WO2015055151A1 - 冲茶杯装置 - Google Patents

冲茶杯装置 Download PDF

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Publication number
WO2015055151A1
WO2015055151A1 PCT/CN2014/088879 CN2014088879W WO2015055151A1 WO 2015055151 A1 WO2015055151 A1 WO 2015055151A1 CN 2014088879 W CN2014088879 W CN 2014088879W WO 2015055151 A1 WO2015055151 A1 WO 2015055151A1
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Prior art keywords
tea
cup
hole
tube
water
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PCT/CN2014/088879
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English (en)
French (fr)
Inventor
黄捷
Original Assignee
黄捷
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Priority to CN201480040830.5A priority Critical patent/CN105392395B/zh
Publication of WO2015055151A1 publication Critical patent/WO2015055151A1/zh

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    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47G—HOUSEHOLD OR TABLE EQUIPMENT
    • A47G19/00—Table service
    • A47G19/22—Drinking vessels or saucers used for table service
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47G—HOUSEHOLD OR TABLE EQUIPMENT
    • A47G19/00—Table service
    • A47G19/12—Vessels or pots for table use
    • A47G19/16—Tea infusers, e.g. infusing bags, egg-shaped infuses
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47J—KITCHEN EQUIPMENT; COFFEE MILLS; SPICE MILLS; APPARATUS FOR MAKING BEVERAGES
    • A47J31/00—Apparatus for making beverages
    • A47J31/06—Filters or strainers for coffee or tea makers ; Holders therefor
    • A47J31/0615—Filters or strainers for coffee or tea makers ; Holders therefor with special arrangements for making tea or the like, e.g. where the infusion liquid is kept a certain time in the filter before flowing out

Definitions

  • the invention relates to a tea cup device, in particular to a tea cup device which can press out the tea water in the tea leaves.
  • the tea cup device used by people includes an inner cup and an outer cup; when brewing tea, it is easy to cause a large amount of tea to remain in the inner cup of tea after pouring the tea, and when the inner cup is taken out, the tea is also easy to flow on the coffee table because The existing teacup technology does not squeeze the tea leaves, and the tea is also retained between the tea leaves and the tea leaves, which is also likely to cause waste of tea.
  • the object of the present invention is to overcome the deficiencies of the prior art and provide a tea cup device to prevent tea from flowing out onto the coffee table and causing waste of tea when brewing tea and pouring tea.
  • the tea cup device comprises an outer cup, a cup handle, a cup cover and an inner cup; the inner cup card is placed in the outer cup, the cup cover is arranged on the upper cup, and the inner cup is provided with a water flow control valve
  • the water flow control valve comprises a water outlet valve hole, a fixed pipe and a control valve stem.
  • the water outlet valve hole is located at the bottom of the inner cup, and the fixed pipe is fixedly connected with the edge of the water outlet valve hole, and the fixed pipe is provided with a drainage mesh hole so that the tea can be inside.
  • the cup is placed in the outer cup through the drainage mesh hole and the outlet valve hole; the control valve stem is connected with a small valve ball and a handle, the small valve ball is located at the lower part of the control valve stem, the handle is located at the upper part of the control valve stem, and the control valve stem is located in the fixed pipe
  • the small valve ball and the outlet valve hole are dynamically matched and sealed, and the small valve ball is used to seal the outlet valve hole, and the small valve ball is lifted in the outlet valve hole by the handle, so that the inner cup of tea flows into the outer cup, and the small valve ball is used to control the tea.
  • the cup cover is provided with a control tube and a tea net
  • the center of the cup cover has a guide hole
  • the control tube is located in the guide hole
  • the control tube is fixedly connected with the tea net
  • the control tube and the guide hole are dynamically coupled, and the tea network is separated.
  • control The upper part of the tube is provided with a pressing tea handle, and the control tube is sleeved on the outside of the fixed tube to facilitate the operation of the pressed tea hand to pull and press the tea net to move down, and the tea in the tea is pressed out into the outer cup by using the tea net.
  • the lid When the tea cup device is used, the lid is opened, the control tube and the tea tray are opened together with the lid, the tea leaves are placed in the inner cup, and the boiling water is introduced into the inner cup to make the tea bubbles in the boiling water, using the small valve ball.
