CN114403767A - Automatic energy-conserving device that washes dishes of control - Google Patents

Abstract

The invention relates to an automatically-controlled energy-saving dish washing device which comprises a conveying system, a cleaning system, a water spraying system, a secondary cleaning system and a control system. The conveying system comprises an upper conveying belt and a lower conveying belt, wherein chains meshed with the gears are arranged on the upper conveying belt and the lower conveying belt. The cleaning system comprises an upper layer of cleaning devices and a lower layer of cleaning devices, wherein the upper layer of cleaning devices and the lower layer of cleaning devices are provided with hard-bristle wear-resistant cleaning brushes and are driven to rotate by a small motor. The water spraying system comprises a cleaning liquid tank, a cleaning liquid pipeline and two small liquid spraying pumps, wherein the cleaning liquid tank is connected to the two small liquid spraying pumps through the cleaning liquid pipeline. The secondary cleaning system comprises a clean water tank, a C-shaped water spraying device, a spring sieve and a water tank. The intelligent power box is connected with the electrical equipment circuit. The automatic dish washing machine solves the problem of automatic dish washing of large-scale dining halls and hotels, saves manpower, material resources and financial resources, can ensure dish washing speed and dish washing quality, and can ensure the health of diners.

Description

Automatic energy-conserving device that washes dishes of control

Technical Field

The invention belongs to the technical field of daily automation, and relates to an automatic control energy-saving dish washing device.

Background

With the continuous improvement of the quality of life of people and the continuous pursuit of people to healthy life, the automatic device continuously enriches the life of people. With the development of science and technology, the catering and health industry is continuously developing, and a mechanical automatic control energy-saving dish washing method in school dining halls, large enterprise dining halls and large hotels also becomes the pursuit of people. Most of the current dish washing methods for school dining halls, large enterprise dining halls and large hotels depend on manpower, a large amount of time needs to be consumed, and the washing quality cannot be guaranteed. The existing household dish washer is generally in a rotary spraying type, the high-pressure water flow is sprayed to tableware for washing, and in the washing process, the inner container wall can also be sprayed by the water flow, so that the inner container of the dish washer does not need to be additionally cleaned generally.

School dining room students have a concentrated time of having dinner, need in time wash bowl utensil in order to supply clean bowl utensil to consume, if can not in time wash will influence student's normal dining, the staff who washs bowl utensil is too few, and the cleaning quality of dinner plate will not be ensured, can influence student's healthy. Based on the above, there is a need for an automatic control energy-saving dish washing device, which realizes high quality, high efficiency and environmental protection of dish washing.

Disclosure of Invention

The invention aims to provide an automatic control energy-saving dish washing device, which is used for solving the problems of large dining room dining amount, large dish washing workload, time and labor waste in dish washing and health caused by the large dish washing workload, improving the automation level of dish washing work and ensuring the health of people.

The technical scheme of the invention is as follows: the automatically controlled energy-saving dish washing device comprises a conveying system, a cleaning system, a water spraying system, a secondary cleaning system and a control system. The conveying system comprises an upper conveying belt and a lower conveying belt, wherein chains meshed with the gears are arranged on the upper conveying belt and the lower conveying belt, and motors are arranged on one sides of the upper conveying belt and the lower conveying belt and drive the conveying belts. The cleaning system comprises an upper layer of cleaners and a lower layer of cleaners, wherein the lower layer of cleaners are arranged on the outer surface of the lower conveying belt for cleaning dishes, and the upper layer of cleaners are arranged on the inner surface of the upper conveying belt for cleaning dishes. The upper and lower layer cleaners are equipped with hard-bristle wear-resistant cleaning brushes which are driven by small motors to rotate. The water spraying system comprises a cleaning liquid tank, a cleaning liquid pipeline and two small liquid spraying pumps, the cleaning liquid tank is connected to the two small liquid spraying pumps through the cleaning liquid pipeline, and liquid spraying ports are formed in the lower portions of the small liquid spraying pumps. The secondary cleaning system comprises a clean water tank, C-shaped water spraying equipment, a spring sieve and a water tank, wherein the spring sieve is positioned on the upper part of the water tank, the water spraying equipment is positioned on the upper part of the spring sieve, and the clean water tank is connected to the C-shaped water spraying equipment through a water pipe. The water spraying system, the upper layer cleaner and the lower layer cleaner are provided with cleaning trigger equipment, and the control system comprises an intelligent power supply box. The intelligent power box is in circuit connection with the motor of the conveying system, the small motor of the cleaning system, the small liquid spraying pump of the water spraying system, the C-shaped water spraying device for secondary cleaning, the spring sieve and the cleaning triggering device.

