TWM346405U - Control device of dish dryer - Google Patents
Control device of dish dryer Download PDFInfo
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- TWM346405U TWM346405U TW97203345U TW97203345U TWM346405U TW M346405 U TWM346405 U TW M346405U TW 97203345 U TW97203345 U TW 97203345U TW 97203345 U TW97203345 U TW 97203345U TW M346405 U TWM346405 U TW M346405U
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- hot air
- supply unit
- air supply
- microprocessor
- control device
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- Drying Of Solid Materials (AREA)
Description
M346405 .八、新型說明: -【新型所屬之技術領域】 本新型係-種烘碗機控制裝置,尤指一種全自動#制 =碗機熱風供應單時機之特別技術,且同步達_ 貝烘乾及環保節能之效果者。 【先前技術】 -烘碗機主要是將洗過後的碗、盤,經過熱風 ,所附著的水份蒸發’達到衛生使用之目的。 如第-圖所示,現今供碗機(10)均具有— 盤等器皿放置之烘乾巳 …乙至(11 ),以及設有連通烘乾室(, 1)内外之氣孔(圖中未示); (1 烘乾室(1 1 )内安裝有馬達風扇 有引導馬達風扇氣流循環之氣道成 中安裝有電熱元件 、12),此氣道 鬱電敎元件(”… 達風扇(2〇) - 2 1 )、、且成之熱風供應單元運 排出高濕度埶空氧以乃斟a紅〜 亚在乳孔 器皿烘乾。 男、將仓巳、盤等 般而言,熱風供應單元運作與# 器控制,使用者須依昭 ” 疋藉由計時 的時間,此〜法則轉動計時器至適當 汁守态便胃同步啟動熱風供 時器歸零時,則π Β±收# η 干凡運作,待計 τ則同打將熱風供應單元斷電;可3 L 方式並不佳,闵^」疋此—控制 為果運轉的設定時間太短,則無法將該 5 M346405 •她/為皿所附著的水份蒸發,如果運轉的設定時間太長· '、丨曰有浪費電能的情形,此乃目前烘碗機控制技術無法突 破之處。 。。有鑑於習用烘碗機只能以手動設㈣間來控制熱風供 ,早兀運作時機’以致有烘乾效果不佳或浪費電能之缺、 』本創作者乃以多年的專業經驗與心得,經不斷構思、 •創研’乃研發出本創作。 ^ •【新型内容】 …本創作係提供—種烘碗機控制裝置,其主要内容在於 乾室料設有溫度感應11及濕度錢11,並在供碗 f女衣u處理器、,藉由溫度及濕度感應器自動偵測供乾 室於熱風供應單元運作 ^ 思忭卜之/皿度及漁度變化,據以使微處 4控制熱風供應單元之運作,從而達到自動且確實供 乾及環保節能之效果者。 ·.【實施方式】 •為使貝審查委員能進一步瞭解本創作之結構,特徵 ’、他目的’玆附以較佳實施例之圖式詳細說明如后: 仍罝圖’如同f知結構般’該供碗機(1 〇) 而^ : 6至(1 1 )及連通烘乾室(1 1 )内外之氣孔, 一 n 一 ^ 中7刀別設置有熱風供應單元,請配合第 一本創作特徵乃在於另外包括有: 4处理☆ ( 3 1 );係藉驅動迴路(3 2 )而控制熱 6 M346405M346405. Eight, new description: - [New technical field] This new type is a kind of drying machine control device, especially a special technology for automatic hot-supplied single-time machine, and synchronized. Dry and environmentally friendly energy saving effects. [Prior Art] - The drying machine mainly discharges the washed bowls and trays through hot air, and the attached water evaporates to achieve the purpose of sanitary use. As shown in the figure--picture, today's bowling machines (10) have drying trays, such as trays, etc., B to (11), and air holes provided inside and outside the drying chamber (1) (not shown) (1) (1) The drying chamber (1 1 ) is equipped with a motor fan to guide the motor fan to circulate the air passage, and the electric heating element is installed therein, 12), the air passage smoldering electric component ("...to the fan (2〇) - 2 1 ), and into a hot air supply unit to transport high humidity hollow oxygen to be a red ~ Ya in the milk hole utensils to dry. Male, the warehouse, disk, etc., the hot air supply unit operates with #器控制, The user must follow the time of the time, this rule rotates the timer to the appropriate juice and the stomach is synchronized to start the hot air supply time to zero, then π Β±收# η When the τ is calculated, the hot air supply unit is powered off; the 3 L method is not good, and the control time is too short, so the 5 M346405 • she/can be attached to the dish The water is evaporated, if the set time of operation is too long, ', there is a waste of energy, this Currently dish dryer control technology breakthrough can not place. . . In view of the fact that the conventional oven can only control the hot air supply by manual setting (four), the operation time of the early operation is such that the drying effect is not good or the power is wasted. The creator has many years of professional experience and experience. Constantly conceived, • Creative Research' is