CN216685322U - Ceramic tea caddy capable of quantitatively taking materials - Google Patents

Abstract

The utility model relates to a ceramic tea can capable of quantitatively taking materials, which comprises a can body, a can cover, a sealing slide block, a tea drawer and a metering barrel, wherein the can body is internally provided with a filter plate and a channel vertical plate, the filter plate, the channel vertical plate and the can body are enclosed into a tea storage cavity, a blanking channel is enclosed between the channel vertical plate and the can body, the filter plate and the can body are enclosed into a crushing cavity, the crushing cavity is internally provided with the tea drawer and the sealing slide block which slide along the crushing cavity, the sealing slide block is driven to seal the bottom of the blanking channel when the tea drawer is drawn out, the channel vertical plate is provided with a vertical plate discharge hole, the metering barrel is provided with a metering inlet and a metering outlet which are oppositely arranged, the metering barrel is rotatably arranged on the top of the blanking channel through a rotating shaft, the gravity center of the metering barrel is positioned between the rotating shaft and the metering outlet, the metering barrel slides to seal the discharge hole of the vertical plate, a first sealing block and a second sealing block slide to seal the metering outlet, and the volume of the metering barrel is smaller than that of the tea drawer, the quantitative tea taking is realized, and the tea is not easy to break.

Description

Ceramic tea caddy capable of quantitatively taking materials

Technical Field

The utility model relates to the technical field of ceramic tea caddies, in particular to a ceramic tea caddy capable of taking materials quantitatively.

Background

When the tea caddy is used, a cover generally needs to be opened to take tea, the prior art discloses a structure for quantitatively taking tea, and the tea can be quantitatively taken without opening the cover, for example, Chinese patent with an authorization publication number of CN207712684U discloses a tea caddy for quantitatively taking tea, an empty tea drawer is inserted into a material crushing cavity, firstly, a magnetic body I is connected with a magnetic body II, the tea drawer is pushed in to simultaneously drive a sealing slide block to move inwards, the sealing slide block moves to disconnect a magnetic body III and a magnetic body IV, meanwhile, a blanking port is gradually opened, and tea falls into the tea drawer; when the tea drawer is completely pushed into the crushed material cavity, the magnetic body five is matched with the magnetic body six to keep the tea drawer at the position, so that the tea drawer cannot fall out when the tea can is shaken or moved; tealeaves fills the tealeaves drawer again, when making take out the tealeaves drawer at every turn, all obtain the tealeaves volume of a fixed suitable tealeaves of making tea, but when this tealeaves drawer was taken out from the blanking mouth, just can make the tealeaves that stores up the tea intracavity fall out and fill up the tealeaves drawer from the blanking hole naturally because the blanking mouth need set up in storing up tea chamber bottom, but store up tea chamber bottom and be exactly the region that tealeaves is the most compact, tealeaves extrudees each other in blanking mouth department when making the tealeaves drawer take out like this, very easily damaged, easily make tealeaves block the tealeaves drawer and cause the tealeaves drawer to be difficult to take out.

SUMMERY OF THE UTILITY MODEL

In order to overcome the technical defects in the prior art, the utility model provides the ceramic tea caddy capable of taking tea quantitatively, which realizes quantitative tea taking and ensures that tea is not easy to break.

The technical solution adopted by the utility model is as follows: a ceramic tea caddy capable of taking materials quantitatively comprises a caddy body, a caddy cover, a sealing slide block, a tea drawer and a metering barrel, wherein a filter plate and a channel vertical plate are arranged in the caddy body, the filter plate, the channel vertical plate and the caddy body form a tea storage cavity in an enclosing manner, a blanking channel is formed between the channel vertical plate and the caddy body, the filter plate and the caddy body form a crushing cavity, the crushing cavity is internally provided with the tea drawer and the sealing slide block which slide along the crushing cavity, the sealing slide block is magnetically connected with the tea drawer, the sealing slide block is driven to seal the bottom of the blanking channel when the tea drawer is taken out, the channel vertical plate is provided with a vertical plate discharge hole, the metering barrel is provided with a metering inlet and a metering outlet which are oppositely arranged, the caddy body is provided with a first sealing block and a second sealing block, the metering barrel is rotatably arranged on the top of the blanking channel through a rotating shaft, and the gravity center of the metering barrel is positioned between the rotating shaft and the metering outlet, the metering barrel is used for sliding and sealing a discharge hole of the vertical plate, the first sealing block and the second sealing block are used for sliding and sealing a metering outlet, and the volume of the metering barrel is smaller than that of the tea drawer.

As a further improvement of the utility model, the metering barrel comprises a counterweight rod fixedly arranged on the rotating shaft, and the counterweight rod is positioned between the metering outlet and the rotating shaft.

As a further improvement of the utility model, the sealing slide block is provided with an anti-falling bulge, the anti-falling bulge clamps the vertical channel plate, and the anti-falling bulge is magnetically connected with the vertical channel plate.

As a further improvement of the utility model, the filter plate is inclined towards the blanking channel.

As a further improvement of the utility model, the tea drawer is provided with a handle.

