CN207462040U - Portable electric shoe cleaner - Google Patents

Abstract

The utility model discloses a kind of Portable electric shoe cleaners, the swivel head of the Portable electric shoe cleaner is rotatablely connected with handle, swivel head includes multiple brush wheels, each brush wheel is connect with a driven gear, driving gear is only engaged with one of driven gear, swivel head is rotated to exchange the position of multiple driven gears, so as to replace the driven gear engaged with driving gear, driver drives driving gear rotates, the driven gear rotation that driving gear drive engages, cleaning is carried out so as to which the brush wheel being connect with the driven gear be driven to rotate.The utility model can be time saving and energy saving and easy to use.

Description

Portable electric shoe cleaner

Technical field

The utility model is related to shoe-cleaning machine field, more particularly to a kind of Portable electric shoe cleaner.

Background technology

As people increasingly pay attention to itself clean and tidy custom, although therefore work is busy, daily must to leather shoes into Row dedusting is polished, polishes and is conserved, therefore occurs a variety of automatic shoe polishers on the market, to carry out cleaning to leather shoes.

There was only a kind of brush wheel of function on existing shoe-cleaning machine, for example, only dedusting brush wheel, when finishing it to leather shoes dedusting Afterwards, when needing to cleaning and polishing leather shoes, if using the shoe-cleaning machine that cannot replace brush wheel, a polishing-shoes polished can only be changed Machine after wiping oil, and can only change polishing shoe-cleaning machine；If the shoe-cleaning machine of brush wheel can be replaced by using, need first remove Dirt brush wheel unloads, then installs brush wheel of polishing, and when need polishing, and the brush wheel that can only will polish unloads, then installs polish brush Wheel etc..

In the shoe-cleaning machine that brush wheel cannot be replaced, each brush wheel is required for the components such as a set of driving mechanism, handle, can cause to provide The waste in source.And during replacing the use of the shoe-cleaning machine of brush wheel, time and effort consuming is removed and installed, is caused inconvenient to use.

Utility model content

The utility model provides a kind of Portable electric shoe cleaner, can solve time and effort consuming of the existing technology, make The problem of with inconvenience.

In order to solve the above technical problems, the technical solution that the utility model uses is：A kind of portable electric is provided Shoe-cleaning machine, the Portable electric shoe cleaner include swivel head, driving mechanism and handle；The swivel head is rotated with the handle Connection, the swivel head include multiple brush wheels, multiple driven gears and a driven gear bearing, and the brush wheel is clear for carrying out Clean work；The quantity of the driven gear is consistent with the quantity of the brush wheel, each brush wheel with a driven tooth Wheel connection, the multiple driven gear may be rotatably mounted on the driven gear bearing, so as to fixed multiple driven tooths Position between wheel；The driving mechanism includes driver and driving gear, and the driver is fixed on the handle, described Driving gear is connect with the driver；The driving gear is only engaged with driven gear one of them described, rotates the rotation Rotary head is to exchange the position of the multiple driven gear, so as to replace the driven gear engaged with the driving gear, the drive The dynamic device drive driving gear rotation, the driven gear rotation that the driving gear drive engages, so as to drive with being somebody's turn to do The brush wheel of driven gear connection rotates and carries out cleaning.

Wherein, the swivel head further includes brush wheel bearing, and the brush wheel bearing is fixedly connected with the driven gear bearing； The multiple brush wheel may be rotatably mounted on the brush wheel bearing, with the relative position between the multiple brush wheel of fixation.

Wherein, the swivel head further includes rotating base, and the rotating base is fixedly connected with the driven gear bearing, The center of the rotating base is equipped with rotary shaft, and the rotary shaft is hollow rotary shaft；The end of the handle is fixed with cover, The cover center is equipped with straight slot；The rotary shaft is inserted into the straight slot and connects the rotating base and cover rotation It connects；The driving gear includes driving tooth wheel disc and driving gear shaft, and driving tooth wheel disc is located at the side of the cover, driving tooth Wheel shaft is then worn to the opposite side of cover from the straight slot and is connect with the driver, and driving tooth wheel disc then passes through the rotary shaft And it is engaged with the driven gear.

