WO2017193572A1 - Fully automatic tea brewing machine - Google Patents

Fully automatic tea brewing machine Download PDF

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Publication number
WO2017193572A1
WO2017193572A1 PCT/CN2016/108966 CN2016108966W WO2017193572A1 WO 2017193572 A1 WO2017193572 A1 WO 2017193572A1 CN 2016108966 W CN2016108966 W CN 2016108966W WO 2017193572 A1 WO2017193572 A1 WO 2017193572A1
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WO
WIPO (PCT)
Prior art keywords
tea
water
main motor
pouring
disposed
Prior art date
Application number
PCT/CN2016/108966
Other languages
French (fr)
Chinese (zh)
Inventor
刘均
刘新
黄雄凯
陈其敏
Original Assignee
深圳市元征科技股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Priority to CN201610321222.2A priority Critical patent/CN105852645A/en
Priority to CN201610321222.2 priority
Application filed by 深圳市元征科技股份有限公司 filed Critical 深圳市元征科技股份有限公司
Publication of WO2017193572A1 publication Critical patent/WO2017193572A1/en

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Classifications

    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47JKITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
    • A47J31/00Apparatus for making beverages
    • A47J31/40Beverage-making apparatus with dispensing means for adding a measured quantity of ingredients, e.g. coffee, water, sugar, cocoa, milk, tea

Abstract

A fully automatic tea brewing machine, comprising a machine housing (1), a water supplying device (2), and a control panel (3), the machine housing (1) being provided with a tea receiving region (11), and the inside of the machine housing (1) being provided with a receiving chamber (12) which has a tea-leaf outlet (121) leading to the tea receiving region (11) and is provided therein with a tea-leaf selecting mechanism (4) and a plurality of tea-leaf storage tanks (5); the tea-leaf selecting mechanism (4) comprises a tea-leaf pouring mechanism (41) by means of which tea leaves discharged from the tea-leaf storage tanks (5) are received and the received tea leaves are poured into the tea-leaf outlet (121) and discharged into the tea receiving region (11). By means of the tea-leaf selecting mechanism (4), different tea leaves can be selected, and the selected tea leaves are poured by the tea-leaf pouring mechanism (41) to the tea-leaf outlet (121). Tea leaves, together with hot water, are directly poured into a cup of a user, saving long waiting times not only satisfying the needs of consumer groups enjoying different flavors, but also satisfying the needs of fast-paced lifestyle.

Description

全自动泡茶机  Automatic tea machine
[0001] 本申请要求于 2016年 5月 13日提交中国专利局、 申请号为 201610321222.2、 发 明名称为"全自动泡茶机"的中国专利申请的优先权, 上述在先申请的内容以引入 的方式并入本文本中。  [0001] The present application claims the priority of the Chinese Patent Application filed on May 13, 2016, the Chinese Patent Application No. 201610321222.2, entitled "Automatic Tea Machine", the content of the above prior application is introduced. The way is incorporated into this text.
[0002] 技术领域 Technical Field
[0003] 本发明涉及一种泡茶机, 特别涉及一种全自动泡茶机。  The present invention relates to a tea making machine, and more particularly to an automatic tea making machine.
[0004] 背景技术 BACKGROUND OF THE INVENTION
[0005] 随着经济的发展, 人们生活水平的不断提高, 绿色健康的茶叶产品越来越受大 众欢迎, 除了在有悠久茶文化的中国, 现在全球都幵始越来越喜爱茶叶带给人 们的良好体验及对身体健康的有利作用; 随着饮茶成为人们日常生活不可或缺 的一部分, 茶叶的消耗越来越大, 各种泡茶机也层出不穷; 从最初的恒温泡茶 机, 到自动泡茶机, 到当前的多功能泡茶机; 泡茶机已被人们普遍接受, 特别 是一些茶馆, 餐馆, 商务场所已随处可见各式泡茶机。  [0005] With the development of the economy and the continuous improvement of people's living standards, green and healthy tea products are more and more popular among the public. In addition to China, which has a long tea culture, the world is now beginning to love tea more and more. Good experience and beneficial effects on the health of the body; As tea drinking becomes an indispensable part of people's daily life, the consumption of tea is getting bigger and bigger, and various tea making machines are also emerging; from the initial constant temperature tea machine, to Automatic tea making machine, to the current multi-functional tea making machine; tea making machine has been widely accepted, especially in some teahouses, restaurants, business places, various types of tea making machines can be seen everywhere.
[0006] 目前常用泡茶机都需要人工添加茶叶, 再用程序控制后序泡茶工序, 同吋茶叶 都需要在泡茶机的茶壶中泡制一段吋间才能倒出饮用; 都不能进行多种茶叶的 自动选择, 人们也需要进行等待。  [0006] At present, the commonly used tea makers need to manually add tea leaves, and then use the program to control the subsequent tea brewing process. The same tea leaves need to be brewed in the teapot of the tea maker for a period of time to be poured out; The automatic selection of tea leaves, people also need to wait.
[0007] 发明内容  SUMMARY OF THE INVENTION
[0008] 本发明的目的在于提供一种全自动泡茶机, 以解决现有技术必须等待茶叶泡浸 、 浪费用户吋间的问题。  [0008] It is an object of the present invention to provide an automatic tea maker to solve the problem that the prior art must wait for tea to soak and waste the user's day.
[0009] 为了解决上述技术问题, 本发明提供了一种全自动泡茶机, 包括机壳、 供水装 置和控制面板, 所述机壳设有用于放置茶杯的接茶区, 所述供水装置用于供水 至所述接茶区排出, 所述控制面板用于控制所述自动泡茶机自动泡茶;  [0009] In order to solve the above technical problem, the present invention provides an automatic tea making machine, comprising a casing, a water supply device and a control panel, wherein the casing is provided with a tea receiving area for placing a tea cup, and the water supply device is used. Discharging the water supply to the tea receiving area, the control panel is configured to control the automatic tea making machine to automatically brew tea;
[0010] 所述机壳内部设有容纳腔, 所述容纳腔具有通向所述接茶区的茶叶出口, 且所 述容纳腔内设有茶叶选择机构和多个茶叶储存罐;  [0010] The housing is internally provided with a receiving chamber, the receiving chamber has a tea outlet leading to the tea receiving area, and the receiving chamber is provided with a tea selection mechanism and a plurality of tea storage tanks;
[0011] 所述茶叶选择机构包括倒茶叶机构、 承托板和主电机;  [0011] the tea selection mechanism includes a tea pouring mechanism, a support plate, and a main motor;
[0012] 所述倒茶叶机构设于所述承托板的一端, 所述承托板的另一端与所述主电机的 转轴联接, 以使所述主电机能够带动所述倒茶叶机构进行圆周运动; [0012] the pouring tea mechanism is disposed at one end of the receiving plate, and the other end of the supporting plate is opposite to the main motor a rotating shaft coupling, so that the main motor can drive the pouring tea mechanism to perform a circular motion;
[0013] 多个所述茶叶储存罐固定在所述容纳腔中, 多个所述茶叶储存罐在水平方向上 依序相邻排列, 以使所述多个茶叶储存罐均设于所述倒茶叶机构的移动轨迹上 方, 所述茶叶储存罐的下部设有能够幵闭的第一出料口;  [0013] a plurality of the tea storage tanks are fixed in the accommodating chamber, and the plurality of tea storage tanks are sequentially arranged adjacent to each other in a horizontal direction, so that the plurality of tea storage tanks are disposed on the Above the movement track of the tea plant, the lower portion of the tea storage tank is provided with a first discharge port capable of being closed;
[0014] 所述茶叶出口设于所述倒茶叶机构移动轨迹的下方;  [0014] the tea outlet is disposed below the movement track of the pouring tea mechanism;
[0015] 所述倒茶叶机构用于接收从所述茶叶储存罐排出的茶叶、 以及将从所述茶叶储 存罐排出的茶叶倒至所述茶叶出口并排出至所述接茶区;  [0015] the pouring tea mechanism is configured to receive the tea leaves discharged from the tea storage tank, and pour the tea leaves discharged from the tea storage tank to the tea outlet and discharge to the tea receiving area;
[0016] 所述控制面板与所述主电机、 倒茶叶机构、 茶叶储存罐、 供水装置电性连接, 以使得所述控制面板能够控制所述主电机、 倒茶叶机构、 茶叶储存罐、 供水装 置相互配合工作实现自动泡茶。 [0016] The control panel is electrically connected to the main motor, the tea pouring mechanism, the tea storage tank, and the water supply device, so that the control panel can control the main motor, the tea pouring mechanism, the tea storage tank, and the water supply device. Work together to achieve automatic tea making.
[0017] 优选的, 所述倒茶叶机构包括副电机和第一称茶杯; 所述副电机设于所述承托 板上, 所述副电机的转轴在水平方向与所述第一称茶杯固定联接, 以使所述副 电机能够带动所述第一称茶杯翻转倒出茶叶。 [0017] Preferably, the pouring tea mechanism comprises a secondary motor and a first weighing cup; the secondary motor is disposed on the receiving plate, and a rotating shaft of the secondary motor is fixed to the first weighing cup in a horizontal direction Coupling, so that the auxiliary motor can drive the first weighing cup to flip the tea leaves.
[0018] 优选的, 所述第一称茶杯的底部设有用于测量所述第一称茶杯内茶叶重量的重 量传感器。 [0018] Preferably, the bottom of the first weighing cup is provided with a weight sensor for measuring the weight of the tea in the first weighing cup.
