M393354 五、新型說明： 【新型所屬之技術領域】 本創作係一種改良型過濾組件，尤指—種用於食物攪 拌機内’並可隔離茶包與攪拌器的過濾組件。 【先前技術】 一般沖泡茶包飲料的方式係將茶包放置於一容器内， 再進行加水沖泡的動作，茶包浸置於水中，其中茶包的内 容物可以為茶葉，茶葉中的兒茶素與茶多酚等物質擴散至 水中，形成可飲用之茶水，由於濃度不同而造成的擴散速 率係很缓慢’等待時間不足會發生茶水濃度不均勻的現象 ’為了提高擴散速率’使用者會採取攪拌的手段以提升濃 度均勻度。 然提供營業所需的茶飲時，係採取大量沖泡的方式中 ’故利用飲料攪拌機進行攪拌’以提高擴散速率與減少沖 泡時間’其中，飲料攪拌機具有一設有驅動件之底座、一 設置於底座上之調理杯、以及一受控於驅動件並伸入調理 杯之攪拌件’而茶包或茶葉直接放置於調理杯中並加入水 ’再以驅動件帶動攪拌件攪動水並加速擴散效率，但是攪 拌件於攪動過程中會攪切到茶包或茶葉，導視茶包破損而 内容物外露’使得攪拌過後的飲料需要另行倒出來，並進 行過濾茶渣的步驟，讓過濾後的飲料在飲用上更為順口。 惟’大量沖泡飲料的作業模式因需另外進行過濾步驟 ’導致飲料製造的時間增加，且步驟上也較為繁複，使用 上仍不符合經濟效益的考量。 M393354 【新型内容】 —本創作之主要目的在於提供一種改良型過濾組件，希 藉此心十，改善茶包於搜拌過程中易破損而需另外進行過 濾的問題，並可提高茶包的沖泡效率。 為達成前揭目的，本創作所設計之改良型過滤組件， 其係設置於飲料搜拌機的調理杯中，該改良型過渡組件包 含有一可定位於調理杯中的座體，該座體内設有一攪拌室 ，且該座體上設有多數連通該攪拌室的貫孔，該座體上設 麵Ϊ 有一隔板體以區隔複數茶包容置空間。 據上所述，使用者可以將欲沖泡原料（如茶包等）置放 於該改良型過濾組件的茶包容置空間中，藉由該座體區隔 沖泡原料與飲料攪拌機的攪拌件，於攪拌件攪動時，該座 體的貫孔可以容許水流通過，進而衝擊擾動沖泡原料，加 速沖泡原料中的元素釋放出來，提高擴散速率達到飲料濃 度均勻的訴求，且沖泡完後可直接將茶包或該過濾件取出 ’不需另行過濾，提升大量沖泡飲料的便利性、簡化沖泡 • 程序、縮短沖泡時間及提升飲料濃度均勻度等優點。 【實施方式】 請參閱圖1至圖4所示’為本創作改良型過據組件之 一較佳實施例，其包含有座體10及一隔板體20,另如圖 5、圖6所示，該改良型過濾組件可設置於飲料搜样機的 調理杯30中，用以以區隔沖泡原料50(如茶包等）與飲料 攪拌機之攪拌件40。 該座體10内設有一授拌室11，並於該座體底面 形成一開口，該座體10於底面的外緣延伸設有_定位部 4 M393354 12，藉此定位於調理杯30中，該座體1〇上設有多數連通 該攪拌室11的貫孔13，於本創作較佳實施例中，該定位 部12係為一環狀構件，以及該座體1〇呈圓柱狀的構件， 以及該座體1 〇上所設之貫孔彳3為長槽孔型態，亦可搭配 圓孔型的貫孔13，長槽孔型態的貫孔13可設置於該座體 10側面’圓孔型的貫孔13可設置於該座體1〇頂面。 該隔板體20係設置於該座體1〇的頂面，並於該座體 10頂面區隔出複數茶包容置空間21,可提供沖泡原料放 # 置’該隔板體20上設有多數對流孔22，以連通相鄰之茶 包容置空間21 ’於本創作較佳實施例中，該隔板體2〇可 以為一字型的板體（如圖1所示），或如圖2所示，該隔板 體20a可為十字型的板體，並包含有四個放射狀的翼片 23a ’且該些對流孔22a位於翼片23a上，另如圖3所示 ’該隔板體20b具有三個放射狀排列的翼片23b，該些對 流孔22b位於翼片23b上’又如圖4所示，該隔板體20c 包3有五個放射狀排列的翼片2 3 c ’該些對流孔2 2 c位於 • 翼片23c上。 - 如圖5、圖6所示，該改良型過濾組件係設置於飲料 搜拌機的調理杯30中，藉由該定位部1 2組固定位，使飲 料攪拌機的攪拌件40伸入該座體10的搜拌室彳彳中，並 將欲沖泡原料50放入該座體10上方的茶包容置空間21 中’該攪拌件40被驅動而轉動時，被擾動的水流可流出 貝孔13而擾動沖泡原料50 ’進一步可流經對流孔22a， 增加沖泡原料50被水流擾動撞擊的次數，加速沖泡原料 50中的元素被釋放出來。 5 M393354 綜上所述’該改良型過濾組件利用該座體彳〇的# 士十 ’可區隔飲料攪拌機的攪拌件40與沖泡原料50，使得授 拌件40運轉過程中不會破損沖泡原料5〇，保持沖泡原料 5〇的完整以簡化後續的過濾作業，以及該隔板體2〇區隔 的茶包容置空間21可提供沖泡原料放置，且辅助對流孔 22允許水流通過的設計，增加沖泡原料5〇撞擊的次數， 加強沖泡原料50中元素的釋放’以及提高擴散速率達到 飲料濃度均勻的訴求，並沖泡完後不需要另行過濾，達到 # 提高大量沖泡便利性、簡化沖泡程序、縮短沖泡作業時間 與提升飲料濃度均勻度的目的。 【圖式簡單說明】 圖1 :為本創作改良型過濾組件之第一較佳實施例之立 體組合示意圖。 圖2 :為本創作改良型過濾組件之第二較佳實施例之立 體組合示意圖。 圖3 :為本創作改良型過濾組件之第三較佳實施例之立 鲁 體組合示意圖。 圖4 :為本創作改良型過濾組件之第四較佳實施例之立 體組合示意圖。 圖5 :為本創作改良型過濾組件之第二較佳實施例之使 用狀態俯視平面示意圖。 圖6 :為本創作改良型過濾組件之第二較佳實施例之使 用狀態側視剖面示意圖。 【主要元件符號說明】 6 M393354 10座體 1 1攪拌室 12定位部 13貫孔 20隔板體 21茶包容置空間 22對流孔 23翼片 20a隔板體 22a對流孔 23a翼片 20b隔板體 22b對流孔 23b翼片 20c隔板體 22c對流孔 23c翼片 30調理杯 40攪拌件 50沖泡原料M393354 V. New description: [New technical field] This is an improved filter unit, especially a filter unit used in food mixers to isolate tea bags and blenders. [Prior Art] Generally, the way of brewing tea bags is to place the tea bags in a container, and then to add water to brew, the tea bags are immersed in water, wherein the contents of the tea bags can be tea leaves, tea leaves The catechins and tea polyphenols diffuse into the water to form a drinkable tea. The diffusion rate due to different concentrations is very slow. 'The waiting time is insufficient, the tea concentration will be uneven. 'To increase the diffusion rate' Agitation will be used to increase the concentration uniformity. However, when providing tea for business, it is a method of brewing in a large amount of brewing, so that it is stirred by a beverage mixer to increase the diffusion rate and reduce the brewing time. Among them, the beverage blender has a base with a driving member, a conditioning cup disposed on the base, and a stirring member controlled by the driving member and extending into the conditioning cup', and the tea bag or tea leaves are directly placed in the conditioning cup and water is added, and then the driving member drives the stirring member to agitate the water and accelerate Diffusion efficiency, but the stirring piece will be stirred into the tea bag or tea during the agitation process, and the tea bag will be damaged and the contents will be exposed. 