CN104722431A - Automatic glue spraying device of PTC heating tube glue spraying machine - Google Patents
Automatic glue spraying device of PTC heating tube glue spraying machine Download PDFInfo
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- CN104722431A CN104722431A CN201510125209.5A CN201510125209A CN104722431A CN 104722431 A CN104722431 A CN 104722431A CN 201510125209 A CN201510125209 A CN 201510125209A CN 104722431 A CN104722431 A CN 104722431A
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- 238000005507 spraying Methods 0.000 title claims abstract description 199
- 239000003292 glue Substances 0.000 title claims abstract description 63
- 238000010438 heat treatment Methods 0.000 title abstract description 14
- 230000007246 mechanism Effects 0.000 claims abstract description 131
- 230000005540 biological transmission Effects 0.000 claims abstract description 37
- 230000007704 transition Effects 0.000 claims abstract description 19
- 230000001681 protective effect Effects 0.000 claims abstract description 12
- 239000000853 adhesive Substances 0.000 claims description 47
- 230000001070 adhesive effect Effects 0.000 claims description 47
- 238000004026 adhesive bonding Methods 0.000 claims description 33
- 230000009467 reduction Effects 0.000 claims description 32
- 230000003028 elevating effect Effects 0.000 claims description 24
- 230000009471 action Effects 0.000 claims description 23
- 239000007921 spray Substances 0.000 claims description 19
- 230000033001 locomotion Effects 0.000 claims description 16
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 14
- 238000013519 translation Methods 0.000 claims description 12
- 230000006870 function Effects 0.000 claims description 4
- 230000001360 synchronised effect Effects 0.000 claims description 3
- 238000004804 winding Methods 0.000 claims description 2
- 238000004519 manufacturing process Methods 0.000 abstract description 4
- 230000007306 turnover Effects 0.000 abstract 1
- XAGFODPZIPBFFR-UHFFFAOYSA-N aluminium Chemical compound [Al] XAGFODPZIPBFFR-UHFFFAOYSA-N 0.000 description 19
- 229910052782 aluminium Inorganic materials 0.000 description 18
- 239000004411 aluminium Substances 0.000 description 17
- 238000000034 method Methods 0.000 description 9
- 238000005516 engineering process Methods 0.000 description 8
- 230000000694 effects Effects 0.000 description 6
- 230000008569 process Effects 0.000 description 5
- 238000010586 diagram Methods 0.000 description 4
- 239000011248 coating agent Substances 0.000 description 3
- 238000000576 coating method Methods 0.000 description 3
- 230000036541 health Effects 0.000 description 3
- 230000035807 sensation Effects 0.000 description 3
- 230000001680 brushing effect Effects 0.000 description 2
- 230000008859 change Effects 0.000 description 2
- 238000006073 displacement reaction Methods 0.000 description 2
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- 239000004033 plastic Substances 0.000 description 2
- 238000006467 substitution reaction Methods 0.000 description 2
- 230000009466 transformation Effects 0.000 description 2
- 229910000831 Steel Inorganic materials 0.000 description 1
- 239000012790 adhesive layer Substances 0.000 description 1
- 238000004378 air conditioning Methods 0.000 description 1
- 238000013475 authorization Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000008901 benefit Effects 0.000 description 1
- 239000011230 binding agent Substances 0.000 description 1
- 239000000919 ceramic Substances 0.000 description 1
- 238000013461 design Methods 0.000 description 1
- 238000002347 injection Methods 0.000 description 1
- 239000007924 injection Substances 0.000 description 1
- 238000013332 literature search Methods 0.000 description 1
- 230000036651 mood Effects 0.000 description 1
- 230000000149 penetrating effect Effects 0.000 description 1
- 238000007639 printing Methods 0.000 description 1
- 230000000246 remedial effect Effects 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
- 230000007480 spreading Effects 0.000 description 1
- 238000003892 spreading Methods 0.000 description 1
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- 238000012360 testing method Methods 0.000 description 1
- 238000001771 vacuum deposition Methods 0.000 description 1
- 239000002699 waste material Substances 0.000 description 1
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- Spray Control Apparatus (AREA)
Abstract
The invention relates to an automatic glue spraying device of a PTC heating tube glue spraying machine, and belongs to devices special for manufacturing PTC heaters. The PTC heating tube glue spraying machine comprises a rack provided with a table board plate on the upper portion, a power mechanism arranged accompanying with the rack, a PTC heating tube conveying mechanism arranged on the table board plate, a PTC heating tube lifting mechanism arranged at the left end of the table board plate, and a PTC heating tube turnover mechanism arranged at the front side or rear side of the left end of the table board plate. The automatic glue spraying device comprises a PTC heating tube front face glue spraying mechanism and a PTC heating tube back face glue spraying mechanism; the PTC heating tube front face glue spraying mechanism comprises a front stand column, a rear stand column, a guide rod front fixing base, a guide rod rear fixing bases, a wire protecting beam, sliding guide rods, PTC heating tube front face glue spraying nozzles, a transmission motor, a transition transmission shaft, a front transmission wheel, a rear transmission wheel and a transmission belt protective cover fixed to the left side of the guide rod front fixing base; the PTC heating tube back face glue spraying mechanism comprises a front stand column, a rear side stand column, a guide rod front fixing base, a guide rod rear fixing bases, a wire rail protecting beam, sliding guide rods, a PTC heating tube back face glue spraying nozzles, a front moving wheel and a rear moving wheel.
Description
Technical field
The invention belongs to the special purpose device technical field of PTC heater manufacture, be specifically related to a kind of automatic adhesive spray device of PTC heat-generating pipe glue sprayer, for to the surface sprinkling adhesive of PTC heat-generating pipe towards radiating aluminium sheet, to make radiating aluminium sheet by means of adhesive and PTC heat-generating pipe cementation.
Background technology
Aforesaid PTC heat-generating pipe is parts of the structural system of PTC heater (industry also claims " ptc heater ", as follows), and specifically, PTC heater is formed primarily of following four parts: one is heater, and this heater also claims radiator; Two is PTC heat generating core; Three is tailstock; Four is electrical connection supporting seat.Heater comprise PTC heat-generating pipe and be positioned at PTC heat-generating pipe length direction corresponding both side surface and in the radiating aluminium sheet (also claiming heat sink strip, as follows) of corrugated configuration.PTC heat generating core is contained in the tube chamber of PTC heat-generating pipe, comprise plural number piece neat arrangement and corresponding both sides surface with vacuum coating mode or with other similar mode be combined with electrode layer PTC themistor (ceramic positive temperature coefficient thermistor device) and be arranged on PTC themistor both sides with each one piece of electrode slice (also claiming to be electrically connected bar) of electrode layer electrical contact.One end of PTC heat-generating pipe is fixed (fixing with slotting embedding mode and tailstock) together with PTC heat generating core and tailstock, and the other end of PTC heat-generating pipe is fixed (fixing to insert embedding mode and to be electrically connected supporting seat) together with PTC heat generating core and electrical connection supporting seat.Aforesaid electrode slice (a pair) is being connected with the power-supply controller of electric electrical control of outside after electrical connection supporting seat by circuit.Under the control of power-supply controller of electric, such as, when being energized to electrode slice, PTC themistor generates heat and transfers heat to PTC heat-generating pipe, and the heat of PTC heat-generating pipe is distributed by radiating aluminium sheet.
The PTC heater of said structure form is widely used in air-conditioning particularly hanging air conditioner or similar device, and be no lack of in disclosed Chinese patent literature and be seen in, slightly with " the PTC heater external member " as CN2640002Y recommendation that exemplify, " combined type PTC heater " that CN2753090Y provides, " PTC heater " that " a kind of heat-conducting aluminium pipe of PTC heater and PTC heater " that CN201499328U introduces and CN2392334Y disclose, " PTC heater " that " PTC heater " that CN103874249A discloses and CN104053255A announce etc.
Aforesaid radiating aluminium sheet adheres to by means of adhesive outside the tube wall of PTC heat-generating pipe usually, specifically: first upper and along the length direction coating binder of PTC heat-generating pipe, then radiating aluminium sheet is adhered on tube wall at the tube wall (outer wall) faced each other of PTC heat-generating pipe.
It is rely on brush or similar instrument that the adhesive for cementation radiating aluminium sheet is brushed tube wall by workman that the mode that prior art forms adhesive layer on the tube wall of PTC heat-generating pipe mainly contains following two kinds: one; Two is adopt the mode of serigraphy to be attached on tube wall by adhesive.At least there is following shortcoming in the former in these two kinds of modes: one, and the labour intensity of workman is large; Its two, operating efficiency is low, drop into manpower many; Its three, brush difficult quality guarantee, because it is relevant to brush the experience of even results to workman of adhesive, sense of responsibility and even mood; Its four, because adhesive has penetrating odor, thus to a certain extent workers ' health is had an impact.The latter can make up the shortcoming of manual brushing in the mode of serigraphy, but because PTC heat-generating pipe is not smooth towards the surface of radiating aluminium sheet, but be formed with the caulking groove supplying the both sides of radiating aluminium sheet to match with it, namely by being formed on the tube wall of PTC heat-generating pipe and the caulking groove being positioned at the both sides of length direction improves inserting the locating effect of embedding aluminium flake, so when with the tube wall printing rubber stick of the mode of serigraphy to PTC heat-generating pipe, style of calligraphy characterized by hollow strokes phenomenon is often there is in the position of caulking groove because cannot adhesive be obtained, affect the entirety of radiating aluminium sheet and the tube wall of PTC heat-generating pipe in conjunction with effect, so, the shortage of heat of PTC heat-generating pipe is to be transmitted by radiating aluminium sheet and to distribute comprehensively and effectively, cause energy waste, namely the efficiency of heating surface of air-conditioner is affected.In order to eliminate the aforementioned style of calligraphy characterized by hollow strokes phenomenon of serigraphy, usual assignment classified worker and benefit glue is carried out to aforementioned caulking groove position with brush, thisly control table but not the remedial measure of effecting a permanent cure creates on the one hand the shortcoming of aforementioned manual brushing, adds additional valuable human resources on the other hand, on the one hand the manufacturer of PTC heater is between two fires again, namely cannot finds between manual brush coating and serigraphy and not only meet gluing quality and improve gluing efficiency but also guarantee to alleviate the desirable equalization point of labor strength.
