CN209269631U - A kind of all automatic shoes washer - Google Patents

Abstract

The utility model relates to shoe washing machine technical field, especially a kind of all automatic shoes washer, including shell, outer cylinder, rotating cage and several brush rolls, the shell is interior to be equipped with outer cylinder, is equipped with rotatable rotating cage in outer cylinder；The brush roll is arranged inside rotating cage, it is characterised in that: is respectively equipped with dress welt on the outer cylinder and takes welt, dress welt is equipped with dress shoes door, takes welt to be equipped with and takes shoes door；The rotating cage is in cylindrical shape, and rotating cage cylindrical body is equipped at least one dress and takes door.The utility model solves under existing operating technology shoe washing machine because washing and drying are to separate and/or shoes fill and are taken as the same loading hatch, shoes circulation is easily caused to lead to the problem of secondary pollution in the process, can also solve all automatic shoes washer equipped with brush roll be dehydrated, drying operation when brush roll rotate together, it is easy to cause the problem of brush roll damage, vamp and brush roll being seriously worn, and is able to solve the problem of uniformly being dried to shoes.

Description

A kind of all automatic shoes washer

Technical field

The utility model relates to full-automatic shoe washing machine technical field, especially a kind of all automatic shoes washer.

Background technique

Household shoe washing machine is now generally all used in cleaning of the cleaning shop of the industries such as pharmacy, electronics as toilet's footware Or industrial shoe washing machine is cleaned, and since the structure of common shoe washing machine is not thorough the physical cleaning of shoes, and is washed and is dried It is dry be it is separated, easily cause circulation during generate secondary pollution.

CN106137090A discloses a kind of full-automatic shoe washing machine, the biography of the technical solution brush roll (or cylinder brush) Dynamic is that the pinion gear being located on brush roll (or cylinder brush) spindle nose is engaged with a fixed gear ring, since fixed gear ring is fixed, Brush roll (or cylinder brush) realizes rotation with the rotation (revolution) of rotating cage (or roller).But the shoe washing machine of the technical solution It not can be carried out dehydrating operations, because dehydrating speed is usually 10 times or more for washing revolving speed, if to carry out dehydrating operations, brush roll Revolving speed can reach thousands of or even up to ten thousand turns per minute, and brush roll is installed on shoe washing machine rotating cage, bearing be cannot add it is any Lubricating oil, therefore, if to carry out dehydrating operations, hairbrush roller bearing damages soon, while vamp and brush roll abrasion are tight Weight；Shoe washing machine with drying function is not intended to brush roll to rotate in drying, because it is not only unnecessary to vamp generation Abrasion, abrasion also is generated to brush roll itself, and the technical solution of the patent does not solve this problem.Due to the technical side The shoe washing machine of case cannot be dehydrated, and seriously affect the consumption of drying time and energy.

In addition the technical solution of CN106137090A, centre of the drum be equipped with center blast pipe, air or hot wind from center into After hole on air hose enters roller, then by the air-exhausting duct discharge roller of roller side, so shoes are being dried in roller Contact distance in the process because of hot wind with shoes is short, and heat exchange is insufficient, influences the utilization of drying effect and the thermal efficiency.In addition The technical solution of CN106137090A, filling shoes and taking shoes is in the same working environment, and loading hatch is the same loading hatch, In this way, the shoes of washes clean will cause secondary pollution, the cleaning shop toilet of the industries such as pharmacy, electronics is not met to work Make the purity requirements of shoes.

Utility model content

The purpose of this utility model is to provide a kind of all automatic shoes washers, solve following four of the existing technology and ask Topic:

First, solving shoe washing machine in the prior art because washing and drying are to separate, generation during circulation is easily caused Secondary pollution, so that the halfway problem of the physical cleaning of shoes, the cleaning shop for being unable to satisfy the industries such as pharmacy, electronics is clean Purity requirements of the room to footware；

Second, solve existing operating technology have all automatic shoes washer of brush roll be dehydrated, drying operation when Brush roll rotates together, the problem of brush roll damage, vamp and brush roll being seriously worn is easy to cause, to reach automatic washing For shoe machine under dehydration, drying operation, brush roll can not rotate the purpose of (i.e. rotation does not occur for brush roll)；

Third, solve under existing operating technology all automatic shoes washer because using air or hot wind from the hole on the blast pipe of center The draft type of roller is discharged to shoes into after roller (i.e. the rotating cage of the utility model), then through the air-exhausting duct of roller side It dries, contact distance of the shoes during the drying process because of hot wind with shoes is short in roller, and heat exchange is insufficient, influences drying effect The problem low with heat utilization efficiency.

Fourth, solving under existing operating technology all automatic shoes washer because of dress shoes and to take shoes be in the same building ring The problem of border, filling welt and taking welt is the same loading hatch, and the shoes of washes clean will cause secondary pollution.

In order to solve the above technical problems, the technical solution of the utility model is: a kind of all automatic shoes washer, it includes outer Shell, outer cylinder, rotating cage and several brush rolls, the shell is interior to be equipped with outer cylinder, is equipped with rotatable rotating cage in outer cylinder；The brush roll It is arranged inside rotating cage, it is characterised in that: it is respectively equipped with dress welt on the outer cylinder and takes welt, dress welt is equipped with dress shoes door, It takes welt to be equipped with and takes shoes door；The rotating cage is in cylindrical shape, and rotating cage cylindrical body is equipped at least one dress and takes door.

