CN205820173U - One can the centering synchronizing jugged conveyer of adjustable type biserial - Google Patents
One can the centering synchronizing jugged conveyer of adjustable type biserial Download PDFInfo
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- CN205820173U CN205820173U CN201620404445.0U CN201620404445U CN205820173U CN 205820173 U CN205820173 U CN 205820173U CN 201620404445 U CN201620404445 U CN 201620404445U CN 205820173 U CN205820173 U CN 205820173U
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Abstract
This utility model relate to one can the centering synchronizing jugged conveyer of adjustable type biserial, be a kind of vision-based detection for pcb board and the conveyer device of process equipment.Including conveying assembly, width adjusting assembly and base plate, described conveying assembly is arranged on four sliding seats of width adjusting assembly, and described width adjusting assembly is arranged on base plate.Described conveying assembly is made up of two row synchronous cog belts, and motor is rotated by hexagonal power transmission shaft synchronous pulley, it is achieved the transmission of belt.Width adjusting assembly is made up of two two-way ball-screws, drives reverse-flighted screw to rotate by sprocket wheel, chain, makes two nut adverse movements, it is achieved the centering width adjusting of two row conveyer belts.This utility model can regulate conveyer device width by shirtsleeve operation, to adapt to various sizes of pcb board, and pcb board can be carried out precise alignment, it is simple to detect and process.Improve production efficiency, save production cost.
Description
Technical field
This utility model relates to a kind of synchronizing jugged belt conveyor of biserial, specifically one and can centering adjustable type biserial synchronize
Profile of tooth conveyer.
Background technology
During the manufacturing of pcb board, wherein one procedure bond pad locations on visual system detection pcb board
Correctness.Detection operation is carried out in production line, i.e. pcb board need to transmit on a conveyor.The PCB when detection
Plate should be positioned at the central area of detection camera.Generally, detection camera is fixed, for various sizes of PCB
Plate is required for heart position in the detection.So conveyer not only needs to adapt to the conveying of different in width product, also should accomplish to keep
Product centering aligns.Existing biserial conveyer great majority can only accomplish unilateral width adjustment, it is impossible to accomplishes that the centering of product is defeated
Send, make product center be biased to side, cause detecting inaccurate.A kind of energy centering regulation conveyer, can solve PCB well
The plate align center problem when vision-based detection, can be effectively improved production efficiency.
Utility model content
The defect existed for prior art, the purpose of this utility model is to provide one and can centering adjustable type biserial synchronize
Profile of tooth conveyer, the detection for pcb board is processed.
For reaching above-mentioned purpose, the technical scheme that this utility model is used is:
One can the centering synchronizing jugged conveyer of adjustable type biserial, including conveying assembly, width adjusting assembly and base plate, institute
Stating conveying assembly to be arranged on four sliding seats of width adjusting assembly, described width adjusting assembly is arranged on base plate.
Described conveying assembly is by Timing Belt mounting assembly and drives assembly to form；Described Timing Belt mounting assembly is by two groups of phases
Same Timing Belt assembly composition, often group is used by section bar, upper cover plate, belt tray, synchronous cog belt, synchronous pulley, four tensionings
Idle pulley, two rollers, two pieces of side shields and belt wheel installing plate composition, described belt wheel installing plate is arranged on section bar, described synchronization
Belt wheel surrounding installs four tensioning idle pulleys, and two rollers are arranged on the two ends of section bar, by synchronous pulley and idle pulley and rolling
Wheel drives Synchronous Belt Drives, it is achieved the conveying of workpiece, and section bar top is provided with upper cover plate, and belt tray, both sides are installed in middle part
It is provided with side shield；Described driving assembly is by motor, motor mounting plate, shaft joint, ball bearing assembly, hexagonal power transmission shaft, transmission
Bearing housing and bearing composition, described synchronous pulley is arranged on ball bearing assembly, and ball bearing assembly is arranged on belt wheel peace
On dress plate, described hexagonal power transmission shaft passes synchronous pulley and ball bearing assembly, and one end is connected with motor shaft, separately by shaft coupling
One end, by transmission shafts bearing and bearings, connects two row Timing Belt mounting assembly, by driven by motor hexagonal drive axis,
Finally realize the transmission of synchronous cog belt.
