Utility model content
The purpose of this utility model is to provide one and washes dish device continuously, and the utility model structure is simple, designs ingenious, recycles water source, to vegetables repeatedly cleaning showers, under the prerequisite ensureing water resources rational use, improves the cleaning performance of vegetables.
For solving the problems of the technologies described above, the technical solution adopted in the utility model is as follows:
One washes dish device continuously, and described device comprises the several grades of service sinks arranged in turn, and conveyer belt, successively by every grade of service sink, is provided with discharge outlet bottom service sink, and most previous stage service sink top is provided with gap, and afterbody service sink top is provided with water inlet pipe.
Preferably, described service sink comprises the one-level, secondary and the three grades of service sinks that connect in turn, and be provided with high-pressure outlet in one-level, secondary and three grades of service sinks, high-pressure outlet is connected with the high-pressure hydraulic pump outside service sink by water-supply-pipe.
Preferably, the first storage tank is provided with in secondary service sink, the second storage tank is provided with in three grades of service sinks, first storage tank is connected with the first spray pipe, second storage tank is connected with the second spray pipe, be provided with the 3rd spray pipe above three grades of service sinks, the 3rd spray pipe is connected with water inlet pipe, and the first spray pipe and the second spray pipe are provided with water pump.
Preferably, described storage tank and corresponding service sink connectivity part are provided with the first screen pack, and storage tank and spray pipe junction are provided with the second screen pack.
Preferably, described spray pipe is provided with shower nozzle, and the 3rd spray pipe shower nozzle is towards three grades of service sinks, and the second spray pipe shower nozzle is towards secondary service sink, and the first spray pipe shower nozzle is towards one-level service sink.
Preferably, described spray pipe shower nozzle is positioned at above conveyer belt.
Preferably, described high-pressure outlet is provided with the apopore of several equidistant distribution, and high-pressure outlet is positioned at the below of service sink conveyer belt.
Preferably, the belt body of described conveyer belt is netted or is provided with equally distributed hole.
During work, high-pressure hydraulic pump is by water-supply-pipe to conveying high-pressure water in high-pressure outlet, and water under high pressure sprays from the apopore of high-pressure outlet, produces turbulent flow in underwater; Water in first storage tank is from secondary service sink, water in second storage tank is from three grades of service sinks, can respectively as the spray-water of the first spray pipe and the second spray pipe after the filtration of the first screen pack and the second screen pack: water pump by after the water pressurization in corresponding storage tank, is sprayed onto corresponding service sink in by shower nozzle by spray pipe; The spray-water of the 3rd spray pipe is from water inlet pipe.
Vegetables are positioned on conveyer belt, conveyer belt drives vegetables to be immersed in one-level service sink successively, in water in secondary service sink and three grades of service sinks, in every one-level service sink, undersurface vegetables are fully broken up cause the effect of turbulent flow at High-Pressure Water and high-pressure outlet under, rolling cleaning is carried out in water, when vegetables to shift out in service sink at the corresponding levels after the water surface, again accept the shower water of spray pipe shower nozzle ejection, carry out spray irrigation, the magazins' layout of vegetables and surface attachment, unnecessary water flows in corresponding service sink by the hole on conveyer belt simultaneously, then vegetables are again along with conveyer belt enters in next stage service sink.
In the course of work, the water inlet pipe of three grades of service sinks continues water inlet, the vegetables on the conveyer belt shifted out from three grades of service sinks are directly sprayed to through the shower nozzle of the 3rd spray pipe, then enter in three grades of service sinks, the last spray-water of guarantee suffered by vegetables and the cleanliness factor of three grades of cleaning pool inner waters, water in three grades of service sinks enters in the second storage tank by the first screen pack, then spray through the shower nozzle of the second screen pack from the second spray pipe under water pump effect, vegetables conveyer belt shifting out secondary service sink are sprayed, then enter in secondary service sink, ensure that the vegetables shifting out secondary service sink are subject to relatively clean Water spray, same, the shower nozzle of the first spray pipe is by the water in the first storage tank in secondary service sink, vegetables conveyer belt shifting out one-level service sink are sprayed, then enter in one-level service sink, ensure that the vegetables shifting out one-level service sink are subject to relatively clean Water spray.Have gap to open above the one-level service sink water surface, by unnecessary water and wash the impurity after dish discharge.When the utility model does not work, close water inlet pipe and gap, open the discharge outlet of one-level service sink, secondary service sink and three grades of service sinks, water is discharged, close high-pressure hydraulic pump until water level lower than during high-pressure outlet.
