KR100464643B1 - A packing system of filling products for sandwich pannel - Google Patents

Abstract

The present invention slits the board-shaped filler to be a bar-shaped filling member, and stacks and packs the slitting filling member so that each layer is alternately arranged in an orthogonal direction so as to be directly between the outer panels without additional processing. The present invention relates to a packing material packing system for sandwich panels, which is packed in a state capable of being filled and provided to a sandwich panel manufacturing site.

According to the present invention, a plurality of blades (122) rotated by a motor 124 is installed at predetermined intervals, slitting means 120 for slitting the mineral fiber board to a plurality of bar-shaped filling member (1), Two conveyors 30 and 40, which are advanced in the same direction, are connected to each other, and the slitting filling member 1 transferred from one conveyor 30 to the next conveyor 40 of the sandwich panel on which the fiber is to be produced. Rotating means 140 is rotated to face in the thickness direction, and a pair of guide conveyors 151 having a width in a direction facing each other are installed to rotate the filling member 1 rotated by the rotating means 140. The cutting means 150 is in close contact with the board form to cut the outer surface according to the shape of the outer panel of the sandwich panel, the slitting means 120, the rotating means 140 and the cutting means 150 Automatically the filling member (1) to pass in turn In the sandwich panel manufacturing system which is processed to be filled between the outer panel of the sandwich panel while sending, in the rear end of the cutting means 150 is disposed in the cutting member (1) alternately distributed in two directions to transfer The first conveying means 135 and the second conveying means 137 connected to one side and the other side of the distributing means 170 and the distributing filling member 1 are transferred to different paths, respectively. 138 and a rotary table 136 installed on at least one side of the first transfer means 135 and the second transfer means 137 and 138 to rotate the filling member 1 to be conveyed 90 degrees in the horizontal direction. The stacking means 160 in which the filling member 1 conveyed by the first conveying means 135 and the filling member 1 conveyed by the second conveying means 137 and 138 are alternately stacked thereon. Filling is carried by the first transfer means 135 and the second transfer means (137, 138) Filling material for sandwich panels, characterized in that the filling member (1) of one side of the ash (1) is rotated by the rotary table 136 so that the filling member (1) of each layer is alternately rotated 90 degrees to be laminated. A system is provided.

Description

Filling packing system for sandwich panel {A PACKING SYSTEM OF FILLING PRODUCTS FOR SANDWICH PANNEL}

The present invention relates to a system for packing and packing a filler filled in a sandwich panel into a bar-type filling member, and more particularly, slitting a board-type filler into a bar-type filling member. The slitting and slitting filling members are laminated and packed so that each layer is alternately arranged in an orthogonal direction, and packed in a state that can be directly filled between outer panels without any additional processing, so that they can be provided to a sandwich panel manufacturing site. It relates to a packing material packing system for a sandwich panel.

In general, a sandwich panel is filled with a filler made of mineral fiber such as rock wool, glass wool or foamed resin such as styrofoam, so as to obtain insulation and sound absorbing and sound insulation inside the outer panel made of a material having high toughness such as metal. Is produced. Fillers used in the manufacture of such sandwich panels are usually manufactured in the form of a board, when the mineral fiber is made of a board, inevitably in the manufacturing process is formed in a form in which the fiber grains connected in the longitudinal direction of the cross-section is laminated in the thickness direction. . Accordingly, when the sandwich panel is manufactured directly using the mineral fiber board, the structure of the sandwich panel is inevitably very weak against the tensile force in the thickness direction. Therefore, the board is not shown as shown in FIG. 1 without using the mineral fiber board as it is. After slitting and processing into the bar-shaped filling member 1, the bar-shaped filling members 1 are rotated by 90 degrees so that the fiber grains 2 are brought into close contact side by side so as to be arranged in the thickness direction A of the board. The front and rear surfaces are attached to an external panel made of an iron plate to produce a sandwich panel.

Therefore, in order to manufacture the sandwich panel, in addition to the device for bonding the outer panel to the filler, the slitting device for processing the mineral fiber board into the bar-shaped filling member (1), while transporting the slitting filling member (1) Rotary feeder for rotating the grain (2) to be arranged in the thickness direction (A) of the board, cutting to rotate the filling member (1) close to the board form to cut the outer surface according to the shape of the outer panel Various equipment such as devices is additionally needed.

However, in the related art, since all the above-described slitting device, rotary feeder, cutting device, etc. are installed in each production line for manufacturing a sandwich panel, there is a problem that excessive cost and space are required for installation of the production line.

In addition, when the slitting device or the cutting device is operated, a large amount of dust is generated due to cutting of the filling material. In the past, the sandwich panel is finally produced because the devices inducing such dust are installed on the sandwich panel manufacturing line. There was a problem that the dust is contaminated by the dust and the working environment of the manufacturing site deteriorated.

