CN105107809A - Device for cleaning cake mould - Google Patents

Abstract

The invention relates to a device for cleaning a cake mould, and the cake mould comprises a side wall, a protruded part extending from the cake mould, an inner surface, an outer surface and a bottom surface. The device comprises at least one clean processing station, and the cleaning processing station compirses: a driving mechanism, a mould limiting mechanism arranged on a rotatable shaft to limit the cake mould vertically moving in at least one clean processing station, at least one brush arranged on an actuator which enables at least one brush to contact with the cake mould, and at least one arm extending far away from the rotatable shaft, wherein the arm comprises a mould contact part and can adjust the location relative to the cake mould to enable the mould contact part is close to at least one protruded part. The arm and the brush can be rotated relative to each other under the function of the driving mechanism, the mould contact part keeps to close to at least one protruded part, and the surface of the cake mould is scrubbed by the brush.

Description

For washing the equipment of Cake mould

Technical field

The present invention relates to a kind of equipment for washing mould used in food preparation.Although not exclusively, it can be used in particular for automation and wash the mould or baking tray prepared for cake.

Background technology

The baked items of such as cake obtains usually in the following way: to be poured into by mixture in the mould of suitable shape (such as, substantially cylindrical or Frusto-conical mould, snak link baking tray or hollow baking tray) in, and baking oven mould being placed in a certain temperature reaches certain time.After the cake completed departs from from mould, what usually there is remarkable quantity on the mold surface cures residue.Although residue is usually on the inner surface of mould, residue is present on outer surface much, overflows if especially existed when toppling over mixture.

In order to remove residue from Cake mould, usually use the craft process of following steps: to be immersed in hot water one to two hour, to brush die surface, and rinse with water purification.As understood, wait to wash if there is a large amount of moulds, then this is consuming time and labor-intensive process.Like this, the automation of washing process is just needed.

Find that the automation wash dishes system of the routine of the article (as tableware and pottery) for other types can not be effective to remove from Cake mould all cure residue.In addition, these systems still need, before putting into cabinet or the washing of other similar cabinet rooms, Cake mould is immersed the very hot water long period in advance.Therefore, up to now, automation wash dishes system is not widely used in washing Cake mould.

Need a kind ofly can effectively and automatically remove the equipment curing residue from Cake mould.

Summary of the invention

In first aspect, the invention provides a kind of equipment for automation washing Cake mould, described Cake mould comprises sidewall, described sidewall has at least one protuberance extended from it, and comprise inner surface and outer surface, described Cake mould also comprises basal surface, and described equipment comprises:

At least one cleaning treatment station, it comprises:

Driving mechanism, described driving mechanism has rotatable axle;

Mould limiting member, described mould limiting member is mounted to described rotatable axle, for the vertical movement of the described Cake mould of restriction at least one cleaning treatment station described;

At least one brush, at least one brush described is mounted to the actuator for making at least one brush described contact with described Cake mould; With

At least one arm, at least one arm described extends away from described rotatable axle, and has contacting dies part, can, relative to described Cake mould adjustment position, make described contacting dies part be close at least one protuberance described;

Wherein said arm and described brush relative to each other can rotate under the effect of described driving mechanism, and described contacting dies part keeps next-door neighbour's at least one protuberance described simultaneously, make described brush that scouring motion is applied to the surface of described Cake mould.

In preferred embodiments, described equipment comprises multiple cleaning treatment station, and described cleaning treatment station is linearly arranged each other.

In second aspect, the invention provides a kind of cleaning treatment station for automation washing Cake mould, described Cake mould comprises sidewall, described sidewall has at least one protuberance extended from it, and comprise inner surface and outer surface, described Cake mould also comprises basal surface, and described cleaning treatment station comprises:

Driving mechanism, described driving mechanism has rotatable shaft;

Mould limiting member, described mould limiting member is mounted to described rotatable shaft, for the vertical movement of the described Cake mould of restriction in described cleaning treatment station;

At least one brush, at least one brush described is mounted to the actuator for making at least one brush described contact with described Cake mould; With

At least one arm, at least one arm described extends away from described rotatable shaft, and has contacting dies part, can, relative to described Cake mould adjustment position, make described contacting dies part be close at least one protuberance described;

Wherein said arm and described brush relative to each other can rotate under the effect of described driving mechanism, and described contacting dies part keeps next-door neighbour's at least one protuberance described simultaneously, make described brush that scouring motion is applied to the surface of described Cake mould.

