CN211892346U - Process equipment for processing asphalt oiling cloth into waterproof coiled material - Google Patents
Process equipment for processing asphalt oiling cloth into waterproof coiled material Download PDFInfo
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- CN211892346U CN211892346U CN201922396032.9U CN201922396032U CN211892346U CN 211892346 U CN211892346 U CN 211892346U CN 201922396032 U CN201922396032 U CN 201922396032U CN 211892346 U CN211892346 U CN 211892346U
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Abstract
The utility model discloses a process device for processing asphalt oiling cloth into waterproof coiled material, which is used for carrying out subsequent processing treatment on the asphalt oiling cloth and comprises a protective layer processing device, a storage device and a winding device, wherein the storage device and the winding device are arranged behind the protective layer processing device; the protective layer processing device comprises a sanding device and a film covering device which are arranged in the output direction of the coating pool, and a switching device for switching a sanding station and a film covering station. Compared with the prior art, its beneficial effect lies in: the process equipment is provided with the sanding device and the film covering device at the same time, the switching of the sanding station and the film covering station is realized by the switching device, so that the same equipment can share the storage device and the winding device after sanding or film covering, the resources are reasonably utilized, and the product production adaptability of the equipment is good.
Description
Technical Field
The utility model relates to a waterproofing membrane production and processing technical field, more specifically relates to a process equipment who processes into waterproofing membrane with pitch fat liquoring cloth.
Background
The waterproof roll is mainly used for roofs of industrial and civil buildings, underground waterproof engineering, public works such as tunnels, railways and bridges, and has the function of resisting external water from permeating into buildings or corroding building structures. In general, a waterproof roll of modified asphalt, a waterproof roll of synthetic polymer, or a coating is often used.
The production process of the waterproof roll generally comprises the following steps: lapping and drying the base fabric, pre-soaking and coating the base fabric, coating sand or film, cooling and rolling. Wherein, the waterproof coiled material is really formed only after the asphalt oil-coated cloth after being coated with the cover is sanded or coated with a protective layer; in addition, in actual production, the prepared waterproof coiled material needs to be rolled and packaged on the premise of sufficient cooling so as to realize later storage and transportation.
According to the demand of construction site and the performance characteristics of raw and other materials in practical application, there are sand surface waterproofing membrane that carries out the sanding to pitch coated abrasive cloth and the non-sand surface waterproofing membrane that carries out the tectorial membrane processing, it is different only to set up the processing mode in the protective layer step about these two kinds of waterproofing membrane, its earlier stage treatment process and follow-up cooling rolling method are unanimous with the device that adopts, and the whole production line of difference can only be adopted respectively about producing these two kinds of waterproofing membrane on the market now, so not only production is restricted, and be unfavorable for the rational utilization of resource. At present, no process equipment specially used for processing the asphalt oiling cloth into the waterproof coiled material exists, the processing of two waterproof coiled material protective layers can be realized simultaneously, equipment sharing is realized to the greatest extent, and the optimal design of resources is met.
SUMMERY OF THE UTILITY MODEL
The utility model aims at overcoming above-mentioned prior art's at least one defect (not enough), provide a processing equipment who becomes waterproofing membrane with pitch oiling cloth processing for on the waterproofing membrane production line, pitch oiling cloth after the coating lid is handled carries out the post-processing and handles, both can carry out the sanding and handle formation sand surface protective layer, also can carry out the non-sand surface protective layer that the tectorial membrane was handled, and the at utmost realizes the equipment sharing, resource optimization utilizes.
The utility model adopts the technical proposal that:
a process unit for processing asphalt coated cloth into waterproof coiled material is used for carrying out subsequent processing treatment on the asphalt coated cloth and comprises a protective layer processing device, a storage device and a winding device, wherein the storage device and the winding device are arranged behind the protective layer processing device; the protective layer processing device comprises a sanding device and a film covering device which are arranged in the output direction of the coating pool, and a switching device for switching a sanding station and a film covering station.
