JPS5966830A - Apparatus for heating and diffusing chemical liquid - Google Patents

Apparatus for heating and diffusing chemical liquid

Info

Publication number
JPS5966830A
JPS5966830A JP57177050A JP17705082A JPS5966830A JP S5966830 A JPS5966830 A JP S5966830A JP 57177050 A JP57177050 A JP 57177050A JP 17705082 A JP17705082 A JP 17705082A JP S5966830 A JPS5966830 A JP S5966830A
Authority
JP
Japan
Prior art keywords
catalyst
fuel
heating
heat
plate
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
JP57177050A
Other languages
Japanese (ja)
Other versions
JPH0223145B2 (en
Inventor
純郎 勝田
吉永 貞雄
増根 洋好
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Dainihon Jochugiku Co Ltd
Original Assignee
Dainihon Jochugiku Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Dainihon Jochugiku Co Ltd filed Critical Dainihon Jochugiku Co Ltd
Priority to JP57177050A priority Critical patent/JPS5966830A/en
Priority to CH2793/84A priority patent/CH665750A5/en
Priority to EP83903108A priority patent/EP0120968B1/en
Priority to AT0905683A priority patent/AT398259B/en
Priority to GB08411259A priority patent/GB2147216B/en
Priority to BR8307538A priority patent/BR8307538A/en
Priority to DE19833390229 priority patent/DE3390229C2/en
Priority to PCT/JP1983/000323 priority patent/WO1984001264A1/en
Priority to NL8320301A priority patent/NL8320301A/en
Priority to US06/611,037 priority patent/US4693868A/en
Publication of JPS5966830A publication Critical patent/JPS5966830A/en
Publication of JPH0223145B2 publication Critical patent/JPH0223145B2/ja
Granted legal-status Critical Current

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  • Catching Or Destruction (AREA)
  • Disinfection, Sterilisation Or Deodorisation Of Air (AREA)

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】 本発明は、殺虫剤、殺菌剤、室内芳香剤、消臭剤等の薬
剤を加熱により蒸散させる装置、さらに詳しくtま、加
熱源として、アルコール等の揮発性燃料と触媒と全壁気
中で接触させる除虫ずる反応熱を利用した薬剤加熱蒸散
装置に関するものである。
DETAILED DESCRIPTION OF THE INVENTION The present invention provides an apparatus for evaporating chemicals such as insecticides, disinfectants, indoor air fresheners, and deodorizers by heating, and more specifically, a device for evaporating chemicals such as insecticides, disinfectants, room air fresheners, and deodorizers by heating, and more specifically, a device that uses a volatile fuel such as alcohol as a heating source. This invention relates to a chemical heating evaporation device that utilizes the heat of reaction of exterminating insects by bringing them into contact with a catalyst in the entire wall of the atmosphere.

従来より、殺虫剤■のゼ、ト剤を含浸へせたー“7ノト
を加熱してマット中の桿ユ剤を蒸散させる一tη向、例
えば電気蚊取器が知られている。しかし7kから、これ
らの装置はマ・ントを加熱する放熱4fシσ〕熱nと1
−て電気を利用するため装置6の構】;〜か複雑となり
、また電気を利J、11する場合しこCよ山、tI’+
四11コ−ドが心安で使用場1ブ「が制限されるという
欠点を治I〜でいた。
Conventionally, it has been known to impregnate a mat with an insecticide and heat it to evaporate the insecticide in the mat, for example, an electric mosquito repellent. Therefore, these devices have heat dissipation 4f [σ] heat n and 1
-The structure of the device 6]; ~ is complicated, and when electricity is used, the structure of the device 6 is complicated.
The 411 code is safe and can overcome the disadvantage of being limited in usage.

本ツ?、明け、従来の加熱蒸散4/三j1″<の有−ノ
ーる上述の欠点を解消するためのもので、加熱源と(−
゛(・アルコール等の揮発4イ1燵料と白金1濃よ〕ζ
ラジウム等の触媒と全朶気中にて接f+:にさぜる時生
じる反応熱金利用することにより、(14込がlii君
うでしかも電源コー ドが小礫なため使用場所K 1j
ll約されず、L−かも放熱板を均一に加熱することの
できる触媒加熱型の一一ミ剤加熱蒸欣装置i?t k刊
、1−Itし4るものである。
Really? This is to solve the above-mentioned drawbacks of the conventional heating transpiration 4/3 j1''
゛(・Volatization of alcohol, etc. 4 parts, 1 amount of fuel and 1 concentration of platinum) ζ
By utilizing the reaction heat generated when a catalyst such as radium is brought into contact with F+: in the whole atmosphere, (14 included is on your arm, and the power cord is made of gravel, so it is used at K1j.
This is a catalyst-heated type single-drug heating evaporator that can uniformly heat the heat sink without any heat loss. Published by Tk, 1-It4.

本発明の薬剤加熱蒸散装置i!(は、装置6ケース内に
、揮発性燃料忙ブじてんした谷テ3.:と、tuJ記宕
7:上方に一定の空間を設けて配設された燃料1″lを
化用触媒と、前記触媒を保持する保持部相と、前記燃料
酸化用触媒の上方に一定の空間を設けて配設された薬剤
加熱蒸散用放熱板とを収納するとともに、?P気供給及
び/11よ燃焼ガス刊出用の通気1″1を備え、かつ、
前記燃料t5セ化用触Dり保持部利と前111桑剤加熱
蒸散用放熱板とが金桟油料で3゛に枕されていることを
特徴と−「るものであZl。
Drug heating evaporation device i! of the present invention! (In the case of the device 6, volatile fuel is busy. A holding part for holding the catalyst and a heat dissipation plate for heating and evaporating the chemical, which is disposed with a certain space above the fuel oxidation catalyst, are housed, and a radiator plate for supplying ?P gas and /11 and combustion gas is stored. Equipped with ventilation 1″1 for publication, and
It is characterized in that the fuel t5 separator holding part and the front 111 mulberry agent heating evaporation heat sink are covered with 3mm thick metal lubricant.

以下5本発明ケ図面に基づいてさらシ(詳し2く説、明
する。
The following five aspects of the present invention will be explained in detail based on the drawings.

第1図は本発明票剤加熱装置の一例を示す平伏のケース
本体で、その内部は、内1111 K形成された円i儲
11ζ内壁1aにより燃料収納部1bと水た才り部1c
とに画成されている。ケース本体1の側壁(外壁) 1
 dlよ前記内壁1aより上刃1・C蜆ひ、その上部内
周面にVよその周回わりに沿ってケース蓋体11〈付用
の段部1eが形成さt’している。
FIG. 1 shows a flat case body showing an example of the tablet heating device of the present invention, and the inside thereof is comprised of an inner wall 1a formed with a 1111K inner wall 1a, a fuel storage section 1b, and a water droplet 1c.
It is defined as Side wall (outer wall) of case body 1 1
dl, the upper blade 1.C is extended from the inner wall 1a, and a stepped portion 1e for attaching the case lid 11 is formed on the upper inner circumferential surface thereof along the circumference of the V.

