CN220256416U - Anti-reversion split type tableware cleaning device - Google Patents

Abstract

The utility model discloses a split-type tableware cleaning device capable of preventing moisture regaining, which comprises at least one split-type bowl washing cabinet, at least one split-type pot washing cabinet and a function control cabinet, wherein the split-type bowl washing cabinet and the split-type pot washing cabinet are arranged on the split-type function cabinet, a first three-position three-way electromagnetic valve, a second three-position three-way electromagnetic valve, a frame-type spray pipe, a spray arm, a washing chamber and a tableware basket arranged in the washing chamber are arranged in the two washing cabinets, and residual water on the inner surface and the outer surface of the tableware basket is blown out and dried by high-pressure hot air generated by a hot air machine, so that the dried tableware after cleaning is stored in the washing cabinet and has a moisture regaining-free function. The utility model has the advantages that the split type cleaning structure is arranged, tableware is classified and placed in the two washing cabinets, and the cleaned tableware is clean and sanitary and has high cleaning efficiency under the action of each functional device connected with the controller.

Description

Anti-reversion split type tableware cleaning device

Technical Field

The utility model belongs to the technical field of tableware cleaning machines, and particularly relates to a split type tableware cleaning device capable of preventing moisture regain.

Background

The tableware cleaning is a necessary procedure after meals in daily life of people, and most households use manual cleaning, the hands are soaked in water and cleaning agent, the long-term washing of the tableware easily causes the deformation of the skin of the hands, and particularly in winter, although the tableware is washed by hot water, the skin is easily thickened, and even skin cracks can occur. In order to solve the problems, there are various types of automatic tableware cleaning devices on the market, and these devices are classified into household and commercial type, the household full-automatic dish washer is only suitable for household, and mainly comprises cabinet type, table type and water tank integrated type; the commercial dish-washing machine can be divided into two main types according to the structure, namely box type and conveying type, thereby reducing the labor intensity, improving the working efficiency and enhancing the cleaning effect for the cooking staff in dining halls, hotels and institutions. However, the common problem of the household and commercial dish washers is that the dishes are stacked in the cabinet, so that all-dimensional cleaning of each dish cannot be ensured, and particularly dead corner parts of the dishes cannot be cleaned in place, so that stains such as greasy dirt, residues and the like possibly remain after the dishes are cleaned to cause bacterial contamination to the dishes, and finally the human body health is damaged. How to solve the defects of the existing automatic tableware cleaning device is a main problem to be solved by the utility model.

Disclosure of Invention

The utility model aims to provide a split type tableware cleaning machine with a multilayer structure for directly spraying and cleaning tableware in a single-layer manner and a moisture regaining prevention function, which aims at overcoming the defects of the existing tableware cleaning machine, and can be used for classifying and cleaning pots, basins, bowls, dishes, shovels, spoons, chopsticks and forks with different sizes and shapes in a tableware cabinet through split type structural design, so that the cleaning efficiency is high, and various tableware after cleaning are cleaner and sanitary.

In order to achieve the above purpose, the technical scheme of the utility model is as follows: the utility model provides a split type tableware belt cleaning device of preventing getting damp, includes at least one bowl utensil washing cabinet, at least one pan washing cabinet, a function control cabinet, first three-way solenoid valve, second three-way solenoid valve, third three-way solenoid valve, fourth three-way solenoid valve, booster circulating water pump, controller, air heater, first hot-blast main, first raceway, wash water treatment pond, drain pipe, blast pipe and each function control device. The multifunctional bowl washing cabinet is characterized in that the bowl washing cabinet is arranged on the upper part of the integral device, the pot washing cabinet is arranged in the middle of the integral device, the function control cabinet is arranged on the lower part of the integral device, the bowl washing cabinet and the pot washing cabinet are respectively provided with a bowl washing chamber and a pot washing chamber, the bowl washing chamber and the pot washing chamber are respectively provided with a bowl collecting basket and a pot collecting basket, each bowl collecting basket and each pot collecting basket are respectively provided with a spraying device in an up-down and left-right manner, the bowl collecting baskets and the pot collecting baskets are respectively provided with grid covers at the upper openings of the collecting baskets, so that the pot, the basin, the bowl, the dish, the shovel, the spoon, the chopstick and the fork which are placed in the grid collecting baskets in a classified manner are in a closed state, and the multifunctional bowl washing cabinet is safe and convenient to clean in a classified manner in a cleaning process.

