CN211609679U - Box type automatic dish washer capable of pouring and cleaning circulating filter residue - Google Patents

Abstract

The utility model provides a pouring of box circulation filter residue washs automatic dish washer, includes to pour into and washs automatic dish washer and box circulation filter residue device, pour into and wash automatic dish washer and include all have the dish washer of pouring into washing tank or water bath prewashing groove, box circulation filter residue device includes: the filter comprises a circulating water pump, an auxiliary water tank communicated with the pouring cleaning tank and a filter residue basket arranged in the auxiliary water tank.

Description

Box type automatic dish washer capable of pouring and cleaning circulating filter residue

Technical Field

The utility model relates to a tableware cleaning equipment, in particular to a pouring-in cleaning automatic dish washer for box type circulating filter residue.

Background

The existing automatic dish washer for pouring and cleaning comprises ZL201520873078.4 full-automatic dish washer for pouring and cleaning tableware and the like, and has the advantages of simplicity and convenience in cleaning and the like, but the pouring cleaning section is the first section for cleaning, most of residues on the tableware can be left in the pouring cleaning groove of the pouring cleaning section, particularly, the section is different from spraying cleaning and can be directly filtered when spraying water falls, the problem of how to filter and separate is a big problem, and the effect of filter residues directly influences the pouring cleaning effect.

If the spiral extrusion residue filtering device is arranged at the tableware pouring treatment section of the automatic dishwasher, the spiral extrusion residue filtering device comprises a residue filtering pipe, a spiral impeller and a rotating shaft thereof, a residue discharging pipe and a power device, and the power device is arranged at the closed end of the residue filtering pipe.

Disclosure of Invention

In order to solve the problem that the filter residue influences the cleaning effect, the utility model provides a pouring of box circulation filter residue washs automatic dish washer remedies prior art not enough.

The utility model adopts the technical proposal that: the utility model provides a pouring of box circulation filter residue washs automatic dish washer, includes to pour into and washs automatic dish washer and box circulation filter residue device, pour into and wash automatic dish washer and include all have the dish washers of pouring into washing tank or water bath prewashing groove, be about to the tableware pour into or put into in batches or the transfer chain is direct with the dish washer that the tableware was delivered into, its specific type includes: pouring into a full-automatic spraying dish washing machine for cleaning, pouring into a full-automatic ultrasonic dish washing machine for cleaning and the like. Box circulation filter residue device includes: circulating water pump, with pour into the expansion tank of washing tank intercommunication, arrange the filter residue basket in the expansion tank, expansion tank is equipped with 3 mouths at least: the filter residue basket taking and placing port is arranged on the side face or the top of the auxiliary water tank and used for putting and taking out the filter residue basket, the circulating water outlet is arranged on the side face or the bottom of the tank and connected with a water inlet of a circulating water pump, and the water inlet slag inlet is arranged on the auxiliary water tank and is a communication port of the auxiliary water tank communicated with the cleaning tank; filter residue basket is the open container that just is equipped with a plurality of filtration pores in top, and its structural style includes: monolayer filter residue basket and compound filter residue basket two kinds, compound filter residue basket be two-layerly or more than two-layerly, and similar two or more than two monolayer filter residue baskets fold and splice and form, or two or more than two monolayer filter residue baskets pile up, and the quantity of filter residue basket is for being no less than 1, and the minimum in the position as under the filter residue basket is established to the filtration pore: the side surface, the bottom and the interlayer of the compound filter residue basket have the size of a filter hole of 2mm²To 50mm²Water and tiny residue can pass through the filtration pore, and the residue that is bigger than the filtration pore is stayed in the filter residue basket, and the expansion tank is arranged in to the filter residue basket, and filter residue basket and expansion tank interrelation include: the auxiliary water tank is divided into a water outlet cavity and a water inlet cavity by the filter residue basket, the water outlet cavity is arranged outside the filter residue basket, and the circulating water outlet is arranged in the water outlet cavity and connected to the water inlet of the circulating water pumpWhen the auxiliary water tank is provided with a drainage pull pipe or other drainage devices, the drainage pull pipe or other drainage devices are also arranged in the water outlet cavity or are connected out of the water outlet cavity; a water inlet cavity is formed in the filter residue basket, a water inlet and a residue inlet are formed in the water inlet cavity, the water inlet and the residue inlet are poured into a communication port between the cleaning tank and the auxiliary water tank, and water with residues flows out of the cleaning tank and flows into the filter residue basket; the slag inlet of intaking of filter residue basket advances the sediment mouth at filter residue basket top or side opening, and the sediment mouth and the slag inlet mutual position relation and the structure of intaking of expansion tank of intaking of filter residue basket include following 3 types: firstly, an opening is arranged at the lower part or the middle part of the filter residue basket and is used as a lower water inlet and a lower slag inlet of the filter residue basket, openings are arranged at the lower part or the middle part of the pouring cleaning tank and the auxiliary water tank and correspond to the water inlet and the slag inlet of the filter residue basket and are used as water inlet and slag inlet of the auxiliary water tank, openings are arranged at the upper part or the middle part of the pouring cleaning tank and the auxiliary water tank and are used as water inlet and slag inlet of the auxiliary water tank, an opening is arranged at the upper part of the filter residue basket or the top of the filter residue basket is used as an upper water inlet of the filter residue basket, and the water inlet and the slag inlet of the filter residue basket are lower than the water; thirdly, the two types of water inlet and slag inlet are simultaneously arranged.