2はケース蓋体で、円形天板21と円筒状側壁27とか
らなるほぼ断面路コの字状部材である。天板21vcは
、はtr中央に長刀展開[1部22と、この開口部22
の周囲に通気D23,23゜23.23とが形成されて
いる。ルiJ l−1flll 22の天板表面側開口
端22aの形状は、薬剤加熱装置にセットする殺虫マッ
ト3と相似形でこれよりやや太き目の長方形とL2、天
板裏面側14;]口端22bの形状は、殺虫マツl= 
5を載せる後述の触媒保持−放熱部層4の上面形状と相
似形でこれよりやや太き目の長方形とし、開口部22の
穿設方向周面形状は、天板21のJνみ方向はpγ中火
を境いとし上部が垂直周囲22eとなり、下部が下方に
向かって広がるテーバ状周囲22dとなっている。した
がって、殺虫マット5と開[−目1! 22の垂直周囲
22cとの間で形成される間隙人(第1図参照)と、触
媒保持−放熱部層4と開[−]部22のテーバ而22d
との間で形成される間隙13(第2図参照)とりこより
、触媒保ト5−放熱川(材4に殺虫マット3をセットし
たときにもケース蓋体2の内部と外部とを連通ずる通気
用間隙24が確保される−25.25.・・・は開口部
22の周面にて内方へ向かって突設されたダボである。
Reference numeral 2 denotes a case lid body, which is a member having a substantially U-shaped cross section and consisting of a circular top plate 21 and a cylindrical side wall 27. The top plate 21vc has a long sword deployed in the center of the tr [1 part 22 and this opening 22
A vent D23, 23°23.23 is formed around the . The shape of the open end 22a on the top surface side of the top plate 22 is similar to the insecticidal mat 3 set in the chemical heating device, and is a slightly thicker rectangle L2, and the top plate back side 14; The shape of the end 22b is insecticidal pine l=
The shape of the upper surface of the catalyst holding/heat dissipating layer 4 to be described later is similar to that of the upper surface of the catalyst holding/heat dissipating layer 4, which will be described later. The upper part is a vertical periphery 22e bordering on medium heat, and the lower part is a tapered periphery 22d that spreads downward. Therefore, insecticidal mat 5 and opening [-eye 1! 22 (see FIG. 1), and a gap formed between the catalyst holding/heat dissipating layer 4 and the vertical circumference 22c of the opening part 22 (see FIG. 1).
The gap 13 (see Figure 2) formed between the catalyst retainer 5 and the heat radiation river (also when the insecticidal mat 3 is set on the material 4, the inside and outside of the case lid 2 are communicated with each other) -25, 25, . . . , which ensure the ventilation gap 24, are dowels protruding inward on the circumferential surface of the opening 22.

グポ25V′J、、殺虫マット3を■10部22の中心
C(セットさせるため、及び殺虫マツトロと開rコ昔1
く22の周囲で形成される通気用間隙24における空気
の流れを整流するために形成される。
Gupo 25V'J, Insecticide mat 3 ■ 10 part 22 center C
It is formed to rectify the flow of air in the ventilation gap 24 formed around the gap 22.

26.26は、天板21の表面において開口部2201
対の長辺に隣接して設けられた周端側から中心側へ向か
ってなめらかVCUN斜する四部である。四部26.2
6は殺虫マント3を開口部22へ挿入し放熱板4上に載
せたりまたは取り出したりする際の殺虫マント着脱操作
の容易性のために形成されるう ケース蓋体2の天板21と側壁27との接続部分の裏面
には、周回わりに沿って肩部28が形成されている。こ
の肩部28は、触媒保持−放熱部(」4を支持するため
の支持部材6を固定するためのもので、28a、 28
aは、支持部材6固定用のネジ穴である。、27aは、
側壁27の下部外周囲にて周回わりVC沿って形成され
fr′、段1部で、前記ケース本体1の外411aVこ
設けた1砦部1eと密着低置しうるようにやや太き目の
χJ法形状とする。ケース蓋体2は、この側壁段部27
aをケース本体1の外壁段部1eに1;に人することに
より、ケース本体1の−L部を葆い、これに、j:リク
ースが形成埒れる。段部1eと27aとにそれぞれネジ
を切っておき、本体1とA体2とを螺着するように[7
てもよい。
26. 26 is an opening 2201 on the surface of the top plate 21.
These are four portions that are provided adjacent to the long sides of the pair and slope smoothly VCUN from the peripheral end side toward the center side. Part 4 26.2
Reference numeral 6 denotes a top plate 21 and a side wall 27 of the case lid body 2, which are formed for ease of attaching and detaching the insecticidal cloak 3 when inserting the insecticidal cloak 3 into the opening 22 and placing it on the heat sink 4 or taking it out. A shoulder portion 28 is formed along the circumference on the back surface of the connecting portion with the holder. This shoulder part 28 is for fixing the supporting member 6 for supporting the catalyst holding/heat dissipating part (28a, 28).
a is a screw hole for fixing the support member 6; , 27a is
A step 1 is formed around the lower outer periphery of the side wall 27 along the VC, and is slightly thick so that it can be placed in close contact with the 1st fortress 1e provided outside the case body 1 at 411aV at the 1st step. The shape is χJ method. The case lid body 2 has this side wall stepped portion 27.
By attaching a to the outer wall stepped portion 1e of the case body 1, the -L portion of the case body 1 is recessed, and j: recous is formed thereon. Threads are cut in each of the stepped portions 1e and 27a, and the main body 1 and the A body 2 are screwed together [7].
It's okay.

6は殺虫マントてあり、殺虫有効成分’j+’s 1夜
を含浸した長方形繊維)反である。しかしながら、ケー
ス蓋体2の開LE m 22 K挿入(7うる形状のも
のであればt14にこれにliJセ定されない。
6 is an insecticidal cloak, which is a rectangular fiber impregnated with the insecticidal active ingredient 'j+'s 1 night. However, if the case lid 2 is opened and inserted (7), this is not set at t14.

4tよ、殺虫マット3を伺ぜてこれを加熱する放熱部と
触媒5を保持する保持部と全一体l114形してなる触
媒保持兼放熱ハ1都第4(以下、中に触媒保持−放熱部
材という)である。触か昌呆持−放熱部材4は、殺虫マ
ット5を1叱ぜてこれ全加熱する」二面也41と、上間
版41の両ψj1“、1か1)中心方向に帥斜(〜つつ
下方へ延設された側面板42.42と、前記上面板41
と゛(′−行であつ−C前記側面板42,42の下端か
ら中心方向に向かって水平に処びる上面板46と、下面
板43のほぼ中央にてさらに下方へ垂設された筒状の触
媒保持部44とからなる金属部材である。側面板42.
42にはそれぞれ;!ii気ロ42a、42a、−が伸
設され、この油気[、、:J 42 a、 42 a、
・・・を介して触媒5へ空気ゲ供給し2、捷た触媒5か
らの燃焼ガスを外部へ排出しうるようになっている。−
F面板41も多孔性とし、触媒5から生ずる燃焼ガスの
一部をこの]二面板41の孔部から逃がすようにすると
、触媒5における酸化反応が助長され、しかも燃焼ガス
の熱対流が阻害されず好ましいが、必ずしも多孔板にす
る必要はない。
4t, the catalyst holding and heat dissipating part is made up of a heat dissipating part that heats the insecticidal mat 3 and a holding part that holds the catalyst 5. (referred to as parts). The heat dissipation member 4 heats the insecticidal mat 5 once and heats it completely. side plates 42, 42 extending downward; and the top plate 41.
('-row and -C) A top plate 46 extending horizontally from the lower ends of the side plates 42, 42 toward the center, and a cylindrical plate 46 extending downwardly at approximately the center of the bottom plate 43. It is a metal member consisting of a catalyst holding part 44.A side plate 42.
42 each ;! ii The air holes 42a, 42a, - are extended, and the oil air [,,:J 42 a, 42 a,
Air gas is supplied to the catalyst 5 via 2, and combustion gas from the shredded catalyst 5 can be discharged to the outside. −
By making the F face plate 41 also porous and allowing a part of the combustion gas generated from the catalyst 5 to escape through the pores of the two face plate 41, the oxidation reaction in the catalyst 5 is promoted, and the thermal convection of the combustion gas is inhibited. Although it is preferable, it is not necessarily necessary to use a perforated plate.

筒状触媒保持部440F QRrtよ、内方へ朶出する
フランジ44aが形成されており、モノリス触媒5を保
持部44に収納したとき、この下端フランジ44aにエ
リモノリス触媒5が保持される。
The cylindrical catalyst holding portion 440F QRrt is formed with a flange 44a that protrudes inward, and when the monolithic catalyst 5 is housed in the holding portion 44, the monolithic catalyst 5 is held at the lower end flange 44a.

上面板41と下面+に43との間をよ、1対の側面板4
2.42により一定の高さを有する空間Cが形成され、
触媒5と上面板41と&、1直接接触しないよう(/こ
なっている。
Between the upper surface plate 41 and the lower surface 43, a pair of side plates 4
2.42 forms a space C with a certain height,
Catalyst 5 and top plate 41 are arranged so that they do not come into direct contact with each other.

