TW200904347A - A cloth integrated with trousers having improved wearing. - Google Patents

A cloth integrated with trousers having improved wearing. Download PDF

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Publication number
TW200904347A
TW200904347A TW96128080A TW96128080A TW200904347A TW 200904347 A TW200904347 A TW 200904347A TW 96128080 A TW96128080 A TW 96128080A TW 96128080 A TW96128080 A TW 96128080A TW 200904347 A TW200904347 A TW 200904347A
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Taiwan
Prior art keywords
temperature
clothing
trousers
temperature difference
clothes
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TW96128080A
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Chinese (zh)
Inventor
Chun-Shin Lin
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Archilife Res Foundation
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Priority to TW96128080A priority Critical patent/TW200904347A/en
Publication of TW200904347A publication Critical patent/TW200904347A/en

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Abstract

Disclosed is a cloth integrated with trousers having improved wearing, especially to adopt moisture adsorbed and rapid drying double layers fabrics, also zippers are set at the places that are apt to perspire, such as heart or brain, or at the area of overlapped places of elbow, bent joint that are not easily to decrease temperature by external air stream or the places that are apt to perspire or expel moisture, such as armpit, groin; the internal portions of the double layers fabrics are sewn with web structure fabrics having perforated, permeation and light weighted to form ventilation opening, to make fiber of the first layer having rapid drying and non water absobsion some profitable space to ventilate and adjust the body temperature to improve cloth wearing to get a cloth integrated with trousers having improved wearing to fit the high, medium, low temperaure without changing clothes.

Description

200904347 玖、發明說明: 【發明所屬之技術領域】 本發明係有關__衣量錢良鮮件上讀職補,尤指採 行雙層結構且於人體相對容_f的部位開設開口拉鍊,内部触具 透空、透氣、質輕之網狀結構材时料熱口而成之改良衣物以改 良著衣量而_寬溫帶的春鱗、夏季及冬料分成高、巾、低溫工 作服,能以-件上衣與職即可於不穿脫絲的狀態下,可簡化例常 換穿衣服步驟並有助於人體之散熱,使保留較佳的保溫能力,可無須 以多件衣服繁複的換穿,使具節能、通風透氣、調節溫度、可快速排 汗功能。 【先前技術】 專、4衣物之穿著’皆需隨著外在溫度變化繁複的換穿較厚 或較薄的衣_雜暖或賴之目的,_溫差日錄朗天候下, 一天内常雜❹套衣物,且職抗力_者未祕以-套衣物以為 因應,如何設計出—件具節能、通風透氣、調溫、可快速排汗功能之 改良衣物,即成亟待解決的問題。 影響人體舒適度的影響_溫度、吟風速、輻射熱等四個 客觀物輯翻素’及著衣量與代謝量的二個主觀個人因素。建築空 =舒適度之方式僅能以調控物理環境之方式,升高室内外溫度差 200904347 與增加時滯現象,均可調降室内溫度約達5°c,尚不足應付室外溫度 高於28°C舒適值達近1(TC之狀況,有必要予以加入著衣量或代謝量 之調溫方式。 所謂著衣量乃指人體與溫熱環境間所實施之隔熱機能,保溫機能 或調濕機能。而因著衣所產生的隔熱機能稱為著衣量或熱抵抗量,以 clo為單位。1 ci〇=〇. 155«c/w .〇. 18爪2收,約相當於男士穿著 ©裝之熱抵抗數值。 服裝介於人體與環狀間,扮演紐_齡的肖色,成為平衡 身體與環賴熱交換的介祕方面防餅界環境巾的風、霜、雨、雪、 光予、t ,、'、之變化,而要使人體產生的熱與濕氣、汗水可與適當的移 出。布料即具有熱、濕、空氣的中介傳遞能力,成為影響生理溫熱舒 、重要因素人體皮膚與衣服之間的狹小空間為衣服内氣候區, 其溫度需調控於32耽,座度5_謂,氣流0. 25±〇.15m/sec的 微小範_,才使著衣者維持36说之體溫喊覺舒適。 场藉讀陳代謝與身體各雜之活__赴之熱與濕,於 不冋環境與代謝量持續維持蚊的身體核溫才能獲得生理溫熱舒適 性’以維持值定的核溫所產生之平衡以保持舒適的正常體溫。身體各 p之散熱途徑包括傳導、對流、㈣與蒸散等方式,當_蓄熱值 乂大於39(:以上或降低至%。⑶下時,身體均會受敢命危險之威 200904347 脅,亦即會有中署與熱衰竭之現象。 人體持續麟触減,水分由人財料發時會 帶走潛熱,當身體活動量增高時,新陳代謝產生的熱量會大於散失的 熱量,職出紐柯帶歧584_熱量。㈣紐散熱為運 動與勞動時最重要的散熱途徑,—旦於運動職時的新陳代謝所產出 的熱量會齡’反㈣魏雜4。由财通被汗摘職,將使服 裝絕毅氣層被水分_據,»散熱時持續帶走體溫,形成運動後 的濕冷黏貼縣。耻軸穿著之舒適蚊於布觸熱濕之傳導 能力。 人體與環&之間的對流、姉與蒸散之互動,係當體表溫度高於 環W度時即產生崎tn射方式進行的散熱侧,*當環境溫度 高於體表溫麟’則產生以職、_方式進行的吸熱現象。 人體發熱模型係以維持體溫於36至3rc的範圍内,其與相鄰環 七之較N或較低酿度會形成賴與放鱗不_互祕式,並受傳 導對"IL與韓射等效應影響,而呈現出身體不同部位之溫度分布差 異。在無感蒸泄的反應下’皮絲面朗邊環境之水蒸氣壓差會產生 基本的蒸發散熱輻射行為。 日本慶應大科上周三教魏从财絲面的雜鋪導約 為2(M0w/m2 ’而人體腳部的對流熱傳導約為咖/m2,較身體其他部 200904347 4句咼而人體對流熱傳導率分布方式亦有類似狀況,全身之對流熱 傳導率為3〜4w/m2°C,腳部的數值高達5〜8w/m2°C。 人體皮膚表面的輕射熱傳導達3〇〜40w/m2 ’腳部的輻射熱傳導職 責迥異於對流熱傳導量值,反而較低為3〇w/m2以下。此乃因腳部的對 流傳導量大時,表面溫度趨低,使其輻射熱損失量變小。而對於人體 皮膚表面的彳政小面輻射溫度(plane radiant temperature ; pR<p)分 布’為均自分布於27. Gi G之間;*制之人體平均輻射溫度(嶋 radint temperature ; MRT)為 27. 1。(:。 人體皮膚表面的潛熱熱傳導量,於腳部可達5〇w/m2以上,全身則 約於20〜40w/m2之間分布。若以人體著依部位分析,則以肩部之3〇w/m2 為高。鼠蹊部之20w/m2次之。而蒸發產生的熱傳導以每m2的平均水 蒸氣分壓之潛熱可達4〇〜80w/m2. kpa,腳部則高達i6〇w/m2. kpa,上身 之數值則達60w/m2. kpa,略低於全身的70. 2w/m2. kpa平均值。 由蒸發熱傳導率70· 2w/m2. kpa與對流熱傳導率平均值4. 3w/nfC 推論,其熱導(與濕氣傳導(的Lewis數為l6. 3<t/kpa, 此值與美國冷凍空調學會(ASHARE)建議的[⑽“數“”它“阳係 相應的。 人體主要高溫部位為血液循環的核心區域如心臟或腦部位置,或 肢體交疊隱蔽位置較不胃受外界氣流降溫之區域,如腋下、鼠鼹部或 8 200904347 關節彎取之處。而人體較易排汗散濕的部位,於靜穩狀態時則以上身 肩胛部與活動量頻繁之手關節週遭部位;若於代謝量高之運動與勞 動狀態則以全身毛細管分布位置均輕紐之部位。以賴排汗敏感 部位而言,統合難胎口部之閉合開啟部位綜合整理成下述四點: 1. 聊部誠料㈣,較人體⑽之2(MG高❹,肢溫。冬季 品、襪予以保/皿夏季需以拖鞋或涼鞋使身體易於降溫。200904347 玖, invention description: [Technical field to which the invention belongs] The present invention relates to the occupation of __ clothing, and especially for the application of double-layer structure and opening zipper at the position of the human body relative to _f, The internal contact is made of air-permeable, ventilated and light-weight mesh structure. The improved material is improved by the hot mouth. The spring scale of the wide temperature zone, the summer and winter materials are divided into high, towel and low temperature overalls. With the tops and the tops, you can simplify the routines of changing clothes and helping the body to dissipate heat, so that you can retain better insulation capacity without having to replace multiple pieces of clothes. Wear, make it energy-saving, ventilation, ventilation, temperature adjustment, and quick sweating. [Prior Art] Specialized, 4 clothing wear 'all need to change with the external temperature change to wear thicker or thinner clothes _ mixed warm or rely on the purpose, _ temperature difference recorded in the weather, often in a day ❹ sets of clothing, and the resistance of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The influence of human comfort _ temperature, hurricane speed, radiant heat and other four objective objects to turn the prime and two subjective personal factors of clothing and metabolism. Building empty = comfort mode can only increase the indoor and outdoor temperature difference of 200,904,347 and increase the time lag in the way of regulating the physical environment. The indoor temperature can be adjusted to about 5 ° C, which is not enough to cope with the outdoor temperature higher than 28 °. C comfort value of nearly 1 (the status of TC, it is necessary to add the amount of clothing or metabolic amount of temperature adjustment method. The so-called clothing quantity refers to the insulation function between the human body and the warm environment, insulation function or humidity control Function. The insulation function caused by clothing is called the amount of clothing or heat resistance, in clo. 1 ci〇=〇. 155«c/w .〇. 18 claws 2, about the equivalent of men Wear the heat resistance value of the dress. The clothing is between the human body and the ring, playing the color of the New Age, becoming the secret of the body and the heat exchange of the ring, the wind, frost, rain and snow. , light, t,, ', change, but to make the body's heat and moisture, sweat can be properly removed. Fabrics have the ability to transfer heat, humidity, air, become physiological warmth, Important factors The narrow space between human skin and clothes is the climate zone inside the clothes. The temperature needs to be adjusted to 32 耽, the seat 5_ said, the airflow of 0. 25 ± 〇.15m / sec of the small _, so that the wearer maintains 36 said that the body temperature is shy and comfortable. Everything is __ Going to the heat and humidity, in order to maintain the balance of the nuclear temperature of the mosquitoes to maintain the balance of the nuclear temperature of the mosquitoes in order to maintain a comfortable and normal environment. Body temperature. The heat dissipation path of the body includes conduction, convection, (4) and evapotranspiration. When the _ heat storage value 乂 is greater than 39 (: above or lower to %. (3), the body will be threatened by the fear of danger. There will be a phenomenon of the Central Department and the heat exhaustion. The human body continues to decline, and the water will take away the latent heat when the human body is released. When the physical activity increases, the metabolism will generate more heat than the lost heat. Ke has a 584_ heat. (4) New Zealand heat dissipation is the most important heat dissipation method for sports and labor, and the heat generated by the metabolism of the sports time is ageing. (Reverse) (Wei Wei 4). Will make the clothing's temperament layer be hydrated. Continue to take away the body temperature, forming a wet and cold paste county after exercise. The comfortable axis of the shame-axis is the ability of the cloth to touch the heat and moisture. The interaction between the human body and the ring and the convection, enthalpy and evapotranspiration is high. At the W degree of the ring, the heat-dissipating side of the S-Tn-ray mode is generated. * When the ambient temperature is higher than the surface temperature, the endothermic phenomenon occurs. The human body heat model is used to maintain the body temperature at 36 to 3 rc. Within the scope of the N, the lower N or the lower degree of the adjacent ring will form a reliance on the scaly and the scaly, and will be affected by the effect of the conduction on the "IL" and the Korean shot, and present different parts of the body. The difference in temperature distribution. Under the reaction of non-susceptible venting, the water vapor pressure difference in the skin condition of the skin surface will produce basic evaporative radiation behavior. Japan’s Keio University last Wednesday taught Wei from the financial side of the miscellaneous shop about 2 (M0w/m2 'and the convective heat conduction of the human foot is about coffee / m2, compared with other parts of the body 200904347 4 sentences and the body convection heat conductivity distribution There is a similar situation, the whole body convective thermal conductivity is 3~4w/m2 °C, and the value of the foot is as high as 5~8w/m2 °C. The light radiation heat conduction on the human skin surface is up to 3〇~40w/m2 'foot The radiant heat conduction responsibility is different from the convective heat conduction value, but is lower than 3〇w/m2. This is because when the convective conduction of the foot is large, the surface temperature is lower, which makes the radiant heat loss smaller. The radiation radiant temperature (pR<p) distribution of the 彳 小 为 为 均 均 27 27 27 27 Gi Gi Gi Gi Gi Gi Gi Gi Gi Gi Gi Gi Gi Gi Gi Gi Gi 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体The latent heat transfer on the surface of human skin can reach more than 5〇w/m2 at the foot and about 20~40w/m2 for the whole body. If the body is analyzed according to the part of the body, the shoulder is 3〇. w/m2 is high. The tweezer is 20w/m2, and the evaporation is produced. The latent heat of conduction with the average water vapor partial pressure per m2 can reach 4〇~80w/m2. kpa, the foot is up to i6〇w/m2. kpa, the upper body value is 60w/m2. kpa, slightly lower than the whole body 70. 2w/m2. kpa average. The thermal conductivity of evaporation is 70. 2w/m2. kpa and convective thermal conductivity average 4. 3w/nfC. The thermal conductivity (with moisture transmission (the Lewis number is 16.6). 3<t/kpa, this value corresponds to the [(10) "number"" recommended by the American Refrigeration and Air Conditioning Association (ASHARE). It corresponds to the yang system. The main high temperature part of the human body is the core area of the blood circulation such as the heart or brain position, or the limb The overlapped and concealed position is less than the area where the stomach is cooled by the external airflow, such as the armpit, the groin or the joint of the 200904347 joint. The human body is more likely to wick away the wet and wet parts, and the shoulders are above the static state. The part of the hand joint with frequent activity and activity; if the movement and labor state with high metabolism are in the position of the whole body capillary distribution, the closed position of the integrated fetal mouth is integrated. The parts are integrated into the following four points: 1. Chattering (4), compared with the human body (10) 2 (MG high ❹, limb warm winter goods, socks be Paul / summer dish with slippers or sandals to be easy to make the body cool.