For the object being intended to solve the problems of the technologies described above, the applicant has carried out literature search, search " PTC electrical heating elements automatic glue spreading device " that Authorization Notice No. CN101879494B recommends, this patent formula is arranging plastic container on the passage of advancing at electrode strip and corresponding to the position above glue spreader, by plastic container, adhesive is fed to glue spreader, when electrode strip by way of between glue spreader and carrying roller time, by glue spreader, the adhesive on it is transferred on electrode strip, and when complete the electrode strip after gluing capable go out between glue spreader and carrying roller and arrive at workbench time, by the suction hole arranged on the table (being furnished with vacuum noz(zle)), the adhesive of the redundancy on electrode strip is absorbed.This patent of invention scheme objectively can cash the technique effect that the 0007th section, its description is recorded, but for the gluing of PTC heat-generating pipe, not there is referential enlightenment, because electrode strip is solid and can bears corresponding pressure, and the wall thickness of PTC heat-generating pipe is usually at 2 below ㎜, even 1.5 below ㎜ (can see the 0019th section, the description of aforementioned CN201499328U), and the tube chamber internal cause due to PTC heat-generating pipe need arrange aforesaid PTC heat generating core, because of but hollow, if so with roll coating model namely with the way of contact to its gluing, so distortion will certainly be caused.Especially as aforementioned, the both sides due to PTC heat-generating pipe are configured with the slot for radiating aluminium sheet inserting, and thus adhesive cannot be transferred in slot by glue spreader.
As shown in the above description, only have by means of glue-spraying device rational in infrastructure and with the non-contacting state of PTC heat-generating pipe under adhesive is ejected into PTC heat-generating pipe, just can solve the problems of the technologies described above, but be showed no in disclosed patent up to now and non-patent literature and allly have corresponding technology to enlighten.So the applicant has done positive and useful design, finally defines technical scheme described below, and carried out simulated test in the laboratory of the applicant taking under secrecy provision, result proves practicable.
Summary of the invention
Task of the present invention be to provide a kind of contribute to the non-contacting state of PTC heat-generating pipe under adhesive is sprayed onto the surface of PTC heat-generating pipe and uses and avoid undermining PTC heat-generating pipe, be conducive to ensureing the surface integral of PTC heat-generating pipe and obtain adhesive equably and use and avoid style of calligraphy characterized by hollow strokes phenomenon, be of value to the quantity of significantly minimizing human input and improve gluing efficiency and use the valuable human resources of saving and meet the production requirement of industrial high efficiency rate, have and be convenient to make online assignment personnel and glue spraying station keep appropriate distance and use and avoid the health of the escaping gas in adhesive to online assignment personnel to have an impact and to contribute to embodying structure simple and use convenient making and use and the automatic adhesive spray device of PTC heat-generating pipe glue sprayer that maintains easily.
Task of the present invention has been come like this, and a kind of automatic adhesive spray device of PTC heat-generating pipe glue sprayer, comprises a frame, be configured with a deck plate on the top of this frame, one actuating unit, this actuating unit is being arranged with frame corresponding to the front side right-hand member of described frame or the position of rear side right-hand member, one PTC heat-generating pipe conveying mechanism, this PTC heat-generating pipe conveying mechanism to be arranged on described deck plate and to be in transmission connection with described actuating unit, one PTC heat-generating pipe lift mechanism, this PTC heat-generating pipe lift mechanism is arranged on described deck plate with the state moved up and down, and is positioned at the left end of deck plate, one PTC heat-generating pipe switching mechanism for PTC heat-generating pipe being overturn 180 °, this PTC heat-generating pipe switching mechanism is arranged on the front side of the left end of described deck plate or the rear side of left end, described automatic adhesive spray device comprises the PTC heat-generating pipe back spraying gluing mechanism that a PTC heat-generating pipe front glue-spraying mechanism and is positioned at the left side of PTC heat-generating pipe front glue-spraying mechanism, PTC heat-generating pipe front glue-spraying mechanism comprises front column, rear column, holder before guide rod, holder after guide rod, wire guard beam, sliding guide, PTC heat-generating pipe front glue-spraying spout, driving motor, transition power transmission shaft, forward pass driving wheel, rear drive and drive driving-belt, the position of front column on front side of the left end of deck plate corresponding to described frame is fixed on deck plate with longitudinal state, rear column and front column keep on rear side of the corresponding and same left end being fixed on described deck plate with longitudinal state, before guide rod, holder is fixed on the top of front column, after guide rod, holder is fixed on the top of rear column, before the front end of wire guard beam and guide rod, the top of holder is fixed, and the top of holder is fixed after the rear end of wire guard beam and guide rod, the quantity of sliding guide has self horizontal a pair of walking abreast, before the front end of this sliding guide and guide rod, holder is fixed, and holder is fixed after the rear end of sliding guide and guide rod, and on sliding guide, be equipped with a sliding seat slidably, this sliding seat is fixedly connected with drive driving-belt, and a front glue-spraying spout fixed mount is fixed with on the right side of sliding seat, the quantity of PTC heat-generating pipe front glue-spraying spout has a pair and is fixed on the glue-spraying spout adjustment rack of front with the state that left and right is each other corresponding, and this front glue-spraying spout adjustment rack is connected on the glue-spraying spout fixed mount of front, driving motor is fixed on the right side of holder before guide rod with the horizontally-arranged state of level, before the right-hand member of transition power transmission shaft is bearing in guide rod rotationally, holder is connected with the driving motor through-drive of driving motor, and the left end of this transition power transmission shaft and described PTC heat-generating pipe back spraying gluing mechanism are in transmission connection, forward pass driving wheel is fixed on the right-hand member of transition power transmission shaft, rear drive is fixed on the middle part of rear power axle, then the two ends of power axle are bearing in rear power axle adjusting seat respectively rotationally, rear power axle adjusting seat to be arranged on after described guide rod on holder, one end of drive driving-belt is nested with on forward pass driving wheel, and the other end of drive driving-belt is nested with on rear drive, and the position in the left side of the length direction corresponding to drive driving-belt is provided with a driving-belt guard shield, before the front end of this driving-belt guard shield and described guide rod, the left side of holder is fixed, and the left side of holder is fixed after the rear end of driving-belt guard shield and described guide rod, by this driving-belt guard shield forward and backward drive and drive driving-belt covered towards the side of described PTC heat-generating pipe back spraying gluing mechanism and protect, described PTC heat-generating pipe back spraying gluing mechanism comprises front side column, rear side column, holder before guide post, holder after guide post, wire guard rail beam, slide-and-guide bar, PTC heat-generating pipe back side glue-spraying spout, front moving wheel, rear moving wheel and moving wheel driving-belt, front side column is fixed on described support platform in the position in the left side corresponding to described front column with longitudinal state, rear side column is fixed on described deck plate with longitudinal state in the position in the left side corresponding to described rear column equally, before guide post, holder is fixed on the top of front side column, after guide post, holder is fixed on the top of rear side column, before the front end of wire guard rail beam and guide post, the top of holder is fixed, and the top of holder is fixed after the rear end of wire guard rail beam and guide post, the quantity of slide-and-guide bar has self horizontal a pair of walking abreast, before the front end of this slide-and-guide bar and guide post, holder is fixed, and holder is fixed after the rear end of slide-and-guide bar and guide post, and on slide-and-guide bar, be equipped with a sliding shoe slidably, this sliding shoe is fixedly connected with moving wheel driving-belt, and a back side glue-spraying spout fixed mount is fixed with on the right side of sliding shoe, the quantity of PTC heat-generating pipe back side glue-spraying spout has a pair and is fixed on the glue-spraying spout adjustment rack of the back side with the state that left and right is each other corresponding, and this back side glue-spraying spout adjustment rack is connected on the glue-spraying spout fixed mount of the back side, front moving wheel is fixed on the left end of described transition power transmission shaft, rear moving wheel is fixed on the middle part of rear motion wheel shaft, then the two ends of motion wheel shaft are bearing on rear moving wheel axial adjustment seat respectively rotationally, rear moving wheel axial adjustment seat to be arranged on after described guide post on holder, one end of moving wheel driving-belt is nested with on front moving wheel, and the other end of moving wheel driving-belt is nested with on rear moving wheel, and the position in the left side of the length direction corresponding to moving wheel driving-belt is provided with a driving-belt protective cover, before the front end of this driving-belt protective cover and described guide post, the left side of holder is fixed, and the left side of holder is fixed after the rear end of driving-belt protective cover and described guide post, by this driving-belt protective cover by front, rear moving wheel and moving wheel driving-belt cover back to the side of described PTC heat-generating pipe front glue-spraying mechanism and protect, wherein: described PTC heat-generating pipe lift mechanism corresponds to the below of described sliding guide and slide-and-guide bar simultaneously, described PTC heat-generating pipe switching mechanism corresponds between described front column and front side column or corresponds between described rear column and rear side column.
In a specific embodiment of the present invention, on the deck plate of described frame and corresponding to the position of described PTC heat-generating pipe lift mechanism, the state of soaring above deck plate is provided with a bedplate, PTC heat-generating pipe lift mechanism matches with this bedplate, an expandable stent is extended with on front side of the left end of frame, on the top of this expandable stent, there is a support platform, this support platform is expanded by described deck plate and is formed, described front column and front side column are fixed on support platform with longitudinal state, a nose girder is fixed with in the front side of the length direction of deck plate, at the top of this nose girder and the right-hand member being positioned at nose girder is fixed with a PTC heat-generating pipe guide plate, and nose girder left end and offer a nose girder and to step down chamber corresponding to the position between described front column and front side column, described PTC heat-generating pipe switching mechanism is arranged on described support platform in the position in chamber of stepping down corresponding to this nose girder and corresponds between described front column and front side column, described actuating unit comprises a drive motors and and drives reduction box, drive motors coordinates with the transmission of driving reduction box, and by the below of front side right-hand member or the below of rear side right-hand member that drive reduction box to be arranged on described frame together with drive motors, described PTC heat-generating pipe conveying mechanism with drive the driving reduction gearbox output shaft of reduction box to be in transmission connection and at the left end being stretched over described frame successively behind the below of described sliding guide and slide-and-guide bar.
In another specific embodiment of the present invention, described PTC heat-generating pipe conveying mechanism comprises drive sprocket axle, driven chain wheel shaft, drive sprocket, driven sprocket, chain, chain bracket, drive sprocket, driving chain and reduction gearbox output shaft sprocket wheel, drive sprocket axle is bearing on a pair drive sprocket axle bed rotationally, and a pair initiatively chain axle bed be fixed on the right-hand member of described deck plate with corresponding state before and after each other, driven chain wheel shaft is bearing on a pair driven sprocket axle bed rotationally, and a pair driven sprocket axle bed is fixed on the left end of deck plate with corresponding state before and after each other, the quantity of drive sprocket has one group and is fixed on drive sprocket axle with space state, the quantity of driven sprocket equal with the quantity of drive sprocket and and the corresponding state of drive sprocket under interval be fixed on driven chain wheel shaft, the quantity of chain is equal with the quantity of drive sprocket, one end of this chain is nested with on drive sprocket, the other end is nested with on driven sprocket, on chain and back to the side of chain bracket, space state is provided with PTC heat-generating pipe load bearing arm, the quantity of chain bracket is equal with the quantity of chain and be fixed on described deck plate in the position of below corresponding to chain with airborne, drive sprocket is fixed on drive sprocket axle one end towards described actuating unit, one end of driving chain is nested with on drive sprocket, the other end is nested with on reduction gearbox output shaft sprocket wheel, and reduction gearbox output shaft sprocket wheel is fixed on described driving reduction gearbox output shaft, wherein: described chain contacts with described chain bracket, and chain bracket is at the left end being stretched over described deck plate successively under the state of the below of described sliding guide and slide-and-guide bar.
