KR20010026215A - a honeycomb member set and a manufacturing apparatus therefor - Google Patents

Abstract

PURPOSE: A producing device for a honeycomb internal material is provided to automatically manufacture a honeycomb internal material in a consistent process with one device while continuously widening the internal material by a mechanical device. CONSTITUTION: A manufacturing device for a honeycomb internal material comprises a feeder(20) formed on the front of a machine body(10) while containing a hanger hanging wound raw paper(1a,1b); a first applicator(30) coating an adhesive to the upside of the raw paper(1b) for maintaining a regular interval and a regular width toward a horizontal direction to which the stencil paper moves; a cutter(50) making cardboard in rectangular shape by longitudinally cutting the raw paper(1a,1b) united by a guide roller; a second applicator(60) horizontally coating adhesives to the upside of the upper cardboard for being placed on the middle position of the adhesives coated on an upside of the lower cardboard; and a loader(70) loading the cardboard passing through the applicator. Thus, the honeycomb internal material includes plural pasteboard alternatively connecting the upside of the honeycomb internal material to the lower side. Each honeycomb internal material is installed while being connected to each other.

Description

Honeycomb interior material and its manufacturing apparatus {a honeycomb member set and a manufacturing apparatus therefor}

The present invention relates to a honeycomb interior material and its manufacturing apparatus, and more particularly, to continuously manufacture the honeycomb interior material in a consistent process by a single device, as well as to open the interior material continuously in a mechanical device. By doing so, the present invention relates to a honeycomb interior material and a manufacturing apparatus thereof, which have greatly improved productivity and significantly reduced production costs.

In general, when manufacturing a honeycomb interior material such as paper or Fuji, unwrapped paper rolls are cut and cut to a certain length to form a rectangular cardboard of a certain size, as shown in Figure 1a to b one side of each cardboard The adhesive is applied to a plurality of rows in the transverse direction so as to maintain a constant interval (t) and a constant width (l), the upper cardboard (1) and the lower part when the two cardboard (1) (1 ') as a reference The adhesives 2, 2 'applied to the cardboard (1') of the staggered so that the application position is placed in the middle of each other, overlapping a plurality of overlapping, and then the required width in the longitudinal direction orthogonal to the direction in which the adhesive is applied ( m) was cut into a plurality of pieces to prepare a plurality of interior materials (4).

Then, when using the fabricated materials (4) manufactured in this way by pulling the overlapping cardboard from both sides to increase the spacing, each bonded portion as shown in Figure 1c by the adhesive (2) (2 ') applied alternately Since the gap between the (4a) is to be opened, the interior material 4 is eventually opened with a myriad of honeycomb-shaped space (5) formed.

After spreading like this, if the surface materials are attached to both surfaces, it becomes a solid plate, so it can be used as a panel for interior and exterior materials of a building, a door or furniture.

By the way, when manufacturing such interior materials, each of the steps of unwinding the base paper wound in a roll shape to terminate the paper into a cardboard of a certain size, and applying a plurality of rows in the transverse direction alternately the adhesive to the cardboard obtained by this process, respectively Processes, laminating the sheets of adhesive coated cardboard, firmly adhering a certain amount of laminated cardboard, and cutting the bonded cardboard into a plurality of interior areas to be divided into a plurality of interior materials The fabrication processes were each performed using separate devices.

Therefore, in the related art, a lot of work manpower and time are required to move between devices that perform each process separately and to operate each device, while productivity is lowered, and thus production costs are increased.

In addition, when making the plate material, because the interior materials were opened one by one, it took a lot of work manpower and time, there was also a problem such as a decrease in productivity and a high occurrence rate of defects.

The present invention has been invented in view of these problems in the related art, and an object thereof is to provide an apparatus for manufacturing a honeycomb interior material, which can significantly improve productivity, prevent occurrence of defects, and reduce production costs.

Another object of the present invention is to provide a honeycomb interior material that can open the interior material by a mechanical device continuously when making a plate.

This object of the present invention is that all the processes of uncoiling paper cut to the required length and then applying an adhesive, laminating and adhering a large number of pieces and cutting to a large number of required areas to produce a plurality of interior materials are consistent by a single device. It is achieved by providing a manufacturing device for the honeycomb interior material which makes the process and the interior material which the interior materials manufactured by the device are connected to each other without being divided into pieces. A first coater which applies a plurality of rows of adhesives to one side of one of the two sheets of paper to be removed and moved from the feeder so as to maintain a constant interval and a constant width in a moving direction, that is, in a transverse direction; When the base coated with the adhesive and the base coated with the adhesive are moved together, they are moved first. A puncher for punching the incision in the horizontal direction in a dotted line on both sides of each of the adhesives applied at the same time, and a cutter for cutting two sheets of the base paper having the required length into a bonded cardboard, A second coating machine transversely applying the adhesives at a position corresponding to the middle of the adhesives applied to the lower cardboard by the first coating machine on the upper cardboard surface of the upper two cardboards, and then the cardboard passing through the applicator A stacker that continuously stacks, a gluer that presses and loads a fixed amount of cardboard, and the cardboard that is firmly bonded to each other is cut into a plurality of pieces of the required width in a longitudinal direction perpendicular to the application direction of the adhesive. It is equipped with a cutting machine made of interior materials and a device that connects the upper and lower surfaces of a plurality of cut interior materials alternately with each other. It is.

