1316504 ' 九、發明說明： .【發明所屬技術領域】 本發明係關於氣流送料器，尤指一種利用正壓正送之送料 方法，以提高單位送料量，並可運用較低規格之空氣壓縮機， ，就可以達到必要之送料量，而可強化工作效率與節省能源效果 之氣流送料器，可被大量運用於粉末、顆粒物品之氣流輸送者。 【先前技術】 按習知氣流送料器，如公告第2 0 6 5 6 5號「氣流迭料 • 器改良結構」，主要係當空壓器將氣流導入導流器之進氣孔及圓 槽後，再經過吸料管之開口部及向上傾斜氣缝，使吸料管内產 生強大之氣流，並帶動吸料管内之氣流往上衝，將原料筒之物 料，由吸料管輸送至另一位置之儲料筒。 第一種習知者，係利用導流器將空氣送入，並進而產生負 壓送料方式，即導流器所輸送進入之氣流，係以該氣流對料筒 内原料以吸出方式產生送料之效果，缺點為，此種負壓送料方 式，必須加大空氣壓縮機之規格，才能產生所需之送料量，而 φ 且負壓送料方式，送料距離短，如果需要長距離之送料，必須 於適當間隔再設置第二、三、四、五……台之同一裝置，造成 裝置成本高漲，且送料效率欠佳。 - 又如公告第526861「氣流送料器結構改良」，第二種習知 者，設吸料器，組合以一結合套，分別連設以送料管及一氣管， 利用一送風機向氣管吹風，使空氣送入結合套内，並向送料管 ' 送出，產生吸力，而可將原料向上送出者，其特徵在於吸料器 設有流線形下開口及弧錐狀上端，其中央外部設有螺紋部，結 合套内部設有一内螺紋，以與吸料器之螺紋部相螺合，結合套 1316504 内另設為一内槽，以容置吸料器之弧錐狀上端，並形成一可調 整間隙，提供氣流之傳送者。 第二種習知者也是與前述第一種習知者相同，均是利用負 壓送料方式，缺點也是會因為負壓送料方式，必須加大空氣壓 縮機之規格，才能產生所需之送料量，而且負壓送料方式，送 料距離短，如果需要長距離之送料，必須於適當間隔再設置第 二、三、四、五……台之同一裝置，造成裝置成本高漲，且送 料效率欠佳。 為此，本發明者，積多年各種產品之設計與開發經驗，乃 針對目前市售各種氣流送料器之缺點加以研究，而發明本案。 【發明内容】 本發明之目的，乃在提供一種氣流送料器，主要是利用正 壓正送之送料方法，以提高單位送料量，並可強化工作效率與 節省能源效果，使得本發明可被大量運用於粉末、顆粒物品之 氣流輸送者。 本發明之特點有： 1 ·本發明之氣流送料器，設送料器，送料器設本體，本 體設氣流入孔，氣流管件栓設；及/或設入料孔，可為入料管 件栓設；及設輸出孔，可為料筒栓設；又設氣流調整元件孔， 氣流調整元件孔設内螺紋，可為氣流調整元件設置，利用氣流 調整元件調整氣流量，就可以調整出料量。 2 ·本發明之氣流送料器，主要是利用正壓正送之送料方 法，以提高單位送料量，並提高工作效率與節省能源之效果。 【實施方式】 如此，為使貴審查員可充份了解本發明，茲依附圖式解1316504 ' IX. Description of the invention: 1. Field of the Invention The present invention relates to an air flow feeder, and more particularly to a feeding method using positive pressure forward feeding to increase the unit feeding amount, and can use a lower specification air compressor. , , can achieve the necessary amount of feed, and can enhance the work efficiency and energy saving effect of the air feeder, can be used in a large number of air, transporters of powder and granular items. [Prior Art] According to the conventional airflow feeder, as disclosed in Announcement No. 2 0 6 5 5 "Airflow Overlayer and Improved Structure", mainly when the air compressor introduces the airflow into the air intake hole and the circular groove of the deflector Then, through the opening of the suction pipe and the upwardly inclined air seam, a strong air flow is generated in the suction pipe, and the airflow in the suction pipe is driven upward, and the material of the raw material pipe is transported from the suction pipe to another position. Storage cylinder. The first conventional person uses the deflector to feed air, and then generates a negative pressure feeding mode, that is, the airflow that the deflector conveys, and the airflow is used to suck the raw materials in the cylinder to generate the feeding. The shortcoming is that the negative pressure feeding mode must increase the specifications of the air compressor to produce the required feeding amount, while the φ and negative pressure feeding mode, the feeding distance is short. If long distance feeding is required, it must be The same device of the second, third, fourth, fifth, etc. is set at appropriate intervals, resulting in high equipment cost and poor feeding efficiency. - Another example is the announcement of Section 526861, "Airflow Feeder Structure Improvement". The second known person is to set up a suction device, which is combined with a feeding sleeve and a feeding tube and a gas pipe respectively, and uses a blower to blow air to the air pipe. The air is sent into the joint sleeve and sent to the feed pipe to generate suction, and the raw material can be sent upwards. The suction device is provided with a streamlined lower opening and an arc-shaped upper end, and a threaded portion is arranged at the center of the outer portion. The inner sleeve of the joint sleeve is internally threaded to be screwed with the threaded portion of the suction device, and the inner sleeve 1316504 is further provided with an inner groove for receiving the arc-shaped upper end of the suction device and forming an adjustable gap. , providing the transmitter of the airflow. The second conventional person is also the same as the first conventional one, and all of them use the negative pressure feeding mode. The disadvantage is that the negative pressure feeding mode must increase the specifications of the air compressor to produce the required feeding amount. And the negative pressure feeding mode, the feeding distance is short. If long-distance feeding is required, the same device of the second, third, fourth, fifth, etc. must be set at appropriate intervals, resulting in high equipment cost and poor feeding efficiency. For this reason, the present inventors have accumulated years of experience in designing and developing various products, and have invented the present invention in view of the shortcomings of various commercially available airflow feeders. SUMMARY OF THE INVENTION The object of the present invention is to provide an air flow feeder, which mainly utilizes a feeding method of positive pressure positive feed to increase the unit feeding amount, and can enhance working efficiency and energy saving effect, so that the present invention can be mass-produced. Used as a gas transporter for powder and granular articles. The invention has the following features: 1) The airflow feeder of the invention has a feeder, a feeder is provided with a body, the body is provided with an airflow inlet hole, and the airflow pipe is bolted; and/or a material hole is provided, which can be used for bolting the inlet pipe fitting And set the output hole, which can be bolted to the barrel; also set the airflow adjusting component hole, the airflow adjusting component hole is provided with internal thread, which can be set for the airflow adjusting component, and the airflow adjusting component can be used to adjust the airflow to adjust the discharging amount. 2. The air flow feeder of the present invention mainly utilizes a feeding method of positive pressure forward feeding to increase the unit feeding amount, and to improve work efficiency and energy saving effect. [Embodiment] In this way, in order to enable the examiner to fully understand the present invention, it is to be solved according to the drawings.