TWI769576B - Baby bottle drying pot with water-conducting structure - Google Patents

Abstract

A milk bottle drying pot with a water-conducting structure includes a barrel body, a receiving plate, an upper cover, a water collecting tray and a base, wherein the barrel body has a side wall and a bottom to form an accommodating space, and the bottom has a plurality of Opening; the tray is hung on the barrel, and the tray has a water tank for pouring a water, the tray has four corners, the sink is set on at least one of the four corners, and the The sink has an inclined surface with at least one perforation at the lowest position, and the at least one perforation is adjacent to the side wall; the water collecting tray includes a receiving surface for receiving the plurality of openings and a metal plate located at the lowest position of the receiving surface; the base has A heater in contact with the metal plate; accordingly, the water poured into the water tank will flow through the at least one perforation along the side wall of the barrel to the bottom and enter the metal plate, so it is not necessary to take out the The bucket body can allow the water to enter the metal plate, and the water will not have the problem of splashing on the feeding bottle and the nipple in the bucket body to cause water marks.

Description

Baby bottle drying pot with water guiding structure

The present invention relates to a milk bottle drying pot, in particular to a water guiding structure for a milk bottle drying pot.

The staple food for infants is breast milk or formula. In order to breastfeed the baby, modern working women must express the milk regularly and store it in a container for ice storage, and bring it home to feed the baby with a bottle after get off work. For infants who cannot breastfeed, the infants are fed with bottled formula.

After use, for hygienic consideration, the feeding bottle is traditionally treated by boiling and sterilizing for thorough sterilization. However, in the method of boiling and sterilizing, often in the process of drying, the milk bottle will be contaminated by dust and bacteria from the outside world. Therefore, some people use ultraviolet sterilization dryers for disinfection and drying. However, ultraviolet radiation often has dead ends, and plastic materials such as pacifiers, feeding bottles, etc., will deteriorate and be easily brittle after long-term exposure to feeding bottles. The lifespan of pacifiers and bottles is greatly reduced, and the baby is at risk of accidentally eating debris.

Therefore, such as the "sterilizing drying device and air guide element" disclosed in Taiwan's new patent No. M542470 and the "sterilizing drying device" disclosed in Taiwan's invention patent No. I646295, the feeding bottle and the pacifier are placed in a barrel, and the A suitable amount of water is poured into the barrel, and a hot air device and a water still are arranged in the barrel. The water still in the barrel will heat the water to form water vapor, which is filled with the high temperature and gas pressure of the water vapor. In the barrel, the feeding bottle and the nipple are sterilized. The barrel has appropriate pores. When the water vapor slowly leaks out to the steamer without the water, the hot air device will further dry the feeding bottle and the nipple. Complete the disinfection job.

This conventional disinfection method uses high-temperature water vapor for sterilization, so there is no problem of UV damage, and the water vapor will fill the inner space of the barrel and sterilize at high temperature, and there is no problem of dead corners. Drying directly on the barrel will not cause the problem of bacterial contamination by falling dust.

However, in this conventional method, proper water must be poured before sterilization, and when pouring water, the barrel needs to be taken out first to avoid water droplets splashing on the feeding bottle and nipple, because once the feeding bottle and nipple are splashed by water droplets, the feeding bottle There may be too much water left on the nipple, and when drying, the bottle and nipple may have water marks, which may cause doubts during use.

The main purpose of the present invention is to disclose a milk bottle drying pot with a water-conducting structure, so as to meet the requirement of not taking out the barrel and splashing the milk bottle and the nipple when pouring water.

Based on the above purpose, the present invention proposes the following technical solutions: the present invention is a milk bottle drying pot with a water-conducting structure, comprising a square-shaped barrel, a tray, an upper cover, a water collecting tray and a base. The barrel body has a side wall and a bottom, the side wall and the bottom form an accommodating space, the accommodating space has an opening, and the bottom has a plurality of openings. The support plate is square corresponding to the barrel body and has four corners. The support plate is hung on the barrel body and is located in the upper area of the accommodating space, and the support plate has a mesh ventilation hole. The ventilation hole communicates with the accommodating space, the tray has a water groove, the water groove is arranged on at least one of the four corners, and is used for pouring a water, and the water groove has an inclined surface, and the lowest part of the inclined surface has at least one A through hole is provided, and the at least one through hole is adjacent to the side wall. The upper cover covers the opening to close the accommodating space, and the water collecting tray has a receiving surface and a metal plate, the receiving surface has a water discharge slope, and the metal plate is located at the lowest position of the receiving surface, and the water collecting plate It is arranged under the barrel to allow the receiving surface to receive the plurality of openings. In addition, the base has a heater, the base is arranged under the water collecting tray, and the heater contacts the metal tray.