Therefore, according to the present invention manufacturing apparatus, not only all the processes for manufacturing interior materials using paper are automatically and consistently performed by a single device, but also the mechanical devices by allowing the interior materials to be connected to each other without being divided into pieces. It is possible to open in succession by the drastically improved productivity, significantly reducing the workforce and time.

Figure 1a is a semi-finished perspective view of the honeycomb interior material prepared by the embodiment of the present invention,

1B is an enlarged side view of the partial excerpt;

1C is a perspective view of a state in which one interior material is opened;

2A to 2C are front views of a state in which the copper interior materials are processed to be connected to each other;

2d is a perspective view of the interior materials connected to each other,

Figure 3 is a partial plan view of the open state of the interior connected to each other,

Figure 4a is a side view of the manufacturing apparatus according to an embodiment of the present invention,

Figure 4b is a side view of a part of the same;

Figure 4c is an excerpt side view of the bonding and cutting machine in the manufacturing apparatus,

Figure 5a is an excerpt side view showing the operating state of the first gluer of the manufacturing apparatus,

5B is a perspective view of the same;

5C is a front view of the partial portion

Figure 6a is a perspective view showing an operating state of the punching machine of the manufacturing apparatus,

6b is a partial front view of the same;

Figure 7a to b is an excerpt side view showing the operating state of the cutter in the manufacturing apparatus,

Figure 8a is an excerpt side view showing the operating state of the second coater of the manufacturing apparatus,

8B is a perspective view of the same;

9A is a side view of a state where the first and second transfer mechanisms of the loader in the manufacturing apparatus are raised;

9B is a side view of the first and second transfer mechanisms in a lowered state;

10 is an exploded perspective view of the first and second transfer mechanisms;

11A to 11B are excerpted side views showing an operating state of the first transfer mechanism;

12A to 12B are partially enlarged cross-sectional views of the gripper among the transfer mechanisms;

Fig. 13 is a plan view of a part of the loader.

*** Explanation of symbols for the main parts of the drawing ***

1, 1 ': cardboard, 2, 2': adhesive

3, 3 ': incision line, 4: internal materials,

10: gas,

20: feeder,

30: first coater,

31: expectation, 32: fixed roller,

33: rotating roller, 34: coating roller

35: support roller, 341: coating ring,

351: support ring,

40: punching machine,

41: expectation, 42, 42 ': punching day,

43: punching roller, 44: supporting roller,

421: blade,

50: cutting machine,

51,51 ': Cutting roller, 52,52': Cutting degree,

60: second coater,

61: expectation, 62: fixed roller,

63: rotating roller, 64: coating roller,

65: support roller, 641: coating ring

651: bearing ring,

70: the loader,

71: expectation, 72: motor,

73: swivel, 74, 74 ': 1st and 2nd transfer mechanism,

75: carrying conveyor, 76: loading table,

741 is a cylinder, 742 is a fixed base,

743, 743 ': lifting plate, 744, 744': fixed plate,

745: spring, 746: lifting rod,

747, 747 ': connecting rod, 748: gripper,

743a: concierge, 748a: cavity,

748b: suction port, 748c: adsorption tube,

748d: distribution port,

80: gluer,

81: expectation, 82: support plate,

83: cylinder, 84: pressure plate,

90: cutting machine,

91: expectation, 92: loading plate,

93: cylinder, 94: cutting diagram.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