Further, the outer cylinder top is equipped with air inlet, and outer cylinder lower part is equipped with air outlet.

Further, the channel of the air outlet is equipped with the blower of air draft, and air outlet channel is connect with air inlet, wind Machine wind pipe extends outwardly through shell upper；The blower wind pipe is equipped with exhaust valve.

Further, the channel of the air inlet is equipped with air filter and air heater.

Further, the rotating cage is equipped with rotating cage axis, and rotating cage axis is connect with hairbrush roller drive arrangement；The brush roll transmission Device includes for preventing the brake unit of brush roll rotation transfer wheel rotation, for driving brush roll rotation transfer wheel to rotate Hollow brush roll rotation transmission axle, brush roll rotation transfer wheel, first bearing, hairbrush roller and for connecting rotating cage axis and hollow Brush roll rotates the clutch of transmission axle, and the cooperation driving of clutch and brake unit rotates transmission axle and hair to hollow brush roll The rotation status of brush roll rotation transfer wheel is controlled；

The hollow brush roll rotation transmission axle is connect with brush roll rotation transfer wheel；Hollow brush roll rotation transmission axle is set There is hollow brush roll rotation transmission axle inner hole, hollow brush roll rotates transmission axle inner hole and the outer ring of first bearing connects, and first The inner ring of bearing is connect with rotating cage axis outer circle；

One end hairbrush roller shaft head of the brush roll is connect after passing through rotating cage with hairbrush roller, and hairbrush roller and brush roll are revolved Turn transfer wheel engagement, hairbrush roller is external gear；

The brake unit and hollow brush roll rotation transmitting axis connection or brake unit and brush roll rotation transfer wheel connect It connects.

Further, the female coaxial of the brush roll rotation transfer wheel reference circle and hollow brush roll rotation transmission axle, it is empty The inner hole and rotating cage axis of heart brush roll rotation transmission axle are coaxial；The axis and rotating cage centerline axis parallel of the brush roll.

Further, the hollow brush roll rotation transmission axle outer circle is equipped with second bearing, second bearing and second bearing seat Connection, second bearing seat are fixed on outer tube end-plate；The brush roll rotation transfer wheel and hollow brush roll rotate transmission axle one Body formed, it is external gear that brush roll, which rotates transfer wheel,；The brush roll both ends are connected to by 3rd bearing and fourth bearing to be turned On cage.

Further, the brake unit includes brake and brake disc, and brake controls brake disc movement；The brake disc Transmitting axis connection or brake disc is rotated with hollow brush roll to connect with brush roll rotation transfer wheel.

Further, the brake is fixed in second bearing seat by mounting seat of brake；The brake is small-sized Pneumatic disc brake；The clutch is pneumatic engaging type clutch；The clutch and brake are controlled by computer.

In view of above-mentioned technical characteristic, the utility model has the following beneficial effects:

1, the utility model is a kind of industrial shoe washing machine that can integrate washing, dehydration, drying, while shoe washing machine divides Welt She Zhi not filled and take welt, dress welt is equipped with dress shoes door, and it takes welt to be equipped with and takes shoes door, by the isolation of room divider wall, Shoe washing machine is divided into clean area and non-clean area, and (i.e. the corresponding non-clean area of dress welt, dress shoes door, takes welt, takes shoes door correspondence Clean area), only door need to be taken to be put into rotating cage from the dress shoes door, dress welt and dress of non-clean area in shoes to be cleaned in use process Inside, completion washing, dehydration, drying inside rotating cage take door from dress again later and take welt, take shoes after the taking-up cleaning of shoes door Son, it is disposable to complete, it does not need to complete above three step using rinsing maching, dewaterer, dryer respectively, can effectively mention High working efficiency, while the secondary pollution of shoes after washing, before dehydration and drying is avoided, or even pollute, effectively meets three times The cleaning requirement for toilet's footware such as higher cleaning requirement, such as pharmacy, electronics industry.

2, during dehydration, drying etc. are not needed using brush roll, the present apparatus can accomplish hair the utility model Brush roll stops operating, and reduces the unnecessary damage of brush roll, prevents injury caused by rotating because of brush roll shoes, effectively improves Cleaning quality of the full-automatic shoe washing machine to shoes.

3, the outer cylinder top of the utility model is equipped with air inlet, and outer cylinder lower part is equipped with air outlet, using top-down logical Wind mode, hot wind run through entire rotating cage, and contact distance of the hot wind with shoes is long, and heat exchange is abundant, and the thermal efficiency is high, enable to shoes Wind-engaging is more abundant during the drying process for son, improves the drying effect of shoes and promotes the working efficiency of drying shoes.

Detailed description of the invention

Fig. 1 is the utility model embodiment structural schematic diagram in embodiment 1.

Fig. 2 is the cross-sectional view of Fig. 1 the utility model embodiment structural schematic diagram A-A.

Fig. 3 is that the utility model embodiment shoe washing machine erector maps in embodiment 1.

Fig. 4 is the enlarged drawing (i.e. the cross-sectional view of hairbrush roller drive arrangement) of the part M in Fig. 1.

Fig. 5 is the schematic three dimensional views of hollow brush roll rotation transmission axle installation in embodiment 1.

Fig. 6 is the structural schematic diagram that brush roll is connect with rotating cage in embodiment 1.

Fig. 7 is the knot that hollow brush roll rotation transmission axle and brush roll rotation transfer wheel are made of one piece in embodiment 1 Structure schematic diagram.

