CN207734060U

CN207734060U - A kind of multifunctional manual blender

Info

Publication number: CN207734060U
Application number: CN201721231129.9U
Authority: CN
Inventors: 吴素朋
Original assignee: 吴素朋
Current assignee: Foshan Shunde Dingtian Industrial Co.,Ltd.
Priority date: 2017-09-22
Filing date: 2017-09-22
Publication date: 2018-08-17
Anticipated expiration: 2027-09-22

Abstract

The utility model is related to a kind of multifunctional manual blenders, including stirring driving machine structure and stirring operating mechanism；Stirring driving machine structure includes drawstring and coil spring box, and drawstring one ends wound draws stirring driving machine structure on coil spring box outside the other end；Stirring operating mechanism includes stirring container and stirring chipware, and stirring container inner cavity is stir chamber, and coil spring box passes through transmission component drive connection stirring chipware；Stirring chipware includes agitating shaft and stirring flabellum, and stirring flabellum annular is distributed on the outside of agitating shaft, is stirred and is evenly equipped with several stirring through-holes on flabellum, which is covered with stirring blade surface；Transmission component includes the toothed disc and shaft coupling piece being mutually sequentially connected, coil spring box geared teeth wheel disc, shaft coupling piece detachable drive connection agitating shaft, and the reverting system stop with shaft coupling piece Elastic Meshing is provided on toothed disc.This structure has design simple, and reasonable for structure, mixing effect is good, stable transmission, dependable performance, the low feature of manufacturing cost.

Description

A kind of multifunctional manual blender

Technical field

The utility model is related to a kind of food processor, specifically a kind of multifunctional manual blender.

Background technology

In existing dragline type blender, it is typically provided with blade, for carrying out cutting stirring to food materials, but the cutting is stirred The active force mixed needed for work is larger, and general manual operation is difficult to complete cutting stirring work, and when pullling drawstring its It needs to bear larger active force, drawstring is caused to be easy to break, influence whole service life.

In addition, this dragline type blender generally requires mixing tool unidirectional drive to rotate, in order to avoid mixing effect is influenced, in The drawstring vegetable processor that state patent document CN205889324U is recorded discloses following solution：Including lower box body, clamping Lower box body upper end pedestal and cover the upper cover on pedestal；It is rotatably mounted in mounting groove in the middle part of the pedestal upper bottom surface Have a ratchet, the bottom surface of ratchet be equipped with through installation trench bottom connecting shaft and with the upper end of the swivel mount in lower box body The bottom surface middle part of connection, upper cover is equipped with installation cavity, and the middle part of installation cavity is downwardly convex to be formed with axis, and volume is equipped in installation cavity Spring, is set with line wheel on the axis between wind spring and ratchet, the outer end of wind spring with deposit surely on lid, inner end is fixed on bottom in line wheel The middle part in face, the lower part of line wheel are equipped with pawl coordinate with ratchet, the outer end for being wound on the drawstring in line wheel stretch out upper cover outside and with Knob ring connection；It is provided with cavity on the ratchet, is formed with teeth on the madial wall of cavity, is equipped in cavity and is connected to line wheel On pawl fixinig plate, the pawl be arranged pawl fixinig plate upper surface on；Axle sleeve on the axis and line wheel is equal It extend into the cavity of ratchet, pawl is with stator structure triangular in shape and is sleeved on axle sleeve and by being plugged on axis Fixing buckle positions, and is equipped with mounting hole on the position at three angles of pawl fixinig plate, and line wheel lower surface sets that there are three be plugged on respectively Shank in the corresponding mounting hole, the pawl are hinged on shank.This is complicated, and dismounting is inconvenient, and manufacturing cost Higher, therefore, it is necessary to be further improved.

Utility model content

The purpose of the utility model is to overcome above-mentioned the shortcomings of the prior art, and it is simple to provide a kind of design, knot Structure is reasonable, and mixing effect is good, stable transmission, dependable performance, the much lower function hand mixer of manufacturing cost.

