M319936 八、新型說明：一 【新型所屬之技術領域】 本創作係涉及一種應用於輸送裝置之複合式導電單 絲，尤指一種藉由内外二層複合式結構，可運用於輸送裝 置中達到將靜電導出之複合式導電單絲結構。 【先前技術】 按，一般以物體搬送用輸送裝置來搬送物體（例如， * 金屬罐體、玻璃罐、寶特瓶再生粒、樹脂成型品、樹脂原 料、電子組件等）時，輸送裝置會帶有與物體之接觸滑動 而帶靜電；通常，靜電壓只要在2KV以下，即無電擊或塵 埃吸附的問題，但樹脂製成之輸送裝置所帶之靜電有時會 達10KV以上，若對人體放電時即會造成電擊，或是週邊 環境之不同亦有導致火災的危險性，而當物體為非導電體 (絕緣物）之玻璃瓶或寶特瓶等時，雖放電時僅進行表面放 電而無電擊之虞，但亦會令人擔心因帶有靜電而使塵埃、 • 黴菌、細菌等附著，導致物體受到汙染；另外，當物體為 _ 電子組件時，其與輸送裝置接觸滑動而產生之靜電，對敏 感之電子組件非常有害，其中特殊敏感之電子組件能受小 至50伏的電勢嚴重影響，而簡單之接觸滑動已證實可產 生更高之電勢。 而雖為了對輸送裝置賦予防靜電性或導電性，亦於聚 合樹脂材混合碳纖維、碳粉、金屬纖維等，但因碳粉為黑 色，且亦有金屬纖維脫落而混入成為雜質之虞，特別是作 5 M319936 為食品、飲料的輸送裝置較為不佳。 一 另外，再以輸送具有易燃物質的工作環境裡，例如加 油站、化學工廠、瓦斯添加站等，因為靜電的破壞時常造 ‘ 成重要製程的失敗或財產的損失，更可能危害到寶貴的生 命；以一般加油站為例大都利用接地來避免靜電，相關業 者對於直營或加盟的加油站也都制定有相當嚴格的標 準，例如説，中國石油公司即要求各加油站的卸油口的接 地電阻必須在50歐姆以下，但是實務上各加油站多仍採 • 用相當傳統的接地做法。 - 習知的卸油環境中，係利用事先埋設好接地用之地樁 來消除靜電，該地樁雖然埋設當初具有甚佳的接地品質， 但經過長期的日曬雨淋，經常是鏽蝕嚴重，其間的接觸阻 抗必然很大，可能已經達到不堪使用。在這種不良接地的 情形下，工作人員很可能在裝卸油管及卸油過程中，因靜 電火花點燃油罐車或儲油槽的油氣而引發爆炸；再者，靜 電並不是靜態不變的，工作人員在接地不良的環境操作， • 根據學術報告，其人體所能攜帶的靜電瞬間最高可累積產 - 生達1. 5安培的電流。因此為了避免工安事件的發生並保 障加油站顧客、員工乃至附近居民的生命財產，實有急切 的需求以改善加油站現行接地將靜電導出之方式。 6 M319936 【新型内容】 本創作應用於輸送裝置之％ 、 - 種藉由内外二層複合式結構，/是合式導電單絲，係提供— 靜電導出之複合式導電單絲纟運用於輸送裝置中達到將 爲達上述目的，本創作之導带 及外層二層結構包覆結合而電單絲結構，其具有内層 而外層則為導電件，藉由内、其内層結構係為支撐件， 絲，該導電單絲可應用於輪送穿^複合式結構組成導電單 中輸送行走時，可將物體與中，使物體於輸送裝置 出，而保護物體不受靜電干^衣置磨擦所產生之靜電導 【實施方式】 為能使貴審查委員清楚本舍 體運作方式，茲配合圖式說明如下]作之結構組成，以及整 本創作「應用於輸送裝>二 導雷輩蛑1灶媸^楚^置之硬合式導電單絲」，整體M319936 VIII. New Description: A new type of technical field. This creation relates to a composite conductive monofilament applied to a conveyor, especially a two-layer composite structure inside and outside, which can be used in conveyors. Electrostatically derived composite conductive monofilament structure. [Prior Art] When the object is transported by an object transporting device (for example, * metal can, glass jar, PET bottle regenerated pellet, resin molded product, resin material, electronic component, etc.), the conveying device will carry There is contact with the object to slide and bring static electricity; usually, the static voltage is less than 2KV, that is, there is no problem of electric shock or dust adsorption, but the static electricity carried by the resin-made conveying device sometimes reaches 10KV or more, if the human body is discharged When the electric shock is caused, or the surrounding environment is different, there is also a risk of fire. When the object is a non-conducting (insulator) glass bottle or a PET bottle, only surface discharge is performed during discharge. The shock of electric shock, but it also causes people to be contaminated by dust, mold, bacteria, etc. caused by static electricity. In addition, when the object is an electronic component, it is electrostatically generated by sliding contact with the conveying device. Very harmful to sensitive electronic components, where sensitive electronic components can be severely affected by potentials as small as 50 volts, and simple contact slips have proven to be productive The higher the potential. In order to impart antistatic properties or electrical conductivity to the transport device, carbon fibers, carbon powder, metal fibers, and the like are mixed with the polymer resin material. However, since the carbon powder is black, the metal fibers are detached and mixed into impurities, particularly It is 5 M319936, which is a poor delivery device for food and beverages. In addition, in the work environment with flammable substances, such as gas stations, chemical plants, gas addition stations, etc., because of the destruction of static electricity, it is often the failure of an important process or the loss of property, which is more likely to endanger valuable. Life; in the case of general