CN207607174U - A kind of Aluminum Honeycomb Cores process units - Google Patents

Abstract

The utility model discloses a kind of Aluminum Honeycomb Cores process units, belong to honeycomb core manufacturing field, including：Rack, cutting mechanism and the driving mechanism for driving cutting mechanism to shear aluminium foil layer；Cutting mechanism includes workbench, limiting plate, moving knife and stationary knife；Limiting plate is located at the top of workbench and forms the tapping channel for exporting Aluminum Honeycomb Cores between workbench, and tapping channel one end forms discharge port, and the other end forms cut part；The knife spine of stationary knife is fixed on limiting plate and is located at cut part；Moving knife is located at the outside of cut part；Moving knife with driving mechanism drive by connecing, to drive moving knife to be moved back and forth along tapping channel direction, far from stationary knife or with stationary knife is tangent stretches into tapping channel；Stationary knife one end opposite with moving knife；Stationary knife is equidistantly provided with multiple cutter grooves along the width direction of limiting plate；The blade of moving knife is equipped with anti-tear plate, aluminium foil is used into honeycomb core structures, and realize fully-automatic production, reduces human cost, improves product quality.

Description

A kind of Aluminum Honeycomb Cores process units

Technical field

The utility model is related to a kind of honeycomb core manufacturing field more particularly to a kind of Aluminum Honeycomb Cores process units.

Background technology

In recent years, in construction material, movable plank house, ornament materials.The fields such as automotive material, air purification, plate used Material structure more and more use honeycomb panel, cellular board generally use cellular refill layer (subsequently claiming honeycomb paper core) with And it is adhered to made by the two plates of honeycomb paper core upper and lower surface.Honeycomb paper core is a kind of biomimetic features product, is according to honey The design feature in honeycomb cave and manufacture, it is high etc. excellent with Wind-Pressure Resistance height, damping, sound insulation, heat preservation, fire-retardant and specific strength Benign energy.And current honeycomb paper core, it usually applies glue in a wherein face interval of every a piece of paper, then will be per a piece of paper phase Mutually bonding, adhering method use the method that mutual glue sites mutually stagger.

But existing honeycomb paper core has the following defects：

(1) honeycomb paper core mostly uses sheet lining material and is made, and the flame retardant property of plank depends entirely on honeycomb paper core surface Plank can burn along honeycomb paper core until honeycomb cardboard is complete if the intensity of a fire if the honeycomb paper core in honeycomb cardboard is on fire It burns, there is serious hidden fire-fighting danger.

(2) traditional honeycomb paper core is produced by common glue and is coated on sheet lining by human hand or equipment and by paper After Zhang Yici is bonding, honeycomb paper core is cut further according to the thickness requirements of honeycomb paper core, thickness is difficult to ensure, process Also complex cumbersome.

(3) legacy cellular refill is due to being made using sheet lining bonding, with stronger elastic strength, even if By honeycomb paper core drawing and setting, with the passage of usage time, honeycomb paper core can also gradually taper up, if glued by honeycomb paper core Honeycomb paper core is just shunk after being connected in plank, just can not again be stretched internal honeycomb paper core and be expanded, the quality of plank, Performance will substantially reduce.

Utility model content

For overcome the deficiencies in the prior art, the purpose of this utility model is to provide a kind of Aluminum Honeycomb Cores process units, By the redesign to mechanical structure, aluminium foil is applied into honeycomb and realizes the fully-automatic production of Aluminum Honeycomb Cores.

The purpose of this utility model adopts the following technical scheme that realization：

A kind of Aluminum Honeycomb Cores process units, including：Rack, cutting mechanism and for driving the cutting mechanism to aluminium foil The driving mechanism that layer is sheared；The cutting mechanism includes workbench, limiting plate, moving knife and stationary knife；The limiting plate position In the top of the workbench and tapping channel of the formation for exporting Aluminum Honeycomb Cores between the workbench, the discharging is logical Road is horizontally disposed, and described tapping channel one end forms discharge port, and the other end forms cut part；The moving knife is located at the cut part Side, the stationary knife is fixed on the limiting plate and is oppositely arranged with the moving knife；The moving knife by with the driving Mechanism drive connects, to drive the moving knife to be moved back and forth along the tapping channel direction；The stationary knife is located at opposite with the moving knife One end.

