CN202207329U - Milk bottle sterilizer - Google Patents
Milk bottle sterilizer Download PDFInfo
- Publication number
- CN202207329U CN202207329U CN2011202848356U CN201120284835U CN202207329U CN 202207329 U CN202207329 U CN 202207329U CN 2011202848356 U CN2011202848356 U CN 2011202848356U CN 201120284835 U CN201120284835 U CN 201120284835U CN 202207329 U CN202207329 U CN 202207329U
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- CN
- China
- Prior art keywords
- heater
- ariticle
- base
- storing barrel
- flabellum
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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- Apparatus For Disinfection Or Sterilisation (AREA)
Abstract
A milk bottle sterilizer comprises a top cover, an accommodating bucket, and a base used for generating steam and providing flow air needed during the drying, wherein the top cover covers the accommodating bucket; the accommodating bucket is arranged on the base; a cavity is formed among the top cover, the accommodating bucket and the base; the base comprises a base body, a water tank, a heater and a fan; the fan comprises blades and a motor; the motor drives the blades via a rotating shaft; ventilating holes are formed at the bottom of the accommodating bucket; air holes are formed on the top cover; the upper surface of the base body concaves downwardly to form a groove; an opening is formed on the bottom surface of the groove; the heater is arranged in the opening; a sealing ring is arranged between the heater and the opening; a shaft hole is formed on the heater; the motor is arranged under the heater; the rotating shaft of the motor penetrates the shaft hole and is connected with the blades; a sealing ring is arranged between the rotating shaft and the shaft hole; and the blades with the lowest end higher than the water tank are arranged under the heater. The milk bottle sterilizer provided by the utility model can avoid a milk bottle from secondary pollution during the sterilization and drying, so as to better realize the sterilization and drying operation to the milk bottle.
Description
Technical field
This utility model relates to the bottle sterilizer that feeding bottle is carried out disinfection, and relates in particular to the bottle sterilizer with high-temperature steam sterilization and drying function.
Background technology
At present, common bottle sterilizer comprises top cover, Ariticle-storing barrel and base from top to bottom, and top cover is placed on the Ariticle-storing barrel; The detoxicating bucket is positioned on the base, for Ariticle-storing barrel forms the sterilization cavity, wherein, is provided with heater and fan in the base; Fan comprises motor and flabellum, and base is provided with tank and air outlet, also offers air inlet on the base shell; The operation principle of bottle sterilizer is when heater heats to produce steam the tank inner storing water, to realize feeding bottle in the Ariticle-storing barrel is carried out disinfection; After treating that detoxicating is accomplished, the flabellum action in the base through the air inlet on the base shell, is drawn wind outside and is blown in the Ariticle-storing barrel, increases the interior air of Ariticle-storing barrel and flows, to realize drying function.Because heater and flabellum are installed on base inside, and the base cleaning inside is inconvenient, after for a long time, pile up dust and breed bacteria in base inside easily; When carrying out the sterilizing feeding bottle drying operation; The mobile wind that flabellum in the base blows afloat, it is inner to get into base through the base shell air inlet, and the flabellum in base is blown into Ariticle-storing barrel again; Thereby can bring antibacterial and the dust of with the passing of time piling up in the base into, and pollute disinfectant feeding bottle once more.Because the many base bodies of processing back and plastic material by metal material of tank form through ultrasonic bonding, production technology is comparatively complicated.And because heater is located at the base body interior, need again water to be heated through conducting parts, thermal losses being arranged, and strengthen assembly difficulty, the location structure design of base body is also comparatively complicated.
The utility model content
The purpose of this utility model is to realize self-loopa in the cavity that cleaned air forms between top cover, Ariticle-storing barrel and base; Offer the air of Ariticle-storing barrel with the detachable feeding-bottle disinfector that solves prior art through the flabellum in the base, can bring the antibacterial of with the passing of time piling up in the base and the problem of dust into.