Fig. 8 is that hollow brush roll rotation transmission axle is connect with brush roll rotation transfer wheel by bolt mode in embodiment 1 Mode one structural schematic diagram.

Fig. 9 is that hollow brush roll rotation transmission axle is connect with brush roll rotation transfer wheel by bolt mode in embodiment 1 Mode two structural schematic diagram.

Figure 10 is that hollow brush roll rotation transmission axle is matched with brush roll rotation transfer wheel by welding or interference in embodiment 1 The structural schematic diagram that conjunction mode connects.

Figure 11 is that hollow brush roll rotation transmission axle is connect with brush roll rotation transfer wheel by ring flange in embodiment 1 Structural schematic diagram.

Figure 12 is that hollow brush roll rotation transmission axle is connect with brush roll rotation transfer wheel by flat key mode in embodiment 1 Structural schematic diagram.

Figure 13 be the clutch of hairbrush roller drive arrangement in embodiment 2, brake disc and hollow brush roll rotation transmission axle it Between attachment structure schematic diagram.

Figure 14 is the structural schematic diagram that clutch and rotating cage axis are indirectly connected in embodiment 3.

Figure 15 is the structural representation of the cylinder and hollow brush roll rotation transmitting axis connection in embodiment 4 with telescopic rod Figure.

Figure 16 is the structural schematic diagram that the cylinder in embodiment 5 with telescopic rod is connect with brush roll rotation transfer wheel.

In figure: 1 is rotating cage；1-1 is mesh；2 be brush roll；2-1 is the first spindle nose of brush roll；2-2 is brush roll second Spindle nose；3 be outer cylinder；31 be outer tube end-plate；301 be air inlet；302 be air inlet valve；303 be air filter；304 be air Heater；305 be exhaust valve；306 be wind pipe；307 be blower；308 be air outlet；310-1 is dress welt；310-2 is Take welt；311-1 is dress shoes door；311-2 is to take shoes door；4 be divider wall；5 be shoe washing machine；6 be second bearing bearing block；7 are Second bearing；8 be first bearing；9 be clutch；10 be shell；101 take door for dress；15-1 is rotating cage first end plate；15-2 is The second end plate of rotating cage；16 be rotating cage axis；21 be hairbrush roller；22 be 3rd bearing；23 be 3rd bearing seat；24 be fourth bearing Seat；25 be fourth bearing；46 rotate transmission axle for hollow brush roll；46-1 is the inner hole that hollow brush roll rotates transmission axle；47 Transfer wheel is rotated for brush roll；48 be brake disc；55 be brake；56 be mounting seat of brake；B is clean area；C is non-cleaning Area；M is hairbrush roller drive arrangement position.

Specific embodiment

The following further describes the utility model with specific embodiments.It should be understood that these embodiments are merely to illustrate The utility model rather than limitation the scope of the utility model.In addition, it should also be understood that, having read in the utility model instruction After appearance, those skilled in the art can be made various changes or modifications the utility model, and such equivalent forms equally fall within this Apply for the appended claims limited range.

Fig. 1 to Fig. 6 is please referred to, embodiment 1 present embodiments provides a kind of all automatic shoes washer, including shell 10, outer cylinder 3 and rotating cage 1, outer cylinder 3 is equipped in shell 10, is equipped with rotatable rotating cage 1 in outer cylinder 3, it is characterised in that: set respectively on outer cylinder 3 There is dress welt 310-1 and take welt 310-2, dress welt 310-1 is equipped with dress shoes door 311-1, takes welt 310-2 to be equipped with and takes shoes door 311-2, this all automatic shoes washer dress shoes door 311-1 and can take shoes door 311-2 to be divided into when installing and using with divider wall 4 Two regions；Rotating cage 1 is in cylindrical shape, and 1 cylindrical body of rotating cage is equipped with a dress and takes door 101 (dress takes the quantity of door 101 can be with It is arranged according to actual needs)；3 top of outer cylinder is equipped with air inlet 301, and 3 lower part of outer cylinder is equipped with air outlet 308；If rotating cage 1 is equipped with A mesh 1-1 is done, is in net distribution on rotating cage 1, for drainage and is breathed freely.The channel of air outlet 308 is equipped with the wind of air draft Machine 307,308 channel of air outlet are connect with 307 air inlet of blower, and 307 wind pipe of blower extends outwardly through 10 top of shell； 307 wind pipe 306 of blower is equipped with exhaust valve 305.The channel of air inlet 301 is equipped with air filter 303 and air Heater 304.The intake stack of air inlet 301 is equipped with air inlet valve 302, and air inlet valve 302 is opened in drying, remaining time To close, the effect of air inlet valve 302 is: (1) prevents washing water when washing from splashing the air filter 303 being located above it； (2) prevents from preventing the air in room to be in communication with the outside when opening shoe washing machine takes shoes door, making decompression in clean room.Because of cleaning The wind pressure in room is higher than the wind pressure of ambient room, guarantees that the air of clean room is can only to flow out from clean room, and cannot be from week Room inflow is enclosed, just can guarantee the cleaning of clean room in this way.

