TWI696472B - Wastewater treatment structure of sterilization pot - Google Patents

Abstract

A waste water treatment structure for a sterilization pot includes a sterilization pot, a waste water sterilization tank, a waste water storage barrel, and a waste water pump. The sterilization pot includes a sterilization chamber into which items can be placed for sterilization, and high-temperature steam that can be generated A steam generating device sent into the sterilization chamber, the waste water sterilization tank is provided in the sterilization chamber for containing waste water to be sterilized, and the waste water storage barrel is used to receive and store the sterilization pot for high temperature steam sterilization of items The waste water generated by the waste water pump is to sterilize the items in the sterilization pot, and the waste water in the waste water storage barrel is sent to the waste water sterilization tank to be sterilized together with the next pot to be sterilized. Treatment; this structure makes it have the functions of not taking up space, saving energy and reducing equipment costs.

Description

Wastewater treatment structure of sterilization pot

The invention relates to the technical field of the wastewater treatment structure of a sterilization pot, in particular to a wastewater treatment structure of a sterilization pot having the functions of not occupying space, saving energy and reducing equipment cost.

Please refer to the first figure, it is a conventional sterilizer waste water treatment structure, which is mainly used in a sterilizer 10 using high temperature steam to sterilize items (such as medical supplies), the waste water generated by the guide A waste water storage barrel 11 is collected and stored, and then a waste water pump 12 is used to pump the waste water in the waste water storage barrel 11 to a waste water heating pot 13 for high-temperature heating for sterilization treatment before discharging the water free of pathogens. However, since the waste water generated by the sterilization pot 10 needs to be additionally sterilized by the waste water heating pot 13 which is not small in size, the waste water heating pot 13 takes up a lot of space, making it difficult for people with limited space to use. In particular, the waste water heating pot 13 needs to provide additional energy to heat the waste water, so it will increase energy consumption and increase energy costs. In particular, the cost of the waste water heating pot 13 is also very expensive, so the equipment cost will be greatly increased.

Please refer to FIG. 2 for another waste water treatment structure of a conventional sterilizer, which is mainly to install a HEPA (High-Efficiency Particulate Air) filter 15 on the waste water discharge pipe 14 of the sterilizer 10 to make waste water After being filtered by the HEPA filter 15, the bacteria will be left on the side of the HEPA filter (not shown) in the HEPA filter 15, and the filtered water will be discharged, so as to ensure that the water is free Pollution. However, because the mesh of the HEPA filter is very small, it is easy to be blocked, so it needs to be replaced frequently, and the HEPA filter is very expensive, so the cost of consumables is very high and is not in line with economic benefits. In particular, people who replace HEPA filters may be at risk of infection by germs. In addition, the water molecules are so large that it is not easy to pass through the filter, so the use effect is not obvious.

In view of this, the present inventors have conceived and actively researched, improved, and tried for the above problems, and then developed and designed the present invention.

The main purpose of the present invention is to solve many problems such as long-occupied space, wasted energy and high cost of the waste water treatment structure of the conventional sterilization pot.

The waste water treatment structure of the sterilization pot of the present invention includes a sterilization pot, a waste water sterilization tank, a waste water storage barrel and a waste water pump. Wherein, the sterilization pot includes a sterilization chamber into which items can be placed for sterilization, and a steam generation device capable of generating and sending high-temperature steam into the sterilization chamber. The wastewater sterilization tank is provided in the sterilization cavity and is used for containing wastewater to be sterilized. The waste water storage barrel is used to receive and store waste water generated when the sterilization pot performs high-temperature steam sterilization on items. The waste water pumping machine is used to send the waste water in the waste water storage barrel to the waste water sterilization tank after sterilizing the items in the sterilization pot, and to perform the sterilization treatment together with the items to be sterilized in the next pot.

The waste water treatment structure of the sterilization pot provided by the present invention can be provided by placing the waste water sterilization tank in the sterilization chamber of the sterilization pot, and then introducing the waste water generated when the sterilization pot sterilizes the items into the waste water storage Barrel storage, after the sterilization pot sterilizes the items, the wastewater in the wastewater storage barrel is introduced into the wastewater sterilization tank to be sterilized at the same time as the next pot to be sterilized. In addition to the sterilization pot, a waste water heating pot is additionally provided to heat and sterilize the waste water, so the space occupation and equipment cost can be greatly reduced. In particular, the waste water in the waste water sterilization tank is directly sterilized by the high-temperature steam in the sterilization pot, so there is no need to consume additional energy, and it can save energy. In addition, the present invention does not require frequent replacement of high-priced HEPA filters, so that not only can further reduce the cost of consumables, but also reduce the risk of personnel being infected by germs when replacing consumables.

[Prior art]

10‧‧‧sterilization pot

11‧‧‧ Waste water storage barrel

12‧‧‧Wastewater pump

13‧‧‧Wastewater heating pot

14‧‧‧ Wastewater discharge pipe

15‧‧‧HEPA filter

[This creation]

20‧‧‧sterilization pot

21‧‧‧sterilization chamber

22‧‧‧Steam generator

23‧‧‧ Wastewater discharge pipeline

30‧‧‧ Wastewater sterilization tank

31‧‧‧Bracket

32‧‧‧Temperature sensor

33‧‧‧Discharge line

34‧‧‧Partition

40‧‧‧ Waste water storage barrel

50‧‧‧Wastewater pump

51‧‧‧Inlet pipe

52‧‧‧ Outlet pipe

Figure 1 is a schematic diagram of a conventional sterilizer wastewater treatment structure.

Figure 2 is a schematic diagram of another conventional sterilizer wastewater treatment structure.

Figure 3 is a perspective schematic view of the present invention.

