CN205041819U - Automatic stoving sterilizer - Google Patents

Abstract

The utility model relates to an automatic stoving sterilizer, include: the cabinet body, the internal portion of cabinet is provided with first bracket and second bracket, first bracket set up in second bracket top, just first bracket set up one with the feed opening that the second bracket corresponds, push rod, level move in first bracket, first motor, first motor with pusher connects, turn round, turn round rotate set up in first bracket top, just it is provided with the layer that absorbs water to turn round the surface, the second motor, the second motor with the drive of turning round is connected, first bracket is provided with a plurality of support thing grooves, the push rod is followed hold in the palm the direction level motion of thing groove. Through the push rod with the kitchen utensils and appliances propelling movement to turning round, turn round and clean kitchen utensils and appliances for the water stain quilt on kitchen utensils and appliances surface is effectively erased, dries afterwards, has improved drying efficiency greatly, has reduced the stoving energy consumption simultaneously.

Description

Auto-drying disinfection cabinet

Technical field

This utility model relates to electrical equipment, particularly relates to auto-drying disinfection cabinet.

Background technology

Disinfection cabinet is the electrical equipment that daily household uses, and user, by after kitchen tools wash clean, puts into disinfection cabinet and carries out disinfection, and usual disinfection way comprises the virus killing patterns such as ozone, ultraviolet, middle gentle high temperature.Due to kitchen tools, residual moisture content is more after cleaning, if do not cleared up water stain on kitchen tools, so, by impact sterilization consequence in disinfecting process, life-time service will cause disinfection cabinet internal wetted mouldy, thus make Disinfection Effect poor further, reduce the service life of disinfection cabinet simultaneously.Existing disinfection cabinet has drying function mostly, to make on kitchen tools water stain can be dried, but because kitchen tools are as the curved-surface structure of bowls, easy Tibetan is received water stain, disinfection cabinet cannot comprehensively be dried kitchen tools, cause drying efficiency low, need the long period water stain in kitchen tools could be dried completely, thus it is higher to cause drying power consumption; On the other hand, after water stain oven dry, water stain vestige will be left in kitchen tools, make the kitchen tools after cleaning still seem unclean after sterilization, make user awareness poor.

Utility model content

Based on this, be necessary that the drying effect for existing auto-drying disinfection cabinet is undesirable, dry the defect that power consumption is larger, a kind of auto-drying disinfection cabinet is provided, before baking the kitchen tools in auto-drying disinfection cabinet can be carried out wiping, the water stain of kitchen surfaces is wiped free of, improves drying efficiency.

A kind of auto-drying disinfection cabinet, comprising:

Cabinet, described cabinet inside is provided with the first bracket and the second bracket, and described first bracket is arranged at above described second bracket, and described first bracket arranges a feed opening corresponding with described second bracket;

Push rod, horizontal movement is in described first bracket;

First motor, described first motor drives with described push rod and is connected;

Rotary head, described rotary head is rotated and is arranged at above described first bracket, and described head face is provided with water accepting layer;

Second motor, described second motor drives with described rotary head and is connected;

Described first bracket is provided with multiple holder thing groove, and described push rod is along described holder thing groove direction horizontal movement.

In one embodiment, described first bracket is provided with multiple dividing plate, forms the holder thing groove at some intervals between multiple described dividing plate.

In one embodiment, described push rod and described rotary head are arranged at the two ends of described holder thing groove respectively.

In one embodiment, the different setting of spacing between multiple described dividing plate.

In one embodiment, the spacing between each described dividing plate is equal.

In one embodiment, described first bracket is horizontally disposed with.

In one embodiment, described second bracket is horizontally disposed with.

In one embodiment, described first bracket is obliquely installed.

In one embodiment, described second bracket is obliquely installed.

In one embodiment, described first bracket and described second bracket are parallel to each other.

Kitchen tools are pushed to rotary head by push rod by above-mentioned auto-drying disinfection cabinet, and rotary head carries out wiping to kitchen tools, the water stain of kitchen surfaces is effectively wiped, dries subsequently, substantially increase drying efficiency, reduce oven dry energy consumption simultaneously.