  • the tea water is controlled in the inner cup with the water outlet valve sealing joint; the cup lid is closed, the control tube is sleeved into the inner cup fixing tube and the tea cup inner cup, and the tea net is placed on the tea leaf; After soaking, grasp the handle by hand and lift the small valve ball in the outlet valve hole, so that the inner cup of tea flows into the outer cup through the drainage mesh hole of the fixed pipe, and the small valve ball of the water flow control valve controls the outflow of the tea; the tea naturally flows out.
  • the hand presses the tea pressing handle on the upper part of the control tube, and the control tube and the tea net move downward, and the tea adsorbed in the tea leaves is pressed out, so that the tea absorbed by the tea leaves is pushed out to the outer cup.
  • the hand is released and the handle is opened, so that the small valve ball is reset and sealed with the outlet valve hole, the lid is opened, and the water is opened, so that the circulation is continued, and the tea is continuously put into the water.
  • the outer cup is opened, so that the small valve ball is reset and sealed with the outlet valve hole, the lid is opened, and the water is opened, so that the circulation is continued, and the tea is continuously put into the water.
  • the invention has the beneficial effects that the inner cup of the tea cup device is provided with a water flow control valve and a tea net, and the water control valve can control the water level and the water discharge speed of the tea, and the tea net can effectively squeeze the moisture between the tea leaves and the tea leaves. Speed up the taste of tea, prevent tea waste, and shorten the time for tea.
  • Figure 1 is a schematic view showing the structure of a tea cup device.
  • the teacup device includes an outer cup 1, a lid 3 and an inner cup 4; the inner cup 4 is placed in the outer cup 1, and the lid 3 is disposed on the inner cup 4,
  • the inner cup 4 is provided with a water flow control valve 18, and the water flow control valve 18 includes a water outlet valve hole 9, a fixed tube 8 and a control valve rod 6, the outlet valve hole 9 is located at the bottom of the inner cup 4, and the fixed tube 8 and the outlet valve hole 9 are
  • the fixed edge of the fixed pipe 8 is provided with a drainage mesh hole 12, the control valve stem 6 is connected with a small valve ball 7 and a handle 5, the small valve ball 7 is located at the lower part of the control valve stem 6, and the handle 5 is located at the upper part of the control valve stem 6.
  • the control valve rod 6 is located in the fixed pipe 8, and the small valve ball 7 is mechanically and sealingly connected with the water outlet valve hole 9;
  • the cup cover 3 is provided with a control tube 10 and a tea net 11;
  • the cup cover 3 has a guide hole 13 in the center thereof, and the control tube 10 is located in the guide hole 13, the control tube 10 is fixedly connected with the tea net 11, the control tube 10 is mechanically coupled with the guide hole 13, the tea net 11 is located in the inner cup 4, and the upper part of the control tube 10 is provided with a tea pressing handle.
  • the disk 14 and the control tube 10 are sleeved outside the fixed tube 8.
  • the upper portion of the fixed pipe 8 is provided with an inner guide groove 26, and the upper portion of the control valve stem 6 is provided with a projection 27, and the projection 27 is movably fitted Inside the inner guiding groove 26; using the handle 5 to pull up the control valve stem 6 and rotate it to be convex
  • the block 27 catches the upper end surface of the fixed pipe 8
  • the water flow control valve 18 is opened; when the bump 27 is rotated back to the inner guide groove 26, the water flow control valve 18 is closed;
  • the control valve stem 6 is provided with a guiding round table 19 for fixing the pipe 8.
  • the inner wall is provided with a guiding hole 20, the inner diameter of the guiding hole 20 is larger than the diameter of the fixed tube 8, the guiding circular table 19 is dynamically fitted in the guiding hole 20, and the first spring 2 is disposed between the control valve rod 6 and the guiding hole 20, first
  • the lower end surface of the spring 2 is in contact with the upper end surface of the guide circular table 19, and the upper end surface of the first spring 2 is in contact with the top portion 21 of the guide hole 20; the height of the first spring 2 is greater than the height of the guide hole 20, and the first spring 2 is compressed
  • the first spring 2 applies an elastic force to the small valve ball 7 through the control valve rod 6, and the direction of the elastic force is directed from the guide round table 19 to the water outlet valve hole 9, so that the small valve ball 7 and the water outlet valve hole 9 are sealingly connected.
  • the outlet valve hole 9 is a spherical surface, and the radius of the spherical surface is the same as the radius of the small valve ball 7; the outlet valve hole 9 is provided with a sealing ring 17, and the small valve ball 7 is sealingly connected with the sealing ring 17.