The manufacturing apparatus according to the embodiment of the present invention is provided with a feeder 20, which is attached to the base 10 in order from the top and provided with a hanger for each of the base papers 1a and 1b wound in rolls, and is unwound from the feeder and placed up and down. The adhesive 2 'is arranged in a plurality of rows so that a predetermined distance t and a constant width l are maintained in the transverse direction, which is the direction in which the paper is moved, on the upper surface of the paper 1b at the lower position among the papers that are separated and moved. When the first coater 30 to be coated, the lower paper 1b passing through the applicator, and the upper paper 1a that is moved without passing through the applicator are brought together by the guide roller 11, A punching machine 40 for punching them together and punching the cut lines 3 and 3 'in a dotted line to both portions of each of the adhesives 2' applied in a plurality of rows, and the punching machine Two sheets of paper are glued by cutting the paper 1a and 1b that have passed through to the required length. Cutter 50 made of rectangular cardboard (1) (1 '), and a plurality of rows of adhesive (2) on the upper surface of the lower cardboard (1') on the upper surface of the upper cardboard (1) of the cardboard passing through the cutter A second coater 60 for applying a plurality of rows in a transverse direction corresponding to an intermediate position between the respective adhesives 2 'coated with a stacker, and a stacker for stacking the cardboards which are moved through the applicator ( 70), an adhesive 80 for pressing and firmly bonding the cardboard laminated by a certain amount by the stacker, and the required width (m) in the longitudinal direction perpendicular to the direction in which the adhesives are applied. It is composed of a cutting machine 90 to make a plurality of interior materials (4) by cutting to be divided into a plurality of

After the base 21 of the feeder, hangers 22 and 22 'are provided to hang the roll-shaped papers 1a and 1b in the longitudinal direction, respectively. One side of the feeder 21 controls the operation of the base 10. The controller 23 is attached.

The first coater is a fixed roller 32 fixedly and fixed to terminate the base 31 horizontally, a rotating roller 33 which is horizontally condensed and rotated in contact with the roller, and a front lower side of the rotating roller. And a coating roller 34 in which a disk-shaped coating ring 341 whose outer circumferential end surface is in contact with the outer surface of the rotating roller is fixedly coupled to the shaft 342 at a predetermined interval, and is fixed to the lower side on the vertical line of the coating roller. The rotary ring is provided with a support roller 35 of the disc-shaped support rings 351, the outer peripheral surface of which is in contact with the coating ring at a predetermined interval on the shaft 352.

On the other hand, the spacing of the application ring and the support ring is maintained by engaging with the shaft 342, 352 alternately with the gap retaining rings (343, 353) smaller than their respective diameters.

In addition, a supply pipe 36 for supplying a liquid adhesive 2 'to an upper portion between the rollers is provided at an upper side between the fixed and rotating rollers from a separate storage tank (not shown). When the adhesive flows down from the rollers, a receiving plate 37 is placed to be received and sent to the storage tank.

The punching machine has a pair of disc-shaped punching blades 42 and 42 'in which the edges 421 of the outer circumference are serrated to be rotated horizontally vertically on the front upper portion of the base 41, and the application rollers. A punching roller 43 coupled to the shaft 431 in proportion to the number of the coating rings at intervals positioned at both sides of each of the coating rings 341 of the coating ring, and the rollers are fixed to the lower side of the vertical line so as to rotate in contact with the rollers. A supporting roller 44 is provided.

The cutting machine has cutting rollers 51 and 51 'which are squeezed to rotate in opposite directions above and below the rear vertical line of the base 41, and at one end surface of each of the binding grooves recessed in the longitudinal direction on the outer surface of these rollers. When the rollers are installed by bolts and the rollers rotate one revolution, the cutting blades 52 and 52 'are cut to cut off the base papers 1a and 1b.

The second applicator is fixed roller 62 fixedly and condensed to terminate the base 61 horizontally, a rotating roller 63 which is horizontally condensed and rotated in contact with the roller, and abuts with the rotating roller. A coating roller 64 in which a disk-shaped coating ring 641 in which a disk-shaped coating ring 641 is rotated and is fixed to the front lower side and abuts its outer circumferential surface in contact with the outer surface of the rotating roller at regular intervals, is arranged on a vertical line of the coating roller. The disk-shaped support rings 651, which are squeezed and rotated on the lower side, and whose outer circumferential end surfaces are in contact with the application rings, are provided with support rollers 65 mounted to the shaft 652 at regular intervals.

On the other hand, the spacing between the applicator ring and the support rings is maintained by engaging the shafts 642 and 652 alternately with the spacing retaining rings 643 and 653 smaller in diameter.

In addition, a supply pipe 66 for supplying a liquid adhesive 2 to an upper portion between the rollers is provided at an upper side between the fixed and rotating rollers from a separate storage tank (not shown), and below the roller. When the adhesive flows down from them, a receiving plate 67 is placed to be received and sent to the storage tank.

The second coating device configured as described above has the same structure as the first coating device, except that the coating rings 641 installed on the coating rollers 64 are attached to the coating rollers 34. ) So that the adhesives (2) 2 'applied by these applicators are applied in staggered positions.