Further, bowl washing cabinet, pan washing cabinet and function control cabinet outer wall be equipped with first hot-blast main, second hot-blast main and first raceway, second raceway respectively, first hot-blast main and first raceway upper end with bowl washing chamber one side be equipped with first three-way solenoid valve connect from top to bottom, second hot-blast main and second raceway upper end with pan washing chamber one side be equipped with second three-way solenoid valve connect from top to bottom, first hot-blast main and second hot-blast main lower extreme with the built-in hot-air blower that has of function control cabinet be connected side by side, the hot-air blower on set up two and more than two output interfaces at least, first raceway and second raceway lower extreme with the built-in pressure boost circulating water pump of function control cabinet be connected side by side, pressure boost circulating water pump set up two and more than two output interfaces at least, the horizontal raceway that pressure boost circulating water pump connects be connected with third three-way solenoid valve be connected side by side.

Further, the first three-position three-way electromagnetic valve is connected with a U-shaped spray pipe, the upper end and the lower end of the U-shaped spray pipe are respectively connected with a second spray arm and a first spray arm, and a plurality of spray heads are uniformly arranged on the second spray arm and the first spray arm at intervals; the second three-position three-way electromagnetic valve is also connected with a frame spray pipe, the frame spray pipe is respectively connected with a third spray arm, a fifth spray arm, a fourth spray arm and a sixth spray arm from top to bottom and from left to right, and a plurality of spray heads are uniformly arranged on the third spray arm, the fifth spray arm, the fourth spray arm and the sixth spray arm at intervals.

Further, bowl ware washing cabinet with pan washing cabinet one side be equipped with hinge connection's bowl ware washing cabinet door and pan washing cabinet door respectively, bowl ware washing room and the indoor tableware of pan are collected basket and are the pull formula structure, be convenient for the loading or the uninstallation of tableware, function control cabinet one side also is equipped with side open hinge connection's function cabinet door, be convenient for overhaul and the interpolation of detergent, bowl ware washing cabinet door, pan washing cabinet door and function control cabinet door outside are equipped with first display, second display, third display and first control button, second control button, third control button respectively, bowl ware washing room with be equipped with first dry humidity control appearance, second dry humidity control appearance and first degassing unit, second degassing unit in the pan washing room respectively, be equipped with the controller in the function control cabinet.

Further, be equipped with the washing water treatment pond in the function control cabinet, the left side of washing water treatment pond is vertical to be equipped with water level gauge and temperature controller, the lower part in washing water treatment pond transversely is equipped with detergent interpolation device, softener interpolation device, disinfectant interpolation device and heating device side by side, the bottom of washing water treatment pond one side is being connected vertical raceway, and the other end is being connected with defeated, drain pipe, the lower extreme of vertical raceway is being connected with the third three-way solenoid valve, the lower extreme of third three-way solenoid valve still be connected the running water inlet tube, the one end of the third three-way solenoid valve of conveyer pipe lower part connection is connected with the drain pipe, the centre of this drain pipe has put the drain pump, the raceway that the fourth three-way solenoid valve other end is connected with the pressure boost circulating water pump be connected.

Further, the bowl washing chamber and the upper right side of the pot washing chamber are respectively connected with an exhaust pipe through pipelines, the lower end of the exhaust pipe is provided with a filter screen and is communicated with the washing water treatment tank, the washing water treatment pool and the drain pipe are also connected with an overflow pipe, so that water in the washing water treatment pool can flow into the drain pipe after being fully stored.

Further, the controller is connected with each functional device through a wired or wireless terminal to achieve a coordination control function, if the controller and each functional device are connected in a wired mode, a circuit can be placed in an external connection state, and space is conveniently and reasonably utilized.

Further, the outer arm of the function control cabinet is also provided with an air inlet hole which is communicated with the air inlet at the lower end of the air heater.

Furthermore, the bottom of the bowl washing chamber, the bottom of the pot washing chamber and the bottom of the washing water treatment tank are all inclined bottom surfaces, so that the washing water in the washing chamber enters the washing water treatment tank through a one-way electromagnetic valve connected with a water return pipe, and the bottom of the washing water treatment tank is connected with a conveying pipe, so that the washing water entering the water return pipe is discharged out of a drain pipe.

Compared with the prior dish washing machine, the utility model has the following beneficial effects: the multifunctional tableware washing machine has the advantages that the multifunctional tableware washing machine is reasonable in structural design, convenient to operate and use, and capable of washing, drying, sterilizing and storing, is provided with a split type washing structure, and is used for sorting tableware into two washing cabinets, and the functional devices are connected through the controller by wire or wireless terminals, so that the pots, basins, bowls, dishes, shovels, spoons, chopsticks and forks of different types are high in washing efficiency, various kinds of washed tableware are cleaner and sanitary, and the multifunctional tableware washing machine is particularly suitable for large-scale canteens such as institutions, schools, factories, mines and restaurants.

