Rotary filter screen teapot
Technical field
The utility model relates to tea-making utensil field, is specifically related to a kind of rotary filter screen teapot.
Background technology
The teapot of existing band filter screen, usually the filter cup preventing the tealeaves when serving the tea from pouring out together along with tea in kettle mouth filter screen being placed on teapot or to be had a filtering function by is placed in teapot and filters, although two kinds of modes all have certain filter effect.But during additionally by strainer filtering, tealeaves is retained in teapot dispersedly, teapot is caused to be not easy cleaning.The problem of tealeaves reservation teapot at random can be prevented by filter cup, but filter cup needs when filtering tea first to place in filter cup by tealeaves, and then the tealeaves of filter cup and inside thereof placed in teapot make tea, after soaking, need the tealeaves of filter cup and inside thereof to take out, after the millet paste soaked in teapot finishes off, the tealeaves of filter bowl and inside thereof is needed to place in teapot again, therefore inconvenient when making tea operation.
Utility model content
For the deficiencies in the prior art, the purpose of this utility model is to provide a kind of rational in infrastructure, easy to operate rotary filter screen teapot.
For achieving the above object, the utility model adopts following technical scheme
A kind of rotary filter screen teapot, comprising:
Kettle body, it is for splendid attire millet paste, and this kettle body has Hu Kou;
Screw rod, it is dismountable is located in kettle body;
Fairlead, and inner hollow, this fairlead has entrance and outlet, and its inwall is provided with guide groove or guide rail;
Rotary components, it is set on the perisporium of fairlead entrance in mode movably;
And filter, described filter is installed in kettle body, the gathering sill described filter being provided with the guide pad coordinated with guide groove or coordinating with guide rail; This filter drives it to reciprocatingly slide along guide groove or guide rail by rotary components.
Preferably, described filter comprises:
Screw rod, its in the shape of a spiral, this screw rod is fixedly connected with rotary components, and this screw rod is arranged in fairlead;
And filter assemblies, it is connected with screw rod in mobilizable mode, and is slidably matched with fairlead, the connector that this filter assemblies comprises annular, the filter screen be fixedly connected with connector; The gathering sill outer peripheral sidewall of screw rod connector being convexly equipped with the guide pad be slidingly fitted with guide groove or coordinating with guide rail; Connector offers the through hole for passing for screw rod.
Preferably, described filter assemblies also comprises locating part, and described locating part is fixed on one end of screw rod, and locating part and rotary components interval are arranged.
Preferably, described fairlead comprises sleeve body and folded walls; Described sleeve body inner hollow, and it has described entrance and outlet; Institute's folded walls, around being located on the periphery wall of entrance, this folded walls offers breach; Described sleeve body and folded walls one-body molded fixing.
Preferably, described kettle body comprises handle and kettle body; Described kettle body has described Hu Kou; Described handle comprises sleeved part and the grip part of an annular; Described sleeved part is set in the Hu Kou place of kettle body in removably mode, and the inwall of this sleeved part is formed with the group of bumps equal with locating piece quantity; Often organizing group of bumps is that two projections be oppositely arranged are formed, and forms a gap between these two projections; Each locating piece interts in a described gap.
Preferably, described rotary components comprises rotating ring and covers assembly; Described rotating ring is located in kettle mouth in mobilizable mode or is set on the entrance perisporium of fairlead; This rotating ring offers the first through hole, this first through hole is communicated with fairlead inside; Describedly cover assembly and rotating ring is hinged, this covers assembly for covering or open this first through hole; Described screw rod and rotating ring affixed.
Preferably, the edge of described rotating ring upper end is convexly equipped with two the first contiguous blocks, this first contiguous block with cover assembly and match, these two first contiguous blocks are oppositely arranged, and form gap.
