TWM304211U - Automatic incubator of bud vegetable - Google Patents

Automatic incubator of bud vegetable Download PDF

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Publication number
TWM304211U
TWM304211U TW095211713U TW95211713U TWM304211U TW M304211 U TWM304211 U TW M304211U TW 095211713 U TW095211713 U TW 095211713U TW 95211713 U TW95211713 U TW 95211713U TW M304211 U TWM304211 U TW M304211U
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Taiwan
Prior art keywords
fastening body
seat
water
automatic
cover
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TW095211713U
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Chinese (zh)
Inventor
Ming-Jung Huang
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Genlife Technology Company
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Priority to TW095211713U priority Critical patent/TWM304211U/en
Publication of TWM304211U publication Critical patent/TWM304211U/en

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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02ATECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A40/00Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
    • Y02A40/10Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
    • Y02A40/25Greenhouse technology, e.g. cooling systems therefor

Description

M3 04211 八、新型說明: 、 【新型所屬之技術領域】 本新型係指-種自動芽菜培育機,該培育機設定有合乎芽菜生 長條件之自動成長環境’且培育機之相關纟叫可供使用芽菜培育 前、後能自行拆組與收納者。 【先前技術】 首先請參照第一圖【係為習知之實施示意圖】,係為一底 • 部密實之容器1,該容器1内係為提供芽菜u之生長空間,宜容 • ^上端遮蔽有一可透氣之蓋體⑵另,該芽菜/之培養^ 係容器1内利用積存水分浸潰催化芽U成長,如水分不足時必 ^ 須掀除蓋體12加入水分。 然,一般芽菜11之適當成長溫度,係介於12。C至2〇。c間, 其如上述之產程並無調節氣溫功能,故產能必會受季節與天候 ⑩戶^響’另’芽菜u之催化成長過程,主要利用水分浸潰,其浸 /貝過程與容器1遮蔽封存,皆可能有滋生病菌之虞;又,其蓋 體^2掀除加水時,必然會增加芽菜u接觸大氣之暴露量,進而增 加牙菜11污染之可能;且此培養過程必須藉人力經常加水、巡視,故 可得知本培養過程有耗費人力之問題。 -、土於此本創作者有鑑於習知之上述問題,故亟思改善, 、並以夕年相關之實務經驗,以及秉持著對該項技術精益求新的 «er〇 μ. ^作研發设計,務期以精進後之培育機可具體組合實施, 6 M3 04211 確具有理想、穩固之功能,並提昇實質效益及相關產業之利用 價值。 【新型内容】 其中,本創作係提供一養成芽菜所用之培育機,其構件包含: 容置座、液位控制元件、架接體、造霧元件、培養孤、上蓋、 包覆折板、前側板與水盤所組成;該容置座中成形有容室,容 室分佈有透孔,且容置座週緣固置有折部;且容置座以分層架M3 04211 VIII. New description: [New technical field] This new type refers to an automatic sprouting machine that has an automatic growth environment that meets the growth conditions of sprouts and the related bark of the incubator. For the use of sprouts before and after cultivation can be disassembled and stored by themselves. [Prior Art] First, please refer to the first figure [the schematic diagram of the implementation of the conventional method], which is a container with a bottom and a dense part. The container 1 is used to provide the growth space of the sprouts u. There is a gas permeable cover body (2). In addition, the sprouts/cultures of the container 1 are grown by using the accumulated water to impregnate the catalytic buds U. If the water is insufficient, the cover body 12 must be removed to add water. However, the appropriate growth temperature of the general sprout 11 is between 12. C to 2〇. c, the above-mentioned production process does not have the function of regulating the temperature, so the production capacity will be affected by the seasonal growth of the 10 households in the season and the 'other' sprouts, mainly using water impregnation, its dip / shell process and container 1 Shielding and sealing, there may be plagues of germs; in addition, the cover body 2, in addition to adding water, will inevitably increase the exposure of sprouts u to the atmosphere, thereby increasing the possibility of toothpaste 11 contamination; and this cultivation process must The manpower is often added with water and patrols, so it can be known that the cultivation process has a problem of manpower. - In this case, the creators of this creator have developed the above-mentioned problems in the light of the above-mentioned problems, so they have improved their experience, and they have been working on the technology of the eve of the year, and the research and development of «er〇μ. According to the plan, the development machine can be implemented in a specific combination. 6 M3 04211 has an ideal and stable function, and enhances the real benefits and the utilization value of related industries. [New content] Among them, the creation department provides a cultivation machine for growing sprouts, and its components include: a housing, a liquid level control element, a carrier, a fogging element, a cultured orphan, an upper cover, a covered flap, The front side plate and the water tray are formed; the receiving seat is formed with a chamber, the chamber is provided with a through hole, and the periphery of the receiving seat is fixed with a folding portion; and the receiving seat is formed by a layered frame