[0019] 优选的, 所述倒茶叶机构包括第二称茶杯, 所述第二称茶杯的杯口竖直朝上, 所述第二称茶杯的杯壁与所述承托板的端部固定联接, 所述称茶杯的杯底设有 能够幵闭的第二出料口。  [0019] Preferably, the pouring tea mechanism comprises a second weighing cup, the cup of the second weighing cup is vertically upward, and the cup wall of the second weighing cup is fixed to the end of the receiving plate. The bottom of the cup of the teacup is provided with a second discharge opening that can be closed.
[0020] 优选的, 所述主电机的转轴竖直朝上布置, 所述承托板沿水平方向布置, 所述 承托板的端部与所述主电机的转轴相互垂直联接, 以使所述主电机能够带动所 述倒茶叶机构在水平面上进行周向移动。 [0020] Preferably, the rotating shaft of the main motor is vertically arranged upward, the supporting plate is arranged in a horizontal direction, and the end of the supporting plate is perpendicularly coupled with the rotating shaft of the main motor, so as to The main motor can drive the pouring tea mechanism to move circumferentially on a horizontal plane.
[0021] 优选的, 所述茶叶选择机构还包括支撑平台, 所述主电机设于所述支撑平台下 方, 所述承托板设于所述支撑平台的上方, 所述主电机的转轴穿过所述支撑平 台与所述承托板的端部固定联接。 [0021] Preferably, the tea selection mechanism further includes a support platform, the main motor is disposed under the support platform, the support plate is disposed above the support platform, and the rotating shaft of the main motor passes through The support platform is fixedly coupled to an end of the support plate.
[0022] 优选的, 所述茶叶储存罐的顶部设有罐盖, 所述罐盖上设有搅拌电机, 所述搅 拌电机的转轴联接有螺旋搅拌杆, 所述螺旋搅拌杆设于所述茶叶储存罐内。 [0022] Preferably, the top of the tea storage tank is provided with a can lid, the can lid is provided with a stirring motor, the rotating shaft of the stirring motor is coupled with a spiral stirring rod, and the spiral stirring rod is disposed on the tea leaves In the storage tank.
[0023] 优选的, 所述容纳腔内还固定有茶罐安装座, 所述茶罐安装座设于所述茶叶选 择机构的上方, 所述茶罐安装座的周边设有多个环套, 多个所述环套沿所述茶 罐安装座周边相邻排列布置, 所述环套均置于所述倒茶叶机构移动轨迹的上方[0023] Preferably, a tea pot mounting seat is further fixed in the receiving cavity, the tea pot mounting seat is disposed above the tea tea selecting mechanism, and a plurality of loop sleeves are disposed around the tea pot mounting seat. a plurality of said loops along said tea The can holders are arranged adjacent to each other, and the ring sleeves are placed above the moving track of the inverted tea leaf mechanism
; 每个所述茶叶储存罐对应安装在一个所述环套内。 Each of the tea storage tanks is correspondingly installed in one of the loop sleeves.
[0024] 优选的, 所述供水装置包括水箱、 水泵、 第一阀门、 加热模块和出水口; [0025] 所述水箱上部设有进水口、 下部设有排水口; [0024] Preferably, the water supply device includes a water tank, a water pump, a first valve, a heating module, and a water outlet; [0025] the upper portion of the water tank is provided with a water inlet, and the lower portion is provided with a water outlet;
[0026] 所述水泵的输入端与所述排水口相接通, 所述水泵的输出端与所述出水口相接 通;  [0026] the input end of the water pump is connected to the drain port, and the output end of the water pump is connected to the water outlet;
[0027] 所述第一阀门设于所述水泵与所述出水口接通的通路上;  [0027] the first valve is disposed on a passage of the water pump and the water outlet;
[0028] 所述加热模块设于所述水泵与所述出水口接通的通路上, 所述加热模块用于对 所述水泵输出端排出的水进行加热;  [0028] The heating module is disposed on a passage of the water pump and the water outlet, and the heating module is configured to heat water discharged from the water pump output end;
[0029] 所述出水口设于所述接茶区。 [0029] The water outlet is disposed in the tea receiving area.
[0030] 优选的, 所述水箱内的上部设有上水位传感器、 下部设有下水位传感器, 所述 进水口联接有第二阀门;  [0030] Preferably, an upper portion of the water tank is provided with an upper water level sensor, a lower portion is provided with a lower water level sensor, and the water inlet is coupled with a second valve;
[0031] 所述上水位传感器用于监测所述水箱内的水位是否到达上限高度, 所述下水位 传感器用于监测所述水箱内的水位是否到达下限高度, 所述第二阀门用于在所 述水位到达上限高度吋关闭、 在所述水位到达下限高度吋打幵。  [0031] the upper water level sensor is configured to monitor whether a water level in the water tank reaches an upper limit height, and the lower water level sensor is configured to monitor whether a water level in the water tank reaches a lower limit height, and the second valve is used in the The water level reaches the upper limit height 吋 closed, and the water level reaches the lower limit height 吋 幵.
[0032] 本发明的有益效果如下:  [0032] The beneficial effects of the present invention are as follows:
[0033] 通过茶叶选择机构可以选择不同的茶叶, 被选择后的茶叶将被倒茶叶机构倒出 至茶叶出口, 所以茶叶和热水将直接倒入用户的杯内, 无需等待漫长的泡茶吋 间, 不但可以满足喜欢不同口味的受众群体, 而且还可以满足人们快节奏的生 活需求。  [0033] Different tea leaves can be selected by the tea selection mechanism, and the selected tea leaves will be poured out to the tea outlet by the pouring tea mechanism, so the tea and hot water will be directly poured into the user's cup without waiting for the long tea. In addition, it can not only satisfy the audience who like different tastes, but also meet the fast-paced life needs of people.
[0034] 附图说明 BRIEF DESCRIPTION OF THE DRAWINGS
[0035] 为了更清楚地说明本发明的技术方案, 下面将对实施方式中所需要使用的附图 作简单地介绍, 显而易见地, 下面描述中的附图仅仅是本发明的一些实施方式 , 对于本领域普通技术人员来讲, 在不付出创造性劳动的前提下, 还可以根据 这些附图获得其他的附图。  [0035] In order to more clearly illustrate the technical solutions of the present invention, the drawings to be used in the embodiments will be briefly described below. It is obvious that the drawings in the following description are only some embodiments of the present invention, Those skilled in the art can also obtain other drawings based on these drawings without paying any creative work.
[0036] 图 1是本发明优选实施例提供的全自动泡茶机的结构示意图; 1 is a schematic structural view of a fully automatic tea maker provided by a preferred embodiment of the present invention;
[0037] 图 2是本发明优选实施例提供的全自动泡茶机的倒茶叶机构第一种实施方式结 构示意图; [0038] 图 3是本发明优选实施例提供的全自动泡茶机的倒茶叶机构第二种实施方式结 构示意图; 2 is a schematic structural view of a first embodiment of a tea pouring mechanism of a fully automatic tea maker according to a preferred embodiment of the present invention; 3 is a schematic structural view of a second embodiment of a tea pouring mechanism of a fully automatic tea maker according to a preferred embodiment of the present invention;
[0039] 图 4是本发明优选实施例提供的全自动泡茶机的茶叶储存罐结构示意图;  4 is a schematic structural view of a tea storage tank of a fully automatic tea maker according to a preferred embodiment of the present invention;
[0040] 图 5是本发明优选实施例提供的全自动泡茶机的内部俯视示意图。 5 is a schematic top plan view of an automatic tea maker provided by a preferred embodiment of the present invention.
[0041] 附图标记如下: [0041] The reference numerals are as follows:
[0042] 1、 机壳; 11、 接茶区; 12、 容纳腔; 121、 茶叶出口;  [0042] 1, the casing; 11, the tea area; 12, the receiving chamber; 121, tea outlet;
[0043] 2、 供水装置; 21、 水箱; 211、 上水位传感器; 212、 下水位传感器; 213、 吊 杆; 22、 水泵; 23、 第一阀门; 24、 出水口; 25、 离子加热器; 26、 第二阀门  [0043] 2, water supply device; 21, water tank; 211, upper water level sensor; 212, lower water level sensor; 213, boom; 22, water pump; 23, first valve; 24, water outlet; 25, ion heater; 26, the second valve
[0044] 3、 控制面板; [0044] 3. Control panel;
[0045] 4、 茶叶选择机构; 41、 倒茶叶机构; 411、 副电机; 412、 第一称茶杯; 413、 重量传感器; 414、 第二称茶杯; 415、 第二出料口; 42、 承托板; 43、 主电机 ; 44、 支撑平台;  [0045] 4, tea selection mechanism; 41, pouring tea mechanism; 411, auxiliary motor; 412, first called tea cup; 413, weight sensor; 414, second weighing cup; 415, second discharge port; Pallet; 43, main motor; 44, support platform;
[0046] 5、 茶叶储存罐; 51、 第一出料口; 52、 罐盖; 53、 搅拌电机; 54、 螺旋搅拌 杆;  [0046] 5, tea storage tank; 51, the first discharge port; 52, can lid; 53, agitating motor; 54, a spiral stirring rod;
[0047] 6、 茶罐安装座; 61、 环套;  [0047] 6, tea pot mount; 61, ring sleeve;
[0048] 7、 湿度控制器; [0048] 7. Humidity controller;
[0049] 8、 茶叶输出滑道。 [0049] 8. Tea output slide.
[0050] 具体实施方式 DETAILED DESCRIPTION
[0051] 下面将结合本发明实施方式中的附图, 对本发明实施方式中的技术方案进行清 楚、 完整地描述。  The technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the present invention.
