M3 3 8029 八、新型說明： 【新型所屬之技術領域】 本創作係一種運用於休閒養生或宗教祭祀用品之薰香 爐，尤指一種能夠便於塑型模具製造成型之葉香爐。 【先前技術】 為了解決既有楦香爐無法有效地讓檀香粉末完全燃燒 的不足及限制，申請人先前開發設計出如TW證書號數 M307362號「檀香爐結構改良」專利案（以下稱參考案）所 示的檀香爐構造，參考案係於爐座頂部凹設形成對應於檀 香粉末迴路的迂迴溝槽，並在該迂迴的溝槽之中壓實填設 隔熱粉末，利用隔熱粉末來隔絕金屬爐座吸收檀香粉末之 燃燒熱的方式，有效地達到保持檀香粉末能夠持續性完全 燃燒的實用效能。 參考案的結構設計優異，能夠有效地達到讓檀香粉末 產生持續性完全燃燒的效能，因此廣為消費者的喜好及靖 買:然而申請人並不以此而滿足，經過不斷地使用及試驗 ，後、，發現參考案的檀香爐構造設計，由於塑型模具的連 續迂迴狀溝道的成型，必須先以線切割機於塑型模具的板 面切出連續迁迴狀溝道初胚後，再以放電加工方式於溝道 的成斜面，當塑型模具的較大時，將會造成放電加 办兩、及加工成本過高等問題，實有再加以研 九：而要。再者，在檀香粉末燃燒過程所產生的少量 =不P下渗透到隔熱粉末的表層’不僅在清理上較為 麻煩不便，#且交β rrb ^ 合易破裱檀香爐外觀的整潔乾淨。 4 M338029 【新型内容】 為解決既有檀香爐有關於 ^ ^ 土型杈具要加工成型出具斜 面的連㈣迴狀溝道的問題及限制， 便於塑型模具製造成型之f香爐。 種^ 本創作所提供的薰香爐係 ,,,„ Φί.. s ν 亍^翏考案的構造設計為基礎 ，將塑型杈具分設成相對合的 ^ , 一 下杈具，利用減縮模具 造^本。"效提1^塑型模具的加工成型效率及降低製 設一：：作：提供的f香爐進一步於爐座與下模具之間襯 :’Μ有-可以圍設迂迴溝槽範圍的框孔， •、以曰f壓貫而於爐座的表層鋪設一粉末鋪層，再以塑 型模具將薰香粉末條成型於粉 个试取ϋ杨末鋪層的頂側，不僅 一步避免薰香粉末條的燃燒熱流失，並且能夠在葦香於末 燃燒完畢之後，直接將粉末鋪層與f 速地完成清理工作。 （引除’快 包括本創作所運用的技術手段係在於提供一種薰香爐，係 -爐座’該爐座於頂面凹設形成有一 延伸形態的溝槽； <、弓折 ' 係置没於该爐座的頂側，並以匹配兮、1 的形態而貫設有一。、έ錶、千、n辦k丄 D亥溝槽 有壬連績迂迴彎折延伸形態的溝道；以及 “ 一上模具，係置設於該下模具的頂側，並以匹配 板具所設溝道的形態而貫設有—呈連續迁迴彎折延伸^ 的溝道，祐日η ^ 在同一斷面位置，該上模具所設溝道的寬度 5 M338029 小於該下模具所設溝道的寬度。 、刖述的熏香爐，於爐座與下模具之間設有一襯環，該 襯環係設有一可包圍該溝槽範圍的框孔。 " 七述的薰香爐，於爐座的上方罩蓋設有一爐蓋。 、 岫述的熏香爐，其中的爐座、襯環及下模具於靠近周 •緣的位s，相對應地間隔設置有一對上模才主& ;上模具於 &側。又彳董子可對正插言交於所對應上模柱孔的插柱。 ❿ 前述的薰香爐，其中的爐座、下模具及上模具於相對 …位置各貝，又有一相同的定位銷孔，設一定位插銷插設於 相對正的各定位銷孔。 前述的薰香爐，其中的溝槽於尖銳部位設有一墊部。 本創作所提供薰香爐，可以獲得的優點及功效增進至 少包括： θ 1 ·本創作將薰香爐的塑型模具分設成相對合的上、下 才果具利用減縮模具厚度的方式，能夠有效提高塑型模具 _ 的加工成型效率及降低製造成本。 / 2·本創作將薰香爐的塑型模具分設成相對合的上、下 •杈具，可以增加連續迂迴狀溝道内壁形狀的變化態樣，不 *僅方便於成型加工，並且可以增加薰香粉末條的形狀變化 ’符合多樣化的消費需求。 、3·本創作利用襯環的設計，可以於爐座的頂側與薰香 知末條之間形成一層粉末鋪層，該粉末鋪層不.僅可以進一 步避免熏香粉末條的燃燒熱流失，並且在薰香粉末燃燒完 畢之後，只要直接將粉末鋪層與已燃燒過的薰香粉末一起 6 M338029 刮除，即可簡便快速地完成清理，確 。 保…、θ爐的整潔乾淨 4·本創作將塑型模具的迂迴溝 形離，可以售芸去w 针面形成向上漸縮 讓董;"曰“條的斷面由頂部往下漸擴，有效地 :、广末條的頂部與底部保持相同的燃燒速度，搭配對 :…填設於爐座所設迂迴溝槽的隔熱粉末， 效地 讓熏香粉末條以相同的速度 ^ 全燃燒的效果。 又凡王九，丄’達到提供持續性完 【實施方式】 為能坪細瞭解本創作的技術特徵及實用 =明書的内容來實施，兹進一步以如圖式所示的： 轭例，詳細說明如后： 、 -本創作所提供之熏香少盧的較佳實施例係如第一至三圖 :’該薰香爐係包括：一爐座(1〇)、一結合於該爐座 )方的襯環（20)，依序結合於該爐座（1〇)及該概環㈣ 上方的-下模具(30)與一上模具(40)、一定位插銷(5〇)，以 及可以遮罩於該爐座（1 0)上方的爐蓋（60);其中： 該爐座⑽係設為盤狀的座體形態，其外、觀輪扉可以 2形、長方形或圓形等各種形狀，並且底部可以設計為 平台形式或設置數個支撐腳，本創作均不作特定的限制， 如圖所示的實施例係將爐座⑽設為圓形盤狀座體形態， =該爐座（1 0)的頂面凹設形成有一呈連續运迴彎折延伸形 勺溝丸（11 )，並且於迂迴狀溝槽（1彳）數個較尖銳的部位 各形成有-可以減少溝槽⑴）深度的塾部⑴2)，藉以保持 7 M338029 熏香粉末條（90)能夠以相同的速度燃燒； 前述的爐座（1 0)於靠近周緣的位置，間隔設置有一對 桿孔（12)、一對下模柱孔（13)及一對上模柱孔（14)，並於該 爐座（1〇)中間位置設有一定位銷孔（15)，各桿孔（12)、各下 杈柱孔（13)、各上模柱孔（14)及該定位銷孔（15)均縱向貫穿 該爐座（10)，藉以避免粉末或雜質堵設於這些孔洞；為便 於上、下模具（40,30)的定位，於該爐座（10)的外周面間隔 橫向凹設有一下模插孔(16)及一上模插孔(17)，並於該： 座（1 〇)頂側的周緣位置環設有一供該爐蓋（6〇)嵌置的爭 (18)； 該襯環_係、為—呈薄片形態且形狀對應於該爐座 (1〇)輪廓形狀的環形片體，於該襯環（2〇)形成有一可以包 圍該迁迴狀溝槽⑴）頂側範圍的框孔（21)，並且對應位= 該爐座（10)的桿孔（12)，該襯環（20)於底側伸設有一對可以 對正插設於所對應桿孔（12)的定位桿（22)，藉以讓該襯環 (2〇)可以穩固地置放定位於該爐座（1〇)的上方，並且對應 該爐座（10)所設的下模柱孔（13)及上模柱孔（14)，該襯^ (20)於相對應的位置設有分別與各下模柱孔y及各上模 柱孔（14)相對合的下模柱孔（23)及上模柱孔（24); 果 本創作的塑型模具係由該下模具（3〇)及該上模罝（4〇) 對合所組成；該下模具(30)係形狀對應於該爐座（i〇j輪廓 形狀的圓形板狀構造，於該下模具（3〇)的板面連續迂 折貫穿設有-與前述迁迴狀溝槽⑴）形狀相符的溝道⑺弓） ，該溝道（31)的内壁面係設為一傾斜角度約為5度的斜面 8 M3 3 8029 (31 2) ’藉以讓該溝道（31)的斷面形成一朝頂側漸縮的不等 腰梯形態樣；對應於該爐座（1〇)的下模柱孔（1 3)，該下模 具（30)於底側伸設有一對可以對正插設於所對應下模柱孔 (1 3)且外徑略小於該下模柱孔（1 3)的插柱（32)，藉以讓該下 杈具（30)嵌置於該爐座（1〇)的上方且完成填設薰香粉末條 (90)之後，可以略微地搖動而方便於將該下模具（3〇)向上 取出； 對應該爐座（10)所設的上模柱孔（14)及定位銷孔（15)， 前述的下模具（30)於相對應的位置設有一對上模插孔（33) 及-定位銷孔（34);為了讓下模具（3Q)置放於該爐座（1〇)上 方時，能夠確實定位以便於填設壓實薰香粉末條_，該 下模具（3G)於邊緣對應該爐座（1Q)所設下模插孔（16)的位置 向下伸設出一定位耳片（35)，於該定位耳片（Μ)設有一對 正1下核插孔⑽的凹口 (352)，藉以讓一插柱（36)穿經該 凹口（352)而插入該下握施力 定位的效能，同日J力強二將下模具， _、 為了加強插柱（36)的插©效果，該插柱 „(362)； …緊於该下模插孔⑽内壁面的 該上模具（40)係形狀對庫 ㈣MU Μ 下模具（3Q)輪廓形狀的 ;模模具(4。)