CN105624965A - Washing device - Google Patents
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- CN105624965A CN105624965A CN201410605021.6A CN201410605021A CN105624965A CN 105624965 A CN105624965 A CN 105624965A CN 201410605021 A CN201410605021 A CN 201410605021A CN 105624965 A CN105624965 A CN 105624965A
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Abstract
The invention provides a washing device comprising an outer barrel, an inner barrel and a motor. The outer barrel, the inner barrel and the motor are arranged coaxially and vertically, the center of the bottom of the outer barrel is recessed from exterior to interior to form an inverted first groove, the motor is at least partly arranged in the first groove, the center of the bottom of the inner barrel is recessed from exterior to interior to form an inverted second groove, the first groove is at least partly arranged in the second groove. The motor is at least partly arranged in the first groove, the first groove is at least partly arranged in the second groove which is formed in a way that the bottom of the inner barrel protrudes upwards, on the premise that the washing capacity of the inner barrel is not reduced, the whole height of the washing device is reduced. At the same time, the inner barrel of the washing device is inside provided with a plurality of brushes which can move freely, the brushes move along with the rotation of the inner barrel, and brush goods in the inner barrel. The washing device is simple in structure and substantial in effect, and is suitable for promotion and application.
Description
Technical field
The invention belongs to washing field, particularly to a kind of wash mill, particularly relate to a kind of wash mill for the article such as shoes, mop.
Background technology
Along with the raising day by day of people's living standard, washing machine has been increasingly becoming in people family one of indispensable household electrical appliances, most people all using washing machine as the main tool washed clothes. If shoes are placed directly in washing machine and clean, owing to sole is general dirtier, causing the pollution of washing machine, and be placed directly on by shoes in conventional laundry apparatus and wash, clean result is also bad. Present people are daily washes the general or manual cleaning of footwear, cumbersome and time consuming, substantially do not meet the demand of present fast pace life, especially a kind of machine that can wash footwear of youngster more demand, can be able to replace people clean medicated clothing by hand as washing machine, people can be replaced and clean shoes by hand, it is achieved the automatic cleaning of shoes.
Washing machine shoe washing machine is owing to connect water route, it is typically placed in kitchen or toilet, but the limited space of the family kitchen of present people or toilet, generally can place a washing machine, if placing a shoe washing machine again, the space taken is very big, thus the volume of shoe washing machine to do as far as possible little.
Such as the online patent that application number is ZL201020118094.X, disclose one and can wash shoe roller washing machine, include roller washing machine body, it is provided with PCB in it and controls device, roller washing machine body is connected with washing machine pedestal, being provided with shoe rack in washing machine pedestal, and be provided with circulating pump in washing machine pedestal, the controlled terminal of this circulating pump is connected into PCB and controls device. Further, the upside of circulating pump is provided with water side, has washing machine pedestal periphery to be provided with discharge outlet and water inlet, controls current by circulating pump and the shoes in washing machine pedestal are washed. Although should solving, in first technology, the problem that footwear individually wash of washing, but shoes being resting state, only by being rinsed from spray water above, did not reach the effect of wash clean footwear.
Due to, shoes are commonly used brush when cleaning, and how to make existing rotary drum washing machine or roller washing machine and brush combine, and develops a wash mill that can clean shoes quickly and efficiently, becomes research and development focus.
But, the direct driving motor volume that existing washing machine uses is relatively big, and the installation bearing of motor is also required to take substantial amounts of axial height space; If being directly mounted on shoe washing machine by motor of the prior art according to the mounting means of washing machine, can cause that motor takies the big quantity space of shoe washing machine, causing the scrubbing space reduction of shoe washing machine or the entirety of shoe washing machine to take up room change greatly.
In view of this, the special proposition present invention.
Summary of the invention
It is an object of the invention to provide a kind of wash mill, with the purpose that the article such as shoes are scrubbed by realization; Meanwhile, the effect that the overall space reaching wash mill is less, be easy to user places.
This invention address that the concrete technical scheme that above-mentioned technical problem adopts is:
A kind of wash mill, including, outer barrel, interior bucket and motor; Outer barrel, interior bucket and motor coaxle are vertically arranged; Outer drum head center is inwardly recessed inverted first groove of formation from outside, and described motor is at least partially disposed in the first groove; Interior drum head center is inwardly recessed inverted second groove of formation from outside, and described first groove is at least partially disposed in the second groove.
Further, it is provided with installing plate between motor and outer drum head; Center formation first protuberance protruding upward of installing plate, the upper surface of the first protuberance fits with the inwall of the first groove and contacts; Described motor is at least partially disposed in the middle vacancy of the first protuberance; Preferably, the upper surface of motor fits with the upper surface of the first protuberance and contacts.