In another specific embodiment of the present invention, described PTC heat-generating pipe lift mechanism comprises acting cylinder, float plate, lift stand after lift stand and one group of PTC heat-generating pipe before one group of PTC heat-generating pipe, acting cylinder correspond to the middle position of float plate to be fixed on vertical cantilever state described bedplate towards under side, the acting cylinder post of this acting cylinder towards upper and through after bedplate with float plate towards under the middle position of side fix, the front-end and back-end of float plate are respectively slidably matched by guide pin bushing and guide pillar, and guide pillar is fixed on bedplate with longitudinal state, before one group of PTC heat-generating pipe, lift stand is fixed on the front end of float plate with space state, and after one group of PTC heat-generating pipe lift stand and one group of PTC heat-generating pipe before under the corresponding state of lift stand interval be fixed on the rear end of float plate, wherein: before one group of PTC heat-generating pipe lift stand top and be respectively fixed with the prelocalization of a pair PTC heat-generating pipe towards the side of lift stand after PTC heat-generating pipe and refer to, and after one group of PTC heat-generating pipe lift stand top and referring to back to locating after the side of lift stand is respectively fixed with a pair PTC heat-generating pipe before PTC heat-generating pipe, wherein, described acting cylinder is cylinder.
In another specific embodiment of the present invention, described PTC heat-generating pipe switching mechanism comprises pedestal, lift action cylinder, elevating bracket, phorogenesis cylinder and a pair revolution fold up acting cylinder, pedestal is fixed on described support platform in the position in chamber of stepping down corresponding to described nose girder, lift action cylinder is fixed on pedestal with longitudinal state, the lift action cylinder post of this lift action cylinder and elevating bracket towards under the middle position of length direction of side be connected, and the two ends of elevating bracket are respectively slidably matched by elevating bracket guide pin bushing and lifting guide pillar, lifting guide pillar is fixed with longitudinal state and pedestal, phorogenesis cylinder is arranged on the front end of a pair translation guide pillar with the horizontally-arranged state of level, and the rear end of a pair translation guide pillar and elevating bracket are slidably matched, and the phorogenesis cylinder post of phorogenesis cylinder is connected with the middle position of the length direction of the front side of elevating bracket, a pair revolution folds up acting cylinder and is arranged on revolution with the state that left and right is each other corresponding and folds up on acting cylinder seat, and revolution folds up acting cylinder seat at the position of the rear side corresponding to described elevating bracket and a pair described translation guide pillar (rear end end winding support, and a pair revolution folds up acting cylinder respectively has single-revolution head, swiveling head has a jaw.
Also have in a specific embodiment of the present invention, described driving motor is the motor with rotating function; Described forward pass driving wheel, rear drive, front moving wheel and rear moving wheel are synchronous pulley, and described drive driving-belt and moving wheel Sports band are Timing Belt.
More of the present invention and in a specific embodiment, described front glue-spraying spout fixed mount and the shape of back side glue-spraying spout fixed mount are all in L-shaped, and one group of front glue-spraying spout adjustment rack adjusting hole is offered in the bottom of front glue-spraying spout fixed mount, and the bottom of glue-spraying spout fixed mount offers one group of back side glue-spraying spout adjustment rack adjusting hole overleaf, the position that described front glue-spraying spout adjustment rack is corresponding to one group of front glue-spraying spout adjustment rack adjusting hole is connected with front glue-spraying spout fixed mount, the position that described back side glue-spraying spout adjustment rack is corresponding to one group of back side glue-spraying spout adjustment rack adjusting hole is connected with back side glue-spraying spout fixed mount.
In an of the present invention and then specific embodiment, the left end of described chain bracket and right-hand member are respectively fixed on the upper end of chain bracket post, and the lower end of chain bracket post is fixed on described deck plate; The shape of cross section of the described PTC heat-generating pipe load bearing arm be arranged on described chain with space state is in the shape of the letter V, and the position being positioned at the PTC heat-generating pipe load bearing arm on adjacent conveyor chain corresponds to each other.
Of the present invention again more and in a specific embodiment, offer prelocalization and refer to adjusting hole on lift stand and corresponding to the position that refers to of described a pair PTC heat-generating pipe prelocalization before described one group of PTC heat-generating pipe, after described one group of PTC heat-generating pipe on lift stand and locate after corresponding to described a pair PTC heat-generating pipe the position referred to offer after location refer to adjusting hole, the prelocalization of a pair PTC heat-generating pipe refers to that the top of lift stand before the position referring to adjusting hole corresponding to prelocalization and PTC heat-generating pipe is fixed, after a pair PTC heat-generating pipe, location refers to that the top of lift stand behind the position referring to adjusting hole corresponding to rear location and PTC heat-generating pipe is fixed, and described a pair PTC heat-generating pipe prelocalization refers to and locates the shape referred to after a pair PTC heat-generating pipe be all in the shape of the letter V.
In an again of the present invention and then specific embodiment, described lift action cylinder, phorogenesis cylinder and a pair revolution fold up acting cylinder and are cylinder.
One of technique effect of technical scheme provided by the invention, owing to upwards being lifted by the PTC heat-generating pipe awaiting glue spraying by PTC heat-generating pipe lift mechanism, PTC heat-generating pipe had both been in be suspended on PTC heat-generating pipe conveying mechanism be in PTC heat-generating pipe just, the non-contacting state of glue-spraying mechanism dorsad, thus can meet the noncontact glue spraying requirement of PTC heat-generating pipe front and back glue-spraying mechanism to PTC heat-generating pipe, PTC heat-generating pipe can not be undermined; Two, because adhesive can be ejected into PTC heat-generating pipe with spray regime by PTC heat-generating pipe front and back glue-spraying mechanism, thus can make the uniformly acquisition adhesive of PTC heat-generating pipe, there will not be style of calligraphy characterized by hollow strokes phenomenon; Three, because glue spraying is mechanization automatic glue-spraying, thus can reduce the quantity of human input and be saved valuable human resources, and being met the requirement that industrial high efficiency rate produces PTC heater because gluing efficiency is high; Four, due to the station at online assignment personnel and glue-spraying mechanism place, PTC heat-generating pipe front and back can be made to keep at a distance, the health of escaping gas to the personnel of working online that adhesive thus can be avoided to discharge has an impact; Five, because overall structure is simple and automaticity is high, thus not only conveniently can manufacture and use, and can maintain easily.
Accompanying drawing explanation
Fig. 1 is embodiments of the invention structure chart.
Fig. 2 is in schematic diagram PTC heat-generating pipe being implemented to glue spraying state for the PTC heat-generating pipe front and back glue-spraying mechanism shown in Fig. 1.
Fig. 3 is in schematic diagram PTC heat-generating pipe being lifted to state for the PTC heat-generating pipe lift mechanism shown in Fig. 1.
Fig. 4 for the PTC heat-generating pipe switching mechanism shown in Fig. 1 be in PTC heat-generating pipe upset state diagram.
Fig. 5 is the schematic diagram of PTC heater.
Detailed description of the invention
In order to enable the auditor of Patent Office especially the public clearly understand technical spirit of the present invention and beneficial effect, applicant will elaborate below by way of example, but be not all the restriction to the present invention program to the description of embodiment, any conceive according to the present invention done be only pro forma but not substantial equivalent transformation and all should be considered as technical scheme category of the present invention.
Everyly in the following description relate to upper and lower, left and right, the concept of directionality (or claim directionality) of front and rear is all for the location status residing for the figure be described, object is to facilitate public understanding, thus can not be understood as being particularly limited to technical scheme provided by the invention.
Refer to Fig. 1, give a frame 1, the general rectangular body of geometry of this frame 1 and the PTC heat-generating pipe 81 be supported in a state of use for the structural system to the PTC heater 8 illustrated by Fig. 5 are implemented glue spraying and (are sprayed adhesive, as follows) workplace terrace on, be configured with the deck plate 11 of a surfacing on the top of this frame 1.Give an actuating unit 2, this actuating unit 2 is arranged with frame 1 in the position of the rear side right-hand member corresponding to frame 1, specifically, this actuating unit 2 is arranged on the bottom of the rear side right-hand member of frame 1, if but the set-up mode of actuating unit 2 is changed into any one set-up mode of following several mode for the object of evading the present invention: one is bottom actuating unit 2 being changed into the front side right-hand member being arranged on frame 1; Two is be arranged on separately on the terrace of rear side right-hand member of frame 1 by actuating unit 2 under the state being not carrier with frame 1; Three is be arranged on separately on the terrace of front side right-hand member of frame 1 under the state being not carrier with frame 1 equally by actuating unit 2, so these three kinds of set-up modes (comprise non-Shandong row similar fashion) all should be considered as equivalent substitution and still belong to the technology contents category that the present invention limits because this setup by the applicant's actuating unit 2 mentioned above correspond to statement that the front side right-hand member of frame 1 or the position of rear side right-hand member arrange with frame 1 cover.Give PTC heat-generating pipe front glue-spraying mechanism 3 and a PTC heat-generating pipe back spraying gluing mechanism 4, this PTC heat-generating pipe front glue-spraying mechanism 3 and PTC heat-generating pipe back spraying gluing mechanism 4 are in transmission connection each other and are arranged on the left end of deck plate 11 with the state of soaring in the top of aforementioned deck plate 11, wherein: PTC heat-generating pipe front glue-spraying mechanism 3 is positioned at the right side of PTC heat-generating pipe back spraying gluing mechanism 4.Give a PTC heat-generating pipe conveying mechanism 5 for being carried to the position (also station can be claimed) at PTC heat-generating pipe front glue-spraying mechanism 3 and PTC heat-generating pipe back spraying gluing mechanism 4 place by the PTC heat-generating pipe 91 awaiting glue spraying, this PTC heat-generating pipe conveying mechanism 5 is arranged on aforesaid deck plate 11, and is in transmission connection with aforesaid actuating unit 2.Giving one and to use the PTC heat-generating pipe lift mechanism 6 implementing glue spraying for PTC heat-generating pipe front glue-spraying mechanism 3 and PTC heat-generating pipe back spraying gluing mechanism 4 under being in non-contacting state with PTC heat-generating pipe 81 for upwards being lifted by the PTC heat-generating pipe of the below being transported to PTC heat-generating pipe front glue-spraying mechanism 3 and PTC heat-generating pipe back spraying gluing mechanism 4 by aforementioned PTC heat-generating pipe conveying mechanism 5, fluctuates and is namely arranged on the left end of deck plate 11 up and down in the position that this PTC heat-generating pipe lift mechanism 6 corresponds to the below of PTC heat-generating pipe front glue-spraying mechanism 3 and PTC heat-generating pipe back spraying gluing mechanism 4 at the same time.Give one for the PTC heat-generating pipe 81 completing front glue spraying by aforesaid PTC heat-generating pipe front glue-spraying mechanism 6 being overturn 180 ° and use the PTC heat-generating pipe switching mechanism 7 implementing back side glue spraying for PTC heat-generating pipe back spraying gluing mechanism 4, this PTC heat-generating pipe switching mechanism 7 is being arranged on front side of the left end of aforementioned deck plate 11 corresponding to the position between PTC heat-generating pipe front glue-spraying mechanism 3 and PTC heat-generating pipe back spraying gluing mechanism 4.Same reason, if be transferred on rear side of the left end of deck plate 11 by PTC heat-generating pipe switching mechanism 7, so should be considered as equivalence and substitute.