乂 2. 人體皮膚表面之微小面輕射溫度m值,為人體_感覺之重要指 標。 3. 人體潛熱傳導量,以 腳。卩最巧、肩部次之,再次為鼠鼷部。 4. 人體主要發熱部位,包括 枯^贓、腩、腋下、鼠鼷部、關節彎曲部。 般解決溫度變異所朗應服I之方式,多以穿脫多層衣服予以 因應。一般若僅著一件衣 守’乃需以正確的衣著方式始可帶來輕暖 舒適及方便活動。而如何 匕穿仔輕暖,可由保溫原理了解「三層皮 膚」穿衣方式: 1. 迅速隔離汗水、減少> 干水麵在讀表面蒸發。 2. 加厚空氣保溫層。 3·防止風及雨水帶走⑼保溫層。 亦即達到排汗、絕緣、及防風 吸濕排汗速乾織物的雙層結構為 9 200904347 第-層:貼身排汗層,通常為長内衣轉,需通風良好,以保持身 體涼爽、不悶熱。需要求衣服之纖維本身不。及水使能快乾的特性;且 毛細現象需強至使濕氣及汗水可吸至衣料的外表層,使汗水不會直接 在皮膚表面紐:雜使錢因水«發岭卻,且此排㈣之衣料 顏色宜採淺色’減少輪射熱發散。 第二層皮膚:絕緣保溫層,以加厚空氣層為主。此層杨需能聚 積乾燥空氣以造成空氣保溫層’雜的空氣層越厚越具保溫效果。依 氣溫與活動程度進行搭配。質料要求不吸水、材質聚積空氣的能力高 及蓬鬆性良好者_於衣著祕之帽或外層,以練的觀點宜採深 色。 第三層皮膚;防風雨保護層,以保住絕緣層者的效果為主,選擇 防水透氣材料製成的防風雨層,可防止風雨之侵襲亦可使身體蒸發的 水氣排出,大大改善内外皆濕的狀況。 上述貼身排汗層宜為採用吸濕排汗的快乾紡織品。汗水產生與輪 送的問題是舒適性的重要因素。迅速移綺水及鱗錢,乃有三步 驟: (1) 盡速使汗水經芯吸作用帶離皮膚,並保持體表乾燥。 (2) 盡速吸收汗水,暫時流於緩衝區。 (3) 藉由體溫與外氣之風吹日日麗,轉移蒸發汗水至外氣。 10 200904347 至於絕緣保溫層則為服飾中間之中介層,位於貼身層之外。其保 溫層包括消極式、積極式與調節式。雜式植止人雜#散失,藉 由衣物内凝滯錢或塗布_反料方式達到保溫效果,當服飾材質 隔熱性或保暖性愈高時’其導熱係數又值愈小。最佳的低導熱材質為 二氣,當空氣不流通時的織物内空氣愈多,保溫性亦愈佳。而厚度愈 大時其單位時間内散失的熱量亦愈少,隔熱率亦愈大。因此,中空纖 維與自主性充氣調節式衣服乃應用空氣層而達到保溫之功能。 積極式則善用電磁波中的遠紅外線,其波長為4至1〇〇〇//m之電 磁波,其中對人體健康有益部分為8〜14^m。 調和式乃利用相變化物質調節體溫,以微胞囊技術内含動態式氣 候控制功罐溫度轉相之物f’齡熱變化較熱或絲以使身體涼 爽或溫緩’將之保持於一穩定的溫度範圍,使服飾内微氣候維持恆溫。 至於防風雨保護層的第三層,為面對外氣的防風撥水或透濕防水 機能的面層,係希望身體產生的氣態汗水由衣服内往外發散,而不致 有悶熱潮祕感覺’同時又驗止外麵態雨水的滲透,其原理係利 用織物上貼合的多孔薄膜孔洞直徑控制於約〇2~1〇ym之間,介於水 蒸氣分子直徑〇. 0004# m與雨水水分子直徑之間的原理,以達到使水 蒸氣通過而防止雨水進入的效果。 在貼身排汗層的第一層與皮膚之間需保持恰當的空間,以利通 200904347 風調節體㈣可藉布面組織(例如採用網洞),空針排針、使用短 纖’/等方式洲Μ魏的組織突丨設制樣可發揮此種功能,知 名的Nike触⑽於其織物表面粒體點狀突起,使在流汗時不沾黏 ^可^吸斤水達到調整體溫的功能,且能於體表形成微氣候 空間,保持通風、透氣,提升調節體溫效果。 織&密度與布重對保溫、傳濕、透氣性有甚大關聯,視用途、氣 候衣著而疋通常整理後的布重依用途應於下列範圍内: (1) 内衣:100〜170g/m2 (2) 網球衣、運動衣等;15(M90g/m2 針對三層穿衣論述,目前有「合併」的趨勢,由多功能複合至流 行與功能的融合,由二極化的共存(吸濕排汗谢水防風)至衣著系 統内外層的合併,整體走向多功能多用途賴單好用,更能適應不同 的環境與活動,更能吸引廣大的消費市場。 由前述分析可知,絕緣保溫的空氣層於服飾中扮演重要的角色, 於夏季若有可充氣的氣墊式服飾,將可增加隔熱性能;於春秋季若能 件薄衣内夾空氣層,則其保溫性將高於一件厚衣帶來的保溫效 果,於冬季有内附空氣層之内裏衣服將有助於達成保溫功能。在地球 暖化時代即將來臨的今日,有必要考量機能性服飾之材質織法,採行 防°隻與多層彈性等以改良著衣量之可行策略,以適用於寬溫帶的 200904347 服飾。 對地球暖化時代即將來臨的今日,將出現寬溫帶形氣候,亦即夏 季溫度乾旱高熱,春鮮日夜溫差大,且受不定期寒流與熱浪影響, 逐週氣候變異性大,冬季長期溫暖但卻風雪暴烈化頻仍。 有鑑於此,本發明乃綜合前述服飾理論、機能性服飾設計理論, 歸納出下述服飾設計原則: 1·夏季服飾應達到抗菌防臭、抗紫外線、吸濕排汗之功能。 2.雨季服飾應達到透濕防水之功能。 3·冬季服飾應達到蓄熱保溫之功能。 4. 夏季應著氣墊式服飾,可增加隔熱性能。 5. 春秋季著兩層薄衣内夾空氣層。 6. ;季有内附空氣層之内裏衣服可達到保溫功能。 7. 勞動時刻應以活動與通風之衣物為主。 同夺針對生轉居與代謝率的評估,建議制四種服飾模式。 1.材質混合模式 ;身胸σ。卩位與下錢01部位制蓄熱保溫材質,於手臂關節 處與膝蓋關節處均_性拉伸材質,於其他部位_吸濕排汗材 質’以混合編織模式之織法形成夏季可穿著的衣服。 13 200904347 2.寬鬆易閉合模式 人體與服飾間若有充分寬度的空氣層,將有助於人體於外氣候高 溫與體表排汗透濕階段之舒適性,而當外界氣溫寒冷與排汗完畢進入 乾爽階段時,較合身之衣物較易產生舒適性。此模式係將上手臂外側 邊與腿部外側邊分別以拉鍊方式產生縮合袖管與褲管寬度之方式,而 另以鬆緊帶、黏扣帶、紐扣、拉鍊或皮帶設計成袖口、褲腳與腰帶之 彈性縮口。此模式有助於春秋季勞動時,或日夜溫差變化時,因應約 5°C之環境溫度變異。 3.摺疊便裝模式 將原為長袖與長褲之寬鬆服飾,向上摺疊至上手臂予大腿部之位 置,並以黏扣帶將原為袖口與褲腳縮口作用之環帶,轉至肩膀與長褲 口袋處予以暫時固定。此模式亦有助於春秋季勞動時,或曰夜溫差變 化時,因應約5°C之環境溫度變異。 4.多孔質模式 為因應夏季高熱乾旱時,人體縣渔度絲發失水,而體表皮膚 感覺又即需氣流帶來涼爽感覺時’可將縣不具隱私爭議區域予以椒 形開口,以仿生學概念應用松果開閉方式於服飾上。 200904347 服飾開口部位溫控分析 建物中以透空空間進行空氣的流通,服裝亦如同有生命的人體, 常需呼出〇)2 ’並引人新鮮空氣以替代不良的空氣與濕氣,服裝内的 空間供氧過程極為吸入新鮮空氣的過程。 選擇透氣與供氧的材質時,極為身體提共良好的生態環境,不但 使身體倍加舒適,亦有益健康。領σ與開襟係提供體内供氧呼氣的自 然開口部,較大的開放程度將可使服飾内與服飾外空職合成一體。 因此’高領與低領、領帶與領巾、開襟與拉鏈及紐扣開襟方式之不同, 皆可對於上身胸部與脖部、肩部、腋下等部位產生溫度触度之調控。 另外,對於袖口部為之溫控調整處理,或為制ρ八袖、或為捲袖、 紐袖、七分袖等,皆為音應上被部與手肘溫度與溼度之調控。至於腿 部之溫控調整處理則為似褲m七分褲等方式,藉以因應 大腿部_部溫度與溼度之調控。當然於中腰部之溫控調整處理 ,亦有中空裝、簡術切績顯輪咖度之雛。 發月π理人體主要發熱部位,如心臟、腦部、服下、鼠鎮部、 財部與腳部關_張處等部位,若以透麟汗與保溫软、冷賴節 需未區分,服叙加物術㈣鮮下们所示。 15 200904347 表1、服飾之加層與開襟方式分類 部位 透濕排汗 冷熱調節 保溫禦寒 肩、脖 無肩、細肩帶 墊肩 腋下 無袖 長袖 心臟 低胸、V領 圍巾、領巾 圓領、高領 背 声背 披肩、斗篷 手肘 短袖 捲袖、七分袖 長袖、束腕 腰 中空裝 鼠蹊 裙、開稽褲 衛生褲 膝蓋 5¾、紗籠 七分褲 長褲、束踩 腳踝 拖鞋、涼鞋 機、長勒: 綜合 加件、赤裸、不同材質、 增加通風量、多層網 尼德_ U機ί性椅質 附加物1 口袋、内裏 由此表1 ,可將服飾之溫控處理方式區分為減少衣 風量、增加隱私性、增加保溫性等四類,本發明對此分類進行— 服飾於溫控處理上所欲解決的降溫程度檢側分析。 通 (1) 減少衣著量:例如七分褲、捲袖、開衩、七分袖等 (2) 增加通風量:v領、低胸、圓領、短裙等。 • (3)增加隱私性:束腕、束褲等。 (4)增加保溫性:批肩、斗篷、外加衣物等。 羽毛、中空纖維、 以下對常用於服飾的棉、絲、羊毛、聚酯、毛織、 尼龍等八種材質特性,作一簡單說明。 200904347 (Ο棉:棉質衣服在乾燥時穿著舒適,但吸水性強,在受潮後常喪 失絕緣保溫能力而不易乾。然而,在炎熱氣候時’棉質衣服通風良好 且有助於身體的散熱,在衣服透濕經擰乾再穿著時可有助於冷卻身 體,較適於乾燥炎熱地區。 (2) 絲:絲質衣服較棉質衣服容易吸收水分,且較快乾與棉質衣 服同樣的適於乾燥炎熱地區。 (3) 羊毛:天然材質中較適於登關,由於富有羊毛脂,即使受潮 亦僅吸附少量水分,在保溫快乾方面有不錯絲現,適於製作絕緣保 溫層的衣物。惟採㈣,應注意製品非脫脂的純羊毛製品。 ⑷聚醋、壓克力、聚_等人造纖維:具有質輕、不吸水及快乾 的特性’當受潮時水分雖會附著於纖維組織間的空隙,但大部分複著 於其上的水分可予擰出’故上述人造纖維製成的衣物即使潮濕亦相當 保暖、慨乾且容易清洗,足以取代羊毛製品,_作長軸衣裤及絕 緣保溫層之衣物’其中聚丙_其毛細現象特·,最義於製作排 汗層之衣物(及長袖内衣褲)。 絨(pile),才曰以聚酿、壓克力或聚丙烯等人造纖維單一材質 或數種材質__成者,轉殊編織成部在經刷毛處理,使毛茸蓮 ’故可开V成厚厚的空氣保溫層。由於質輕、不吸水、快乾且具蓮 鬆效果’遠胁羊域品,適於製舰雜溫相衣物。八 200904347 (6)羽毛(d_):目前仍為最輕最保暖的材f,但經輯及喪失保 暖絕緣的·且不脉爽’財雜難天氣穿著。 ⑺中空纖維(s_ synthetic fil删t):材制人造纖維,保 暖力來自來自纖維孔中的空氣,保暖性及壓縮性略避於羽毛製品,且 較重,但在受潮後仍具有相當的保暖力,可容易清洗,特別是用於潮 濕的天候。適於製作與羽毛製品相同的製品。 (8)尼龍:不透氣、可防風。 在考量機雛服飾之材質織法,採行特殊防護與多層彈性等以改 良著衣量以因應地球暖化時代即將來臨的今日,申請人乃針對男女性 推出可適用於寬溫帶的春秋季、夏季及冬季等三種形式的服飾,期望 以-件上衣與褲裝即可於不穿脫衣物的狀態下,藉由對服飾上可溫控 處理的部位,諸如肩部、外臂側、内臂側、側腰部、外腿部、内腿部、 背4肩狎骨處等分射以晴拉聽理,使可雄鍊之拉伸與開閉程 度控侧π部大小,以達增域減少衣轉,同時於_部加設網材 以減少皮膚與外部空間之接觸,並適度減少通風面積。 考量「人體-衣著-環境」系統’在設計開發適於寬溫帶的服錦上 之機能性_騎,需慮及「生理溫熱舒龜」贿產熱與散熱間之 平衡,維_ 3rc核溫崎韻覺,轉出转方式之「衣著系統 的三層穿法」,使實際穿著時能配合转、氣候、活動量,符合重要 18 200904347 的特性需求:適當料「濕」與「熱」、彈性、辦擦、雜柔軟、 人體工學。 此種衣著系統在配合生理溫熱舒適性方面,於人體進行各種運動 與活動時’需將體表的汗水、濕氣與缝向體外傳送,以達「生理舒 適性」’此時的貼身衣著最需克服「濕」關題,需能迅速使蒸氣或 汗水移開皮膚表面,以達乾爽並透氣保溫,、 人體皮膚與衣服之間的狹小空間為衣服内氣候區,其溫度需調控 於32±1 C,渔度50±10% RH,氣流〇. 25±〇. 15m/sec的微小範圍内, 才使著衣者維持36. 5°C之體溫而感覺舒適。 為尋求適用於寬溫帶之以—件上衣與褲裝即可於不穿脫衣物的 狀態(考量機能性服飾之材質織法,採行特殊防護與多層彈性等改良 著衣量以因應地球暖化時代的來臨)下,申請人建構一套人體偵測儀 器驗證系統,藉由對服飾上可溫控處理的部位,諸如肩部、外臂側、 内臂側、侧腰部、外腿部、内腿部、背部肩胛骨處等分別予以開襟拉 鍊處理,使可以拉鍊之拉伸與開閉程度控制開口部大小,探討衣服内 氣候區的溫度使能調控於32±rc,溼度50±10% RH,氣流〇. 25士 (U5m/sec的微小範圍内以使人體感覺舒適。 申清人綜合服飾理論、機能性服飾設計理論,並針對生活起居與 代謝率的評估,由所歸納的服飾設計原則與服飾模式,乃提出改良衣 19 200904347 物的設計模式,利用雙層結構且於人體相對容易發汗的部位開設散熱 口之改良衣物,依衣物的材質特性,對應於天候溫差之日益拉大,分 成同、中、低溫工作服,並依性別及工作性質之差異對開口部位建立 出散熱方式’可簡化例倾穿衣服步驟並有助於人體之散熱,使保留 較佳的保溫能力,使具節能、通風透氣、調節溫度、可快速排汗功能。 利用雙層結構,依人體使用需求的不同,如易發汗之身體部位,在相 對應之衣物位置設置開口拉鍊,内部縫以具透空、透氣、質輕之網狀 結構材質的布料’可依氣候變化或個人發汗時機,開啟開口拉鍊予以 散熱。使用此種改良衣物,可無須以多件衣服繁複的換穿,更可達省 能之目的。 依衣物材質及制需求的不同,洲雙層結構,對人體相對容易 發’干的部位開設散熱Π ’衣物上所需關σ部位齡標準化,個人可 隨著外在溫度之籠,依需麵觸啟賴,销化例常換穿 衣服步驟’同時保留較佳的保溫能力,利用衣物的材質特性,分成高、 中、低溫工作服關應溫差日錄朗錢,並可依性別、工作性質 之差異’對開口部位建立散熱方式,改變衣服文化。 【實施例】 為使明瞭本發明之技術触,以下請參考關,先說明本發明之 圖式簡單說明及圖號說明。 20 200904347 第一圖及第二圖為與本發明有關的衣物正面圖式,第三圖為與本 發明有關的衣物背面圖式,第四圖為開口部位圖式,其中圖號!為既 有長袖上衣、賺為既有長褲、_為開口部位暨拉鍊、圖號4為 網狀結構材質布料口袋、圖號5為網狀結構材質布料。 與本發明有關的-種著衣量經改良的單件上衣與裤裝衣物,尤指 採行吸濕排汗速乾織物的雙騎構,且於人體相對容祕汗的諸如心 臟或腦部位置’或如腋下、鼠駿部或關節彎取之處肢體交疊隱蔽位置 較不易受外界氣流降溫之區域’如腋下、鼠_或關節彎取之處人體 較易排汗散濕的部位開設開口拉鍊,内部縫以具透空、透氣、質輕之 網狀結構材質布料的散熱口而成之改良衣物,使在貼身排汗層的纖維 本身具不吸水而能快乾的特性的第一層與皮膚之間需保持恰當的空 ]乂利通風彻體溫’以改良著衣量而因應寬溫帶的春秋季、夏 季及;季等刀成π、中、低溫卫作服;男女春秋季的單件上衣與褲裝 衣物上衣服飾的材質以排和長袖休閒杉為主;長裤材質為p〇L詹 皿暖5周可呼吸的布料。長褲材質為_尼龍混訪以你丨卿; ;季服飾的上衣材為為减能保暖休閒杉,能以—件上衣與裤裝 P可於不穿脫衣物的狀態下,可簡化例常財衣服轉並有助於人體 散…使保留較佳的保溫能力,可無須以多件衣服繁複的換穿,使 具節能、通風透氣、調節溫度、可快速排汗功能。 200904347 分析例 申明人對以透輯汗與保溫禦寒、冷熱調節需求區分,由服飾之加 ” 1襟方式進仃降溫程度檢側分析。為使明瞭本發明之技術特徵, 先針對服飾之加層與開襟方式進行降溫程度的檢側分析。 一、服飾之加層與開襟方式進行降溫程度的檢側分析 以下先針對服叙加層與卿方式進行降溫程朗檢齡析,其結果 以服飾之加層與_方式配合人體部位而得的透麟汗與保溫紫 寒、冷觸娜,™地⑽歐蝴_方式間的 關係。檢測各部位之溫度係湖紅外線龜溫絲像分析儀(颜〇 TVS-610型)進行。 二、針對人體部位鎌飾之加層與_方柄得崎_汗效果 之所示。 2、透濕排汗乂 2. The light surface temperature of the tiny surface of the human skin is the m value, which is an important indicator of the human body. 3. The amount of latent heat transfer from the human body to the feet. The most sturdy, the second in the shoulder, the squirrel again. 4. The main heating parts of the human body, including the dry, sputum, underarm, groin, and joint flexion. Generally, the way to solve the temperature variability should be taken in the way of wearing the multi-layered clothes. In general, if you only have one piece of clothing, you need to start with a proper dress to bring warmth, comfort and convenience. And how to wear a light warmer, you can understand the "three-layer skin" dressing method by the principle of heat preservation: 1. Quickly separate the sweat, reduce the dry surface and evaporate on the reading surface. 2. Thicken the air insulation layer. 3. Prevent wind and rain from taking away (9) insulation layer. That is, the double-layer structure of perspiration, insulation, and wind-proof moisture-wicking and quick-drying fabric is 9 200904347. The first layer: the sweat-wicking layer, usually long underwear, need to be well ventilated to keep the body cool and not hot. . Need to ask for the fiber of the clothes itself. And the water enables quick-drying characteristics; and the capillary phenomenon needs to be strong enough to allow moisture and sweat to be absorbed to the outer surface of the clothing, so that the sweat does not directly on the skin surface: the miscellaneous causes the water to be water, but this The color of the clothing of row (4) should be light-colored to reduce the heat of the wheel. The second layer of skin: insulating insulation layer, mainly thickened air layer. This layer of yang needs to be able to accumulate dry air to cause the air insulation layer to be thicker and more insulating. Match the temperature and activity level. The material requires no water absorption, the material has a high ability to accumulate air, and the fluffyness is good. _ In the cap or outer layer of the clothing, it is advisable to use a dark point of view. The third layer of skin; weatherproof protective layer, mainly to protect the effect of the insulation layer, choose the weatherproof layer made of waterproof and breathable material, can prevent the wind and rain from invading, can also discharge the water vapor of the body, greatly improving both inside and outside Wet condition. The above-mentioned body sweat-wicking layer is preferably a quick-drying textile which uses moisture wicking. The problem of sweat production and rotation is an important factor in comfort. There are three steps to quickly move the water and the scales: (1) As soon as possible, the sweat is wicked away from the skin and keeps the body surface dry. (2) As soon as possible, absorb sweat and temporarily flow into the buffer zone. (3) By the wind of the body temperature and the wind of the outside air, the evaporation of sweat to the outside air. 10 200904347 As for the insulation layer, it is the intermediate layer in the middle of the clothing, which is located outside the body layer. Its thermal insulation layer includes passive, active and regulated. Miscellaneous planting and stopping people's miscellaneous # Loss, by means of stagnation money in the clothes or coating _ reverse material to achieve the insulation effect, when the thermal insulation or thermal insulation of the clothing material is higher, the thermal conductivity coefficient is smaller. The best low thermal conductivity material is two gas. The more air in the fabric when the air is not flowing, the better the heat preservation. The greater the thickness, the less heat is lost per unit time and the greater the heat insulation rate. Therefore, the hollow fiber and the autonomous air-regulating clothes are applied to the air layer to maintain the heat retention function. In the positive mode, the far-infrared rays in the electromagnetic wave are used, and the electromagnetic wave having a wavelength of 4 to 1 〇〇〇//m, wherein the beneficial portion for human health is 8 to 14^m. The blending method uses a phase change substance to regulate the body temperature, and the microcyst technology contains a dynamic climate control pot. The temperature of the pot phase is changed. The heat is changed by heat or silk to make the body cool or gentle. The stable temperature range keeps the microclimate in the clothing at a constant temperature. As for the third layer of the weatherproof protective layer, in order to face the outer layer of the wind-proof water-repellent or moisture-permeable waterproof function, it is hoped that the gaseous sweat produced by the body will diverge from the inside of the clothes without the feeling of sultry heat. It also checks the penetration of the external rainwater. The principle is to use the diameter of the porous membrane bonded to the fabric to be controlled between about 2~1〇ym, which is between the water vapor molecular diameter . 0004# m and the rainwater molecule. The principle between the diameters to achieve the effect of passing water vapor to prevent rainwater from entering. Keep proper space between the first layer of the sweat-wicking layer and the skin, so that the Litton 200904347 wind-regulating body (4) can be organized by cloth (for example, using a mesh hole), empty needles, short fibers, etc. The organization of the 丨 Μ Wei's organization can play such a function. The well-known Nike touches (10) the granules on the surface of the fabric, so that it does not stick when sweating, and can absorb the water to adjust the body temperature. And can form a micro-climate space on the body surface, maintain ventilation, ventilation, and enhance the effect of regulating body temperature. Weaving & density and cloth weight have a great correlation with heat preservation, moisture transmission and gas permeability. Depending on the application and climate, the cloth weight after finishing is usually used in the following ranges: (1) Underwear: 100~170g/m2 (2) net jerseys, sportswear, etc.; 15 (M90g/m2 for three-layer dressing discussion, there is currently a trend of "merging", from multi-functional composite to the fusion of fashion and function, coexistence of polarization (moisture absorption) The combination of the inner and outer layers of the clothing system and the inner and outer layers of the clothing system will make it more versatile and versatile. It can adapt to different environments and activities and attract more consumers. From the above analysis, it can be known that insulation and insulation The air layer plays an important role in the apparel. If there is an inflatable air cushion in the summer, it will increase the thermal insulation performance. If the air layer is sandwiched in the thin spring and autumn, the thermal insulation will be higher than a thick one. The insulation effect brought by the clothes will help to achieve the heat preservation function when the inner layer of the air layer is attached in the winter. In the era of the global warming era, it is necessary to consider the material weave of the functional clothing. Only with Layer elasticity and other feasible strategies to improve the amount of clothing, suitable for wide-temperate 200904347 clothing. Today, the era of global warming will be wide-temperate climate, that is, summer temperature is dry and hot, and the temperature difference between spring and night is large. Under the influence of irregular cold current and heat wave, the climate variability is large every week, and the winter is long-term warm, but the snowstorm is intense. In view of this, the present invention integrates the above-mentioned clothing theory and functional clothing design theory, and concludes the following clothing. Design principles: 1. Summer clothing should achieve antibacterial, deodorant, anti-ultraviolet, moisture wicking function. 2. Rainy season clothing should achieve the function of moisture permeability and waterproof. 3. Winter clothing should achieve the function of heat storage and heat preservation. Air-cushioned clothing can increase the thermal insulation performance. 5. In the spring and autumn, the air layer is sandwiched between two layers of thin clothes. 6. The inside of the season with the inner layer of air layer can achieve the heat preservation function. 7. Labor time should be active and ventilation. Clothing-based. With the evaluation of the transfer and metabolic rate, it is recommended to make four clothing modes. 1. Material mixing mode; body chest σ. 卩 position and the money 01 part The heat storage and heat preservation material is made of _-stretched material at the joints of the arms and the joints of the knees. In other parts, the moisture-absorbing and wicking material is formed by the weaving method of the mixed weaving pattern. 