200827625 九、發明說明： 【發明所屬之技術領域】 本案係有關一種高壓自動式爐渣推送清除構造，尤其係指 一種可藉高壓氣體所產生之高壓氣爆功能，使直接喷射於爐渣 處，以達到有效推送並清除該爐渣之功效者。 【先前技術】 按目前以稻殼為燃料之爐具，雖然其爐身係具有適當之斜 ( 度以利爐渣自動向前推移，但為了有效獲取該等稻殼因燃燒所 產生之熱量，該爐身之斜度亦不可太大，俾可使該燃燒之稻殼 可有較長之時間留存在該爐身中，所以一旦稻殼持續被送入該 爐具中燃燒時，該等稻殼因燃燒所產生之爐渣乃會積存在該爐 具之爐身中，進而影響到該爐具之燃燒功率。 所以為了有效改善該爐具之燃燒功效，業界乃會在爐具之 前方設置一可用以清理該爐渣之清理門，俾藉助人工粑灰的方 式，將積存在爐具内部之爐渣粑出爐具外，以使該爐具之燃燒 I 作業可以順利持續地進行下去。但因為此種粑灰之作業係必須 將爐具所設之該清理門打開，則其除了會因工作環境太熱而對 工作者造成不良影響外，其亦會造成爐具内部熱氣大量流失之 現象，所以如何有效保留爐具内所產生之熱氣，並避免工作人 員因工作環境之因素而造成傷害，乃成為業界必須加以重視之 課題。 【發明内容】 本發明之發明目的係提供一種高壓自動式爐渣推送清除 200827625 才冓l俾藉著弘磁閥所產生之瞬間啟閉功能，使將高壓氣 功^者。貝存爐邊自動向前推送，從而達到有效清除爐渣之 所構成； 至少一閥門，該至少 接；以及 清除才述目的’本發明所揭露之高壓自動式爐渣推送 諸氣筒其係由一可提供高壓氣源儲存功能之封閉筒體200827625 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a high-pressure automatic slag pushing and removing structure, in particular to a high-pressure gas blasting function which can be generated by high-pressure gas, so as to be directly sprayed on the slag to achieve Effectively push and remove the effect of the slag. [Prior Art] According to the current rice husk-fueled stove, although the furnace body has a proper inclination (in order to facilitate the slag to move forward automatically, in order to effectively obtain the heat generated by the burning of the rice husks, The slope of the furnace body should not be too large, so that the burning rice husk can remain in the furnace body for a long time, so when the rice husks are continuously fed into the stove to burn, the rice husks The slag generated by the combustion will accumulate in the furnace body of the stove, thereby affecting the burning power of the stove. Therefore, in order to effectively improve the combustion efficiency of the stove, the industry will set a front in front of the stove. In order to clean the slag cleaning door, the slag accumulated in the interior of the stove is taken out of the stove by means of artificial ash, so that the combustion I operation of the stove can be smoothly and continuously carried out. The operation system of the ash ash must open the cleaning door provided by the stove. In addition to the adverse effect on the worker due to the too hot working environment, it will also cause a large loss of hot air inside the stove, so how to Have It is a subject that the industry must pay attention to to retain the hot air generated in the stove and to avoid injury caused by the working environment. [Invention] The object of the present invention is to provide a high-pressure automatic slag push removal 200827625 Only by the instant opening and closing function generated by the Hong magnetic valve, the high-pressure gas power is automatically pushed forward, so as to achieve effective removal of the slag; at least one valve, the at least one; And the purpose of clearing the description of the high-pressure automatic slag pumping cylinder disclosed in the present invention is a closed cylinder capable of providing a high-pressure gas source storage function.