モノリス触媒5(ま、前記触θ■保持、 h!l熱hR
tA4の保持部44に収納されつる角柱形状で、〕・二
カムtllt 造士ラミック1(]体に触Iす、活性全
屈である白金寸たはバランラム等を4−日持させてなる
ものである。本シ?、明で1φ月1される触媒す]、勾
配こilに阻星されず、例えば円柱状モノリスl’rk
 Ii’lllまたQ、1ビーズ状もしくVJウール状
のものでも良い。
Monolithic catalyst 5 (well, the above contact θ■ is maintained, h!l heat hR
It is stored in the holding part 44 of tA4 and has a prismatic shape, and is made by keeping active full-flexure platinum or balanram, etc. for 4 days. In this case, the catalyst which is produced by 1φ month 1 in the light is not blocked by the gradient coil, and for example, the cylindrical monolith l'rk
It may also be Q, 1 bead-like or VJ wool-like.

6t21  、  角虫〃II+1′イ′: 4彎 −
−放客へ 部 tA 4 を り −−−ス I老イ木
 2に固51−1するための支持部材であり、着体2の
側1、j、l’= 27内周面に当接しうる111径を
有する円形板である。支持部材のはt・1゛中心には前
記触媒保持部44を嵌入しつる径の中空:% 6 aを
有17、寸た周端部の1t、1住の箇所に、eS体2へ
固シ「覧[るための止めネジ7.7を挿入月4の孔6b
、6L+が形成されている。止めネジ挿入用孔は、前記
6体2のJtq部28に形JM L、たネジ穴28aと
位ii′t’;i合わせるように7設さtしる。支灼部
H6の4;+ lI’[fl特に限定されないが、非通
気性寸たIi場合に、J: クチIrt ヤヤim 気
性t 有t−1好t L < ?:を耐−’s +:を
及び断熱性であるもの1例えばガラス繊維等で形成され
るのが良い。
6t21, hornworm II + 1'i': 4 curvature -
- It is a support member for fixing the part tA 4 to the base 2, and it comes into contact with the inner peripheral surface of the side 1, j, l' = 27 of the attached body 2. It is a circular plate with a diameter of 111 mm. The catalyst holding part 44 is inserted into the support member's center at t·1, and the support member has a hollow diameter of 17%, and is fixed to the eS body 2 at a position of 1t and 1 at the circumferential end. Insert set screw 7.7 for viewing hole 6b of month 4.
, 6L+ are formed. Seven setscrew insertion holes are provided in the Jtq portion 28 of the six bodies 2 so as to be aligned with the screw holes 28a. 4 of the cauterized part H6; + lI' [fl Although not particularly limited, in the case of non-breathable dimension Ii, J: mouth Irt yaya im temper t with t-1 t L < ? : Resistant to -'s +: and insulation property 1. It is preferably made of glass fiber or the like.

8は燃料光てん容器で、上面が開I−1シ内部に揮発性
燃料が充てんされ、ケース本体1の燃料収納部1))に
収納される。燃料光てん容器8と触媒5との間[は−足
のど、さを有する空間りが確保される。燃料とし2てt
よ、揮発性を有し前0[)触媒と発熱反応を生ずるもの
、具体的にはアルコール類であり、好オし7〈はメタノ
ールまたはエタノールである。アルコールの形態として
は。
Reference numeral 8 denotes a fuel container, which has an open top surface and is filled with volatile fuel, and is stored in the fuel storage section 1)) of the case body 1. A space is ensured between the fuel cell container 8 and the catalyst 5. 2 tons as fuel
It is volatile and causes an exothermic reaction with the catalyst, specifically alcohols, and preferably methanol or ethanol. As a form of alcohol.

液状のもの、1だはカルボキシビニルポリマー、無水マ
レイン酸とインブチレンとの共重合体、ビニルアルコー
ルとアクリル酸との共重合体、デンプン誘嗜体等にエリ
ゲル状のもの、またはアルコール類を主成分とする同形
燃料のいずれもが使用可能である。
Liquid products, monocarboxyvinyl polymers, copolymers of maleic anhydride and imbutylene, copolymers of vinyl alcohol and acrylic acid, starch derivatives, erigel-like products, or alcohols. Any of the component isomorphic fuels can be used.

上記構成の桑畑加熱蒸散装置において、殺虫マット3を
ケース蓋体2の開口部22へ入れて、触媒保持−放熱部
月4のF面4tz 41十へili’、7せる。
In the mulberry field heating and evaporation device having the above configuration, the insecticidal mat 3 is put into the opening 22 of the case lid 2 and placed on the F surface 4tz 41 of the catalyst holding/heat dissipating section 4.

燃料光てん容器8から揮発するアルコ−、−ノ【、 l
fノミ、Hは空間U)を充満(−だのら、燃料光てん′
Cこと:38の一1=方に配設されfc 斤1! 9%
’54r 、+i’l 3p3−f 、41,3川1y
’11.5υ〈−おい又炉!X考・−[アルニ了−ルQ
1.11金−iyζ(,1、バラ、′ウノ・等と反応(
7て1□119化された後、燃焼カスとり、−C1jf
pl!i)v、5 カラ4jF 出i し、E)。C(
7) %盗9I’f、 !jスit、 3 C)U(十
孝1(7てイ’=11月に奮満たしたのら、4Nil 
+u+−1か42しC”AI、iQ′c”;れ7’j>
1ltJII 42 a、 42 ;+、 −f4Ji
&J−E、間1<: 13かもAを辿って外1〜I−\
J、、ll気ン)ノ1−る5、;・11之iノ%15(
ておい−でアルーゴール燃T斗の自・2什Cり二より牛
ず゛る反応% f(t 、 触F’: 5 (7) 上
方Vtl 位i1’5−J−6)Jy pjH47:’
 4 ノJ−面板41へ対流伝熱[1、上面板41の中
)l:? ii!’lのτ晶度を上昇させる6寸プC1
pI・1ミh□、15におk)るノ1応熱は、金属i+
!旧である放熱・1トノ4の1・1ni 4知、4ろか
ら1則面イ反42.42を辿って手回4#j 414で
伝信込れ、これに二より−に面4υ41の画芹A f、
l’s (7月晶1j、1を上昇芒ぜる。し−frlが
っ−C1上囲也41 &J p′□・利+Iiiと熱体
2ひにより均−VC加熱される。¥1”、1’+ rr
p +少t L7j f jii & 41 (7)上
VC載せら′1L74叔J4−.・ノh 3 p」、こ
れにより均一に加熱され、殺虫マツトロ中の殺虫不動成
分がケ、−ス蓋体2の開口部22かも外方へ蒸散する。
Alcohol volatilized from the fuel light container 8 [, l
f chisel, H fills the space U) (-danora, fuel light)
C thing: 38 one 1 = placed on the fc catty 1! 9%
'54r, +i'l 3p3-f, 41,3kawa1y
'11.5υ〈-Oimata furnace! X Thoughts - [Alni Ryoru Q
1. Reacts with 11 gold-iyζ(,1, rose, 'Uno・etc.)
7 to 1□119, remove combustion residue, -C1jf
pl! i) v, 5 Kara 4jF exit i, E). C(
7) % steal 9I'f, ! j sit, 3 C) U (10 years old)
+u+-1 or 42C"AI,iQ'c";re7'j>
1ltJII 42 a, 42 ;+, -f4Ji
&J-E, between 1<: 13 Follow A and go outside 1~I-\
J...
% f(t, touch F': 5 (7) Upper Vtl position i1'5-J-6) Jy pjH47: '
4 NoJ-Convection heat transfer to the face plate 41 [1, inside the top plate 41) l:? ii! '6 inch pump C1 that increases the τ crystallinity of 'l
pI・1mih□, k) to 15 is the metal i+
! The old heat dissipation, 1 tono 4's 1, 1ni 4 knowledge, from 4ro to 1 rule plane i 42.42, transmission is included at hand 4#j 414, and from this 2- to plane 4υ41. Pictorial A f,
l's (July crystal 1j, 1 rises. shi-frl ga-C1 upper enclosure 41 &J p'□・li+Iii and heated body 2 heat uniformly -VC. ¥1" , 1'+ rr
p + little t L7j f jii & 41 (7) Upper VC placed '1L74 uncle J4-. As a result, the insecticide is uniformly heated, and the insecticidal immobile components in the insecticide evaporate outward through the opening 22 of the lid body 2.

