CN213649075U

CN213649075U - Processing equipment of honeycomb panel

Info

Publication number: CN213649075U
Application number: CN202022182660.XU
Authority: CN
Inventors: 应树丰
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-09-29
Filing date: 2020-09-29
Publication date: 2021-07-09
Anticipated expiration: 2030-09-29

Abstract

The utility model discloses a honeycomb board processing device, which comprises a single-sided forming mechanism and a double-sided forming mechanism, a single-face honeycomb panel storage station is arranged between the single-face forming mechanism and the double-face forming mechanism, the single-face forming mechanism comprises a first panel frame, a honeycomb core pulling device, a first gluing device and a first composite device, the double-sided forming mechanism comprises a second panel frame, a second gluing device and a second composite device, and is arranged along the conveying direction of the honeycomb core, the material storage station is arranged between the first compounding device and the second gluing device, the honeycomb core and the first panel are compounded into a single-face honeycomb plate, and then the material is stored in the material storage station, so that the gluing of the single-face honeycomb plate and the compounding of the single-face honeycomb plate and the second panel are not influenced by a single-face forming part, the single-face honeycomb plate and the second panel are firmly bonded, and the high-speed production is realized.

Description

Processing equipment of honeycomb panel

Technical Field

The utility model relates to a processing equipment of honeycomb panel.

Background

The honeycomb panel is formed by compounding a first panel, a second panel and a honeycomb core, and in order to enable the honeycomb panel to be quickly dried, the water content reaches the standard, the honeycomb core is compounded and dried with the first panel and the second panel separately, so that the drying efficiency is greatly improved, but some problems still exist in the process of compounding separately. Due to more external interference, for example, the first panel and the second panel have different tension control, the winding drums have different sizes, the loads are different, the front traction force and the rear traction force are different, and machining errors exist, so that the linear speeds of the first panel and the second panel are different, the single-sided honeycomb panel compounded by the first panel and the honeycomb core cannot be synchronous with the second panel, the conveying speed of the single-sided honeycomb panel is higher than that of the second panel, the single-sided honeycomb panel is too loose relative to the second panel, the problems of deviation, wrinkling, breakage, uneven gluing and the like can occur, if the conveying speed of the single-sided honeycomb panel is lower than that of the second panel, the single-sided honeycomb panel can be broken by the traction force during secondary compounding, and therefore, the front-rear speed difference can not only cause the single-sided honeycomb panel and the second panel to be bonded insecure, but also the single-sided honeycomb panel can be.

Disclosure of Invention

In view of the technical problem who exists among the background art, the utility model aims at providing a processing equipment of honeycomb panel, not only improves the quality of honeycomb panel, realizes high-speed production moreover.

In order to solve the technical problem, the utility model discloses a following technical scheme: this kind of processing equipment of honeycomb panel, including single face forming mechanism and two-sided forming mechanism, its characterized in that be provided with single face honeycomb panel storage station between single face forming mechanism and the two-sided forming mechanism, single face forming mechanism pulls open device, first rubber coating device and first set composite including first panel frame, honeycomb core, two-sided forming mechanism is including second panel frame, second rubber coating device and second set composite, along the direction of conveyance of honeycomb core, the storage station sets up between first set composite and second rubber coating device.

The storage station is provided with a conveying belt, and the conveying speed of the conveying belt is slower than the traction speed of the first compound device.

And a deviation correcting device is arranged between the material storage station and the second gluing device of the double-face forming mechanism.

Be equipped with the turn-over station between first set composite and the storage station, first rubber coating device and second rubber coating device are all including last rubber roll, the rubberizing position setting of honeycomb core or single face honeycomb panel is in the top of last rubber roll.

The turnover station is provided with a turnover device which comprises a traction part, and the traction part comprises an upper conveying assembly and a lower conveying assembly.