As shown in Figure 1, on the deck plate 11 of aforementioned frame 1 and corresponding to the position of aforementioned PTC heat-generating pipe lift mechanism 6, the state of soaring above deck plate 11 is provided with a bedplate 111, PTC heat-generating pipe lift mechanism 6 matches with this bedplate 111, an expandable stent 12 is extended with on front side of the left end of frame 1, there is on the top of this expandable stent 12 support platform 121, this support platform 121 is expanded (also can claim extend) by deck plate 11 in fact and is formed, and be fixed with a nose girder 112 preferably adopting channel-section steel to fill the post of in the front side of the length direction of deck plate 11 by nose girder hold-down screw 1123, at the top of this nose girder 112 and the right-hand member being positioned at nose girder 112 adopts guide plate hold-down screw 11211 to be fixed with the PTC heat-generating pipe guide plate 1121 that has circular arc spigot surface, and nose girder 112 left end and offer a nose girder and to step down chamber 1122 corresponding to position between PTC heat-generating pipe front glue-spraying mechanism 3 and PTC heat-generating pipe back spraying gluing mechanism 4, the right-hand member of aforesaid bedplate 111 is stretched over the front side of deck plate 11 by way of nose girder chamber 1122 of stepping down, namely the front side of deck plate 11 is leant out.Aforesaid PTC heat-generating pipe switching mechanism 7 is arranged on aforementioned support platform 121 in the position in chamber 1122 of stepping down corresponding to this nose girder.
Ask for an interview Fig. 2, aforesaid actuating unit 2 comprises a drive motors 21 and and drives reduction box 22, drive motors 21 coordinates with the transmission of driving reduction box 22, and be arranged on the below of side, the front and back right-hand member of aforementioned frame 1 together with drive motors 21 by driving reduction box 22, aforesaid PTC heat-generating pipe conveying mechanism 5 is in transmission connection with driving the driving reduction gearbox output shaft 221 of reduction box 22.
Please see Fig. 1 by emphasis, give the aforesaid PTC heat-generating pipe front glue-spraying mechanism 3 of the structural system as automatic adhesive spray device of the present invention, PTC heat-generating pipe front glue-spraying mechanism 3 is preferably but not the structure be definitely limited to is as follows: comprise front column 31a, rear column 31b, holder 32a before guide rod, holder 32b after guide rod, wire guard beam 32c, sliding guide 33, PTC heat-generating pipe front glue-spraying spout 34, driving motor 35, transition power transmission shaft 36, forward pass driving wheel 37, rear drive 38 and drive driving-belt 39, front column 31a position of (i.e. front side left end) on front side of the left end of deck plate 11 corresponding to aforementioned frame 1 is fixed on aforesaid deck plate 11 with longitudinal state and is namely fixed on support platform 121, rear column 31b and front column 31a keep corresponding (being namely positioned at the rear side of front column 31a) and on rear side of the same left end being fixed on deck plate 11 with longitudinal state (i.e. rear side left end), before guide rod, holder 32a adopts screw to be fixed on the top of front column 31a, after guide rod, holder 32b adopts screw to be fixed on the top of rear column 31b equally, before the front end of wire guard beam 32c and guide rod, the top of holder 32a is fixed, and the top of holder 32b is fixed after the rear end of wire guard beam 32c and guide rod, the quantity of sliding guide 33 has self horizontal a pair of walking abreast, before the front end of this sliding guide 33 and guide rod, holder 32a fixes, and holder 32b fixes after the rear end of sliding guide 33 and guide rod, and on sliding guide 33, be equipped with a sliding seat 331 slidably by sliding seat guide pin bushing 3312, the sliding seat fixed block 3313 that passes on left of this sliding seat 331 is also fixedly connected with drive driving-belt 39 with fixed block screw 33131, and adopt hold-down screw to be fixed with a front glue-spraying spout fixed mount 3311 on the right side of sliding seat 331, the quantity of PTC heat-generating pipe front glue-spraying spout 34 has a pair and is fixed on front glue-spraying spout adjustment rack 341 with the state that left and right is each other corresponding, and this front glue-spraying spout adjustment rack 341 is connected on front glue-spraying spout fixed mount 3311, driving motor 35 is fixed on the right side of holder 32a before guide rod with the horizontally-arranged state of level by driving motor seat 351, before the right-hand member of transition power transmission shaft 36 is bearing in guide rod rotationally, holder 32a is connected with the driving motor through-drive of driving motor 35, and the left end of this transition power transmission shaft 36 and aforementioned PTC heat-generating pipe back spraying gluing mechanism 4 are in transmission connection, forward pass driving wheel 37 is fixed on the right-hand member of transition power transmission shaft 36, rear drive 38 is fixed on the middle part of rear power axle 381, then the two ends of power axle 381 are bearing in rear power axle adjusting seat 3811 respectively rotationally, rear power axle adjusting seat 3811 to be arranged on after aforementioned guide rod on holder 32b, one end of drive driving-belt 39 is nested with on forward pass driving wheel 37, and the other end of drive driving-belt 39 is nested with on rear drive 38.From Fig. 1 signal and in conjunction with professional general knowledge, the position of rear power axle adjusting seat 381 can be mobile on holder 32b after guide rod, after to rear power axle adjusting seat screw 3812 implementation and operation such as clockwise or counterclockwise turn during power axle adjustment screw 3812, so there is corresponding change in the position of power axle adjusting seat 3811, thus drive rear power axle 381 by rear power axle adjusting seat 3811, because rear drive 38 is fixed on the middle part of rear power axle 381, thus the corresponding change in position of rear drive 38 is made by rear power axle 381, the tensioner degree of aforesaid drive driving-belt 39 is adjusted, avoid occurring passive motion.
Still see Fig. 1, belong to equally the aforementioned PTC heat-generating pipe back spraying gluing mechanism 4 of the structural system of automatic adhesive spray device of the present invention preferably but not the structure be definitely limited to is as follows: comprise front side column 41a, rear side column 41b, holder 42a before guide post, holder 42b after guide post, wire guard rail beam 42c, slide-and-guide bar 43, PTC heat-generating pipe back side glue-spraying spout 44, front moving wheel 45, rear moving wheel 46 and moving wheel driving-belt 47, front side column 41a is fixed on aforementioned support platform 121 in the position in the left side corresponding to aforementioned front column 31a with longitudinal state, rear side column 41b is fixed on longitudinal state on described machine plate 11 equally in the position in the left side corresponding to aforementioned rear column 31b, before guide post, holder 42a adopts screw to be fixed on the top of front side column 41a, after guide post, holder 42b adopts screw to be fixed on the top of rear side column 41b equally, before the front end of wire guard rail beam 42c and guide post, the top of holder 42a is fixed, and the top of holder 42b is fixed after the rear end of wire guard rail beam 42c and guide post, the quantity of slide-and-guide bar 43 has self horizontal a pair of walking abreast, before the front end of this slide-and-guide bar 43 and guide post, holder 42a fixes, and holder 42b fixes after the rear end of slide-and-guide bar 43 and guide post, and on slide-and-guide bar 43, be equipped with a sliding shoe 431 slidably by sliding shoe guide pin bushing 4312, the sliding shoe that passes on left of this sliding shoe 431 is fixed corner fittings 4313 and is fixedly connected with moving wheel driving-belt 47 with corner fittings hold-down screw 43131, and adopt screw to be fixed with a back side glue-spraying spout fixed mount 4311 on the right side of sliding shoe 431, the quantity of PTC heat-generating pipe back side glue-spraying spout 44 has a pair and is fixed on back side glue-spraying spout adjustment rack 441 with the state that left and right is each other corresponding, and this back side glue-spraying spout adjustment rack 441 is connected on back side glue-spraying spout fixed mount 431, front moving wheel 45 is fixed on the left end of foregoing transition power transmission shaft 36, rear moving wheel 46 is fixed on the middle part of rear motion wheel shaft 461, then the two ends of motion wheel shaft 461 are bearing on rear moving wheel axial adjustment seat 4611 respectively rotationally, rear moving wheel axial adjustment seat 4611 to be arranged on after described guide post on holder 42b, one end of moving wheel driving-belt 47 is nested with on front moving wheel 45, and the other end of moving wheel driving-belt 47 is nested with on rear moving wheel 46.The aforementioned PTC heat-generating pipe conveying mechanism 5 be in transmission connection with the driving reduction gearbox output shaft 221 of the driving reduction box 22 of aforesaid actuating unit 2 is being stretched over the left end of aforementioned frame 1 successively behind the below of sliding guide 33 and slide-and-guide bar 43, and the aforementioned PTC heat-generating pipe lift mechanism 6 matched with aforesaid bedplate 111 corresponds to the below of aforementioned sliding guide 33 and slide-and-guide bar 43 simultaneously, in addition, also correspond between described front column 31a and front side column 41a corresponding to the aforementioned nose girder PTC heat-generating pipe switching mechanism 7 that the position in chamber 1122 is arranged on support platform 121 of stepping down simultaneously.
Because the function of above mentioned rear moving wheel axial adjustment seat 4611 is identical with aforesaid rear power axle adjusting seat 3811, thus applicant repeats no more.
