JPS59212678A - Drier for veneer - Google Patents

Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】 本発明装置は、乾燥後のベニヤ単板の厚み減り、厚みむ
らを少なくすると共に、挾持搬送されるベニヤ単板の表
裏面へ、熱風を≠橋を誘導する規制板を配設し、乾燥途
上の所要動力を低減しながら、乾燥むらを排除し得るベ
ニヤ単板乾燥機に係るものである。DETAILED DESCRIPTION OF THE INVENTION The device of the present invention reduces the thickness reduction and unevenness of the veneer veneer after drying, and also uses a regulating plate that guides hot air to the front and back surfaces of the veneer veneer that is being held and conveyed. The present invention relates to a veneer dryer that can reduce uneven drying while reducing the power required during drying.

従来より、ベニヤ単板を乾燥するに際しては、上下一対
のロールを搬送方向に複数組設置するか、若しくは無端
状の金網を上下一対に懸回して、乾燥すべきベニヤ単板
を挟持搬送するための搬送路を形成し、乾燥機内に熱風
を循環させ、搬送途上のベニヤ単板に空気媒体による間
接加熱乾燥ヲ行なっていた。Traditionally, when drying veneer veneers, a plurality of pairs of upper and lower rolls are installed in the transport direction, or a pair of endless wire meshes are suspended above and below to sandwich and transport the veneer veneers to be dried. A conveyance path was formed, hot air was circulated inside the dryer, and the veneer veneers being conveyed were indirectly heated and dried using an air medium.

しかしながら、搬送路をロールにより形成した場合、挾
持搬送されるベニヤ単板は、ロール自■−による圧力を
受けて圧縮される傾向となり、且つロール長手方向の撓
みに起因して、搬送方向と直交する方向に圧縮割合がば
らつく傾向となるので、らが発生し易い状態となる。同
時に、ベニヤ単板はロール間を移乗しながら搬送される
ので、その繊維方ｌＯＪ金搬送方向と平行状態にしなけ
ればならず、且つベニヤ単板の長さは、隣接するロール
間隔の少なくとも倍以上になる等種々の制約を受けてい
た。However, when the conveyance path is formed by rolls, the veneer veneer being sandwiched and conveyed tends to be compressed by the pressure exerted by the rolls, and due to the deflection in the longitudinal direction of the rolls, the veneer veneer is clamped and conveyed. Since the compression ratio tends to vary in the direction of the change in direction, it becomes a state where cracks are likely to occur. At the same time, since the veneer veneer is conveyed while being transferred between rolls, its fiber direction must be parallel to the OJ gold conveying direction, and the length of the veneer veneer is at least twice the distance between adjacent rolls. They were subject to various restrictions, such as being forced to become

さらに、ベニヤ単板のロール間への移乗過程において、
ベニヤ単板自体が保有する樹脂分のロールへの漏出付着
、或いは特に近年のベニヤ単板の性状悪化に起因して裂
け、欠は等が発生し、ベニヤ単板がａ−ル間につまり、
これがため、ベニヤ単板乾燥機の稼動率、並びに充填率
の低下を招来していた。Furthermore, in the process of transferring veneer veneer between rolls,
The resin contained in the veneer veneer itself leaks and adheres to the roll, or the properties of veneer veneer have deteriorated in recent years, causing cracks, cracks, etc.
This has led to a decrease in the operating rate and filling rate of the veneer veneer dryer.

また、搬送路を無端状の金■しした場合、搬送途上のベ
ニヤ単板に供給される熱風は、搬送方向と直交方向に循
環されるのであるが、このとき乾燥むらを防止すべく、
風導ダクトを介在させる必費があり、このため、装置が
大損りとなるばかりか、設備費も高４、さらに風導ダク
トからベニヤ単板面に噴出される空気抵抗に伴−て、所
要動力が増大する結果となっていた。In addition, when the conveyance path is made of an endless metal plate, the hot air supplied to the veneer veneer during conveyance is circulated in a direction perpendicular to the conveyance direction, but in order to prevent uneven drying,
There is a need for a wind guide duct, which not only causes major damage to the equipment, but also increases equipment costs.Furthermore, due to the air resistance that is ejected from the wind guide duct onto the veneer veneer surface, the required cost increases. This resulted in an increase in power.