What the purpose of this utility model was realized in：

A kind of multifunctional manual blender, it is characterised in that：Including mutual detachable assembly stirring driving machine structure and stir Mix operating mechanism；The stirring driving machine structure includes drawstring and coil spring box, and drawstring one ends wound draws on coil spring box outside the other end Go out stirring driving machine structure, the rotation setting of coil spring box relative positioning；The stirring operating mechanism include stirring container and stirring chipware, Stirring container inner cavity is stir chamber, and coil spring box is sequentially connected by transmission component and stirs chipware, and drives it default in stir chamber Position rotation；The stirring chipware includes agitating shaft and stirring flabellum, and stirring flabellum annular is distributed on the outside of agitating shaft, stirs flabellum On be evenly equipped with several stirring through-holes, which is covered with stirring blade surface；The transmission component includes mutually being sequentially connected Toothed disc and shaft coupling piece, coil spring box geared teeth wheel disc, shaft coupling piece detachable drive connection agitating shaft, on toothed disc It is provided with the reverting system stop with shaft coupling piece Elastic Meshing.Stirring chipware in this structure is by agitating shaft and stirring flabellum group At, wherein stirring flabellum on be evenly equipped with stirring through-hole, can effectively to fluid food materials progress uniformly break up stirring, thus raising stir Mix effect；It is realized and is sequentially connected by toothed disc and shaft coupling piece between coil spring box and stirring chipware, the kind of drive is stablized more Reliably, and simple and reasonable, manufacturing cost reduces；It is stirred with the realization of shaft coupling piece Elastic Meshing by the way that reverting system stop is arranged The rotation of chipware unidirectional drive is mixed, effective to complete stirring work and stable and reliable for performance, dismounting is convenient.

The rounded setting of the stirring through-hole, through stirring flabellum two sides, and the one or both sides for stirring through-hole are set Have fillet, the fillet both ends respectively with the smooth transition of stirring through-hole wall and with the stirring smooth transition of blade surface；The stirring Through-hole side-by-side is distributed in stirring blade surface.The setting of fillet effectively reduces the resistance being subject to when stirring flabellum stirring rotation Power makes its service life be extended to reduce the load of drawstring.

The stirring flabellum is obliquely installed, and is 70 ° -75 °, preferably 73 ° with the angle α of horizontal plane；The stirring through-hole Axis perpendicular to stirring blade surface.

The coil spring box is equipped with internal gear, and toothed disc is equipped with external gear, and internal gear is intermeshed with external gear, makes volume Gear drive is realized between spring box and toothed disc；The shaft coupling piece is equipped with non-circular connecting hole, and agitating shaft top is coaxial Protrusion has the connecting pole that shape matches with connecting hole, connecting pole and the mutual detachable grafting of connecting hole, makes shaft coupling piece and stirs It mixes chipware and realizes that detachable is sequentially connected.

The reverting system stop is rotated synchronously with toothed disc, which is equipped with upper unidirectional loop tooth, axis connection Part is equipped with lower unidirectional annular tooth, is provided with elastic component between toothed disc and reverting system stop, makes unidirectional loop tooth and place an order To the mutual Elastic Meshing of annular tooth, reverting system stop drives shaft coupling piece one-directional rotation.

The stir chamber bottom protrusion has circular positioning column, shaft bottom to be equipped with matched fixed with positioning column clearance-type Position hole, location hole and agitating shaft coaxial cooperation, positioning column and the mutual detachable grafting of location hole.

The end surface shape of the stirring flabellum matches with stirring cavity wall, stirs between flabellum end face and stirring cavity wall There is the gap of constant width.

The stirring driving machine structure includes the upper shell being assembled with upper housing and lower cover, coil spring box and transmission Component is respectively arranged at upper casing intracoelomic cavity, and upper housing is drawn outside drawstring one end；Upper housing is equipped with locating shaft, and coil spring box positioning turns It moves on locating shaft；Lower cover is equipped with central shaft hole, and transmission component passes through the central shaft hole and stirring chipware detachable transmission Connection.