この間、触媒5vこおけるアルコール燃料酸化反応に必
要な空気は、ケース蓋体2の大板21に穿設された通気
口26から流入]2、側面板42,42の通気rl’4
2 R,42a、・・・を:+l!1って触U・^5へ
とgl:給される触媒5における酸化反応に必−沙な空
気の一部Qま、間隙人からBを通って触媒5へと供給さ
れる。燃料の酸化反応Vこより生ずる水分はケース本体
1の水たまり部1cへ貯留さt[る。
During this time, the air necessary for the alcohol fuel oxidation reaction in the catalyst 5V flows in from the vent hole 26 drilled in the large plate 21 of the case lid 2] 2, the ventilation rl'4 of the side plates 42, 42
2 R, 42a, ...: +l! 1 is touched by U.^5 and gl: A part of the air necessary for the oxidation reaction in the catalyst 5, Q, is supplied from the gap to the catalyst 5 through B. Moisture generated from the oxidation reaction of the fuel is stored in a puddle portion 1c of the case body 1.

上記実施例の装置においては、殺虫マット3を載せた下
面板4117:l、触媒5において生ずる反応熱の熱対
流6てよりその中心部が加熱され、1だ触媒5において
生ずる反応熱が金属製の保持部44から下面板43、側
面板42.42を通って下面板410両端部に伝熱され
加熱されるので、1−向板41がムラなく均一に加熱さ
れるという利点ケ有する。また、触媒5Ycおtする反
応熱全熱対流及び熱伝導の両方で−に曲板41へ伝熱す
るので、それだけ熱効小が高す1つ、上面板41の温l
用が一層十昇−J−ろ。
In the apparatus of the above embodiment, the central part of the lower plate 4117 on which the insecticidal mat 3 is placed is heated by the thermal convection 6 of the reaction heat generated in the catalyst 5; Since the heat is transferred from the holding part 44 to both ends of the lower plate 410 through the lower plate 43 and side plates 42 and 42 and heated, there is an advantage that the first direction plate 41 is heated evenly and uniformly. In addition, since the total reaction heat generated by the catalyst 5Yc is transferred to the curved plate 41 by both convection and heat conduction, the thermal effect is increased accordingly, and the temperature of the top plate 41 is
The use is more ten-sho-J-ro.

本発明技11′イで1史用されうる殺虫り11.剤と1
〜−rJ ?、1、従来よりi4+’、気すリ取4月I
殺虫剤とし、て使用されこいるものは↑LLlI「でk
)す、長体的に(・4次のようなものである:殺虫成分
としシ、3−アリル−2−メJ−ル/りロベンター2−
エンー4−オフ −1−□イノI(ll−シス/l・ラ
ンス−クリリン”?、−7−)(アレスリ:/)、3−
ブリノt−2−メブノL7/クロベンター2−工/−4
−−−4ノー 1−イル d −’yス/トランスー 
クリリーンツー、−−3d −3−=アリルー 2−メ
グ、九/・クロベンター2オンー 一−にノー4゛−□ご゛イ′j−7−イル (1−トラ
ンス−2リリンデマ−1,5−)“口・くルギルー2−
ノリルメナル (1−ンス/トランスークリナンi゛−
r−l。
Technique of the present invention 11' Insecticide that can be used for a long time 11. agent and 1
~-rJ? , 1, i4+' from the previous version, April I
The substances that are often used as insecticides are
), lengthwise (・4): Insecticidal ingredients, 3-allyl-2-mer/retroventer 2-
En-4-off -1-□Ino I (ll-cis/l lance-krillin"?, -7-) (Alethri:/), 3-
Burino t-2-Mebuno L7/Cloventer 2-work/-4
---4 no 1-il d-'ys/trans-
Krillin two, -3d -3-=Allilu 2-Meg, 9/・Clobenter 2-on-1-ni no 4゛-□goi'j-7-yl (1-trans-2 Rilindemar-1,5-) “Mouth Kurugiru 2-
Noril Menal (1-ance/Trans-Clinan I
r-l.

1−エツーニルー?−メヂノLベンター2−1ン−1−
イツト d−シス/トランス−クリヅ15−r−1・、
1 エチご)し−2=メチルベア 、;−2エン−1−
=イル 2.2.3.5−ラードラメy−ルノクロゾロ
バンカルボギノL・−l、1L 17) t: LスI
+、4ド系殺虫剤が1史用でき、さらにビベロ二ノ1グ
トキザイド、N−(2−工千ルヘ′ヘーゾル) = 1
、−イソプロヒル−4−メチルビシクロ[2,2,2]
−オクト−5−エン−2,3−ジカノ(・ホキシイミド
、」クタク「][1ジプロピルエーテル等のビレス「1
イド共力剤を配合するζ、とか−Cきる。これら殺虫成
分は、繊剖r板よりなるマツ)&こ倉υL2て便J↑1
するが、上べ[−1次分の他(〆〈二、殺虫y1ν、分
の安定剤と(7−c、BIIT、 [(HA、 DHI
I等(7) rat化防【1−剤、1史144と共V(
退色変化して1ψ用の41無を知る目的の染料、19こ
t、1香料等を配合して潤製することもできる。
1- Etsuniru? -Medino L Venter 2-1-1-
Ittu d-cis/trans-clizu15-r-1・,
1 Echigo) Shi-2=Methylbear, ;-2ene-1-
=Il 2.2.3.5-Lardramay-Lunoclozolobancarbogino L・-l, 1L 17) t: LsuI
+, 4-type insecticides can be used for 1 time, and in addition, biberoninol 1gtokizide, N- (2-1,000-hexol) = 1
, -isoproyl-4-methylbicyclo[2,2,2]
-oct-5-ene-2,3-dicano(・phoximide, ``Kutaku''][1 dipropyl ether, etc.)
ζ and -C can be combined with an id synergist. These insecticidal ingredients are composed of fissured r-plates) & Kokura υL2
However, in addition to the -1st order component (〆〈2, insecticide y1ν, the stabilizer for the second order and (7-c, BIIT, [(HA, DHI
I, etc. (7) Rat insect prevention [1-agent, 1 history 144 and V (
It is also possible to make a moist product by blending a dye for the purpose of discoloring and changing the color of 41 for 1ψ, 19 powder, 1 fragrance, etc.

本発明装置r’iでPJ、薬剤含浸マットのe代かに、
例7え、ばアルミ容器中に加熱蒸散性固形な・剤全充て
んしたものでも使用することができる6捷た、始剤と1
2では殺虫fIすの6かに、殺菌剤、室内芳香剤、消臭
剤等でも同様にして使用することができる。使用LM 
ttlFな殺菌剤の例とE7ては、アルコール類まに−
はジオキシン等の揮散性を有するものであれば全て陸用
i=J能である。
With the device r'i of the present invention, PJ and drug-impregnated mat e are
Example 7 For example, an aluminum container completely filled with heat-evaporable solid agent can also be used.
In 2, it can be used in the same way as an insecticide, a room air freshener, a deodorizer, etc. Use LM
An example of a ttlF disinfectant and E7 is an alcohol-based disinfectant.
If it has volatility such as dioxin, it is all terrestrial i=J function.

