JP3177960U - Exhaust type tea maker - Google Patents

Abstract

An exhaust-type tea maker that smoothly and quickly discharges tea liquid into the tea liquid chamber without forming a closed-chamber phenomenon in the tea liquid chamber.
An exhaust type tea maker includes a tea maker main body, a valve rod device, a filter net device, and an exhaust pipe. The inside of the tea maker body is partitioned by a spacing portion to form a dipping chamber 11 and a tea liquid chamber 12, and a rod receiving groove communicating with the upper and lower through holes is formed at the spacing portion position, and an exhaust pipe is combined. A tube insertion seat communicating with the immersion chamber and the tea liquid chamber is provided. By rotating the valve rod device inserted in the rod receiving groove, aligning the through hole of the valve rod device with the upper or lower through hole or shifting the position, the tea liquid in the immersion chamber is easily discharged into the tea liquid chamber. Or prevent backflow.
[Selection] Figure 1

Description

  Exhaust type tea maker that can be used with simple operation, does not form a closed chamber by exhaust in the tea chamber, and discharges the tea from the immersion chamber more smoothly and speedily into the tea chamber for storage or use About.

  When putting tea, in order to prevent the tea leaves from being soaked for too long, the tea leaves are usually soaked in a teapot in a timely manner, and then the tea liquid is transferred to the server cup. Pour into a cup for drinking. A very large number of known teapots are convenient designs for pouring tea into the server cup, but when using tea, a number of tea utensils are used for those who want to add tea when going out. , Cumbersome and inconvenient.

  Patent Document 1 describes a structure that allows the tea liquid in a dipping cup to be released into a teapot with a simple operation and stored for use. When putting tea, it is not necessary to use many tea utensils. The convenience of entering is up. However, the switch sheet that controls the release of the tea liquid in the immersion chamber cup into the teapot is provided outside the entire tea maker, and the connection between the top and bottom and the immersion cup and teapot is exposed and combined inside. The movable rod device is constructed by abutting two disc-shaped seats, and the movable rod device laterally moves to the left and right to control the opening and closing of the water passage hole. Due to the effect of the valve, water discharge control is difficult to prevent tight water stoppage, and even if the dimensions are closely combined, the result is a higher wear rate and ensures that tea liquid does not leak into the switch seat. Because it can not, bacteria are easy to propagate.

  Moreover, although patent document 2 is a plan of this invention, although many excellent designs are made | formed on the structure, the tea liquid in a dipping device has a single hole type water outlet hole of the valve rod of a valve. As described above, it is discharged into the teapot, and the outlet hole must have an exhaust function. Otherwise, a situation in which the discharge of the tea liquid becomes unsatisfactory occurs. In addition, the valve seat needs to be assembled by using a combination of a dipping device and a teapot. For this reason, the assembled tea maker must be equipped with many tea liquid leakage prevention parts. The possibility of leaking is increased. This requires further creation and improvement of the structure.

Taiwan Utility Model No. M364484 Taiwan Utility Model No. M382090

The main object of the present invention is to provide a kind of exhaust tee maker, which includes a tee maker body, a valve rod device, a filter net device and an exhaust pipe.
A removable upper lid and lower lid are closed to the upper and lower openings of the tea maker body, an immersion chamber and a tea liquid chamber are formed in the upper and lower portions of the tea maker main body, and a gap is provided between the immersion chamber and the tea liquid chamber. A rod receiving groove that communicates with the outside world is provided at the lower end of the interval portion, a tube insertion seat is provided on the side, and the upper and lower portions of the rod receiving groove communicate with the immersion chamber and the tea liquid chamber, respectively. At least one upper through-hole and lower through-hole are formed, and a mounting groove is formed at the end of the groove communicating with the outside, and a tube insertion groove is provided at the end of the immersion chamber of the tube insertion seat. At the end, a bead storage chamber is provided which communicates with the tube insertion groove and has a plurality of vent holes, and the beads are stored in the bead storage chamber.
In the valve rod device, the main rod body is rotatably inserted into the rod receiving groove, the end of the operating portion is extended out of the rod receiving groove, the attachment groove hole portion is coupled to the rotary knob, and At least one through hole is provided on the rod body corresponding to the upper through hole and the lower through hole of the rod receiving groove.
The filter net device is provided at the bottom end of the immersion chamber and is used to filter the tea cups locked to the interval portion, and has a tube passage hole corresponding to the tube insertion groove hole of the tube insertion seat. It has been.
The exhaust pipe is in the immersion chamber, and one end of the exhaust pipe is combined with the pipe insertion groove hole of the pipe insertion seat through the pipe through hole of the filter net device, and a bead water stop is provided in the pipe body.