Described width adjusting assembly is mainly by two guide pillars, actively reverse-flighted screw, driven reverse-flighted screw, bolt and nut, cunning
Dynamic seat, copper sheathing, active front end fixes seat, seat is fixed in driven front end, seat is fixed in rear end, sprocket wheel, installing plate, rocking handle and chain group
Becoming, seat is fixed by active front end in described guide pillar and actively reverse-flighted screw two ends and seat supporting is fixed in rear end, another root guide pillar and from
Dynamic reverse-flighted screw two ends are fixed seat by driven front end and seat supporting is fixed in rear end, and four fixing seats are respectively and fixedly installed to two pieces of peaces
On dress plate, guide pillar is fixing with the fixing seat at two ends to be connected, and two screw rods are connected by bearing with fixing seat, and guide pillar and active are the most two-way
Two sliding seats of installation the most placed in the middle in the middle of screw rod, driven reverse-flighted screw, four are respectively provided with four between sliding seat and screw rod
Identical bolt and nut, four are respectively provided with four identical copper sheathings, two sprocket wheel fixing peaces respectively between sliding seat and guide pillar
Being contained in actively reverse-flighted screw and driven reverse-flighted screw end, by chain drive, actively reverse-flighted screw front end is equipped with rocking handle, staff
Rotation crank, drives actively reverse-flighted screw to rotate, by the drive of bolt and nut, makes two sliding seat adverse movements, thus realize
Centering width adjustment, driven reverse-flighted screw front end is equipped with the locking device of screw rod width adjustment.
The locking device of described driven reverse-flighted screw front end is made up of spring, buckle, end cap, and spring is passed through in the end of buckle
Connecting end cap, be profile of tooth outside described buckle, endoporus is tetragon, and driven reverse-flighted screw front end is also tetragon, with card retaining ring
Closing, buckle embeds driven front end and fixes seat, it is achieved the locking of screw rod.
Owing to using technique scheme, this utility model has the advantage that
Tooth form synchronous belt and the transmission of bolt and nut, simple in construction, reliability is high.Centering width adjustment side simple to operate
Just.A set of equipment is applicable to the pcb board of different in width, saves manufacturing cost.
Accompanying drawing explanation
Fig. 1 is this utility model overall structure schematic diagram.
Fig. 2 is this utility model overall structure top view.
Fig. 3 is this utility model conveying assembly schematic diagram.
Fig. 4 is this utility model Timing Belt mounting assembly schematic diagram.
Fig. 5 is that this utility model drives component diagram.
Fig. 6 is that this utility model drives assemble cross-section.
Fig. 7 is this utility model width adjusting modular construction schematic diagram.
Fig. 8 is this utility model width adjusting assembly actively reverse-flighted screw structure sectional view.
Fig. 9 is this utility model width adjusting assembly guide pillar structure sectional view.
Figure 10 is this utility model width adjusting assembly driven reverse-flighted screw structure sectional view.
Figure 11 is this utility model width adjusting assembly driven reverse-flighted screw locking device structure schematic diagram.
Detailed description of the invention
Below in conjunction with the accompanying drawings, specific embodiment of the utility model is described further.
As depicted in figs. 1 and 2, one can the centering synchronizing jugged conveyer of adjustable type biserial, including conveying assembly 1, width
Adjusting part 2 and base plate 3, described conveying assembly 1 is arranged on four sliding seats 25 of width adjusting assembly 2, and described width is adjusted
Joint assembly 2 is arranged on base plate 3.
As shown in Fig. 3,4,5,6, described conveying assembly 1 is by Timing Belt mounting assembly 11 and drives assembly 12 to form；Described
Timing Belt mounting assembly 11 is made up of two groups of identical Timing Belt assemblies, and often group is by section bar 111, upper cover plate 112, belt tray
113, synchronous cog belt 114,115, four tensionings of synchronous pulley idle pulley 117, two pieces of side shields 118 of 116, two rollers and band
Wheel installing plate 119 forms, and described belt wheel installing plate 119 is arranged on section bar 111, and described synchronous pulley 115 surrounding installs four
Tensioning idle pulley 116, two rollers 117 are arranged on the two ends of section bar 111, by synchronous pulley 115 and idle pulley 116 and roller
117 drive synchronous cog belt 114 transmission, it is achieved the conveying of workpiece, and section bar 111 top is provided with upper cover plate 112, and belt is installed at middle part
Tray 113, both sides are provided with side shield 118；Described driving assembly 12 is by motor 121, motor mounting plate 122, shaft joint 123, rolling
Pearl bearing assembly 124, hexagonal power transmission shaft 125, transmission shafts bearing 126 and bearing 127 form, and described synchronous pulley 115 is installed
On ball bearing assembly 124, ball bearing assembly 124 is arranged on belt wheel installing plate 119, and described hexagonal power transmission shaft 125 is worn
Crossing synchronous pulley 115 and ball bearing assembly 124, one end is connected with motor 121 axle by shaft coupling 123, and the other end is by transmission
Bearing housing 126 and bearing 127 support, and connect two row Timing Belt mounting assembly 11, motor 121 drive hexagonal power transmission shaft 125
Rotate, finally realize the transmission of synchronous cog belt 114.