Drawings

FIG. 1 is an outline of the present utility model an overall structure schematic diagram;

FIG. 2 is a schematic view of the interior of the overall structure of the present utility model;

FIG. 3 is a schematic view of the dish collecting basket in the dish washing compartment of the present utility model;

FIG. 4 is a schematic view of the structure of the pot and basin collection basket in the pot washing chamber of the present utility model;

FIG. 5 is a schematic diagram of the connection of the controller to each of the functional devices according to the present utility model.

The parts in the figure indicate: 1. bowl washing cabinet; 101. a first display; 102. a cabinet door of the bowl washing cabinet; 103. first control a key; u-shaped spray pipe; 105. a first three-position three-way solenoid valve; 106. the bottom of the bowl washing chamber; 107. a first spray arm; 108. a bowl washing chamber; 109. bowl collection basket; 110. a second spray arm; 111. a first dryness-humidity controller; 112. a first sterilizing device; 2. a pot washing cabinet; 201. a second display; 202. the cabinet door of the cooker washing cabinet; 203. a second control key; 204. frame type spray pipe; 205. a third spray arm; 206. a second three-position three-way electromagnetic valve; 207. a fourth spray arm; 208. pot washing a chamber bottom; 209. a fifth spray arm; 210. a sixth spray arm; 211. a pot washing chamber; 212. a pot collection basket; 213. a second dryness-humidity controller; 214. a second sterilizing device; 3. a functional cabinet; 301. an air inlet hole; 302. a third display; 303. a function control cabinet door; 304. a third control key; 305. an air heater; 306. an air inlet; 307. a water level gauge; 308. a temperature controller; 309. a wash water treatment tank; 310. the bottom of the washing water treatment tank; 311. a booster circulating water pump; 312. a horizontal water pipe; 313. a vertical water pipe; 314. a third three-position three-way electromagnetic valve; 315. a tap water inlet pipe; 316. a detergent adding device; 317. a softener adding device; 318. a disinfectant adding device; 319. a heating device; 320. a circulating water pipe; 321. a drain pipe; 322. a draining pump; 323. a fourth three-position three-way electromagnetic valve; 324. a delivery tube; 325. a filter screen; 326. a controller; 327. an overflow pipe; 328. a one-way electromagnetic valve; 4. a first hot air duct; 5. a second hot air duct; 6. a first water pipe; 7. a second water pipe; 8. a water return pipe; 9. an exhaust pipe; 10. a wireless terminal.

Detailed Description

In order to make the technical problems, technical schemes and beneficial effects to be solved more clear, the utility model is further described in detail below with reference to the accompanying drawings and embodiments.

It should be noted that it is to be noted that, the terms "upper", "lower", "left", "right", "front", "rear", "transverse", "vertical", etc,

The positional relationship indicated by "bottom", "inside", "outside", "first", "second", etc. are based on the orientation or positional relationship shown in the drawings, are merely for convenience of description and to simplify the description, and are not indicative or implying that the apparatus referred to has a specific orientation, is configured and operated in a specific orientation, and therefore should not be construed as limiting the utility model. In addition, in the description of the present utility model, "plurality" means two or more, and dishes means tableware having a smaller volume and cookware means tableware having a larger volume.

A split type tableware cleaning device capable of preventing moisture regaining is shown in the accompanying drawings 1-5, and comprises at least one bowl washing cabinet 1, at least one pot washing cabinet 2, a function control cabinet 3, a first three-position three-way electromagnetic valve 105, a second three-position three-way electromagnetic valve 206, a third three-position three-way electromagnetic valve 314, a fourth three-position three-way electromagnetic valve 323, a booster circulating water pump 311, a controller 326, a hot air blower 305, a first hot air pipe 4, a first water conveying pipe 6, a washing water treatment tank 309, a water discharging pipe 321, an exhaust pipe 9 and various function control devices, wherein the bowl washing cabinet 1, the pot washing cabinet 2 is arranged on the upper part of the function control cabinet 3, the bowl washing cabinet 1 and the pot washing cabinet 2 are respectively provided with a bowl washing chamber 108 and a pot washing chamber 211, the bowl washing chamber 108 and the pot washing chamber 211 are respectively provided with a layer of bowl collecting basket 109 and a pot collecting basket 212, each layer of bowl collecting basket 109 and a pot basket 212 are respectively arranged on the left side and the right side and the left side respectively, the bowl collecting basket is provided with a fork-shaped collecting basket 212, and a bowl collecting basket is respectively arranged in a grid, and a bowl collecting basket is conveniently placed in a grid, and a bowl-shaped grid is conveniently in a cleaning process, and a bowl is placed in a cleaning grid, and a cleaning grid is conveniently placed in a cleaning process.

