CN207242760U - One kind automation double track wire body production module - Google Patents
One kind automation double track wire body production module Download PDFInfo
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- CN207242760U CN207242760U CN201721072946.4U CN201721072946U CN207242760U CN 207242760 U CN207242760 U CN 207242760U CN 201721072946 U CN201721072946 U CN 201721072946U CN 207242760 U CN207242760 U CN 207242760U
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Abstract
The utility model discloses a kind of automation double track wire body production module, automation double track wire body production module includes sequentially connected multiple double track connection platforms, the double track connection platform includes fixed frame, the first rail set for being used for conveying products or product parts being installed on fixed frame, the second rail set for being detected or processing for conveying products or product parts, for placing several movable plates of product or product parts, and be installed on fixed frame for the part flow arrangement that makes movable plate be moved between the first rail set and the second rail set.Automation double track wire body production module according to the present utility model can realize that transport, detection or processing to product or product parts, shunting etc. operate, highly practical, work efficiency is high.
Description
Technical field
It the utility model is related to field of machinery automation, more particularly to a kind of automation double track wire body production module.
Background technology
With the development of science and technology and the rising of human cost, manufacturing industry is sought for mechanization and automation, in the past 20 years,
Manufacturing industry is gradually researched and developed and realizes production automation using automatic production line.But present automatic production line generally only has
The standby conveying function to product or product parts, it is impossible to the product on automatic production line or product parts are operated,
And product or product parts can not be shunted, cause production line congestion, product or product parts mistakes and omissions, so as to cause
Production efficiency is low.
Utility model content
The purpose of this utility model is that, there is provided a kind of automation double track wire body production module with diverter function, and
The working position for being operated to product or product parts is additionally provided with the automation double track wire body production module.
The utility model is achieved through the following technical solutions：One kind automation double track wire body production module, the automation
Double track wire body production module includes sequentially connected multiple double track connection platforms, and the double track connection platform includes fixed frame, is installed on
Being detected for the first rail set of conveying products or product parts, for conveying products or product parts on fixed frame
Or the second rail set of processing, for placing several movable plates of product or product parts, and it is installed on fixed frame
For the part flow arrangement for making movable plate be moved between the first rail set and the second rail set.
Further as above-mentioned technical proposal is improved, and the both sides of the fixed frame are respectively equipped with feed side and exit side,
Be arranged in parallel the first fixed plate for being useful for the first rail set of installation and the second rail set, the second fixation on the fixed frame
Plate and the 3rd fixed plate.
Further as above-mentioned technical proposal is improved, and first rail set includes being used to that product or production will to be placed with
The movable plate of product part is transported on the first of exit side cyclic track component and for making movable plate from exit side from feed side
First time cyclic track component of feed side is circulated back to, first time cyclic track component is positioned at cyclic track group on first
The lower section of part.
Further as above-mentioned technical proposal is improved, and second rail set includes being used to that product or production will to be placed with
The movable plate of product part is transported to cyclic track component on the second of exit side from feed side；Cyclic track component on described second
On be provided with working position for processing or detecting product and product parts.
Further as above-mentioned technical proposal is improved, and the LCD screen for detecting LCD screen is provided with the working position and is examined
Survey device.
Further as above-mentioned technical proposal is improved, and the part flow arrangement includes being used for the lifting assembly for jacking up movable plate
With the first moving assembly and the second moving assembly for movable plate to be shifted, first moving assembly and the second movement
Component is installed on lifting assembly, and the lifting assembly is connected with fixed frame；First moving assembly is located at the first track
In device, second moving assembly is located in the second rail set.
Further as above-mentioned technical proposal is improved, and the part flow arrangement is provided with two groups, respectively positioned at the fixation
The feed side and exit side of frame.
Further as above-mentioned technical proposal is improved, and cyclic track component includes circulating electricity on first on described first
Machine, belt loop on first, circulate driving wheel, circulate belt loop on driven wheel and first on first on first；Wherein
Circulate circulation motor on driving wheel and first on first to be installed in the first fixed plate, belt loop is set on described first
On first circulate driving wheel on, on described first circulate driven wheel be installed on the second fixed plate on and with first delivery wheel
It is opposed；First time cyclic track component includes first time circulation guide rail, first time circulation drive belt and for driving
First time circulation drive motor of dynamic first time circulation drive belt shuttling movement, wherein, first time circulation guide rail is fixed on solid
Determine on frame, first time circulation drive belt is installed on first time circulation guide rail, and first time circulation drive motor is connected to first
One end of lower circulation drive belt.