The stacker is a swivel table 73 condensed on the upper side so as to be rotated forward and reverse within 180 degrees by a motor 72 provided in the upper center of the upper surface of the base 71, and the first and the lower side behind the swivel base. 2 conveying mechanisms 74 and 74 ', carrying conveyors 75 which are separately installed on base 71 so as to be positioned under each of these transporting mechanisms, and loaded cardboards 1 and 1' are loaded. A mounting table 76 is provided.

In addition, a stopper 77 is attached to the rear side of the conveying conveyor to stop the cardboard 1, 1 ′, which is bonded and brought into each other, in place, and the upper sides of the first and second transfer mechanisms and the base ( On one side of the arcuate fixtures 711, 712, which are attached to the upper and rear sides of the upper part 71, optical sensors 78, 78 ', 79, 79' are installed to detect rotation of the conveying mechanism by 180 degrees. do.

The first and second transfer mechanisms have a lower end in the front and rear ends of the cylinder 741 vertically installed at the center of the rear and rear bottom surfaces of the swivel table 73 and the fixing base 742 mounted laterally at the lower end of the cylinder rod. Fixed lifting plates 743 and 743 'and fixed plates 744 and 744' fixedly mounted on the rear and bottom surfaces of the turntable so as to guide the lifting of these lifting plates. And elevating rods 746 coupled to penetrate vertically through the respective guide tubes 743a installed on both sides of the lower end of each outer surface of the elevating plates, and are elastically downward by springs 745, and longitudinally at the lower ends of these rods. Post-joint 747 and 747 ′ which are fixed to each other, and a plurality of grippers 748 which are installed in the transverse direction so that a constant distance is maintained at the bottom of these ties.

The grippers have a cavity 748a inside and each gap is positioned between the adhesives 2 applied to the top surface of the cardboard 1 by the second applicator, thereby allowing the grippers to be placed in the cardboard ( 1) When lifting (1 '), make sure that the applied adhesive does not adhere to the grips or damage the application.

In addition, a plurality of suction ports 748b are extended to several indentations formed at predetermined intervals on the bottoms of the grippers, respectively, to communicate with the internal cavity 748a. Tubes 748c are coupled, and a pair of outlets 748d extending through the internal cavity 748a on the top surfaces of the respective grippers are connected by a hose 749 to a separate air pump (not shown). .

Therefore, when the air pump is operated, since suction air is sucked into the cavity 748a through the suction pipe 748c coupled to the suction port 748b and discharged through the distribution port 748d, the suction pipe generates suction force. If they are in close contact with the upper surface of the cardboard (1) by the suction force will be able to lift the cardboard.

The loading table includes a loading plate 761 and a cylinder 762 for vertically raising and lowering the loading plate, and by the operation of the cylinder, the loading plate is kept horizontal with the loading conveyor 75. If the cardboards 1, 1 'continue to be stacked, the loading plate is lowered by the operation of the cylinder so that the uppermost surfaces of the stacked cardboards are flush with the loading conveyor, so that the first and second transfer mechanisms 74 and 74' are positioned. Each gripper 748 of the field is raised and lowered in the same way to transfer the cardboard from the loading conveyor to the loading plate alternately to be loaded.

On the other hand, the stopper is composed of a cylinder 771 and a braking piece 772 that is vertically elevated by the cylinder, the braking piece is the cardboard (1) (1 ') is carried in the upper surface of the conveying conveyor 75 When the first transfer mechanism 74 arrives at a position directly below or below, the first transfer mechanism can be lifted by raising the operation of the cylinder 771 to stop the movement thereof.

The adhesive is installed on the base 81, the base plate 82, which is installed on the lower side of the base, and on which the cardboard (1) (1 ') that has been moved in a stacked state on the mounting table 76, It consists of a cylinder (83) which is lowered by the rod of the cylinder and a pressure plate (84) for pressing and firmly bonding the cardboard placed on the support plate.

The cutting machine has a base 91, a mounting plate 92 on which the cardboard is completed by the gluer and is moved and loaded, a cylinder 93 installed on the upper side of the base, When installed at regular intervals at the bottom of the rod and lowered, the loaded cardboard is cut into a plurality of pieces of required width (m) in the longitudinal direction orthogonal to the coated adhesives (2) and (2 '). It is composed of a plurality of cutting diagrams (94) made of.

Referring to the operating state of the honeycomb manufacturing apparatus according to an embodiment of the present invention configured as described above are as follows.

First, as shown in Figs. 4A to 4B, each of the base papers 1a and 1b wound in a roll shape is hung on the hangers 22 and 22 'laid after the base 21 of the feeder 20. Each end of the front end to be transported in a separate state up and down through the rollers that are condensed differently in the body 10, the base paper 1a is passed through the guide roller 11, each other of the first coater 30 Combined with the base paper 1b, which is passed between the application roller 34 and the support roller 35, which are engaged and rotated, so as to pass between the punching roller 43 and the support roller 44, which are rotated in engagement with each other of the punching machine 40. Walk.

