TW202117220A - Steam spray hose - Google Patents

Steam spray hose Download PDF

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Publication number
TW202117220A
TW202117220A TW109134397A TW109134397A TW202117220A TW 202117220 A TW202117220 A TW 202117220A TW 109134397 A TW109134397 A TW 109134397A TW 109134397 A TW109134397 A TW 109134397A TW 202117220 A TW202117220 A TW 202117220A
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Taiwan
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hose
steam
steam ejection
cylindrical
layer
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TW109134397A
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Chinese (zh)
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松井隆文
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日商丸文製作所股份有限公司
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    • AHUMAN NECESSITIES
    • A01AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01GHORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
    • A01G11/00Sterilising soil by steam
    • AHUMAN NECESSITIES
    • A01AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01MCATCHING, TRAPPING OR SCARING OF ANIMALS; APPARATUS FOR THE DESTRUCTION OF NOXIOUS ANIMALS OR NOXIOUS PLANTS
    • A01M21/00Apparatus for the destruction of unwanted vegetation, e.g. weeds
    • A01M21/04Apparatus for destruction by steam, chemicals, burning, or electricity

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  • Life Sciences & Earth Sciences (AREA)
  • Environmental Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Insects & Arthropods (AREA)
  • Pest Control & Pesticides (AREA)
  • Wood Science & Technology (AREA)
  • Zoology (AREA)
  • Soil Sciences (AREA)
  • Rigid Pipes And Flexible Pipes (AREA)
  • Laminated Bodies (AREA)

Abstract

To provide a steam spray hose in which steam leakage does not occur even when high-temperature steam is passed through the hose. A steam spray hose (10) in which a cylindrical resin hose 21 comprising an inner layer 11, an outer layer 13, and an intermediate layer 12 is flattened, wherein both width-direction ends thereof are provided with a folded side part 15 that affixes upper and lower sheets, the folded side part being formed along the length direction of the cylindrical hose. In such a cylindrical hose, the inner layer is preferably formed from polypropylene and the outer layer is preferably formed from nylon. Moreover, the folded side part is preferably formed by flattening the cylindrical hose 21 and affixing both width-direction ends. Moreover, the thickness T1 of the folded side part is preferably less than the thickness T2 of parts other than the folded side part.

Description

蒸氣噴出用軟管Hose for steam ejection

本發明係有關一種藉由蒸氣加熱土壤以使園藝作物之病原菌、雜草的種子等死滅之土壤之蒸氣消毒所使用之蒸氣噴出用軟管。The present invention relates to a steam spray hose used for steam sterilization of soil that is heated by steam to kill pathogenic bacteria of gardening crops, weed seeds, and the like.

在我國的設施園藝中,隨著長期以來作為土壤消毒藥劑而使用之溴甲烷為破壞臭氧層之藥劑而被禁止,因而藉由蒸氣之土壤消毒法被廣泛地進行。 蒸氣之土壤消毒法,係將極厚棉布製之筒狀帆布軟管鋪設於土壤表面,由其布紋噴出蒸氣之方法。 然而,此極厚棉布製之帆布軟管,於膨脹為圓筒狀時之阻力較大,蒸氣的噴出量於前端部衰減,因而無法符合大型園藝設施的需求。 又,由於是綿原料,若潤濕或濕氣較高時容易發生因黴菌等所造成之腐蝕,於蒸氣消毒後之乾燥、保管上較麻煩。 本案申請人,已提出有解決上述問題之「土壤之蒸氣消毒用蒸氣噴出軟管」(專利文獻1)。 於專利文獻1中,揭示有一種土壤之蒸氣消毒用蒸氣噴出軟管,其特徵在於:藉由厚度約150μm之具有耐熱性之軟質合成樹脂片材,於兩側端部設置具有沿著長度方向全長延伸之厚壁之側部之軟管主體,在該軟管主體於長度方向以既定間隔形成直徑約2.5mm之噴出孔,並且將該軟管主體之前端部閉塞或壓扁。 [先前技術文獻] [專利文獻]In our country's facility gardening, methyl bromide, which has been used as a soil disinfectant for a long time, has been banned as an ozone-depleting agent, so soil disinfection by steam is widely used. The steam soil disinfection method is a method of laying a tube-shaped canvas hose made of extremely thick cotton cloth on the surface of the soil, and spraying steam from the cloth pattern. However, the canvas hose made of this extremely thick cotton cloth has a large resistance when it expands into a cylindrical shape, and the amount of steam emitted at the front end is attenuated, so it cannot meet the needs of large-scale gardening facilities. In addition, because it is a cotton material, if it is wet or high in humidity, it is prone to corrosion due to mold, etc., and it is troublesome to dry and store after steam sterilization. The applicant of this case has proposed a "steam spray hose for steam disinfection of soil" (Patent Document 1) to solve the above-mentioned problems. Patent Document 1 discloses a steam blow-out hose for steam disinfection of soil, which is characterized in that a heat-resistant soft synthetic resin sheet with a thickness of about 150 μm is provided on both ends of the hose along the lengthwise direction. A hose body with a thick wall extending over its entire length is formed with discharge holes about 2.5 mm in diameter at predetermined intervals in the length direction of the hose body, and the front end of the hose body is blocked or crushed. [Prior Technical Literature] [Patent Literature]