13 200904347 2. Loose and easy to close If there is a sufficient width of air between the human body and the clothing, it will help the human body to enjoy the comfort of the external climate and the surface of the sweat perspiration. When the outside temperature is cold and the perspiration is dry, it will fit. The clothes are more comfortable to produce. This mode is to zip the outer sleeve side and the outer side of the leg to form the width of the condensed sleeve tube and the leg tube, and the elastic band, the buckle belt, the button, the zipper or the belt. Designed to be elastically cuffed in cuffs, trousers and belts. This mode is suitable for spring-autumn labor, or when the temperature difference between day and night changes, depending on the ambient temperature variation of about 5 °C. 3. Folded casual mode will be the loose dress of long sleeves and trousers, fold up to the position of the upper arm to the thigh, and use the adhesive tape to turn the original cuff and the cuffs to the shoulder and long. Temporarily fixed at the pocket of the trousers. This mode also contributes to the environmental temperature variation of about 5 °C when working in spring and autumn, or when the temperature difference between day and night changes. 4. The porous mode is in response to the high heat and drought in summer, when the human body's fishing line is dehydrated, and the surface skin feels that the airflow needs to bring a cool feeling, the county may not have a privacy dispute area to make a pepper-shaped opening for bionics. The concept of learning uses the method of opening and closing pine cones on clothing. 200904347 Temperature control analysis of the opening part of the clothing. The air is circulated through the empty space. The clothing is also like a living human body. It is often necessary to exhale. 2' and introduce fresh air to replace bad air and moisture. The space oxygen supply process is extremely inhaling fresh air. When choosing materials for ventilation and oxygen supply, it is extremely good for the body to provide a good ecological environment, which not only makes the body more comfortable but also healthy. The collar sigma and the sputum system provide a natural opening for oxygen exhalation in the body, and a larger degree of openness will allow the interior of the garment to be integrated with the outer space of the garment. Therefore, the difference between the high collar and the low collar, the tie and the scarf, the opening and the zipper and the button opening method can control the temperature of the upper body chest and the neck, the shoulder, the armpit and the like. In addition, for the cuff portion for the temperature control adjustment process, or for the production of ρ eight sleeves, or for the sleeves, button sleeves, seven-point sleeves, etc., are the tone and the elbow temperature and humidity control. As for the temperature control adjustment of the legs, it is a method such as pants and cropped trousers, so as to adjust the temperature and humidity of the thigh. Of course, in the mid-waist temperature control adjustment process, there are also hollow and simple cuts.发 π 理 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 人体 π π π π π π π π π π π π π π π π π π π π π π π π π π Syrian creatures (4) are shown below. 15 200904347 Table 1, clothing layering and opening method classification parts moisture wicking cold heat regulation insulation cold shoulder, neck shoulderless, thin shoulder strap pad shoulder squat sleeveless long sleeve heart low chest, V-neck scarf, scarf round neck, high Collared back shawl, cloak elbow short-sleeved sleeves, seven-quarter sleeves long sleeves, beamed wrist hollow hollow squirrel skirt, trousers sanitary trousers knees 53⁄4, sarong pants, trousers, trousers, sandals, sandals, Changle: Comprehensive additions, naked, different materials, increased ventilation, multi-layer mesh Nieder _ U machine Ø sexual chair add-on 1 pocket, inside the table 1 can be divided into clothing to reduce the temperature control treatment In the four categories of air volume, increased privacy, and increased heat preservation, the present invention conducts this classification--analysis of the degree of cooling of the clothing to be solved in temperature control processing. Pass (1) Reduce the amount of clothing: for example, cropped trousers, rolled sleeves, slits, three-quarter sleeves, etc. (2) Increase ventilation: v-neck, low-cut, round neck, short skirt, etc. • (3) Increase privacy: bundles, trousers, etc. (4) Increase insulation: shoulders, cloaks, and extra clothing. Feathers, hollow fibers, and the following eight characteristics of cotton, silk, wool, polyester, wool, nylon, etc., which are commonly used in clothing, are briefly explained. 200904347 (Cotton cotton: cotton clothes are comfortable to wear when dry, but they are highly absorbent. They often lose insulation and heat insulation after damp. They are not easy to dry. However, in hot climates, 'cotton clothes are well ventilated and help the body to dissipate heat. It can help to cool the body when the clothes are permeable and rewritable, and is more suitable for drying in hot areas. (2) Silk: Silk clothes absorb moisture more easily than cotton clothes, and are quicker to dry than cotton clothes. Suitable for dry and hot areas. (3) Wool: It is more suitable for customs in natural materials. Because it is rich in lanolin, it only absorbs a small amount of water even if it is damp. It has a good appearance in terms of heat preservation and quick drying. It is suitable for making insulating insulation layer. Clothing (only), should pay attention to the non-defatted pure wool products of the product. (4) vinegar, acrylic, poly _ and other man-made fibers: light, non-absorbent and fast-drying characteristics 'When moisture is attached, it will adhere In the gap between the fibrous tissues, but most of the moisture replenished on it can be unscrewed. Therefore, the clothes made of the above-mentioned rayon are quite warm, dry and easy to clean even if wet, which is enough to replace the wool products. , _ for long-sleeved underwear and insulation insulation clothing 'in which polypropylene _ its capillary phenomenon special, the most suitable for the production of sweat-wicking clothing (and long-sleeved underwear). Cash (Pile), only to brew, Acrylic or polypropylene rayon single material or several kinds of materials __ into the body, the transfer of the woven part into the bristles, so that the hairy lotus 'can open V into a thick air insulation layer. Because of the light weight It does not absorb water, is quick-drying and has a lotus-spinning effect. It is suitable for the production of miscellaneous temperature-phase clothing. Eight 200904347 (6) Feather (d_): It is still the lightest and warmest material f, but it is still In addition to the loss of warm insulation, and not fluent, it is difficult to wear in weather. (7) Hollow fiber (s_synthetic fil deleted t): rayon made of material, the heating power comes from the air from the fiber hole, the warmth and compression are slightly It is heavier than feathers, but it still has considerable warmth after damp. It can be easily cleaned, especially for wet weather. It is suitable for making the same products as feather products. (8) Nylon: airtight, It can be protected from the wind. Special consideration is given to the material weave of the young clothes. Multi-layer elasticity, etc. to improve the amount of clothing to cope with the coming of the era of global warming, the applicant is launching three types of clothing for men and women that can be applied to wide-temperate spring, autumn, summer and winter. The trousers can be placed on the garment without temperature control, such as the shoulder, the outer arm side, the inner arm side, the side waist, the outer leg, the inner leg, the back 4 The scapula is equally divided to give a clear hearing, so that the stretching and opening and closing of the male chain can control the size of the π part to reduce the clothing rotation, and at the same time, the net is added to the _ part to reduce the skin and the outside. Space contact and moderate reduction of ventilation area. Considering the "human body-clothing-environment" system's function in designing and developing clothing for wide-temperate belts_ riding, it is necessary to consider the "physiological warming and tortoise" bribe heat The balance between the heat and the heat, the dimension _ 3rc core temperature and the sense of sensation, the transfer method of the three-layer dressing system of the clothing system, so that the actual wear can match the rotation, climate, activity, in line with the characteristics of the important 18 200904347 : Appropriate materials "wet" and "hot", bomb , Do rub, miscellaneous soft, ergonomic. This kind of clothing system cooperates with physiological warmth and comfort. When the body performs various sports and activities, it needs to transmit the sweat, moisture and seams of the body surface to the outside to achieve "physiological comfort". The most need to overcome the "wet" problem, it is necessary to quickly remove the vapor or sweat from the surface of the skin to achieve dryness and breathable insulation. The narrow space between the human skin and the clothes is the climate zone inside the clothes, and the temperature needs to be regulated at 32. ±1 C, the degree of fishing is 50 ± 10% RH, the airflow is 25 25 ± 〇. Within a small range of 15 m / sec, the wearer maintains the body temperature of 36. 5 ° C and feels comfortable. In order to find a wide-temperate belt, the tops and trousers can be worn without clothes (consider the fabric weaving of functional clothing, adopt special protection and multi-layer elasticity to improve the amount of clothing to cope with global warming. Under the advent of the times, the applicant constructed a human body detection instrument verification system, which can be temperature-controlled on the clothing, such as the shoulder, the outer arm side, the inner arm side, the side waist, the outer leg, and the inner part. The leg and the back shoulder blade are respectively opened and zippered, so that the size of the opening can be controlled by the stretching and opening and closing degree of the zipper, and the temperature of the climate zone in the clothes can be adjusted to 32±rc, humidity 50±10% RH, airflow. 〇. 25 士(U5m/sec in a small range to make the human body feel comfortable. Shen Qing people's comprehensive clothing theory, functional clothing design theory, and for the assessment of living and metabolic rate, from the generalized clothing design principles and apparel The mode is to propose a modified clothing 19 200904347 design mode, using a double-layer structure and improving the clothing in the part where the human body is relatively easy to sweat, according to the material characteristics of the clothing, The temperature difference between the weather should be widened, divided into the same, medium and low temperature overalls, and the heat dissipation method should be established for the opening according to the difference of gender and work nature. This can simplify the step of dressing clothes and help the body to dissipate heat, so that it can be retained. Better insulation capacity, energy saving, ventilation, temperature adjustment, quick wicking function. Double-layer structure, depending on the needs of human body use, such as sweaty body parts, open zipper at the corresponding clothing position The inner seam is made of fabric with air-permeable, breathable and light-weight mesh structure. It can be cooled according to climate change or personal sweating time. Open the zipper to dissipate heat. With this improved clothing, it is not necessary to replace multiple pieces of clothes. Wear, even more energy-saving purposes. Depending on the material and system requirements, the two-layer structure of the continent, the body is relatively easy to send 'dry parts to open heat Π' clothing on the σ part of the age standardization, personal can follow The cage of external temperature, according to the needs of the face, the sales often change the clothes step 'while retaining better insulation capacity, using the material of the clothing Sex, divided into high, medium and low temperature overalls, the temperature difference should be recorded in the daily, and the difference in the nature of the work can be used to establish a heat dissipation method for the opening part and change the clothing culture. [Examples] In order to clarify the technical touch of the present invention The following is a brief description of the drawings of the present invention and a description of the drawings. 20 200904347 The first and second figures are front views of the clothes relating to the present invention, and the third figure is the clothes related to the present invention. The rear view, the fourth picture is the opening part pattern, wherein the figure number is for the long-sleeved top, earning the existing trousers, _ for the opening part and the zipper, Figure 4 is the mesh structure material cloth pocket, figure number 5 is a mesh structure material cloth. Related to the present invention - a single-piece top and trousers with improved clothing, especially the double riding structure of moisture wicking and quick-drying fabric, and relatively close to the human body The location of the sweat, such as the heart or brain position, or where the limbs overlap and the concealed position is less susceptible to cooling by the external airflow, such as underarms, rats, or joints. The human body is more likely to wick away perspiration The opening part has an open zipper, and the inner part is made of a ventilating opening made of a mesh material having a transparent, breathable and light-weight mesh structure, so that the fiber in the sweat-wicking layer itself has the function of not absorbing water and being quick-drying. Between the first layer and the skin, it is necessary to maintain an appropriate space] to ventilate the body temperature to improve the amount of clothing and to respond to the wide temperate spring and autumn, summer and seasons, and other knives into π, medium and low temperature guards; The spring and autumn single-piece tops and trousers are mainly made of platoons and long-sleeved casual cedars; the trousers are made of p〇L, which is warm for 5 weeks. The trousers are made of _ nylon mixed with your 丨 ;;; the tops of the seasons are for the energy-saving warm leisure cedar, which can be used in a state where the tops and trousers can be worn without being undressed. The change of the clothes can help the body to disperse... so that the better insulation capacity can be retained, and it is not necessary to replace the clothes with multiple pieces, so that the utility model has the advantages of energy saving, ventilation, ventilation, temperature regulation and quick sweating. 200904347 The analysis of the example shows that the person distinguishes between the needs of the sweat and the heat preservation and the cold and heat regulation, and the side of the clothing is added by the method of “adding the clothing”. In order to clarify the technical features of the invention, the layering of the clothing is firstly applied. The side-by-side analysis of the degree of cooling with the method of opening up. I. Analysis of the degree of cooling of the layer of clothing and the method of opening the sampan. The following is the analysis of the age of the grading and the method of the grading of the squad, and the results are based on the clothing. The relationship between the layer and the _ way to match the human body part of the translucent sweat and the insulation purple cold, cold touch Na, TM ground (10) European butterfly _ mode. Detect the temperature of each part of the lake infrared turtle temperature wire image analyzer (Yan 〇TVS-610 type). Second, for the body part of the 镰 之 之 与 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

