M269431 八、新型說明： 【新型所屬之技術領域】 本創作係與紫外(uv)乾燥機有關，更詳而言之，尤指 一種可以減少紅外線照射量，以避免被照射之待乾燥物熱 度過高之紫外燈管結構。 【先前技術】 乐1圖」所示 即ί矛祝I系yRuu乾燦機之結構 平面圖，係組配在一機體！之内部，主要包含有一開口向 之罩體2 1¾罩體2内部設有—反射罩3與—紫夕卜(uy) 燈源4 ’其可發射紫外線及紅外線，於該紫外⑽)燈源4 與姐射單3之間設有一圓弧狀之反射銘片5，該紫外⑽） ^源4所發射出之料線及紅外線被該反射糾5反射以 ，中紫外線與紅外線，來照射—待乾燥物6，以將該待乾 成乾燥作業，其可以增加紫外⑽乾燥機之紫外 到二^的照射置’讓待乾燥物6在相同的時間内接收 夕的紫外線與紅外線，亦即其可以產生高功率之紫外 之、紅外線，加速乾燥作業之進行。 、 比然因各種材質之待乾燥物6，其承受熱力之時 白不一致，大部份的待乾焊物 、/里又 量紅外線之照射，因其不時間内承受過 質〇其/皿度太南會破壞了待乾燥物6的材 讓待乾燥物6成為不良品 紫外(UV)乾燥機之紫外線的因^知技術雖可增加 待乾輸接受過量之紅=之溫度，因一 M269431 顯然此習知技狀紫外⑽)乾燥機，其雖可增加紫外 線之照射量，但是其_也增加紅外線之照射量，因岐 =限於待乾燥物6之材f，而限制其使祕件，讓習: 、外⑽乾賴無法真正發揮其效益，無法在短時間内， 在不損害待乾肠6之前提τ，完成乾燥作業。 【新型内容】 本創作之主要目的，係在提供—種具低紅外線照射量 讀外燈管結構，可減少紅外線騎量，以紅損害待乾 燥物之前提下，完成乾燥作業。 ，爰此，本創作具低紅外線照射量之紫外燈管結構，其 係裝叹在中^之機體的内部，其包含至少—燈源與一反 射罩，該燈源可同時魏紅外線及料射一待乾 燥物，且該燈源與該反射罩之間，設立有—分統，且該 分光鏡具有讓料線反射、紅外線穿透之特性，該燈源所 產生之紅外線穿透該分光鏡被該反射罩吸收，而其所產生 之紫外線被該分光鏡反賴射到麟乾獅，據此其可減 少紅外線照射量，讓該待乾燥物可以在短時間内完成乾燥 作業’且不損害該待乾燥物。 【實施方式】 為俾使貝審查委員對本創作之目的、特徵及功效， 得獲致更加深入之瞭解與認同，茲列舉一較佳實施例並配 合圖式說明如后： 請參閱「第2-1圖」與「第3圖」所示，本創作之具 低紅外線照射量之紫外燈管結構，係具有至少一燈源1〇與 M269431 一反射罩20，該反射罩20具有複數之散熱風道40，該燈 源10與該反射罩2〇之間，設立有一分光鏡3〇，其中該反 射罩20係可由二左右對稱之反射殼25所構成，該分光鏡 30係具有二個，且分別裝設在該反射殼25與該燈源10之 間，其中該分光鏡30可以在一玻璃上鑛上紫化分光膜 (Dichroic UV-coating)製造而成，該燈源1〇可以採用紫 外(UV)燈源來發射出紫外線與紅外線；據此當該燈源1〇發 射出紫外線與紅外線時，紫外線會被該分光鏡3〇反射，而 朝該分光鏡30之下方照射，而紅外線會穿透該分光鏡30， 被該反射罩20所吸收。 請再參閱「第2-2圖」所示，當紅外線穿透分光鏡3〇 被該反射罩20所吸收時，該反射罩2〇之溫度會逐漸升高， 此時其可以利用氣體所產生之自然對流5〇,將該反射罩2〇 之熱量帶走，以避免該反射罩2〇之溫度過高。 晴再一併參閱「第4圖」所示，該燈源1〇、該反射罩 2〇與該分光鏡30係可安裝在一開口向下之罩體6〇内，再 裝η又於該機體70内部，其可以減少紫外線之外漏，降低造 成操作人員與環i兄生物之傷害。一待乾燥物9〇進入該機體 内部到達該燈源10之下方，此時即可利用該燈源1〇發 射出之紫外線與紅外線，對該待乾燥物9〇進行乾燥之作 ，，由於只有紫外線會被該分光鏡3〇所反射，因此其可減 夕紅外線照射量，完成該待乾燥物9〇之乾燥作業。 本創作在燈源10與反射罩2〇之間增設分光鏡3〇，以 利用分光鏡30具有讓料線反射、紅外線穿透之特性，將 M269431 該燈源ίο所產生之紅外線穿透該分光鏡3〇被該反射罩如 吸? ’而其所產生之料線觀分統％反賴射到該待 乾燥物90，據此可以在不影響紫外線之照射量的情況^減 少紅外線之騎量，_射以在不損雜乾燥物之前提 下，加速待乾燥物之乾燥作業。 —如上所述僅為本創作之較#實施例而已，當不能以之 限疋本創作實施之細’即大凡依本· _料利範圍所 作之均等變化與修飾，皆應仍屬本創作專利涵蓋之範圍内。 【圖式簡單說明】 第1圖，係傳統紫外(UV)乾燥機之結構平面圖。 第2-1圖，係本創作較佳實施例之結構組合圖。 第2-2圖，係第2-1圖之A-A剖視圖。 第3圖，係本創作較佳實施例之結構分解圖。 第4圖，係本創作安裝於機體内部之平面圖。 【主要元件符號說明】 習知 1 ··機體 2 :罩體 3 :反射罩 4 :燈源 5:反射鋁片 6:待乾燥物 本創作 10:燈源 M269431 20 ·· 反射罩 25 反射殼 30 分光鏡 40 散熱風道 50 自然對流 60 罩體 70 機體 90 :待乾燥物M269431 8. Description of the new type: [Technical field to which the new type belongs] This creation is related to ultraviolet (UV) dryers, and more specifically, it can reduce the amount of infrared radiation to avoid the heat of the objects to be dried. Tall UV lamp structure. [Prior art] Picture of "Le 1" That is, the structure plan of the Spear I I yRuu Gancan machine, which is assembled in a body! Inside, it mainly includes a cover body 2 which is open to the inside. The cover body 2 is provided with a reflection cover 3 and a uy light source 4 ', which can emit ultraviolet and infrared light. The light source 4 An arc-shaped reflective tag 5 is arranged between the shooting sheet 3 and the ultraviolet ray. The material line and infrared rays emitted by the source 4 are reflected by the reflection correction 5, and the middle ultraviolet rays and infrared rays are irradiated-wait The dried object 6 can be dried into a drying operation, which can increase the ultraviolet radiation of the ultraviolet ray dryer to 2 ^, so that the dried object 6 can receive ultraviolet and infrared rays in the same time, that is, it can Generates high power UV and IR to speed up the drying process. 