本発明は叙上に鑑み、上記従来のものの欠点を解消する
だめの装置を提供することを目的とするものであり、所
要数連設された加熱セクシタン上部の長手方向−側部に
熱風循環用送風機を、また他側部に加熱機を各々配置し
て通風路を形成し、この通風路の長手方向両端部に配設
されたＥ四午吸い込みダクト並びに吹き込みダクト’ｔ
、直下に位置する各加熱セフシリンに連通し、まだ１４
ｊＪ記加熱セクシぢンには、ベニヤ単板を挾持搬送する
一対の無端搬送帯よ構成る搬送路を多段に配置し、各搬
送路の上下には、長手方向に任意間隔音直い。In view of the above, it is an object of the present invention to provide a device which eliminates the drawbacks of the conventional ones, and includes a device for circulating hot air in the longitudinal direction and the sides of the upper part of the heating sextan, which is installed in a required number of rows. A ventilation passage is formed by arranging a blower and a heating machine on the other side, and an E four-way suction duct and a blowing duct are arranged at both ends of the ventilation passage in the longitudinal direction.
, communicating with each heating cefcillin located directly below, still 14
The heating section described in JJ is provided with a multi-stage conveyor path consisting of a pair of endless conveyor belts for sandwiching and conveying the veneer veneer, and the top and bottom of each conveyor path are arranged at arbitrary intervals in the longitudinal direction.

て複数個配置された枚沸管を具備せしめ、上下に隣従す
る搬送路間隔内の放熱′ａを兼用すると共に、ベニヤ単
板表裏面へ熱風を誘導する規制板を、任意間隔を置いて
複数個配設すること全特徴として構成したものである。The system is equipped with a plurality of boiling tubes arranged at an arbitrary interval, which also serve as heat radiation 'a within the interval between the upper and lower adjacent conveying paths, and regulating plates which guide hot air to the front and back surfaces of the veneer veneer are placed at arbitrary intervals. This configuration is characterized by having a plurality of them.

以下、本発明を添付図面に示す実施例に基づき説明する
。The present invention will be described below based on embodiments shown in the accompanying drawings.

まず第１実施例の構成から説明する。First, the configuration of the first embodiment will be explained.

所要数連設きれている加熱セクノヨン１の長手方向両側
に、各々エヤシールセクンβ７２．２’に付設し、一方
のエヤシールセクション２には搬入口３を、徒だ他方の
エヤゾールセクション２’　Ｋ　ハ、１ボ放ヒクシヨン
４、並びに冷却セク／ｇン５を連設してＪｉ４’ｖ出口
６を１役１１夕している。Air seal sections β72.2' are attached to both sides of the heating section 1 in the longitudinal direction, where the required number of heating sections 1 can be installed in series, and one air seal section 2 is provided with a loading port 3, and the other air seal section 2' is unnecessarily connected. , 1-bo release Hikusion 4, and cooling section/gun 5 are installed in series to make Ji 4'v Exit 6 one role and 11 evenings.

１」ＩＪ記記入入口３から搬出１コロに至る力０熱セク
ンタノＩＶＮＪには、金國、ナエン弄から成る無端搬送
帯７を」１下−ｘ・ｊ　Ｋ　ｆｉ数段配暗して、ベニヤ
単板８を挾持１般送する搬送路９が多段に配置縦され、
この第１天Ｉ庖し１１においては乙芋伏に３段折返し状
に構成され、ベニヤ単板供給部１０からベニヤ単載取出
部１１まで、ベニヤ単板８を矢視Ａ方向へ搬送している
。1. An endless conveyor belt 7 consisting of Kinkuni and Naen is arranged in several stages from the IJ entry entrance 3 to the unloading roller 1, and the veneer is Conveyance paths 9 for holding and generally feeding the veneer 8 are vertically arranged in multiple stages.
This first tray 11 is configured in a three-stage folded manner, and conveys the veneer 8 in the direction of arrow A from the veneer veneer supply section 10 to the veneer single removal section 11. There is.

