CN204224463U - A kind of automatic drying device of mineral wool board blanket - Google Patents
A kind of automatic drying device of mineral wool board blanket Download PDFInfo
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- CN204224463U CN204224463U CN201420564459.XU CN201420564459U CN204224463U CN 204224463 U CN204224463 U CN 204224463U CN 201420564459 U CN201420564459 U CN 201420564459U CN 204224463 U CN204224463 U CN 204224463U
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Abstract
The utility model discloses a kind of automatic drying device of mineral wool board blanket, it is characterized in that, comprise automatic extruder structure, automatic indexing mechanism and auto-drying mechanism, described automatic indexing mechanism is arranged between described automatic extruder structure and described auto-drying mechanism; The utility model can be applicable to mineral wool board producing equipment, application the utility model can effectively solve the defect existed in prior art, effectively can improve the moisture removal efficiency of mineral wool board blanket, effectively can shorten the quality examination cycle of mineral wool board blanket, effectively can avoid the waste causing resource because sense cycle is long.
Description
Technical field
The utility model relates to mineral wool board producing equipment, especially a kind of automatic drying device of mineral wool board blanket.
Background technology
Mineral wool board refers generally to mineral wool decorative acoustic board, and be that main raw material adds other additive high pressure and steams to squeeze and be cut into granulated wool, not containing asbestos, fireproof acoustic performance is good.Surface generally has random hole or micropore etc. multiple, and various mill base can be brushed in surface.The high-performances such as mineral wool sound absorption board has sound absorption, do not fire, heat insulation, decoration, are widely used in various building ceiling, adherent interior decoration; As hotel, restaurant, arenas, market, office space, broadcasting studio, studio hall, computer house and Industrial buildings etc.This product energy controlling and adjustment reverberation time, improve indoor tone quality, reduce noise, better people's living environment and labor condition, meanwhile, the uninflammability energy of this product, all can meet the fire protection requirement of architectural design.
At present, the production technique of mineral wool board comprises corresponding quality examination technique; Specifically comprise the whole plate quality realizing indirect detection mineral wool board by detecting mineral wool board blanket quality.Because the water ratio of mineral wool board blanket is high, and carry out corresponding moisture removal operation by means of only single drying operation, the time of the oven dry of needs is long; Such as, during mineral wool board ejecting plate on current production line, water ratio is about 160, dryly needs more than 30 minutes.Therefore, the time of existing blanket quality examination manipulation require at substantial, effective adjustment of mineral wool board whole plate manufacturing parameter and corresponding red-tape operati can not be realized according to the Detection job parameter of blanket, maximum resource utilization can not be realized, the waste easily directly causing resource because sense cycle is long.
In addition, in prior art, the cutting mechanism of mineral-wool blanket plate is sleeve type workpiece, and by being inserted on mineral wool board blanket by sleeve, and then the mineral wool board blanket of sleeve inner becomes annular blanket to be measured, is more slowly released by blanket to be measured for above-mentioned annular by instrument.The annular that above-mentioned cutting operation is formed blanket to be measured edge is irregular, and final test result very easily produces comparatively big error; Above-mentioned cutting operation is loaded down with trivial details simultaneously, not easily promotes and implements.
Utility model content
The utility model solves the automatic drying device being to provide a kind of mineral wool board blanket, can effectively solve the defect existed in prior art, effectively can improve the moisture removal efficiency of mineral wool board blanket, effectively can shorten the quality examination cycle of mineral wool board blanket, effectively can avoid the waste causing resource because sense cycle is long.
For solving the problems of the technologies described above, the utility model provides a kind of automatic drying device of mineral wool board blanket, it is characterized in that, comprises
Automatic extruder structure, automatic indexing mechanism and auto-drying mechanism, described automatic indexing mechanism is arranged between described automatic extruder structure and described auto-drying mechanism.
The automatic drying device of above-mentioned mineral wool board blanket also can have following features,
Described automatic extruder structure comprises extruding worktable, compression upper plate, first drives cylinder and pressing mechanism pilot circuit; Described compression upper plate is arranged on the top of described extruding worktable, and the region between described compression upper plate and described extruding worktable forms the crush-zone of mineral wool board blanket; Described first drives cylinder to be connected with described compression upper plate, and described first drives cylinder for driving the descending operation of described compression upper plate; Described pressing mechanism pilot circuit comprises first sensor and the first rly.; Described first sensor is arranged on described extruding worktable, and the output terminal of described first sensor is connected with the contact of described first rly., and described first rly. is also arranged on described first and drives in the junction circuit of cylinder.