In the third aspect, the invention provides a kind of equipment for automation washing Cake mould, described Cake mould comprises sidewall, described sidewall has at least one protuberance extended from it, and comprise inner surface and outer surface, described Cake mould also comprises basal surface, and described equipment comprises:

Multiple cleaning treatment station, each cleaning treatment station comprises at least one brush on the surface for brushing described Cake mould and the mould limiting member for limiting the vertical movement of described Cake mould in described cleaning treatment station;

Wherein said cleaning treatment station is linearly arranged each other.

Each cleaning treatment station can comprise the driving mechanism with rotatable axle, and described mould limiting member is mounted to described rotatable axle.At least one arm can extend away from described rotatable axle, and at least one arm described has contacting dies part, can, relative to described Cake mould adjustment position, make described contacting dies part be close at least one protuberance described.Described arm and at least one brush described relative to each other can rotate under the effect of described driving mechanism, and described contacting dies part keeps next-door neighbour's at least one protuberance described simultaneously, make described brush that scouring motion is applied to the surface of described Cake mould.

One in described cleaning treatment station or described cleaning treatment station can be inner surface cleaning treatment station.The actuator of at least one brush at described inner surface cleaning treatment station is mounted to described rotatable axle, makes the position of at least one brush described be adjusted to contact the inner surface of described Cake mould.The described arm at inner surface cleaning treatment station or each arm can be the catch arm of the support being attached to driving mechanism, make catch arm be static relative to driving mechanism.

In alternative embodiment, one in cleaning treatment station or cleaning treatment station can be cleaning of outer surface treating stations or basal surface cleaning treatment station.The actuator of at least one brush at described outer surface or basal surface cleaning treatment station is installed away from driving mechanism, makes at least one brush position described be adjusted to contact outer surface or the basal surface of described Cake mould.The described arm at described outer surface or basal surface cleaning treatment station or each arm can be the turning arm of the axle being mounted to described driving mechanism.

In certain embodiments, described equipment comprises multiple cleaning treatment station, and for Cake mould being submitted to the conveyer at continuous print cleaning treatment station.Described conveyer can be the stepping beam type conveyer of multiple bearings receive with each Cake mould.Advantageously, stepping beam type conveyer is used mould to be submitted to the continuous print cleaning treatment station being provided for efficient line processing.

Mould limiting member can be the brush of the end that such as can be mounted to rotatable axle, the inner bottom surface of the bristle facing die of described brush, bristle can be contacted with inner bottom surface, to rotate the vertical motion of assisting restriction mould once mould, and scrubbing action is applied to inner bottom surface.In other embodiments, described mould limiting member can comprise bar or similar slender member, and described bar or similar slender member extend perpendicular to described rotatable axle, and can have the length of the internal diameter corresponding essentially to described mould.It is such as two this slender members at right angle each other that some embodiments can comprise.In in these embodiments each, described mould limiting member is for limiting the vertical movement of mould, and described vertical movement may be owing to being applied to mould when the brush contacts of mould and described cleaning treatment station due to the rotation of mould.

Multiple cleaning treatment station can be mounted to common support.

In certain embodiments, at least one arm described is pivotable.Like this, if the lower surface of contacting dies part contacts the top of the protuberance of Cake mould by chance, make the initial unsuitable location of contacting dies part with rotary actuation Cake mould, then the contacting dies part that will cause initial in rotary moving of Cake mould is through protuberance, at this moment the downward pivotable of arm (under the influence of gravity, or under bias force (as provided by spring)).This means when mould rotates, contacting dies part suitably locates to contact protuberance (or another protuberance on Cake mould outer surface) subsequently.