１ｍ　ｉ、己無ｙｉＭ娘ＩＡ帯７の各段の下部には、長
手方向に一定ｌｉｄ］　ＷＡを１直いて受はロール１２
を自己設し、無；１ａ殿送帯７の駆動、歩れＦがり防止
、蛇行防止に供している。１だ、各段の搬送路９の上下
には、欠十万回に任意１ｉ」崗音直いて、蒸気、温水等
を熱ｄｇとする族１県′ば１３が複数１固を配置ａれて
おり、上下に隣接する搬送路９間隔円においては、放熱
譬１３を兼用している。即ち、第１実施例を示す第３図
に２いては、２段目の放熱・ｕ１３は１段目と２段目の
両方の搬送路９に、また３段目の放熱ｄ１３は２段目と
３段目の両方の搬送路９にＸ用して悶装置されている。1m i, selfless yiM daughter IA band 7 has a constant lid in the longitudinal direction at the bottom of each stage] Straighten WA 1 and roll 12
It is self-installed and serves to drive the belt 7, prevent walking, and prevent meandering. 1. Above and below the conveyance path 9 of each stage, a plurality of heat generators are placed, each using steam, hot water, etc., as heat source. The intervals between the vertically adjacent conveyance paths 9 also serve as heat dissipation rods 13. That is, in FIG. 3 showing the first embodiment, the heat dissipation u13 in the second stage is provided in the conveyance path 9 of both the first and second stages, and the heat dissipation d13 in the third stage is provided in the second stage. Both the transport paths 9 of the third stage and the third stage are provided with a trembling device for X.

さらに、上下一対の無端搬送帯７に挟持ＩＧ送ぢれるベ
ニヤ単板８の表裏面へ、熱風を誘導すべく、＋ｊｉｌ記
加熱セクン、ンｌの幅方向両側部に取冶さル、幅方向全
幅に亘る規制板１４を、上下にｌｉａ　接する放熱管１
３と搬送路９間隔日毎に、且つその長手方向に任意間隔
音直いて複数個配設する。Further, in order to guide the hot air to the front and back surfaces of the veneer veneer 8 which is conveyed between the upper and lower endless conveyor belts 7, holes are installed on both sides of the heating section in the width direction. The heat dissipation pipe 1 is in contact with the regulation plate 14 over the entire width at the top and bottom.
A plurality of conveyance paths 3 and 9 are arranged every day and at arbitrary intervals in the longitudinal direction.

１」ＩＪ記加熱セクション１の搬入口３側の近窃上部に
は、支持台１５上に一対の熱風循環用送風機１６が、ま
だ他側には、蒸気、温水等を熱源とする刀日熱機１７が
各々設置されて通風路１８を形成しでおシ、原！＃機（
図示せず）の駆動によって削。ピ熱風循環用送風磯１６
を作動させ、熱風を通風路１８内矢視Ｂ方向へ回流させ
ている。1) A pair of hot air circulation blowers 16 are mounted on a support stand 15 on the upper part of the heating section 1 on the side of the entrance 3, and on the other side there is a heat generator that uses steam, hot water, etc. as a heat source. 17 are installed respectively to form a ventilation passage 18. #machine(
(not shown). Hot air circulation blower 16
is operated to circulate hot air in the direction of arrow B in the ventilation passage 18.