  • the first spring 2 is disposed in the guide hole 20, and a force is applied to the small valve ball 7 by the first spring 2, and the fixed pipe 8 is fixed by the upper fixed pipe 24 and the lower fixed pipe.
  • the connecting hole 20 is disposed in the lower fixing pipe 25, the upper fixing pipe 24 is provided with an external thread, and the lower fixing pipe 25 is provided with an internal thread, and the external thread of the upper fixing pipe 24 is connected with the internal thread of the lower fixing pipe 25.
  • the axis of the fixed tube (8) is the same as the axis of the guide hole (20), and the axis of the guide hole (20) is the same as the axis of the guide circular table (19).
  • the cup cover 3 is provided with a counterbore 22 having an inner diameter larger than the inner diameter of the guide hole 13, and the outer diameter of the pressing tea hand 14 is larger than the outer diameter of the control tube 10.
  • a second spring 23 is disposed between the counterbore 22 and the control tube 10, the lower end surface of the second spring 23 is in contact with the bottom of the counterbore 22, and the upper end surface of the second spring 23 and the lower end surface of the pressing tea handle plate 14 Contact; the height of the second spring 23 is equal to the depth of the counterbore 22, and the control tube 10 is supported by the second spring 23 on the cup cover 3, and the tea hand is pressed by the hand 14 to lower the control tube 10 and the tea net 11 After the opening, the control tube 10 and the tea-chamber 11 are raised and lowered by the elastic force of the second spring 23.
  • the tea cup is placed into the inner cup 4 and the boiling water is poured.
  • the outer diameter of the control tube 10 is smaller than the inner diameter of the guide hole 13, and the outer diameter of the fixed tube 8 is smaller than the outer diameter of the control tube 10, and the valve stem is controlled.
  • the outer diameter of 6 is smaller than the inner diameter of the fixed tube 8; the length of the control tube 10 is equal to or greater than the depth of the inner cup 4.
  • the outer cup 1 and the inner cup 4 are circular, the outer diameter of the inner cup 4 is smaller than the inner diameter of the outer cup 1, and the outer diameter of the cup edge 16 of the inner cup 4 is larger than The inner diameter of the outer cup of the cup.
  • the area of the hole of the drainage mesh hole 12 is larger than the area of the water outlet valve hole 9; the flow cross-sectional area of the outlet valve hole 9 is proportional to the height of the small valve ball 7 lifted off the outlet valve hole 9.
  • the working principle of the tea cup device is: when in use, the lid 3 is opened, the control tube 10 and the tea net 11 are opened together with the lid 3, the tea leaves 15 are placed in the inner cup 4, and the boiling water is poured into the inner cup 4, so that The tea leaves 15 are bubbled in the boiling water, and the tea ball is controlled by the small valve ball 7 and the water outlet valve hole 9 to control the tea water in the inner cup 4; the cup cover 3 is closed, and the control tube 10 is inserted into the fixed tube 8 of the inner cup 4 and Put into the inner cup 4 of the tea net 11 and place the tea net 11 on the tea leaves 15; after the tea leaves 15 are soaked, grasp the handle 5 by hand and lift the small valve ball 7 in the water outlet valve hole 9 to make the inner cup 4 tea water flows into the outer cup 1 through the drainage mesh hole 12 of the fixed pipe 8, and the small valve ball 7 of the water flow control valve 18 controls the outflow of the tea; after the tea naturally flows out, the tea pressing handle of the upper part of the control tube 10 is manually pressed.
  • the tray 14 moves the control tube 10 and the tea-teanet 11 downward, and presses the tea water adsorbed in the tea leaves 15 to force the tea water absorbed by the tea leaves 15 to flow out into the outer cup 1; the tea leaves of the inner cup 4 are After the tea is pressed out, the handle 5 is released, and the small valve ball 7 is reset and sealed with the water outlet valve hole 9, and the lid 4 is opened to the boiling water, so that the circulation is continued. Put the soaked tea in the outer cup.
  • the handle 5 When the water flow control valve 18 is opened, the handle 5 is grasped by hand to overcome the elastic force of the first spring 2, the upper portion of the control valve rod 6 is pulled out of the guide groove 26, and the handle 5 is rotated to cause the projection 27 to be stuck.