Further, reinforcement plate it is provided with between interior drum head and outer drum head; Strengthening center formation second protuberance protruding upward of plate, the upper surface of the second protuberance fits with the inwall of the second groove and contacts; Described first groove 21 is at least partially disposed in the middle vacancy of the second protuberance;
Preferably, the middle vacancy of the second protuberance is located in the upper surface of the first groove.
Further, the upper surface of reinforcement plate fits with interior drum head lower surface and contacts, and strengthens plate and is fixedly mounted on interior drum head.
Further, the periphery strengthening plate is provided with installing hole, and interior drum head is provided with projection protruding upward, and protruding upper surface is that smooth surface, protruding lower surface are provided with the screwed hole matched with installing hole.
Further, described motor includes rotor and stator, and stator includes stator body in the form of a ring, and the hollow bulb of stator body is provided with bearing holder (housing, cover), is provided with mean for the bearing that output shaft is installed in bearing holder (housing, cover); Fit with the upper surface of the first groove and contact in the upper surface of stator.
Further, described stator body is at least partially disposed in the first groove.
Further, the upper end of output shaft is provided with mounting disc, and described mounting disc level is located between interior drum head and outer drum head, and the upper side of mounting disc and the second groove upper surface fit between contact, downside and the first groove upper surface at a distance of certain assemblage gap.
Preferably, described assemblage gap is 3 to 15mm; It is further preferred that assemblage gap is 6mm, with ensure interior bucket when rotating interior drum head and outer drum head mutually do not produce interference and collision.
Further, the peripheral part of mounting disc is provided with and strengthens the screwed hole that plate is threadeded, and described mounting disc is paralleled with output shaft axis, the bottom land laminating contact of the upper surface of installing plate and the bottom land laminating contact of the first groove, lower surface and the second groove.
Further, motor is all located in the first groove, makes the lower surface of motor arrange higher than outer barrel bottom with the lower surface of outer barrel bottom flush or motor.
Further, the inwall of stator hollow bulb is extended with connecting portion to the axis direction of bearing holder (housing, cover); Connecting portion and ring flange coincide at least partly, and coincidence part is connected through bolt; Connecting portion and/or ring flange are located in the hollow bulb of stator; Bearing in bearing holder (housing, cover) is all located in stator hollow bulb.
Further, described motor is at least partially disposed in the second groove, so that motor highly overlaps at least partly with interior bucket, to reduce the whole height of wash mill.
Another object of the present invention is to provide a kind of wash mill, so that the article such as shoes, rag to be scrubbed, it is achieved it is carried out the purpose of washing cleaning.
A kind of wash mill, it can be as above arbitrary described wash mill, multiple brush that can be freely movable it is provided with inside the interior bucket of wash mill, make brush in rotary moving with interior bucket, in brush moving process, the article such as the shoes in internal bucket, rag, mop are scrubbed, it is achieved internally the article in bucket carry out scrubbing the purpose of cleaning.
Beneficial effects of the present invention:
1, the bottom up of outer barrel is protruded formation the first groove, it is at least partially disposed in this first groove with power supply machine, and above-mentioned first groove is at least partially disposed in the second groove of outer drum head formation protruding upward, realize under the premise not reducing interior bucket washing capacity, the whole height of reduction wash mill;
2, the bearing of output shaft is completely or at least partially located at the hollow bulb of motor stator so that the axial height of motor is reduced, reaches to reduce the purpose of wash mill whole height;
3, simultaneously, the second groove of interior drum head setting protruding upward can internally the article in bucket or current stir, to improve the detersive efficiency of wash mill;
4, interior drum head arranges projection protruding upward, and convex lower surface is provided with the screwed hole being connected with reinforcement, the height that reduction connecting bolt takies; Upper convex surface is smooth surface, and in interior bucket rotary course, the article in protruding internally bucket provide washes active force by rubbing with the hands;
Meanwhile, present configuration is simple, and effect is notable, is suitable for promoting the use of.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the present invention is specifically described.
Fig. 1 is the structural representation of the present invention;
Fig. 2 and Fig. 3 is the section structure schematic diagram of the present invention;
Fig. 4 is the motor section structure schematic diagram of the present invention;
Section structure schematic diagram installed by the motor that Fig. 5 is another embodiment of the present invention;
Fig. 6 is the motor section structure schematic diagram of another embodiment of the present invention;
Fig. 7 is the interior barrel structure schematic diagram of the present invention;
Fig. 8 is the structural representation strengthening plate and output shaft of the present invention;
Fig. 9 is the structural representation of the present invention;
Figure 10 is the detonation configuration schematic diagram of the present invention;
Figure 11 is the housing interior structure schematic diagram of the present invention;
Figure 12 is the structural representation of the storage box of the present invention;
Figure 13 is the storage box cross-sectional configuration figure of the present invention;
Figure 14 and Figure 15 is the damping device schematic diagram of the present invention.