The cleaning trigger equipment comprises a contact net and a pantograph, and the pantograph comprises a single-phase pantograph and a two-phase pantograph. The upper and lower layer cleaners are provided with a contact net connected with a power supply, and each small-sized motor is provided with a pantograph. The first station of water injection system is used for the washing liquid to moisten lower floor's brush, is used for pouring into the washing liquid in the second platform bowl. The small-sized motor is provided with the two-phase pantograph through the insulator, the small-sized liquid spraying pump is provided with a contact net with proper length, and the water spraying system is internally provided with the contact net connected with the intelligent power box. The dish washing device is integrally fixed on the wall, and the number of the upper layer of washing device and the lower layer of washing device is 5-30.

The invention relates to an automatically controlled energy-saving dish washing method, which comprises the following steps:

the cleaning system comprises a main power supply for opening the intelligent power supply box, wherein an upper conveying belt and a lower conveying belt of the conveying system rotate to drive the cleaning system to rotate, and when a small motor in the cleaner moves to a first liquid spraying opening, a two-phase pantograph on the first small motor is connected with a first contact net of the water spraying system and a contact net on a first small liquid spraying pump. And a liquid spraying port of the first small liquid spraying pump sprays cleaning liquid to a hard-bristle wear-resistant cleaning brush of the lower-layer cleaner for wetting. The wet lower floor purger moves and puts the bowl mouth, and the manual work is put the purger with the bowl that needs to wash on, and the lower conveyer belt is with moving to the small-size hydrojet pump hydrojet mouth of second of bowl, and the two-phase pantograph on the second small-size motor switches on the second contact net of water injection system and the contact net on the small-size hydrojet pump of second, and the small-size hydrojet pump blowout cleaning fluid of second washs in spouting the bowl.

The dish washing machine has the advantages that the dish washing machine moves continuously, the upper layer washer and the lower layer washer are meshed to clamp a dish, the upper layer washer and the lower layer washer are provided with washing trigger equipment to be communicated, the upper layer washer and the lower layer washer are respectively rotated reversely, and the first washing of the dish is completed by the washers along with the movement of the conveying system.

The cleaning device moves to the tail end of the conveying system, the pantograph of the upper cleaning device and the lower cleaning device is disconnected with the contact net, the engagement of the upper cleaning device and the lower cleaning device is opened, and the washed bowl falls onto the spring sieve. The C-shaped water spraying equipment sprays clear water to wash the washed bowl, so that food residues and residual cleaning liquid are washed away, the bowl moves to the other end from one end along with the longitudinal back and forth movement of the spring sieve, and secondary washing is completed simultaneously.

And taking out the cleaned bowl from the tail end of the spring sieve by the worker, and sterilizing and drying the bowl to further achieve the purpose of automatically cleaning the bowl.

The cleaning liquid is a mixed liquid of liquid detergent and water, and the proportion of the liquid detergent and the water is configured according to actual needs.

According to the invention, the automatic control energy-saving dish washing device is established through the conveying system, the cleaning system, the water spraying system, the secondary cleaning system and the control system, so that automatic dish washing control is realized, the automatic dish washing problem of schools, large enterprise dining halls and large hotels is solved, manpower, material resources and financial resources after the catering service industry are saved, the dish washing speed and the dish washing quality can be ensured, the dish washing time and the number of dish washing people are saved, dish washing water and detergent are saved, the physical health of diners is favorably ensured, and diners are relieved to eat.

Drawings

FIG. 1 is a schematic view of an automatically controlled energy-saving dishwasher according to the present invention;

FIG. 2 is a schematic view of a pantograph structure;

wherein: 1-intelligent power box, 2-circuit, 3-cleaning fluid pipeline, 4-lower conveyer belt, 5-small motor, 6-contact net, 7-pantograph, 8-two-phase pantograph, 9-bowl opening, 10-small liquid spraying pump, 11-liquid spraying opening, 12-upper conveyer belt, 13-bristle wear-resistant cleaning brush, 14-cleaning liquid groove, 15-C type water spraying equipment, 16-spring sieve, 17-water tank, 18-clear water groove, 19-motor, 20-water pipe.

Detailed Description

The present invention will be described in detail with reference to the following examples and drawings. The scope of protection of the invention is not limited to the embodiments, and any modification made by those skilled in the art within the scope defined by the claims also falls within the scope of protection of the invention.