  • the upper end surface of the fixed pipe 8 is such that the small valve ball 7 is lifted in the water outlet valve hole 9 to separate the small valve ball 7 from the sealing ring 17 of the water outlet valve hole 9, so that the inner cup 4 tea water flows into the drainage mesh hole 12 of the fixed pipe 8
  • the small valve ball 7 of the water flow control valve 18 is used to control the outflow of the tea; when the tea leaves 15 are pressed out, the tea palm handle 14 of the upper portion of the hand control tube 10 is used to overcome the elastic force of the second spring 23.
  • the pressure control tube 10 and the tea net 11 move downward, and the tea water adsorbed in the tea leaves 15 is pushed out, so that the tea water absorbed by the tea leaves 15 is pushed out into the outer cup 1;
  • the handle is rotated 5, the bump 27 is aligned with the guide groove 26, and the bump 27 is reset into the guide groove 26 by the elastic force of the first spring 2, the control valve rod 6 is moved downward, and the small valve ball 7 is sealingly connected with the water outlet valve hole 9.

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  • Engineering & Computer Science (AREA)
  • Food Science & Technology (AREA)
  • Apparatus For Making Beverages (AREA)
  • Table Devices Or Equipment (AREA)

Abstract

冲茶杯装置包括有外杯（1）、杯盖（3）以及内杯（4）；内杯（4）卡放在外杯（1）内，杯盖（3）设于内杯（4）的上面，内杯（4）设有水流控制阀（18），水流控制阀（18）包括有出水阀孔（9）、固定管（8）以及控制阀杆（6）。固定管（8）设有排水网孔（12）；杯盖（2）设有控制管（10）与隔茶网（11）。杯盖中心有一个导孔（13），控制管（10）位于导孔（13）内。控制管（10）与隔茶网（11）固定连接。控制管（10）与导孔（13）动配合连接。隔茶网（11）位于内杯（4）内。控制管（10）的上部设有压茶手把盘（14）。控制管（10）套在固定管（8）外面。利用流水控制阀（18）可控制茶水水位与出水速度，利用隔茶网（11）可有效地挤压茶叶与茶叶间的水分，加快茶叶出味速度，防止茶水浪费，缩短冲茶时间。

Description

冲茶杯装置 技术领域
本发明涉及一种冲茶杯装置，特别是一种可以压出茶叶中茶水的冲茶杯装置。
背景技术
