CN208603314U - A kind of visual panel silk-screen baking and curing furnace cooling transmitting device that discharges - Google Patents

Abstract

A kind of cooling transmitting device of visual panel silk-screen baking and curing furnace discharging being related to baking and curing heating furnace field, include material pulling mechanism and charging tray conveying mechanism, the material pulling mechanism is arranged outside curing oven, for clamping the charging tray for taking out corresponding discharge port, the charging tray conveying mechanism corresponds to the lower part of material pulling mechanism, for carrying out the cooling operation of side trailing edge to the charging tray pulled out by material pulling mechanism, the device is not only able to take out charging tray one by one from discharge port, but also cooling transmission can be carried out to charging tray, and it can also achieve the purpose that reduce curing oven production space and occupied area simultaneously.

Description

A kind of visual panel silk-screen baking and curing furnace cooling transmitting device that discharges

Technical field

The utility model relates to baking and curing heating furnace field, more particularly, to a kind of pair of handset touch panel or other are visual Panel carries out the curing oven cooling transmitting device that discharges of appearance silk-screen drying.

Background technique

Well known, present most people is increasingly dependent on mobile phone electronic product, therefore high quality in daily life Mobile phone electronic product become each producer and target that consumer pursues jointly, in which: screen panel is mobile phone electron-like The indispensable component part of product, in process of production, silk-screen process indispensable when being screen panel production, mobile phone touching Then the appearance for touching screen and other visible surface plates will carry out baking and curing by the techniques such as silk-screen and spraying, brushing, and Silk-screen, spraying, brushing and baking and curing multiple working procedure are carried out again, currently, the curing oven for its baking and curing mostly uses electricity Heating tunnel's baking and curing furnace, feed end and discharge end are substantially and are designed to open type, however, answering in long-term reality With middle discovery, there are following problems for this curing oven:

1, due in operation, the charging tray for being placed with visual panel is sequentially placed on the conveyor belt, then by defeated It send again successively to send out charging tray with the operating for driving from the entrance of the entrance of curing oven, and passing through conveyer belt and solidifies outlet of still, and consolidate Change furnace with regard to carrying out baking and curing to the visual panel on conveyer belt in the process, it then becomes necessary to design longer curing oven Furnace body, the time requirement with satisfaction to visual panel progress baking and curing, the entire length for the curing oven to be increased that is thus bound to, To cause curing oven entirety occupied area larger, not only it is not easy to manage, but also production cost can be accordingly increased；

2, in practical applications, since the visual panel temperature after coming out of the stove is higher, it is necessary to through cooling after a period of time It could be taken out from charging tray, therefore, in order to which the visual panel after coming out of the stove is cooled down and had enough to meet the need, be usually all equipped with more A material frame, and the charging tray for being placed with visual panel of fresh baked is placed on material frame, shelved using material frame charging tray with cooling and Turnover, still, this requires production site that must provide enough spaces to place and have enough to meet the need these material framves, meanwhile, these material Even if frame in non-working condition, can also occupy more area and space, to bring corresponding trouble and not to manager Just；

Currently, in order to solve the above-mentioned technical problem, can use and allow charging tray by curing oven feed end end face lower part is arranged in Feed inlet enter in furnace, the charging tray entered in furnace is then made successively by the corresponding jacking mechanism that is arranged in curing furnace Overlapping is piled up, i.e., multiple charging trays are by stacked formation stacking, to enable multiple charging trays with vertically superposed state solid Change and carry out baking and curing in furnace, then charging tray pile is gradually mentioned by the way that corresponding hoisting mechanism is arranged in curing furnace again It rises, so that the charging tray of charging tray pile top layer is correspondingly arranged at the discharge port on curing oven discharge end end face top one by one, be then able to Corresponding charging tray is pulled out one by one by discharge port, the charging tray into curing oven is not only made to be capable of forming advanced elder generation in this way Discrepancy furnace sequence out, keeps baking and curing time of the upper and lower level charging tray in curing furnace in charging tray pile relatively uniform, it is ensured that The quality of visual panel, but also the furnace body length of curing oven can greatly be shortened, production cost is reduced accordingly；

However, when using above-mentioned design structure, due in the prior art but not can with above-mentioned design structure is mating makes , convenient for pulling out the drawing material device of charging tray one by one from the discharge port on furnace wall top, and it is cold convenient for being carried out to the charging tray of taking-up But transmitting device, therefore, in existing technical foundation, above-mentioned design structure can not be applied, so needing one now Kind can be convenient for taking out charging tray from the discharge outlet that curing oven discharge end furnace wall top is arranged in one by one, and cools down to charging tray Transmission, and the device of curing oven production space and occupied area can be reduced simultaneously.

Summary of the invention

In order to overcome the shortcomings in the background art, the utility model discloses a kind of visual panel silk-screen baking and curing furnaces to use Discharge cooling transmitting device, and the device is not only able to convenient for taking out charging tray one by one from discharge port, but also can be to charging tray Cooling transmission is carried out, and can also achieve the purpose that reduce curing oven production space and occupied area simultaneously.