'The beverage after the agitation needs to be poured out separately, and the step of filtering the tea residue is allowed to be filtered. The drink is more pleasing to the drink. However, the operation mode of a large number of brewed beverages requires an additional filtration step, which leads to an increase in the time of manufacture of the beverage, and the steps are complicated, and the use is still not economically effective. M393354 [New Content] - The main purpose of this creation is to provide an improved filter assembly. I hope to improve the problem that the tea bag is easily damaged during the search process and needs to be additionally filtered, and the tea bag can be washed. Bubble efficiency. In order to achieve the foregoing, the improved filter assembly designed by the present invention is disposed in a conditioning cup of a beverage crawler, and the improved transition assembly includes a seat body that can be positioned in the conditioning cup. A mixing chamber is disposed, and the body is provided with a plurality of through holes communicating with the stirring chamber. The base body is provided with a partition body to partition a plurality of tea bag accommodating spaces. According to the above, the user can place the brewing material (such as a tea bag, etc.) in the tea bag accommodating space of the modified filter assembly, and the stirring material of the brewing material and the beverage blender is separated by the seat body. When the stirring member is agitated, the through hole of the seat body can allow the water to flow through, thereby impacting the brewing of the brewing material, accelerating the release of the elements in the brewing raw material, increasing the diffusion rate to reach the uniform concentration of the beverage, and after brewing The tea bag or the filter can be taken out directly without any additional filtration, improving the convenience of a large number of brewed beverages, simplifying the brewing process, shortening the brewing time and increasing the uniformity of the beverage concentration. [Embodiment] Please refer to the preferred embodiment of the present invention as shown in FIG. 1 to FIG. 4, which includes a seat body 10 and a partition body 20, as shown in FIG. 5 and FIG. It is shown that the improved filter assembly can be disposed in the conditioning cup 30 of the beverage sampler for brewing the raw material 50 (such as a tea bag, etc.) and the agitating member 40 of the beverage blender. A mixing chamber 11 is disposed in the base body 10, and an opening is formed in the bottom surface of the base body. The base body 10 extends from the outer edge of the bottom surface to have a positioning portion 4 M393354 12, thereby being positioned in the conditioning cup 30. The base body 1 is provided with a plurality of through holes 13 communicating with the stirring chamber 11. In the preferred embodiment of the present invention, the positioning portion 12 is an annular member, and the base member 1 is a cylindrical member. And the through hole 彳3 provided on the pedestal 1 is a long slot type, and can also be matched with the through hole 13 of the circular hole type, and the through hole 13 of the long slot type can be disposed on the side of the base 10 A round hole type through hole 13 can be disposed on the top surface of the base body 1. The partition body 20 is disposed on the top surface of the base body 1 , and a plurality of tea bag accommodating