In a preferred embodiment, the outer walls of the bowl washing cabinet 1, the pot washing cabinet 2 and the function control cabinet 3 are respectively provided with a first hot air pipe 4, a second hot air pipe 5, a first water pipe 6 and a second water pipe 7, the upper ends of the first hot air pipe 4 and the first water pipe 6 are connected up and down with a first three-position three-way electromagnetic valve 105 arranged on one side of the bowl washing chamber 108, the upper ends of the second hot air pipe 5 and the second water pipe 7 are connected up and down with a second three-position three-way electromagnetic valve 206 arranged on one side of the second washing chamber 211, the lower ends of the first hot air pipe 4 and the second hot air pipe 5 are connected with a hot air blower 305 arranged in the function control cabinet 3 in parallel, at least two or more output interfaces are arranged on the hot air blower 305, the lower ends of the first water pipe 6 and the second water pipe 7 are connected with a pressurizing circulating water pump 311 arranged in the function control cabinet 3, at least two or more output interfaces are arranged in parallel, and the pressurizing water pump 311 is connected with the third three-position three-way electromagnetic valve 314.

In the preferred embodiment, the first three-position three-way electromagnetic valve 105 is connected with a U-shaped spray pipe 104, the upper end and the lower end of the spray pipe are respectively connected with a second spray arm 110 and a first spray arm 107, a plurality of spray heads are uniformly arranged on the second spray arm 110 and the first spray arm 107 at intervals; the second three-position three-way electromagnetic valve 206 is also connected with a frame spray pipe 204, the frame spray pipe 204 is respectively connected with a third spray arm 205, a fifth spray arm 209, a fourth spray arm 207 and a sixth spray arm 210 from top to bottom and from left to right, and a plurality of spray heads are uniformly arranged on the third spray arm 205, the fifth spray arm 209, the fourth spray arm 207 and the sixth spray arm 210 at intervals.

In a preferred embodiment, one side of the bowl washing cabinet 1 and one side of the pot washing cabinet 2 are respectively provided with a bowl washing cabinet door 102 and a pot washing cabinet door 202 which are connected by a hinge, the tableware collection basket 109 and the cookware collection basket 212 in the bowl washing chamber 108 and the cookware washing chamber 211 are of a drawing structure, so that tableware can be conveniently loaded or unloaded, one side of the functional control cabinet 3 is also provided with a functional cabinet door 303 which is connected by a side-open hinge, so that maintenance and detergent addition are facilitated, the outsides of the bowl washing cabinet door 102, the cookware washing cabinet door 202 and the functional control cabinet door 303 are respectively provided with a first display 101, a second display 201, a third display 302, a first control button 103, a second control button 203 and a third control button 304, the bowl washing chamber 108 and the cookware washing chamber 211 are respectively provided with a first dryness and humidity controller 111, a second dryness and humidity controller 213, a first disinfection device 112 and a second disinfection device 214, and a controller 326 is arranged in the functional control cabinet 3.

In the preferred embodiment, a washing water treatment tank 309 is disposed in the function control cabinet 3, a water level meter 307 and a temperature controller 308 are vertically disposed on the left side of the washing water treatment tank 309, a detergent adding device 316, a softener adding device 317, a disinfectant adding device 318 and a heating device 319 are horizontally disposed in parallel on the lower portion of the washing water treatment tank 309, one side of the bottom 310 of the washing water treatment tank is connected with a vertical water delivery pipe 313, the other end of the bottom 310 is connected with a delivery pipe 324, the lower end of the vertical water delivery pipe 313 is connected with a third three-way electromagnetic valve 314, the lower end of the third three-way electromagnetic valve 314 is also connected with a tap water inlet pipe 315, one end of a fourth three-way electromagnetic valve 323 connected with the lower portion of the delivery pipe 324 is connected with a water discharge pipe 321, a water discharge pump 322 is disposed in the middle of the water discharge pipe 321, and a circulating water delivery pipe 320 connected with the other end of the fourth three-way electromagnetic valve 323 is connected with a pressurizing circulating water pump 311.