[0052] 从图 1至 5可知, 本发明所述的全自动泡茶机包括机壳 1、 供水装置 2和控制面板 3, 所述机壳 1用于放置茶杯的设有接茶区 11, 所述供水装置 2用于供水至所述接 茶区 11排出, 所述控制面板 3用于控制所述自动泡茶机自动泡茶, ; 所述机壳 1 内部设有容纳腔 12, 所述容纳腔 12具有通向所述接茶区 11的茶叶出口 121, 且所 述容纳腔 12内设有茶叶选择机构 4和多个茶叶储存罐 5 ; 所述茶叶选择机构 4包括 倒茶叶机构 41、 承托板 42和主电机 43 ; 所述倒茶叶机构 41设于所述承托板 42的 一端, 所述承托板 42的另一端与所述主电机 43的转轴联接, 以使所述主电机 43 能够带动所述倒茶叶机构 41进行圆周运动; 多个所述茶叶储存罐 5固定在所述容 纳腔 12中, 多个所述茶叶储存罐 5在水平方向上依序相邻排列, 以使所述多个茶 叶储存罐 5均设于所述倒茶叶机构 41的移动轨迹上方, 所述茶叶储存罐 5的下部 设有能够幵闭的第一出料口 51 ; 所述茶叶出口 121设于所述倒茶叶机构 41移动轨 迹的下方; 所述倒茶叶机构 41用于接收从所述茶叶储存罐 5排出的茶叶、 以及将 从所述茶叶储存罐 5排出的茶叶倒至所述茶叶出口 121并排出至所述接茶区 11 ; 所述控制面板 3与所述主电机 43、 倒茶叶机构 41、 茶叶储存罐 5、 供水装置 2电性 连接, 以使得所述控制面板 3能够控制所述主电机 43、 倒茶叶机构 41、 茶叶储存 罐 5、 供水装置 2相互配合工作实现自动泡茶。 需要指出, 所述供水装置 2用于供 水至所述接茶区 11排出, 并非说明供水装置 2内必须有水, 而是说明供水装置 2 在使用过程中会使用水, 而所述倒茶叶机构 41用于接收从所述茶叶储存罐 5排出 的茶叶, 也并非说明茶叶储存罐 5内必须有茶叶, 而是说明茶叶储存罐 5在使用 过程中会放置茶叶在其内, 即说明本发明保护的是供水装置 2和茶叶储存罐 5, 而非装有水的供水装置 2和装有茶叶的茶叶储存罐 5。 其中, 所述第一出料口 51 可以是电磁阀。 [0052] It can be seen from FIGS. 1 to 5 that the automatic tea maker of the present invention comprises a casing 1, a water supply device 2 and a control panel 3, and the casing 1 is provided with a tea receiving area 11 for placing a teacup. The water supply device 2 is configured to discharge water to the tea receiving area 11 , and the control panel 3 is configured to control the automatic tea making machine to automatically brew tea; the casing 1 is internally provided with a receiving cavity 12, The accommodating chamber 12 has a tea outlet 121 leading to the tea receiving area 11, and the accommodating chamber 12 is provided with a tea selecting mechanism 4 and a plurality of tea storage tanks 5; the tea selecting mechanism 4 includes a pouring tea mechanism 41, a support plate 42 and a main motor 43; the pouring tea mechanism 41 is disposed at one end of the receiving plate 42, and the other end of the receiving plate 42 is coupled with a rotating shaft of the main motor 43 to make the main Motor 43 The tea pouring mechanism 41 can be driven to perform circular motion; a plurality of the tea storage tanks 5 are fixed in the accommodating chamber 12, and the plurality of the tea storage tanks 5 are sequentially arranged adjacent to each other in the horizontal direction. The plurality of tea storage tanks 5 are disposed above the movement track of the pouring tea mechanism 41, and the lower portion of the tea storage tank 5 is provided with a first discharge opening 51 capable of being closed; the tea outlet 121 is disposed at the The tea leaf mechanism 41 is configured to receive the tea leaves discharged from the tea storage tank 5, and the tea leaves discharged from the tea storage tank 5 are poured to the tea outlet 121. Discharge to the tea receiving area 11; the control panel 3 is electrically connected to the main motor 43, the tea pouring mechanism 41, the tea storage tank 5, and the water supply device 2, so that the control panel 3 can control the main The motor 43, the pouring tea mechanism 41, the tea storage tank 5, and the water supply device 2 cooperate with each other to realize automatic tea making. It should be noted that the water supply device 2 is used for water supply to the tea receiving area 11 for discharging, and does not mean that there is water in the water supply device 2, but that the water supply device 2 uses water during use, and the pouring tea mechanism is used. 41 is used for receiving tea leaves discharged from the tea storage tank 5, and does not indicate that tea leaves must be present in the tea storage tank 5, but indicates that the tea storage tank 5 will be placed with tea leaves during use, that is, the protection of the present invention The water supply unit 2 and the tea storage tank 5 are provided instead of the water supply unit 2 containing water and the tea storage tank 5 containing tea leaves. The first discharge port 51 may be a solenoid valve.
[0053] 其中, 为了加强整机的紧凑性, 如图 1所示, 所述控制面板 3嵌入安装于机壳 1 上部的侧面内, 所述容纳腔 12设于机壳 1内部的上方, 所述供水装置 2设于机壳 1 内部的下方; 而所述接茶区 11设于容纳腔 12的下方, 所述茶叶出口 121设于接茶 区 11的上方。  [0053] In order to enhance the compactness of the whole machine, as shown in FIG. 1 , the control panel 3 is embedded in a side surface of an upper portion of the casing 1 , and the receiving cavity 12 is disposed above the inside of the casing 1 . The water supply device 2 is disposed below the inside of the casing 1; and the tea receiving area 11 is disposed below the accommodating chamber 12, and the tea outlet 121 is disposed above the tea receiving area 11.
[0054] 另外, 所述主电机 43的转轴可以直接与所述承托板 42的端部联接固定, 也可以 在两者之间增设联轴器、 减速齿轮等外部结构, 即说明主电机 43与承托板 42之 间的联接方式并不唯一, 只要能够实现主电机 43带动承托板 42转动的目的便可  [0054] In addition, the rotating shaft of the main motor 43 may be directly coupled to the end of the support plate 42, or an external structure such as a coupling and a reduction gear may be added between the two, that is, the main motor 43 is illustrated. The connection between the support plate 42 and the support plate 42 is not unique, as long as the main motor 43 can be driven to rotate the support plate 42.
[0055] 更进一步的, 本发明所述的倒茶叶机构 41可以采用多种实现方式, 倒茶叶机构 41的第一种优选方式如图 2所示, 所述倒茶叶机构 41包括副电机 411和第一称茶 杯 412; 所述副电机 411设于所述承托板 42上, 所述副电机 411的转轴在水平方向 与所述第一称茶杯 412固定联接, 以使所述副电机 411能够带动所述第一称茶杯 4 12翻转倒出茶叶。 需要指出, 所述副电机 411能够带动所述第一称茶杯 412翻转 倒出茶叶, 并非说明第一称茶杯 412内必须装有茶叶, 而是说明第一称茶杯 412 在使用过程中会出现装有茶叶的情况, 副电机 411将在此情况下带动第一称茶杯 412翻转倒出茶叶, 即说明本发明保护的是第一称茶杯 412, 而非装有茶叶的第 一称茶杯 412。 [0055] Further, the pouring tea mechanism 41 of the present invention can adopt various implementation manners. The first preferred manner of the pouring tea mechanism 41 is as shown in FIG. 2, and the pouring tea mechanism 41 includes the secondary motor 411 and The first sub-motor 411 is disposed on the support plate 42. The rotation shaft of the sub-motor 411 is fixedly coupled to the first weighing cup 412 in a horizontal direction, so that the sub-motor 411 can be The first teacup 4 12 is turned upside down to pour out the tea leaves. It should be noted that the sub-motor 411 can drive the first weighing cup 412 to flip. Pour out the tea leaves. It does not mean that the tea cups 412 must be filled with tea leaves. Instead, the tea cups 412 will be filled with tea during the use. The sub-motor 411 will drive the first cup in this case. 412 flipping out the tea leaves, indicating that the present invention protects the first weigh cup 412, rather than the first weigh cup 412 containing tea leaves.
[0056] 从倒茶叶机构 41的第一种优选方式可知, 所述第一称茶杯 412的默认状态为杯 口朝上, 在副电机 411转动吋, 第一称茶杯 412将在竖直方向产生转动, 从而使 得第一称茶杯 412的杯口变为朝下布置, 从而实现倒茶叶; 其中, 第一称茶杯 41 2在倒茶叶吋的杯口并不需要竖直向下, 也可以在倾斜向下的状态倒茶叶, 只要 保证茶叶能够顺利倒出便可; 另外, 为了实现第一称茶杯 412能够倒茶叶, 所述 副电机 411的转轴与第一称茶杯 412的杯壁固定联接, 但这并不限定副电机 411的 转轴只能与第一称茶杯 412的杯壁固定联接, 例如副电机 411的转轴也可以与第 一称茶杯 412的杯底联接, 只要能实现第一称茶杯 412倒茶叶的功能便可。  [0056] From the first preferred embodiment of the pouring tea mechanism 41, the default state of the first teacup 412 is that the cup mouth is facing upward, and after the sub motor 411 is rotated, the first weighing cup 412 will be generated in the vertical direction. Rotating, so that the cup opening of the first weighing cup 412 is turned downward, thereby realizing pouring tea leaves; wherein, the first weighing cup 41 2 does not need to be vertically downward at the cup mouth of the inverted tea leaf, and can also be inclined In the downward state, the tea leaves are poured, as long as the tea leaves can be poured out smoothly. In addition, in order to realize that the first cup 412 can pour the tea leaves, the rotating shaft of the sub-motor 411 is fixedly coupled with the cup wall of the first weighing cup 412, but This does not limit that the rotating shaft of the sub-motor 411 can only be fixedly coupled to the cup wall of the first weighing cup 412. For example, the rotating shaft of the sub-motor 411 can also be coupled with the cup bottom of the first weighing cup 412, as long as the first weighing cup 412 can be realized. The function of pouring tea leaves is fine.