Further, the stationary knife has multiple cutter grooves along the spaced apart width wise of the limiting plate；The moving knife and institute It states the opposite side of stationary knife and is equipped with anti-tear plate.

Further, the tapping channel is mutually parallel with horizontal plane；The stationary knife is in setting up and down with the moving knife, and The blade of the stationary knife and the blade level of the moving knife are tangent.

Further, the tapping channel is mutually parallel with horizontal plane；The cutting direction of the moving knife intersects with horizontal plane It is at an acute angle.

Further, the Aluminum Honeycomb Cores process units further includes guiding mechanism；The guiding mechanism is arranged in the machine Top on frame and positioned at the cutting mechanism is cut for the aluminium foil layer after gluing to be oriented to the cutting mechanism for described Mechanism shears；The guiding mechanism includes guide plate and backgauge component；It is formed between the guide plate and the backgauge component There are guide channel, the guide channel to be connected to the tapping channel.

Further, the guide channel is arc-shaped；One end of the guide channel forms feed end, and the other end is formed out Expect end, it is in 90 ° that the feed end intersects with the extended line of the discharge end, and the discharge end is vertical with the line of the cut part In the tapping channel；The discharge end stretches into the cutting mechanism and is connected to the tapping channel, be located at the moving knife with Between the stationary knife；

The feed end is respectively equipped with multigroup traction rollers with the discharge end.

Further, the backgauge component is the more springs along guide plate width direction interval side by side；The bullet One end of spring hang on the guide plate and close to the feed end, and the other end of the spring hang on the rack and close The discharge end.

Further, the Aluminum Honeycomb Cores process units further includes rubber-coated mechanism, and the rubber-coated mechanism is used to be multilayer aluminum Foil misplaces respectively applies glue sticking；The rubber-coated mechanism includes hot melt adhesive machine, for the first time glue spreading assembly and second glue spreading component；It is described Glue spreading assembly and the second glue spreading component are connect with the hot melt adhesive machine for the first time；The glue spreading assembly for the first time and described two Secondary glue spreading assembly is arranged in the rack, and mutually staggers setting positioned at the short transverse of the rack, described to apply for the first time More deflector rolls are equipped between glue component and the second glue spreading component；The second glue spreading component is in same with the feed end Level height.

Further, the glue spreading assembly for the first time and the second glue spreading component include glue storage cavity and spreading knife； The glue storage cavity is connected to the hot melt adhesive machine, and the hot melt adhesive for storing hot melt adhesive machine output supply simultaneously holds hot melt adhesive Continuous preheating；The spreading knife is installed on the lower part of the glue storage cavity, and the spreading knife is between length direction of the glue storage cavity etc. Away from the gum outlet for being provided with multiple tracks and being connected to the glue storage cavity；The plastic emitting of the glue spreading assembly for the first time and the second glue spreading component Mouth is located at the orthographic projection direction of glue spreading assembly and the second glue spreading component for the first time and is staggered.

Further, spacing is equal between two cutter grooves of arbitrary neighborhood, each cutter groove and the second glue spreading component Gum outlet be staggered.

Compared with prior art, the beneficial effects of the utility model are：

(1) pass through the redesign to mechanical structure, among aluminium foil is used in honeycomb core structures, the aluminium foil after gluing After being continuously delivered to cutting mechanism, aluminium foil contact workbench limits it, and moving knife and stationary knife are driven with rear drive mechanism The width for forming tangent height decision aluminium foil between limiting plate and workbench, to determine the thickness of Aluminum Honeycomb Cores, after shearing Aluminium foil driven knife pushed along tapping channel direction；With above-mentioned action is constantly repeated, the aluminium foil number of plies is more and more, forms honeycomb Aluminium core.By above structure, the utility model realizes the fully-automatic production of Aluminum Honeycomb Cores, improves the production effect of honeycomb core Rate reduces manual labor's cost.

