AU2019202277B1

AU2019202277B1 - A Creative Teacup

Info

Publication number: AU2019202277B1
Application number: AU2019202277A
Authority: AU
Inventors: Meng Ye
Original assignee: Yongkang Guanding Cup Industry Co Ltd
Current assignee: Yongkang Guanding Cup Industry Co Ltd
Priority date: 2019-03-22
Filing date: 2019-04-02
Publication date: 2019-06-20
Anticipated expiration: 2039-04-02
Also published as: CN110419923B; CN110419923A

Abstract

This invention discloses a creative teacup, including a teacup body 10. A thermal insulation cavity 11 is arranged in the teacup body 10 and a thermal insulation body 33 is fixedly disposed in the thermal insulation cavity 11. A solution cavity 13 which provides a tea leaves mechanism 71 capable of containing tea leaves or coffee is arranged in the thermal insulation body 33. A stirring mechanism 72 used for accelerating tea making time is disposed at a bottom of the tea leaves mechanism 71. A cover opening mechanism 73 is disposed in the thermal insulation cavity 11 on a first side of the thermal insulation body 33. The cover opening mechanism can ensure that the teacup is in a closed state when not being used, and dust is prevented from entering the teacup. When being used, the teacup can be opened by pressing the pressing block only.

Description

A CREATIVE TEACUP

TECHNICAL FIELD [0001] The present invention relates to the field of cup, in particular to a creative teacup.

BACKGROUND OF THE INVENTION [0002] At present, most of the teacups in our life only have the function of holding tea.

The structure is relatively simple and the function is less. Moreover, the cup cover is generally removable, not an integrated design. This will lead to the loss or breakage of the cup cover. When the user forgets to cover the cup, dust will enter the cup and affect the water quality.

BRIEF SUMMARY OF THE INVENTION [0003] The aim of the invention is to provide a creative teacup so as to overcome the above problems existing in the prior art.

[0004] A creative teacup according to an embodiment of the present invention comprises a teacup body; a thermal insulation cavity is arranged in the teacup body; a thermal insulation body is fixedly disposed in the thermal insulation cavity; a solution cavity is arranged in the thermal insulation body; a diameter of an upper half portion of the solution cavity is larger than a diameter of a lower half portion thereof; a containing mechanism capable of containing tea leaves is disposed in the solution cavity; a stirring mechanism used for accelerating tea making time is disposed at a bottom of the containing mechanism; a cover opening mechanism is disposed in a position of the thermal insulation cavity on a first side which is close to a grip handle of the thermal insulation body; the grip handle is fixedly disposed at a first end of the teacup body; a wire winding cavity is arranged in the grip handle; a sliding cavity is arranged in a top end of the grip handle; a pressing block is slidably disposed in the sliding cavity; a chute is arranged in a bottom wall of the sliding cavity; a rack is slidably disposed in the chute; a top end of the rack is fixedly connected with the pressing block; a first spring is elastically connected between the pressing block and the sliding cavity;