[專利文獻1]日本發明專利第3629231號公報(丸文製作所)[Patent Document 1] Japanese Invention Patent No. 3629231 (Marubun Manufacturing Co., Ltd.)

[發明所欲解決之課題][The problem to be solved by the invention]

然而,於專利文獻1中所揭示之蒸氣噴出軟管仍然存在有以下所述之課題。 即,當拖拉蒸氣噴出用軟管而鋪設、收納於土壤表面時,會因與土壤之摩擦而使軟管外層受到損傷。 尤其,折疊成扁平狀之軟管其兩端之折邊部容易受到損傷,當蒸氣通過時軟管會膨脹,並且容易發生蒸氣從折邊部洩漏之情形。 因此,本發明之目的在於,提供解決上述課題之新的土壤之蒸氣噴出軟管,即使於高溫蒸氣通過軟管之情形,亦不會發生蒸氣洩漏之蒸氣噴出軟管。 [解決課題之手段]However, the steam ejection hose disclosed in Patent Document 1 still has the following problems. That is, when the steam ejection hose is pulled and laid and stored on the soil surface, the outer layer of the hose will be damaged due to friction with the soil. In particular, the folded edges of the hose folded into a flat shape are easily damaged. When steam passes through the hose, the hose will expand, and it is easy for the steam to leak from the folded edges. Therefore, the object of the present invention is to provide a new soil steam ejection hose that solves the above-mentioned problems. Even when high-temperature steam passes through the hose, the steam ejection hose does not cause steam leakage. [Means to solve the problem]

為了解決上述課題,本發明係如以下之構成。 (1)本發明之蒸氣噴出用軟管,係將由內層、外層及中間層所構成之樹脂製之圓筒狀軟管設成扁平狀之蒸氣噴出軟管,其特徵在於: 於其寬度方向兩端部,將使上下之片材緊貼而成之折邊部遍及長度方向設置。 (2)本發明之蒸氣噴出用軟管,於上述(1)中,該內層由聚丙烯構成,該外層由尼龍構成。 (3)本發明之蒸氣噴出用軟管,於上述(1)或(2)中,該折邊部,係將該圓筒狀軟管設成扁平狀,將該寬度方向兩端部緊貼而形成。 (4)本發明之蒸氣噴出用軟管,於上述(1)至(3)中,該折邊部之厚度T1形成為較該折邊部以外之厚度T2為薄。In order to solve the above-mentioned problems, the present invention is configured as follows. (1) The steam ejection hose of the present invention is a flat steam ejection hose made of a resin cylindrical hose composed of an inner layer, an outer layer and an intermediate layer, and is characterized by: At both ends in the width direction, the folded edges formed by the upper and lower sheets are arranged in the length direction. (2) In the steam ejection hose of the present invention, in the above (1), the inner layer is made of polypropylene, and the outer layer is made of nylon. (3) In the steam ejection hose of the present invention, in the above (1) or (2), the hemmed portion is formed by flattening the cylindrical hose, and the widthwise end portions are closely attached to each other. And formed. (4) In the steam ejection hose of the present invention, in the above (1) to (3), the thickness T1 of the hemmed portion is formed to be thinner than the thickness T2 other than the hemmed portion.