採用liT領無養,細肩 0.5服飾 測試結果: 環境溫度28.7°c、臉溫31.9°c、溫差3 2°(:;頸部溫度34.1°(:、溫差5.4。(:;前 胸部溫度33.4°C,溫差4.7t ;裸露肩 :溫度赋、溫差為5.代;手肘關 jjg^31.4C、溫差2.7°C ; 22 200904347Using liT collar no support, thin shoulder 0.5 clothing test results: ambient temperature 28.7 ° c, face temperature 31.9 ° c, temperature difference 3 2 ° (:; neck temperature 34.1 ° (:, temperature difference 5.4. (:; front chest temperature 33.4 °C, temperature difference 4.7t; bare shoulder: temperature assignment, temperature difference is 5. generation; elbow off jjg^31.4C, temperature difference 2.7 °C; 22 200904347

細肩 ______=帶服飾 測試結果 環境溫度28.4°c、臉溫3ι.8^、 4上;,溫度34吖、溫差6·3;;前 胸。Ρ溫度33.5C,溫差〇.9〇c .Thin shoulders ______=With clothing test results Ambient temperature 28.4 ° C, face temperature 3 ι. 8 ^, 4 on;, temperature 34 吖, temperature difference 6.3;; front chest. Ρ Temperature 33.5C, temperature difference 〇.9〇c.