2019202277 13 May 2019 a wire winding wheel is rotationally disposed at a first end of the chute; the wire winding wheel is engaged with the rack; a winding wire is fixedly disposed on the wire winding wheel; a base is disposed at a bottom of the teacup body; and a belt cavity is arranged in the base; the containing mechanism comprises a box body which is slidably disposed in the solution cavity; a material of the box body is designed as a filter net; a solute cavity is arranged in the box body; a vertical shaft is rotationally disposed on a bottom wall of the solute cavity; a sheltering net is fixedly disposed at a top end of the vertical shaft 18; a semicircular plate is fixedly disposed at a bottom of the sheltering net; the semicircular plate is rotationally coupled with the vertical shaft; a handle is fixedly disposed at a top end of the sheltering net; a semicircular through hole is arranged in the sheltering net; by twisting the handle, the sheltering net is rotated, so that the semicircular through hole is communicated with the solute cavity, and tea leaves are put in the solute cavity; and as the diameter of the lower half portion of the solution cavity is relatively small, the box body can be stuck at a bottom of the solution cavity; the stirring mechanism comprises a motor which is fixedly inlaid into a top wall of the belt cavity; a large pulley is in power connection to a bottom end of the motor; a rotation block is rotationally disposed in a top wall of the belt cavity; a rotary shaft is fixedly disposed in a bottom end of the rotation block ; a small pulley is fixedly disposed in a bottom end of the rotary shaft; a belt is in power connection between the small pulley and the large pulley; an inserting shaft is fixedly disposed at a top end of the rotation block; a rotating wheel is rotationally disposed in a bottom wall of the solution cavity; an inserting sleeve is fixedly disposed at a bottom end of the rotating wheel; the inserting shaft can be inserted into the inserting sleeve, and the motor is controlled to rotate, so that the small pulley is driven by the large pulley to rotate so as to enable the rotation block to rotate; and the rotation block drives the rotating wheel to rotate through the inserting shaft and the inserting sleeve , so that water in the solution cavity can be stirred to rapidly make the tea; the cover opening mechanism comprises a first fixed block which is fixedly inlaid into the thermal insulation cavity; a sliding plate is slidably disposed in the first fixed block; a sphere is fixedly disposed at a top end of the sliding plate; a hemispherical sleeve is hinged to a bottom end of a cup cover; the sphere is wrapped with the hemispherical sleeve ; the sphere is slidably fit with the hemispherical sleeve ; a transverse plate is fixedly disposed at a bottom end of the sliding plate ; two groups of second springs are elastically connected between the transverse plate and the first fixed block; a second fixed block is further fixedly disposed in the thermal insulation cavity; a middle fixed block is fixedly disposed at a top of the second fixed block; a through

2019202277 13 May 2019 groove is arranged in the middle fixed block; a rectangular fixed block is fixedly disposed in the wire winding cavity; a rectangular slider is slidably disposed on a first side of the rectangular fixed block; the winding wire which is fixedly connected with the rectangular slider passes through the wire winding cavity and penetrates through the rectangular fixed block; second hinging rods are hinged to the rectangular fixed block; first hinging rods are hinged to the rectangular slider ; amounts of the first hinging rods and the second hinging rods are four groups, and the four groups of the first hinging rods and the second hinging rods are mutually hinged, and one of the first hinging rods at the topmost and one of the second hinging rods at the topmost are both abutted against and are slidably fit with the transverse plate ; the wire winding wheel is driven by the rack to rotate by pressing the pressing block , so that the winding wire pulls the rectangular slider to enable the first hinging rods and the second hinging rods to be folded, further, the transverse plate slides upward and drives the sliding plate to slide upward to enable the sphere to push the hemispherical sleeve , and finally, the cup cover is opened.

[0005] The benefits of the invention are as follows: compared with a traditional teacup, the creative teacup is more multifunctional; a stirring device can be started in making coffee, and the coffee is rapidly infused and dissolved; in addition, the box body can enable the tea leaves not to be spread out, so that the tea leaves are ensured not to be drunk in drinking the tea; meanwhile, the cover opening mechanism of the invention can ensure that the teacup is in a closed state when not being used, and dust is prevented from entering the teacup; when being used, the teacup can be opened by pressing the pressing block only; and the creative teacup is ingenious, convenient and rapid and is easy to promote.

BRIEF DESCRIPTION OF THE DRAWINGS [0006] FIG. 1 is the overall structural diagram of the inside of the creative teacup in this invention;

[0007] FIG. 2 is the partially enlarged structural diagram of “A” in FIG.l in this invention;

[0008] FIG. 3 is the partially enlarged structural diagram of “B” in FIG.l in this invention;

2019202277 13 May 2019 [0009] FIG. 4 is the top view of the semicircular plate in this invention;

[0010] FIG. 5 is the top view of the sheltering net in this invention.