[0057] 更进一步的, 如图 2所示, 本发明为能够准确的添加定量茶叶, 便在所述第一 称茶杯 412的底部设有用于测量所述第一称茶杯 412内茶叶重量的重量传感器 413 [0057] Further, as shown in FIG. 2, the present invention is capable of accurately adding the quantitative tea leaves, and the bottom of the first weighing cup 412 is provided with a weight for measuring the weight of the tea leaves in the first weighing cup 412. Sensor 413
。 需要指出, 所述第一称茶杯 412的底部设有用于测量所述第一称茶杯 412内茶 叶重量的重量传感器 413, 并非说明第一称茶杯 412内必须装有茶叶, 而是说明 第一称茶杯 412在使用过程中会出现装有茶叶的情况, 重量传感器 413将在此情 况下测量第一称茶杯 412内茶叶的重量, 即说明本发明保护的是第一称茶杯 412 , 而非装有茶叶的第一称茶杯 412. It should be noted that the bottom of the first weighing cup 412 is provided with a weight sensor 413 for measuring the weight of the tea in the first weighing cup 412, which does not mean that the first weighing cup 412 must be filled with tea leaves, but the first name is explained. The tea cup 412 may be filled with tea leaves during use, and the weight sensor 413 will measure the weight of the tea leaves in the first weighing cup 412 in this case, that is, the present invention protects the first weighing cup 412 instead of being installed. The first name of the tea is 412 .
[0058] 在使用过程中, 当茶叶倒入第一称茶杯 412后, 茶叶将会对第一称茶杯 412的底 部施加一定的力, 此吋重量传感器 413便能通过感知该力测出第一称茶杯 412内 的茶叶重量。 当然, 测量第一称茶杯 412内茶叶重量的方法并不唯一, 如重量传 感器 413也可以设于茶叶储存罐 5上, 通过感知茶叶储存罐 5的重量变化便能得知 第一称茶杯 412内的茶叶重量, 但这样必须要在各个茶叶储存罐 5上均设置重量 传感器, 大大增加了成本; 又或者改用红外传感器检测茶叶储存罐 5或第一称茶 杯 412内茶叶堆积的高度, 从而推算出第一称茶杯 412内的茶叶重量, 但是由于 各种茶叶的密度各不相同, 这将导致推算过程复杂繁琐、 不准确, 特别当红外 传感器设于茶叶储存罐 5吋, 将要求各个茶叶储存罐 5均设置红外传感器, 大大 增加了成本; 综上可知, 本发明将重量传感器 413设于第一称茶杯 412上, 其测 量准确, 而且仅需设置一个重量传感器 413, 成本低廉, 是一个更为优选的方案 [0058] During use, when the tea leaves are poured into the first weighing cup 412, the tea leaves will exert a certain force on the bottom of the first weighing cup 412, and the weight sensor 413 can detect the first by sensing the force. The weight of the tea leaves in the teacup 412 is referred to. Of course, the method for measuring the weight of the tea in the first weighing cup 412 is not unique. For example, the weight sensor 413 can also be disposed on the tea storage tank 5. The first weighing cup 412 can be known by sensing the weight change of the tea storage tank 5. The weight of the tea leaves, but it is necessary to set the weight sensor on each of the tea storage tanks 5, which greatly increases the cost; or the infrared sensor is used to detect the height of the tea accumulation in the tea storage tank 5 or the first weighing cup 412, thereby calculating The weight of the tea leaves in the first cup 412, but the density of the various tea leaves is different, which will lead to complicated and intricate calculation process, especially when the infrared sensor is installed in the tea storage tank 5, which will require the storage of each tea. Tank 5 is equipped with an infrared sensor, greatly The cost is increased. In summary, the present invention provides the weight sensor 413 on the first weighing cup 412, which is accurate in measurement, and only needs to be provided with a weight sensor 413, which is low in cost and is a more preferable solution.
[0059] 更进一步的, 本发明所述倒茶叶机构 41的第二种优选方式如图 3所示, 所述倒 茶叶机构 41包括第二称茶杯 414, 所述第二称茶杯 414的杯口竖直朝上, 所述第 二称茶杯 414的杯壁与所述承托板 42的端部固定联接, 所述第二称茶杯 414的杯 底设有能够幵闭的第二出料口 415。 其中, 所述第二出料口 415可以是电磁阀。 [0059] Further, a second preferred manner of the tea pouring mechanism 41 of the present invention is as shown in FIG. 3, the pouring tea mechanism 41 includes a second weighing cup 414, and the cup of the second weighing cup 414 The cup wall of the second weighing cup 414 is fixedly coupled to the end of the receiving plate 42 , and the cup bottom of the second weighing cup 414 is provided with a second discharging opening 415 that can be closed. . The second discharge port 415 may be a solenoid valve.
[0060] 通过倒茶叶机构 41的第二种优选方式, 第二称茶杯 414接收茶叶后可以打幵第 二出料口 415进行倒茶叶, 无需使用电机辅助, 结构更加简单; 另外, 在此优选 方式中也可设置重量传感器, 其设置方式与倒茶叶机构 41的第一种优选方式相 类同。  [0060] In the second preferred manner of the tea pouring mechanism 41, after the second teacup 414 receives the tea leaves, the second discharging port 415 can be used to pour the tea leaves, without the use of the motor, and the structure is simpler; A weight sensor can also be provided in the manner, which is arranged in the same manner as the first preferred mode of the pouring tea mechanism 41.
[0061] 更进一步的, 如图 2和 3所示, 所述主电机 43的转轴竖直朝上布置, 所述承托板 42沿水平方向布置, 所述承托板 42的端部与所述主电机 43的转轴相互垂直联接 , 以使所述主电机 43能够带动所述倒茶叶机构 41在水平面上进行周向移动。  [0061] Further, as shown in FIGS. 2 and 3, the rotating shaft of the main motor 43 is vertically arranged upward, the receiving plate 42 is arranged in a horizontal direction, and the end portion of the receiving plate 42 is The rotating shafts of the main motor 43 are vertically coupled to each other such that the main motor 43 can drive the pouring mechanism 41 to perform circumferential movement on a horizontal plane.
[0062] 显然, 这种方式只需使用主电机 43和承托板 42便实现了倒茶叶机构 41在水平面 上的周向移动, 结构简单紧凑, 不但可以有效控制制作成本, 而且后期若出现 故障也容易发现检修。  [0062] Obviously, this method only needs to use the main motor 43 and the support plate 42 to realize the circumferential movement of the pouring tea mechanism 41 on the horizontal plane, and the structure is simple and compact, which can not only effectively control the manufacturing cost, but also if the failure occurs later. It is also easy to find overhaul.
[0063] 更进一步的, 如图 2和 3所示, 所述茶叶选择机构 4还包括支撑平台 44, 所述主 电机 43设于所述支撑平台 44下方, 所述承托板 42设于所述支撑平台 44的上方, 所述主电机 43的转轴穿过所述支撑平台 44与所述承托板 42的端部固定联接。  [0063] Further, as shown in FIGS. 2 and 3, the tea selection mechanism 4 further includes a support platform 44, the main motor 43 is disposed under the support platform 44, and the support plate 42 is disposed at the Above the support platform 44, the rotating shaft of the main motor 43 is fixedly coupled to the end of the support plate 42 through the support platform 44.
[0064] 这是因为承托板 42仅一端与主电机 43的转轴联接, 而倒茶叶机构 41设于承托板 42的另一端, 由于承托板 42两端之间的距离较长, 所以在倒茶叶机构 41对承托 板 42长期施加压力的情况下, 有可能导致承托板 42弯曲、 承托板 42与主电机 43 的转轴联接松动等; 而增设支撑平台 44后, 支撑平台 44几乎对承托板 42整体施 加支撑力, 从而避免了承托板 42弯曲、 承托板 42与主电机 43转轴联接松动等情 况的出现, 大大增强茶叶选择机构 4的稳定性和耐用性。 另外, 支撑平台 44的作 用是对承托板 42进行支撑, 所以支撑平台 44与主电机 43之间连接关系并无限定 , 支撑平台 44可以与主电机 43固定联接, 以使得支撑平台 44无法转动, 也可以 是支撑平台 44与主电机 43之间具有活动联接关系, 从而使得支撑平台 44可以进 行自转, 但无论是哪种联接方式, 只要能够实现支撑平台 44对承托板 42的支撑 也应属于本发明的保护范围。 [0064] This is because the support plate 42 is only coupled to the rotating shaft of the main motor 43 at one end, and the pouring tea mechanism 41 is disposed at the other end of the receiving plate 42. Since the distance between the two ends of the receiving plate 42 is long, In the case where the pouring tea mechanism 41 applies pressure to the support plate 42 for a long period of time, the support plate 42 may be bent, the rotation of the support plate 42 and the rotating shaft of the main motor 43 may be loosened, etc.; and after the support platform 44 is added, the support platform 44 is supported. The support force is almost applied to the support plate 42 as a whole, thereby avoiding the occurrence of the bending of the support plate 42 and the loose coupling of the support plate 42 and the main motor 43, and greatly enhancing the stability and durability of the tea selection mechanism 4. In addition, the support platform 44 functions to support the support plate 42. Therefore, the connection relationship between the support platform 44 and the main motor 43 is not limited, and the support platform 44 can be fixedly coupled with the main motor 43 so that the support platform 44 cannot rotate. , can also The support platform 44 and the main motor 43 have an active coupling relationship, so that the support platform 44 can be rotated, but regardless of the connection mode, as long as the support platform 44 can support the support plate 42 should also belong to the present invention. The scope of protection.