[發明之效果] 本發明之蒸氣噴出軟管,由於將由內層、外層及中間層所構成之樹脂圓筒狀軟管設成扁平狀,於其寬度方向兩端部,將使上下之片材緊貼而成之折邊部遍及蒸氣噴出軟管之長度方向設置,因此,即使因拖拉蒸氣噴出用軟管而鋪設、收納於土壤表面時與土壤摩擦,亦難以使軟管之外層受到損傷,即使在蒸氣通過時軟管膨脹,亦難以發生蒸氣從折邊部洩漏之情形。[Effects of Invention] The steam ejection hose of the present invention is formed by flattening the resin cylindrical hose composed of the inner layer, the outer layer and the middle layer, and the upper and lower sheets are tightly attached to the two ends in the width direction. The flanges are arranged all over the length of the steam ejection hose. Therefore, even when the steam ejection hose is dragged and placed on the soil surface and rubbed against the soil, it is difficult to damage the outer layer of the hose, even when the steam passes through. The hose swells, and it is difficult for steam to leak from the flange.

以下,根據圖式對本發明之蒸氣噴出軟管之實施形態進行說明。 圖1係表示蒸氣噴出軟管之構成之剖面圖,(a)係表示長度方向,(b)係表示寬度方向之一部分(圖式中左側之一部分)。 圖2係表示實施形態之蒸氣噴出軟管之軟管長度方向俯視圖。Hereinafter, an embodiment of the steam ejection hose of the present invention will be described based on the drawings. Fig. 1 is a cross-sectional view showing the structure of the steam ejection hose, (a) shows the length direction, and (b) shows a part of the width direction (the part on the left in the drawing). Fig. 2 is a plan view showing the longitudinal direction of the steam ejection hose according to the embodiment.

<蒸氣噴出軟管之層構成> 如圖1(a)之長度方向剖面圖所示,蒸氣噴出軟管10,係以內層11、外層13、及將其等黏著之中間層12之三層構成。 以三層構成之中之內層11係由具有耐熱性之合成樹脂構成,外層13係由具有土壤去汙性及耐久性之合成樹脂構成,中間層12係由具有與內層11及外層13之黏著性之合成樹脂構成。 作為內層11之樹脂可舉出例如聚丙烯,作為外層13之樹脂可舉出例如尼龍,作為中間層12之樹脂可舉出例如黏合聚烯烴。 由於用於內層11之聚丙烯之耐熱性優異,因而對流通於蒸氣噴出軟管10內部之高溫蒸氣具有耐久性。 由於用於外層13之尼龍之耐藥品性優異,因而容易去除附著於蒸氣噴出軟管10外側之油、黴菌等之髒汙。 又,由於尼龍之耐摩擦性優異,因而在地面拖拉而鋪設、收納時耐損傷性優異。<Layer composition of steam blow-out hose> As shown in the longitudinal cross-sectional view of Fig. 1(a), the steam ejection hose 10 is composed of three layers of an inner layer 11, an outer layer 13, and an intermediate layer 12 to which they are adhered. In the three-layer structure, the inner layer 11 is composed of heat-resistant synthetic resin, the outer layer 13 is composed of synthetic resin with soil decontamination and durability, and the middle layer 12 is composed of the inner layer 11 and the outer layer 13. The adhesive is composed of synthetic resin. The resin of the inner layer 11 may be, for example, polypropylene, the resin of the outer layer 13 may be, for example, nylon, and the resin of the intermediate layer 12 may be, for example, adhesive polyolefin. Since the polypropylene used for the inner layer 11 has excellent heat resistance, it has durability against high-temperature steam circulating in the steam ejection hose 10. Since the nylon used for the outer layer 13 has excellent chemical resistance, it is easy to remove dirt such as oil and mold attached to the outside of the steam ejection hose 10. In addition, since nylon is excellent in abrasion resistance, it is excellent in resistance to damage during laying and storage when dragged on the ground.

<厚度分布> 對於蒸氣噴出軟管之厚度,雖能依據使用態樣而適當決定,但於實施形態中,將蒸氣噴出軟管各層之厚度分布,設成直接曝露於高熱蒸氣之內層60%、外層25%、中間層15%。 但,此厚度分布能依據使用態樣而適當變更。 又,雖實施形態之蒸氣噴出軟管10之基本構成為三層,但只要係藉由將耐熱性良好之內層樹脂與去汙性良好之外層樹脂組合,並使任一層含有黏著性成分者,則亦能省略作為黏著層之中間層。<Thickness distribution> Although the thickness of the steam ejection hose can be appropriately determined according to the conditions of use, in the embodiment, the thickness distribution of each layer of the steam ejection hose is set to be directly exposed to the high-heat steam of the inner layer of 60% and the outer layer of 25%. , 15% of the middle layer. However, this thickness distribution can be appropriately changed according to the usage pattern. In addition, although the basic structure of the steam ejection hose 10 of the embodiment is three-layered, as long as it is a combination of an inner layer resin with good heat resistance and an outer layer resin with good decontamination properties, and any layer contains adhesive components , You can also omit the intermediate layer as the adhesive layer.