的板面連續迂迴·_穿 溝道™，於該=二：模具_所設 該上模具_於底侧伸以―:^上模柱孔（14)， 乂對正插設於所對應上 9 M338029 ^ ^4)且外徑略小於該上模柱孔（Μ)的插柱⑷），藉以 粉ΐ條L?40)嵌置於該爐座(10)的上方且完成填設黃香 之後，可以略微地搖動而方便於將該上模且 (4〇)向上取出； 、” 對應該爐座。0)所設的定位銷孔(15)，前述的上模具 =對應的位置設有_定位銷孔（43);為了讓上模具 於該爐座（1〇)上方時，能夠確實定位以便於填設 二熏香粉末條（9G)’該上模具（4Q)於邊緣對應該爐座⑽ -上模插孔(17)的位置向下伸設出一定位耳片(44)，於 该定位耳片（44)設有-對正該上模插孔（彳7)的凹口（442)， 猎以讓-插柱（45)穿經該凹口（442)而插入該上模插孔（17) 達到將上模具（40)確實定位的效能，同時為了加強插柱 ;的播固效果，該插柱（45)於端部套設有一可以迫緊於 "亥上模插孔（17)内壁面的環圈(452); <該定位插銷（50)係為一具有t取頭#的桿柱形態，其 :有-略呈緊配插設於該爐座（10)、該下模具州及該上 模具（40)所設定位銷孔（1 5,34,43)的銷桿（51); …該爐蓋（6G)係設為形狀對應於該爐座⑽）輪廓形狀的 圓形罩狀蓋體，於該爐蓋（6〇)的頂面間隔設有—個以上可 以供燃燒煙霧擴散至外部的通孔（61)，並且於該爐蓋（6〇) 方、頂°卩的中央位置凸設有一供使用者提拿的提耳（62); 如此，利用前述可依序疊靠的爐座（1〇)、襯環（2〇)、 由下模具（30)與上模具（4〇)對合組成的塑型模具、定位插 銷（5〇)，以及爐蓋（60)，組構成如第二圖所示的新型薰香 M338029 爐。 、如弟二圖所示’本創作的操作方式係先在該爐座⑽ 的迁迴狀溝槽⑴）之中，麼實填設已燃燒過後的香灰粉末 而形成一隔熱粉末（70);接著藉由以定位桿（22)對正插入 所對應桿孔（12)的方式，將該概環（2〇)結合定位於該辦座 (1〇)的上彳’並以香灰或其他粉末麼實填設於該襯環(2〇) 的框孔（21)範圍内，於該爐座（1〇)的頂側形成—粉末鋪層 再藉由以插柱（32,42)分別對正插人所對應下模牲孔 (23,13)及上模插孔（33,24,14)的方式，配合該定位插销 (50)、該插柱（36)及該插柱（45)的插設定位，將下模具⑽） 與上模具（4〇)結合定位於該爐座（1〇)的上方，並以薰香粉 ^壓實填設於迂迴狀的該溝道（31,41)之中，即可形成呈連 續迂迴狀的薰香粉末條（9〇); 如第四圖所不，將定位插銷（5〇)、上模具、下模 具（3〇)、襯環（20)及插柱（36,45)取出，並且在取出上模具 (4〇)及下模具（30)時，可以利用插柱（42,32)與上模插孔 (33,24,14)、下模柱孔（23,13)之間隙，稍微地位移一下上 模具（40)及下模具（30)再將上模具（4〇)及丁模具（3〇)，可以 避免熏香粉末條（90)隨著上、下模具（4〇,3〇)的取出而鬆動 ，確保薰香粉末條（90)的完整性；接著將薰香粉末條（90) 一端點燃，再將該爐蓋（6〇)罩蓋於該爐座（1〇)及該薰香粉 末條（90)的上方，即可讓薰香爐正常使用。在薰香粉末條 (90)燃燒的過程中，利用該粉末鋪層（8〇)及該隔熱粉末q㈨ 的斷熱作用，搭配薰香粉末條（9〇)的斷面呈上小下大的設 11 M338029 計，有效地保持該薰香粉末條（90)以相同的速度持續地完 全燃燒，大幅提高薰香爐點燃薰香粉末條（90)的效能。 如第五圖所示，在薰香粉末條（9 0)完全燃燒之後，只 要以刮板等器材，直接將香灰及粉末鋪層（80)—併刮除， 即可快速地完成薰香爐的清理，並且保持爐座（1 〇)外觀的 整潔乾淨。 如第六至八圖所示，本創作有關於上模具（4〇)與下模 具（30)所設溝道（41，31)的形狀設計，可以設為具單邊或雙 邊的斜面形態，也可以設為單邊或雙邊的階級形態，只要 能夠讓薰香粉末條（90)形成頂部寬度小於底部寬度者，即 為本創作所要保護的溝道（3彳，41)設計態樣，本創作不作特 定的限制。 ^ 以上所述，僅是本創作的較佳實施例，並非對本創作 作任何Φ式上的限制，任何所屬技術領域中具有通常知識 者’若在不脫離本創作所提技術特徵的範圍内，利用本創M3 3 8029 VIII. New description: [New technical field] This creation is a kind of incense burner used for leisure health or religious ritual supplies, especially a leaf incense burner which can facilitate the molding of plastic molds. [Prior Art] In order to solve the insufficiency and limitation that the scented incense burner can not effectively burn the sandalwood powder completely, the applicant has previously developed and patented the TW certificate number M307362 "Sandwood Furnace Structure Improvement" (hereinafter referred to as the reference case). The sandalwood furnace structure shown, the reference case is recessed at the top of the furnace to form a meandering groove corresponding to the sandalwood powder circuit, and the insulating powder is compacted in the winding groove, using the heat insulating powder In order to isolate the way in which the metal stove absorbs the heat of combustion of the sandalwood powder, it effectively achieves the practical effect of maintaining the continuous burning of the sandalwood powder. The reference design has excellent structural design and can effectively achieve the effect of continuous and complete combustion of sandalwood powder. Therefore, it is widely used by consumers and Jingbu: However, the applicant does