The automatic drying device of above-mentioned mineral wool board blanket also can have following features,
Described automatic indexing mechanism comprises support portion, oscillating cylinder, rotating shaft and indexing mechanism pilot circuit; Described indexing mechanism is used for the mineral wool board blanket at described pressing mechanism place to be sent to described drying mechanism place; The end of described support portion is for loading described mineral wool board, and the afterbody of described support portion is connected with described rotating shaft by connecting rod; Described oscillating cylinder is connected with described rotating shaft, and described oscillating cylinder is for driving the rotational action of described rotating shaft; Described indexing mechanism pilot circuit comprises four-sensor, the 5th sensor and the 3rd rly.; Described four-sensor is arranged on described pressing mechanism place, and described 5th sensor setting is at described drying mechanism place; The contact of described 3rd rly. is connected with the output terminal of four-sensor and the output terminal of the 5th sensor, and the 3rd described rly. is also arranged in the junction circuit of described oscillating cylinder.
The automatic drying device of above-mentioned mineral wool board blanket also can have following features,
Described auto-drying mechanism comprises dries cavity, dry roller-way and drying mechanism pilot circuit; Described oven dry cavity side is provided with oven dry entrance, and described oven dry cavity opposite side is provided with dries outlet, and described oven dry roller-way is arranged on described oven dry inside cavity; Described oven dry roller-way is used for mineral wool board blanket to be delivered to described oven dry inside cavity from described oven dry entrance, and for exporting mineral wool board blanket to described drying cavity external body from described oven dry outlet; Described drying mechanism pilot circuit comprises the second sensor, the 3rd sensor, first timer and the second rly., and described second sensor setting is in described oven dry ingress, and described 3rd sensor setting is in described oven dry cavity; The input terminus of described first timer is connected with the output terminal of described 3rd sensor, the contact of described second rly. is connected with the output terminal of described second sensor, the output terminal of the 3rd sensor and the output terminal of described first timer, and described second rly. is also connected in the junction circuit of described oven dry roller-way.
The automatic drying device of above-mentioned mineral wool board blanket also can have following features,
Described support portion is back up pad; Extruding worktable is provided with elasticity stop plate, and described elasticity stop plate is for limiting the sliding action of described mineral wool board blanket in loading process; The ingress of drying cavity is provided with rigidity stop plate, and described rigidity stop plate is for limiting the sliding action of described mineral wool board blanket in uninstall process.
The utility model technique scheme has following beneficial effect:
The utility model comprises automatic extruder structure, automatic indexing mechanism and auto-drying mechanism, and automatic indexing mechanism is arranged between automatic extruder structure and auto-drying mechanism; The utility model can effectively solve the defect existed in prior art, effectively can improve the moisture removal efficiency of mineral wool board blanket, effectively can shorten the quality examination cycle of mineral wool board blanket, effectively can avoid the waste causing resource because sense cycle is long.
Other features and advantages of the utility model will be set forth in the following description, and, partly become apparent from specification sheets, or understand by implementing the utility model.The purpose of this utility model and other advantages realize by structure specifically noted in specification sheets, claims and accompanying drawing and obtain.
Accompanying drawing explanation
Accompanying drawing is used to provide the further understanding to technical solutions of the utility model, and forms a part for specification sheets, is used from explanation the technical solution of the utility model, does not form the restriction to technical solutions of the utility model with the embodiment one of the application.
Fig. 1 is the utility model cutting mechanism schematic diagram;
Fig. 2 is the radius adjustment mechanism schematic diagram of cutting mechanism;
Fig. 3 is the utility model pressing mechanism schematic diagram;
Fig. 4 is the extruding worktable schematic diagram of pressing mechanism;
Fig. 5 is the utility model drying mechanism schematic diagram;
Fig. 6 is the utility model indexing mechanism schematic diagram;
Fig. 7 is indexing mechanism dress plate operating diagram;
Fig. 8 is that indexing mechanism unloads plate operating diagram.
Embodiment
For making the purpose of this utility model, technical scheme and advantage clearly understand, hereinafter will be described in detail to embodiment of the present utility model by reference to the accompanying drawings.It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can arbitrary combination mutually.
