CN107219106B - I-shaped module automatic sample machine for waterproof roll detection - Google Patents
I-shaped module automatic sample machine for waterproof roll detection Download PDFInfo
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- CN107219106B CN107219106B CN201710407143.8A CN201710407143A CN107219106B CN 107219106 B CN107219106 B CN 107219106B CN 201710407143 A CN201710407143 A CN 201710407143A CN 107219106 B CN107219106 B CN 107219106B
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N1/00—Sampling; Preparing specimens for investigation
- G01N1/28—Preparing specimens for investigation including physical details of (bio-)chemical methods covered elsewhere, e.g. G01N33/50, C12Q
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N1/00—Sampling; Preparing specimens for investigation
- G01N1/28—Preparing specimens for investigation including physical details of (bio-)chemical methods covered elsewhere, e.g. G01N33/50, C12Q
- G01N1/34—Purifying; Cleaning
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Abstract
The present invention relates to the I-shaped module automatic sample machines detected for waterproof roll comprising rack；Carrier；Transfer device；Cleaning device；Film sticking apparatus；Transmission mechanism；Glass transfer device takes out two blocks of sheet glass every time from transfer device and resets after transferring to locating clip, and the side after the cleaning of two of them sheet glass is fitted on the opposite flank of two T-shaped mould block vertical portions, and forms the model of sealant fill area；Automatic gluing device；Guide groove；Sandwich；Wherein model can be transferred in guide groove and reset by locating clip, with increase newly into model contradict so that model is gradually pushed to below automatic gluing device.The present invention is capable of the forming process of automatic and mass completion I-shaped module, and the cleaning of sheet glass is operated without human contact, it is ensured that the health and safety of human body, simultaneously, the loading of sealant be it is quantitative, reduce the waste of sealant, strike off operation convenient for subsequent sealant.
Description
Technical field
The invention belongs to waterproof roll testing equipment fields, and in particular to a kind of I-shaped pattern for waterproof roll detection
Block automatic sample machine.
Background technique
Currently, the scope of application of sealant is more and more wider, usage amount is more and more, the sealing for needing to carry out every year accordingly
Glue amount detection is also more and more.The conventional detection of sealant, which is typically necessary, to be carried out preparing I-shaped module, should referring to attached drawing 1
I-shaped module includes the horizontally disposed sheet glass 1 ' of two panels, the sealant 2 ' being bonded between two sheet glass 1 ', wherein sealing
Middle part of the glue 2 ' between two sheets 1 '.
However, being convenient for the molding of I-shaped module, use common forming module for T font module 3 ', wherein T font module
3 ' are located at the two sides of two sheets 1 ', and vertical portion 30 ' is folded between two sheets 1 ', and horizontal part 31 ' is resisted against two panels
The opposite exterior lateral sides side of sheet glass 1 ', two form cavity between vertical portion 30 ' and sheets 1 ', are then filling into cavity
Sealant 2 ' after waiting 2 ' coagulation forming of sealants, then by the dismounting of T font module 3 ', completes the molding of I-shaped module.
Obviously, if above-mentioned I-shaped module is that pure preparation by hand is talked about, preparation process is had high labor costs, and I-shaped after molding
The quality of module it is difficult to ensure that, directly mutually linked up with the accuracy of late detection result, meanwhile, during the preparation process, also need
The face of 1 ' joint sealant 2 ' of two sheets is cleaned, and detergent is all organic solvent, then Long Term Contact meeting
The health of human body is damaged, then, sealant is also manual filling, and loading is difficult to grasp, and be easy to cause excess, no
It only causes the use of sealant to waste, but also will increase the intensity that subsequent sealant strikes off operation.
In addition, being related to the demoulding problem after sealant 2 ' solidifies, it is difficult do not damaging sealant 2 ' and T font module 3 '
Under the premise of by T font module 3 ' remove.