not satisfy this requirement and has been continuously used and tested. After that, the structural design of the sandalwood furnace of the reference case was found. Due to the continuous winding path of the plastic mold, the wire cutting machine must first cut the continuous embryonic surface of the plastic mold. Then, by the electric discharge machining method, the inclined surface of the channel, when the molding die is large, will cause the discharge plus two, and the processing cost is too high, etc., and then it is further studied: Furthermore, the small amount produced by the sandalwood powder burning process does not penetrate into the surface layer of the heat insulating powder, which is not only troublesome and inconvenient to clean, and the appearance of the β rrb ^ easy to break sandalwood furnace is neat and clean. 4 M338029 [New content] In order to solve the problems and limitations of the existing sandalwood furnace, it is easy to mold and manufacture the slanted joint (four) return channel, which is convenient for the molding of the plastic mold. The kind of aromatherapy system provided by this creation, based on the structural design of the „ ίί.. s ν 亍^翏 test case, the plastic cookware is divided into two parts, and the cookware is made by reducing the mold. ^本."Efficient 1^ Molding mold processing and molding efficiency and reduction of one::: The provided f incense burner is further lining between the furnace seat and the lower mold: 'Μ有- can be set around the trench The frame hole of the range, • a powder layer is laid on the surface layer of the furnace seat by 曰f, and then the aroma powder strip is formed on the top side of the powder layer of the powdered sap One step is to avoid the loss of combustion heat of the aroma powder strip, and it is possible to directly clean the powder layer after the burning of the musk at the end. (The introduction of the technology used in this creation is based on Providing an aromatherapy furnace, the furnace-furnace is recessed on the top surface to form a groove having an extended shape; <the bow is not attached to the top side of the furnace seat, and is matched with the raft, 1 There are one form in the form, and the table, the thousand, the n, the k, the D, the sea, the groove, the performance, the back bend a channel of the extended form; and an "upper mold disposed on the top side of the lower mold and configured to match the shape of the channel provided by the board" - a channel that continuously moves back and bends , 佑日 η ^ In the same section position, the width of the channel provided by the upper mold 5 M338029 is smaller than the width of the channel provided by the lower mold. The incense burner described above is provided between the furnace seat and the lower mold. a lining ring, the lining ring is provided with a frame hole surrounding the groove range. " The scented incense burner of the seventh embodiment has a furnace cover on the upper cover of the furnace seat. The lining ring and the lower die are located at a position s near the circumference and the edge, and a pair of upper molds are disposed at corresponding intervals to be the main & the upper mold is on the & side, and the Dongzi can correct the insertion to the corresponding position. The plunger of the mold column hole. 