CN204636258U - All automatic shoes washer - Google Patents

Abstract

The utility model provides a kind of full-automatic shoe washing machine, comprising: frame; Drum ladle, drum ladle comprises plate after stack shell, container header board and container; At least one main shaft support seat, be installed on regularly plate after container header board and container at least one on; Main shaft, is supported by main shaft support seat and extends from it along the center of stack shell, and one end stretching out in main shaft support seat away from stack shell of main shaft is connected to the driving power of shoe washing machine; And the cylinder be arranged in drum ladle, comprise the cylinder wall in the hole be full of in netted layout, the two ends of cylinder are fixedly mounted on the main shaft through its center, and by main shaft supporting, by main shaft, cylinder respective container are rotated.Cylinder comprises: the center blast pipe at center therein, the tube wall of center blast pipe also has the aperture of multiple netted layout, center blast pipe extends between the base plate of cylinder and the front end of cylinder, and can be communicated with air inlet duct fluid, to be sent in cylinder by the gas in air inlet duct.

Description

All automatic shoes washer

Technical field

The utility model relates to a kind of all automatic shoes washer, especially, there is the industrial shoe washing machine washed and dry function, be mainly used in the cleaning shop of pharmaceutical industry, as the cleaning of toilet's footware, sterilization, oven dry, cooling, be integrated the special equipment of multi-functional process footwear thing.

Background technology

The structure of the shoe washing machine of prior art makes the physical cleaning of shoe washing machine not thorough, so have much room for improvement.

Secondly, the shoe washing machine of prior art is not for the shoe washing machine of the specialized requirement of the cleaning shop of pharmaceutical industry, and this shoe washing machine does not possess cleaning, sterilization, dry integrated machine complete function.Thus cause washing the separately process of footwear, sterilization and dry footwear, can not directly be cleaned, sterilize after and dry work footwear.

Utility model content

The purpose of this utility model solves above-mentioned deficiency, and for this reason, the utility model provides a kind of full-automatic shoe washing machine, and described full-automatic shoe washing machine comprises:

Frame;

Drum ladle, described drum ladle is fixed on described frame, and described drum ladle comprises plate after stack shell, container header board and container, and after described stack shell, described container header board and described container, plate defines the cavity volume of described drum ladle;

At least one main shaft support seat, be installed on regularly plate after described container header board and described container at least one on the position corresponding to described stack shell center;

Main shaft, supported by described main shaft support seat and extend from it along the center of described stack shell, one end stretching out in described main shaft support seat away from described stack shell of described main shaft is connected to the driving power of described shoe washing machine; And

Be arranged on the cylinder in described drum ladle, described cylinder comprises the cylinder wall in the hole be full of in netted layout, the two ends of described cylinder are fixedly mounted on the described main shaft through its center, and by described main shaft supporting, by described main shaft, described cylinder respective container are rotated;

Wherein, described cylinder comprises:

The center blast pipe at center therein, the tube wall of described center blast pipe also has the aperture of multiple netted layout, described center blast pipe extends between the base plate of described cylinder and the front end of described cylinder, and can be communicated with air inlet duct fluid, so that the gas in described air inlet duct is sent in described cylinder.

Preferably, described full-automatic shoe washing machine also comprises:

At least one cylinder cylinder brush, extending longitudinally along described cylinder in described cylinder of described cylinder cylinder brush, its two ends can be rotated to support on the two ends of described cylinder, and arrange away from the center of described cylinder; And

Transfer system, described transmission system makes the relatively described drum rotating of described cylinder cylinder brush.

Preferably, described center blast pipe is the center blast pipe around described main shaft is arranged, and described cylinder also comprises:

Extend radially outwardly into meshed at least two median septums of tool of described cylinder wall from described center blast pipe tube wall, thus the space in described cylinder is divided at least two cavity volume chambers, cylinder cylinder brush described at least one is set in each cavity volume chamber.

Preferably, described transfer system comprises:

Be arranged on the gear on the outside of cylinder base plate, described in each, the countershaft of cylinder brush is connected with respective gear drive:

Hard-wired bull gear, its internal tooth and described gears meshing, when described drum rotating, described gear engages with described bull gear, and described gear is rotated, thus the relatively described drum rotating of described cylinder brush.