DETAILED DESCRIPTION OF THE INVENTION [0011] Referring to Figures 1-5, a creative teacup according to an embodiment of the present invention comprises a teacup body 10; a thermal insulation cavity 11 is arranged in the teacup body 10; a thermal insulation body 33 is fixedly disposed in the thermal insulation cavity 11; a solution cavity 13 is arranged in the thermal insulation body 33; a diameter of an upper half portion of the solution cavity 13 is larger than a diameter of a lower half portion thereof; a containing mechanism 71 capable of containing tea leaves is disposed in the solution cavity 13; a stirring mechanism 72 used for accelerating tea making time is disposed at a bottom of the containing mechanism 71; a cover opening mechanism 73 is disposed in a position of the thermal insulation cavity 11 on a first side which is close to a grip handle 53 of the thermal insulation body 33; the grip handle 53 is fixedly disposed at a first end of the teacup body 10; a wire winding cavity 38 is arranged in the grip handle 53; a sliding cavity 49 is arranged in a top end of the grip handle 53; a pressing block 47 is slidably disposed in the sliding cavity 49; a chute 52 is arranged in a bottom wall of the sliding cavity 49; a rack 69 is slidably disposed in the chute 52; a top end of the rack 69 is fixedly connected with the pressing block 47; a first spring 48 is elastically connected between the pressing block 47 and the sliding cavity 49; a wire winding wheel 50 is rotationally disposed at a first end of the chute 52; the wire winding wheel 50 and the rack 69 are disposed in an engaging manner; a winding wire 67 is fixedly disposed on the wire winding wheel 50; a base 32 is disposed at a bottom of the teacup body 10; and a belt cavity 24 is arranged in the base 32; the containing mechanism 71 comprises a box body 12 which is slidably disposed in the solution cavity 13; a material of the box body 12 is designed as a filter net; a solute cavity 19 is arranged in the box body 12; a vertical shaft 18 is rotationally disposed on a bottom wall of the solute cavity 19; a sheltering net 16 is fixedly disposed at a top end of the vertical shaft 18; a semicircular plate 15 is fixedly disposed at a bottom of the sheltering net 16; the semicircular plate 15 is rotationally coupled with the vertical shaft 18; a handle 17 is fixedly disposed at a top end of the sheltering net 16; a semicircular through hole 37 is arranged in the sheltering net 16; by twisting the handle 17, the sheltering net 16 is rotated, so that the semicircular through hole 37 is communicated with the solute cavity 19, and tea leaves are put in the solute cavity 19;

2019202277 13 May 2019 and as the diameter of the lower half portion of the solution cavity 13 is relatively small, the box body 12 can be stuck at a bottom of the solution cavity 13; the stirring mechanism 72 comprises a motor 21 which is fixedly inlaid into a top wall of the belt cavity 24; a large pulley 22 is in power connection to a bottom end of the motor 21; a rotation block 27 is rotationally disposed in a top wall of the belt cavity 24; a rotary shaft 26 is fixedly disposed in a bottom end of the rotation block 27; a small pulley 25 is fixedly disposed in a bottom end of the rotary shaft 26; a belt 23 is in power connection between the small pulley 25 and the large pulley 22; an inserting shaft 28 is fixedly disposed at a top end of the rotation block 27; a rotating wheel 20 is rotationally disposed in a bottom wall of the solution cavity 13; an inserting sleeve 29 is fixedly disposed at a bottom end of the rotating wheel 20; the inserting shaft 28 can be inserted into the inserting sleeve 29, and the motor 21 is controlled to rotate, so that the small pulley 25 is driven by the large pulley 22 to rotate so as to enable the rotation block 27 to rotate; and the rotation block 27 drives the rotating wheel 20 to rotate through the inserting shaft 28 and the inserting sleeve 29, so that water in the solution cavity 13 can be stirred to rapidly make the tea; the cover opening mechanism 73 comprises a first fixed block 42 which is fixedly inlaid into the thermal insulation cavity 11; a sliding plate 43 is slidably disposed in the first fixed block 42; a sphere 41 is fixedly disposed at a top end of the sliding plate 43; a hemispherical sleeve 40 is hinged to a bottom end of a cup cover 14; the sphere 41 is wrapped with the hemispherical sleeve 40; the sphere 41 is slidably fit with the hemispherical sleeve 40; a transverse plate 45 is fixedly disposed at a bottom end of the sliding plate 43; two groups of second springs 44 are elastically connected between the transverse plate 45 and the first fixed block 42; a second fixed block 69 is further fixedly disposed in the thermal insulation cavity 11; a middle fixed block 62 is fixedly disposed at a top of the second fixed block 69; a through groove 63 is arranged in the middle fixed block 62; a rectangular fixed block 66 is fixedly disposed in the wire winding cavity 38; a rectangular slider 61 is slidably disposed on a first side of the rectangular fixed block 66; the winding wire 67 which is fixedly connected with the rectangular slider 61 passes through the wire winding cavity 38 and penetrates through the rectangular fixed block 66 ; second hinging rods 65 are hinged to the rectangular fixed block 66; first hinging rods 64 are hinged to the rectangular slider 61; amounts of the first hinging rods 64 and the second hinging rods 65 are four groups, and the four groups of the first hinging rods 64 and the second hinging rods 65 are mutually hinged, and one of the first hinging rods 64 at the topmost and one of the second hinging rods 65 at the topmost are both abutted against and are slidably fit with the transverse

