CN108125651A

CN108125651A - Self-driving type dish-washing machine

Info

Publication number: CN108125651A
Application number: CN201810133905.4A
Authority: CN
Inventors: 刘向宁
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-02-08
Filing date: 2018-02-08
Publication date: 2018-06-08

Abstract

The invention discloses a kind of self-driving type dish-washing machine, including shell and pedestal, shell, which is adapted to pedestal after sealing, to be formed one and washes the dishes chamber；A shaft is vertically arranged in the chamber that washes the dishes, the bracket being arranged in shaft can rotate around the shaft；At least two water spray branch pipes are provided in bracket periphery, and genesis analysis there are several nozzles on every branch pipe of spraying water；High-pressure hydraulic pump, bottom cover and circuit control system are additionally provided on pedestal；The inlet end of high-pressure hydraulic pump is connected with extraneous tap water, and water outlet end is connect with water spray branch pipe；High-pressure hydraulic pump is controlled by circuit control system realization and starts or stops.Therefore, after water jets under high pressure is passed through, water jets under high pressure will be treated and torsional forces is formed while cleaning objects are cleaned for the water spray branch pipe of the dish-washing machine and several nozzles, push bracket 360 ° of rotations around the shaft；In this way, cleaning objects can be treated under the premise of without excessively consuming electric energy realizes that 360 ° are cleaned without dead angle water jets under high pressure, inexpensive high-cleanness cleaning is realized.

Description

Self-driving type dish-washing machine

Technical field

The present invention relates to kitchen tools manufacturing field more particularly to a kind of self-driving type dish-washing machines.

Background technology

In today's society, life, the work rhythm of modern are getting faster, and are rested to vacate the limited time, are used It is postprandial wash the dishes work all by dish-washing machine institute instead of.However, the cleaning of bowls and chopsticks mainly has design at top in existing dish-washing machine Or the nozzle sprinkling water column of side is cleaned, the position of this nozzle is changeless, and the angle for spraying water column is general It is also fixed.In this way it is possible to there are the phenomenon that the less cleaning position of dead angle.

Invention content

Based on the above problem, problem to be solved by this invention is that the energy need not be consumed and can realize again by providing one kind The self-driving type dish-washing machine of 360 ° of cleanings.

Technical scheme is as follows：

A kind of self-driving type dish-washing machine, including shell and pedestal, the shell is adapted to after sealing to be formed with pedestal and one wash the dishes Chamber is equipped with a door body on the side wall of shell；Wherein, a shaft is vertically arranged in the chamber that washes the dishes, support is equipped in shaft Rack, the bracket can rotate around the shaft；It is described wash the dishes intracavitary and positioned at the bracket peripheral radial distribution it is vertical At least two water spray branch pipes are provided with, and genesis analysis there are several nozzles on every branch pipe of spraying water；It is also set on the pedestal There are high-pressure hydraulic pump garbage cleaning device, bottom cover and circuit control system；The high-pressure hydraulic pump is connected with extraneous tap water, institute It states high-pressure hydraulic pump, water spray branch pipe and nozzle and forms pipeline conducting connection；The garbage cleaning device is used to collect waste water and food Object residue；At the bottom, cover forms a device cavity, and high-pressure hydraulic pump, garbage cleaning device and circuit after being tightly connected with pedestal Control system is installed in the device cavity；The high-pressure hydraulic pump is controlled by circuit control system realization and starts or stops；

In use, starting high-pressure hydraulic pump by circuit control system, then high-pressure hydraulic pump water flowing into water spray branch pipe passes through Several nozzles spray water jets under high pressure, and several sprays on different water spray branch pipes to the object to be cleaned being placed on bracket The water jets under high pressure sprayed between head forms torsional forces, pushes bracket 360 ° of rotations around the shaft, and the clear of cleaning objects is treated in realization It washes.

The self-driving type dish-washing machine, wherein, the nozzle vertically linear array on each water spray branch pipe；Alternatively, Adjacent nozzle on each water spray branch pipe is vertically according to 10 °~30 ° of angle Heterogeneous Permutation.

The self-driving type dish-washing machine, wherein, the quantity of the water spray branch pipe is four, is always shaped as pipe with a water spray respectively Road conducting connection, the inlet opening of the water spray assembly form pipeline with the water outlet of high-pressure hydraulic pump by water pipe and connection are connected；It is described Water spray assembly is fixed on pedestal and installs in device cavity；Four water spray branch pipe radial symmetrics are distributed in the support The periphery of rack.

The self-driving type dish-washing machine, wherein, it is additionally provided with water in the pipeline between the water spray assembly and high-pressure hydraulic pump and adds Thermal, the water which sends out high-pressure hydraulic pump heat；The hot-water heating system is fixed at pedestal It goes up and installs in device cavity, which is electrically connected with circuit control system formation.

The self-driving type dish-washing machine, wherein, it further includes and is set on the base and installs the air-supply arrangement in device cavity, it should Connection is connected with being arranged on water spray assembly sealing pipeline in the air outlet of air-supply arrangement, and the air-supply arrangement is in the control of circuit control system It makes under using, passes sequentially through water spray assembly, water spray branch pipe, the pipeline in nozzle and blow to bracket.

The self-driving type dish-washing machine, wherein, it further includes and is set on the base and installs the air-supply arrangement in device cavity, it should The air outlet of air-supply arrangement is sealed and conducted with the chamber that washes the dishes and is connect, the air-supply arrangement under the control action of circuit control system, to The chamber that washes the dishes is blown.

The self-driving type dish-washing machine, wherein, a cleaning agent adding trough is further included, which is set on the base And it installs in device cavity, and conducting connection is connected with water spray assembly pipe in the cleaning agent adding trough.