In this state, the controller 23 is operated to operate the gas, which causes the papers to be released and conveyed by the pulling action of the rollers which are rotated in engagement with each other.

In this process, the lower base paper 1b passes through the application roller 34 and the support roller 35 of the first coater 30 in a plurality of rows on the top surface by the application roller. ) Is applied in the transverse direction (see FIGS. 5a to c), the process is a liquid adhesive (2 ') supplied to the upper portion between the fixed roller 32 and the rotary roller 33 through the supply pipe 36 is rotated Since the adhesive is buried on the outer circumferential surface of the rotating roller, the adhesive is transmitted to the outer circumferential end surface of each of the coating rings 341 installed at regular intervals on the coating roller 34 rotated in engagement with the rotating roller so that these coating rings come into contact with each other. It is applied to the upper surface of the base paper 1b.

In this case, the width and the interval between the adhesive 2 'is applied is proportional to the thickness of the coating rings 341 and the installation interval, and the interval of the coating rings is proportional to the thickness of the gap retaining rings 343. , The width and spacing of the adhesive can be freely changed as necessary.

By this operation, the base paper 1b to which the adhesive 2 'is applied and conveyed on the upper surface is combined with the upper base paper 1a on the upper surface at the position of the guide roller 11, as shown in Figs. 6A to 6B. It passes between the punching roller 43 and the support roller 44 of the punching machine 40.

In this case, not only the respective parts to which the adhesive 2 'is applied by pressing the rollers are primarily bonded, but also the punching degrees 42 and 42' in which the blade part 421 is serrated in the process of passing. The cut lines 3 and 3 'are processed on each side of each of the applied adhesives in a dotted line, and these cut lines are each opened when the interior material 4 is opened as shown in FIG. 1C or 3. By easily bending both sides of the bonded portions 4a, the interior material can be opened quickly, smoothly and accurately.

Thereafter, the paper 1a and 1b are continuously transferred to pass between the cutting rollers 51 and 51 'of the cutter 50, as shown in Figs. 7A to 7B. ) 52 'are installed respectively, the base papers are cut at the moment the cutting rollers are rotated once so that the cutting views intersect each other.

Therefore, since the base papers are cut in proportion to the circumferential length of the cutting rollers, a top and bottom bonded cardboard 1 (1 ') having a size corresponding to the length is made.

Accordingly, when changing the length of the cardboard is replaced with cutting rollers having a circumference proportional to the length.

The cardboard thus cut continues to be transported, this time passing between the application roller 64 and the support roller 65 of the second coater 60, as shown in Figure 8a to b, the upper cardboard in this process (1) The adhesive 2 is applied to the upper surface by a predetermined width and interval by the coating rings 641 installed on the coating roller, the process is fixed roller 62 and the rotating roller through the supply pipe 65 ( Since the liquid adhesive 2 supplied to the upper portion between 63) is buried on the outer circumferential surface of the rotating roller being rotated, the adhesive is installed on each application roller 64 which is rotated in engagement with the rotating roller at regular intervals. It is applied to the upper surface of the cardboard (1) that is delivered to the outer circumferential end surface of the ring 641 to contact these application rings.

At this time, since the width and the interval to which the adhesive 2 is applied are proportional to the thickness of the application rings 641 and the installation interval, and the interval of the application rings is proportional to the thickness of the gap retaining rings 643, The coating width and spacing of the adhesive can be freely changed as necessary.

On the other hand, the position where the adhesives 2 are applied by the second coating device, because the coating ring 641 is installed in the middle of the application ring 341 of the first coating device 30, the adhesive ( 2 ') and the position intersecting with each other, according to the opening of the interior material (4) according to the application position of the adhesive (2) (2') as shown in Figure 1c and 3 The comb-shaped space 5 is formed to be formed innumerably.

In this operation, the cardboard 1, 1 ′ coated with the adhesive 2 is continuously transported and brought into the loading conveyor 75 of the loader 70 to be positioned directly below the first transfer mechanism 74. Upon arrival, the cardboard is stopped by the braking piece 772 raised by the operation of the stopper 77 (see Figs. 9A-B).

In this case, the cylinders 741 of the first and second transfer mechanisms 74 and 74 'are operated at the same time to lower the fixing table 742, so that the grippers 748 are lowered. The grips of the mechanism are in contact with the upper surface of the upper cardboard 1 of the cardboard 1 (1 ') stationary on the loading conveyor 75, and the grips of the second transfer mechanism are on the upper surface of the loading plate 761. Will come close.