Wherein, the swivel head further includes swivelling cover, and the swivelling cover lid is closed on the rotating base, the swivelling cover An accommodating space is formed between the rotating base, the brush wheel bearing, driven gear bearing and the driven gear are pacified In the accommodating space, the swivelling cover is fixedly connected with the brush wheel bearing, and multiple peaces are provided on the swivelling cover Through-hole is filled, the installation through-hole is used to install the brush wheel；The brush of the brush wheel and the axostylus axostyle for being arranged on the brush side, The brush is located at outside the swivelling cover, and the axostylus axostyle passes through the installation through-hole to connect with the driven gear in the accommodating space It connects.

Wherein, the rotating base is equipped with and stops payment hole, and the cover, which is equipped with, stops payment salient point, the hole and described of stopping payment Salient point is stopped payment to cooperate to position the swivel head.

Wherein, it is described stop payment hole and it is described stop payment there are three salient point is all provided with, described three are stopped payment hole in equilateral triangle point Cloth is stopped payment salient point for described three and is distributed in equilateral triangle.

Wherein, which is characterized in that the quantity of the brush wheel is three, and one is bristle brush wheel, and one is polishing wheel, another It is taken turns for waxing.

Wherein, three brush wheels are distributed in equilateral triangle, and the driving gear is arranged in the equilateral triangle, and institute State the off(-)center of driving gear and the equilateral triangle.

Wherein, one end that the handle is connect with swivel head is bent relative to the other end, and the angle formed after bending is Obtuse angle.

Wherein, the both sides of the handle are additionally provided with depressed area, in order to hold.

The beneficial effects of the utility model are：Be different from the situation of the prior art, the utility model by by swivel head and Handle is rotatablely connected, and adjusts the position of driven gear by rotating swivel head, so as to exchange engaged with driving gear from Moving gear so as to fulfill different brush wheels is selected to carry out cleaning, without replacing shoe polisher, does not also need to change brush wheel, saves Resource, while save the time spent by disassembly and installation brush wheel and strength.

Description of the drawings

It is required in being described below to embodiment in order to illustrate more clearly of the technical scheme in the embodiment of the utility model Attached drawing to be used is briefly described, it should be apparent that, the accompanying drawings in the following description is only some realities of the utility model Example is applied, it for those of ordinary skill in the art, without creative efforts, can also be according to these attached drawings Obtain other attached drawings.

Fig. 1 is the positive structure schematic of the utility model Portable electric shoe cleaner embodiment；

Fig. 2 is the structure schematic diagram of the utility model Portable electric shoe cleaner embodiment；

Fig. 3 is the side structure schematic diagram of the utility model Portable electric shoe cleaner embodiment；

Fig. 4 is the face structure schematic diagram of the utility model Portable electric shoe cleaner embodiment；

Fig. 5 is the structure diagram of swivel head embodiment in the utility model Portable electric shoe cleaner；

Fig. 6 is the structure diagram of handpiece embodiment in the utility model Portable electric shoe cleaner；

Fig. 7 is the explosive view of the utility model Portable electric shoe cleaner；

Fig. 8 is the position relationship of driving gear and driven gear in the utility model Portable electric shoe cleaner embodiment Figure；

Fig. 9 is the structure diagram of brush wheel back side embodiment in the utility model Portable electric shoe cleaner；

Figure 10 is the structure diagram of the side embodiment of brush wheel bearing in the utility model Portable electric shoe cleaner；

Figure 11 is the structure diagram of the opposite side embodiment of brush wheel bearing in the utility model Portable electric shoe cleaner；

Figure 12 is the schematic diagram after brush wheel is connected with brush wheel bearing in the utility model Portable electric shoe cleaner embodiment；

Figure 13 is the structure diagram of driven gear side in the utility model Portable electric shoe cleaner embodiment；

Figure 14 is the structure diagram of driven gear opposite side in the utility model Portable electric shoe cleaner embodiment；

