M379395 五、新型說明： 【新型所屬之技術領域】 本創作係提供-種_香柱，尤指-種藉由香柱表面形成 有數道縱橫交錯的溝槽，其可有效延緩香柱燃燒之速度。 【先前技術】 對許多國人而言，膜拜祖先及神明，經常發生在一般生活 中，其中焚香（燒香）更是其中重要的儀式。而燒香用的香柱 是一種木材粉末和一些添加的香料、藥劑、粘合劑所製的可燃 燒的物品。香柱在燃燒時能_放出香氣’具有安定人心的作 用。焚香主要用於宗教儀式，如在佛教和道教的寺廟中，在神 像月】燒香有祈禱意味。而傳統製造的香柱如要達到久燃的效 果，在必須在香品的製造上增大其尺寸，然而，此類大尺寸的 香柱燃燒時將產生大量的煙霧，更易因燃燒不完全而在空氣中 形成有害的致癌物質，且大量的木材需求，相對地也需要砍伐 大量的木材來製造香品，造成地球資源浪費；且當傳統的香柱 燃燒時，香柱外若產生灰煙料燃燒不$全所致，而灰煙則為 固體微粒飄散至空氣中所產生的污染，更是環境生態的另一大 隱憂。以上所述都是已知香柱不臻理想的地方。由此可見，既 有香柱實有待進—步檢討，並謀求可行轉決方案。 【新型内容】 3 M379395 因此，本創作之主要目的在提供一種耐燃香柱，其可有效 降低燃煙量，並延長香品的燃燒時間，進而可降低空氣污染。 為達成前述目的採取的主要技術手段係令前述耐燃香柱 包括有： 香腳’係由木質材料構成且呈棒狀，該香腳下端保留適 當長度作為一握持部； 一香粉層，係包覆於該香腳的握持部以上，而該香粉層徑 面形成有複數圈螺旋及數道平行軸向之凹入溝槽； 刖述該香粉層徑面上之溝槽，其令該香柱與空氣接觸面積 增大’可使香柱燃燒較為完全，並可有效降低其燃煙量，再者， 藉由香粉層徑面上縱橫交錯的凹入溝槽設計，便能遲滯及干擾 燃燒中心點位置，而藉由螺旋溝槽所形成的曲線燃燒路徑設 計，可使該香柱燃燒路徑長度增長，以達延長香柱的燃燒時間 之目的’且前述香粉層上的溝槽設計可使該耐燃香柱具有即佳 的引流效果，而得以使燃燒的香柱不易熄滅；藉此，本創作可 解決已知香柱在使用上存在的問題。 【實施方式】 有關本創作之一較佳實施例，首先請參照第一圖所示，主 要係令一耐燃香柱1G包括：-香腳2G與-香粉層30，該香 腳20係呈棒狀且為木質材料所構成，而該香腳20下端保留適 當長度，作為一握持部21，該握持部21可供使用者手持並 4 在該握持部21以上包覆該香粉層3Q，再請參照第—圖與第二 圖所示，該香粉層3G徑面形成有複數關旋的凹人溝槽3卜 其螺旋溝槽31由香柱10側面視之係為一由外向内漸縮之三角 溝槽（請參照第三®所示）’再者，該香粉層3G徑面上形成有 複數平行妹向之内凹縱雜32，在本實補巾，該複數縱 溝槽32於其香粉層3〇徑面上係可分為三區且各區間彼此等距 離而不連續（請參照第四圖所示），而在每一區中則具有三道 縱溝槽32，其縱溝槽32由徑向視之係呈一矩形截面，且在每 一區中其縱溝槽32彼此間距相等。 當該耐燃香柱10由頂部向下燃燒時，前述兩種溝槽31、 32形成有彼此縱橫交錯的設計（再請參照第一圖與第二圖所 示）’藉此設計便能達到遲滯及干擾燃燒中心點位置的作用， 其對香柱10耐燃性有所增益，再者，藉由螺旋溝槽31所形成 的曲線燃燒路徑設計，其香柱1〇截面之燃燒中心點位置非由 頂部向下的以直線路徑行進，而被溝槽31引導成螺旋曲線路 徑行進，可使該香柱10燃燒路徑長度增長，即能延長香柱10 的燃燒時間’又因該香粉層30徑面上之溝槽，其令該香柱 與空氣接觸面積增大，可使香柱10燃燒較為完全，其有效降 低燃煙量，可避免燃燒不完全所造成的空氣污染，此外，前述 香粉層30上的兩種溝槽31、32設計可使該香柱1〇具有極佳 的引流效果，所以在燃燒該耐燃香柱10時具有不易被強風吹 熄的優點。 M379395 【圖式簡單說明】 第一圖：係本創作較佳實施例之一立體圖。 第二圖：係本創作較佳實施例之一局部放大圖。 第三圖：係本創作較佳實施例之一侧視圖。 第四圖：係本創作較佳實施例之一俯視圖。 【主要元件符號說明】 10、香柱 20、香腳 21、握持部 30、香粉層 31、溝槽 32、縱溝槽M379395 V. New description: [New technical field] This creation provides a kind of _ fragrant column, especially a kind of groove formed by the surface of the fragrant column, which can effectively delay the burning speed of the fragrant column. [Prior Art] For many people, worshipping ancestors and gods often occurs in ordinary life, and incense (burning incense) is an important ritual. The incense stick for burning incense is a flammable item made of wood powder and some added spices, chemicals and adhesives. The incense stick can release aroma when burning, and it has a calming effect. Incense is mainly used for religious ceremonies, such as in Buddhist and Taoist temples, in the image month, burning incense has a praying meaning. However, if the traditionally manufactured incense sticks have to achieve the effect of long-term combustion, they must increase their size in the manufacture of the fragrance. However, such large-sized incense sticks will generate a large amount of smoke when burned, which is more likely to be incompletely burned. The formation of harmful carcinogens in the air, and the large demand for wood, relatively need to cut a large amount of wood to make perfume, resulting in the waste of the earth's resources; and when the traditional incense column burns, if the ash column produces gray smoke The burning is not caused by the whole, and the gray smoke is the pollution caused by the solid particles floating into the air, which is another big worry of the environmental ecology. All of the above are places where the known incense column is not ideal. It can be seen that there is still a need to review the existing Xiangzhu and seek a feasible transfer plan. [New content] 3 M379395 Therefore, the main purpose of this creation is to provide a flame-resistant incense column, which can effectively reduce the amount of smoke and prolong the burning time of the fragrance, thereby reducing air pollution. The main technical means for achieving the foregoing purpose is that the aforementioned flame-resistant incense stick includes: the fragrant foot' is made of a wooden material and has a rod shape, and the lower end of the fragrant foot retains an appropriate length as a grip portion; Covering the grip portion of the scented foot, the sizing powder layer surface is formed with a