一対の熱風循環用送風機１６の直−Ｆに位１θ：する加
熱セクノ５ノ１の両側］に吸い込み口１９を、ｄ口し、
この開１」部に吸い込みダクト２０を配設して、通風路
１８と連通状態とし、また同様に、搬出口６１１１１１
ＣＤ加熱セクシヨン１の両側に開口した吹き込み口２】
には、吹き込みダクト２２を配設して通風路１８と連通
状態とし、通風路１８にて発生した熱風ケ加熱セクンヨ
ン１へ循環させることになる・）さらに通風路１８の上
部には湿潤した空気を排出するためのダンパ２３を備え
た排気筒２４が設置されている。A pair of hot air circulation blowers 16 are provided with suction ports 19 and d ports on both sides of the heating section 5 and 1 at the direct-F position,
A suction duct 20 is disposed in this opening 1'' to communicate with the ventilation path 18, and similarly, the outlet 611111
Air inlets 2 open on both sides of CD heating section 1]
In this case, a blow duct 22 is arranged to communicate with the ventilation passage 18, and the hot air generated in the ventilation passage 18 is circulated to the heating section 1. An exhaust pipe 24 equipped with a damper 23 for discharging the air is installed.

〃（に、第４図に７Ｆ、す第２実施例では、第１天施レ
リの１般送路９が多段の折返し構成となっていたのにメ
・１し、搬送路９を各段直通形式としたものでりり、上
段の搬送路９は連続状のベニヤ単板８を、寸だＦ段の搬
送路９は、定寸切断、または有寸切断されたベニヤ単板
８を乾燥させる態様が示さｎている。〃(7F in Fig. 4) In the second embodiment, the first general conveyance path 9 of the first conveyor belt had a multi-stage folded structure. This is a direct type, and the upper transport path 9 is for drying the continuous veneer veneer 8, and the transport path 9 for the F stage is for drying the veneer veneer 8 that has been cut to size or cut to size. Aspects are shown.

また、第５図乃ｉ　、：、ｇ　６図に示す第３夫施例は
、１１り久すべきベニヤ単板８の材質厚み、大きさ等の
相異により、さらには乾燥枚数の増大を図るために、加
熱セクノ日ン１数を増加するに際し、増加した容積に伴
う湿潤空気の処理が困難となる場合或いは増）ＪＤ数が
熱風循環用送風機ｊ６の出刃の許容限度を超える場合に
使用される乾燥機一単位全基準に倍加設置する、いわゆ
るダブルエヤチーキュレージタン型乾燥機としたもので
ある。これは第１実施例に示す単一のベニヤ単板乾燥機
へ、２番目のベニヤ単板乾燥機をその始端部を置さ侠え
て接続し、さらに上下一対の無端搬送＠７を６段配置し
て、３段折返し構成の搬送路９を上下に２個形成したも
のである。In addition, the third embodiment shown in Figs. Used when increasing the number of heating sections to increase the number of heating sections, and when it becomes difficult to process the humid air due to the increased volume, or when the increased number of JDs exceeds the allowable limit of the blade of the hot air circulation blower J6. This is a so-called double air dryer type dryer, in which the number of dryers is doubled for all units. In this example, a second veneer veneer dryer is connected to the single veneer veneer dryer shown in the first embodiment with its starting end placed aside, and a pair of upper and lower endless conveyors @ 7 are arranged in six stages. Thus, two conveyance paths 9 having a three-stage folded configuration are formed in the upper and lower directions.

尚、第２実施例並びに第３実砲例は、ともに第１実施例
と比べて実施の態様は相異しても、個々の部品は同一で
あるため、同一符号を付してその説明を省略する。Although the second embodiment and the third actual gun example are different in terms of implementation compared to the first embodiment, since the individual parts are the same, the same reference numerals will be given and the description will be given to them. Omitted.

次に作用を説明する。Next, the action will be explained.

