CN111820838A

CN111820838A - Water-saving dish washing machine

Info

Publication number: CN111820838A
Application number: CN202010753027.3A
Authority: CN
Inventors: 邓先畜
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-07-30
Filing date: 2020-07-30
Publication date: 2020-10-27

Abstract

The invention discloses a water-saving dish washing machine, which is characterized in that bowls and chopsticks are placed in a placing opening, and the dish washing machine consists of a conveying cabinet, a cleaning cabinet, the placing opening, an end cover and a sterilizing cabinet, wherein the conveying cabinet is used for connecting the sterilizing cabinet and the cleaning cabinet, the placing opening is arranged at the left side of the cleaning cabinet, domestic water such as rice washing water or tea water can be automatically and selectively poured in to realize waste water utilization, or a softening device is directly opened to inject clean water to soften stains on the bowls and chopsticks, the softened stains are easier to clean, after softening, manual cleaning is simulated by the cleaning device, so that the bowls and the chopsticks are cleaned cleanly and the cleaning water quantity is fixed, after cleaning, a lifting device brings the bowls and the chopsticks into a rinsing device to rinse the bowls and the chopsticks, a circulating device is arranged in the rinsing device, so that the rinsed water can be continuously rinsed, one drop of water can participate in a rinsing process, a large amount of rinsing water is saved, and the, then the materials are conveyed to a disinfection cabinet by a conveying cabinet for high-temperature disinfection.

Description

Water-saving dish washing machine

Technical Field

The invention relates to a water-saving dish washing machine, belonging to the field of dish washing machines.

Background

Along with the increasing progress of times, the living standard of people is continuously improved, some fussy things considered in the past are all replaced by machines made by people, the dish washing machine appears and develops in China as early as 90 years of the last century, and the dish washing machine is used as a machine for replacing labor force to appear in places with great workload, such as a dining room, a hotel and the like.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide a water-saving dish washing machine to solve the problems that stains are washed by directly connecting clean water and utilizing a water spraying structure, if bowls and chopsticks are placed for a long time, the stains are dried, are attached to the surfaces of the bowls and chopsticks, are not easy to wash, and more waste water needs to be washed for many times.

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides a water conservation dish washer, by conveying cabinet, washing cabinet, place mouthful, end cover, sterilizer and constitute, conveying cabinet is used for connecting sterilizer and washing cabinet, it installs in washing cabinet left side to place the mouth, the end cover bottom is laminated with washing cabinet top, it includes by softening installation, belt cleaning device, elevating gear, rinsing device, circulating device, discharging device and constitutes to wash the cabinet, softening installation is in the belt cleaning device left side, belt cleaning device installs in the elevating gear top, the rinsing device is installed in rinsing device elevating gear head end, the embedding of the left lower extreme of circulating device is installed in the elevating gear end, the embedding of discharging device right-hand member is installed in the elevating gear left side.

In order to optimize the technical scheme, the method further comprises the following steps:

according to a preferred mode, the softening device is composed of a control motor, a drain valve, a circuit chip, a chain, a water inlet valve, a water inlet, dish washing essence, a shell, a dish washing essence valve, a triangular plate and a fixed gear, wherein the chain is used for connecting the control motor and the fixed gear, the tail end of the drain valve penetrates through the inner surface of the shell, the circuit chip is embedded and installed on the inner surface of the shell, the water inlet valve is communicated with the water inlet, the dish washing essence valve is installed at the tail end of the dish washing essence, the top end of the triangular plate is welded with the bottom end of the fixed gear, and the placing port and the shell.

According to a preferred mode, belt cleaning device removes axle, washing motor, bull stick, magnetic path, solenoid valve, outlet, picture peg by washing rotary drum, washing brush hair, pivot, connecting block, pivot and constitutes, wash the rotary drum and wash the brush hair on same central line, the pivot is on same axis with washing rotary drum, the connecting block is used for connecting washing motor and bull stick, the pivot is removed the axle and is installed in the pivot end, pivot removal axle bottom is connected with the bull stick surface, magnetic path and solenoid valve are on the coplanar, the outlet is installed in the picture peg lower extreme, dish washing smart valve is installed in washing rotary drum upper end, the outlet is linked together with the shell internal surface, the picture peg bottom is connected with the magnetic path top.