The automatic control energy-saving dish washing device comprises a conveying system, a cleaning system, a water spraying system, a secondary cleaning system and a control system, wherein the conveying system, the cleaning system, the water spraying system, the secondary cleaning system and the control system are arranged in the dish washing device, and the energy-saving dish washing device is shown in figure 1. The water spraying system and the upper and lower layer cleaners are provided with cleaning trigger devices, the cleaning trigger devices are a contact net 6 and a pantograph 7, and as shown in fig. 2, the pantograph is divided into a single-phase pantograph (abbreviated as pantograph) and a two-phase pantograph 8.

The conveyor system comprises an upper conveyor belt 12 and a lower conveyor belt 4, the upper conveyor belt being short and the lower conveyor belt being long. Two large gears are connected with two sides of the motor through a transmission shaft, a motor 19 is arranged on one side of the upper transmission belt and one side of the lower transmission belt, the transmission belts are driven by the motor, and the start and stop of a transmission system are controlled through a power switch in the intelligent power box. The conveyer belt divide into two-layerly, and the one deck is the fixed cleaning equipment of being convenient for metal conveyer belt, and the one deck prevents for the belt that who gets into inside the equipment, protects inside consumer. The metal conveyor belt is provided with a chain meshed with the gear, and the conveyor belt is driven to rotate through the meshing of the gear and the chain.

The cleaning system comprises an upper layer of cleaners and a lower layer of cleaners, wherein the lower layer of cleaners are arranged on the outer surface of the lower conveying belt for cleaning dishes, and the upper layer of cleaners are arranged on the inner surface of the upper conveying belt for cleaning dishes. The upper and lower layer cleaners are provided with bristle abrasion-resistant cleaning brushes 13 which are driven to rotate by a small-sized motor 5. A separate washer is mounted on the conveyor belt at each appropriate distance. The upper and lower layer cleaners are provided with a contact net connected with a power supply, and each small-sized motor 5 is provided with a pantograph. After the bowl is manually placed on the cleaning device at the lower part, along with the rotation of the conveying system, when the pantograph of the cleaner conveyed to the small motor is in contact with a contact net, the cleaner is driven to rotate by the small motor, and the small motor drives the hard bristle wear-resistant cleaning brush on the surface of the conveying belt through the gear set and the conveying shaft. The hard-bristle wear-resistant cleaning brush is of a bowl-shaped structure, an upper layer of cleaning brush and a lower layer of cleaning brush are meshed with each other to clamp the bowl in the middle, and the upper cleaning brush and the lower cleaning brush are simultaneously electrified and reversely rotated to clean the bowl for the first time.

The water spraying system comprises a cleaning liquid tank 14, a cleaning liquid pipeline 3 and two small-sized liquid spraying pumps 10, wherein the cleaning liquid tank is connected to the two small-sized liquid spraying pumps through cleaning liquid pipelines, a liquid spraying port 11 is formed in the lower portion of each small-sized liquid spraying pump, and a bowl placing port 9 is formed in the lower conveying belt. The first station is used for cleaning liquid to wet the lower layer hairbrush, and the second station bowl is used for injecting cleaning liquid. Two-phase pantograph 8 is installed through the insulator on the small-size motor, installs the contact net 6 of suitable length on the small-size hydrojet pump, and water injection system internally mounted has the contact net of being connected with intelligent power box. The power supply of the small water pump is controlled by controlling the water spraying system, when the small motor of the cleaning system moves to the position of the water spraying system, the pantograph on the small motor is connected with a contact net on the small water pump, and then the small water pump is electrified and works to spray prepared cleaning liquid, so that the cleaning liquid is sprayed and the conveyor belt moves simultaneously. The power between the intelligent power box contact net is put through, when the small-size motor moved two-way pantograph and contact net contact, the small-size motor work, and the washing liquid is spouted to the hydrojet mouth blowout, and when the small-size motor moved two-way pantograph and contact net separation, the small-size water pump stop work stopped spouting the washing liquid.

The secondary cleaning system comprises a clean water tank 18, a C-shaped water spraying device 15, a spring sieve 16 and a water tank 17. The spring sieve is positioned on the upper part of the water pool, the water spraying equipment is positioned on the upper part of the spring sieve, and the clear water tank is connected to the C-shaped water spraying equipment through a water pipe. The spring sieve is of a strip-shaped structure, longitudinally moves back and forth along the spring sieve, has the width approximately same as that of the bowl, and is provided with an opening on one side and an opening on the wide side in a three-side sealing mode, and the opening side is upward inclined. The water tank connected with the sewer pipeline is arranged below the spring sieve, and the purpose of secondary cleaning is to further clean the bowl and wash clean cleaning liquid. When the bowl cleaned for the first time is moved to the end of the conveying device, the bowl automatically falls onto the spring sieve by means of the gravity of the bowl, and the bowl automatically moves forwards by means of the back-and-forth longitudinal movement of the spring sieve and the continuous supplement of the bowl. When the washing machine works, bowls fall on the spring sieve, the C-shaped water spraying equipment sprays water all the time to wash the bowls for the second time, and the bowls are taken away for disinfection and drying manually after reaching the end of the spring sieve.