設呈現,而容置座之分層過程係利用架接體分隔支撐實施,並 以架接體將容置座離地架設,架接體於離地架設處得增設有導 輪;再,最上層之容置座中組裝有液位控制元件及造霧元件, 該液位控制元件是提供造霧元件所需用水之構件,其造霧元件 内另谷置有一造霧器;其後,最上層之容置座上端再罩覆有一 上蓋,並依循向下之容置座内得置入有種子或培養皿,且種子 亦可置於培養皿中再置人容置座内;並於容置座整體週緣包覆 有一包覆折板,該包覆折板於容置座整體前側形成有一開口 邛,開口部處再以一前侧板覆蓋。 軸作之主要目的·係針對該培育機於使用前、後可供值 用者自行組裝、拆接、收納與清洗。 位控要目的:係針對最上層之容置触組装有液 所带用k —讀’紐位控制元料自動提供造霧元科 而用水,而造霧元件再以造霧器將水氣化成霧狀水分子, M304211 狀水刀子經由包覆折板、前側板之控制而向下飄散,其後依循 向下之谷置細得置人有種子,種子藉由吸收霧狀水分子發育 及養成為芽菜。 x 本案創作之另一目的:係針對架接體,該架接體於將容置 座離地架設處得增設有導輪,其導輪可作為培賴枝推 移之依據。 •案創作之再目的.係針對培養皿,該個別之培養皿中 得置入有μ種子’以騎不同日期置人種子;錢培養連同 皿種子-併置入於容置座内培養,藉此方便控制不同種子之養 成’並可於培育機巾同日祕制產财-之芽菜培養。 ^所述’可知本案創作具有芽菜自動培育之功能,極具創 新之設計特色,*但可於小”时效提升豆芽緑量,且可 =育機中植栽與芽菜屬性近似之作物;由此可知,此培育機在小 空間都會家庭中即能操作’且可摒除習知產能易受天候影響, 以及芽菜浸水污染之問題,據此,提供消費大眾增加一安全食材 之產程選擇。 【實施方式】 本創作可藉由下列的實施例並配合附圖,而獲得充分的了 解並據以實施: 首先,凊參閱第二圖、第三圖所示,【係為本創作之立體分解、立 體組合示思圖】,係指一芽菜成長所用之培育機2,其中,該培育機2 8 M304211 之組接包含下列構件: 中,該容置21座係呈現分層設置狀態,且容置座21 =有容室2H ’容室211分佈有透孔212,且容置座21週 、加有折部213,並折部213分佈有架接孔214; :接體22 ’架接體22使用於折部之架接孔叫處 此架接體22將玄署命拉 < 、置座21之荨距分層,且最下端之容置座21 接^又*接體22撐高離地,並於高離撐高之架接體22下端固 、、導輪22卜藉此導輪如作為培育機2方便推送之依據; ,位&制tl件23,該液位控制元件23設有夾置部231,爽 :上端固接有一導入座232,導入座232貫穿銜接有一 斜V & 233,該夾置部231夾設於最上層容置座21之折部⑴ 上’另V入座232上端可插接有置水用容瓶234,容瓶234内 置之水再經由斜導管233流出; j霧兀件24,該造霧元件24組裝有盛水孤24卜盛水皿241 内谷置有造霧器242,並於盛水皿241外設有一網罩243,網 罩243四周穿置有網罩孔2431,網罩243上設有密封頂緣 2432,並網罩243與斜導管233之對應處開設有導口 ,以 利斜導皆233由導口 2433穿入造霧元件24,並將斜導管233 懸置於盛水皿241上;該盛水皿241可延斜導管233填入水a, 水A藉由造霧器242氣化成霧狀水分子;此外,造霧元件% 設於容置座21之容室211内; M3 04211 , 上蓋25,该上蓋25係對應容置座21上部造型設置,且上蓋 ' 25設置有上蓋扣接體251、缺口 252、網罩穿孔253與控制元 件26,该可為粘扣蚝實施之上蓋扣接體251分佈於上蓋乃週 緣,另取上端容置座21之折部213對應上蓋扣接體25ι處增 設有可為粘扣氈實施之扣接體2131;係當上蓋扣接體251與扣 接體2131結合作動時,達成上蓋25與折部213之組接實施; _ 而缺口 252之設置,主要為迴避液位控制元件23;又網罩穿孔 253之設置,主要為提供網罩243之密封頂緣2432與接近密封 • 頂緣之網罩孔2431得凸伸出上蓋25,利用接近密封頂緣2432 之網罩孔2431引流空氣入網罩243内,引流入網罩243之空 氣吹送造霧器242生成之霧狀水分子向下,俾令霧狀水分子經 由未凸伸出上蓋25之網罩孔2431釋出,並釋出之霧狀水分子 可均勻散佈於容室211内,並霧狀水分子再循容室211之透孔 # 212向下飄散,且霧狀水分子由上蓋25止擋防止由容置座21 上部消散;再一控制元件26,該控制元件26設有開關261, 且控制元件26内建有設定參數及操作參數,並控制元件藕接 有造霧器242 ;該控制元件26於操作時,係經由使用者操作開 關261產生訊號,該訊號由控制元件26轉換為設定參數,控 制元件26再藉由設定參數藕接控制有造霧器242之運作時 門,另,該控制tl件26於操作時,係經由使用者操作開關261 產生訊號,該訊號由控制元件26轉換為操作參數,控制元件 M3 04211 26再藉由操作參數藕接控制有造霧器犯之開啟與關閉; 士口養皿27 „亥培養里27穿設有培養皿孔27卜且培養孤27 可供種子B置人’當培養皿27於實施巾其置放於無造霧元 件24之容置座21中;該種子B成長之所需水分,係經由造霧 兀件24所產生之綠水分子所提供丨另霧狀水分子如有多餘 與積存現象,可由培養皿孔27U非出培養皿27夕卜; 包覆折板3 ’該包覆折板3係由—可折式板體所組成,該包 復折板3 α有折線31’且包覆折板3内側表面分佈有钻扣魅實 施之折板扣接體32 ;該折線31係為對應容置座21外形,據此 折線方便包覆折板3 f折包覆容置座21 ;而容置座η於折 部213對應折板扣接體32處增設有钻扣鼓實施之第二扣接體 2132 ;係當折板扣接體32與第二扣接體2132結合作動時,達 成包覆折板3與折部213之組接實施;另包覆折板3彎折包覆 容置座21後’於容置座21前側形成有-開口部33 ; 前侧板4,該前側板4係由一可折式板體所組成,該前側板* =崎紋41,且前侧板4内側表面分佈有枯扣議之前板 扣接體42 ;而開口部33處之此&。, 折邛213對應前板扣接體42可辦 設有枯扣熟實施之第三扣接體 曰 你, 體2133 ’俾令當前板扣接體42盘 第二扣接體2133結合作動時,達成前側板4與折部213之,且 接實施,並前側板4與包料板3配合朗容置座週,, 再於容置座21整體下端形成—供空氣對流之_5;藉此前侧 M304211 板4與包覆折板3防止造霧元件23產生之霧狀水分子由培育機 2四周消散; 水盤6,該水盤6設於最下端容置座21之下面,#此水盤6 承接容室透孔212所排出的多餘水分,俾令避免水分窥 流與污染地面。 請參閱第四圖、第五圖、第六圖所示,【係為本創作之植 示 意、組合實減第-部放大轉、組合實施局帛二部放大轉圖以第 四圖、第㈣)係指該容置座21於組接後,其造霧元件22僅設 於最上層之容置座中2卜而依序往下之容置座21内可供種子 B置入’其種子B成長所需水分,係由造霧器242於造霧元件 24中將水八職錄水分子所提供,其綠水好由網罩如 之網罩孔2431釋出於容室211中,且霧狀水分子歷經上蓋25 止擋’有效防止霧狀水分子由容置座21上端消散;再由包覆 折板3限位霧狀水分子之㈣向下竄流,平均分佈於各容置座 21間,藉此供應種子B吸收;而多餘之水分可由容室211之透 孔2丨2排出,藉此避免水分積存於容室211造成種子b之可能 >可染或腐爛;並最下端容置座21之下面所設之水盤6,該水盤 6可承接容室211經由透孔212所排出的多餘水分,俾令避免 水分竄流與污染地面;而當種子B於養成為芽菜B1之成長過 程中,其如需變更環境時,可藉由導輪221方便推送之特性,將 谷置座21推至所需環境處(如:冷藏處、高溫處與照曰處),如推 17 M304211 瞻外照日時’其如需增加日照量,該包覆折板3亦可拆除,· (如第六圖所示)係指其斜導管233懸置於盛水皿241上;該 仆m队斜^官233填入水A,水八藉由造霧器242氣 L分子;此外’當盛水皿241中的水A位若低於斜導 ==處時,其斜導管233可再由導入座232上端插接 :瓶234中將水A導人盛水皿241,並水Μ若高於斜導管 =出口處時’即停止斜導管233對盛水皿241之供水。 j青參閱第蝴所示,【係為本_之立體分解收取示意圖】;係指其 ,機2之清洗、組件與庫存時,以及收取時可依序拆解、堆疊或分 政、且# ’其培月機2如於庫存與收納時,容置座Μ、架接體2;、 =位控制元件23、容瓶234、培養皿27、包覆折板3、前側板 且/盤6可拆除分散;而容置座21與培養皿27可相互疊置, f包覆折板3可延折線31彎折收存,並前侧板4亦可藉^收折 =41折收;其後各物件再依序置放人―容置箱7中,達成培育 於使㈣、後有I纟時放之功能,藉此避免培育機2於使 2、後有空間浪費之虞;反之,若當須使用時,只需將培育 之所有組件自容置箱7中取出架設即可。 θ參閱第八騎示’【係為本創作之另-實鮮意®】;該造霧元 件24僅設於最上層之容置座21中,而依序往下之容置座21 ^増設置人有培養皿27,並於培養孤27穿設有培養皿孔 ,該培養皿27可供種子B置人,而種子B成長為芽菜mThe stratification process of the accommodating seat is carried out by using the splicing body to separate the support, and the accommodating seat is erected off the ground by the erecting body, and the guiding body is provided with a guide wheel at the erection of the ground; The liquid level control element and the fogging element are assembled in the upper seat, and the liquid level control element is a component for providing water for the fogging element, and a fogger is arranged in the fogging element; The upper end of the upper seat is covered with an upper cover, and the seed or petri dish is placed in the lower receiving seat, and the seed can also be placed in the petri dish and placed in the receptacle; The entire circumference of the seat is covered with a cover flap, and the cover flap is formed with an opening 整体 on the front side of the accommodating seat, and the opening is covered by a front side plate. The main purpose of the shaft is to assemble, disassemble, store and clean the machine before and after use. The purpose of the position control is to use the k for the assembly of the uppermost layer. The reading of the 'new position control element automatically supplies the fogging element to the water, and the fogging element then uses the fogger to make the water vapor Formed into a misty water molecule, the