Summary of the invention
It is a kind of completely new for waterproof roll the technical problem to be solved by the present invention is to overcome the deficiencies of the prior art and provide
The I-shaped module automatic sample machine of material detection is capable of the forming process of automatic and mass completion I-shaped module, glass
The cleaning of piece is operated without human contact, it is ensured that the health and safety of human body, meanwhile, the loading of sealant is quantitative, reduction
The waste of sealant strikes off operation convenient for subsequent sealant, and structure is simple, easy to implement and at low cost.
In order to solve the above technical problems, the present invention adopts the following technical scheme that:
A kind of I-shaped module automatic sample machine for waterproof roll detection comprising
Rack；
Carrier, for being cascading sheet glass；
Transfer device, be located at rack left end and be in carrier lower section, and its can piecewise by sheet glass to the right
Transmitting；
Cleaning device is located at the right side of carrier and is in the top of transfer device, and it can be on transfer device
It is cleaned the upper surface of each block of sheet glass；
Wrap up one layer of isolation film in the vertical portion of film sticking apparatus, the T-shaped mould block that can will constitute sealant fill area automatically；
Transmission mechanism is used to drive to the T-shaped mould block for being enclosed with isolation film in locating clip, and can voluntarily return multiple
Position, wherein end where isolation film is oppositely arranged；
Glass transfer device takes out two blocks of sheet glass every time from transfer device and transfers to after the locating clip certainly
Row, which returns, to be resetted, and the side after the cleaning of two of them sheet glass is fitted on the opposite flank of two T-shaped mould block vertical portions, and shape
At the model of sealant fill area；
Automatic gluing device is located at the right part of rack, and can quantitatively fill from trend sealant fill area
Sealant；
Guide groove extends to the right along the length direction of rack and is located at the lower section of automatic gluing device；
Sandwich is located at the rear of automatic gluing device, sealing that can be extra by the filled top of model
Glue strikes off；
Wherein model can be transferred in guide groove and be returned reset by locating clip, be set per two adjacent models are inconsistent
Set, and with increase newly into model contradict so that model is gradually to push below the automatic gluing device.
Preferably, transfer device includes endless belt conveyer, driving mechanism and is evenly distributed on endless belt conveyer periphery and energy
It is enough to hook up the shifting part that sheet glass is driven to the right piecewise from carrier bottom.
Specifically, shifting part includes the support plate being fitted on endless belt conveyer, the shift plate positioned at support plate side, wherein
Shift plate and support plate form right angle hook, and when endless belt conveyer transmits sheet glass, right angle hook can piecewise will be in carrier
Sheet glass is hooked up and is transmitted to the right.
Meanwhile it being equipped with the protrusion that multiple tops flush on the supporting plate, sheet glass is erected in protrusion.Not only facilitate subsequent
Transmission, and the damage of sheet glass can be reduced.
Further, the height of shift plate is less than or equal to the thickness of sheet glass from the height that protrusion upwardly extends.To just
It hooks up and transmits in accurately.
A specific implementation according to the present invention and preferred aspect, cleaning device include the cleaning being spaced apart from left to right
Head, the liquid supplying device for supplying cleaning solution and water to cleaning head respectively, wherein the cleaning head of connection cleaning solution is located at the clear of connection water
Detergent is first coated in the left side of clean head, is then rinsed in clear water, to remove the spot that sheet glass waits for bonding plane, it is ensured that sealing
The cementability of glue and sheet glass.
Preferably, cleaning device further includes the right side for being located at cleaning head and the wind that Quick-air-drying can be carried out to glass surface
Dry mechanism.It prevents water or detergent from remaining, influences subsequent glueability.
A specific implementation according to the present invention and preferred aspect, film sticking apparatus include the automatic cutter structure of isolation film；T
The continuous feeding mechanism of pattern block；Positioning mechanism for taking out T-shaped mould block one by one from continuous feeding mechanism and positioning；For
Driving automatic cutter structure is drawn close to T-shaped mould block and to cut the top that rear isolation film section is fitted in T-shaped mould block vertical portion end
The top-pushing mechanism in face, bottom surface and end face；And the isolation film for the T-shaped mould block vertical portion two sides that can be used in emerging respectively along
Outer side edges inwardly strike off so that isolation film fitting on opposite sides scrape plate.