The lower cover is equipped with spinner protrusion, and stirring container is equipped with spinner groove, and spinner protrusion detachable screws in rotation It detains in groove, stirring driving machine structure is made to be connect with the stirring mutual detachable spinner of operating mechanism.

The stirring driving machine structure further includes for converting the vertical pulling of drawstring to laterally pulling to coil spring box Tumbler.

The beneficial effects of the utility model are as follows：

1. the coil spring box in structure passes sequentially through toothed disc and shaft coupling piece driving stirring chipware rotation, transmission performance It is reliable and stable, and dismantle convenient, service life extension；

2. the stirring chipware in structure is made of agitating shaft and stirring flabellum, simple and reasonable, and is stirred on flabellum Equipped with stirring through-hole, fluid food materials is made to form convection current in stir chamber, it is ensured that stir evenly, and improve stirring efficiency；

3. making shaft coupling piece be nibbled with reverting system stop elasticity by the way that reverting system stop is arranged between toothed disc and shaft coupling piece It closes, realizes the unidirectional drive rotation of stirring chipware, be to realize effect using unidirectional rack to each other；When coil spring box actively drives When dynamic stirring chipware rotation, shaft coupling piece is in the locking state on drive mechanism with reverting system stop, therefore can easily drive Stir chipware stirring rotation；When coil spring box no longer acts on stirring chipware rotation, reverting system stop elasticity is detached from shaft coupling piece, this When stirring chipware be rotated further due to inertia；Chipware is stirred in whole process to be one-directionally rotated, and mixing effect is effectively ensured；

4. stirring driving machine structure is mutually assembled with stirring operating mechanism by spinner mode, convenient for disassembly and assembly, and stirs chipware It can individually dismantle, it is convenient that it is cleaned.

Description of the drawings

Fig. 1 is the assembling structure schematic diagram of one embodiment of the utility model.

Fig. 2 is the decomposition texture schematic diagram of one embodiment of the utility model.

Fig. 3 is the explosive view of one embodiment of the utility model.

Fig. 4 is the sectional view of one embodiment of the utility model.

Fig. 5 is the front view that chipware is stirred in one embodiment of the utility model.

Fig. 6 is the upward view that chipware is stirred in one embodiment of the utility model.

Fig. 7 is the stereogram that chipware is stirred in one embodiment of the utility model.

Fig. 8 is the partial sectional view that flabellum is stirred in one embodiment of the utility model.

Fig. 9 is the structural schematic diagram of reverting system stop in one embodiment of the utility model.

Figure 10 is the structural schematic diagram of one embodiment central axis connector of the utility model.

Specific implementation mode

The utility model is further described with reference to the accompanying drawings and embodiments.

Referring to Fig. 1-Figure 10, this multifunctional manual blender includes the stirring driving machine structure A of mutual detachable assembly and stirs Mix operating mechanism B；Stirring driving machine structure A includes drawstring 3 and coil spring box 8, and 3 one ends wound of drawstring is on coil spring box 8, outside the other end Draw stirring driving machine structure A, the rotation setting of 8 relative positioning of coil spring box；Stirring operating mechanism B includes stirring container 20 and stirring core Part 19,20 inner cavity of stirring container are stir chamber 2001, and coil spring box 8 is sequentially connected by transmission component and stirs chipware 19, and is driven Its locating rotation in stir chamber 2001；It includes agitating shaft 1901 and stirring flabellum 1902 to stir chipware 19, stirs flabellum 1902 Setting two panels and centrosymmetric annular are distributed in 1901 outside of agitating shaft, stir and are evenly equipped with several stirring through-holes on flabellum 1902 1903, which is covered with 1902 surface of stirring flabellum；Transmission component includes 11 He of toothed disc being mutually sequentially connected Shaft coupling piece 16,8 geared teeth wheel disc 11 of coil spring box, 16 detachable drive connection agitating shaft 1901 of shaft coupling piece, toothed disc The reverting system stop 13 with 16 Elastic Meshing of shaft coupling piece is provided on 11.Stirring chipware 19 in this structure is uniformly distributed by being arranged Stirring through-hole 1903, effectively fluid food materials can be carried out uniformly to break up stirring, raising mixing effect；Coil spring box 8 and stirring It is realized and is sequentially connected by toothed disc 11 and shaft coupling piece 16 between chipware 19, the kind of drive stablizes more reliable, and structure Advantages of simple, manufacturing cost reduce；Stirring chipware 19 is realized by the way that reverting system stop 13 and 16 Elastic Meshing of shaft coupling piece is arranged Unidirectional drive rotates, and effective to complete stirring work and stable and reliable for performance, dismounting is convenient.