Shell 10 is in addition to each component to its inside plays a protective role, while by outer cylinder 3, transmission parts and other portions Part is enclosed in shell 10, pollution of the dust for avoiding such as transmission parts belt from generating to room, divider wall 4 and automatic washing Shoe machine shell 10 is fixedly connected, and clean area and non-clean area is divided into work, to achieve the purpose that isolation；Outer cylinder 3 will be used for Shoes to be cleaned are put into the dress welt 310-1 of rotating cage 1, are used to take welt for what the shoes after cleaning took out from rotating cage 1 310-2, air inlet 301 and air outlet 308 are connected to, and outer cylinder 3 is that rotating cage 1 provides installation fixed space；Air outlet The blower 307 that 308 channel is equipped with air draft provides power for the flowing of air, is the heat exchange of heater 304 and cold air And hot-air after heating and the heat exchanges of shoes create conditions, and make the moisture rapid evaporation of shoes, can effectively improve it is complete from The working efficiency of dynamic shoe washing machine drying function.Exhaust valve 305 on wind pipe 306 is only capable of unidirectionally outwardly opening, and prevents air Shoes cleaned in rotating cage are inversely polluted into rotating cage 1 from external.

Air filter 303 is prevented for being filtered to the air entered inside outer cylinder 3 and rotating cage 1 from air inlet 308 Only the dust particles in air or germ etc. enter inside outer cylinder 3 and/or rotating cage 1, pollute shoes cleaned in rotating cage；Air adds Hot device 304 is the air energy after heating for heating to the air entered inside outer cylinder 3 and rotating cage 1 from air inlet 308 All automatic shoes washer is effectively promoted to the drying effect of shoes after cleaning, while effectively improving all automatic shoes washer drying function Working efficiency；

The all automatic shoes washer further includes brush roll 2 (quantity of brush roll 2 can be arranged according to actual needs) and rotating cage 1, the outer barrel of shoe washing machine is arranged in rotating cage 1；Rotating cage 1 is equipped with rotating cage axis 16, and rotating cage axis 16 and hairbrush roller drive arrangement connect It connects；Hairbrush roller drive arrangement include brake unit (i.e. brake 55 and brake disc 48), hollow brush roll rotation transmission axle 46, Brush roll rotates transfer wheel 47, first bearing 8, hairbrush roller 21 and transmits for connecting rotating cage axis 16 and the rotation of hollow brush roll The clutch 9 of axis 46, brush roll rotate transfer wheel 47 and connect with hollow brush roll rotation 46 one end of transmission axle, are preferably hairbrush Roller rotates 47 reference circle of transfer wheel and the inner hole 46-1 of hollow brush roll rotation transmission axle is coaxial；Hollow brush roll rotates transmission axle 46 other end is connect with brake disc 48；

Brush roll rotation transfer wheel 47 and hollow brush roll rotation 46 connection type of transmission axle herein is varied, no matter It is directly connected to also be indirectly by the connection of other components, as long as reaching connection brush roll rotation transfer wheel 47 and hollow hair The purpose of brush roll rotation transmission axle 46 belongs to the utility model product protection range, including but not limited to following connection side Formula:

(1) referring to attached drawing 7, brush roll rotate transfer wheel 47 and hollow brush roll rotation transmission axle 46 can using one at Type mode is made, and part uses the two as a whole, easy to use, reduce brush roll rotation transfer wheel 47 with it is hollow Brush roll rotates the installation operation of transmission axle 46；

(2) referring to attached drawing 8 and attached drawing 9, hollow brush roll rotation transmission axle 46 and brush roll rotation transfer wheel 47 can be with It is connected by way of bolt and screw hole cooperation or riveting method connects；

(3) referring to attached drawing 10, hollow brush roll rotation transmission axle 46 and brush roll rotation transfer wheel 47 can also pass through weldering Connect mode or interference fit type connection；

(4) referring to attached drawing 11, hollow brush roll rotation transmission axle 46 and brush roll rotation transfer wheel 47 can also be in hairbrush Roller, which rotates, is equipped with ring flange 47-1, the connection of the periphery ring flange 47-1 between transfer wheel 47 and hollow brush roll rotation transmission axle 46 At the inner ring position (such as being bolted) of brush roll rotation transfer wheel 47, the centre of ring flange 47-1 and hollow hair Brush roll rotates transmission axle 46 and connects (such as being bolted)；

(5) it referring to attached drawing 12, is connected by way of flat key 47-2 and keyway cooperation.

Brush roll 2 is set to inside rotating cage 1, and 2 both ends of brush roll are equipped with spindle nose, and (spindle nose is as needed, can stretch out rotating cage Except end plate), i.e. brush roll the first spindle nose 2-1 and brush roll the second spindle nose 2-2, wherein brush roll the first spindle nose 2-1, which is passed through, turns It is connect after 1 end plate of rotating cage of 1 side of cage with hairbrush roller 21, hairbrush roller 21 is external gear, and brush roll 2 passes through 3rd bearing 22 It is connect with 3rd bearing seat 23 with rotating cage first end plate 15-1, brush roll the second spindle nose 2-2 passes through fourth bearing 25 and the 4th axis Seat 24 is held to be connected on the second end plate of rotating cage 15-2.3rd bearing 22 and the preferred stainless steel rolling bearing of fourth bearing 25 or engineering Plastic sliding bearing, it is wear-resistant, it is easy to clean.Brush roll the first spindle nose 2-1 and the second spindle nose of brush roll 2-2 can also pass through bearing It is directly anchored on rotating cage opposite ends plate (i.e. without that can also be fixed by bearing block).

The part that brush roll rotation transfer wheel 47 is engaged with hairbrush roller 21 can be external gear and be also possible to internal gear, this The preferred external gear of site of engagement of brush roll rotation transfer wheel 47 and hairbrush roller 21 in embodiment.