The utility model provides a pair of with pitch oiling cloth processing become waterproofing membrane's process equipment for pitch oiling cloth after handling through the coating pond carries out follow-up processing and handles, can add the protective layer and form final waterproofing membrane through sanding or tectorial membrane processing dual mode to the oiling cloth after handling through the coating, and the process equipment that this technical scheme provided has set up sanding device and tectorial membrane device simultaneously, through switching device realizes the switching of sanding station and tectorial membrane station, and same equipment can share storage device and coiling mechanism after sanding or the tectorial membrane like this, and the resource rationalization utilizes, and the product production adaptability of equipment is good.
Furthermore, the sanding device and the film covering device are sequentially arranged along the conveying direction of the waterproof coiled material production line; the switching device comprises a lifting device which is matched with the sanding device, the lifting device corresponds to the film coating station when lifting the sanding device, and the lifting device corresponds to the sanding station when lowering the sanding device.
Consider that sanding device's structure more distributes along vertical direction, and tectorial membrane device's structure more sets up along the horizontal direction, the utility model discloses a set up sanding device and tectorial membrane device around, utilize sanding device and tectorial membrane device's structural feature simultaneously, adopt hoisting device to realize sanding device and tectorial membrane device's switching, it is concrete, when needs use the tectorial membrane station, through hoisting device raises sanding device, and the oiling cloth just can directly get into in the tectorial membrane device who is located the rear, when needs use sanding device, through hoisting device falls sanding device, and the oiling cloth directly gets into smoothly in the sanding device.
The film laminating device comprises a film laminating rack, and a conveying system, a front film laminating mechanism and a rear film laminating mechanism which are arranged on the film laminating rack, wherein the conveying system is used for realizing the transmission of the oil coating cloth on the film laminating device, the front film laminating mechanism is used for laying a lower protective film for the oil coating cloth, and the rear film laminating mechanism is used for laying an upper protective film for the oil coating cloth; the frame base is provided with a film covering moving device, the film covering moving device is used for realizing the movement of the whole film covering device, and the moving direction of the film covering moving device at least comprises the back-and-forth movement along the direction of a coil production line.
Firstly, the utility model discloses a set up the tectorial membrane mobile device on tectorial membrane device's frame base, realize the removal of whole tectorial membrane mobile device, it can be along the back-and-forth movement of coiled material production line direction at least, when tectorial membrane device is closer to the apparatus for producing of preorder station, the temperature that the coating oil cloth reduces when getting into the tectorial membrane device is less, can satisfy the product that needs relatively higher tectorial membrane temperature; on the contrary, when the film covering device is farther away from the production device at the previous station, the temperature of the oiling cloth is lowered more when the oiling cloth enters the film covering device, and the requirement of products with relatively low film covering temperature can be met. Secondly, also can cooperate with hoisting device better through setting up tectorial membrane mobile device, realize the switching of sanding station and tectorial membrane station. Therefore the utility model provides a pair of pitch waterproofing membrane protective layer system of processing not only can realize two kinds of protective layers of same system and lay the method, but also can be according to the actual production needs, the temperature when nimble fat liquoring cloth carries out the tectorial membrane process of adjusting.
Further, the film covering device further comprises a film covering cooling system arranged behind the rear film covering mechanism, and the film covering cooling system is of a double-layer cooling water bed structure.
Specifically, the double-layer cooling water bed structure comprises a cooling water bed, wherein the cooling water bed comprises a support and at least two cooling water tanks which are arranged in parallel in the vertical direction, and the cooling water tanks are arranged on the support; the feed inlet setting of cooling water bed is in the one end that is located the cooling trough of top, and the discharge gate setting is in the one end that is located the cooling trough of below, feed inlet department is equipped with leading-in roller, and discharge gate department is equipped with the derivation roller, and the coiled material gets into adjacent below cooling trough's turn department from top cooling trough and is equipped with the turning roll, and the coiled material is in get into top cooling trough under the effect of leading-in roller turn back under the effect of turning roll and get into below cooling trough, at last the output under the effect of derivation roller.