Preferably, cover assembly described in and comprise lower cover, linking springs, fixed axis, slide block, back-moving spring, upper cover, button;
Form the columned installed part of hollow in the middle of described lower cover, described back-moving spring and button are installed from the bottom up successively in this installed part inside; The edge of this lower cover is convexly equipped with two the second contiguous blocks, this second contiguous block is arranged in the gap between two the first contiguous blocks;
Described linking springs is arranged between two the second contiguous blocks, and is connected with described two the second contiguous blocks, two the first contiguous blocks by linking springs by fixed axis;
Described upper cover is fixedly connected with lower cover, and the centre of this upper cover offers an installing hole matched with described button along its axis direction; To be arranged in this installing hole described key activities and to extend to the inside of installed part; Described slide block is arranged on down and covers, and is positioned at the below of back-moving spring.
Preferably, the upper end of described connector is provided with one regularly for the protection of the silicagel pad of connector.
Preferably, the axis being parallel of described guide groove or guide rail and fairlead.
The beneficial effects of the utility model are:
Rotary filter screen teapot of the present utility model, comprises kettle body, fairlead, rotary components and filter; Guide groove or guide rail is offered in described fairlead, the gathering sill described filter being provided with the guide pad coordinated with guide groove or coordinating with guide rail, filter can be driven to reciprocatingly slide along guide groove or guide rail realize making tea and the effect of filtering tea by rotating rotary components, its operation is comparatively simple.
In addition, rotate rotary components and make screw rod synchronous axial system, by screw rod, the circular motion of rotary components is changed into rectilinear motion, namely make filter assemblies be driven by screw rod and move back and forth along described guide groove.In the process of making tea, along predetermined direction rotation rotary components, the tealeaves in filter assemblies is contacted realization with boiling water make tea, counter-rotation rotary components along predetermined direction after soaking makes tealeaves be separated with millet paste, thus be embodied as make tea, the function of filtering tea, and it is simple to operate, and the quality of tea can be ensured.
In addition, due to described fairlead, rotary components is dismountable is arranged on teapot, and fairlead and rotary components removably connect, so when cleaning, fairlead, rotary components can be taken out from teapot, facilitating the cleaning of each part of teapot.
Accompanying drawing explanation
Fig. 1 is the rotary filter screen teapot exploded view of embodiment in the utility model;
Fig. 2 is the rotary filter screen teapot assembling rear view of embodiment in the utility model;
Fig. 3 is the guide sleeve structure schematic diagram of embodiment in the utility model.
In figure: 1, kettle body; 11, handle; 110, sleeved part; 111, grip part; 113, projection; 114, the first gap; 12, kettle body; 2, fairlead; 21, guide groove; 22, cylinder body; 23, folded walls; 24, breach; 3, rotary components; 30, rotating ring; 31, the first through hole; 32, the first contiguous block; 33, third space; 4, screw rod; 5, filter assemblies; 51, connector; 52, filter screen; 53, guide pad; 54, the second through hole; 55, silicagel pad; 6, locating part; 7, assembly is covered; 71, lower cover; 710, installed part; 711, installing space; 712, draw-in groove; 713, the second contiguous block; 714, the second gap; 72, linking springs; 73, fixed axis; 74, slide block; 75, back-moving spring; 76, upper cover; 77, button; 100, filter.
Detailed description of the invention
Below, by reference to the accompanying drawings and detailed description of the invention, the utility model is described further:
With reference to Fig. 1 and Fig. 2, the rotary filter screen teapot described in the present embodiment, comprises kettle body 1, fairlead 2, rotary components 3 and filter 100.
Described kettle body 1 is for splendid attire millet paste, and this kettle body has Hu Kou, and this Hu Kou is used for pouring into or pouring out in kettle body for tea.This kettle body 1 comprises handle 11 and kettle body 12, and described handle 11 comprises sleeved part 110 and the grip part 111 of an annular.Described kettle body has described Hu Kou.The lower end of described sleeved part 110 is removably set in the Hu Kou place of described kettle body 12.The inwall of this sleeved part 110 upper end is formed with some group of bumps, and each group of bumps is that two relative projections 113 are formed, and forms the first gap 114 between these two projections 113.Described first gap 114 is mated with described fairlead 2, and this first gap 114 can make to avoid fairlead to rotate together with rotary components when rotating rotary components.