Preferably, described at least two median septums are two median septums, and at least one cylinder cylinder brush described comprises three cylinder cylinder brushes, and at least one cylinder cylinder brush described distributes along the circumference of described cylinder.

Preferably, at least one main shaft support seat described is a main shaft support seat, is installed on the outside of one of plate after described container header board and described container regularly, and thus, described cylinder becomes cantilever beam by the main shaft support seat supporting described main shaft.

Preferably, described main shaft support seat comprises two spaced apart bearings.

Preferably, described container comprises external door, and described external door is installed on container header board for closed container 3 and as the passway into and out of footwear; The two fan cylinder inside doors corresponding to described external door are installed in the front end of described cylinder.

Preferably, described container comprises some holes, for install pass into described drum ladle cavity volume in each pipeline or other parts are installed, described shoe washing machine comprises purging system, by the conveying water inlet of the hole of described container to complete cleaning.

Preferably, described container comprises some holes, for install pass into described drum ladle cavity volume in each pipeline or other parts are installed, described shoe washing machine comprises decontamination system, by the hole of described container conveying thimerosal to complete sterilization.

Preferably, described container comprises some holes, for install pass into described drum ladle cavity volume in each pipeline or other parts are installed, described shoe washing machine comprises oven dry/cooling system, enters the described center blast pipe of described cylinder to complete oven dry/cooling by the hole conveying hot-air/cold air of described container.

The feature of the embodiment of this utility model is: collect cleaning, sterilization, drying, be cooled to one, Multifunctional centralized the whole body, automaticity is high, easy and simple to handle.

According to the utility model implement shoe washing machine compared with existing shoe washing machine, tool has the following advantages:

1, original shoe washing machine, dryer two machine can be combined into a machine (comprising manual sterilization process), saving of purchase cost, operating cost, save floor occupying area.

2, change operation and the flow process of original three steps (cleaning, sterilization, oven dry) staged operation, a step completes, the footware process more specification that toilet is used.

3, clean, sterilization, dry, be cooled to one, the repeated contamination and complex operation avoiding multiple operation to pass in and out easily producing, make cleanly to ensure that Du Genggao, operation are easier.

Accompanying drawing explanation

Fig. 1 is the overall construction drawing of an embodiment of the utility model all automatic shoes washer;

Fig. 2 is pipeline, valve, the Components Exemplary structure chart of an embodiment of the utility model all automatic shoes washer;

Fig. 3 is that the schematic diagram observing cylinder local is opened at the Qianmen of an embodiment of the utility model all automatic shoes washer;

Fig. 4 is the drum ladle of an embodiment of the utility model all automatic shoes washer, figure is analysed in cylinder and drive mechanism local;

Fig. 5 is the structural representation of cylinder brush in cylinder of an embodiment of the utility model all automatic shoes washer; And

Fig. 6 is the structural representation of the supporting seat of the cylinder brush of an embodiment of the utility model all automatic shoes washer.

Detailed description of the invention

Basic structure

Term definition herein: side or one end of being positioned at the door of shoe washing machine are called " front ", and opposite side in contrast or one end are called " afterwards " or " end ".

Fig. 1, Fig. 2, Fig. 3 and Fig. 4 show a specific embodiment according to principle of the present utility model, the shoe washing machine of this embodiment comprises drum ladle 3 and frame 2, drum ladle 3 is fixed on frame 2, plate 32, air inlet duct 33, container row's mouth 34 and the container doorframe 36 that is arranged in container header board 31 after drum ladle 3 comprises a stack shell 35 being provided with some large and small holes, container header board 31, container.After stack shell 35, container header board 31 and container, plate 32 defines the cavity volume of drum ladle 3.The some large and small hole of stack shell 35 for install pass into drum ladle 3 cavity volume in each pipeline or other parts are installed.One container external door 8 is installed on container header board 31 for closed container 3 and as the passway into and out of footwear, container external door 8 is also provided with outer door lock 81, outer hinge 82 and an external door sealing ring 83, wherein external door sealing ring 83 is for being sealed in the container doorframe 36 in container header board 31 by container external door 8, outer hinge 82 makes container external door 8 be connected to container header board 31 pivotly, and outer door lock 81 is for being locked in container header board 31 by container external door 8.