第１乃至第３夾施例において、加熱セクゾダンＩ上部の
通風路１８内では、熱風循環用送風機１（うによって吸
い込みダクト２ｏから回流される全滅を矢視Ｂ方向へ送
シ、加熱機Ｊ７を介して熱風とし、これ全吹き込みダク
ト２２から加熱セフ／１Ｉ）１円へり１ｌｊＪＡさせて
いる。In the first to third embodiments, in the ventilation passage 18 in the upper part of the heating machine I, the hot air circulation blower 1 (the fan blows the air circulated from the suction duct 2o in the direction of arrow B), and the heating machine J7 The hot air is blown through the duct 22 and heated to 1 lj JA.

この伏、１．檄（Ｃおいてｆ、Ｊ実施例では、ベニヤ単
板８はベニヤ単板供給部１０からその繊維方向を搬送方
向と直交させて、実線、または二点鎖線で示す矢況Ａ方
向へ送られ、搬入口３からエヤンールセク／＝Ｉン２を
経て、加熱セクション１円の下段の搬送）！６　りへ″
まず搬入される。加熱セクション１内にＩＪＩ′ｒ環さ
ねている熱風は、搬送路９の上下に位１′１′りする放
熱′けｊ；３を通過することによって再度加熱いれ、規
１同板１４を介してベニヤ単板δの表裏間へ１、ん、＋
、Ｃ，Ｇされ、直接噴射されるので、ベニヤ単板８に、
放熱１−１’　Ｉ　、’３の放射熱と相俟って乾燥され
、下段から、中段、上段の搬送路９へと、エヤシールセ
フ／リン２．２′の各街区し都で順次折返し搬送６！’
Ｌ、　％　ニーＳ！ノー／Ｌ／セクソ、　ン２＋、開放
士クシ３ン４、冷却セク／ｇン５、搬出口６を通過して
ベニヤ単板１＆出部１１に全る。This fall, 1. In the embodiment, the veneer veneer 8 is fed from the veneer veneer supply section 10 in the direction of arrow A shown by the solid line or the dashed-two dotted line, with the fiber direction perpendicular to the conveying direction. , conveyance of the lower part of the heating section 1 yen from loading entrance 3 through Eyanursek/=In 2)! 6 Rihe”
It will be brought in first. The hot air circulating in the heating section 1 is heated again by passing through the heat dissipation tubes 3 located above and below the conveying path 9, and the same plate 14 is heated. 1, n, + between the front and back of the veneer veneer δ through
, C, G and are directly injected, so the veneer veneer 8 is
It is dried together with the radiant heat of heat radiation 1-1' I and '3, and is transported from the lower stage to the middle and upper transport paths 9 to each block of Air Seal Sef/Rin 2.2' and then turned back and transported 6 ! '
L, % Knee S! No/L/Sexo, N2+, opener comb 3 and 4, cooling section/gen 5, passing through outlet 6 and reaching veneer veneer 1 & outlet 11.

ｉ）＜に・１（↓辿〕祿込形式を示す第２天施例では、
上ャ単板８が、その繊維方向を搬送方間と直交して矢視
Ａ方向へ搬送され、また下段の搬送路９では、定寸また
は有寸切断後のベニヤ単板８が、その、繊維方向を搬送
方向に限定されることなく矢視Ａ方向へ搬送されて加熱
セラフ５フ１円に至り、それぞれ、規制板１４を介した
熱風の噴射と、放熱眞１３の放射熱によって乾燥され、
取出きれる。i) < ni・1 (↓tracing) In the second heaven example showing the yakumi format,
The upper veneer 8 is transported in the direction of arrow A with its fiber direction perpendicular to the transport direction, and in the lower transport path 9, the veneer 8 after being cut to size or cut to size is The fibers are conveyed in the direction of arrow A without being limited to the conveying direction, and arrive at heated seraph 5 1 yen, which are each dried by hot air jets through the regulating plate 14 and radiant heat from the heat sink 13. ,
It can be taken out.