M304211 water knife is floated downward by the control of the folding flap and the front side panel, and then the lower valley is placed to set the seed to be seeded, and the seed is developed by absorbing the misty water molecule. Raise into a sprout. x Another purpose of the creation of the case: for the frame body, the frame body is provided with a guide wheel at the erection of the accommodating seat, and the guide wheel can be used as the basis for the cultivating of the cultivating bud. • Re-purpose of the case creation. For the culture dish, the μ-seed should be placed in the individual culture dish to place the seeds on different dates; the money culture together with the dish seeds - and placed in the housing for cultivation It is convenient to control the cultivation of different seeds' and can cultivate the sprouts of the machine-made tobacco in the same day. ^The above can be seen that the creation of this case has the function of automatic cultivation of sprouts, which has very innovative design features, but can be used to increase the amount of bean sprouts green, and can be used as a crop with similar properties of planting and sprouting in the breeding machine; It can be seen that the incubator can operate in a small space and can be used in the home and can eliminate the problem that the conventional production capacity is susceptible to weather and the soaking water pollution of the sprouts, thereby providing the consumer with the option of increasing the production of a safe food. [Embodiment] This creation can be fully understood and implemented according to the following embodiments and with the accompanying drawings: First, see the second figure and the third figure, [the system is a three-dimensional decomposition of the creation , the stereoscopic combination diagram, refers to the incubator 2 used for the growth of a sprout, wherein the assembly of the incubator 2 8 M304211 comprises the following components: wherein the housing 21 is in a layered state, and The accommodating seat 21 has a chamber 2H. The chamber 211 is provided with a through hole 212, and the receiving seat 21 is circumferentially provided with a folded portion 213, and the folded portion 213 is provided with a mounting hole 214; The body 22 is used for the mounting hole of the folding portion. The body 22 stratifies the 玄 命 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The lower end solid, the guide wheel 22, and the guide wheel are used as a basis for facilitating the push of the incubator 2; the bit & tl member 23, the liquid level control element 23 is provided with a clamping portion 231, which is fixed at the upper end The inlet 232 is inserted into the lead-in seat 232 and has a slanting V & 233. The clamping portion 231 is disposed on the fold portion (1) of the uppermost accommodating seat 21. The upper end of the V-mounting 232 can be inserted with a water-receiving bottle. 234, the water built in the bottle 234 flows out through the inclined conduit 233; j mist element 24, the fogging element 24 is assembled with a water solitary 24, a water tank 241 is provided with a fogger 242, and in the water tank 241 A mesh cover 243 is disposed outside the mesh cover 243, and a mesh cover hole 2431 is disposed around the mesh cover 243. The mesh cover 243 is provided with a sealing top edge 2432, and a mesh opening is formed at the corresponding portion of the mesh cover 243 and the inclined conduit 233 to facilitate the oblique guide. All of the 233 are inserted into the fogging element 24 from the guide port 2433, and the inclined duct 233 is suspended on the water tank 241; the water tank 241 can be filled with the water pipe a by the inclined duct 233, and the water A is passed through the fogger 242. Gasification In addition, the fogging element is disposed in the chamber 211 of the receiving seat 21; M3 04211, the upper cover 25, the upper cover 25 is correspondingly arranged on the upper portion of the receiving seat 21, and the upper cover '25 is provided with the upper cover buckle The connecting body 251, the notch 252, the mesh cover perforation 253 and the control element 26, wherein the upper fastening cover 251 is disposed on the periphery of the upper cover, and the folded portion 213 of the upper receiving receptacle 21 is coupled to the upper cover. When the upper cover fastening body 251 and the fastening body 2131 cooperate, the assembly of the upper cover 25 and the folded portion 213 is achieved; _ and the notch 252 The arrangement is mainly for avoiding the liquid level control element 23; the arrangement of the mesh cover perforation 253 is mainly for providing the sealing top edge 2432 of the mesh cover 243 and the mesh cover hole 2431 close to the sealing • top edge to protrude from the upper cover 25, and is close to The mesh cover hole 2431 of the sealing top edge 2432 draws air into the mesh cover 243, and the mist-like water molecules generated by the air blowing mist generator 242 flowing into the mesh cover 243 are downwardly, so that the misty water molecules pass through the uncovered upper cover. 