The single face forming mechanism's first panel frame, honeycomb core pull open device, first rubber coating device and first set composite set gradually from the right side to the left side, the storage station sets up in single face forming mechanism's top, just the single face honeycomb panel of storage station is carried from a left side to the right side, two-sided forming mechanism's second panel frame, second rubber coating device and second set composite set gradually from a left side to the right side.

The second composite device comprises a box body and a composite part arranged in the box body, the composite part comprises an upper pressing assembly, a lower ironing plate and a lower conveying belt, the lower ironing plate and the lower conveying belt are in press fit with the upper pressing assembly, and the upper pressing assembly comprises an upper conveying belt.

The upper pressing assembly also comprises a pressing roller which is pressed with the lower ironing plate and the lower conveying belt, and the pressing roller is arranged in the upper conveying belt; the press roller is arranged on a swing arm, the swing arm is hinged with the rack, and a limiting piece is arranged at the upper end of the swing arm; the locating part comprises a nut and a bolt in threaded connection with the nut, and the bolt penetrates through the nut and abuts against the upper end of the swing arm.

The upper pressing assembly further comprises a pressing plate which is in press fit with the lower ironing plate and the lower conveying belt, and the pressing plate is arranged in the upper conveying belt.

The processing equipment of the honeycomb plate further comprises a transverse cutting mechanism, wherein the transverse cutting mechanism comprises an upper cutter and a lower cutter which are meshed with each other, the upper cutter is installed on the upper roller, and the lower cutter is installed on the lower roller.

The utility model discloses single face honeycomb panel storage station has been set up between single face forming mechanism and two-sided forming mechanism, carry out the storage at the storage station behind honeycomb core and the first panel complex single face honeycomb panel promptly, the rubber coating of single face honeycomb panel and the complex of second panel do not all receive the influence of single face shaping part so, single face honeycomb panel does not receive the traction force in the place ahead and the pulling force in rear when storage station waits to wait, when single face honeycomb panel will get into the second time complex, then receive the traction force of the two-sided forming mechanism in the place ahead, can not receive the pulling force in rear equally, last single face honeycomb panel is drawn to the complex of second complex station and second panel, single face honeycomb panel and second panel receive same traction force, the traction speed is unanimous, therefore just can not appear the problem that single face honeycomb panel traction force is different around the background art, just also can not take place, Fracture and the inhomogeneous problem of rubber coating, the utility model discloses a single face honeycomb panel is firm with the bonding of second panel, realizes high-speed production. The single-sided honeycomb plate has the storage material at the storage station, and the first compounding and the second compounding of the honeycomb core are not influenced mutually, so that the second compounding operation cannot be influenced by the first panel roll changing operation, the first compounding operation cannot be influenced by the second panel roll changing operation, the non-stop operation can be realized, and the production efficiency is improved; after the first panel and the honeycomb core are compounded into the single-sided honeycomb plate, natural moisture removal can be performed at a material storage station, so that energy is saved, and the drying effect is better; moreover, the first panel and the second panel are not required to be completely synchronous, and the process of natural moisture removal is added, so that the problem of uniform gluing is solved, and the problem of drying is solved, therefore, the production speed can be increased, the high-speed production of the double-sided cellular board is realized, and the production efficiency of the double-sided cellular board is improved.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is the utility model discloses a storage station.

Fig. 3 is a storage station according to the second embodiment of the present invention.

Fig. 4 is the third storage station of the embodiment of the present invention.

Fig. 5 is a schematic diagram of a second composite device according to the present invention.

Fig. 6 is a schematic vertical cross-section of the double-sided cellular board of the present invention.

Fig. 7 is a schematic view of the cross cutting mechanism of the present invention.

Fig. 8 is an enlarged view of fig. 5A according to the present invention.