Described fairlead 2 is located in described kettle body 1 removably.The inner hollow of this fairlead 2, and this fairlead 2 has entrance (figure does not mark) and outlet (figure does not mark).Described entrance is held towards Hu Kou, and this entrance is used for placing in fairlead 2 for tealeaves, and is positioned on filter 100.Described outlet is towards kettle diapire or kettle sidewall.This outlet is used for contacting realization for the tea in teapot with the tealeaves in fairlead and makes tea.Preferably, described outlet can be multiple, and such as this outlet can be implemented as tealeaves secondary filter for several filter bores.With reference to Fig. 3, described fairlead 2 inwall offers on guide groove 21 or its inwall and be convexly equipped with guide rail (not shown), this guide groove 21 or guide rail and filter 100 match, and this guide groove 21 or guide rail are used for for guiding when filter device 100 moves back and forth.
Described fairlead 2 comprises a sleeve body 22 and folded walls 23.This sleeve body 22 inner hollow, and it has described entrance and outlet.The inwall of sleeve body 22 offers described guide groove 21 or is convexly equipped with described guide rail.This guide groove 21 or guide rail are vertical bar shape.This sleeve body can be cylindrical or Polyhedral column.Institute's folded walls 23 is set around on the periphery wall of sleeve body 22 porch regularly, and this fairlead 2 folded walls 23 offers breach 24.Sleeve body 22 and folded walls 23 one-body molded fixing.Breach 24 is provided for described fairlead 2 and is set in after on kettle body 1, can not rotate along with rotary components.
Described rotary components 3 is removably set in the upper port place of fairlead 2.This rotary components 3 comprises rotating ring 30 and covers assembly 7, and the centre of described rotating ring 30 offers the first through hole 31 along its axis direction, and around the first through hole formation one annular wall (figure do not mark).The diameter of this rotating ring 30 upper end is large compared with lower end, and this lower end of revolving rotating ring 30 is inlayed in fairlead 2 upper port, and upper end wall is positioned at above the upper end wall of fairlead 2.Described to cover assembly 7 hinged with rotating ring 30, and this covers assembly 7 and can rotate relative to hinged place, and realization covers or open this first through hole 31.
The described assembly 7 that covers comprises lower cover 71, linking springs 72, fixed axis 73, slide block 74, back-moving spring 75, upper cover 76 and button 77.
The columned installed part 710 that the centre of described lower cover 71 is formed, this installed part 710 offers an installing space 711 along the centre of its axis direction, and on its sidewall, offer two symmetrical draw-in grooves 712.Described installing space 711 is for installing back-moving spring 75 and button 77.Described draw-in groove 712 is for coordinating with slide block 74, and mutually through with installing space 711.The edge of this lower cover 71 is convexly equipped with two the second contiguous blocks 713, this second contiguous block 713 matches with described rotary components 3.These two the second contiguous blocks 713 are oppositely arranged, and are formed with the second gap 714.
Described linking springs 72 is connected with described lower cover 71, rotary components 3 by fixed axis 73.Described upper cover 76 is fixedly connected with lower cover 71, and the center of this upper cover 76 offers an installing hole (scheming not mark) matched with described button 77.Described button 77 to be arranged on actively in this installing hole and to extend to the inside of installed part 710.Described slide block 74 is installed on described lower cover 71, and to be embedded on installed part 710 in two symmetrical draw-in grooves 712, is connected with rotary components 3 for realizing covering assembly 7.
In order to cover assembly 7 and be connected, projection two the first contiguous blocks 32 on the edge of described rotating ring 30 upper end, these two the first contiguous blocks 32 are oppositely arranged, and are formed with third space 33, and this third space 33 installs described linking springs 72.Described first contiguous block 32 is arranged in the second gap 714.Fixed axis 73 is passed the second contiguous block 713, first contiguous block 32 and linking springs 72, make to cover assembly 7 and be flexibly connected with described rotating ring 30 by linking springs 72.On the edge of described rotating ring 30 upper end, the side relative with the first contiguous block 32 also offers a bayonet socket (not shown), and this bayonet socket and institute's slide block removably connect.