As a further improvement of the utility model, the can body and can cover are ceramic can body and ceramic can cover.

The utility model has the beneficial effects that:

the tank body is internally provided with a filter plate, a channel vertical plate and a filter plate, the tea storage cavity is defined by the vertical channel plate and the tank body, the blanking channel is defined between the vertical channel plate and the tank body, the crushed material cavity is defined by the filter plate and the tank body, a tea drawer and a sealing slide block which slide along the crushed material cavity are arranged in the crushed material cavity, the sealing slide block is magnetically connected with the tea drawer, so that the sealing slide block is driven to seal the bottom of the blanking channel when the tea drawer is pulled out, a vertical plate discharge hole is formed in the vertical channel plate, the metering barrel is provided with a metering inlet and a metering outlet, a first sealing block and a second sealing block which are oppositely arranged are arranged on the tank body, the metering barrel is rotatably arranged on the top of the blanking channel through a rotating shaft, the gravity center of the metering barrel is positioned between the rotating shaft and the metering outlet, the metering barrel slides to seal the vertical plate discharge hole, the first sealing block and the second sealing block slide to seal the metering outlet, and the volume of the metering barrel is smaller than that of the tea drawer;

when taking tea, the tea can is taken up, the can body is placed down, the tea storage cavity is arranged above the blanking channel, the gravity center of the metering barrel is positioned between the rotating shaft and the metering outlet, the metering inlet is rotated to be communicated with the discharge hole of the vertical plate through the rotation of the metering barrel, the tea in the tea storage cavity flows into the metering barrel through the metering inlet, and the metering outlet is sealed by the first sealing block and the second sealing block at the moment; righting a jar body after the end of measuring drum dress tea, store up tealeaves in the tea chamber and flow to the filter direction, because the focus of measuring drum is located between pivot and the measurement export, the measuring drum rotates in step and then seals up the riser discharge gate again when righting a jar body, this moment because tealeaves flows to the filter direction and makes near tealeaves of riser discharge gate comparatively loose, can not influence the measuring drum rotation, can not make tealeaves damaged yet, tealeaves flows to blanking passageway bottom from the measurement export, blocked by sealing slide, push into the bits of broken glass chamber with the tealeaves drawer afterwards, tealeaves falls into the tealeaves drawer, because the volume of measuring drum is less than the volume of tealeaves drawer, can not filled when the tealeaves drawer is taken out, consequently can not block when taking out, realized that the ration is got tea and tealeaves is difficult broken.

Drawings

FIG. 1 is a schematic view of the present invention in an initial state.

Fig. 2 is a schematic view of the present invention in a dumping state.

FIG. 3 is a schematic view of the present invention in a midway righting state.

Fig. 4 is a schematic view of the present invention in a righting state.

Fig. 5 is a schematic view of the present invention in a state of taking tea.

Description of reference numerals:

1. a tank body; 11. a filter plate; 12. a channel vertical plate; 13. a tea storage cavity; 14. a blanking channel; 15. a crushing cavity; 16. a first seal block; 17. a second seal block; 2. a can lid; 3. sealing the sliding block; 31. the anti-drop bulge; 4. a tea drawer; 41. a handle; 5. a metering bucket; 51. a metering inlet; 52. a metering outlet; 53. a weight lever; 54. a rotating shaft.

Detailed Description

The utility model will be further described with reference to the accompanying drawings in which:

as shown in fig. 1-5, the present embodiment provides a ceramic tea caddy for taking materials quantitatively, which includes a caddy body 1, a caddy cover 2, a sealing slider 3, a tea drawer 4 and a measuring tank 5, where the caddy body 1 and the caddy cover 2 are ceramic caddy bodies and ceramic caddy covers, a filter plate 11 and a passage vertical plate 12 are disposed in the caddy body 1, the filter plate 11, the passage vertical plate 12 and the caddy body 1 define a tea storage chamber 13, a blanking passage 14 is defined between the passage vertical plate 12 and the caddy body 1, a material crushing chamber 15 is defined by the filter plate 11 and the caddy body 1, the tea drawer 4 and the sealing slider 3 are disposed in the material crushing chamber 15 and slide horizontally along the material crushing chamber 15, the sealing slider 3 is magnetically connected with the tea drawer 4, so that when the tea drawer 4 is drawn out, the sealing slider 3 is driven to close the bottom of the blanking passage 14, a discharge port is disposed on the passage vertical plate 12, the measuring tank 5 is provided with a measuring inlet 51 and a measuring outlet 52, a first sealing block 16 and a second sealing block 17 disposed oppositely are disposed on the caddy body 1, the metering barrel 5 is rotatably arranged on the top of the blanking channel 14 through a rotating shaft 54, the metering barrel 5 comprises a balance weight rod 53 fixedly arranged on the rotating shaft 54, the balance weight rod 53 is positioned between the metering outlet 52 and the rotating shaft 54, the gravity center of the metering barrel 5 is positioned between the rotating shaft 54 and the metering outlet 52, the metering barrel 5 rotates along with the rotation under the action of the balance weight rod 53 when the tank body 1 rotates, the metering barrel 5 is in sliding seal with the discharging opening of the vertical plate, the first sealing block 16 and the second sealing block 17 are in sliding seal with the metering outlet 52, and the volume of the metering barrel 5 is smaller than that of the tea drawer 4.

