TWM451974U - Feeding bottle disinfection machine - Google Patents

Description

Bottle sterilization machine

This creation is about a bottle sterilizer, especially one that uses the high temperature of water vapor to sterilize the used bottle.

When modern human society feeds infants with liquid foods such as milk, they often use feeding bottles. However, because the baby's resistance is weak, it is better for the bottle to be re-fed after sterilization to ensure that the baby does not become infected due to eating. .

To this end, there is a bottle sterilizer on the market. This bottle sterilizer uses water to boil water to form water vapor, and introduces water vapor into the surface of the bottle. The bacteria may kill the bacteria remaining by the high temperature of the water vapor. Finally, use hot air to dry the water remaining on the bottle to prevent the bottle from regenerating bacteria due to moisture.

The main effect of the sterilization of this bottle machine is that the water vapor or hot air flow can be evenly dispersed to every corner to get the best sterilization effect and drying effect. However, the commercially available bottle machine usually has no way to effectively The water vapor and the hot air flow are evenly spread to every corner, so the sterilization of the bottle is not perfect, and the bottle machine after the sterilization is completed cannot be completely dried, so that the bottle after sterilization may accelerate the growth of the bacteria due to the humidity. speed.

In addition, the parts of the hot air blowing device used by the general bottle machine to generate hot air are directly locked on the base, so the high heat generated when the hot air blowing device is actuated is directly transmitted to the base, which may cause the plastic melt of the base. Further disasters.

To solve this problem, the present invention provides a bottle sterilizer comprising a base comprising a surrounding wall and a partition wall formed in the surrounding wall, the base further comprising an upper end surface and a lower end surface, the partition wall being located between the upper and lower end surfaces The partition wall partitions the base into an upper receiving groove near the upper end surface and a lower receiving groove of the lower end surface, and a groove is formed in the center of the partition wall, the partition wall further includes an opening, the partition wall of the base is located at the lower receiving groove Forming a plurality of binding columns, a movable cover movably coupled to the opening of the base, the movable cover including a guiding rod extending from the lower side, the movable cover being displaceable between the first position and the second position, the movable cover is located The first position is a closed opening, the movable cover is in an open position in the second position, a hot air blowing device is fixed on the lower surface of the partition wall of the base and is located in the lower receiving groove, and the hot air blowing device further comprises a heat-resistant material. The outer casing comprises a sleeve, the sleeve portion includes an air outlet extending into the outer casing, and a support portion is formed in the air outlet, and the outer periphery of the outer casing forms a plurality of lugs The sleeve portion of the hot air blowing device is sleeved in the opening, so that the opening of the base communicates with the air outlet of the hot air blowing device, and the guiding rod of the movable cover is slidably sleeved with the supporting portion of the hot air blowing device, and the respective lugs are respectively The combination with a binding column causes the outer casing of the hot air blowing device to be separated from the lower surface of the partition wall of the base except for the socket portion, and the hot air flow generated by the operation of the hot air blowing device passes through the opening of the base and the movable cover Pushing from the first position to the second position causes the hot air flow generated by the hot air blowing device to enter the upper receiving groove, and the hot air flow generated by the hot air blowing device is guided and diffused by the movable cover, and a heating unit is fixed on the base In the groove, the heating unit comprises a heating plate located in the upper tank, the heating plate comprises a water tank, the water tank is used for accommodating water, and the heating unit heats the water in the water tank to vaporize into water vapor. The cartridge is detachably coupled to the upper end surface of the base, and includes an outer wall and a bottom wall formed in the outer wall. The outer wall and the bottom wall of the receiving cylinder define an accommodating space, and the bottom wall is located in the accommodating space. Including multiple branches Rods, each support bar comprises a hole, each of the support rods are positioned to be used to train a bottle, a cover detachably coupled at an upper end of the accommodating cylinder and thus the accommodating cylinder accommodating space is closed.