The specific process comprises the following steps: the coiled material is output from the post-laminating mechanism, enters the upper cooling water tank under the action of the guide-in roller, is turned in the air from the lower part of the upper cooling water tank to the guide-in roller of the lower cooling water tank through the turning roller, then enters the lower cooling water tank under the action of the lower guide-in roller, and is finally output under the action of the guide-out roller at one end of the lower cooling water tank. The present application also encompasses the case where not only two cooling water tanks are provided, and the manner of folding back the coil is the same as the aforementioned principle. The utility model provides a tectorial membrane cooling system is through the cooling trough that sets up side by side in vertical direction for under the same area, the coiled material prolongs through the effective length of cooling water, and the cooling water bed cooling effect is good, and area is little.
Further, the sanding device includes the sanding frame, sets up feeding rod, preceding limit membrane tectorial membrane mechanism, preceding sanding mechanism, back limit membrane tectorial membrane mechanism and back sanding mechanism in the sanding frame, preceding limit membrane tectorial membrane mechanism is used for covering the facial mask of fat liquoring cloth before the sanding and establishes facial mask limit membrane, preceding sanding mechanism be used for to scribble the cover cloth with facial mask before the feeding roller contact carries out the sanding and handles, back limit membrane tectorial membrane mechanism is used for laying the basement membrane limit membrane to the basement membrane of fat liquoring cloth before the sanding, back sanding mechanism is used for carrying out the sanding to the bottom surface of scribbling the cover cloth and handles.
To the limit membrane that sanding was handled places, there are two kinds according to the difference of construction method and standard, one kind is the single face and applies the limit membrane, one kind is two-sided application limit membrane, the utility model discloses preceding sanding mechanism has set up preceding limit membrane tectorial membrane mechanism and back membrane tectorial membrane mechanism respectively before the mechanism with back sanding, can lay the limit membrane according to actual conditions to fat liquoring cloth like this and handle, both can the single face apply the limit membrane also can two-sided application limit membrane for equipment production adaptability is better.
Furthermore, the front film laminating mechanism is a movable and detachable structure. The utility model discloses set up this kind of structure and can be when the coiled material of production single face application limit membrane, will preceding limit membrane tectorial membrane mechanism removes to dismantle, and is convenient nimble.
Furthermore, the sanding device also comprises a front sand sweeping device and/or a rear sand sweeping device, and a front sand returning box matched with the front sand sweeping device and/or a rear sand returning box matched with the rear sand sweeping device respectively; the front sand sweeping device is arranged behind a sand outlet of the front sand spreading mechanism, and the rear sand sweeping device is arranged behind a sand outlet of the rear sand spreading mechanism; the front sand return box and the rear sand return box are respectively arranged below the front sand sweeping device and the rear sand sweeping device. Through sweeping sand device and back sand device before setting up respectively to and sweep sand device and back sand box before sweeping sand device and back sand device and matching before, can control the homogeneity of spreading sand to facial mask and basement membrane and handling, avoid unnecessary gravel's arbitrary unrestrained simultaneously, realize the recycle of gravel, help the environmental cleaning when resources are saved, guarantee clean production environment.
Furthermore, the sanding device also comprises a sanding cooling device arranged behind the rear sanding device; the sanding cooling device is an air cooling device and comprises a plurality of conveying rollers which are arranged in a staggered and folded mode. The coiled material after sanding treatment keeps sufficient contact with the air through winding on the conveying roller, realizes the cooling effect.
Further, the process equipment also comprises a storage cooling device arranged between the protective layer processing device and the storage device, wherein a traction motor is arranged in front of the storage cooling device, and the traction motor is used for conveying the waterproof coiled material output from the sanding device or the film covering device into the storage cooling device. The utility model provides a process equipment, the selected tectorial membrane or the sanding of adopting sets up the protective layer according to the characteristics of pitch oiling cloth, and the processing mode of two kinds of pitch oiling cloth is followed traction motor plays the follow-up processingequipment that can share.