Accompanying drawing explanation

Fig. 1 is the internal structure schematic diagram of the auto-drying disinfection cabinet of this utility model embodiment;

Fig. 2 is the internal structure schematic diagram of the auto-drying disinfection cabinet of another embodiment of this utility model;

Fig. 3 is the structural representation in the first bracket one direction of the auto-drying disinfection cabinet of this utility model embodiment;

Fig. 4 is the internal structure schematic diagram of the auto-drying disinfection cabinet of another embodiment of this utility model;

Fig. 5 is the internal structure schematic diagram of the auto-drying disinfection cabinet of another embodiment of this utility model;

Fig. 6 is the internal structure schematic diagram of the auto-drying disinfection cabinet of another embodiment of this utility model;

Fig. 7 is the internal structure schematic diagram of the auto-drying disinfection cabinet of another embodiment of this utility model;

Fig. 8 is a direction structure schematic diagram of the ventilation assembly of the auto-drying disinfection cabinet of this utility model embodiment;

Fig. 9 is the cross-sectional view of the rotary head of this utility model embodiment.

Detailed description of the invention

For the ease of understanding this utility model, below with reference to relevant drawings, this utility model is described more fully.Better embodiment of the present utility model is given in accompanying drawing.But this utility model can realize in many different forms, is not limited to embodiment described herein.On the contrary, provide the object of these embodiments be make to disclosure of the present utility model understand more thorough comprehensively.

It should be noted that, when element is called as " being arranged at " another element, directly can there is element placed in the middle in it on another element or also.When an element is considered to " connection " another element, it can be directly connected to another element or may there is centering elements simultaneously.Term as used herein " vertical ", " level ", "left", "right" and similar statement just for illustrative purposes, do not represent it is unique embodiment.

Unless otherwise defined, all technology used herein and scientific terminology are identical with belonging to the implication that those skilled in the art of the present utility model understand usually.The object of the term used in description of the present utility model herein just in order to describe concrete embodiment, is not intended to be restriction this utility model.Term as used herein " and/or " comprise arbitrary and all combinations of one or more relevant Listed Items.

Such as, a kind of auto-drying disinfection cabinet, comprising: cabinet, described cabinet inside is provided with the first bracket and the second bracket, described first bracket is arranged at above described second bracket, and described first bracket arranges a feed opening corresponding with described second bracket; Push rod, horizontal movement is in described first bracket; First motor, described first motor drives with described push rod and is connected; Rotary head, described rotary head is rotated and is arranged at above described first bracket, and described head face is provided with water accepting layer; Second motor, described second motor drives with described rotary head and is connected; Described first bracket is provided with multiple holder thing groove, and described push rod is along described holder thing groove direction horizontal movement.

As shown in Figure 1, it is the auto-drying disinfection cabinet 10 of this utility model one preferred embodiment, comprising:

Cabinet 500, described cabinet 500 inside is provided with the first bracket 100 and the second bracket 200, described first bracket 100 is arranged at above described second bracket 200, and described first bracket 100 arranges a feed opening (scheme do not indicate) corresponding with described second bracket 200; Push rod 130, horizontal movement is in described first bracket 100; First motor 110, described first motor 110 drives with described push rod 130 and is connected; Rotary head 140, described rotary head 140 is rotated and is arranged at above described first bracket 100, and as shown in Figure 9, described rotary head 140 surface is provided with water accepting layer 141; Second motor 120, described second motor 120 drives with described rotary head 140 and is connected; As shown in Figure 3, described first bracket 100 is provided with multiple holder thing groove 150, and described push rod 130 is along the direction horizontal movement of described holder thing groove 150.

Such as, each holder thing groove 150 correspondence to arrange described in one rotary head 140 described in push rod 130 and, like this, can carry out wiping to the bowls 800 in multiple holder thing groove 150 simultaneously, improve wiping efficiency.