(2) different from the manufacture sheet lining characteristic of honeycomb paper core is conventionally used to due to aluminium foil, aluminium foil holds during cutting It easily deforms and even tears, the utility model is additionally arranged anti-tear plate on the blade of moving knife, and moving knife is to aluminium foil shear history In, aluminium foil is located at the big when stress is than stationary knife of moving knife, easily deforms and tears, and adding anti-tear plate can be effective Slow down the cutting stress suffered by aluminium foil surface, improves the quality of Aluminum Honeycomb Cores.In addition, during aluminium foil persistently conveys, it is fixed Knife is easy to be clung by the adhesive tape on aluminium foil to cause aluminium foil that can not be sheared output, and multiple cutter grooves are equipped on stationary knife, can be in aluminium foil Adhesive tape is avoided in transmission process, above-mentioned situation is avoided and occurs, further improve aluminium foil shear effect and The quality of production of Aluminum Honeycomb Cores.

Description of the drawings

Fig. 1 is the utility model Aluminum Honeycomb Cores process units cross section structure schematic diagram；

Fig. 2 is the utility model Aluminum Honeycomb Cores process units axonometric drawing；

Fig. 3 is the utility model Aluminum Honeycomb Cores process units topology view (removal rack)；

Fig. 4 is the utility model guiding mechanism topology view；

Fig. 5 is the anti-tear harden structure view of the utility model；

Fig. 6 is the utility model second glue spreading modular construction view；

Fig. 7 is the utility model glue spreading assembly topology view for the first time.

In figure：10, rack；20, cutting mechanism；30, driving mechanism；40, guiding mechanism；21, workbench；22, limiting plate； 23, moving knife；24, stationary knife；25, tapping channel；231, anti-tear plate；251, discharge port；252, cut part；41, guide plate；42、 Guide channel；421, feed end；422, discharge end；411, venthole；43, traction rollers；431, driving unit；51, it applies for the first time Glue component；52, second glue spreading component；53, deflector roll；54, glue storage cavity；55, spreading knife.

Specific implementation mode

In the following, in conjunction with attached drawing and specific implementation mode, the utility model is described further, it should be noted that Under the premise of not colliding, it can be formed in any combination between various embodiments described below or between each technical characteristic new Embodiment.

As shown in Figs. 1-5, in order to use aluminium foil to honeycomb, while the automatic production system of Aluminum Honeycomb Cores is realized It makes, the utility model provides a kind of Aluminum Honeycomb Cores process units, which includes：Rack 10, cutting mechanism 20 and the driving mechanism 30 for driving cutting mechanism 20 to shear aluminium foil layer；Cutting mechanism 20 include workbench 21, Limiting plate 22, moving knife 23 and stationary knife 24；Limiting plate 22, which is located at the top of workbench 21 and is formed between workbench 21, to be used for The tapping channel 25 of Aluminum Honeycomb Cores is exported, tapping channel 25 is horizontally disposed, and 25 one end of tapping channel forms discharge port 251, another End forms cut part 252；Moving knife 23 is located at the side of cut part 252, stationary knife 24 be fixed on 22 limiting plates and with 23 phase of moving knife To setting；Moving knife 23 with the drive of driving mechanism 30 by connecing, to drive moving knife 23 to be moved back and forth along 25 direction of tapping channel, far from fixed Knife 24 or with stationary knife 24 is tangent stretches into tapping channel 25.