As shown in Figure 1, in the left side of the length direction corresponding to aforesaid drive driving-belt 39 (for the location status shown in Fig. 1, as follows) position arrange a driving-belt guard shield 391, before the front end of this driving-belt guard shield 391 and guide rod, the left side of holder 32a is fixed, and the left side of holder 32b is fixed after rear end and guide rod, by this driving-belt guard shield 391 forward and backward drive 37,38 and drive driving-belt 39 covered and protect; Equally; a driving-belt protective cover 471 is arranged in the position in the left side of the length direction corresponding to aforesaid moving wheel driving-belt 47; fixing on the left of holder 42a before the front end of this driving-belt protective cover 471 and guide post; and the left side of holder 42b is fixed after rear end and guide post, by this driving-belt protective cover 471 forward and backward moving wheel 45,46 and moving wheel driving-belt 47 covered and protect.
Aforesaid wire guard beam 32c and wire guard rail beam 42c length direction and towards on side be respectively configured with groove, groove lays for the electric wiring 8 illustrated by Fig. 3.
Ask for an interview Fig. 2 and continue composition graphs 1, aforesaid PTC heat-generating pipe conveying mechanism 5 preferably but not the structure be definitely limited to is as follows: comprise drive sprocket axle 51, driven chain wheel shaft 52, drive sprocket 53, driven sprocket 54, chain 55, chain bracket 56, drive sprocket 57, driving chain 58 and reduction gearbox output shaft sprocket wheel 59, drive sprocket axle 51 is bearing on a pair drive sprocket axle bed 511 rotationally, and a pair initiatively chain axle bed 511 be fixed on the right-hand member of aforementioned deck plate 11 with corresponding state before and after each other, driven chain wheel shaft 52 is bearing on a pair driven sprocket axle bed 521 rotationally, and a pair driven sprocket axle bed 521 is fixed on the left end of deck plate 11 with corresponding state before and after each other, the quantity of drive sprocket 53 has one group (the present embodiment is four) and is fixed on drive sprocket axle 51 with equidistant intervals state, the quantity equal with the quantity of drive sprocket 53 (namely having four) of driven sprocket 54 and and the corresponding state of drive sprocket 53 under interval be fixed on driven chain wheel shaft 52, the quantity of chain 55 is equal with the quantity of drive sprocket 53 (namely having four), one end of this chain 55 is nested with on drive sprocket 53, the other end is nested with on driven sprocket 54, on chain 55 and back to the side of chain bracket 56, space state is provided with PTC heat-generating pipe load bearing arm 551, the quantity equal with the quantity of chain 55 (namely having four) of chain bracket 56 and be fixed on deck plate 11 with the state of soaring above deck plate 11 in the position of the below corresponding to chain 55, drive sprocket 57 is fixed on namely drive sprocket axle 51 is fixed on drive sprocket axle 51 rear end towards one end of previous power mechanism 2, one end of driving chain 58 is nested with on drive sprocket 57, the other end is nested with on reduction gearbox output shaft sprocket wheel 59, and reduction gearbox output shaft sprocket wheel 59 is fixed on aforementioned driving reduction gearbox output shaft 221, wherein: aforesaid chain 55 contacts with aforesaid chain bracket 56, namely by the holding of chain bracket 56 pairs of chains 55, and chain bracket 56 is at the left end being stretched over described deck plate 11 successively under the state of the below of described sliding guide 33 and slide-and-guide bar 43.
According to professional general knowledge, especially known according to the superincumbent explanation of applicant: the spacing distance between aforesaid PTC heat-generating pipe load bearing arm 551 should meet the degree adapted with aforesaid PTC heat-generating pipe front glue-spraying spout 34 and PTC heat-generating pipe back side glue-spraying spout 44, the applicant is described in detail as follows using every three the PTC heat-generating pipe load bearing arms 551 on chain 55 as one group of citing for this reason: when one of them PTC heat-generating pipe load bearing arm 551 corresponds to the below of PTC heat-generating pipe front glue-spraying spout 34, then another PTC heat-generating pipe load bearing arm 551 corresponds to the below of PTC heat-generating pipe back side glue-spraying spout 44 just, and have another being just just in PTC heat-generating pipe by PTC heat-generating pipe load bearing arm 551 between described one and another PTC heat-generating pipe load bearing arm 551, back side glue-spraying spout 34, between 44, to overturn 180 ° by the PTC heat-generating pipe switching mechanism 7 also will described in detail to the PTC heat-generating pipe 81 be positioned on this PTC heat-generating pipe load bearing arm 551 below, in the process of upset, PTC heat-generating pipe front glue-spraying spout 34 is in the glue spraying state of the front of the PTC heat-generating pipe 81 on the aforesaid PTC heat-generating pipe load bearing arm 551 be positioned at below it being sprayed to adhesive, simultaneously PTC heat-generating pipe back side glue-spraying spout 44 be in completed upset by PTC heat-generating pipe switching mechanism 7 and correspond to the glue spraying state of the back spraying injection stick of the PTC heat-generating pipe 81 on the PTC heat-generating pipe load bearing arm 551 below it.Realize thus once completing the front and back glue spraying to two PTC heat-generating pipes 81 simultaneously, and two PTC heat-generating pipes 81 are overturn 180 ° simultaneously.
Please continue to refer to Fig. 1 and Fig. 2, aforesaid PTC heat-generating pipe lift mechanism 6 preferably but not the structure be definitely limited to is as follows: comprise acting cylinder 61, float plate 62, lift stand 64 after lift stand 63 and one group of PTC heat-generating pipe before one group of PTC heat-generating pipe, acting cylinder 61 correspond to the middle position of float plate 62 to be fixed on vertical cantilever state said base plate 111 towards under side (Fig. 2 shows), the acting cylinder post 611 of this acting cylinder 61 towards upper and be namely stretched over after above bedplate 111 through bedplate 111 and float plate 62 towards under the middle position of side fix, the front-end and back-end of float plate 62 are respectively slidably matched by guide pin bushing 621 and guide pillar 622, and guide pillar 622 is fixed on bedplate 111 with longitudinal state, shown in figure, a pair guide pillar 622 is respectively had in the position of the front-end and back-end corresponding to float plate 62, namely guide pillar 622 has four, before one group of PTC heat-generating pipe, lift stand 63 is fixed on the front end of float plate 62 with space state, and after one group of PTC heat-generating pipe lift stand 64 and one group of PTC heat-generating pipe before under the corresponding state of lift stand 63 interval be fixed on the rear end of float plate 62, wherein: before one group of PTC heat-generating pipe lift stand 63 top and be respectively fixed with the prelocalization of a pair PTC heat-generating pipe towards the side of lift stand 64 after PTC heat-generating pipe and refer to 631, and after one group of PTC heat-generating pipe lift stand 64 top and refer to 641 back to location after the side of lift stand 63 is respectively fixed with a pair PTC heat-generating pipe before PTC heat-generating pipe.Aforesaid acting cylinder 61 is cylinder, if but use oil cylinder instead, so should be considered as equivalent substitution.
In the present embodiment, before aforesaid one group of PTC heat-generating pipe, after lift stand 63 and one group of PTC heat-generating pipe, the quantity of lift stand 64 respectively has three, and the spacing distance between them is as the explanation to aforementioned PTC heat-generating pipe load bearing arm 551, specifically for lift stand 63 before three PTC heat-generating pipes, when the position corresponding to the below of PTC heat-generating pipe front glue-spraying spout 34 on the right side of lift stand 63 before these three PTC heat-generating pipes, then before three PTC heat-generating pipes one of left side of lift stand 63 just correspond to the position of the below of PTC heat-generating pipe back side glue-spraying spout 44, and before three PTC heat-generating pipes lift stand 63 be positioned at middle one just corresponding with aforesaid PTC heat-generating pipe switching mechanism 7, after one group of PTC heat-generating pipe, lift stand 64 is with example.Applicant it should be noted that: in order to adapt to length and the specifications vary of PTC heat-generating pipe 81, and in the middle of the PTC heat-generating pipe that also can increase by a group or more between with one group of forward and backward lift stand 63,64 of PTC heat-generating pipe, the increase of lift stand 65(the present embodiment has lift stand 65 in the middle of one group of PTC heat-generating pipe).
Please then see Fig. 1, aforesaid PTC heat-generating pipe switching mechanism 7 preferably but not the structure be definitely limited to is as follows: comprise pedestal 71, lift action cylinder 72, elevating bracket 73, phorogenesis cylinder 74 and a pair revolution fold up acting cylinder 75, pedestal 71 is fixed on described support platform 121 in the position in chamber 1122 of stepping down corresponding to aforementioned nose girder, lift action cylinder 72 is fixed on pedestal 71 with longitudinal state, the lift action cylinder post 721 of this lift action cylinder 72 and elevating bracket 73 towards under the middle position of length direction of side be connected, and the two ends of elevating bracket 73 respectively have a pair by elevating bracket guide pin bushing 731 and lifting guide pillar 732() be slidably matched, lifting guide pillar 732 is fixed with longitudinal state and pedestal 71, phorogenesis cylinder 74 is arranged on the front end of a pair translation guide pillar 742 with the horizontally-arranged state of level, and the rear end of a pair translation guide pillar 742 and elevating bracket 73 are slidably matched, and the phorogenesis cylinder post 741 of phorogenesis cylinder 74 is connected with the middle position of the length direction of the front side of elevating bracket 73, a pair revolution folds up acting cylinder 75 and is arranged on revolution with the state that left and right is each other corresponding and folds up on acting cylinder seat 752, and revolution is folded up acting cylinder seat 752 in the position of the rear side corresponding to aforementioned elevating bracket 73 and is fixed by the rear end end thread of screwed hole on it 7521 with aforesaid a pair translation guide pillar 742, and a pair revolution folds up acting cylinder 75 respectively has single-revolution head 751, swiveling head 751 has a jaw 7511.
In the present embodiment, aforesaid lift action cylinder 72, phorogenesis cylinder 74 and a pair revolution fold up acting cylinder 75 and are cylinder, equally, if replace cylinder with oil cylinder, so ought to be considered as equivalent transformation and still belong to technology contents category disclosed by the invention.
In the present embodiment, aforesaid driving motor 35 is for having the motor of rotating function; Aforesaid forward pass driving wheel 37, rear drive 38, front moving wheel 45 and rear moving wheel 46 are synchronous pulley, and described drive driving-belt 39 and moving wheel Sports band 47 are Timing Belt.
As shown in Figure 1, the shape of aforesaid front glue-spraying spout fixed mount 3311 and back side glue-spraying spout fixed mount 4311 is all in L-shaped, and on the horizontal segment of the bottom of front glue-spraying spout fixed mount 3311, offer one group of front glue-spraying spout adjustment rack adjusting hole 33111, and the horizontal segment of the bottom of glue-spraying spout fixed mount 4311 overleaf offers one group of back side glue-spraying spout adjustment rack adjusting hole 43111, employing front, the position glue-spraying spout adjustment rack screw 3411 that aforesaid front glue-spraying spout adjustment rack 341 is corresponding to one group of front glue-spraying spout adjustment rack adjusting hole 33111 is connected with front glue-spraying spout fixed mount 3311, the employing back side, the position glue-spraying spout adjustment rack screw 4411 that aforesaid back side glue-spraying spout adjustment rack 441 is corresponding to one group of back side glue-spraying spout adjustment rack adjusting hole 43111 is connected with back side glue-spraying spout fixed mount 4311.