2. It ’s because the materials to be dried 6 of various materials are inconsistent when they are subjected to heat. Most of the materials to be dried are exposed to infrared rays, because they have not been subjected to quality within a time. Tainan will damage the material of the to-be-dried material 6 and make the to-be-dried material 6 a bad product. The ultraviolet ray dryer's ultraviolet radiation technology can increase the temperature of the red to be dried and accept excessive red =. Because M269431 obviously This conventional technology UV) dryer, although it can increase the amount of ultraviolet radiation, but also _ also increases the amount of infrared radiation, because Qi = limited to the material f to be dried 6, and restrict its secrets, let Xi: The nephew can't really exert its benefits, and can't raise τ in a short time to complete the drying operation without damaging the intestines to be dried. [New content] The main purpose of this creation is to provide a kind of low-infrared radiation reading external light tube structure, which can reduce the amount of infrared riding, and lift the red to damage the object to be dried to complete the drying operation. Therefore, this creation has a low-infrared radiation UV tube structure, which is installed inside the machine body, which contains at least-a light source and a reflective cover, the light source can be infrared and material radiation at the same time A to-be-dried object is set up between the lamp source and the reflector, and the beam splitter has the characteristics of reflecting the material line and infrared transmission. The infrared rays generated by the lamp source penetrate the beam splitter. It is absorbed by the reflector, and the ultraviolet rays generated by it are reflected by the beam splitter to Lingan Lion. According to this, it can reduce the amount of infrared radiation, so that the object to be dried can complete the drying operation in a short time without damage. The thing to be dried. [Implementation] In order to make the Pei reviewing committee gain more in-depth understanding and approval of the purpose, features and effects of this creation, a preferred embodiment is listed and illustrated with the following description: Please refer to "P.2-1 As shown in Figure 3 and Figure 3, the structure of the ultraviolet lamp with low infrared radiation volume in this creation has at least one lamp source 10 and M269431 and a reflector 20, which has a plurality of heat dissipation ducts. 