Further as above-mentioned technical proposal is improved, on described second second described in cyclic track component on cyclic track
Component includes circulation motor on second, belt loop on second, driving wheel is circulated on second, driven wheel is circulated on second and the
Belt loop on two；Circulate circulation motor on driving wheel and second on wherein second to be installed in the 3rd fixed plate, described the
Belt loop is set on second and circulates on driving wheel on two, and driven wheel is circulated on described second and is installed in the second fixed plate
It is and opposed with second delivery wheel.
Further as above-mentioned technical proposal is improved, and the lifting assembly includes lifter plate, lifting cylinder, lifting guide pillar
With lifting guide sleeve；The lifting guide sleeve is installed on fixed frame, and the lifting guide pillar is threaded through in lifting guide sleeve, described
Lifting cylinder is installed on lifter plate, and the cylinder axis of the lifting cylinder are connected with fixed frame；The first moving assembly bag
Include the first movement installing plate, the first moving track, the first mobile motor, the first movement delivery wheel and the first movement transmission belt, institute
State the first movement installing plate with lifting guide pillar to be connected, first moving track is installed on upper, the institute of the first movement installing plate
State the first movement transmission belt to be set on the first movement delivery wheel, first mobile motor is installed on the first movement installing plate
On；Second moving assembly includes the second movement installing plate, the second moving track, the second mobile motor, the second movement conveying
Wheel and the second movement transmission belt, the second movement installing plate are connected with lifting guide pillar, and second moving track is installed on
Second moves the upper of installing plate, and the second movement transmission belt is set on the second movement delivery wheel, second mobile motor
On the second movement installing plate.
The beneficial effect of the utility model includes at least：In the automation double track wire body production module of the utility model, pass through
The first rail set on double track connection platform transports product or product parts, by the second rail set to product or production
Product part is detected or processes, and product or product parts is filled in the first rail set and the second track by part flow arrangement
Movement is shunted between putting；Producing module by the automation double track wire body of the utility model can realize to product or product
The operation such as transport, detection or the processing of part, shunting, it is highly practical, work efficiency is high.
Brief description of the drawings
Fig. 1 is the schematic perspective view according to the double track connection platform of the utility model embodiment；
Fig. 2 is the part isometric schematic diagram according to the double track connection platform of the utility model embodiment；
Fig. 3 is the schematic perspective view of the first rail set and the second rail set according to the utility model embodiment；
Fig. 4 is the schematic perspective view according to first time cyclic track component of the utility model embodiment；
Fig. 5 is the schematic perspective view according to the LCD screen testing agency of the utility model embodiment；
Fig. 6 is the schematic perspective view according to the positioning components of the utility model embodiment；
Fig. 7 is the schematic perspective view according to the upper electrical component and positioning components of the utility model embodiment；
Fig. 8 is the schematic perspective view according to the positioning component of the utility model embodiment；
Fig. 9 is the schematic perspective view according to the upset component of the utility model embodiment；
Figure 10 is the schematic side view according to the part flow arrangement of the utility model embodiment；
Figure 11 is the schematic perspective view according to the part flow arrangement of the utility model embodiment.
Embodiment
Below in conjunction with attached drawing in the embodiment of the utility model, the technical scheme in the embodiment of the utility model is carried out
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.The component of the utility model embodiment being usually described and illustrated herein in the accompanying drawings can be with a variety of configurations
To arrange and design.Therefore, below the detailed description of the embodiment of the utility model provided in the accompanying drawings is not intended to limit
The claimed the scope of the utility model of system, but it is merely representative of the selected embodiment of the utility model.It is new based on this practicality
The embodiment of type, those skilled in the art's all other embodiments obtained on the premise of creative work is not made,
It shall fall within the protection scope of the present invention.
As shown in Figure 1 to Figure 2, a kind of automation double track wire body production module includes sequentially connected multiple double track connection platforms
100, the double track connection platform 100 includes fixed frame 1, be used for conveying products or product parts the be installed on fixed frame 1
One rail set, for conveying products or product parts and the second rail set for being detected or processing, and for putting
Put several movable plates 13 of product or product parts；
Gauge 131 for storing product or product parts is installed, the gauge 131 is provided with the movable plate 13
For placing the installation space of product or product parts.The gauge 131 is designed according to the shape and size of product, is used for
Product or product parts are preferably housed in gauge 131, the gauge 131 can be arranged as required to installation space,
In the present embodiment, the gauge 131 is equipped with the installation space for being used for housing LCD screen.