Still as shown in Figure 1, the left end of aforesaid chain bracket 56 and right-hand member are respectively fixed on the upper end of chain bracket post 561, and the lower end of chain bracket post 561 is fixed on aforesaid deck plate 11.Before one group of PTC heat-generating pipe of the structural system of aforementioned PTC heat-generating pipe lift mechanism 6, lift stand 63 corresponds between two adjacent chain brackets 56, and after aforesaid one group of PTC heat-generating pipe, lift stand 64 be with routine.The shape of cross section of the aforesaid PTC heat-generating pipe load bearing arm 551 be arranged on chain 55 with space state is in the shape of the letter V substantially, and the position being positioned at the PTC heat-generating pipe load bearing arm 551 on adjacent conveyor chain 55 corresponds to each other.
Preferably exist, before aforesaid one group of PTC heat-generating pipe on lift stand 63 and correspond to described a pair PTC heat-generating pipe prelocalization referring to that the position of 631 offers prelocalization and refers to adjusting hole 632, after aforesaid one group of PTC heat-generating pipe on lift stand 64 and correspond to location after aforesaid a pair PTC heat-generating pipe referring to the position of 641 offer after location refer to adjusting hole 642, the prelocalization of a pair PTC heat-generating pipe refer to 631 before corresponding to prelocalization and referring to the position of adjusting hole 632 and PTC heat-generating pipe the top of lift stand fix, after a pair PTC heat-generating pipe location refer to 641 correspond to rear location refer to the position of adjusting hole 642 and PTC heat-generating pipe after the top of lift stand fix, and location refers to that the shape of 641 is in the shape of the letter V all substantially after the prelocalization of aforesaid a pair PTC heat-generating pipe refers to 631 and a pair PTC heat-generating pipe.
The drive motors 21 of previous power mechanism 2, the driving motor 35 of PTC heat-generating pipe front glue-spraying mechanism 3 and PTC heat-generating pipe front glue-spraying spout 34, the PTC heat-generating pipe back side glue-spraying spout 44 of PTC heat-generating pipe back spraying gluing mechanism 4, the acting cylinder 61 of PTC heat-generating pipe lift mechanism 6, the lift action cylinder 72 of PTC heat-generating pipe switching mechanism 7, phorogenesis cylinder 74 and a pair revolution fold up electric box 10(and the electric control box that acting cylinder 75 etc. is all controlled by the side (on rear side of location status shown in Fig. 1) being provided in frame 1) the interior PLC(programmable controller configured).
Refer to Fig. 5, figure 5 illustrates PTC heater 8, the PTC heat-generating pipe 81 repeatedly mentioned above this PTC heater 8 comprises and each radiating aluminium sheet 82(industry of corresponding both sides (left side of location status shown in Fig. 5 and right side) being adhered to PTC heat-generating pipe 81 by adhesive also claim the aluminum strip that dispels the heat), in a state of use, PTC heat generating core (Fig. 5 is not shown) is provided with in the tube chamber of PTC heat-generating pipe 81.Because the structure and working principle of PTC heater 8 belongs to known technology, and can by being fully understood in the reading of first patent document of mentioning in background technology hurdle above the applicant, therefore applicant no longer repeats to set forth.
Refer to Fig. 3 and Fig. 4 and composition graphs 1 and Fig. 2, applicant describes operation principle of the present invention, specifically, before radiating aluminium sheet 82 is as shown in Figure 5 adhered to PTC heat-generating pipe 81, by PTC heat-generating pipe automatic glue sprayer of the present invention, adhesive is sprayed (sprinkling) surface to PTC heat-generating pipe 81 towards the side of radiating aluminium sheet 82, concrete course of action is as follows:
By online assignment personnel by the operation to electric box 10, PTC heat-generating pipe automatic glue sprayer is made to enter duty, under the work of the drive motors 21 of actuating unit 2, by the reduction gearbox output shaft sprocket wheel 59 driving the driving reduction gearbox output shaft 221 of reduction box 22 to drive the structural system of PTC heat-generating pipe conveying mechanism 5, drive sprocket 57 is driven through driving chain 58, because drive sprocket 57 is fixed on drive sprocket axle 51, thus drive sprocket axle 51 is driven to rotate by drive sprocket 57, again because one group of drive sprocket 53 is fixed on drive sprocket axle 51, thus one group of drive sprocket 53 is driven to rotate by drive sprocket axle 51, also because the two ends of chain 55 are placed on master respectively, driven sprocket 53, on 54, thus driven sprocket 54 is driven by drive sprocket 56 by chain 55, and drive driven chain wheel shaft 52 by driven sprocket 54, chain 55 is made to be in the state of motion.Under chain 55 is kept in motion, PTC heat-generating pipe load bearing arm 551 on it also moves with chain 55 and forms one and rhythmically phoresy plane, the PTC heat-generating pipe 81 awaiting glue spraying is held on PTC heat-generating pipe load bearing arm 551 by root by right-hand member (shown in Fig. 1 location status) the online assignment personnel being namely positioned at deck plate 11 in this condition by the right-hand member being positioned at frame 1, or the PTC heat-generating pipe 81 awaiting glue spraying is fed on PTC heat-generating pipe load bearing arm 551 by not shown PTC heat-generating pipe automated dispense mechanism that (the former is manual mode, the latter is automated manner), just PTC heat-generating pipe is arrived when chain 55 carries PTC heat-generating pipe 81 by PTC heat-generating pipe load bearing arm 551, back spraying gluing mechanism 3, during the position at 4 places, namely when PTC heat-generating pipe arrives at the position before one group of PTC heat-generating pipe after lift stand 63 and one group of PTC heat-generating pipe between lift stand 64, drive motors 21 break-off, and PTC heat-generating pipe lift mechanism 6 enters duty, acting cylinder 61 works, acting cylinder post 611 stretches outside cylinder body, due to acting cylinder post 611 be with float plate 62 towards under side be connected, thus by acting cylinder post 611 by float plate 62 upwards pushing tow, namely float plate 62 follows guide pillar 622 and upwards floats (rise), again due to before one group of PTC heat-generating pipe, rear lift stand 63, 64 are fixed in float plate 62, thus when float plate 62 is floated, just before one group of PTC heat-generating pipe after lift stand 63 and one group of PTC heat-generating pipe collaborative (jointly) of lift stand 64 act under the PTC heat-generating pipe 81 be previously positioned on PTC heat-generating pipe load bearing arm 551 is upwards lifted away from PTC heat-generating pipe load bearing arm 551, and before one group of (the present embodiment is three) PTC heat-generating pipe, rear lift stand 63, before each PTC heat-generating pipe in 64, rear lift stand is assigned two PTC heat-generating pipes 81, so total six roots of sensation PTC heat-generating pipe 81 is in the state being suspended on PTC heat-generating pipe load bearing arm 551.Figure 2 shows that example, in aforesaid six roots of sensation PTC heat-generating pipe 81, the two PTC heat-generating pipes 81 being positioned at right side just correspond to PTC heat-generating pipe front glue-spraying spout 34(a pair) below, the two PTC heat-generating pipe 81(being positioned at left side have completed front glue spraying) just correspond to PTC heat-generating pipe back side glue-spraying spout 44(a pair) below, and be positioned at two middle PTC heat-generating pipe 81(and completed front glue spraying) a pair revolution just corresponding to PTC heat-generating pipe switching mechanism 7 fold up the position of acting cylinder 75.So just by PTC heat-generating pipe front glue-spraying spout 34 pairs of PTC heat-generating pipe 81 glue sprayings, specifically: by the road adhesive is just being supplied PTC heat-generating pipe by adhesive feed mechanism (not shown), back side glue-spraying spout 34, 44, driving motor 35 works simultaneously, transition power transmission shaft 36 is driven by motor shaft, forward pass driving wheel 37 is driven by transition power transmission shaft 36, rear drive 38 is driven by drive driving-belt 39 by forward pass driving wheel 37, driven by the motion of drive driving-belt 39 be connected with drive driving-belt 39 and the sliding seat 331 be slidably matched with sliding guide 33, front glue-spraying spout fixed mount 3311 is driven by sliding seat 331, front glue-spraying spout adjustment rack 341 is driven by front glue-spraying spout fixed mount 3311, because PTC heat-generating pipe front glue-spraying spout 34 is connected on front glue-spraying spout adjustment rack 341, thus PTC heat-generating pipe front glue-spraying spout 34(a pair) under motion (movement) state, adhesive is sprayed to two PTC heat-generating pipes 81 in left side, until the length direction towards upper side of PTC heat-generating pipe 81 all obtains adhesive equably, PTC heat-generating pipe front nozzle 34 is now from the capable front side having moved on to frame 1 of the rear side of frame 1.In aforementioned process, completed by the PTC heat-generating pipe back side glue-spraying spout 44 of PTC heat-generating pipe back spraying gluing mechanism 4 simultaneously and adhesive is sprayed to two PTC heat-generating pipes 81 on right side, because under aforesaid transition power transmission shaft 36 is kept in motion, except moving wheel 45 before the structural system driving the outer also drive PTC heat-generating pipe back spraying gluing mechanism 4 simultaneously of forward pass driving wheel 37, driving-belt 47 is taken turns by front moving wheel 45 brought into motion, by moving wheel driving-belt 47 drive with its with connect and the sliding shoe 431 be slidably matched with slide-and-guide bar 43, back side glue-spraying spout fixed mount 4311 is driven by sliding shoe 431, back side glue-spraying spout adjustment rack 441 is driven by back side glue-spraying spout fixed mount 4311, because PTC heat-generating pipe back side glue-spraying spout 44 is connected on back side glue-spraying spout adjustment rack 441, thus PTC heat-generating pipe glue-spraying spout 44(a pair dorsad) under motion (movement) state, adhesive is sprayed to two PTC heat-generating pipes 81 on right side.