For achieving the above object, the utility model adopts the following technical solution:

A kind of visual panel silk-screen baking and curing furnace cooling transmitting device that discharges, the device include material pulling mechanism and Charging tray conveying mechanism；The material pulling mechanism is one group and being driven in air cylinder supporting structure by cylinder is arranged in, and level is corresponding solid Change the clamp structure of furnace discharge mouth, which is in open configuration when entering curing oven under cylinder drive, and accurately The two sides of charging tray pile top layer charging tray in corresponding curing oven, in closure when which exits curing oven under cylinder drive State, and stable corresponding clamping charging tray pile top layer charging tray；The charging tray conveying mechanism includes that correspondence goes out positioned at curing oven Vertical circulation conveying frame on the outside of material mouth end, and corresponding square horizontal cyclic carriage under curing furnace；Described Vertical circulation conveying frame includes the conveyor chain of two synchronous circulatings rotation, and the inside of this two conveyor chains is equipped with more respectively A one-to-one bracketing frame, the bracketing frame are used for two outer lateral flanges of the corresponding charging tray of bracketing；The vertical circulation conveying It is correspondingly connected on the inside of air cylinder supporting structure in the upper end and material pulling mechanism of frame, the circulation highest point of two conveyor chains is higher than Air cylinder supporting structure, and not in air cylinder supporting structure cylinder and clamp structure contact；The lower end of the vertical circulation conveying frame With one end of horizontal cyclic carriage is corresponding intersects, the other end of the horizontal cyclic carriage is corresponding to be located at curing oven feed end Outer lower portion；The horizontal cyclic carriage includes the conveyer belt of a cycle rotation, this conveyer belt is corresponding to be located at two Position between conveyor chain, and the circulation minimum point of two conveyor chains of vertical circulation conveying frame is conveyed lower than horizontal cyclic The conveyer belt upper side of frame.

Further, in the lower end shaft of two conveyor chains of the vertical circulation conveying frame and horizontal cyclic carriage The shaft of conveyer belt corresponding end is set as coaxial construction.

Further, corresponding two conveyor chains for being located at vertical circulation conveying frame of the conveyer belt of the horizontal cyclic carriage Between, and pass through at least two bearings and level in the middle part of the axle body of the drive shaft of two conveyor chain lower end of vertical circulation conveying frame The inner wall of the hollow cylinder shaft of circulation conveying frame conveyer belt corresponding end connects.

Further, the material pulling mechanism includes air cylinder supporting structure, rodless cylinder and material ejection cylinder；The cylinder is fixed Frame is the frame structure being arranged on the outside of curing oven discharge port, and middle section lower position is equipped with flat with curing oven discharge port in frame body Capable fixed plate, the plate face of the fixed plate symmetrically runs through fixation, and there are four linear bearings, and are located at two linear bearings of inside It is corresponding with two linear bearings in outside are located to be arranged in upper layer and lower layer horizontal plane；It is corresponding above the fixed plate to be handed in cross Forked to be equipped with a rodless cylinder, the both ends of the rodless cylinder are fixedly connected with the corresponding two sides of air cylinder supporting structure respectively；Described The motion block bottom surfaces of rodless cylinder are fixedly connected with the first connecting plate by a plate, and first connecting plate is corresponding remote positioned at fixed plate The side of material mouth is separated out, and is fixedly connected with one end of two linear axis, first level face is located on two linear axis and fixed plate Two linear bearings are correspondingly connected with, and the other end end of two linear axis is equipped with the hook head of corresponding curing oven discharge port；It is described Material ejection cylinder tail end it is corresponding be fixedly connected with fixed plate middle part, the flexible club head of material ejection cylinder head end is fixedly connected with second Connecting plate, the plate face of second connecting plate are fixedly connected with one end of other two linear axis, and two linear axis and fixed plate are upper It is correspondingly connected in two linear bearings of the second horizontal plane, and the other end of two linear axis is equipped with corresponding curing oven discharge port Contradict head；Two linear axis positioned at fixed plate first level face and the vertical interval between two linear axis positioned at the second horizontal plane With the thickness matching of charging tray flanging.

Further, the air cylinder supporting structure is equipped with the sense for monitoring control rodless cylinder and material ejection cylinder stroke respectively Answer control device.

Further, four ends of charging tray conveying mechanism curing oven discharge port corresponding with four linear axis are vertical right It answers.

Further, the material pulling mechanism includes air cylinder supporting structure, limiting cylinder, linear bearing, draws material cylinder and liftout Cylinder；The air cylinder supporting structure is the frame structure being arranged on the outside of curing oven discharge port, inside frame body from top to bottom according to Sub-level is provided with limiting cylinder, draws material cylinder and material ejection cylinder；The limiting cylinder cylinder body bottom surfaces are corresponding in turn to solid Surely be connected with linear bearing, draw material cylinder and material ejection cylinder, and limiting cylinder telescopic rod end it is corresponding with air cylinder supporting structure go out It is fixedly connected in the middle part of the medial surface of material mouth one end；The linear bearing is correspondingly connected with a linear axis, the both ends of the linear axis It respectively corresponds and is fixedly connected with the two sides of air cylinder supporting structure, and the axis of linear axis is vertical corresponding with the axis of discharge port；Institute The telescopic rod end at least even level's for the drawing material cylinder stated separates two hook heads, the flexible rod end of the material ejection cylinder Head at least even level's separates two conflict heads, and the telescopic rod end of material cylinder and material ejection cylinder is drawn to correspond to going out for curing oven Material mouth, and the thickness matching of the vertical interval between two bars and charging tray flanging.