Preferably, automatic cutter structure includes two groups of settings apart from top to bottom and can be realized the isolation film and continuously provide
Cut component, wherein every group cut component include wheel carrier, positioned at wheel carrier upper and lower end parts packing wheel, can be compressed into wheel carrier
The fast pulley of isolation film, the isolation film of compression can be cut off cut part and be used to control the fast pulley and compress or pine
The control unit for opening the isolation film, when isolation film cuts from one of them packing wheel of component, fast pulley, cuts part, packaging
When wheel is across packing wheel, the fast pulley for cutting component to another, two groups of fast pulleys for cutting component compress isolation film, cut part
Isolation film is cut into section, and under the work of described control unit, positioned at nearest described solid in the both ends of this section of isolation film
Fixed wheel is in releasing orientation, and other fast pulleys are still within impaction state；After the completion of a T-shaped mould block wraps up,
Component will be cut described in two to replace up and down, by being in the fast pulley upward displacement of impaction state, while isolation film successively being passed through
It crosses the underlying packing wheel for cutting component, fast pulley, cut part, packing wheel, then described cut by underlying
Isolation film is cut into section by the part that cuts of component, completes the continuous feeding of isolation film.
Specifically, there are two every group of fast pulleys for cutting component, and be arranged close to the packing wheel of upper and lower end parts, cut part position
Between two fast pulleys, and it is located at the middle part of wheel carrier.
Preferably, the symmetrical setting of plate is scraped, and including that can move inward along the length direction of T-shaped mould block vertical portion
Slide, the flexible rubber scraper plate that is arranged on slide, when striking off, slide is moved along the length direction of T-shaped mould block vertical portion
Dynamic, flexible rubber scraper plate strikes off isolation film to T-shaped mould block vertical portion two sides from the outer side edges of T-shaped mould block vertical portion, so that every
It is fitted on T-shaped mould block from film.
Preferably, isolation film is raw material band, and the material of T-shaped mould block is wood.
In addition, glass transfer device includes the sucker for being capable of providing positive pressure and negative pressure, driving sucker rotation so that sheet glass
The rotating mechanism of vertical state is gone to, for driving sucker and rotating mechanism to rise up and down along vertical direction together from horizontality
The elevating mechanism of drop.
Due to the implementation of above technical scheme, the invention has the following advantages over the prior art:
The present invention is capable of the forming process of automatic and mass completion I-shaped module, and the cleaning of sheet glass connects without personnel
Touching operation, it is ensured that the health and safety of human body, meanwhile, the loading of sealant be it is quantitative, the waste of sealant is reduced, after being convenient for
Continuous sealant strikes off operation, and structure is simple, easy to implement, and at low cost.
Detailed description of the invention
The present invention will be further described in detail with specific embodiment with reference to the accompanying drawing.
Model schematic when Fig. 1 is I-shaped module molding of the invention；
Fig. 2 is the schematic front view of I-shaped module automatic sample machine of the invention；
Fig. 3 is the structural schematic diagram of T-shaped mould block continuous feeding mechanism of the present invention；
Fig. 4 is status diagram when T-shaped mould block of the present invention takes out from continuous feeding machine；
Fig. 5 is the structural schematic diagram that T-shaped mould block of the present invention wraps up raw material band；
Fig. 6 is the structural schematic diagram that plate is scraped in the present invention；
Wherein: 1, rack；
2, carrier；
3, transfer device；30, endless belt conveyer；31, shifting part；310, support plate；311, shift plate；
4, cleaning device；40, cleaning head；41, mechanism is air-dried；410, guiding subassembly；
5, film sticking apparatus；50, automatic cutter structure；5f, component is cut；50f, wheel carrier；51f, packing wheel；52f, fixation
Wheel；53f, part is cut；51, continuous feeding mechanism；510, guide holder；511, stretch mandril；52, positioning mechanism；520, positioning seat；
521, thimble；53, plate is scraped；530, slide；531, flexible rubber scraper plate；
6, isolation film (raw material band)；
7, transmission mechanism；
8, glass transfer device；80, sucker；81, rotating mechanism；
9, automatic gluing device；90, support；91, glue gun；
10, guide groove；
11, sandwich；110, pivot；111, scraping arm；
A, sheet glass；B, T-shaped mould block；B1, vertical portion；B2, horizontal part；C, locating clip；D, right angle is linked up with；E, protrusion；g,
Sample introduction groove；1 ', sheet glass；2 ', sealant；3 ', T-shaped mould block；30 ', vertical portion.