40. A beam splitter 30 is set between the light source 10 and the reflector 20. The reflector 20 is composed of two left-right symmetrical reflector shells 25. The beam splitter 30 has two, and The light source 10 is installed between the reflecting shell 25 and the light source 10, wherein the beam splitter 30 can be made of a violet light-shielding coating (Dichroic UV-coating) on a glass, and the light source 10 can be ultraviolet ( UV) lamp source to emit ultraviolet and infrared rays; accordingly, when the lamp source 10 emits ultraviolet rays and infrared rays, the ultraviolet rays will be reflected by the beam splitter 30 and illuminate below the beam splitter 30, and the infrared rays will pass through Transmitted through the beam splitter 30 and covered by the reflector 20 Absorption. Please refer to "Figure 2-2" again. When the infrared penetrating beam splitter 30 is absorbed by the reflector 20, the temperature of the reflector 20 will gradually increase. At this time, it can use the gas generated by the gas. The natural convection is 50, and the heat of the reflector 20 is taken away to avoid the temperature of the reflector 20 being too high. Qing again refer to the "Figure 4" together, the light source 10, the reflector 20 and the beam splitter 30 can be installed in a cover 60 with an opening downward, and then installed in the Inside the body 70, it can reduce the leakage of ultraviolet rays and reduce the damage to the operator and the surrounding creatures. A to-be-dried object 90 enters the inside of the body and reaches below the light source 10. At this time, the ultraviolet and infrared rays emitted by the light source 10 can be used to dry the to-be-dried object 90. Ultraviolet rays are reflected by the beam splitter 30, so it can reduce the amount of infrared radiation, and complete the drying operation of the object to be dried 90. In this creation, a spectroscope 30 is added between the light source 10 and the reflecting cover 20 to use the characteristics of the spectroscope 30 to reflect the material line and penetrate the infrared rays, so that the infrared rays generated by the light source M269431 penetrate the spectroscope. The mirror 30 is sucked by the reflection cover, and the material line view produced by it is reflected on the object to be dried 90, so that the amount of infrared rays can be reduced without affecting the irradiation amount of ultraviolet rays. _ Shooting to accelerate the drying operation of the object to be dried before it is damaged. —As mentioned above, this is only a comparative # embodiment of this creation. When it is not possible to limit the details of the implementation of this creation, that is, all equal changes and modifications made in accordance with the scope of this material, should still belong to this creation patent. Covered. [Schematic description] Figure 1 is a plan view of the structure of a traditional ultraviolet (UV) dryer. Figure 2-1 is a structural combination diagram of a preferred embodiment of the present invention. Figure 2-2 is a cross-sectional view taken along A-A in Figure 2-1. Figure 3 is an exploded view of the structure of the preferred embodiment of the present invention. Figure 4 is a plan view of the original installation and installation inside the body. [Description of Symbols of Main Components] Known 1 · Body 2: Cover 3: Reflective Cover 4: Light Source 5: Reflective Aluminum Sheet 6: To-be-dried Original 10: Light Source M269431 20 · Reflective Cover 25 Reflective Shell 30 Beamsplitter 40 Cooling air duct 50 Natural convection 60 Hood 70 Body 90: To be dried