Figure 15 is the structure diagram of driven gear bearing side in the utility model Portable electric shoe cleaner embodiment；

Figure 16 is the structural representation of driven gear bearing opposite side in the utility model Portable electric shoe cleaner embodiment Figure；

Figure 17 is that driven gear is assemblied on driven gear bearing in the utility model Portable electric shoe cleaner embodiment Structure diagram；

Figure 18 is the structure diagram of rotating base side in the utility model Portable electric shoe cleaner embodiment；

Figure 19 is the structure diagram of rotating base opposite side in the utility model Portable electric shoe cleaner embodiment；

Figure 20 is the structure diagram of cover in the utility model Portable electric shoe cleaner embodiment；

Figure 21 is the structure diagram of driving gear in the utility model Portable electric shoe cleaner embodiment；

Figure 22 is the structure diagram of swivelling cover side in the utility model Portable electric shoe cleaner embodiment；

Figure 23 is the structure diagram of swivelling cover opposite side in the utility model Portable electric shoe cleaner embodiment；

Figure 24 is the assembly flow charts of the utility model Portable electric shoe cleaner embodiment.

Specific embodiment

The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out It clearly and completely describes, it is clear that described embodiment is only the part of the embodiment rather than whole of the utility model Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are without making creative work The all other embodiment obtained, shall fall within the protection scope of the present invention.

It please refers to Fig.1 to Fig. 7, Fig. 1 is the positive structure schematic of the utility model Portable electric shoe cleaner embodiment. Fig. 2 is the structure schematic diagram of the utility model Portable electric shoe cleaner embodiment.Fig. 3 is the utility model portable electric The side structure schematic diagram of dynamic shoe-cleaning machine embodiment.Fig. 4 is the working face of the utility model Portable electric shoe cleaner embodiment Structure diagram.Fig. 5 is the structure diagram of swivel head embodiment in the utility model Portable electric shoe cleaner.Fig. 6 is this The structure diagram of handpiece embodiment in utility model Portable electric shoe cleaner.Fig. 7 is that the utility model portable electric is wiped The explosive view of shoe machine.

Portable electric shoe cleaner provided by the utility model includes swivel head 1, driving mechanism 2 and handle 3.

Specifically, swivel head 1 is rotatablely connected with handle 3, swivel head 1 can rotate freely clockwise or counter-clockwise. In one embodiment, to be detachably connected between swivel head 1 and handle 3.

Swivel head 1 include multiple brush wheels 10,11 and one driven gear bearing 12 of multiple driven gears, brush wheel 10 be used for into Row cleaning.

For example, in the present embodiment, there are three brush wheels 10, the function of three brush wheels 10 is different, for example, one is Bristle brush wheel 101, for removing dirty (dust) on leather shoes；One is polishing wheel 102, for upper shoe polish and polishing；Another 103 are taken turns for waxing, for waxing leather shoes.

The quantity of driven gear 11 is consistent with the quantity of brush wheel 10, and in the present embodiment, there are three driven gears 11.

Each brush wheel 10 is connect with a driven gear 11, and multiple driven gears 11 may be rotatably mounted at driven gear branch On seat 12, so as to the position between fixed multiple driven gears 11.

Driving mechanism 2 includes driver 20 and driving gear 21, and driver 20 fixes on the handle 3, driving gear 21 with Driver 20 connects.Specifically, the driver 20 in the present embodiment is variable speed driver, and certainly, which can also be it Its common driver 20.

Driving gear 21 is only engaged with one of driven gear 11, rotates swivel head 1 to exchange multiple driven gears 11 Position, so as to replace the driven gear 11 engaged with driving gear 21.Driver 20 drives driving gear 21 to rotate, driving tooth Wheel 21 drives the driven gear 11 engaged to rotate, and is carried out so as to which the brush wheel 10 being connect with the driven gear 11 be driven to rotate Cleaning.