本発明加熱蒸散装置tよ第1し1及び第2図に示(7た
構造に限犀されない7例えば、;Ifl気[」は燃料の
触媒12化反応に必要な空気を供給1〜、酸化反応によ
り生ずる燃焼ガスをケース外へ排出するために必要不可
欠なものであるが、図示(7た以外にケース蓋体の側壁
に一形成したりまたはケース庫体の外壁に形成する工う
にし、てもよい。
The heating evaporation apparatus of the present invention is not limited to the structure shown in Figures 1 and 2 (7). Although it is indispensable for discharging the combustion gas generated by the reaction out of the case, it may be formed on the side wall of the case lid body or on the outer wall of the case storage body in addition to the structure shown in the figure (7). It's okay.

ケース庫体の外壁に空気供給J[1通気[1を形成する
p)脅は、41)1発した燃t(がこの通気[1から洩
れムいように、ケース庫体外壁のなるべく下部へ形成−
)−ろよう((する。空気供給及び燃焼ガス排気を1つ
の通気口て共用させることもでき、この場合VこLl、
 fAJえは殺虫マットと開口部との間隙を通気1.’
Iとして利用し2、それ以外に通気「]ヲ設けl〈ても
よい。
Air supply to the outer wall of the case body J [1 ventilation [1] Formation-
)
1. Ventilate the gap between the insecticidal mat and the opening. '
It may be used as an I, and other ventilation may also be provided.

放熱板と触媒保持部利とdl、1シ1示したように一体
的に成j(ユ4れなくても良い。例えば、放熱板金子4
反状に成形し、この平板状放熱部材を々−ス楡体の天板
の裏面に固定し、触媒保持部旧を前記放熱板とは別体に
成形して支持れ1N4]に貝設シ2.これら放ρj% 
RB材と触媒保持部4,1とを金に4板、台用4jP等
で連結するようにしても1畿い。連結部利Cよ、放熱部
材の周嬬部に隆続するようにすれirr 、放熱)7(
;材の均一加熱に効果的であるが、特Ifle−れに限
定され乃い。
The heat dissipation plate and the catalyst holding part dl are integrally formed as shown in Figure 1.
This flat heat dissipating member is fixed to the back side of the top plate of the base plate, and the catalyst holding part is molded separately from the heat dissipating plate and supported. 2. These radiation ρj%
Even if the RB material and the catalyst holding portions 4 and 1 are connected using four metal plates, 4jP for the stand, etc., it will take only one length. Connecting portion C should be extended to the circumferential portion of the heat dissipating member (irr, heat dissipation) 7 (
Although it is effective for uniform heating of materials, it is limited to particular cases.

触媒保持部材も’?;?奴1図示し7た筒状のものだけ
でなく 、++11えは千ノリス触媒のL−丁唱面に当
接する保持共と、これら保持具を連結する登用細線とか
らなる(賓造とし、でもよい。
Also the catalyst holding member? ;? In addition to the cylindrical part shown in Figure 1, the part 11 consists of a holder that contacts the L-shaped surface of the Norris catalyst, and a thin wire connecting these holders. good.

放熱板と1」・I!砂、保4′1■部材とを別体に形成
しT;84台でも、これら両部H曲G・こ一定の空1i
il C(i= h”11保することは必要−τ′ある
。空間Cの距離、すなわち)ylt H7ψ、と放? 
ljとの間隔(第2図中、C,cmと(。
Heat sink and 1”・I! Sand, maintenance 4'1■ members are formed separately T; Even with 84 units, both of these parts
It is necessary to hold il C(i=h”11 −τ′, the distance in space C, i.e.) ylt H7ψ, and radi?
lj (in Figure 2, C, cm and (.

で示す)は、少なくとも02rm以−1二、好:トシく
し103〜30rrnとするとよい。ハルり裟と放H%
’H〜4反とが接触している(’C==Ocm)か、ま
たはトJ(1れ−C1/″1−TEもあまり近過ぎる(
 C(U、 2rrn)と、この間における燃焼ガスの
熱対流や酸化反応が妨げられ又放熱板の加熱が不十分に
なる。触媒と放熱板とを少なくとも〔)2m離すことに
J、す、)k !’= 4反を二目〒(B 1)+、l
から出る燃焼ガスの熱9−1 bitに、[り最も効率
良く高温(・・し加熱さ〕する◇ ヤjミ料7+)、てん8器?1− 十’r’+41 y
:+’肘”+ D l、 尤’f ンL7fl燃料が容
器から効イ・良く免、化L 十耐−1” Z)ものが好
ヰ:−7いが、特にこれVC限□>+44れない。
) is preferably at least 0.2 rm or more, preferably 103 to 30 rrn. Haru Risa and H%
'H~4 are in contact ('C==Ocm), or are they too close?
C(U, 2rrn) and the thermal convection and oxidation reaction of the combustion gas between them are hindered, and the heating of the heat sink becomes insufficient. Make sure to keep the catalyst and heat sink at least 2 meters apart! '= 4 counters 〒(B 1) +, l
The 9-1 bit of heat of the combustion gas emitted from the combustion gas is most efficiently heated to a high temperature (... ◇ Yakuza 7 +), Ten 8? 1- 10'r'+41 y
:+'Elbow'+ D l, 尤'f N L7fl fuel is effectively removed from the container, chemical L 10 hours -1" Z) I like it: -7, but this is especially limited to VC □ > +44 Not possible.

1兆1・1と)′11000との1川の空(川1) +
7) l)′ll l’イ1(、−[、なわち距〆、l
、’ (1は、U、 3 an以−L、9fましくtよ
05〜I O,O+]と−j 6と艮い。燃料と触媒と
が伏線している(d=0/77+)か−ま/ζは0.5
 cm未楢の坑1侶w−if、 、 W発 L  fr
−c遍:f’r  が+、、!I  4’、 fA、 
 (角’、、lt L)、’+’−\i’+!1  人
 V ノ゛、  、1.(:++ 料 のI−Jスが生
してQfi L <ない。両titX+Aン丁(1ろα
以−ト1−1l−すことによりtilt発1.、 fU
 JAM t’tプハ4め”:+ カI/Cf’+虫0
’/: k yl(J A L、((k33反応が牛l
イ、。
1 trillion 1.1 and)'11000 1 river sky (river 1) +
7) l)'ll l'i1(, -[, that is, distance〆, l
,' (1 is U, 3 an -L, 9f t 05 ~ I O, O+] and -j 6. Fuel and catalyst are foreshadowed (d = 0/77 +) Ka-ma/ζ is 0.5
CM Undark pit worker w-if, , W departure L fr
-c cycle: f'r is +,,! I 4', fA,
(Kaku',,lt L),'+'-\i'+! 1 person V no, , 1. (:++ The I-J of the fee is alive and Qfi L < not. Both tits
By doing the following 1-1l-, the tilt function 1. , fU
JAM t't Puha 4th": + Kai/Cf'+ Bug 0
'/: k yl (J A L, ((k33 reaction is
stomach,.

次に本発明裏面を実施1411により説明す、仏1、−
(が11例1 5−プロパルキルへ2−ノリルメチルd−シ ス 、・
′ト  ラ ン ス −−り リ −リ −・ −フ−
−マ −ト  57 、  N−(2−−Jチルヘキン
ノL)−1−イソグt+ にルー トー5ーエンー2.3ージカルボヤシイミド15r、l
) 13 N 1. 5 ?及び1.4−:;イソプロ
ピルアミノアンスラキノン02?をアセトン(t’C 
r8かして100m/!とじ、このlf′V.の1ml
f)、55X22X2.8間の繊維板Vこ含浸させ,風
乾してアセトンを除き、殺虫マットを得た。これを第1
図及び第2図に示す加熱蒸散装置の放熱板の土へ載せて
使用する。
Next, the reverse side of the present invention will be explained by implementation 1411, Buddha 1, -
(11 Example 1 5-propalkyl to 2-norylmethyl d-cis, ・
'Trance -ri -ri -ri - -fu -
-Mate 57, N-(2--JTylhekinoL)-1-isogt+ to 5-en-2.3-dicarboyacimide 15r,l
) 13 N 1. 5? and 1.4-:;isopropylaminoanthraquinone 02? acetone (t'C
100m/! using r8! Bind, this lf'V. 1ml of
f) A 55×22×2.8 fiber board was impregnated and air-dried to remove acetone to obtain an insecticidal mat. This is the first
It is used by placing it on the soil of the heat dissipation plate of the heating evaporation device shown in Fig. 2 and Fig. 2.