前述 The aromatherapy furnace described above, wherein the furnace seat, the lower mold and the upper mold are respectively located at opposite positions, and have the same positioning pin hole, and a positioning pin is inserted in each of the relatively positive positioning positions. Pin hole. The aforementioned incense burner, in which the groove is provided with a pad at the sharp part. Providing aromatherapy furnaces, the advantages and enhancements that can be obtained include at least: θ 1 · This creation separates the plastic molds of the aromatherapy furnace into the upper and lower sides of the mold, which can reduce the thickness of the mold and improve the molding. Molding _ processing efficiency and reducing manufacturing costs. / 2· This creation divides the plastic mold of the incense burner into a corresponding upper and lower • cookware, which can increase the shape of the inner wall of the continuous meandering channel. Not * is only convenient for molding processing, and can increase the shape change of aroma powder strips to meet the diverse consumer needs. 3) This creation uses the design of the ring, which can be used on the top side of the stove and the aroma of the incense A powder coating is formed between the powder layers, and the burning heat of the incense powder strip can be further avoided, and after the aroma powder is burned, the powder layer is directly layered with the burnt aroma powder. With 6 M338029 scraping, you can complete the cleaning quickly and easily. Keep..., the θ furnace is clean and tidy. 4. This creation will shape the stencil of the mold, and it can be sold out to form the upward gradual shrinking of the needle; the section of the strip is gradually expanded from the top to the bottom. Effectively: the top and bottom of the wide strip maintain the same burning speed, match the pair:...fill the insulating powder provided in the groove of the furnace seat, and effectively make the incense powder strip at the same speed ^ The effect of burning. Also, Wang Jiu, 丄 'reach to provide continuity [Implementation] In order to understand the technical characteristics of this creation and the practical = the contents of the book to implement, it is further illustrated as follows: The yoke example is described in detail as follows: - The preferred embodiment of the incense fragrance provided by the present invention is as shown in the first to third figures: 'The incense burner system includes: a furnace seat (1 inch), a combination The side ring (20) of the furnace base is sequentially coupled to the lower seat (30) and the upper mold (40) and a positioning pin (5〇) above the furnace seat (1〇) and the outer ring (4). And a furnace cover (60) that can be placed over the furnace seat (10); wherein: the furnace seat (10) is in the form of a disk-shaped seat, outside The rim can be various shapes such as 2, rectangular or circular, and the bottom can be designed as a platform or a plurality of support legs. The present invention is not limited in any way, and the embodiment shown in the figure is a furnace seat (10). Set to a circular disk-shaped seat shape, = the top surface of the furnace seat (10) is recessed to