Further, the charging tray conveying mechanism and the telescopic end end of material ejection cylinder and drawing material cylinder are vertical corresponding.

Further, the air cylinder supporting structure is equipped with for monitoring control limiting cylinder respectively, draws material cylinder and liftout gas The induction controller of cylinder stroke.

Further, linkage is equipped between the material pulling mechanism and the furnace door control mechanism of curing oven discharge port.

Further, the device is equipped with whole digital control system.

Due to the adoption of the technical scheme as described above, the utility model has the following beneficial effects:

The visual panel silk-screen baking and curing furnace described in the utility model cooling transmitting device not only overall structure that discharges Compact, occupied area is smaller, and easily fabricated, convenient for operation；The device, which is used, to be arranged outside curing oven for clamping The material pulling mechanism of the charging tray of corresponding discharge port is taken out, the single charging tray of corresponding discharge port can be pulled out one by one, to meet Shorten curing furnace body length on the basis of, feeding requirement that the charging tray for forming charging tray pile is all pulled out one by one；Meanwhile Described device also uses charging tray transmission mechanism matched with material pulling mechanism, can carry out under side to the charging tray that material pulling mechanism pulls out The cooling operation in side is dropped, so that not needing to reuse material frame not only carries out placement cooling, effective solution is grasped in the prior art Make the problem of scene material frame occupies excessive space, but also can effectively ensure the stability of the quality of production, is finally reached phase The purpose of user's entirety production cost should be reduced.

Detailed description of the invention

Fig. 1 is the schematic diagram of the utility model；

Fig. 2 is the stereoscopic schematic diagram of the utility model；

Fig. 3 is the schematic diagram of the material pulling mechanism；

Fig. 4 is another structural schematic diagram of the material pulling mechanism；

Fig. 5 is the schematic diagram of the charging tray conveying mechanism.

In figure: 1, air cylinder supporting structure；2, curing oven；3, discharge port；4, charging tray pile；5, vertical circulation conveying frame；6, horizontal Circulation conveying frame；7, conveyor chain；8, bracketing frame；9, conveyer belt；10, drive shaft；11, hollow cylinder shaft；12, fixed plate； 13, linear bearing；14, rodless cylinder；15, motion block；16, the first connecting plate；17, linear axis；18, hook head；19, liftout gas Cylinder；20, the second connecting plate；21, head is contradicted；22, limiting cylinder；23, material cylinder is drawn.

Specific embodiment

The utility model can be explained in more detail by the following examples, open the purpose of this utility model is intended to protect All changes and improvements in the scope of the utility model are protected, the utility model is not limited by the following examples:

The cooling transmitting device that discharges of the visual panel silk-screen baking and curing furnace in conjunction with described in attached drawing 1~5, the device Include material pulling mechanism and charging tray conveying mechanism；The material pulling mechanism be one group be arranged in air cylinder supporting structure 1 by cylinder band It is dynamic, and the clamp structure of horizontal corresponding 2 discharge port 3 of curing oven avoids that is, convenient for utilizing clamp structure by the taking-up of charging tray level Charging tray run-off the straight；The clamp structure is in open configuration when entering curing oven 2 under cylinder drive, and accurately corresponding solidification The two sides of 4 top layer's charging tray of charging tray pile in furnace 2, the clamp structure are in closed state when exiting curing oven 2 under cylinder drive, And stable corresponding clamping 4 top layer's charging tray of charging tray pile；Cylinder movement i.e. in material pulling mechanism can be such that clamp structure prolongs every time When extending into curing oven 2, correspondence that can be stable is located at the charging tray two sides of 4 top layer of charging tray pile, and incites somebody to action after shrinking closure Stable hold of this charging tray pulls out curing oven 2, when the corresponding top for being located at charging tray conveying mechanism of the charging tray of pull-out, cylinder Movement unclamps clamp structure, allows the charging tray of pull-out smoothly to fall on charging tray conveying mechanism, and transmitted by charging tray conveying mechanism To subsequent processing, then, cylinder can extend into curing oven 2 again, and clamping pulls out next charging tray, and the rest may be inferred to general All charging trays pull out one by one；

For 3 fire door of discharge port of the synchronous averaging curing oven 2 when pulling charging tray, the unlatching shadow of 3 fire door of discharge port is avoided It rings to charging tray and pulls speed, can be arranged between material pulling mechanism and 3 furnace door control mechanism of discharge port of curing oven 2 corresponding Linkage, the speed so as to be adapted to using linkage when clamp structure extends into furnace are started fire door, protected Barrier clamp structure can smoothly correspond to charging tray, then close fire door again when clamp structure is resetted and shunk with the speed of adaptation, To ensure that the heat in 2 furnace of curing oven will not excessively be scattered and disappeared outward by discharge port 3.