c ’·裸露肩部與否之溫差 為4.9°C ;上手臂近腋下部 為31.9°C,溫差為3.5。(:; 服飾表面溫度27.4。(:、溫差 -1.0°C 手肘 服鄉 測試結果: 4^. g見/皿度29.0C '臉温3l r>c、溫差2·溫差為3.8;>c 頸部溫度34 Hu (環境溫度27坑、臉溫3 /孤差4 ;裸露肩部h2C、溫差3·4。0 ;未裸露 差為4.4°C ;上手臂近肩部為29·8。0,溫差為2.0 腹下部溫度 裸露—一“ 至溫差5·4 ;裸露肩部為16°C) Ϊ下部溫度32耽、溫差3犹;服飾 表面溫度26.2t、溫差-18t 部與否之溫Ο 服飾 測試結果:g免溫度29耽、臉溫3l Jt、溫差2· df。”·4;裸露肩部 咖度33.4C、溫差為4.4t ;上手 ,下部溫度32.8°C、溫差3從:服飾 表面溫度26.2°C、溫差_i耽 採用 測試結果: _ ^竟溫度26.8°C、著圓領長袖時未露 肩。P為28.9t,溫差為2lt,上臂 部M283t、溫差吹;下 手掌 與左列裸露肩部溫度33. 23 200904347 部表面溫度為28.TC,溫差1.3°c ;當 捲袖時’下手臂部溫度31.6X:、與未 捲袖時溫差為4.0°C ;手掌部表面溫度 為29.8°C ’與未捲袖時溫差為L7〇c ; 著七分柚之下手臂部溫度30.2。(3、與 環境溫度28.2。(:之溫差為2.〇。(:;著短 袖之下手臂部溫度32.lt、與環境溫 度28.4°C之溫差為3.7°C。 ----- 鼠蹊 採用紗籠長裙、短裙、短椁降低鼠蹊 部體溫’增加皮膚與通風氣流接觸可 能性之服飾》 測試結果: 環境溫度30.0°C、鼠蹊部以上部位之 長褲表面溫度27.8°C,膝蓋以上部位 之長褲表面溫度26.9。(:,膝蓋部位之 長褲表面溫度為26.1°C,膝蓋以下部 位之長裙表面溫度24.8°C,捲褲管後 腿部溫度為32.5。(:,腳踝為28. 9°C, 均偶助於腿部之降溫。 ----- 膝蓋 採用短#上捲的服飾, 測試結果: 環境溫度29TC、膝蓋以上部為之長 裙表面溫度26〜2Tt,膝蓋以下部位之 長裙表面溫度23〜24°C,裙蠛部位裸露 ^溫度為28°C,與環境温度溫差為·2. 0C ;短褲表面溫度為25处、大腿為 3〇,8t,膝蓋為30。(:,小腿為32 5«c, ^5^;助於腿部之降溫。 拥p綠 採用短褲上捲的服飾, ---- 綜合 力:件’赤裸,不同材質 多層網 ~ — 紗’棉,毛,麻, 附加物c ’·The temperature difference between bare shoulders is 4.9°C; the lower part of the upper arm is 31.9°C, and the temperature difference is 3.5. (:; clothing surface temperature 27.4. (:, temperature difference -1.0 °C elbow clothing test results: 4 ^. g see / dish 29.0C 'face temperature 3l r> c, temperature difference 2 · temperature difference is 3.8; > c neck temperature 34 Hu (ambient temperature 27 pits, face temperature 3 / orphan 4; bare shoulder h2C, temperature difference 3.4. 0; no bareness difference is 4.4 °C; upper arm near shoulder is 29.8. 0, the temperature difference is 2.0 The temperature in the lower part of the abdomen is bare - one "to the temperature difference of 5.4; the bare shoulder is 16 ° C) The lower part of the temperature is 32 耽, the temperature difference is 3 ;; the surface temperature of the clothing is 26.2t, and the temperature difference is -18t.服饰 Clothing test results: g free temperature 29耽, face temperature 3l Jt, temperature difference 2·df.”·4; bare shoulders 33.4C, temperature difference is 4.4t; get started, lower temperature 32.8°C, temperature difference 3 from: Apparel surface temperature of 26.2 ° C, temperature difference _i 耽 test results: _ ^ actually temperature 26.8 ° C, with a round neck long sleeves without shoulders. P is 28.9t, temperature difference is 2lt, upper arm M283t, temperature difference blowing; lower palm The bare shoulder temperature with the left column is 33. 23 200904347 The surface temperature is 28.TC, the temperature difference is 1.3°c; when the sleeve is rolled, the lower arm temperature is 31.6X: the temperature difference is 4.0°C when the sleeve is not rolled; the palm is table The temperature is 29.8 °C' and the temperature difference between the unrolled sleeves is L7〇c; the temperature of the arm under the seven-point pomelo is 30.2. (3. The ambient temperature is 28.2. (The temperature difference is 2. 〇. (:; short The temperature difference between the arm part under the sleeve is 32.lt and the ambient temperature is 28.4 °C is 3.7 °C. ----- The squirrel uses a sarong dress, a short skirt, and a short squat to reduce the body temperature of the squirrel' to increase the skin's contact with the ventilation airflow. Probability of the clothing test results: The ambient temperature is 30.0 ° C, the surface temperature of the trousers above the groin is 27.8 ° C, and the surface temperature of the trousers above the knee is 26.9. (: The surface temperature of the trousers at the knee is 26.1 ° C, the surface temperature of the long skirt below the knee is 24.8 ° C, and the temperature of the back leg of the rolled pants is 32.5. (: The ankle is 28. 9 ° C, which even helps the cooling of the legs. ----- Knee adoption Short #上卷的服饰, test results: ambient temperature 29TC, the upper part of the knee is the surface temperature of the long skirt 26~2Tt, the surface temperature of the long skirt below the knee is 23~24°C, the skirt part is exposed ^the temperature is 28° C, the temperature difference with the ambient temperature is · 2. 0C; the surface temperature of the shorts is 25, the thigh is 3〇, 8t, knee is 30. (:, calf is 32 5«c, ^5^; help the lowering of the legs. Cong p green with shorts and rolls of clothing, ---- Comprehensive: pieces 'naked , multi-layer mesh of different materials ~ — yarn 'cotton, wool, hemp, add-on