In a preferred embodiment, the bowl washing chamber 108 and the upper right side of the pot washing chamber 211 are respectively connected with the exhaust pipe 9 through pipelines, a filter screen 325 is arranged at the lower end of the exhaust pipe 9 and is connected with the washing water treatment tank 309, and an overflow pipe 327 is further connected to the washing water treatment tank 309 and the drain pipe 321, so that water in the washing water treatment tank flows into the drain pipe 321 after being fully stored.

In accordance with a preferred embodiment of the present utility model, the controller 326 is connected to each functional device through the wired or wireless terminal 10 to implement a coordination control function, if the controller 326 is connected with each functional device by a wired connection, the circuit can be placed in an external connection state, so that the space can be reasonably utilized.

In a preferred embodiment, the outer arm of the function control cabinet 3 is further provided with an air inlet 301, and the air inlet 301 is communicated with an air inlet 306 at the lower end of the air heater 305.

In a preferred embodiment, the bottom 106 of the bowl washing chamber, the bottom 208 of the pot washing chamber and the bottom 310 of the washing water treatment tank are all inclined bottom surfaces, so that the washing water in the washing chamber enters the washing water treatment tank 309 through the one-way electromagnetic valve 328 connected with the water return pipe 8, and the bottom 310 of the washing water treatment tank is connected with the conveying pipe 324, so that the washing water entering the water return pipe 8 is discharged out of the water discharge pipe 321.

The control method of the utility model is carried out according to the following operation steps:

step one: the preset program can be completed by presetting, switching on the power supply, setting a channel of a third three-position three-way electromagnetic valve 314 through a control key 304 and a third display 302 which are connected by a controller 326, closing the channel of the transverse water delivery pipe 312, switching on a tap water inlet pipe 315 and a vertical water inlet pipe 313, closing the three channels of a fourth three-position three-way electromagnetic valve 323, starting water inflow of the washing water treatment tank 309, setting the water inflow amount of the water level meter 307 according to the amount of tableware to be washed, closing the three channels of the third three-position three-way electromagnetic valve 314 after the set value is determined, stopping water inflow, setting the temperature of the heating device 319 according to the degree of tableware turbidity, setting the adding amount of the detergent adding device 316, and setting the adding amount of the softener adding device 317.

Step two: the bowl, dish, shovel, spoon, chopsticks, fork to be washed are put into the bowl collecting basket 109, the time length of the pre-washing and the water pressure of the pre-washing are set according to the dirty degree of the tableware through the bowl washing control key 103 and the first display 101, the pot and the basin to be washed are put into the pot collecting basket 212, the time length of the pre-washing is set according to the dirty degree of the pot and the basin through the second control key 203 and the second display 201, if the parameters are consistent, the synchronous operation is carried out, if the parameters are inconsistent, the operation is started according to the order from the smaller value or the larger value of the parameters.

The method comprises the following specific steps: closing the three channels of the third three-position three-way electromagnetic valve 314, closing the channel of the drain pipe 321 connected with the fourth three-position three-way electromagnetic valve 323, connecting the circulating water pipe 320 and the conveying pipe 324 connected with the fourth three-position three-way electromagnetic valve 323, respectively outputting washing water to the first water pipe 6 and the second water pipe 7 by the booster circulating water pump 311 and respectively sending the washing water to the first three-position three-way electromagnetic valve 105 and the second three-position three-way electromagnetic valve 206, the first three-position three-way electromagnetic valve 105 is closed to be connected with the first hot air pipe 4, the upper end and the lower end of the first water pipe 6 and the U-shaped spray pipe 104 are connected with the second spray arm 110 and the first spray arm 107 respectively, and a plurality of spray heads are uniformly arranged on the second spray arm 110 and the first spray arm 107 at intervals to align with bowls, dishes, shovels, spoons, chopsticks and forks for pre-cleaning; the second three-position three-way electromagnetic valve 206 is closed to be connected with the second hot air pipe 5, the second water pipe 7 is connected with the frame spray pipe 204, a third spray arm 205, a fifth spray arm 209, a fourth spray arm 207 and a sixth spray arm 210 are respectively connected up, down, left and right, and a plurality of spray heads are uniformly arranged on the third spray arm 205, the fifth spray arm 209, the fourth spray arm 207 and the sixth spray arm 210 at intervals to align with a pot and a basin for pre-cleaning.