Described equipment also can comprise the high-pressure spraying part with nozzle, and described nozzle structure is produce the spray column being essentially circular path that track is the circumference of the upper bead corresponding to Cake mould.Advantageously, the circular path that high pressure spray column is followed can be used for removing and/or softening be positioned at bead be difficult to the part arrived cure residue.

Accompanying drawing explanation

Now with reference to appended accompanying drawing, only in the mode of nonrestrictive embodiment, embodiment of the present invention are described, in appended accompanying drawing:

Fig. 1 is the top perspective view of the cleaning equipment according to embodiment of the present invention;

Fig. 2 is the feature of the view of Fig. 1, which show spray treating stations and the cleaning treatment station of described equipment;

Fig. 3 is the close-up illustration of spray treating stations;

Fig. 4 is the side projection figure at the inner surface cleaning treatment station of the equipment of Fig. 1 and Fig. 2;

Fig. 5 is the top perspective view at inner surface cleaning treatment station;

Fig. 6 is the top perspective view at the inner surface cleaning treatment station shown in use;

Fig. 7 is the side projection figure of the cleaning of outer surface treating stations of equipment;

Fig. 8 is the top perspective view of cleaning of outer surface treating stations;

Fig. 9 is the top perspective view of the cleaning of outer surface treating stations shown in use;

Figure 10 is the side projection figure at basal surface cleaning treatment station;

Figure 11 is the top perspective view at basal surface cleaning treatment station; And

Figure 12 is the top perspective view at the basal surface cleaning treatment station shown in use.

Detailed description of the invention

First with reference to Fig. 1, which show the equipment 10 for clean Cake mould.Described equipment comprises loading station 12, high-pressure spraying part 14, multiple cleaning treatment station (inner surface cleaning treatment station 16, cleaning of outer surface treating stations 18 and basal surface cleaning treatment station 20), unloading part 22, and unloading baffle-box 24.Cake mould (not shown) is loaded at loading station 12 place, and carried by conveyer 26 (it is the form of stepping beam type conveyer or calibration conveyer in the illustrated embodiment), to process continuously at shower portion 14 and cleaning treatment station 16,18,20 place before the unloading of unloading part 22 place.Baffle-box 24 can be provided for the temporary reservoir of the Cake mould unloaded.Equipment 10 also can comprise programmable logic controller (PLC) (PLC) (not shown), in order to control conveyer 26, the character of movement of all parts at shower portion 14 and cleaning treatment station 16,18,20 and time.In a presently preferred embodiment, in each clean cycle, the time controling of the parts at the time controling of conveyer movement and shower portion 14 and cleaning treatment station 16,18,20 is fixed.Such as, each clean cycle can occupy between about 45 seconds to about 60 seconds.

Turn to Fig. 2, conveyer 26 has multiple die supports and mold 262 of aturegularaintervals.Described bearing comprises the paired support member being positioned at and being relatively fixed on beam, and each support member has bottom and the bead for part circular.In a cleaning cycle, the trave lling girder of stepping beam type conveyer 26 rises between built-in beam, promote any Cake mould be placed in bearing 262 thus, and a unit is moved in the position through the Cake mould of Ti Shenging, thus each Cake mould is moved to the bearing 262 of next treating stations in order.

Describe the various piece of equipment 10 referring now to Fig. 3-Figure 12, wherein for clarity, therefore omit the various details of such as shell and support frame.

High-pressure spraying part 14 comprises a pair high-pressure spraying nozzle 142 being connected to branched pipe 144, and described branched pipe 144 moves along parallel orbit 146.Nozzle 142 moves together with branched pipe 144 along track 146, and can move along the branched pipe 144 transverse to track 146, so that pressure (hydraulic) water spray is applied to the Cake mould 100 (Fig. 3) be positioned at below nozzle 142 in a bearing 262.Nozzle 142 can be connected to high-pressure pump (piston pump) (not shown) via the entrance 145 of branched pipe 144, described high-pressure pump is configured to produce high pressure spray column 150 together with nozzle 142 and (such as has in 80 Palestine and Israels, in 90 Palestine and Israels, until the pressure of about 100 bar), the track of described high pressure spray column 150 is the substantially circular path of the required part of the circumference of the upper bead corresponding to Cake mould, make described spray column can orientate the part being difficult to arrive of the upper bead of aiming as, as fixture or other External protrusions 104 are attached to the region (as shown afterwards) of Cake mould 100 part.Nozzle location is by such as under type calibration: be placed in by mould 100 below nozzle 142; Start piston pump, nozzle 142 is produced high-pressure rotary spray column that track is circular path; Regulate the height of nozzle 142 and/or horizontal (xy-) position, until the required part of the circumference of spray column path and upper bead meets substantially; Keep nozzle location (with at mould 100 subsequently at the high-pressure spraying treating stations 14 times of equipment 10 through out-of-date for mould 100 subsequently).