Main element illustrates:
1 housing, 2 outer barrels, bucket in 3, 4 motors, 5 brushes, 6 installing plates, 7 strengthen plate, 8 damping devices, 9 memory units, 11 base plates, 12 top boards, 13 sidewalls, 14 insert ports, the outer drum head of 21-, 22 first grooves, 23 installation portions, 24 sidewalls, 31 second grooves, drum head in 33, 34 dewatering holes, 35 lifting ribs, 36 is protruding, 41 output shafts, 42 rotors, 43 stators, 44 bearing holder (housing, cover)s, 45 upper bearing (metal)s, 46 lower bearings, 47 oil-sealing arrangements, 49 install nut, 61 first protuberances, 71 through holes, 72 elongated holes, 73 second protuberances, 81 pop-ups, 82 damping springs, 83 subiculums, 84 damping sleeve pipes, 91 connect wall, 92 storage boxes, 93 hold chamber, 411 mounting discs, 412 locating dowels, 413 spline tooths, 414 screw threads, 415 screwed holes, 421 rotor bodies, 422 connecting portions, 423 splined holes, 431 stator bodies, 432 connecting portions, 433 floors, 434 kinks, 441 tube-in-tube structures, 442 ring flanges, 443 upper shaft hole sections, 444 central axis hole sections, 445 lower shaft hole sections, 471 sheet materials, 472 boss, 473 through holes, snap ring on 475, 476 times snap rings, card convex on 477, 478 times card convexs, card convex in 479, 921 base plates, 922 upper covers, 923 side plates, 924 hinges, 920 through holes.
Detailed description of the invention
As shown in Fig. 1 to Figure 15, a kind of wash mill, described wash mill is mainly used in the cleaning to article such as shoes, rag, mops, and described wash mill includes the interior bucket 3 arranged in the outer barrel 2 of accommodation, outer barrel 2 in housing 1, housing 1 hollow chamber; Described interior bucket 3 and outer barrel 2 are coaxially vertically arranged. Outer drum head 21 is installed below motor 4, and the output shaft 41 of motor 4 is connected through outer drum head 21 with interior bucket, to drive interior bucket 3 to rotate. Interior bucket 3 is provided with multiple brush 5 being in free state, when motor 4 drives interior bucket 3 to rotate, brush 5 freely-movable; In brush 5 freely-movable process, the article such as shoes in internal bucket 3 are scrubbed, it is achieved the purpose that the article such as shoes are washed.
Motor includes output shaft 41, rotor 42 and stator 43. In the form of a ring, the hollow bulb of stator 43 is provided with bearing holder (housing, cover) 44 to stator 43, is provided with bearing in bearing holder (housing, cover) 44, equipped with output shaft 41 in bearing; Described bearing holder (housing, cover) 44 is fixedly connected with stator 43, and described bearing is at least partially disposed in the hollow bulb of stator 43, to reduce the axial height of output shaft 41 so that the overall axial height of motor is reduced.
Inverted first groove 22 of outer drum head 21 center formation protruding upward, motor 4 be located in the first groove 22 at least partially; Inverted second groove 31 of interior drum head 33 center formation protruding upward, described first groove 22 is at least partially disposed in the second groove 31. Preferably, the upper surface of motor 4 contacts with the lower surface of the first groove 22 so that motor 4 is at least partially disposed in the second groove 31, makes motor 4 coincide with the sidewall axial height of interior bucket 3 at least partly, to reduce the overall axial height of wash mill.
Embodiment one
As shown in Figure 3 and Figure 4, in the present embodiment, described motor 4 includes rotor 42, stator 43, bearing holder (housing, cover) 44, bearing and output shaft 41. Described rotor 42 includes the rotor body 421 being coated with stator 43 sidewall and the connecting portion 422 that will cover on the downside of rotor body 421; Described stator 43 includes circular stator body 431 and the connecting portion 432 being connected by stator body 431 with bearing holder (housing, cover) 44. Described bearing holder (housing, cover) 44 includes tube-in-tube structure 441 that hold bearing, that be located at stator hollow bulb and protrudes the ring flange 442 being connected with stator 43 arranged outside tube-in-tube structure 441. Described output shaft 41 is coaxially disposed with interior bucket 3, and output shaft 41 is fixedly installed in bearing holder (housing, cover) 44 through bearing, and the lower end of output shaft 41 is connected with rotor 42, upper end is connected with interior drum head 33 after outer drum head 21.