An embodiment is, incorporated by reference to Fig. 2 and Fig. 3, kitchen tools such as bowls 800 etc. is placed in holder thing groove 150 by user, multiple bowls 800 is sequentially arranged in holder thing groove 150, described first motor 110 drives described push rod 130 to move, described push rod 130 promotes bowls 800 and moves along described holder thing groove 150 direction, when bowls 800 abuts rotary head 140, described rotary head 140 is rotated under described second motor 120 drives, described rotary head 140 is by the water stain wiping on the surface of bowls 800, after completing wiping, described push rod 130 continues to promote described bowls 800 under described first motor 110 drives, bowls 800 falls to described second bracket 200 by described feed opening, after the bowls 800 on described first bracket 100 all completes wiping, described auto-drying disinfection cabinet 10 starts to dry, carry out disinfection after oven dry, owing to carrying out wiping to the water stain of bowls 800 surface before oven dry, therefore drying time can shorten, thus reduce oven dry energy consumption, simultaneously due to water stain by wiped clean, after drying, water mark can not be left in bowls 800 surface, make bowls 800 rear surface of sterilizing more clean.

Such as, described auto-drying disinfection cabinet 10 is provided with checkout gear and control device, described checkout gear is connected with described control device, described control device is connected with described first motor 110 and described second motor 120 respectively, whether described checkout gear is residual water stain for detecting described tableware surface, such as, described checkout gear is humidity sensor, such as, described checkout gear is infrared induction probe, when bowls 800 remained on surface has water stain, testing result is sent to described control device by described checkout gear, described control device controls described first motor 110 and works, and control described second motor 120 and work, described first motor 110 drives described push rod 130 to promote bowls 800 and moves to described rotary head 140 direction, described second motor 120 drives described rotary head 140 to rotate to carry out wiping to bowls 800 surface.And for example, described checkout gear comprises runner assembly, and is installed on the luminescence component of described runner assembly and reflective probe assembly respectively, adjusts detection range by runner assembly, by luminous and reflective detection, whether residual water stainly detects tableware surface.

Such as, as shown in figures 1 and 3, described first bracket 100 is provided with multiple dividing plate 151, the holder thing groove 150 at the some intervals of gap-forming between multiple described dividing plate 151, such as, described dividing plate 151 is fixedly installed on described bracket, such as, the activity of described dividing plate 151 is inserted on described bracket, such as, described first bracket 100 is provided with groove, the activity of described dividing plate 151 is inserted in described groove, quantity and the spacing of described dividing plate 151 can be adjusted like this according to the quantity of bowls 800 and size, such as, when the diameter of bowls 800 is larger, and diameter is greater than the spacing between two grooves, the dividing plate 151 be inserted in like this on two described grooves cannot place the larger bowls of diameter 800, like this, one of them dividing plate 151 can be taken off, dividing plate 151 spacing is made to increase like this, make described holder thing groove 150 can hold the larger bowls of diameter 800.

In order to make wiping efficiency higher, such as, incorporated by reference to Fig. 1 and Fig. 3, described push rod 130 and described rotary head 140 are arranged at the two ends of described holder thing groove 150 respectively, such bowls 800 can move to the one end near described rotary head 140 by the one end near described push rod 130 in holder thing groove 150, multiple bowls 800 can be queue-type, carries out wiping in order one by one, improves wiping efficiency.

In order to adapt to the bowls 800 of different-diameter size, such as, the different setting of spacing between multiple described dividing plate 151, spacing between multiple described dividing plate 151 and unequal, such as, the width of multiple described holder thing groove 150 is unequal, like this, the bowls 800 of different size can be placed in the holder thing groove 150 of different width, and for example, the spacing between each described dividing plate 151 is equal, and the width of multiple so described holder thing groove 150 is equal, the bowls 800 of same size is put more neat, easily neatly advance under push rod 130 acts on.

It should be understood that, because the environment in auto-drying disinfection cabinet 10 is comparatively severe, each assembly all adopts metal material to increase the service life, such as, described first bracket 100 and described second bracket 200 are made for metal material, described dividing plate 151 is made for metal, due to dividing plate 151 thinner thickness, and edge is comparatively sharp, user is when placing or taking bowls 800 away, easily hurt by the edge of described dividing plate 151, in order to avoid user is hurt, in other embodiment, described first bracket 100 is provided with multiple rib, gap-forming holder thing groove 150 between multiple described rib, such as, described rib is cylindrical, columniform described rib user can be avoided to place or take away bowls 800 time hurt, and the volume of described rib is much smaller than described dividing plate 151, save material, thus reduce production cost, in addition, described rib is less than the obstruct area of described dividing plate 151, air in auto-drying disinfection cabinet 10 is more easily circulated, be not easy at the junction residual moisture or residue with the first bracket 100, reduce further the mouldy probability that makes moist.