<蒸氣噴出軟管之折邊部> 如圖1(b)之寬度方向剖面圖、圖2之俯視圖所示,長條筒狀之蒸氣噴出軟管10係折疊成扁平狀態,並且在其寬度方向之兩端部遍及長度方向形成有緊貼一體化之折邊部15。 此折邊部15促進蒸氣噴出軟管10之扁平狀,使軟管收納時之捲取性更容易。 亦即,於軟管之兩端形成折邊部15之理由在於,於蒸氣噴出軟管10之收納時,以本來圓筒形狀之狀態則較難捲取,於折邊部15形成扁平狀,以形成於此兩端部之折邊部15為基準折疊成扁平狀,藉此可容易進行捲取。 然而,另一方面,蒸氣噴出軟管10之舖設、收納,由於係一邊於地表面拖拉一邊進行,因此,折邊部15容易受到損傷,而有導致蒸氣洩漏之虞,因此為了增加折邊部15之強度,將上下之片材緊貼而一體化。 此外,為了方便說明,將扁平狀態之軟管,以上片材10a、下片材10b表示(參照圖1(b)之剖面圖)。 此折邊部15,由於並非將上、下片材10a、10b積層貼合而成,而是將本來一體之圓筒狀軟管之兩端部緊貼而形成,因此,即使將蒸氣導入軟管中並施以內壓使其膨脹也不會發生剝離之情形。<The folded edge of the steam ejection hose> As shown in the cross-sectional view in the width direction of Fig. 1(b) and the plan view of Fig. 2, the long cylindrical steam ejection hose 10 is folded into a flat state, and tightly formed at both ends in the width direction throughout the length direction. Paste the integrated folding part 15. The flange portion 15 promotes the flat shape of the steam ejection hose 10, and facilitates the coiling performance of the hose when it is stored. That is, the reason for forming the flange 15 at both ends of the hose is that when the steam ejection hose 10 is stored, it is difficult to wind up in the original cylindrical shape, and the flange 15 is formed flat. It is folded into a flat shape on the basis of the hemming portions 15 formed at the two ends, thereby making it easy to wind up. However, on the other hand, the laying and storage of the steam ejection hose 10 are carried out while being dragged on the ground surface. Therefore, the folded part 15 is easily damaged and may cause steam leakage. Therefore, in order to increase the folded part With a strength of 15, the upper and lower sheets are tightly attached and integrated. In addition, for the convenience of description, the flat hose is shown as the upper sheet 10a and the lower sheet 10b (refer to the cross-sectional view of FIG. 1(b)). The hemming portion 15 is not formed by laminating the upper and lower sheets 10a, 10b, but is formed by closely adhering both ends of the originally integrated cylindrical hose. Therefore, even if the steam is introduced into the soft In the tube and applying internal pressure, it will expand without peeling.

<薄壁之折邊部> 如圖1(b)所示,由於此折邊部15係上、下片材10a、10b緊貼,因此,折邊部15之厚度T1較折邊部15以外之厚度T2為薄。 折邊部15係上、下片材10a、10b緊貼而未包含空間,但由於折邊部15以外處為導入蒸氣之部分,因此殘留了圓筒狀之空間10c。 此外,折邊部15設成薄壁之理由在於,因於蒸氣噴出軟管10之舖設、收納時,使軟管之捲取性更容易之故。 此種僅折邊部15之緊貼一體化,能藉由在軟管之扁平化後僅壓延兩端部而形成。 詳細內容記載於後述之製造方法之說明欄中。<Thin-walled folding part> As shown in FIG. 1(b), since the hemming part 15 is closely attached to the upper and lower sheets 10a, 10b, the thickness T1 of the hemming part 15 is thinner than the thickness T2 of the hemming part 15 other than the hemming part 15. The hemming portion 15 closely adheres to the upper and lower sheets 10a, 10b and does not include a space. However, since the outside of the hemming portion 15 is a portion where steam is introduced, a cylindrical space 10c remains. In addition, the reason why the hem portion 15 is thin-walled is because it facilitates the coilability of the hose during the laying and storage of the steam ejection hose 10. Such close contact integration of only the hem portion 15 can be formed by calendering only both ends after the hose is flattened. The details are described in the description column of the manufacturing method described later.