Shown in composition graphs 1 and Fig. 2, the utility model provides a kind of cutting mechanism of mineral wool board blanket, cutting mechanism comprises water blast gun 3 and rotary table 2, rotary table 2 is for placing mineral wool board blanket 1 to be cut, and water blast gun 3 is for completing the cutting operation of mineral-wool blanket plate 1 in rotary table 2 rotary course; Water blast gun 3 is arranged on the top of rotary table 2, and the water flow jet direction of water blast gun 3 is vertical with the table top of rotary table 2; Distance between the rotary middle spindle of water flow jet direction and rotary table 2 is the target cut radius of mineral wool board blanket 1 to be cut.
In concrete operations, need the mineral wool board blanket 1 mineral wool board blanket 1 to be cut being cut into regular circle shapes; First, can mineral wool board blanket 1 be placed on rotary table 2; Then, start the start button of rotary table 2, now rotary work starts to carry out low speed rotation; And then open the valve switch of water blast gun 3, water flow jet is on the mineral wool board blanket 1 of below; Finally, the cutting operation of mineral wool board blanket 1 is completed.Compared with prior art, above-mentioned cutting mechanism can realize the fly-cutting of mineral wool board blanket 1, effectively can ensure the integrity of final cutting quality and mineral wool board blanket 1 simultaneously.
Further, in order to problem that the cut radius that can solve above-mentioned cutting mechanism can not regulate; Preferably, in the utility model concrete operations, cut radius adjustment mechanism can also be comprised; Cut radius adjustment mechanism is connected with water blast gun 3, and cut radius adjustment mechanism comprises slideway 4, slide block 6 and locking mechanism 5; Slide block 6 is arranged in slideway 4, and locking mechanism 5 is arranged on slideway 4 side, and locking mechanism 5 is fixed for realizing the position of slide block 6 in slideway 4; Be provided with vertical through hole 8 in the middle part of slide block 6, vertical through hole 8 is for loading the nozzle of water blast gun 3.In concrete operations, above-mentioned cut radius adjustment mechanism, by the different positions of slide block 6 in slideway 4, namely realizes different cut radius; Further, the position that can be realized in slideway 4 by above-mentioned locking mechanism 5 is fixed; Above-mentioned locking mechanism 5 can be screw or other locking mechanisms 5.
Preferably, in order to improve the stability of grafting between vertical through hole 8 and nozzle further; In concrete operations, be provided with dovetail-indent in vertical through hole 8, in dovetail-indent, be embedded with India-rubber strip.Above-mentioned dovetail-indent, compared with common groove, can realize the more fastening connection of India-rubber strip; Meanwhile, when nozzle is plugged into vertical through hole 8, above-mentioned India-rubber strip can be filled in nozzle and the gap vertically between through hole 8 inwall, effectively can strengthen nozzle and the connective stability vertically between through hole 8 by the natural resiliency of India-rubber strip.
Further, the problem of surface trimming can not be realized in order to above-mentioned cutting mechanism can be solved; Preferably, as follows:
The utility model additionally provides a kind of automatic cutting mechanism of mineral wool board blanket, namely on the basis of above-mentioned cutting mechanism, realizes surface trimming by increasing cutting mechanism pilot circuit 100; Concrete, cutting mechanism pilot circuit 100 comprises the 6th sensor 101, second timer 102 and the 4th rly. the 103, six sensor setting in rotary table 2 side; The input terminus of second timer is connected with the output terminal of the 6th sensor, and the contact of the 4th rly. is connected with the output terminal of the 6th sensor, the output terminal of second timer, and the second rly. is also connected in the junction circuit of cutting mechanism.
In concrete operations, when the 6th sensor detect rotary table 2 has mineral wool board blanket 1 to place time, output detections signal also triggers the coil closing of contact of the 4th rly., triggers second timer simultaneously and starts fixed cycle operator; The coil closing of contact of the 4th rly., the Mgs of conducting water blast gun 3, and then the spraying operation realizing water blast gun 3; Second timer starts to carry out fixed cycle operator after triggering, when reaching the scheduled time, second timer outputs signal and triggers the coil contact disconnection of the second rly., and now mineral wool board blanket 1 completes cutting operation, and water blast gun 3 stops water flow jet operating simultaneously.When needing the cutting operation carrying out mineral wool board, only mineral wool board need being placed on rotary table 2 and starting rotary table 2, the operation of water blast gun 3 is understood complete automatic start-stop operation according to sensor and timer etc.; Above-mentioned pilot circuit greatly can improve overall efficiency.