During pre-cleaning, bowls, dishes, shovels, spoons, chopsticks and fork whiskers placed on a bowl collecting basket 109 arranged in a bowl washing chamber 108 are classified and placed in a single layer according to the shape and the size, and the placed tableware is closed by a grid basket cover, so that the washed tableware cannot collide with each other; the pot and basin placed on the pot collecting basket 212 arranged in the pot washing chamber 211 are also placed in a single layer according to the shape and size, the placed pot and basin are also closed by a grid basket cover, so that the bowl and the like are prevented from being shifted from the pot and basin in the washing process, then washing water directly sprays infiltration residues without shielding the inner surface and the outer surface of the washed tableware, washing water after pre-washing is respectively converged and flows into the water return pipe 8 through inclined surfaces arranged at the bottom 106 of the bowl washing chamber and the bottom 208 of the writing pot washing chamber, and filtered washing water flows into the washing water treatment tank 309 through the one-way electromagnetic valve 328 and the filter screen 325 for circulating pre-washing.

Step three: the main washing is performed by respectively setting the first control key 103, the first display 101, the second control key 203 and the second display 201 through the controller 326, setting the water temperature of the washing liquid in the main washing stage, the washing liquid pressure and the washing time period, and then separately washing all tableware according to the pre-washing process, so as to realize the main washing.

Step four: rinsing, namely, closing a circulating water pipe 320 connected to a fourth three-position three-way electromagnetic valve 323, connecting a conveying pipe 324 and a drain pipe 321, starting a drain pump 322, completely draining the washed sewage, closing a three-way channel of the fourth three-position three-way electromagnetic valve 323, closing a vertical water pipe 313 connected to the third three-position three-way electromagnetic valve 314, connecting a tap water inlet pipe 315 and a transverse water pipe 312, enabling the water entering the third three-position three-way electromagnetic valve to enter a pressurizing circulating water pump 311 from the tap water inlet pipe 315 to the third three-position three-way electromagnetic valve 314, and enabling the water entering the transverse water pipe 312 to enter a pressurizing circulating water pump 311 to respectively send the water in a first water pipe 6 and a second water pipe 7 which are connected into a bowl washing chamber 108 and a pot washing chamber 211, so that the whole rinsing process can be realized; when the rinsed backwater water is collected in the washing water treatment tank 309, when the water level in the washing water treatment tank 309 exceeds the preset value of the water level meter 307, the drainage pump 322 is automatically started to drain water, so that the water level in the washing water treatment tank 309 is kept at the preset water level, and after the rinsing is finished, the disinfectant adding device 318 automatically adds disinfectant to provide washing water for the next use, thereby saving water resources, saving expenditure and improving benefit; when the controller 326 detects that the rinsed washing water is stored in the washing water treatment tank 309 for more than a set period of time, the fourth three-position three-way electromagnetic valve 323 and the drain pump 322 are started to drain all the washing water stored in the washing water treatment tank 309.

Step five: under the condition that all the rinsed tableware is in situ immobilized, an air heater 305 is started, air enters an air inlet 306 from an air inlet 301, hot air is blown into a first three-position three-way electromagnetic valve 105 and a second three-position three-way electromagnetic valve 206 through a first hot air pipe 4 and a second hot air pipe 5 respectively, a first water pipe 6 connected with the first three-position three-way electromagnetic valve 105 is closed, the upper end and the lower end of a first hot air pipe (4) and a U-shaped spray pipe 104 are respectively connected with a second spray arm 110 and a first spray arm 107, the second spray arm 110 and the first spray arm 107 are uniformly provided with a plurality of spray heads at intervals, the high-pressure hot air generated by the action of the air heater 305 blows out and dries residual water on the upper end and the lower end of the U-shaped spray pipe 104 and the inner and outer surfaces of the tableware and the tableware washing chamber 108 respectively, water vapor generated in the drying process is discharged through an exhaust pipe 9, and the drying process is provided with air pressure and hot air temperature parameter values through a first dryness and humidity controller 111.

Similarly, when the pot and basin in the pot washing chamber is dried, the second water delivery pipe 7 connected with the second three-position three-way electromagnetic valve 206 is firstly closed, the second hot air pipe 5 and the frame spray pipe 204 are connected, the frame spray pipe 204 is respectively connected with the third spray arm 205, the fifth spray arm 209, the fourth spray arm 207 and the sixth spray arm 210, a plurality of spray heads are uniformly arranged on the third spray arm 205, the fifth spray arm 209, the fourth spray arm 207 and the sixth spray arm 210 at intervals, high-pressure hot air generated under the action of the hot air fan 305 is used for respectively connecting all the frame spray pipes 204 up and down, left and right with the third spray arm 205, the fifth spray arm 209, the fourth spray arm 207, the sixth spray arm 210 and residual water on the inner and outer surfaces of the pot and the pot washing chamber 211 for drying, and water vapor generated in the drying process is also discharged through the exhaust pipe 9, and the fan air pressure and temperature parameter values are set in the drying process of the pot through the second dryness and humidity controller 213. When the first dryness and humidity controller 111 and 213 in the bowl washing chamber 108 and the pot washing chamber 211 set the air pressure and the temperature parameters of the hot air to be inconsistent, the operation is performed in a set order from high to low or from low to high.

