TWM590055U - Sterilisation apparatus - Google Patents

Abstract

A sterilization equipment includes a mixing device and a medicine adding device. The mixing device defines a mixing space capable of mixing a sterilizing agent and a liquid into a sterilizing solution, and an injection port group capable of injecting the sterilizing agent and the liquid into the mixing space and leaving a sterilizing solution Liquid outlet. The medicine adding device is installed on the mixing device and is located outside the mixing space, and can pressurize the sterilizing agent into the mixing space through the injection port group. The disinfection equipment can mix disinfection agents such as chlorine dioxide aqueous solution and liquids such as water to form a diluted disinfection solution such as chlorine dioxide aqueous solution, and output from the liquid outlet, and can be used for cleaning and disinfecting dishes, Vegetables and fruits or hands, and can be used in system kitchenware to complete the overall function of system kitchenware.

Description

Disinfection equipment

The present invention relates to a kitchen utensil, especially a disinfection device suitable for adding an aqueous solution of chlorine dioxide to tap water.

System cookware is a systematic design of kitchen equipment such as gas stoves, induction cookers, ovens, microwave ovens and other heating equipment, dishwasher-type cleaning equipment, kitchen waste processing equipment, drinking water equipment for drinking water, etc. Collection concept of planning. Although the overall planning of the system kitchenware is considered in many aspects, there are still some shortcomings. For example, most of the existing system kitchen utensils do not have a disinfection function, that is, there is a lack of disinfection equipment that can add disinfection ingredients to tap water for washing dishes, vegetables, fruits, or disinfecting hands. Therefore, how to provide a sterilization device suitable for washing dishes, vegetables, fruits, or sterilizing hands, so that the overall functions of the system kitchen utensils are more complete, is a problem worth solving.

The object of the present invention is to provide a disinfection device that can overcome at least one of the disadvantages of the prior art.

The disinfection equipment is suitable for mixing disinfection medicine and liquid into disinfection solution with disinfection effect, and includes a mixing device and a drug addition device.

The mixing device includes a mixing tank. The mixing tank defines a mixing space capable of mixing the sterilizing agent and the liquid into the disinfecting solution, and an injection port group capable of injecting the sterilizing agent and the liquid into the mixing space and a sterilizing solution capable of injecting the sterilizing agent and the liquid The outlet where the solution leaves. The medicine adding device is installed on the mixing tank and located outside the mixing space, and can pressurize the sterilizing agent into the mixing space through the injection port group.

The efficacy of the disinfection equipment lies in that it can mix disinfection agents such as chlorine dioxide aqueous solution with liquids such as water to form a diluted disinfection solution such as chlorine dioxide aqueous solution, and then output from the liquid outlet, and can be used to clean the bowl It can be used in dishes, vegetables, fruits or disinfected hands, and can be used in system kitchenware to complete the overall function of system kitchenware.

Referring to FIGS. 1 and 2, an embodiment of the novel disinfection device is suitable for mixing disinfectant 11 and liquid into a disinfection solution 12. The disinfection agent 11 is, for example, a commercially available chlorine dioxide aqueous solution with a high concentration of chlorine dioxide which is not suitable for direct use. The liquid is, for example, tap water. The disinfection solution 12 is a chlorine dioxide aqueous solution after being diluted and having a disinfection effect, which is suitable for cleaning dishes, vegetables and fruits, or disinfecting hands.

The disinfection apparatus of this embodiment includes a mixing device 2 and a dosing device 3.

The mixing device 2 includes a rectangular mixing body 21 adapted to be inserted into a pipe unit 20. In the following description, in order to facilitate the reader's understanding, the structure of the mixing tank 21 will be described first, and then the pipe unit 20 will be described.

The mixing tank 21 has a length of 315 cm, a width of 280 cm, and a height of 415 cm, and defines a mixing space 22 suitable for mixing the disinfecting agent 11 and the liquid into the disinfecting solution 12. The mixing tank 21 further defines an injection port group 23 communicating with the mixing space 22, a liquid outlet 24 formed at the top of the mixing tank 21 and penetrating up and down, and a front end portion formed at the mixing tank 21 And a first opening 25 penetrating back and forth, and a second opening 26 formed at the bottom of the mixing tank 21 and penetrating up and down.

The injection port group 23 includes a dosing port 231 formed at the front end of the mixing tank 21 and penetrating back and forth to allow the disinfectant 11 to flow into the mixing space 22, and a top and bottom of the mixing tank 21 penetrating up and down The liquid can flow into the liquid injection port 232 in the mixing space 22. In other embodiments of the present invention, the medicated port 231 can also be integrated with the liquid injection port 232. This embodiment provides an implementation form for facilitating the input of the disinfectant 11 and the liquid, respectively.