At this time, the suction pipes 748a attached to the bottom of each gripper of the first transfer mechanism are in close contact with the upper surface of the cardboard 1, and at the same time, the air pump is operated so that the suction operation of air is performed on the first transfer mechanism 74 side. Since the air is sucked through the adsorption tube of the first transport mechanism, the cardboard 1, 1 'is adsorbed to the gripper, and on the contrary, the discharge operation of air proceeds on the second transport mechanism 74' side. If the cardboard is adsorbed in the adsorption tube of the second transfer mechanism is dropped.

In this operation, when the cardboard 1, 1 ′ carried in the conveyor 75 is attracted to the grips 748 of the first transfer mechanism 74, the cylinders 741 are reversed in this state. As the grippers 748a are raised, the imported cardboard is lifted up.

Thereafter, the motor 72 is driven to rotate the rotating table 73 by 180 ° so that the positions of the first and second transfer mechanisms 74 and 74 'are interchanged with each other. When the lifted cardboards 1, 1 ′ are placed on top of the loading table 76, the motor 72 is stopped, the next cardboards are loaded into the loading conveyor 75, and the cylinders 741 are again loaded. The operation lowers the grippers 748.

As a result, the cardboard 1, 1 'adsorbed to the gripper 748 of the first transfer mechanism 74 is placed on the loading plate 761, while the gripper of the second transfer mechanism 74' is held. 748 is contacted on the next cardboard that is loaded onto the incoming conveyor 75.

In this case, this time, the discharge operation of the air proceeds in the gripper 748 of the first transfer mechanism 74 to load the cardboard 1, 1 ′ onto the loading plate 761, on the contrary, the second transfer mechanism. In the gripper 748 of 74 ', the suction operation of air progresses and it adsorb | sucks the next board | substrate carried in.

When this operation is completed, the respective cylinders 741 of the first and second transfer mechanisms are reversed at the same time to raise the grippers 748, so that the following cardboards are sucked into the gripper of the second transfer mechanism. Raised, the gripper of the first transfer mechanism is lifted empty to put the cardboard (1) (1 ') on the loading plate (761).

Next, since the motor 72 is driven back to rotate the rotating table 73 to 180 °, the positions of the first and second transfer mechanisms are changed to each other, and then the cylinders 741 are operated again. 748), so that the gripper of the first transfer mechanism is brought into contact with further cardboards loaded into the loading conveyor 75 again. The cardboard adsorbed on the gripper of the second transfer mechanism is placed on the cardboard 1 (1 ') that is first transported and stacked on the loading plate 761.

This operation is repeated, the cardboard (1) (1 ') that is transported with the adhesive (2) is applied to the upper surface of the loading plate 761 is continuously loaded, the degree of loading of these cardboard is increased in this process Since the cylinder 762 is reversely operated in proportion to the lowering of the loading plate, the height of the loaded cardboard is leveled with the height of the loading conveyor, thereby always maintaining the lifting degree of the grippers 748 the same. Ensure that the action is performed correctly.

On the other hand, connecting rods 747 and 747 'in which the grippers 748 are installed in this operation process are provided on the lifting plates 743 and 743' by lifting rods 746 that are lowered by the spring 745. Since the grippers are pressed more than necessary when the grippers are in contact with the upper surface of the loading conveyor 75 or the loading plate 761, the rod 746 compresses the spring 745 in proportion to the force. As is raised, damage is prevented.

As a repetition of this operation, when the cardboard plates 1, 1 'are loaded in the loading plate 761 as needed, they are transported and seated on the backing plate 82 of the gluer 80, and then the cylinder 83 is operated. The pressure plate 84 is lowered to press the cardboard (1) (1 ') that is seated for a certain time to firmly adhere.

Then, when the adhesion is completed, the pressure plate 84 is raised and the cardboard is transported and seated on the loading plate 92 of the cutting machine 90, the cylinder 93 is operated to lower the cutting diagram 94 to The cardboards are cut into a plurality of interior materials 4 by cutting them into a plurality of widths m required in the longitudinal direction orthogonal to the direction in which the adhesives 2, 2 'are applied, as in FIGS. 1A and 2A.

In addition, when using the interior material (4) divided into several pieces by the cutting machine, as shown in Figure 1c to be pulled open to both sides, as this takes a lot of time, of course, using a mechanical device automatically It cannot be opened in succession.

Therefore, in the present invention, in order to solve the above problems, the interior material (4) cut to be divided into a plurality of pieces by the cutting machine is not separated individually, using a general adhesive device (not shown) Figure 2a to b As shown in FIG. 2C to FIG. 2C to FIG. 2C, the upper and lower surfaces thereof are bonded to each other by adhering the land 6 and 6 'to a mass, and then using a common cutting device (not shown). The inboards 6, 6 'are each longitudinally cut so that the bottoms are staggered with each other, providing a set of honeycomb linings that continue.

