KR20040079295A - A washing system of oil duster and washing method therefore - Google Patents

Abstract

PURPOSE: A system and method for washing an oil duster is provided to quickly wash the oil duster and minimize pollutants. CONSTITUTION: A system for washing an oil duster is composed of a dusting unit(11) for dusting the oil duster(20), a plurality of automatic washing tubs(12), a filtering unit(13) connected to an oil discharge port in the automatic washing tub and filtering discharged oil, a plurality of depositing tubs(14) connected to the filtering unit and depositing filtered oil, an oil tank(15) connected to the depositing tub and the washing tub and storing oil, and a sludge compressing unit(16) connected to the depositing tub and the oil tank. The sludge compressing unit compresses sludge discharged from the depositing tub.

Description

A washing system of oil duster and washing method therefore}

The present invention relates to an oil mop washing system and a washing method thereof, and more particularly, an oil mop for cleaning a floor or a wall of a building can be washed very cleanly and quickly while minimizing the discharge of contaminants. The present invention relates to a washing system and a method of washing the oil mop, which not only emits scent from the completed oil mop but also significantly reduces energy consumption due to washing.

In general, since the mop is mainly used for cleaning the floor of the building, the washing process is also very difficult because of the extreme contamination of dust and foreign matter.

Conventional washing method for contaminated oil rag first removes the dust and foreign matter attached to the oil rag and then removes the substance, soaked in hot water with a detergent, soaked oil time for a predetermined time and then wash using hot water. As described above, when the washing of the oil mop is completed, the washing of the oil mop is completed by dehydrating the washed oil mop and completely drying in the drying room.

However, in the conventional method of washing the oil mop, the oil mop is washed with hot water, and after the washing is completed, the oil mop must be completely dried in the drying room, so that the water is not consumed and the excessive amount of energy is consumed to operate the drying room. It is expensive to treat the wastewater generated by washing in large quantities, but the pollution degree of wastewater treated wastewater exceeds the regulated level, which not only contaminates soil and rivers, but also because of the smoke generated by burning waste oil generated by wastewater treatment. There was a problem that air pollution was also extreme.

The present invention has been made in view of the conventional problems as described above, the object of which is to clean and quickly wash the oil mop for cleaning the floor or wall of the building, while minimizing the discharge of contaminants as well as washing The scent is released from the finished oil mop, and the energy consumption of washing can be significantly lowered, and there is no generation of waste water and soot, thus reducing the cost of waste water treatment, and there is no concern about environmental pollution. To provide.

It is another object of the present invention to provide a method of washing an oil mop that does not generate any waste water while washing the oil mop more cleanly and fragrant using the system.

The object of the present invention is dust duster to shake off the dust attached to the contaminated oil mop; A plurality of automatic washing tanks for washing the contaminated oil mop from which the dust is removed from the dust hairs with oil and deoiling the oil permeating the washed oil mop; A filtration unit connected in communication with drainage ports of the plurality of automatic washing tanks and filtering firstly the sludge contained in the oil discharged from the automatic washing tank; A plurality of settling tanks connected in communication with the filtration unit to store oil flowing primarily through the filtration unit and to settle the oil for a predetermined time; An oil storage tank connected to the settling tank and the plurality of automatic washing tanks, respectively, to store purified oil of the settling tank in which the settling is completed, and supply oil for washing to the automatic washing tank when necessary; The sludge compression molding is connected to the sedimentation tank and the oil storage tank, respectively, and compresses the sediment sludge pumped from the sedimentation tank to produce a sludge compression molding, and at the same time, filter the oil discharged while the sludge compression molding is generated, and then introduce the sludge compression molding into the oil storage tank. It can be achieved by the laundry system of the oil mop, characterized in that it is composed of wealth.

In addition, another object of the present invention includes a dust removal step of putting a contaminated oil mop into a dust hair removal device to shake off the dust and contaminants attached to the oil mop; An oil supply step of putting dust-removed oil rags in the automatic washing tank and supplying the oil stored in the oil storage tank into the automatic washing tank; An oil washing and deoiling step of operating the automatic washing tank when the supply of the oil is completed, washing the oil rag with oil, and de-oiling the oil moistened in the oil rag when the washing is completed; An oil filtration step of filtering the oil discharged from the plurality of automatic washing tanks first by using a filtration device; A precipitation step of completely removing the fine sludge in the oil by precipitating the oil filtered first through the oil filtration step in the precipitation tank for a predetermined time; An oil storage step of storing the oil completely purified through the precipitation step in an oil storage tank; The sludge compression molding step of collecting the precipitate precipitated through the precipitation step and compressing the oil discharged from the sludge and storing the oil discharged from the sludge can be achieved by the washing method of the oil mop. It is.

1 is a schematic diagram illustrating a configuration of a washing system of an oil mop according to the present invention.

