CN208313862U - Applied to the online component X-ray detection of semicon industry, counting equipment - Google Patents
Applied to the online component X-ray detection of semicon industry, counting equipment Download PDFInfo
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- CN208313862U CN208313862U CN201721115995.1U CN201721115995U CN208313862U CN 208313862 U CN208313862 U CN 208313862U CN 201721115995 U CN201721115995 U CN 201721115995U CN 208313862 U CN208313862 U CN 208313862U
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Abstract
The utility model relates to a kind of X-ray detection technologies, it is a kind of directly to carry out automation X-ray detection to the SMT material strip on production line, point material and rewinding are to improve the online component X-ray detection applied to semicon industry of production efficiency, counting equipment, including lead room (3), lead room (3) is equipped with radiation protection lead curtain (1), the tri coloured lantern (2) for display working condition is additionally provided on lead room (3), keyboard region (4) are additionally provided on lead room (3), display (5) and touch screen electronic control module (6), electric overhead door (7) are additionally provided on lead room (3), discharge station (18) are equipped at electric overhead door (7), discharge tray manipulator (17) and marking machine (8) are equipped at discharge station (18), material strip stepping mechanism (9) be located in lead room (3) and with anti-spoke Radiolead curtain (1) is horizontal consistent, and X-ray light pipe (10) is located in lead room (3) and is located at below material strip (19).
Description
Technical field
The utility model relates to a kind of X-ray detection technology, specially a kind of online member applied to semicon industry
Device X-ray detection, counting equipment.
Background technique
In currently available technology, gradually start to popularize using the technology that X-ray detects object, such as count,
The functions of the equipments in the fields such as product control and defect inspection, the point material and detection that are related to SMT charging tray currently on the market are single, Zhi Nengjin
Row single point material or detection function, cannot meet, and the degree of automation is not high simultaneously.
Such as Chinese patent CN201280063323.4 discloses a kind of on-line automatic X ray inspection arrangement of SMT, comprising:
Platform unit, removable support inspected body, and can move and rotate along X-axis, the Y-axis in plane；X-ray vacuum tube, cloth
It sets in the downside of described unit, to the inspected body X-ray irradiation being arranged on described unit；Detector, along one
Side is rotatably disposed on the upside of described unit, X-ray of the detection through the inspected body, wherein the X-ray
Vacuum tube be arranged to for the detector rotation and the X-ray radiation face of synchronous rotary and the X-ray vacuum tube with
Described unit is parallel, wherein described unit includes hollow shaft, and the hollow shaft including being pivotably supported the hollow shaft
It holds, wherein the ionized X-ray through the inspected body is transformed to electric signal by the detector, and is amplified through becoming
The electric signal changed is transformed to data image signal, wherein the automatic X ray checking device further include: to from the detection
Multiple data image signals of device transmission carry out executing the image processing part that 3 dimensions check after high-speed reconstruction, wherein described image
Processing unit includes at least four graphics processing unit core to execute high-speed reconstruction.
Although detection of the automation X-ray to SMT charging tray is realized in above-mentioned design, cannot achieve to after online production
SMT material directly carries out detection and rewinding and the operation of stamp.
Utility model content
The purpose of the utility model is to provide one kind directly to carry out automation X-ray to the SMT material strip on production line
Detection, point material and rewinding are to improve the online component X-ray detection applied to semicon industry of production efficiency, counting
Equipment.
Solving technical solution used by its technical problem is: a kind of online component X applied to semicon industry
Ray detection, counting equipment, including lead room, the lead room are equipped with radiation protection lead curtain, are additionally provided on the lead room for showing
The tri coloured lantern of working condition is additionally provided with keyboard region, display and touch screen electronic control module on the lead room, also sets on the lead room
There is electric overhead door, discharge station is equipped at the electric overhead door, discharge tray manipulator is equipped at the discharge station and is beaten
Mark machine, the material strip stepping mechanism are located in lead room and horizontal consistent with radiation protection lead curtain, and the X-ray light pipe is located in lead room
And be located at below material strip, the FPD imaging mechanism is located in lead room and is located above X-ray light pipe, and the jockey pulley component is located at
In lead room and it is located above material strip, the tension control mechanism is also provided in lead room and is located above material strip, and the rewinding disk is set
In lead room, the mechanism that tapes is located on rewinding disk, and the sealing-tape machine is also provided in lead room and supplies for the mechanism that tapes
Adhesive tape, the empty tray feed mechanism are located in lead room and are located at rewinding disk side.