Further, 1903 rounded setting of through-hole is stirred, through 1902 two sides of stirring flabellum, and stirs through-hole 1903 front and rear sides are equipped with fillet 19031,19031 both ends of fillet respectively with the smooth transition of stirring 1903 inner wall of through-hole and With stirring 1902 surfacing transition of flabellum；Stirring 1903 side-by-side of through-hole is distributed in 1902 surface of stirring flabellum；Stir flabellum 1902 are obliquely installed, and are 73 ° with the angle α of horizontal plane；The axis of through-hole 1903 is stirred perpendicular to 1902 surface of stirring flabellum. Stirring through-hole 1903 effectively reduces the resistance being subject to by fillet 19031, to promote mixing effect, and can reduce drawstring 3 load when pullling makes its service life be extended；Stirring flabellum 1902 by specified inclination angle setting can further decrease its by The resistance arrived.

Further, 8 bottom inside of coil spring box is equipped with internal gear 801, and 11 top outer of toothed disc is equipped with external gear 1101, External gear 1101 stretches into 8 bottom inside of coil spring box and is intermeshed with internal gear 801, makes real between coil spring box 8 and toothed disc 11 Existing gear drive, the axis of the axis and toothed disc 11 of coil spring box 8 are misaligned；16 bottom of shaft coupling piece is equipped with the company of regular hexagon Hole 1601 is connect, 1901 top coaxial protrusions of agitating shaft have the connecting pole 1904 that shape matches with connecting hole 1601, connecting pole 1904 with 1601 mutual detachable grafting of connecting hole, make shaft coupling piece 16 with stirring chipware 19 realize detachable be sequentially connected；Even It is fitting of non-circular to connect between hole 1601 and connecting pole 1904, effective to realize transmission, and can be complete by simple grafting At drive connection, simple operation.

Further, reverting system stop 13 is rotated synchronously with toothed disc 11, which is equipped with upper unidirectional Annular tooth 1301,16 top of shaft coupling piece are equipped with lower unidirectional annular tooth 1602, are arranged between toothed disc 11 and reverting system stop 13 Flexible part 12 makes unidirectional loop tooth 1301 and 1602 mutual Elastic Meshing of lower unidirectional annular tooth, it is ensured that reverting system stop 13 Shaft coupling piece 16 can be driven to one-directionally rotate at any time；Specifically, 11 bottom of toothed disc is equipped with hexagonal slide opening 1102, inverts stop Part 13 is in be arranged with the matched hexagon in 1102 phase gap of slide opening, and elastic component 12 is set in slide opening 1102, to act on reverting system The vertical elastic in slide opening 1102 of stop 13 reciprocatingly slides, each other by hexagon (or other non-circular geometries) phase Cooperation, so that toothed disc 11 drives reverting system stop 13 to rotate.

Further, 2001 bottom protrusion of stir chamber has circular positioning column 2002,1901 bottom of agitating shaft to be equipped with and determine The position matched location hole 1905 of 2002 clearance-type of column, location hole 1905 and 1901 coaxial cooperation of agitating shaft, positioning column 2002 with it is fixed Position 1905 mutual detachable grafting of hole enables stirring chipware 19 by the positioning respectively to agitating shaft 1901 and location hole 1905 Stable rotation.