丹郎能、通 虫’溫度及快速排汗魏1對的保溫禦寒效果則如表娜 示0 24 200904347 三、針對人體雜以服飾之加層朗襟方 汀件的保溫禦寒效果如表 3戶斤示0 、 表3、保溫禦寒效果 ϋ 寒 ·~--- —---- /Μ. ^ΤΓ 1 ——---------— 肩,脖 採用低領域,細騎棉 5服飾 I、 測試結果: 巧境溫度28.7&lt;t、臉溫3〗9〇c、温差3 2C :頸部溫度34.lt、溫差5.4°C ;謂 胸部溫度33.4。(: ’溫差4.7乞;裸露肩 ^溫度34.2 C '溫差為5.4。(:;手肘關 節溫度3].4°C、溫差2_7°C ;麟表面 溫度29.2t、溫差〇.5t ι· f、脬、頸部之保溫採用 两領服飾另加圍巾。 測試結果: •。環境溫度27_rC、臉溫31.4丨 C、溫差4.3°C ;頸部之高 領表面溫度26.5t、溫差-’·前胸部溫度29.7 C ’溫差2_6°C ;另加圍巾 服飾,環境溫度29 ;rc、臉 溫31.4°C、溫差5.2°C ;頸 ,之圍巾表面溫度26.5 Li差2.8&lt;t ;顯示高領 與圍巾能達到的調溫成效 當。 腋下 採用長袖 -—--1 心 採用圍巾、頸巾在保溫禦寒敫果方面 採用圓領、高領 背 3 X ______ii 採用少孔質毛料披肩'多孔會罩杉服 剛試結果: 少孔質毛料披肩 ,境溫度29.7°C、臉溫32.6t、溫差2. &gt;°C ;頸部溫度34.2°C、溫差4.5°C ;服 申表面溫度為24.4t '溫差-5.3T::裸 客上手臂部溫度28.5°C、溫差為-1.2 〕;背部發熱部位為28.7。(:,溫差為-〇°c ;顯示出採用披肩可適度反應體; 1 25 200904347 内的熱蒸散作用 多孔質罩杉服飾 環境溫度29.7°C、臉溫31.7°C、溫差2. 0°C ;頸部溫度34.lt、溫差4.4°C ;服 飾表面溫度為27.4°C、溫差-2.3°C ;裸 露上手臂部溫度28.5°C、溫差為-1.2 °C ;背部發熱部位為27.7°C,溫差為-2.0°C ;顯示出採用多孔質罩杉服飾較 少孔質毛料彼肩更能適度反應體内的 熱蒸散作用少孔質毛料披肩 手肘 採用長袖、束腕式服飾 测試結果: 環境溫度26.8°C、著圓領長袖時未露 肩部為28.9°C,溫差為2.1°C,上手臂 近腋下部溫度28.3°C、溫差1.5°C ;下 手臂部溫度27.6°C、溫差〇.8°C ;手掌 部表面溫度為28.1°C,溫差1.3°C ;當 捲袖時,下手臂部溫度31.6°C、與未 捲袖時溫差為4.0°C ;手掌部表面温度 為29.8°C,與未捲袖時溫差為1.7°C ; 著七分袖之下手臂部溫度30.2°C、與 環境溫度28.2°C之溫差為2.(TC ;著短 袖之下手臂部溫度32.1°C、與環境溫 度28.4°C之溫差為3.7°C。 鼠蹊 採用長褲,束踝包覆機能材料服飾。 有全覆式、開襟式、束腕式服飾 測試結果: 全覆式 環境溫度26.3°C、臉溫33.9°C、溫差2. 〇°C ;頸部溫度34.1°C、溫差7.6°C ;頸 部溫度34.0°C,溫差7.7°C ;服飾表面 溫度為24.7°C、溫盖-1.6°C ;手掌31.3 °C,溫差為5.0°C ; 開襟後頸部成為發熱部位為35.1°C, 溫差為8.8°C ;前胸部位31.8°C,溫差 為5.5°C ; 束腕後手肘由袖口形成通風路徑消 26 200904347 ^---- 先說明本發明之Dan Lang can, worms 'temperature and rapid wicking Wei 1 pair of insulation against the cold effect is as shown in the table 0 24 200904347 Third, for the human body mixed with clothing, layering, 襟 襟 襟 件 的 的 的 的 的 御 御 御 如斤 shows 0, Table 3, heat preservation effect ϋ cold ·~-------- /Μ. ^ΤΓ 1 ——---------- shoulder, neck with low field, fine riding cotton 5 apparel I, test results: Qiaojing temperature 28.7 &lt; t, face temperature 3 〗 9 〇 c, temperature difference 3 2C: neck temperature 34.lt, temperature difference 5.4 ° C; said chest temperature 33.4. (: 'The temperature difference is 4.7乞; bare shoulder ^ temperature 34.2 C 'The temperature difference is 5.4. (:; elbow joint temperature 3). 4 ° C, temperature difference 2_7 ° C; Lin surface temperature 29.2t, temperature difference 〇.5t ι· f The insulation of the neck and neck is made of two collars and a scarf. Test results: • Ambient temperature 27_rC, face temperature 31.4丨C, temperature difference 4.3°C; neck high neck surface temperature 26.5t, temperature difference-'· before Chest temperature 29.7 C 'temperature difference 2_6 ° C; plus scarf clothing, ambient temperature 29; rc, face temperature 31.4 ° C, temperature difference 5.2 ° C; neck, scarf surface temperature 26.5 Li difference 2.8 < t; show high collar and The effect of temperature adjustment can be achieved by the scarf. The long sleeve----1 heart is made of a scarf and a neck scarf. The round neck and the high-necked back are used in the heat preservation of the fruit. 3 X ______ii The use of a less porous wool shawl 'porous cover Results of the cedar suit: a small pore wool shawl, the temperature of 29.7 ° C, face temperature 32.6t, temperature difference 2. &gt; ° C; neck temperature 34.2 ° C, temperature difference 4.5 ° C; service surface temperature is 24.4t 'The temperature difference -5.3T:: the bare arm upper arm temperature 28.5 ° C, the temperature difference is -1.2 〕; the back heating part is 28.7. (:, the temperature difference is -〇 °c; shows the appropriate reaction with a shawl; 1 25 200904347 thermal evapotranspiration porous cedar clothing ambient temperature 29.7 ° C, face temperature 31.7 ° C, temperature difference 2. 0 ° C; neck temperature 34.lt The temperature difference is 4.4 °C; the surface temperature of the garment is 27.4 °C, the temperature difference is -2.3 °C; the temperature of the exposed upper arm is 28.5 °C, the temperature difference is -1.2 °C; the heat of the back is 27.7 °C, and the temperature difference is -2.0 °C. It shows that the use of porous cedar clothing is less porous wool, and it is more suitable for the reaction of heat evapotranspiration in the body. Less porous wool shawl elbows are tested with long sleeves and wrists. The test temperature is 26.8 °C. When the long sleeve of the round neck is not exposed, the shoulder is 28.9 °C, the temperature difference is 2.1 °C, the temperature of the lower arm is 28.3 °C, the temperature difference is 1.5 °C; the lower arm temperature is 27.6 °C, the temperature difference is 88 °C; The surface temperature of the palm is 28.1 ° C, the temperature difference is 1.3 ° C; when the sleeve is rolled, the temperature of the lower arm is 31.6 ° C, the temperature difference between the lower arm and the sleeve is 4.0 ° C; the surface temperature of the palm is 29.8 ° C, and the volume is not rolled. The temperature difference between the sleeves is 1.7 ° C; the temperature of the arm under the three-point sleeve is 30.2 ° C, and the temperature difference from the ambient temperature of 28.2 ° C is 2. (TC; with short sleeves The arm portion temperature 32.1 ° C, the temperature difference with ambient temperature of 28.4 ° C to 3.7 ° C. Groin employed trousers, beam coating functional materials ankle apparel. There are full coverage, open-type, and wrist-worn apparel test results: full-coverage ambient temperature 26.3 ° C, face temperature 33.9 ° C, temperature difference 2. 〇 ° C; neck temperature 34.1 ° C, temperature difference 7.6 ° C; neck The temperature is 34.0 °C, the temperature difference is 7.7 °C; the surface temperature of the clothing is 24.7 °C, the temperature cover is -1.6 °C; the palm of the hand is 31.3 °C, the temperature difference is 5.0 °C; the neck becomes the heat-generating part after the opening is 35.1 °C, the temperature difference It is 8.8 ° C; the front chest position is 31.8 ° C, the temperature difference is 5.5 ° C; the rear wrist elbow forms a ventilation path from the cuff 26 200904347 ^----

失,手掌溫度30.6t,較束腕前的溫 度為31.3 C ’溫差為-0.7°C,顯示束腕 能有效保溫約0.7°C 採用長褲,束踩的服飾,膝蓋與腳踩 部位為人體關節重疊與走路時亦發熱 之主要散熱排汗區域,其通風散熱排 施需求亦為較高區域。男性與女性服 飾長以婉物或長褲上捲方式為降低膝 蓋與腳踩部體溫,增加皮膚與通風氣 流接物可能性之服飾 測試結果: 腳踝 5?* 環境溫度29.7°C、鼠蹊上部位之昂褲 屌面温度27.8°C,膝蓋以上部位之長 褲表面溫度26.9t,膝蓋部位之長褲 表面溫度為溫度為26.lt,膝蓋以下 部位之長裙表面溫度24.8¾,捲褲管 後之小腿為32.5t,卿踩為28.9。(:,均 有助於腿部之降溫 ^采用短褲上 鈔’棉’毛,麻,尼龍, 混訪,雪衣Loss, the palm temperature is 30.6t, the temperature before the wrist is 31.3 C 'the temperature difference is -0.7 °C, showing that the wrist can effectively maintain about 0.7 °C. Use trousers, beam-dressing, knee and foot parts for human joints The main heat dissipation and wicking areas that are also hot when overlapping and walking are also high in ventilation and heat dissipation. Men's and women's clothing is long in the form of clothing or trousers to reduce the body temperature of the knees and feet, and increase the possibility of skin and ventilation airflow. Test results: ankle 5?* Ambient temperature 29.7 °C, upper part of the squirrel The temperature of the trousers is 27.8°C, the surface temperature of the trousers above the knee is 26.9t, the surface temperature of the trousers at the knee is 26.lt, and the surface temperature of the skirt below the knee is 24.83⁄4. The calf is 32.5t and the Qing step is 28.9. (:, all contribute to the cooling of the legs. ^ Use shorts on the banknotes 'cotton' hair, hemp, nylon, mixed visit, snow coat