Detailed Description

The following describes details and operational principles of embodiments and examples of the present invention with reference to the drawings. The processing equipment of the honeycomb plate comprises a single-side forming mechanism and a double-side forming mechanism, wherein a single-side honeycomb plate storage station 7 is arranged between the single-side forming mechanism and the double-side forming mechanism, the single-face forming mechanism comprises a first panel frame 1, a honeycomb core pulling device 3, a first gluing device 4 and a first compounding device 5, the first panel frame is provided with a material shaft, the first panel winding drum is arranged on the material shaft, the double-sided forming mechanism comprises a second panel frame, a 10 second gluing device 12 and a second composite device 13, the second panel winding drum is arranged on the material shaft of the second panel frame, the material storage station 7 is arranged between the first composite device 5 and the second gluing device 12 along the conveying direction of the honeycomb core, the honeycomb core and the first panel are compounded into the single-sided honeycomb panel through the first compounding device and then enter the material storage station for material storage, and then the single-sided honeycomb panel of the material storage station enters the second gluing device for gluing. The honeycomb core pulling device 3 of the single-sided forming mechanism pulls the core plate to form a honeycomb core, one end face of the honeycomb core is glued by the first gluing device 4 and then enters the first compounding device 5 with the first panel to be compounded and dried to form a single-sided honeycomb plate, the second gluing device 12 of the double-sided forming mechanism glues the other end face of the single-sided honeycomb plate 8 without gluing, the glued single-sided honeycomb plate and the second panel 11 enter the second compounding device to be compounded and dried to form a double-sided honeycomb plate, the honeycomb core and the first panel are compounded into the single-sided honeycomb plate 8 and then are piled and stored in the storage station 7, natural moisture removal is carried out in the storage station, the single-sided honeycomb plate enables the operation of the single-sided forming mechanism and the double-sided forming mechanism to be independent and not interfered with each other, and the traction force of the first panel 2 and the honeycomb core comes from the traction force during the first compounding, the traction force of the second panel 11 and the single-sided honeycomb plate comes from the traction force in the second compounding, so that even if the linear speeds of the first panel and the second panel are different, the operation of the single-sided forming mechanism and the double-sided forming mechanism is not directly influenced, therefore, the gluing and the traction of the single-sided honeycomb plate of the double-sided forming mechanism and the traction of the second panel are not influenced by the single-sided forming mechanism, namely the single-sided honeycomb plate is not influenced by the forces in the front direction and the back direction in the gluing process and is only influenced by the traction force of the front double-sided forming mechanism, and the primary traction experienced is the same as that of the second panel, the speed is the same, therefore, the single-sided honeycomb plate can not deviate or break during gluing, the gluing is uniform, the single-sided honeycomb plate and the second panel are synchronous during compounding, and finally the formed double-sided honeycomb plate is strong in fastness and good in quality. When the first panel needs to be changed, the double-sided forming mechanism can still continue to operate due to sufficient materials in the material storage station, and similarly, when the second panel needs to be changed, the single-sided forming mechanism can also continue to operate, so that the non-stop production of the honeycomb panel is realized, and the production efficiency is improved; the utility model discloses also can adjust single face forming mechanism or two-sided forming mechanism's speed according to the storage volume of storage station, for example, the storage volume is too much, can reduce single face forming mechanism's speed, otherwise, improves single face forming mechanism's speed to make the storage volume of storage station remain stable, also because there is certain storage volume, there is sufficient adjust time, can not cause the influence to the whole process velocity of equipment, therefore can increase speed, realize high-speed production. The storage station can also be used as a natural dehumidifying and drying area of the single-face honeycomb panel 8, so that the drying effect is improved. Compared with the prior art, the utility model, not only even rubber coating, compound firm, drying effect is better moreover, and the shaping honeycomb panel is of high quality, realizes high-speed production moreover, improves production efficiency greatly.