form a continuous transfer back bend-shaped grooved ball (11), and in the meandering groove (1彳) A plurality of sharper portions are formed with a crotch portion (1) 2) which can reduce the depth of the groove (1), thereby maintaining the 7 M338029 incense powder strip (90) capable of burning at the same speed; the aforementioned furnace seat (10) A pair of rod holes (12), a pair of lower mold column holes (13) and a pair of upper mold column holes (14) are disposed at intervals from the periphery, and a positioning pin is disposed at a position intermediate the furnace seat (1〇) The hole (15), each rod hole (12), each lower column hole (13), each upper mold column hole (14) and the positioning pin hole (15) are longitudinally penetrated through the furnace seat (10) to avoid powder Or impurities are plugged in the holes; in order to facilitate the positioning of the upper and lower molds (40, 30), the outer peripheral surface of the furnace seat (10) is laterally spaced There is a die insertion hole (16) and an upper die insertion hole (17), and a ring for the furnace cover (6〇) is placed on the circumference of the top side of the seat (1 〇) (18 The backing ring is an annular piece in the form of a sheet and having a shape corresponding to the contour of the furnace seat (1〇), and the backing ring (2〇) is formed with a ring-shaped groove (1) a frame hole (21) in the top side range, and a corresponding position = a rod hole (12) of the furnace seat (10), the backing ring (20) is provided with a pair of opposite sides to be inserted into the corresponding rod a positioning rod (22) of the hole (12), so that the backing ring (2〇) can be stably placed above the furnace seat (1〇), and corresponding to the lower mold of the furnace seat (10) The column hole (13) and the upper mold column hole (14), the lining (20) are provided with lower mold columns respectively corresponding to the respective lower mold column holes y and the upper mold column holes (14) at corresponding positions. a hole (23) and an upper mold column hole (24); the molded mold of the present invention is composed of the lower mold (3〇) and the upper mold 〇 (4〇); the lower mold (30) is The shape corresponds to the circular plate-like structure of the furnace seat (i〇j contour shape, The plate surface of the mold (3〇) is continuously folded and provided with a channel (7) bow corresponding to the shape of the relocated groove (1), and the inner wall surface of the channel (31) is set to an inclination angle of about 5 degree bevel 8 M3 3 8029 (31 2) 'By the cross section of the channel (31) is formed into a unequal waist ladder shape that is tapered toward the top side; corresponding to the lower part of the furnace seat (1〇) a mold column hole (13), the lower mold (30) has a pair of bottom molds that can be inserted in the corresponding lower mold column holes (13) and has an outer diameter slightly smaller than the lower mold column holes (13) Insert (32), so that the lower cooker (30) is embedded above the furnace seat (1〇) and after filling the aroma powder strip (90), it can be slightly shaken to facilitate The lower mold (3〇) is taken upward; corresponding to the upper mold column hole (14) and the positioning pin hole (15) provided in