During the utility model use, the aluminium foil after gluing is continuously delivered between action knife 23 and stationary knife 24, when After aluminium foil is delivered to workbench 21 and is aligned contact with the upper surface of workbench 21, workbench 21 forms aluminium foil and limits, and limits High definition cut part 252 between position plate 22 and workbench 21 is located at which position of aluminium foil, limits aluminium foil and is shearing Later width, and then determine that Aluminum Honeycomb Cores produce thickness after molding.In this example, workbench 21 is equipped with for adjusting work Make the lifting gear (not shown) of 21 height of platform, which generally uses the structures such as hand screw rod or hydraulic pressure to complete, pass through Lifting gear is adjusted workbench 21, to adjust the height of tapping channel 25, shears the aluminium foil of different-thickness.Driving mechanism 30 driving moving knife 23 are moved back and forth close to stationary knife 24 between the position far from stationary knife 24, and moving knife 23 and stationary knife 24 interact To cut off aluminium foil, for aluminium foil after the completion of cut part 252 is cut off, moving knife 23 continues to press on aluminium foil along tapping channel 25 toward discharge port 251 directions are advanced a distance, with rear dynamic knife 23 toward the direction reset movement far from stationary knife 24, complete a shear action, with It aluminium foil and constantly delivers into cut part 252, moving knife 23 constantly cuts off the aluminium foil of same thickness and is pushed to an aluminium foil Rear and a upper bonding foil, ultimately form Aluminum Honeycomb Cores.The fully-automatic production for realizing Aluminum Honeycomb Cores, avoids multiple aluminium foils The case where being cut again after being bonded is stacked, human cost is reduced.

In this example, driving mechanism 30 includes motor, the power that the driving shaft of motor passes through belt or chain and a speed reducer Input terminal drive connects, and the power output end of speed reducer is connect by connecting the reciprocal transmissions components such as bent axle, cam with moving knife 23, is passed through The action that moving knife 23 translates back and forth horizontally is realized in the forward and reverse of motor.

Since the material capability of aluminium foil and sheet lining is entirely different, sheet lining possesses stronger toughness, and aluminium foil is due to being Metal its toughness is then not so good as paper, if therefore aluminium foil is used into honeycomb core, while to realize that fully-automatic production just needs pair to set It is standby to make further improvements.In Aluminum Honeycomb Cores, the thickness of single layer aluminium foil is generally 0.02-0.08mm, the aluminium foil of the thickness by When to cross shear, aluminium foil surface elsewhere and its be easy tearing, in order to avoid aluminium foil in shear history stress mistake Tearing is caused to deform greatly, the utility model installs anti-tear plate 231 additional on the blade of moving knife 23, due to general cutting apparatus It is designed with multiple slots on moving knife 23, its purpose is to save production cost, driving mechanism is reduced also for tool weight is reduced 30 burdens, but these slots are easy to make aluminium foil be trapped into and lead to stretch tearing in the cutting process of aluminium foil, therefore, are arranged one piece Slot on moving knife 23 is connected and is blocked by anti-tear plate 231, forms the more smooth shear surface of one side, the support aluminium foil in aluminium foil stress Stress surface, avoid aluminium foil from tearing.

Further, since before aluminium foil cutting, needs to carry out gluing to aluminium foil surface, tree lace is coated between aluminium foil surface etc. Make to stretch after being subsequently bonded and form Aluminum Honeycomb Cores, and aluminum foil coating tree lace be just directed towards stationary knife 24 while, therefore In aluminium foil shear history, moving knife 23 applies lateral shearing force to the lower surface of aluminium foil, while aluminium foil stress is pressed against stationary knife 24, The tree lace of aluminium foil surface can be adhered to very much on stationary knife 24 at this time, and aluminium foil is difficult to continue toward cut part after completing a shear action 252 conveyings, influence the continuous production of Aluminum Honeycomb Cores.Therefore, one end opposite with moving knife 23 on stationary knife 24, stationary knife 24 is along limit The width direction of plate 22 is equidistantly provided with multiple cutter groove (not shown), in aluminium foil transmission process, cutter groove and the tree lace on aluminium foil It is staggered, tree lace is avoided to be sticked on stationary knife 24, since stationary knife 24 is responsible for supporting aluminium foil in shear history rather than aluminium foil is applied Add shearing force, aluminium foil and stationary knife 24 against stress than towards moving knife 23 while it is small, therefore aluminium foil is not easy to be absorbed in stationary knife Among 24 cutter groove, aluminium foil can continue to convey toward cut part 252 after shearing, meet the continuous production of Aluminum Honeycomb Cores.

The consistency of each layer of aluminium foil is kept when preferably, in order to enable Aluminum Honeycomb Cores to discharge, while meeting aluminium foil layer Bonding demand, tapping channel 25 is mutually parallel with horizontal plane；Stationary knife 24 and moving knife 23 are in setting up and down, and the blade of stationary knife 24 It is tangent with the blade level of moving knife 23.