In practical applications, the material pulling mechanism can be arranged to various structures form, example:

1, in conjunction with Fig. 3, the material pulling mechanism includes air cylinder supporting structure 1, rodless cylinder 14 and material ejection cylinder 19；Described Air cylinder supporting structure 1 is that the frame structure in 2 discharge port of curing oven, 3 outside is arranged in, and middle section lower position is equipped with plate face in frame body The fixed plate 12 parallel with curing oven 2 discharge port, 3 end faces, the plate face of the fixed plate 12 symmetrically runs through fixation, and there are four linear bearings 13, and two linear bearings 13 for being located relatively inside are corresponding with two linear bearings 13 for being located relatively at outside in upper layer and lower layer Horizontal plane arrangement, i.e., four linear bearings 13 are separately fixed in fixed plate 12, and two correspondences are horizontally arranged on upper layer, and another two A correspondence is horizontally arranged in lower layer, and two linear bearings 13 of inside can be arranged as needed in upper layer or outside Two linear bearings 13 on upper layer；It is corresponding above the fixed plate 12 to be arranged one without bar in cross-shaped with fixed plate 12 Cylinder 14, the both ends of the rodless cylinder 14 are fixedly connected with the corresponding two sides of air cylinder supporting structure 1 respectively, i.e., rodless cylinder 14 can With it is corresponding parallel with four matched linear axis 17 of linear bearing 13；15 bottom surfaces of motion block of the rodless cylinder 14 pass through one Plate is fixedly connected with the first connecting plate 16, and first connecting plate 16 is corresponding positioned at side of the fixed plate 12 far from discharge port 3, and with One end of two linear axis 17 is fixedly connected, and two linear axis 17 and two linear bearings 13 for being located at first level face in fixed plate 12 are right It should connect, and the other end end of two linear axis 17 is equipped with the hook head 18 of corresponding 2 discharge port 3 of curing oven, i.e. rodless cylinder It is able to drive 16 sweeping action of the first connecting plate when 14 movement, and two linear axis 17 in drive first level face synchronous simultaneously Moved back and forth with its corresponding linear bearing 13 for fulcrum, so that reach operation hook head 18 passes in and out 2 discharge port 3 of curing oven back and forth Purpose；

The tail end of the material ejection cylinder 19 is corresponded to and is fixedly connected in the middle part of fixed plate 12, and 19 head end of material ejection cylinder stretches Club head is fixedly connected with the second connecting plate 20, the i.e. corresponding position for being located remotely from 2 discharge port 3 of curing oven of the telescopic rod of material ejection cylinder 19 It sets；The plate face of second connecting plate 20 is fixedly connected with one end of other two linear axis 17, two linear axis 17 and fixation Two linear bearings 13 on plate 12 positioned at the second horizontal plane are correspondingly connected with, and the other end of two linear axis 17 is equipped with and corresponds to admittedly Change the conflict head 21 of 2 discharge port 3 of furnace, i.e., is able to drive 20 sweeping action of the second connecting plate when material ejection cylinder 19 acts, and simultaneously Two linear axis 17 of synchronous the second horizontal plane of drive are moved back and forth with its corresponding linear bearing 13 for fulcrum, to reach Operation contradicts the purpose that head 21 passes in and out 2 discharge port 3 of curing oven back and forth；In actual operation, since the conflict head 21 is used for The uniform corresponding outside disc outer wall for contradicting 4 top layer's charging tray of charging tray pile in curing oven 2, the hook head 18 is for uniform The inner disc outer rim of 4 top layer's charging tray of charging tray pile in corresponding hooking curing oven 2, therefore, the conflict head driven by material ejection cylinder 19 21 and the hook head 18 that is driven by rodless cylinder 14 clamp structure of a corresponding clamping charging tray, i.e. conflict head can be collectively formed 21 and hook head 18 can enter curing oven 2 under the drive of respective cylinder, and the corresponding surface for being located at charging tray pile 4, at this point, Charging tray pile 4 is lifted by hoisting mechanism, makes the charging tray of top layer is corresponding to be located between conflict head 21 and hook head 18, then leads to The extending action for crossing material ejection cylinder 19 makes to contradict the corresponding outside disc outer wall for withstanding on top layer's charging tray of head 21, then passes through rodless cylinder 14 contractive action makes the corresponding inner disc outer rim for being hooked on top layer's charging tray of hook head 18, when the charging tray of 4 top layer of charging tray pile By 18 jointly stabilizing of conflict head 21 and hook head when clamping, hoisting mechanism counteragent moves down charging tray pile 4, makes charging tray Pile 4 and the charging tray of its top layer separate, then operate again material ejection cylinder 19 and rodless cylinder 14 synchronize move back, make to contradict head 21 With hook head 18 synchronize exit curing oven 1, so that charging tray level be pulled out using common clamp for contradicting head 21 and hook head 18；