Provide bottle sterilizer for this reason, comprise top cover, Ariticle-storing barrel and when producing steam and oven dry be provided the base of required moving air, top cover is located on the Ariticle-storing barrel; Ariticle-storing barrel is located on the base; Between top cover, Ariticle-storing barrel and base, form cavity, wherein, base comprises base body, tank, heater and fan; Fan comprises flabellum and motor, and motor drives flabellum through rotating shaft; The bottom of Ariticle-storing barrel is provided with passage; Top cover is provided with pore, and the recessed formation groove of the upper surface of base body is a tank below the setting water storage position of groove, and groove floor is provided with perforate, and heater is located in this perforate, is provided with sealing ring between heater and the perforate; Offer axis hole on the heater, motor is located at the heater below, and the rotating shaft of motor is passed axis hole and connected flabellum, is provided with sealing ring between rotating shaft and the axis hole; Flabellum is located at the heater top, and the least significant end of flabellum is higher than tank.
Preferably, said flabellum is provided with fan guard, and fan guard is fixedly connected on the groove floor.
Preferably, the fixed connection structure of said fan guard and groove floor is an interface arrangment.
Preferably, the degree of depth of said groove is higher than the top of flabellum.
Preferably, the degree of depth of said groove is higher than the top of fan guard.
Preferably, the passage of said Ariticle-storing barrel bottom is a plurality of macropores and aperture, and the position of offering of macropore and aperture is designed according to a plurality of feeding bottles handstand placement desired locations.
Preferably, the macropore hole of said passage is along being provided with upper flange.
Preferably, the bung of said Ariticle-storing barrel is the eversion edge structure.
Preferably, the outer wall of said top cover bottom is provided with overhanging edge.
Preferably, said heater is provided with temperature sensor, and temperature sensor is installed in the base body.
With respect to prior art, this utility model bottle sterilizer is because groove is the recessed formation of base body; But form with the injection moulding of base body one, promptly simplified the Shooting Technique of base, also reduced manufacturing procedure and essential equipment; Like equipment such as ultrasonic bonding, reduced production cost; Owing to do not offer air inlet and air outlet on the base body; And be provided with sealing ring between the perforate of heater and groove; Be provided with sealing ring between the rotating shaft of flabellum and the axis hole of heater; The upper surface that makes the base body is the seamless design surface, and having cancelled through base is the outer circulation vent passages that Ariticle-storing barrel provides moving air; Because flabellum is located on the upper surface of base; The cleaned air that the moving air that blows out through the motor-driven flabellum comes from the cleaned air in the Ariticle-storing barrel or exchanges into from the top cover pore on a small quantity; Avoided the air with antibacterial, dust in the base being blown into Ariticle-storing barrel because of the flabellum of engine body exterior wind in base; The self-loopa that has ensured cleaned air in the Ariticle-storing barrel realizes sterilization and oven dry to feeding bottle; Avoided the secondary pollution of feeding bottle in the sterilizing-drying process, realized sterilizing-drying operation better feeding bottle.
Description of drawings
Fig. 1 is the overall structure sketch map of this utility model bottle sterilizer.
Fig. 2 is the blast structural representation of this utility model bottle sterilizer.
Fig. 3 is the blast structural representation of the base of this utility model bottle sterilizer.
The specific embodiment
To shown in Figure 3, this utility model bottle sterilizer is applicable to the sterilizing-drying to article such as feeding bottle, feeding bottle accessory, baby's tableware, water tumblers like Fig. 1; Comprise top cover 10, be used to hold the Ariticle-storing barrel 30 of sterilizing objects and the base 50 of required moving air when producing steam and oven dry is provided; Top cover 10 is placed on the Ariticle-storing barrel 30, and Ariticle-storing barrel 30 is seated on the base 50, between top cover 10, Ariticle-storing barrel 30, base 50, forms cavity; Wherein, Base 50 comprises base body 51, tank 53, heater 60 and fan 80, and fan 80 comprises flabellum 81 and motor 83, and motor 83 drives flabellum 81 through rotating shaft; The bottom of Ariticle-storing barrel 30 is provided with passage 31; In order to let steam arrive in the Ariticle-storing barrel 30 through passage 31; Realization is to the sterilization of article in the Ariticle-storing barrel 30, and required moving air arrives in the Ariticle-storing barrels 30 through passage 31 when letting oven dry, to realize the oven dry to article in the Ariticle-storing barrel 30; Top cover 10 is provided with pore 11, in order to auxiliary Ariticle-storing barrel 30 inside and outside air exchange of bucket in the sterilizing-drying process.Wherein,
Below the recessed formation groove 52 of the upper surface of base body 51, the setting water storage position of groove 52 is tank 53, and groove floor is provided with perforate 55, and heater 60 is located in this perforate 55, is provided with sealing ring 57 between heater 60 and the perforate 55; Offer axis hole 61 on the heater 60, motor 83 is located at heater 60 belows, and the rotating shaft of motor 83 is passed axis hole 61 and connected flabellum 81, is provided with sealing ring 63 between rotating shaft and the axis hole 61; Flabellum 81 is located at heater 60 tops, and the least significant end of flabellum 81 is higher than tank 53.Its operation principle is, at first in tank 53, adds water, and amount of water exceeds to set the water storage position, connects bottle sterilizer again, and heater 60 work offer Ariticle-storing barrel 30 to produce steam, realizes article such as feeding bottles in the Ariticle-storing barrel 30 are carried out disinfection.After disinfecting process finished, fan 80 was started working, and in Ariticle-storing barrel 30, moving air is provided, and to improve the flowing velocity of air in the Ariticle-storing barrel 30, quickened the dry run of feeding bottle, thereby accomplished sterilization and oven dry to feeding bottle.