According to a preferable mode, the lifting device comprises a rinsing barrel, a lifting plate, a connecting rod group, a movable rack, a lifting motor and a lifting gear, wherein the rinsing barrel and the lifting plate are on the same plane, the head end of the connecting rod group is welded with the bottom end of the lifting plate, the movable rack is meshed with the lifting gear, the lifting motor is installed at the lower end of the lifting gear, the tail end of the connecting rod group is connected with the movable rack, and the discharge valve is embedded and installed at the right end of the rinsing barrel.

According to a preferable mode, the rinsing device comprises a fixed gear disc, a rinsing motor, a movable sliding block, a transmission gear, a movable rod, a track, a rinsing brush, a rotating block, a movable square block and a convex column, wherein the fixed gear disc is meshed with the transmission gear, the transmission gear is driven by the rinsing motor, the movable rod is welded with the movable square block, the movable sliding block is embedded and installed on a groove in the surface of the fixed gear disc, the fixed gear disc on the right side of the rinsing barrel is driven by the track, the rinsing brush and the rotating block are on the same central line, the movable square block and the convex column are of an integrated structure, the convex column is installed at the upper end of the rotating block, the bottom end of the rotating block is connected with the inner surface of the shell, the movable square block is installed on the outer surface of.

According to a preferable mode, the circulating device is composed of a second water inlet valve, a small-sized water pump, a communicating pipe and a water collecting tank, the head end of the communicating pipe is connected with the second water inlet valve, the small-sized water pump is used for connecting the water collecting tank with the second water inlet valve, the water collecting tank is installed at the lower end of the leak hole, the second water inlet valve is installed at the top end of the rinsing barrel, and the small-sized water pump is installed on the right side of the discharging valve.

According to a preferred mode, the discharging device comprises a push rod, a driving rotary drum, a rotary drum track, a discharging motor, a push plate, a leak hole, a conveying belt, a clamp spring and a discharging valve, wherein the tail end of the push rod is welded with the push plate, the rotary drum track is used for connecting the discharging motor with the driving rotary drum, the bottom end of the push rod is attached to the surface of a groove of the driving rotary drum, the leak hole and a lifting plate are of an integrated structure, the conveying belt is installed on the right side of the discharging valve, the head end of the clamp spring is connected with the head end of the discharging valve, the push plate is embedded and installed on the left side of a rinsing.

The water-saving dish washing machine has the beneficial effects that: adopt and wash bowl chopsticks in the bucket structure, pour into domestic waste water such as rice-washing water before bowl chopsticks wash and soften for speed is faster when wasing, and the cleaning efficiency is better, and washs water flow and little, makes through built-in device at the rinsing in-process, and the water source is constantly utilized, has practiced thrift a large amount of water resources.

The invention relates to a water-saving dish washing machine, wherein bowls and chopsticks are placed in a placing opening, domestic water such as rice washing water or residual tea water can be automatically poured into the placing opening to realize waste water utilization, or a softening device is directly opened to inject clean water to soften stains on the bowls and chopsticks, the softened stains are easier to clean, after softening, manual cleaning is simulated by a cleaning device, so that the bowls and chopsticks are cleaned cleanly and the cleaning water quantity is fixed, after cleaning, the bowls and chopsticks are taken into a rinsing device by a lifting device to rinse the bowls and chopsticks, a circulating device is arranged in the rinsing device to continuously rinse the rinsed water, each water source can finish the rinsing process, a large amount of rinsing clean water is saved, the bowls and chopsticks are pushed into a conveying cabinet by a discharging device after rinsing, and then the bowls and the chopsticks are conveyed to a disinfection cabinet by the conveying cabinet to be disinfected at high temperature.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

FIG. 1 is a schematic structural view of a water-saving dishwasher according to the present invention.

FIG. 2 is a schematic structural diagram of a washing cabinet of a water-saving dishwasher according to the present invention.

FIG. 3 is a schematic structural view of a softening device of a water-saving dishwasher according to the present invention.

FIG. 4 is a schematic structural view of a washing device of a water-saving dishwasher according to the present invention.

FIG. 5 is a schematic structural view of a lifting device of a water-saving dishwasher according to the present invention.

FIG. 6 is a schematic structural diagram of a rinsing device, a circulating device and a discharging device of the water-saving dishwasher of the present invention.