目前，人们使用的冲茶杯装置包括有内杯以及外杯；冲茶时，容易造成倒茶后内杯茶叶中还保留大量茶水，将内杯拿出时，茶水也容易流在茶几上，由于现有茶杯技术没有对茶叶进行挤压，茶水还被保留在茶叶与茶叶之间，这样也容易造成浪费茶水。
发明内容
本发明目的是克服现有技术的不足，提供冲茶杯装置，防止冲茶和倒茶时，茶水流出到茶几上以及造成茶水的浪费。
本发明所采取的技术方案是：冲茶杯装置包括有外杯、杯柄、杯盖以及内杯；内杯卡放在外杯内，杯盖设于内杯的上面，内杯设有水流控制阀，水流控制阀包括有出水阀孔、固定管以及控制阀杆，出水阀孔位于内杯的底部，固定管与出水阀孔的边沿固定连接，固定管设有排水网孔，使茶水可以由内杯经排水网孔以及出水阀孔放到外杯内；控制阀杆连接有小阀球以及把手，小阀球位于控制阀杆的下部，把手位于控制阀杆的上部，控制阀杆位于固定管内，小阀球与出水阀孔动配合密封连接，利用小阀球封住出水阀孔，利用把手将小阀球于出水阀孔提起，使内杯茶水流入外杯内，利用小阀球控制茶水的流出；杯盖设有控制管与隔茶网，杯盖中心有一个导孔，控制管位于导孔内，控制管与隔茶网固定连接，控制管与导孔动配合连接，隔茶网位于内杯内，控制管的上部设有压茶手把，控制管套在固定管外面，以方便操作压茶手把拉、压隔茶网上下移动，利用隔茶网将茶叶内的茶水压出到外杯内。
冲茶杯装置使用时，打开杯盖，控制管以及隔茶网随杯盖一起打开，将茶叶放于内杯中，向内杯导入开水，使茶叶泡在开水之中，利用小阀球 与出水阀孔动配合密封连接将茶水控制在内杯内；盖回杯盖，使控制管套入内杯的固定管以及隔茶网内杯内，并使隔茶网置于茶叶之上；茶叶泡过后，用手抓住把手将小阀球于出水阀孔提起，使内杯茶水经固定管的排水网孔流入外杯内，利用水流控制阀的小阀球控制茶水的流出；茶水自然流出后，用手压控制管的上部的压茶手把盘，使控制管以及隔茶网向下移动，将吸附于茶叶中的茶水压出，使茶叶吸收的茶水压出流到外杯内；内杯的茶叶被压出茶水后，手放开将把手，使小阀球复位与出水阀孔密封连，打开杯盖，到入开水，如此不断循环，不断将泡好的茶水放入外杯中。
本发明的有益效果是：冲茶杯装置内杯设有水流控制阀以及隔茶网，利用流水控制阀可控制茶水水位与出水速度，利用隔茶网可有效地挤压茶叶与茶叶间的水分，加快茶叶出味速度，防止茶水浪费，缩短冲茶时间。
附图说明
图1是冲茶杯装置的结构示意图。
具体实施方式
下面根据附图与具体实施例对本发明进行进一步的说明：
图1所示的冲茶杯装置的结构示意图，冲茶杯装置包括有外杯1、杯盖3以及内杯4；内杯4卡放在外杯1内，杯盖3设于内杯4的上面，内杯4设有水流控制阀18，水流控制阀18包括有出水阀孔9、固定管8以及控制阀杆6，出水阀孔9位于内杯4的底部，固定管8与出水阀孔9的边沿固定连接，固定管8设有排水网孔12，控制阀杆6连接有小阀球7以及把手5，小阀球7位于控制阀杆6的下部，把手5位于控制阀杆6的上部，控制阀杆6位于固定管8内，小阀球7与出水阀孔9动配合密封连接；杯盖3设有控制管10与隔茶网11，杯盖3中心有一个导孔13，控制管10位于导孔13内，控制管10与隔茶网11固定连接，控制管10与导孔13动配合连接，隔茶网11位于内杯4内，控制管10的上部设有压茶手把盘14，控制管10套在固定管8外面。
为了实施流控制阀18的打开、关闭以及提高水流控制阀18的密封性能，固定管8的上部设有一内导槽26，控制阀杆6的上部设有凸块27，凸块27动配合于内导槽26内；利用把手5将控制阀杆6拉起、旋转将凸 块27卡住固定管8的上端面时，水流控制阀18的打开；将凸块27旋回内导槽26时，水流控制阀18关闭；控制阀杆6设有一导向圆台19，固定管8的内壁设有一导向孔20，导向孔20的内径大于固定管8的管径，导向圆台19动配合于导向孔20内，控制阀杆6与导向孔20之间设有第一弹簧2，第一弹簧2的下端面与导向圆台19的上端面接触，第一弹簧2的上端面与导向孔20的顶部21接触；第一弹簧2的高度大于导向孔20的高度，第一弹簧2被压缩于导向孔20内，第一弹簧2通过控制阀杆6对小阀球7施加一个弹力，弹力的方向由导向圆台19指向出水阀孔9，使小阀球7与出水阀孔9密封连接。出水阀孔9为球面，球面的半径与小阀球7的半径相同；出水阀孔9设有密封圈17，小阀球7与密封圈17密封连接。