When material ejection cylinder 19 and rodless cylinder 14 synchronize move back in place when, by four ends of its four linear axis 17 driven The discharge port 3 for exiting curing oven 2 is synchronized, and the charging tray between this four ends just can vertically correspond to charging tray conveying mechanism Vertical circulation conveying frame 5, i.e. charging tray are pulled to the vertical circulation conveying frame of the charging tray conveying mechanism positioned at 1 lower part of air cylinder supporting structure When 5 surface, material ejection cylinder 23 and rodless cylinder 19 act respectively to be made to contradict head 21 and hook head 18 is detached from charging tray respectively, together When, under the cycle rotation of two conveyor chains 7, charging tray can be held up by same level corresponding two bracketings frame 8, As charging tray is taken away material pulling mechanism by the rotation of conveyor chain 7 and is sent to subsequent processing, then, material ejection cylinder 19 and without bar gas Cylinder 14 resynchronizes the discharge port 3 close to curing oven 2, and conflict head 21 and hook head 18 is made to extend into curing oven 2 again, corresponding Next charging tray, all charging trays for then repeating composition charging tray pile 4 in aforesaid operations to curing oven 2 are pulled out one by one；Herein Period, the vertical interval between the linear axis 17 on two horizontal planes driven respectively due to material ejection cylinder 19 and rodless cylinder 14 With the thickness matching of charging tray flanging, therefore, when pulling charging tray, the conflict head 21 driven by material ejection cylinder 19 can correspond to Touch the lateral surface of charging tray, and simultaneously bracketing the bottom surfaces of the charging tray outside disc edge, and the linear axis that rodless cylinder 14 drives 17 axle bodies can correspond to the upper side for being attached to the charging tray, and linear axis 17 hook head 18 that drives can correspond to hooking charging tray Inner disc edge, i.e., the top and bottom of outside disc edge are all hold by stable in charging tray, to effectively ensure that charging tray is drawn out When stationarity；Furthermore it is possible to which setting is for monitoring control rodless cylinder 14 and material ejection cylinder 19 respectively in air cylinder supporting structure 1 The induction controller of stroke monitors the stroke of rodless cylinder 14 and material ejection cylinder 19 by induction controller, and same Step sends corresponding signal to control the movement of two cylinders, to effectively ensure the movement of rodless cylinder 14 and material ejection cylinder 19 Stroke is accurately in place；

2, in conjunction with Fig. 4, the material pulling mechanism includes air cylinder supporting structure 1, limiting cylinder 22, linear bearing 13, draws material gas Cylinder 23 and material ejection cylinder 19；The air cylinder supporting structure 1 is that the frame structure in 2 discharge port of curing oven, 3 outside, frame body is arranged in It is internal successively horizontal to be from top to bottom provided with limiting cylinder 22, draw material cylinder 23 and material ejection cylinder 19；The limiting cylinder 22 cylinder body bottom surfaces are corresponding in turn to and are fixedly connected with linear bearing 13, draw material cylinder 23 and material ejection cylinder 19, and limiting cylinder 22 Telescopic rod end 3 one end of discharge port corresponding with air cylinder supporting structure 1 medial surface in the middle part of be fixedly connected, and linear bearing 13 and one Linear axis 17 is correspondingly connected with, and the both ends of the linear axis 17 are respectively corresponded to be fixedly connected with the inner and outer ends side of air cylinder supporting structure 1, And the axis between the axis of linear axis 17 and face inside and outside discharge port 2 is presented lower vertical corresponding, i.e. limiting cylinder 22 is stretched When contracting bar stretches out, the end of the telescopic rod, which can correspond to, contradicts air cylinder supporting structure 1 close to the side of discharge port 3, makes limiting cylinder 22 expect cylinder 23 and material ejection cylinder 19 along the axle body synchronizing moving of linear axis 17, thus far from discharging with linear bearing 13, drawing Mouth 3, when the telescopic rod of limiting cylinder 22 is shunk, because the telescopic rod end is to be fixedly connected with 1 respective side of air cylinder supporting structure , therefore limiting cylinder 22 can be same along the axle body of linear axis 17 with linear bearing 13, drawing material cylinder 23 and material ejection cylinder 19 Moved further, thus close to discharge port 3；

The telescopic rod end at least even level's of the drawing material cylinder 23 separates two hook heads 18, these hook heads The 18 inner disc outer rim for 4 top layer's charging tray of charging tray pile in uniformly corresponding hooking curing oven 2, the material ejection cylinder 19 Telescopic rod end at least even level's separates two conflict heads 21, these contradict head 21 and contradict curing oven for uniformly corresponding The outside disc outer wall of 4 top layer's charging tray of charging tray pile in 2, simultaneously as drawing the telescopic rod end of material cylinder 23 and material ejection cylinder 19 The discharge port 3 of curing oven 2 is corresponded to, therefore, is supported by the hook head 18 for drawing material cylinder 23 to drive and by what material ejection cylinder 19 drove The clamp structure of a corresponding clamping charging tray can be collectively formed in contact 21, i.e., conflict head 21 and hook head 18 can be in respective gas Pass through discharge port 3 under the drive of the telescopic rod of cylinder and enter curing oven 2, and the corresponding surface for being located at charging tray pile 4, at this point, passing through Hoisting mechanism lifts charging tray pile 4, makes the charging tray of top layer is corresponding to be located between conflict head 21 and hook head 18, then passes through top The extending action of material cylinder 19 makes to contradict the corresponding outside disc outer wall for withstanding on top layer's charging tray of head 21, then by drawing material cylinder 23 Contractive action makes the corresponding inner disc outer rim for being hooked on top layer's charging tray of hook head 18, when the charging tray of 4 top layer of charging tray pile is supported When clamping of 18 jointly stabilizing of contact 21 and hook head, hoisting mechanism movement, move down charging tray pile 4, allow charging tray pile 4 with it is most upper The charging tray of layer separates, and then drives linear bearing 13 by limiting cylinder 22 again, draws material cylinder 23 and material ejection cylinder 19 along straight Spool 17, which synchronizes, to be moved back, and makes to contradict that head 21 is synchronous with hook head 18 exits curing oven 2 by discharge port 3, to utilize conflict head 21 Common clamping with hook head 18 pulls out charging tray level；