C 閥 門之進氣端係分別與該儲氣筒連 石，至乂輸乳嘗路’該至少—輸氣管路之人氣端俜分別 至闕門所設之排氣端對應連接，另該至少一 之出氣端則係言空兮降θ 别乱s路所吕又 並藉魅少’m/ 壁，所以經由上述構件之組立， 動推送清除爐具内部爐渣之功效者。卩了相错4氣體以自 【實施方式】 閱圖式所示，其係本發明被使用 例。由该圖式中，吾人可以、、主枯 之貝鈿 式爐渣推送清除構造，盆^本兔明所揭示之高壓自動 合，使提供該爐呈二’、人一可燃燒稻殼之爐具1相結 動式爐洁推/仏紅自動料清除魏，該高壓自 及至二ΐ==?Γ儲氣筒10、至少-間㈣ 荆乳g路30所組成。其中該儲盏々 高壓氣源儲存功能之封_ ，同10係由一可提供 、外政之空爾機4〇相連接外，其並設有 200827625 至少一出氣孔12。而該空氣壓縮機40則係用以隨時對該儲氣 筒10進行高壓氣體之補充功能，俾使該儲氣筒10内部之高壓 氣體可以恆久維持在一固定之壓力下。 而該至少一閥門20除了個數係與該儲氣筒10所設之該至 少一出氣孔12對應外，其並分別設有一進氣端21及一排氣端 22。以本案所揭示之實施例而言，該至少一閥門20乃均係由 電磁閥所構成。如圖所示，該至少一閥門20所設之進氣端21 乃係分別連設有一輸氣管23，而該等輸氣管23之另一端則係 分別與該儲氣筒10所設之該至少一出氣孔12 — 一對應連接。 至於該至少一輸氣管路30除了個數與該至少一閥門20 對應外，該輸氣管路30之入氣端31並分別與該至少一閥門20 所設之排氣端22 —一對應連接。另該至少一輸氣管路30所設 之出氣端32係設成中央對稱之雙分岔管路，以提供更穩定且均勻之 高壓氣體喷射功能者。該至少一輸氣管路30中之至少一輸氣管路 30’所設之出氣端32’係貫穿該爐具1所設之尾端侧壁2，而其 餘輸氣管路30”所設之出氣端32”則係分別貫穿該爐具1之底 部且呈前後分隔配置之結構。 本發明之所以會將該輸氣管路30所設之出氣端32設計成 中央對稱之雙分岔管路，其主要係考量可將原屬單管之高壓氣 體平均分配到該雙分岔管路之另一管路處，而且該雙分岔管路 係被對稱設置在該爐具之中線位置處，所以一旦該高壓氣體由 該雙分岔管路喷出時，該爐渣即可均勻地向前方移動，而不會 造成混亂翻擾進而影響該爐渣順利向前移動之狀態。 所以經由上述構件之組立，當依序分別對每一閥門20進 行短暫時間之啟閉運作時，儲存在該儲氣筒10内部之高壓氣 7 200827625 瞬間啟閉之闕門20處嘴出’並經其所設對應輪 傳达!_從而由該輸氣管路30所設之出氣端32處 二日t貝兮二當該高壓氣體喷射在該爐具1内部所積存之爐渣 土二^渣即可因該高壓氣體所產生之推力而順利被向前推 進而達到清除爐具内部所積存爐渣之功效者。 Ο 以本發明之實施例而言，其設於爐具尾端侧 端粑，由於其喷口方向係指向爐渣向前移動之方向，即= 梦二二而且其兩分岔官路之出口係正好位於該爐具1所設之 日士 I入口 3之兩側’所以一旦高壓氣體由該出氣端32,喷出 二’ ^具1内之爐渣乃會因該高壓氣體之推力而向前移動；而 设於該爐具1底部且呈前後分隔配置之數出氣端32”，即如圖 四二不’因該等出氣端32”係呈向上且向前方之設置型態，所 ^ 序產生喷氣功能時，該爐具丨内之爐渣即會被同時向 且向前方推動’從而達到順利推移並清除爐渣之功效。 以本案之實施例而言，設於爐具丨底部之數出氣端32”之 作動順序，最好係以設於最前端之出氣端先作動，然後，由其 後方之其它出氣端依序作動’以使爐渣之推送作業可以更容易 達成。當然，使用者亦可將其設計成隨機作動之型態。 另外’没於該爐具1底端且呈前後分隔配置之數出氣端 糸可進—步呈左右相互錯開之配置結構，以使爐渣之推 及>月除工作可以更容易地達成。 另外’本發明所揭露之構造技術當然亦可被使用在直立式 爐具處，由於該直立式爐具之爐渣係呈由上向下掉落之型態， 所以吾人只需將_氣管路所設之出氣端設於該直立式爐具 之側壁適當位置處（圖式未顯示），俾該爐具中之爐渣可以被 200827625 該高壓氣體所吹動，即可達到順利自動推送並移動該爐渣之功 效者。 由於熟悉本領域的人們應該認識到，前述說明中公開的概 念與特定實施例，係很容易就做為改動或設計其它實施例之基 礎，並進而達到與本發明同樣之目的。所以那些熟悉本領域的 人們還應該認識到，此類相當之實施例並未背離本發明申請專 利範圍所闡述的精神與範圍。 Γ 【圖式簡單說明】 圖一：係本發明高壓自動式爐渣推送清除構造與爐具結合之外 觀構造不意圖。 圖二：係本發明高壓自動式爐渣推送清除構造與爐具結合之外 觀構造示意圖，其中該爐具係呈半剖視圖。 圖三：係本發明高壓自動式爐渣推送清除構造與爐具結合之底 視構造不意圖。 圖四：係本發明高壓自動式爐渣推送清除構造所設出氣端於爐 I 具中之配置構造示意圖。 【主要元件符號說明】 1 爐具 2 尾端側壁 3 稻殼輸入口 10 儲氣筒 11 進氣孔 12 出氣孔 20 閥門 21 進氣端 22 排氣端 23 輸氣管 輸氣管路 出氣端 40 200827625 30 、 30, 、 30” 31 入氣端 32、32,、32” 空氣壓縮機The inlet end of the C valve is connected to the gas reservoir respectively, and the at least one of the gas passages of the gas pipeline is connected to the exhaust end of the tuen Mun, and the at least one is connected. At the end of the air outlet, the air is lowered and the θ is not confusing, and the enchantment is less than the 'm/ wall. Therefore, through the assembly of the above components, the effect of removing the slag inside the stove is pushed. The gas of the phase error 4 is taken from the embodiment of the present invention, which is an example of use of the present invention. From the figure, we can, and the main dry shellfish slag push and remove structure, the high pressure automatic combination revealed by the rabbit, the rabbit, and the stove that provides the furnace 1 phase knot type furnace cleaning push / blush automatic material removal Wei, the high pressure from the second to the second ==? Γ air reservoir 10, at least - between (four) Jing milk g road 30. The storage _ high-pressure gas source storage function is sealed, and the 10 series is connected by a squirrel that can be supplied and externally