When the brush wheel 10 of certain function is needed to work, rotation swivel head 1 goes to the brush wheel 10 and driving gear At the position of 21 engagements, so as to which the brush wheel 10 that driving gear 21 is made to drive the engagement rotates, so as to be cleaned.Therefore it is worked Cheng Zhong only works there are one brush wheel 10, other two brush wheel 10 does not rotate.

The prior art is different from, the utility model passes through rotation rotation by the way that swivel head 1 and handle 3 are rotatablely connected First 1 adjusts the position of driven gear 11, so as to exchanging the driven gear 11 engaged with driving gear 21, so as to fulfill selection not Cleaning is carried out with brush wheel 10, without replacing shoe polisher, brush wheel 10 is not needed to change yet, saves resource, save simultaneously Disassemble and install the time spent by brush wheel 10 and strength.

Specifically, please referring in the present embodiment, three brush wheels 10 are distributed in equilateral triangle, therefore driven gear 11 is also in Equilateral triangle is distributed, and driving gear 21 is arranged in equilateral triangle, and the off(-)center of driving gear 21 and equilateral triangle, is such as schemed Shown in 8, Fig. 8 is the location diagram of driving gear and driven gear in the utility model Portable electric shoe cleaner embodiment.

Please continue to refer to Fig. 7, in the present embodiment, driving mechanism 2 further includes battery 22, and battery 22 is arranged in handle 3, electricity Pond 22 is connect with driver 20.The end of handle 3 is equipped with power source charges seat 30, and power source charges seat 30 connect with battery 22, is used for It charges to battery 22.

Power knob 31 is additionally provided on handle 3, for controlling the unlatching of the Portable electric shoe cleaner or stopping.Handle 3 both sides are additionally provided with depressed area 32, and the depressed area 32 in the present embodiment is in similar ellipticity, which meets ergonomics, from And it more preferably more comfortably can more easily hold.

Swivel head 1 further includes brush wheel bearing 14, and brush wheel bearing 14 is fixedly connected with driven gear bearing 12, multiple brush wheels 10 It may be rotatably mounted on brush wheel bearing 14, with the relative position between the multiple brush wheels 10 of fixation.

Fig. 9, Figure 10, Figure 11 and Figure 12 are please referred to, Fig. 9 is that the brush wheel back side is real in the utility model Portable electric shoe cleaner Apply the structure diagram of example.Figure 10 is the structure of the side embodiment of brush wheel bearing in the utility model Portable electric shoe cleaner Schematic diagram.Figure 11 is the structure diagram of the opposite side embodiment of brush wheel bearing in the utility model Portable electric shoe cleaner. Figure 12 is the schematic diagram after brush wheel is connected with brush wheel bearing in the utility model Portable electric shoe cleaner embodiment.Figure 13 is this The structure diagram of driven gear side in utility model Portable electric shoe cleaner embodiment.Figure 14 is that the utility model is portable The structure diagram of driven gear opposite side in formula electric shoe polishing machine embodiment.Figure 15 is the utility model portable electric shoes cleaning The structure diagram of driven gear bearing side in machine embodiment.Figure 16 is the utility model Portable electric shoe cleaner embodiment The structure diagram of middle driven gear bearing opposite side.Figure 17 is driven in the utility model Portable electric shoe cleaner embodiment Gear is assemblied in the structure diagram on driven gear bearing.

In the present embodiment, the connection between brush wheel 10 and brush wheel bearing 14 is as follows：

Brush wheel 10 includes the brush 104 being connected with each other and axostylus axostyle 105.Brush wheel bearing 14 is equipped with multiple brush wheel positioning shaft holes 140, axostylus axostyle 105 passes through brush wheel positioning shaft hole 140 and is connect with driven gear 11.

In order to make the connection between brush wheel 10 and brush wheel bearing 14 more firm, barb 1050 is equipped in the end of axostylus axostyle 105, After axostylus axostyle 105 passes through brush wheel positioning shaft hole 140, barb 1050 is stuck on brush wheel bearing 14, so as to limit brush wheel 10 in brush wheel On bearing 14.

Wherein, there are many connection modes between brush wheel bearing 14 and driven gear bearing 12, for example, buckle, bonding or Screw connection etc..