Fig. 4 is an enlarged schematic perspective view of the wastewater sterilization tank of the present invention.

Figure 5 is a schematic diagram of the wastewater sterilization pipeline of the present invention.

FIG. 6 is a perspective schematic view of another embodiment of the invention.

Figure 7 is a schematic diagram of a wastewater sterilization pipeline according to another embodiment of the present invention.

Please refer to Figures 3~5, which shows that the wastewater treatment structure of the sterilization pot of the present invention includes a sterilization pot 20, a wastewater sterilization tank 30, a wastewater storage barrel 40, and a wastewater pump 50. Wherein, the sterilization pot 20 includes a sterilization chamber 21, a steam generating device 22 and a waste water discharge pipeline 23. The sterilization chamber 21 can be used to put articles (such as medical supplies) therein for sterilization operation, the steam generation device 22 can generate and send high-temperature steam into the sterilization chamber 21, and the waste water discharge line 23 can be used for sterilization chamber 21 The waste water generated during the steam sterilization in medium and high temperature is exported.

The wastewater sterilization tank 30 is supported and fixed above the sterilization chamber 21 by a bracket 31 for containing wastewater to be sterilized. A temperature sensor 32 is provided in the wastewater sterilization tank 30 for use In order to detect the temperature of the waste water, the waste water sterilization tank 30 also has a discharge line 33 for discharging the water that does not contain germs after being sterilized.

The waste water storage barrel 40 is provided on one side of the sterilization pot 20 and is connected to the waste water discharge pipeline 23 for receiving and storing waste water generated when the sterilization pot 20 performs high-temperature steam sterilization on items.

The waste water pump 50 is connected to the waste water storage tank 40 by an inlet pipe 51, and is connected to the waste water sterilization tank 30 by an outlet pipe 52, for sending the waste water in the waste water storage tank 40 to the waste water sterilization tank In 30, to be sterilized with the next pot to be sterilized.

Please refer to Figures 6 and 7 for another embodiment of the wastewater treatment structure of the sterilization pot according to the present invention. The structure is substantially the same as the above embodiment, the difference is only that the wastewater sterilization tank 30 of this embodiment The bracket 31 is used to fix it below the sterilization chamber 21, and a partition 34 is provided above the waste water sterilization tank 30 so that the items to be sterilized can be placed in the sterilization chamber 21.

The waste water treatment structure of the sterilization pot provided by the present invention can be generated by sterilizing the waste water sterilization tank 30 in the sterilization chamber 21 of the sterilization pot 20 and then sterilizing the sterilization pot 20 Into the waste water storage barrel 40 for storage, after the sterilization pot 20 sterilizes the items, then the waste water in the waste water storage barrel 40 is introduced into the waste water sterilization tank 30, which can be sterilized simultaneously with the next pot to be sterilized The structural design of the treatment eliminates the need to additionally set up a waste water heating pot for heating and sterilizing the waste water outside the sterilization pot 20, so the space occupation and equipment cost can be greatly reduced. In particular, the waste water in the waste water sterilization tank 30 is directly heated and sterilized by using the high-temperature steam in the sterilization pot 20, so there is no need to consume additional energy, so it is more energy-saving. In addition, the present invention does not require frequent replacement of high-priced HEPA filters, so not only can the cost of consumables be further reduced, but also the risk of personnel being infected by germs when replacing consumables can be eliminated.

In summary, because the present invention has the above advantages and practical value, and no similar products have been published in similar products, the application requirements of the invention patent have been met, and the application is filed according to law.

20‧‧‧sterilization pot

21‧‧‧sterilization chamber

22‧‧‧Steam generator

23‧‧‧ Wastewater discharge pipeline

30‧‧‧ Wastewater sterilization tank

31‧‧‧Bracket

32‧‧‧Temperature sensor

33‧‧‧Discharge line

40‧‧‧ Waste water storage barrel

50‧‧‧Wastewater pump

51‧‧‧Inlet pipe

52‧‧‧ Outlet pipe

Claims (6)

A waste water treatment structure for a sterilization pot includes: a sterilization pot, which includes a sterilization chamber into which items can be placed for sterilization, a steam generation device capable of generating and sending high temperature steam into the sterilization chamber, and a sterilization chamber The waste water generated during the high-temperature steam sterilization leads to a waste water discharge line; a waste water sterilization tank is provided in the sterilization chamber for containing waste water to be sterilized. The waste water sterilization tank has a discharge line It is used to discharge the water that does not contain bacteria after being sterilized; a waste water storage barrel is provided outside the sterilization pot for receiving waste water discharged from the waste water discharge pipeline; and a waste water pump is to use a water inlet pipe The waste water storage barrel is connected to the waste water sterilization tank by an outlet pipe. Before the next pot of items to be sterilized is sterilized, the waste water in the waste water storage barrel is sent to the waste water sterilization tank. The items to be sterilized are sterilized together. The wastewater treatment structure of the sterilization pot according to claim 1, wherein the wastewater sterilization tank is provided above the sterilization chamber. The waste water treatment structure of the sterilization pot according to claim 2, wherein the waste water sterilization tank is supported and fixed above the sterilization chamber by a bracket. The wastewater treatment structure of the sterilization pot according to claim 1, wherein the wastewater sterilization tank is provided below the sterilization chamber. The wastewater treatment structure of the sterilization pot as described in claim 4, wherein the wastewater sterilization tank is fixed below the sterilization chamber by a bracket, and a partition is provided above the wastewater sterilization tank to facilitate Sterilized items are placed in the sterilization chamber Among. The wastewater treatment structure of the sterilization pot according to claim 1, wherein a temperature sensor is provided in the wastewater sterilization tank for detecting the temperature of the wastewater.

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