実施例 6−アリル−2−メチルシクロペンタ−2−エン−4−
オン−1−イルdーシス/トラフ ス− りIJ fン
デマー) 6 t.ビベロニルブ1− キサイド4 f
 、 J−3HT 2 f及び1 、  4−シフチル
アミノアンスラキノン0. 3 9 VCアセトンを加
えて浴か1〜100+++1とする。この液1 mlを
実施例1とlijlじ繊維板に含浸させて殺虫マントを
得た。これを第1図及び第2図に示す加熱蒸散装置i?
iの放熱板の上へ載せて使用する。
Example 6 - Allyl-2-methylcyclopent-2-ene-4-
6 t. biveronirb 1-oxide 4 f
, J-3HT2f and 1,4-cyphthylaminoanthraquinone 0. 3 9 Add VC acetone to make the bath volume 1-100+++1. An insecticidal cloak was obtained by impregnating 1 ml of this liquid onto a fiberboard similar to that used in Example 1. This is the heating evaporation device i? shown in FIGS. 1 and 2.
Use it by placing it on the heat sink of i.

実施例3 1−エチニル−2−メチルペンタ−2−工ンー1−イル
dーシス/’)ランスークリサンテマート10y,N−
(2−エチルヘキ7ル)−1−イソプロピル−4−メチ
ルビシクロし2.2.2〕オクト−5−エン− 2.6
−ジカルボキシイミド8 S’ 、 DBi( 1 ?
、香料08y。
Example 3 1-ethynyl-2-methylpent-2-en-1-yldcis/') lansu chrysanthemate 10y,N-
(2-ethylhexyl)-1-isopropyl-4-methylbicyclo2.2.2]oct-5-ene-2.6
-Dicarboximide 8S', DBi(1?
, fragrance 08y.

4、4−;・イソプロピルアミノアンスラキノン027
及び無臭づ、1油1〔]2をiiL @′L、加熱]−
て浴かした液0. 3 9を実施例1と同じ繊維板に含
浸させて殺虫マyl−をイ4+た。このマットを、第1
図及び第2図に示す加熱蒸散装置の放熱板に載せ、アカ
イエカを用いて試験した結果、10時間仮−4で市販の
奴」収線香と回等の効力を示(−だつ 実施例4 ジオキシン1f’のエタノール6液2ml!を、30X
20X3mのセラミック板に含浸さセ,コれ′f:第1
図及び第2図に示す加熱蒸散装置の放熱板上に載せ,室
内の殺菌に使用する。使用前と匣用後の室内の殺菌数の
比較全寒天培地によるシャーレ法で行なったところ、r
114u+後の使用前に対する菌数け1%以下であった
4,4-;・Isopropylaminoanthraquinone 027
and odorless, 1 oil 1 []2 iiL @'L, heating]-
0. The same fiberboard as in Example 1 was impregnated with the same fiberboard as in Example 1 to produce insecticidal myyl-. This mat is the first
Tests using Culex pipiens placed on the heat dissipation plate of the heating evaporation device shown in Figures and Figure 2 showed the effectiveness of commercially available incense sticks and regeneration after 10 hours. 2 ml of dioxine 1f' ethanol 6 solution! 30X
Impregnated on a 20x3m ceramic plate: 1st
It is placed on the heat sink of the heating evaporation device shown in Fig. 2 and used for indoor sterilization. Comparison of the number of sterilizations in the room before use and after use When carried out using the petri dish method using a whole agar medium, r
The number of bacteria after 114u+ was 1% or less compared to before use.

実施例5 香料52を含むエタノール溶液47りにカルポギシビニ
ルボリマ−(商品名ハイビスワコ−104)1Fを加え
溶解した後、2チドリエタノールアミン水溶液22を加
えてゲルを調ν4した。
Example 5 Carpogysi vinyl polymer (trade name Hibiswako-104) 1F was added to and dissolved in 47 ml of an ethanol solution containing fragrance 52, and then a gel was prepared by adding 22 ml of a dichloroethanolamine aqueous solution.

このゲル207をアルミ製容器に入れ、第1図及び第2
図に示す加熱蒸散装置Nの放熱板の上に載せ、室内の芳
香消臭剤と1−で使用した。
This gel 207 is placed in an aluminum container, and
It was placed on the heat radiating plate of the heating evaporation device N shown in the figure, and used in combination with an indoor aroma deodorizer.

実施例6 ツバキ科植物生葉中の消臭成分のアルコール抽出エキス
(部品名デオドラ−8) 0.5 fのアルコール溶液
1mef:実MII例1の繊維板に含浸させ、これを第
1図及び第2図に示す加熱蒸散装[〃の放熱板の土に載
せて、便所での消臭テストを行なった。その結果、悪臭
を見金に除くことができた。
Example 6 Alcohol extracted extract of deodorizing ingredients from fresh leaves of plants of the Camellia family (part name Deodora-8) 0.5 f alcohol solution 1 mef: The fiberboard of Example 1 of MII was impregnated with this, and this was applied as shown in Figs. A deodorization test was conducted in a toilet by placing the heating evaporation device shown in Figure 2 on the soil on the heat sink. As a result, we were able to eliminate the bad odor.

次に、本発明全試j瑛例を用いて説明する。Next, the present invention will be explained using a complete example.

試験捌1 実施例1及び実施例2で得られる殺虫マット全第1図及
び第2図に示す放熱板上に載せ、燃料光てん容器には、
メタノール90部、エタノール8部とD−ソルビットの
ベンジリデン誘巧体(商品名ゲルオール1))2部とか
ら調装したゲル252を入れて、経時的にアカイエカで
試験を行なった。結果を第3図に示す。図中の「相対効
力」は、1時間経過時の効力を夫々1.0として、以後
各時間の効力金相対比で試験した。第3図がら明らがな
ようVこ、実力1ム例1及び2の殺虫マットはいずれも
良好な効果を示す。
Testing 1 All insecticidal mats obtained in Examples 1 and 2 were placed on the heat sink shown in Figures 1 and 2, and placed in the fuel light container.
Gel 252 prepared from 90 parts of methanol, 8 parts of ethanol, and 2 parts of a benzylidene inducer of D-sorbitol (trade name: GELOL 1) was added to the mixture and tested on Culex pipiens over time. The results are shown in Figure 3. The "relative potency" in the figure is defined as the potency after 1 hour has passed as 1.0, and thereafter the relative potency ratio at each time was tested. As is clear from FIG. 3, the insecticidal mats of Examples 1 and 2 both exhibit good efficacy.

試験例2 放熱板均一加熱を示す試験例 第1図及び第2図に示す加熱蒸散装置において触媒5の
保持部材と放熱板4とが金属部材で接続されている本発
明の加熱蒸散装置について、触媒5と放熱板4との間の
距離(Ccrn)と、触媒5と燃料が開口部土端捷で充
てんされた燃料光てん容器8との間の距t’i+I−(
dcm )とを4!u k変えて、通気口のイ目1丸〒
も含めて放熱&4の温度測定を行なった。結果を第1表
に示す。なお、本試験例においては燃料と12で、メタ
ノール86部にステアリン酸6部を加熱溶解し、これ&
C12,5%水酸化す) IJウムr液(水/メタノー
ル=1/s)8部を加えて潤製L7た固形燃料を使用し
、測定室の室温は25℃±1℃で行なった。
Test Example 2 Test Example Showing Uniform Heating of Heat Dissipation Plate Regarding the heat evaporation device of the present invention in which the holding member of the catalyst 5 and the heat dissipation plate 4 are connected by a metal member in the heat evaporation device shown in FIGS. 1 and 2, The distance (Ccrn) between the catalyst 5 and the heat sink 4 and the distance t'i+I-(
dcm ) and 4! Change the u k and mark the first circle on the vent hole.
Heat radiation & 4 temperature measurements were also carried out. The results are shown in Table 1. In addition, in this test example, 6 parts of stearic acid was heated and dissolved in 86 parts of methanol, and this &
A solid fuel prepared by Junsei L7 was used with the addition of 8 parts of C12, 5% hydroxide solution (water/methanol = 1/s), and the measurement chamber was kept at a room temperature of 25°C ± 1°C.