The honeycomb core pulling device, the first gluing device, the first compounding device, the second gluing device and the second compounding device are electrically connected with an electric controller, the material storage station can adopt different modes, in the first embodiment, see the attached drawing 2, the material storage station is provided with a workbench, the single-sided honeycomb plates 8 after being compounded are naturally stacked on the workbench 27, and the material storage increase of the single-sided honeycomb plates can push the front single-sided honeycomb plates to move towards the front end of the workbench; the single-sided honeycomb plate is easy to wear due to friction on a workbench, in order to avoid the wear of the single-sided honeycomb plate and enable materials to be orderly stacked, the material storage station is provided with a conveying belt 35, the conveying speed of the conveying belt is slower than the traction speed of the first composite device, as shown in the attached figure 1, the single-sided honeycomb plate enters the conveying belt, and because the speed of the conveying belt is slower than the forming speed of the single-sided honeycomb plate, the materials at the front end of the conveying belt can block the materials entering from the rear, so that the single-sided honeycomb plate arches upwards to form a material storage, and the single-sided honeycomb plate arches to a certain height along with the continuous input of the materials from the rear and then moves downwards, so that the continuous single-sided honeycomb plate is waved and stacked up and down on the conveying belt, a guide roller or an arc guide plate can be additionally arranged to guide the single-sided; in the second embodiment, the storage station is provided with a guide roller 15 which moves up and down, the single-sided honeycomb plate is wound on the guide roller, when the traction speed of the double-sided forming mechanism to the single-sided honeycomb plate is too high, the traction force makes the guide roller move up, at this time, the speed of the double-sided forming mechanism should be reduced, otherwise, when the traction speed of the double-sided forming mechanism to the single-sided honeycomb plate is too low, the single-sided honeycomb plate of the storage station becomes more, the guide roller 15 automatically moves down due to gravity, the speeds of the second gluing device and the second combining device of the double-sided forming mechanism can be adjusted according to requirements, namely, the adjustment is realized through an electric controller and a sensor, when the guide roller moves up to a certain height, the sensor sends information to the electric controller, the electric controller sends an instruction to the double-sided forming mechanism, the traction speed is reduced, otherwise; in the third embodiment, the guide roller is actively lifted, the guide roller is connected with a power part for driving the guide roller to lift, and a sensor is arranged, when the sensor detects that the force acting on the guide roller around the single-sided cellular board arranged on the guide roller is large, the power part drives the guide roller to move upwards, otherwise, the guide roller moves downwards, the power part can adopt a screw mechanism, in order to increase the amount of stored materials, see the attached drawing 4, the storage station is provided with an upper guide roller 16 and a lower guide roller 17, the single-sided cellular board is arranged on the upper guide roller and the lower guide roller around, the upper guide roller and the lower guide roller move up and down relatively, namely, the upper guide roller is fixed, the lower guide roller can move up and down or the lower guide roller is fixed, the upper guide roller can move up. When the single-sided honeycomb plate enters the secondary compounding station from the material storage station, in order to improve the compounding effect and the precision, a deviation correcting device 9 is arranged between the material storage station and a second gluing device of the double-sided forming mechanism; the deviation correcting device can adopt a guide roller and a position sensor which can swing, the position sensor and a power part for driving the guide roller to swing are connected with an electric controller, the position sensor can adopt infrared rays, when the position sensor detects that the position of the single-sided cellular board deviates, the electric controller sends an instruction to the power part to drive the guide roller to swing, so that the single-sided cellular board moves towards the direction opposite to the deviation, and then the single-sided cellular board returns to a normal path; the deviation correcting device can also adopt a side baffle, the single-sided cellular board moves forwards along the side baffle by taking the side baffle as a reference, so that the second panel is aligned with the single-sided cellular board, the compounding accuracy is improved, and the generation of waste materials is reduced.