Specific embodiment
As shown in Figures 1 to 6, the I-shaped module automatic sample machine of waterproof roll detection is used for according to the present embodiment,
Including rack 1；Carrier 2, for being cascading sheet glass a；Transfer device 3 is located at the left end of rack 1 and is in
The lower section of carrier 2, and it can piecewise transmit to the right sheet glass a；Cleaning device 4 is located at the right side of carrier 2 and is in
The top of transfer device 3, and it can clean the upper surface of each piece of sheet glass a on transfer device 3；Film sticking apparatus
5, the vertical portion b1 for the T-shaped mould block b that can will constitute sealant fill area automatically wraps up one layer of isolation film 6, the isolation film 6
Package is primarily to facilitate the dismounting of T-shaped mould block b after the solidification of later period sealant；Transmission mechanism 7 is used to that isolation film 6 will to be enclosed with
T-shaped mould block b drive in locating clip c, and can voluntarily return to reset, wherein end where isolation film is oppositely arranged；Glass
Transfer device 8 takes out two pieces of sheet glass a every time from transfer device and transfers to voluntarily return reset after locating clip c,
In side after two sheet glass a cleaning be fitted on the opposite flank of two T-shaped mould block b vertical portion b1, and form sealant
The model of fill area；Automatic gluing device 9, is located at the right part of rack 1, and can quantitatively from trend sealant fill area
Interior filling with sealant；Guide groove 10 extends to the right along the length direction of rack 1 and is located under automatic gluing device 9
Side；Sandwich 11 is located at the rear of automatic gluing device 9, sealant that can be extra by the filled top of model
It strikes off；Wherein model can be transferred in guide groove 10 and be returned reset by locating clip c, be set per two adjacent models are inconsistent
Set, and with increase newly into model contradict so that model is gradually to pushing below automatic gluing device 9.
Specifically, transfer device 3 includes endless belt conveyer 30, driving mechanism and is evenly distributed on outside endless belt conveyer 30
Week and the shifting part 31 that sheet glass is driven to the right can be hooked up piecewise from 2 bottom of carrier.
In this example, shifting part 31 includes the support plate 310 being fitted on endless belt conveyer 30, is located at 310 side of support plate
Shift plate 311, wherein shift plate 311 and support plate 310 form right angle and link up with d, should when endless belt conveyer 30 transmits sheet glass a
Sheet glass a in carrier 2 can be hooked up piecewise and be transmitted to the right by right angle hook d.
The raised e that multiple tops flush is equipped in support plate 310, sheet glass a is erected on raised e.After not only facilitating
Continuous transmission, and the damage of sheet glass a can be reduced.Meanwhile the setting of protrusion e also provides conveniently for subsequent cleaning.
In this example, the height that the height of shift plate 311 is upwardly extended from raised e is less than or equal to the thickness of sheet glass a.From
And convenient for accurately hooking up and transmitting.
Cleaning device 4 includes the cleaning head 40 being spaced apart from left to right, respectively to the supply cleaning solution of cleaning head 40 and water
Liquid supplying device, wherein connection cleaning solution cleaning head be located at connection water cleaning head left side, first coat detergent, then exist
Clear water rinses, to remove the spot that sheet glass a waits for bonding plane, it is ensured that the cementability of sealant and sheet glass a.
Cleaning device 4 further includes the right side positioned at cleaning head 40 and the air-dry machine that Quick-air-drying can be carried out to glass surface
Structure 41.It prevents water or detergent from remaining, influences subsequent glueability.
Specifically, air-drying mechanism 41 includes blower, pipeline and the guiding subassembly for making wind uniformly scatter positioned at air outlet
411.In this example, guiding subassembly 411 is in the shape of up-small and down-big (similar horn mouth).It is very common in water conservancy diversion field, herein
It is not detailed.