The utility model compared with prior art, tool has the following advantages: structure is simple, design ingenious, the supply direction of water is contrary with vegetables moving direction, ensure that last water is clean water, and vegetables are after every grade of clean pond cleaning, all have the water from rear stage is relatively more clean to carry out spray irrigation, ensure that recycling of water while improving the cleannes of vegetables, improve the utilization rate of water.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
One washes dish device continuously, described device comprises the one-level service sink 1 connected in turn, secondary service sink 2 and three grades of service sinks 3, conveyer belt 4 is successively by every grade of service sink, discharge outlet 10 is provided with bottom service sink, one-level service sink 1 top is provided with gap 6, three grades of service sink 3 tops are provided with water inlet pipe 7, one-level service sink 1, high-pressure outlet 8 is provided with in secondary service sink 2 and three grades of service sinks 3, high-pressure outlet 8 is connected with the high-pressure hydraulic pump 11 outside service sink by water-supply-pipe 12, high-pressure outlet 8 is provided with several apopore 9, high-pressure outlet 8 is positioned at the below of service sink conveyer belt 4, the first storage tank 13 is provided with in secondary service sink 2, the second storage tank 17 is equipped with in three grades of service sinks 3, first storage tank 13 is communicated with by the first screen pack with corresponding service sink with the second storage tank 17, first storage tank 13 is connected with the first spray pipe 15 by the second screen pack, second storage tank 17 is connected with the second spray pipe 18 by the second screen pack, 3rd spray pipe 19 is connected with water inlet pipe 7, first spray pipe 15 and the second spray pipe 18 are provided with water pump 14, first spray pipe 15, second spray pipe 18 and the 3rd spray pipe 19 are equipped with shower nozzle 16, the shower nozzle 16 of the first spray pipe 15 is towards one-level service sink 1, the shower nozzle 16 of the second spray pipe 18 is towards secondary service sink 2, the shower nozzle 16 of the 3rd spray pipe 19 is towards three grades of service sinks 3, described shower nozzle 16 is positioned at above conveyer belt 4, the belt body of described conveyer belt 4 is netted or belt body is provided with equally distributed hole.
During work, high-pressure hydraulic pump 11 is by water-supply-pipe 12 to conveying high-pressure water in high-pressure outlet 8, and water under high pressure sprays from the apopore 9 of high-pressure outlet 8, produces turbulent flow in underwater; Water in first storage tank 13 is from secondary service sink 2, water in second storage tank 17 is from three grades of service sinks 3, can respectively as the spray-water of the first spray pipe 15 and the second spray pipe 18 after the filtration of the first screen pack and the second screen pack: water pump 14 by after the water pressurization in corresponding storage tank, is sprayed onto corresponding service sink in by shower nozzle 16 by spray pipe; The spray-water of the 3rd spray pipe 19 is from water inlet pipe 7.
Vegetables 5 are positioned on conveyer belt 4, conveyer belt 4 drives vegetables 5 to be immersed in one-level service sink 1 successively, in water in secondary service sink 2 and three grades of service sinks 3, in every one-level service sink, undersurface vegetables 5 are fully broken up cause the effect of turbulent flow at High-Pressure Water and high-pressure outlet under, rolling cleaning is carried out in water, when vegetables 5 to shift out in service sink at the corresponding levels after the water surface, again accept the shower water that spray pipe shower nozzle 16 sprays, carry out spray irrigation, the magazins' layout of vegetables and surface attachment, unnecessary water flows in corresponding service sink by the hole on conveyer belt 4 simultaneously, then vegetables 5 are again along with conveyer belt 4 enters in next stage service sink.
In the course of work, the water inlet pipe 7 of three grades of service sinks 3 continues water inlet, the vegetables 5 on the conveyer belt 4 shifted out from three grades of service sinks 3 are directly sprayed to through the shower nozzle 16 of the 3rd spray pipe 19, then enter in three grades of service sinks 3, ensure the cleanliness factor of water in last spray-water suffered by vegetables 5 and three grades of service sinks 3, water in three grades of service sinks 3 enters in the second storage tank 17 by the first screen pack, then spray through the shower nozzle 16 of the second screen pack from the second spray pipe 18 under water pump 14 acts on, the vegetables 5 conveyer belt 4 shifting out secondary service sink 2 are sprayed, then enter in secondary service sink 2, ensure that the vegetables 5 shifting out secondary service sink 2 are subject to relatively clean Water spray, same, the shower nozzle 16 of the first spray pipe 15 is by the water in the first storage tank 13 in secondary service sink 2, the vegetables 5 conveyer belt 4 shifting out one-level service sink 1 are sprayed, then enter in one-level service sink 1, ensure that the vegetables 5 shifting out one-level service sink 1 are subject to relatively clean Water spray.Have gap 6 to open above one-level service sink 1 water surface, by unnecessary water and wash the impurity after dish discharge.When the utility model does not work, close water inlet pipe 7 and gap 6, open the discharge outlet 10 of one-level service sink 1, secondary service sink 2 and three grades of service sinks 3, water is discharged, close high-pressure hydraulic pump 11 until water level lower than during high-pressure outlet 8.