CN208464720U - Disinfection cabinet drying unit and disinfection cabinet - Google Patents
Disinfection cabinet drying unit and disinfection cabinet Download PDFInfo
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- CN208464720U CN208464720U CN201721892291.5U CN201721892291U CN208464720U CN 208464720 U CN208464720 U CN 208464720U CN 201721892291 U CN201721892291 U CN 201721892291U CN 208464720 U CN208464720 U CN 208464720U
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Abstract
The utility model provides disinfection cabinet drying unit and disinfection cabinet, is related to kitchen tools device field.It is related to disinfection cabinet drying unit, including interior circulating air system, it includes the interior circulating fan, fan backplate and heating tube being connected on disinfection cabinet liner wall body, fan backplate is combined with liner wall body constitutes a cavity for being suitable for accommodating interior circulating fan flabellum, there is the air inlet and air outlet for being suitable for being connected to cavity and disinfection cabinet liner, heating tube is located at air inlet side on fan backplate；Dehumidification system comprising the moisture exhausting port being connected to disinfection cabinet liner and the hydrofuge fan being correspondingly arranged at moisture exhausting port, and the hydrofuge air duct of connection corresponding with hydrofuge fan；Controller controls interior circulating fan and works to form circulation in liner hot wind, and during flash baking or after drying, control hydrofuge fan work carries out moisture exhausting.Disinfection cabinet is further related to, above-mentioned disinfection cabinet drying unit is provided with.Using the technical program, the uniform drying function of disinfection cabinet and timely hydrofuge function can be realized.
Description
Technical field
The utility model relates to kitchen tools engineering device technique fields, more particularly, to disinfection cabinet drying unit and disinfection cabinet.
Background technique
Based on disinfection cabinet is mainly heated with infrared lamp at present, the characteristics of infrared lamp heats is the heating of thermal efficiency height
Speed is fast, but temperature Centralized, around fluorescent tube, the local temperature far from fluorescent tube rises slowly, and drying time is long, it is not easy to it dries,
Reason is mainly unevenly caused due to temperature heating very much, causes drying effect poor；In order to solve the problems, such as to heat non-uniform, portion
Divide technical staff to improve disinfection cabinet, increases interior circulating fan at the top of the liner of disinfection cabinet, include centrifugal blower
And air duct, but in use process, due to air duct can only a direction outlet air, the range blown to is smaller, especially in intracavitary
Lower part corner location is blown less than causing the tableware around the door-plate to be difficult to dry, drying effect is poor；In addition, disinfection cabinet exists
During entire drying, since inner cavity is enclosed construction, a large amount of moisture accumulations generated in drying course cannot get intracavitary
Discharge, causes tableware to be not easy to dry；Further, since the cavity temperature rate of climb is slow, temperature rises unevenly, decomposes to ozone
Speed is also slow, and decomposition is not thorough.
In consideration of it, there is an urgent need to a kind of novel drying structures for being able to solve above-mentioned non-uniform temperature problem.
The information disclosed in the background technology section is intended only to deepen the reason to the general background technology of the utility model
Solution, and it is known to those skilled in the art existing to be not construed as recognizing or imply that the information is constituted in any form
Technology.
Utility model content
The first of the utility model is designed to provide a kind of disinfection cabinet drying unit, can be realized the equal of disinfection cabinet liner
Even heating, so that liner drying is uniform.
A kind of disinfection cabinet drying unit provided by the utility model, including interior circulating air system comprising be connected to and disappear
Interior circulating fan, fan backplate and heating tube on malicious cabinet liner wall body, the fan backplate combine structure with the liner wall body
At a cavity suitable for accommodating the interior circulating fan flabellum, has on the fan backplate and be suitable for being connected to the cavity and disinfection
The air inlet and air outlet of cabinet liner；
Dehumidification system comprising the moisture exhausting port being connected to disinfection cabinet liner and the hydrofuge being correspondingly arranged at the moisture exhausting port
Fan, and the hydrofuge air duct of connection corresponding with the hydrofuge fan；
Controller controls the interior circulating fan and works to form circulation in liner hot wind, during progress flash baking
Or after drying, the hydrofuge fan work is controlled, carries out moisture exhausting.