The liquid outlet 24 communicates with the mixing space 22 and allows the disinfection solution 12 to leave the mixing space 22 from bottom to top. The first opening 25 and the second opening 26 can be opened or closed as required. Wherein, the first opening 25 can be used to sample the disinfection solution 12 located in the mixing space 22 or the instrument can extend into the mixing space 22 to detect the concentration of the disinfection solution 12. The second opening 26 can be used to clean the interior of the mixing tank 21, that is, when cleaning the mixing space 22, for substances that need to be discharged from the mixing space 22 to be discharged from the second opening 26.

The tube unit 20 includes a liquid injection tube 201, a liquid output tube 202, and a liquid discharge tube 203 inserted into the liquid injection port 232, the liquid output port 24, and the second opening 26, respectively. The bottom end of the liquid injection tube 201 protrudes to the bottom of the mixing space 22. The bottom end of the liquid outlet pipe member 202 protrudes to the middle part of the mixing space 22 and is located above the bottom end of the liquid injection pipe member 201.

The medicine adding device 3 includes a pump 31 installed on the mixing tank 21 and located outside the mixing space 22, a medicine inlet pipe 32 and a medicine outlet which are assembled to communicate with the pump 31 and extend up and down vertically A tube 33, a connecting tube 34 connected between the medicine discharging tube 33 and the medicine adding port 231, and a pressure relief tube 35 assembled and connected to the pump 31 and capable of flowing gas in and out.

The pump 31 can draw the disinfectant 11 through the medicine inlet pipe 32. The medicine dispensing tube 33 supplies the disinfection agent 11 with pressure from the pump 31 and then flows out of the pump 31. The connecting tube 34 allows the disinfection agent 11 to flow out of the medicine discharging tube 33 and then flow into the medicine adding port 231. The pressure relief pipe 35 communicates with the medicine inlet pipe 32 obliquely and extends to communicate with the pump 31 through the medicine inlet pipe 32, and can provide the pump 31 to communicate with the outside to balance the internal and external pressure.

In the installation of the new model, the tap water source and the liquid injection pipe 201 are connected by a pipeline, so that the tap water can flow into the mixing space 22 through the liquid injection port 232 through the liquid injection pipe 201, and the pipeline is connected to the barrel of the dioxide The chlorine aqueous solution and the medicine inlet pipe 32 are used for the pump 31 to extract the chlorine dioxide aqueous solution in the barrel.

In the operation of the present invention, tap water is injected into the bottom of the mixing space 22 through the liquid injection port 201 through the liquid injection port 232, and is drawn into the barrel of chlorine dioxide aqueous solution through the pump 31 through the medicine inlet tube 32 through the pump 31 After pressurizing, it is injected into the mixing space 22 through the medicine discharging tube 33, the connecting pipe 34 and the medicine adding port 231 of the injection port group 23, so that the tap water and the bucket of chlorine dioxide aqueous solution are in the mixing space The disinfectant solution 12 is mixed into 22, that is, mixed into a chlorine dioxide aqueous solution with a lower concentration, and then enters the bottom end of the liquid outlet pipe 202 and is output through the liquid outlet 24. The output chlorine dioxide aqueous solution is suitable for direct cleaning and disinfection of dishes, vegetables, fruits or hands. Since the bottom end of the liquid outlet pipe member 202 is higher than the bottom end of the liquid injection pipe member 201, the hydraulic pressure of the tap water input into the mixing space 22 and the disinfection agent 11 from the bottom can help the disinfection solution 12 from the liquid outlet The pipe 202 leaves the mixing space 22 and is output through the liquid outlet 24.

In other embodiments of the present invention, the length of the mixing tank 21 can also be 305-325 cm, the width can also be 270-290 cm, and the height can also be 405-425 cm. The advantage that the size of the mixing tank 21 is limited to the aforementioned range is that it can be easily installed in the kitchen cabinet of the system kitchenware, for example, it is suitable for being installed in the space below the flow table, and is suitable for connecting with the faucet above the flow table. And the user can conveniently take tap water or the disinfection solution 12 from the water dragon.

When the pump 31 pumps the disinfectant 11 (aqueous chlorine dioxide solution), the pump 31 can be connected to the outside world through the pressure relief tube 35 as appropriate, and the chlorine dioxide gas escaping from the disinfectant 11 can be discharged In order to balance the pressure inside the pump 31 with the outside, it has the effect of removing the excessive pressure in the pump 31.

In summary, the efficacy of the new type of disinfection equipment lies in that it can mix disinfection agent 11 such as chlorine dioxide aqueous solution with liquid such as water to form a diluted disinfection solution 12 such as chlorine dioxide aqueous solution, and from the outlet 24 output, which can be used for cleaning, disinfecting dishes, vegetables, fruits or hands, can also be used in system kitchenware, complete the overall function of system kitchenware.