Description of reference numerals: a conveying cabinet-1, a cleaning cabinet-2, a placing port-3, an end cover-4, a disinfection cabinet-5, a softening device-21, a cleaning device-22, a lifting device-23, a rinsing device-24, a circulating device-25, a discharging device-26, a control motor-211, a drain valve-212, a circuit chip-213, a chain-214, a water inlet valve-215, a water inlet-216, a dish detergent-217, a shell-218, a dish detergent valve-219, a triangle-plate-210, a fixed gear-2111, a cleaning rotary drum-221, cleaning bristles-222, a rotary shaft-223, a connecting block-224, a rotary shaft moving shaft-225, a cleaning motor-226, a rotary shaft-227, a magnet block-228, an electromagnetic valve-229, a magnetic block-225, a water outlet 2210, an inserting plate 2211, a rinsing bucket 231, a lifting plate 232, a connecting rod group 233, a moving rack 234, a lifting motor 235, a lifting gear 236, a fixed gear 241, a rinsing motor 242, a moving slide block 243, a transmission gear 244, a moving rod 245, a crawler 246, a rinsing brush 247 and a rotating block 248, a moving block-249, a convex column-2410, a second water inlet valve-251, a small water pump-252, a communicating pipe-253, a water collecting tank-254, a push rod-261, a driving rotary drum-262, a rotary drum crawler-263, a discharging motor-264, a push plate-265, a leakage hole-266, a conveying belt-267, a clamp spring-268 and a discharging valve-269.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

Referring to fig. 1 to 6, the present invention provides a water saving dishwasher: by conveying cabinet 1, wash cabinet 2, place mouthful 3, end cover 4, sterilizer 5 and constitute, conveying cabinet 1 is used for connecting sterilizer 5 and washing cabinet 2, it installs in 2 left sides of washing cabinet to place mouthful 3, 4 bottoms of end cover are laminated mutually with 2 tops of washing cabinet, wash cabinet 2 includes and comprises softening unit 21, belt cleaning device 22, elevating gear 23, rinsing device 24, circulating device 25, discharging device 26, softening unit 21 installs in belt cleaning device 22 left side, belt cleaning device 22 installs in elevating gear 23 top, rinsing device 24 installs in 24 elevating gear 23 head ends of rinsing device, circulating device 25 left and right ends embedding is installed in elevating gear 23 end, discharging device 26 right-hand member embedding is installed in elevating gear 23 left side, softening unit 21 is by control motor 211, drain valve 212, circuit chip 213, The washing device comprises a chain 214, a water inlet valve 215, a water inlet 216, dish detergent 217, a shell 218, a dish detergent valve 219, a triangular plate 210 and a fixed gear 2111, wherein the chain 214 is used for connecting a control motor 211 and the fixed gear 2111, the tail end of a drain valve 212 penetrates through the inner surface of the shell 218, a circuit chip 213 is embedded and installed on the inner surface of the shell 218, the water inlet valve 215 is communicated with the water inlet 216, the dish detergent valve 219 is installed at the tail end of the dish detergent 217, the top end of the triangular plate 210 is welded with the bottom end of the fixed gear 2111, a placing port 3 and the shell 218 are of an integrated structure, the washing device 22 comprises a washing drum 221, washing bristles 222, a rotating shaft 223, a connecting block 224, a rotating shaft moving shaft 225, a washing motor 226, a rotating shaft 227, a magnetic block 228, an electromagnetic valve 229, a water outlet 2210 and an inserting plate, the rotating shaft 223 and the washing drum 221 are on the same axis, the connecting block 224 is used for connecting the washing motor 226 and the rotating rod 227, the rotating shaft moving shaft 225 is installed at the end of the rotating shaft 223, the bottom end of the rotating shaft moving shaft 225 is connected with the surface of the rotating rod 227, the magnetic block 228 and the electromagnetic valve 229 are on the same plane, the water outlet 2210 is installed at the lower end of the inserting plate 2211, the dish washing essence valve 219 is installed at the upper end of the washing drum 221, the water outlet 2210 is communicated with the inner surface of the housing 218, the bottom end of the inserting plate 2211 is connected with the top end of the magnetic block 228, the lifting device 23 is composed of a rinsing barrel 231, a lifting plate 232, a connecting rod group 233, a moving rack 234, a lifting motor 235 and a lifting gear 236, the rinsing barrel 231 and the lifting plate 232 are on the same plane, the head end 233 of the connecting rod group is welded with the bottom end of the lifting plate, the tail end of the connecting rod group 233 is connected with the movable rack 234, the discharge valve 269 is embedded in the right end of the rinsing barrel 231, the lifting device 23 comprises the rinsing barrel 231, the lifting plate 232, the connecting rod group 233, the movable rack 234, the lifting motor 235 and the lifting gear 236, the rinsing barrel 231 and the lifting plate 232 are arranged on the same plane, the head end of the connecting rod group 233 is welded with the bottom end of the lifting plate 232, the movable rack 234 is meshed with the lifting gear 236, the lifting motor 235 is arranged at the lower end of the lifting gear 236, the tail end of the connecting rod group 233 is connected with the movable rack 234, the discharge valve 269 is embedded in the right end of the rinsing barrel 231, the rinsing device 24 comprises a fixed gear 241, a rinsing motor 242, a movable slider 243, a transmission gear 244, a movable rod 245, a crawler 246, a brush 247, a rotating block 248, a movable block 249 and a convex column 2410, the fixed gear 241 is meshed, the transmission gear 244 is driven by a rinsing motor 242, the moving rod 245 is welded with a moving block 249, the moving slider 243 is embedded in a groove on the surface of a fixed gear 241, the fixed gear on the right side of the rinsing barrel 231 is driven by a crawler 246, the rinsing brush 247 is on the same central line with the rotating block 248, the moving block 249 and a convex column 2410 are in an integrated structure, the convex column 2410 is installed at the upper end of the rotating block 248, the bottom end of the rotating block 248 is connected with the inner surface of the housing 218, the moving block 249 is installed on the outer surface of the rinsing barrel 231, the rinsing brush 247 is embedded and installed on the inner surface of the rinsing barrel 231, the circulating device 25 is composed of a second water inlet valve 251, a small water pump 252, a communicating pipe 253 and a water collecting tank 254, the head end of the communicating pipe 253 is connected with the second water inlet valve 251, and the small water, the water collecting tank 254 is installed at the lower end of the leakage hole 266, the second water inlet valve 251 is installed at the top end of the rinsing barrel 231, the small water pump 252 is installed at the right side of the discharge valve 269, the discharge device 26 is composed of a push rod 261, a driving drum 262, a drum track 263, a discharge motor 264, a push plate 265, a leakage hole 266, a conveyer belt 267, a snap spring 268 and a discharge valve 269, the end of the push rod 261 is welded with the push plate 265, the drum track 263 is used for connecting the discharge motor 264 and the driving drum 262, the bottom end of the push rod 261 is attached to the surface of the groove of the driving drum 262, the leakage hole 266 and the lifting plate 232 are integrated, the conveyer belt 267 is installed at the right side of the discharge valve 269, the head end of the snap spring 268 is connected with the head end of the discharge valve 269, the push plate 265 is.