gas stations, most of them use grounding to avoid static electricity. Relevant operators have set strict standards for gas stations that are directly operated or joined. For example, China National Petroleum Corporation requires the oil discharge ports of various gas stations. The grounding resistance must be below 50 ohms, but in practice, more gas stations still use a fairly traditional grounding practice. - In the conventional unloading environment, the grounding piles are used to eliminate static electricity. Although the piles have excellent grounding quality at the beginning, they are often rusted after long-term sun and rain. The contact resistance between them must be large and may have been unsatisfactory. In the case of such poor grounding, the worker is likely to cause an explosion due to the oil and gas of the fuel spark tank or the oil storage tank during the loading and unloading of the oil pipe and the unloading; in addition, the static electricity is not static and does not work. Personnel operating in a poorly grounded environment, • According to academic reports, the static electricity that can be carried by the human body can accumulate up to a maximum of 1.5 amps. Therefore, in order to avoid the occurrence of industrial safety incidents and to protect the lives and property of gas station customers, employees and nearby residents, there is an urgent need to improve the current grounding of the gas station to discharge static electricity. 6 M319936 [New content] This creation is applied to the conveyor unit. - It is a two-layer composite structure with internal and external, / is a combined conductive monofilament, which provides - a composite conductive monofilament that is electrostatically derived for transport in a conveyor. To achieve the above purpose, the guide tape of the present invention and the outer two-layer structure are combined and the electric monofilament structure has an inner layer and the outer layer is a conductive member, and the inner layer and the inner layer structure are support members, wires, The conductive monofilament can be applied to the wheel passing through the composite structure to form a conductive single in the transportation, when the object can be placed in the middle, so that the object is discharged from the conveying device, and the static electricity generated by the electrostatic drying device is protected from rubbing. Guide [Embodiment] In order to enable your review committee to understand the operation mode of the house, the structure of the following is explained in the following diagram, and the whole creation is applied to the transport equipment> two guides Lei 蛑 1 stove 媸 ^ Chu ^ set of hard-conducting conductive monofilament", the whole
圖所示’其具有内層及外層二層結 構匕復、、，wS而成’其㈣結構係為切件u，該支撐件 11可以為鋼性較大之_材質，如：PET(pGlyethyle—ne terephthalate ，聚對苯二甲酸乙二酯）、 PPT(polypropylene terephthalate，聚對苯二甲酸丙二 酉曰）、PP(polypropylene ’ 聚丙稀）、PE(polyethylene， 聚乙稀）、TPE(thermoplastic polyester elastomer，聚 酉旨彈性體）、PBT(polybuty leneterephthalate，聚對苯二 甲酸丁二醋）或PA nylon(polyamide’聚醯胺尼龍）’而 M319936 外層則為導電件1 2，其導電件】9 炎 \電牛12 了以為金屬材質，如釾， 外層複合式結構組成導電單絲1， 性較大之支撐件1卜使整體導電單絲1之結 冓強又較面不易被扯斷’並*由内層導 性，可使整體導電單絲i具有導電之功用午。2之―電特 之導3:=仏如第二圖之實施例所示，係利用本創作 ^、41成輸运裝置之結構立體圖，其利用複數導電 早、、、糸1以平織或針織方式形成環狀結 =輸运通道21中輸送行走時，可將物體3與輸送裳 磨擦所產生之靜電，利科電單絲之導電件I〗㈣ =庫而保護物體3不受靜電干擾，如此一來該輸 亦可應祕半導體料或好設備，或相導 = 應用於加油搶41之輸出管路42中，如第 所^ 或者如第三圖（B)所示，亦可岸 θ 不， 槽44之輸送管路45中!^用⑽車43卸油至儲油 =，如第四圖及第五圖所示，係利用本創作之導 早4製成輸送|置之另-結構示t _ 絲i以平織或針織方式形成片 刚可以為黏扣帶，可成二= 環圈狀之片狀結構5内係形成有輸送通道= : 於輸送裝置之輸魏道21巾輸送行走。