the furnace seat (10), the aforementioned lower mold (30) is provided at a corresponding position. Upper die jack (33) and - locating pin hole (34); in order to place the lower die (3Q) above the furnace seat (1〇), it can be positioned to facilitate the filling of the compacted aroma powder strip _ , the lower mold (3G) corresponds to the edge A positioning lug (35) is extended downward from the lower die insertion hole (16) of the furnace seat (1Q), and a pair of positive 1 lower core insertion holes (10) are provided in the positioning lug (Μ). (352), so that a plunger (36) is inserted through the recess (352) to insert the lower grip force positioning performance, the same day J force strong two will lower the mold, _, in order to strengthen the plunger (36) Inserting the effect, the insert „(362); ...the upper mold (40) close to the inner wall surface of the lower mold insertion hole (10) is shaped to the shape of the library (4) MU Μ lower mold (3Q); the mold mold (4. The plate surface is continuously twisted and _ through the channel TM, in the second: the mold _ is set to the upper mold _ on the bottom side of the ": ^ upper mold column hole (14), 乂 alignment is inserted in the corresponding Upper 9 M338029 ^ ^4) and the outer diameter is slightly smaller than the insert post (4) of the upper mold column hole (Μ), whereby the white powder strip L? 40) is embedded above the furnace seat (10) and the yellow filling is completed. After the scent, it can be slightly shaken to facilitate the removal of the upper mold and (4〇) upward; the corresponding positioning pin hole (15) provided for the corresponding furnace seat. 0, the above upper mold = corresponding position setting There is a locating pin hole (43); in order to allow the upper mold to be placed above the furnace seat (1〇), it can be positioned to facilitate the filling of the second incense powder strip (9G) 'the upper mold (4Q) corresponds to the edge Furnace seat (10) - a position of the upper die insertion hole (17) is downwardly provided with a positioning lug (44), and the positioning lug (44) is provided with a concave groove for the upper die insertion hole (彳7) a port (442), the hunting-inserted post (45) is inserted through the notch (442) and inserted into the upper die insertion hole (17) to achieve the effective positioning of the upper mold (40), and at the same time, to strengthen the insertion post; The effect of the sowing, the insert (45) is provided at the end It can be pressed against the ring (452) on the inner wall of the upper die socket (17); <the positioning pin (50) is a pole form having a t-take head #, which has: a pin (51) inserted into the furnace seat (10), the lower mold state and the position pin hole (1 5, 34, 43) of the upper mold (40); ... the furnace cover (6G) A circular cover-like cover having a shape corresponding to the contour shape of the furnace seat (10) is provided, and at least one of the through holes for allowing the combustion smoke to diffuse to the outside is provided on the top surface of the furnace cover (6〇). And a lifting lug (62) for the user to grasp at the center of the top of the cover (6 〇) and the top 卩; thus, the above-mentioned stackable furnace seat (1 〇) can be used. a backing