The both sides of the fixed frame 1 are respectively equipped with feed side 11 and exit side 12, and it is solid that first is provided with the fixed frame 1
Fixed board 14, the second fixed plate 15 and the 3rd fixed plate 16, wherein the 3rd fixed plate 16 be divided to for two sections respectively positioned at fixed frame 1 into
Expect side 11 and exit side 12, be the LCD screen detection device 5 installed in working position 40 between two sections, by LCD screen detection device 5
Mounting bracket 51 is interlude.
The movable plate 13 that first rail set includes being used to that product or product parts will to be placed with is defeated from feed side 11
It is sent on the first of exit side 12 cyclic track component 2 and for making movable plate 13 be circulated back to feed side 11 from exit side 12
First time cyclic track component 3.
Refering to Fig. 3, cyclic track component 2 includes on first belt loop in circulation motor 21, first on described first
22nd, circulate on first and driven wheel 24 is circulated on driving wheel 23 and first.Circulate on wherein first and circulated on driving wheel 23 and first
Motor 21 is installed in the first fixed plate 14, and belt loop 22 is set on first and circulates on driving wheel 23 on described first,
It is in the second fixed plate 15 and opposed with circulating driving wheel 23 on described first that driven wheel 24 is circulated on described first.
Cyclic track component 2 is divided into three sections by feed side 11 to exit side 12 on described first, close to feed side 11
For cyclic track component 2 on first segment first, close to exit side 12 for the 3rd section first on cyclic track component 2, second
Cyclic track component 2 is located on first segment first cyclic track component 2 on cyclic track component 2 and the 3rd section first in section first
Between.When movable plate 13 circulates on first to be circulated on driving wheel 23 and first on driven wheel 24, electricity is circulated on first
Under the driving of machine 21, movable plate 13 is driven by circulation driving wheel 23 on first, is circulated on first and is followed on driving wheel 23 and first
Slided on ring driven wheel 24, be moved on the 3rd section first and circulate from cyclic track component 2 on the first segment first of feed side 11
Rail assembly 2.Specifically, on described three section first cyclic track component 2 by being followed in circulation motor 21, first on first
Belt loop 22 on driven wheel 24 and first is circulated on ring transmission belt 22, first on circulation driving wheel 23, first to form, wherein
Circulate circulation motor 21 on driving wheel 23 and first on first to be installed in the first fixed plate 14, belt loop on described first
22 be set on first circulate driving wheel 23 on, on described first circulate driven wheel 24 be installed on the second fixed plate 15 on and with institute
It is opposed to state circulation driving wheel 23 on first.Cyclic track component 2 passes through circulation motor on independent first on each section first
Circulation driving wheel 23 realizes the transport to movable plate 13 in the drive of belt loop 22 first on 21 and first, this to be independently arranged
Mode of movement make it that cyclic track component 2 is non-interference on three section first, it is possible to achieve cyclic track component 2 on every section first
Independent control, and can stop at any time, controllability is strong.Preferably, cyclic track component 2 and second segment on first segment first
Cyclic track component 2 is useful for the resistance for stopping the cyclic track component 2 on first segment first of movable plate 13 on first between installing
Block piece 25, the block piece 25 drive countercheck rod that movable plate 13 is blocked on first segment first and circulate rail by stop cylinder
At road component 2.
As shown in figure 4, first time cyclic track component 3 includes one group of first time circulation guide rail 31, first time circulation
Drive belt 32 and first time circulation drive motor 33 for driving first time circulation 32 shuttling movement of drive belt, its
In, first time circulation guide rail 31 is fixed on fixed frame 1, and first time circulation drive belt 32 is installed on first time circulation guide rail 31
On, first time circulation drive motor 33 is connected to one end of first time circulation drive belt 32；When movable plate 13 is located under first
When circulating on drive belt 32, under the driving that first time circulates drive motor 33, movable plate 13 drives skin by first time circulation
Band 32 drives, and is slided along two first time circulation guide rails 31.When movable plate 13 is along sequentially connected several double track connection platforms 100
When cyclic track component 2 is moved to cyclic track component 2 on the first of last double track connection platform 100 on first, then from most
The latter double track connection platform 100 is circulated back to first pair by first time cyclic track component 3 of each double track connection platform 100
Rail connection platform 100, so that the loopy moving on several sequentially connected double track connection platforms 100 of movable plate 13, realizes product
Or continuous installation, detection and the production of product parts.