As shown in Figure 2, a main shaft support seat 26 to be installed on after container the position corresponding to stack shell 35 center on rear side of plate 32 regularly, for supporting spindle 20.Install a cylinder 18 in drum ladle 3, cylinder 18 is fixedly mounted on the main shaft 20 supported by main shaft support seat 26 through its center, and is supported by main shaft 20.Main shaft 20 passes and is fixed on the cylinder base plate 187 at cylinder 18 two ends, then through main shaft support seat 26, and installs a hinge wheel 25 on the rear end passing main shaft support seat 26 of main shaft.One driving chain 24 connects hinge wheel 25 and minor sprocket 23, and minor sprocket is installed on to be provided on the motor 9 of groundwork power, and thus, motor 9 head roll 18 can rotate along two relative directions, as shown in Figure 4.In order to back-up roller 18 in drum ladle 3 in horizontal boom state (namely, the part of the back-up roller 18 of main shaft is suspended state), small one and large one two bearings are provided with in main shaft support seat 26, a mechanical sealing parts 261 is installed in the front end of nearly container 3, this mechanical sealing parts seals, and cavity is isolated from the outside.One large bearing 262 is arranged on thereafter, and a little bearing 263 is installed in the rear end away from container 3 of main shaft support seat 26, keeps a segment distance, to guarantee the cantilever force of back-up roller 18 between two bearings.

As shown in Figure 2, by the some large and small hole on drum ladle 3 be provided with each diameter not wait pipeline and valve, valve comprises: thimerosal liquid feed valve 13, water intaking valve 14, blowoff valve 15, the pipeline of connection corresponding to it has such as blow-off pipe 16, exhaust duct 17 and air inlet duct 33 etc., also comprise one end and be connected to the pipeline that thimerosal liquid feed valve 13 other end is connected to thimerosal storage tank 12, storage tank is provided with a thimerosal filling opening 121.One electric heater unit 11 is arranged on drum ladle 3 top, and one end is connected to air inlet duct 33, and the other end is connected with air blast 10.One electric appliance box 4 is installed on equipment rack 2; Device panel 1 is installed around frame 2, front panel is installed a computer controller 5, power switch 6 and button 7.

Cylinder 18 comprises one and is full of hole preferably circular hole in netted layout, hereinafter referred to as the drum-type cleaning basket for depositing cleaning footwear of mesh, i.e. cylinder wall, its inside center is a center blast pipe 181, center blast pipe 181 is arranged around main shaft 20, center blast pipe 181 tube wall also has the aperture of multiple netted layout, the diametrically both sides of center blast pipe 181 tube wall comprise the meshed median septum 185 of the tool extending radially outwardly into cylinder wall respectively, thus the space in cylinder 18 is divided into two cavity volume chambers.In each chamber, along main shaft axially extended cylinder brush 19, the two ends of each brush 19 are rotatably supported in cylinder 18 installation example as three, and a brush 19 can be rotated relative to cylinder 18.As shown in Figures 4 and 5, cylinder brush 19 rear and front end is supported on cylinder two ends, and base plate 187 has band gear 28 and the unshowned countershaft of bearing, little axle has connector, makes a brush 19 one end can insert wherein and bring rotary power.The other end be the opening be fixed on before cylinder step on (cylinder front openings is not stack shell diameter, less than stack shell diameter, during opening, some is closed, then the aperture being similar to doorframe of an opening same diameter is extended, here can form step) arc strip on axle sleeve in, this arc strip as cylinder brush 19 supporting seat 30 and be arranged on cylinder by fastening bolt 304, cylinder brush supporting seat 30 has in three axle sleeve holes, 302, three axle sleeve holes self lubrication bearing 303 has been installed respectively.Cylinder brush supporting seat 30 has two, is arranged on the doorframe step place of cylinder circle door symmetrically.One rear end being fixedly connected to the countershaft of a brush 19 is stretched out cylinder base plate 187 and is installed a pinion 28, each pinion 28 be arranged on engaging with the internal tooth of the concentricity hard-wired bull gear of cylinder 18 of this side, when cylinder 18 rolls, be arranged on the pinion 28 circumference movement (namely revolving round the sun) with the rolling of cylinder 18 on outside cylinder base plate 187, engage with the internal tooth of fixing bull gear 27 simultaneously and rotate (i.e. rotation), and therefore driving cylinder brush 19 to rotate by the countershaft of supporting pinion 28.Thus, cylinder brush rotational power is transmitted by the pinion 28 be arranged on outside cylinder base plate 187.Center blast pipe 181 extends between the cylinder base plate of cylinder and the front end of cylinder, and its rear end is connected to the center air intake interface 188 of cylinder base plate 187 centre, and front end is blind end.Wherein center air intake interface 188 fluid flow communication is connected to air inlet duct 33.Be provided with two fan cylinder inside doors 182 in the front end of cylinder, each wicket installed a pin 184, at the edge of cylinder wall, corresponding door bolt installs a pin button 186, to lock cylinder inside door 182.