After the set parameters of the first dryness and humidity controller 111 and the second dryness and humidity controller 213 reach the set values, the air heater 305, the three channels of the first three-position three-way electromagnetic valve 105, the three channels of the second three-position three-way electromagnetic valve 205 and the one-way electromagnetic valve 330 are automatically closed.

Step six: the first disinfection device 112 and the second disinfection device 214 are respectively started, the first display 101 and the second display 201 set disinfection time length and disinfection intensity parameters through the controller 326, the first control key 103 and the second control key 203, and disinfection is automatically stopped after the set values are reached.

Step seven: after the disinfection is finished, the storage state is automatically entered, the first dryness-humidity controller 111 and the second dryness-humidity controller 213 are respectively in the states of monitoring the dryness-humidity of the bowl washing chamber 108 and the pan washing chamber 211, and if the first dryness-humidity controller 111 and the second dryness-humidity controller 213 monitor that the humidity value exceeds the preset humidity value, the air heater 305 is started to be connected with the first three-position three-way electromagnetic valve 105 or the second three-position three-way electromagnetic valve 206 for dehumidification operation, so that the humidity in the bowl washing chamber 108 and the pan washing chamber 211 is in the preset state.

The foregoing detailed description of the preferred embodiments of the present utility model has been presented for the purposes of illustration and description, and it should be understood that the foregoing is not intended to limit the utility model to the particular embodiments of the utility model, but is intended to cover all modifications, adaptations, and equivalent alternatives or modifications falling within the spirit and scope of the utility model.

Claims (9)

1. The split type tableware cleaning device capable of preventing moisture regaining comprises at least one split type tableware washing cabinet (1), at least one split type cookware washing cabinet (2), a split type function control cabinet (3), a first three-position three-way electromagnetic valve (105), a second three-position three-way electromagnetic valve (206), a third three-position three-way electromagnetic valve (314), a fourth three-position three-way electromagnetic valve (323), a booster circulating water pump (311), a controller (326), a hot air blower (305), a first hot air pipe (4), a first water delivery pipe (6), a washing water treatment tank (309), a drain pipe (321), an exhaust pipe (9) and various function control devices, and is characterized in that the bowl washing cabinet (1) is arranged on the upper part of the integral device, the cookware washing cabinet (2) is arranged in the middle part of the integral device, the function control cabinet (3) is arranged on the lower part of the integral device, a bowl washing chamber (108) and a pot basket (211) are respectively arranged in the bowl washing cabinet (1) and the pot washing cabinet (2), the bowl chamber (108) and the pot basket (211) are respectively provided with a pot basket (212) and a pot basket (212) respectively, a pot basket (212) respectively arranged on the upper layer and a lower layer (212), the bowl collecting basket (109) and the pot collecting basket (212) are in a grid shape, and grid covers are respectively arranged at the upper openings of the collecting baskets, so that the pots, basins, bowls, dishes, shovels, spoons, chopsticks and forks which are placed in the grid collecting baskets in a classified manner are in a closed state, and the cleaning process is safe and convenient for classified cleaning.

2. The split type tableware washing device for preventing moisture regaining according to claim 1, wherein the outer walls of the bowl washing cabinet (1), the pot washing cabinet (2) and the function control cabinet (3) are respectively provided with a first hot air pipe (4), a second hot air pipe (5) and a first water pipe (6) and a second water pipe (7), the upper ends of the first hot air pipe (4) and the first water pipe (6) are connected up and down with a first three-position three-way electromagnetic valve (105) arranged on one side of the bowl washing chamber (108), the upper ends of the second hot air pipe (5) and the second water pipe (7) are connected up and down with a second three-position three-way electromagnetic valve (206) arranged on one side of the pot washing chamber (211), the lower ends of the first hot air pipe (4) and the second hot air pipe (5) are connected with a fan (305) arranged in the function control cabinet (3), at least two or more than two parallel output interfaces are arranged on the fan (4) and the first hot air pipe (305) and are connected with a second three-position three-way electromagnetic valve (206) arranged on one side of the pot washing chamber (211) and are connected with at least two water pumps (311) arranged in parallel with the water pump (311) and the function control cabinet, the transverse water delivery pipe (312) connected with the booster circulating water pump (311) is connected with the third three-position three-way electromagnetic valve (314).