實施例 ;口件’―糸裸’ 才質,增力量,. 多層網 口袋,内裡 為使明瞭本發明之技術特徵,以下請參考附圖, 圖式簡單說明及圖號說明。 第-圖及第二圖為與本發明有關的衣物正面圖式,第三圖為 與本發明有關的衣物背面圖式,第四圖為開口部位圖式,其中圖 '為枝長袖上衣、職2為既有長褲、圖齡相口部位暨拉 ^ ® _____娜树嶋質布料。 27 200904347 本發明之女性春秋裝上衣服飾於領口、肩膀、手臂外側、手臂内 側、腰側、背_拉鍊形峨酬σ,增加降溫軌可能性 之服飾。而男性春秋裝上衣服飾於領口、肩膀、手臂外侧、手臂 内側、腰側、背歡水平顯《左右_他__成網狀 開口’下射_於長褲外側與_以拉鍊形式形成網狀開口增加 降溫通風可能性0 a 男女性春秋裝之蒸散成效如表4所示。 表4 备 矣仙脖 環境溫度30.7。(;,臉部 溫度3丨.2。(:,溫差0.5 °C ;頸部溫度33.6°C, 溫差2.9。(::服飾表面 溫度25.丨。(;,溫差-5.6 °C 男性春秋裝 領口拉鍊拉 --—- ____. ___ 前胸部34.0°C,較未開 前之29.6°C,溫差為4. 4C ’顯示拉開拉鍊對 體内降溫通風具有成 效。 領口拉鍊拉開時 ~~~~ Ϊ胸部31.^^未開前之3 〇.2°C,溫差為丨.7t,顯示 拉開拉鍊對體内降溫通風 具有成效。 肩膀拉鍊拉開時 肩膀部為30.8。(;,較未 拉開前之27.41,溫差 為14°C,顯示拉開拉 鍊對體内降溫通風具 有成效。 手臂外側拉鍊全開時〜 肩膀部為27.8°C,較未拉開 前之27.7°C,溫差為〇.l°C, 顯示拉開拉鍊對逋内降溫 通風成效不大· 手背外側拉鍊全 開時 手臂外側溫度為30.8 °C ’較未拉開前之28. ,溫差為2.3t,顯 示拉開杻鍊對體内降 溫通風具有成效。 手臂外側拉鍊全開時 手臂外側溫度為30.8°C,較 未拉開前之30.6°C,溫差為 0.2°C,顯示拉開拉鍊對體内 降溫通風成效不大。 手臂内側拉練半 --- 手臂内侧溫度為30.8 手臂内侧拉鍊全拉開時 --------—---------- 手臂内側溫度為29.7°C,較 28 200904347 全拉開時 °C,較未拉開前之28 5°C,溫差為2.7°C ’手 臂内側溫度為2 8.1 °C,較未拉開前之28 5°C,溫差為-〇.4°C,顯 示拉開拉鍊對體内降 溫通風具有成效。 未拉開前之30.9°c,溫差為-1.2°C,上手臂外側溫度為3 〇.8°C,較未拉開前之30.4 C ’溫差為0.4°C,顯示拉開 拉鍊對體内降溫通風成效 不大。 手臂内侧與外侧 拉鍊半拉開時 手臂内側溫度為29.6 °C,較未拉開前之28. 5°C,溫差為2.0°C,手 臂外側溫度為3 0.5 °C,較未拉開前之28. 5°C,溫差為2.0°C,顯 示同時拉開拉鍊較僅 拉開一側拉鍊之溫差 變化為小》 沙郝仏妨公-— 用〇丨4供外土议网時 水平開口溫度為28.lt,較 未拉開前之26.6°C,溫差為-1.5°C,垂直開口溫度為26. 6°C ·較未拉開前之26.6°C, 溫差為0°C顯示拉開拉鍊較 僅拉開拉鍊對體内降溫通 風成效不大。 腰内侧拉鍊全拉 開時 腰内侧溫度為29.6 °C,較未拉開前之25. 1°C,溫差為4.5°C,顯 示拉開邀内側拉鍊對 改變局部溫差變化有 效 腿部外惻杈鍊全扳開時 腿部外侧溫度為27.2°C,較 未拉開前之29.7°C,溫差為-2.5°C,較未拉開前之25.9°C 賴示對大腿部之溫差變化 幫助較大。 長褲外側拉 鍊全開時 大腿部外側溫度為2 8.8°C,較未拉開前 之28.TC,溫差為〇. 7°C,小腿部外側溫 度為28.9°C,較未拉 開前之25.7°C,溫差 為-0.1°C。小腿部外 惻溫度為27_2°C,較 未拉開前之2 5 · 7 °C,溫差為1.5°C。 顯示拉開大腿部外 側拉鍊較拉開小腿 部對改變局部溫差 變化有效。 腿邵外側拉鍊半拉開時 腿部外側溫度為27.8。(:,較 未拉開前之29.7°C,溫差為--1.9°C,小腿部外侧溫度為2 6-8°C ·較未拉開前之25.9 °C,溫差為〇.9°C,較未拉開 前之25.9°C顯示對大腿部之 溫差變化幫助較大。 長裸内側拉 鍊全開時 大腿部内側溫度為2 9.5°C,較未拉開前 29 200904347 之28.1°C,溫差為1. 4°C,小腿部外側溫 度為29.3°C,較未拉 開前之25.7°C,溫差 為-0.3°C。小腿部外 侧溫度為26.2°C,較 未拉開前之2 5 . 7 °C,溫差為〇.5。(:。 顯示拉開大腿與小 腿部外側部外側拉 鍊較拉開内侧拉鍊 對改變局部溫差變 化有效。Embodiments; mouthpieces ─ 糸 糸 ’ 才 增 增 增 增 增 增 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层 多层The first and second figures are front views of the clothes relating to the present invention, the third figure is the rear view of the clothes related to the present invention, and the fourth figure is the opening part drawing, wherein the figure 'is a long sleeve shirt, position 2 is the existing trousers, the picture of the age of the mouth and the pull ^ ® _____ Na tree enamel fabric. 27 200904347 The female spring and autumn clothes of the present invention are decorated on the neckline, the shoulders, the outer side of the arms, the inner side of the arms, the waist side, the back zipper, and the possibility of increasing the temperature of the cooling rails. And the men's spring and autumn clothes are decorated on the neckline, shoulders, arms outside, arms inside, waist side, back Huan horizontal display "left and right _ he __ mesh opening" shot _ outside the trousers and _ zipper form a mesh The opening increases the possibility of cooling and ventilation. 0 a The effect of steaming and dispersing of male and female spring and autumn is shown in Table 4. Table 4 Prepare the 矣 脖 neck ambient temperature 30.7. (;, face temperature 3 丨.2. (:, temperature difference 0.5 ° C; neck temperature 33.6 ° C, temperature difference 2.9. (:: clothing surface temperature 25. 丨. (;, temperature difference -5.6 °C male spring and autumn The neckline zipper pull---- ____. ___ The front chest 34.0 ° C, compared with the 29.6 ° C before the opening, the temperature difference is 4. 4C 'Shows the open zipper to reduce the temperature and ventilation in the body. When the neckline zipper is opened ~~~ ~ Ϊ chest 31. ^ ^ before opening 3 〇. 2 ° C, the temperature difference is 丨. 7t, showing that the open zipper is effective in cooling the body. The shoulder zipper is 30.8 when the shoulder is opened. (;, less than Before pulling open 27.41, the temperature difference is 14 ° C, showing that the open zipper is effective for cooling and cooling the body. When the outer zipper of the arm is fully open ~ the shoulder is 27.8 ° C, compared with 27.7 ° C before the opening, the temperature difference is 〇 .l °C, shows that the open zipper has little effect on the cooling and ventilation inside the raft. The outside temperature of the arm is 30.8 °C when the outer zipper is open. The temperature difference is 2.3t, and the temperature difference is 2.3t. It is effective to reduce the temperature and ventilation in the body. When the outer zipper of the arm is fully open, the outside temperature of the arm is 30.8 °C, which is lower than before pulling. 30.6 ° C, the temperature difference is 0.2 ° C, showing that the open zipper has little effect on cooling and cooling the body. The inner side of the arm is half---the temperature inside the arm is 30.8 When the inner zip of the arm is fully opened -------- —---------- The temperature inside the arm is 29.7°C, which is °C compared with 28 200904347 when it is fully opened. It is 28 °C before the unopening, and the temperature difference is 2.7°C. 2 8.1 °C, compared with 28 5 °C before unopening, the temperature difference is -〇.4 °C, showing that the open zipper is effective for cooling and cooling the body. 30.9 °c before the pull-open, the temperature difference is -1.2 °C, the temperature outside the upper arm is 3 〇.8 °C, which is 0.4 °C lower than the 30.4 C' before the unopening. It shows that the open zipper has little effect on the cooling of the body. The inner side of the arm and the outer zipper are half pulled. The temperature inside the arm is 29.6 °C, which is 28.5 °C before the unopening, the temperature difference is 2.0 °C, the outside temperature of the arm is 3 0.5 °C, compared with the temperature before the unopened 28. 5 ° C, the temperature difference It is 2.0°C, which shows that the temperature difference of the zipper is only slightly opened when the zipper is pulled apart. The sand 仏 仏 仏 - - — — — — 供 供 供 供 供 供 供 供 供 供 供 供 供 供 供 供 供 供 供 供 供 供 供 供 供 供Pull The previous 26.6 ° C, the temperature difference is -1.5 ° C, the vertical opening temperature is 26. 6 ° C · 26.6 ° C before the unopened, the temperature difference is 0 ° C shows that the open zipper is only open the zipper to the body The effect of cooling and ventilation is not great. The inner waist temperature of the waist zipper is 29.6 °C when it is fully opened, which is 25.1 °C before the pull-opening, and the temperature difference is 4.5 °C, which shows that the inner zipper is opened to change the local temperature difference. When the effective leg outer chain is fully opened, the outside temperature of the leg is 27.2 °C, which is 29.7 °C before the opening, and the temperature difference is -2.5 °C, which is greater than the 25.9 °C before the opening. The temperature difference in the legs helps to make a big difference. When the outer zipper of the trousers is fully open, the outside temperature of the thigh is 2 8.8 ° C, which is 28. TC before the unopening, the temperature difference is 〇. 7 ° C, and the outside temperature of the calf is 28.9 ° C, which is less than before pulling. At 25.7 ° C, the temperature difference is -0.1 ° C. The temperature outside the calf is 27_2 ° C, which is 2 5 · 7 ° C before the pull-open, and the temperature difference is 1.5 ° C. It is shown that pulling the outer zipper on the outside of the thigh is more effective than changing the local temperature difference. When the lateral zipper of the leg is half opened, the temperature outside the leg is 27.8. (:, 29.7 ° C before the opening, the temperature difference is -1.9 ° C, the outside temperature of the calf is 2 6-8 ° C · 25.9 ° C before the unopened, the temperature difference is 〇.9 ° C, 25.9 ° C before the pull-opening shows that the temperature difference of the thigh is greatly helped. The inner temperature of the thigh is 2 9.5 ° C when the long open inner zipper is fully open, which is 28.1 ° before the unopened 29 200904347 C, the temperature difference is 1. 4 ° C, the outside temperature of the calf is 29.3 ° C, compared with 25.7 ° C before the unopened, the temperature difference is -0.3 ° C. The outside temperature of the calf is 26.2 ° C, less than pull Before the opening of 2 5 . 7 °C, the temperature difference is 〇.5. (:. It is shown that pulling the thigh and the outer side of the lower leg zipper is more effective than changing the local temperature difference.