operated, and has at least one air outlet 12 of 200827625. The air compressor 40 is used to supplement the gas cylinder 10 with high pressure gas at any time, so that the high pressure gas inside the air reservoir 10 can be maintained at a constant pressure for a long time. The at least one valve 20 is provided with an intake end 21 and an exhaust end 22, respectively, in addition to the number of the air outlets 12 provided in the air reservoir 10. In the embodiment disclosed herein, the at least one valve 20 is constructed of a solenoid valve. As shown in the figure, the inlet end 21 of the at least one valve 20 is respectively connected with a gas delivery pipe 23, and the other end of the gas delivery pipe 23 is respectively provided with the at least one of the gas storage cylinders 10. Vents 12 - a corresponding connection. The inlet end 31 of the gas supply line 30 is connected to the exhaust end 22 of the at least one valve 20, respectively, in addition to the number of the at least one gas line 30 corresponding to the at least one valve 20. In addition, the outlet end 32 of the at least one gas line 30 is provided as a centrally symmetric double branching line to provide a more stable and uniform high pressure gas injection function. The outlet end 32' of the at least one gas supply line 30' of the at least one gas transmission line 30 is penetrated through the end side wall 2 of the furnace 1 and the outlet end of the remaining gas supply line 30" 32" is a structure that penetrates the bottom of the stove 1 and is arranged in a front-rear arrangement. The reason why the air outlet end 32 provided in the gas pipeline 30 is designed as a centrally symmetric double branching pipeline, which mainly considers that the high pressure gas of the original single pipe can be evenly distributed to the double branching pipeline. The other branch line, and the double branching line is symmetrically disposed at the line position of the stove, so that the slag can be evenly distributed once the high pressure gas is ejected from the double branching line Moving forward without causing chaos and disturbing, thereby affecting the state in which the slag moves smoothly forward. Therefore, through the assembly of the above-mentioned components, when each valve 20 is sequentially opened and closed for a short time, the high-pressure gas 7 stored in the inside of the air reservoir 10 is opened and closed at the door 20 of the moment. The corresponding wheel is provided with the same wheel _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Due to the thrust generated by the high-pressure gas, it is smoothly advanced to achieve the effect of removing the accumulated slag inside the furnace. Ο In the embodiment of the present invention, it is disposed at the side end of the end of the stove, and the direction of the nozzle is directed to the direction in which the slag moves forward, that is, the dream is two and the exit of the two points is just right. Located on both sides of the inlet of the Japanese I of the stove 1 'so that once the high pressure gas is discharged from the outlet 