It should be noted that the interior circulating fan of this programme may be mounted on each side of disinfection cabinet liner wall body,
It such as may be mounted in any one of liner top plate, liner side plate and liner back plate, but the air inlet and the outlet of interior circulating fan
Direction must be in the inner cavity of liner；When actual installation, fan backplate is provided with borderline structure, and fan backplate passes through edge knot
Structure is fixedly connected or is detachably fixed with disinfection cabinet liner and connect, to ensure that there is interior circulating fan enough spaces to be pacified
Dress；In actual use, interior circulating fan rotation, generates negative pressure, the air in liner enters cavity, chamber by air inlet in the cavity
Intracorporal flabellum generates centrifugal force, and air is blown back into liner by air outlet in all directions under the action of the centrifugal force
In, so that circulation in being formed, during this period, the wind of air outlet blowout dispel the heat around heating tube each in liner
Corner is rapidly heated to realize, further, interior circulating fan enhances the mobility of each position air in liner, makes whole
The Temperature Distribution of a liner is more uniform, also, the disinfection cabinet drying unit of this programme is arranged in disinfection cabinet, air outlet blowout
Wind can be directly blown onto around the internal hilar plate of disinfection cabinet, make close to internal hilar plate tableware be easier dry, improve internal hilar plate
The defect that surrounding cannot not dried dryly because temperature is low；After drying a period of time, a large amount of moisture is generated in liner, controller can be certainly
Dynamic starting is manually pushed a button to starting hydrofuge fan, and the moisture in liner is passed sequentially through moisture exhausting port and hydrofuge fan,
It makes it through hydrofuge air duct to be discharged to outside body, reduces the moisture in liner, tableware is made to be easier drying.
In any of the above-described technical solution, further, the interior circulating air system is disposed in proximity to disinfection cabinet liner
Bottom position, the dehumidification system are set to the top of the interior circulating air system close to the top of disinfection cabinet liner.
In any of the above-described technical solution, further, the air inlet is right against the interior circulating fan flabellum, described
Air outlet is distributed in the surrounding of the air inlet.
In any of the above-described technical solution, further, the heating tube is in straight tube-like, is set to the bottom of liner, position
In fan backplate bottom end the air outlet be equipped with it is multiple, multiple air outlets are in along the length direction of the heating tube
Linear homogeneous is alternatively arranged.
In any of the above-described technical solution, further, the heating tube is in bending, is set in the cavity, Gu
Surely it is surrounded on around the interior circulating fan flabellum.
In any of the above-described technical solution, further, the liner wall body at the cavity opposite position by interior
It protrudes outward, forms first groove for suitably forming the cavity, the fan backplate on the other side prolongs to inner side of liner
It stretches and is concavely formed second groove for suitably forming the cavity, described in first groove and second groove combination composition
Cavity.
In any of the above-described technical solution, further, non-return valve is provided in the hydrofuge air duct.
It should be noted that being provided with check (non-return) valve in hydrofuge air duct, when hydrofuge fan does not work, check (non-return) valve is to close
State, ozone leakage when preventing from sterilizing.
It further include mounting plate further in any of the above-described technical solution, the mounting plate is arranged in the disinfection cabinet
The back side of liner wall body, and be fixedly connected with disinfection cabinet cabinet body, the installation axle of the interior circulating fan passes through in the disinfection cabinet
Gallbladder wall body is fixedly connected with the mounting plate.
It should be noted that the back in the outside of disinfection cabinet liner wall body, i.e., in any one side of disinfection cabinet liner
Face is fixedly installed mounting plate, which is mainly used for the installation site of circulating fan in fixed, it is ensured that rotation it is steady.
In any of the above-described technical solution, further, quartz burner, the purple are provided in the disinfection cabinet liner
The top of the interior circulating air system is arranged in outside line fluorescent tube.
The second of the utility model is designed to provide a kind of disinfection cabinet, is provided with above-mentioned drying unit, has above-mentioned
The institute of drying unit is effective, and details are not described herein.