Shown in composition graphs 3 and Fig. 4, the utility model additionally provides a kind of pressing mechanism of mineral wool board blanket, and pressing mechanism comprises extruding worktable 9, compress upper plate 11 and first drives cylinder 12; Compress the top that upper plate 11 is arranged on extruding worktable 9, the region compressed between upper plate 11 and extruding worktable 9 forms the crush-zone of mineral wool board blanket 1; Driving cylinder to be connected with compression upper plate 11, driving cylinder for driving the descending operation compressing upper plate 11; In concrete operations, mineral wool board blanket 1 to be dried can be placed on the extruding worktable 9 of pressing mechanism, and then extrude action by start button accordingly to start pressing mechanism, the first time now completing mineral wool board blanket 1 removes moisture operation.
Further, the problem of extruding automatically can not be realized in order to above-mentioned pressing mechanism can be solved; Preferably,
The utility model additionally provides a kind of automatic extruder structure of mineral wool board blanket, namely on above-mentioned pressing mechanism basis, increases a pressing mechanism pilot circuit 200; The operation that mineral wool extrudes automatically is realized by this pressing mechanism pilot circuit 200; Concrete, pressing mechanism pilot circuit 200 comprises first sensor 204 and the first rly. 202; First sensor is arranged on extruding worktable 9, and the output terminal of first sensor is connected with the contact of the first rly., and the first rly. is also arranged in the junction circuit of the first driving cylinder 12.In concrete operations, whether above-mentioned first sensor is used for detecting has plate to be encased in extruding worktable 9; When having detected that plate loads, first sensor has sent detection signal, and triggers the closing of contact of the first relay1 coil, and then conducting first drives the junction circuit of cylinder 12, finally drives cylinder complete an extrusion operation and return starting position.
As shown in Figure 5, the utility model additionally provides a kind of drying mechanism of mineral wool board blanket, and drying mechanism comprises dries cavity 14 and dries roller-way 13; Dry cavity 14 side and be provided with oven dry entrance, oven dry cavity 14 opposite side is provided with dries outlet, and oven dry roller-way 13 is arranged on dries cavity 14 inside; Dry roller-way 13 for mineral wool board blanket 1 is delivered to oven dry cavity 14 inside from drying entrance, and dry cavity 14 outside for being exported to from oven dry outlet by mineral wool board blanket 1.The mineral wool board blanket having been carried out first time moisture removal operation by pressing mechanism can be transferred in drying mechanism from extruding worktable, and then startup drying mechanism carries out corresponding drying operation, the second time now completing mineral wool board blanket removes moisture operation.
Further, the problem of auto-drying can not be realized in order to above-mentioned drying mechanism can be solved; Preferably,
Additionally provide a kind of auto-drying mechanism of mineral wool board blanket in the utility model concrete operations, namely in above-mentioned drying mechanism, increase drying mechanism pilot circuit 300; The operation of auto-drying is realized by above-mentioned drying mechanism pilot circuit 300; In concrete operations, drying mechanism pilot circuit 300 comprises the second sensor 301, the 3rd sensor 304, first timer 303 and the second rly. 302, second sensor setting in oven dry ingress, and the 3rd sensor setting is in oven dry cavity 14; The input terminus of first timer is connected with the output terminal of the 3rd sensor, the contact of the second rly. is connected with the output terminal of the second sensor, the output terminal of the 3rd sensor and the output terminal of first timer, and the second rly. is also connected in the junction circuit of drying roller-way 13.
In concrete operations, whether the second sensor is used for detecting has plate to load oven dry roller-way 13 ingress, and whether the 3rd sensor arrives the drying position of drying in cavity 14 for detecting mineral wool board blanket 1, and first timer is for determining the drying time of mineral wool board blanket 1; When the second sensor has detected that plate loads, the second sensor output detections signal, and trigger the closing of contact of the second relay1 coil, the junction circuit of roller-way 13 is dried in conducting, dries roller-way 13 and starts to carry out conveying action.When the 3rd sensor detect dry roller-way 13 mineral wool board blanket 1 is transported to specify drying position time, the 3rd sensor output detections signal, and the contact of triggering the second relay1 coil disconnects, now rollgang stops conveying; Triggering is simultaneously determined timing register and is started to carry out Clocked operation, when the Clocked operation of first timer completes, shows that mineral wool board blanket 1 completes the drying operation of drying in cavity 14; Accordingly, first timer sends settling signal, and the closing of contact of trigger relay coil, rollgang starts and is exported from oven dry cavity 14 inside by mineral wool board blanket 1.