In the present embodiment, bearing holder (housing, cover) 44 includes the tube-in-tube structure 441 extended along stator hollow bulb axis, the sidewall of tube-in-tube structure 441 is provided with the ring flange 442 extended radially outward, and the inside of tube-in-tube structure 441, close two ends place are respectively provided with a bearing respectively, for upper bearing (metal) 45 and lower bearing 46.
The hollow bulb of tube-in-tube structure 441 forms axis hole, and axis hole is divided into, according to aperture, the upper shaft hole section 443, central axis hole section 444 and the lower shaft hole section 445 that from top to bottom set gradually, and the aperture of central axis hole section 444 is respectively smaller than upper shaft hole section 443 and the aperture of lower shaft hole section 445; Being provided with upper bearing (metal) 45 in upper shaft hole section 443, the upper end of upper bearing (metal) 45 is provided with oil-sealing arrangement 47, lower end contacts with the upper end of central axis hole section 444; Being provided with lower bearing 46 in lower shaft hole section 445, the upper end of lower bearing 46 contacts with the lower end of axis bearing bore section 444, lower end contacts with the rotor 42 of motor.
Oil-sealing arrangement 47 includes the sheet material 471 of a cover sleeve structure upper end, the inwall phase screw-threaded engagement of the periphery of sheet material 471 and tube-in-tube structure 441; The middle part of sheet material 471 raises up and forms boss 472, and the middle part of boss 472 is provided with mean for the through hole 473 that output shaft 41 passes.
Described oil-sealing arrangement 47 also includes upwardly extending upper snap ring 475 and the lower snap ring 476 downwardly extended from through hole 473 place, the medial wall of upper snap ring 475 is provided with the upper card convex 477 projecting radially inwards setting, and the medial wall of lower snap ring 476 is provided with the lower card convex 478 projecting radially inwards setting; Through hole 473 place of oil-sealing arrangement 47 is provided with the middle card convex 479 projecting radially inwards setting. Internal diameter shaft part corresponding to the output shaft 41 external diameter phase interference fit of described upper card convex 477, lower card convex 478 and middle card convex 479 is arranged, so that output shaft 41 and oil-sealing arrangement 47 junction arrange three seals. Thus so that the junction for output shaft with oil-sealing arrangement realizes sealing setting, to avoid the washings in outer barrel to flow in motor.
Embodiment two
As shown in Figure 3 and Figure 4, in the present embodiment, the connecting portion 432 of stator 43 is from the upwardly extending floor 433 in stator body 431 upper end, the upper end of floor 433 is bent to form kink 434 to bearing holder (housing, cover) 44 axis direction, the ring flange 442 of kink 434 and bearing holder (housing, cover) 44 coincides at least partly, kink 434 is connected through bolt with the coincidence part of ring flange 442, it is achieved bearing holder (housing, cover) 44 is mutually permanently connected with stator 43. Connecting portion 432 and the ring flange 442 of stator 43 are all located in the first groove 22, to reduce the whole height of motor 4 and outer barrel 2.
In the present embodiment, outer drum head 21 is connected to installing plate 6, described installing plate 6 center composition the first protuberance 61 protruding upward, and the first protuberance 61 of installing plate 6 fits with the lower wall of the first groove 22 and contacts. First protuberance 61 of installing plate 6 is provided with screw, installs with the stator 43 of power supply machine. Preferably, the ring flange 442 of described screw bolt passes bearing holder (housing, cover) 44, stator 43 connecting portion 432 after, be meshed fixing with the screwed hole arranged on the first protuberance 61 of installing plate 6 so that stator 43, bearing holder (housing, cover) 44 fix through bolt and installing plate 6. The close periphery of installing plate 6 is provided with multiple screw, to be threadeded with outer drum head 21 phase by installing plate 6. Thus so that motor 4 is fixed at outer drum head 21 through installing plate 6.
In the present embodiment, connecting portion 432 upper side of described stator 43 fits with protuberance 61 downside of installing plate 6 and contacts, the connecting portion 432 of stator 43 is made to be located in the first protuberance 61 of installing plate 6 with the ring flange 442 of bearing holder (housing, cover) 44, it is achieved motor 4 is at least partially disposed in the purpose in the first groove 22.
Embodiment three
As shown in Figure 5 and Figure 6, in the present embodiment, the connecting portion 432 of stator 43 is from the horizontal-extending floor 433 of inner body wall, the inner circumferential of floor 433 contacts with tube-in-tube structure 441 outer wall of bearing holder (housing, cover) 44, the upper side of floor 433 or downside contact with the ring flange 442 of bearing holder (housing, cover) 44 so that the connecting portion 432 of bearing holder (housing, cover) 44 and stator is all located in the hollow bulb of motor stator body 431. Described stator body 431 is at least partially disposed in the first groove 22, to reduce the whole height of motor 4 and outer barrel 2 further.
