using primary standard image as established standards, it can be automatic compared to the detection of artificial slide calliper rule Change, be intelligent, while the product and substandard products shunted is automatically controlled using software, employ the coaxial blue-light source 7 of CCS telecentricities, The CCD vision cameras 8 and CCD vision lens 9 of overall situation exposure, along with special software algorithm so that CCD visions side detection dress It is high, reliable and stable to put 5 and CCD visions front detection device repetition consistency；

By having a impulse mgnet below 16 hopper of vibrating disk, hopper can be made to make vertical vibration, by inclined bullet Reed drives hopper to rock vibration around its vertical axis, part in hopper, due to being risen by this vibrate along helical orbit, It can orderly be oriented according to our requirement by a series of screening of tracks or attitudes vibration, part during rising Marshalling is accurately transported on material separating disc；

Servo motor below vacuum rotating platform 1 and inside rack 1【One servo motor (does not show in figure Go out), vacuum rotating platform 14, optical glass 13, limit switch (not shown), an incremental encoder (do not show in figure Go out), blow material air nozzle 4 and form automatic feed dividing platform, the connection relation and operation principle of the automatic feed dividing platform are the prior art, This will not be repeated here】, OMRON series of PLC high-speed pulse signals are received, according to certain speed band movable property product in optical glass 13 High speed rotation on (optical glass be mounted on vacuum rotating platform 14 on), the triggering CCD vision cameras 8 when being moved to CCD stations, It is corresponding to blow material air nozzle when optical glass 13 rotates to corresponding 2 position of Riving Box after the completion of taking pictures in signal storage to PC 4, which will receive signal, blows to product in corresponding Riving Box 2, always such as a little cycle operations.

With the above structure, present embodiment has the beneficial effect that：A kind of MIM described in present embodiment is complete Automatic measuring equipment, the drawbacks of overcoming the prior art, without human intervention, an operating personnel can operate more machines, carry Operating efficiency has been risen, ensure that quality, practicability is stronger, and the utility model has simple in structure, and setting is reasonable, low manufacture cost The advantages that.

The above is merely intended for describing the technical solutions of the present application, but not for limiting the present application, those of ordinary skill in the art couple The other modifications or equivalent replacement that the technical solution of the utility model is made, without departing from technical solutions of the utility model Spirit and scope should all cover in the right of the utility model.

Claims

1. a kind of MIM all automatic measurements equipment, it is characterised in that：It includes rack, Riving Box, touch screen, blows material air nozzle, CCD Vision side detection device, CCD visions front detection device, the coaxial blue-light source of CCS telecentricities, CCD vision cameras, CCD visions Camera lens CCD blues coaxial light source, pusher cylinder, product orientation block, optical glass, vacuum rotating platform, directly shakes, vibrating disk, prevents Shield, vibrating disk platform；Vacuum rotating platform is equipped at the central upper portion of rack, the periphery of vacuum rotating platform is equipped with optics glass Glass, the peripheral side of optical glass are equipped with several Riving Boxes, and the outside of the Riving Box of edge is provided with CCD by No.1 branch and regards Feel positive detection device, the back side at the lower hollow of No.1 stent is fixed with No. two stents, CCD visions side detection Device is fixed on No. two stents；The opposite of several Riving Boxes is located at the periphery of optical glass to be consolidated by No. three stents Surely there are CCD vision cameras, the lower section of CCD vision cameras is equipped with CCD vision lens, and the lower section of CCD vision lens is equipped with CCD blues Coaxial light source, the CCD vision lens and CCD blue coaxial light sources are each attached on No. three stents；The pusher cylinder One jiao of the top of rack is fixed on, and positioned at the periphery of optical glass；The vacuum rotating platform upper periphery is fixed with number It is a to blow material air nozzle, and the outer end for blowing material air nozzle is plugged in respectively in several Riving Boxes；The top of the vacuum rotating platform is consolidated Surely there is a product orientation plate 12, it is coaxially blue that the peripheral wall groove of vacuum rotating platform by No. four stents is fixedly connected with CCS telecentricities Color light source, and the coaxial blue-light source of CCS telecentricities is correspondingly arranged with CCD visions side detection device；The side wall of the rack is set There is touch screen；The side of rack is equipped with vibrating disk platform, and the top of vibrating disk platform is equipped with vibrating disk, the discharge outlet of vibrating disk Equipped with directly shaking, the port of export directly to shake is set to the top of optical glass；The upper lid of the rack is equipped with protective cover；Described Touch screen, blow material air nozzle, CCD visions side detection device, CCD visions front detection device, the coaxial blue-light source of CCS telecentricities, CCD vision cameras, CCD vision lens, CCD blues coaxial light source and pusher cylinder are connect with the electric cabinet of machine frame inside.

2. a kind of MIM all automatic measurements equipment according to claim 1, it is characterised in that：The No.1 stent, No. two Protective cover is covered on stent, No. three stents.

3. a kind of MIM all automatic measurements equipment according to claim 1, it is characterised in that：One at the top of the protective cover Angle is equipped with alarm lamp, the electric cabinet connection of the alarm lamp and machine frame inside.

4. a kind of MIM all automatic measurements equipment according to claim 1, it is characterised in that：The side of the protective cover Wall hinge has tawny organic glass.

5. a kind of MIM all automatic measurements equipment according to claim 1, it is characterised in that：The side of the protective cover Outside is connected with display by stent, the electric cabinet connection of the display and machine frame inside.