As shown in Figure 6, the utility model additionally provides a kind of indexing mechanism of mineral wool board blanket, and indexing mechanism is arranged between pressing mechanism and drying mechanism, and indexing mechanism is used for the mineral wool board blanket 1 at pressing mechanism place to be sent to drying mechanism place; Indexing mechanism comprises support portion, oscillating cylinder 15 and rotating shaft 16; The end of support portion 18 is for loading mineral wool board, and the afterbody of support portion is connected with rotating shaft 16 by connecting rod 17; Oscillating cylinder 15 is connected with rotating shaft 16, and oscillating cylinder 15 is for the rotational action of drive shaft 16.In concrete operations, support portion can be back up pad 18, and back up pad 18 realizes corresponding wobbling action by oscillating cylinder 15, is rocked on extruding worktable 9, and then is loaded in back up pad 18 by mineral wool board blanket 1; After loading operation completes, start oscillating cylinder 15 and proceed corresponding wobbling action, be rocked on the oven dry roller-way 13 of the oven dry cavity entrance of drying mechanism; Now, oscillating cylinder 15 completes corresponding wobbling action.In order to the stability of loading operation and unloading operation can be ensured further; Preferably, extruding worktable 9 can be provided with elasticity stop plate 10, and elasticity stop plate 10 is for limiting the sliding action of mineral wool board blanket in loading process; The ingress of drying cavity 14 can be provided with rigidity stop plate 19, and rigidity stop plate 19 is for limiting the sliding action of mineral wool board blanket in uninstall process.
Shown in composition graphs 7 and Fig. 8, it should be noted that, back up pad 18 swings in from a side bottom of mineral wool board blanket 1, and above-mentioned elasticity stop plate 10 is arranged on the opposite side of mineral wool board blanket 1.At pendulum as the loading process initial stage, elasticity stop plate 10 is vertical state (frictional force between back up pad 18 and mineral wool board blanket 1 can not make elasticity stop plate 10 bend), is responsible for the loading operation that stop mineral wool board blanket 1 is convenient to support portion 18; When back up pad 18 is swinging into mineral wool board blanket 1 opposite side, and start to contact and extrude elasticity stop plate 10, elasticity stop plate 10 starts bending finally to slip into (oscillatory forces of oscillating cylinder 15 is far longer than the beaming limit stress of elasticity stop plate 10) bottom support portion 18, and now back up pad 18 completes the loading operation of mineral wool board blanket 1 smoothly; It should be noted that, above-mentioned elasticity stop plate 10 can adopt flexible plastic sheet or rubber plate.Accordingly, (dry the oven dry roller-way of cavity 14 ingress) when back up pad 18 is swung to target location by oscillating cylinder 15, rigidity stop plate 19 is arranged on the opposite side of mineral wool board blanket 1; Oscillating cylinder 15 continues to swing, and now mineral wool board blanket 1 can not move by rigidity stop plate 19 stop, and back up pad 18 is shown from the gap between rigidity stop plate 19 and oven dry roller-way 13.It should be noted that, above-mentioned rigidity stop plate 19 can adopt metal stop plate or wooden stop plate.
Preferably, in order to improve the stability of mineral wool board blanket in swing process further; The top surface edge position of described back up pad can evenly be provided with multiple arc convex, by the arc convex that above-mentioned marginal position is arranged, effectively can ensure the stop region intermediate that mineral wool board blanket is stable, effectively can avoid the mineral wool board blanket landing because of vibration generation in swing process; Meanwhile, the curved edge of above-mentioned arc convex does not have a significant effect to the operation of mineral wool board blanket loading and unloading, still can ensure that normal loading and unloading operates.Accordingly, the above-mentioned support portion provided can also adopt clamping clip of the prior art, is specifically as follows hydraulic tongs; Accordingly, clamping clip is provided with pneumatic source, and described pneumatic source provides the clamp operation power of described clamping clip.The wobbling action of clamping clip can refer to the wobbling action of above-mentioned back up pad, repeats no more herein; The pinching action of clamping clip is achieved by pneumatic source action, carries out corresponding clamp operation when starting position, carries out corresponding releasing operation during target location.Compared with back up pad, clamping clip is adopted to need additionally to arrange clamping propulsion source; Meanwhile, above-mentioned clamping clip is easy to cause the damage of edges of mineral wool board blanket (mineral wool board blanket contains large quantity of moisture, and directly clamping is easy to cause panel edges to come off).