The pour-in-rinse automatic dishwasher includes: the water bath prewashing section is connected with the mesh belt type dish washing machine to form the water bath prewashing section, the installation position of the water bath prewashing section is arranged at the front end of the mesh belt type dish washing machine to replace the original tableware inlet end of the mesh belt type dish washing machine, and the conveying mesh belt of the water bath prewashing section is connected with the conveying mesh belt of the deslagging prewashing section of the mesh belt type dish washing machine or is connected with the conveying mesh belt of the mesh belt type dish washing machine into a whole section. The composition of the water bath cleaning system comprises the following three types: one or more bubble cleaning systems, one or more water flow cleaning systems, one or more bubble cleaning systems and one or more water flow cleaning systems, wherein the installation position of the nozzle or the water outlet or the air outlet of the bubble cleaning system or the water flow cleaning system comprises: one or more of the upper, lower, and side surfaces of the upper layer of the web are conveyed within the water bath wash tank.

And a water outlet of the circulating water pump is connected into the water flow cleaning system or directly connected into the pouring cleaning tank.

When the water inlet and the slag inlet of the filter residue basket are arranged at the top of the filter residue basket or the top of the filter residue basket cannot completely block the water flow of the water inlet cavity, namely, a partition plate can be arranged between the water inlet cavity and the water outlet cavity and is used for completely separating the water inlet cavity from the water outlet cavity to prevent the water with residues from flowing or splashing to the water outlet cavity. The clapboard is provided with or not provided with filter holes.

The auxiliary water tank is provided with or without a top cover.

The residue filtering basket is provided with or not provided with a handle.

The water with the residues poured into the cleaning tank flows into the filter residue basket through the water outlet and slag outlet, and water can pass through the filter holes to enter the water outlet cavity due to the small diameter of the filter holes, the circulating water pump sucks water from the water outlet cavity, and the water outlet of the circulating water pump is connected to a nozzle of a water flow cleaning system poured into the cleaning tank or directly connected to the cleaning tank, so that a cycle is formed; the water outlet and the water inlet are communicated with each other through the filter residue basket or the partition plate instead of being directly communicated with each other, water at the water inlet flows into the filter residue basket, and water can pass through the filter holes and residues can be left in the filter residue basket due to the fact that the diameter of the filter holes is small, the water outlet is located outside the filter residue basket, so that the residues are filtered in the filter residue basket, and the circulating filter residue process of the water pump is achieved.