  The next object of the present invention is to provide a kind of exhaust type tea maker, of which the main rod body end of the valve rod device is inserted into the rod receiving groove, and the operation part end extends from the mounting groove hole. Then, a nut having a male screw is combined with the operation part, and a seal ring is combined with the nut and screwed into the mounting slot, and the slot lid is attached to the mounting slot. It is fixed outside the slot.

  Still another object of the present invention is to provide a kind of exhaust-type tea maker, of which there is a concave ring groove on the surface of the tea maker main body outside the mounting groove hole of the tea maker main body, and the concave ring groove A plurality of convex pillars are provided in a portion near the mounting groove hole, and the non-slip soft sleeve is provided with a plurality of locking holes corresponding to the convex pillars of the concave ring groove, and the locking holes are engaged with the convex pillars. The non-slip soft sleeve is fitted and fixed in the concave ring groove, and a plurality of non-slip granules are provided on the surface of the above-mentioned non-slip soft sleeve. Sliding and generating a good slip effect.

The invention of claim 1 is an exhaust type tea maker, which includes a tea maker body, a valve rod device, a filter net device, and an exhaust pipe.
A removable upper lid and lower lid are closed to the upper and lower openings of the tea maker main body, an immersion chamber and a tea liquid chamber are formed in the upper and lower portions of the tea maker main body, and between the immersion chamber and the tea liquid chamber Is partitioned by a spacing portion, a rod receiving groove communicating with the outside world is provided at the lower end of the spacing portion, a tube insertion seat is provided on the side, and the immersion chamber and the tea are respectively provided above and below the rod receiving groove. At least one upper through-hole and lower through-hole communicating with the liquid chamber are provided, a mounting groove hole is formed at the end of the groove communicating with the outside, and a tube insertion groove hole is provided at the end of the immersion chamber of the tube insertion seat. The bead storage chamber is provided at the end of the tea liquid chamber, communicated with the tube insertion groove, and provided with a plurality of vent holes, and the beads are stored in the bead storage chamber,
The valve rod device is inserted into the rod receiving groove in which the main rod body is rotatable, the end of the operating portion is extended out of the rod receiving groove, the mounting groove hole portion is coupled to the rotary knob, and the On the main rod body, at least one through hole is provided corresponding to the upper through hole and the lower through hole of the rod receiving groove,
The filter net device is provided at the bottom end of the immersion chamber and is used to filter the tea cups locked to the interval portion. The filter net device passes through the tube insertion slot corresponding to the tube insertion slot of the tube insertion seat. A hole is provided,
The exhaust pipe was in the immersion chamber, and one end thereof was combined with the pipe insertion groove of the pipe insertion seat through the pipe through hole of the filter net device, and a bead water stop was provided in the pipe body. It is an exhaust type tea maker characterized by
The invention of claim 2 is the exhaust type tea maker according to claim 1, wherein the main rod body end of the valve rod device is inserted into the rod receiving groove, and the operation portion end is extended from the mounting groove hole and rotated. A nut that is coupled to a knob and further includes a male screw is combined with the operation portion, and a seal ring is combined with the nut and screwed into the mounting slot, and a slot cover is a slot opening of the mounting slot. It is an exhaust-type tea maker characterized by being fixed to the outside.
The invention of claim 3 is the exhaust type tea maker according to claim 1, wherein there is a concave ring groove on the surface of the tea maker main body outside the mounting groove hole of the tea maker main body, and the portion near the mounting groove hole of the concave ring groove The non-slip soft sleeve is provided with a plurality of locking holes corresponding to the convex columns of the concave ring groove, and the locking holes are engaged with the protruding columns, The exhaust type tea maker is characterized in that the soft sleeve is fitted and fixed in the concave ring groove.
The invention of claim 4 is an exhaust type tea maker according to claim 3, wherein a plurality of anti-slip granules are further provided on the surface of the anti-slip soft sleeve.