さらに、ダブルエヤサーキュレーソヨン型乾燥４別を示
す第３実施例では、第１乃至第２火施列に比して、中央
の接続域を境に加熱セクション１円へ循環される熱風が
、互いに逆向きとなる相違点はめるが、上段並びに下段
の搬送路９へ搬入びれるベニヤ単板８は、第１実施例の
場合と同様、ベニヤ単板供給部１０からベニヤ単板取出
部１１へ芋り、乾燥される。Furthermore, in the third embodiment showing double air circulation soyon type drying, compared to the first and second fire rows, the hot air circulated to one heating section with the central connection area as a border is The difference is that the directions are opposite to each other, but the veneer veneers 8 carried into the upper and lower transport paths 9 are transported from the veneer supply section 10 to the veneer take-out section 11, as in the first embodiment. Potatoes are harvested and dried.

尚、第１並びに第３実施例に示す３段ｊノ［返し１１４
成の搬送路９では、図示の如き定寸または有寸切断後の
ベニヤ単板８のみならず、第２実施例の上段の搬送路９
へ一搬送されている連続状のベニヤ単以」二のように本
発明装置によれば、所要数連設された力日熱セクション
上部の長手方向−側部に熱凧循猿用送風機を、また他１
１１１１部に加熱機を各々配置Ｆ従して通風路を形成し
、この通風路の長手方向両☆１ｊ１（部に配設された吸
い込みダクト並びに吹き込みタークト金、直下に位１１
宜する各加熱セクシヨンに連通し、址だ目ＩＪ記力ｎ熱
セクションには、ベニヤ単板をづ外付ｊ＄送する一対の
無端搬送帯より成る搬送路全多段に配ＩＣ’（（、、各
搬送路の上下には、長手方向に任意間隔を置いて複数個
配置された放熱管を具ｖｒｉｉ−＋２しめ、−に下に隣
接する搬送路間隔内の放熱・Ｕ（ｉ−兼用ターると共に
、ベニヤ単板表裏面へ熱風を誘７！ネする規制板を、任
意間隔を置いて複数個配設して１（゛４成＝ｎているの
で、ベニヤ単板は、その長さを成る程ｊ皮考匹すること
なく、上下一対の無端搬送帯へ搬入でさ、１般送途上の
つまり並びに蛇行も防止され、且つ厚み誠９Δ１及びに
ノ早みむらを低減しながら円ｒｉｔに」収出了ことがで
き、また搬送路を直通搬込形式とすれば、その繊維方向
ｆ：搬送万同に眠Ｚ　−ａ　ｔしることなく、搬入する
ことができるものである。Note that the 3-stage j-[return 114] shown in the first and third embodiments
In the conveyance path 9 of the second embodiment, not only the veneer veneer 8 cut to size or cut to size as shown in the figure, but also the upper conveyance path 9 of the second embodiment are used.
According to the apparatus of the present invention, as shown in FIG. Also another 1
Heaters are placed in the 1111 parts, respectively, and a ventilation passage is formed, and the suction duct and blowing tact metal installed in the 1111 part are located directly below the 11
The heat section is connected to each heating section that is connected to the heating section, and the heat section has IC' ((, , above and below each conveyance path, a plurality of heat dissipation tubes are arranged at arbitrary intervals in the longitudinal direction. At the same time, a plurality of regulating plates are arranged at arbitrary intervals to induce hot air to the front and back surfaces of the veneer. By transporting the material to a pair of upper and lower endless conveyor belts without much consideration, clogging and meandering during general transport are prevented, and the thickness is reduced to 9Δ1 and unevenness is reduced. If the conveyance path is a direct conveyance type, the fiber direction f: can be conveyed without any interruption during conveyance.