Film sticking apparatus 5 includes the automatic cutter structure 50 of isolation film 6；The continuous feeding mechanism 51 of T-shaped mould block b；For certainly
The positioning mechanism 52 for taking out T-shaped mould block b in continuous feeding mechanism 51 one by one and positioning；For driving automatic cutter structure 50 to T
Pattern block b, which draws close and to cut rear isolation film section, is fitted in the top surface of the vertical portion the T-shaped mould block b end b1, bottom surface and end face
Top-pushing mechanism；And the isolation film 6 for the vertical portion the T-shaped mould block b two sides b1 that can be used in emerging is inside respectively along outer side edges
Strike off so that isolation film 6 fitting on opposite sides scrape plate 53.
Automatic cutter structure 50 includes two groups of settings apart from top to bottom and can be realized that isolation film 6 continuously provides cut component
5f, wherein every group cut component 5f include wheel carrier 50f, positioned at wheel carrier 50f upper and lower end parts packing wheel 51f, can be to wheel carrier
The fast pulley 52f of isolation film 6 is compressed in 50f, the isolation film 6 of compression can be cut off cut part 53f and be used to control solid
Fixed wheel 52f compresses or unclamps the control unit of isolation film 6, when isolation film 6 cut from one of them component 5f packing wheel 51f,
Fast pulley 52f, cut part 53f, packing wheel 51f pass through cut to another component 5f packing wheel 51f, fast pulley 52f when, two
The fast pulley 52f that group cuts component 5f compresses dotted line position expression in isolation film 6(figure and is pressed on isolation film 6), cutting part 53f will
Isolation film 6 cuts into section, and under the work of described control unit, the fast pulley nearest positioned at the both ends of this section of isolation film
52f is in releasing orientation, and other fast pulley 52f are still within impaction state；It, will after the completion of a T-shaped mould block wraps up
Two cut component 5f or more transposition and are then cut two on component 5f by being in the fast pulley upward displacement of impaction state
Lower transposition is pressed in the end for cutting rear isolation film and upward displacement by fast pulley 52f, while by isolation film 6 successively by being located at
The described of lower section cuts the packing wheel 51f of component 5f, fast pulley 52f, cuts part 53f, packing wheel 51f, then by underlying
Isolation film 6 is cut into section by the part 53f that cuts for cutting component 5f, completes the continuous feeding of isolation film.
In this example, every group is cut there are two the fast pulley 52f of component 5f, and is arranged close to the packing wheel 51f of upper and lower end parts,
Part 53f is cut between two fast pulley 52f, and is located at the middle part of wheel carrier 50f.Specifically it is equipped on packing wheel 51f
Sensor, when isolation film is by severing, information is fed back to control unit by sensor, by control unit control fast pulley 52f's
It compresses and unclamps (although not showing in figure, be not difficult mutually to arrive and how implement).
The continuous feeding mechanism 51 of pattern block b comprising there is the sample introduction groove g for being equipped with and extending along its own length direction
Guide holder 510, the flexible mandril 511 mobile gradually along sample introduction groove g length direction for pushing tow T-shaped mould block b, wherein stretching
Being driven to for contracting mandril 511 be electronic, pneumatically or hydraulically, is electronic in this example, while the distance of a mobile station is equal to T-shaped mould
The thickness of block b.
Further, the horizontal part b2 of T-shaped mould block b is fitted in the opening portion of sample introduction groove g.In conjunction with attached drawing 4, T-shaped mould block b
Inside sample introduction groove g, the opening portion groove g is closed by horizontal part b2, in this way under the pushing tow of flexible mandril 511, T-shaped mould block
B does not allow to be also easy to produce displacement, convenient for the taking-up one by one of subsequent T-shaped mould block b.
Positioning mechanism 52 it include the positioning seat 520 that can be fitted on guide holder 510, be arranged on positioning seat 520 energy
The thimble 521 for enough inserting or pull out the horizontal part b2 of T-shaped mould block b, when being wrapped up, thimble 521 is inserted on horizontal part b2, when
When package is completed, thimble 521 is extracted from horizontal part b2, positioning seat 520 and T-shaped mould block b relative separation.