The use principle is as follows: putting the bowls and chopsticks into the placing opening 3, pouring rice washing water or residual tea water into the placing opening 3 in a rotatable manner, softening and cleaning stains on the bowls and chopsticks, or directly opening the water inlet valve 215 and the water inlet 216 to inject clean water, after softening for a certain time, opening the water discharge valve 212 to discharge sewage containing stains and oil stains, controlling the motor 211 to rotate in a certain manner by the circuit chip 213, driving the triangle board 210 to rotate clockwise by the fixed gear 2111 through the chain 214, enabling the groove at the top end angle of the triangle board 210 and the plug board 2211 to be on the same horizontal line, enabling the electromagnetic valve 229 to generate magnetic attraction to the magnetic block 228 through the energized electromagnetic valve 229, enabling the plug board 2211 to move leftwards to form a clamping cavity by driving the cleaning device 22 to move leftwards due to the connection between the magnetic block 228 and the plug board 2211, and enabling cleaning solution mixed with clean water to be injected into the clamping cavity of the triangle board 210 and the plug board 2211 by opening the dish washing fine valve 219, the cleaning motor 226 is started, the rotating shaft of the motor extends into the reduction gearbox, the connecting block 224 rotates by taking the rotating shaft of the motor as the center through the rotating shaft extending from the reduction gearbox, the tail end of the connecting block 224 is arranged on the rotating rod 227, the rotating rod 227 moves in the positive and negative directions when the connecting block 224 rotates, the rotating rod 223 moves as a piston through the rotating shaft moving shaft 225 and the rotating shaft 223 which are arranged on the two sides of the surface of the rotating rod 227, the rotating rod 227 moves in the piston motion by utilizing the motion characteristic of the rotating rod 227, the rotating cylinder 221 connected with the rotating shaft 223 and the cleaning bristles 222 attached to the rotating cylinder 221 move the piston, the bowl and chopsticks are cleaned by simulating manual cleaning motion, after a certain time of cleaning, the electromagnetic valve 229 is powered off, the magnetic block 228 loses magnetism, the cleaning device 22 is pulled back by the spring connected with the inner wall of the shell 218, the clamping cavity is opened, the cleaned sewage is discharged from, the bowls and chopsticks are overturned and poured onto the lifting plate 232 on the rinsing barrel 231, then the lifting motor 235 is started, the lifting gear 236 rotates to move the moving rack 234, so that the connecting rod group 233 contracts, the lifting plate 232 moves downwards, the second water inlet valve 251 is opened, clear water is filled into the rinsing barrel 231, the rinsing motor 242 is started, the fixed gear 241 is braked by the transmission gear 244, the fixed gear on the other side is driven by the crawler 246, and the fixed gear on the other side is driven by the crawler belt 243, because the moving slide block 243 is installed on the groove on the surface of the fixed gear 241, when the fixed gear 241 rotates, the moving slide block 243 drives the right end of the moving rod 245 to move up and down, so that the moving block 249 welded with the moving rod 245 reciprocates up and down, the convex column 2410 on the surface of the moving block 249 brakes the rotating block 248, so that the rotating block 248 rotates forward and backward, the rinsing brush 247 connected with the rotating, the rinsing brushes 247 stir the clean water in the rinsing barrel 231 for accelerated rinsing, and the bottom end of the lifting plate 232 is provided with the leak hole 266, so that the clean water flows into the water collecting tank 254 at the lower end through the leak hole 266 in the rinsing process, the water in the water collecting tank 254 is sucked into the rinsing barrel 231 again through the small water pump 252, and the operation is repeated in this way, so that each drop of clean water has the maximum effect, after the clean rinsing, the discharging motor 264 is started, the rotating drum 262 is driven to rotate by the rotating drum track 263, and the pushing rod 261 moves left and right when the rotating drum 262 is driven to rotate, and the pushing plate 265 pushes the discharging valve 269 to the conveying belt 267 to complete the left and right movement, and the clean water is conveyed to the disinfection cabinet 5 by the conveying cabinet 1 for disinfection.