Rotating cage 1 is equipped with rotating cage axis 16 (the i.e. axis of brush roll 2 parallel with brush roll 2 in the perforative side side of brush roll 2 Line and 1 centerline axis parallel of rotating cage), rotating cage axis 16 is penetratingly inserted into hollow brush roll after brush roll rotation transfer wheel 47 The boring position for rotating transmission axle 46, then connect with clutch 9 again, at this time the inner hole of hollow brush roll rotation transmission axle 46-1 and rotating cage axis 16 are coaxial；

Hollow brush roll rotation transmission axle 46 is equipped with the inner hole 46-1 of hollow brush roll rotation transmission axle, hollow brush roll rotation The inner hole 46-1 for turning transmission axle is connect with the outer ring of first bearing 8, and the inner ring of first bearing 8 is connect with 16 outer circle of rotating cage axis, this When hollow brush roll rotation transmission axle inner hole 46-1 and rotating cage axis 16 it is coaxial.Hollow brush roll rotation transmission axle 46 can be only Fixation is only supported by first bearing 8, in addition to this it is possible to by the outer circle and second of hollow brush roll rotation transmission axle 46 Bearing 7 connects, and second bearing 7 is connected by the outer tube end-plate 31 of 3 side of second bearing seat 6 and outer cylinder, to support rotating cage 1.

Brake unit includes brake 55 and brake disc 48, and the cooperation of clutch 9 and brake 55 and brake disc 48 drives The motion state of brake disc 48 is controlled, then transmission axle 46 and brush roll rotation are rotated to hollow brush roll by brake disc 48 The rotation status for turning transfer wheel 47 is controlled；Brake 55 is fixed on second bearing bearing block 6 by mounting seat of brake 56 Upper (in addition to the connection type of the present embodiment, brake 55 be may be also secured on no motion of component, such as: outer tube end-plate 31 Upper or brake 55 is fixed on outer tube end-plate 31 by mounting seat of brake 56), the operation of clutch 9 and brake 55 is equal It is controlled by computer, operation can be precisely controlled.In the present invention clutch 9 be for brake unit (this implementation It is brake 55 and brake disc 48 in example) cooperate driving to rotate transmission axle 46 and brush roll rotation transmitting to hollow brush roll together The rotation status of wheel 47 is controlled, and clutch is many kinds of, and clutch 9 is preferably pneumatic engaging type clutch in the present embodiment Device, since clutch is the prior art, this will not be detailed here.Brake 55 is preferably miniature pneumatic disc brake.

The purpose of brake unit directly or indirectly rotates transmission axle 46 to hollow brush roll and brush roll rotates transfer wheel 47 play final braking action, and there are many combinations and mode of multiplicity in practical operation, as long as to directly or indirectly right Hollow brush roll rotation transmission axle 46 and brush roll rotation transfer wheel 47 play final braking action brake unit combination or Component belongs to the protection scope of the utility model；Brake unit other than the brake that the present embodiment refers to and brake disc, Brake unit can also brake ribbon or band-type brake be arranged in 46 lateral surface of transmission axle or brake unit is to set to rotate in hollow brush roll Set the expanding brake inside hollow brush roll rotation transmission axle 46.

Clutch 9 is all connected with rotating cage axis 16, brake disc 48, and brake 55 is connect with brake disc 48, brake disc 48 and sky Heart brush roll rotates transmission axle 46 and connects；When clutch 9 engages, brake 55 disconnects the connection with brake disc 48, rotating cage axis 16, clutch 9, brake disc 48, hollow brush roll rotation transmission axle 46, rotating cage 1 rotate synchronously together, at this time by hollow brush roll The hairbrush roller 21 that the brush roll that rotation transmission axle 46 drives rotates transfer wheel 47 and driven by rotating cage 1 rotates synchronously, brush roll It rotates transfer wheel 47 and hairbrush roller 21 is opposing stationary, brush roll 2 does not rotate；When clutch 9 separates, brake 55 will be braked Disk 48 is braked, and brake disc 48, hollow brush roll rotation 46 brush roll of transmission axle rotation transfer wheel 47 are stationary, rotating cage axis 16, clutch 9, rotating cage 1 rotate synchronously, the hairbrush roller 21 driven by rotating cage 1 around brush roll rotate transfer wheel 47 revolve it is same When generate rotation, drive brush roll 2 to rotate；

Connection mentioned in the utility model includes being directly connected to and being indirectly connected with, so-called to be indirectly connected with as two portions It is indirectly connected between part by other component, such as:

(1) 16 outer circle of rotating cage axis and first bearing 8, which can use, is directly connected to outside i.e. 8 inner ring of first bearing and rotating cage axis 16 Circle connection is indirectly connected with i.e. 8 inner ring of first bearing and is connected indirectly with rotating cage axis 16 by other components (such as: axle sleeve) It connects.

(2) inner hole of the hollow brush roll rotation transmission axle of first bearing 8 and hollow brush roll rotation 46 inner circle of transmission axle The inner hole 46-1 connection or in succession of i.e. 8 outer ring of first bearing and hollow brush roll rotation transmission axle is directly connected between 46-1 I.e. 8 outer ring of first bearing is connect to connect by the inner hole 46-1 that other components rotate transmission axle with hollow brush roll indirectly, His components (for example, sleeve part).