When the water of the heating element is heated and vaporized into water vapor, the water vapor diffuses outward and upwards. After the venting holes of the accommodating cylinder are uniformly diffused into the bottle for sterilization operation.

After the bottle completes the sterilization operation, the hot air flow generated by the operation of the hot air blowing device pushes the movable cover to be displaced from the first position to the second position, and the hot air flow is blocked by the movable cover and spreads to the periphery, and passes through each of the receiving cylinders. The pores are uniformly diffused to the accommodating space of the accommodating cylinder to dry the residual moisture of the bottle.

The heat blasting device is separated from the lower surface of the base and the surrounding wall by a heat-resistant material, so that the heat generated by the hot air blowing device does not damage the base, and thus the bottle sterilizer is safer to use.

10‧‧‧ Bottle Sterilizer

20‧‧‧Base

22‧‧‧ surrounding walls

24‧‧‧ upper end

26‧‧‧ lower end

27‧‧‧ partition wall

28‧‧‧First guiding surface

30‧‧‧ lower surface

32‧‧‧Second guiding surface

33‧‧‧上容槽

34‧‧‧ openings

35‧‧‧ 下容槽

36‧‧‧ Groove

37‧‧‧ binding column

38‧‧‧ panel

40‧‧‧heating unit

42‧‧‧heating tray

42A‧‧‧Sink

43‧‧‧ activity cover

44‧‧‧guides

45‧‧‧wind hood

46‧‧‧ exhaust trough

48‧‧‧ feet

50‧‧‧Hot air blower

52‧‧‧Shell

54‧‧‧ lugs

56‧‧‧Motor

58‧‧‧ Sockets

60‧‧‧air outlet

62‧‧‧Support

63‧‧‧Under the cover

64‧‧‧容筒

66‧‧‧ outer wall

68‧‧‧ bottom wall

70‧‧‧ accommodating space

72‧‧‧Support rod

74‧‧‧ stomata

76‧‧‧Slots

78‧‧‧Care Department

80‧‧‧Upper cover

82‧‧‧ hot air

84‧‧‧Water Vapor

86‧‧‧ bottle

88‧‧‧ bottle mouth

The first picture is an exploded view of the creation of the bottle sterilization machine.

The second figure is an exploded perspective view of another angle of the creation of the bottle sterilization machine.

The third picture is a perspective view of the creation of the bottle sterilization machine.

The fourth figure is a perspective view of another angle of the creation of the bottle sterilization machine.

The fifth drawing is a cross-sectional view taken along line 5-5 of the third drawing.

The sixth picture is a state diagram of the creation of the bottle sterilization machine.

All of the following drawings are merely illustrative of the basic teachings of the present invention, and the extension of the number, position, relationship, and size of the components constituting the preferred embodiment will be explained in the drawings. Post-guided changes are implemented in industry skills. In addition, changes in the exact dimensions and size ratios associated with specific strengths, weights, strengths, and similar requirements are also within the skill of the industry after reading and understanding the teachings of this creation.

In the different drawings, the same reference numerals are used to designate the same or similar elements; Such as "first", "second", "upper", "lower", "front", "after", "inside", "outside", "end", "part", "segment", "horizontal" , "vertical", "inward", "outward", "twist", "length", "zone", "around", "side", "radial", "axial", etc. and similar terms It is only for the viewer to refer to the construction in the figure and is only used to help describe the creation.