Further, storage device includes adjustable shelf, weight box and with weight box complex counter weight motor, the weight box can be realized with the counter weight motor cooperation the adjustable shelf floats, rolling system still include with coiling mechanism control connection's brake motor, brake motor is used for the rolling system rolling speed is too slow or prevent when suspending the rolling that the coiled material is further followed storage rack output.
The coiled material on the production line of the waterproof coiled material enters the waterproof coiled material rolling system after being subjected to preorder sanding or film coating cooling, firstly enters the storage rack, and then is rolled under the action of the rolling device to complete the whole process, wherein the storage rack has a certain storage length, so that when preorder production speed on the production line is reduced or suspended, uniform rolling of a subsequent rolling device can be guaranteed as usual.
The utility model discloses in, store the frame including adjustable shelf, weight box and counter weight motor, because the cooperation of weight box and counter weight motor and then realize the fluctuation of adjustable shelf makes the storage length of storing the frame can freely be adjusted, and then makes tension between the coiled material on the storage frame is controlled, but just because adopted this kind of mobile structure of adjusting, also makes a little float and can lead to a large amount of ejection of compact, the utility model discloses set up with coiling mechanism control connection's brake motor, brake motor control the output of storing the frame, this problem of solution that can be fine.
Further, be equipped with first spring frame between storage frame and the coiling mechanism, first spring frame is used for adjusting store the tension of coiled material between frame and the coiling mechanism.
For practical production, because the discharging speed and the winding speed of the production line are very high, even if a brake motor which is in control connection with the winding device is arranged, coiled materials with a certain length are accumulated between the storage rack and the winding device due to sudden slow-down or pause of the winding device; in addition, the slight floating of the storage rack also causes a sudden and large reduction of the roll material output from the storage rack, and at this time, if the rolling speed of the rolling device is not changed, the roll material between the storage rack and the rolling device is easily broken or deformed. The utility model discloses set up here that first spring frame can effectively be adjusted store the tension of coiled material between frame and the coiling mechanism, also can buffer memory coiled material length between frame and the coiling mechanism is stored.
Further, the winding system further comprises a second bouncing frame arranged in front of the storage frame, and the second bouncing frame is used for adjusting the tension of the coiled material before the coiled material enters the storage frame. Because the utility model discloses the storage frame that well adopted is floating structure from top to bottom, and its storage capacity changes greatly, and this coiled material tension after the place ahead process output that also must influence rather than being connected sets up the second and bounces the frame and can effectively solve this problem.
Compared with the prior art, the beneficial effects of the utility model are that:
(1) the utility model provides a process equipment when processing into waterproofing membrane with pitch oiling cloth, can realize same system sharing storage device and coiling mechanism after sanding or the tectorial membrane, resource rationalization utilizes, and the product production adaptability of equipment is good.
(2) The laminating device is provided with a laminating moving device on a frame base, and the laminating moving device is used for realizing the movement of the whole laminating device, so that the device can flexibly adjust the temperature of the oiling cloth during the laminating process according to the actual production requirement.
(3) Tectorial membrane cooling system is double-deck cooling water bed structure, through the cooling trough that sets up side by side in vertical direction for under the same area, the coiled material prolongs through the effective length of cooling water, has that the cooling effect is good, the little advantage of area.
(4) The utility model discloses preceding sanding mechanism has set up preceding limit membrane tectorial membrane mechanism and back membrane tectorial membrane mechanism before the mechanism with back sanding mechanism respectively, both can the single face apply the limit membrane also can two-sided edge applying membrane for equipment production adaptability is better.