When the tea leaves are not in the measuring barrel 5 in an initial state, the tea can is taken up when the tea is in a pouring state, the can body 1 is put down, the tea storage cavity 13 is positioned above the blanking channel 14, the measuring barrel 5 rotates along with the rotation of the can body 1 to enable the measuring inlet 51 to be communicated with the discharge hole of the vertical plate, the tea leaves in the tea storage cavity 13 flow into the measuring barrel 5 through the measuring inlet 51, and the measuring outlet 52 is sealed by the first sealing block 16 and the second sealing block 17 at the moment; after the metering barrel 5 finishes tea filling, the barrel body 1 is righted, the barrel body 1 is in a midway righting state at the moment, tea leaves in the tea storage cavity 13 flow towards the filter plate 11, the gravity center of the metering barrel 5 is positioned between the rotating shaft 54 and the metering outlet 52, the metering barrel 5 synchronously rotates when the barrel body 1 is righted so as to reseal the vertical plate discharge hole, and the tea leaves near the vertical plate discharge hole are loose due to the flow of the tea leaves towards the filter plate 11, so that the rotation of the metering barrel 5 cannot be influenced, and the tea leaves cannot be damaged; in the righting state, the tea leaves flow out of the metering outlet 52 to the bottom of the blanking channel 14 and are blocked by the sealing slide block 3; when getting the tea state, push into garrulous material chamber 15 with tealeaves drawer 4, tealeaves falls into tealeaves drawer 4, because the volume of measuring tank 5 is less than the volume of tealeaves drawer 4, can not filled when tealeaves drawer 4 takes out, can not block when consequently taking out, is equipped with handle 41 on the tealeaves drawer 4, is convenient for take out tealeaves drawer 4, has realized that the ration is got tea and tealeaves is difficult broken.

Be equipped with the anticreep arch 31 on the sealed slider 3, the passageway riser 12 is blocked to the anticreep arch 31, and magnetism is connected between anticreep arch 31 and the passageway riser 12, and sealed slider 3 is fixed in 14 bottoms of blanking passageway when rotating jar body 1, prevents that tealeaves from revealing.

The filter 11 inclines towards 14 directions of blanking passageway, makes broken tealeaves concentrate on 11 lowest departments of filter and is filtered to crushed aggregates chamber 15 by filter 11, the separation of the broken tealeaves of realization that can be better.

While there have been shown and described what are at present considered the fundamental principles and essential features of the utility model and its advantages, it will be understood by those skilled in the art that the utility model is not limited by the embodiments described above, which are merely illustrative of the principles of the utility model, but that various changes and modifications may be made therein without departing from the spirit and scope of the utility model as defined by the appended claims and their equivalents.

Claims (6)

1. A ceramic tea caddy capable of taking materials quantitatively is characterized by comprising a caddy body, a caddy cover, a sealing slide block, a tea drawer and a metering barrel, wherein a filter plate and a channel vertical plate are arranged in the caddy body, the filter plate, the channel vertical plate and the caddy body form a tea storage cavity in an enclosing manner, a blanking channel is formed between the channel vertical plate and the caddy body, a crushing cavity is formed by the filter plate and the caddy body, the tea drawer and the sealing slide block which slide along the crushing cavity are arranged in the crushing cavity, the sealing slide block is magnetically connected with the tea drawer, the sealing slide block is driven to seal the bottom of the blanking channel when the tea drawer is drawn out, a vertical plate discharge hole is arranged on the channel vertical plate, the metering barrel is provided with a metering inlet and a metering outlet which are oppositely arranged, a first sealing block and a second sealing block are arranged on the caddy body, the metering barrel is rotatably arranged on the top of the blanking channel through a rotating shaft, and the gravity center of the metering barrel is positioned between the rotating shaft and the metering outlet, the metering barrel is used for sliding and sealing a discharge hole of the vertical plate, the first sealing block and the second sealing block are used for sliding and sealing a metering outlet, and the volume of the metering barrel is smaller than that of the tea drawer.

2. The ceramic tea caddy of claim 1, wherein the lid comprises: the metering barrel comprises a counterweight rod fixedly arranged on the rotating shaft, and the counterweight rod is positioned between the metering outlet and the rotating shaft.

3. The ceramic tea caddy of claim 1, wherein the caddy further comprises: the sealing slide block is provided with an anti-falling bulge, the anti-falling bulge blocks the channel vertical plate, and the anti-falling bulge is magnetically connected with the channel vertical plate.

4. The ceramic tea caddy of claim 1, wherein the lid comprises: the filter inclines towards the blanking channel direction.

5. The ceramic tea caddy of claim 1, wherein the lid comprises: the tea drawer is provided with a handle.

6. The ceramic tea caddy of claim 1, wherein the lid comprises: the tank body and the tank cover are a ceramic tank body and a ceramic tank cover.

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