In one embodiment, as shown in Figure 1, described bowls 800 lies in described holder thing groove 150, described keeping flat refers to that the bottom of bowls 800 lies against described holder thing groove 150, bowls 800 moves to described rotary head 140 along described holder thing groove 150, described rotary head 140 is perpendicular to described holder thing groove 150, move to the surface abutting described bowls 800 from top to bottom, in rotation, wiping is carried out to described bowls 800, in the present embodiment, described push rod 130 is mutually vertical with described rotary head 140, effectively can save space, reduce the volume of described cabinet 500.

More steady in order to make bowls 800 place, such as, as shown in Figure 2, described first bracket 100 is horizontally disposed with, such as, described first bracket 100 is parallel to each other with described second bracket 200, such as, described second bracket 200 is horizontally disposed with, after described bowls 800 to be moved along described holder thing groove 150 and is fallen to described second bracket 200, described second bracket 200 can be placed on reposefully, as without the need to carrying out wiping to bowls 800, only bowls 800 need be placed on described first bracket 100, it is more steady that horizontally disposed described first bracket 100 also can make described bowls 800 place.

More easily move to make bowls 800, such as, as shown in Figure 1, described first bracket 100 is obliquely installed, and such as, described first bracket 100 is downward-sloping gradually to the one end near described feed opening by the one end away from described feed opening, like this when bowls 800 is moved, gravitate, the power that described push rod 130 is applied in described bowls 800 is less, thus saves the driving power of described first motor 110, and for example, as shown in Figure 4, described first bracket 100 is horizontally disposed with, described second bracket 200 is obliquely installed, such as, described second bracket 200 is downward-sloping gradually to the one end away from described feed opening by the one end near described feed opening, like this, when bowls 800 falls to described second bracket 200 by feed opening, the other end of described second bracket 200 can be slid into along described second bracket 200, multiple bowls 800 is avoided to pile up near one end of described feed opening at described second bracket 200, and for example, described first bracket 100 is obliquely installed, such as, referring again to Fig. 1, described first bracket 100 is downward-sloping gradually to the one end near described feed opening by the one end away from described feed opening, described second bracket 200 is horizontally disposed with, like this, bowls 800 is easier moves at described first bracket 100, and it is more steady to fall placement to described second bracket 200.

In the above-described embodiment, described first bracket 100 and the stacked setting of described second bracket 200, greatly can save space like this, but be unfavorable for the motion of bowls 800, as shown in Figure 4, move to the right in bowls 800 left side in described first bracket 100 is by figure, after falling to described second bracket 200, adverse movement, moved to the left by right side in figure, it is very big that such bowls 800 motion consumes kinetic energy, described first motor 110 is consumed energy increase, in order to reduce energy consumption, such as, as shown in Figure 7, described first bracket 100 and described second bracket 200 are obliquely installed respectively, and both incline directions are identical with angle of inclination, such as, as shown in Figure 6 and Figure 7, described first bracket 100 and described second bracket 200 are arranged at described cabinet 500 both sides, such as, described first bracket 100 is downward-sloping gradually to the one end near described feed opening by the one end away from described feed opening, described second bracket 200 one end is arranged at below described feed opening, the other end is arranged away from described first bracket 100, simultaneously, described second bracket 200 is downward-sloping gradually to the one end away from described feed opening by the one end near described feed opening, like this, described first bracket 100 and described second bracket 200 are parallel to each other, and there is identical incline direction and angle of inclination, bowls 800 can be slided by described first bracket 100, described second bracket 200 is fallen to through feed opening, and rely on inertia and action of gravity, again slide along described second bracket 200, such bowls 800 has the identical direction of motion at described first bracket 100 and described second bracket 200, kinetic energy loss is little, the energy consumption of described first motor 110 is reduced.