74’y   1   :?< 上記表中 * 1時同餠ミメφ後から10時1tiJ参濾過11シ
ま−L゛の各時間のτt、41・−〈・′ン下−均10
′**放熱板の中央と7i’J辺部との17謂β7;二
上記第1表の結果から次のことが明らかである。A1と
&2〜8を比較]〜で、燃料光てん容器(燃料)8と触
媒との間は距離を置くことが必要で、この距離により放
熱板4の温度ケコントロールすることができる。また、
触媒5と放熱板4の距離も扁4とA 13との比較から
必要であり、その距t’ljt (CLM)の大小は扁
4とム14〜19から放熱板4の温Kにのみ影響する。
74'y 1:? < In the above table * τt for each time from 1 o'clock filtration φ to 10 o'clock 1tiJ filtration 11 frames - L, 41・-〈・' under - average 10
'**17 β7;2 between the center of the heat sink and the 7i'J sides From the results shown in Table 1 above, the following is clear. Compare A1 and &2 to 8] It is necessary to provide a distance between the fuel container (fuel) 8 and the catalyst, and the temperature of the heat sink 4 can be controlled by this distance. Also,
The distance between the catalyst 5 and the heat sink 4 is also necessary from the comparison between the flat plate 4 and A13, and the size of the distance t'ljt (CLM) only affects the temperature K of the heat sink 4 from the flat plate 4 and mm 14 to 19. do.

したがって、距離C〜とdcrnを適当に組み合せるこ
とにより、薬剤の種類、使用目的に応じて放熱板4の温
度を選択できる。次に1通気口は、煮4とA 20の結
果から8硬不可欠なものであることがわかる。更に、触
媒5とこれを保持する部材と放熱板4とを金属部材で接
続することによる効果Vi43〜6と篇9〜12を比較
すると明らかな如く、放熱板の10時1141の平均温
I扶が接続することにより8〜11℃高くなり、1〜か
も放熱板4の各部分の温IW差が2−4℃と接続しない
13〜16℃と比較して小さく、高温で温暦差のない放
熱板余有する檗剤加熱蒸敗装的、が得らハ、グヒ。又こ
れと別に行なった通気口の大きさ、数りfについての試
験によれd:、)tQ気Lしが(j在1れば放熱板の温
度が作〈−ヒ劉17ないということtよなく、辿−気口
の犬きへケ一定とすれば、一定の温度が放熱板VC得ら
ノシた。また、コ■n気[−1の位置は必1しもケース
蓋体2の大根21 tit、設P)る必112+はlく
、クース為体2の側壁27に設置reた場合でも、ケー
ス本体1の外壁1dに設りブこ用台でもliう7株、/
I:結果がイ仔られた、燃セ1光てん容器の上面間11
部の大きさは、使用する燃料の種類、燃料光てん容器と
触媒との距離によりりこ化するが、いずれも−足の千件
とすれば安定した温度が/ik熱板に(U r:)f’
−た。
Therefore, by appropriately combining the distances C~ and dcrn, the temperature of the heat sink 4 can be selected depending on the type of medicine and the purpose of use. Next, it can be seen from the results of Boi 4 and A 20 that 1 vent is essential for 8 hard. Furthermore, the effect of connecting the catalyst 5, the member that holds it, and the heat sink 4 with a metal member, as is clear from the comparison between Vi43-6 and Volumes 9-12, the average temperature I of the heat sink at 10:1141 When connected, it becomes 8 to 11 degrees Celsius higher, and the temperature IW difference between each part of the heat sink 4 is smaller than 2 to 4 degrees Celsius and 13 to 16 degrees Celsius without connection, and there is no temperature difference at high temperature. When the heat dissipation plate is used for heating and evaporating the wood, it is obtained. In addition, according to a separate test conducted on the size and number of vents, it was found that if there were 1, the temperature of the heat sink would not change. Assuming that the temperature of the air outlet is constant, a constant temperature can be obtained from the heat sink VC. 21 daikon radish, installed on the side wall 27 of the case body 2, even when installed on the outer wall 1d of the case body 1, it is necessary to install 112+ radish, /
I: Between the upper surfaces of the fuel cell 1 light container 11 where the results were shown
The size of the heating plate varies depending on the type of fuel used and the distance between the fuel container and the catalyst, but in any case, if it is 1,000 feet, a stable temperature will be maintained on the heating plate (Ur: )f'
-ta.

上記試験例から、本発明の加熱蒸散装(n、において一
定の熱源を用いて効率良く放熱板を加熱するためVCは
、燃料光てん容器と触媒との間及び触媒と放熱板との間
に一冗の空間を設け、Jた通気[」を僅゛保することが
・叉゛要ズ゛あり、更VC触〃1.・を保持する薄利と
放熱&を金J+rj、 f41! 44て(をか;j、
−jること[工り、放熱板の温度が商く、しかも+7.
、′、l七差の少ガい桑剤加熱蒸散装置が得られた。こ
れら以外は、使用4目的や外削燃料の種類等に応じて適
宜変更することができることが明らかである0 上記記載から明らかなように、本発明加熱蒸散装置は、
ケース内VC揮発性燃料を入れ、この揮発性燃料より一
定距^IF上方IIこ触々すを配設し、揮発性燃料の触
々(可酸化反応で生ずる反応熱を触県1よリーボ距陣−
lニカに配設した放熱板に伝え、放熱板上に載せた薬剤
を加熱蒸散させるようVこしたので5薬剤加熱源として
電気を利用したものに比較して構造が171〕単で使用
場所が制約されないという利点f:有する。また、本発
明装置tま触媒酸化反応による放熱板加熱が均一に行な
われるので薬剤の#敗が均一になり、例えば4剤含浸マ
ットを加熱蒸散させる場合にもマット中の薬剤をムラな
く蒸散させることができるという利点を有する。
From the above test examples, in order to efficiently heat the heat sink using a constant heat source in the heating evaporation device (n) of the present invention, VC is placed between the fuel light container and the catalyst and between the catalyst and the heat sink. It is necessary to provide enough space and maintain a slight amount of ventilation, and also to maintain the low profit and heat dissipation of the VC contact, F41!44 ( Or ;j,
-j [machining, the temperature of the heat dissipation plate is multiplied, and +7.
A heating evaporation device for mulberry agent with a small pore size with a difference of , ', l was obtained. It is clear that other than these can be changed as appropriate depending on the purpose of use, the type of excavated fuel, etc. As is clear from the above description, the heating evaporation device of the present invention:
A VC volatile fuel is put in the case, and a touch plate II is placed a certain distance above the volatile fuel. camp-
The heat is transmitted to the heat dissipation plate placed on the heat dissipation plate, and the chemical placed on the heat dissipation plate is heated and evaporated by V.The structure is 171〕 compared to the one that uses electricity as the chemical heating source, and the place where it can be used is small. It has the advantage of not being restricted. In addition, since the heat dissipation plate is heated uniformly by the catalytic oxidation reaction in the device of the present invention, the chemical loss is uniform, and even when a mat impregnated with four agents is heated and evaporated, for example, the chemical in the mat can be evaporated evenly. It has the advantage of being able to