25 mesh cover hole 2431 is released, and the released misty water molecules can be Dispersed in the chamber 211, and the mist-like water molecules recirculate through the through hole #212 of the chamber 211, and the misty water molecules are stopped by the upper cover 25 to prevent dissipating from the upper portion of the receiving seat 21; The control component 26 is provided with a switch 261, and the control component 26 has built-in setting parameters and operating parameters, and the control component is connected with a fog eliminator 242. The control component 26 is operated by the user operating the switch 261. The signal is converted by the control component 26 into a set parameter, and the control component 26 is further controlled by the setting parameter to control the operation gate of the fogger 242. In addition, the control component 26 is operated by the user during operation. The switch 261 generates a signal, which is converted into an operating parameter by the control element 26, and the control element M3 04211 26 is controlled by the operation parameter to control the opening and closing of the fogger; the Shikou culture dish 27 a culture dish hole 27 is provided and the seed 27 is cultured for the seed B to be placed. When the culture dish 27 is placed on the holder 21 of the non-fogging element 24, the seed B is required to grow. Produced by the smog element 24 If there is excess and accumulation of water molecules in the water, the water can be removed from the culture vessel 27U. The cladding plate 3 The folding plate 3 α has a fold line 31 ′ and the inner surface of the cover flap 3 is provided with a folding buckle body 32 of the drill buckle; the fold line 31 is corresponding to the shape of the receiving seat 21 , according to which The folding line is convenient for the covering flap 3f to fold the receiving seat 21; and the receiving seat η is provided with the second fastening body 2132 of the folding drum corresponding to the folding portion 213 of the folding portion 213; When the board fastening body 32 cooperates with the second fastening body 2132, the assembly of the folding flap 3 and the folding portion 213 is achieved; and the covering flap 3 is bent to cover the receiving seat 21, and then is accommodated. The front side of the seat 21 is formed with an opening portion 33; the front side plate 4 is composed of a foldable plate body, the front side plate * = the smear 41, and the inner side surface of the front side plate 4 is provided with a dry buckle The front plate fastening body 42 is discussed; and the opening portion 33 is this & , the folding plate 213 corresponding to the front plate fastening body 42 can be equipped with a third fastening body that is implemented by the buckle, and the body 2133 '俾, the current plate fastening body 42 disk second fastening body 2133 cooperates with each other, The front side plate 4 and the folded portion 213 are realized, and are connected, and the front side plate 4 and the wrapping plate 3 are matched with the receiving seat circumference, and then the lower end of the receiving seat 21 is formed with a _5 for air convection; The side M304211 plate 4 and the cladding flap 3 prevent the misty water molecules generated by the fogging element 23 from being dissipated around the incubator 2; the water tray 6 is disposed below the lowermost receiving seat 21, and the water tray 6 is taken over The excess moisture discharged from the chamber through hole 212 prevents the water from seeing and contaminating the ground. Please refer to the fourth, fifth and sixth figures. [This is the planting of the creation, the combination of the reduction and the reduction of the first part, the enlargement of the combination of the implementation of the second part of the enlarged picture to the fourth picture, the fourth (four) ) means that after the accommodating seat 21 is assembled, the smog element 22 is disposed only in the uppermost accommodating seat 2 and sequentially placed in the accommodating seat 21 for seed B to be placed in the seed. The moisture required for the growth of B is provided by the mist eliminator 242 in the fogging element 24, and the green water is preferably released into the chamber 211 by the mesh cover, such as the mesh cover hole 2431, and The misty water molecules pass through the upper cover 25 stop to effectively prevent the misty water molecules from being dissipated from the upper end of the accommodating seat 21; and then the cladding flaps 3 limit the misty water molecules to turbulent downward, and are evenly distributed in each accommodating Block 21, thereby supplying seed B to absorb; and excess water can be discharged through the through