JPS58160106A - Device for working surface of light aerated concrete panel - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a processing device for forming a pattern (or unevenness) on the surface of a lightweight foam concrete panel (hereinafter simply referred to as a panel).

The panel wire is highly recommended for its excellent insulation properties, light weight, durability, and workability, and is widely used in the S* industry for residential buildings, houses with stores, buildings, floors, exterior walls, and partitioning materials. However, when the panel material is used as an exterior wall material or a partition material, it is often used outside the building as a partition wall material. , even if the type of exterior material or construction method is changed, +
Are you saying that it is too monotonous compared to other external wall materials (wall, FRP, PO, brick, tile) that form a horizontal or uneven structure? - Seven, with excellent features, you will be able to use the panel in the future!
An animal that could become an obstacle to progress.

Conventionally, as a method of attaching the panel surface FIIJK'IIs (also known as unevenness), the panel manufacturing formwork was prepared in advance against the
*Is<or unevenness) is added, and the panel is formed at the same time as the panel is formed! Focusing on the method of creating a pattern (or unevenness) on one side, or the fact that the panel has good workability, we placed the underside of the cutter mount with the conical cutter on the panel, and the panel with the identified frame. There is a method in which the panel is moved in the long side direction and the short side direction and a conical cutter is used to roughen the panel surface. However, in the former method, an expensive mold release agent is used so that the molded product does not come out from the bottom of the mold during demolding, and III
! It is necessary to select a pattern (or unevenness) that is easy to ML, and each time the front pattern (or unevenness) changes, it is necessary to prepare a large number of expensive O-forms with patterns (or unevenness) for mass production. The drawback was that it was not only an expensive process, but also required a lot of work to store the lid frame. In the latter method, only control can be performed at all, and the pattern or unevenness (hereinafter simply referred to as processing form) is processed by moving the frame base relative to the diary-shaped knife without dividing it into forms that are easy to process. , the processing goes on,
It had drawbacks such as being limited in processing shapes and being unsuitable for mass production as only the single panel on the frame stand could be processed.

This invention IjIIFi was created to solve the above-mentioned conventional problems, and while the panel is transported in the long side direction of the panel, the surface of the skeleton panel is processed in the long side direction, short side direction, and interrupted long side direction O as appropriate. The purpose of this invention is to provide a lightweight foam concrete panel surface processing device that can efficiently and reliably apply various types of processing through various combinations.

The features of the present invention include a receiving section, a processing section, and an umbrella section, and a conveying device for conveying the panel in the direction of the long side of the panel in a laid-down manner between them, and the processing section has the following features: It is equipped with a continuous processing device in the long side direction for processing at least the p-side of the panel, and a continuous processing device and an intermittent processing device in the side direction that are movable in the direction of the front side of the panel.

1 below, a true example illustrating the present invention is 0. FIG. 1 is a flat diagram showing the entire structure of the device of the present invention.

The present invention*m consists of a receiving part 1, a processing part 2, and a part 3.
The processing section 3 is equipped with a transport device 11S211 for transporting the panel H in a lying state in the long side direction of the panel. It is equipped with a rounded long side direction processing device 1 for processing the front side, a short side direction processing device fl#δ and an interrupted processing device w1 which are movable in the long side direction of the panel, and the depositing section 3 It is equipped with a stopper for temporarily stopping the panel H1 of the bale that has been processed.

The conveyance filter S11.31a is, for example, a roller conveyor. In the case of a roller conveyor, in order to determine the position of the panel H in the short side direction so that it advances straight, a carpet β idle roller U122 is provided in the receiving part l and the machining part hammer 0-1111, and the other part of the wrinkle processing iIs is It is preferable to provide a vertical guide roller with a pressure mechanism such as a spring type or oil damper type at the input end, and a panel national fixing inlet consisting of a pneumatic or hydraulic cylinder in the middle. For low-resistance machining, each roller of a roller conveyor can be conveyed in a light beam with a rubber lining, but for heavy-resistance machining, a presser p-roll is used to spin out the slip during conveyance. It is preferable to provide the brocade at the rear end of the receiving portion 20 so as to face the conveyor.