  Overall, the inside of the tea maker main body is partitioned by an interval portion to form an immersion chamber and a tea liquid chamber, and at the position of the interval portion, a rod receiving groove communicating with the upper and lower through holes is provided, and an exhaust pipe A tube insertion seat is provided to allow the immersion chamber and the tea liquid chamber to communicate with each other in combination, and the valve rod device inserted into the rod receiving groove has a through-hole in the valve rod device as upper and lower through-holes. In addition to the control to prevent the back flow from being detected or the tea liquid in the immersion chamber can be easily discharged to the tea liquid chamber by rotating operation that can be accommodated or shifted, air is exhausted when the tea liquid is discharged into the tea liquid chamber. Achieving an exhaust function to reach the immersion chamber along the line, draining the tea liquid into the tea liquid chamber more smoothly and speedily without forming a closed chamber phenomenon in the tea liquid chamber, and storing or using it. More useful effects.

It is a three-dimensional exploded display diagram of the present invention. It is combination sectional drawing of this invention. It is a cross-sectional structure figure of the exhaust pipe part of this invention. It is sectional drawing when the valve rod apparatus of the rod receiving groove part of this invention is opened. It is sectional drawing when the valve rod apparatus of the rod receiving groove part of this invention is closed. It is a display figure of the state which immerses tea when the valve rod apparatus of this invention is closed. It is a state display figure of the immersion process of tea when the valve rod device of the present invention is closed. It is a display figure of the tea liquid discharge | emission state when the valve rod apparatus of this invention is opened. It is a tea-liquid chamber exhaust related display figure at the time of tea liquid discharge | emission of this invention. It is a display figure of the state which closed the valve rod apparatus at the time of the completion | finish of discharge of the tea liquid of this invention. It is a display figure of the state which inverted the tea maker main part of this invention. It is a display figure of the state which a bead prevents a tea liquid backflow when the tea maker main body of this invention is inverted. It is a tea liquid use condition display figure in the tea liquid chamber of this invention.

  One type of exhaust type tea maker includes a tea maker body 10, a valve rod device 20, a filter net device 30, and an exhaust pipe 40, as shown in FIGS.

  A removable upper lid 50 and lower lid 60 are closed at the upper and lower openings of the tea maker main body 10, an immersion chamber 11 and a tea liquid chamber 12 are formed in the upper and lower portions of the tea maker main body, and the immersion chamber 11 and tea A space 13 is defined between the liquid chambers 12. A rod receiving groove 14 communicating with the outside is provided at the lower end of the space 13, and a tube insertion seat 15 is provided on the side. At least one upper through hole 16 and lower through hole 17 communicating with the immersion chamber 11 and the tea liquid chamber 12 are provided at the upper and lower portions, respectively, and an attachment groove hole 18 having a female screw is provided at the end of the groove port communicating with the outside. The bead storage chamber is formed and provided with a tube insertion groove 150 at the end of the immersion chamber 11 of the tube insertion seat 15, communicated with the tube insertion groove 150 at the tea liquid chamber 12 end, and has a plurality of vent holes 151. 152 is provided, and the bead receiving chamber 15 Beads 70 are accommodated in.

  The valve rod device 20 has a main rod body end rotatably inserted into the rod receiving groove 14, an operation portion 22 end extending outside the rod receiving groove 14, and a portion in the mounting groove hole 18. At least one through hole 23 is provided on the main rod body 21 so as to correspond to the upper through hole 16 and the lower through hole 17 on the main rod body 21.

  The filter net device 30 is provided at the bottom end of the immersion chamber 11 and is used to filter the tea cups locked to the space 13, corresponding to the tube insertion groove 150 of the tube insertion seat 15. A through-hole 31 is provided.

  The exhaust pipe 40 is in the immersion chamber 11, and one end of the exhaust pipe 40 is combined with the pipe insertion groove hole 150 of the pipe insertion seat 15 through the pipe passage hole 31 of the filter net device 30. Is provided.