When needing, the lower water inlet of filter residue basket advances the cinder notch and is equipped with the leak protection board, and the structural style that the residue spills the leak protection board when preventing that the residue is more includes: the two sides of the water inlet and slag inlet of the filter residue basket are provided with chutes, the leakage-proof plate slides in the chutes, bosses are arranged at the positions corresponding to the leakage-proof plate in the auxiliary water tank, and when the filter residue basket is placed into the auxiliary water tank, the bosses of the auxiliary water tank push the leakage-proof plate upwards to expose the water inlet and slag inlet; when the filter residue basket is taken out, the leakage-proof plate naturally falls under the action of gravity to cover the water inlet and the residue inlet so as to prevent residues from leaking; or on the basis of above-mentioned structure, be equipped with reset spring between leak protection board and filter residue basket, when the expansion tank was put into to the filter residue basket, expansion tank's boss up pushed up the leak protection board, and reset spring deformation exposes into water and advances the shrink-back of leak protection board under the reset spring effect when the sediment basket was taken out to the sediment mouth, covers the sediment mouth that advances that intakes, prevents that the residue from spilling.

The utility model has the advantages that: the filter residue is circularly filtered by the circulating water pump, so that the filter is stable and reliable and is simple and convenient to use.

Drawings

The present invention will be further explained with reference to the accompanying drawings.

Fig. 1 is a first schematic structural diagram of the present invention.

Fig. 2 is a schematic diagram of the first structure of the present invention for removing the auxiliary water tank.

Fig. 3 is an enlarged view of the first structure of the auxiliary water tank of the present invention.

Fig. 4 is a schematic structural view of a second auxiliary tank portion of the present invention.

Fig. 5 is a schematic structural view of a third auxiliary tank portion of the present invention.

Fig. 6 is a schematic structural view of a fourth auxiliary tank portion of the present invention.

Fig. 7 is a second structural schematic diagram of the present invention.

Fig. 8 is a third schematic structural diagram of the present invention.

Fig. 9 is a schematic view of the third structure of the present invention for removing the auxiliary water tank and the residue filtering basket.

FIG. 10 is an enlarged view of the slag removal port of the auxiliary water tank in FIG. 9.

Fig. 11 is a schematic view of the entire construction of the residue basket of fig. 8.

Fig. 12 is a schematic view of the residue basket of fig. 11.

Fig. 13 is a schematic structural view of the residue filtering basket of fig. 12 without the leakage preventing plate.

Fig. 14 is a schematic structural view of the strainer basket of fig. 13 without the slide rail mounted thereon.

Fig. 15 is a schematic view of the residue basket of fig. 12 with a return spring installed.

Figure 16 is a schematic structural view of the first compound residue filter basket.

Fig. 17 is a structural schematic diagram of a compound residue filtering basket II.

Fig. 18 is a structural schematic diagram of a single-layer residue filtering basket II.

Fig. 19 is a structural schematic diagram of a single-layer residue filtering basket III.

Fig. 20 is a structural schematic diagram of a single-layer residue filtering basket IV.