さらに、熱風を搬送方向と直交方向に鋪環させるに際し
て採用した風導ダクトを不用としたので、所要動力を低
減しな、がら乾燥むら金排１矛し得、また規制板によっ
て熱風をベニヤ単板表裏１１１］へ噴射するので、乾燥
効率を促進することができる。Furthermore, since the wind guide duct used to circulate the hot air in the direction perpendicular to the conveyance direction is no longer required, it is possible to avoid uneven drying without reducing the power required. Since the spray is sprayed onto the front and back surfaces 111 of the board, drying efficiency can be promoted.

【図面の簡単な説明】[Brief explanation of the drawing]

第１図は本発明の第１実施例を示す”Ｆ面図、第２図は
同側面図、第３図は第２図の矢視Ｃにて示す加熱セクシ
ヨンの内部拡大図、第・１図は本ノれ明の第２×施例全
示す側面図、第５図は不発明の第、３実施間を示す平面
図、第６図は同側１」」図で必る０ １・・・加熱セクシヨン、　　７・・無端搬送帯８・・
・ベニヤ単板、　９・・・搬送路、　■、３・・・放熱
・Ｕ１４・・・規制板、　１６・・・熱風循猿用送風伝
、　１７・・加熱機、　１８・・・通風路、　２ｏ・・
・吸い込みダクト、２２・・・吹き込みダクト 特許出願人　株式会社太平製作所FIG. 1 is a "F side view" showing the first embodiment of the present invention, FIG. 2 is a side view of the same, FIG. 3 is an enlarged internal view of the heating section shown in the direction of arrow C in FIG. The figure is a side view showing all the second and third embodiments of this invention, FIG. 5 is a plan view showing the third and third embodiments of the present invention, and FIG.・・Heating section 7・・Endless conveyor belt 8・・
- Plywood veneer, 9... Conveyance path, ■, 3... Heat radiation, U14... Regulation plate, 16... Hot air circulation fan, 17... Heating machine, 18... Ventilation path , 2o...
・Suction duct, 22...Blow duct patent applicant Taihei Seisakusho Co., Ltd.

Claims (1)

【特許請求の範囲】[Claims] １４１ｒ要故連設された加熱セクション上部の長手方向
−１ｕｌｌ　ｉ昂に熱ノ虱１Ｊは環用送風機を、また他
１１ｔ１１部に加熱成金各々配置して通風路を形成し、
この通ノ虱路のノー？手方向両端部に配設された吸い込
み夕°クト並びに吹き込みダクｉ−を、１区下に位ｍｌ
する谷刀口熱セクションに連１１ロシ、またｌ］ｊＪ記
加熱セクシジンには、ベニヤ単板を挟持搬送するー×・
１の無端１般送・計より成る搬内ｄ′−６を多段に配置
し、各搬送路の上Ｆ（Ｃは、ＪＫ手力方向任７低１１１
１階を１直いて襟数個配置された放熱ｌ□ｊ゛勿具抽ゼ
しめ、上下に瞬道する搬送；塔間ｌ偵ビＪの放熱ｔ’ｆ
　ｆ：兼用すると共に、ベニヤ単板表裏１川へ熱風ケ誘
導する規制板を、任怠１−崗全置いて仮勿個配設したこ
とを特徴とするベニヤ単板乾In the longitudinal direction of the upper part of the heating section connected to 141r, an annular blower was placed in 1J, and in the other 11t, heat molding metal was placed to form a ventilation passage.
No to this road? The suction duct and blowing duct installed at both ends in the hand direction are located one section below.
The veneer veneer is clamped and conveyed to the Tanitoguchi heating section, and the veneer is conveyed to the heated section.
The conveyor d'-6 consisting of 1 endless general conveyor and total conveyor is arranged in multiple stages.
Heat dissipation l □j゛ Several collars are placed on the first floor, and the conveyance goes up and down instantly; heat dissipation t'f between towers
f: A veneer veneer dryer characterized in that a regulation plate that serves both purposes and guides hot air to the front and back sides of the veneer is temporarily placed on the entire surface of the veneer.