Further, the problem of automatic displacement can not be realized in order to above-mentioned indexing mechanism can be solved; Preferably,
The utility model additionally provides a kind of automatic indexing mechanism of mineral wool board blanket, namely on the basis of above-mentioned indexing mechanism, increases an indexing mechanism pilot circuit 400; The automatic displacement operation of mineral wool board blanket 1 is realized by above-mentioned indexing mechanism pilot circuit 400.In concrete operations, indexing mechanism pilot circuit 400 comprises four-sensor 401, the 5th sensor 402 and the 3rd rly. 403; Four-sensor is arranged on pressing mechanism place, and the 5th sensor setting is at drying mechanism place; The contact of the 3rd rly. is connected with the output terminal of four-sensor and the output terminal of the 5th sensor; Wherein, the 3rd rly. is also arranged in the junction circuit of oscillating cylinder 15.
In concrete operations, whether four-sensor puts starting position for loading mineral wool board blanket 1 for detecting back up pad 18, and whether the 5th sensor puts for detecting support portion 18 final position that mineral wool board blanket 1 unloaded; (show that mineral wool board blanket 1 prepares to carry out loading operation) when four-sensor detects that back up pad 18 swings in starting position, send detection signal, and trigger the closing of contact of the 3rd relay1 coil, the junction circuit of conducting oscillating cylinder 15, oscillating cylinder 15 starts to carry out swing loading operation; When the 5th sensor detects that oscillating cylinder 15 swings to target location (showing that mineral wool board blanket 1 is unloaded to complete), send detection signal, and the contact of triggering the 3rd relay1 coil disconnects, oscillating cylinder 15 stops swinging loading action.
It should be noted that, the utility model realizes maximized automatic control by above-mentioned multiple pilot circuit, effectively can improve the integration degree between drying efficiency and component devices.Above-mentioned pilot circuit is conventional circuit components, specifically comprises sensor, timing register, rly., timer etc., without the need to computer programming.
Further, in conjunction with the drying mechanism of the above-mentioned pressing mechanism of the mineral wool board blanket provided, the indexing mechanism of mineral wool board blanket and mineral wool board blanket;
The utility model additionally provides a kind of drying installation of mineral wool board blanket, specifically comprises pressing mechanism, indexing mechanism and drying mechanism, and described indexing mechanism is arranged between described pressing mechanism and described drying mechanism.Structure about pressing mechanism, indexing mechanism and drying mechanism forms, and please refer to above-mentioned relevant record, repeats no more herein.
It should be noted that, the drying installation of the above-mentioned mineral wool board blanket that the utility model provides, in concrete operations, mineral wool board blanket to be dried can be placed on the extruding worktable of pressing mechanism, and then extruding action by start button accordingly to start pressing mechanism, the first time now completing mineral wool board blanket removes moisture operation; And then be transferred in drying mechanism by the mineral wool board blanket on extruding worktable by indexing mechanism, and then startup drying mechanism carries out corresponding drying operation, the second time now completing mineral wool board blanket removes moisture operation.The technique scheme that the utility model provides can by the different removal moisture operation of twice of mineral wool board blanket, and final realization effectively shortens the drying operation time; Specifically comprise primary extruding and remove moisture operation, and secondaryly add heat abstraction moisture operation.Compared with prior art (moisture operation is removed in single oven dry), technique scheme can realize the pre-removal of large quantity of moisture by extrusion operation, and then the removal operation carrying out residual water-content by drying operation more effectively can shorten overall drying cycle.It should be noted that, specific works process need employee of the drying installation of above-mentioned mineral wool board blanket presses and starts stop button accordingly, finally to realize above-mentioned drying operation.