The beneficial effects of the utility model are as follows:
Using the disinfection cabinet drying unit of the utility model, including interior circulating air system comprising be connected to disinfection cabinet
Interior circulating fan, fan backplate and heating tube on liner wall body, the fan backplate combine composition one with the liner wall body
Suitable for accommodating the cavity of the interior circulating fan flabellum, has on the fan backplate and be suitable for being connected in the cavity and disinfection cabinet
The air inlet and air outlet of gallbladder, the heating tube are located at the air inlet side；Dehumidification system comprising connect with disinfection cabinet liner
Logical moisture exhausting port and the hydrofuge fan being correspondingly arranged at the moisture exhausting port, and the hydrofuge of connection corresponding with the hydrofuge fan
Air duct；Controller controls the interior circulating fan and works to form circulation in liner hot wind, carries out flash baking in the process or dry
After dry, the hydrofuge fan work is controlled, carries out moisture exhausting；Using the disinfection cabinet drying structure of the technical program, sterilizing
Above-mentioned interior circulating air system, the shape between the side and fan backplate are provided in any one side of cabinet liner wall body
At the receiving cavity having for accommodating interior circulating fan, it is provided with the mounting hole passed through for installation axle on the side, inside follows
The installation axle of ring fan is pierced by by above-mentioned mounting hole and passes through the mounting plate connection controller；When practical application, connect
Power supply, heating tube heating, interior circulating fan starts to rotate under the action of driving motor at this time, due to the rotation of flabellum, in wind
Negative pressure is generated in the cavity constituted between fan backplate and disinfection cabinet liner wall body, the air in disinfection cabinet liner is entered by air inlet
To around flabellum, air is blown back in disinfection cabinet liner again by air outlet point all directions by the centrifugal force that flabellum generates, from
And the heat around heating tube is dispelled each corner of disinfection cabinet liner by circulation in being formed, the wind that air outlet is produced by boasting, from
And realize and be rapidly heated, therefore interior circulating fan greatly strengthens the mobility of intracavitary each position air, make entire liner
More uniform temperature.
A kind of disinfection cabinet provided by the utility model, is provided with above-mentioned drying unit, the institute with above-mentioned drying unit
Effective, details are not described herein.
Detailed description of the invention
It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art
Specific embodiment or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, it is described below
In attached drawing be that some embodiments of the utility model are not paying creativeness for those of ordinary skill in the art
Under the premise of labour, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the mounting structure schematic diagram one for the disinfection cabinet drying unit that the utility model embodiment one provides；
Fig. 2 is the mounting structure schematic diagram two for the disinfection cabinet drying unit that the utility model embodiment one provides；
Fig. 3 is the mounting structure schematic diagram three for the disinfection cabinet drying unit that the utility model embodiment one provides；
Fig. 4 is the mounting structure schematic diagram four for the disinfection cabinet drying unit that the utility model embodiment one provides；
Fig. 5 is the mounting structure schematic diagram five for the disinfection cabinet drying unit that the utility model embodiment one provides；
Fig. 6 is the enlarged structure signal in the Fig. 4 for the disinfection cabinet drying unit that the utility model embodiment one provides at A
Figure.
Appended drawing reference:
1- knob；2- heating tube；3- air inlet；4- fan backplate；5- liner back plate；6- quartz burner；7-
Moisture exhausting port；8- temperature controller；9- air outlet；10- internal hilar plate；Circulating fan in 11-；12- hydrofuge air duct；13- hydrofuge wind
Fan；14- mounting plate；15- flabellum；The first groove of 16-；The second groove of 17-.
Specific embodiment
The technical solution of the utility model is clearly and completely described below in conjunction with attached drawing, it is clear that described
Embodiment is the utility model a part of the embodiment, instead of all the embodiments.Based on the embodiments of the present invention, originally
Field those of ordinary skill every other embodiment obtained without making creative work belongs to practical
Novel protected range.
It is in the description of the present invention, it should be noted that term " center ", "upper", "lower", "left", "right", " perpendicular
Directly ", the orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, and is only
For ease of description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have it is specific
Orientation, be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.In addition, term " the
One ", " second " is used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified
Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally
Connection.For the ordinary skill in the art, the tool of above-mentioned term in the present invention can be understood with concrete condition
Body meaning.