In the present embodiment, it is connected by a snap between brush wheel bearing 14 and driven gear bearing 12.Specifically, brush wheel bearing 14 periphery is equipped with the first grab 141, and jack 142 is equipped among brush wheel bearing 14, and the inner wall of jack 142 is equipped with hole key boss 143。

Driven gear bearing 12 is equipped with the first chuck 120, is equipped among the side of driven gear bearing 12 and inserts axis 121, It inserts axis 121 and is equipped with keyway 122.

During installation, the first grab 141 and the mutual cooperation of the first chuck 120 are attached, and are inserted axis 121 and are passed through jack 142, and And hole key boss 143 and keyway 122 are mutually clamped connection.

Wherein, the first grab 141 can be set multiple, for example, 3,6 or 9 etc., the first card in the present embodiment Hook 141 has 3, and is uniformly distributed on brush wheel bearing 14.Hole key boss page 143 in jack 142 can set multiple, this reality The hole key boss 143 applied in example has 3, and be evenly distributed in jack.

The cooperation of first chuck 120 and the first grab 141 links together brush wheel bearing 14 and driven gear bearing 12. The cooperation of hole key boss 143 and keyway 122 can then prevent 14 sky of brush wheel bearing from trackslipping so that brush wheel bearing 14 and driven gear branch The connection of seat 12 is more firm.

Specifically, the driven gear 11 of the present embodiment includes driven tooth wheel disc 110 and driven gear axostylus axostyle 111.It is driven Gear support 12 is equipped with multiple driven gear positioning shaft holes 123, and driven tooth wheel disc 110 is respectively positioned on the same of driven gear bearing 12 Side, driven gear axostylus axostyle 111 pass through driven gear positioning shaft hole 123 and with the brush wheel positioned at 12 opposite side of driven gear bearing 10 connections.

Driven gear axostylus axostyle 111 include be connected with each other first 1110 and second 1111, first 1110 with it is driven Toothed disc 110 connects, and first 1110 one end far from driven tooth wheel disc 110 is equipped with the second grab 1112 outwardly protruded.From Moving gear positioning shaft hole 123 is equipped with the second inwardly projecting chuck 124.Wherein, on each driven gear 11 of the present embodiment There are three second grabs 1112, this three the second grabs 1112 are evenly distributed on first 1110.

Connection mode between driven gear 11 and driven gear bearing 12 is as follows：Driven gear axostylus axostyle 111 passes through driven After gear positioning shaft hole 123, the second grab 1112 and the second chuck 124 are mutually clamped thus by driven gear 11 and driven gear Bearing 12 is attached.

And the connection mode between brush wheel 10 and driven gear 11 is then：The outer surface of second 1111 is equipped with axle key 1113, the axostylus axostyle 105 of brush wheel 10 is hollow axostyle, and 105 inner surface of axostylus axostyle is additionally provided with axostylus axostyle keyway 1051.Axostylus axostyle keyway 1051 with Brush wheel 10 and driven gear 11 are attached by the cooperation between the axle key 1113 of driven gear 11, can make driven gear 11 and brush Combination between wheel 10 is more stable, conducive to being steadily driven.

Specifically, it in the present embodiment, is set on second 1111 of a driven gear 11 there are three axle key 1113, this three Axle key 1113 is evenly distributed on second 1111, and three axostylus axostyle keyways 1051 are correspondingly provided in axostylus axostyle 105, and this three Axostylus axostyle keyway 1051 is uniformly distributed.

In one embodiment, swivel head 1 further includes rotating base 15, and as shown in Figure 18, Figure 19 and Figure 20, Figure 18 is this The structure diagram of rotating base side in utility model Portable electric shoe cleaner embodiment.Figure 19 is that the utility model is portable The structure diagram of rotating base opposite side in formula electric shoe polishing machine embodiment.Figure 20 is the utility model portable electric shoes cleaning The structure diagram of cover in machine embodiment.Rotating base 15 is fixedly connected with driven gear bearing 12, in rotating base 15 The heart is equipped with rotary shaft 150, and rotary shaft 150 is hollow rotary shaft.The end of handle 3 is fixed with cover 33, and 33 center of cover is equipped with Straight slot 330.Rotary shaft 150 is inserted into straight slot 330 and is rotatablely connected rotating base 15 and cover 33.