plurality of loop spirals and a plurality of parallel axial recessed grooves; Increasing the contact area of the incense column with the air can make the incense burner burn more completely, and can effectively reduce the amount of smoke, and further, it can be retarded by the concave groove design of the crescent layer. And disturbing the position of the combustion center point, and the curved combustion path design formed by the spiral groove can increase the length of the burning path of the incense column to achieve the purpose of prolonging the burning time of the incense column and the groove on the aforementioned fragrance layer The groove design enables the flame-resistant incense column to have a good drainage effect, so that the burnt incense column is not easily extinguished; thereby, the present invention can solve the problem of the use of the known incense stick. [Embodiment] With regard to a preferred embodiment of the present invention, first, referring to the first figure, the main flame-resistant incense stick 1G is mainly composed of: - a fragrant foot 2G and a fragrant powder layer 30, the fragrant foot 20 is The rod is formed of a wooden material, and the lower end of the scented foot 20 retains an appropriate length as a grip portion 21, the grip portion 21 is for the user to hold and 4 covers the powder above the grip portion 21 Layer 3Q, and referring to the first and second figures, the 3G diameter surface of the fragrance layer is formed with a plurality of concave groove 3, and the spiral groove 31 is viewed from the side of the fragrance column 10 as a The outwardly tapered triangular groove (please refer to the third ®). Further, the 3G diameter surface of the fragrant powder layer is formed with a plurality of parallel slanting faces 32, in the actual filling towel, the plural The longitudinal groove 32 can be divided into three zones on the surface of the scented layer 3 and each section is equidistant from each other (see the fourth figure), and three verticals in each zone. The groove 32 has a longitudinal groove 32 which is formed in a rectangular cross section in a radial direction, and its longitudinal grooves 32 are equally spaced from each other in each zone. When the flame-resistant incense stick 10 is burned down from the top, the two kinds of grooves 31, 32 are formed with a criss-crossing design (see also the first figure and the second figure). And the effect of disturbing the position of the combustion center point, which has a gain on the flame resistance of the incense stick 10, and further, the curve of the combustion path formed by the spiral groove 31, the position of the combustion center point of the 1 column of the incense column is not The top downward travels in a straight path, and is guided by the groove 31 to travel in a spiral path, so that the length of the combustion path of the incense stick 10 can be increased, that is, the burning time of the incense stick 10 can be prolonged. The groove on the surface increases the contact area of the incense column with the air, so that the burning of the incense stick 10 is relatively complete, which effectively reduces the amount of smoke, and avoids air pollution caused by incomplete combustion. In addition, the aforementioned powder The two grooves 31, 32 on the layer 30 are designed to have an excellent drainage effect, so that there is an advantage that it is not easily blown out by strong wind when burning the flame-resistant incense stick 10. M379395 [Simple description of the drawings] The first figure is a perspective view of a preferred embodiment of the present invention. Second Figure: A partial enlarged view of one of the preferred embodiments of the present invention. Third Figure: A side view of one of the preferred embodiments of the present invention. Fourth Figure: A top view of a preferred embodiment of the present invention. [Main component symbol description] 10. Fragrance column 20, incense foot 21, grip portion 30, powder layer 31, groove 32, longitudinal groove