七、物體3 M319936 人式ΞΐΞΠ作提供一較佳之應用於輸送裝置之複 ;施說明及圖式型專利之申請;惟，以上之 範=者句應屬本創作之創設目的及申請專利 【圖式簡單說明】As shown in the figure, 'there is a two-layer structure of the inner layer and the outer layer, and the wS is formed. The structure of the (four) structure is a cut piece u, and the support member 11 can be made of a relatively large steel material such as PET (pGlyethyle- Ne terephthalate, polyethylene terephthalate), PPT (polypropylene terephthalate), PP (polypropylene 'polypropylene), PE (polyethylene, polyethylene), TPE (thermoplastic polyester "elastomer, polyether elastomer", PBT (polybuty leneterephthalate, polybutylene terephthalate) or PA nylon (polyamide 'polyamide nylon"' and M319936 outer layer is conductive member 12, its conductive parts] Yan \ electric cattle 12 thought that the metal material, such as enamel, the outer composite structure composed of conductive monofilament 1, the larger support member 1 made the overall conductive monofilament 1 knot strong and relatively difficult to be broken 'and * Conducted by the inner layer, the whole conductive monofilament i can have the function of conducting electricity. 2, the special guide 3: = 仏 As shown in the embodiment of the second figure, the use of the creation ^, 41 into the transport device's structural perspective, which uses a plurality of conductive early,, 糸 1 to plain weave or knitting The method forms a ring-shaped knot=when the transporting path is transported in the transport channel 21, the static electricity generated by the object 3 and the transporting skirt can be rubbed, and the conductive member I of the Ricoh monofilament (I)=the library protects the object 3 from static electricity. In this way, the transmission can also be applied to the semiconductor material or the good equipment, or the phase conduction = applied to the output line 42 of the fuel grab 41, as shown in the first ^ or as shown in the third figure (B), or the shore θ No, in the conveying line 45 of the tank 44, the oil is discharged to the oil storage by the (10) car 43. As shown in the fourth and fifth figures, the conveying is made by using the guide 4 of the present invention. The structure shows t _ silk i formed by plain weaving or knitting. The sheet can be a fastening tape, and can be formed into a two-ring-like sheet-like structure. The inside of the sheet is formed with a conveying channel =: in the conveying device, Weidao 21 towel conveying walk. VII. Object 3 M319936 Human-made production provides a better application for the delivery device; application for the description and graphic patent; however, the above-mentioned norm sentence should belong to the creation purpose of the creation and apply for a patent. Simple description
單絲之結構示意圖。 電單絲製成輸送裝置之結構 第一圖係為本創作中導電 第二圖係為本創作中導 立體圖。 卓一圖（A)、（B)係為本創作由 構示意圖。 ^電單絲應用於加油搶之結 弟四圖係為本創作中導 分解圖。 电早'、，糸製成輸送裝置之另一結構 第五圖係為本創作中導 之另一結構 示意圖。 電早絲製成輸送裝置 M319936 【元件代表符號說明】 導電單絲1 支撐件11 導電件12 輸送裝置2 輸送通道21 物體3 加油槍41 • 輸出管路42 - 油灌車43 儲油槽44 輸送管路45 片狀結構5 連接件51Schematic diagram of the structure of monofilament. The structure of the electric monofilament made conveyor device The first picture is the conductive in the creation. The second picture is the perspective view of the creation. Zhuo Yitu (A) and (B) are schematic diagrams of the composition of the creation. ^Electrofilament is applied to the refueling and grabbing. Another structure of the electric device is made, and the fifth figure is another schematic diagram of the structure of the present invention. Electric early wire made conveying device M319936 [Description of component symbol] Conductive monofilament 1 Support member 11 Conductive member 12 Conveying device 2 Conveying channel 21 Object 3 Fueling gun 41 • Output line 42 - Oil filling cart 43 Oil reservoir 44 Duct Road 45 sheet structure 5 connecting member 51