When limiting cylinder 22 drive draw material cylinder 23 and material ejection cylinder 19 synchronize move back in place when, draw material cylinder 23 and liftout The telescopic end end of cylinder 19 is driven by it exits the discharge port 3 of curing oven 2, and the charging tray between these ends can be just The charging tray that the vertical circulation conveying frame of vertical corresponding charging tray conveying mechanism, i.e. charging tray are pulled to positioned at 1 lower part of air cylinder supporting structure is defeated When sending vertical 5 surface of circulation conveying frame of mechanism, limiting cylinder 22 stops, and material cylinder 23 and material ejection cylinder 19 is drawn to act respectively Hook head 18 and conflict head 21 is set to be detached from charging tray respectively, meanwhile, it, can be by same under the cycle rotation of two conveyor chains 7 The corresponding two bracketings frame 8 of one horizontal plane holds up charging tray, as charging tray is taken away material pulling mechanism by the rotation of conveyor chain 7 and is passed It send to subsequent processing, then, limiting cylinder 22 drives the discharging for drawing material cylinder 23 close curing oven 2 synchronous with material ejection cylinder 19 again Mouth 3, the telescopic rod of two cylinders extend into curing oven 2 again, then corresponding next charging tray repeats aforesaid operations to solidification All charging trays that charging tray pile 4 is constituted in furnace 2 are pulled out one by one；During this period, since material ejection cylinder 19 and drawing expect stretching for cylinder 23 The thickness matching of vertical interval between contracting bar and charging tray flanging, therefore, when pulling charging tray, conflict head 21 can correspond to Touch the lateral surface of charging tray, and simultaneously bracketing the bottom surfaces of the charging tray side panel edge, and draw the flexible club body energy of material cylinder 23 Enough corresponding upper sides for being attached to charging tray, and the hook head 18 that drives of the telescopic rod can correspond to hooking the inner disc edge of charging tray, I.e. the top and bottom of outside disc edge are all hold by stable in charging tray, to effectively ensure steady when charging tray is drawn out Property.

In conjunction with Fig. 2 and 5, the charging tray conveying mechanism include it is corresponding be located on the outside of 2 discharge port of curing oven, 3 end vertical follow Ring carriage 5, and the corresponding horizontal cyclic carriage 6 being located at below 2 furnace bottom of curing oven；The vertical circulation conveying frame 5 Conveyor chain 7 comprising the rotation of two synchronous circulatings, the inside of this two conveyor chains 7 is equipped with multiple extend internally respectively , and in the bracketing frame 8 for corresponding shape, which is used for two outer lateral flanges of the corresponding charging tray of bracketing, i.e., convenient for utilization Charging tray one-to-one two bracketing framves 8 can smoothly held up and conveyed accordingly in same level by these Operation；It is correspondingly connected on the inside of air cylinder supporting structure 1 in the upper end and material pulling mechanism of the vertical circulation conveying frame 8, two The circulation highest point of conveyor chain 7 be higher than air cylinder supporting structure 1, and not in air cylinder supporting structure 1 cylinder and clamp structure contact, To be conducive to that the stable bracketing of charging tray is taken away material pulling mechanism by the bracketing frame 8 on conveyor chain 7, i.e. two conveyor chains 8 divide Not Wei Yu in air cylinder supporting structure 1 clamp structure correspondence two sides, when its cycle rotation, two conveyor chains, 7 inside, same The mutual corresponding two bracketing framves 8 of horizontal plane can smoothly hold up the charging tray flanging that clamped structure pulls out, and with Two conveyor chains 7 continue to rotate, and the bracketing frame 8 of charging tray is ask to can continue to operation to highest point, so that charging tray is taken away drawing The clamp structure of material cylinder 23 smoothly drops to vertical circulation with charging tray then under the continuing to rotate of two conveyor chains 7 The lower end of carriage 5, and achieve the purpose that carry out charging tray cooling transmission during declining herein；

The lower end of the vertical circulation conveying frame 5 with one end of horizontal cyclic carriage 6 is corresponding intersects, the horizontal cyclic The other end of carriage 6 corresponds to the outer lower portion for being located at 2 feed end of curing oven, i.e., two carrier chains in vertical circulation conveying frame 5 Item 7, which can decline charging tray bracketing, to be sent to the conveyer belt 9 of horizontal cyclic carriage 6, then by the defeated of horizontal cyclic carriage 6 It send band 9 to send charging tray to the feed inlet end of curing oven 2, so that charging tray be made to form the transmission circuit of a circulation, has reached circulation Reuse the purpose of charging tray；The horizontal cyclic carriage 6 includes the conveyer belt 9 of a cycle rotation, this synchronization The corresponding position between two conveyor chains 7 of conveyer belt 9, and the circulation of two conveyor chains 7 of vertical circulation conveying frame 5 is most Low spot is lower than the upper side of the conveyer belt 9 of horizontal cyclic carriage 6, thus when joining bracketing charging tray, horizontal cyclic carriage 6 Conveyer belt 9 smoothly can live the charging tray bottom surface got off by two conveyor chains, 7 band in vertical circulation conveying frame 5 by bracketing, and will Charging tray takes away vertical circulation conveying frame 5, in actual operation, need to only be adjusted to the revolving speed of 6 conveyer belt 9 of horizontal cyclic carriage Appropriate speed keeps its spacing between two groups of bracketing framves 8 of adjacent two horizontal plane corresponding with two conveyor chains 7 suitable Match, this makes it possible to effective safeguard level circulation conveying framves 6 and vertical circulation conveying frame 5 will not when joining bracketing charging tray It influences each other；