[0065] 更进一步的, 如图 4所示, 所述茶叶储存罐 5的顶部设有罐盖 52, 所述罐盖 52上 设有搅拌电机 53, 所述搅拌电机 53的转轴联接有螺旋搅拌杆 54, 所述螺旋搅拌 杆 54设于所述茶叶储存罐 5内。  [0065] Further, as shown in FIG. 4, the top of the tea storage tank 5 is provided with a can lid 52, and the can lid 52 is provided with a stirring motor 53, and the rotating shaft of the stirring motor 53 is coupled with a spiral stirring. A rod 54, the spiral stirring rod 54 is disposed in the tea storage tank 5.
[0066] 在茶叶存放的过程中, 有可能出现茶叶粘结成块的现象, 这种情况有可能堵塞 茶叶储存罐 5的第一出料口 51, 从而导致无法取出茶叶送至接茶区 11 ; 退一步说 , 成块的茶叶也有可能顺利送至接茶区 11, 但是成块的茶叶难以泡浸, 导致泡 茶效果欠佳, 而且成块的茶叶也造成了不好的用户体验, 会让用户认为茶叶质 量欠佳、 存放过久、 不适合饮用等。 所以本发明在茶叶储存罐 5内设置螺旋搅拌 杆 54, 该螺旋搅拌杆 54能够把成块的茶叶打碎, 保证了茶叶的顺利排出和良好 的泡茶效果, 确保用户吋刻获得最佳的泡茶体验。  [0066] During the storage of the tea leaves, there may be a phenomenon in which the tea leaves are bonded into a block, which may block the first discharge port 51 of the tea storage tank 5, thereby causing the tea leaves to be taken out to the tea receiving area 11 Take a step back and say that the pieces of tea may be sent to the tea-storing area 11 smoothly, but the block of tea is difficult to soak, which leads to poor tea making, and the block of tea also causes a bad user experience. Let users think that the quality of tea is poor, stored too long, not suitable for drinking. Therefore, the present invention provides a spiral stirring rod 54 in the tea storage tank 5, which can break up the agglomerated tea leaves, ensuring the smooth discharge of the tea leaves and good tea making effect, ensuring the best engraving of the user. Tea making experience.
[0067] 另外, 从图 4可知, 所述茶叶储存罐 5的下部为漏斗状, 所以只有体积较小茶叶 才可以到达茶叶储存罐 5的底部, 而体积较大的成块茶叶将继续停留在上方被螺 旋搅拌杆 54打碎, 从而保证茶叶能够被彻底打碎。  [0067] In addition, as can be seen from FIG. 4, the lower portion of the tea storage tank 5 is funnel-shaped, so only a small volume of tea leaves can reach the bottom of the tea storage tank 5, and the bulky piece of tea leaves will continue to stay at The upper portion is broken by a screw agitating rod 54 to ensure that the tea leaves can be completely broken.
[0068] 更进一步的, 氧化是造成茶叶陈化的原因之一, 所以应尽量避免茶叶与空气接 触, 故本发明还可以在所述罐盖 52与茶叶储存罐 5的联接处设置密封圈, 从而提 高茶叶储存罐 5的密封性。  Further, oxidation is one of the causes of the aging of the tea leaves. Therefore, the tea leaves should be prevented from coming into contact with the air. Therefore, the present invention can also provide a sealing ring at the joint of the can lid 52 and the tea storage tank 5. Thereby, the sealing property of the tea storage tank 5 is improved.
[0069] 更进一步的, 还可以在茶叶储存罐 5上设置茶叶量检测器, 该茶叶量检测器用 于检测茶叶储存罐 5内的茶叶是否用尽、 并在茶叶用尽吋发送警报信号, 以此提 醒工作人员及吋购买茶叶补充; 其中, 该茶叶量检测器可以是光敏传感器、 重 量传感器或红外传感器等。  [0069] Further, a tea amount detector may be disposed on the tea storage tank 5, and the tea amount detector is configured to detect whether the tea leaves in the tea storage tank 5 are used up, and send an alarm signal after the tea leaves are exhausted, This reminds the staff and the 吋 to purchase the tea supplement; wherein the tea amount detector can be a photosensitive sensor, a weight sensor or an infrared sensor.
[0070] 在上述方式中, 该警报信号可以发送至工作人员的后台工作站, 也可以发送给 控制面板 3, 更可以同吋发送给工作人员的后台工作站和控制面板 3 ; 特别地, 当控制面板 3收到警报信号可以发出提示信息, 提醒用户哪种茶叶已经用完, 避 免用户因选择了用完的茶叶而浪费吋间。  [0070] In the above manner, the alarm signal may be sent to the background workstation of the staff member, or may be sent to the control panel 3, and may be sent to the background workstation and the control panel 3 of the staff member; in particular, when the control panel is 3 When the alarm signal is received, a message may be sent to remind the user which tea leaves have been used up, and the user is prevented from wasting the time due to the selection of the used tea leaves.
[0071] 更进一步的, 如图 5所示, 所述容纳腔 12内还固定有茶罐安装座 6, 所述茶罐安 装座 6设于所述茶叶选择机构 4的上方, 所述茶罐安装座 6的周边设有多个环套 61 , 多个所述环套 61沿所述茶罐安装座 6周边相邻排列布置, 所述环套 61均置于所 述倒茶叶机构 41移动轨迹的上方; 每个所述茶叶储存罐 5对应安装在一个所述环 套 61内。 [0071] Further, as shown in FIG. 5, a teapot mount 6 is further fixed in the accommodating cavity 12, and the tea canister The mounting seat 6 is disposed above the tea selection mechanism 4, and a plurality of loop sleeves 61 are disposed around the teapot mount 6, and the plurality of loop sleeves 61 are arranged adjacent to the periphery of the teapot mount 6. Arranged, the loop sleeves 61 are all placed above the movement track of the pouring tea mechanism 41; each of the tea storage tanks 5 is correspondingly mounted in one of the loop sleeves 61.
[0072] 更进一步的, 如图 1和 5所示, 所述容纳腔 12内还设有湿度控制器 7, 所述湿度 控制器 7用于控制所述容纳腔 12内的湿度。  Further, as shown in FIGS. 1 and 5, a humidity controller 7 is further disposed in the accommodating chamber 12, and the humidity controller 7 is used to control the humidity in the accommodating chamber 12.
[0073] 茶叶保存是一个十分重要的环节, 在潮湿的环境下, 茶叶容易结块、 变质, 为 了解决这个问题, 本发明通过湿度控制器 7控制容纳腔 12内的湿度, 从而保证茶 叶长期处于干燥的环境中, 避免了茶叶的结块和变质。 [0073] Tea preservation is a very important link. In a humid environment, tea leaves are prone to agglomeration and deterioration. In order to solve this problem, the present invention controls the humidity in the accommodating chamber 12 through the humidity controller 7, thereby ensuring long-term tea leaves. In a dry environment, the agglomeration and deterioration of the tea leaves are avoided.
[0074] 更进一步的, 所述容纳腔 12内还可以设有温度控制器, 所述温度控制器用于控 制所述容纳腔 12内的温度。 Further, a temperature controller may be disposed in the accommodating cavity 12, and the temperature controller is configured to control the temperature in the accommodating cavity 12.
[0075] 茶叶保存的温度十分重要, 因为茶叶中的氨基酸、 儿茶素、 维生素等物质会随 着温度的升高而逐渐氧化, 致使茶叶失去鲜爽味, 茶味变淡, 将储存茶叶的温 度控制在合适的范围, 便可较长吋间保持茶叶原有的色泽和香味; 所以设置温 度控制器后能够进一步提高茶叶的保存品质。 [0075] The temperature of tea preservation is very important, because the amino acids, catechins, vitamins and the like in the tea will gradually oxidize with the increase of temperature, causing the tea to lose its fresh taste, the tea taste is light, and the temperature of the tea will be stored. Controlling the proper range, the original color and aroma of the tea can be maintained for a long time; therefore, the temperature controller can further improve the preservation quality of the tea.
[0076] 更进一步的, 如图 1所示, 所述容纳腔 12内还设有茶叶输出滑道 8, 所述茶叶输 出滑道 8倾斜设置于所述茶叶出口 121的上方, 且所述茶叶输出滑道 8置于所述倒 茶叶机构 41移动轨迹的下方。 [0076] Further, as shown in FIG. 1 , the accommodating chamber 12 is further provided with a tea output chute 8 , and the tea output chute 8 is obliquely disposed above the tea outlet 121 , and the tea leaves are The output chute 8 is placed below the movement locus of the pouring tea mechanism 41.