(3) brush roll rotation transfer wheel 47 and hollow brush roll rotate transmission axle 46, are also possible to two parts, brush roll It can be connected directly or indirectly, i.e. brush roll rotation between rotation transfer wheel 47 and hollow brush roll rotation transmission axle 46 Transfer wheel 47 rotates transmission axle 46 with hollow brush roll indirectly by other components and connect, between being either directly connected to still It connects in succession, the connection type of the two can be detachably connected, be also possible to unremovably connect.

Brush roll rotation transfer wheel 47 is engaged with hairbrush roller 21, is direct engagement or engagement, such as brush roll indirectly Rotation transfer wheel 47 is connect with excessive gear, and excessive gear is connect with hairbrush roller 21 again.

It (4) can (i.e. hairbrush roller connected directly or indirectly between hairbrush roller 21 and the first spindle nose of brush roll 22 21 are connect with the first spindle nose of brush roll 22 indirectly by other components, other components are such as shaft joint).

(5) hollow brush roll rotation transmission axle 46 is connect with rotating cage axis 16 directly or indirectly through clutch 9, directly Ground refers to that hollow brush roll rotates transmission axle 46 and is directly connected to clutch 9 by clutch connection, clutch 9 and rotating cage axis 16 It is directly connected to；Refer to indirectly by clutch connection and passes through other between hollow brush roll rotation transmission axle 46 and clutch 9 Components (such as brake disc 48) are attached, and pass through other components (such as belt pulley between clutch 9 and rotating cage axis 46 17) it is attached.

(6) brake unit for preventing brush roll rotation transfer wheel 47 from rotating (is in the present embodiment brake 55 and braking Disk 48, but actually playing the brake unit for preventing brush roll rotation transfer wheel 47 from rotating can also be there are many other forms or portion Part, such as the cylinder with telescopic rod etc.) and brush roll rotation transfer wheel 47 between can using connected directly or indirectly, It is directly connected to refer to that brake unit can directly act in brush roll rotation transfer wheel 47, prevents brush roll from rotating transfer wheel 47 Rotation；It is indirectly connected with and refers to that brake unit is not (i.e. straight with brush roll rotation transfer wheel 47 not in brush roll rotation transfer wheel 47 Connect in succession), but act on the other components being fixedly connected with brush roll rotation transfer wheel 47, then pass through other components Prevent brush roll rotation transfer wheel 47 from rotating.

All automatic shoes washer in the present embodiment 1 be one kind can integrate washing, dehydration, drying industry wash shoes Machine, shoe washing machine are respectively set dress welt 310-1 and take welt 310-2, by the isolation of room divider wall 4, shoe washing machine is separated For clean area B and non-clean area C, the secondary pollution to shoes is prevented.

It is detailed in Figure 13, embodiment 2 present embodiments provides a kind of all automatic shoes washer, exists with the main distinction of embodiment 1 In: on the basis of embodiment 1 by clutch, the replacement of hollow brush roll rotation transmission axle, the connection type of brake disc three For the connection type in the present embodiment 2, specially clutch 9 and rotating cage axis 16 are directly connected to, clutch 9 and hollow brush roll revolve Turn transmission axle 46 be bolted, hollow brush roll rotation transmission axle 46 be bolted with brake disc 48, brake 55 (being not shown in attached drawing) connect with brake disc 48；When clutch 9 engages, brake 55 disconnects the connection with brake disc 48, Rotating cage axis 16, clutch 9, brake disc 48, hollow brush roll rotation transmission axle 46, rotating cage 1 rotate synchronously together, at this time by sky Heart brush roll rotates synchronous with the hairbrush roller 21 driven by rotating cage 1 turn of the brush roll rotation transfer wheel 47 that transmission axle 46 drives Dynamic, brush roll rotates transfer wheel 47 and hairbrush roller 21 is opposing stationary, and brush roll 2 does not rotate；When clutch 9 separates, braking Device 55 brakes brake disc 48, brake disc 48, hollow brush roll rotation 46 brush roll of transmission axle rotation transfer wheel 47 it is static not Dynamic, rotating cage axis 16, rotating cage 1 rotate synchronously, the hairbrush roller 21 driven by rotating cage 1 around brush roll rotate transfer wheel 47 revolve it is same When generate rotation, drive brush roll 2 to rotate；

In addition to situation in the present embodiment 2, clutch 9 can also while connecting with hollow brush roll rotation transmission axle 46 To connect together with brake disc, brake 55 is connect with brake disc 48 at this time, and brake disc 48 and hollow brush roll rotate transmission axle 46 connections.

It is detailed in Figure 14, embodiment 3 present embodiments provides a kind of all automatic shoes washer, the main distinction with embodiment 2 It is: by the connection of clutch 9 and the connection type of rotating cage axis 46 replaced in the present embodiment 3 on the basis of embodiment 2 Mode, specifically: brake unit includes brake 55 (being not shown in attached drawing) and brake disc 48, clutch 9 and brake 55 Cooperation driving the motion state of brake disc 48 is controlled；

Clutch 9 is connect with belt pulley 17, and belt pulley 17 is connect with rotating cage axis 16, clutch 9 simultaneously with hollow brush roll It rotates transmission axle 46 to connect, brake 55 is connect with brake disc 48, and brake disc 48 and hollow brush roll rotation transmission axle 46 connect It connects；Belt pulley 17 is driven by a motor operating；

The operation of clutch 9 and brake 55 passes through computer control, can be precisely controlled operation.