According to the invention, through the mutual combination of the components, the bowls and chopsticks are cleaned in the barrel structure, domestic wastewater such as rice washing water is poured before the bowls and chopsticks are cleaned for softening, so that the cleaning speed is higher, the cleaning efficiency is better, the flow of cleaning water is small, a water source is continuously utilized in the rinsing process through the built-in device, and a large amount of water resources are saved, so that the problems that stains are washed by directly connecting clear water and utilizing a water spraying structure, and if the bowls and chopsticks are left for a long time, the stains are dried, are attached to the surfaces of the bowls and chopsticks, are not easy to wash, and more wastewater needs to be washed for many times are solved.

The control motor 211, the cleaning motor 226, the lifting motor 235, the rinsing motor 242 and the discharging motor 264 adopt small motors with the model number of DFGA60R, the device is high in anti-jamming capability and good in heat dissipation effect, and the small water pump 252 adopts a small pump with the model number of WPY350, and the device is convenient to install, long in service life and high in anti-jamming capability.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.

Claims

1. A water-saving dish washing machine is characterized by comprising a device body, wherein the device body consists of a conveying cabinet (1), a cleaning cabinet (2), a placing opening (3), an end cover (4) and a disinfection cabinet (5);

the conveying cabinet (1) is used for connecting the disinfection cabinet (5) and the cleaning cabinet (2), the placing opening (3) is arranged on the left side of the cleaning cabinet (2), and the bottom end of the end cover (4) is attached to the top end of the cleaning cabinet (2);

the cleaning cabinet (2) comprises a softening device (21), a cleaning device (22), a lifting device (23), a rinsing device (24), a circulating device (25) and a discharging device (26);

softening installation (21) is installed in belt cleaning device (22) left side, belt cleaning device (22) are installed on elevating gear (23) top, rinsing device (24) are installed in rinsing device (24) elevating gear (23) head end, circulating device (25) left side lower extreme embedding is installed in elevating gear (23) end, discharging device (26) right-hand member embedding is installed in elevating gear (23) left side.

2. The water saving dishwasher according to claim 1, wherein: softening installation (21) comprises control motor (211), drain valve (212), circuit chip (213), chain (214), water intaking valve (215), water inlet (216), dish washing essence (217), shell (218), dish washing essence valve (219), set-square (210), fixed gear (2111), chain (214) are used for connecting control motor (211) and fixed gear (2111), drain valve (212) end runs through installation shell (218) internal surface, circuit chip (213) embedding is installed on shell (218) internal surface, water intaking valve (215) are linked together with water inlet (216), dish washing essence valve (219) is installed to dish washing essence (217) end, set-square (210) top and fixed gear (2111) bottom weld mutually, it is the integrated structure to place a mouthful (3) and shell (218).