The present invention is to solve the problems as described above, an object of the present invention is to reduce the cost and space required for the installation of the sandwich panel manufacturing line, and to contaminate the product due to the filler dust and deterioration of the working environment The present invention provides a packing system for filling sandwich panels that can be prevented.

1 is a perspective view of a bar-type filling member made by slitting a filler for a sandwich panel

Figure 2 is a plan view showing an embodiment configuration of a packing material for a sandwich panel packing material according to the present invention

FIG. 3 is a plan view showing a slitting device, which is a main component of the filler packing system for a sandwich panel shown in FIG. 2.

FIG. 4 is a plan view showing a rotating device that is a main configuration of the packing material for filling a sandwich panel shown in FIG.

Figure 5 is a side view showing the operating state of the rotating device shown in FIG.

FIG. 6 is a plan view illustrating a cutting device that is a main configuration of a packing material for sandwich panels shown in FIG. 2;

FIG. 7 is a plan view showing a dispensing device that is a main configuration of a packing material for a sandwich panel shown in FIG. 2; FIG.

<Description of the symbols for the main parts of the drawings>

110. Filling device 120. Slitting device

140. Rotary device 150. Cutting device

160. Palletizer 170. Distribution device

180. Pallet Feeder 190. Packaging Equipment

According to the present invention, a plurality of blades (122) rotated by a motor 124 is installed at predetermined intervals, slitting means 120 for slitting the mineral fiber board to a plurality of bar-shaped filling member (1), Two conveyors 30 and 40, which are advanced in the same direction, are connected to each other, and the slitting filling member 1 transferred from one conveyor 30 to the next conveyor 40 of the sandwich panel on which the fiber is to be produced. Rotating means 140 is rotated to face in the thickness direction, and a pair of guide conveyors 151 having a width in a direction facing each other are installed to rotate the filling member 1 rotated by the rotating means 140. The cutting means 150 is in close contact with the board form to cut the outer surface according to the shape of the outer panel of the sandwich panel, the slitting means 120, the rotating means 140 and the cutting means 150 Automatically the filling member (1) to pass in turn In the sandwich panel manufacturing system for processing so as to be filled between the outer panel of the sandwich panel while sending, in the rear end of the cutting means 150 is disposed in the cutting member (1) alternately distributed in two directions to transfer The first conveying means 135 and the second conveying means 137 connected to one side and the other side of the distributing means 170 and the distributing filling member 1 are transferred to different paths, respectively. 138 and a rotary table 136 installed on at least one side of the first transfer means 135 and the second transfer means 137 and 138 to rotate the filling member 1 to be conveyed 90 degrees in the horizontal direction. The stacking means 160 in which the filling member 1 conveyed by the first conveying means 135 and the filling member 1 conveyed by the second conveying means 137 and 138 are alternately stacked thereon. Filling is carried by the first transfer means 135 and the second transfer means (137, 138) Filling material for sandwich panels, characterized in that the filling member (1) of one side of the ash (1) is rotated by the rotary table 136 so that the filling member (1) of each layer is alternately rotated 90 degrees to be laminated. A system is provided.

According to another feature of the present invention, there is provided a packing material packing system for sandwich panels further comprising a packing means 190 for packing the filling member 1 laminated by the laminating means 160 in one pack.

According to another feature of the invention, the distribution means 170 is installed and transported to be moved up and down between the plurality of feed rollers 171 installed on the rear end of the cutting means 150, the feed rollers 171 Lifting conveyor 172 alternately ascends when the filling member 1 passes through the top to alternately transfer the filling member 1 to the first transfer means 135 or the second transfer means 137. There is provided a packing material packing system for a sandwich panel comprising a.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

Figure 2 is a plan view showing an embodiment configuration of a filler packing system for a sandwich panel according to the present invention.