Scrape the symmetrical setting of plate 53, and including that can move inward along the length direction of T-shaped mould block b vertical portion b1
Slide 530, the flexible rubber scraper plate 531 being arranged on slide 530, when striking off, slide 530 is along T-shaped mould block b vertical portion b1
Length direction it is mobile, flexible rubber scraper plate 531 erects isolation film 6 to T-shaped mould block b from the outer side edges of T-shaped mould block b vertical portion b1
The straight portion two sides b1 strike off, so that isolation film 6 is fitted on T-shaped mould block b.
This example, locating clip c constitutes the bimonthly type bayonet of symmetrical setting, by mould under the action of transmission mechanism 7
Type is transferred to guide groove 10.Its transfer mode used first translates for conventional mechanical hand mode, and then lifting etc., does not do herein
It elaborates.
Glass transfer device 8 includes the sucker 80 for being capable of providing positive pressure and negative pressure, the driving rotation of sucker 80 so that sheet glass a
The rotating mechanism 81 of vertical state is gone to, for driving sucker 80 and rotating mechanism together along vertical direction from horizontality
The elevating mechanism of lower lifting.By the way of negative pressure suck-back, sheet glass a is adsorbed on sucker 80, and overturns sheet glass a,
Sheet glass a is moved to designated position, then by positive pressure, sheet glass a is separated with sucker 80.
Automatic gluing device 9, the application using can quantitative manner realize filling with sealant, specific includes being located to lead
To the top of slot 10 and the support 90 being fixed in rack 1, the glue gun 91 on support 90, it is arranged on support 90 and can
Monitoring model whether be in 91 underface station of glue gun monitor, being capable of RX monitor institute's feedback information and to glue gun
91 assign the processor of quantitative gluing, and the width of one of station is equal to thickness (the namely I-shaped height of a model
Degree).
Guide groove 10 is opening towards the U-shaped of setting, convenient for model moving to the station of automatic gluing gradually.
Sandwich 11 comprising can be by the setting that the pivot 110 of vertical direction horizontally rotates in 1 upper swing arm of rack
111, for driving swing arm 111 to swing back and forth the driving mechanism that the sealant that will be emerged at the top of model strikes off around pivot 110,
The lower end of middle swing arm 111 flushes setting with the upper end of two sheets a, and driving mechanism can be stretched using conventional telescopic rod
The both ends of contracting bar are rotatably connected on respectively in swing arm 111 and rack 1, and the mode of telescopic rod can be electronic, pneumatically or hydraulically,
It is electronic in this example.
In addition, isolation film 6 is raw material band in this example, the material of T-shaped mould block b is wood.By raw material band by wood module
End package, under the premise of ensuring that I-shaped module meets testing requirements, the dismantlement work of very convenient T font module,
In addition, for this field, fill area is sealed using raw material band, but also form convenient for demoulding, be it is very rare, because
This, has substantive distinguishing features outstanding and significant progress, is not also to be readily conceivable that.
Meanwhile in this example, dotted line indicates moving process in figure, such as locating clip c, glass transfer device 8 and fast pulley
52f is not set forth in detail herein very much intuitively.