  As shown in FIGS. 5 and 6, the rotating knob 80 outside the tea maker main body 10 is turned to shift the position of the through hole 23 of the main rod body 21 of the valve rod device 20 from the upper and lower through holes 16 and 17. After blocking the passage of the liquid, the upper lid 50 is opened, the tea leaves 90 are put into the dipping chamber 11, hot water is poured, the upper lid 50 is returned and the tea leaves are immersed, as shown in FIG.

  After an appropriate immersion time, as shown in FIGS. 4, 8 and 9, the rotary knob 80 is turned to turn the valve rod device 20, and the through hole 23 of the main rod body 21 corresponds to the upper and lower through holes 16 and 17. Then, the upper and lower through holes 16 and 17 are opened, the air in the tea liquid chamber 12 is made to enter from the vent hole 151 portion of the bead storage chamber 152, is allowed to pass through the exhaust pipe 40 and reach the immersion chamber 11, and thus The tea liquid in the dipping chamber 11 is discharged into the tea liquid chamber 12 through the through holes 23 through the open upper and lower through holes 16, 17 fairly smoothly.

  As shown in FIGS. 5 and 10, the position of the through hole 23 of the valve rod device 20 is shifted from the upper and lower through holes 16 and 17 just by rotating the rotary knob 80, and the upper and lower through holes 16 and 17 are closed. In order to prevent the back flow of the tea liquid, the tea maker body 10 is tilted as shown in FIGS. 11 and 12 with the opening of the immersion chamber 11 closed by the upper lid 50, and the beads 70 in the bead storage chamber 152 are removed. It moves to the bead water stop part 41 of the exhaust pipe 40, the backflow of the tea liquid from the exhaust pipe 40 to the immersion chamber 11 is prevented, and thus the lower lid 60 is opened as shown in FIG. The tea liquid inside can be used.

  As shown in FIGS. 1, 2, 3, and 4 as a whole, the tea maker main body 10 is partitioned by a gap portion 13 to form an immersion chamber 11 and a tea liquid chamber 12, and at the gap portion 13 position. Further, a rod receiving groove 14 communicating with the upper and lower through holes 16 and 17 is provided, and a tube insertion seat 15 provided for communicating the immersion chamber 11 and the tea liquid chamber 12 by combining the exhaust pipe 40 is provided. As shown in FIGS. 4, 5, 6, 8, 10, 11, the through hole 23 of the valve rod device 20 inserted into the rod receiving groove 14 is made to correspond to the upper and lower through holes 16, 17. Alternatively, the discharge of the tea liquid in the immersion chamber 11 to the tea liquid chamber 12 or the prevention of backflow can be easily controlled by rotating the position, and as shown in FIG. When discharging into the chamber 12, air is immersed along the exhaust pipe 40 in the immersion chamber. The exhaust function to reach 1 is achieved, the tea liquid is discharged more smoothly and speedily into the tea liquid chamber 12 without forming a closed chamber phenomenon in the tea liquid chamber 12, and used for storage or use. More useful effects.

  Based on the above-described embodiment, as shown in FIGS. 1, 2, and 4, the end of the main rod body 21 of the valve rod device 20 is inserted into the rod receiving groove 14, and the end of the operating portion 22 is the mounting groove hole. A nut 81 having a male screw is further combined with the operation portion 22, and a soft rubber seal ring 82 is combined with the nut 81. The slot lid 83 is fixed to the outside of the slot of the mounting slot 18. A rotary knob 80 is coupled to the operation portion 22 of the valve rod device 20, a nut 81, a seal ring 82, and a slot cover 83 are sealed and combined at the end of the operation portion 22 of the valve rod device 20, and a mounting slot 18 is formed. By being closed, the situation where the tea liquid in the tea liquid chamber 12 effectively leaks from the mounting groove 18 portion as shown in FIG. 11 is prevented.

  Based on the above-described embodiment, as shown in FIGS. 1 and 2, a concave ring groove 19 is further provided on the outer surface of the mounting groove hole 18 of the tea maker main body 10. A plurality of convex columns 190 are provided in a portion close to the hole 18. The non-sliding soft sleeve 100 is provided with a plurality of locking holes 101 corresponding to the convex columns 190 of the concave annular groove 19, and the locking holes 101 are engaged with the convex columns 190, so that the non-sliding soft sleeve 100 is provided. Are combined and fixed in the concave ring groove 19. Due to the antiskid action in which the antiskid soft sleeve 100 is grasped and deformed, the effect of antiskid can be obtained in the gripping or operation of the tea maker main body 10. In addition, a plurality of non-slip granules 102 are further provided on the surface of the above-described anti-slip soft sleeve 100, and after the non-slip granules 102 are gripped with fingers, the non-slip deformation occurs, and a good anti-slip effect is generated.