In the figure, 1, a pouring cleaning drying type full-automatic ultrasonic dish washing machine, 2, a pouring cleaning full-automatic ultrasonic dish washing machine, 3, a pouring cleaning spraying dish washing machine, 4, a pouring cleaning section, 5, a water pump, 6, a condenser outside a spray rinsing section water tank, 7, an auxiliary water tank, 8, a filter residue basket, 9, a leak-proof plate, 11, a pre-cleaning section, 12, an ultrasonic cleaning section, 13, a rinsing section, 14, a drying section, 41, a pouring cleaning tank, 42, a drainage base, 43, a drainage pull pipe, 44, a drainage device, 45, a bottom plate of the pouring cleaning tank, 46, a water level of the pouring cleaning tank, 47, a partition plate, 48, a water inlet cavity, 49, a water outlet cavity, 51, a water outlet of a circulating water pump, 52, a water inlet of the circulating water pump, 53, a connecting pipe from a water outlet of the auxiliary water tank to a water inlet of the circulating water pump, 54, 62. a lower water inlet and a slag inlet of the auxiliary water tank, 71, an auxiliary water tank water outlet, 72, a top cover, 80, a handle, 81, a first upper filter residue basket, 82, a second upper filter residue basket, 83, a first single-layer filter residue basket, 84, a second single-layer filter residue basket, 85, an upper water inlet and a slag inlet of the first composite filter residue basket, 86, an upper layer of the second composite filter residue basket, 87, a third single-layer filter residue basket, 88, a fourth single-layer filter residue basket, 89, a fifth single-layer filter residue basket, 91, a chute, 92, a leakage-proof plate, 93, a convex edge, 94, a return spring, 811, a first lower filter residue basket, 821, a second lower filter residue basket, 831, a sixth single-layer filter residue basket, 841, an upper water inlet and a slag inlet of the second single-layer filter residue basket, 842, a lower water inlet and a slag inlet of the second single-layer filter residue basket, 843, a third single-layer filter residue basket, 844, a water inlet and a 845, a single-layer filter residue basket, 851. a lower water inlet slag inlet of the first compound filter residue basket 861, a lower layer of the second compound filter residue basket 862, an upper water inlet slag inlet of the second compound filter residue basket 863 and a lower water inlet slag inlet of the second compound filter residue basket.

Detailed Description

In the embodiment shown in fig. 1, 2 and 3, the pouring cleaning and drying type full-automatic ultrasonic dish washer 1 is composed of a pouring cleaning section 4, a prewashing section 11, an ultrasonic cleaning section 12, a rinsing section 13 and a drying section 14, and the box-type circulating residue filtering device comprises: the circulating water pump 5, the auxiliary water tank 7 communicated with the pouring cleaning tank 41, an upper filter residue basket I81 and a lower filter residue basket I811 arranged in the auxiliary water tank, wherein the auxiliary water tank 7 is provided with an upper water inlet slag inlet 61 of the auxiliary water tank and a lower water inlet slag inlet 62 of the auxiliary water tank, the upper filter residue basket I81 and the lower filter residue basket I811 take the top of the filter residue basket as water inlet slag inlets and are respectively positioned below the upper water inlet slag inlet 61 of the auxiliary water tank and the lower water inlet slag inlet 62 of the auxiliary water tank, the upper filter residue basket I81, the lower filter residue basket I811 and a partition plate 47 divide the auxiliary water tank 7 into 2 cavities, a water inlet cavity 48 is arranged in the upper filter residue basket I81 and the lower filter residue basket I811, and a water outlet cavity 49 is arranged outside the upper filter residue basket I81 and the lower filter residue basket I811; a water inlet 52 of the circulating water pump 5 is communicated to a water outlet 71 in a water outlet cavity 49 of the auxiliary water tank 7 through a connecting pipe 53 from the water outlet of the auxiliary water tank to the water inlet of the circulating water pump, and the drainage base 42 and the drainage pull pipe 43 are arranged in the water outlet cavity 49; the upper water inlet slag inlet 61 is lower than the water level 46 of the poured cleaning tank 41, and the lower water inlet slag inlet 62 of the auxiliary water tank is lower than the bottom plate 45 of the poured cleaning tank 41, so that drainage and slag discharge are facilitated.

In the embodiment shown in fig. 4, unlike fig. 3: install a single-deck filter residue basket three 87 in the expansion tank 7, this single-deck filter residue basket three 87's top is for intaking into the sediment mouth, is located the last income sediment mouth 61 below of expansion tank, and single-deck filter residue basket three 87 and expansion in the position of the lower income sediment mouth 62 parallel and level of expansion tank, and another income sediment mouth as single-deck filter residue basket three 87.