Refering to Fig. 3, second rail set include being used for being placed with the movable plate 13 of product or product parts from into
Material side 11 is transported on the second of exit side 12 cyclic track component 4 and is arranged on second to be used on cyclic track component 4
Processing or the working position 40 of detection product and product parts.
On described second second described in cyclic track component 4 on cyclic track component 4 include circulation motor 41, the on second
Circulated on two on belt loop 42, second and driven wheel 44 is circulated on driving wheel 43 and second.Driving wheel is circulated on wherein second
Circulation motor 41 is installed in the 3rd fixed plate 16 on 43 and second, and belt loop 42 is set on second and follows on described second
Driven wheel 44 is circulated on ring driving wheel 43, on described second to be installed in the second fixed plate 15 and with circulating actively on described second
Wheel 43 it is opposed.
Cyclic track component 4 is divided into three sections by feed side 11 to exit side 12 on described second, close to feed side 11
For cyclic track component 4 on first segment second, close to exit side 12 for the 3rd section second on cyclic track component 4, second
Cyclic track component 4 is located on first segment second cyclic track component 4 on cyclic track component 4 and the 3rd section second in section second
Between, cyclic track component 4 is arranged on the working position 40 on the second segment second.Specifically, described three sections
Cyclic track component 4 on belt loop 42, second in circulation motor 41, second on second by circulating driving wheel on second
43rd, circulate belt loop 42 on driven wheel 44 and second on second to form, 4 He of cyclic track component wherein on first segment second
Circulation motor 41 on driving wheel 43 and second is circulated on 3rd section second on the second of cyclic track component 4 and is installed on the 3rd fixation
Circulation motor 41 on driving wheel 43 and second is circulated on the second of cyclic track component 4 be located at peace on plate 16, on second segment second
On the mounting bracket 51 of the LCD screen detection device 5 of working position 40, belt loop 42 is set on second and follows on described second
Driven wheel 44 is circulated on ring driving wheel 43, on described second to be installed in the second fixed plate 15 and with circulating actively on described second
Wheel 43 it is opposed.Cyclic track component 4 in circulation motor 41 and second on independent second by circulating on each section second
Circulation driving wheel 43 realizes the transport to movable plate 13 in the drive of transmission belt 42 second, and this independently arranged mode of movement causes
Cyclic track component 4 is non-interference on three section second, it is possible to achieve the independent control of cyclic track component 4 on every section second, and
It can stop at any time, controllability is strong.
Refering to Fig. 1 and Fig. 2, in the present embodiment, the LCD screen for detecting LCD screen is provided with the working position 40
Detection device 5, it is to be understood that the working position 40 is not limited in installing LCD screen detection device 5, the working position 40
On other processing or detection module can also be installed.
As shown in figure 5, the LCD screen detection device 5 is used to be detected the LCD screen being placed in gauge 131, it is described
LCD screen detection device 5 includes mounting bracket 51, upper electrical component 53, the positioning components 52 for adjusting upper 53 position of electrical component, is used for
The positioning component 54 positioned to movable plate 13, for the upset component 55 of lifting, the positioning components 52 are installed on installation
On frame 51, the upper electrical component 53 is installed on positioning components 52, the upset component 55 and positioning component 54 and mounting bracket 51
It is connected.The LCD screen detection device 5 is installed in working position 40 by mounting bracket 51, and the mounting bracket 51 is turned by installation
Axis 511 is connected with fixed frame 1, and the mounting bracket 51 can be relatively fixed frame 1 around the installation shaft 511 and be rotated.