3. The water saving dishwasher according to claim 1, wherein: the cleaning device (22) consists of a cleaning rotary drum (221), cleaning bristles (222), a rotary shaft (223), a connecting block (224), a rotary shaft moving shaft (225), a cleaning motor (226), a rotary rod (227), magnetic blocks (228), an electromagnetic valve (229), a water outlet (2210) and an inserting plate (2211), wherein the cleaning rotary drum (221) and the cleaning bristles (222) are on the same central line, the rotary shaft (223) and the cleaning rotary drum (221) are on the same axial line, the connecting block (224) is used for connecting the cleaning motor (226) and the rotary rod (227), the rotary shaft moving shaft (225) is installed at the tail end of the rotary shaft (223), the bottom end of the rotary shaft moving shaft (225) is connected with the surface of the rotary rod (227), the magnetic blocks (229) are on the same plane, the water outlet (2210) is installed at the lower end of the inserting plate (2211), the dish washing fine valve (219) is installed at the upper end of the cleaning rotary, the water outlet (2210) is communicated with the inner surface of the shell (218), and the bottom end of the inserting plate (2211) is connected with the top end of the magnetic block (228).

4. The water saving dishwasher according to claim 1, wherein: the lifting device (23) is composed of a rinsing barrel (231), a lifting plate (232), a connecting rod group (233), a movable rack (234), a lifting motor (235) and a lifting gear (236), the rinsing barrel (231) and the lifting plate (232) are on the same plane, the head end of the connecting rod group (233) is welded to the bottom end of the lifting plate (232), the movable rack (234) is meshed with the lifting gear (236), the lifting motor (235) is installed at the lower end of the lifting gear (236), the tail end of the connecting rod group (233) is connected with the movable rack (234), and the discharge valve (269) is installed at the right end of the rinsing barrel (231) in an embedded mode.

5. The water saving dishwasher according to claim 1, wherein: the rinsing device (24) consists of a fixed gear disc (241), a rinsing motor (242), a movable sliding block (243), a transmission gear (244), a movable rod (245), a crawler belt (246), a rinsing brush (247), a rotating block (248), a movable block (249) and a convex column (2410), the fixed gear disc (241) is meshed with the transmission gear (244), the transmission gear (244) is driven by the rinsing motor (242), the movable rod (245) is welded with the movable block (249), the movable sliding block (243) is embedded and installed on a groove on the surface of the fixed gear disc (241), the fixed gear disc on the right side of the rinsing barrel (231) is driven by the crawler belt (246), the rinsing brush (247) and the rotating block (248) are on the same central line, the movable block (249) and the convex column (2410) are of an integrated structure, and the convex column (2410) is installed at the upper end of the rotating block (248), the bottom end of the rotary block (248) is connected with the inner surface of the shell (218), the moving block (249) is arranged on the outer surface of the rinsing barrel (231), and the rinsing brush (247) is embedded and arranged on the inner surface of the rinsing barrel (231).

6. The water saving dishwasher according to claim 1, wherein: the circulating device (25) is composed of a second water inlet valve (251), a small-sized water pump (252), a communicating pipe (253) and a water collecting tank (254), the head end of the communicating pipe (253) is connected with the second water inlet valve (251), the small-sized water pump (252) is used for connecting the water collecting tank (254) with the second water inlet valve (251), the water collecting tank (254) is installed at the lower end of a leak hole (266), the second water inlet valve (251) is installed at the top end of a rinsing barrel (231), and the small-sized water pump (252) is installed on the right side of a discharging valve (269).

7. The water saving dishwasher according to claim 1, wherein: the discharging device (26) consists of a push rod (261), a driving rotary drum (262), a rotary drum track (263), a discharging motor (264), a push plate (265), a leakage hole (266), a conveyer belt (267), a clamp spring (268) and a discharging valve (269), the tail end of the push rod (261) is welded with the push plate (265), the drum track (263) is used for connecting a discharging motor (264) with the driving drum (262), the bottom end of the push rod (261) is attached to the surface of the groove of the driving rotary drum (262), the leak hole (266) and the lifting plate (232) are of an integrated structure, the conveyer belt (267) is arranged on the right side of the discharge valve (269), the head end of the clamp spring (268) is connected with the head end of the discharge valve (269), the push plate (265) is embedded and arranged at the left side of the rinsing barrel (231), the discharging motor (264) and the lifting motor (235) are on the same plane.