Preferably, the material strip stepping mechanism includes motor, screw rod and fixing piece, the fuselage of the motor is mounted on lead
In room, the motor and screw rod link, and the fixing piece is rotatably assorted with screw rod.
Preferably, the empty tray feed mechanism includes empty tray feed frame body and telescoping mechanism, the telescoping mechanism
It is located at into frame body.
Preferably, further including material strip traction mechanism, the material strip traction mechanism includes belt pulley and charging tray pawl, the material
Disk pawl is set over pulleys carried, and the belt pulley is mounted in lead room and is located at radiation protection lead curtain side.
Having applied to the online component X-ray detection of semicon industry, counting equipment for the utility model is following
Advantage: the utility model can be to production line applied to the online component X-ray detection of semicon industry, counting equipment
Upper SMT material strip is done directly the X-ray detection and point material, feeding and rewinding of SMT charging tray, fully achieves Unmanned operation, equipment
Realization is full-automatic, barcode scanning ID binding, automatic material strip stepping and the automatic counting and quality inspection for completing SMD (surface mount part)
It tests, completes the attaching of end socket adhesive tape, last automatic labeling is put in storage a whole set of process, substantially increases production efficiency.
Detailed description of the invention
Fig. 1 is the utility model applied to the online component X-ray detection of semicon industry, the knot of counting equipment
Structure schematic diagram.
Fig. 2 is the utility model applied to the online component X-ray detection of semicon industry, the knot of counting equipment
Structure schematic diagram.
Fig. 3 is the utility model applied to the online component X-ray detection of semicon industry, the master of counting equipment
View.
Fig. 4 is the utility model applied to the online component X-ray detection of semicon industry, the right side of counting equipment
View.
Fig. 5 is bowing applied to the online component X-ray detection of semicon industry, counting equipment for the utility model
View.
Fig. 6 be the utility model applied to the online component X-ray detection of semicon industry, counting equipment it is interior
Portion's structural schematic diagram.
Fig. 7 be the utility model applied to the online component X-ray detection of semicon industry, counting equipment it is interior
Portion's structure top view.
Fig. 8 is the utility model applied to the online component X-ray detection of semicon industry, the sky of counting equipment
The structural schematic diagram of charging tray feed mechanism.
Fig. 9 is the utility model applied to the online component X-ray detection of semicon industry, the material of counting equipment
Structural schematic diagram with stepping mechanism.
Detailed description of the invention: 1, radiation protection lead curtain, 2, tri coloured lantern, 3, lead room, 4, keyboard region, 5, display, 6, touch screen it is automatically controlled
Module, 7, electric overhead door, 8, marking machine, 9, material strip stepping mechanism, 91, motor, 92, screw rod, 93, fixing piece, 10, X-ray
Light pipe, 11, FPD imaging mechanism, 12, jockey pulley component, 13, material strip traction mechanism, 131, belt pulley, 132, charging tray pawl, 14, tension
Control mechanism, 15, tape mechanism, 16, rewinding disk, 17, discharge tray manipulator, 18, discharge station, 19, material strip, 20, empty material
Disk feed mechanism, 201, empty tray feed frame body, 202, telescoping mechanism, 21, sealing-tape machine, 22,.
Specific embodiment
As shown, a kind of applied to the online component X-ray detection of semicon industry, counting equipment, including lead
Room 3, the lead room 3 are equipped with radiation protection lead curtain 1, the tri coloured lantern 2 for display working condition, institute are additionally provided on the lead room 3
It states and is additionally provided with keyboard region 4, display 5 and touch screen electronic control module 6 on lead room 3, be additionally provided with electric overhead door 7 on the lead room 3,
It is equipped with discharge station 18 at the electric overhead door 7, is equipped with discharge tray manipulator 17 and marking machine 8 at the discharge station 18,
The material strip stepping mechanism 9 is located in lead room 3 and horizontal consistent with radiation protection lead curtain 1, and the X-ray light pipe 10 is located at lead room 3
Interior and be located at the lower section of material strip 19, the FPD imaging mechanism 11 is located in lead room 3 and is located at 10 top of X- ray light pipe, described auxiliary
Wheel assembly 12 is located in lead room 3 and is located at 19 top of material strip, and the tension control mechanism 14 is also provided in lead room 3 and is located at material strip
19 tops, the rewinding disk 16 are located in lead room 3, and the mechanism 15 that tapes is located on rewinding disk 16, the sealing-tape machine 21
It is located in lead room 3 and supplies adhesive tape for the mechanism 15 that tapes, the empty tray feed mechanism 20 is located in lead room 3 and is located at rewinding
16 side of disk.