As shown in fig. 6, the positioning components 52 include being used for the X-axis moving assembly 521 for adjusting electrical component 53X shaft positions
With the Y-axis moving assembly 522 for adjusting upper electrical component 53Y shaft positions, the X-axis moving assembly 521 is installed on Y-axis movement group
On part 522, the Y-axis moving assembly 522 is installed on mounting bracket 51.The Y-axis moving assembly 522 includes Y-axis mobile motor
5221st, Y-axis moving guide rail 5222, Y-axis movement screw 5223 and Y-axis moving plate 5224；The Y-axis mobile motor 5221 and Y-axis
Moving guide rail 5222 is fixed on the mounting bracket 51, the Y-axis moving plate 5224 be set in Y-axis movement screw 5223 on and with
Y-axis moving guide rail 5222 is connected；The Y-axis moving assembly 522 drives Y-axis to move screw by Y-axis mobile motor 5221
5223 rotate so as to drive Y-axis moving plate 5224 to be moved on Y-axis moving guide rail 5222 along Y direction.The X-axis moving assembly
521 include X-axis mobile motor 5211, X-axis moving guide rail 5212, X-axis movement screw 5213 and X-axis moving plate 5214；The X-axis
Mobile motor 5211 and X-axis moving guide rail 5212 are fixed in the Y-axis moving plate 5224, and the X-axis moving plate 5214 is arranged
It is connected on X-axis movement screw 5213 and with X-axis moving guide rail 5212, the upper electrical component 53 and the X-axis moving plate
5214 are connected；The X-axis moving assembly 521 drives X-axis to move screw 5213 and rotates so as to band by X-axis mobile motor 5211
Dynamic X-axis moving plate 5214 and upper electrical component 53 move on X-axis moving guide rail 5212 along X-direction.According to different LCD screens
Upper electric position is different, and the position of upper electrical component 53 is adjusted by positioning components 52.
As shown in fig. 7, the upper electrical component 53 includes powering on cylinder 531, upper battery plate 532, the cylinder 531 that powers on is installed
In X-axis moving plate 5214, the upper battery plate 532 is connected with powering on the cylinder axis of cylinder 531；Set on the upper battery plate 532
The hard contact for being contacted with LCD screen winding displacement is equipped with, LCD screen is powered and is believed by hard contact and winding displacement
Number input.The upper electrical component 53 is further included for the hard contact on LCD screen winding displacement and upper battery plate 532 to be pressed so that two
Person contacts close press part 533, and the press part 533 is by pressing installing plate 534 on mounting bracket 51, the pressing
There are multiple mounting holes for being used to install press part 533 on installing plate 534, the press part 533 can be according to the position of upper battery plate 532
Installation site is changed in the change put, it is possible thereby to coordinate positioning components 52.
As shown in figure 8, the positioning component 54 includes positioning plate 541, positioning column 542, positioning and guiding set 543, positioning gas
Cylinder 544；The positioning cylinder 544 is installed on positioning plate 541, and the cylinder axis of the positioning cylinder 544 are connected with mounting bracket 51
Connect；The positioning and guiding set 543 is installed on mounting bracket 51；The positioning column 542, which is connected and is threaded through with positioning plate 541, to be determined
In the guide sleeve 543 of position；The positioning component 54 drives the movement of positioning plate 541 fixed so as to drive by the contraction of positioning cylinder 544
Positioning column 542 on the plate 541 of position is moved, and the positioning to movable plate 13 is realized by positioning column 542.
As shown in figure 9, the upset component 55 includes upset mounting bracket 551, upset motor 552, turning rod 553, upset
Roller 554 and upset damper 555, the upset mounting bracket 551 are located at the side of mounting bracket 51, the upset mounting bracket 551
On fixed frame 1, the upset motor 552 is installed on upset mounting bracket 551, and the upset motor 552 is synchronous electricity
Machine, is provided with synchronizing wheel 556 on the motor shaft of the upset motor 552；The turning rod 553 is by overturning shaft 557 and peace
51 are shelved to be connected, 553 side of turning rod is provided with the latch being engaged with 556 phase of synchronizing wheel, the turning rod 553 it is another
Side is in contact with upset roller 554；The upset roller 554 is installed on upset mounting bracket 551 by a connecting rod 558
On, the upset roller 554 is in contact with turning rod 553；The upset damper 555 is in contact with connecting rod 558, by turning over
Turn damper 555 so that upset roller 554 is in contact with turning rod 553 all the time, from there through upset damper 555 and upset rolling
Wheel 554 is so that turning rod 553 will not be subjected to displacement.There is inclination angle, the inclination angle between the turning rod 553 and mounting bracket 51
Upset motor 552 is enabled to drive 553 movement of turning rod to allow mounting bracket 51 to be rotated around installation shaft 511.The upset damping
The various dampers that device is well known to those skilled in the art, as long as can realize that the damper of above-mentioned function may be applicable to this
Utility model.