Equipment 10 has the scrubbing part comprising three cleaning treatment stations 16,18,20.Each cleaning treatment station comprises the motor 168,188,208 of drive spindle or axle, and at least one element will be mounted to described axle or axle for (will hereafter describe in more detail) in rotary moving.The axle of each motor and association thereof is mounted to common support 30, and one or more lifting cylinder barrel 32 can be used to move up and down described support 30.Promote cylinder barrel 32 a pair to be shown in Fig. 2, but single cylinder can be favourable, this is because it can to prevent from when two or more cylinders may operating jiggly movement of the support caused due to asymmetric cylinder.Should be appreciated that, in some embodiments, each motor and axle also can be mounted to himself support, and described support can move independent of other supports.

Referring now to Fig. 4-Figure 12, each cleaning treatment station will be described in more detail.

Fig. 4-Fig. 6 shows the inner surface cleaning treatment station 16 with motor 168, described motor 168 drive spindle 40.Motor 168 is mounted to axle 40 via shaft coupling 170 and bearing arrangement 173.There is outer surface 110 and the mould 100 remained in bearing 262 is shown as and processes at inner surface cleaning treatment station 16 place.Mould 100 has the multiple protuberances 104 extended from its outer surface 110.In shown mould, protuberance 104 extends from the fixture 102 of mould.

Cleaning treatment station 16 has and extends away from axle 40, and around multiple arms 166 that axle 40 is arranged with regular angular interval.Described arm is attached to support 30 via plate 34, and described plate 34 is connected to support 30 by bar (not shown).Axle 40 runs through the hole in plate 34, thus when motor 168 starts, axle 40 can rotate freely by the axis around self in described hole, and arm 166 can not be rotated relative to support 30.

Each arm 166 comprises contacting dies part 167, and in the illustrated embodiment, described contacting dies part 167 is totally going up the pulpous state part extended from arm 166 in downward direction.Preferably, pulpous state part or other contacting dies parts, to downward-extension, make to there is gap between the top edge of the major part of arm 166 and mould 100.

Brush assembly 161 is mounted to the lower end of axle 40, described brush assembly 161 comprises a pair brush 162 substantially vertically arranged, each brush remains in brush holder 172, and described brush holder 172 can activated to locate respective brush 162, makes the inner surface of the bristle contact mould 100 of brush 162.In some embodiments, single brush 162 only can be used, or more than two brushes 162.Brush assembly 161 also comprises the brush positioning adjust block 174 associated with brush holder 172, obtains and fully the contacting of die surface to change brush position when needed.Such as, if mould 100 has frusto-conical shape, and therefore have tapered sidewalls as shown in the figure, then brush positioning adjust block 174 can make brush 162 tilt, to obtain bristle and side wall inner surfaces evenly contact.

Advantageously, brush 162 can be the scrub-brush of standard finished products.The reader of this area can understand, if use different brushes, then brush holder 172 can be easy to change to hold brush.

In the operation at cleaning treatment station 16, motor 168 driving shaft 40, described axle 40 and then brush assembly 161 is rotated.When brush assembly 161 rotates, the friction between the bristle of brush 162 and the inner surface of mould 100 causes mould 100 to rotate in bearing 262, until at least one in protuberance 104 is close to one in pulpous state part 167.Because arm 166 is fixed relative to support 30, therefore pulpous state part 167 serves as stop dog component to prevent further rotating of mould 100.Meanwhile, brush assembly 161 continues to rotate, and makes the inner surface of the sidewall of brush 162 cleaning mold 100.