The disinfection cabinet drying unit of the present embodiment one and two and the technology of disinfection cabinet is described in detail below with reference to Fig. 1-Fig. 6
Scheme.
Embodiment one
The specific embodiment of the present embodiment is as follows:
It as shown in figures 1 to 6, is disinfection cabinet drying unit provided in this embodiment, including interior circulating air system, hydrofuge system
System and controller, wherein interior circulating air system includes the interior circulating fan 11 being connected on disinfection cabinet liner wall body, fan shield
Plate 4 and heating tube 2, fan backplate 4 is combined with liner wall body constitutes a cavity for being suitable for accommodating 11 flabellum 15 of interior circulating fan, wind
Fanning has the air inlet 33 and air outlet 9 for being suitable for being connected to cavity and disinfection cabinet liner on backplate 4, heating tube 2 is located at liner wall body
Any side the heating to liner air can be realized, it is preferred that the side timeliness of interior circulating fan 11 is arranged in heating tube 2
Fruit is more preferably；It is hereby achieved that being provided with interior circulating fan 11 in cavity, one and interior circulated air are provided on fan backplate 4
Fan the corresponding air inlet 33 of 11 flabellum 15, air outlet 9 is provided with multiple, it is located at the periphery of air inlet 33, startup power supply,
Interior circulating fan 11 is rotated, and generates negative pressure in the cavity, so that air be made to enter the cavity by air inlet 33, is then being fanned
Under the action of leaf 15, then the air of entrance blown out by air outlet 9, at this point, heating tube 2 can be set in fan backplate 4
Side also can be set in the outside of fan backplate 4, as long as can enable the wind blown out by air outlet 9 that heat is dispelled liner
Each position or included heat are blown out to each position of liner；Dehumidification system includes the hydrofuge being connected to disinfection cabinet liner
Mouth 7 and the hydrofuge fan 13 being correspondingly arranged at moisture exhausting port 7, and the hydrofuge air duct 12 of connection corresponding with hydrofuge fan 13；When
When above-mentioned interior circulating air system works, a large amount of moistures can be accumulated in liner, in order to avoid these influence of moisture disinfection cabinets
Drying function, hydrofuge fan 13 opens or closes according to the instruction of controller, or by automatic switch control hydrofuge fan 13
It opens or closes, hydrofuge process can carry out simultaneously with drying course, alternatively, the two interval carries out；Specifically, controller can be with
It controls the interior work of circulating fan 11 and forms circulation in liner hot wind, carry out flash baking in the process or after drying, control hydrofuge wind
13 work of fan, is convenient for moisture exhausting.
It should be noted that the interior circulating fan 11 of this programme may be mounted at each side of disinfection cabinet liner wall body
On, it such as may be mounted in any one of liner top plate, liner side plate and liner back plate 5, but the air inlet of interior circulating fan 11
It must be in the inner cavity of liner with air-out direction；When actual installation, fan backplate 4 is provided with borderline structure, and fan backplate 4 is logical
It crosses borderline structure and is fixedly connected or is detachably fixed with disinfection cabinet liner and connect, to ensure that interior circulating fan 11 has enough skies
Between installed；In actual use, interior circulating fan 11 rotates, and generates negative pressure in the cavity, the air in liner is by air inlet
33 enter cavity, and the intracorporal flabellum 15 of chamber generates centrifugal force, and air is passed through air outlet 9 along each under the action of the centrifugal force
Direction is blown back into liner, thus circulation in being formed, during this period, the wind that air outlet 9 is blown out blows the heat around heating tube 2
It is scattered to each corner in liner, is rapidly heated to realize, further, interior circulating fan 11 enhances each position in liner
The mobility of air keeps the Temperature Distribution of entire liner more uniform, also, the disinfection cabinet drying unit setting of this programme is disappearing
In malicious cabinet, the wind that air outlet 9 is blown out can be directly blown onto around the internal hilar plate 10 of disinfection cabinet, make the tableware of close internal hilar plate 10 more
It is easy drying, improves the defect that 10 surrounding of internal hilar plate cannot not dried dryly because temperature is low；After drying a period of time, generated in liner
A large amount of moisture, controller can start automatically or manually be pushed a button to starting hydrofuge fan 13, by the moisture in liner
Moisture exhausting port 7 and hydrofuge fan 13 are passed sequentially through, hydrofuge air duct 12 is made it through and is discharged to outside body, the moisture in liner is reduced, makes
Tableware is easier drying.