It as needed, can be by the lower end shaft and horizontal cyclic of two conveyor chains 7 of the vertical circulation conveying frame 5 The shaft of 9 corresponding end of conveyer belt in carriage 6 is set as coaxial construction, i.e., since conveyer belt 9 is between two conveyor chains 7 , therefore it can be rotated simultaneously under the drive of same root shaft；Alternatively, by the conveying of the horizontal cyclic carriage 6 With between 9 corresponding two conveyor chains 7 for being located at vertical circulation conveying frame 5, while by 5 liang of conveyor chains 7 of vertical circulation conveying frame Outer wall passes through at least two bearings and 6 conveyer belt of horizontal cyclic carriage, 9 corresponding end in the middle part of the axle body of the drive shaft 10 of lower end The inner wall of hollow cylinder shaft 11 is correspondingly connected with together, i.e., the drive shaft of two conveyor chains, 7 lower end of vertical circulation conveying frame 5 The corresponding inner ring at least two bearings is fixedly attached in the middle part of 10 axle body, simultaneously because the conveying in horizontal cyclic carriage 6 Shaft with 9 corresponding ends is hollow cylinder axis 11, therefore it is capable of fixing on the outer ring for being socketed in above-mentioned bearing, this can make level Accordingly limit turns the hollow cylinder shaft 11 of 6 conveyer belt 9 of circulation conveying frame in the driving of vertical 5 liang of conveyor chains 7 of circulation conveying frame On 10 axle body of axis, and hollow cylinder shaft 11 and drive shaft 10 can also rotate respectively under the action of bearing, without phase Mutually influence, i.e., when two conveyor chains 7 of vertical circulation conveying frame 5 rotate under the drive of drive shaft 10, horizontal cyclic conveying Conveyer belt 9 in frame 6 is in corresponding end under the drive of its other end drive shaft, with the drive shaft 10 of conveyor chain 7 Hollow cylinder shaft 11 is only passively rotated around bearing, therefore drive shaft 10 and the mutual not shadow of the respective rotation of hollow cylinder shaft 11 It ringing, this not only greatly simplifies the structure between vertical circulation conveying frame 5 and the intersection of horizontal cyclic carriage 6 end, but also It can effectively ensure that conveyer belt 9 is respective steady in two conveyor chains 7 and horizontal cyclic carriage 6 in vertical circulation conveying frame 5 Fixed operation；

As needed, for the ease of carrying out integrated operation, the cooling transmitting device of the discharging can be arranged corresponding whole Body digital control system comprehensively operates the integrated automation fortune of the cooling transmitting device that discharges by whole digital control system Row to not only ensure the system safety and efficient operation of the cooling transmitting device that discharges, while can also reach automatic The purpose that metaplasia produces.

The non-detailed portion of the utility model is the prior art, therefore the utility model is not described in detail.

Claims (10)

1. a kind of visual panel silk-screen baking and curing furnace cooling transmitting device that discharges, it is characterized in that: the device includes to draw Expect mechanism and charging tray conveying mechanism；The material pulling mechanism is one group of setting being driven in air cylinder supporting structure (1) by cylinder, and The clamp structure of level corresponding curing oven (2) discharge port (3), when which enters curing oven (2) under cylinder drive at In open configuration, and the two sides of interior charging tray pile (4) the top layer charging tray of curing oven (2) are accurately corresponded to, the clamp structure is in cylinder In closed state when exiting curing oven (2) under drive, and stable corresponding to clamps charging tray pile (4) top layer charging tray；Described Charging tray conveying mechanism includes the corresponding vertical circulation conveying frame (5) for being located at curing oven (2) discharge port (3) end outside, and corresponding Positioned at the horizontal cyclic carriage (6) of curing oven (2) furnace subjacent；The vertical circulation conveying frame (5) includes two same The conveyor chain (7) of cycle rotation is walked, the inside of this two conveyor chains (7) is equipped with multiple bracketing framves (8), the bracketing respectively Frame (8) is used for two outer lateral flanges of the corresponding charging tray of bracketing；In the upper end and material pulling mechanism of the vertical circulation conveying frame (5) Air cylinder supporting structure (1) on the inside of be correspondingly connected with, the circulation highest points of two conveyor chains (7) is higher than air cylinder supporting structure (1), And not in air cylinder supporting structure (1) cylinder and clamp structure contact；The lower end of the vertical circulation conveying frame (5) and level The corresponding intersection in one end of circulation conveying frame (6), corresponding be located at curing oven (2) of the other end of the horizontal cyclic carriage (6) are fed The outer lower portion at end；The horizontal cyclic carriage (6) includes the conveyer belt (9) of a cycle rotation, this conveyer belt (9) position between two conveyor chains (7), and the circulation of two conveyor chains (7) of vertical circulation conveying frame (5) are corresponded to Minimum point is lower than conveyer belt (9) upper side of horizontal cyclic carriage (6).

2. the cooling transmitting device of discharging according to claim 1, it is characterized in that: the vertical circulation conveying frame (5) The lower end shaft of two conveyor chains (7) is set as coaxial knot with the shaft of conveyer belt (9) corresponding end in horizontal cyclic carriage (6) Structure.