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

第1図eよ本発明架剤加熱装置の平面図、第2図は第1
図のH−■線矢視断面図、第3図は試験例1の結果を示
すグラフである。 図中、 1・・・ケース本体、1a・・・内壁、1b・・・収納
部、1d・・・外壁、1e・・・段部52・・・ケース
蓋体、21・・天板、22・・・開口部、23・・・:
j!I気[−1,27・・・il+:+壁、6・・殺虫
マット、4・・・触媒保持−放熱部材、5・・・モノリ
ス触′Iv、、6・・・支持部材、8・・・燃料光てん
右器。 特許出願人   大日本除虫菊株式会ネ14zi図 土2図 第3図 1  4681QIlt間 特許庁長官・、−#半漫殿 1事件の表示昭和57年特許願第177050−J2、
発明の名称榮剤加熱蒸散装置 33ぞ市+I:する者 fJfイ′1との関係 l侍許出願人 4、代 理 人 5、i+li +F而面の1111 .4fH41−−一−−−仔一−−−−−−牛一一−+
「自発」6、補正の対象 (11[1,111tll jQ F刊25頁a 4 
iiとブ゛f”、 5 ?工との間にン欠仏)文を挿入
−4−る。 [試験例3゜ 第1図及び第2図に)J<す木兄間vv 力+ば・Aに
<、 71..7装置シ1′を用いてJil+々の揮発
性、)、、、)ミ(旨・・7二−)(1)で+i、、冒
“孟1!111zi:を?−Tつた。測定室(・−用品
[社61.7.5 X、2±1℃0間のY昌世の一ゝ]
′均イ1^ 上記試験例3より本発明の加熱蒸散装置l・−に1す:
用する揮発4・ト燃料は室渦で揮11々件介イ1す4己
:’11であればい−すれも目的とする温度が曲られ、
大きな子Qま認められなかった。 なお、A4−8tま使用開始時に触媒を一時的に加イ晶
−fることで光熱速匿全早めることができた。」 以[: 165−
Figure 1e is a plan view of the cross-agent heating device of the present invention, and Figure 2 is the
A sectional view taken along the line H-■ in the figure, and FIG. 3 is a graph showing the results of Test Example 1. In the figure, 1...Case body, 1a...Inner wall, 1b...Storage part, 1d...Outer wall, 1e...Step 52...Case lid body, 21...Top plate, 22 ...Opening, 23...:
j! I air [-1,27...il+:+wall, 6...insecticidal mat, 4...catalyst holding-heat dissipation member, 5...monolith contact 'Iv,, 6...support member, 8... ...Fuel light indicator. Patent Applicant Dainippon Pyrethrum Co., Ltd. Ne14zi Figure 2 Figure 3 Figure 1 4681 QIlt Commissioner of the Patent Office, -# Indication of Hanmandono 1 Case 1982 Patent Application No. 177050-J2,
Name of the invention 33 zoichi + I: Applicant f Jf i'1 Relationship with applicant l Chamberlain applicant 4, agent 5, i + li +F 1111. 4fH41−−1−−−Children−−−−−−Cow 11−+
"Spontaneous" 6, subject of correction (11[1,111tll jQ F publication page 25 a 4
Insert the sentence -4- between ii and B゛f'', 5?・A <, 71..7 Using the device shi1', the volatility of Jil+,),,,)mi(effect...72-)(1) +i,, blasphemy 1!111zi: of? -T ivy. Measurement room (・- supplies [company 61.7.5
'Uniform A1^ From the above Test Example 3, the heating evaporation apparatus of the present invention is applied:
The volatilized fuel to be used is volatilized in a chamber vortex.
Big boy Q was not recognized. It should be noted that by temporarily heating the catalyst at the start of use until A4-8t, the photothermal rate could be accelerated. ” Here [: 165-

Claims (1)

【特許請求の範囲】[Claims] (])装置ケース内に、揮発性燃料を充てんした容器と
、前記容器上方に一定の空間を設けて配置された燃料醇
化用触媒と、前記触媒を保持する保持部材と、前記燃料
酸化月4触媒の上方に一定の空間金膜けて配置された薬
剤加熱蒸散用放熱板とを収納するとともに、空気供給及
び/または燃焼ガス排出用通気口を11ifiえ、かつ
、前記燃料酸化用触媒保持部材と前記薬剤加熱蒸散用放
熱板とが金属部材で接続されていることを特徴とする薬
剤加熱蒸散装置。
(]) A container filled with volatile fuel, a fuel meltification catalyst disposed with a certain space above the container, a holding member for holding the catalyst, and the fuel oxidizing month 4 in the device case. A heat dissipating plate for heating and evaporating chemicals is placed above the catalyst with a gold film in a certain space, and a vent hole for air supply and/or combustion gas exhaust is provided, and the fuel oxidation catalyst holding member and the heat radiating plate for heating and evaporating the medicine are connected by a metal member.
JP57177050A 1982-09-30 1982-10-08 Apparatus for heating and diffusing chemical liquid Granted JPS5966830A (en)

Priority Applications (10)

Application Number Priority Date Filing Date Title
JP57177050A JPS5966830A (en) 1982-10-08 1982-10-08 Apparatus for heating and diffusing chemical liquid
CH2793/84A CH665750A5 (en) 1982-09-30 1983-09-30 HEATABLE ACTIVE EVAPORATOR.
EP83903108A EP0120968B1 (en) 1982-09-30 1983-09-30 Apparatus for heat-volatilizing medicinal agent
AT0905683A AT398259B (en) 1982-09-30 1983-09-30 THERMAL SMOKER FOR A CHEMICAL PREPARATION
GB08411259A GB2147216B (en) 1982-09-30 1983-09-30 Apparatus for heat-volatilizing medicinal agent
BR8307538A BR8307538A (en) 1982-09-30 1983-09-30 THERMAL FUMIGATOR FOR DRUGS
DE19833390229 DE3390229C2 (en) 1982-09-30 1983-09-30 Thermal evaporator for chemicals
PCT/JP1983/000323 WO1984001264A1 (en) 1982-09-30 1983-09-30 Apparatus for heat-volatilizing medicinal agent
NL8320301A NL8320301A (en) 1982-09-30 1983-09-30 THERMAL EVAPORATING DEVICE FOR CHEMICAL SUBSTANCES.
US06/611,037 US4693868A (en) 1982-09-30 1983-09-30 Thermal fumigator for drugs

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP57177050A JPS5966830A (en) 1982-10-08 1982-10-08 Apparatus for heating and diffusing chemical liquid

Publications (2)

Publication Number Publication Date
JPS5966830A true JPS5966830A (en) 1984-04-16
JPH0223145B2 JPH0223145B2 (en) 1990-05-23

Family

ID=16024255

Family Applications (1)

Application Number Title Priority Date Filing Date
JP57177050A Granted JPS5966830A (en) 1982-09-30 1982-10-08 Apparatus for heating and diffusing chemical liquid

Country Status (1)

Country Link
JP (1) JPS5966830A (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS611340A (en) * 1984-06-12 1986-01-07 中川 進 Heating unit in fume generator
JPH0526602U (en) * 1991-09-24 1993-04-06 池田物産株式会社 Attachment mechanism for flip-up seat
JP2014158597A (en) * 2013-02-20 2014-09-04 Mihama Kk Diffusing device

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS432048Y1 (en) * 1964-03-30 1968-01-29
JPS5031423U (en) * 1973-07-14 1975-04-07
JPS5831929A (en) * 1981-08-18 1983-02-24 松下電器産業株式会社 Mosquito trapping device
JPS5914579U (en) * 1982-07-19 1984-01-28 プリンタ開発興業株式会社 Anthelmintic heating diffuser

Family Cites Families (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5914579B2 (en) * 1974-12-28 1984-04-05 東レ株式会社 Spun yarn and its manufacturing method

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS432048Y1 (en) * 1964-03-30 1968-01-29
JPS5031423U (en) * 1973-07-14 1975-04-07
JPS5831929A (en) * 1981-08-18 1983-02-24 松下電器産業株式会社 Mosquito trapping device
JPS5914579U (en) * 1982-07-19 1984-01-28 プリンタ開発興業株式会社 Anthelmintic heating diffuser

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS611340A (en) * 1984-06-12 1986-01-07 中川 進 Heating unit in fume generator
JPH0526602U (en) * 1991-09-24 1993-04-06 池田物産株式会社 Attachment mechanism for flip-up seat
JP2014158597A (en) * 2013-02-20 2014-09-04 Mihama Kk Diffusing device

Also Published As

Publication number Publication date
JPH0223145B2 (en) 1990-05-23

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