While above-mentioned PTC heat-generating pipe front glue-spraying spout 34 and PTC heat-generating pipe back side glue-spraying spout 44 are respectively to the front of PTC heat-generating pipe 81 and back side glue spraying, corresponding to PTC heat-generating pipe switching mechanism 7 and the two PTC heat-generating pipes 81 completing glue spraying by PTC heat-generating pipe front glue-spraying spout 34 overturn 180 ° by PTC heat-generating pipe switching mechanism 7, so that for PTC heat-generating pipe back side glue-spraying spout 44 glue spraying, PTC heat-generating pipe 81 is overturn the operating state of 180 ° as shown in Figure 4, concrete process is: lift action cylinder 72 works, by lift action cylinder post 721 by elevating bracket 73 upwards pushing tow, phorogenesis cylinder 74 and a pair revolution is driven to fold up acting cylinder 75 to top offset by elevating bracket 73, to make a pair revolution fold up the swiveling head 751 of acting cylinder 75 together with jaw 7511 corresponding with the end of PTC heat-generating pipe 81 (front end of location status shown in Fig. 1).Then, phorogenesis cylinder 74 works, translation guide pillar 742 is driven by it, revolution is driven to fold up the direction displacement of acting cylinder seat 752 to PTC heat-generating pipe 81 by translation guide pillar 742, be installed on revolution fold up on acting cylinder seat 752 because a pair revolution folds up acting cylinder 75, thus a pair revolution folds up acting cylinder 75 and folds up the direction displacement of acting cylinder seat 752 to PTC heat-generating pipe 81 with revolution, until the end of PTC heat-generating pipe 81 enters jaw 7511 and is in the state of being clamped by jaw 7511 under fold up the work of acting cylinder 75 a pair revolution, a pair revolution folds up acting cylinder 75 and then works in this condition, swiveling head 751 is made to turn round 180 °, thus realize PTC heat-generating pipe 81 to overturn 180 °.
After above-mentioned action completes, PTC heat-generating pipe switching mechanism 7 reverse operation, jaw 7511 discharges the PTC heat-generating pipe 81 completing 180 ° of upsets, phorogenesis cylinder 74 reverse operation, make translation guide pillar 742 drive revolution to fold up acting cylinder seat 752 to set back, lift action cylinder 75 reverse operation simultaneously, make elevating bracket 73 descending, whole PTC heat-generating pipe switching mechanism 7 is in the holding state repeating action next time.Simultaneously, PTC heat-generating pipe lift mechanism 6 and aforementioned contrary process action, i.e. acting cylinder 61 reverse operation, drive float plate 62 descending by acting cylinder post 611, before one group of PTC heat-generating pipe, rear lift stand 63, 64 is descending with float plate 62, be the six roots of sensation by previously lifting the PTC heat-generating pipe 81(the present embodiment held in the palm) turn back on PTC heat-generating pipe load bearing arm 551, drive motors 21 task again, to the PTC heat-generating pipe 81 of glue spraying awaited again towards PTC heat-generating pipe just by PTC heat-generating pipe conveying mechanism 5, back spraying gluing mechanism 3, the direction conveying of 4, the high efficiency glue spraying realized PTC heat-generating pipe 81 so repeatedly.In above process, the PTC heat-generating pipe 81 namely completing front and back glue spraying that row goes out PTC heat-generating pipe back spraying gluing mechanism 4 picks up (collecting), to supply subsequent work stations by radiating aluminium sheet 82 cementation on PTC heat-generating pipe 81 by the online acting cylinder industry personnel waited at the frame 1 i.e. left end of deck plate 11.
As shown in the above description, even if the PTC heat-generating pipe 81 awaiting glue spraying is fed on PTC heat-generating pipe load bearing arm 551 to manually by online assignment personnel, so entire machine also only needs outfit two workmans, i.e. people's supply bobbin, another people collects, and prior art needs the workman of more than ten to obtain and is equal to efficiency to PTC heat-generating pipe 81 glue spraying in the unit interval of PTC heat-generating pipe automatic glue sprayer of the present invention.
In sum, technical scheme provided by the invention overcomes the shortcoming in prior art, successfully completes invention task, has cashed the technique effect referred in the superincumbent technique effect hurdle of applicant objectively.
Claims (10)
1. an automatic adhesive spray device for PTC heat-generating pipe glue sprayer, comprises a frame (1), is configured with a deck plate (11) on the top of this frame (1), one actuating unit (2), this actuating unit (2) is being arranged with frame (1) corresponding to the front side right-hand member of described frame (1) or the position of rear side right-hand member, one PTC heat-generating pipe conveying mechanism (5), this PTC heat-generating pipe conveying mechanism (5) is arranged on described deck plate (11) and goes up and be in transmission connection with described actuating unit (2), one PTC heat-generating pipe lift mechanism (6), this PTC heat-generating pipe lift mechanism (6) is arranged on described deck plate (11) with the state moved up and down, and is positioned at the left end of deck plate (11), one PTC heat-generating pipe switching mechanism (7) for PTC heat-generating pipe being overturn 180 °, this PTC heat-generating pipe switching mechanism (7) is arranged on the front side of left end or the rear side of left end of described deck plate (11), it is characterized in that described automatic adhesive spray device comprises PTC heat-generating pipe back spraying gluing mechanism (4) that PTC heat-generating pipe front glue-spraying mechanism (3) and is positioned at the left side in PTC heat-generating pipe front glue-spraying mechanism (3), PTC heat-generating pipe front glue-spraying mechanism (3) comprises front column (31a), rear column (31b), holder (32a) before guide rod, holder (32b) after guide rod, wire guard beam (32c), sliding guide (33), PTC heat-generating pipe front glue-spraying spout (34), driving motor (35), transition power transmission shaft (36), forward pass driving wheel (37), rear drive (38) and drive driving-belt (39), the position of front column (31a) on front side of the left end of deck plate (11) corresponding to described frame (1) is fixed on deck plate (11) with longitudinal state, rear column (31b) and front column (31a) keep on rear side of the corresponding and same left end being fixed on described deck plate (11) with longitudinal state, before guide rod, holder (32a) is fixed on the top of front column (31a), after guide rod, holder (32b) is fixed on the top of rear column (31b), before the front end of wire guard beam (32c) and guide rod, the top of holder (32a) is fixed, and the top of holder (32b) is fixed after the rear end of wire guard beam (32c) and guide rod, the quantity of sliding guide (33) has self horizontal a pair of walking abreast, before the front end of this sliding guide (33) and guide rod, holder (32a) is fixed, and holder (32b) is fixed after the rear end of sliding guide (33) and guide rod, and on sliding guide (33), be equipped with a sliding seat (331) slidably, this sliding seat (331) is fixedly connected with drive driving-belt (39), and front glue-spraying spout fixed mount (3311) is fixed with on the right side of sliding seat (331), the quantity in PTC heat-generating pipe front glue-spraying spout (34) has a pair and is fixed on front glue-spraying spout adjustment rack (341) with the state that left and right is each other corresponding, and this front glue-spraying spout adjustment rack (341) is connected on front glue-spraying spout fixed mount (3311), driving motor (35) is fixed on the right side of holder (32a) before guide rod with the horizontally-arranged state of level, before the right-hand member of transition power transmission shaft (36) is bearing in guide rod rotationally, holder (32a) is upper and be connected with the driving motor through-drive of driving motor (35), and the left end of this transition power transmission shaft (36) and described PTC heat-generating pipe back spraying gluing mechanism (4) are in transmission connection, forward pass driving wheel (37) is fixed on the right-hand member of transition power transmission shaft (36), rear drive (38) is fixed on the middle part of rear power axle (381), then the two ends of power axle (381) are bearing on rear power axle adjusting seat (3811) respectively rotationally, rear power axle adjusting seat (3811) to be arranged on after described guide rod on holder (32b), one end of drive driving-belt (39) is nested with on forward pass driving wheel (37), and the other end of drive driving-belt (39) is nested with on rear drive (38), and the position in the left side of the length direction corresponding to drive driving-belt (39) is provided with a driving-belt guard shield (391), before the front end of this driving-belt guard shield (391) and described guide rod, the left side of holder (32a) is fixed, and the left side of holder (32b) is fixed after the rear end of driving-belt guard shield (391) and described guide rod, by this driving-belt guard shield (391) forward and backward drive (37,38) and drive driving-belt (39) covered towards the side of described PTC heat-generating pipe back spraying gluing mechanism (4) and protect, described PTC heat-generating pipe back spraying gluing mechanism (4) comprises front side column (41a), rear side column (41b), holder (42a) before guide post, holder (42b) after guide post, wire guard rail beam (42c), slide-and-guide bar (43), PTC heat-generating pipe back side glue-spraying spout (44), front moving wheel (45), rear moving wheel (46) and moving wheel driving-belt (47), front side column (41a) is fixed on described support platform (121) in the position in the left side corresponding to described front column (31a) with longitudinal state, rear side column (41b) is fixed on longitudinal state on described deck plate (11) equally in the position in the left side corresponding to described rear column (31b), before guide post, holder (42a) is fixed on the top of front side column (41a), after guide post, holder (42b) is fixed on the top of rear side column (41b), before the front end of wire guard rail beam (42c) and guide post, the top of holder (42a) is fixed, and the top of holder (42b) is fixed after the rear end of wire guard rail beam (42c) and guide post, the quantity of slide-and-guide bar (43) has self horizontal a pair of walking abreast, before the front end of this slide-and-guide bar (43) and guide post, holder (42a) is fixed, and holder (42b) is fixed after the rear end of slide-and-guide bar (43) and guide post, and on slide-and-guide bar (43), be equipped with a sliding shoe (431) slidably, this sliding shoe (431) is fixedly connected with moving wheel driving-belt (47), and back side glue-spraying spout fixed mount (4311) is fixed with on the right side of sliding shoe (431), the quantity at PTC heat-generating pipe back side glue-spraying spout (44) has a pair and is fixed on back side glue-spraying spout adjustment rack (441) with the state that left and right is each other corresponding, and this back side glue-spraying spout adjustment rack (441) is connected on back side glue-spraying spout fixed mount (431), front moving wheel (45) is fixed on the left end of described transition power transmission shaft (36), rear moving wheel (46) is fixed on the middle part of rear motion wheel shaft (461), then the two ends of motion wheel shaft (461) are bearing on rear moving wheel axial adjustment seat (4611) respectively rotationally, rear moving wheel axial adjustment seat (4611) to be arranged on after described guide post on holder (42b), one end of moving wheel driving-belt (47) is nested with on front moving wheel (45), and the other end of moving wheel driving-belt (47) is nested with on rear moving wheel (46), and the position in the left side of the length direction corresponding to moving wheel driving-belt (47) is provided with a driving-belt protective cover (471), before the front end of this driving-belt protective cover (471) and described guide post, the left side of holder (42a) is fixed, and the left side of holder (42b) is fixed after the rear end of driving-belt protective cover (471) and described guide post, by this driving-belt protective cover (471) by front, rear moving wheel (45, 46) and moving wheel driving-belt (47) cover back to the side of described PTC heat-generating pipe front glue-spraying mechanism (3) and protect, wherein: described PTC heat-generating pipe lift mechanism (6) corresponds to the below of described sliding guide (33) and slide-and-guide bar (43) simultaneously, described PTC heat-generating pipe switching mechanism (7) is corresponding between described front column (31a) and front side column (41a) or corresponding between described rear column (31b) and rear side column (41b).