In conclusion the specific preparation process of the application I-shaped module is as follows:
1), the mode for being sequentially overlapped sheet glass, horizontal is put into carrier；
2), under the gradually rotation of annular driving band, shifting part from the bottom of carrier by sheet glass hooking up piecewise, and frame
If being driven to the right on the supporting plate；
3), by the cleaning device above annular driving band, the upper surface of every sheets is cleaned and is air-dried；
4) a pair of of the sucker for, then passing through negative pressure is adsorbed on the bottom surface of two panels cleaning back glass sheet, then by two sheet glass
Piece in the vertical state being parallel to each other and continues to transmit to the right from horizontality conversion；
5) one layer of raw material band, is wrapped up into the end of T-shaped mould block vertical portion, is then transferred to locating clip to two T-shaped mould blocks
In, and the vertical portion of two T-shaped mould blocks is oppositely arranged；
6), by implementing positive pressure to sucker a pair of of in step 4), so that two sheets slides to the locating clip of step 5)
In, at this point, the side after two sheet glass cleanings is fitted on the opposite flank of two T-shaped mould block vertical portions, and form sealing
The model of glue fill area；
7), locating clip drives entire model to transmit into guide groove, and returns and reset repetitive operation, is now placed in guide groove
It is interior per two adjacent models between inconsistent setting, and with increase newly into model contradict so that model is gradually to automatic
Push below gluing device, while by guide groove by the bottom closure of fill area；
8), when model is automatically moved into the station of gluing, after monitor monitors model arrival, and it is quantitative to fill area
Interior filling with sealant, the model for being then filled with sealant continue to move right, then by will emit with the scraper plate flushed at the top of model more
The sealant of fill area strikes off out, and then gelling to be sealed is solid, and T-shaped mould block is removed, and completes the automation of I-shaped module
Sample preparation.
The present invention is described in detail above, its object is to allow the personage for being familiar with this field technology that can understand this
The content of invention is simultaneously implemented, and it is not intended to limit the scope of the present invention, all Spirit Essence institutes according to the present invention
The equivalent change or modification of work, should be covered by the scope of protection of the present invention.
Claims (10)
1. a kind of I-shaped module automatic sample machine for waterproof roll detection, it is characterised in that: it includes
Rack；
Carrier, for being cascading sheet glass；
Transfer device is located at the left end of the rack and is in the lower section of the carrier, and its can piecewise by the glass
Glass piece transmits to the right；
Cleaning device is located at the right side of carrier and is in the top of the transfer device, and it can be on transfer device
It is cleaned the upper surface of each block of sheet glass；
Wrap up one layer of isolation film in the vertical portion of film sticking apparatus, the T-shaped mould block that can will constitute sealant fill area automatically；
Transmission mechanism is used to drive to the T-shaped mould block for being enclosed with the isolation film in locating clip, and can voluntarily return multiple
Position, wherein end where the isolation film is oppositely arranged；
Glass transfer device takes out two blocks of sheet glass every time from the transfer device and transfers to after the locating clip certainly
Row, which returns, to be resetted, and the side after the cleaning of two of them sheet glass is fitted on the opposite flank of two T-shaped mould block vertical portions,
And form the model of the sealant fill area；
Automatic gluing device, be located at the rack right part, and can quantitatively from sealant fill area described in trend
Filling with sealant；
Guide groove extends to the right along the length direction of rack and is located at the lower section of the automatic gluing device；
Sandwich is located at the rear of automatic gluing device, can scrape the extra sealant in the filled top of model
It removes；
Wherein the model can be transferred in the guide groove and be returned reset by the locating clip, per two adjacent moulds
The inconsistent setting of type, and with increase newly into the model contradict so that the model is gradually under the automatic gluing device
Side's push.
2. the I-shaped module automatic sample machine according to claim 1 for waterproof roll detection, it is characterised in that: institute
The transfer device stated includes endless belt conveyer, driving mechanism and is evenly distributed on the endless belt conveyer periphery and can oneself
The carrier bottom hooks up the shifting part that the sheet glass is driven to the right piecewise.
3. the I-shaped module automatic sample machine according to claim 1 for waterproof roll detection, it is characterised in that:
The cleaning device includes the cleaning head being spaced apart from left to right, respectively to the feed flow of cleaning head supply cleaning solution and water
Mechanism, wherein the cleaning head of connection cleaning solution is located at the left side of the cleaning head of connection water.
4. the I-shaped module automatic sample machine according to claim 3 for waterproof roll detection, it is characterised in that:
The cleaning device further includes the right side positioned at the cleaning head and the air-dried mechanism that Quick-air-drying can be carried out to glass surface.