The control system comprises an intelligent power supply box 1, and the intelligent power supply box is electrically connected with a motor of the conveying system, a small motor of the cleaning system, a cleaning trigger device, a small liquid spraying pump of the water spraying system, a secondary cleaning C-shaped water spraying device and a driving device of the spring sieve. The power of motor among the transfer system, the power of contact net in the purger, the power of each contact net in the water injection system and the power on the small-size motor all directly are provided by intelligent feeder box.

The automatic control energy-saving dish washing device comprises the following dish washing processes:

the intelligent power supply box 1 is opened, the upper and lower conveyor belts of the conveying system rotate to drive the cleaning system to rotate, when the small motor 5 in the cleaner moves to the first liquid spraying opening 11, the two-phase pantograph on the small motor is connected with the first contact net of the water spraying system and the contact net on the first small liquid spraying pump, and the small liquid spraying pump works. The first small-sized liquid spraying pump sprays cleaning liquid from a liquid spraying port to a hard-bristle wear-resistant cleaning brush of the lower-layer cleaner for wetting. Along with small-size motor's removal, after small-size hydrojet pump work a period, two-phase pantograph and two contact net disconnections, the hydrojet mouth stops spouting the washing liquid, and the moist lower floor purger of washing liquid moves and puts the bowl mouth, and on the purger was put to the manual work with needs abluent bowl, the lower conveyer belt was with moving to the small-size hydrojet pump hydrojet mouth of second of bowl, and the small-size hydrojet pump blowout washing liquid of second is sprayed and is washd in the bowl. The liquid spraying amount of the liquid spraying ports at the front and the back times is adjusted according to the requirement.

The dish washing machine has the advantages that the dish washing machine continuously moves, the upper-layer washer and the lower-layer washer are meshed to clamp a dish, the washing trigger device is connected, the rotating directions of the hard wear-resistant washing brushes 13 of the two layers of washers are opposite, and the washers complete the primary washing of the dish along with the movement of the conveying system.

The cleaning device moves to the tail end of the conveying system, the pantograph of the upper cleaning device and the lower cleaning device is disconnected with the contact net, the engagement of the two cleaning devices is opened, and the washed bowl falls onto the spring sieve 16. The C-type water spraying equipment sprays clear water to wash the washed bowl, washes away food residues and residual detergent, and along with the longitudinal back and forth movement of the spring sieve, the bowl moves from one end to the other end, and meanwhile, secondary washing is completed.

And taking out the cleaned bowl from the tail end of the spring sieve by the worker, and sterilizing and drying the bowl to further achieve the purpose of automatically cleaning the bowl.

Claims (8)

1. An automatic energy-conserving device that washes dishes of control, characterized by: the device comprises a conveying system, a cleaning system, a water spraying system, a secondary cleaning system and a control system, wherein the conveying system comprises an upper conveying belt (12) and a lower conveying belt (4), chains meshed with gears are arranged on the upper conveying belt and the lower conveying belt, and a motor (19) is arranged on one side of the upper conveying belt and one side of the lower conveying belt; the cleaning system comprises an upper layer of cleaners and a lower layer of cleaners, the lower layer of cleaners are arranged on the lower conveying belt, and the upper layer of cleaners are arranged on the upper conveying belt; the upper layer cleaner and the lower layer cleaner are provided with hard-bristle wear-resistant cleaning brushes (13), and the hard-bristle wear-resistant cleaning brushes are driven to rotate by a small motor (5); the water spraying system comprises a cleaning liquid tank (14), a cleaning liquid pipeline (3) and two small liquid spraying pumps (10), the cleaning liquid tank is connected to the two small liquid spraying pumps through the cleaning liquid pipeline, liquid spraying ports (11) are formed in the lower portions of the small liquid spraying pumps, and bowl placing ports (9) are formed in the lower conveying belt; the secondary cleaning system comprises a clean water tank (18), C-shaped water spraying equipment (15), a spring sieve (16) and a water tank (17), wherein the spring sieve is positioned at the upper part of the water tank, the water spraying equipment is positioned at the upper part of the spring sieve, and the clean water tank is connected to the C-shaped water spraying equipment through a water pipe (20); the cleaning system comprises a water spraying system, an upper layer cleaner and a lower layer cleaner, wherein the upper layer cleaner and the lower layer cleaner are respectively provided with a cleaning trigger device, the control system comprises an intelligent power supply box (1), and the intelligent power supply box is in circuit connection with a motor of a conveying system, a small motor of the cleaning system, a small liquid spraying pump of a water spraying system, a C-shaped water spraying device for secondary cleaning, a spring sieve and the cleaning trigger devices.