Embodiment four
As shown in Figures 2 and 3, in the present embodiment, interior drum head 33 is from protruding formation the second groove 31 outside to inside, and the first groove is at least partially disposed in the second groove 31. Being provided with certain assemblage gap between described the first groove upper wall and the lower wall of the second groove, described assemblage gap is 3 to 15mm; It is further preferred that assemblage gap is 6mm, during to ensure that interior bucket rotates, do not produce interference friction with outer barrel, also avoid because assemblage gap is excessive, cause the generation of the oversize situation of wash mill.
In the present embodiment, the lower central place of interior drum head 33 is provided with reinforcement plate 7, and the described center strengthening plate 7 is provided with the second protuberance 73. The second described protuberance 73 contacts setting with the second groove 31 laminating. The peripheral part strengthening plate 7 is provided with bolt hole, and the screwed hole that bolt is arranged with interior drum head 33 after above-mentioned screw is meshed so that strengthens plate 7 and is fixedly connected with interior drum head 33.
The top of the second groove 31 is bottom land, bottom is opening; First groove 22 stretches in the second groove 31 through opening, so that motor 4 coincides with the axis height of interior bucket 3 at least partly, to reduce the axial height of wash mill under the premise not reducing washing capacity.
In the present embodiment, interior drum head 33 is provided with the internal projection 36 protruded of inside bucket 3, the upper surface of protruding 36 be the screwed hole that smooth surface, lower surface are provided with mean for strengthening plate 7 installation, make the screwed hole phase screw-threaded engagement that bolt is arranged after reinforcement plate 7 with protruding 36 inside so that the bottom of the barrel being provided with screwed hole is divided protrusion setting, avoided bolt to stretch into the generation of interior bucket inner case; Meanwhile, the upper surface of protruding 36 can internally in bucket 3 washing articles of placement wash by rubbing with the hands, to improve cleaning efficiency. Projection is made to have had friction washing medicated clothing concurrently and the function strengthening plate is installed by above-mentioned setting.
In the present embodiment, the periphery strengthening plate 7 is provided with multiple bolt hole, and each bolt hole strengthens the arrangement of plate 7 centrosymmetry relatively; Interior drum head 33 is provided with and each bolt hole projection 36 one to one. Preferably, above-mentioned bolt hole is in along strengthening the elongated hole 72 that plate radially extends, in order to the screwed hole phase para-position that bolt is arranged with interior drum head 33 after reinforcement plate.
In the present embodiment, the bottom land of the second groove 31 is provided with multiple through hole 71 connected for output shaft 41, and each through hole 71 strengthens the centrosymmetry arrangement of plate 7 relatively. The upper end of output shaft 41 is provided with mounting disc 411, and the upper side of described mounting disc 411 and the top of the second protuberance 73 fit the top of contact, downside and the first groove 22 at a distance of certain assemblage gap. The upper side of mounting disc 411 is provided with the screwed hole 415 arranged with each through hole 71 one_to_one corresponding on the second groove 41, bolt from strengthen plate 7 top be passed down through after through hole 71 with corresponding screwed hole 415 phase screw-threaded engagement, realize mounting disc 411 and strengthen the fixing of plate 7, make output shaft 41 drive interior bucket 3 to rotate. Preferably, mounting disc 411 is provided with two locating dowels 412, and locating dowel 412 is along output shaft 41 axis direction setting protruding upward; It is preferred that, locating dowel 412 is respectively arranged on two screwed hole 415 places of symmetrical setting in mounting disc 411, the internal diameters of the external diameter of locating dowel 412 and through hole 71 etc. are big to be arranged, locating dowel 412 is made to insert in corresponding through hole 71, to realize mounting disc 411 and first position with reinforcement plate 7, to threaded fixing purpose.
Embodiment five
In the present embodiment, the rotor 42 of motor includes rotor body 421 and connecting portion 422, rotor body 421 is the tube-in-tube structure arranged around stator body periphery, and described connecting portion 422 covers rotor body 421 lower surface, and the periphery of connecting portion 422 is connected with rotor body 421 lower end of tube-in-tube structure.
The center of connecting portion 422 is provided with mean for the splined hole 423 that output shaft 41 bottom is inserted, the bottom of output shaft 41 is provided with the spline tooth 413 matched with splined hole 423, the rotor 42 making output shaft 41 and motor is constituted can not the key connecting that rotates of relative axis, the rotor 42 making motor drives output shaft 41 to rotate, and in order, bucket rotates under the driving effect of motor. Preferably, the lower end of output shaft 41 is through the splined hole 423 of rotor 4, through installing nut phase screw-threaded engagement, it is achieved output shaft is connected with the fixing of rotor.