Positioning components 52 are first passed through before being detected for a kind of LCD screen to be adjusted the position of upper electrical component 53,
So that upper battery plate 532 can just be in contact with the winding displacement of LCD screen, further according to upper battery plate 532 position to the peace of press part 533
Holding position is adjusted.Movable plate 13 is moved in LCD screen detection device 5 by cyclic track component 4 on second, positioning cylinder
544 movements drive positioning column 542 to position movable plate 13, power on cylinder 531 and drive upper battery plate 532 to rise so that upper battery plate
Hard contact on 532 is in contact with the winding displacement of LCD screen, afterwards turns over motor 552 and drives turning rod 553 to move so that mounting bracket
51 rotate around installation shaft 511 so that LCD screen detection device 5 and movable plate 13 in LCD screen detection device 5 are from the
On two in cyclic track component 4 upset enable artificial sight easily it was observed that LCD screen situation (such as brightness, whether
Have bad point, slight crack etc.), then by manual operation press part 533 by the hard contact pressure on LCD screen winding displacement and upper battery plate 532
Close, avoid because contact problems cause to detect mistake, then upper electrical component 53 is powered on by manually observing LCD screen.
As shown in Figure 10 to Figure 11, the double track connection platform 100 is further included for making movable plate 13 circulate rail on first
The part flow arrangement 6 moved on road component 2 and second between cyclic track component 4, the part flow arrangement 6 include being used to jack up movement
The lifting assembly 61 of plate 13 and the first moving assembly 62 and the second moving assembly 63 for movable plate 13 to be shifted, it is described
First moving assembly 62 and the second moving assembly 63 are installed on lifting assembly 61, and the lifting assembly 61 is connected with fixed frame 1
Connect.The part flow arrangement 6 is provided with two groups, respectively positioned at feed side 11 and exit side 12.
The lifting assembly 61 includes lifter plate 611, lifting cylinder 612, lifting guide pillar 613 and lifting guide sleeve 614；Institute
Lifting guide sleeve 614 is stated to be installed on fixed frame 1；The lifting guide pillar 613 is threaded through in lifting guide sleeve 614, the lifting
With being fixed on lifter plate 611, the other end is connected with the first moving assembly 62 and the second moving assembly 63 for one end of guide rod 613
Connect；The lifting cylinder 612 is installed on lifter plate 611, and the cylinder axis of the lifting cylinder 612 are connected with fixed frame 1.Tool
Body, the lifting guide pillar 613 is provided with four corners for being separately mounted to lifter plate 611, wherein two and the first movement group
Part 62 is connected, and in addition two are connected with the second moving assembly 63.
First moving assembly 62 is on first in cyclic track component 2, and second moving assembly 63 is positioned at the
On two in cyclic track component 4.The conveying direction of first moving assembly, 62 and second moving assembly 63 on first with circulating
The conveying direction of cyclic track component 4 is mutually perpendicular on rail assembly 2 and second.
First moving assembly 62 includes the first movement installing plate 621, the first moving track 622, the first mobile motor
623rd, the first movement delivery wheel 624 and first moves transmission belt 625, the first movement installing plate 621 and 613 phase of lifting guide pillar
Connection, first moving track 622 are installed on the both sides of the first movement installing plate 621,625 sets of the transmission belt of the first movement
It is located on the first movement delivery wheel 624, first mobile motor 623 is installed on the by the first mobile motor mounting base 626
On one movement installing plate 621, first moving assembly 62 drives the first movement transmission belt 625 by the first mobile motor 623
Movable plate 13 is delivered to the second moving assembly 63 with the first movement delivery wheel 624 or the second moving assembly 63 is conveyed what is come
Movable plate 13 is moved to the first moving assembly 62.
Second moving assembly 63 includes the second movement installing plate 631, the second moving track 632, the second mobile motor
633rd, the second movement delivery wheel 634 and second moves transmission belt 635, the second movement installing plate 631 and 613 phase of lifting guide pillar
Connection, second moving track 632 are installed on the both sides of the second movement installing plate 631,635 sets of the transmission belt of the second movement
It is located on the second movement delivery wheel 634, second mobile motor 633 is installed on the by the second mobile motor mounting base 636
On two movement installing plates 631, second moving assembly 63 drives the second movement transmission belt 635 by the second mobile motor 633
Movable plate 13 is delivered to the first moving assembly 62 with the second movement delivery wheel 634 or the first moving assembly 62 is conveyed what is come
Movable plate 13 is moved to the second moving assembly 63.