(5) The storage device is provided with a brake motor in control connection with the winding device, and the brake motor controls the output of the storage rack, so that the problem of a large amount of discharging materials due to slight floating caused by the movable adjusting structure of the storage rack is solved; set up first spring frame and second spring frame respectively, can effective balanced traction force, avoid because it is big to store a frame resistance, improper traction leads to the coiled material to draw to rise to warp even the breaking, improves production security, guarantees product quality.
Drawings
Fig. 1 is a schematic structural diagram of the present invention.
Fig. 2 is a schematic structural diagram of the middle film-coating cooling system of the present invention.
Fig. 3 is a schematic structural view of a film covering device in embodiment 2.
Fig. 4 is a schematic structural view of a sanding device according to embodiment 2.
Detailed Description
The drawings of the present invention are for illustration purposes only and are not to be construed as limiting the invention. For a better understanding of the following embodiments, certain features of the drawings may be omitted, enlarged or reduced, and do not represent the size of an actual product; it will be understood by those skilled in the art that certain well-known structures in the drawings and descriptions thereof may be omitted.
Example 1
As shown in fig. 1, a process equipment for processing asphalt coated cloth into a waterproof roll, which is used for performing subsequent processing treatment on the asphalt coated cloth, comprises a protective layer processing device 100, a storage device 300 and a winding device 400, wherein the storage device 300 and the winding device are arranged behind the protective layer processing device 100; the protective layer processing device 100 comprises a sanding device 110 and a film covering device 120 which are arranged in the output direction of the coating pond, and a switching device for switching a sanding station and a film covering station.
Further, the sanding device 110 and the film covering device 120 are sequentially arranged along the conveying direction of the waterproof roll production line; the switching device comprises a lifting device matched with the sanding device 110, the lifting device corresponds to a film coating station when lifting the sanding device 110, and the lifting device corresponds to a sanding station when lowering the sanding device 110.
Consider that sanding device 110's structure more distributes along vertical direction, and tectorial membrane device 120's structure more sets up along the horizontal direction, the utility model discloses a set up sanding device 110 and tectorial membrane device 120 around, utilize sanding device 110 and tectorial membrane device 120's structural feature simultaneously, adopt hoisting device to realize sanding device 110 and tectorial membrane device 120's switching, specifically, when needs use the tectorial membrane station, through hoisting device rises sanding device 110, and the oiling cloth just can directly get into in the tectorial membrane device 120 who is located the rear, when needs use sanding device 110, through hoisting device falls sanding device 110, and the oiling cloth directly gets into smoothly in sanding device 110.
Further, the film covering device 120 further includes a film covering cooling system 121 disposed behind the rear film covering mechanism, and the film covering cooling system 121 is of a double-layer cooling water bed structure.
Specifically, as shown in fig. 2, the double-layer cooling water bed structure includes a cooling water bed, the cooling water bed includes a support 11 and at least two cooling water tanks 12 arranged in parallel in the vertical direction, and the cooling water tanks 12 are arranged on the support 11; the feed inlet of cooling water bed sets up the one end at the cooling trough 12 that is located the top, and the discharge gate setting is in the one end that is located cooling trough 12 of below, feed inlet department is equipped with leading-in roller 13, and discharge gate department is equipped with derivation roller 14, and the coiled material is equipped with turning roll 15 from the turning department that top cooling trough 12 got into adjacent below cooling trough 12, and the coiled material is in get into top cooling trough 12 under the effect of leading-in roller 13 turn back under the effect of turning roll 15 and get into below cooling trough 12, at last the output under the effect of derivation roller 14.
The specific process comprises the following steps: the web is fed out from the post-coating mechanism, enters the upper cooling water tank 12 by the guide roller 13, is then turned in the air from below the upper cooling water tank 12 to the guide roller 13 of the lower cooling water tank 12 by the turning roller 15, then enters the lower cooling water tank 12 by the lower guide roller 13, and is finally fed out by the feed-out roller 14 at one end of the lower cooling water tank 12. The present application also encompasses the case where not only two cooling water tanks 12 are provided, and the manner of folding back the coil is the same as the aforementioned principle. The utility model provides a tectorial membrane cooling system 121 is through the cooling trough 12 that sets up side by side at vertical direction for under the same area, the coiled material prolongs through the effective length of cooling water, and the cooling water bed cooling effect is good, and area is little.