The optional technical solution of the present embodiment is that interior circulating air system is disposed in proximity to disinfection cabinet liner at the bottom position
Place, dehumidification system are set to the top of interior circulating air system close to the top of disinfection cabinet liner；Specifically, since temperature is got over
Height, air molecule is more active, therefore, interior circulating air system is positioned close to disinfection cabinet liner at the bottom position, can be more preferable
Realization heat being uniformly distributed in liner, also, the periphery of air inlet 33 is provided with multiple air outlets 9, can accelerate
The heating of air in liner, meanwhile, when in use, bowls and chopsticks to be sterilized and other items is placed on disinfection cabinet liner at the bottom to disinfection cabinet
At position, bowls and chopsticks flash baking can be made.
The optional technical solution of the present embodiment is that air inlet 33 is right against interior 11 flabellum 15 of circulating fan, and air outlet 9 is distributed
In the surrounding of air inlet 33；Specifically, as shown in figure 3, some air outlets 9 are located at the top of fan backplate 4, positioned at air inlet 33
Certain distance except, some air outlets 9 are located at the bottom of fan backplate 4, and the air outlet 9 above fan backplate 4 is along perpendicular
Straight dimension linear is evenly distributed with array, is provided with multiple holes；Air outlet 9 positioned at 4 bottom of fan backplate is linear uniformly distributed in the horizontal direction
Array is provided with multiple holes, blows out convenient for air along more direction, to accelerate the heating rate of liner.
The optional technical solution of the present embodiment is that as shown in figs. 1 and 3, heating tube 2 is in straight tube-like, is set to the bottom of liner
Portion, positioned at 4 bottom end of fan backplate air outlet 9 be equipped with it is multiple, multiple air outlets 9 are linearly equal along the length direction of heating tube 2
It is even to be alternatively arranged；2 temperature of heating tube increases, and then influences surrounding air heating, is capable of increasing the contact area of heated air.
The optional technical solution of the present embodiment is, as shown in figure 5, heating tube 2 is in bending, to be set in cavity, fixed
It is surrounded on around interior 11 flabellum 15 of circulating fan；Specifically, the both ends of the heating tube 2 are detachably mounted to a company respectively
In contact pin, which is detachably fixed with liner wall body and connect, and when heating tube 2 breaks down, will can easily add very much
Heat pipe 2 is dismantled and assembles a new heating tube 2, to will not influence the use of drying unit.
The optional technical solution of the present embodiment is to protrude from inside to outside at liner wall body and cavity opposite position, is formed
One suitably forms the first groove 16 of cavity, and fan backplate 4 on the other side is concavely formed one to inner side of liner extension and is suitable for shape
At the second groove 17 of cavity, the first groove 16 and the combination of the second groove 17 constitute cavity.
As shown in fig. 6, above-mentioned cavity is formed between the first groove 16 and the second groove 17, interior circulating air in diagram
System is mounted in liner back plate 5, which is a smooth planar structure, alternatively, can also be by the liner back plate 5
It is set as the structure with protrusion, the structure of protrusion is specially designed as in the outside for being provided with the first groove 16, within ensuring
Any position of gallbladder back plate 5 is same thickness.
The optional technical solution of the present embodiment is to be provided with non-return valve in hydrofuge air duct 12.
It should be noted that being provided with check (non-return) valve in hydrofuge air duct 12, when hydrofuge fan 13 does not work, check (non-return) valve is
Closed state, ozone leakage when preventing from sterilizing.
The optional technical solution of the present embodiment be further include mounting plate 14, mounting plate 14 is arranged in disinfection cabinet liner wall body
The back side, and be fixedly connected with disinfection cabinet cabinet body, the installation axle of interior circulating fan 11 passes through disinfection cabinet liner wall body and mounting plate
14 are fixedly connected.