Brush assembly 161 optionally comprises one or more horizontal brush 164.When motor 168 driving shaft 40, horizontal brush rotates together with the remainder of brush assembly 161, with at least part of bottom interior surface of cleaning mold 100.In the embodiment described in which, horizontal brush 164 also serves as mould limiting member, to limit the vertical movement of mould 100, mould 100 is remained in cleaning treatment station 16 and contacts with brush 162.

In some embodiments, each arm 166 such as pivotable can be mounted to plate 34 or axle 40 by hinge 165.This can allow arm 166 to be adjusted to correct position, is close to protuberance 104 to make contacting dies part 167.Such as, if mould 100 is located as making protuberance 104 be positioned at immediately below pulpous state part 167 at first, then when cleaning treatment station 16 declines towards mould 100, the bottom of pulpous state part 167 is by the top of contact protuberance 104.Due to the pivot brackets 165 of arm 166, when continuing to decline in cleaning treatment station 16, arm 166 trends towards upwards being ordered about from its original horizontal position, until mould limiting member (horizontal brush) 164 contacts the bottom interior surface of mould 100.Then, start in the operating process of rotary die 100 at brush assembly 161, pulpous state part 167 will through protuberance 104, and at this moment arm rolls back its original horizontal position 166 times, thus when mould 100 rotates pulpous state part 167 subsequently in correct position to stop next protuberance 104.Arm 166 can be back to horizontal level under gravity, or can be such as biased towards horizontal level by spring load.

Cleaning of outer surface treating stations 18 (Fig. 7-Fig. 9) comprises via shaft coupling 190 and bearing arrangement 192 and the motor 188 of driving shaft 42.Multiple arm 186 is mounted to axle 42 (and extending away from axle 42), thus when the motor is activated, described arm rotates together with the axis.Each arm 186 comprises contacting dies part (being pulpous state part in this case) 187 at its end.Arm 186 separates around axle 42 with the angular spacing of rule.Shown embodiment comprises three this arms, but the quantity of described arm can be less or more, and prerequisite is the Mass Distribution of arm is angle symmetrical, changes uneven in case spin-ended.Such as, a pair relative arm can be used.

Cleaning treatment station 18 also comprises a pair brush assembly 181.Each brush assembly 181 is installed on the platform 191 adjacent with conveyer 26, and comprises the brush 182 of the vertically arrangement substantially remained in brush holder 180, and described brush holder 180 is attached to actuator 184.Actuator 184 regulates the gradient of brush 182, with the uniform contact between the outer surface 110 of the sidewall of the bristle and mould 100 that provide brush 182.Brush assembly 181 is positioned on the opposite side of conveyer 26, is therefore positioned on the opposite side of mould 100.

The actuator of each brush assembly 181 can be used for enough active forces to be applied to mould 100, makes brush 182 grasp mould 100 at least partly in-between.In addition, the mould limiting member of the form into gear-stopping bar 194 is provided with at the lower end of rotatable shaft 42.As shown in the figure, gear-stopping bar 194 is cross, but it can have alternative form, as crossed over the single slender member of the internal diameter of mould 100.Gear-stopping bar 194 for limiting the vertical movement of mould 100, otherwise when mould 100 is so that the vertical movement of mould 100 may occur during High Rotation Speed.Gear-stopping bar can have contact pad 196 that is flexible or other materials on the lower surface thereof, and it can not cause the inner bottom surface of mould 100 to be damaged.Once mould 100 remains on brush 182, between gear-stopping bar 194 and bearing 262, then motor 188 can be used for turning arm 186, the pulpous state part 187 of described arm 186 with rotary die 100 thus, thus makes outer surface 110 be cleaned by brush 182 near protuberance 104.

Be similar to cleaning of outer surface treating stations 18, basal surface cleaning treatment station 20 (Figure 10-Figure 12) comprises motor 208, and described motor 208 is via shaft coupling 220 and bearing assembly 222 driving shaft 44.Multiple arm 206 is mounted to axle 44 (and extending away from axle 44), thus when motor 208 starts, described arm rotates together with the axis.Each arm 206 comprises pulpous state part 207 at its end, for the rotary actuation mould 100 near protuberance 104.For cleaning of outer surface treating stations 18, can use and be less than three or arm 206 more than three.