Figure 2 is a block diagram illustrating a washing method of the oil mop according to the present invention.

Explanation of symbols on the main parts of the drawings

10: washing system 11: dust dust

12: automatic washing tank 13: filtration unit

14: sedimentation tank 15: oil reservoir

16: Sludge Compression Molding Part

Hereinafter, with reference to the accompanying drawings will be described with respect to the washing system and the washing method of the oil mop according to an embodiment of the present invention.

1 is a system diagram illustrating a configuration of a washing system of the oil mop according to the present invention, Figure 2 is a block diagram illustrating a washing method of the oil mop according to the present invention.

Referring to Figure 1, the washing system 10 of the oil mop according to the present invention is a dust duster 11, a plurality of automatic washing tank 12, filtration unit 13 and a plurality of settling tank 14, Oil storage tank 15, and the sludge compression molding portion (16).

The dust duster 11 is for dusting off the dust attached to the contaminated oil mop 20, and is a conventional dust duster for dusting off by using friction and blowing.

The plurality of automatic washing tanks 12 performs washing and dehydration to be performed automatically by washing the contaminated oil mop from which the dust is removed from the dust hair part 11 with oil and deoiling the oil permeating the washed oil mop. Fully automatic washing machine.

The filtration unit 13 is connected in communication with the drain holes 12a of the plurality of automatic washing tanks 12 to filter the sludge contained in the oil discharged from the automatic washing tank 12 firstly, the automatic It includes a flow path (13a) for collecting and flowing the oil discharged from the washing tank 12, and a plurality of filtration screen (13b) that is installed in the flow path in order to filter out the foreign matter mixed in the oil.

The plurality of settling tanks 14 are connected to the filtration unit 13 in a tub having a predetermined capacity to store oil flowing primarily from the filtration unit 13 to be precipitated for a predetermined time.

The oil storage tank 15 is connected to each of the settling tank 14 and the plurality of automatic washing tanks 12, respectively, to pump and store the purified oil of the settling tank in which precipitation is completed, and the automatic washing tank 12 when necessary. To supply oil for washing.

The sludge compression molding 21 is a filter press, which is connected to the sedimentation tank 14 and the oil storage tank 15, respectively, and compresses the sludge pumped from the sedimentation tank 14 to compress the sludge compression molding 21. At the same time, the oil discharged while the sludge compression molding 21 is generated is filtered and stored in the oil storage tank 15.

1 and 2, the washing system 10 of the oil mop according to the present invention having the configuration as described above using the oil mop 20 by executing the washing method of the oil mop of the present invention will be described below. By washing the fragrant yet clean oil mop 20 will be obtained.

Washing method of the oil mop according to the present invention is a dust removal step (S100), oil supply step (S110), oil washing and deoiling step (S120), oil filtration step (S130), sedimentation step (S140) and , Oil storage step (S150), and sludge compression molding step (S160).

The dust removing step (S100) puts the contaminated oil mop 20 into the dust whisk device 11 to shake off the dust and contaminants attached to the oil mop 20, and when the dust removing step (S100) is completed , To perform the oil supply step (S110).

The oil supply step (S110) puts the oil rag 20 from which dust is removed into the automatic washing tank 12 and supplies the oil stored in the oil storage tank 15 into the automatic washing tank 12, and the oil supply is When complete, the oil washing and deoiling step (S120) is carried out.

The oil washing and deoiling step (S120) is a dust removal step (S100) and put the dust removed oil rag 20 in the automatic washing tank 12, washing with oil in place of water, when washing the oil mop ( The oil permeated in 20) is degreased to complete the washing of the oil mop 20. The oil (lubricating oil) preferably has a viscosity of 7 to 32.

When the washing of the oil rag 20 is completed as described above, the oil filtration step (S130), the precipitation step (S140), the oil storage step (S150) and the sludge compression molding step for refining the oil used for washing ( S160) is performed sequentially.

The oil filtration step (S130) is to filter the oil discharged from the plurality of automatic washing tank 12 by the filtration device 13 to filter the sludge in the oil first.

The oil purified primarily through the oil filtration step (S130) is introduced into the settling tank 14 to pass through the precipitation step (S130).

The precipitation step (S140) is to precipitate the oil filtered primarily through the oil filtration step (S130) in the settling tank 14 for a predetermined time to completely remove the fine sludge 22 in the oil, the precipitation process is 20 to 30 It is preferably carried out for a time.

The oil storage step (S150) is an oil storage tank 15 to supply the oil required for washing during the oil supply step (S110) of the refined oil in which the fine sludge 22 is completely removed through the precipitation step (S140). Store in

The sludge compression molding step (S150) collects the fine sludge 22 obtained through the precipitation step (S130), and compresses the fine sludge 22 using a filter press to produce a sludge compression molding (21). At the same time, the oil generated during the sludge compression molding is filtered and stored in the oil storage tank 15.