It should be noted that the back in the outside of disinfection cabinet liner wall body, i.e., in any one side of disinfection cabinet liner
Face is fixedly installed mounting plate 14, which is mainly used for the installation site of circulating fan 11 in fixed, it is ensured that rotation
It is steady.
The optional technical solution of the present embodiment is that quartz burner 6 is provided in disinfection cabinet liner, and quartz burner 6 is set
It sets in the top of interior circulating air system；Specifically, the ozone that cold sterilization generates, carries out via the irradiation of quartz burner 6
It decomposes, the speed of ozone decomposition is improved by flash baking and temperature homogeneous heating, ozone decomposition is more thorough, shortens drying
Time, reduce the residual of tableware surface ozone.
It can be obtained, be formed between fan backplate 4 and any one side of disinfection cabinet liner wall body in accommodating from above
The cavity of circulating fan 11；The cavity can interfere to avoid interior circulating fan 11 in rotation, also, fan backplate 4, interior
Interior circulating air system is formd between circulating fan 11, air inlet 33, air outlet 9 and liner, convenient in disinfection cabinet liner
Uniformly blowout in all directions, solves the problems, such as disinfection cabinet liner non-uniform temperature after air heating；Also, such as the institute of Fig. 1 and 3
Show, can clearly see the structure of fan backplate 4, air inlet 33 is densely arranged multiple pore structures, and air inlet 33 is set
It is corresponding with 15 area of whole flabellum of interior circulating fan 11 to set area, convenient for being blown into for air；The setting of air outlet 9 is protected in fan
The center of fan backplate 4 is arranged in the surrounding of plate 4, air inlet 33, and the periphery of air inlet 33, outlet air is arranged in air outlet 9
The positions of 9 setting of mouth can ensure that the air entered by air inlet 33 is blown out with the rotation of flabellum 15, i.e., air outlet 9 is certain
The periphery of air inlet 33 is set, meanwhile, air outlet 9 wants scattering device, it is ensured that certain air output quickly dries to realize
It is dry.
The optional technical solution of the present embodiment is that temperature controller 8 is provided in liner, and temperature controller 8 is for controlling in disinfection cabinet
Drying temperature.
The optional technical solution of the present embodiment be further include driving motor, the dorsal surface of driving motor and mounting plate 14 is solid
Fixed connection；Alternatively, driving motor is external motor, it is flexibly connected with mounting plate 14.
Using the disinfection cabinet drying unit of the present embodiment, including interior circulating air system comprising be connected in disinfection cabinet
Interior circulating fan 11, fan backplate 4 and heating tube 2 on gallbladder wall body, fan backplate 4, which combines composition one with liner wall body, to be suitable for holding
It receives the cavity of interior 11 flabellum 15 of circulating fan, there is the air inlet 33 for being suitable for being connected to cavity and disinfection cabinet liner on fan backplate 4
With air outlet 9, heating tube 2 is located at 33 side of air inlet；Dehumidification system comprising the moisture exhausting port 7 that is connected to disinfection cabinet liner and
The hydrofuge fan 13 being correspondingly arranged at moisture exhausting port 7, and the hydrofuge air duct 12 of connection corresponding with hydrofuge fan 13；Controller,
It controls the interior work of circulating fan 11 and forms circulation in liner hot wind, when carrying out flash baking or later, control hydrofuge fan
13 work, carry out moisture exhausting；Using the disinfection cabinet drying structure of the technical program, in any one of disinfection cabinet liner wall body
It is provided with above-mentioned interior circulating air system in side, is formed between the side and fan backplate 4 for accommodating interior circulation
The receiving cavity of fan 11 is provided with the mounting hole passed through for installation axle, the installation axle of interior circulating fan 11 on the side
It is pierced by by above-mentioned mounting hole and passes through mounting plate 14 and connect controller；When practical application, powering on, heating tube 2 heats,
Interior circulating fan 11 starts to rotate under the action of driving motor at this time, due to the rotation of flabellum 15, in fan backplate 4 and disinfection
Negative pressure is generated in the cavity constituted between cabinet liner wall body, the air in disinfection cabinet liner enters flabellum 15 weeks by air inlet 33
It encloses, the centrifugal force generated by flabellum 15 blows back air in disinfection cabinet liner by 9 points of all directions of air outlet again, to be formed
Heat around heating tube 2 is dispelled each corner of disinfection cabinet liner by interior circulation, the wind that air outlet 9 is produced by boasting, thus real
Show and be rapidly heated, therefore interior circulating fan 11 greatly strengthens the mobility of intracavitary each position air, makes the temperature of entire liner
Degree is more evenly.