In order to avoid bowls 800 falls on described second material frame damaged by described first bracket 100, as shown in Figure 1, Figure 2, shown in Fig. 4 and Fig. 5, described second bracket 200 is provided with buffer gear 210, described buffer gear 210 correspondence is arranged at below described feed opening, like this, when bowls 800 falls to described second material frame by the feed opening of described first bracket 100, described buffer gear 210 can be bowls 800 and provides buffering, avoids bowls 800 falling speed too fast and causes breakage.

Such as, referring again to Fig. 1, Fig. 2, Fig. 4 and Fig. 5, described buffer gear 210 comprises elastic component 211 and is connected to the buffer board 212 at elastic component 211 top, described buffer board 212 is arranged at below described feed opening, described second bracket 200 is connected to bottom described elastic component 211, like this when bowls 800 falls, described buffer board 212 after touching bowls 800 by the elasticity of elastic component 211, can well for bowls 800 provides buffering; In order to improve buffering effect further, such as, described buffer board 212 is set to aluminium sheet, aluminum has lighter weight, make to be not easy to be compressed to the limit during described elastic component 211 forced compression, namely described elastic component 211 is more flexible, and have longer compression travel and recover stroke, such buffering effect is better; Such as, described buffer board 212 is set to aluminum chromium, and the buffer board 212 that aluminum chromium is made has good corrosion resistance and thermostability, can well be applicable to the high temperature in auto-drying disinfection cabinet 10, environment that ozone content is high.

In order to improve buffering effect further, such as, referring again to Fig. 1, Fig. 2, Fig. 4 and Fig. 5, described buffer board 212 is obliquely installed, such as, described buffer board 212 is downward-sloping gradually to the other end by the one end near described feed opening, like this, described buffer board 212 apart from the Distance Shortened of feed opening, and makes bowls 800 along one end landing of described buffer board 212 to the other end, reduce the falling stroke of bowls 800, improve buffering effect further.

In order to coordinate the buffering effect of described buffer board 212, such as, as shown in Figure 4 and Figure 6, described second bracket 200 is obliquely installed, such as, described second bracket 200 is downward-sloping gradually to the other end by the one end near described feed opening, like this, described second bracket 200 is nearer near the distance of one end of described feed opening and described feed opening, the whereabouts further reducing bowls 800 is formed, avoid the enormous impact power that bowls 800 height of drop difference is subject to too greatly, on the other hand, described second bracket 200 be obliquely installed directly can slide into the other end by one end of the second bracket 200, multiple bowls 800 is avoided to pile up near one end of described feed opening at described second bracket 200.

In one embodiment, described elastic component 211 is spring, and such as, described number of springs is four; Tilt to make described buffer board 212, and make buffering effect better, such as, as shown in Figure 1, Figure 2, shown in Fig. 4 and Fig. 5, the length of two described springs in four described springs is greater than the length of spring described in two other, such as, the spring that two length is longer is arranged at described second bracket 200 near one end of described feed opening, the shorter spring of two length is arranged at described second bracket 200 one end away from described feed opening, this further reduces the falling stroke of bowls 800, avoid bowls 800 to collide impaired.

In a further embodiment, described elastic component 211 is flat spring, and flat spring has the advantage that volume is little, elasticity is strong.Such as, described elastic component 211, for having the flat spring of arcuate structure, makes buffering effect better.

In order to improve the wiping effect of described rotary head 140 further, as Fig. 2, shown in Fig. 4 and Fig. 5, described push rod 130 is oppositely arranged with described rotary head 140, such as, described push rod 130 is parallel to each other with described rotary head 140, and be oppositely arranged, an embodiment is, refer to Fig. 3, and composition graphs 2, Fig. 4 and Fig. 5, bowls 800 is sidelong in described holder thing groove 150, multiple bowls 800 stacks gradually is sidelong in described holder thing groove 150, the bowl of bowls 800 is facing to described rotary head 140, the bowl end, is towards described push rod 130, described push rod 130 pushes the bowl face of bowls 800 to described rotary head 140, described rotary head 140 carries out wiping to bowl face, after bowls 800 wiping of the front end along push rod 130 direction of motion completes, front end bowls 800 falls to described second bracket 200, push rod 130 continues to advance, the bowl face of next bowls 800 is made to be connected to described rotary head 140, described rotary head 140 carries out wiping to next bowls 800, the wiping being arranged in order the bowls 800 of being sidelong in holder thing groove 150 is completed with this.