In this case, when the honeycomb interior materials are opened, the front end of the honeycomb interior material set can be pulled and laid by the required length between the towings, and thus, the honeycomb interior materials can be continuously opened in a continuous state as shown in FIG. 3.

As described above, according to the honeycomb manufacturing apparatus according to the embodiment of the present invention, the first coating step of first uncoiling a rolled base paper and applying the adhesive at a predetermined width and interval, and the adhesive is not applied on the base where the adhesive is applied. A punching process for punching incisions in a dotted line at both positions of each of the applied adhesives when the base papers are not moved together, and cutting the base papers which have undergone this punching process to a predetermined length to form a rectangular cardboard bonded to two upper and lower sheets. A second coating step of applying a plurality of rows of adhesives alternately with the adhesives applied in the first coating process on the upper surface of the upper paperboard among the cardboards, and being moved through this process Loading process to lift the cardboards to load a large number, bonding process to press the loaded cardboards firmly to bond, and finished cardboard The cutting process for cutting the cutting material in a direction perpendicular to the direction in which the adhesives are applied is divided into a plurality of interior materials, and is continuously and consistently performed by a single mechanical device, thereby greatly reducing workforce, time, and production cost. There is also an advantage that the productivity is greatly improved.

In addition, the installation of the interior materials individually solves the inevitable problem, it is possible to lay out a set of honeycomb interior materials that are continuous to the desired length by a mechanical device, so opening the interior materials is very easy It is possible to evenly install all the parts, such that the occurrence of defects is also prevented.

Claims (10)