It should be pointed out that circulating fan 11 is mounted on the act of liner back plate 5 within the disinfection cabinet drying structure of the present embodiment
Example explanation, it may be assumed that as shown in figures 1 to 6, disinfection cabinet is provided with the knob 1 for being used to open or closing, heating tube 2, air inlet 3, fan
Backplate 4, liner back plate 5, quartz burner 6, moisture exhausting port 7, temperature controller 8, air outlet 9, internal hilar plate 10, interior circulating fan 11, row
Wet wind road 12, hydrofuge fan 13, mounting plate 14 and interior circulating fan 11 flabellum 15, recycled in the lower part of liner back plate 5
The installation axle of fan 11 passes through mounting plate 14, liner back plate 5 is fixedly installed togather with flabellum 15, and fan backplate 4 is mounted on interior
In gallbladder back plate 5, in the cavity that the flabellum 15 of interior circulating fan 11 is located at fan backplate 4 and liner back plate 5 is constituted, fan backplate 4
On be distributed with air inlet 3 and air outlet 9, air inlet 3 is right against flabellum 15 and is located at 4 middle position of fan backplate, and air outlet 9 is distributed
In the surrounding of fan backplate 4；The top of disinfection cabinet liner back plate 5 is provided with moisture exhausting port 7, hydrofuge is installed on moisture exhausting port 7
Fan 13, hydrofuge fan 13 are connect with hydrofuge air duct 12, and hydrofuge air duct 12 is fixed in body back plate；It is dried when disinfection cabinet starts
When function, heating tube 2 is begun to warm up, and interior circulating fan 11 is started to work, due to the operating of flabellum 15, fan backplate 4 with it is interior
Negative pressure is generated in the cavity that gallbladder back plate 5 is constituted, the intracavitary air of disinfection cabinet is entered around flabellum 15 by air inlet 3, by flabellum
15 generate centrifugal force by air by 9 points of all directions of air outlet be blown back into again it is intracavitary, thus formed in circulation, air outlet 9
The wind produced by boasting dispels the heat around heating tube 2 to each corner in inner cavity, is rapidly heated to realize, because of interior circulated air
Fan 11 greatly strengthens the mobility of intracavitary each position air, makes the more uniform temperature of entire inner cavity, the wind that air outlet 9 is produced by boasting
Can be directly blown onto around internal hilar plate 10, make close to internal hilar plate 10 tableware be easier dry, improve 10 surrounding of internal hilar plate because
Temperature is low and dries not dry defect；It is intracavitary to generate a large amount of moisture after drying a period of time, the program set according to control panel
Start hydrofuge fan 13, intracavitary moisture is passed sequentially through into moisture exhausting port 7, hydrofuge fan 13, hydrofuge air duct 12 are discharged to outside body, drops
Low intracavitary moisture, makes tableware be easier drying, and check (non-return) valve is provided in hydrofuge air duct 12, and hydrofuge fan 13 stops when not working
Inverse valve is in off state, ozone leakage when preventing from sterilizing；The ozone that cold sterilization generates is heated equal by flash baking and temperature
The even speed for improving ozone decomposition, ozone decomposition is more thorough, shortens the time of drying, reduces the residual of tableware surface ozone
It stays.The above are the disinfection cabinet drying units of the present embodiment to be mounted on the example in liner back plate 5, however, the drying unit is unlimited
In above-mentioned mounting means, the position of liner top plate or liner side plate can also be mounted on.
Embodiment two
A kind of disinfection cabinet provided in this embodiment, is provided with the drying unit of above-described embodiment one, with embodiment one
Institute is effective, and details are not described herein.