On the front side of drum ladle 3 inside plate 32 after container, several bull gear fixed axis 29, bull gear 27 is installed and is fixedly mounted on several bull gear fixed axis 29.

Operation principle

As Fig. 1, Fig. 2, shown in Fig. 3 and Fig. 4, adopt drum ladle, the one densely covered mesh in the whole body is housed in inside and has the cylinder of a wicket as wash bowl (can put in cylinder by the footwear thing cleaned), several brushes are installed in cylinder, drum ladle is installed into water pipe, thimerosal inlet pipe, drainpipe, blast pipe, the valve of air inlet duct and corresponding control, one electric heater unit adding hot-air is entered drum ladle heating system by air blast air blast is housed, cylinder is taken turns drive by motor by rough lock and is provided rotational power, add a set of computerized control system, composition can clean, sterilization, dry, the machine of the functions such as cooling.

1, into and out of footwear:

As shown in Figure 1, Figure 3, when entering footwear, open container external door 8, open cylinder inside door 182 and put into footwear to be cleaned at two chambers respectively, closed drum inside door 182, plug pin 184, the footwear put into are banned solid at two chambers respectively.Container external door 8 is closed and outer door lock is taken 85 by outer door lock 81 rotatable handle and snap in outer door latch 84, enter footwear process and complete.When going out footwear, rotate outer door lock 81 handle, open container external door 8, then push pin 184 aside, open cylinder inside door 182, the shoes in cylinder two chamber can be taken out.

2, clean:

Enter footwear to close behind the door, instruction is sent: water intaking valve 14 is opened by computer controller 5, until liquid level sensor 22 send into water liquid level signal to computer controller 5 after, water intaking valve 14 is closed, water inlet rear motor 9 starts to rotate along a direction, the minor sprocket 23 be arranged on motor shaft also starts to rotate and rotates by chain 24 drives the hinge wheel be installed on main shaft 20, cylinder 18 also starts to rotate, be installed on pinion 28 on cylinder base plate 187 because being engaged on the internal tooth of fixing bull gear 27, start to rotate with fast speed thereupon, the cylinder cylinder brush 19 in cylinder is driven to rotate thus, after rotating a few, motor changes rotation direction and rotates, again rotation direction is changed after a few to cylinder 18 counter-rotation, realize the cleaning to shoes in two chambers of cylinder.After having cleaned, blowoff valve 15 is opened, until liquid level sensor 22 send no water signal to computer controller 5 after, close blowoff valve 15, cleaning process completes.

3, sterilize:

After cleaning terminates, thimerosal liquid feed valve 13 is opened by computer automatically, thimerosal enters in drum ladle 3, open water intaking valve 14 again, until after receiving liquid level sensor 22 signal, close water intaking valve 14, motor 9 starts forward and backward and carrys out back rotation, after keeping a period of time (the required process time of sterilization), open blowoff valve 15, close after draining thimerosal.Disinfecting process completes.

4, hot-air seasoning:

After sterilization terminates, motor 9 by conputer controlled starts to rotate drive cylinder 18 back and forth and just starts, reverse turn, air blast 10 starts air blast, electrical heating 11 simultaneously starts to add hot-air, and air after heating is blasted in drum ladle 3 and center air intake interface 188 connecting place of cylinder by air inlet duct 33, and enter in center blast pipe 181 by center air intake interface 188, the aperture be covered with by center blast pipe 18.1 pipe shaft is discharged and adds hot-air in two chambers of cylinder 18, the aperture on cylinder 18 whole body discharges damp-heat air in drum ladle 3, by blast pipe 17 by humid air amount discharge container, carry out drying work, simultaneously, electrical heating 11 is subject to temperature sensor 21 and controls, close when the design temperature in drum ladle 3 reaches, when the temperature in drum ladle 3 is opened lower than during design temperature, and till the drying time reaching setting.