Accordingly, the present invention provides a milk bottle drying pot with a water-conducting structure. When a user wants to add water to the metal pan, he only needs to pour the water into the water tank, and the water will flow from the at least one hole to the side wall along the side wall. The bottom will drip from the opening to the receiving surface of the water collecting tray and enter the metal tray. Therefore, it is not necessary to take out the barrel in advance and there will be no problem of splashing on the feeding bottle and nipple, ensuring the feeding bottle and nipple No water marks due to excess residual water.

For the detailed description and technical content of this creation, the accompanying drawings are described as follows:

Please refer to "Fig. 1", "Fig. 2", and "Fig. 3", the present invention is a milk bottle drying pot with a water-conducting structure, comprising a square-shaped barrel 10, a receiving plate 20, a The upper cover 30 , a water collecting tray 40 and a base 50 are provided. The barrel 10 has a side wall 11 and a bottom 12 , the side wall 11 and the bottom 12 form an accommodating space 13 , and the accommodating space 13 has an opening 14 . Please refer to FIG. 5 , the bottom 12 has a plurality of openings 15 . In one embodiment, the bottom 12 of the tub body 10 may have a plurality of protruding posts 17 , and the plurality of protruding posts 17 may allow a milk bottle (not shown) to be positioned upside down for sterilization and drying.

Please also refer to FIG. 4 , the tray 20 corresponds to the barrel 10 and is a square body and has four corners 201 . The tray 20 is hung on the barrel 10 and is located in the accommodating space 13 The upper area of the tray 20 can be used to place small parts (not shown), such as nipples, straws, bottle caps, and the like. And the support plate 20 has a mesh ventilation hole 21, the mesh ventilation hole 21 communicates with the accommodating space 13, the support plate 20 has a water tank 22, and the water tank 22 can be disposed on at least one of the four corners 201. , and for pouring a water, and as shown in FIG. In addition, the water tank 22 has an inclined surface 221, and the lowest part of the inclined surface 221 has at least one through hole 23 (as shown in FIG. 4), and the at least one through hole 23 is adjacent to the side wall 11. The water remains, and the water can flow into the at least one perforation 23 .

In one embodiment, the base 50 further has a hot air device 51 (as shown in FIG. 2 ). The hot air device 51 can blow out hot air to increase the drying speed of items such as milk bottles and pacifiers. A vent 24 is disposed around the water tank 22 so that hot air can be blown to the water tank 22 , the upper cover 30 and the surrounding area, so as to prevent the water from remaining and leaving water spots.

In order to improve the efficiency of space utilization and the convenience of use, the tray 20 may have a pick-up port 25 (as shown in FIG. 4 ). 21 is also arranged on the movable frame 26, and the movable frame 26 can be taken off separately, so that when the tray 20 is hung on the barrel 10, you can directly take the tray 20 and place it under the container. Items in the space 13 , such as feeding bottles, pacifiers, etc., can also be directly placed in the accommodating space 13 .

As shown in FIG. 1 , the upper cover 30 covers the opening 14 and closes the accommodating space 13 . The upper cover 30 may have a window 31 , and a sliding block 32 is slidably arranged on the window 31 , and the sliding block 32 is opposite to the window 31 . Sliding to have a closed position to close the window 31 and an open position to open the window 31, that is, the window 31 can be opened or closed by sliding the slider 32 to control whether the accommodating space 13 is connected to the outside, according to the When the window 31 is opened, the water (water vapor) can be discharged, and when the window 31 is closed, the upper cover 30 can completely cover the accommodating space 13 without the problem of dust pollution, and the accommodating space 13 can be used as a storage space. use of physical space.

As shown in FIG. 2 , the water collecting tray 40 has a receiving surface 41 and a metal plate 42 . The receiving surface 41 has a water discharge slope to prevent residual water from remaining, and the metal plate 42 is located on the receiving surface 41 . At the lowest position, the water collecting tray 40 is disposed under the tub body 10 so that the receiving surface 41 receives the plurality of openings 15 . In addition, the base 50 has a heater 52 . The base 50 is disposed under the water collecting tray 40 , and the heater 52 contacts the metal tray 42 . When the user wants to add water to the metal plate 42 , just pour the water into the sink 22 , the water will flow from the at least one through hole 23 to the bottom 12 along the side wall 11 , and drip from the opening 15 . It falls to the receiving surface 41 of the water collecting tray 40 and enters the metal tray 42 .

Please also refer to "Fig. 2", "Fig. 4" and "Fig. 5", the bottom 12 may have a plurality of ribs 16 to enhance the structural strength of the bottom 12, and the plurality of ribs 16 can be connected to the side wall 11 and the plurality of protruding pillars 17, and adjacent to the side wall 11 of the four-sided corner 201, on both sides of the four-sided corner 201 there is a flange 111 connecting the plurality of ribs 16, and the plurality of ribs 16, the plurality of The flange 111 and the plurality of protruding posts 17 form a water guide groove 60 at the four corners 201 to limit the flow range of the water. Therefore, when the water is poured into the water groove 22 and the at least one through hole 23 runs along the side wall When 11 flows down, it will be limited within the range of the water guide 60, that is, the flow direction and the passing range of the water can be limited, so as to avoid excessive consumption of the water in the process of flowing, and ensure that enough water flows in to the metal plate 42 .