As shown in Fig. 7,8,9,10, described width adjusting assembly 2 mainly by two guide pillars 21, actively reverse-flighted screw 22, from
Dynamic reverse-flighted screw 23, bolt and nut 24, sliding seat 25, copper sheathing 26, active front end fixes seat 27, seat 28 is fixed in driven front end, after
The fixing seat 29 of end, sprocket wheel 30, installing plate 31, rocking handle 32 and chain 36 form, described guide pillar 21 and actively reverse-flighted screw 22 two ends
Being fixed seat 27 by active front end and rear end is fixed seat 29 and supported, another root guide pillar 21 and driven reverse-flighted screw 23 two ends are by before driven
The fixing seat 28 of end and rear end are fixed seat 29 and are supported, and four fixing seats are respectively and fixedly installed on two pieces of installing plates 31, guide pillar 21 with
The fixing seat at two ends is fixing to be connected, and two screw rods are connected by bearing with fixing seat, guide pillar 21 and active reverse-flighted screw 22, driven
The most placed in the middle in the middle of reverse-flighted screw 23 two sliding seats 25 are installed, be respectively provided with between four sliding seats 25 and screw rod four identical
Bolt and nut 24, be respectively provided with four identical copper sheathings 26 between four sliding seats 25 and guide pillar 21, two sprocket wheels 30 are respectively
It is fixedly mounted on actively reverse-flighted screw 22 and driven reverse-flighted screw 23 end, by chain 36 transmission, actively before reverse-flighted screw 22
Hold equipped with rocking handle 32, staff rotation crank 32, drive actively reverse-flighted screw 22 to rotate, by the drive of bolt and nut 24, make two
Sliding seat 25 adverse movement, thus realize centering width adjustment, driven reverse-flighted screw 23 front end is equipped with the lock of screw rod width adjustment
Determine device.
As shown in figure 11, the locking device of described driven reverse-flighted screw 23 front end is by spring 33, buckle 34, end cap 35 groups
Becoming, the end of buckle 34 connects end cap 35 by spring 33, is profile of tooth outside described buckle 34, and endoporus is tetragon, driven double
Also being tetragon to screw rod 23 front end, with buckle 34 fit, buckle 34 embeds driven front end and fixes seat 28, it is achieved the lock of screw rod
Fixed.
During specifically used, pcb board is positioned on two groups of synchronous cog belts 114, drives the drive of assembly 12, makes
PBC plate is with synchronous cog belt 114 onwards transmission, when moving to inspection center's point, stops transmission, detects, same after terminating
Step cog belt 114 continues to transmit with pcb board.When pcb board size changes, by the locking device of driven reverse-flighted screw 23 front end
Buckle 34 is extracted, and unlocks driven reverse-flighted screw 23, and staff rotates the rocking handle 32 of actively reverse-flighted screw 22 front end, makes actively two-way spiral shell
Bar 22 rotates, and by the drive of bolt and nut 24, makes two ends sliding seat 25 adverse movement, thus realizes centering width adjustment.Wide
Degree is after adjustment terminates, then buckle 34 is embedded driven front end fixes seat 28, locks driven reverse-flighted screw 23, completes conveyer device
Centering adjusts process.
In above-mentioned specific embodiments, described can the centering synchronizing jugged conveyer of adjustable type biserial except applying
In the detection operation of pcb board, it is possible to be applied in the various equipment needing width adjustment.