According to the drawings, the bottle sterilizer 10 of the present invention includes a base 20 including a surrounding wall 22 and a partition wall 27 formed in the surrounding wall 22. The base 20 further includes an upper end surface 24 and a lower end surface 26, The partition wall 27 is located between the upper and lower end faces 24, 26. The partition wall 27 includes a first guiding surface 28 and a lower surface 30. The first guiding surface 28 of the partition wall 27 partitions the base 20 into the upper end surface 24. An upper receiving groove 33, the partition wall 27 has a lower surface 30 that partitions the lower receiving groove 35 near the lower end surface 26, and a central portion of the partition wall 27 defines a recess 36, and the partition wall 27 further includes a first guiding surface 28 Along the opening 34 of the lower surface 30, the partition wall 27 further includes a second guiding surface 32 formed on the first guiding surface 28 and located at the opening 34. The second guiding surface 32 is concavely curved. And in a different direction from the first guiding surface 28, the second guiding surface 32 extends gradually outward and upward from the opening 34 to the first guiding surface 28, and the lower surface 30 of the partition wall 27 is located in the lower receiving groove 35. A plurality of binding columns 37 are formed. The peripheral wall 22 of the base 20 defines a panel 38 that can be mounted with components such as buttons, displays, etc. for operating the bottle steriliser 10.

According to the drawings, the bottle sterilizer 10 of the present invention further includes a movable cover 43 movably coupled to the opening 34 of the base 20, the movable cover 43 including a guide rod 44 extending from the lower side, the movable cover 43 It is displaceable between a first position (as shown in FIG. 5) and a second position (as shown in FIG. 6). When the movable cover 43 is in the first position, the opening 34 is closed, and when the movable cover 43 is in the second position. The opening 34 is open.

According to the drawings, the bottle sterilizer 10 of the present invention further includes an air hood 45. The air hood 45 has a plurality of exhaust vents 46, and the air hood 45 further includes two legs 48 formed on the bottom surface. The air guiding cover 45 is locked with the legs 48 in the second guiding surface 32 of the base 20 and above the movable cover 43, and the lower surface of the air guiding cover 45 is spaced apart from the movable cover 43, so that the movable cover 43 has sufficient Activity space.

According to the drawings, the bottle sterilizer 10 of the present invention further includes a hot air blowing device 50 fixed to the lower surface 30 of the partition wall 27 of the base 20 and located in the lower receiving groove 35. The hot air blowing device 50 includes heat resistance. A casing 52 made of a material, a heating wire for heating the air, and a fan for generating airflow (not shown) are disposed in the casing 52. A motor 56 is fixed on the outer surface of the casing 52, and the shaft and the fan of the motor 56 are fixed. In combination, the outer casing 52 includes a sleeve 58 that includes an air outlet 60 extending into the outer casing 52. A support portion 62 is formed in the air outlet 60, and the electric heating wire is actually located at the fan and the outlet. Between the tuyères 60, and thus when the fan is driven by the motor 56 to operate to generate a flow of air through the electric heating wire, the air flow through the electric heating wire is heated, so that the air flow blown by the air outlet 60 of the hot air blowing device 50 is the hot air flow 82, A plurality of lugs 54 are formed on the outer circumference of the hot blast device 50. The sleeve portion 58 of the hot air blowing device 50 is sleeved in the opening 34, so that the opening 34 of the base 20 communicates with the air outlet 60 of the hot air blow device 50, and the guide rod 44 of the movable cover 43 is slidably coupled with the hot air blowing device 50. The support portion 62 is sleeved, and the lugs 54 of the outer casing 52 of the hot air blowing device 50 are respectively aligned with a coupling post 37 and screwed, so that the hot air blowing device 50 is properly spaced from the lower surface 30 of the base 20. The distance caused the heat generated by the hot blast device 50 to be easily transmitted to the partition wall 27 of the base 20, and the heat-resistant material casing 52 can effectively prevent the plastic base 20 from damaging further disasters. The hot air flow 82 generated by the operation of the hot air blowing device 50 passes through the opening 34 of the base 20 and pushes the movable cover 43 from the first position to the second position, causing the hot air flow 82 of the hot air blowing device 50 to enter the upper receiving groove 33. . In addition, the lower end surface 26 of the base 20 is fixed with a lower cover 63 to close the lower recess 35 of the base 20.