3. The split type anti-reversion tableware cleaning device according to claim 1, wherein the first three-position three-way electromagnetic valve (105) is connected with a U-shaped spray pipe (104), the upper end and the lower end of the U-shaped spray pipe (104) are respectively connected with a second spray arm (110) and a first spray arm (107), and a plurality of spray heads are uniformly arranged on the second spray arm (110) and the first spray arm (107) at intervals; the second three-position three-way electromagnetic valve (206) is also connected with a frame spray pipe (204), the frame spray pipe (204) is respectively connected with a third spray arm (205), a fifth spray arm (209), a fourth spray arm (207) and a sixth spray arm (210) from top to bottom and from left to right, and a plurality of spray heads are uniformly arranged on the third spray arm (205), the fifth spray arm (209), the fourth spray arm (207) and the sixth spray arm (210) at intervals.

4. The split type tableware cleaning device capable of preventing moisture regaining according to claim 1, characterized in that a side opening type hinge connection type function control cabinet door (303) is arranged on one side of the function control cabinet (3) and one side of the pot washing cabinet (2) are respectively provided with a hinge connection type bowl washing cabinet door (102) and a pot washing cabinet door (202), a bowl collection basket (109) and a pot collection basket (212) in a bowl washing chamber (108) and a pot washing chamber (211) are of a drawing type structure, loading or unloading of tableware is facilitated, a side opening type hinge connection type function control cabinet door (303) is also arranged on one side of the function control cabinet (3) and convenient for overhauling and adding of detergent, a first display (101), a second display (201), a third display (302) and a first control button (103), a second control button (203) and a third control button (304) are respectively arranged outside the bowl washing chamber (108) and the pot washing chamber (211), a first humidity controller (213) and a second humidity controller (112) are respectively arranged in the first humidity controller (211) and the second humidity controller (112).

5. The split type tableware cleaning device capable of preventing moisture regaining according to claim 1, characterized in that a washing water treatment tank (309) is arranged in the function control cabinet (3), a water level meter (307) and a temperature controller (308) are vertically arranged on the left side of the washing water treatment tank (309), a detergent adding device (316), a softener adding device (317), a disinfectant adding device (318) and a heating device (319) are horizontally arranged on the lower portion of the washing water treatment tank (309) in parallel, one side of the bottom (310) of the washing water treatment tank is connected with a vertical water conveying pipe (313), the other end of the bottom is connected with a conveying pipe (324), the lower end of the vertical water conveying pipe (313) is connected with a third three-position three-way electromagnetic valve (314), the lower end of the third three-position three-way electromagnetic valve (314) is further connected with a tap water inlet pipe (315), one end of a fourth three-position three-way electromagnetic valve (323) connected with the lower end of the conveying pipe (324) is connected with a water discharging pipe (321), a drainage pump (322) is arranged in the middle of the water discharging pipe (321), and the other end of the fourth three-position three-way electromagnetic valve (323) is connected with a circulating water pump (311).

6. The split type tableware washing apparatus of claim 1, wherein the bowl washing chamber (108) and the upper right side of the pot washing chamber (211) are respectively connected with the exhaust pipe (9) through pipelines, a filter screen (325) is arranged at the lower end of the exhaust pipe (9) and is communicated with the washing water treatment tank (309), and the overflow pipe (327) is further connected to the washing water treatment tank (309) and the drain pipe (321) so that water in the washing water treatment tank can flow into the drain pipe (321) after being fully stored.

7. The split type tableware washing apparatus of claim 1, wherein the controller (326) is connected with each functional device through a wired or wireless terminal (10) to achieve a coordinated control function, and if the controller (326) is connected with each functional device through a wired connection, the circuit can be placed in an external connection state, so that the space can be reasonably utilized.

8. The split type tableware cleaning device for preventing moisture regain according to claim 1, wherein the outer arm of the function control cabinet (3) is further provided with an air inlet hole (301), and the air inlet hole (301) is communicated with an air inlet (306) at the lower end of the air heater (305).

9. The split dish washing device for preventing reversion of claim 6, wherein the bottom (106) of the dish washing chamber, the bottom (208) of the dish washing chamber and the bottom (310) of the washing water treatment tank are all inclined bottom surfaces, so that the washing water in the washing chamber enters the washing water treatment tank (309) through a one-way electromagnetic valve (328) connected with a water return pipe (8), and the bottom (310) of the washing water treatment tank is connected with a conveying pipe (324) so that the washing water entering the water return pipe (8) is discharged out of a water discharge pipe (321).