为了于固定管8设置导向孔20，将第一弹簧2设置于导向孔20内，实施利用第一弹簧2对小阀球7产生一个作用力，固定管8由上固定管24与下固定管25连接构成，导向孔20设于下固定管25内，上固定管24设有外螺纹，下固定管25设有内螺纹，上固定管24的外螺纹与下固定管25的内螺纹连接。
为了小阀球7可以准确复位水阀孔9的位置，固定管(8)的轴线与导向孔(20)的轴线相同，导向孔(20)的轴线与导向圆台(19)的轴线相同。
为了实施控制管10与隔茶网11的自动复位，杯盖3设有一沉孔22，沉孔22的内径大于导孔13的内径，压茶手把盘14的外径大于控制管10的外径，沉孔22与控制管10之间设有第二弹簧23，第二弹簧23的下端面与沉孔22的底部接触，第二弹簧23的上端面与压茶手把盘14的下端面接触；第二弹簧23的高度与沉孔22的深度相等，控制管10被第二弹簧23支撑于杯盖3上，用手按压茶手把盘14带动控制管10与隔茶网11下降放开手后，控制管10以及隔茶网11在第二弹簧23的弹力的作用下上升复位。
为了使杯盖3可以方便打开，向内杯4放入茶叶以及倒入开水，控制管10的外径小于导孔13内径，固定管8的外径小于控制管10的外径，控制阀杆6的外径小于固定管8的内径；控制管10的长度等于或者大于内杯4的深度。
为了使内杯4可以卡放于外杯1上，外杯1以及内杯4为圆形，内杯4的外径小于外杯1的内径，内杯4的杯口边沿16的外径大于外杯1杯口的内径。
为了保证茶水流出的流速，排水网孔12的孔的面积大于出水阀孔9的面积；出水阀孔9的流水截面积与小阀球7提起离开出水阀孔9高度成正比。
冲茶杯装置的工作原理是：使用时，打开杯盖3，控制管10以及隔茶网11随杯盖3一起打开，将茶叶15放于内杯4中，向内杯4倒入开水，使茶叶15泡在开水之中，利用小阀球7与出水阀孔9动配合密封连接将茶水控制在内杯4内；盖回杯盖3，使控制管10套入内杯4的固定管8以及放入隔茶网11内杯4内，并使隔茶网11置于茶叶15之上；茶叶15泡过后，用手抓住把手5将小阀球7于出水阀孔9提起，使内杯4茶水经固定管8的排水网孔12流入外杯1内，利用水流控制阀18的小阀球7控制茶水的流出；茶水自然流出后，用手压控制管10的上部的压茶手把盘14，使控制管10以及隔茶网11向下移动，将吸附于茶叶15中的茶水压出，使茶叶15吸收的茶水压出流到外杯1内；内杯4的茶叶被压出茶水后，手放开将把手5，使小阀球7复位与出水阀孔9密封连，打开杯盖4，到入开水，如此不断循环，不断将泡好的茶水放入外杯中。
打开水流控制阀18时，用手抓住把手5克服第一弹簧2的弹力向上拉，将控制阀杆6的上部的凸块27拉出导槽26，并旋转把手5使凸块27卡在固定管8的上端面，使小阀球7于出水阀孔9提起，使小阀球7离开出水阀孔9的密封圈17，使内杯4茶水经固定管8的排水网孔12流入外杯1内，利用水流控制阀18的小阀球7控制茶水的流出；压出茶叶15间吸附茶水时，利用手控制管10的上部的压茶手把盘14，克服第二弹簧23的弹力压控制管10以及隔茶网11向下移动，将吸附于茶叶15中的茶水压出，使茶叶15吸收的茶水压出流到外杯1内；水流控制阀18关闭时，旋转把手5使凸块27对准导槽26，凸块27在第一弹簧2的弹力作用下复位进入导槽26，控制阀杆6下移，小阀球7与出水阀孔9密封连接。

Claims (6)

  1. 冲茶杯装置，冲茶杯装置包括有外杯(1)、杯盖(3)以及内杯(4)；内杯(4)卡放在外杯(1)内，杯盖(3)设于内杯(4)的上面，内杯(4)设有水流控制阀(18)，水流控制阀(18)包括有出水阀孔(9)、固定管(8)以及控制阀杆(6)，出水阀孔(9)位于内杯(4)的底部，固定管(8)与出水阀孔(9)的边沿固定连接，固定管(8)设有排水网孔(12)，控制阀杆(6)连接有小阀球(7)以及把手(5)，小阀球(7)位于控制阀杆(6)的下部，把手(5)位于控制阀杆(6)的上部，控制阀杆(6)位于固定管(8)内，小阀球(7)与出水阀孔(9)动配合密封连接；杯盖(3)设有控制管(10)与隔茶网(11)，杯盖(3)中心有一个导孔(13)，控制管(10)位于导孔(13)内，控制管(10)与隔茶网(11)固定连接，控制管(10)与导孔(13)动配合连接，隔茶网(11)位于内杯(4)内，控制管(10)的上部设有压茶手把盘(14)，控制管(10)套在固定管(8)外面；控制阀杆(