According to the drawings, the bottle sterilizer 10 of the present invention also includes a heating unit 40 fixed in the recess 36 of the base 20. The heating unit 40 includes a heating plate 42 located in the upper receiving groove 33, and a heating plate. 42. An electric heating tube having high heat exchange efficiency, the heating plate 42 includes a water tank 42A communicating with the upper tank 33, the water tank 42A is used to accommodate water, and the heating unit 40 heats the water in the water tank 42A to be vaporized into water vapor. 84.

According to the drawings, the bottle sterilizer 10 of the present invention further includes a accommodating cylinder 64 detachably coupled to the upper end surface 24 of the base 20, the accommodating cylinder 64 including an outer wall 66, and a body formed in the outer wall 66. The bottom wall 68, the accommodating cylinder 64 further includes an engaging portion 78 formed at the lower end of the outer wall 66. The outer wall 66 and the bottom wall 68 of the accommodating cylinder 64 define an accommodating space 70 on the bottom wall 68. The space 70 includes a plurality of support rods 72. Each of the support rods 72 includes an air vent 74. The bottom wall 68 of the accommodating cylinder 64 defines a plurality of slots 76. The engaging portion 78 of the accommodating cylinder 64 is detachably coupled to the upper groove 33 of the base 20 and rests on the first guiding surface 28, and the slots 76 and the air holes 74 of the support rods 72 are accommodated. The space 70 is in communication with the upper receiving groove 33 of the base 20. The upper end of the accommodating cylinder 64 is detachably provided with an upper cover 80, thereby closing the accommodating space 70 of the accommodating cylinder 64.

For convenience of explanation, it is assumed that the accommodating cylinder 64 and the upper cover 80 are exposed to expose the heating tray 42 in a state where the bottle sterilizer 10 has not been operated, and water is added to the water tank 42A of the heating tray 42, and the accommodating cylinder 64 and the pedestal are placed. After the combination of 20, the upper cover 80 is opened, and the desired bottle 86 is placed in the accommodating space 70 of the accommodating cylinder 64, and each bottle 86 has a bottle opening 88 facing the bottom wall 68 of the accommodating cylinder 64. After the bottle sterilizer 10 is started, the heating unit 40 heats the water in the heating plate 42 to boil and vaporizes to generate water vapor 84 (as shown in FIG. 6), and the water vapor 84 uniformly spreads along the first guiding surface 28, The water vapor 84 is uniformly passed through the slots 76 of the bottom wall 68 of the accommodating cylinder 64 and the accommodating spaces 70 of the respective support rods 72 into the respective feeding bottles 86 and the accommodating cylinders 64, and the water bottles 84 are used to the milk bottles 86. Inner and outer surface plus The effect of sterilization is achieved by heat, and further, after each bottle 86 completes the sterilization operation, the inner and outer surfaces of each bottle 86 are contaminated with water droplets due to condensation of water vapor.

After each bottle 86 completes the sterilization operation, the hot air blowing device 50 is activated to generate a hot air flow 82 to dry the inner and outer surfaces of each of the baby bottles 86. The motor 56 of the hot air blowing device 50 drives the fan to generate airflow through the electric heating wire, and the hot air blowing device 50 generates The hot air flow 82 (as shown in the sixth figure) pushes the movable cover 43 from the first position to the second position through the air outlet 60 of the socket portion 58, and the hot air flow 82 is blocked by the movable cover 43 and spreads to the periphery, part of The hot air flow 82 is blocked by the air hood 45 through the movable cover 43 and thus flows away from the opening 34, and another part of the hot air flow 82 is moved upward through the air vent 46 of the air hood 45, and the hot air flow 82 is along the first And the second guiding surfaces 28, 32 are moved outwardly and upwardly, such that the hot air flow 82 enters the accommodating space 70 and the bottle 86 through the air holes 74 of the bottom wall 68 of the accommodating cylinder 64 or the air holes 74 of the support rod 72. And evenly distributed in each corner, further utilizing the inner and outer surfaces of each bottle 86, the water droplets remaining on the baby bottle 86 are blown dry, so that each bottle 86 after sterilization is not easily accelerated by moisture. speed.