Described linking springs 72 is double torsion spring, and comprise two connecting pins and be arranged on the spring of two between two connecting pins, the axis of these two springs on the same line, and is positioned at the second gap 714.Two connecting pins are separately positioned on and cover assembly 7 with in rotary components 3.
Described filter 100 comprises screw rod 4 and filter assemblies 5.The gathering sill this filter 100 being provided with the guide pad 53 coordinated with guide groove or coordinating with guide rail.Described filter assemblies 5 is slidably matched with screw rod 4, that is, filter assemblies can be made to slide on screw rod by rotating screw rod, and slide along a certain linear reciprocation.Filter assemblies 5 is arranged in fairlead 2 in mobilizable mode.The filter screen 52 that this filter assemblies 5 comprises connector 51 circlewise, is fixedly connected with connector 51.The outer peripheral sidewall of described connector 51 is convexly equipped with guide pad 53 or gathering sill (not shown), this guide pad 53 is interspersed in guide groove 21, or guide rail is interspersed in described gathering sill, described connector 51 can be reciprocatingly slided along guide groove 21 or guide rail.Described connector 51 offers the second through hole 54.Described screw rod 4 can pass this second through hole 54, drives filter assemblies 5 to move at screw rod 4, by screw rod, circular motion is changed into rectilinear motion when rotating screw rod 4.
Described screw rod 4 is affixed with rotating ring 30.Particularly, the upper end of this screw rod 4 and rotating ring 30 lower surface, and extend to the inside of fairlead 2.
As another preferred embodiment, described filter assemblies also comprises the bottom that locating part 6 is fixed on described screw rod 4, and and described rotary components 3 interval arrange.This locating part 6 can be used for preventing filter assemblies 5 from departing from screw rod 4 when moving at the bottom of kettle.This locating part 6 can be the bottom that circular ring structure is set in screw rod 4, or is single ball-shaped, the isostructural limited block of polyhedron, and each limited block is arranged on the lower end of a screw rod 4.
In addition, the quantity of guide groove 21 described in the present embodiment at least one, the quantity of described guide pad 53 is equal with guide groove 21, each guide groove 21 and a guide pad 53 match, move more stably to make filter assemblies, described screw rod quantity is three, and spaced between these three screw rods, and is uniformly distributed.
In addition, the upper end of connector 51 described in the present embodiment can arrange a silicagel pad 55 for the protection of connector 51 regularly.This silicagel pad 55 can effectively prevent the connector 51 of filter assemblies 5 from being broken in rotation process.
Operation principle of the present utility model:
Filter assemblies 5 is placed in fairlead 2, the upper guide pad 53 of filter assemblies 5 is arranged in guide groove 21.Rotate described rotary components 3 along predetermined direction (such as clockwise), thus drive screw rod 4 synchronous axial system, drive filter assemblies 5 to be slided along guide groove 21 towards the direction of kettle body 1 diapire by guide pad 53 by this screw rod 4.When assembly 5 to be filtered slides into precalculated position (when such as offseting with locating part 6, locating part 6 can stop filter assemblies 5 to move, or as required filter assemblies 5 is slid into the optional position of screw rod 4), now the tealeaves of fairlead 2 can contact realization and makes tea with the boiling water in kettle body 1.After making tea, the opposite direction (such as counterclockwise) along predetermined direction is rotated rotary components 3 and filter assemblies 5 is moved along guide groove 21 towards the direction of Hu Kou by guide pad 53, realizes tealeaves to be separated with millet paste.In the process of rotating described rotary components 3, because the breach in described folded walls 23 and group of bumps on hand support mutually, described fairlead can not be rotated along with rotary components.In addition, by rotary components 3 cover that assembly 7 realizes will making tea and in filter process, tealeaves is limited in sleeve all the time.Open when covering assembly 7, only need press institute's button 77, covering assembly 7 can open automatically.During cleaning, fairlead 2, rotary components 3, screw rod 4, filter assemblies 5, locating part 6 can be taken out in kettle body 1, and separate and clean one by one, more convenient and clean when making cleaning.
To one skilled in the art, according to technical scheme described above and design, other various corresponding change and deformation can be made, and all these change and deformation all should belong within the protection domain of the utility model claim.