the development of this creation. ^ • [New Content] ... This creation department provides a kind of drying machine control device, the main content of which is that the dry room material is provided with temperature sensing 11 and humidity money 11, and is provided for the bowling machine. The temperature and humidity sensor automatically detects the operation of the dry room in the hot air supply unit. The change in the degree of the dish and the degree of fishing is based on the operation of the hot air supply unit to achieve automatic and reliable supply. The effect of environmental protection and energy saving. · [Embodiment] • In order to enable the Beck Review Committee to further understand the structure of the creation, the feature ', his purpose' is attached to the detailed description of the preferred embodiment as follows: Still as shown in the figure 'The bowling machine (1 〇) and ^ : 6 to (1 1 ) and the air holes inside and outside the drying room (1 1 ), a hot air supply unit is provided in a 7-knife, please cooperate with the first The creative features are additionally included: 4 Processing ☆ ( 3 1 ); Controlling the heat by the drive circuit (3 2 ) 6 M346405
運轉時機或運轉模式; 風供應單元 一電源迴路(3 4 及驅動迴路(3。 係k供穩定電源予微處理Operation timing or operation mode; Wind supply unit A power supply circuit (3 4 and drive circuit (3. k for stable power supply to micro processing)
一啟動迴路(3 5 提供人為的強制微處理 3 )開、關; )’係連接於微處理器(3 1 ),以 為(3 1)連動熱風供應單元(3 ’皿又怎應器(3 6 ),係安裝於烘乾室(丄工)中, 用以债測烘乾官f, 1 )在;^、、風供應單元(3 3 )運作時 之加熱溫度,並將所偵測之信號輸入至微處 且繼較於微處理器(3 中所建立之資;;庫,進而 工㈣⑽應單元(33)是否持續升溫運作或者關閉; 一撫度感應器(3 7 ),係安裝於烘乾室(丄工)中, 用^貞測烘乾室(11)在熱風供應單元(3 3)運作時 /’、、、度並將所偵測之信號輸入至微處理器(3 且 比較於微處理器(3丄)中所建立之資料庫,進而控制 熱風供f、單元(3 3)是否持續升溫運作或者關閉;以及 心益(3 8),係連接至微處理器(3 ^之輸入 /輸出埠,使之能顯示溫度感應器(3 6)所偵測之溫度 值’以及濕度感應器(37) ϊ貞測之濕度值。 由上述之結構說明得知,本創作微處理器(3)得 藉由溫度感應器(36)及濕度感應器(37)所偵測之 數值,與微處理器(31)中所建立之資料庫對比,據以 7 M346405 控制熱風供應單元自動變換為連續性或間歇性的熱風供給 乂及自動控制熱風持續升溫與否,以便讓烘乾室(1 .内之熱空軋得以在最有效率的情形下進行熱交換,並在氣 孔排出高濕度熱空氣以及輸入新空氣下,使烘乾室(U〕 内之濕度降至設定值以下時,該微處理器(3丄)便能關 、ru'應單凡(3 3 ’進而達到_實自動供乾及環保 •能之效果。 查士疋X本創作熱風供應單元(3 3 )根本不可能有運 ~ t間不足或太長的情形,所以確能有效的改善傳統洪碗 機人工設定時間所產生之烘乾度不夠或者太耗電力之缺 點’且本創作該等熱風供應單Tt ( 3 3 )、溫度感應器(3 ’、?、度感應态(3 7 )及微處理(3 1 )所構成之整體 結構特徵,其在現有之供碗機中,可以說是前所未見,故 符合新型專利之申請要件,乃爰依法提出”。惟以上所 /者僅為本創作之—較佳實施例而已,當不能以之限定 •本創作實施之範圍,即大凡依本創作申請專利範圍所作之 均等變化與修飾,皆屬本創作之範圍。 8 M346405 【圖式簡單說明】 •第一圖··係習知烘碗機之 i-同 作示意圖 二圖:係本創作之電路方魏示意圖 第一圖:係本創作之動作示意圖。 【主要元件符號說明】 〇)烘碗機 2 )氣道 馬達風扇 微處理器 熱風供應單元 啟動迴路 >絲度感應器 (1 1 )埃乾室 (2 1 )電熱元件 (3 2 )驅動迴路 (3 4 )電源迴路 (3 6 )溫度感應器 (3 8 )顯示器 7A start-up loop (3 5 provides artificial forced micro-processing 3) on and off; ) ' is connected to the microprocessor (3 1 ), which means that (3 1) is linked to the hot air supply unit (3' 6), installed in the drying room (completed), used to measure the heating temperature of the drying officer f, 1), and the heating temperature of the wind supply unit (3 3), and the detected The signal is input to the micro and is compared with the microprocessor (the resource established in 3;; the library, and then the work (4) (10) should the unit (33) continue to heat up or shut down; a sensation sensor (3 7), is installed In the drying room (completion), the drying chamber (11) is used to measure the '/, , and the detected signal is input to the microprocessor (3) when the hot air supply unit (33) operates. And compared to the database established in the microprocessor (3丄), thereby controlling whether the hot air supply f, the unit (3 3) continues to heat up or shut down; and the benefit (38) is connected to the