Cleaning treatment station 20 comprises a pair brush assembly 212, each brush assembly 212 have be installed in brush holder 210 towards upper brush 202 and the actuator 204 being mounted to the platform 214 on every side of conveyer 26.In some embodiments, single this brush assembly can be used, but preferably use a pair symmetrical this brush, this is because on its basal surface being provided in mould 100 evenly the distribution of power.Actuator 204 makes brush 202 move up, to contact mould 100 when mould 100 is in bearing 262 and power is upwards applied to mould 100.Meanwhile, be mounted to the end of axle 44, and the cross gear-stopping bar 230 of internal diameter substantially crossing over mould 100 is for limiting the vertical movement of mould 100, otherwise when mould 100 is so that the vertical movement of mould 100 may occur during High Rotation Speed.For cleaning treatment station 18, gear-stopping bar 230 can have contact pad that is flexible or other materials on the lower surface thereof, and described contact pad can not cause the damage of the inner bottom surface to mould 100.If there is the motion straight up of mould 100 when mould 100 rotates, then gear-stopping bar applies downward power by the inner bottom surface of mould 100, makes mould that any further vertical motion cannot occur thus remains between brush 202, the gear-stopping bar 230 i.e. bearing 262 of conveyer 26.When motor 208 start and driving shaft 44 time, the arm 206 being attached to axle rotates, and make pulpous state part 207 near protuberance 104 and rotary die 100 thus, the basal surface of mould 100 cleaned by brush 202.

In single clearing cyclic process, in equipment 10, there is operating sequence exemplary as follows:

Support 30 is promoted by one or more lifting cylinder barrel 32, to be opened clearly from the mould conveyer 26 end of axle 40,42,44;

Advance a unit for the position of the mould on conveyer, comprises and make any mould after cleaning completely advance to unloading part 22 from basal surface rinsing table 20;

At loading station 12, next mould is loaded at place;

For predetermined lasting time, perform following operation simultaneously:

Water jet column is applied to the presumptive area of the top edge of the mould be positioned at below it by zero high-pressure spraying 14, with softening and/or remove the residue of edge, especially at the residue at protuberance 104 or the region place between fixture 102 and edge;

Zero support 30 declines, and:

■ inner surface cleaning treatment station 16 declines, and make horizontal brush 164 contact the inner bottom surface of mould 100, brush 162 is moved to contact with mould inner surface by brush positioning adjust block 174, and motor 168 rotary brush assembly 161;

■ cleaning of outer surface treating stations 18 declines, and the actuator of brush assembly 181 makes brush 182 contact the outer surface of the second mould, and stop dog component 194 contacts the inner bottom surface of the second mould, motor 188 turning arm 186; And

■ basal surface cleaning treatment station 20 declines, and the actuator of brush 202 makes brush 202 move up to contact the lower surface of the 3rd mould, and stop dog component 230 contacts the inner bottom surface of the 3rd mould, and motor 208 turning arm 206.

When each cleaning treatment station 16,18,20 declines, if contacting dies part 167,187 or 207 runs into the top of protuberance 104, then arm (any this contacting dies part extends from described arm) upwards pivotable as previously mentioned, and again fall when mould rotates, make contacting dies part through protuberance 104.

Although aforementioned description has described exemplary embodiment, understanding when not departing from scope of the present invention, can have been carried out many changes of the details designing, construct and/or operate by those skilled in the art.Such as, although the pulpous state part at each cleaning treatment station has been shown as the component (leg 104 as exemplary mold 100) be suitable near vertically outstanding, should be appreciated that they can instead be designed near the outstanding component (horizontal component as fixture 102) of level.In addition, although specifically do not show in the drawings, the one or more spray spouts comprised for spraying mould 100 when cleaning mould 100 in cleaning treatment station 16,18 or 20.The residue that the spray provided by spray spout also can contribute to making to clean from mould 100 is loose, and residue is rinsed out from mould, thus be received in the refuse process tank below stepping beam type conveyer 26, and provide lubrication between brush and mould.