As shown in figure 21, Figure 21 is the structural representation of driving gear in the utility model Portable electric shoe cleaner embodiment Figure.Driving gear 21 includes driving tooth wheel disc 210 and driving gear shaft 211, and driving tooth wheel disc 210 is located at the side of cover 33, Driving gear shaft 211 is then worn to the opposite side of cover 33 from straight slot 330 and is connect with driver 20, and driving tooth wheel disc 210 is then worn It crosses rotary shaft 150 and is engaged with driven gear 11.

Specifically, the connection between rotating base 15 and driven gear bearing 12 is as follows：Rotating base 15 is equipped with third Grab 151, driven gear bearing 12 be equipped with clamping piece 125, by third grab 151 and clamping piece 125 between engaging with Rotating base 15 and driven gear bearing 12 are connected.Third grab 151 on rotating base 15 can set it is multiple, for example, 3 It is a, 6 or 9, the rotating base 15 of the present embodiment is equipped with 9 third grabs 151.In one embodiment, Duo Ge Three grabs 151 are evenly distributed on rotating base 15.

On rotating base 15, corresponding to being additionally provided with accommodating slot 152 at the position of driven gear positioning shaft hole 123.It is driven Protruding shaft 112 is convexed to form relative to the opposite side of driven gear axostylus axostyle 111, during installation, protruding shaft 112 is mounted on toothed disc 110 In accommodating slot 152, to fix the position of driven gear 11, so as to prevent 11 wallowing motion of driven gear.

Figure 22 and Figure 23 are please referred to, Figure 22 is swivelling cover side in the utility model Portable electric shoe cleaner embodiment Structure diagram.Figure 23 is the structure diagram of swivelling cover opposite side in the utility model Portable electric shoe cleaner embodiment. In the present embodiment, swivel head 1 further includes swivelling cover 16, and the lid of swivelling cover 16 is closed on rotating base 15, swivelling cover 16 and rotation bottom An accommodating space is formed between seat 15, brush wheel bearing 14, driven gear bearing 12 and driven gear 11 are installed in accommodating space It is interior, to protect the structural members such as brush wheel bearing 14, driven gear bearing 12 and driven gear 11.Swivelling cover 16 is solid with brush wheel bearing 14 It is fixed to connect, multiple installation through-holes 160 are provided on swivelling cover 16, installation through-hole 160 is used to install brush wheel 10.Wherein, brush wheel 10 Brush 104 be located at outside swivelling cover 16, axostylus axostyle 105 is connect across installation through-hole 160 with the driven gear 11 in accommodating space.

There are many connection modes between swivelling cover 16 and brush wheel bearing 14, for example, clamping, bonding etc., for example, this In embodiment, the inner wall of installation through-hole 160 is equipped with inwardly projecting third chuck 161, and third chuck 161 is connected to brush wheel branch On seat 14.Specifically, third chuck 161 can be set multiple, such as 2,3,6 or 9, the third in the present embodiment Chuck 161 is equipped with 3, and is separately positioned in three installation through-holes 160.

In one embodiment, in order to further fix the relative position between swivelling cover 16 and brush wheel bearing 14, brush wheel Limiting keyway 144 is additionally provided on bearing 14, is additionally provided with retaining convex rib 162 in swivelling cover 16, retaining convex rib 162 is stuck in limiting keyway In 144, to limit the relative position of swivelling cover 16 and brush wheel bearing 14.In the present embodiment, brush wheel bearing 14 is equipped with 3 limitings Keyway 144,3 limiting keyways 144 are evenly distributed on brush wheel bearing 14.It is understood that in some other embodiment In, the quantity of the limiting keyway 144 on brush wheel bearing 14 can be 2,3,6 or 9 etc..