2. The automatically controlled energy saving dishwasher according to claim 1, wherein: the cleaning trigger equipment comprises a contact net (6) and a pantograph (7), and the pantograph is a single-phase pantograph and a two-phase pantograph (8).

3. The automatically controlled energy saving dishwasher according to claim 2, characterized in that: the upper layer cleaner and the lower layer cleaner are provided with contact nets connected with a power supply, and the small motor (5) is provided with a pantograph.

4. The automatically controlled energy saving dishwasher according to claim 2, characterized in that: the water spraying system is provided with two small liquid spraying pumps (10), the first liquid spraying pump is used for wetting the lower layer hairbrush with cleaning liquid, and the second bowl is used for injecting the cleaning liquid; the small-sized motor is provided with a two-phase pantograph (8) through an insulator, the small-sized liquid spraying pump is provided with a contact net (6), and the inside of the water spraying system is also provided with the contact net connected with the intelligent power box.

5. The automatically controlled energy saving dishwasher according to claim 1, wherein: the hard bristle wear-resistant cleaning brush (13) is of a bowl-shaped structure, the hard bristle wear-resistant cleaning brush (13) of the upper and lower layer cleaning devices are mutually meshed, and the rotating directions of the hard bristle wear-resistant cleaning brush of the upper and lower layers are opposite.

6. The automatically controlled energy saving dishwasher according to claim 1, wherein: the dish washing device is integrally fixed on a wall; the number of the upper layer cleaner and the lower layer cleaner is 5-30.

7. The automatically controlled energy saving dishwasher according to claim 1, wherein: the process of washing the dishes comprises the following steps:

the method comprises the steps that a main power supply of an intelligent power supply box (1) is opened, an upper conveyor belt and a lower conveyor belt of a conveying system rotate to drive a cleaning system to rotate, and when a small motor (5) in a cleaner moves to a first liquid spraying opening (11), a two-phase pantograph (8) on a first small motor is communicated with a first contact net (6) of a water spraying system and a contact net on a first small liquid spraying pump (10); a first small-sized liquid-spraying pump liquid-spraying port sprays cleaning liquid to a hard-bristle wear-resistant cleaning brush (13) of the lower-layer cleaning device for wetting; the wet lower-layer cleaner is moved to a bowl placing opening (9), a bowl to be cleaned is manually placed on the cleaner, a lower conveyor belt (4) moves the bowl to a liquid spraying opening of a second small liquid spraying pump, a two-phase pantograph (8) on a second small motor is communicated with a second contact network (6) of a water spraying system and a contact network on a second small liquid spraying pump (10), and the second small liquid spraying pump sprays cleaning liquid into the bowl for cleaning;

the transmission device continues to move, the upper layer cleaner is meshed with the lower layer cleaner to clamp the bowl, the upper layer cleaner and the lower layer cleaner are communicated with each other through cleaning trigger equipment, hard wear-resistant cleaning brushes (13) of the upper layer cleaner and the lower layer cleaner respectively rotate in opposite directions, and the cleaners finish primary cleaning of the bowl along with the movement of the transmission system;

the cleaning device moves to the tail end of the conveying system, the pantograph of the upper cleaning device and the lower cleaning device is disconnected with a contact net, the engagement of the upper cleaning device and the lower cleaning device is opened, and the washed bowl falls onto the spring sieve (16); the C-shaped water spraying equipment sprays clear water to wash the washed bowl, the bowl moves back and forth along with the longitudinal direction of the spring sieve, the bowl moves from one end to the other end, and meanwhile secondary washing is completed;

and taking out the cleaned bowl from the tail end of the spring sieve by the worker, and sterilizing and drying the bowl to further achieve the purpose of automatically cleaning the bowl.

8. The automatically controlled energy saving dishwasher according to claim 1, wherein: the cleaning liquid in the cleaning liquid tank is a mixed liquid of liquid detergent and water.

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