In addition, the washing method of the oil mop according to the present invention may be carried out a perfume addition step (S200) before the oil washing and deoiling step (S110) in order to allow the fragrant fragrance from the washed oil mop (20). .

The fragrance addition step (S200) is the oil mop 20 or the oil supply step (S110) is put into the automatic washing tank 12 when the dust removal oil mop 20 in the automatic washing tank 12 is completed After the addition of a predetermined amount of fragrance having the required fragrance to the oil filled in the automatic washing tank 12 after the completion of the perfume addition step (S200) after the oil washing and deoiling step (S120) of the oil mop (20) The fragrance is emitted to get the aroma effect to eliminate the smell of oil.

Washing system and the washing method of the oil mop according to the present invention having the configuration as described above by adding an additional detergent or heating by washing the oil mop with oil as compared to the conventional washing method of washing the oil mop with hot water Oil mop 20 can be washed more cleanly without washing, and when the oil mop is dried after washing, or when the oil mop is used, the oil mop does not need to be wetted again. There is no use of oil, etc., and the cleaning cost is significantly reduced. The user does not need to add oil, so it is more convenient to use and saves the oil cost. The oil used for washing can be purified and reused over and over again without applying heat. As there is no risk of pollution of the river and air or fire, there is no cost for waste water and waste oil treatment, and the sludge generated after washing is formed into solid waste which has little oil component and is easy to be disposed of by the filter press. It is a very excellent and innovative invention that can prevent secondary environmental pollution.

According to the present invention as described above, the oil rag cleaning the floor or wall of the building can be washed very quickly and cleanly while minimizing the discharge of contaminants, as well as the scent is emitted from the finished oil rag, as well as washing The energy consumption can be significantly lowered as well as there is no generation of waste water and soot, thus reducing the cost of waste water treatment and having no effect of environmental pollution.

Claims (7)

A dust hair part 11 to shake off dust attached to the polluted oil mop 20; A plurality of automatic washing tanks 12 washing the contaminated oil mop from which the dust is removed from the dust hair part 11 with oil and deoiling the oil permeating the washed oil mop; A filtration unit 13 connected in communication with the drainage ports 12a of the plurality of automatic washing tanks 12 to filter the sludge contained in the oil discharged from the automatic washing tank 12 firstly; A plurality of sedimentation tanks 14 connected in communication with the filtration unit 13 to store oil flowing through the filtration unit 13 firstly and settling for a predetermined time; Oil which is connected to each of the settling tank 14 and the plurality of automatic washing tanks 12 in communication with each other to store the refined oil of the settling tank in which the settling is completed, and supplies the oil required for washing to the automatic washing tank 12 when necessary. A reservoir 15; The sludge compression molding 21 is simultaneously generated by compression molding the sludge pumped from the precipitation tank 14 so as to be in communication with the sedimentation tank 14 and the oil storage tank 15, respectively, to produce a sludge compression molding 21. Washing system of the oil mop, characterized in that consisting of a sludge compression molding unit 16 for filtering the discharged oil flowing into the oil storage tank (15). The washing system according to claim 1, wherein the sludge compression molding unit (16) is a filter press. The washing system according to claim 1, wherein the filtration unit (13) filters oil by a flow path through which oil flows and a plurality of filtration screens installed on the flow path. A dust removal step (S100) of putting the contaminated oil mop 20 into the dust removing apparatus 11 and dusting off dust and contaminants attached to the oil mop 20; An oil supply step (S110) of putting the dust-removed oil rag 20 into the automatic washing tank 12 and supplying the oil stored in the oil storage tank 15 into the automatic washing tank 12; When the automatic washing tank 12 is operated to wash the oil mop 20 with oil, and when washing is completed, the oil washing and deoiling to complete the washing of the oil mop 20 by deoiling the oil moistened in the oil mop 20. (S120) and an oil filtration step (S130) for filtering the oil discharged from the plurality of automatic washing tanks 12, the sludge in the oil by using the filtration device 13 (S130) and the oil filtration step (S130) Precipitating oil is filtered through the precipitating tank in the settling tank 14 for a predetermined time to completely remove the fine sludge in the oil (S140); and the oil storage tank for the oil completely purified through the precipitation step (S140) 15) storing the oil in the storage step (S150); Oil mop, characterized in that consisting of a sludge compression molding step (S150) to collect the precipitate precipitated through the settling step (S140) and at the same time to filter the oil discharged from the sludge to store in the oil storage tank (15). How to wash. The method of claim 4, wherein the washing method comprises the step of adding a predetermined amount of perfume to the oil rag 20 stored in the automatic washing tank 12 before the oil washing and deoiling step (S110) (S200). How to wash oil mop 5. The method of claim 4, wherein the oil has a viscosity of 7 to 32. The washing method according to claim 4, wherein the precipitation step (S130) is performed for 20 to 30 hours.