<折邊部之寬度> 折邊部15,雖以寬度W沿著長度方向形成帶狀,但其寬度並未特別規定,能依據導入之蒸氣之壓力等而適當決定。<Width of the folded edge> Although the hemming portion 15 is formed in a band shape with a width W along the longitudinal direction, the width is not specifically defined, and can be appropriately determined according to the pressure of the introduced steam and the like.

<蒸氣噴出軟管之製造方法> 圖3係表示實施形態之三層之蒸氣噴出軟管之製造方法之概略圖。 此蒸氣噴出軟管,例如,藉由使用充氣法之樹脂成形法來製造。如圖3所示之製造方法,於擠出機A、B、C的前端設置具有稱為環形模具或十字頭模具之環狀端緣之共擠出模具20,將樹脂擠出而連續地成形圓筒狀軟管21。 於此情形,係準備能吐出圓筒狀軟管21之構成為內層、中間層及外層之不同之三層樹脂的共擠出模具20。 於共擠出模具20之中央設置有孔,從此處將空氣或水吹入以使軟管膨脹2~3倍程度而作成圓筒狀軟管21,並且,一邊以夾送輥22拉伸、一邊將圓筒狀軟管21作成扁平狀,並且以軋輥24僅將扁平狀軟管23之兩端部壓延緊貼而形成折邊部15以作成扁平狀軟管23後,暫時地捲繞於捲軸。 藉由調整共擠出模具20之環徑或送入空氣之壓力而能調整圓筒狀軟管21之直徑。 又,藉由調整在擠出機A、B、C的樹脂之吐出量、與夾送輥22之拉伸速度,能調整圓筒狀軟管21之壁厚。 樹脂之擠出方向雖有向上與向下,但於擠出聚丙烯樹脂之情形時,係於設備之上部設置共擠出模具20而向下擠出。 此係由於能使設備簡化與操作容易化,且能使用較小的共擠出模具20來製造直徑較大的圓筒狀軟管21。<Manufacturing method of steam blowing hose> Fig. 3 is a schematic diagram showing the method of manufacturing the three-layer steam blow-out hose of the embodiment. This steam ejection hose is manufactured by, for example, a resin molding method using an inflation method. As shown in the manufacturing method shown in Figure 3, a co-extrusion die 20 with a ring-shaped end edge called a ring die or a cross-head die is set at the front end of the extruders A, B, and C, and the resin is extruded to continuously shape Cylindrical hose 21. In this case, a co-extrusion die 20 capable of discharging the three-layer resin of the inner layer, the middle layer, and the outer layer of the cylindrical tube 21 is prepared. A hole is provided in the center of the co-extrusion die 20, and air or water is blown from here to expand the hose by 2 to 3 times to form a cylindrical hose 21, and it is stretched by a pinch roller 22. While making the cylindrical hose 21 into a flat shape, only the two ends of the flat hose 23 are pressed tightly with the roller 24 to form the flange 15 to make the flat hose 23, and then temporarily wound around reel. The diameter of the cylindrical hose 21 can be adjusted by adjusting the ring diameter of the coextrusion die 20 or the pressure of the air fed. In addition, the thickness of the cylindrical hose 21 can be adjusted by adjusting the ejection amount of the resin in the extruders A, B, and C and the drawing speed of the pinch roller 22. Although the extrusion direction of the resin is upward and downward, in the case of extruding polypropylene resin, a co-extrusion die 20 is set on the upper part of the equipment to extrude downward. This system can simplify the equipment and make the operation easier, and can use a smaller co-extrusion die 20 to manufacture a cylindrical hose 21 with a larger diameter.