As mentioned above, compared with the prior art, the advantages of the present invention are at least as follows:

1. Through the design of the side wall adjacent to the at least one perforation of the water tank, the user does not need to take out the barrel in advance when adding water to the metal plate, and there is no problem of splashing on the feeding bottle and the nipple, ensuring the feeding bottle and the nipple No drying uncertainty due to excess residual water.

2. A ventilation port is arranged around the water tank, so that the hot air of the hot air device can be blown to the water tank, the upper cover and the surrounding area, so as to prevent the water from remaining and leaving water stains.

3. The tray has the design of the movable frame, which can directly take the items located in the accommodating space under the tray under the state that the tray is hung on the barrel, or directly place the items In the accommodating space, the usable space and convenience of use are increased.

4. The upper cover has a window that can be closed or opened. When closed, dust can be prevented from entering the accommodating space, so that the accommodating space can be used as a storage space; and when it is opened, the water vapor after the water evaporates can be released.

5. The design of the water guide channel that limits the flow range of the water is formed through the plurality of ribs, the plurality of flanges and the plurality of protruding posts, which can limit the flow direction and passing range of the water, reduce the consumption of the water, and ensure that there is enough water. The water enters the metal pan to ensure that the use of steam sterilization meets the needs of use.

10: barrel 11: Sidewall 111: Flange 12: Bottom 13: accommodating space 14: Opening 15: Opening 16: Ribs 17: Column 20: Undertaking 201: Corner 21: Mesh vents 22: Sink 221: Bevel 23: Perforation 24: Air vents 25: Extraction port 26: Active Rack 30: upper cover 31: Window 32: Slider 40: Drain pan 41: Undertaking surface 42: Metal Disc 50: Pedestal 51: Hot air device 52: Heater 60: Gutter

Figure 1 is a structural diagram of the present invention. Figure 2 is an exploded view of the structure of the present invention. Figure 3 is a cross-sectional view of the structure of the present invention. FIG. 4 is an exploded view of the structure of the receiving plate of the present invention. FIG. 5 is a partial structural diagram of the barrel of the present invention.

10: barrel 11: Sidewall 111: Flange 12: Bottom 13: accommodating space 14: Opening 20: Undertaking 201: Corner 21: Mesh vents 22: Sink 24: Air vents 26: Active Rack 30: upper cover 31: Window 32: Slider 40: Drain pan 41: Undertaking surface 42: Metal Disc 50: Pedestal 51: Hot air device 52: Heater 60: Gutter

Claims (10)

A milk bottle drying pot with a water-conducting structure, comprising: a square-shaped barrel, the barrel has a side wall and a bottom to form an accommodating space with an opening, and the bottom has a plurality of openings; A receiving plate, the receiving plate is square corresponding to the barrel body and has four corners, the receiving plate is hung on the barrel body and is located in the upper area of the accommodating space, and the receiving plate has a communication with the receiving plate The mesh ventilation hole of the space, the tray has a water tank for pouring a water, and the water tank is arranged on at least one of the four corners, and the water tank has an inclined surface, and the lowest part of the inclined surface has at least one perforation , and the at least one through hole is adjacent to the side wall; an upper cover covering the opening to close the accommodating space; a water collecting pan, the water collecting pan includes a receiving surface with a drainage slope and a metal plate located at the lowest position of the receiving surface, the water collecting pan is arranged under the barrel body so that the receiving surface receives the plurality of openings; as well as a base, the base has a heater, the base is arranged under the water collecting tray, and the heater contacts the metal tray. The milk bottle drying pot according to claim 1, wherein the base is further provided with a hot air device, and a ventilation port is provided on the periphery of the sink. The milk bottle drying pot as claimed in claim 1, wherein the tray has an extraction opening, and a movable rack is installed in the extraction opening. The milk bottle drying pot according to claim 3, wherein the mesh ventilation hole is also arranged on the movable frame. The milk bottle drying pot according to claim 1, wherein the upper cover has a window, and the window is slidably provided with a slider, and the slider slides relative to the window to have a closed position to close the window and an open position to open the window Location. The milk bottle drying pot according to claim 1, wherein the bottom of the barrel has a plurality of convex columns. The milk bottle drying pot according to claim 6, wherein the bottom of the barrel has a plurality of ribs. The milk bottle drying pot as claimed in claim 7, wherein the plurality of ribs connect the side wall and the plurality of protruding posts. The milk bottle drying pot as claimed in claim 8, wherein the side walls adjacent to the four corners respectively have a flange connecting the plurality of ribs on both sides of the four corners. The milk bottle drying pot as claimed in claim 9, wherein the plurality of ribs, the plurality of flanges and the plurality of protruding pillars form a water guide channel at the four corners to limit the flow range of the water.

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