As shown, the packing material packing system for sandwich panels of the present invention, the filling material receiving apparatus 110 for accommodating the board-shaped filler in a stacked state therein and pushing out the filler one by one at a predetermined time interval to the outside; Slitting device 120 for slitting the supplied board-type filler material to be processed into a plurality of bar-shaped filling member (1), and is installed between the filler material supply device 110 and the slitting device 120 A first roll conveyor 131 for conveying a board-shaped filler, a rotating device 140 for rotating the slitting filler 1 to face the thickness direction of the sandwich panel on which the fiber is to be produced, and the slits The second roll conveyor 132 is installed between the setting device 130 and the rotating device 140 to transfer the slitting filling member 1, and the rotated filling member 1 closely adheres to form a board again. The outer surface of the sandwich panel Cutting device 150 for cutting according to the shape, the first belt conveyor 133 is installed between the rotating device 140 and the cutting device 150 to transfer the rotating filling member 1, and the cutting Installed on the inlet side of the device 150, the direction change pusher 134 for changing the direction of travel of the filling member (1) flowing from the first belt conveyor 133 and the cut filling member (1) on a pallet A palletizer 160 for stacking and a filling member 1 installed between the cutting device 150 and the palletizer 160 to flow the cut member 1 into one side of the palletizer 160. Distributing device 170 for alternately passing through the third roll conveyor (135) and the filling member (1) which is installed on the third roll conveyor (135) or distributed to the side thereof, A rotary table 136 for rotating the filling member 1 distributed by the dispensing device 170 about a vertical axis, and the dispensing A second belt conveyor 137 installed between the tooth 170 and the rotary table 136 to transfer the dispensing member 1 distributed in a different path from the third roll conveyor 135; The fourth roll conveyor 138 is installed between the 136 and the palletizer 160 to transfer the rotated filling member 1 to the palletizer 160, and the lower portion of the palletizer 160 Pallet feed rail 139 is installed, a pallet feeder 180 is installed on one side of the pallet feed rail 139 to supply a pallet to the palletizer 160, and opposite to the pallet feeder 180 It is installed on the other side of the pallet transfer rail 139 so as to be located in the direction and consists of a packaging device 190 for taping the filling member 1 stacked on the pallet and packaging in one pack.

In the present embodiment, the slitting device 120, as shown in Figure 3, on the axis of rotation disposed in a direction perpendicular to the conveying direction between the first and second roll conveyors (131, 132) The cutter assembly 123 in which a plurality of circular blades 122 are installed at predetermined intervals on the 121 and a driving motor 124 for operating the cutter assembly 123 are configured. Slit the board-shaped filler to be transported in accordance with the interval of the circular blade 122 in a predetermined number.

In addition, as shown in FIGS. 4 and 5, the rotary device 130 is arranged to convey the filling member 1 slitting in a direction perpendicular to the second roll conveyor 132. The second conveyor consisting of a first conveyor (30) consisting of a belt 36 of the belt, and a plurality of belts (46) arranged in close proximity to the first conveyor (30) to transfer the filling member (1) to a later process ( 40 is formed, and a plurality of lifting members 42 are disposed around the belt 46 of the second conveyor 40 spaced apart by a predetermined interval along its traveling direction, and the first conveyor 30 The filling member 1 transferred by the lifting member 42 is lifted by the lifting member 42 of the second conveyor 40 and rotated 90 degrees to the upper portion of the second conveyor 40.

In addition, the cutting device 150, as shown in Figure 6, a pair of guide conveyor 151 is adjusted in the width in the direction facing each other to be transported while in close contact with the filling member 1 to be transported from both sides And a shape of the first cutter 152 and the longitudinal bending groove of the outer panel attached to the filling member 1 transported in close contact with the guide conveyor 151 and cutting according to the side end shape of the outer panel. The second cutter 153 is to be cut along.

In addition, as shown in FIG. 7, the dispensing device 170 may be installed to be lifted and lowered between the transfer rollers 171 connecting the third roll conveyor 135 and by the third roll conveyor 135. A first elevating conveyor 172 which alternately rises when the conveying filling member 1 passes through the upper portion to convey the filling member 1 to the outside of the third roll conveyor 135, and the first raising conveyor; The second lifting conveyor 173 is disposed close to the 172 to move the filling member 1 to a post process while being elevated.

Referring to the packing process by the packing material packing system for sandwich panels according to the present invention configured as described above are as follows.

First, a board-shaped filler is provided to the slitting device 120 by the first roll conveyor 131 from the filler supply device 110, and the cutter assembly 123 mounted to the slitting device 120. Is rotated to slit the board-shaped filler into the plurality of bar-shaped filling members 1 by the circular blade 122. The slitting filling member 1 is transferred to the upper side of the first conveyor 30 of the rotary device 140 by the second roll conveyor 132, and then transferred to the upper portion of the second conveyor 30 while the lifting is performed. It is rotated 90 degrees by the member 42. Accordingly, the direction of the fiber grain of the slitted filling member 1 faces the thickness direction of the sandwich panel to be produced, respectively.

The rotated filling member 1 is transferred to the upper surface of the direction change pusher 134 by the first belt conveyor 133, the longitudinal direction and the transfer direction is parallel by the direction change pusher 134 It is introduced between the guide conveyor 151 of the cutting device 150. The filling members 1 closely contacted with each other while passing through the guide conveyor 151 are cut and processed according to the shape of the outer panel while passing through the first and second cutting parts 152 and 153. Accordingly, a set of filling members 1 formed by slitting one board-like filler is processed to be used as a filler for one sandwich panel.