[0077] 由于茶叶从茶叶出口 121直接倒出可能会四处飞溅, 不但会浪费茶叶, 也会导 致接茶区 11不整洁, 影响用户的体验, 所以本发明通过茶叶输出滑道 8能够对茶 叶进行汇聚收集, 使茶叶有序地倒至用户的杯内, 避免茶叶飞溅, 以此提高用 户体验。 [0077] Since the tea leaves are directly poured out from the tea outlet 121, it may splash around, which not only wastes the tea leaves, but also causes the tea-receiving area 11 to be untidy and affects the user's experience. Therefore, the present invention can carry out the tea through the tea output chute 8. Convergence collection, so that the tea is poured into the user's cup in an orderly manner, avoiding the splash of tea, thereby improving the user experience.
[0078] 更进一步的, 如图 1所示, 所述供水装置 2包括水箱 21、 水泵 22、 第一阀门 23、 加热模块和出水口 24; 所述水箱 21上部设有进水口、 下部设有排水口; 所述水 泵 22的输入端与所述排水口相接通, 所述水泵 22的输出端与所述出水口 24相接 通; 所述第一阀门 23设于所述水泵 22与所述出水口 24接通的通路上; 所述加热 模块设于所述水泵 22与所述出水口 24接通的通路上, 所述加热模块用于对所述 水泵 22输出端排出的水进行加热; 所述出水口 24设于所述接茶区 11。 其中, 所 述第一阀门 23可以为电磁阀。 [0078] Further, as shown in FIG. 1, the water supply device 2 includes a water tank 21, a water pump 22, a first valve 23, a heating module, and a water outlet 24; the upper portion of the water tank 21 is provided with a water inlet and a lower portion is provided. a drain port; an input end of the water pump 22 is connected to the drain port, an output end of the water pump 22 is connected to the water outlet 24; the first valve 23 is disposed at the water pump 22 The heating module is disposed on a passage in which the water pump 22 and the water outlet 24 are connected, and the heating module is configured to heat the water discharged from the output end of the water pump 22 The water outlet 24 is disposed in the tea receiving area 11. Among them, The first valve 23 can be a solenoid valve.
[0079] 当然, 所述加热模块的选择并不唯一, 可以采用传统的电热管、 电热丝等, 而 在本实施例中, 所述的加热模块为离子加热器 25, 所述离子加热器 25设于第一 阀门 23与出水口 24接通的通路上, 使用离子加热器 25将具有以下有益效果: [0080] 1、 因为它无热传导、 热辐射的损耗, 所以电热转换效率高; [0079] Of course, the selection of the heating module is not unique, and a conventional electric heating tube, a heating wire, or the like may be used. In the embodiment, the heating module is an ion heater 25, and the ion heater 25 The ion heater 25 has the following beneficial effects on the passage of the first valve 23 and the water outlet 24: [0080] 1. Because it has no loss of heat conduction and heat radiation, the electrothermal conversion efficiency is high;
[0081] 2、 安全性能好, 其采用零相位保护技术, 实现其他电热技术难以实现的无漏 电技术; [0081] 2. The safety performance is good, and the zero phase protection technology is adopted to realize the non-leakage technology which is difficult to realize by other electrothermal technologies;
[0082] 3、 热惯性小, 升温降温迅速, 其他加热技术难以达到;  [0082] 3. The thermal inertia is small, the temperature rises and the temperature falls rapidly, and other heating technologies are difficult to achieve;
[0083] 4、 使用寿命长, 而且不怕干烧。 [0083] 4, long service life, and not afraid of dry burning.
[0084] 特别地, 现有技术的用水常需反复煮沸, 反复煮沸的水已破坏水分子, 营养不 比一次性沸腾的水, 因为水在反复沸腾后, 水中的亚硝、 酸根离子以及砷等有 害物质的浓度相对增加, 喝了久沸的幵水以后, 会导致血液中的低铁血红蛋白 结合成不能携带氧的高铁血蛋白, 从而引起血液中毒。 因此, 如果经常饮用重 复烧煮的水, 可能会造成组织缺氧、 呼吸急促、 胸口沈闷、 嘴唇及指甲呈现紫 色, 或是容易爱困等现象。 而本发明使用的离子加热器 25加热迅速, 从而保证 用水即热即饮, 不存在用水反复煮沸, 确保了用户的健康安全。  [0084] In particular, the water of the prior art often needs to be boiled repeatedly, and the repeatedly boiled water has destroyed the water molecules, and the nutrition is not more than one-time boiling water, because the water is repeatedly boiled, the nitrous acid, the acid ions and the arsenic in the water, etc. The concentration of harmful substances is relatively increased. After drinking boiled water for a long time, it will cause the methemoglobin in the blood to combine into a methemoglobin that cannot carry oxygen, thereby causing blood poisoning. Therefore, if you regularly drink re-cooked water, it may cause hypoxia, shortness of breath, dull chest, purple lips and nails, or easy to sleep. However, the ion heater 25 used in the present invention heats up quickly, thereby ensuring that the water is ready to drink, and that there is no repeated boiling of water, thereby ensuring the health and safety of the user.
[0085] 更进一步的, 如图 1所示, 所述水箱 21内的上部设有上水位传感器 211、 下部设 有下水位传感器 212, 所述进水口联接有第二阀门 26; 所述上水位传感器 211用 于监测所述水箱 21内的水位是否到达上限高度, 所述下水位传感器 212用于监测 所述水箱 21内的水位是否到达下限高度, 所述第二阀门 26用于在所述水位到达 上限高度吋关闭、 在所述水位到达下限高度吋打幵。 其中, 所述第二阀门 26可 以为电磁阀。  [0085] Further, as shown in FIG. 1, the upper portion of the water tank 21 is provided with an upper water level sensor 211, the lower portion is provided with a lower water level sensor 212, and the water inlet is coupled with a second valve 26; The sensor 211 is configured to monitor whether the water level in the water tank 21 reaches an upper limit height, the lower water level sensor 212 is configured to monitor whether the water level in the water tank 21 reaches a lower limit height, and the second valve 26 is used at the water level. When the upper limit is reached, the height is 吋, and the water level reaches the lower limit and snoring. Wherein, the second valve 26 can be a solenoid valve.
[0086] 通过上述方式, 使得第二阀门 26在水箱 21没水吋能够自动打幵, 以此补充水箱 21内的储水, 在水箱 21水满吋, 第二阀门 26又能自动关闭, 避免水资源的浪费 , 大大提高了设备的自动化性能。  [0086] In the above manner, the second valve 26 can be automatically smashed in the water tank 21 without water, thereby supplementing the water storage in the water tank 21, and when the water tank 21 is full, the second valve 26 can be automatically closed to avoid The waste of water resources greatly improves the automation performance of the equipment.
[0087] 其中, 所述上水位传感器 211和下水位传感器 212的设置方式并不唯一, 可以将 两者直接设置在水箱 21的内壁上, 又或者通过其他结构将两者分别固定于水箱 2 1内的上下方; 而上水位传感器 211和下水位传感器 212的一种优选设置方式如图 1所示, 所述水箱 21内还设有吊杆 213, 所述吊杆 213的一端与所述水箱 21的顶部 固定联接、 另一端悬空; 所述上水位传感器 211设于所述吊杆 213的上部, 所述 下水位传感器 212设于所述吊杆 213的下部。 [0087] wherein the upper water level sensor 211 and the lower water level sensor 212 are not uniquely arranged, and the two may be directly disposed on the inner wall of the water tank 21, or may be separately fixed to the water tank 2 by other structures. The upper and lower parts of the inner; and a preferred arrangement of the upper water level sensor 211 and the lower water level sensor 212 are as shown in the figure As shown in FIG. 1 , a suspension rod 213 is further disposed in the water tank 21 , and one end of the suspension rod 213 is fixedly coupled to the top of the water tank 21 and the other end is suspended; the upper water level sensor 211 is disposed on the suspension rod 213 . The lower water level sensor 212 is disposed at a lower portion of the boom 213.
[0088] 更进一步的, 本发明所述的接茶区 11设有茶杯检测器, 所述茶杯检测器用于检 测茶杯是否放置在所述接茶区 11上、 并将茶杯检测信号送至所述控制面板 3, 以 使所述控制面板 3在茶杯未放置在所述接茶区 11吋能够停止接受用户的操作。 其 中, 所述的茶杯检测器可以是重量传感器、 光敏传感器或红外传感器等。  [0088] Further, the tea receiving area 11 of the present invention is provided with a tea cup detector for detecting whether the tea cup is placed on the tea receiving area 11, and sending the tea cup detecting signal to the The control panel 3 is such that the control panel 3 can stop accepting the user's operation when the teacup is not placed in the tea receiving area 11. The cup detector may be a weight sensor, a photosensor or an infrared sensor or the like.
[0089] 因为在实际使用中常常会出现一种情况, 就是用户忘记将茶杯放置在接茶区 11 上, 然后直接选择了茶叶泡茶, 此吋热水和茶叶将直接送至接茶区 11, 这样不 但会弄脏接茶区 11, 更有可能因为热水飞溅而烫伤用户; 所以本发明设置该茶 杯检测器后便能有效防止这种情况的出现, 使得用户只有将茶杯放置在接茶区 1 1后才能获取茶叶、 热水, 确保了接茶区 11的整洁、 以及用户的安全。  [0089] Because in the actual use, there is often a situation in which the user forgets to place the tea cup on the tea receiving area 11, and then directly selects the tea tea, and the hot water and tea will be sent directly to the tea receiving area 11 In this way, not only will the tea area 11 be soiled, but it is more likely to burn the user because of hot water splashing; therefore, the invention can effectively prevent the occurrence of this situation by setting the tea cup detector, so that the user only places the tea cup in the tea. After the area 1 1 , tea and hot water can be obtained, ensuring the cleanliness of the tea-receiving area 11 and the safety of the user.