5, cool:

After hot-air seasoning terminates, motor 9 by conputer controlled starts to rotate drive cylinder 18 back and forth and just starts, reverse turn, air blast 10 starts air blast, cold air is blasted in drum ladle 3 and center air intake interface 188 connecting place of cylinder by air inlet duct 33, and enter in center blast pipe 181 by center air intake interface 188, the aperture be covered with by center blast pipe 181 pipe shaft discharges cold air in two chambers of cylinder 18, hot-air is discharged in drum ladle 3 by the aperture on cylinder 18 whole body further, by blast pipe 17 by hot-air amount discharge container, till receiving temperature sensor 21 and arriving the signal of predetermined temperature.Cooling procedure terminates.

Specification:

Fully automatic sterilizing shoe washing machine is a kind of novel Multifunctional centralized shoe washing machine all over the body developed for some shortcoming and defect parts that current shoe washing machine exists.It can clean footwear thing, dries, cool, and can sterilize again, automaticity is high, can not because being caused the quality problems such as the cleaning of footwear thing, sterilization, oven dry by artificial maloperation.Again because of the reason that automation is high, human users's difficulty reduces, and also greatly reduces labour intensity simultaneously.In addition, clean, sterilize, dry and processed in a machine, avoid the work that needs three machines just can complete the process of above footwear thing.Investment reduction cost, operating cost, save floor occupying area.Particularly importantly: decrease the link repeatedly passing in and out footwear thing, fall oligosaprobic danger.In pharmaceuticals industry, shoe washing machine increases, and the technical merit on cleaning equipment is improved.

Above-mentioned exemplary embodiment shows the embodiment in the technical scheme solving the technical problems to be solved in the utility model.Under the example of above-described embodiment, other meets the equivalence of the utility model principle and similar means all belong in the scope of the utility model protection.Such as, the part in cylinder 18 of main shaft 20 is made center blast pipe part, thus independent center blast pipe 181 need not be set in addition.Main shaft, except can arranging in cantilever fashion, other any feasible modes can also arrange, such as, arranges in a conventional manner, install with any version supported at two ends (two ends of such as container) and support.

Reference numerals list:

Panel: 1; Frame: 2; Drum ladle: 3; Electric box: 4; Computer controller: 5; Power switch: 6; Button: 7; Container external door: 8; Motor: 9; Air blast: 10;

Electrical heating: 11; Thimerosal storage tank: 12; Thimerosal liquid feed valve: 13; Water intaking valve: 14; Blowoff valve: 15; Blow-off pipe: 16; Exhaust duct: 17; Cylinder: 18; Cylinder cylinder brush: 19;

Main shaft: 20; Temperature sensor: 21; Liquid level sensor: 22; Minor sprocket: 23; Chain: 24; Hinge wheel: 25; Main shaft support seat: 26; Bull gear: 27; Pinion: 28; Bull gear fixed axis: 29;

Cylinder brush supporting seat: 30; Container header board: 31; Plate after container: 32; Air inlet duct: 33; Container row mouth: 34; Stack shell: 35; Container doorframe: 36;

Outer door lock: 81; Outer hinge: 82; External door sealing ring: 83; Outer door latch: 84; Outer door lock is taken: 85;

Thimerosal filling opening: 121;

Center blast pipe: 181; Cylinder inside door: 182; Interior hinge: 183; Pin: 184; Cylinder median septum: 185; Pin button: 186; Cylinder base plate: 187; Center air intake interface: 188;

Mechanical seal: 261; Large bearing: 262; Little bearing: 263;

Installation screw: 301; Axle sleeve hole: 302; Axle sleeve: 303; Fastening bolt: 304.