hole 2丨2 of the chamber 211, thereby preventing moisture from accumulating in the chamber 211 and causing the possibility of seed b> dyeable or rotten; a water tray 6 disposed under the lower end of the housing 21, the water tray 6 can receive excess moisture discharged from the chamber 211 through the through hole 212, so as to avoid moisture enthalpy And when the seed B grows into the sprouting B1, if it needs to change the environment, the vanity 21 can be pushed to the desired environment by the characteristic of the guide wheel 221 being convenient to push (such as : refrigerated place, high temperature place and photo place), such as push 17 M304211, when the day is taken, 'If you need to increase the amount of sunshine, the cover flap 3 can also be removed, · (as shown in Figure 6) means The inclined duct 233 is suspended on the water tank 241; the servant m team is filled with water A, and the water eight is liquefied by the mist generator 242; in addition, 'when the water A in the water tank 241 is A When it is lower than the oblique guide==, the inclined duct 233 can be inserted again from the upper end of the introduction seat 232: the water A in the bottle 234 guides the water tank 241, and if the water level is higher than the inclined duct = the exit point, The water supply to the water tank 241 is stopped by the inclined duct 233. j Qing refers to the first butterfly, [the schematic diagram of the stereo decomposition of the system is _], refers to the cleaning, components and inventory of the machine 2, and can be disassembled, stacked or divided in time, and # 'When the stocking machine 2 is in stock and storage, it accommodates the seat and the bracket 2; the position control element 23, the bottle 234, the culture dish 27, the cladding flap 3, the front side panel and the tray 6 Removable and dispersible; and the receiving seat 21 and the culture dish 27 can be stacked on each other, the f-covered flap 3 can be bent and stored by the folding line 31, and the front side panel 4 can also be folded by 41 fold; Afterwards, the objects are placed in the accommodating box 7 in order, and the function of cultivating in (4) and then having I 达成 is achieved, thereby avoiding the waste of the space of the cultivating machine 2 after 2; If it is necessary to use, it is only necessary to remove all the components of the cultivation from the box 7 and remove the erection. θ refers to the eighth riding display '[ is the other of the creation of the original - the real meaning of the product]; the fogging element 24 is only placed in the uppermost housing 21, and sequentially down the housing 21 ^ 増The person is provided with a petri dish 27, and a culture dish hole is provided in the culture solitary 27, the culture dish 27 can be used for seed B, and the seed B grows to sprouts m

M304211 之所需水分’係經由造霧元件24之造霧器24" 另培養…爲防止多餘水分之積存= =:孔271將多餘水分排出培養而當種: 錢為牙菜B1之成長過程巾f變更環境時,只需將 、 自谷置座21中取出即可,且無須再整體移動容置座2二27 同=子B或需區分種子B之養成芽菜m時間時,可充分運用 培養皿27分階段置入或取出於容置座21處,藉此達成 機2於短時間内同時育成多種芽菜m,以及可同時培育;同 階段之芽菜B1。 請參閱第九圖、第十圖所示,【係為本創作之再一實施側視組合示 意、再一實施側視作動示意圖】;係指包覆折板3彎折包覆容置座 21後’於谷置座21前側形成有一開口部33,該開口部33顯 露之最上端折部213内可固接一捲簾8,其捲簾8設有一基體 81與拉把82,拉把82固接有拉把扣接體83 ;該捲簾8之基體 81固接於最上端之折部213内,再由拉把82將基體81内收之 捲簾布810下拉,並由拉把扣接體83與最下端折部213之第 三扣接體2133結合,據此達成以捲簾布810將開口部33覆蓋; 反之拉把扣接體83自第三扣接體2133分離時,該捲簾布810 可回收至基體81内者。 綜上所述,本創作之一種培育機,不但在設計型態上係屬 創新,並能較習用物品增進有多項上述功效,就整體而言,確 M3 04211 具有較佳之該產業利用價值與實用性,誠不失為一優異、突出 -, 之創新設計,爰依法提出申請,懇請惠予審查,並賜准專利, 則實感德便。 M3 04211 【圖式簡單說明】 第一圖係為習知之實施示意圖。 第二圖係為本創作之立體分解圖。 第三圖係為本創作之立體組合示意圖。 第四圖係為本創作之組合實施示意圖。 第五圖係為本創作之組合實施局第一部放大示意圖。 第六圖係為本創作之組合實施局第二部放大示意圖。 第七圖係為本創作之立體分解收取示意圖。 第八圖係為本創作之另一實施示意圖。 第九圖係為本創作之再一實施側視組合示意圖。 第十圖係為本創作之再一實施側視作動示意圖。 【主要元件符號說明】 1 容器 11 芽菜 12 蓋體 2 培育機 21 容置座 211 容室 212 透孔 213 折部 2131 扣接體 2132 第二扣接體 2133 第三扣接體 214 架接孔 22 架接體 221 導輪 23 液位控制元件 231 夾置部 232 導入座 lb M3 04211The required moisture of M304211 is passed through the fogger 24" of the fogging element 24; another culture...to prevent the accumulation of excess water ==: The hole 271 discharges excess water and cultures as a species: Money is the growth process of the toothpaste B1 f When changing the environment, you only need to take it out of the valley seat 21, and you don't need to move the housing 2 2 27 with the same sub-B or you need to distinguish the seed B from the sprouting m time. The culture dish 27 is placed or taken out at the receiving seat 21 in stages, thereby achieving the simultaneous development of a plurality of sprouts m in a short time, and simultaneous cultivation; the same stage of the sprout B1. Please refer to the ninth and tenth drawings. [This is a schematic diagram of another side view of the creation of the creation, and a schematic diagram of the side view operation.] The cover flap 3 is bent to cover the receptacle 21 An opening portion 33 is formed on the front side of the valley seat 21, and a roller blind 8 is fixed in the uppermost folded portion 213 exposed