The material strip stepping mechanism 9 includes motor 91, screw rod 92 and fixing piece 93, and the fuselage of the motor 91 is mounted on
In lead room 3, the motor 91 links with screw rod 92, and the fixing piece 93 is rotatably assorted with screw rod 92.
The empty tray feed mechanism 20 includes empty tray feed frame body 201 and telescoping mechanism 202, the telescoping mechanism
202 are located at into frame body 201.
It further include material strip traction mechanism, the material strip traction mechanism includes belt pulley and charging tray pawl, and the charging tray pawl is located at
On belt pulley, the belt pulley is mounted in lead room and is located at radiation protection lead curtain side.
The whole series are applied to the online component X-ray detection of semicon industry, counting equipment is divided into feeding area, tears automatically
Taped region, adhesive tape towing area, X-ray detection zone, material strip feeding area, charging tray winding and the adhesion zone of end socket adhesive tape, charging tray are beaten
Mark and manipulator discharging area.
In the specific implementation, barcode scanning component carries out barcode scanning to charging tray to be measured, completes ID binding；Electric overhead door is opened, material
Charging tray is sent into from the charging tray to be measured of feeding area by lead room, electric overhead door by the cooperation of charging tray pawl and belt pulley with traction mechanism
It closes；CCD determines adhesive tape position automatically, and tear tape mechanism is exactly to use contact and cylinder, by Telescopic-cylinder contact is reached
The operation of frictioning band is carried out to web surface gold, to complete removing for adhesive tape；The stepping of material strip stepping mechanism completion material strip；Sky material
The telescoping mechanism ejection that disk feed mechanism passes through, empty tray is fixed on rewinding disc mechanism, and sealing-tape machine is mechanism confession of taping
Adhesive tape is answered, and the material strip of traction is affixed in empty tray, jockey pulley component, tension inductive component are pushed by telescopic cylinder, right
Material strip carries out righting；Material strip starts to be unreeled, winding movement, and strip is passed through X-ray light pipe, and X-ray light pipe opens ray,
Picture being received according to FPD imaging mechanism, material and a quality restriction being carried out to material strip, rewinding packing is fed back according to tension inductive component
Information carry out rewinding, after the completion of rewinding, the mechanism that tapes is that charging tray end after rewinding is completed adhesive tape and attached again；Electrically operated gate
It opens, discharge tray manipulator takes out the charging tray detected, receives picture by FPD imaging mechanism and carries out operation, calculates
The coordinate of SMD final quantity and unqualified SMD, the charging tray after discharge tray manipulator first will test are sent to marking machine and are beaten
Mark, the data of mark are the detection data of final output, and rewinding disk is placed into discharge station by last discharge tray manipulator, entirely
Process circulation carries out.
The whole series are applied to the online component X-ray detection of semicon industry, counting equipment is divided into material strip stepping area, X-
Ray detection zone, material strip feed area, empty tray feeding area, charging tray winding and material strip fixed area, charging tray mark and manipulator blanking
Area.
In the specific implementation, material strip is sent at radiation protection lead curtain by preceding road producing line, and material strip stepping mechanism will pass through motor band
It is mobile to be further driven to fixing piece for dynamic screw rod, and fixing piece fixes material strip, by the drive of motor so that fixing piece is toward rewinding
Disk direction is mobile, while X- ray light pipe is opened, the picture received according to FPD imaging mechanism to the SMD on material strip successively into
Row point material and a quality restriction, sealing-tape machine be tape mechanism supply adhesive tape, the mechanism that tapes include cutting blade, lower air cylinder and
Idler wheel, the adhesive tape in sealing-tape machine are sent out by idler wheel, the material that adhesive tape is pushed, and then will kept well on rewinding disk by lower air cylinder
Band fracture goes out to be bonded, while lower air cylinder is during the depression process, and adhesive tape can be cut off by cutting blade, jockey pulley component and tension force
Mechanism (cylinder) pushes, and carries out righting to material strip, material strip stepping mechanism carries out feeding, the data fed back according to tension control mechanism
Carry out rewinding.