As another embodiment of said program, tapping channel 25 is mutually parallel with horizontal plane；The cutting side of moving knife 23 It is at an acute angle to intersecting with horizontal plane, make aluminium foil shear effect more preferably, reduces the friction of stationary knife 24 and 23 surface of moving knife.

In order to ensure the orderly feeding of aluminium foil, Aluminum Honeycomb Cores process units further includes guiding mechanism 40；Guiding mechanism 40 is set The top in rack 10 and positioned at cutting mechanism 20 is set, for cutting the aluminium foil layer guiding cutting mechanism 20 after gluing Mechanism 20 shears；Guiding mechanism 40 includes guide plate 41 and backgauge component (not shown)；Between guide plate 41 and backgauge component It is formed with guide channel 42, guide channel 42 is connected to tapping channel 25, is passed through for aluminium foil.In this example, 41 surface of guide plate is opened The multiple ventholes 411 for having 41 both ends of connection guide plate, so that air will not be mothballed in guide plate aluminium foil in transmission process Between 41 and aluminium foil, to avoid influence of the air pressure to aluminium foil, so that aluminium foil is flattened and be laid on guide plate 41, certainly, Guide plate 41 can also be used the structure of plurality of rods body, and the consistent body of rod of more radians is arranged side by side, and be formed between the body of rod with reaching The structure of venthole 411.Guide channel 42 is preferably arc-shaped, and guide plate 41 is preferably also arc with backgauge component；Guide channel 42 one end forms feed end 421, enters for the aluminium foil after gluing, and the other end forms discharge end 422, by being oriented to, aluminium foil from The output of discharge end 422 enters cutting mechanism 20.Bonding, the extended line of feed end 421 and discharge end 422 are cut in order to facilitate aluminium foil Intersection is in 90 °, and perpendicular to tapping channel 25, aluminium foil enters from feed end 421 to be oriented to the line of discharge end 422 and cut part 252 Behind channel 42, as the postpone guide channel 42 of arc of the guiding of dead weight and backgauge component extends to workbench 21 and limiting plate 22 Between the gap (i.e. the cut part 252 of tapping channel 25) that is formed, discharge end 422 stretch into cutting mechanism 20 and with tapping channel 25 Linking connection, between moving knife 23 and stationary knife 24, stationary knife 24 and moving knife 23 again carry out aluminium foil reciprocal shearing.

As preferred embodiment, feed end 421 is respectively equipped with multigroup traction rollers 43 with discharge end 422, multigroup to lead Draw idler wheel 43 to be arranged side by side along the width direction of guide plate 41 and be oppositely arranged with guide plate 41, traction rollers 43 are also associated with drive Moving cell 431, for driving traction rollers 43 separate or close to guide plate 41.In aluminium foil transmission process, driving unit 431 drives So that multigroup traction rollers 43 is close to guide plate 41, makes to form gap between traction rollers 43 and guide plate 41 and just can be for Aluminium foil layer passes through, and applies certain pressure on top surface to aluminium foil surface, aluminium foil is clamped on guide plate 41, driving unit 431 can also be that traction rollers 43 provide power, it is ensured that traction rollers 43 have certain rotating speed, under the rotating speed, traction rollers 43 circular motion feed rate unreels that rate is identical, and aluminium foil is in traction rollers 43 and guide plate under the action of frictional force with aluminium foil The feed speed in gap formed between 41 is consistent with speed is unreeled.Preferably, it is located at the traction rollers 43 of discharge end 422 Feed rate is larger than the traction rollers 43 positioned at feed end 421, so that aluminium foil, which is located in guide channel 42, keeps tensioning shape State, thus, under the draw of traction rollers 43, it is ensured that in each shear action, top that the end face of aluminium foil is generally flush with It is pressed on the upper surface of workbench 21, on the basis of the horizontal position of moving knife 23 and stationary knife 24 is constant, ensure that aluminium foil after shearing The consistency of width.