It is worth mentioning that, because the diameter in the bowl face of bowls 800 is larger than the diameter of described rotary head 140, and bowl mask has certain radian, therefore, described rotary head 140 is rotated iff with fixing around the axle center of described rotary head 140, then cannot cover the bowl face of bowls 800 completely, make wiping effect not good, as shown in figures 4 and 9, described rotary head 140 is driven with described second motor 120 by universal joint 163 and is connected, such as, this utility model auto-drying disinfection cabinet 10 also comprises first connecting rod 161 and second connecting rod 162, described first connecting rod 161 one end drives with described second motor 120 and is connected, the other end is flexibly connected with one end of second connecting rod 162 by described universal joint 163, the other end of described second connecting rod 162 is connected with described rotary head 140, universal joint 163 has multiple degree of freedom when activity, like this, when described rotary head 140 is moved under described second motor 120 drives, can rotate on multiple degree of freedom, such as, described rotary head 140 can at the axis rotation around described rotary head 140 simultaneously, back and forth movement diametrically, and can move back and forth in the axial direction, each position in the bowl face of arc surface is made to obtain abundant wiping, substantially increase wiping effect.

In order to improve wiping effect further, such as, described water accepting layer 141 is cotton layer, and cotton layer has good water absorption, can effective wiping bowl face water stain, such as, described water accepting layer 141 is spongy layer, and such as, described water accepting layer 141 is acrylonitrile polymerization nitride layer, an embodiment is, each component of the following mass parts of described acrylonitrile polymerization nitride layer:

Acrylonitrile 20 parts ~ 24 parts, vinyl acetate 8 parts ~ 10 parts and 6 parts ~ 8 parts, acrylic acid.

It should be understood that, working environment in described auto-drying disinfection cabinet 10 comprises hot environment, the easy heated combustion of common absorbent material or send harmful gas, aforesaid propylene nitrile composite bed has good water absorption, there is characteristic that is high temperature resistant, back-fire relief simultaneously, be highly suitable for the hot environment in auto-drying disinfection cabinet 10.

In one embodiment, as shown in Figure 3, described push rod 130 is driven with described first motor 110 by screw mandrel 131 and is connected, and the kinetic energy of the rotation of described first motor 110 is transferred to the kinetic energy of described push rod 130 along described holder thing groove 150 rectilinear motion by described screw mandrel 131.

Such as, described push rod 130 is set to strip, the described push rod 130 of strip is conducive to saving space, such as, as shown in Figure 3, described push rod 130 is set to helical form, is spiral promotion when spiral helicine described push rod 130 moves, bowls 800 is advanced more soft, avoid described push rod 130 and bowls 800 sharp impacts to make bowls 800 damaged; Such as, described push rod 130 is set to column, and described push rod 130 thrust of column is stronger, can promote the bowls 800 stacking gradually placement more.

Described bowls 800 is collided when described push rod 130 moves, make bowls 800 damaged, such as, as shown in Figure 4, described push rod 130 is provided with cushion block 132 away from one end of described first motor 110, such as, described cushion block 132 is plastic cushion 132, such as, described cushion block 132 is rubber cushion blocks 132, such as, described cushion block 132 is modified organic silicon rubber cushion blocks 132, described modified organic silicon rubber cushion blocks 132 hardness foot is soft, and there is good thermostability, the collision of described push rod 130 pairs of bowls 800 can be reduced on the one hand, on the other hand can long-term work in the hot environment of auto-drying disinfection cabinet 10.

In order to improve wiping efficiency further, such as, as shown in Figure 7, described first bracket 100 is set to multilamellar, such as, described second bracket 200 is set to multilamellar, such as, first bracket 100 described in multilamellar respectively one_to_one corresponding is arranged at above the second bracket 200 described in multilamellar, and like this, the first bracket 100 described in every one deck is respectively arranged with multiple holder thing groove 150, each holder thing groove 150 correspondence is provided with push rod 130 and rotary head 140, how, the bowls 800 on the first bracket 100 of multilamellar can carry out wiping simultaneously, substantially increases wiping efficiency.