When clutch 9 engages, brake 55 disconnects the connection with brake disc 48, drive of the clutch 9 in belt pulley 17 Lower rotation, clutch 9 drive hollow brush roll rotation transmission axle 46, brake disc 48, brush roll rotation transfer wheel 47 to rotate together, Rotating cage axis 16 drives rotating cage 1, hairbrush roller 21 to rotate together simultaneously, the hair driven at this time by hollow brush roll rotation transmission axle 46 Brush roll rotation transfer wheel 47 and the hairbrush roller 21 driven by rotating cage 1 rotate synchronously, and brush roll rotates transfer wheel 47 and brush roll Take turns 21 opposing stationary, brush roll 2 does not rotate；When clutch 9 separates, brake 55 brakes brake disc 48, at this time brake disc 48, hollow brush roll rotation transmission axle 46 and brush roll rotation transfer wheel 47 are stationary, and rotating cage axis 16 drives rotating cage 1 synchronous Rotation, the hairbrush roller 21 driven by rotating cage 1 rotates while transfer wheel 47 revolves around brush roll generates rotation, drives brush roll 2 rotations；

It is detailed in Figure 15, embodiment 4 is with the main distinction of embodiment 1: on the basis of embodiment 1 by brake 55 (the i.e. a kind of side that is brake 55 of the cylinder 57 with telescopic rod of cylinder 57 with telescopic rod being specifically refined as in the present embodiment 4 Formula), at the same brake disc 48 be equipped with the matched hole 48-1 of telescopic rod, specifically: brake unit includes with telescopic rod Cylinder 57 and brake disc 48, brake disc 48 are equipped with and the matched hole 48-1 of telescopic rod；The cooperation of clutch 9 and cylinder 57 Driving controls the motion state of brake disc 48, and cylinder 57 is fixed on outer tube end-plate 31 by mounting seat of brake 56 (in addition to this, cylinder can also be fixed on outer tube end-plate or cylinder by cylinder mounting base is fixed on second bearing bearing block 6 On)；Brake disc 48 is equipped with hole 48-1, and the position hole 48-1 is corresponding with the position telescopic rod 57-1 of cylinder 57, cylinder 57 It is inserted into the hole 48-1 of brake disc 48 after telescopic rod 57-1 stretching, extension, the telescopic rod 57-1 of cylinder 57 retracts rear telescopic rod 57-1 It is separated with the hole 48-1 of brake disc 48；When clutch 9 engages, the telescopic rod 57-1 of cylinder 57 is retracted, telescopic rod 57-1 with The hole 48-1 of brake disc 48 is separated, and rotating cage axis 16, clutch 9, brake disc 48, hollow brush roll rotate transmission axle 46, rotating cage 1 It rotates synchronously together, the brush roll that transmission axle 46 drives is rotated by hollow brush roll at this time and rotates transfer wheel 47 and by 1 band of rotating cage Dynamic hairbrush roller 21 rotates synchronously, and brush roll rotates transfer wheel 47 and hairbrush roller 21 is opposing stationary, and brush roll 2 does not rotate； When clutch 9 separates, it is inserted into the hole 48-1 of brake disc 48 and by brake disc 48 after the telescopic rod 57-1 stretching, extension of cylinder 57 Braking, brake disc 48, hollow brush roll rotation transmission axle 46 and brush roll rotation transfer wheel 47 are stationary, rotating cage axis 16, Clutch 9, rotating cage 1 rotate synchronously, and drive hairbrush roller 21 to rotate while transfer wheel 47 revolves around brush roll by rotating cage 1 and generate Rotation drives brush roll 2 to rotate.

It is detailed in Figure 16, embodiment 5 present embodiments provides a kind of all automatic shoes washer, the main distinction with embodiment 4 It is: by the telescopic rod of the cylinder 57 with telescopic rod towards by being stretched in embodiment 4 towards brake disc 48 on the basis of embodiment 4 Contracting is changed to stretch after passing through outer tube end-plate 31 in the present embodiment 5 towards brush roll rotation 47 direction of transfer wheel, while brush roll is revolved Turn transfer wheel 47 be equipped with the matched hole 47-3 of telescopic rod, specifically: brake unit includes the cylinder 57 with telescopic rod, Brush roll rotates transfer wheel 47 and is equipped with and the matched hole 47-3 of telescopic rod；The cooperation of clutch 9 and cylinder 57 drives to hair The motion state of brush roll rotation transfer wheel 47 is controlled, and cylinder 57 is fixed on outer tube end-plate 31 that (in addition to this, cylinder 57 is logical It crosses cylinder mounting base to be fixed on second bearing bearing block 6)；The position pair telescopic rod 57-1 of the position hole 47-3 and cylinder 57 It answers, after the telescopic rod 57-1 stretching, extension of cylinder 57 in the hole 47-3 of insertion brush roll rotation transfer wheel 47, the telescopic rod of cylinder 57 57-1 retracts rear telescopic rod 57-1 and separates with the hole 47-3 of brush roll rotation transfer wheel 47；When clutch 9 engages, cylinder 57 telescopic rod 57-1 is retracted, and telescopic rod 57-1 is separated with the hole 47-3 of brush roll rotation transfer wheel 47, rotating cage axis 16, clutch Device 9, hollow brush roll rotation transmission axle 46, rotating cage 1 rotate synchronously together, are driven at this time by hollow brush roll rotation transmission axle 46 Brush roll rotation transfer wheel 47 and the hairbrush roller 21 that is driven by rotating cage 1 rotate synchronously, brush roll rotates transfer wheel 47 and hair Brush roll wheel 21 is opposing stationary, and brush roll 2 does not rotate；When clutch 9 separates, hair is inserted into after the telescopic rod 57-1 stretching, extension of cylinder 57 It is braked in the hole 47-3 of brush roll rotation transfer wheel 47 and by brush roll rotation transfer wheel 47, hollow brush roll rotates transmission axle 46 And brush roll rotation transfer wheel 47 is stationary, rotating cage axis 16, clutch 9, rotating cage 1 rotate synchronously, by rotating cage 1 with electric brush Roller 21 rotates while transfer wheel 47 revolves around brush roll generates rotation, and brush roll 2 is driven to rotate.