In the embodiment shown in fig. 5, unlike fig. 4: install a individual layer filter residue basket four 88 in expansion tank 7, this individual layer filter residue basket four 88 and expansion tank's the position of intaking down into 62 parallel and level of cinder notch still have the trompil, and another of three 87 of individual layer filter residue basket intakes into the cinder notch, and individual layer filter residue basket four 88 are less, therefore its top is equipped with baffle 47, divide into 2 chambeies with expansion tank 7 jointly with filter residue basket four 88: an inlet chamber 48 and an outlet chamber 49.

In the embodiment shown in fig. 6, unlike fig. 4 and 5, the following is: a single-layer residue filtering basket five 89 is arranged in the auxiliary water tank 7, a large opening serving as a water inlet and a residue inlet is formed in the upper part of the single-layer residue filtering basket five 89, and the large opening is positioned below the upper water inlet and the residue inlet 61 of the auxiliary water tank; five 89 of filter residue basket divide into 2 chambeies with expansion tank 7: an inlet chamber 48 and an outlet chamber 49.

In the embodiment shown in fig. 7, unlike the embodiment shown in fig. 1: the pouring-cleaning drying type full-automatic ultrasonic dish washing machine 2 is composed of a pouring-cleaning section 4, a pre-cleaning section 11, an ultrasonic cleaning section 12 and a rinsing section 13, wherein a single-layer filter residue basket six 831 is positioned below an upper water inlet slag inlet 61 of an auxiliary water tank 7 by taking the top of the single-layer filter residue basket as a water inlet slag inlet, and a top cover 72 is arranged on the upper part of the auxiliary water tank 7.

In the embodiments shown in fig. 8, 9, 10, 11, 12, 13, 14, the difference from the embodiment shown in fig. 7 is that: the pouring cleaning spraying dish washing machine consists of a pouring cleaning section 4 and a spraying dish washing machine, wherein a single-layer filter residue basket I83 is provided with a water inlet and residue inlet, and the position of the single-layer filter residue basket I corresponds to a lower water inlet and residue inlet 62 of the auxiliary water tank 7; sliding grooves 91 are formed in two sides of a water inlet and slag inlet of the single-layer filter residue basket I83, a leakage-proof plate 92 is installed in each sliding groove 91, a convex edge 93 is arranged above a lower water inlet and slag inlet 62 of the auxiliary water tank, the leakage-proof plate 92 slides in the sliding groove 91, when the single-layer filter residue basket I83 is placed in the auxiliary water tank 7, a boss 93 of the auxiliary water tank pushes the leakage-proof plate 92 upwards to expose the lower water inlet and slag inlet 62, and water with residues flows into the auxiliary water tank 7; when the single-layer filter residue basket I83 is taken out, the leakage-proof plate 92 naturally falls under the action of gravity to cover the water inlet and residue inlet 83 of the single-layer filter residue basket I, so that residues in the single-layer filter residue basket I83 can be prevented from leaking. The water with the residues poured into the cleaning tank flows into the filter residue basket through the water outlet and slag outlet, the water can pass through the filter holes to enter the water outlet cavity due to the small diameter of the filter holes, the water inlet 52 of the circulating water pump 5 sucks water from the water outlet cavity of the auxiliary water tank 7, the water outlet 51 of the circulating water pump is connected to the nozzle 54 of the water flow cleaning system poured into the cleaning tank 41, and the water flows back to the pouring cleaning tank 41, so that a cycle is formed; the upper part of the auxiliary water tank 7 is provided with a top cover 72. Fig. 11, 12, 13 and 14 are schematic structural views of the first filter layer residue filtering basket 83 and the leakage-proof plate 92 thereof in the embodiment shown in fig. 8.

Fig. 9 is a schematic view of the residue removing device such as the sub-tank shown in fig. 8, which only shows the corresponding position of the inlet 62 and the boss 93 for water to be poured into the cleaning tank and under the sub-tank.