<噴出孔之形成> 於實施形態之蒸氣噴出軟管10中,沿著長度方向形成複數個從軟管往外部噴出蒸氣之噴出孔16。 於本實施形態中,各噴出孔16係以成對之方式形成於上、下片材10a、10b。 此等噴出孔16,在將暫時被捲繞於捲軸之扁平狀軟管23捲回後,以藉由上下輥夾住上、下片材10a、10b之狀態,藉由衝孔加工機等從上方往下方進行穿刺打孔,進行開孔加工而形成。 又,各噴出孔16之直徑、形狀、間距、數量、形成位置等,能藉由判斷鍋爐之容量及土壤的種類等,事先將資料輸入衝孔加工控制裝置而適當決定。<Formation of ejection hole> In the steam ejection hose 10 of the embodiment, a plurality of ejection holes 16 for ejecting steam from the hose to the outside are formed along the longitudinal direction. In this embodiment, each ejection hole 16 is formed in a pair in the upper and lower sheets 10a, 10b. After these ejection holes 16 are rolled back the flat hose 23 temporarily wound on the reel, the upper and lower sheets 10a, 10b are clamped by the upper and lower rollers, and the punching machine is used to remove It is formed by piercing and drilling from the top to the bottom, and drilling. In addition, the diameter, shape, pitch, number, formation position, etc. of each ejection hole 16 can be appropriately determined by judging the capacity of the boiler and the type of soil, and inputting the data into the punching control device in advance.

<使用例> 圖4係本實施形態之蒸氣噴出軟管之使用例。 如圖4(a)之立體圖、(b)之剖面圖所示,在欲消毒之土壤(例如,田地)30之表面30a鋪設蒸氣噴出軟管10,將其基部10d連接至設置於外部之鍋爐31,其前端10e閉塞。 其後,藉由非通氣性之聚乙烯等之蓋板32覆蓋土壤30及蒸氣噴出軟管10,於蓋板32之上表面載置重物33而形成消毒區域34。<Use example> Fig. 4 is an example of the use of the steam ejection hose of this embodiment. As shown in the perspective view of Figure 4 (a) and the cross-sectional view of (b), a steam jet hose 10 is laid on the surface 30a of the soil (for example, a field) 30 to be disinfected, and its base 10d is connected to a boiler installed outside 31. The front end 10e is blocked. After that, the soil 30 and the steam ejection hose 10 are covered by a cover plate 32 made of non-air-permeable polyethylene or the like, and a weight 33 is placed on the upper surface of the cover plate 32 to form a disinfection area 34.

此外,如圖5之概念圖所示,當在鍋爐31所產生之蒸氣從蒸氣噴出軟管10之基部10d導入後,則蒸氣噴出軟管10膨脹,高溫蒸氣經由噴出孔16噴出至外部,充滿於蓋板32與土壤30之間,而在土壤表面30a全域形成熱鋒面。 藉由蒸氣之連續供應,熱鋒面從土壤表面30a往下方傳播,遍及土壤30整體藉由均勻之溫度分布而確實地消毒。 [產業上之可利用性]In addition, as shown in the conceptual diagram of FIG. 5, when the steam generated in the boiler 31 is introduced from the base 10d of the steam ejection hose 10, the steam ejection hose 10 expands, and high-temperature steam is ejected to the outside through the ejection hole 16, and is filled. Between the cover plate 32 and the soil 30, a heat front is formed over the entire soil surface 30a. With the continuous supply of steam, the heat front propagates downward from the soil surface 30a, and the entire soil 30 is surely disinfected by uniform temperature distribution. [Industrial availability]

本發明之蒸氣噴出軟管,能廣泛地應用於隨著瓜類等之周年栽培所導致之土壤傳染性病蟲害之防止、園藝、農業等。 再者,本發明無毒性且對人畜、鄰近作物亦無害,產業上之可利用性高。The steam ejection hose of the present invention can be widely used in the prevention of soil infectious diseases and insect pests caused by the annual cultivation of melons, etc., gardening, agriculture, etc. Furthermore, the present invention is non-toxic and harmless to humans, animals, and neighboring crops, and has high industrial applicability.