Subsequently, the cut filling member 1 is conveyed by the third roll conveyor 135, where the first lifting conveyor 172 of the dispensing device 170 is provided with a set of filling members 1 thereon. ) Is lowered to the lower part of the conveying roller 171 when the conveying, and when the next set of the filling member (1) is passed, is elevated to the upper side of the conveying roller (171). Accordingly, the set of filling members 1 is alternately distributed on the third roll conveyor 135 or distributed to change the course toward the second belt conveyor 137, and is distributed to the second belt conveyor 137. The filling member 1 is rotated 90 degrees by the rotary table 136 and then transferred by the fourth roll conveyor 138.

An empty pallet is supplied to the palletizer 160 from the pallet supply device 180 through the pallet transfer rail 139, and a set of filling members 1 are stacked on the upper surface of the supplied pallet to form one layer. do. At this time, on both sides of the palletizer 160, the filling member 1 and the non-rotating filling member 1 rotated by the rotary table 136, respectively, the third roll conveyor 135 and the fourth roll conveyor ( Alternately supplied via 138). Accordingly, since the filling members 1 are laminated to be arranged in alternating orthogonal directions for each layer, a stacked structure is formed that does not collapse easily, and thus, the packing member 1 may be easily transported and packed even in an unpacked state.

When the filling member 1 is stacked at a predetermined height by the palletizer 160, the pallet is transported to the packaging apparatus 190 by the pallet transfer rail 139, which is stacked by the packaging apparatus 190. The filling member 1 is taped and packed in such a state that it can be directly filled between the outer panels of the sandwich panel without any additional processing.

Therefore, the sandwich panel packing material packing system according to the present invention, since the filling member 1 can be provided in a packed pack state so that it can be used directly in the external panel bonding process of the sandwich panel without additional processing, to produce a sandwich panel It is possible to compose a sandwich panel production line only by the device for joining the external panel without installing all the slitting device 120, the rotating device 140, the cutting device 150, etc. for each site to be installed. The cost and space is reduced.

In addition, since the slitting device 120 or the cutting device 150 for generating dust at the sandwich panel manufacturing site is not used, contamination by dust of the sandwich panel finally produced is prevented and the work of the sandwich panel manufacturing site is prevented. It has the advantage of being able to optimize the environment.

As described above, according to the present invention, the board-shaped filling material is configured to be packed and provided in a state capable of being directly charged between the outer panels without additional processing, thereby reducing the cost and space required for the installation of the sandwich panel manufacturing line. It is possible to provide a packing system for a sandwich panel filler, which can prevent contamination of the product and deterioration of the working environment due to filler dust.

Claims (3)

A plurality of blades 122 rotated by the motor 124 are installed at predetermined intervals and are advanced in the same direction as the slitting means 120 for slitting the mineral fiber board to the plurality of bar-type filling members 1. Two conveyors 30 and 40 are connected to each other so that the slitting filling member 1 transferred from one conveyor 30 to the next conveyor 40 faces the thickness direction of the sandwich panel on which the fiber is to be produced. Rotating means 140 for rotating and a pair of guide conveyors 151, the width of the direction facing each other is installed so that the filling member 1 rotated by the rotating means 140 to form a board again It includes a cutting means 150 for close contact with the outer surface of the sandwich panel according to the shape of the sandwich panel, the filling member so as to pass through the slitting means 120, the rotating means 140 and the cutting means 150 in order. Sending while transporting (1) automatically In the sandwich panel manufacturing system for processing so as to be filled between the outer panel of the tooth panel, a distribution for distributing and distributing the cutting member 1 disposed in the rear end of the cutting means 150 alternately in two directions The first and second transfer means 135 and the second transfer means 137 and 138 connected to one side and the other side of the distributing means 170, respectively, to transfer the means 170 and the dispensing filling member 1 through different paths. And a rotary table 136 installed on at least one side of the first transfer means 135 and the second transfer means 137 and 138 to rotate the filling member 1 to be transported 90 degrees in the horizontal direction, and The stacking means 160 in which the filling member 1 conveyed by the first conveying means 135 and the filling member 1 conveyed by the second conveying means 137 and 138 are alternately stacked thereon. It includes, one side of the filling member (1) conveyed by the first transfer means 135 and the second transfer means (137, 138) Filler packing system for sandwich panels, characterized in that the filling member (1) is rotated by the rotary table (136) so that the filling member (1) of each layer is rotated alternately 90 degrees. The packing material packing system for a sandwich panel according to claim 1, further comprising a packing means (190) for packing the filling members (1) stacked by the laminating means (160) into one pack. According to claim 1 or 2, wherein the distribution means 170 is installed so as to move up and down between the plurality of feed rollers 171 installed on the rear end of the cutting means 150, and the feed rollers 171 Lifting conveyor 172 which alternately ascends when the filling member 1 passes through the upper portion to alternately transfer the filling member 1 to the first transfer means 135 or the second transfer means 137. Filler packing system for a sandwich panel, characterized in that comprises a).