The feeder 20 which is provided in order from the top in order to hang the paper 1a, 1b rolled up on the base 10 in turn from the head, and the lower position among the said papers which are separated from this feeder and moved up and down separately. The first coater 30 which applies a plurality of rows of adhesive 2 'so that a predetermined distance t and a predetermined width l are maintained in a horizontal direction in which the paper is moved on the upper surface of the paper 1b. When the base paper 1b passed through the applicator and the base paper 1a not moved through are combined and moved by the guide rollers, they are cut to the required length and the rectangular cardboard (1) (1 ') bonded to two sheets. Each of the adhesives 2 'applied to the upper surface of the upper cardboard 1 of the cardboards passed through the cutter 50 and a plurality of rows of adhesives 2' applied to the upper surface of the lower cardboard 1 '. The second coater 60 for applying a plurality of rows in the transverse direction corresponding to the intermediate position between the through and the applicator Apparatus for manufacturing a honeycomb interior, characterized in that it comprises a stacker (70) for stacking the cardboard (1) (1 ') that is being moved in excess. According to claim 1, It is placed between the first applicator 30 and the cutter 50, and is moved so as not to pass through the base paper (1b) and the applicator 30 of the lower portion passing through the applicator (30) Punching machine for punching incisions (3) and (3 ') in the lateral direction on both sides of each adhesive (2') coated in a plurality of rows when the upper base (1a) is joined and moved by the guide roller An apparatus for producing a honeycomb interior material, characterized in that it comprises a (40). The apparatus for manufacturing a honeycomb interior material according to claim 1, further comprising an adhesive (80) for pressing and stacking cardboards stacked in a predetermined amount by a stacker (70). According to claim 1, wherein the stacker by the stacker 70 is moved to a certain amount of cardboard is pressed to adhere the gluer 80, and the cardboard is completed by the adhesive (2) (2 ') Apparatus for manufacturing a honeycomb interior material, characterized in that it comprises a cutting machine 90 to be cut into a plurality of the required area (m) in the longitudinal direction orthogonal to the applied direction to make a plurality of interior material (4) , The first coating device (30) is a fixed roller (32) fixedly and longitudinally fixed to the base (31), a rotating roller (33) which is axially rotated to abut this roller, and the rotating roller (3). Application rollers 34 of which disc-shaped coating rings 341 are axially rotated on the lower side of the roller roller and the outer circumferential surface of the rotary roller is in contact with the outer surface of the rotary roller, and are axially rotated on the lower side of the coating roller. A disk-shaped support ring 351 which comes into contact with the application rings 341 and supports the paper 1 'passing therebetween is composed of a support roller 35 axially coupled at a predetermined interval; The cutting machine 50 is cut rollers 51 and 51 'which are compressed to rotate in the opposite direction to the rear side up and down of the base 41, and are installed in the longitudinal direction on the outer surface of these rollers so that the blades rotate every time. It consists of cutaway views 52 and 52 'for terminating the base paper 1a and 1b, the parts of which are joined together and moved while crossing each other. The second applicator 60 has a fixed roller 62 fixedly and horizontally fixed to the base 61, a rotating roller 63 which is horizontally axially rotated in contact with the roller, and a lower side thereof in contact with the rotating roller. And a coating roller 64 in which a disk-shaped coating ring 641 is axially coupled to the outer circumferential surface and the outer circumferential surface of the rotating roller is axially coupled at a predetermined interval. A disk-shaped support ring 651 which contacts the application rings and supports the paperboard (1) (1 ') passing therebetween is composed of a support roller (65) axially coupled at regular intervals; The loader 70 is placed on the upper side of the rotary table 73 which is condensed on the upper side so as to be rotated forward and reverse within 180 ° by the motor 72 installed at the center of the upper surface of the base 71, and is placed on the lower and rear side of the lower side of the base. The cardboard 1, 1 ′, which is carried in the adhered state on the loading conveyor 75 provided on the lower side of the 71, is alternately lifted up and loaded on the mounting table 76 provided on the lower rear side of the base 71. An apparatus for manufacturing a honeycomb interior material, characterized in that it comprises first and second transfer mechanisms (74, 74 '). 6. The first and second transfer mechanisms 74 and 74 'are provided with a cylinder 741 vertically installed at the center of the front and rear bottom surfaces of the swivel table 73, and mounted horizontally on the lower end of the rod of the cylinder. Lifting plates 743 and 743 ', which are fixed at the lower end of the front and rear ends of the fixing table 742, and fixedly installed on the rear and rear bottom surface of the rotating table so as to cross both sides thereof to guide the lifting and lowering of these lifting plates. Lifting rods 746 which are fixed to the fixed plate 744, 744 'and each guide tube 743a installed on both sides of the lower end of each of the elevating plates to penetrate vertically, and are shot down by the spring 745. ), And post-joints 747 (747 ') fixed longitudinally to the bottom of these rods, and laterally mounted so that a constant distance is maintained at the bottom of these rods, the interior being a cavity (748a) and the bottom Several indentations formed at regular intervals in each of the pairs communicate with the cavity 748a. Inlets 748b are extended, and each of these suction pipes is coupled with a suction tube 748c made of soft rubber or resin corrugation, and a plurality of outlet ports 748d communicating with the cavity 748a are connected to the air pump at the upper end thereof. Apparatus for manufacturing honeycomb interior material, characterized in that consisting of grips 748 3. The punching machine (40) according to claim 2, wherein the punching machine (40) is horizontally axially rotated on the upper part of the base (41), and the pair of disc-shaped punching blades (42, 42 ') of which the outer peripheral edge portion (421) is serrated. Punching rollers 43 which are attached to the shaft in proportion to the number of these coating rings at intervals located on both sides of the application rollers 341 of the application rollers 34, and the rollers are in contact with the rollers and rotated vertically downward. Apparatus for manufacturing a honeycomb interior material, characterized in that consisting of a support roller 44 which is condensed on. 4. The paperboard (1) (1 ') according to claim 3, wherein the gluer (80) is installed on the base (81) and under the base, and has been moved in a plurality of stacked states on the mounting table (76) of the stacker (70). A base plate 82 on which the bases are placed, a cylinder 83 installed above the base 71, and a pressure plate that presses and firmly bonds the cardboard placed on the base plate 82 when the rod is installed and lowered on the rod of the cylinder. An apparatus for producing a honeycomb interior material, characterized by comprising (84). 5. The cutting machine (90) according to claim 4, wherein the cutting machine (90) has a base plate (91), a mounting plate (92) which is installed under the base plate, and is loaded when the cardboards which have been bonded by the adhesive machine (80) are moved. Cylinder 93 installed on the upper side of the rod), and installed at regular intervals at the lower end of the rod of the cylinder, and when lowered, the loaded cardboard in the longitudinal direction orthogonal to the adhesive (2) 2 'applied in a plurality of rows. Apparatus for manufacturing a honeycomb interior material, characterized in that consisting of a plurality of cutting diagrams 94 to be cut to be divided into a plurality of required area (m) to make a plurality of interior material (4). The adhesive is applied to each upper surface of the cardboard in a plurality of rows to maintain a constant width and spacing to laminate a plurality of adhesive and then cut the cardboard into a plurality of pieces of the required width in a direction perpendicular to the direction in which the adhesive is applied A comb interior material, comprising a plurality of lands for alternately bonding and connecting the upper and lower surfaces of neighboring honeycomb interior materials, it is possible to install each honeycomb interior materials without being separated individually Honeycomb interior set.