Owing to do not offer air inlet and air outlet on the base body; And be provided with sealing ring 57 between the perforate 55 of heater 60 and groove 52; Be provided with sealing ring 63 between the rotating shaft of fan and the axis hole of heater 61; The upper surface that makes base body 51 is the seamless design surface, has cancelled the outer circulation vent passages that moving air is provided for Ariticle-storing barrel 30 through base 50; Because flabellum 81 is located on the upper surface of base 50; Cleaned air in the moving air that flabellum 81 blows out comes from Ariticle-storing barrel 30 or the cleaned air that exchanges into from top cover 10 pores on a small quantity; Avoided the air with antibacterial, dust in the base being blown into Ariticle-storing barrel because of the fan of engine body exterior wind in base; The self-loopa that has ensured cleaned air in the Ariticle-storing barrel realizes sterilization and oven dry to feeding bottle; Avoided the secondary pollution of feeding bottle in the sterilizing-drying process, realized sterilizing-drying operation better feeding bottle.Because groove 52 is the 51 recessed formation of base body, but form, promptly simplified the Shooting Technique of base 50, also reduced manufacturing procedure and essential equipment,, reduced production cost like equipment such as ultrasonic bonding with the 51 one injection mouldings of base body; Because groove 52 bottom surfaces are provided with perforate 55, promptly help the realization of Shooting Technique, have made things convenient for the replacing that is installed on the parts in base body 51 inner chambers again; Because heater 60 is located in the perforate 55 of groove 52 bottom surfaces, realize that heater contacts with the direct of water, reduced the matching structure design of heater and conducting parts, simplified the structural design of the assembly technology and the base body 51 of heater 60; Owing to be provided with sealing ring 57 between heater 60 and the perforate 55, realized the seamless design structure of the upper surface of base body 51 easily; Because motor 83 is located at heater 60 belows; Be that motor 83 is installed in the base body 51; Rationally utilize the seamless design structure of base body 51 upper surfaces; Realized protection preferably, and be provided with sealing ring 63 between rotating shaft and the axis hole 61, realized the seamless design structure of base body 51 upper surfaces easily motor 83; The least significant end of flabellum 81 is higher than tank 53, makes flabellum 81 be unlikely to be immersed in the water, avoids on flabellum 81, forming the incrustation scale that is difficult to clean because of the heating of water.
The degree of depth of groove 52 is higher than the top of flabellum 81; Because groove 52 can put down flabellum 81 fully; Make the outer wall of base body 51 be higher than flabellum 81; Need not to design because of flabellum 81 protruding protuberance structures, adopt succinct plane-shaped structure can realize the design of Ariticle-storing barrel 30 polycrystalline substances, simplified the structural design of Ariticle-storing barrel 30 bottoms in Ariticle-storing barrel 30 bottom design correspondence.In like manner, the degree of depth of groove 52 is higher than the top of fan guard 85, also has same effect.
The passage 31 of Ariticle-storing barrel 30 can also be the different macropore of offering in the bottom of Ariticle-storing barrel 30 33 and aperture 35 of a plurality of sizes; The position of offering of macropore 33 and aperture 35 is designed according to a plurality of feeding bottles handstand placement desired locations; In order to reduce the raw material use amount of bottom surface; Realize the smooth and easy entering Ariticle-storing barrel 30 of steam, and guarantee that the bottom of Ariticle-storing barrel 30 has certain intensity.Macropore 33 holes of the passage 31 of Ariticle-storing barrel 30 be along also can being provided with upper flange 37, be prone to topple over when preventing that feeding bottle from standing upside down, and Convenient feeding bottle stand upside down and places.