ring (2〇), a molding die composed of a lower die (30) and an upper die (4〇), a positioning pin (5〇), and a furnace cover (60), and the composition is as shown in the second figure. The new type of aromatherapy M338029 furnace is shown. As shown in the second figure, the operation mode of this creation is firstly in the relocated groove (1) of the furnace seat (10), and the burnt ash powder is filled. Forming a heat insulating powder (70); By aligning the positioning rod (22) with the corresponding rod hole (12), the coupling ring (2〇) is positioned in the upper jaw of the seat (1〇) and is made of ash or other powder. It is filled in the frame hole (21) of the backing ring (2〇), and a powder layer is formed on the top side of the furnace seat (1〇) and then aligned by the insertion column (32, 42). Inserting the lower mold hole (23, 13) and the upper mold insertion hole (33, 24, 14) in cooperation with the positioning pin (50), the insertion post (36) and the insertion post (45) Inserting the setting position, the lower mold (10) is combined with the upper mold (4〇) to be positioned above the furnace seat (1〇), and is filled with the aroma powder to be compacted in the channel (31, 41). Among them, a strip of aroma powder (9〇) in a continuous meandering shape can be formed; as shown in the fourth figure, the positioning pin (5〇), the upper mold, the lower mold (3〇), the backing ring (20) And the plunger (36, 45) is taken out, and when the upper mold (4 inch) and the lower mold (30) are taken out, the insertion post (42, 32) and the upper mold insertion hole (33, 24, 14) can be utilized. The gap between the lower mold hole (23, 13) is slightly displaced by the upper mold (40) and the lower mold (30). Mold (4〇) and Ding Mould (3〇) can prevent the incense powder strip (90) from loosening with the removal of the upper and lower molds (4〇, 3〇), ensuring the integrity of the aroma powder strip (90). Then, the end of the aroma powder strip (90) is ignited, and then the furnace cover (6〇) is placed over the furnace seat (1〇) and the aroma powder strip (90), so that the incense burner can be used. Normal use. In the process of burning the aroma powder strip (90), the powder layer (8〇) and the heat insulating powder q(9) are used for the heat-dissipating action, and the section of the aroma powder strip (9〇) is made smaller and smaller. The setting of 11 M338029 effectively maintains the aroma powder strip (90) continuously and completely burned at the same speed, greatly improving the performance of the incense burner to ignite the aroma powder strip (90). As shown in the fifth figure, after the aroma powder strip (90) is completely burned, as long as the scraping board and other equipment are used, the incense ash and the powder layer (80) are directly scraped off, and the incense burner can be quickly completed. Clean up and keep the appearance of the furnace seat (1 〇) clean and tidy. As shown in the sixth to eighth figures, the present invention has a shape design of a channel (41, 31) provided for the upper mold (4 〇) and the lower mold (30), and can be set to have a unilateral or bilateral slant shape. It can also be set as a unilateral or bilateral class form, as long as the aroma powder strip (90) can be formed with a top width smaller than the bottom width, that is, the design of the channel (3彳, 41) to be protected by the creation, this There are no specific restrictions on creation. The above is only a preferred embodiment of the present invention, and does not impose any Φ-style restrictions on the present creation. Anyone having ordinary knowledge in the art can't fall within the scope of the technical features of the present invention. Use this