by the opening portion 33. The roller blind 8 is provided with a base body 81 and a pull handle 82, and a pull handle 82. A pull-tab fastener 83 is fixedly attached; the base 81 of the roller blind 8 is fixed in the uppermost folded portion 213, and the pull-tab 810 is pulled by the pull-tab 82 and pulled by the pull-tab 810 The body 83 is coupled to the third fastening body 2133 of the lowermost end portion 213, whereby the opening portion 33 is covered by the rolling fabric 810; and when the button fastening body 83 is separated from the third fastening body 2133, the The roller blind cloth 810 can be recycled to the inside of the base 81. In summary, a breeding machine of this creation is not only innovative in terms of design type, but also has many of the above-mentioned effects compared with the use of customary items. On the whole, it is true that M3 04211 has better utilization value and practicality of the industry. Sexuality, honesty is an excellent, outstanding-, innovative design, 提出 apply in accordance with the law, pleading for review, and granting patents, it is really sensible. M3 04211 [Simple description of the diagram] The first diagram is a schematic diagram of the implementation of the prior art. The second picture is a three-dimensional exploded view of the creation. The third picture is a three-dimensional combination diagram of the creation. The fourth picture is a schematic diagram of the implementation of the combination of the creation. The fifth picture is an enlarged view of the first part of the combined implementation bureau of the creation. The sixth picture is an enlarged view of the second part of the combination implementation bureau of this creation. The seventh picture is a schematic diagram of the stereo decomposition of the creation. The eighth figure is a schematic diagram of another implementation of the creation. The ninth figure is a schematic diagram of a side view combination of another implementation of the present creation. The tenth figure is a schematic diagram of the side view of the implementation of this creation. [Description of main components] 1 Container 11 Sprout 12 Cover 2 Incubator 21 Retaining seat 211 Housing 212 Through hole 213 Folding part 2131 Fastening body 2132 Second fastening body 2133 Third fastening body 214 Mounting hole 22 frame body 221 guide wheel 23 liquid level control element 231 clamping part 232 lead-in seat lb M3 04211

233 斜導管 234 容瓶 24 造霧元件 241 盛水JHI 242 造霧器 243 網罩 2431 網罩孔 2432 密封頂緣 2433 導口 25 上蓋 251 上蓋扣接體 252 缺口 253 網罩穿孔 26 控制元件 261 開關 27 培養皿 271 培養JBL孔 3 包覆折板 31 折線 32 折板扣接體 33 開口部 4 前側板 41 收折紋 42 前板扣接體 5 間隙 6 水盤 7 容置箱 8 捲簾 81 基體 810 捲簾布 82 拉把 83 拉把扣接體 A 水 B 種子 B1 芽菜233 Oblique conduit 234 Bottle 24 Fog element 241 Water JHI 242 Mist 243 Mesh cover 2431 Mesh hole 2432 Seal top edge 2433 Guide 25 Upper cover 251 Upper cover fastener 252 Notch 253 Mesh perforation 26 Control element 261 Switch 27 Petri dish 271 Culture JBL hole 3 Covering flap 31 Folding line 32 Folding plate fastening 33 Opening part 4 Front side plate 41 Folding pattern 42 Front plate fastening body 5 Clearance 6 Water tray 7 Housing box 8 Rolling shutter 81 Base 810 Rolling Cloth 82 Pulling Puller 83 Pulling Buckle A Water B Seed B1 Sprout

Claims (1)

M304211 ^ lC( ^ 九、申請專利範圍: ι·一種自動芽菜培育機,其中,包含: 容置座,該容置座中成形有容室,容室分佈有透孔且容置 座週緣固置有折部; 架接體,該架接體係設於容置座週緣之折部處,藉由架接體 作為容置座撐高之依據; 、-M304211 ^ lC ( ^ IX, the scope of application for patent: ι · an automatic sprouts incubator, which includes: a housing, the housing is formed with a chamber, the chamber is distributed with through holes and the housing circumference is solid a folding portion is provided; the erecting system is disposed at a fold of the periphery of the accommodating seat, and the cradle is used as a basis for accommodating the pedestal; 一造霧元件,係由-盛水亚内容置有造霧器所組成;該盛水 内可填入水,水藉由造霧器氣化成霧狀水分子;此外,造霧 元件係設於容置座之容室内; 上蓋’該上蓋係對應容置座上部造型設置,有效防止造霧元 件製造之霧狀水分子由容置座上部消散;A fog-making component is composed of a mist-filling device, which is filled with water, and the water is filled with water into a mist-like water molecule by a fogger; The upper cover's upper cover corresponds to the upper shape of the accommodating seat, and the misty water molecules manufactured by the fogging element are effectively prevented from dissipating from the upper part of the accommodating seat; 、該容置座於容室中可置人種子,種子之成長所需水分,^ 由以務⑤形成之霧狀水分子所提供,該霧狀水分子由上 擋’防止霧狀水分子由容置座上部消散 :佈於容室中,供應種子吸收與發芽使用; 透孔排出容室外者。 3 z•如甲請專利範 ^ α只厂’’处心曰切牙米枵I機,其中,兮 f係利用架接體撐高,且容置座下方可增設有-水盤,: 是作為承接容冑之透孔所排$的乡餘水分。 μ 3:如申請專利範圍第1項所述之自動芽菜培育機,其中 體下端可增&有導輪’藉此導輪方便培育機之推送者。 M304211 4. 如申請專利範圍第1項所述之自動芽菜培育機,其中,該上蓋 可增設有一控制元件,控制元件設有開關,且控制元件内建有 設定參數及操作參數,並控制元件藕接有造霧器:該控制元件 於操作時,係經由使用者操作開關產生訊號,該訊號由控制元 件轉換為設定參數,控制元件再藉由設定參數藕接控制有造霧 器之運作時間;另,該控制元件於操作時,係經由使用者操作 開關產生訊號,該訊號由控制元件轉換為操作參數,控制元件 再藉由操作參數藕接控制有造霧器之開啟與關閉。 5. 如申請專利範圍第1項所述之自動芽菜培育機,其中,容置座 與造霧元件之對應處可增設有一液位控制元件,該液位控制元 件設有爽置部’夾置部上端固接有一導入座’導入座貫穿銜接 有一斜導管;該夾置部夾設於容置座之折部上;另導入座上端 可插接有置水用容瓶,容瓶内置之水經由斜導管對應導入造霧 元件中;並上蓋對應夾置部之設置處增設有一缺口,藉此缺口 方便夾置部之組裝者。 '6.如申請專利範圍第5項所述之自動芽菜培育機,其中,該造霧 元件外可套置增設有一網罩,網罩四周穿置有網罩孔與一密封 頂緣;該網罩之密封頂緣與接近密封頂緣之網罩孔得凸伸出上 蓋,利用接近密封頂緣之網罩孔引流空氣入網罩,另網罩將引 流入内之空氣吹送造霧元件生成之霧狀水分子,俾令霧狀水分 子經由未凸伸出上蓋之網罩孔釋出,並釋出之霧狀水分子可均 M304211 勻散佈於容室内者。 7.如申請專利範圍第1項所述之自動芽菜培育機,其中,該容置 座之折部上端可增設分佈有扣接體,且上蓋對應扣接體處固接 有上蓋扣接體;係當扣接體與上蓋扣接體結合作動時,達成上 蓋與折部之組接實施者。 8.如申請專利範圍第7項所述之自動芽菜培育機,其中,該扣接 體與與扣接體結合可為粘扣氈實施者。 9. 如申請專利範圍第1項所述之自動芽菜培育機,其中,容置座 可增設分層,該分層之容置座利用折部所設架接體禕高分距, 且最下端之容置座再以設架接體撐高離地,並於高離撐高之架 接體下端固接有導輪,藉此導輪方便培育機之推送;且造霧元 件僅設於最上層之容置座中,而依序往下之容置座内可供種子 置入,其種子成長所需水分,係經由造霧器所產生之霧狀水分 子所提供。 10. 如申請專利範圍第9項所述之自動芽菜培育機,其中,該造 霧元件僅設於最上層之容置座中,而依序往下之容置座内可增 設置入有培養皿,並於培養孤穿設有培養jui孔;該培養孤可供 種子置入,其種子成長所需水分,係經由造霧器所產生之霧狀 水分子所提供;另霧狀水分子如有多餘與積存現象時,該多餘 水分可由培養m孔排出培養jni外。 11. 如申請專利範圍第9項所述之自動芽菜培育機,其中,分層 M304211 之容置座於折部立面週緣可增設有包覆折板,藉此包覆折板防 止造霧元件產生之霧狀水分子由培育機四周消散。 12.如申請專利範圍第9項所述之自動芽菜培育機,其中,容置座 之折部立面可增設分佈有第二扣接體,且包覆折板對應第二扣 接體處固接有折板扣接體;係當第二扣接體與折板扣接體結合 作動時,達成折部與包覆折板之組接實施者。 13. 如申請專利範圍第12項所述之自動芽菜培育機,其中,該包 覆折板於容置座前側可增設有一開口部,開口部處再以一前側 板覆蓋,且前側板對應第三扣接體處固接有前板扣接體,並折 部前側對應前板扣接體分佈有第三扣接體;係當前板扣接體與 第三扣接體結合作動時,達成折部與前側板之組接實施者。 14. 如申請專利範圍第13項所述之自動芽菜培育機,其中,該開 口部顯露之折部處可增設有捲簾,捲簾設有一基體與拉把,拉 把固接有拉把扣接體;該捲簾之基體固接於開口部上端之折 部,再由拉把自基體中將捲簾布下拉,藉由拉把扣接體與最下 端折部之第三扣接體結合,據此達成捲簾布於開口部之覆蓋實 施;反之當拉把扣接體自第三扣接體分離時,該捲簾布可回收 至基體内者。The accommodating seat can be placed in the chamber to set the seed, and the moisture required for the growth of the seed is provided by the misty water molecules formed by the circumstance, and the misty water molecules are protected from the misty water molecules by the upper block. The upper part of the receptacle is dissipated: it is placed in the chamber, and the seed is absorbed and used for germination; the through hole is discharged to the outside. 3 z• 如 如 请 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利 专利To undertake the rural water of the $ through the hole. μ 3: The automatic sprout breeding machine according to claim 1, wherein the lower end of the body can be increased & there is a guide wheel, whereby the guide wheel facilitates the pusher of the incubator. M304211 4. The automatic sprout breeding machine according to claim 1, wherein the upper cover can be provided with a control component, the control component is provided with a switch, and the control component has built-in setting parameters and operating parameters, and the control component The mist-connecting device is connected to the mist generator: when the control element is operated, the signal is generated by the user operating the switch, and the signal is converted into the set parameter by the control component, and the control component is controlled by the setting parameter to control the operation time of the fogger. In addition, when the control element is operated, the signal is generated by the user operating the switch, and the signal is converted into an operation parameter by the control element, and the control element is further controlled to open and close the fogger by operating parameter connection. 5. The automatic sprout vegetable incubator according to claim 1, wherein a liquid level control element is added to the corresponding portion of the receiving seat and the fogging element, and the liquid level control element is provided with a cooling portion The upper end of the fixed portion is fixedly connected with a lead-in seat. The lead-in seat is connected to the inclined guide tube; the sandwiching portion is clamped on the folded portion of the receiving seat; and the upper end of the lead-in seat can be inserted with a water-receiving bottle, and the bottle is built-in. The water is correspondingly introduced into the fogging element via the inclined duct; and a gap is formed in the upper cover corresponding to the position of the clamping portion, whereby the gap facilitates the assembler of the clamping portion. The automatic sprout growing machine according to the fifth aspect of the invention, wherein the fogging component is externally sleeved with a net cover, and the mesh cover is surrounded by a mesh cover hole and a sealing top edge; The sealing top edge of the net cover and the mesh cover hole close to the sealing top edge protrude from the upper cover, and the air is introduced into the mesh cover by the mesh cover hole close to the sealing top edge, and the other mesh cover is used to blow the inflowing air into the fog generating component. The misty water molecules release the misty water molecules through the mesh cover holes that are not protruded from the upper cover, and the released misty water molecules can be evenly dispersed in the room. 7. The automatic sprout breeding machine according to claim 1, wherein the upper end of the folding portion of the receiving seat can be additionally provided with a fastening body, and the upper cover is fixed with the upper cover fastening body corresponding to the fastening body. When the fastening body cooperates with the upper cover fastening body, the implementer of the upper cover and the folding part is achieved. 