Further, the end surface shape of stirring flabellum 1902 matches with 2001 inner wall of stir chamber, 1902 end of stirring flabellum There is the gap of constant width between 2001 inner wall of face and stir chamber.

Further, stirring driving machine structure A includes the upper shell being assembled with upper housing 4 and lower cover 18, volume Spring box 8 and transmission component are respectively arranged at upper casing intracoelomic cavity, and upper housing 4, upper housing 4 and lower cover 18 are drawn outside 3 one end of drawstring Between be provided with silica gel ring 10,8 top of coil spring box is provided with box cover 5；4 inner cavity of upper housing is equipped with locating shaft 401, and coil spring box 8 is fixed Position rotation is provided with the first wearing piece 7, coil spring box 8 and first is wear-resisting on locating shaft 401 between coil spring box 8 and locating shaft 401 Part 7 is connected to by a pin 9 on locating shaft 401；The middle part of lower cover 18 is equipped with central shaft hole 1801, in transmission component Shaft coupling piece 16 passes through the central shaft hole 1801 to be sequentially connected with stirring 19 detachable of chipware, shaft coupling piece 16 and central shaft hole Third wearing piece 17 is provided between 1801；11 inside of toothed disc is provided with the second wearing piece 15；It is provided with and turns on lower cover 18 Dynamic guide rail 14, the rotation guide rail 14 are made of two blocks of arc-shaped metal derbies, and the limit of toothed disc 11 is locked at lower cover 18 On, toothed disc 11 is freely rotated in rotation guide rail 14.

Further, 18 side annular of lower cover is uniformly distributed there are four spinner protrusion 1802,20 inner wall of stirring container be equipped with Spinner 1802 mating spinner grooves 2003 of protrusion, spinner 1802 detachables of protrusion screw in spinner groove 2003, and stirring is made to drive Motivation structure A is connect with the stirring mutual detachable spinners of operating mechanism B.

Further, be open lead hole on upper housing 4, and copper corn 2 is provided in the lead hole, and drawstring 3 passes through 4 outside of upper housing is drawn outside copper corn 2, and drawing end is connected with knob 1 outside；Stirring driving machine structure A further includes for by drawstring 3 Vertical the tumbler 6 laterally pulled being converted into coil spring box 8, the tumbler 6 is pulled to be fixed on 4 inside of housing；Stirring 20 bottom of container is provided with four pieces of foots pad 21.

The basic principles and main features of the utility model have been shown and described in the above-mentioned preferred embodiment for the utility model And the advantages of the utility model.Those skilled in the art should be recognized that the present utility model is not limited to the above embodiments, on It states and only illustrates the principles of the present invention described in embodiment and specification, do not departing from the spirit and scope of the utility model Under the premise of the utility model also has various changes and improvements, it is new that these changes and improvements both fall within this claimed practicality Within the scope of type.The utility model requires protection scope is defined by appended claims and its equivalent.

Claims

1. a kind of multifunctional manual blender, it is characterised in that：Including mutual detachable assembly stirring driving machine structure (A) and stir Mix operating mechanism (B)；The stirring driving machine structure (A) includes drawstring (3) and coil spring box (8), and drawstring (3) one ends wound is in wind spring On box (8), stirring driving machine structure (A), the rotation setting of coil spring box (8) relative positioning are drawn outside the other end；The stirring operation machine Structure (B) includes stirring container (20) and stirring chipware (19), and stirring container (20) inner cavity is stir chamber (2001), coil spring box (8) It is sequentially connected by transmission component and stirs chipware (19), and drive it in stir chamber (2001) interior locating rotation；The stirring core Part (19) includes agitating shaft (1901) and stirring flabellum (1902), and stirring flabellum (1902) annular is distributed in agitating shaft (1901) outside Side stirs and is evenly equipped with several stirring through-holes (1903) on flabellum (1902), which is covered with stirring flabellum (1902) surface；The transmission component includes the toothed disc (11) being mutually sequentially connected and shaft coupling piece (16), coil spring box (8) tooth Take turns driving cog wheel disc (11), shaft coupling piece (16) detachable drive connection agitating shaft (1901), be provided on toothed disc (11) with The reverting system stop (13) of shaft coupling piece (16) Elastic Meshing.