The water vapor 84 of the present invention can be uniformly diffused to each corner through the first guiding surface 28, thereby providing a better sterilizing effect on the used bottle. Further, the hot air flow 82 is transmitted through the first and second guides. The faces 28, 32 are evenly spread to each corner with the movable cover 43 and the air hood 45, and the moisture remaining on the surface of each bottle can be surely dried. In addition, the hot air blowing device 50 is separated from the lower surface 30 of the base 20 and the surrounding wall 22 by the outer casing 52 made of a heat resistant material, so that the heat generated by the hot air blowing device 50 does not damage the base 20, and thus the bottle sterilization machine 10 is used. More secure.

The present invention disclosed in the specification is to be considered as illustrative and not restrictive. The scope of this creation is based on the attached patent application. The scope of the invention is defined by the scope of the invention, and all changes to the meaning and scope of the scope of the patent application are still within the scope thereof.

10‧‧‧ Bottle Sterilizer

20‧‧‧Base

22‧‧‧ surrounding walls

24‧‧‧ upper end

26‧‧‧ lower end

27‧‧‧ partition wall

28‧‧‧First guiding surface

32‧‧‧Second guiding surface

33‧‧‧上容槽

34‧‧‧ openings

36‧‧‧ Groove

38‧‧‧ panel

42‧‧‧heating tray

42A‧‧‧Sink

43‧‧‧ activity cover

44‧‧‧guides

45‧‧‧wind hood

46‧‧‧ exhaust trough

48‧‧‧ feet

50‧‧‧Hot air blower

52‧‧‧Shell

54‧‧‧ lugs

56‧‧‧Motor

58‧‧‧ Sockets

60‧‧‧air outlet

62‧‧‧Support

64‧‧‧容筒

66‧‧‧ outer wall

70‧‧‧ accommodating space

72‧‧‧Support rod

74‧‧‧ stomata

78‧‧‧Care Department

80‧‧‧Upper cover

Claims (5)