Further, in conjunction with the auto-drying mechanism of the above-mentioned automatic extruder structure of the mineral wool board blanket provided, the automatic indexing mechanism of mineral wool board blanket and mineral wool board blanket;
The utility model additionally provides a kind of automatic drying device of mineral wool board blanket, specifically comprise automatic extruder structure, automatic indexing mechanism and auto-drying mechanism, described automatic indexing mechanism is arranged between described automatic extruder structure and described auto-drying mechanism.About the structure composition of crowded automatic pressing mechanism, automatic indexing mechanism and auto-drying mechanism, please refer to above-mentioned relevant record, repeat no more herein.It should be noted that, compared with the drying installation of above-mentioned mineral wool board blanket, the automatic drying device of mineral wool board blanket can also realize part red-tape operati automatically, can effectively improve final operation efficiency.
Further, in conjunction with the drying mechanism of the cutting mechanism of the above-mentioned mineral wool board blanket provided, the pressing mechanism of mineral wool board blanket, the indexing mechanism of mineral wool board blanket and mineral wool board blanket;
The utility model additionally provides a kind of detection production line of mineral wool board blanket, specifically comprises cutting mechanism, pressing mechanism, indexing mechanism and drying mechanism; Described cutting mechanism is arranged on the front end of described pressing mechanism, and described indexing mechanism is arranged between described pressing mechanism and described drying mechanism.Structure about cutting mechanism, pressing mechanism, indexing mechanism and drying mechanism forms, and please refer to above-mentioned relevant record, repeats no more herein.It should be noted that, compared with the drying installation of above-mentioned mineral wool board blanket, the detection production line of mineral wool board blanket can also realize the water blast gun cutting operation of mineral wool board blanket, and practicality is stronger.
Further, in conjunction with the auto-drying mechanism of the automatic cutting mechanism of the above-mentioned mineral wool board blanket provided, the automatic extruder structure of mineral wool board blanket, the automatic indexing mechanism of mineral wool board blanket and mineral wool board blanket;
The utility model additionally provides a kind of automatic detection production line of mineral wool board blanket, specifically comprises automatic cutting mechanism, automatic extruder structure, automatic indexing mechanism and auto-drying mechanism; Described automatic cutting mechanism is arranged on the front end of described automatic extruder structure, and described automatic indexing mechanism is arranged between described automatic extruder structure and described auto-drying mechanism.About the structure composition of automatic cutting mechanism, automatic extruder structure, automatic indexing mechanism and auto-drying mechanism, please refer to above-mentioned relevant record, repeat no more herein.It should be noted that, compared with the detection production line of above-mentioned mineral wool board blanket, the automatic detection production line of mineral wool board blanket can also realize part red-tape operati automatically, can effectively improve final operation efficiency.
Although it is apparent to those skilled in the art that embodiment disclosed by the utility model as above, the embodiment that described content only adopts for ease of understanding the utility model, and be not used to limit the utility model.Those of skill in the art belonging to any the utility model; under the prerequisite not departing from the spirit and scope disclosed by the utility model; any amendment and change can be carried out in the form implemented and details; but scope of patent protection of the present utility model, the scope that still must define with appending claims is as the criterion.
Claims (5)
1. an automatic drying device for mineral wool board blanket, is characterized in that, comprises
Automatic extruder structure, automatic indexing mechanism and auto-drying mechanism, described automatic indexing mechanism is arranged between described automatic extruder structure and described auto-drying mechanism.
2. the automatic drying device of mineral wool board blanket according to claim 1, is characterized in that,
Described automatic extruder structure comprises extruding worktable, compression upper plate, first drives cylinder and pressing mechanism pilot circuit; Described compression upper plate is arranged on the top of described extruding worktable, and the region between described compression upper plate and described extruding worktable forms the crush-zone of mineral wool board blanket; Described first drives cylinder to be connected with described compression upper plate, and described first drives cylinder for driving the descending operation of described compression upper plate; Described pressing mechanism pilot circuit comprises first sensor and the first rly.; Described first sensor is arranged on described extruding worktable, and the output terminal of described first sensor is connected with the contact of described first rly., and described first rly. is also arranged on described first and drives in the junction circuit of cylinder.