On the first bracket 100 described in multilamellar, bowls 800 is placed for the ease of user, such as, as shown in Figure 4, bracing frame 510 is provided with inside described cabinet 500, support frame as described above 510 is connected with multiple horizontally disposed slide rail 511, described slide rail 511 direction is vertical with described holder thing groove 150 direction, described first bracket two ends are provided with accepts rail 160, first bracket 100 described in multilamellar is arranged on described slide rail 511 by accepting rail 160 slip, like this, when user needs to place bowls 800, described first bracket 100 can be pulled out along described slide rail 511, make placement bowls 800 more convenient.

It should be understood that, because described rotary head 140 is oppositely arranged with described push rod 130, or perpendicular to described push rod 130, namely described rotary head 140 only can the bowl face of wiping bowls 800, wiping cannot be carried out at the bottom of bowl, although residual water stain less at the bottom of bowl, even and if leave a trace, also be not easy to impact the overall clean level of bowls 800, if but bowls 800 quantity is more, residual water stain also easily making at the bottom of the bowl of multiple like this bowls 800 is made moist in auto-drying disinfection cabinet 10, comparatively speaking, also the corresponding energy consumption that improve oven dry, in order to the water stain residual quantity at the bottom of making bowl is less, as shown in Figure 5, auto-drying disinfection cabinet 10 also comprises ventilation assembly 400, described ventilation assembly 400 is communicated with described cabinet 500 inside, an embodiment is, incorporated by reference to Fig. 5 and Fig. 8, described ventilation assembly 400 comprises wind wheel 410 and air channel 420, described wind wheel 410 is arranged at one end, air channel 420, described air channel 420 other end is communicated with described cabinet 500 inside, like this, before baking, described ventilation assembly 400 works, water stain air-dry by bottom bowls 800, such as, dry up or drain, make the effect of oven dry better, and reduce energy consumption.

Such as, described wind wheel 410 is blower wheel 410, and the wind direction of described wind wheel 410 is by thinking in auto-drying disinfection cabinet 10 outside auto-drying disinfection cabinet 10, such as, described wind wheel 410 is air-extracting wheel 410, and the wind direction of described wind wheel 410 is interior towards outside auto-drying disinfection cabinet 10 by auto-drying disinfection cabinet 10.

During in order to avoid sterilization, it is outside that ozone leaks to auto-drying disinfection cabinet 10, described ventilation assembly 400 also comprises gas-tight 430, described air channel 420 has wind passage mouth 421 away from one end of described cabinet 500, described gas-tight 430 can be coupling in described wind passage mouth 421, when described ventilation assembly 400 works, open for described gas-tight 430, air is circulation fast in auto-drying disinfection cabinet 10 and outside auto-drying disinfection cabinet 10, the moisture content of bowls 800 is run off rapidly, when sterilizing, described ventilation assembly 400 is closed, described gas-tight 430 closes, ozone is avoided to leak.

In order to make described gas-tight 430 opening and closings more flexible, and wind passage mouth 421 exposed area is larger after opening, in one embodiment, refer to Fig. 8, described gas-tight 430 is two, two described gas-tight 430 is symmetricly set in described wind passage mouth 421, such as, described wind passage mouth 421 is provided with at least two holddown grooves 421, described in each, gas-tight 430 is provided with turning cylinder, described in each, gas-tight 430 rotates in holddown groove 421 described in by described turning cylinder, like this, can open for two described gas-tight 430 simultaneously, and rotate in opposite direction, such as, two described gas-tight 430 turns to mutually vertical with described wind passage mouth 421 plane, make the draught area of described wind passage mouth 421 larger, improve air passage rates.

In order to improve air-tightness during described gas-tight 430 closedown, avoid the gas leak in auto-drying disinfection cabinet 10 further, referring again to Fig. 8, described gas-tight 430 edges are provided with rubber cushion 431, and such as, described rubber cushion 431 is silicagel pad, during described gas-tight 430 closedown, the silicagel pad at described gas-tight 430 edges is connected to wind passage mouth 421, and after making the closedown of wind passage mouth 421, seal is stronger, avoids harmful gas to leak further.