spaces 21 are separated from the top surface area of the base body 10 to provide a brewing material for placing on the partition body 20 A plurality of convection holes 22 are provided to connect the adjacent tea bag accommodating spaces 21'. In the preferred embodiment of the present invention, the partition body 2〇 may be a flat plate body (as shown in FIG. 1), or As shown in FIG. 2, the partition body 20a may be a cross-shaped plate body and include four radial fins 23a' and the convection holes 22a are located on the fins 23a, as shown in FIG. The baffle body 20b has three radially arranged fins 23b, which are located on the fins 23b. As shown in FIG. 4, the baffle body 20c includes three radially arranged fins. 2 3 c 'The convection holes 2 2 c are located on the fins 23c. - As shown in FIG. 5 and FIG. 6, the modified filter assembly is disposed in the conditioning cup 30 of the beverage crawler. The positioning portion 12 is fixed in position to extend the stirring member 40 of the beverage blender into the seat. In the mixing chamber of the body 10, the brewing material 50 is placed in the tea bag accommodating space 21 above the seat body 10. When the stirring member 40 is driven to rotate, the disturbed water flow can flow out of the shell hole. 13 and disturbing the brewing material 50' can further flow through the convection hole 22a, increasing the number of times the brewing material 50 is disturbed by the water flow, and accelerating the release of the elements in the brewing material 50. 5 M393354 In summary, the improved filter assembly utilizes the agitator 40 of the beverage mixer and the brewing material 50, so that the mixing member 40 does not break during operation. The foaming material is 5 〇, maintaining the integrity of the brewing material 5 以 to simplify the subsequent filtering operation, and the tea bag accommodating space 21 partitioned by the separator body can provide the brewing material placement, and the auxiliary convection hole 22 allows the water to pass through. The design increases the number of impacts of the brewing material 5〇, strengthens the release of the elements in the brewing material 50, and increases the diffusion rate to reach the uniform concentration of the beverage, and does not need to be separately filtered after brewing, reaching #improving a large amount of brewing Convenience, simplified brewing procedures, reduced brewing time and increased uniformity of beverage concentration. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing the vertical assembly of the first preferred embodiment of the present invention. Fig. 2 is a schematic view showing the vertical assembly of the second preferred embodiment of the modified filter assembly of the present invention. Fig. 3 is a schematic view showing the combination of the vertical body of the third preferred embodiment of the present invention. Fig. 4 is a schematic view showing the vertical assembly of the fourth preferred embodiment of the present invention. Fig. 5 is a top plan view showing the state of use of the second preferred embodiment of the modified filter assembly of the present invention. Fig. 6 is a side cross-sectional view showing the state of use of the second preferred embodiment of the present invention. [Main component symbol description] 6 M393354 10 seat body 1 1 stirring chamber 12 positioning portion 13 through hole 20 partition body 21 tea bag accommodating space 22 convection hole 23 fin 20a partition body 22a convection hole 23a fin 20b partition body 22b convection hole 23b fin 20c partition body 22c convection hole 23c flap 30 conditioning cup 40 stirring member 50 brewing raw material