本發明之女性夏裝上衣服飾於肩膀、賴、背側以拉鍊形式形 成網狀開Π ’下身服飾於長褲外側與内側以拉鍊形式形成網狀開 口增加降溫通風可能性。而紐夏裝上衣服躲肩膀、手臂外 】手#内側、腰側、背側之水平側與垂直左右兩側以拉鍊开多式 开滅網狀開D ’下身服飾於長褲外嫩關以拉鍊形式形成網狀 開口增加降溫通風可能性。 本發明之女性春秋裝上衣服飾於領口、肩膀、手臂外側、手臂内 側、腰側、背側以拉鍊形式形成網狀開口’增加降溫通風可能性 之服飾。巾男性春秋裝上衣服飾於領〇、肩膀、手臂外側、手臂 内側腰側、背側之水平側與垂直左右兩側以拉鍊形式形成網狀 開口,下身服飾於長褲外側與内側以拉鍊形式形成網狀開口增加 降溫通風可能性。 200904347 本發明之女性冬裝上衣服飾於領口、肩膀、腰側、背側以拉鍊形 式诚’雜開口’下身服胁長褲外側與㈣以拉鍊形式形成網 狀開口增加降溫通風可能性。而男性冬裝上衣服飾於領口、肩 膀、手臂外側、手臂内側以拉鍊形式形成網狀開口,下身服飾於 長裤外側與_以拉鍊形式形成峨開口增加降溫通風可能性。 【實施方式】 以下舉實施例抽說明本發明之技術魄,惟本發明之申請 專利fe圍並非受此等實施例所限定者。 實施例1 本實施例已實際製作完成著衣量紐良的單件上衣與裤裝衣 物,係採用長袖衣物(長袖上衣及長褲)予以剪裁,如第一圖〜 第三圖所示,衣物材質可依需求的不同而予選擇,於人體較易發 汗之部位,如:鎖骨、四肢、肩狎骨、和骨及臀部上緣等部位開 設散熱口’並依各部位所需的長短不同’縫製拉鍊,對鎖骨、四 肢等部位開設開口暨拉鍊3,内纖製網狀結構材質布料5,使此 等網狀結構材質布料5於脚骨、㈣及臀部上緣等部位供作口 袋4之用,即完成-套具節能、通風透氣、調節溫度、可快速排 汗功能之改良衣物。有關著衣量經改良的單件上衣與褲裝衣物之 200904347 透濕排斤與保溫紫寒、冷熱調節特性的驗證,係採用紅外線遙控 溫度熱像分析儀(AVIOTVS-610型)檢測。 實施例2 第圖〜第二圖所不,先於既有衣物上身體相對應較易發熱的 雜》又置開α,並依鎖骨、四肢、物骨、㈣及臀部上緣等部位之 長短不同’縫製拉鍊3,開口部位暨拉鍊内側縫製網狀結構材質布料 5,或將網狀結構材議5供作吻之用,可依個人仙需求,選 擇開啟拉鍊賴或保溫與否。有„衣量贿_單件上衣與禪裝衣 物之透濕排汗餘溫紫寒、冷_料性的驗證,係採耻外線遙控 溫度熱像分_ (卿TVS_6_) _。對女、雜春秋、夏裝 的蒸散成效()梅_崎咖T表㈣。其中女性春秋 裝上衣服飾於領口、肩膀、手料側、手臂内側、腰側、背側以拉鍊 形式形成峨開D,增加降溫通财紐之卿。㈣性春«上衣 服飾於^、肩膀、手臂外側、手臂内側、腰側、背側之水平側與垂 直左右兩側以拉鍊形式形成網狀開口,下身曝長裤外側與内側以 拉鍊形式形成網狀開口增加降溫通風可能性。 使用上述改良衣物時, Χ長袖衣物進行開σ,實施人體試穿試 32 200904347 驗,於開啟拉鍊時,尤其外在環境有氣流流動之情況下,更可有效的 達到散熱之功效;而於拉鍊關閉之情況下,亦可達到保溫效果。結果 顯示’僅需穿上一套此改良衣物,可簡省繁複的換穿衣物步驟,僅以 使用開口拉鍊,可調節溫度,溫差至少可達攝氏3〜5度。 【圊式簡單說明] 第一圖為與本發明有關的衣物(T-Shirt)之正面圖。 第二圖為與本發明有關的衣物(襯衫)之正面圖。 第三圖為與本發明有關的衣物之背面圖。 第四圖為與本發明有關的衣物之開口拉鍊暨内側布料的示意圖。 第五圖為與本發明有關的衣物之開口内側的口袋之示意圖。 【主要元件符號說明】 5. 既有長袖上衣 6. 既有長褲 7. 開口部位暨拉鍊 8. 網狀結構材質布料口袋 9. 網狀結構材質布料 33The female summer dress of the present invention is decorated on the shoulder, the back, and the back side to form a mesh opening in the form of a zipper. The lower body garment forms a mesh opening on the outside and the inside of the trousers in the form of a zipper to increase the possibility of cooling and ventilation. New Zealand clothes on the shoulders and arms outside the hands] #内内, waist side, back side of the horizontal side and vertical left and right sides with a zipper open multi-type open mesh to open D 'lower body clothing in the trousers outside tender zipper Forming a mesh opening increases the likelihood of cooling and ventilation. The female spring and autumn clothes of the present invention are decorated on the neckline, the shoulders, the outer side of the arms, the inner side of the arms, the waist side, and the back side, and form a mesh opening in the form of a zipper to increase the possibility of cooling and ventilation. The men's spring and autumn clothes are decorated on the collar, shoulders, arms, the inner side of the arms, the horizontal side of the back side and the vertical left and right sides to form a mesh opening in the form of a zipper. The lower body is formed in the form of a zipper on the outside and inside of the trousers. The mesh opening increases the possibility of cooling and ventilation. 200904347 The female winter clothing of the present invention is decorated on the neckline, the shoulders, the waist side, and the back side, and the zipper-shaped "hybrid opening" is used to wear the outer side of the trousers and (4) to form a mesh opening in the form of a zipper to increase the possibility of cooling and ventilation. The men's winter clothing is decorated with a mesh opening on the neckline, the shoulders, the outside of the arm, and the inside of the arm in the form of a zipper. The lower body wears on the outside of the trousers and forms a 拉 opening in the form of a zipper to increase the possibility of cooling and ventilation. [Embodiment] The following is a description of the technical scope of the present invention, but the patent application of the present invention is not limited by the embodiments. Embodiment 1 This embodiment has actually produced a single-piece top and trousers garments with a garment quantity of New Zealand, which is cut with long-sleeved clothes (long-sleeved tops and trousers), as shown in the first figure to the third figure. The material can be selected according to different needs. In the parts where the human body is more prone to sweat, such as: clavicle, limbs, shoulder blades, and the upper edge of the bones and buttocks, the heat dissipation port is opened and the length required for each part is different. Sewing zipper, opening and zipper 3 for the clavicle, limbs, etc., and mesh fabric material 5 for the inner fiber, so that the mesh structure material 5 is provided for the pocket 4 on the foot bone, (four) and the upper edge of the buttocks. Use, that is, complete - improved clothing with energy saving, ventilation and ventilation, temperature adjustment, and quick wicking function. For the one-piece tops and trousers with improved clothing, 200904347 The moisture-proof and heat-insulated purple cold and hot and cold adjustment characteristics are verified by infrared remote temperature and temperature image analyzer (AVIOTVS-610). Embodiment 2 The first figure to the second figure do not, before the body is relatively easy to heat on the existing clothes, and then open α, and according to the length of the clavicle, limbs, bones, (four) and the upper edge of the buttocks, etc. Different 'sewing zipper 3, opening part and zipper inside sewing mesh structure material cloth 5, or mesh structure material 5 for use as a kiss, depending on individual needs, choose to open the zipper or keep warm or not. There are „ clothing bribes _ single-piece tops and zen clothing, moisture wicking, residual temperature, purple cold, cold _ material verification, the Department of shame outside the remote temperature thermal image _ (Qing TVS_6_) _. For women, mixed spring and autumn, The effect of evapotranspiration in summer dress () Mei _ saki coffee T table (four). Among them, women's spring and autumn clothes are decorated on the neckline, shoulders, hand side, arm inside, waist side, back side in the form of a zipper to form a split D, increase cooling and cooling (4) Sexual Spring «The upper side of the clothes, the shoulders, the outside of the arms, the inner side of the arms, the waist side, the back side, the horizontal side and the vertical left and right sides form a mesh opening in the form of a zipper, and the lower body exposes the outer side and the inner side of the trousers with a zipper. Forming a mesh opening increases the possibility of cooling and ventilation. When using the above improved clothing, the long-sleeved clothing is opened for σ, and the human body try test 32 200904347 is tested. When the zipper is opened, especially when the external environment has airflow, It can effectively achieve the effect of heat dissipation; while the zipper is closed, the insulation effect can also be achieved. The result shows that 'only need to put on a set of improved clothes, which can simplify the complicated steps of changing clothes, just to make Open zipper, adjustable temperature, temperature difference of at least 3 to 5 degrees Celsius. [Simplified description of 圊] The first figure is the front view of the clothing (T-Shirt) related to the present invention. The second figure is related to the present invention. The front view of the garment (shirt). The third figure is the rear view of the garment related to the present invention. The fourth figure is a schematic view of the opening zipper and the inner fabric of the garment related to the present invention. The fifth figure is related to the present invention. Schematic diagram of the pocket on the inside of the opening of the garment. [Main component symbol description] 5. Both long-sleeved shirts 6. Both trousers 7. Openings and zippers 8. Mesh structure material cloth pockets 9. Mesh structure material fabrics 33

Claims (1)

200904347 九、申請專利範圍: 種著衣量线良的單件上衣與褲裝衣物,尤指採行吸濕排汗速乾 織物的雙層結構,且於人體相對容易發汗的諸如心臟或腦部位置,或 如狼下、鼠__料取之處肢體交雜蔽位置較不錢外界氣流 降溫之區域且較易排汗散濕的部位開設開口拉鍊,内部縫以具透空、 透氣、質輕之網狀結構材f布料的散熱σ而成之改良衣物,使在貼身 排斤層的纖維本身具不吸水而能快乾的特性的第—層與皮膚之間需 保持恰當的空間,以利通風、調節體溫,以改良著衣量而因應寬溫帶 的春秋季、賴冬季_高、巾、健巧服,能^件上衣與 褲裝即可於不穿脫衣物的狀態下’可簡化例常換穿衣服步驟並有助於 人體之散熱’細#_峨力,懒W紐繁複的換 穿’使具節能、通風透氣、·溫度、可快速排汗功能。 .°請專利細第1項之―種著衣量紐良的單件上衣與褲裝衣 物,其中前述排汗層之衣料顏色宜採淺色,減少輻射熱發散。 3.如申請專利朗第1項之—種著衣量經改_單件上衣與褲裝衣 物:其中前述於上身細部位與下身鼠鼷部位採用蓄熱保溫材質,於 手臂關節處與膝蓋關節處均採用彈性拉伸材質,長褲材質為_尼 龍混訪以4% -;於其他部位採用吸濕排汗材質,以混合編織模式 之織法形成夏季可㈣的衣服。 34 200904347 4.如申咕專._丨項之—種著衣量經改良的單件上衣與裤裝衣 物’上衣服飾的材f _qLARTEC質輕溫暖财呼吸的布料以排汗 長袖休閒㈣主;長㈣料p〇LARTEC _溫賴啊吸的布 枓心前祕增_邊_輸啦取谢式產生縮合 袖官與褲管紐叫,、㈣、♦拉鍊或皮帶 料成細、褲腳與腰帶之彈'_,使有助於春_動時’或日 夜溫差變化時,因應約叱之環境溫度變異。 1如申請專利範圍第1項之-種著衣量經改良的單件上衣與裤裝衣 其中㈣壯冬輪飾的上储f為高賴保暖賴杉為主;長 ?材質為POLARTEC質輕溫_可呼吸的布料。 35200904347 IX. Scope of application: A single-piece top and trousers with good clothing, especially the double-layer structure of moisture wicking and quick-drying fabric, and the body is relatively easy to sweat, such as the heart or brain. Position, or as the wolf, the mouse __ where the body is mixed, the location is less than the outside airflow cooling area and the part is more wicking and wicking open zipper, the internal seam is transparent, breathable, quality The improved fabric of the light mesh structure f fabric heat dissipation σ, so that the fiber itself in the body layer has a water-free and quick-drying property between the first layer and the skin to maintain proper space, Convenient ventilation, adjust body temperature, to improve the amount of clothing and respond to the wide temperate spring and autumn, Lai winter _ high, towel, smart clothes, can be tops and trousers can be in the state of not wearing clothes off Regularly change the clothes step and help the body's heat dissipation 'fine #_峨力, lazy W New Year's complicated replacement' to make energy saving, ventilation and ventilation, · temperature, quick wicking function. . ° Please refer to the patent item 1 for the one-piece tops and trousers of the New Zealand clothing, in which the color of the wicking layer should be light-colored to reduce the radiant heat. 3. If you apply for patent lang item 1, the amount of clothing is changed _ single-piece tops and trousers: the above-mentioned upper part and lower body squirrel parts are stored in thermal insulation material at the joints of the arms and knee joints. They are all made of elastically stretched material, and the trousers are made of _ nylon mixed with 4% -; the other parts are made of moisture wicking material, and the weaving pattern of the weaving pattern is used to form the clothes of summer (4). 34 200904347 4. For example, 咕 之 — 丨 — — — — — — — — — — 单 单 单 单 单 单 单 单 单 单 单 单 单 单 单 单 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Long (four) material p〇LARTEC _ Wen Lai ah suction cloth 枓 枓 秘 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ When the bomb '', so that it helps the spring_moving time' or the temperature difference between day and night changes, the ambient temperature variation is affected. 1 For example, in the scope of patent application, the single-piece tops and trousers with improved clothing are included. (4) The upper storage of the Zhuangdong wheel is mainly for Gao Lai warm Laishan; the long material is POLARTEC light. Warm _ breathable cloth. 35
TW96128080A 2007-07-31 2007-07-31 A cloth integrated with trousers having improved wearing. TW200904347A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI783045B (en) * 2017-09-20 2022-11-11 義大利商吉歐斯股份有限公司 Vapor-permeable insert for items of clothing and accessories, item of clothing and accessories with said insert

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI783045B (en) * 2017-09-20 2022-11-11 義大利商吉歐斯股份有限公司 Vapor-permeable insert for items of clothing and accessories, item of clothing and accessories with said insert

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