Finally, it should be noted that the above various embodiments is only to illustrate the technical solution of the utility model, rather than it is limited
System；Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should
Understand: it is still possible to modify the technical solutions described in the foregoing embodiments, or to some or all of
Technical characteristic is equivalently replaced；And these are modified or replaceed, it does not separate the essence of the corresponding technical solution, and this is practical new
The range of each embodiment technical solution of type.
Claims (10)
1. a kind of disinfection cabinet drying unit characterized by comprising
Interior circulating air system comprising interior circulating fan, fan backplate and the heating tube being connected on disinfection cabinet liner wall body,
The fan backplate is combined with the liner wall body constitutes a cavity for being suitable for accommodating the interior circulating fan flabellum, the fan
There is the air inlet and air outlet for being suitable for being connected to the cavity and disinfection cabinet liner on backplate；
Dehumidification system comprising the moisture exhausting port being connected to disinfection cabinet liner and the hydrofuge wind being correspondingly arranged at the moisture exhausting port
Fan, and the hydrofuge air duct of connection corresponding with the hydrofuge fan；
Controller controls the interior circulating fan and works to form circulation in liner hot wind, carries out flash baking in the process or dry
After dry, the hydrofuge fan work is controlled, carries out moisture exhausting.
2. disinfection cabinet drying unit according to claim 1, which is characterized in that the interior circulating air system, which is set to, to be leaned on
At nearly disinfection cabinet liner at the bottom position, the dehumidification system is set to the top of the interior circulating air system in disinfection cabinet
The top of gallbladder.
3. disinfection cabinet drying unit according to claim 1, which is characterized in that the air inlet is right against the interior circulation
Electric fan, the air outlet are distributed in the surrounding of the air inlet.
4. disinfection cabinet drying unit according to claim 1-3, which is characterized in that the heating tube is in straight tube
Shape is set to the bottom of liner, and the air outlet positioned at fan backplate bottom end is equipped with multiple, multiple air outlet edges
The linear uniform intervals arrangement of the length direction of the heating tube.
5. disinfection cabinet drying unit according to claim 1-3, which is characterized in that the heating tube is in bending
Shape is set in the cavity, and fixation is surrounded on around the interior circulating fan flabellum.
6. disinfection cabinet drying unit according to claim 1-3, which is characterized in that the liner wall body and institute
It states and is protruded from inside to outside at cavity opposite position, form first groove for suitably forming the cavity, institute on the other side
It states fan backplate and is concavely formed second groove for suitably forming the cavity, first groove and institute to inner side of liner extension
It states the combination of the second groove and constitutes the cavity.
7. disinfection cabinet drying unit according to claim 1, which is characterized in that be provided with check in the hydrofuge air duct
Valve.
8. disinfection cabinet drying unit according to claim 6, which is characterized in that further include mounting plate, the mounting plate is set
It sets at the back side of the disinfection cabinet liner wall body, and be fixedly connected with disinfection cabinet cabinet body, the installation axle of the interior circulating fan is worn
The disinfection cabinet liner wall body is crossed to be fixedly connected with the mounting plate.
9. disinfection cabinet drying unit according to claim 1, which is characterized in that be provided in the disinfection cabinet liner ultraviolet
The top of the interior circulating air system is arranged in line fluorescent tube, the quartz burner.
10. a kind of disinfection cabinet, which is characterized in that be provided with the described in any item disinfection cabinet drying dresses of the claims 1-9
It sets.
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| CN201721892291.5U CN208464720U (en) | 2017-12-29 | 2017-12-29 | Disinfection cabinet drying unit and disinfection cabinet |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721892291.5U CN208464720U (en) | 2017-12-29 | 2017-12-29 | Disinfection cabinet drying unit and disinfection cabinet |
Publications (1)
| Publication Number | Publication Date |
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| CN208464720U true CN208464720U (en) | 2019-02-05 |
Family
ID=65204333
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| CN201721892291.5U Active CN208464720U (en) | 2017-12-29 | 2017-12-29 | Disinfection cabinet drying unit and disinfection cabinet |
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