Specifically, backgauge component is the more springs along 41 width direction interval of guide plate side by side；One end of spring is hung In guide plate 41 and close to feed end 421, the other end of spring hang on rack 10 and close to discharge end 422, due to guide plate 41 be cambered surface, therefore during the utility model use, and aluminium foil is pulled in guide plate with dead weight and traction rollers 43 41 surfaces drop, then carry out backgauge guiding to aluminium foil by spring, complete the steering of aluminium foil, spring can follow 41 surface of guide plate Radian and be bent and be affixed on 41 surface of guide plate, meet the requirement consistent with 41 radian of guide plate of backgauge component, also reduce system Cause this.

As shown in fig. 6-7, Aluminum Honeycomb Cores process units further includes rubber-coated mechanism, and rubber-coated mechanism is used to distinguish for laminated aluminium foil Dislocation applies glue sticking；Since aluminium foil can not be bonded it using traditional paste glue, rubber-coated mechanism includes hot melt Glue machine (not shown), for the first time glue spreading assembly 51 and second glue spreading component 52；Glue spreading assembly 51 and second glue spreading component for the first time 52 connect with hot melt adhesive machine；Glue spreading assembly 51 is arranged at second glue spreading component 52 in rack 10 for the first time, and is located at rack 10 short transverse mutually staggers setting, is equipped with more deflector rolls 53 between glue spreading assembly 51 and second glue spreading component 52 for the first time；Two Secondary glue spreading assembly 52 is in same level height with feed end 421.During the utility model use, two rolls of aluminum foil are respectively from bee One end of nest aluminium core process units unreels, and two layers of aluminium foil passes through above and below glue spreading assembly 51 for the first time simultaneously, is located at for the first time The aluminium foil surface of 51 lower section of glue spreading assembly is coated with evenly spaced tree lace, is then glued two layers of aluminium foil by deflector roll 53 It connects, the aluminium foil after bonding is directed to the lower section of second glue spreading component 52, and second glue spreading component 52 is again to the Double-layer aluminum after bonding Foil surface carries out gluing, then is redirected into cutting mechanism 20 by guiding mechanism 40 and is cut, and improves the life of Aluminum Honeycomb Cores Rate is produced, the bonding demand of aluminium foil is also met.

Glue spreading assembly 51 and second glue spreading component 52 include glue storage cavity 54 and spreading knife 55 for the first time；Glue storage cavity 54 with Hot melt adhesive machine is connected to, and the hot melt adhesive for storing hot melt adhesive machine output supply simultaneously carries out hot melt adhesive to continue preheating；Spreading knife 55 It is installed on the lower part of glue storage cavity 54, spreading knife 55 is equidistantly provided with multiple tracks along the length direction of glue storage cavity 54 and is connected to glue storage cavity 54 Gum outlet (not shown)；In order to which each cellular unit shape is consistent after so that the Aluminum Honeycomb Cores produced is opened, gluing for the first time The gum outlet of component 51 and second glue spreading component 52 is located at the orthographic projection side of glue spreading assembly 51 and second glue spreading component 52 for the first time To being staggered.

Preferably, in order to further avoid the case where stationary knife 24 is mutually adhered to aluminium foil surface tree lace, cutter groove and second glue spreading The gum outlet of component 52 is staggered, and is bonded on stationary knife to avoid tree lace.

The above embodiment is only preferred embodiments of the present invention, cannot be protected with this to limit the utility model Range, the variation of any unsubstantiality that those skilled in the art is done on the basis of the utility model and replacing belongs to In the utility model range claimed.

Claims (10)

1. a kind of Aluminum Honeycomb Cores process units, which is characterized in that including：

Rack, cutting mechanism and the driving mechanism for driving the cutting mechanism to shear aluminium foil layer；It is described to cut Mechanism includes workbench, limiting plate, moving knife and stationary knife；The limiting plate be located at the top of the workbench and with the work The tapping channel for exporting Aluminum Honeycomb Cores is formed between platform, the tapping channel is horizontally disposed, described tapping channel one end shape At discharge port, the other end forms cut part；The moving knife is located at the side of the cut part, and the stationary knife is fixed on the limit It is oppositely arranged on plate and with the moving knife；The moving knife with driving mechanism drive by connecing, to drive the moving knife described in Tapping channel direction moves back and forth；The stationary knife is located at one end opposite with the moving knife.