Embodiment six
As it is shown in figure 5, in the present embodiment, motor 4 is all located in center first groove 22 of outer drum head 21 so that the lower surface flush of the lower surface of motor 4 and outer drum head 21 or be located at the top of outer drum head 21 lower surface; The upper surface of motor 4 and the first groove 22 are fitted. First groove 22 is located in center second groove 31 of interior drum head 33, and first groove 22 upper surface and the upper surface of the second groove 31 between the interior outer barrel that clearance distance is 3 to 15mm between minimum assemblage gap, the part making motor 4 is located in second groove 31 at interior drum head 33 center, to reduce the overall axial height of wash mill.
As shown in Figure 6, in the present embodiment, outer drum head 21 bottom is provided with installing plate 6,21 center formation the first groove 22 protruding upward at the bottom of said tub, center formation first protuberance 61 protruding upward of installing plate 6, the first protuberance 61 fits with the first groove 22 and contacts. Motor 4 is installed on outer drum head 21 through installing plate 6, and the hollow region of the first protuberance 61 is all located at by motor 4, makes motor 4 upper surface fit with the first protuberance 61 upper end and contacts, motor 4 lower surface and outer drum head 21 flush.
In the present embodiment, interior drum head 33 bottom is provided with reinforcement plate 7, and described interior drum head 33 center formation the second groove 31 protruding upward, described reinforcement plate 7 center formation the second protuberance 73 protruding upward, the second protuberance 73 fits with the second groove 31 and contacts. The mounting disc 411 of output shaft 41 upper end is connected with strengthening plate 7, and fits contact with the second protuberance 73 strengthening plate 7. First groove 22 is located in the second groove 31, and to make the gap between the upper surface of the first groove 22 and the upper surface of the second groove 31 be assemblage gap minimum between interior outer barrel, to reduce the axial height of wash mill as far as possible. By above-mentioned setting so that the height of wash mill is the axis height of outer barrel; And drum head is arranged in making the second groove of interior bucket protrude, when in order, bucket rotates, article or current in the second internal bucket of groove stir, to improve detersive efficiency.
Embodiment seven
As shown in Figure 11 to Figure 13, in the present invention, between housing 1 and outer barrel 2, it is provided with mean for the memory unit 9 that brush 5 is placed. Described memory unit 9 includes holding chamber 93 and storage box 92. It is provided with connection wall 91 between the adjacent two side of housing 1, connects wall and be between outer barrel 2 and housing 1. Described wall 91 two side 13 adjacent with housing 1 that connect constitutes the accommodation chamber 93 of sleeve-shaped, and the axis holding chamber 93 is paralleled with the axis of outer barrel 2, and storage box 92 inserts and is accommodated in accommodation chamber 93. It is also possible that connect wall 91 to surround alone accommodation chamber 93 (indicating not in the drawings).
Housing 1 includes sidewall 13, top board 12, base plate 11. Top board 12 is provided with insert port 14 in junction, two side 13, inserts for storage box 92 and holds chamber 93.
In the present embodiment, storage box 92 at least includes upper cover 922, base plate 921 and side plate 923. Base plate 921 covers the bottom holding chamber 93 and arranges, so that the brush held in chamber 93 is retained in the chamber. The upper end of side plate 923 is connected through hinge with upper cover 922, lower end and base plate 921 are fixedly connected; The transverse section of side plate 923 is " L " shape fitted with housing two adjacent wall 13, to increase the accommodation space holding chamber 93 as far as possible. At least part of periphery of upper cover 922 is protruded the upper end holding chamber 93 and is arranged, and makes upper cover 922 and is connected wall and 91 contacts at least partly, and order box 92 of storing in a warehouse is taken to put to be fixed on through upper cover 922 and held in chamber 93.
Preferably, the shape of upper cover 922 and the outer wall similar shape holding chamber 93 are arranged, and the insert port 14 on top board 12 matches with the shape of upper cover 922 setting, to avoid upper cover protrusion top board, affect the flatness of top board surface.
By above-mentioned setting, upper cover 922 can be pulled so that storage box 92 is from holding extraction or insertion in chamber 93; And storage box is inserted and held after in chamber, unclamp upper cover, make upper cover become level with is connected wall and housing sidewall contacts, it is achieved box 92 fixed placement of storing in a warehouse enters to hold the purpose in chamber 93.
In the present embodiment, the transverse section connecting wall 91 is circular arc, and described circular arc protrudes bending to outer barrel direction, to increase the volume holding chamber 93 as far as possible. It is provided with certain interval between described connection wall 91 and outer barrel 2, to avoid outer barrel 2 in washing process mutually to collide with being connected wall 91, still prevents the parts such as outer barrel excessive, the motor shaft of Oscillation Amplitude and cause the generation of damaged condition.