32, the slag in the second portion 1 will move forward due to the thrust of the high pressure gas; And a plurality of gas outlet ends 32" disposed at the bottom of the stove 1 and arranged in a front-rear arrangement, that is, as shown in Fig. 42, because the gas outlet ends 32 are arranged upward and forward, the jets are generated. When functioning, the slag in the furnace slag will be pushed toward the front and pushed forward to achieve the effect of smoothing and removing the slag. In the embodiment of the present invention, the order of actuation of the plurality of air outlets 32" disposed at the bottom of the furnace raft is preferably actuated by the venting end provided at the foremost end, and then operated by the other venting ends at the rear thereof. 'In order to make the slag push operation easier to achieve. Of course, the user can also design it into a random operation type. In addition, the number of outlets that are not at the bottom end of the stove 1 and are arranged in front and rear are available. - the step is arranged in a staggered configuration so that the slag pushing and > month removal work can be more easily achieved. Further, the construction technique disclosed in the present invention can of course also be used in a vertical furnace, since The slag of the vertical furnace is in the form of falling from the top to the bottom, so we only need to set the outlet end of the _ gas pipeline to the appropriate position on the side wall of the vertical furnace (not shown).炉 The slag in the stove can be blown by the high pressure gas of 200827625 to achieve the function of smoothly and automatically pushing and moving the slag. As those skilled in the art should recognize, the concepts disclosed in the foregoing description The particular embodiments are susceptible to modification or design basis of other embodiments, and thus achieve the same objectives as the present invention. Those skilled in the art should also recognize that such equivalent embodiments do not depart. The spirit and scope of the patent application scope of the present invention Γ [Simple description of the drawings] Fig. 1: The appearance structure of the high-pressure automatic slag pushing and removing structure of the present invention combined with the stove is not intended. Fig. 2: The high-pressure automatic of the present invention The schematic diagram of the appearance of the slag push-pick-off structure combined with the stove, wherein the stove is in a half-sectional view. Figure 3: The bottom view structure of the high-pressure automatic slag push-removal structure of the present invention combined with the stove is not intended. The schematic diagram of the arrangement of the outlet end of the high-pressure automatic slag pushing and removing structure of the present invention in the furnace I. [Main component symbol description] 1 Furnace 2 tail end side wall 3 rice husk input port 10 air reservoir 11 air inlet hole 12 Air outlet 20 Valve 21 Intake end 22 Exhaust end 23 Air line of gas supply line 40 200827625 30 , 30 , , 30” 31 Air inlet 32, 32, 32" air compressor