6)设有一导向圆台(19)，固定管(8)的内壁设有一导向孔(20)，导向孔(20)的内径大于固定管(8)的管径，导向圆台(19)动配合于导向孔(20)内，控制阀杆(6)与导向孔(20)之间设有第一弹簧(2)，第一弹簧(2)的下端面与导向圆台(19)的上端面接触，第一弹簧(2)的上端面与导向孔(20)的顶部(21)接触；杯盖(3)设有一沉孔(22)，沉孔(22)的内径大于导孔(13)的内径，压茶手把盘(14)的外径大于控制管(10)的外径，沉孔(22)与控制管(10)之间设有第二弹簧(23)，第二弹簧(23)的下端面与沉孔(22)的底部接触，第二弹簧(23)的上端面与压茶手把盘(14)的下端面接触；固定管(8)的上部设有一内导槽(26)，控制阀杆(6)的上部设有凸块(27)，凸块(27)动配合于内导槽(26)内；
    其特征在于：所述的冲茶杯装置的工作原理是：使用时，打开杯盖(3)，控制管(10)以及隔茶网(11)随杯盖(3)一起打开，将茶叶(15)放于内杯(4)中，向内杯(4)倒入开水，使茶叶(15)泡在开水之中，利用小阀球(7)与出水阀孔(9)动配合密封连接将茶水控制在内杯(4)内；盖回杯盖(3)，使控制管(10)套入内杯(4)的固定管(8)以及放入隔茶网(11)内杯(4)内，并使隔茶网(11)置于茶叶(15)之上； 茶叶(15)泡过后，用手抓住把手(5)将小阀球(7)于出水阀孔(9)提起，使内杯(4)茶水经固定管(8)的排水网孔(12)流入外杯(1)内，利用水流控制阀(18)的小阀球(7)控制茶水的流出；茶水自然流出后，用手压控制管(10)的上部的压茶手把盘(14)，使控制管(10)以及隔茶网(11)向下移动，将吸附于茶叶(15)中的茶水压出，使茶叶(15)吸收的茶水压出流到外杯(1)内；内杯(4)的茶叶被压出茶水后，手放开将把手(5)，使小阀球(7)复位与出水阀孔(9)密封连，打开杯盖(4)，到入开水，如此不断循环，不断将泡好的茶水放入外杯中。
  2. 根据权利要求1所述的冲茶杯装置，其特征在于：所述的水流控制阀18打开时，用手抓住把手(5)克服第一弹簧(2)的弹力向上拉，将控制阀杆(6)的上部的凸块(27)拉出导槽(26)，并旋转把手(5)使凸块(27)卡在固定管(8)的上端面，使小阀球(7)于出水阀孔(9)提起，使小阀球(7)离开出水阀孔(9)的密封圈(17)，使内杯(4)茶水经固定管(8)的排水网孔(12)流入外杯(1)内，利用水流控制阀(18)的小阀球(7)控制茶水的流出；压出茶叶15间吸附茶水时，利用手控制管(10)的上部的压茶手把盘(14)，克服第二弹簧(23)的弹力压控制管(10)以及隔茶网(11)向下移动，将吸附于茶叶(15)中的茶水压出，使茶叶(15)吸收的茶水压出流到外杯(1)内；水流控制阀18关闭时，旋转把手(5)使凸块(27)对准导槽(26)，凸块(27)在第一弹簧(2)的弹力作用下复位进入导槽(26)，控制阀杆(6)下移，小阀球(7)与出水阀孔(9)密封连接，打开杯盖(4)，到入开水，如此不断循环，不断将泡好的茶水放入外杯中。
  3. 根据权利要求1所述的冲茶杯装置，其特征在于：所述的固定管(8)由上固定管(24)与下固定管(25)连接构成，导向孔(20)设于下固定管(25)内，上固定管(24)设有外螺纹，下固定管(25)设有内螺纹，上固定管(24)的外螺纹与下固定管(25)的内螺纹连接。
  4. 根据权利要求1所述的冲茶杯装置，其特征在于：所述的第一弹簧(2)的高度大于导向孔(20)的高度，第一弹簧(2)被压缩于导向孔(20)内，第一弹簧(2)通过控制阀杆(6)对小阀球(7)施加一个弹力，弹力的方向由导向圆台(19)指向出水阀孔(9)，使小阀球(7)与出水阀孔(9)密封连接。
  5. 根据权利要求1所述的冲茶杯装置，其特征在于：所述的第二弹簧(23)的高度与沉孔(22)的深度相等，控制管(10)被第二弹簧(23)支撑于杯盖(3)上。
  6. 根据权利要求1所述的冲茶杯装置，其特征在于：所述的固定管(8)的轴线与导向孔(20)的轴线相同，导向孔(20)的轴线与导向圆台(19)的轴线相同。
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