In the present embodiment, the side of upper cover 922 is connected through hinge 924 with side plate 923, and the center of upper cover 922 is provided with through hole 920, in order to user's finger stretches into through hole 920 and opened by upper cover 922 and extract overall for storage box 92 in accommodation chamber 93. Base plate 921 from side plate 923 junction to is connected wall 91 direction that contacts and tilts gradually downward so that box 92 of storing in a warehouse is extracted out or in insertion process, be taken out conveniently or store brush 5.
Embodiment eight
As depicted in figs. 1 and 2, in the present embodiment, housing 1 is square, and the front side wall of housing 1 is respectively equipped with the memory unit 9 described in an above-described embodiment seven with adjacent junction, two side 13.
As in figure 2 it is shown, in the present embodiment, described accommodation chamber 93 can setting highly equal to housing 1, it is also possible to highly arrange less than housing 1. Preferably, upper end, chamber 93 to top board 12 place of housing, lower end are held near outer barrel bottom; It is further preferred that hold chamber 93 be connected with damping device 8.
As in figure 2 it is shown, outer barrel 2 is provided with damping device 8. On described outer barrel 2 outer wall, installation portion 23 is set near outer barrel bottom; Described installation portion 23 is located at the bottom holding chamber 93. As shown in figure 14, described damping device 8 is prior art, and including pop-up 81, subiculum 83, damping sleeve pipe 84 (inside having damping spring 82), the two ends of damping spring 82 are fixedly connected with pop-up 81 and subiculum 83 respectively. The bottom of installation portion 23 is provided with screwed hole, makes pop-up 81 be connected and installed on installation portion 23 through screw; The subiculum 83 of damping device 8 and base plate 11 phase clamping so that the outer barrel 2 of wash mill is installed on base plate 11 through damping device 8, it is not necessary to suspension rod is installed and just can reach the effect of damping; Economized out the upper space between outer barrel 2 and housing 1 sidewall, in order to memory unit 9 is set.
Embodiment nine
As shown in Figure 7, in the present embodiment, the inwall of interior bucket 3 is axially arranged with multiple lifting rib 35, when interior bucket 3 rotates, lifting rib 35 can stir current, or drives shoes motion, increases shoes and brush upset in water, shoes are multi-faceted with brush 5 contacts friction, completes the comprehensive cleaning of shoes. Multiple spherical projection 36 it is provided with inside interior drum head 33; When interior bucket 3 rotates, spherical projection 36 1 aspect can stir current, on the other hand can also with shoes mantle friction, shoes are carried out, lifting rib 35 and protruding 36 both can stir current, also can increase and the friction of shoes outer surface, improve clean result further. When just starting particularly in interior bucket 3, washings have the inertia remained stationary, interior bucket 3 rotates, the interior lifting rib 35 of bucket 3 sidewall and the hemisphere jut 7 of bottom can stir current, washings are allowed to move in interior bucket 3, the sidewall of interior bucket and bottom are provided with dewatering hole 34, and in wherein, dewatering hole 34 diameter of drum head 33 is more than dewatering hole 34 diameter of sidewall. Owing to cleaning shoes, the fouls such as sole is easily mingled with the silt that some are big, stone, the fouls such as bottom adopts big dewatering hole 34, makes the silt that these are big, stone enter outer barrel 2 easily, finally discharge, will not remain in interior bucket 3.
Interior bucket 3 is internal is provided with multiple brush 5 that can be freely movable, brush 5 is spherical brush, spherical brush resistance is little can with current freely-movable in water, brush and shoes friction, shoes can being carried out, freely movable brush 5 is flexible contact with shoes surface, weares and teares less, and do not have numeral and the situation of shoes surface dry grinding when dehydration, reduce the abrasion to shoes further. The described density of brush 5 and the density of water are close, and can suspend in water, with motion freely activity in water of current, shoes can be carried out omnibearing cleaning.
Described brush 5 is the baton round of hollow, surface configuration bristle, and central hollow to seal; Solid wooden shot can also be adopted to make, surface configuration bristle. Bristle height is not less than 5mm. 5-20 brush ball is placed in washing every time; Preferably 12.
Brush 5 is divided into multiple models not of uniform size, less brush 5 can enter the inside of shoes in water with current freely-movable, the inside of shoes is carried out, the outer surface of shoes is carried out by bigger brush water with current freely-movable, so can to the inside and outside omnibearing cleaning of shoes.