Further, the sanding device 110 further comprises a sanding cooling device 111 disposed behind the rear sanding device 110; sanding cooling device 111 is the air cooling device, includes the folding conveying roller that sets up of a plurality of misplaces. The coiled material after sanding treatment keeps sufficient contact with the air through winding on the conveying roller, realizes the cooling effect.
Further, the process equipment further comprises a storage cooling device 200 arranged between the protective layer processing device 100 and the storage device 300, a traction motor 500 is arranged in front of the storage cooling device 200, and the traction motor 500 is used for conveying the waterproof roll output from the sanding device 110 or the film covering device 120 into the storage cooling device 200. The utility model provides a process equipment, the selected tectorial membrane or the sanding of adopting sets up the protective layer according to the characteristics of pitch oiling cloth, and the processing mode of two kinds of pitch oiling cloth is followed traction motor 500 plays can share follow-up processingequipment.
Further, storage device 300 includes adjustable shelf, weight box and with weight box complex counter weight motor, the weight box can be realized with the counter weight motor cooperation the adjustable shelf floats, rolling system still include with coiling mechanism 400 control connection's brake motor, brake motor is used for prevent the coiled material further follow when rolling system rolling speed is too slow or the rolling of pause storage frame output.
Further, a first bouncing frame 410 is arranged between the storage frame and the winding device 400, and the first bouncing frame 410 is used for adjusting the tension of the coiled material between the storage frame and the winding device 400.
For practical production, because the discharging speed and the winding speed of the production line are very high, even if a brake motor connected with the winding device 400 in a control mode is arranged, a certain length of coiled material is accumulated between the storage rack and the winding device 400 due to sudden slow-down or pause of the winding device 400; in addition, the slight floating of the storage rack may also result in a sudden and large reduction of the roll material output from the storage rack, and at this time, the rolling speed of the rolling device 400 is not changed, which may also result in the roll material between the storage rack and the rolling device 400 being pulled apart or deformed. The utility model discloses it can effectively adjust to set up first spring frame 410 here store the tension of coiled material between frame and the coiling mechanism 400, also can buffer memory store coiled material length between frame and the coiling mechanism 400.
Further, the winding system further comprises a second bouncing frame 420 arranged in front of the storage frame, and the second bouncing frame 420 is used for adjusting the tension of the coiled material before the coiled material enters the storage frame. Because the utility model discloses the storage frame that well adopted is floating structure from top to bottom, and its storage capacity changes greatly, and this coiled material tension after the place ahead process output that also must influence rather than being connected sets up the second and bounces frame 420 and can effectively solve this problem.
Example 2
As shown in fig. 3 and 4, in the processing equipment for processing asphalt coated cloth into a waterproof roll according to the embodiment, the film covering device 120 includes a film covering frame 21, a conveying system arranged on the film covering frame 21, a front film covering mechanism 22 and a rear film covering mechanism 23, the conveying system is used for conveying the asphalt coated cloth on the film covering device 120, the front film covering mechanism 22 is used for laying a lower protective film for the asphalt coated cloth, and the rear film covering mechanism 23 is used for laying an upper protective film for the asphalt coated cloth; the frame base is provided with a film covering moving device 24, and the film covering moving device 24 is used for realizing the movement of the whole film covering device 120, and the moving direction of the film covering moving device at least comprises the back and forth movement along the production line direction of the coiled material.
Consider that sanding device 110's structure more distributes along vertical direction, and tectorial membrane device 120's structure more sets up along the horizontal direction, the utility model discloses a set up sanding device 110 and tectorial membrane device 120 around, utilize sanding device 110 and tectorial membrane device 120's structural feature simultaneously, adopt hoisting device to realize sanding device 110 and tectorial membrane device 120's switching, specifically, when needs use the tectorial membrane station, through hoisting device rises sanding device 110, and the oiling cloth just can directly get into in the tectorial membrane device 120 who is located the rear, when needs use sanding device 110, through hoisting device falls sanding device 110, and the oiling cloth directly gets into smoothly in sanding device 110.