Such as, described ventilation assembly 400 is arranged at described cabinet 500 top, it is outside that air in cabinet 500 can be extracted out described cabinet 500 by described ventilation assembly 400 from lower to upper, make the air circulation on described first bracket 100 and described second bracket 200 comparatively even, multiple the water stain of bowls 800 surface can more uniformly be volatilized, according to above described in embodiment, described rotary head 140 mainly carries out wiping to the bowl face of bowls 800, described convulsion assembly is mainly air-dry to carrying out at the bottom of the bowl of bowls 800, in order to improve air-dry efficiency, can be air-dry for carrying out at the bottom of bowl, such as, described ventilation assembly 400 is arranged at cabinet 500 side, described ventilation assembly 400 is arranged at cabinet 500 side and the wind direction of described ventilation assembly 400 is parallel with described push rod 130 direction of motion, like this, the wind of described ventilation assembly 400 directly can blow to the bottom of bowls 800, make the moisture bottom bowls 800 can be air-dry rapidly.

In order to reduce resistance when described bowls 800 is moved, such as, described first bracket 100 surface is set to smooth surface, and described like this bowls 800 is motion under described push rod 130 promotes, the frictional force be subject to is less, thus reduces the energy consumption of described first motor 110.

More steady in order to make bowls 800 move on described first bracket 100, such as, described first bracket 100 surface is provided with chute, such as, described chute is circular arc, such as, the shape of the chute of described circular arc and the side of bowls 800 are to mating, like this when bowls 800 is sidelong when holding in the palm on thing groove 150, the side of bowls 800 fix by the chute of described circular arc, thus more steady when making bowls 800 be sidelong and move.

Each technical characteristic of the above embodiment can combine arbitrarily, for making description succinct, the all possible combination of each technical characteristic in above-described embodiment is not all described, but, as long as the combination of these technical characteristics does not exist contradiction, be all considered to be the scope that this description is recorded.

The above embodiment only have expressed several embodiment of the present utility model, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to utility model patent scope.It should be pointed out that for the person of ordinary skill of the art, without departing from the concept of the premise utility, can also make some distortion and improvement, these all belong to protection domain of the present utility model.Therefore, the protection domain of this utility model patent should be as the criterion with claims.

Claims (10)

1. an auto-drying disinfection cabinet, is characterized in that, comprising:

Cabinet, described cabinet inside is provided with the first bracket and the second bracket, and described first bracket is arranged at above described second bracket, and described first bracket arranges a feed opening corresponding with described second bracket;

Push rod, horizontal movement is in described first bracket;

First motor, described first motor drives with described push rod and is connected;

Rotary head, described rotary head is rotated and is arranged at above described first bracket, and described head face is provided with water accepting layer;

Second motor, described second motor drives with described rotary head and is connected;

Described first bracket is provided with multiple holder thing groove, and described push rod is along described holder thing groove direction horizontal movement.

2. auto-drying disinfection cabinet according to claim 1, is characterized in that, described first bracket is provided with multiple dividing plate, forms the holder thing groove at some intervals between multiple described dividing plate.

3. auto-drying disinfection cabinet according to claim 2, is characterized in that, described push rod and described rotary head are arranged at the two ends of described holder thing groove respectively.

4. auto-drying disinfection cabinet according to claim 2, is characterized in that, the different setting of spacing between multiple described dividing plate.

5. auto-drying disinfection cabinet according to claim 2, is characterized in that, the spacing between each described dividing plate is equal.

6. auto-drying disinfection cabinet according to claim 1, is characterized in that, described first bracket is horizontally disposed with.

7. auto-drying disinfection cabinet according to claim 1, is characterized in that, described second bracket is horizontally disposed with.

8. auto-drying disinfection cabinet according to claim 1, is characterized in that, described first bracket is obliquely installed.

9. auto-drying disinfection cabinet according to claim 1, is characterized in that, described second bracket is obliquely installed.

10. the auto-drying disinfection cabinet according to any one of claim 1-9, is characterized in that, described first bracket and described second bracket are parallel to each other.