3. the cooling transmitting device of discharging according to claim 1, it is characterized in that: the horizontal cyclic carriage (6) Between corresponding two conveyor chains (7) for being located at vertical circulation conveying frame (5) of conveyer belt (9), and vertical circulation conveying frame (5) two is defeated It send and is conveyed in the middle part of the axle body of the drive shaft (10) of chain (7) lower end by least two bearings and horizontal cyclic carriage (6) The inner wall connection of the hollow cylinder shaft (11) of band (9) corresponding end.

4. the cooling transmitting device of discharging according to claim 1, it is characterized in that: the material pulling mechanism is fixed comprising cylinder Frame (1), rodless cylinder (14) and material ejection cylinder (19)；The air cylinder supporting structure (1) is to be arranged in curing oven (2) discharge port (3) frame structure on the outside of, middle section lower position is equipped with the fixed plate parallel with curing oven (2) discharge port (3) in frame body (12), the plate face of the fixed plate (12) symmetrically runs through there are four fixations linear bearing (13), and is located at two linear axis of inside It is corresponding with two linear bearing (13) in outside are located in the arrangement of upper layer and lower layer horizontal plane to hold (13)；In the fixed plate (12) Side is corresponding to be equipped with a rodless cylinder (14) in cross-shaped, the both ends of the rodless cylinder (14) respectively with air cylinder supporting structure (1) Correspondence two sides be fixedly connected；Motion block (15) bottom surfaces of the rodless cylinder (14) are fixedly connected with the first company by a plate Fishplate bar (16), first connecting plate (16) is corresponding to be located at the side of fixed plate (12) far from discharge port (3), and with two linear axis (17) one end is fixedly connected, and two linear axis (17) and two linear bearings (13) for being located at first level face on fixed plate (12) are right It should connect, and the other end end of two linear axis (17) is equipped with the hook head (18) of corresponding curing oven (2) discharge port (3)；Institute The tail end for the material ejection cylinder (19) stated is corresponding to be fixedly connected with fixed plate (12) middle part, the telescopic rod bar of material ejection cylinder (19) head end Head is fixedly connected with the second connecting plate (20), and one end of the plate face of second connecting plate (20) and other two linear axis (17) is fixed to be connected Connect, two linear axis (17) on fixed plate (12) be located at the second horizontal plane two linear bearings (13) be correspondingly connected with, and this two The other end of linear axis (17) is equipped with the conflict head (21) of corresponding curing oven (2) discharge port (3)；Positioned at fixed plate (12) first Vertical interval and charging tray flanging between two linear axis (17) of horizontal plane and two linear axis (17) for being located at the second horizontal plane Thickness matching.

5. the cooling transmitting device of discharging according to claim 4, is used it is characterized in that: the air cylinder supporting structure (1) is equipped with In the induction controller of monitoring control rodless cylinder (14) and material ejection cylinder (19) stroke respectively.

6. the cooling transmitting device of discharging according to claim 4, it is characterized in that: the charging tray conveying mechanism and four straight lines Four ends of axis (17) corresponding curing oven (2) discharge port (3) vertically correspond to.

7. the cooling transmitting device of discharging according to claim 1, it is characterized in that: the material pulling mechanism is fixed comprising cylinder Frame (1), linear bearing (13), draws material cylinder (23) and material ejection cylinder (19) at limiting cylinder (22)；The air cylinder supporting structure (1) to be arranged frame structure on the outside of curing oven (2) discharge port (3), successively horizontal setting from top to bottom inside frame body There is limiting cylinder (22), draw material cylinder (23) and material ejection cylinder (19)；Described limiting cylinder (22) the cylinder body bottom surfaces are successively right Linear bearing (13) should be fixedly connected with, draw material cylinder (23) and material ejection cylinder (19), and the flexible rod end of limiting cylinder (22) It is fixedly connected in the middle part of the medial surface of head discharge port (3) one end corresponding with air cylinder supporting structure (1)；The linear bearing (13) and one Linear axis (17) is correspondingly connected with, and the both ends of the linear axis (17) are respectively corresponded to be fixedly connected with the two sides of air cylinder supporting structure () 1, And the axis of linear axis (17) and the axis of discharge port (3) are vertical corresponding；The telescopic rod end of the drawing material cylinder (23) is extremely Few even level's separates two hook heads (18), point of the telescopic rod end at least even level of the material ejection cylinder (19) Two conflict heads (21) out draw the telescopic rod end of material cylinder (23) and material ejection cylinder (19) to correspond to the discharging of curing oven (2) Mouth (3), and the thickness matching of the vertical interval between two bars and charging tray flanging.

8. the cooling transmitting device of discharging according to claim 7, is used it is characterized in that: the air cylinder supporting structure (1) is equipped with In monitoring control limiting cylinder (22) respectively, the induction controller of drawing material cylinder (23) and material ejection cylinder (19) stroke.

9. the cooling transmitting device of discharging according to claim 7, it is characterized in that: the charging tray conveying mechanism and liftout gas The telescopic end end of cylinder (19) and drawing material cylinder (23) vertically corresponds to.

10. the cooling transmitting device of discharging according to claim 1, it is characterized in that: the material pulling mechanism and curing oven (2) Linkage is equipped between the furnace door control mechanism of discharge port (3).