Claims (2)
1. one kind can the centering synchronizing jugged conveyer of adjustable type biserial, it is characterised in that: include conveying assembly (1), width adjusting
Assembly (2) and base plate (3), described conveying assembly (1) is arranged on four sliding seats (25) of width adjusting assembly (2), described
Width adjusting assembly (2) is arranged on base plate (3)；Described conveying assembly (1) is by Timing Belt mounting assembly (11) and drives assembly
(12) composition；Described Timing Belt mounting assembly (11) is made up of two groups of identical Timing Belt assemblies, often group by section bar (111), on
Cover plate (112), belt tray (113), synchronous cog belt (114), synchronous pulley (115), four tensioning idle pulleys (116), two
Individual roller (117), two pieces of side shields (118) and belt wheel installing plate (119) composition, described belt wheel installing plate (119) is arranged on type
On material (111), described synchronous pulley (115) surrounding installs four tensioning idle pulleys (116), and two rollers (117) are arranged on type
The two ends of material (111), drive synchronous cog belt (114) to pass by synchronous pulley (115) and idle pulley (116) and roller (117)
Dynamic, it is achieved the conveying of workpiece, section bar (111) top is provided with upper cover plate (112), and belt tray (113) is installed at middle part, and both sides are provided with
Side shield (118)；Described driving assembly (12) is by motor (121), motor mounting plate (122), shaft joint (123), ball bearing
Assembly (124), hexagonal power transmission shaft (125), transmission shafts bearing (126) and bearing (127) composition, described synchronous pulley (115)
Being arranged on ball bearing assembly (124), ball bearing assembly (124) is arranged on belt wheel installing plate (119), and described hexagonal passes
Moving axis (125) passes synchronous pulley (115) and ball bearing assembly (124), and one end is by shaft coupling (123) and motor (121)
Axle connects, and the other end is supported by transmission shafts bearing (126) and bearing (127), connects two row Timing Belt mounting assembly (11), by
Motor (121) drives hexagonal power transmission shaft (125) to rotate, and finally realizes the transmission of synchronous cog belt (114)；Described width adjusting group
Part (2) is main by two guide pillars (21), actively reverse-flighted screw (22), driven reverse-flighted screw (23), bolt and nut (24), sliding seat
(25), copper sheathing (26), active front end fixes seat (27), seat (28) is fixed in driven front end, seat (29) is fixed in rear end, sprocket wheel (30),
Before installing plate (31), rocking handle (32) and chain (36) composition, described guide pillar (21) and active reverse-flighted screw (22) two ends are by active
The fixing seat (27) of end and rear end are fixed seat (29) and are supported, and another root guide pillar (21) and driven reverse-flighted screw (23) two ends are by before driven
Seat (29) supporting is fixed in the fixing seat (28) of end and rear end, and four fixing seats are respectively and fixedly installed on two pieces of installing plates (31), lead
Post (21) is fixing with the fixing seat at two ends to be connected, and two screw rods are connected by bearing with fixing seat, and guide pillar (21) and active are the most two-way
Two sliding seats (25) of installation the most placed in the middle, four sliding seats (25) and screw rod in the middle of screw rod (22), driven reverse-flighted screw (23)
Between be respectively provided with four identical bolt and nuts (24), be respectively provided with four phases between four sliding seats (25) and guide pillar (21)
Same copper sheathing (26), two sprocket wheels (30) are respectively and fixedly installed to actively reverse-flighted screw (22) and driven reverse-flighted screw (23) end
End, by chain (36) transmission, actively reverse-flighted screw (22) front end is equipped with rocking handle (32), staff rotation crank (32), drives main
Dynamic reverse-flighted screw (22) rotates, and by the drive of bolt and nut (24), makes two sliding seats (25) adverse movement, thus realizes centering
Width adjustment, driven reverse-flighted screw (23) front end is equipped with the locking device of screw rod width adjustment.
The most according to claim 1 can the centering synchronizing jugged conveyer of adjustable type biserial, it is characterised in that: described driven double
Locking device to screw rod (23) front end is made up of spring (33), buckle (34), end cap (35), and bullet is passed through in the end of buckle (34)
Spring (33) connects end cap (35), and described buckle (34) outside is profile of tooth, and endoporus is tetragon, and driven reverse-flighted screw (23) front end is also
For tetragon, with buckle (34) fit, buckle (34) embeds driven front end and fixes seat (28), it is achieved the locking of screw rod.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620404445.0U CN205820173U (en) | 2016-05-07 | 2016-05-07 | One can the centering synchronizing jugged conveyer of adjustable type biserial |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620404445.0U CN205820173U (en) | 2016-05-07 | 2016-05-07 | One can the centering synchronizing jugged conveyer of adjustable type biserial |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205820173U true CN205820173U (en) | 2016-12-21 |
Family
ID=58148546
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620404445.0U Expired - Fee Related CN205820173U (en) | 2016-05-07 | 2016-05-07 | One can the centering synchronizing jugged conveyer of adjustable type biserial |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205820173U (en) |
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