8. The automatic sprouts growing machine of claim 7, wherein the fastening body and the fastening body are combined with the fastener. 9. The automatic sprout breeding machine according to claim 1, wherein the accommodating seat is provided with a layering, and the tiering accommodating seat is provided with a spigot of the folding portion, and the highest spacing is the most The lower end of the accommodating seat is further detached from the ground by the frame connecting body, and the guiding wheel is fixed at the lower end of the high-supporting erecting body, whereby the guiding wheel facilitates the pushing of the cultivating machine; and the fog-making element is only disposed at The uppermost layer is placed in the pedestal, and the subsequent accommodating seat is provided for seed placement, and the water required for the seed to grow is provided by the misty water molecules generated by the mist eliminator. 10. The automatic sprout breeding machine according to claim 9, wherein the fogging element is disposed only in the uppermost seating, and the housing can be added in the lower order. The culture dish is provided with a cultured jui hole in the culture, and the seed is placed in the culture, and the seed is required to grow water, which is provided by the misty water molecules generated by the fogger; If there is excess and accumulation, the excess water can be discharged from the culture m hole. 11. The automatic sprout breeding machine according to claim 9, wherein the accommodating layer of the layer M304211 is provided with a covering flap on the periphery of the façade façade, thereby covering the flap to prevent fogging The misty water molecules produced by the element are dissipated around the incubator. 12. The automatic sprouts cultivating machine according to claim 9, wherein the folding façade of the accommodating seat is further provided with a second fastening body, and the covering flap corresponds to the second fastening body. The folding plate fastening body is fixedly connected; when the second fastening body cooperates with the folding plate fastening body, the assembly of the folding portion and the covering flap is achieved. 13. The automatic sprouts growing machine according to claim 12, wherein the covering flap is provided with an opening on the front side of the receiving seat, and the opening is covered by a front side panel, and the front side panel corresponds to A third fastening body is disposed on the front side of the folding portion, and a third fastening body is disposed on the front side of the front side of the folding portion; when the current board fastening body cooperates with the third fastening body, the The combination of the folded portion and the front side panel is implemented. 14. The automatic sprouts growing machine according to claim 13, wherein the opening portion of the opening portion is provided with a roller blind, the roller blind is provided with a base body and a pull handle, and the pull handle is fixed with a pull handle. a fastening body; the base of the roller blind is fixed to the folding portion at the upper end of the opening, and then the roller blind is pulled down from the base by the pulling handle, and the third fastening body of the buckle body and the lowermost folding portion is pulled by the pulling handle According to this, the covering of the roller blind cloth at the opening portion is achieved; otherwise, when the pull button fastening body is separated from the third fastening body, the roller blind fabric can be recovered into the base body.
TW095211713U 2006-07-04 2006-07-04 Automatic incubator of bud vegetable TWM304211U (en)

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Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103026882A (en) * 2012-12-26 2013-04-10 欧燕 Perilla sprout vegetable cultivation method
CN103026881A (en) * 2012-12-26 2013-04-10 欧燕 Cultivation method for broad bean sprout vegetables
CN103026880A (en) * 2012-12-26 2013-04-10 欧燕 Cultivating method of lysimachia insignis hemsl bud seedling vegetable
CN103026878A (en) * 2012-12-26 2013-04-10 欧燕 Cultivating method of alfalfa sprouts
CN103026879A (en) * 2012-12-26 2013-04-10 欧燕 Cultivating method of double-cane bud seedling vegetable

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103026882A (en) * 2012-12-26 2013-04-10 欧燕 Perilla sprout vegetable cultivation method
CN103026881A (en) * 2012-12-26 2013-04-10 欧燕 Cultivation method for broad bean sprout vegetables
CN103026880A (en) * 2012-12-26 2013-04-10 欧燕 Cultivating method of lysimachia insignis hemsl bud seedling vegetable
CN103026878A (en) * 2012-12-26 2013-04-10 欧燕 Cultivating method of alfalfa sprouts
CN103026879A (en) * 2012-12-26 2013-04-10 欧燕 Cultivating method of double-cane bud seedling vegetable

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