5. the I-shaped module automatic sample machine according to claim 1 for waterproof roll detection, it is characterised in that:
The film sticking apparatus includes the automatic cutter structure of isolation film；The continuous feeding mechanism of T-shaped mould block；For from the continuous feeding
The positioning mechanism for taking out the T-shaped mould block in mechanism one by one and positioning；For driving the automatic cutter structure to the T-shaped mould
Block is drawn close and to cut the pushing tow that rear isolation film section is fitted in the top surface of T-shaped mould block vertical portion end, bottom surface and end face
Mechanism；And the isolation film for the T-shaped mould block vertical portion two sides that can be used in emerging is inside respectively along outer side edges
It strikes off so that the isolation film, which is fitted on the two sides, scrapes plate.
6. the I-shaped module automatic sample machine according to claim 5 for waterproof roll detection, it is characterised in that: institute
The automatic cutter structure stated includes two groups of settings apart from top to bottom and can be realized that the isolation film continuously provides cut component,
In cut described in every group component include wheel carrier, positioned at the wheel carrier upper and lower end parts packing wheel, can be to the wheel
The fast pulley of isolation film is compressed in frame, the isolation film of compression can be cut off cut part and be used to control the fast pulley
The control unit for compressing or unclamping the isolation film, when isolation film from cut described in one of them the packing wheel of component, fast pulley,
It cuts part, when packing wheel is passed through to packing wheel, the fast pulley for cutting component described in another, the fixation of component is cut described in two groups
Wheel compresses the isolation film, and the isolation film is cut into section by the part that cuts, and under the work of described control unit,
The fast pulley nearest positioned at the both ends of this section of isolation film is in releasing orientation, and other fast pulleys are still within
Impaction state；After the completion of a T-shaped mould block wraps up, component will be cut described in two and is replaced up and down, by being in impaction state
Fast pulley upward displacement, while isolation film successively described being cut the packing wheel of component, fast pulley, cut by underlying
Part, packing wheel, then isolation film is cut into section by the underlying part that cuts for cutting component, complete the continuous of isolation film
Feed.
7. the I-shaped module automatic sample machine according to claim 6 for waterproof roll detection, it is characterised in that: every
There are two the fast pulleys that component is cut described in group, and is arranged close to the packing wheel of upper and lower end parts, and the part that cuts is located at
Between two fast pulleys, and it is located at the middle part of the wheel carrier.
8. the I-shaped module automatic sample machine according to claim 5 for waterproof roll detection, it is characterised in that: institute
That states scrapes the symmetrical setting of plate, and including can along the slide that the length direction of T-shaped mould block vertical portion moves inward,
Flexible rubber scraper plate on the slide is set, when striking off, the slide along T-shaped mould block vertical portion length direction
Mobile, flexible rubber scraper plate scrapes isolation film to T-shaped mould block vertical portion two sides from the outer side edges of T-shaped mould block vertical portion
It is flat, so that isolation film is fitted on the T-shaped mould block.
9. the I-shaped module automatic sample machine according to any one of claim 1 to 8 for waterproof roll detection,
Be characterized in that: the isolation film is raw material band, and the material of the T-shaped mould block is wood.
10. the I-shaped module automatic sample machine according to claim 1 for waterproof roll detection, it is characterised in that:
The glass transfer device includes that the sucker for being capable of providing positive pressure and negative pressure, the driving sucker rotate so that sheet glass is from water
Level state goes to the rotating mechanism of vertical state, for driving the sucker and the rotating mechanism together along vertical direction
The elevating mechanism of lower lifting.
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| CN201710407143.8A CN107219106B (en) | 2017-06-02 | 2017-06-02 | I-shaped module automatic sample machine for waterproof roll detection |
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| CN201710407143.8A CN107219106B (en) | 2017-06-02 | 2017-06-02 | I-shaped module automatic sample machine for waterproof roll detection |
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| CN107219106B true CN107219106B (en) | 2019-08-27 |
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| CN111284022B (en) * | 2020-03-26 | 2023-03-07 | 惠州工程职业学院 | Block-superposed advertisement character facade processing equipment |
| CN114849984B (en) * | 2022-05-28 | 2023-12-22 | 青岛德才高科新材料有限公司 | Sealing glass installs edge colloid spraying device |
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