microprocessor ( 3 ^ input / output 埠, so that it can display the temperature value detected by the temperature sensor (3 6) 'and humidity sensor (37) ϊ贞 measured humidity According to the above structural description, the creation microprocessor (3) has a value detected by the temperature sensor (36) and the humidity sensor (37), and is established in the microprocessor (31). According to the comparison of the database, according to 7 M346405, the hot air supply unit is automatically converted into a continuous or intermittent hot air supply and the automatic control of the hot air is continuously heated or not, so that the hot air rolling in the drying chamber can be maximized. Heat exchange in the case of efficiency, and when the humidity in the drying chamber (U) drops below the set value when the air vents discharge high-humidity hot air and input new air, the microprocessor (3丄) can be turned off. , ru' should be single (3 3 'and then achieve _ real automatic dry and environmental protection • energy effect. Charles Shi X this creation hot air supply unit (3 3) simply can not have a short or too long In this case, it is indeed effective to improve the shortcomings of insufficient drying or excessive power consumption caused by the manual setting time of the traditional bowling machine' and the creation of such hot air supply sheets Tt (3 3 ) and temperature sensors (3 ', ?, degree-sensing state (3 7) and micro-processing (3 1) The overall structural characteristics of the composition, which can be said to be unprecedented in the existing bowling machine, is in line with the application requirements of the new patent, which is proposed according to law. However, the above is only the creation of this machine. The best example is that it cannot be limited by the scope of this creation, that is, the equivalent changes and modifications made by the applicant in accordance with the scope of the patent application for this creation are within the scope of this creation. 8 M346405 [Simple description of the schema] • First图······················································································ Airway motor fan microprocessor hot air supply unit start circuit > wire sensor (1 1 ) Egan room (2 1 ) electric heating element (3 2 ) drive circuit (3 4 ) power circuit (3 6 ) temperature sensor ( 3 8) Display 7
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Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW97203345U TWM346405U (en) | 2008-02-27 | 2008-02-27 | Control device of dish dryer |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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TW97203345U TWM346405U (en) | 2008-02-27 | 2008-02-27 | Control device of dish dryer |
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TWM346405U true TWM346405U (en) | 2008-12-11 |
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TW97203345U TWM346405U (en) | 2008-02-27 | 2008-02-27 | Control device of dish dryer |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI618521B (en) * | 2016-07-13 | 2018-03-21 | 台灣櫻花股份有限公司 | Intelligent dish drying control system and control method thereof |
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2008
- 2008-02-27 TW TW97203345U patent/TWM346405U/en not_active IP Right Cessation
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI618521B (en) * | 2016-07-13 | 2018-03-21 | 台灣櫻花股份有限公司 | Intelligent dish drying control system and control method thereof |
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