When material strip transport reaches setting quantity, stopping feeding carrying out cutting off and consolidating to material strip end progress adhesive tape for material strip
Fixed, electric overhead door is opened, and discharge tray manipulator removes and places the charging tray of winding in mark station, and marking machine is according to survey
The information such as defective products, coordinate, SMD type number, the quantity of examination carry out mark on charging tray, and charging tray is placed on by discharge tray manipulator again
Discharge station, empty tray feed mechanism carry out the feeding of empty tray, and whole flow process circulation carries out.
It is enlightenment, through the above description, relevant staff with the above-mentioned desirable embodiment according to utility model
Various changes and amendments can be carried out in the range of without departing from this item utility model technical idea completely, this item is practical
Novel technical scope is not limited to the contents of the specification, it is necessary to determine that its is technical according to scope of the claims
Range.
Claims (4)
1. a kind of applied to the online component X-ray detection of semicon industry, counting equipment, which is characterized in that including lead
Room (3), the lead room (3) are equipped with radiation protection lead curtain (1), three for display working condition are additionally provided on the lead room (3)
Colored lights (2) is additionally provided with keyboard region (4), display (5) and touch screen electronic control module (6), the lead room (3) on the lead room (3)
On be additionally provided with electric overhead door (7), discharge station (18) are equipped at the electric overhead door (7), at the discharge station (18)
Equipped with discharge tray manipulator (17) and marking machine (8), material strip stepping mechanism (9) be located in lead room (3) and with radiation protection lead curtain (1)
Horizontal consistent, X-ray light pipe (10) is located in lead room (3) and is located at below material strip (19), and FPD imaging mechanism (11) is located at lead room
(3) in and it is located above X-ray light pipe (10), jockey pulley component (12) is located in lead room (3) and is located above material strip (19), tension
Control mechanism (14) is also provided in lead room (3) and is located above material strip (19), and rewinding disk (16) is located in lead room (3), tapes
Mechanism (15) is located on rewinding disk (16), and sealing-tape machine (21) is also provided in lead room (3) and is mechanism (15) supply adhesive tape of taping,
Empty tray feed mechanism (20) is located in lead room (3) and is located at rewinding disk (16) side.
2. the online component X-ray detection according to claim 1 applied to semicon industry, counting equipment,
Be characterized in that: the material strip stepping mechanism (9) includes motor (91), screw rod (92) and fixing piece (93), the motor (91)
Fuselage is mounted in lead room (3), and the motor (91) and screw rod (92) are linked, and the fixing piece (93) is matched with screw rod (92) rotation
It closes.
3. the online component X-ray detection according to claim 1 applied to semicon industry, counting equipment,
Be characterized in that: the empty tray feed mechanism (20) includes that empty tray is fed frame body (201) and telescoping mechanism (202), described to stretch
Contracting mechanism (202) is located at into frame body (201).
4. the online component X-ray detection according to claim 1 applied to semicon industry, counting equipment,
It is characterized in that: further including material strip traction mechanism (13), the material strip traction mechanism (13) includes belt pulley (131) and charging tray pawl
(132), the charging tray pawl (132) is located on belt pulley (131), and the belt pulley (131) is mounted in lead room (3) and is located at anti-
Radiate lead curtain (1) side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721115995.1U CN208313862U (en) | 2017-09-01 | 2017-09-01 | Applied to the online component X-ray detection of semicon industry, counting equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721115995.1U CN208313862U (en) | 2017-09-01 | 2017-09-01 | Applied to the online component X-ray detection of semicon industry, counting equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208313862U true CN208313862U (en) | 2019-01-01 |
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ID=64724400
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721115995.1U Active CN208313862U (en) | 2017-09-01 | 2017-09-01 | Applied to the online component X-ray detection of semicon industry, counting equipment |
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| Country | Link |
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| CN (1) | CN208313862U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110031488A (en) * | 2019-05-07 | 2019-07-19 | 深圳市伟铭光电有限公司 | A kind of the three-dimensional perspective material testing apparatus and its method of smart X-ray |
| CN113155870A (en) * | 2021-04-19 | 2021-07-23 | 深圳市智诚精展科技有限公司 | X-RAY detection point material all-in-one machine |
-
2017
- 2017-09-01 CN CN201721115995.1U patent/CN208313862U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110031488A (en) * | 2019-05-07 | 2019-07-19 | 深圳市伟铭光电有限公司 | A kind of the three-dimensional perspective material testing apparatus and its method of smart X-ray |
| CN113155870A (en) * | 2021-04-19 | 2021-07-23 | 深圳市智诚精展科技有限公司 | X-RAY detection point material all-in-one machine |
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