2. Aluminum Honeycomb Cores process units as described in claim 1, it is characterised in that：Width of the stationary knife along the limiting plate Direction interval is provided with multiple cutter grooves；The moving knife side opposite with the stationary knife is equipped with anti-tear plate.

3. Aluminum Honeycomb Cores process units as described in claim 1, it is characterised in that：The stationary knife is presented with the moving knife and is divided into It sets, and the blade of the stationary knife and the blade level of the moving knife are tangent.

4. Aluminum Honeycomb Cores process units as described in claim 1, it is characterised in that：The tapping channel is mutually flat with horizontal plane Row；The cutting direction of the moving knife intersects at an acute angle with horizontal plane.

5. Aluminum Honeycomb Cores process units as described in claim 1, it is characterised in that：The Aluminum Honeycomb Cores process units further includes Guiding mechanism；The guiding mechanism is arranged in the rack and positioned at the top of the cutting mechanism, being used for will be after gluing Aluminium foil layer is oriented to the cutting mechanism so that the cutting mechanism is sheared；The guiding mechanism includes guide plate and backgauge group Part；Guide channel is formed between the guide plate and the backgauge component, the guide channel is connected to the tapping channel.

6. Aluminum Honeycomb Cores process units as claimed in claim 5, it is characterised in that：The guide channel is arc-shaped；It is described to lead Feed end is formed to the one end in channel, the other end forms discharge end, and the feed end intersects with the extended line of the discharge end is in 90 °, the line of the discharge end and the cut part is perpendicular to the tapping channel；The discharge end stretches into the cutting mechanism And be connected to the tapping channel, between the moving knife and the stationary knife；

The feed end is respectively equipped with multigroup traction rollers with the discharge end.

7. Aluminum Honeycomb Cores process units as claimed in claim 6, it is characterised in that：The backgauge component is more leads along described To the spring of plate width direction interval side by side；One end of the spring hang on the guide plate and close to the feed end, institute The other end for stating spring hang on the rack and close to the discharge end.

8. Aluminum Honeycomb Cores process units as claimed in claim 7, it is characterised in that：The Aluminum Honeycomb Cores process units further includes Rubber-coated mechanism, the rubber-coated mechanism, which is used to misplace respectively for laminated aluminium foil, applies glue sticking；The rubber-coated mechanism include hot melt adhesive machine, Glue spreading assembly and second glue spreading component for the first time；The glue spreading assembly for the first time and the second glue spreading component with the hot melt Glue machine connects；The glue spreading assembly for the first time is arranged at the second glue spreading component in the rack, and is located at the rack Short transverse mutually stagger setting, between the glue spreading assembly for the first time and the second glue spreading component be equipped with more deflector rolls；Institute It states second glue spreading component and is in same level height with the feed end.

9. Aluminum Honeycomb Cores process units as claimed in claim 8, it is characterised in that：The glue spreading assembly for the first time and described two Secondary glue spreading assembly includes glue storage cavity and spreading knife；The glue storage cavity is connected to the hot melt adhesive machine, for storing hot melt adhesive The hot melt adhesive of machine output supply simultaneously carries out hot melt adhesive to continue preheating；The spreading knife is installed on the lower part of the glue storage cavity, institute It states spreading knife and is equidistantly provided with the gum outlet that multiple tracks is connected to the glue storage cavity along the length direction of the glue storage cavity；It is described for the first time The gum outlet of glue spreading assembly and the second glue spreading component is located at the glue spreading assembly for the first time and the second glue spreading component Orthographic projection direction is staggered.

10. Aluminum Honeycomb Cores process units as claimed in claim 9, it is characterised in that：Width of the stationary knife along the limiting plate Degree direction interval is provided with multiple cutter grooves；Spacing is equal between two cutter grooves of arbitrary neighborhood, each cutter groove and described two The gum outlet of secondary glue spreading assembly is staggered.