Claims (10)

1. a full-automatic shoe washing machine, described full-automatic shoe washing machine comprises:

Frame (2);

Drum ladle (3), described drum ladle (3) is fixed on described frame (2), described drum ladle (3) comprises plate (32) after stack shell (35), container header board (31) and container, and after described stack shell (35), described container header board (31) and described container, plate (32) defines the cavity volume of described drum ladle (3);

At least one main shaft support seat (26), be installed on regularly plate (32) after described container header board (31) and described container at least one on the position corresponding to described stack shell (35) center;

Main shaft (20), supported by described main shaft support seat (26) and extend from it along the center of described stack shell (35), one end stretching out in described main shaft support seat (26) away from described stack shell (35) of described main shaft (20) is connected to the driving power of described shoe washing machine; And

Be arranged on the cylinder (18) in described drum ladle (3), described cylinder (18) comprises the cylinder wall in the hole be full of in netted layout, the two ends of described cylinder (18) are fixedly mounted on the described main shaft (20) through its center, and supported by described main shaft (20), by described main shaft (20), described cylinder (18) respective container (3) is rotated;

Wherein, described cylinder (18) comprising:

The center blast pipe at center therein, the tube wall of described center blast pipe also has the aperture of multiple netted layout, described center blast pipe extends between the base plate (187) of described cylinder (18) and the front end of described cylinder (18), and can be communicated with air inlet duct (33) fluid, so that the gas in described air inlet duct is sent in described cylinder (18).

2. full-automatic shoe washing machine as claimed in claim 1, it is characterized in that, described full-automatic shoe washing machine also comprises:

At least one cylinder cylinder brush (19), extending longitudinally along described cylinder (18) in described cylinder (18) of described cylinder cylinder brush (19), its two ends can be rotated to support on the two ends of described cylinder (18), and arrange away from the center of described cylinder (18); And

Transfer system, described transfer system makes described cylinder cylinder brush (19) rotate relative to described cylinder (18).

3. full-automatic shoe washing machine as claimed in claim 2, it is characterized in that, described center blast pipe is the center blast pipe (181) arranged around described main shaft (20), and described cylinder (18) also comprises:

Meshed at least two median septums (185) of tool of described cylinder wall are extended radially outwardly into from described center blast pipe (181) tube wall, thus the space in described cylinder (18) is divided at least two cavity volume chambers, cylinder cylinder brush (19) described at least one is set in each cavity volume chamber.

4. full-automatic shoe washing machine as claimed in claim 3, it is characterized in that, described transfer system comprises:

Be arranged on the gear (28) on the outside of cylinder base plate (187), countershaft and the respective gear (28) of cylinder brush (19) described in each are in transmission connection:

Hard-wired bull gear (27), its internal tooth engages with described gear (28), when described cylinder (18) rotates, described gear (28) engages with described bull gear (27), described gear (28) is rotated, and described cylinder brush (19) rotates relative to described cylinder (18) thus.

5. full-automatic shoe washing machine as claimed in claim 4, it is characterized in that, described at least two median septums (185) are two median septums (185), at least one cylinder cylinder brush (19) described comprises three cylinder cylinder brushes (19), and at least one cylinder cylinder brush (19) described distributes along the circumference of described cylinder (18).

6. full-automatic shoe washing machine as claimed in claim 5, it is characterized in that, at least one main shaft support seat (26) described is a main shaft support seat, be installed on the outside of one of plate (32) after described container header board (31) and described container regularly, thus, described cylinder (18) becomes cantilever beam by the main shaft support seat (26) of the described main shaft of supporting (20).

7. full-automatic shoe washing machine as claimed in claim 6, it is characterized in that, described main shaft support seat (26) comprises two spaced apart bearings.

8. the full-automatic shoe washing machine as described in any one in claim 1-6, it is characterized in that, described container (3) comprises external door (8), and described external door (8) is installed on container header board (31) for closed container 3 and as the passway into and out of footwear; Two fans cylinder inside door (182) corresponding to described external door (8) are installed in the front end of described cylinder (18).

9. the full-automatic shoe washing machine as described in any one in claim 1-6, it is characterized in that, described container (3) comprises some holes, for installing each pipeline of passing in the cavity volume of described drum ladle (3) or installing other parts, described shoe washing machine comprises purging system, is intake by the hole conveying of described container (3) to complete cleaning.

10. the full-automatic shoe washing machine as described in any one in claim 3-6, it is characterized in that, described container (3) comprises some holes, for installing each pipeline of passing in the cavity volume of described drum ladle (3) or installing other parts, described shoe washing machine comprises oven dry/cooling system, enters described center blast pipe (181) of described cylinder (18) to complete oven dry/cooling by the described air inlet duct conveying hot-air/cold air in the hole through described container (3).