The rotating base 15 of the present embodiment, which is equipped with, stops payment hole 153, and cover 33 is equipped with and stops payment salient point 331, stops payment hole 153 It cooperates with salient point 331 is stopped payment to be positioned to swivel head 1, swivel head 1 rotates during so as to prevent work.

Specifically, it stops payment hole 153 and stops payment there are three salient point 331 is all provided with, three are stopped payment hole 153 in equilateral triangle point Cloth is stopped payment salient point 331 for three and is distributed in equilateral triangle.

When use, swivel head 1 need to only be rotated clockwise or counter-clockwise 120 ° of i.e. changeable brush wheels 10 by user, The required brush wheel 10 used is turned on working position.When brush wheel 10 is rotated to working position, can send out " clickly " sound, it prompts The brush wheel 10 of rotation has been on working position, also, the automatic clamping lock of the meeting of swivel head 1, for example, by stopping payment hole 153 and payment The cooperation of salient point 331 carrys out clamping lock.No matter which kind of brush wheel 10 is started, and equal flicking power knob 31 starts.

Handle 3 is bent with one end that swivel head 1 is connect relative to the other end, and the angle formed after bending is obtuse angle, is made It must operate more convenient.The location of driven gear 11 engaged with driving gear 21 is working position, in the present embodiment, work Position is arranged on the position farthest apart from the end of handle 3 of swivel head 1, so as to further facilitate operation.

There are many assembly technologies of the utility model, below with one of embodiment to the assembly technology of the utility model It is described：

As shown in figure 23, Figure 23 is the assembly flow charts of the utility model Portable electric shoe cleaner embodiment.This implementation The assembly technology of the Portable electric shoe cleaner of example includes the following steps：

S101, driven gear 11 is mounted on driven gear bearing 12.

Specifically, the driven gear on driven gear bearing 12 is passed through to determine the driven gear axostylus axostyle 111 of driven gear 11 Driven gear 11 is installed in driven gear bearing 12 by position axis hole 123, the engaging with the second chuck 124 of the second grab 1112 On.

S102, rotating base 15 is mounted on driven gear bearing 12.

Specifically, rotating base 15 is covered in the side that driven gear 11 is set on driven gear bearing 12, and will Third grab 151 is fastened on clamping piece 125, so as to which rotating base 15 is fixed on driven gear bearing 12.

S103, brush wheel bearing 14 is mounted on driven gear bearing 12.

In step S103, by the first grab 141 of brush wheel bearing 14 and 120 phase of the first chuck on driven gear bearing 12 Mutually engaging, so as to which brush wheel bearing 14 is mounted on driven gear bearing 12.

S104, swivelling cover 16 is mounted on brush wheel bearing 14.

Swivelling cover 16 is covered above the component formed after step S103, is pressed down, by third chuck 161 by swivelling cover 16 are stuck on brush wheel bearing 14, so as to form swivel head 1.

S105, swivel head 1 is installed on the handle 3, so as to complete the assembling of the utility model Portable electric shoe cleaner.

The straight slot 330 rotary shaft 150 of rotating base 15 being inserted into the cover 15 of handle 3, by 1 company of rotation of swivel head Connect on the handle 3, meanwhile, the driving tooth wheel disc 210 of driving gear 21 passed through from rotary shaft 150 and on driven gear bearing 12 A driven gear 11 engage.

In conclusion the utility model can adjust the position of driven gear 11 by rotating swivel head 1, so as to exchange with The driven gear 11 that driving gear 21 engages, so as to fulfill different brush wheels 10 is selected to carry out cleaning, without replacing polishing-shoes Device does not need to change brush wheel 10 yet, saves resource, while saves the time spent by disassembly and installation brush wheel 10 and strength.

The foregoing is merely the embodiments of the utility model, and it does not limit the scope of the patent of the present invention, all It is equivalent structure or equivalent flow shift made based on the specification and figures of the utility model, directly or indirectly uses In other related technical areas, it is equally included in the patent within the scope of the utility model.