In the embodiment shown in fig. 15, unlike the embodiments shown in fig. 12, 13, and 14, the following are provided: a return spring 94 is arranged between the leakage-proof plate 92 and the single-layer filter residue basket I83, when the single-layer filter residue basket I83 is placed into the auxiliary water tank 7, the leakage-proof plate 92 is pushed upwards by a boss 93 of the auxiliary water tank, the return spring 94 deforms to expose the lower water inlet slag inlet 62, when the single-layer filter residue basket I83 is taken out, the leakage-proof plate 92 retracts under the action of the return spring 94, the water inlet slag inlet covering the single-layer filter residue basket I83 is covered, and residues are prevented from leaking.

In the embodiment shown in fig. 16, the multiple filter residue basket is formed by stacking two single-layer upper filter residue baskets 82 and two single-layer lower filter residue baskets 821, and the upper water inlet 85 and the lower water inlet 851 of the first multiple filter residue basket are respectively arranged on the multiple filter residue baskets.

In the embodiment shown in fig. 17, the multiple strainer basket is provided with 2 layers: the upper 86 of compound filter residue basket two, the lower floor 861 of compound filter residue basket two are equipped with 2 and advance the cinder notch into intaking: an upper water inlet slag inlet 862 of the compound filter residue basket II and a lower water inlet slag inlet 863 of the compound filter residue basket II.

In the embodiment shown in fig. 18, the second single-layer residue filtering basket 84 is provided with 2 water inlet slag inlets: an upper water inlet slag inlet 841 of the single-layer filter residue basket II and a lower water inlet slag inlet 842 of the single-layer filter residue basket II.

In the embodiment shown in fig. 19, a single-layer residue filtering basket III 843 is provided with 1 water inlet and residue inlet: and a water inlet and slag inlet 844 of the single-layer filter residue basket III.

In the embodiment shown in fig. 20, the single-layer residue filtering basket four 845 is provided with 1 water inlet slag inlet: the water inlet and slag inlet 846 of the single-layer filter residue basket IV, the handle 80 arranged at the upper part of the single-layer filter residue basket 845, and the filtering holes 847 arranged on each surface of the single-layer filter residue basket 845.

All filter residue baskets all are equipped with a plurality of filtration pores, and the filtration pore is established at least one in the filter residue basket following position: side surface, bottom and interlayer of the compound filter residue basket. For clarity, no filter holes are labeled in the remaining schematic drawings, except for fig. 18, 19, and 20.

It should be noted at last that the above only is the embodiment of the present invention, not limiting the scope of the present invention, all the equivalent structures or equivalent processes that utilize the contents of the specification and the drawings of the present invention are changed, or directly or indirectly applied to other related technical fields, and all the embodiments are included in the scope of the present invention.

Claims (5)