  What has been described above is only an example of the present invention, and does not limit the scope of the present invention.Equivalent changes and modifications that can be made based on the claims of the utility model registration of the present invention are all included. It shall belong to the scope covered by the claims for utility model registration of the present invention.

DESCRIPTION OF SYMBOLS 10 Tea maker main body 100 Non-slip soft sleeve 101 Locking hole 102 Non-slip granule 11 Immersion chamber 12 Tea liquid chamber 13 Spacing part 14 Rod receiving groove 15 Pipe insertion seat 150 Pipe insertion groove hole 151 Ventilation hole 152 Bead accommodation chamber 16 Upper penetration Hole 17 Lower through hole 18 Mounting groove hole 19 Concave ring groove 190 Convex column 20 Valve rod device 21 Main rod body 22 Operation part 23 Through hole 30 Filter net device 31 Pipe through hole 40 Exhaust pipe 41 Bead water stop part 50 Upper lid 60 Lower Lid 70 Bead 80 Rotating knob 81 Nut 82 Seal ring 83 Slotted lid 90 Tea leaf

Claims (4)

In exhaust type tea maker, including tea maker body, valve rod device, filter net device and exhaust pipe,
A removable upper lid and lower lid are closed to the upper and lower openings of the tea maker main body, an immersion chamber and a tea liquid chamber are formed in the upper and lower portions of the tea maker main body, and between the immersion chamber and the tea liquid chamber Is partitioned by a spacing portion, a rod receiving groove communicating with the outside world is provided at the lower end of the spacing portion, a tube insertion seat is provided on the side, and the immersion chamber and the tea are respectively provided above and below the rod receiving groove. At least one upper through-hole and lower through-hole communicating with the liquid chamber are provided, a mounting groove hole is formed at the end of the groove communicating with the outside, and a tube insertion groove hole is provided at the end of the immersion chamber of the tube insertion seat. The bead storage chamber is provided at the end of the tea liquid chamber, communicated with the tube insertion groove, and provided with a plurality of vent holes, and the beads are stored in the bead storage chamber,
The valve rod device is inserted into the rod receiving groove in which the main rod body is rotatable, the end of the operating portion is extended out of the rod receiving groove, the mounting groove hole portion is coupled to the rotary knob, and the On the main rod body, at least one through hole is provided corresponding to the upper through hole and the lower through hole of the rod receiving groove,
The filter net device is provided at the bottom end of the immersion chamber and is used to filter the tea cups locked to the interval portion. The filter net device passes through the tube insertion slot corresponding to the tube insertion slot of the tube insertion seat. A hole is provided,
The exhaust pipe was in the immersion chamber, and one end thereof was combined with the pipe insertion groove of the pipe insertion seat through the pipe through hole of the filter net device, and a bead water stop was provided in the pipe body. Exhaust type tea maker featuring   2. The exhaust type tea maker according to claim 1, wherein a main rod body end of the valve rod device is inserted into the rod receiving groove, an operation portion end is extended from the attachment groove hole, and is coupled to a rotary knob. A nut having a male screw is further combined with the nut, and a seal ring is combined with the nut and screwed into the mounting slot, and the slot cover is fixed to the outside of the slot of the mounting slot. A featured exhaust tea maker.   2. The exhaust type tea maker according to claim 1, wherein a concave ring groove is provided on a surface of the tea maker main body outside the attachment groove hole of the tea maker main body, and a plurality of convex columns are provided in a portion near the attachment groove hole of the concave ring groove. The non-sliding soft sleeve is provided with a plurality of locking holes corresponding to the convex columns of the concave ring groove, and the locking holes are engaged with the convex columns so that the non-sliding soft sleeve becomes the concave ring groove. Exhaust type tea maker characterized by being fitted and fixed.   The exhaust type tea maker according to claim 3, wherein a plurality of non-slip granules are further provided on a surface of the non-slip soft sleeve.

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