The above are only examples of the new model, which should not be used to limit the patent application scope of the new model, and equivalent changes made according to the patent application scope of the new model and the description of the description should also be the new model. Covered by the scope of patent application.

11‧‧‧Disinfectant 12‧‧‧Disinfection solution 2‧‧‧Mixing device 20‧‧‧Pipe fitting unit 201‧‧‧Injection pipe fittings 202‧‧‧Discharge pipe fittings 203‧‧‧Drainage pipe fittings 21‧‧‧Mixing tank 22‧‧‧ mixed space 23‧‧‧Injection port group 231‧‧‧Dosing port 232‧‧‧Injection port 24‧‧‧Outlet 25‧‧‧ First opening 26‧‧‧Second opening 3‧‧‧Dosing device 31‧‧‧Pump 32‧‧‧Medicine tube 33‧‧‧Dispensing tube 34‧‧‧Connecting pipe 35‧‧‧ Pressure relief tube

Other features and functions of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: Figure 1 is a perspective view illustrating an embodiment of the novel disinfection equipment; and Fig. 2 is a front view illustrating the embodiment.

11‧‧‧Disinfectant

2‧‧‧Mixing device

20‧‧‧Pipe fitting unit

201‧‧‧Injection pipe fittings

202‧‧‧Discharge pipe fittings

203‧‧‧Drainage pipe fittings

21‧‧‧Mixing tank

23‧‧‧Injection port group

231‧‧‧Dosing port

232‧‧‧Injection port

24‧‧‧Outlet

25‧‧‧ First opening

3‧‧‧Dosing device

31‧‧‧Pump

32‧‧‧Medicine tube

33‧‧‧Dispensing tube

34‧‧‧Connecting pipe

35‧‧‧ Pressure relief tube

Claims (10)

A disinfection device, suitable for mixing disinfection agents and liquids into disinfection solutions with disinfection effect, and contains: A mixing device includes a mixing tank defining a mixing space capable of mixing the disinfecting agent and the liquid into the disinfecting solution, and a communication space capable of injecting the disinfecting agent and the liquid into the mixing space The injection port group and an outlet port for the disinfection solution to leave; and A medicine adding device is installed on the mixing tank and located outside the mixing space, and can pressurize the sterilizing agent into the mixing space through the injection port group. The disinfection apparatus according to claim 1, wherein the injection port group includes a medicament injection port through which the disinfectant can flow into the mixing space, and a liquid injection port through which the liquid can flow into the mixing space, the medicament The device includes a pump, a medicine inlet tube and a medicine outlet tube connected to the pump, and a connecting pipe connected between the medicine outlet tube and the medicine adding port, the medicine inlet tube is used for the sterilization The medicine flows into the pump, and the medicine discharge tube allows the sterilization medicine to flow out from the pump after being pressurized, and the connecting pipe allows the sterilization medicine to flow into the mixing space from the medicine discharge pipe through the medicine adding port. The disinfection apparatus according to claim 1, wherein the mixing device further includes a pipe unit including a liquid injection pipe member and a liquid outlet pipe member respectively inserted in the injection port group and the liquid outlet, the The bottom end of the liquid injection tube protrudes to the bottom of the mixing space, and the bottom end of the liquid injection tube protrudes to the middle of the mixing space, and is located above the bottom end of the liquid injection tube. The disinfection apparatus according to claim 2, wherein the medicine adding device further includes a pressure relief pipe connected to the pump and capable of gas flow. The disinfection device according to claim 4, wherein the medicine inlet pipe and the medicine outlet pipe extend up and down vertically, and the pressure relief pipe extends obliquely to the medicine inlet pipe and communicates with the pump through the medicine inlet pipe. The disinfection device according to claim 1, wherein the mixing tank further defines a first opening communicating with the mixing space and the outside world, the first opening can be used to sample the disinfecting solution or the disinfection solution located in the mixing space The instrument is extended to detect the concentration of the disinfection solution. The disinfection device according to claim 6, wherein the mixing tank further defines a second opening at the bottom and penetrating up and down and capable of discharging the substance in the mixing space downward. The disinfection apparatus according to claim 7, wherein the injection port group includes a medicament injection port through which the disinfectant can flow into the mixing space, and a liquid injection port through which the liquid can flow into the mixing space, the liquid injection The port and the liquid outlet are located at the top of the mixing tank and penetrate vertically, and the medicated port and the first opening are located at the front end of the mixing tank and penetrate forward and backward. The disinfection device according to claim 1, wherein the mixing tank is rectangular, and has a length of 305-325 cm, a width of 270-290 cm, and a height of 405-425 cm. The disinfection apparatus according to any one of claims 1 to 9, wherein the disinfection agent is an aqueous solution of chlorine dioxide, the liquid is water, and the disinfection solution is a diluted aqueous solution of chlorine dioxide.

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