Further, sanding device 110 includes sanding frame 31, sets up feeding rod, preceding limit membrane tectorial membrane mechanism 33, preceding sanding mechanism 34, back membrane tectorial membrane mechanism 35 and back sanding mechanism 36 on sanding frame 31, preceding limit membrane tectorial membrane mechanism 33 is used for covering the facial mask of fat liquoring cloth before the sanding, preceding sanding mechanism 34 be used for to scribble the covering cloth with the facial mask before the feeding roller 32 contact carries out the sanding and handles, back limit membrane tectorial membrane mechanism 35 is used for to scribble the basement membrane of fat liquoring cloth before the sanding, back sanding mechanism 36 is used for carrying out the sanding to the bottom surface of scribbling the covering cloth and handles.
To the limit membrane that sanding was handled places, there are two kinds according to the difference of construction method and standard, one kind is the single face and applies the limit membrane, one kind is two-sided application limit membrane, the utility model discloses preceding sanding mechanism 34 has set up preceding limit membrane tectorial membrane mechanism 33 and back membrane tectorial membrane mechanism 35 respectively before 36 with back sanding mechanism, can lay the limit membrane according to actual conditions like this and handle to the fat liquoring cloth, both can the single face apply the limit membrane also can two-sided application limit membrane for equipment production adaptability is better.
Further, the front film laminating mechanism 33 is a movable and detachable structure. By adopting the structure, the front edge film coating mechanism 33 can be moved and detached when the coiled material with the single-side edge coating film is produced, and the operation is convenient and flexible.
Further, the sanding device 110 further comprises a front sand sweeping device and/or a rear sand sweeping device, and a front sand return box 37 matched with the front sand sweeping device and/or a rear sand return box 38 matched with the rear sand sweeping device respectively; the front sand sweeping device is arranged behind the sand outlet of the front sand spreading mechanism 34, and the rear sand sweeping device is arranged behind the sand outlet of the rear sand spreading mechanism 36; the front sand return box 37 and the rear sand return box 38 are respectively arranged below the front sand sweeping device and the rear sand sweeping device.
Through sweeping sand device and back sand device before setting up respectively to and sweep sand device and back sand box 37 and back sand box 38 before sweeping sand device and back sand device matching before, can control the homogeneity of spreading sand to facial mask and basement membrane and handle, avoid unnecessary gravel's arbitrary unrestrained simultaneously, realize the recycle of gravel, help the environmental cleaning when resources are saved, guarantee clean production environment.
It is obvious that the above embodiments of the present invention are only examples for clearly illustrating the technical solutions of the present invention, and are not limitations to the specific embodiments of the present invention. Any modification, equivalent replacement, and improvement made within the spirit and principle of the present invention shall be included in the protection scope of the present invention.
Claims (10)
1. A process unit for processing asphalt coated cloth into waterproof coiled material is used for carrying out subsequent processing treatment on the asphalt coated cloth and is characterized by comprising a protective layer processing device, a storage device and a winding device, wherein the storage device and the winding device are arranged behind the protective layer processing device; the protective layer processing device comprises a sanding device and a film covering device which are arranged in the output direction of the coating pool, and a switching device for switching a sanding station and a film covering station.
2. The process equipment for processing the asphalt coated cloth into the waterproof coiled material according to the claim 1, wherein the sanding device and the film covering device are sequentially arranged along the conveying direction of a waterproof coiled material production line; the switching device comprises a lifting device which is matched with the sanding device, the lifting device corresponds to the film coating station when lifting the sanding device, and the lifting device corresponds to the sanding station when lowering the sanding device.