In order to reduce the glue consumption, improve the compressive strength of the honeycomb plate, shorten the length of the equipment and facilitate the equipment arrangement, a turn-over station is arranged between the first compounding device and the storage station, the first gluing device and the second gluing device both comprise gluing rollers, the gluing part of the single-sided honeycomb plate or the honeycomb core is arranged above the gluing rollers, namely, the first side of the honeycomb core facing downwards is glued and then compounded with the first panel to form the single-sided honeycomb plate, the second side of the honeycomb core facing upwards is not glued and compounded at the moment, the single-sided honeycomb plate is turned upwards at the turn-over station to ensure that the second side of the single-sided honeycomb plate not compounded faces downwards and the first side compounded with the first panel faces upwards, the gluing roller of the second gluing device glues the second side of the single-sided honeycomb plate, then the single-sided honeycomb plate and the second panel are compounded to form the double-sided honeycomb plate, and the first side and the second side of the honeycomb core both adopt a down gluing mode, glue can not get into the honeycomb downthehole when the rubber coating like this, reduce the quantity of glue and the water content of honeycomb core, therefore it is fast to dry, high efficiency, it is also more energy-conserving, and the honeycomb core all adopts rubber coating mode down, make the glue bonding part 26 of fashioned two-sided honeycomb panel be "I shape", as shown in fig. 6, so not only the honeycomb core is firm with the panel bonding, the bonding part longitudinal symmetry of the two-sided honeycomb panel of shaping moreover, compressive strength is even, it is difficult to bend, warp, compressive strength is stronger. In order to stably turn over the single-sided honeycomb plate, a turn-over device is arranged at the turn-over station and can adopt a turn-over guide plate, in the embodiment, the turn-over device comprises a traction part 6, the traction part comprises an upper conveying assembly and a lower conveying assembly which incline upwards, the upper conveying assembly and the lower conveying assembly can adopt an upper conveying roller and a lower conveying roller or an upper conveying belt and a lower conveying belt and the like, the single-sided honeycomb plate is upwards pulled to a storage station 7 by the upper conveying belt and the lower conveying belt, and the traction part actively feeds the single-sided honeycomb plate at the turn-over station so that the turned-over single-sided honeycomb plate orderly enters the storage station for storage. Because the first surface and the second surface of the honeycomb core both adopt a lower gluing mode and are compounded with the first panel and the second panel when arranged downwards, in order to improve the compounding effect, the surface of the double-sided honeycomb panel is flat and does not deform, the second compounding device comprises a box body and a compounding part arranged in the box body, the traditional compounding part adopts upper and lower press rollers which are mutually pressed, the compounding part comprises an upper pressing component, a lower ironing plate 19 and a lower conveying belt 24 which are pressed with the upper pressing component, the lower conveying belt is arranged in front of the lower ironing plate, the upper pressing component comprises an upper conveying belt 18, the upper conveying belt and the lower ironing plate are pressed for high-temperature ironing, so that the honeycomb core and the panel are firmly bonded and quickly dried, the upper conveying belt 18 and the lower conveying belt 14 are pressed for traction in the front, and the lower ironing plate 19 is