Claims (10)

1. a kind of Portable electric shoe cleaner, which is characterized in that the Portable electric shoe cleaner includes swivel head, driving mechanism And handle；

The swivel head and the handle are rotatablely connected, the swivel head include multiple brush wheels, multiple driven gears and one from Moving teeth wheeling support, the brush wheel are used to carry out cleaning；The quantity of the driven gear is consistent with the quantity of the brush wheel, often A brush wheel is connect with a driven gear, and the multiple driven gear may be rotatably mounted at the driven gear branch On seat, so as to the position between fixed multiple driven gears；

The driving mechanism includes driver and driving gear, and the driver is fixed on the handle, the driving gear It is connect with the driver；

The driving gear is only engaged with driven gear one of them described, and it is the multiple driven to exchange to rotate the swivel head The position of gear, so as to replace the driven gear engaged with the driving gear, driving tooth described in the driver drives rotates Driven gear rotation dynamic, that the driving gear drive engages, so as to drive the brush wheel being connect with the driven gear It rotates and carries out cleaning.

2. Portable electric shoe cleaner according to claim 1, which is characterized in that the swivel head further includes brush wheel branch Seat, the brush wheel bearing are fixedly connected with the driven gear bearing；

The multiple brush wheel may be rotatably mounted on the brush wheel bearing, with the relative position between the multiple brush wheel of fixation.

3. Portable electric shoe cleaner according to claim 2, which is characterized in that the swivel head further includes rotation bottom Seat, the rotating base are fixedly connected with the driven gear bearing, and the center of the rotating base is equipped with rotary shaft, the rotation Shaft is hollow rotary shaft；

The end of the handle is fixed with cover, and the cover center is equipped with straight slot；

The rotary shaft is inserted into the straight slot and is rotatablely connected the rotating base and the cover；

The driving gear includes driving tooth wheel disc and driving gear shaft, and driving tooth wheel disc is located at the side of the cover, actively Gear shaft is then worn to the opposite side of cover from the straight slot and is connect with the driver, and driving tooth wheel disc then passes through the rotation Axis and engaged with the driven gear.

4. Portable electric shoe cleaner according to claim 3, which is characterized in that the swivel head further includes swivelling cover, The swivelling cover lid is closed on the rotating base, and an accommodating space, institute are formed between the swivelling cover and the rotating base Brush wheel bearing, driven gear bearing and the driven gear is stated to be installed in the accommodating space, the swivelling cover with it is described Brush wheel bearing is fixedly connected, and multiple installation through-holes are provided on the swivelling cover, and the installation through-hole is used to install the brush wheel；

The brush of the brush wheel and the axostylus axostyle for being arranged on the brush side, the brush are located at outside the swivelling cover, the axis Bar is connect across the installation through-hole with the driven gear in the accommodating space.

5. Portable electric shoe cleaner according to claim 4, which is characterized in that the rotating base is equipped with and stops payment Hole, the cover are equipped with and stop payment salient point, described to stop payment hole and the salient point of stopping payment cooperates to carry out the swivel head Positioning.

6. Portable electric shoe cleaner according to claim 5, which is characterized in that described to stop payment hole and described stop payment salient point It there are three being all provided with, stops payment hole for described three and is distributed in equilateral triangle, stop payment salient point for described three and be distributed in equilateral triangle.

7. Portable electric shoe cleaner according to any one of claims 1 to 6, which is characterized in that the quantity of the brush wheel It it is three, one is bristle brush wheel, and one is polishing wheel, another takes turns for waxing.

8. Portable electric shoe cleaner according to claim 7, which is characterized in that three brush wheels are in equilateral triangle point Cloth, the driving gear are arranged in the equilateral triangle, and the off(-)center of the driving gear and the equilateral triangle.

9. Portable electric shoe cleaner according to claim 8, which is characterized in that the handle connect with swivel head one End is bent relative to the other end, and the angle formed after bending is obtuse angle.

10. Portable electric shoe cleaner according to claim 9, which is characterized in that the both sides of the handle are additionally provided with recessed Area is fallen into, in order to hold.