3. The process equipment for processing the asphalt oiling cloth into the waterproof coiled material according to claim 1 or 2, wherein the film laminating device comprises a film laminating frame, a conveying system, a front film laminating mechanism and a rear film laminating mechanism, wherein the conveying system, the front film laminating mechanism and the rear film laminating mechanism are arranged on the film laminating frame, the conveying system is used for conveying the oiling cloth on the film laminating device, the front film laminating mechanism is used for laying a lower protective film for the oiling cloth, and the rear film laminating mechanism is used for laying an upper protective film for the oiling cloth; the base of frame is equipped with the tectorial membrane mobile device, the tectorial membrane mobile device is used for realizing the removal of whole tectorial membrane device, and its moving direction includes the back-and-forth movement along the coiled material production line direction at least.
4. The equipment for processing the asphalt coated cloth into the waterproof roll according to claim 3, wherein the film covering device further comprises a film covering cooling system arranged behind the rear film covering mechanism, and the film covering cooling system is of a double-layer cooling water bed structure.
5. The process equipment for processing the asphalt oiling cloth into the waterproof coiled material according to the claim 1 or 2, characterized in that the sanding device comprises a sanding frame, a feeding roller, a front edge film coating mechanism, a front sanding mechanism, a rear edge film coating mechanism and a rear sanding mechanism, wherein the feeding roller, the front edge film coating mechanism, the front sanding mechanism, the rear edge film coating mechanism and the rear sanding mechanism are arranged on the sanding frame, the front edge film coating mechanism is used for coating a film of the oiling cloth with a film edge film before sanding, the front sanding mechanism is used for sanding the film of the oiling cloth before contacting the feeding roller, the rear edge film coating mechanism is used for laying a film edge film of the base film of the oiling cloth before sanding, and the rear sanding mechanism is used for sanding the bottom surface of the oiling cloth.
6. The equipment for processing the asphalt coated cloth into the waterproof roll according to the claim 5, wherein the front membrane laminating mechanism is a movable and detachable structure.
7. The process equipment for processing the asphalt-coated cloth into the waterproof coiled material according to claim 5, wherein the sanding device further comprises a sanding cooling device arranged behind the rear sanding mechanism; the sanding cooling device is an air cooling device and comprises a plurality of conveying rollers which are arranged in a staggered and folded mode.
8. The process equipment for processing the asphalt coated cloth into the waterproof roll according to the claim 1, characterized in that the process equipment further comprises a storage cooling device arranged between the protective layer processing device and the storage device, a traction motor is arranged in front of the storage cooling device, and the traction motor is used for conveying the waterproof roll output from the sanding device or the film covering device into the storage cooling device.
9. The apparatus as claimed in claim 1, wherein the storage device comprises a movable frame, a weight box and a weight motor cooperating with the weight box, the weight box cooperates with the weight motor to enable the movable frame to float, the winding device further comprises a brake motor in control connection with the winding device, and the brake motor is configured to prevent the roll from being further output from the movable frame when the winding speed of the winding device is too slow or the winding is suspended.
10. The apparatus for manufacturing waterproof roll of asphalt coated cloth according to claim 9, wherein a first bouncing frame is disposed between the movable frame and the rolling device, and the first bouncing frame is used for adjusting the tension of the roll between the movable frame and the rolling device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201922396032.9U CN211892346U (en) | 2019-12-26 | 2019-12-26 | Process equipment for processing asphalt oiling cloth into waterproof coiled material |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201922396032.9U CN211892346U (en) | 2019-12-26 | 2019-12-26 | Process equipment for processing asphalt oiling cloth into waterproof coiled material |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN211892346U true CN211892346U (en) | 2020-11-10 |
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| CN112774953A (en) * | 2021-01-06 | 2021-05-11 | 竺从力 | Preparation method of elastomer modified asphalt waterproof coiled material |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112774953A (en) * | 2021-01-06 | 2021-05-11 | 竺从力 | Preparation method of elastomer modified asphalt waterproof coiled material |
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