directly contacted with the compounded panel, so that the surface of the panel is flat, the surface of the panel is flat, so that printing is facilitated, and the panel can be used as an outer package; more importantly, the lower ironing plate has a large area, the surface flatness of the lower ironing plate is not as good as that of a press roll and a press block with a small area, the lower ironing plate has a heavy weight, is inconvenient to float and is suitable for fixed installation, the thicknesses of a single-sided honeycomb plate and a double-sided honeycomb plate during compounding are not completely consistent, a certain error exists, the lower ironing plate is too large, the surface of the lower ironing plate cannot be kept absolutely flat, if the distance between the upper conveying belt and the lower ironing plate is fixed, each part of a continuous honeycomb core and the honeycomb plate during compounding is not the same in pressure, the thinner part of the honeycomb plate is not compacted, so that bonding is not firm, the too thick part of the honeycomb plate can be damaged due to excessive compaction, in order to avoid the problems, the honeycomb core and the honeycomb plate are firmly compounded and are not damaged, the upper pressing assembly further comprises the press roll 20 which is in press fit with the lower ironing plate and the lower conveying belt, and, that is to say, along with the thickness of the single-sided honeycomb plate or the double-sided honeycomb plate during the compounding, the press roll 20 can float correspondingly, and the distance between the upper conveying belt and the lower ironing plate and the distance between the lower conveying belt and the upper conveying belt can be adjusted, so that each position of the honeycomb core and the panel can be pressed, the honeycomb core and the panel are firmly compounded, the surface of the panel is flat and does not deform, and the production speed can be improved due to the good compounding effect. And a lower press roller pressed by a press roller is arranged in the lower conveying belt, and the press roller and the lower press roller are pressed to avoid the honeycomb plate from slipping, so that the honeycomb plate stably moves forwards. The floating of the compression roller 20 can adopt active lifting, in the embodiment, the compression roller is pressed on the honeycomb plate by utilizing the self weight of the compression roller, the compression roller is arranged on a swing arm 21, the swing arm is hinged with the frame, the compression roller is pressed on the honeycomb plate due to the self weight, the compression roller fluctuates along with the thickness change of the honeycomb plate, and each part of an upper conveying belt is kept in a pressing state with a lower ironing plate and a lower conveying belt, so that the honeycomb core and the panel are stressed uniformly, the composite is firm, and the surface of the panel is flat; the locating part has been set to the upper end of swing arm, the locating part including nut 23 and with nut threaded connection's bolt 11, the bolt passes the nut and withstands the upper end of swing arm 21, and the locating part prevents that compression roller 20 from beating, avoids the honeycomb panel impaired to through adjusting bolt's position, minimum height when can adjusting the compression roller and push down. The press roller of the upper press assembly can be replaced by a press plate, the upper press assembly further comprises a press plate which is in press fit with the lower ironing plate and the lower conveying belt, the press plate is arranged in the upper conveying belt, the press plate can also be in a floatable structure, the press roller can be replaced by the press plate, and the contact area of the press plate is larger relative to the press area of the press roller in press fit.