1. Pouring and cleaning automation of box type circulating filter residueDish washer washs automatic dish washer and box circulation filter residue device, characterized by including pouring into: the automatic pouring-washing dish washing machine comprises all dish washing machines with a pouring washing tank or a soaking pre-washing tank, namely, dish washing machines with tableware poured into or put in batches or with tableware directly conveyed into a conveying line; box circulation filter residue device includes: circulating water pump, with pour into the expansion tank of washing tank intercommunication, arrange the filter residue basket in the expansion tank, expansion tank is equipped with 3 mouths at least: the filter residue basket taking and placing port is arranged on the side face or the top of the auxiliary water tank and used for putting and taking out the filter residue basket, the circulating water outlet is arranged on the side face or the bottom of the tank and connected with a water inlet of a circulating water pump, and the water inlet slag inlet is arranged on the auxiliary water tank and is a communication port of the auxiliary water tank communicated with the cleaning tank; filter residue basket is the open container that just is equipped with a plurality of filtration pores in top, and its structural style includes: individual layer filter residue basket and compound filter residue basket, compound filter residue basket are two-layer or more than two-layer, perhaps two or more than two individual layer filter residue baskets pile up, and the quantity of filter residue basket is for being no less than 1, and the minimum one in the following position of filter residue basket is established to the filtration pore: the side surface, the bottom and the interlayer of the compound filter residue basket have the size of a filter hole of 2mm²To 50mm²Water and tiny residue can pass through the filtration pore, and the residue that is bigger than the filtration pore is stayed in the filter residue basket, and the expansion tank is arranged in to the filter residue basket, and filter residue basket and expansion tank interrelation include: the auxiliary water tank is divided into a water outlet cavity and a water inlet cavity by the filter residue basket, the water outlet cavity is arranged outside the filter residue basket, the circulating water outlet is arranged in the water outlet cavity and is connected to the water inlet of the circulating water pump of the dish-washing machine, the water inlet cavity is arranged in the filter residue basket, the water inlet and the residue inlet are arranged in the water inlet cavity, the water inlet and the residue inlet are poured into a communication port between the washing tank and the auxiliary water tank, and water with residues flows out of the poured washing tank and flows into; the slag inlet of intaking of filter residue basket advances the sediment mouth at filter residue basket top or side opening, and the sediment mouth and the slag inlet mutual position relation and the structure of intaking of expansion tank of intaking of filter residue basket include following 3 types: firstly, the lower part or middle part of the filter residue basket is provided with an opening as a lower water inlet of the filter residue basket, the lower part or middle part of the filter residue basket poured into the cleaning tank and the auxiliary water tank is provided with an opening corresponding to the position of the water inlet of the filter residue basket and is used as a water inlet of the auxiliary water tank, and the other part is poured into the cleaning tank and the auxiliary water tankThe opening is arranged at the upper part or the middle part of the auxiliary water tank and is used as a water inlet and slag inlet of the auxiliary water tank, the opening is arranged at the upper part of the slag filtering basket or the top of the slag filtering basket is used as a water inlet and slag inlet of the slag filtering basket, and the water inlet and slag inlet of the slag filtering basket is lower than the water level of the water poured into the cleaning tank, so that the water poured into the cleaning tank flows into the slag filtering basket; thirdly, the two types of water inlet and slag inlet are simultaneously arranged.

2. The automatic dishwasher for pouring and washing filter residue in box type cycle according to claim 1, characterized in that: when the water inlet and the slag inlet of the filter residue basket are arranged at the top of the filter residue basket or the top of the filter residue basket cannot completely block the water flow of the water inlet cavity, namely a partition plate can be arranged between the water inlet cavity and the water outlet cavity, and the partition plate is provided with or not provided with a filter hole.

3. The automatic dishwasher for pouring and washing filter residue in box type cycle according to claim 1, characterized in that: the auxiliary water tank is provided with or without a top cover.

4. The automatic dishwasher for pouring and washing filter residue in box type cycle according to claim 1, characterized in that: the residue filtering basket is provided with or not provided with a handle.

5. The automatic dishwasher for pouring and washing filter residue in box type cycle according to claim 1, characterized in that: when needing, the lower water inlet of filter residue basket advances the cinder notch and is equipped with the leak protection board, and the residue spills when preventing that the residue is more, and the structural style of leak protection board includes: the two sides of the water inlet and slag inlet of the filter residue basket are provided with chutes, the leakage-proof plate slides in the chutes, bosses are arranged at the positions corresponding to the leakage-proof plate in the auxiliary water tank, and when the filter residue basket is placed into the auxiliary water tank, the bosses of the auxiliary water tank push the leakage-proof plate upwards to expose the water inlet and slag inlet; when the filter residue basket is taken out, the leakage-proof plate naturally falls under the action of gravity to cover the water inlet and the residue inlet so as to prevent residues from leaking; or on the basis of the structure, a return spring is arranged between the leakage-proof plate and the filter residue basket, when the filter residue basket is placed into the auxiliary water tank, the leakage-proof plate is pushed upwards by a boss of the auxiliary water tank, the return spring deforms, and when the filter residue basket is taken out after the water inlet and the filter residue inlet are exposed, the leakage-proof plate retracts under the action of the return spring to cover the water inlet and the filter residue inlet so as to prevent residues from leaking; the lower part sinks the residues, and the residues are discharged and filtered, so that the residues are prevented from directly entering a sewer.

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