2. the automatic adhesive spray device of PTC heat-generating pipe glue sprayer according to claim 1, it is characterized in that the deck plate (11) in described frame (1) is gone up and in the position corresponding to described PTC heat-generating pipe lift mechanism (6), the state of soaring in the top of deck plate (11) is provided with a bedplate (111), PTC heat-generating pipe lift mechanism (6) matches with this bedplate (111), an expandable stent (12) is extended with on front side of the left end of frame (1), on the top of this expandable stent (12), there is a support platform (121), this support platform (121) is expanded by described deck plate (11) and is formed, described front column (31a) and front side column (41a) are fixed on support platform (121) with longitudinal state, a nose girder (112) is fixed with in the front side of the length direction of deck plate (11), at the top of this nose girder (112) and the right-hand member being positioned at nose girder (112) is fixed with a PTC heat-generating pipe guide plate (1121), and nose girder (112) left end and offer a nose girder and to step down chamber (1122) corresponding to the position between described front column (31a) and front side column (41a), described PTC heat-generating pipe switching mechanism (7) is arranged on described support platform (121) in the position in chamber (1122) of stepping down corresponding to this nose girder and corresponds between described front column (31a) and front side column (41a), described actuating unit (2) comprises a drive motors (21) and and drives reduction box (22), drive motors (21) coordinates with driving reduction box (22) transmission, and be arranged on the below of front side right-hand member or the below of rear side right-hand member of described frame (1) together with drive motors (21) by driving reduction box (22), described PTC heat-generating pipe conveying mechanism (5) with drive the driving reduction gearbox output shaft (221) of reduction box (22) to be in transmission connection and at the left end being stretched over described frame (1) successively behind the below of described sliding guide (33) and slide-and-guide bar (43).
3. the automatic adhesive spray device of PTC heat-generating pipe glue sprayer according to claim 2, it is characterized in that described PTC heat-generating pipe conveying mechanism (5) comprises drive sprocket axle (51), driven chain wheel shaft (52), drive sprocket (53), driven sprocket (54), chain (55), chain bracket (56), drive sprocket (57), driving chain (58) and reduction gearbox output shaft sprocket wheel (59), drive sprocket axle (51) is bearing on a pair drive sprocket axle bed (511) rotationally, and a pair initiatively chain axle bed (511) be fixed on the right-hand member of described deck plate (11) with corresponding state before and after each other, driven chain wheel shaft (52) is bearing on a pair driven sprocket axle bed (521) rotationally, and a pair driven sprocket axle bed (521) is fixed on the left end of deck plate (11) with corresponding state before and after each other, the quantity of drive sprocket (53) has one group and is fixed on drive sprocket axle (51) with space state, the quantity of driven sprocket (54) equal with the quantity of drive sprocket (53) and and the corresponding state of drive sprocket (53) under interval be fixed on driven chain wheel shaft (52), the quantity of chain (55) is equal with the quantity of drive sprocket (53), one end of this chain (55) is nested with on drive sprocket (53), the other end is nested with on driven sprocket (54), upper at chain (55) and side back to chain bracket (56) is provided with PTC heat-generating pipe load bearing arm (551) with space state, the quantity of chain bracket (56) is equal with the quantity of chain (55) and be fixed on described deck plate (11) in the position of below corresponding to chain (55) with airborne, drive sprocket (57) is fixed on drive sprocket axle (51) one end towards described actuating unit (2), one end of driving chain (58) is nested with on drive sprocket (57), the other end is nested with on reduction gearbox output shaft sprocket wheel (59), and reduction gearbox output shaft sprocket wheel (59) is fixed on described driving reduction gearbox output shaft (221), wherein: described chain (55) contacts with described chain bracket (56), and chain bracket (56) is at the left end being stretched over described deck plate (11) successively under the state of the below of described sliding guide (33) and slide-and-guide bar (43).
4. the automatic adhesive spray device of PTC heat-generating pipe glue sprayer according to claim 2, it is characterized in that described PTC heat-generating pipe lift mechanism (6) comprises acting cylinder (61), float plate (62), lift stand (64) after lift stand (63) and one group of PTC heat-generating pipe before one group of PTC heat-generating pipe, acting cylinder (61) correspond to the middle position of float plate (62) to be fixed on vertical cantilever state described bedplate (111) towards under side, the acting cylinder post (611) of this acting cylinder (61) towards upper and through bedplate (111) afterwards with float plate (62) towards under the middle position of side fix, the front-end and back-end of float plate (62) are respectively slidably matched by guide pin bushing (621) and guide pillar (622), and guide pillar (622) is fixed on bedplate (111) with longitudinal state, before one group of PTC heat-generating pipe, lift stand (63) is fixed on the front end of float plate (62) with space state, and after one group of PTC heat-generating pipe lift stand (64) and one group of PTC heat-generating pipe before under the corresponding state of lift stand (63) interval be fixed on the rear end of float plate (62), wherein: before one group of PTC heat-generating pipe lift stand (63) top and be respectively fixed with the prelocalization of a pair PTC heat-generating pipe towards the side of lift stand (64) after PTC heat-generating pipe and refer to (631), and after one group of PTC heat-generating pipe lift stand (64) top and refer to (641) back to locating after the side of lift stand (63) is respectively fixed with a pair PTC heat-generating pipe before PTC heat-generating pipe, wherein, described acting cylinder (61) is cylinder.
5. the automatic adhesive spray device of PTC heat-generating pipe glue sprayer according to claim 2, it is characterized in that described PTC heat-generating pipe switching mechanism (7) comprises pedestal (71), lift action cylinder (72), elevating bracket (73), phorogenesis cylinder (74) and a pair revolution fold up acting cylinder (75), pedestal (71) is fixed on described support platform (121) in the position in chamber (1122) of stepping down corresponding to described nose girder, lift action cylinder (72) is fixed on pedestal (71) with longitudinal state, the lift action cylinder post (721) of this lift action cylinder (72) and elevating bracket (73) towards under the middle position of length direction of side be connected, and the two ends of elevating bracket (73) are respectively slidably matched by elevating bracket guide pin bushing (731) and lifting guide pillar (732), lifting guide pillar (732) is fixed with longitudinal state and pedestal (71), phorogenesis cylinder (74) is arranged on the front end of a pair translation guide pillar (742) with the horizontally-arranged state of level, and the rear end of a pair translation guide pillar (742) and elevating bracket (73) are slidably matched, and the phorogenesis cylinder post (741) of phorogenesis cylinder (74) is connected with the middle position of the length direction of the front side of elevating bracket (73), a pair revolution folds up acting cylinder (75) and is arranged on revolution with the state that left and right is each other corresponding and folds up on acting cylinder seat (752), and revolution folds up acting cylinder seat (752) and is corresponding to the position of rear side of described elevating bracket (73) and the rear end end winding support of a pair described translation guide pillar (742), and a pair revolution folds up acting cylinder (75) respectively has single-revolution head (751), swiveling head (751) has a jaw (7511).
6. the automatic adhesive spray device of PTC heat-generating pipe glue sprayer according to claim 1, is characterized in that described driving motor (35) is for having the motor of rotating function; Described forward pass driving wheel (37), rear drive (38), front moving wheel (45) and rear moving wheel (46) are synchronous pulley, and described drive driving-belt (39) and moving wheel Sports band (47) are Timing Belt.
7. the automatic adhesive spray device of PTC heat-generating pipe glue sprayer according to claim 1, it is characterized in that the shape at described front glue-spraying spout fixed mount (3311) and back side glue-spraying spout fixed mount (4311) is all in L-shaped, and one group of front glue-spraying spout adjustment rack adjusting hole (33111) is offered in the bottom in front glue-spraying spout fixed mount (3311), and the bottom of glue-spraying spout fixed mount (4311) offers one group of back side glue-spraying spout adjustment rack adjusting hole (43111) overleaf, the position that described front glue-spraying spout adjustment rack (341) is corresponding to one group of front glue-spraying spout adjustment rack adjusting hole (33111) is connected with front glue-spraying spout fixed mount (3311), the position that described back side glue-spraying spout adjustment rack (441) is corresponding to one group of back side glue-spraying spout adjustment rack adjusting hole (43111) is connected with back side glue-spraying spout fixed mount (4311).
8. the automatic adhesive spray device of PTC heat-generating pipe glue sprayer according to claim 3, it is characterized in that the left end of described chain bracket (56) and right-hand member are respectively fixed on the upper end of chain bracket post (561), and the lower end of chain bracket post (561) is fixed on described deck plate (11); The shape of cross section of the described PTC heat-generating pipe load bearing arm (551) be arranged on described chain (55) with space state is in the shape of the letter V, and the position being positioned at the PTC heat-generating pipe load bearing arm (551) on adjacent conveyor chain (55) corresponds to each other.
9. the automatic adhesive spray device of PTC heat-generating pipe glue sprayer according to claim 4, it is characterized in that lift stand (63) is gone up and referred to that the position of (631) offers prelocalization and refers to adjusting hole (632) corresponding to described a pair PTC heat-generating pipe prelocalization before described one group of PTC heat-generating pipe, after described one group of PTC heat-generating pipe, lift stand (64) is gone up and is located after corresponding to a pair described PTC heat-generating pipe and refers to that the position of (641) offers rear location and refers to adjusting hole (642), the prelocalization of a pair PTC heat-generating pipe refers to that (631) are fixed on the top of lift stand before the position referring to adjusting hole (632) corresponding to prelocalization and PTC heat-generating pipe, locate after a pair PTC heat-generating pipe and refer to that (641) are fixed on the top of lift stand behind the position referring to adjusting hole (642) corresponding to rear location and PTC heat-generating pipe, and described a pair PTC heat-generating pipe prelocalization is located after referring to (631) and a pair PTC heat-generating pipe and is referred to that the shape of (641) is all in the shape of the letter V.
10. the automatic adhesive spray device of PTC heat-generating pipe glue sprayer according to claim 5, is characterized in that described lift action cylinder (72), phorogenesis cylinder (74) and a pair revolution fold up acting cylinder (75) and be cylinder.
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| CN107961953A (en) * | 2017-12-05 | 2018-04-27 | 湖北国炬农业机械科技股份有限公司 | A kind of moveable reciprocating wax sprayer and operating method |
| CN112827708A (en) * | 2021-01-05 | 2021-05-25 | 许康霞 | Water pump impeller spraying rust prevention device |
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| CN204503413U (en) * | 2015-03-20 | 2015-07-29 | 常熟市林芝电热器件有限公司 | The automatic adhesive spray device of PTC heat-generating pipe glue sprayer |
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