The final purpose of above embodiments 1 to embodiment 5 is for so that hairbrush roller drive arrangement at least switches have with Lower two kinds of working conditions: when working condition one is that rotating cage rotates, rotation is generated while brush roll is revolved with rotating cage；Work When state two is that rotating cage rotates, brush roll only generates revolution with rotating cage.

In summary it is only the preferred embodiment of the utility model, not is used to limit the implementation model of the utility model It encloses.Equivalent changes and modifications made by i.e. all contents according to present utility model application the scope of the patents, all should be the utility model Technology scope.

Claims (10)

1. a kind of all automatic shoes washer, it includes shell, outer cylinder, rotating cage and several brush rolls, is equipped with outer cylinder in the shell, outside Rotatable rotating cage is equipped in cylinder；The brush roll is arranged inside rotating cage, it is characterised in that: dress is respectively equipped on the outer cylinder Welt and take welt, dress welt is equipped with dress shoes door, takes welt to be equipped with and takes shoes door；The rotating cage is in cylindrical shape, rotating cage cylindrical body It is equipped at least one dress and takes door.

2. a kind of all automatic shoes washer according to claim 1, it is characterised in that: the outer cylinder top is equipped with air inlet, Outer cylinder lower part is equipped with air outlet.

3. a kind of all automatic shoes washer according to claim 2, it is characterised in that: the channel of the air outlet is equipped with row The blower of wind, air outlet channel are connect with air inlet, and blower wind pipe extends outwardly through shell upper；The blower Wind pipe is equipped with exhaust valve.

4. a kind of all automatic shoes washer according to claim 2, it is characterised in that: the channel of the air inlet is equipped with sky Air filter and air heater.

5. a kind of all automatic shoes washer according to any one of claims 1 to 4, it is characterised in that: set on the rotating cage There is rotating cage axis, rotating cage axis is connect with hairbrush roller drive arrangement；The hairbrush roller drive arrangement includes for preventing brush roll from rotating The brake unit of transfer wheel rotation, hollow brush roll rotation transmission axle, hairbrush for driving brush roll rotation transfer wheel rotation Roller rotation transfer wheel, first bearing, hairbrush roller and the clutch for connecting rotating cage axis and hollow brush roll rotation transmission axle, The cooperation driving of clutch and brake unit rotates the rotation status of transmission axle and brush roll rotation transfer wheel to hollow brush roll It is controlled；

The hollow brush roll rotation transmission axle is connect with brush roll rotation transfer wheel；Hollow brush roll rotation transmission axle is equipped with sky Heart brush roll rotates transmission axle inner hole, the outer ring connection of hollow brush roll rotation transmission axle inner hole and first bearing, first bearing Inner ring connect with rotating cage axis outer circle；

One end hairbrush roller shaft head of the brush roll is connect after passing through rotating cage with hairbrush roller, and hairbrush roller and brush roll rotation pass Wheel engagement is passed, hairbrush roller is external gear；

The brake unit rotates transmitting axis connection or brake unit with hollow brush roll and connect with brush roll rotation transfer wheel.

6. a kind of all automatic shoes washer according to claim 5, it is characterised in that: the brush roll rotation transfer wheel indexing The round female coaxial with hollow brush roll rotation transmission axle, the inner hole and rotating cage axis of hollow brush roll rotation transmission axle are coaxial；Institute State the axis and rotating cage centerline axis parallel of brush roll.

7. a kind of all automatic shoes washer according to claim 5, it is characterised in that: the hollow brush roll rotates transmission axle Outer circle is equipped with second bearing, and second bearing is connect with second bearing seat, and second bearing seat is fixed on outer tube end-plate；The hairbrush Roller rotates transfer wheel and hollow brush roll rotation transmission axle is integrally formed, and it is external gear that brush roll, which rotates transfer wheel,；The hairbrush Roller both ends are connected on rotating cage by 3rd bearing and fourth bearing.

8. a kind of all automatic shoes washer according to claim 5, it is characterised in that: the brake unit include brake and Brake disc, brake control brake disc movement；The brake disc and hollow brush roll rotation transmitting axis connection or brake disc and hair Brush roll rotates transfer wheel connection.

9. a kind of all automatic shoes washer according to claim 6 to 7 any one, it is characterised in that: the brake unit Including brake and brake disc, brake controls brake disc movement；The brake disc and hollow brush roll rotation transmitting axis connection, Or brake disc is connect with brush roll rotation transfer wheel.

10. a kind of all automatic shoes washer according to claim 9, it is characterised in that: the brake is pacified by brake Dress seat is fixed in second bearing seat；The brake is miniature pneumatic disc brake；The clutch is pneumatic engaging type Clutch；The clutch and brake are controlled by computer.