The part flow arrangement 6, which will first pass through lifting assembly 61, to circulate rail on cyclic track component 2 or the second on first
Movable plate 13 on road component 4 jacks up, and movable plate 13 is moved the movement delivery wheel 634 of delivery wheel 624 or second with first and connects
Touch, then movable plate 13 is delivered on first and circulates rail by the first moving assembly 62 and 63 associated movement of the second moving assembly
Cyclic track component 4, realizes triage operator on road component 2 or the second.
The specific working mode of the automation double track wire body production module of the present embodiment is as follows：The movable plate 13 is from charging
Side 11 is transported on first on cyclic track component 2 and then is followed by being delivered to positioned at the part flow arrangement 6 of feed side 11 on second
Loop orbit component 4, is then delivered to LCD screen detection device 5 by cyclic track component 4 on first segment second, if being detected in LCD screen
2 feed side 11 of cyclic track component is fed then directly by cyclic track component 2 on first again on first when device 5 is worked
It is delivered on the first of the feed side 11 of next double track connection platform 100 on cyclic track component 2, LCD screen detection device 5 is right
The movable plate 13 is transported to exit side 12 by cyclic track component 4 on second after LCD screen detection on movable plate 13 is completed, then
By next double track connection platform is delivered on first on cyclic track component 2 and is sent to positioned at the part flow arrangement 6 of exit side 12
100, the part flow arrangement 6 if cyclic track component 2 is fed again at this time first positioned at feed side 11 can be transported to the
On two on cyclic track component 4, so circulation.It is exactly in simple terms, when the LCD screen detection on second on cyclic track component 4
When device 5 is idle, movable plate 13 will be sent to cyclic track component 4 on second and carried out positioned at the part flow arrangement 6 of feed side 11
Detection, when the LCD screen detection device 5 on second on cyclic track component 4 at work, positioned at the part flow arrangement 6 of feed side 11
Movable plate 13 will be sent to next double track connection platform 100, when thus we can detect required by calculating LCD screen
Between and the business of time interval of charging the quantity of double track connection platform 100 is set, so as to fulfill the seamless connection between station, example
Such as：The time interval of the charging of double track connection platform 100 is 5S, and it is 15S that LCD screen, which detects the required time, and so we can be with
3 groups of double track connection platforms 100 for being used for LCD screen detection are set gradually, are installed setting other equipment or working position 40 afterwards
There is the double track connection platform 100 of other devices, it is possible thereby to greatly improve work efficiency.
In the description of the utility model, it is to be understood that term " first ", " second " etc. are only used for description purpose,
And it is not intended that instruction or hint relative importance.For the ordinary skill in the art, can be managed with concrete condition
Solve concrete meaning of the above-mentioned term in the utility model.In addition, in the description of the utility model, it is unless otherwise indicated, " more
It is a " it is meant that two or more.
While there has been shown and described that the embodiment of the utility model, it will be understood by those skilled in the art that：
These embodiments can be carried out with a variety of changes, modification in the case where not departing from the principle and objective of the utility model, replaced
And modification, the scope of the utility model are limited by claim and its equivalent.
Claims (10)
1. one kind automation double track wire body production module, it is characterised in that the automation double track wire body production module include according to
Multiple double track connection platforms of secondary connection, the double track connection platform include fixed frame, are installed on fixed frame and are used for conveying products
Or the first rail set, the second rail set that is detected or processes for conveying products or product parts of product parts,
For placing several movable plates of product or product parts, and be installed on fixed frame be used for make movable plate in the first track
The part flow arrangement moved between device and the second rail set.
2. automation double track wire body production module according to claim 1, it is characterised in that the both sides of the fixed frame point
Not She You feed side and exit side, be arranged in parallel on the fixed frame and be useful for the first rail set of installation and the second rail set
The first fixed plate, the second fixed plate and the 3rd fixed plate.
3. automation double track wire body production module according to claim 2, it is characterised in that the first rail set bag
Include for the movable plate for being placed with product or product parts to be transported to cyclic track component on the first of exit side from feed side
With for making movable plate be circulated back to from exit side first time cyclic track component of feed side, first time cyclic track group
Part is positioned at the lower section of cyclic track component on first.