Referring to the attached drawing 1, a first panel frame 1, a honeycomb core pulling device 3, a first gluing device 4 and a first combining device 5 of the single-sided forming mechanism are sequentially arranged from right to left, the single-sided honeycomb panel is turned upwards, a storage station 7 is arranged above the single-sided forming mechanism, the single-sided honeycomb panel of the storage station is conveyed from left to right, a second panel frame 10, a second gluing device 12 and a second combining device 13 of the double-sided forming mechanism are sequentially arranged from left to right, and the first panel frame and the second panel frame are both arranged on a first layer, so that the arrangement is more reasonable, the first panel frame and the second panel frame are not stacked but can be directly arranged on the ground, and the operation is convenient and safe; secondly, the panel is close to a gluing and compounding station, so that the loss of specification changing is reduced; thirdly, the material storage station is arranged above the single-face forming mechanism, so that the space is reasonably utilized, the natural moisture-discharging time is prolonged, and the drying effect is effectively improved; fourthly, the equipment is short in length and small in occupied area, and moreover, a natural dehumidifying process is added, so that the composite drying time can be shortened, more energy is saved, and the length of the equipment is further shortened.

The honeycomb plate processing equipment also comprises a transverse cutting mechanism which is arranged in front of the forming honeycomb mechanism, and after the double-sided honeycomb plate is formed, the continuous double-sided honeycomb plate is cut into unit honeycomb plates according to requirements; the traditional transverse cutting mechanism adopts a circular knife to cut, namely, the circular knife is driven to transversely move to cut the continuous double-sided honeycomb plate into the unit honeycomb plate, the problem of low efficiency exists, the utility model can realize the high-speed production of the honeycomb plate, therefore, the traditional circular knife cutting can influence the production efficiency, of course, the double-station cutting can improve the transverse cutting efficiency, but can increase the length and the production cost of equipment, therefore, the utility model improves the transverse cutting mechanism, the transverse cutting mechanism comprises an upper knife 30 and a lower knife 28 which are meshed with each other, the upper knife is arranged on an upper roller 29, the lower knife is arranged on a lower roller 31, the upper roller and the lower roller synchronously rotate, the upper knife and the lower knife are meshed to cut off the double-sided honeycomb plate, compared with the existing transverse cutting mechanism, the utility model has fast transverse cutting speed and is suitable for high-speed production, and the utility model can cut the continuous double-sided honeycomb plate into the unit honeycomb plate by, for example, when the pulling speeds of the cellular boards are consistent, the faster the rotation speeds of the upper roller and the lower roller are, the shorter the length of the cut cellular board is, and conversely, the slower the rotation speeds of the upper roller and the lower roller are, the longer the length of the cut cellular board is.

Claims

1. The utility model provides a processing equipment of honeycomb panel, is including single face forming mechanism and two-sided forming mechanism, its characterized in that be provided with single face honeycomb panel storage station between single face forming mechanism and the two-sided forming mechanism, single face forming mechanism pulls open device, first rubber coating device and first set composite including first panel frame, honeycomb core, two-sided forming mechanism is including second panel frame, second rubber coating device and second set composite, along the direction of delivery of honeycomb core, the storage station sets up between first set composite and second rubber coating device.

2. The apparatus for processing cellular board according to claim 1, wherein the stock station is provided with a conveyor belt having a conveying speed slower than a pulling speed of the first combining device.

3. The equipment for processing the cellular board as claimed in claim 1, wherein a deviation correcting device is arranged between the material storage station and the second gluing device.

4. The equipment for processing the cellular board as claimed in claim 1, wherein a turn-over station is arranged between the first compounding device and the storage station, the first gluing device and the second gluing device both comprise gluing rollers, and the gluing part of the cellular core or the single-sided cellular board is arranged above the gluing rollers.

5. The equipment for processing the cellular board as claimed in claim 4, wherein the turnover station is provided with a turnover device, the turnover device comprises a traction part, and the traction part comprises an upper conveying assembly and a lower conveying assembly.

6. The equipment for processing the cellular board as claimed in claim 4, wherein the first panel frame, the cellular core pulling device, the first gluing device and the first combining device of the single-face forming mechanism are sequentially arranged from right to left, the storage station is arranged above the single-face forming mechanism, the single-face cellular board of the storage station is conveyed from left to right, and the second panel frame, the second gluing device and the second combining device of the double-face forming mechanism are sequentially arranged from left to right.

7. The equipment for processing the cellular board according to claim 4, wherein the second composite device comprises a box body and a composite part arranged in the box body, the composite part comprises an upper pressing assembly, a lower ironing board and a lower conveying belt, the lower ironing board and the lower conveying belt are in press fit with the upper pressing assembly, and the upper pressing assembly comprises an upper conveying belt.

8. The equipment for processing the cellular board as claimed in claim 7, wherein the upper pressing assembly further comprises a pressing roller which is pressed with the lower ironing board and the lower conveying belt, and the pressing roller is arranged in the upper conveying belt in a floating manner; the press roller is arranged on a swing arm, the swing arm is hinged with the rack, and a limiting piece is arranged at the upper end of the swing arm; the locating part comprises a nut and a bolt in threaded connection with the nut, and the bolt penetrates through the nut and abuts against the upper end of the swing arm.

9. The apparatus for processing cellular board according to claim 7, wherein the upper pressing assembly further comprises a pressing plate pressed with the lower ironing board and the lower conveyor belt, and the pressing plate is arranged in the upper conveyor belt in a floating manner.

10. The apparatus of claim 1, further comprising a cross cutting mechanism including an upper blade and a lower blade engaged with each other, wherein the upper blade is mounted on the upper roller and the lower blade is mounted on the lower roller.