10:蒸氣噴出軟管 10a:上片材 10b:下片材 10c:圓筒狀之空間 10d:蒸氣噴出軟管基部 10e:蒸氣噴出軟管前端 11:內層 12:中間層 13:外層 15:折邊部 16:噴出孔 20:共擠出模具 21:圓筒狀軟管 22:夾送輥 23:扁平狀軟管 24:軋輥 30:土壤(田地) 30a:土壤表面 31:鍋爐 32:蓋板 33:重物 34:消毒區域 A、B、C:擠出機 T1:折邊部15之厚度 T2:折邊部15以外之厚度10: Steam ejection hose 10a: Upper sheet 10b: Lower sheet 10c: Cylindrical space 10d: Vapor ejected from the base of the hose 10e: The front end of the steam jet hose 11: inner layer 12: Middle layer 13: Outer layer 15: Folding part 16: spout hole 20: Co-extrusion die 21: Cylindrical hose 22: Pinch roller 23: Flat hose 24: Roll 30: soil (field) 30a: soil surface 31: Boiler 32: cover 33: Heavy 34: Disinfection area A, B, C: extruder T1: The thickness of the folded edge 15 T2: The thickness of the hem section other than 15

[圖1]係表示本發明之蒸氣噴出軟管之構成之剖面圖,(a)係表示長度方向,(b)係表示寬度方向之一部分。 [圖2]係表示實施形態之蒸氣噴出軟管之軟管長度方向俯視圖。 [圖3]係表示實施形態之三層之蒸氣噴出軟管之製造方法之概略圖。 [圖4]係表示實施形態之蒸氣噴出軟管之使用例,(a)係立體圖,(b)係(a)之X-X剖面圖。 [圖5]係表示從蒸氣噴出軟管6噴出之蒸氣傳播至土壤的樣子之概念圖。[Fig. 1] is a cross-sectional view showing the structure of the steam ejection hose of the present invention, (a) shows the length direction, and (b) shows a part of the width direction. [Fig. 2] A plan view showing the length direction of the steam ejection hose according to the embodiment. [Fig. 3] is a schematic diagram showing the method of manufacturing the three-layer steam ejection hose of the embodiment. [Fig. 4] shows an example of use of the steam ejection hose of the embodiment, (a) is a perspective view, and (b) is an X-X cross-sectional view of (a). [Fig. 5] is a conceptual diagram showing how the steam ejected from the steam ejection hose 6 spreads to the soil.

10:蒸氣噴出軟管 10: Steam ejection hose

10a:上片材 10a: Upper sheet

10b:下片材 10b: Lower sheet

10c:圓筒狀之空間 10c: Cylindrical space

11:內層 11: inner layer

12:中間層 12: Middle layer

13:外層 13: Outer layer

15:折邊部 15: Folding part

T1:折邊部15之厚度 T1: The thickness of the folded edge 15

T2:折邊部15以外之厚度 T2: The thickness of the hem section other than 15

Claims (4)

一種蒸氣噴出用軟管,係將由內層、外層及中間層所構成之樹脂製之圓筒狀軟管設成扁平狀之蒸氣噴出軟管,其特徵在於: 於其寬度方向兩端部,將使上下之片材緊貼而成之折邊部遍及長度方向設置。A steam ejection hose is a flat steam ejection hose made of a resin cylindrical hose composed of an inner layer, an outer layer and an intermediate layer, and is characterized by: At both ends in the width direction, the folded edges formed by the upper and lower sheets are arranged in the length direction. 如請求項1之蒸氣噴出用軟管,其中, 該內層由聚丙烯構成, 該外層由尼龍構成。Such as the steam ejection hose of claim 1, in which, The inner layer is made of polypropylene, The outer layer is made of nylon. 如請求項1或2之蒸氣噴出用軟管,其中, 該折邊部,係將該圓筒狀軟管設成扁平狀,將該寬度方向兩端部緊貼而形成。Such as the steam ejection hose of claim 1 or 2, in which, The hemmed portion is formed by flattening the cylindrical hose, and closely adhering both ends in the width direction. 如請求項1至3中任一項之蒸氣噴出用軟管,其中, 該折邊部之厚度T1形成為較該折邊部以外之厚度T2為薄。Such as the steam ejection hose of any one of claims 1 to 3, wherein: The thickness T1 of the hemming part is formed to be thinner than the thickness T2 other than the hemming part.
TW109134397A 2019-10-21 2020-10-05 Steam spray hose TW202117220A (en)

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JP3629231B2 (en) * 2001-10-03 2005-03-16 株式会社丸文製作所 Steam hose for soil steam disinfection
JP2005065574A (en) * 2003-08-22 2005-03-17 Kazuhiko Ozukuri Device and method for steam soil sterilization, and steam feed pipe for use in steam soil sterilization

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