The drawing is an enlarged view of the long side continuous processing device in the direction of panel transmission. A frame ship t is provided, and a 3t is provided on the main shaft white porcelain and tailstock 41 via a screw type or a spacer type knife blade MI1 mechanism 41 on the upper bow of the lower frame of the scissors, and a headstock shim is installed. Mounted shaft -
A chuck mechanism that can be used while holding the shaft is supported by the drive device 46 so that it can be rotated, and one tailstock is 4 MB'lCf. First, support the handle 47' to the fixing I@, and attach it to the front noodle attachment shaft (Figure 26).
) The distance t is set by the 11-blade proboscis at spacer as shown in
It has an iron layer.

In addition, the cutlery ^ 1 pot device 41/d,, I'm in the mood to process it.
The figure is an enlarged positive view of the iron chain when the continuous processing device in the short side direction is applied to the panel conveyance force in the KJM direction, and Figure 4 is an enlarged right view of the chain.
It is. - The continuous processing device 5 in the seam direction is as follows.

- A moving frame is supported movably through a support having wheels 61 on the rails along the panel conveyance direction which are provided between the sending pupils n, and a drive device δ3 is attached to the lower part of the supporting legs. A pinion 54 is installed so that it can be horizontally rotated, and a nine-trick rail 66 is installed on the rail.
Mu and the school are meeting. Drive device 6 at the bottom of support leg 5SO
6 through the rack head 61 and the rail rack O
gIA1mKW/&keG)tLft9/V-#
68mm Ullul#4! This is the third time we have met N11aa. A rail 68 is provided in the upper part between the moving frames in a direction perpendicular to the panel feeding direction, and
On the 6th day of the cough rail, a knife holder 59 is supported by a driving force 60 via a wheel 61 and a lifting prevention roller 61', and the blade holder 59 is not moved. Direction and IH
Main axis 61 along the corner direction (panel short side direction)! is suspended by a bracket 63.

This main shaft 62 can be attached to and removed from a bracket 63 by a mechanism not shown, and can be rotated by a drive device 64. It is installed in place. The support leg 68 has a blade height adjustment mechanism 66 built in. ◇ 6#I4 is an enlarged front view of the interrupted processing device in the panel conveyance direction.

Intermittent processing iron oxide is as follows. A movable frame 'FO is movably supported on the rail track via a support member having a single frame (Ill), and a drive wheel @'ts is installed at the lower part of the cough guard. The rack rail 65 is engaged with the rack rail 65, which is provided with a horizontally rotatable MW. A nine-rack head flow and a M-mount rack rail 5 are provided at the lower part of the support member γ2 via a drive 1Ib and a mounting plate 6.
5B means that the groove chambers can be engaged with each other by the drive device 16 ◇Inside the moving frame FO, the cutter holder frame 1 is supported by the drive device 8 so that it can be moved vertically, and a lifting guide device is also provided. 79, and a plurality of main shafts 80 are mounted to the blade holder frame 'F'F vertically and, for example, in a staggered manner in a direction perpendicular to the panel conveyance direction, by means of bearings 811C. This main shaft 80 is rotatably driven at the same speed by a drive device 811 via an interlocking mechanism (not shown) provided in the cutter holder frame.
is attached by a drill chuck 84. The support member 7RKFi blade height adjustment II mechanism 86 is assembled.

In step 011 above, the panel Ho table is processed in the same manner as in the case of processing.

(1) The applied Evanel H is placed on the receiving sl by a hoist and a 7-autolift transport device, and then transported onto the receiving sl.
111, the cover is conveyed to the processing section 2 in an uneven manner in the long side direction of the panel, and the panel is continued by the imported blade sock that is rotated and driven by the sliding hook. Process it. When the delayed machining in the ζ0 and side direction has been completed, my machining Evernel H is located at Uko@m, and the next O@ side direction continuous machining and/or # continuous machining will be performed, or only the long side direction continuous machining will be performed. Cutting tool height adjustment lI & structure 66.116 K of the continuous processing device/spreading and intermittent processing device in the short side direction of the book that will be the product. ,
Send *1 to the paper extracting section S according to the notes. Also, processing department $1l
The next Evanel HVr to be applied is carried into the reception 161 which has become vacant after the llK panel H has been transported and is kept on standby.