3. the automatic drying device of mineral wool board blanket according to claim 1, is characterized in that,
Described automatic indexing mechanism comprises support portion, oscillating cylinder, rotating shaft and indexing mechanism pilot circuit; Described indexing mechanism is used for the mineral wool board blanket at described pressing mechanism place to be sent to described drying mechanism place; The end of described support portion is for loading described mineral wool board, and the afterbody of described support portion is connected with described rotating shaft by connecting rod; Described oscillating cylinder is connected with described rotating shaft, and described oscillating cylinder is for driving the rotational action of described rotating shaft; Described indexing mechanism pilot circuit comprises four-sensor, the 5th sensor and the 3rd rly.; Described four-sensor is arranged on described pressing mechanism place, and described 5th sensor setting is at described drying mechanism place; The contact of described 3rd rly. is connected with the output terminal of four-sensor and the output terminal of the 5th sensor, and the 3rd described rly. is also arranged in the junction circuit of described oscillating cylinder.
4. the automatic drying device of mineral wool board blanket according to claim 1, is characterized in that,
Described auto-drying mechanism comprises dries cavity, dry roller-way and drying mechanism pilot circuit; Described oven dry cavity side is provided with oven dry entrance, and described oven dry cavity opposite side is provided with dries outlet, and described oven dry roller-way is arranged on described oven dry inside cavity; Described oven dry roller-way is used for mineral wool board blanket to be delivered to described oven dry inside cavity from described oven dry entrance, and for exporting mineral wool board blanket to described drying cavity external body from described oven dry outlet; Described drying mechanism pilot circuit comprises the second sensor, the 3rd sensor, first timer and the second rly., and described second sensor setting is in described oven dry ingress, and described 3rd sensor setting is in described oven dry cavity; The input terminus of described first timer is connected with the output terminal of described 3rd sensor, the contact of described second rly. is connected with the output terminal of described second sensor, the output terminal of the 3rd sensor and the output terminal of described first timer, and described second rly. is also connected in the junction circuit of described oven dry roller-way.
5. the automatic drying device of mineral wool board blanket according to claim 3, is characterized in that,
Described support portion is back up pad; Extruding worktable is provided with elasticity stop plate, and described elasticity stop plate is for limiting the sliding action of described mineral wool board blanket in loading process; The ingress of drying cavity is provided with rigidity stop plate, and described rigidity stop plate is for limiting the sliding action of described mineral wool board blanket in uninstall process.
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| CN201420564459.XU CN204224463U (en) | 2014-09-28 | 2014-09-28 | A kind of automatic drying device of mineral wool board blanket |
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| CN201420564459.XU CN204224463U (en) | 2014-09-28 | 2014-09-28 | A kind of automatic drying device of mineral wool board blanket |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105621052A (en) * | 2016-03-10 | 2016-06-01 | 广西南宁侨盛木业有限责任公司 | Heating and adhering-preventing integrated conveying roller assembly |
| CN105627712A (en) * | 2016-03-10 | 2016-06-01 | 广西南宁侨盛木业有限责任公司 | System capable of conducting heating and drying simultaneously during board conveying |
| CN105692107A (en) * | 2016-03-10 | 2016-06-22 | 广西南宁侨盛木业有限责任公司 | Device capable of simultaneously rotating, heating and drying artificial boards during conveyance |
| CN108002715A (en) * | 2017-11-30 | 2018-05-08 | 无锡市军豪复合材料有限公司 | A kind of fiberglass needled mat processing unit |
-
2014
- 2014-09-28 CN CN201420564459.XU patent/CN204224463U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105621052A (en) * | 2016-03-10 | 2016-06-01 | 广西南宁侨盛木业有限责任公司 | Heating and adhering-preventing integrated conveying roller assembly |
| CN105627712A (en) * | 2016-03-10 | 2016-06-01 | 广西南宁侨盛木业有限责任公司 | System capable of conducting heating and drying simultaneously during board conveying |
| CN105692107A (en) * | 2016-03-10 | 2016-06-22 | 广西南宁侨盛木业有限责任公司 | Device capable of simultaneously rotating, heating and drying artificial boards during conveyance |
| CN105627712B (en) * | 2016-03-10 | 2018-03-06 | 广西南宁侨盛木业有限责任公司 | A kind of system that can simultaneously heat and dry during sheet material conveying |
| CN108002715A (en) * | 2017-11-30 | 2018-05-08 | 无锡市军豪复合材料有限公司 | A kind of fiberglass needled mat processing unit |
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