The above is only presently preferred embodiments of the present invention, not the present invention is done any pro forma restriction, although the present invention is disclosed above with preferred embodiment, but it is not limited to the present invention, any technical staff being familiar with this patent is without departing within the scope of technical solution of the present invention, when the technology contents of available above-mentioned prompting is made a little change or is modified to the Equivalent embodiments of equivalent variations, in every case it is the content without departing from technical solution of the present invention, according to any simple modification that above example is made by the technical spirit of the present invention, equivalent variations and modification, all still fall within the scope of the present invention program.
Claims (10)
1. a wash mill, including, outer barrel (2), interior bucket (3) and motor (4); It is characterized in that: outer barrel (2), interior bucket (3) and motor (4) are coaxially vertically arranged; Outer drum head (21) center is inwardly recessed inverted first groove (22) of formation from outside, and described motor (4) is at least partially disposed in the first groove (22); Interior drum head (33) center is inwardly recessed inverted second groove (31) of formation from outside, and described first groove (22) is at least partially disposed in the second groove (31).
2. want a kind of wash mill described in 1 according to right, it is characterised in that between motor (4) and outer drum head (21), be provided with installing plate (6); Center formation protruding upward first protuberance (61) of installing plate (6), the upper surface of the first protuberance (61) fits with the inwall of the first groove (22) and contacts; Described motor (4) is at least partially disposed in the middle vacancy of the first protuberance (61); Preferably, the upper surface of motor (4) fits with the upper surface of the first protuberance (61) and contacts.
3. want a kind of wash mill described in 2 according to right, it is characterised in that between interior drum head (33) and outer drum head (21), be provided with reinforcement plate (7); Strengthening center formation protruding upward second protuberance (73) of plate (7), the upper surface of the second protuberance (73) fits with the inwall of the second groove (31) and contacts; Described first groove (21) is at least partially disposed in the middle vacancy of the second protuberance (73);
Preferably, the middle vacancy of the second protuberance (73) is located in the upper surface of the first groove (21).
4. want a kind of wash mill described in 3 according to right, it is characterised in that the upper surface of reinforcement plate (7) fits with interior drum head (33) lower surface and contacts, strengthen plate (7) and be fixedly mounted on interior drum head (33).
5. want a kind of wash mill described in 4 according to right, it is characterized in that, interior drum head (33) is provided with projection (36) protruding upward, the upper surface of protruding (36) is smooth surface, and the lower surface of protruding (36) is provided with screwed hole that extend, that install for reinforcement plate (7) to lobed interior.
6. want 1 to 5 arbitrary described a kind of wash mill according to right, it is characterized in that, described motor (4) includes rotor (42) and stator (43), stator (43) includes stator body (431) in the form of a ring, the hollow bulb of stator body (431) is provided with bearing holder (housing, cover) (44), is provided with mean for the bearing that output shaft (41) is installed in bearing holder (housing, cover) (44); Fit with the upper surface of the first groove (22) and contact in the upper surface of stator (43).
7. want a kind of wash mill described in 6 according to right, it is characterised in that stator body (431) is at least partially disposed in the first groove (22).
8. want a kind of wash mill described in 7 according to right, it is characterized in that, the upper end of output shaft (41) is provided with mounting disc (411), described mounting disc (411) level is located between interior drum head (33) and outer drum head (21), and the upper side of mounting disc (411) and the second groove (33) upper surface fit between contact, downside and the first groove (22) upper surface at a distance of certain assemblage gap.
9. want 1 to 8 arbitrary described a kind of wash mill according to right, it is characterized in that, motor (4) is all located in the first groove (22), makes the lower surface of motor (4) arrange higher than outer barrel bottom with the lower surface of outer barrel bottom flush or motor (4).
10. a wash mill, it is characterized in that: the wash mill as described in as arbitrary in the claims 1 to 9, the interior bucket (3) of wash mill is internal is provided with multiple brush (5) that can be freely movable, brush (5) is in rotary moving with interior bucket (3), and the article in internal bucket (3) are scrubbed.
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CN107131286A (en) * | 2017-06-29 | 2017-09-05 | 佛山市威灵洗涤电机制造有限公司 | Driving member mounting structure and household electrical appliance |
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CN109728674A (en) * | 2017-10-27 | 2019-05-07 | 青岛海尔滚筒洗衣机有限公司 | A kind of novel DD motor and washing machine |
CN110863326A (en) * | 2018-08-27 | 2020-03-06 | 青岛海尔滚筒洗衣机有限公司 | Driving device for washing machine |
JP2020096759A (en) * | 2018-12-19 | 2020-06-25 | 株式会社ケーアイ | Washing machine |
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JP7161193B2 (en) | 2018-12-19 | 2022-10-26 | 株式会社ケーアイ | washing machine |
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