(When performing continuous machining in the short side direction and/or interrupted machining,
Conveyance device... Conveys the applied Evanel■, sets the stopper arm upward, and places the scissors stopper on the panel H.
At the same time, the transport 4ktlkl is stopped, the panel H is positioned, and the panel fixing device - the intestine force is used to fix the panel H. When cutting, the front end position of the panel H is set at the machining start position of the continuous machining device δ in the short side direction.

Then, by continuously processing iron in the side direction 1m6 *Cutting Evanel H
The entire panel was divided into several sessions starting from the O1t1m side. iii, which is simultaneously converted and driven by the drive device 64.
The m cutter 65 is moved in the short side direction of the panel by the drive device 160.
If necessary, the drive device 63 also moves in the long side direction of the panel, and the blade 65 continuously processes the panel surface in the short side direction of the panel, and the machining edge blade 68 returns to its original position. Next, the blade 65 is machined without moving in the long side direction of the panel, and if the blade is large, the drive device 56 is used to force the ivy head b into the ratsuta V-.
5611 to release the short side direction continuous processing device ISO fixation. Drive is installed after processing! The pinion S4 is rotationally driven using the SSK nozzle (Russ roller), the device 5 is moved a predetermined distance in the direction opposite to the panel conveyance direction, and the above processing is performed again.By repeating the processing several times in this way, Since we are processing the paper cutting panel front, the short side direction connection Ve;
) with 0 that can be done with a small %O! ! ! Continuous processing in the side direction is photon (7 times)
When retracting the arm and releasing the constant panel needle @aS to perform the #绖JAI machining of the panel, the continuous machining in the short side direction is evacuated to 5lllllll after the Evanel MO to be processed. If you do not perform intermittent processing, use the cough device 'FI'.
ID eyelid height adjustment machine @aa yosho panel H- to knife 8
3 is released and in a large state, the conveyor device ■ takes out the paper M
While transporting it to S, Naruko Detective #5 is released from Sonou and returned to its original position. Then, after the processing in the processing section 2 is completed and the panel UL is carried out to the take-out 11S:S, the continuous processing in the long side direction is performed, and the processing and carrying out or carrying out is carried out as described above.

(3) IIIIT continuation i shall be abbreviated as follows. First, the drive unit 〒3 moves the dynamic intermittent machining machine in the opposite direction of panel conveyance, sets it at a predetermined position near 1111s in front of the Evanel H to be processed, and then moves the rack head flow to the rack rail 56B using the drive unit 〒3. A circular cutter 83 is engaged with the cylindrical blade 83, and after the rotation is fixed, the circular blade 83 is rotated once again by the drive device B8.
The blind bale is driven once, and the drive device 18 moves the blade to the pedestal v?
'1 It is lowered and stopped at a predetermined position l1lt, and then the hook head flow is cut from the rack rail 61s11 by being driven at the drive position l1lt, and at the same time, the intermittent processing device gII The rack head 'ya is engaged with the rack rail 55BK through the rack rail 55BK, and the cutter holder foot is raised in the fixed position by the drive device B. Next, the continuous interrupted processing 4I monument γ in this state is moved ra to a fixed position opposite to the panel conveyance direction by the drive device 1s. roaring move oip
The ia cutter 83 is used for panel workability.

After moving the stirrup for a certain position, drive 1 again! By engaging the tsutsuta head 'F6 with the rack rail 661, the interrupted machining device wIIF is fixed, and the blade holder 'Fma is lowered to perform machining again. The intermittent machining device "Yo" is driven, stopped, and raised and lowered by the blade holder (1), and by repeating large machining several times, the entire panel surface is machined. It is used to process #continuous sliding ridges like the shape layer.

! IIY#! Processing bond, W# continued processing vehicle placement and Ibe direction -
The N thread processing device S is returned to the original O position, the stopper cylinder is retracted, and the panel fixing device 11ht is released.Then, the panel H is taken out and transported to the transport equipment company, m).

The panel H sent to the unloading section 3 is carried out of the apparatus by a hoist or a forklift truck #O.

The off-line diagram shows continuous machining in the long side direction and continuous machining in the short side direction.Panel 1! ! - It shows the processed shape obtained.