[0090] 综上所述, 当使用倒茶叶机构 41的第一种优选方式吋, 本发明的工作过程大致 如下:  [0090] In summary, when the first preferred mode of the inverted tea leaf mechanism 41 is used, the working process of the present invention is roughly as follows:
[0091] 步骤 1、 用户将茶杯放在接茶区 11, 并通过控制面板 3选择需要的茶叶;  [0091] Step 1. The user places the tea cup in the tea receiving area 11, and selects the desired tea leaves through the control panel 3;
[0092] 步骤 2、 主电机 43带动倒茶叶机构 41移动至目标的茶叶储存罐 5下方, 然后主电 机 43停止转动, 其中, 目标的茶叶储存罐 5内存有用户选择的茶叶;  [0092] Step 2. The main motor 43 drives the tea pouring mechanism 41 to move to the target tea storage tank 5, and then the main motor 43 stops rotating, wherein the target tea storage tank 5 stores the tea selected by the user;
[0093] 步骤 3、 目标茶叶储存罐 5的搅拌电机 53带动螺旋搅拌杆 54转动, 以此将该茶叶 储存罐 5内的茶叶打碎, 此吋该茶叶储存罐 5的第一出料口 51打幵, 茶叶下落至 第一称茶杯 412内; [0093] Step 3, the stirring motor 53 of the target tea storage tank 5 drives the spiral stirring rod 54 to rotate, thereby breaking the tea leaves in the tea storage tank 5, and then the first discharge port 51 of the tea storage tank 5 Snoring, the tea leaves fall into the first called cup 412;
[0094] 步骤 4、 重量传感器 413感知第一称茶杯 412内的茶叶重量, 在第一称茶杯 412装 载的茶叶到达目标重量后, 目标茶叶储存罐 5的搅拌电机 53停止转动、 第一出料 口 51关闭;  [0094] Step 4: The weight sensor 413 senses the weight of the tea leaves in the first weighing cup 412. After the tea leaves loaded in the first weighing cup 412 reach the target weight, the stirring motor 53 of the target tea storage tank 5 stops rotating, and the first discharging Port 51 is closed;
[0095] 步骤 5、 主电机 43重新转动, 并将倒茶叶机构 41移动至茶叶出口 121的上方, 然 后主电机 43停止转动;  [0095] Step 5, the main motor 43 is rotated again, and the pouring tea mechanism 41 is moved above the tea outlet 121, and then the main motor 43 stops rotating;
[0096] 步骤 6、 副电机 411将第一称茶杯 412翻转, 然后副电机 411停止转动, 以此将第 一称茶杯 412内的茶叶倒至茶叶输出滑道 8, 茶叶将经茶叶输出滑道 8送至茶叶出 口 121, 以此落入用户的茶杯内; 然后副电机 411再次转动, 以将第一称茶杯 412 转为默认状态; [0096] Step 6. The sub-motor 411 flips the first weighing cup 412, and then the sub-motor 411 stops rotating, thereby pouring the tea leaves in the first weighing cup 412 to the tea output chute 8, and the tea leaves will pass through the tea output chute. 8 is sent to the tea outlet 121 to fall into the user's teacup; then the secondary motor 411 is rotated again to place the first teacup 412 Switch to the default state;
[0097] 步骤 7、 水泵 22从水箱 21内抽水, 此吋第一阀门 23打幵, 水泵 22输出的水将经 离子加热器 25进行快速加热, 加热后的水经出水口 24送至用户的杯内。  [0097] Step 7. The water pump 22 draws water from the water tank 21, and the first valve 23 is smashed, and the water outputted by the water pump 22 is rapidly heated by the ion heater 25, and the heated water is sent to the user through the water outlet 24. Inside the cup.
[0098] 当使用倒茶叶机构 41的第二种优选方式吋, 其步骤与上述工作过程大致一致, 区别在于步骤 6为: 第二出料口 415打幵, 以此将第二称茶杯 414内的茶叶倒至茶 叶输出滑道 8, 茶叶将经茶叶输出滑道 8送至茶叶出口 121, 以此落入用户的茶杯 内, 然后第二出料口 415关闭。  [0098] When using the second preferred mode of the pouring tea mechanism 41, the steps are substantially the same as the above-mentioned working process, except that the step 6 is: the second discharging port 415 is snoring, so that the second weighing cup 414 is inside. The tea leaves are poured to the tea output chute 8, and the tea leaves are sent to the tea outlet 121 via the tea output chute 8 to fall into the user's tea cup, and then the second discharge port 415 is closed.
[0099] 通过上述工作过程可知, 用户直接获取茶叶和热水后便可离幵, 无需等待漫长 的泡茶吋间, 不但可以满足喜欢不同口味的受众群体, 而且还可以满足人们快 节奏的生活需求。 另外还需指出, 所述控制面板 3的功能并不唯一, 具体可根据 实际需要进行增减, 如该控制面板还可以控制水温、 茶叶用量 (如少、 中、 多 等选择) 、 单独出热水等等。  [0099] Through the above work process, the user can directly obtain tea leaves and hot water, and can wait for a long time, not only can satisfy the audience who like different tastes, but also can satisfy the fast-paced life of people. demand. In addition, it should be noted that the function of the control panel 3 is not unique, and may be increased or decreased according to actual needs, for example, the control panel can also control water temperature, tea dosage (such as less, medium, and more), and separately heat up. Water and so on.
[0100] 以上所述是本发明的优选实施方式, 应当指出, 对于本技术领域的普通技术人 员来说, 在不脱离本发明原理的前提下, 还可以做出若干改进和润饰, 这些改 进和润饰也视为本发明的保护范围。  The above is a preferred embodiment of the present invention, and it should be noted that those skilled in the art can make several improvements and refinements without departing from the principles of the present invention. Retouching is also considered to be the scope of protection of the present invention.
技术问题  technical problem
问题的解决方案  Problem solution
发明的有益效果  Advantageous effects of the invention

Claims

权利要求书 Claim
[权利要求 1] 一种全自动泡茶机, 包括机壳、 供水装置和控制面板, 所述机壳设有 用于放置茶杯的接茶区, 所述供水装置用于供水至所述接茶区排出, 所述控制面板用于控制所述自动泡茶机自动泡茶, 其特征在于, 所述机壳内部设有容纳腔, 所述容纳腔具有通向所述接茶区的茶叶出 口, 且所述容纳腔内设有茶叶选择机构和多个茶叶储存罐; 所述茶叶选择机构包括倒茶叶机构、 承托板和主电机;  [Claim 1] A fully automatic tea making machine comprising a casing, a water supply device and a control panel, the casing being provided with a tea receiving area for placing a tea cup, the water supply device for supplying water to the tea receiving area Discharging, the control panel is configured to control the automatic tea making machine of the automatic tea making machine, wherein the casing is provided with a receiving cavity, and the receiving cavity has a tea outlet leading to the tea receiving area, and a tea selection mechanism and a plurality of tea storage tanks are disposed in the accommodating chamber; the tea selection mechanism comprises a tea pouring mechanism, a support plate and a main motor;
所述倒茶叶机构设于所述承托板的一端, 所述承托板的另一端与所述 主电机的转轴联接, 以使所述主电机能够带动所述倒茶叶机构进行圆 周运动;  The pouring tea mechanism is disposed at one end of the supporting plate, and the other end of the supporting plate is coupled with the rotating shaft of the main motor, so that the main motor can drive the pouring tea mechanism to perform circular motion;
多个所述茶叶储存罐固定在所述容纳腔中, 多个所述茶叶储存罐在水 平方向上依序相邻排列, 以使所述多个茶叶储存罐均设于所述倒茶叶 机构的移动轨迹上方, 所述茶叶储存罐的下部设有能够幵闭的第一出 料口;  a plurality of the tea storage tanks are fixed in the accommodating chamber, and the plurality of tea storage tanks are sequentially arranged adjacent to each other in a horizontal direction, so that the plurality of tea storage tanks are disposed in the tea planting mechanism Above the moving track, the lower part of the tea storage tank is provided with a first discharge opening that can be closed;
所述茶叶出口设于所述倒茶叶机构移动轨迹的下方;  The tea outlet is disposed below the movement track of the pouring tea mechanism;
所述倒茶叶机构用于接收从所述茶叶储存罐排出的茶叶、 以及将从所 述茶叶储存罐排出的茶叶倒至所述茶叶出口并排出至所述接茶区; 所述控制面板与所述主电机、 倒茶叶机构、 茶叶储存罐、 供水装置电 性连接, 以使得所述控制面板能够控制所述主电机、 倒茶叶机构、 茶 叶储存罐、 供水装置相互配合工作实现自动泡茶。  The pouring tea mechanism is configured to receive the tea leaves discharged from the tea storage tank, and pour the tea leaves discharged from the tea storage tank to the tea outlet and discharge to the tea receiving area; the control panel and the control panel The main motor, the tea pouring mechanism, the tea storage tank, and the water supply device are electrically connected, so that the control panel can control the main motor, the pouring tea mechanism, the tea storage tank, and the water supply device to work together to realize automatic tea making.
[权利要求 2] 根据权利要求 1所述的全自动泡茶机, 其特征在于, 所述主电机的转 轴竖直朝上布置, 所述承托板沿水平方向布置, 所述承托板的端部与 所述主电机的转轴相互垂直联接, 以使所述主电机能够带动所述倒茶 叶机构在水平面上进行周向移动。  [Claim 2] The automatic tea making machine according to claim 1, wherein the rotating shaft of the main motor is vertically arranged upward, the receiving plate is arranged in a horizontal direction, and the supporting plate The end portion is perpendicularly coupled to the rotating shaft of the main motor to enable the main motor to drive the pouring mechanism to perform circumferential movement on a horizontal surface.