2019202277 13 May 2019 plate 45; the wire winding wheel 50 is driven by the rack 69 to rotate by pressing the pressing block 47, so that the winding wire 67 pulls the rectangular slider 61 to enable the first hinging rods 64 and the second hinging rods 65 to be folded, further, the transverse plate 45 slides upward and drives the sliding plate 43 to slide upward to enable the sphere 41 to push the hemispherical sleeve 40, and finally, the cup cover 14 is opened.

[0012] When the creative teacup is used, the handle 17 is twisted firstly to enable the sheltering net 16 to be rotated, so that the semicircular through hole 37 is communicated with the solute cavity 19, then the tea leaves are put in the solute cavity 19, and then the sheltering net 16 is reversely rotated to enable the solute cavity 19 to be closed, and the box body 12 is put in the solution cavity 13, at the time, the teacup body 10 is put on the base 32, and the motor 21 is controlled to start so as to enable the large pulley 22 to drive the small pulley 25 to rotate, so that the rotation block 27 is rotated, and the rotation block 27 drives the rotating wheel 20 to rotate through the inserting shaft 28 and the inserting sleeve 29, so that the water in the solution cavity 13 can be stirred to rapidly make the tea leaves; and when the tea is drunk, the wire winding wheel 50 is driven by the rack 69 to rotate by pressing the pressing block 47, so that the winding wire 67 pulls the rectangular slider 61 to enable the first hinging rods 64 and the second hinging rods 65 to be folded, and the transverse plate 45 slides upward and drives the sliding plate 43 to slide upward to enable the sphere 41 to push the hemispherical sleeve 40, and finally, the cup cover 14 is opened.

[0013] The invention has the advantageous effects that compared with a traditional teacup, the creative teacup is more multifunctional; a stirring device can be started in making coffee, and the coffee is rapidly infused and dissolved; in addition, the box body can enable the tea leaves not to be spread out, so that the tea leaves are ensured not to be drunk in drinking the tea; meanwhile, the cover opening mechanism of the invention can ensure that the teacup is in a closed state when not being used, and dust is prevented from entering the teacup; when being used, the teacup can be opened by pressing the pressing block only; and the creative teacup is ingenious, convenient and rapid and is easy to promote.

[0014] It is clear to those skilled in the art that various variants of the above embodiments can be made without departing from the general spirit and conception of the present invention. All of them fall within the scope of protection of the present invention. The protection scheme of the invention is based on the claim attached to the invention.

2019202277 13 May 2019

Claims

1. A creative teacup, comprising:

a teacup body;

a thermal insulation cavity arranged in the teacup body;

a thermal insulation body fixedly disposed in the thermal insulation cavity;

a solution cavity arranged in the thermal insulation body;

a diameter of an upper half portion of the solution cavity larger than a diameter of a lower half portion thereof;

a containing mechanism capable of containing tea leaves disposed in the solution cavity;

a stirring mechanism used for accelerating tea making time disposed at a bottom of the containing mechanism;

a cover opening mechanism disposed in a position of the thermal insulation cavity on a first side which is close to a grip handle of the thermal insulation body;

the grip handle fixedly disposed at a first end of the teacup body;

a wire winding cavity arranged in the grip handle;

a sliding cavity arranged in a top end of the grip handle;

a pressing block slidably disposed in the sliding cavity;

a chute arranged in a bottom wall of the sliding cavity;

a rack slidably disposed in the chute;