In the same figure (→～(o)
By using a plate-shaped knife as shown in K, also (a~+g)K
In this case, the locking device 4 and the center knife mounting plate v14 can be made even simpler. However, it is equally effective in that papermaking can be performed by relative movement between the cutter and the panel H.

Figure 8 shows various machining forms in flat view and front view 11, and the ones shown in Figures (4), (4) and (O) are obtained only by continuous machining in the long side direction. The one shown in (B) can be obtained only by continuous machining in the short side direction by straightening the blade, and the one shown in (1S (7), (S, (6)) Direction continuous machining 4I4m15 to 1-
Or, instead of a plate-shaped knife, a conical knife 1* is attached, and it is obtained by continuous processing in the short side direction with this knife, (I), (, y)
The material shown in (IC)K is obtained by continuous processing in the long side direction and continuous processing in the short side direction, and the material shown in (IC)K is obtained by continuous processing in the short side direction and interrupted processing.

In addition, the one shown in Fig. 8 (υ) is continuous machining in the long side direction and short side direction, as well as machining in which the conical cutter can be moved in the long side direction and short side direction and can be raised and lowered *! For example, in place of the cutter holder 111 attached to the cutter holder 69 of the continuous processing device 5 in the short side direction, an intermittent device vo is attached to the cutter holder 11 in place of the cutler holder 111 of the short side direction continuous processing device 5. It is sufficient to use a model equipped with Ma 8-8.

The various processing mentioned above, Fig. 8 (2), (Shu, (匈, (2)
), (the processing shown in υ is done using the drive device (ass
, ao.

7B, 8g), IJ can be performed easily and reliably by NO control. In addition, the length of the value addition Evanel no. &, for shore height, each device is 4.5, 'F4D knife height adjustment mechanism 4λ66.85
I can do it very well. For the length, the number of times of each machining in continuous machining in the short side direction etc. may be increased.

Depending on the width, you can change the length of the spacer 49 and prepare a standard width device that corresponds to the maximum panel width before trenching. However, when measuring the amount of electricity for items of the same size, it is preferable to use a dedicated device in order to eliminate waste in terms of equipment.

As described above, the present invention focuses on the fact that the processing form is often a two-dimensional tortoise pattern in the long side direction and short side direction of the panel. and short side continuous processing equipment, etc., in the receiving section - processing section -
Since this structure is installed in the processing section of the panel conveyance line at the outside section, it is possible to easily and quickly perform the desired processing on the panel surface during the panel conveyance process by appropriately selecting and/or combining the devices. Processed form IIIA can be obtained rapidly. Moreover, since the equipment involved in this series of processing can be reliably controlled by NO force, panel fitting and processing can be performed easily and at high speed.

[Brief explanation of the drawing]

Fig. 1 is a Chiyu diagram showing the overall configuration of the device of the present invention, Fig. 2 is a front view of the device for continuous processing in the long side direction, and Figs. 3 and 4 are front views of the device for continuous processing in the short side direction, right side. Top view, Figure 3 is a front view of the interrupted processing device, Figures 6 (Xu, G) and (o) are front views showing different shapes of blades, and O'/84 (a) to Q) ν is the panel. Fig. 8 is a schematic view showing the machining form of the flannel Φ in both a plan view and a front view. , 3-... Take-out section, 4... Continuous processing device in the long side direction, 6... Continuous processing device in the short side direction, 1... Intermittent processing device, 10XI
IO...Threm, ■1 company, Transporter...Transportation equipment%
``sr's-...Vertical guide roller, Brocade...Presser foot 4-ra, Arm...Stretch bar 1 Intestine...Panel fixing device. Fig. 2 4b Fig. 3 Fig. 4 Fig. 5 Figure 6 (9) (c) Figure 7 (b) (d) (f)

Claims (1)

[Claims] Consisting of a receiving section, a processing section, and an unloading section, the processing INK is equipped with a conveying device between them for conveying the panel in a laid-down state in the long side direction of the panel. , an axial heavy cell concrete panel kneading device which is equipped with a continuous processing device in the brick direction direction and an intermittent processing device in the m1 movable in the long side direction of the panel.