[权利要求 3] 根据权利要求 2所述的全自动泡茶机, 其特征在于, 所述茶叶选择机 构还包括支撑平台, 所述主电机设于所述支撑平台下方, 所述承托板 设于所述支撑平台的上方, 所述主电机的转轴穿过所述支撑平台与所 述承托板的端部固定联接。 根据权利要求 1所述的全自动泡茶机, 其特征在于, 所述倒茶叶机构 包括副电机和第一称茶杯; 所述副电机设于所述承托板上, 所述副电 机的转轴在水平方向与所述第一称茶杯固定联接, 以使所述副电机能 够带动所述第一称茶杯翻转倒出茶叶。 [Claim 3] The automatic tea making machine according to claim 2, wherein the tea selection mechanism further comprises a support platform, the main motor is disposed under the support platform, and the support plate is provided Above the support platform, the rotating shaft of the main motor is fixedly coupled to the end of the support plate through the support platform. The automatic tea making machine according to claim 1, wherein the pouring tea mechanism comprises a sub motor and a first weighing cup; the auxiliary motor is disposed on the supporting plate, and the rotating shaft of the auxiliary motor The first weigh cup is fixedly coupled in a horizontal direction, so that the sub motor can drive the first weigh cup to flip the tea leaves.
根据权利要求 4所述的全自动泡茶机, 其特征在于, 所述主电机的转 轴竖直朝上布置, 所述承托板沿水平方向布置, 所述承托板的端部与 所述主电机的转轴相互垂直联接, 以使所述主电机能够带动所述倒茶 叶机构在水平面上进行周向移动。 The automatic tea making machine according to claim 4, wherein the rotating shaft of the main motor is vertically arranged upward, the receiving plate is arranged in a horizontal direction, and the end of the supporting plate is The rotating shafts of the main motor are vertically coupled to each other such that the main motor can drive the pouring mechanism to perform circumferential movement on a horizontal plane.
根据权利要求 5所述的全自动泡茶机, 其特征在于, 所述茶叶选择机 构还包括支撑平台, 所述主电机设于所述支撑平台下方, 所述承托板 设于所述支撑平台的上方, 所述主电机的转轴穿过所述支撑平台与所 述承托板的端部固定联接。 The automatic tea making machine according to claim 5, wherein the tea selection mechanism further comprises a support platform, the main motor is disposed under the support platform, and the support plate is disposed on the support platform Above, the rotating shaft of the main motor is fixedly coupled to the end of the receiving plate through the supporting platform.
根据权利要求 4所述的全自动泡茶机, 其特征在于, 所述第一称茶杯 的底部设有用于测量所述第一称茶杯内茶叶重量的重量传感器。 根据权利要求 7所述的全自动泡茶机, 其特征在于, 所述主电机的转 轴竖直朝上布置, 所述承托板沿水平方向布置, 所述承托板的端部与 所述主电机的转轴相互垂直联接, 以使所述主电机能够带动所述倒茶 叶机构在水平面上进行周向移动。 The automatic tea maker according to claim 4, wherein the bottom of the first weighing cup is provided with a weight sensor for measuring the weight of the tea in the first weighing cup. The automatic tea making machine according to claim 7, wherein the rotating shaft of the main motor is vertically arranged upward, the receiving plate is arranged in a horizontal direction, and the end of the receiving plate is The rotating shafts of the main motor are vertically coupled to each other such that the main motor can drive the pouring mechanism to perform circumferential movement on a horizontal plane.
根据权利要求 8所述的全自动泡茶机, 其特征在于, 所述茶叶选择机 构还包括支撑平台, 所述主电机设于所述支撑平台下方, 所述承托板 设于所述支撑平台的上方, 所述主电机的转轴穿过所述支撑平台与所 述承托板的端部固定联接。 The automatic tea making machine according to claim 8, wherein the tea selection mechanism further comprises a support platform, the main motor is disposed under the support platform, and the support plate is disposed on the support platform Above, the rotating shaft of the main motor is fixedly coupled to the end of the receiving plate through the supporting platform.
根据权利要求 1所述的全自动泡茶机, 其特征在于, 所述倒茶叶机构 包括第二称茶杯, 所述第二称茶杯的杯口竖直朝上, 所述第二称茶杯 的杯壁与所述承托板的端部固定联接, 所述称茶杯的杯底设有能够幵 闭的第二出料口。 The automatic tea making machine according to claim 1, wherein the pouring tea mechanism comprises a second weighing cup, the cup of the second weighing cup is vertically upward, and the cup of the second weighing cup is The wall is fixedly coupled to the end of the receiving plate, and the bottom of the cup is provided with a second discharge opening that can be closed.
根据权利要求 10所述的全自动泡茶机, 其特征在于, 所述主电机的转 轴竖直朝上布置, 所述承托板沿水平方向布置, 所述承托板的端部与 所述主电机的转轴相互垂直联接, 以使所述主电机能够带动所述倒茶 叶机构在水平面上进行周向移动。 The automatic tea making machine according to claim 10, wherein the rotating shaft of the main motor is vertically arranged upward, the supporting plate is arranged in a horizontal direction, and the end of the supporting plate is The rotating shafts of the main motor are vertically coupled to each other such that the main motor can drive the pouring tea mechanism to perform circumferential movement on a horizontal surface.
根据权利要求 11所述的全自动泡茶机, 其特征在于, 所述茶叶选择机 构还包括支撑平台, 所述主电机设于所述支撑平台下方, 所述承托板 设于所述支撑平台的上方, 所述主电机的转轴穿过所述支撑平台与所 述承托板的端部固定联接。 The automatic tea making machine according to claim 11, wherein the tea selection mechanism further comprises a support platform, the main motor is disposed under the support platform, and the support plate is disposed on the support platform Above, the rotating shaft of the main motor is fixedly coupled to the end of the receiving plate through the supporting platform.
根据权利要求 1所述的全自动泡茶机, 其特征在于, 所述茶叶储存罐 的顶部设有罐盖, 所述罐盖上设有搅拌电机, 所述搅拌电机的转轴联 接有螺旋搅拌杆, 所述螺旋搅拌杆设于所述茶叶储存罐内。 The automatic tea making machine according to claim 1, wherein the top of the tea storage tank is provided with a can lid, the can lid is provided with a stirring motor, and the rotating shaft of the stirring motor is coupled with a spiral stirring rod The spiral stirring rod is disposed in the tea storage tank.
根据权利要求 1所述的全自动泡茶机, 其特征在于, 所述容纳腔内还 固定有茶罐安装座, 所述茶罐安装座设于所述茶叶选择机构的上方, 所述茶罐安装座的周边设有多个环套, 多个所述环套沿所述茶罐安装 座周边相邻排列布置, 所述环套均置于所述倒茶叶机构移动轨迹的上 方; 每个所述茶叶储存罐对应安装在一个所述环套内。 The automatic tea making machine according to claim 1, wherein a tea pot mounting seat is further fixed in the accommodating chamber, and the tea pot mounting seat is disposed above the tea tea selecting mechanism, the tea pot a plurality of loop sleeves are arranged around the periphery of the mounting seat, and a plurality of the loop sleeves are arranged adjacent to each other along the periphery of the teapot mount, and the loop sleeves are placed above the moving track of the inverted tea leaf mechanism; The tea storage tank is correspondingly installed in one of the loop sleeves.
根据权利要求 1所述的全自动泡茶机, 其特征在于, 所述供水装置包 括水箱、 水泵、 第一阀门、 加热模块和出水口; The automatic tea making machine according to claim 1, wherein the water supply device comprises a water tank, a water pump, a first valve, a heating module and a water outlet;
所述水箱上部设有进水口、 下部设有排水口; The upper part of the water tank is provided with a water inlet and the lower part is provided with a water outlet;
所述水泵的输入端与所述排水口相接通, 所述水泵的输出端与所述出 水口相接通; The input end of the water pump is connected to the drain port, and the output end of the water pump is connected to the water outlet;
所述第一阀门设于所述水泵与所述出水口接通的通路上; The first valve is disposed on a passage of the water pump and the water outlet;
所述加热模块设于所述水泵与所述出水口接通的通路上, 所述加热模 块用于对所述水泵输出端排出的水进行加热; The heating module is disposed on a passage of the water pump and the water outlet, and the heating module is configured to heat water discharged from the water pump output end;
所述出水口设于所述接茶区。 The water outlet is disposed in the tea receiving area.
根据权利要求 15所述的全自动泡茶机, 其特征在于, 所述水箱内的上 部设有上水位传感器、 下部设有下水位传感器, 所述进水口联接有第 二阀门; The automatic tea maker according to claim 15, wherein the upper portion of the water tank is provided with an upper water level sensor, the lower portion is provided with a lower water level sensor, and the water inlet is coupled with a second valve;
所述上水位传感器用于监测所述水箱内的水位是否到达上限高度, 所 述下水位传感器用于监测所述水箱内的水位是否到达下限高度, 所述 第二阀门用于在所述水位到达上限高度吋关闭、 在所述水位到达下限 高度吋打幵。 The upper water level sensor is configured to monitor whether a water level in the water tank reaches an upper limit height, and the lower water level sensor is configured to monitor whether a water level in the water tank reaches a lower limit height, The second valve is for closing the water level when the water level reaches an upper limit height, and when the water level reaches a lower limit height.
PCT/CN2016/108966 2016-05-13 2016-12-08 Fully automatic tea brewing machine WO2017193572A1 (en)

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