A bottle sterilizer comprising: a base (20) comprising a surrounding wall (22) and a partition wall (27) formed in the surrounding wall (22), the base (20) further comprising an upper end surface (24) and The lower end face (26), the partition wall (27) is located between the upper and lower end faces (24, 26), and the partition wall (27) partitions the base (20) into an upper receiving groove close to the upper end face (24) (33) And a lower pocket (35) of the lower end surface (26), and a recess (36) is formed in the center of the partition wall (27), and the partition wall (27) further includes an opening (34) between the base (20) a partition wall (27) and a lower receiving groove (35) forming a plurality of coupling columns (37); a movable cover (43) movably coupled to the opening (34) of the base (20), the movable cover (43) including A guiding rod (44) extending along the lower side, the movable cover (43) is displaceable between the first position and the second position, and the movable cover (43) is in the first position to close the opening (34), the movable cover ( 43) in the second position is an open opening (34); a hot air device (50) is fixed on the lower surface (30) of the partition wall (27) of the base (20) and located in the lower receiving groove (35) The hot air blowing device (50) further comprises a casing (52) made of a heat-resistant material, and the casing (52) is wrapped A sleeve (58) is included, the socket (58) includes an air outlet (60) extending into the outer casing (52), and a support portion (62) is formed in the air outlet (60), and the outer casing (52) The outer circumference forms a plurality of lugs (54), and the sleeve portion (58) of the hot air blowing device (50) is sleeved on the opening (34), thereby causing the opening (34) of the base (20) and the hot air blowing device (50) The air outlet (60) is connected, and the guide rod (44) of the movable cover (43) is slidably and blasted The support portion (62) of the device (50) is sleeved, and each of the lugs (54) is respectively aligned with a coupling post (37) to be combined, thereby causing the outer casing (52) of the hot air blowing device (50) to be except for the socket portion (58). The other is separated from the lower surface (30) of the partition wall (27) of the base (20), and the hot air flow (82) generated by the operation of the hot air blower (50) passes through the opening (34) of the base (20) and Pushing the movable cover (43) from the first position to the second position causes the hot air flow (82) of the hot air blowing device (50) to enter the upper receiving groove (33), and the hot air blowing device (50) is generated. The hot air flow (82) is guided and diffused by the movable cover (43); a heating unit (40) is fixed in the recess (36) of the base (20), and the heating unit (40) is located in the upper receiving slot (33) a heating plate (42), the heating plate (42) includes a water tank (42A), the water tank (42A) is used to accommodate water, and the heating unit (40) heats the water in the water tank (42A). Forming water vapor (84); a receiving cylinder (64) detachably coupled to the upper end surface (24) of the base (20), including an outer wall (66), and a bottom wall formed in the outer wall (66) (68), the outer wall (66) and the bottom wall (68) of the receiving cylinder (64) define an accommodating space (70), and the bottom wall (68) is located on the bottom wall The space (70) includes a plurality of support rods (72), each support rod (72) includes an air hole (74), and each support rod (72) is used to position a bottle (86); an upper cover (80) ), detachably coupled to the upper end of the accommodating cylinder (64), thereby closing the accommodating space (70) of the accommodating cylinder (64); when the water of the heating unit (40) is heated to be vaporized into water vapor (84) When the water vapor (84) diffuses outward and upward, the pores (74) of the accommodating cylinder (64) are uniformly diffused into the bottle (86) for sterilization operation; when the bottle (86) is sterilized, The hot air flow (82) generated by the operation of the hot air blowing device (50), the hot air flow (82) pushing the movable cover (43) from the first position to the first The two positions, and the hot air flow (82) is blocked by the movable cover (43) and diffused to the periphery, and the air holes (74) passing through the accommodating cylinder (64) are uniformly diffused to the accommodating space (70) of the accommodating cylinder (64). Dry the residual moisture of the bottle (86). The bottle sterilizer according to claim 1, wherein the partition wall (27) of the base (20) comprises a first guiding surface (28) and a lower surface (30), and the first guiding surface (28) Located in the upper receiving groove (33), the lower surface (30) is located in the lower receiving groove (35), each of the binding posts (37) is formed on the lower surface (30), and the first guiding surface (28) is formed by the groove (36) gradually extending outward and upward, causing water vapor (84) to uniformly spread along the first guiding surface (28), and the hot gas flow (82) is also uniformly diffused along the first guiding surface (28) . The bottle sterilizer of claim 2, wherein the partition wall (27) further comprises a second guiding surface (32) formed on the first guiding surface (28) and located at the opening (34). The second guiding surface (32) is concavely curved and different from the first guiding surface (28), and the second guiding surface (32) is gradually extended outward and upward from the opening (34) to The first guiding surface (28) causes the hot air flow (82) generated by the hot air blowing device (50) to flow along the second guiding surface (32) to produce a rising effect. The bottle sterilizer according to claim 1, further comprising an air hood (45) fixed to the partition wall (27) of the base (20) and above the opening (34) The air hood (45) includes a plurality of exhaust vents (46) and two legs (48) formed on the lower side, and the air hood (45) is fixed between the bases (20) by the legs (48) The partition wall (27), the air hood (45) is spaced above the movable cover (43), causing the hot air flow (82) and the water vapor (84) to flow along the air hood (45) to one end away from the opening (34). The bottle sterilizer of claim 1, wherein the accommodating cylinder (64) further comprises a bottom wall (68) and a communication accommodating space (70) and a base (20) The plurality of slots (76) of the pocket (33) cause the water vapor (84) and the hot gas stream (82) to enter the accommodating space (70) of the accommodating cylinder (64) via the slot (76).