4. automation double track wire body production module according to claim 2, it is characterised in that the second rail set bag
Include for the movable plate for being placed with product or product parts to be transported to cyclic track component on the second of exit side from feed side；
The working position for processing or detecting product and product parts is provided with described second on cyclic track component.
5. automation double track wire body production module according to claim 4, it is characterised in that be provided with the working position
For detecting the LCD screen detection device of LCD screen.
6. automation double track wire body production module according to claim 2, it is characterised in that the part flow arrangement includes using
It is described in the lifting assembly and the first moving assembly and the second moving assembly for movable plate to be shifted that jack up movable plate
First moving assembly and the second moving assembly are installed on lifting assembly, and the lifting assembly is connected with fixed frame；Described
One moving assembly is located in the first rail set, and second moving assembly is located in the second rail set.
7. automation double track wire body production module according to claim 6, it is characterised in that the part flow arrangement is provided with
Two groups, respectively positioned at the feed side and exit side of the fixed frame.
8. automation double track wire body production module according to claim 3, it is characterised in that cyclic track on described first
Component includes circulation motor on first, belt loop on first, driving wheel is circulated on first, driven wheel is circulated on first and the
Belt loop on one；Circulate circulation motor on driving wheel and first on wherein first to be installed in the first fixed plate, described the
Belt loop is set on first and circulates on driving wheel on one, and driven wheel is circulated on described first and is installed in the second fixed plate
It is and opposed with circulating driving wheel on described first；First time cyclic track component includes first time circulation guide rail, first
Lower circulation drive belt and first time circulation drive motor for driving first time circulation drive belt shuttling movement, its
In, first time circulation guide rail is fixed on fixed frame, and first time circulation drive belt is installed on first time circulation guide rail, and first
Lower circulation drive motor is connected to one end of first time circulation drive belt.
9. automation double track wire body production module according to claim 4, it is characterised in that cyclic track on described second
Cyclic track component includes circulation motor on second, belt loop on second, is circulated actively on second on second described in component
Take turns, belt loop on driven wheel and second is circulated on second；Circulation motor peace on driving wheel and second is circulated on wherein second
In the 3rd fixed plate, belt loop is set on second and circulates on driving wheel on described second, is circulated on described second
Driven wheel is in the second fixed plate and opposed with circulating driving wheel on described second.
10. automation double track wire body production module according to claim 6, it is characterised in that the lifting assembly includes
Lifter plate, lifting cylinder, lifting guide pillar and lifting guide sleeve；The lifting guide sleeve is installed on fixed frame, and the lifting is led
Bar is threaded through in lifting guide sleeve, and the lifting cylinder is installed on lifter plate, the cylinder axis and fixed frame of the lifting cylinder
It is connected；First moving assembly includes the first movement installing plate, the first moving track, the first mobile motor, the first movement
Delivery wheel and the first movement transmission belt, the first movement installing plate are connected with lifting guide pillar, the first moving track peace
Mounted in the upper of the first movement installing plate, the first movement transmission belt is set on the first movement delivery wheel, first movement
Motor is installed on the first movement installing plate；Second moving assembly includes the second movement installing plate, the second moving track, the
Two mobile motors, the second movement delivery wheel and the second movement transmission belt, the second movement installing plate are connected with lifting guide pillar,
Second moving track is installed on the upper of the second movement installing plate, and the second movement transmission belt is set in the second movement conveying
On wheel, second mobile motor is installed on the second movement installing plate.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721072946.4U CN207242760U (en) | 2017-08-25 | 2017-08-25 | One kind automation double track wire body production module |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721072946.4U CN207242760U (en) | 2017-08-25 | 2017-08-25 | One kind automation double track wire body production module |
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| Publication Number | Publication Date |
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| CN207242760U true CN207242760U (en) | 2018-04-17 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111762526A (en) * | 2020-07-24 | 2020-10-13 | 沈继华 | Building steel conveyer of unloading in order fast |
-
2017
- 2017-08-25 CN CN201721072946.4U patent/CN207242760U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111762526A (en) * | 2020-07-24 | 2020-10-13 | 沈继华 | Building steel conveyer of unloading in order fast |
| CN111762526B (en) * | 2020-07-24 | 2021-03-02 | 安徽泽祤市政工程有限公司 | Building steel conveyer of unloading in order fast |
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