Claims (10)

1. for an equipment for automation washing Cake mould, described Cake mould comprises sidewall, and described sidewall has at least one protuberance extended from it, and comprises inner surface and outer surface, and described Cake mould also comprises basal surface, and described equipment comprises:

At least one cleaning treatment station, it comprises:

Driving mechanism, described driving mechanism has the axle that can rotate;

Mould limiting member, described mould limiting member is installed on the described axle that can rotate, for the vertical movement of the described Cake mould of restriction at least one cleaning treatment station described;

At least one brush, at least one brush described is mounted to the actuator for making at least one brush described contact with described Cake mould; With

At least one arm, at least one arm described extends away from the described axle that can rotate, and it has contacting dies part, and can, relative to described Cake mould adjustment position, make described contacting dies part be close at least one protuberance described;

Wherein said arm and described brush relative to each other can rotate under the effect of described driving mechanism, and described contacting dies part keeps being close to at least one protuberance described simultaneously, and described brush is applied to the surface of described Cake mould by cleaning to move.

2. the equipment for automation washing Cake mould according to claim 1, one in wherein said cleaning treatment station or cleaning treatment station is inner surface cleaning treatment station; And the actuator of at least one brush wherein said is mounted to the described axle that can rotate, at least one brush position described is made to be adjusted to the inner surface contacting described Cake mould.

3. the equipment for automation washing Cake mould according to claim 2, wherein said arm or each arm are the catch arm of the support being attached to described driving mechanism, make described catch arm be static relative to described driving mechanism.

4. the equipment for automation washing Cake mould according to any one of claim 1 to 3, one in wherein said cleaning treatment station or cleaning treatment station is cleaning of outer surface treating stations or basal surface cleaning treatment station; And the actuator of at least one brush wherein said is installed away from described driving mechanism, at least one brush position described is made to be adjusted to the outer surface or basal surface that contact described Cake mould.

5. the equipment for automation washing Cake mould according to claim 4, wherein said arm or each arm are the turning arm of the axle being mounted to described driving mechanism.

6., according to the equipment for automation washing Cake mould in any one of the preceding claims wherein, it comprises the multiple cleaning treatment stations linearly arranged each other, and for Cake mould being submitted to the conveyer at continuous print cleaning treatment station.

7. the equipment for automation washing Cake mould according to claim 6, wherein said conveyer is the stepping beam type conveyer of multiple bearings receive with each Cake mould.

8., according to the equipment for automation washing Cake mould in any one of the preceding claims wherein, wherein said arm or each arm can pivotables.

9. the cleaning treatment station for automation washing Cake mould, described Cake mould comprises sidewall, and described sidewall has at least one protuberance extended from it, and comprises inner surface and outer surface, described Cake mould also comprises basal surface, and described cleaning treatment station comprises:

Driving mechanism, described driving mechanism has the axle that can rotate;

Mould limiting member, described mould limiting member is mounted to the described axle that can rotate, for the vertical movement of the described Cake mould of restriction in described cleaning treatment station;

At least one brush, at least one brush described is mounted to the actuator for making at least one brush described contact with described Cake mould; With

At least one arm, at least one arm described extends away from the described axle that can rotate, and it has contacting dies part, and can, relative to described Cake mould adjustment position, make described contacting dies part be close at least one protuberance described;

Wherein said arm and described brush relative to each other can rotate under the effect of described driving mechanism, and described contacting dies part keeps next-door neighbour's at least one protuberance described simultaneously, and scouring motion is applied to the surface of described Cake mould by described brush.

10. for an equipment for automation washing Cake mould, described Cake mould comprises sidewall, and described sidewall has at least one protuberance extended from it, and comprises inner surface and outer surface, and described Cake mould also comprises basal surface, and described equipment comprises:

Multiple cleaning treatment station, each cleaning treatment station comprises at least one brush on the surface for brushing described Cake mould and the mould limiting member for limiting the vertical movement of described Cake mould in described cleaning treatment station;

Wherein said cleaning treatment station is linearly arranged each other.