Also can be provided with deflector 39 on the Ariticle-storing barrel 30, blow to feeding bottle in order to guiding self-loopa steam or air.The deflector 39 of present embodiment is an annular, more helps guiding self-loopa steam or air to blow to the body of feeding bottle.
The bung of Ariticle-storing barrel 30 is the eversion edge structure, in order to making things convenient for taking of Ariticle-storing barrel, and more helps covering of top cover and Ariticle-storing barrel.
Can be provided with overhanging edge 12 on the outer wall of top cover 10 bottoms, in order to realize covering of top cover and Ariticle-storing barrel better, to reduce overflowing of steam.
Can also be provided with temperature sensor on the heater 60, temperature sensor is installed in the base body 51, in order to realize the automatic control to heter temperature.
According to the announcement and the instruction of above-mentioned description, those skilled in the art in the invention can also change and revise above-mentioned embodiment.Therefore, the specific embodiment that discloses and describe above the present invention is not limited to also should fall in the protection domain of claim of the present invention modifications more of the present invention and change.In addition, although used some specific terms in this description, these terms are explanation for ease just, the present invention is not constituted any restriction.
Claims (10)
1. bottle sterilizer, comprise top cover, Ariticle-storing barrel and when producing steam and oven dry be provided the base of required moving air, top cover is located on the Ariticle-storing barrel; Ariticle-storing barrel is located on the base; Between top cover, Ariticle-storing barrel and base, form cavity, wherein, base comprises base body, tank, heater and fan; Fan comprises flabellum and motor, and motor drives flabellum through rotating shaft; The bottom of Ariticle-storing barrel is provided with passage; Top cover is provided with pore, it is characterized in that, the recessed formation groove of the upper surface of base body is a tank below the setting water storage position of groove, and groove floor is provided with perforate, and heater is located in this perforate, is provided with sealing ring between heater and the perforate; Offer axis hole on the heater, motor is located at the heater below, and the rotating shaft of motor is passed axis hole and connected flabellum, is provided with sealing ring between rotating shaft and the axis hole; Flabellum is located at the heater top, and the least significant end of flabellum is higher than tank.
2. bottle sterilizer according to claim 1 is characterized in that said flabellum is provided with fan guard, and fan guard is fixedly connected on the groove floor.
3. bottle sterilizer according to claim 2 is characterized in that, the fixed connection structure of said fan guard and groove floor is an interface arrangment.
4. bottle sterilizer according to claim 1 is characterized in that, the degree of depth of said groove is higher than the top of flabellum.
5. bottle sterilizer according to claim 2 is characterized in that, the degree of depth of said groove is higher than the top of fan guard.
6. bottle sterilizer according to claim 1 is characterized in that, the passage of said Ariticle-storing barrel bottom is a plurality of macropores and aperture, and the position of offering of macropore and aperture is designed with a plurality of feeding bottles handstand placement desired locations.
7. bottle sterilizer according to claim 6 is characterized in that, the macropore hole of said passage is along being provided with upper flange.
8. bottle sterilizer according to claim 1 is characterized in that, the bung of said Ariticle-storing barrel is the eversion edge structure.
9. bottle sterilizer according to claim 1 is characterized in that, the outer wall of said top cover bottom is provided with overhanging edge.
10. bottle sterilizer according to claim 1 is characterized in that said heater is provided with temperature sensor, and temperature sensor is installed in the base body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202848356U CN202207329U (en) | 2011-08-05 | 2011-08-05 | Milk bottle sterilizer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011202848356U CN202207329U (en) | 2011-08-05 | 2011-08-05 | Milk bottle sterilizer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202207329U true CN202207329U (en) | 2012-05-02 |
Family
ID=45986886
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011202848356U Expired - Fee Related CN202207329U (en) | 2011-08-05 | 2011-08-05 | Milk bottle sterilizer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202207329U (en) |
-
2011
- 2011-08-05 CN CN2011202848356U patent/CN202207329U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120502 Termination date: 20120805 |