2019202277 13 May 2019 a top end of the rack fixedly connected with the pressing block;

a first spring elastically connected between the pressing block and the sliding cavity;

a wire winding wheel rotationally disposed at a first end of the chute;

the wire winding wheel engaged with the rack;

a winding wire fixedly disposed on the wire winding wheel;

a base disposed at a bottom of the teacup body;

a belt cavity arranged in the base;

the containing mechanism which comprises a box body which is slidably disposed in the solution cavity;

a material of the box body designed as a filter net;

a solute cavity arranged in the box body;

a vertical shaft rotationally disposed on a bottom wall of the solute cavity;

a sheltering net fixedly disposed at a top end of the vertical shaft 18;

a semicircular plate fixedly disposed at a bottom of the sheltering net;

the semicircular plate rotationally coupled with the vertical shaft;

a handle fixedly disposed at a top end of the sheltering net;

a semicircular through hole arranged in the sheltering net;

whereby by twisting the handle, the sheltering net is rotated, so that the semicircular through hole is communicated with the solute cavity, and tea leaves are put in the solute cavity; and as

2019202277 13 May 2019 the diameter of the lower half portion of the solution cavity is relatively small, the box body can be stuck at a bottom of the solution cavity;

the stirring mechanism which comprises a motor which is fixedly inlaid into a top wall of the belt cavity;

a large pulley in power connection to a bottom end of the motor;

a rotation block rotationally disposed in a top wall of the belt cavity;

a rotary shaft fixedly disposed in a bottom end of the rotation block;

a small pulley fixedly disposed in a bottom end of the rotary shaft;

a belt in power connection between the small pulley and the large pulley;

an inserting shaft fixedly disposed at a top end of the rotation block;

a rotating wheel rotationally disposed in a bottom wall of the solution cavity;

an inserting sleeve fixedly disposed at a bottom end of the rotating wheel;

whereby the inserting shaft can be inserted into the inserting sleeve, and the motor is controlled to rotate, so that the small pulley is driven by the large pulley to rotate so as to enable the rotation block to rotate, and the rotation block drives the rotating wheel to rotate through the inserting shaft and the inserting sleeve, so that water in the solution cavity can be stirred to rapidly make the tea;

the cover opening mechanism which comprises a first fixed block which is fixedly inlaid into the thermal insulation cavity;

a sliding plate slidably disposed in the first fixed block;

2019202277 13 May 2019 a sphere fixedly disposed at a top end of the sliding plate;

a hemispherical sleeve hinged to a bottom end of a cup cover;

the sphere wrapped with the hemispherical sleeve ; the sphere is slidably fit with the hemispherical sleeve;

a transverse plate fixedly disposed at a bottom end of the sliding plate;

two groups of second springs elastically connected between the transverse plate and the first fixed block;

a second fixed block further fixedly disposed in the thermal insulation cavity;

a middle fixed block fixedly disposed at a top of the second fixed block;

a through groove arranged in the middle fixed block;

a rectangular fixed block is fixedly disposed in the wire winding cavity;

a rectangular slider slidably disposed on a first side of the rectangular fixed block;

the winding wire which passes through the wire winding cavity and penetrates through the rectangular fixed block fixedly connected with the rectangular slider;

second hinging rods hinged to the rectangular fixed block;

first hinging rods hinged to the rectangular slider;

amounts of the first hinging rods and the second hinging rods are four groups, and the four groups of the first hinging rods and the second hinging rods are mutually hinged, and one of the first hinging rods at the topmost and one of the second hinging rods at the topmost both abutted against and slidably fit with the transverse plate;

2019202277 13 May 2019 whereby the wire winding wheel is driven by the rack to rotate by pressing the pressing block, so that the winding wire pulls the rectangular slider to enable the first hinging rods and the second hinging rods to be folded, further, the transverse plate slides upward and drives the sliding plate to slide upward to enable the sphere to push the hemispherical sleeve, and finally, the cup cover is opened.