2. multifunctional manual blender according to claim 1, it is characterised in that：The stirring through-hole (1903) is rounded Setting, through stirring flabellum (1902) two sides, and the one or both sides for stirring through-hole (1903) are equipped with fillet (19031), Fillet (19031) both ends respectively with the smooth transition of stirring through-hole (1903) inner wall and with stirring flabellum (1902) surfacing Transition；Stirring through-hole (1903) side-by-side is distributed in stirring flabellum (1902) surface.

3. multifunctional manual blender according to claim 1, it is characterised in that：The stirring flabellum (1902) tilts and sets It sets, and is 70 ° -75 ° with the angle α of horizontal plane；The axis of the stirring through-hole (1903) is perpendicular to stirring flabellum (1902) table Face.

4. multifunctional manual blender according to claim 1, it is characterised in that：The coil spring box (8) is equipped with internal tooth It takes turns (801), toothed disc (11) is equipped with external gear (1101), and internal gear (801) is intermeshed with external gear (1101), makes wind spring Gear drive is realized between box (8) and toothed disc (11)；The shaft coupling piece (16) is equipped with non-circular connecting hole (1601), Coaxial protrusions have the connecting pole (1904) that shape matches with connecting hole (1601), connecting pole (1904) at the top of agitating shaft (1901) With connecting hole (1601) mutually detachable grafting, shaft coupling piece (16) is made to realize that detachable is sequentially connected with stirring chipware (19).

5. multifunctional manual blender according to claim 1, it is characterised in that：The reverting system stop (13) is with gear Disk (11) rotates synchronously, which is equipped with upper unidirectional loop tooth (1301), and shaft coupling piece (16) is equipped with down Unidirectional loop tooth (1602) is provided with elastic component (12), makes unidirectional loop between toothed disc (11) and reverting system stop (13) Tooth (1301) and the mutual Elastic Meshing of lower unidirectional annular tooth (1602), reverting system stop (13) drive shaft coupling piece (16) unidirectionally to turn It is dynamic.

6. multifunctional manual blender according to claim 1, it is characterised in that：Stir chamber (2001) bottom protrusion There are circular positioning column (2002), agitating shaft (1901) bottom to be equipped with and the matched location hole of positioning column (2002) clearance-type (1905), location hole (1905) and agitating shaft (1901) coaxial cooperation, positioning column (2002) are mutually dismantled with location hole (1905) Formula grafting.

7. multifunctional manual blender according to claim 1, it is characterised in that：The end face of the stirring flabellum (1902) Shape matches with stir chamber (2001) inner wall, and stirring has width permanent between flabellum (1902) end face and stir chamber (2001) inner wall Fixed gap.

8. multifunctional manual blender according to claim 1, it is characterised in that：The stirring driving machine structure (A) includes The upper shell being assembled with upper housing (4) and lower cover (18), coil spring box (8) and transmission component are respectively arranged at upper casing Intracoelomic cavity draws upper housing (4) outside drawstring (3) one end；Upper housing (4) is equipped with locating shaft (401), and coil spring box (8) positioning turns It moves on locating shaft (401)；Lower cover (18) is equipped with central shaft hole (1801), and transmission component passes through the central shaft hole (1801) It is sequentially connected with stirring chipware (19) detachable.

9. multifunctional manual blender according to claim 8, it is characterised in that：The lower cover (18) is equipped with spinner Raised (1802), stirring container (20) are equipped with spinner groove (2003), and spinner protrusion (1802) detachable screws in spinner groove (2003) in, stirring driving machine structure (A) is made to be connect with stirring operating mechanism (B) mutually detachable spinner.

10. multifunctional manual blender according to claim 1, it is characterised in that：The stirring driving machine structure (A) is also wrapped It includes for the vertical of drawstring (3) to be pulled the tumbler (6) laterally pulled being converted into coil spring box (8).