作所揭示技術内容所作+ 、， 乍出局邛更動或修飾的等效實施例， 並且未脫離本創作的技術特 特徵的範圍内。 亀支内均仍屬於本創作技術 【圖式簡單說明] 第一圖係本創作較佳 第二圖係本創作較佳 第二圖係本創作較佳 用狀態參考圖。 實施例之組成構件分解圖。 實施例之立體結構圖。 貫施例填設形成薰香粉末條之使 弟四圖係本創作軔杜a 早乂佳貫施例點燃筆香余 “、、黑9物末條之使用狀 12 M338029 態參考圖。 第五圖係本創作較佳實施例以刮板將香灰及粉末鋪層 刮除之使用狀態參考圖。 θ 第六圖係本創作較佳實施例有關於上、下模具的溝道 • 形式之實施狀態參考圖。 ~ 第七圖係本創作較佳實施例有關於上、下模具的溝道 形式之實施狀態參考圖。 第八圖係本創作較佳實施例有關於上、下模具的溝道 > 形式之實施狀態參考圖。 【主要元件符號說明】 (1 〇)爐座 (11)溝槽 (1 1 2)墊部 (12)桿孔 (13)下模柱孔 (14)上模柱孔 (15)定位銷孔 (16)下模插孔 (17)上模插孔 (18)嵌緣 (20)襯環 (21)框孔 (22)定位桿 (24)上模柱孔 (23)下模柱孔 (3 0)下模具 (31)溝道 (31 2)斜面 (3 2)插柱 (35)定位耳片 (352)凹口 (36)插柱 (362)環圈 (3 3)上模插孔 (34)定位銷孔 (40)上模具 (41)溝道 13 M3 3 8029 (42)插柱 (43)定位銷孔 (44)定位耳片 (442)凹口 (45)插柱 (452)環圈 (5 0)定位插銷 (51)銷桿 (60)爐蓋 (61)通孔 (62)提耳 (7 0)隔熱粉末 (8 0)粉末鋪層 (9 0)薰香粉末條 14Equivalent embodiments of the teachings of the present invention are not limited to the scope of the technical features of the present invention. The 亀 内 仍 仍 仍 仍 仍 仍 【 【 【 【 【 【 【 【 【 【 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一 第一An exploded view of the constituent members of the embodiment. A perspective structural view of an embodiment. Through the application of the example, the scent of the aromatherapy powder is used to create a scent of the scented scented scented scented scented scented scented scented scented scented scented scented scented scented scented scented scented scented scented scented BRIEF DESCRIPTION OF THE DRAWINGS The preferred embodiment of the present invention uses a squeegee to scrape the ash and powder layups in reference to the state of use. θ Fig. 6 is a preferred embodiment of the present invention relating to the implementation of the channel and form of the upper and lower dies. Reference Fig. 7 is a preferred embodiment of the present invention relating to the implementation state of the channel form of the upper and lower dies. The eighth embodiment is a preferred embodiment of the present invention regarding the channel of the upper and lower dies. Form of implementation status reference diagram [Description of main component symbols] (1 〇) Furnace seat (11) Groove (1 1 2) Pad section (12) Rod hole (13) Lower die column hole (14) Upper die column Hole (15) Locating pin hole (16) Lower die socket (17) Upper die socket (18) Insert edge (20) Liner ring (21) Frame hole (22) Positioning rod (24) Upper mold column hole (23 Lower mold column hole (3 0) lower mold (31) channel (31 2) inclined surface (3 2) insertion post (35) positioning ear piece (352) notch (36) insertion post (362) ring (3) 3) Upper die socket (34) positioning pin hole (40) Mold (41) channel 13 M3 3 8029 (42) Post (43) Locating pin hole (44) Positioning tab (442) Notch (45) Insert (452) Loop (50) Positioning pin (51) ) Pin (60) Furnace cover (61) Through hole (62) Lifting ear (70) Insulation powder (80) Powder coating (90) Aroma powder strip 14