The self-driving type dish-washing machine, wherein, it offers to add on the cover of bottom and at cleaning agent addition groove location The slot of cleaning agent.

The self-driving type dish-washing machine, wherein, the garbage cleaning device includes effluent filter and garbage reclamation disk；It is described Effluent filter is divided into Sewage treatment chamber for the filter screen that a calycular open containers and container intracavity are amount of laterally located And filter chamber, the filter screen upper surface are equipped with the filtrate of loose shape；The garbage reclamation disk is a disc configuration, is used for Swill is treated in collection.

The self-driving type dish-washing machine, wherein, the pedestal is equipped with the inner chamber body with stereoeffect, extraneous tap water Pipeline is formed by the inner chamber body of pedestal with the water inlet of high-pressure hydraulic pump to be connected.

The self-driving type dish-washing machine, wherein, the Sewage treatment chamber of the effluent filter and the inner chamber body of pedestal form water Road is connected.

The self-driving type dish-washing machine, wherein, the circuit control system includes central processing unit and is controlled by the center The hydraulic pressure control module waste water control module and presetting module of processor；Hydraulic pressure control module is used to control the high-pressure hydraulic pump Operating status；The waste water control module is used to control the waste water in effluent filter to recycle or be expelled directly out；It is described Presetting module is used to pre-set circuitry control parameters.

The self-driving type dish-washing machine, wherein, the circuit control system further includes water temperature control module；The water temperature control Module is used to control hot-water heating system.

The self-driving type dish-washing machine, wherein, the circuit control system further includes fan control module；The air-blower control Module is used to control the operating status of air-supply arrangement.

In the self-driving type dish-washing machine of the present invention, bracket be arranged in shaft and can 360 ° of rotations around the shaft, outside bracket It encloses after being passed through water jets under high pressure in symmetrically arranged several water spray branch pipes and several nozzles, water jets under high pressure will be to being placed on support object Object to be cleaned on frame sprays, and is cleaned；Water jets under high pressure will form torsional forces simultaneously, push bracket 360 ° of rotations around the shaft Turn；In this way, cleaning objects can be treated under the premise of without excessively consuming electric energy realizes that 360 ° are cleaned without dead angle water jets under high pressure, Realize inexpensive high-cleanness cleaning.

Description of the drawings

Fig. 1 is the self-driving type dish-washing machine outline structural diagram of the present invention；

Fig. 2 is the sectional view of C-C parts in Fig. 1；

Fig. 3 is the self-driving type dish washer interior organigram of the present invention；

Fig. 4 A and 4B are that the self-driving type dish-washing machine of the present invention removes the internal structure schematic diagram after the cover of bottom；

Fig. 5 is the water spray assembly structure schematic diagram in self-driving type dish-washing machine of the present invention；

Fig. 6 A, 6B, 6C, 6D are the water spray manifold configuration schematic diagram in the electric drive formula dish-washing machine of the present invention；

The block diagram of Fig. 7 circuit control systems of the present invention.

Specific embodiment

Below in conjunction with the accompanying drawings, presently preferred embodiments of the present invention is described in further detail.

As shown in Fig. 1,2,3,4A and 4B, a kind of self-driving type dish-washing machine 10 provided by the invention, including shell 100 and bottom Seat 120.In the present embodiment, the configuration of self-driving type dish-washing machine 10 is rectangular, and this construction is convenient for and cabinet or other kitchen tools Aided design is installed；Can also be barrel-shaped or other shapes in other embodiments.

The shell 10 of the self-driving type dish-washing machine 10 is formed after being adapted to fixed sealing by serial side plate and top plate with pedestal 120 One washes the dishes chamber 001, and a door body 101 is equipped on the side wall of shell 100；After the door body 101 is opened, object to be cleaned can be put Enter to wash the dishes in chamber 001.In general, door body 101 is opened on the leading flank of shell 100 of self-driving type dish-washing machine 10, conveniently put Enter or take out object to be cleaned；Certainly, as needed, door body can also be arranged on other sides of shell 100, e.g., left side Face, right side etc..

A shaft 420 is vertically arranged in the chamber 001 that washes the dishes, the lower end of the shaft 420 is fixed on pedestal 120 or hangs Sky, and upper end is then fixed in the mounting box 102 on the top plate 110 of shell 100.Bracket 310 is equipped in shaft 420, it should Bracket 310 is for placing object to be cleaned, e.g., rice bowl, chopsticks, plate etc., and the bracket 310 can with around the shaft 420 into 360 ° of rotations of row.In order to reduce the rotational resistance of shaft 420, rotary force and rotary speed are promoted, in the present embodiment, turning respectively The both ends of axis 420 are arranged with ball sleeve (410,430), only can also set ball sleeve 410 or bottom end on the top of shaft 420 Ball sleeve 430 is set.

As shown in Fig. 2,3,4A and 4B, an air-flow group partition board 111 is additionally provided in 310 upper end of bracket, it is solid with bracket 310 Fixed connection simultaneously can 420 rotation around the shaft.The air baffle 111 can play the role of stopping that thermal current is directly emitted in cleaning, again It can play the role of reduction of speed buffering to thermal current by several stomatas being disposed thereon to exclude.

In the present embodiment, for the carrying for making bracket 310 more firm object to be cleaned and it is convenient for changing bracket 310, a rotating platform 320 is fixedly installed in shaft 420 and close to the side of pedestal 120, bracket 310 is then placed on rotation It on platform 320 and forms centre with shaft 420 and wears setting installation.Bracket 320 can be with one layer of structure or two layers of knot Structure or three-decker.It is double-layer structure in the present embodiment.More than two layers in the bracket 310 of structure, between layer frame between For gauge from can be adjusted about 310 with respect to shaft according to the size of object to be cleaned, i.e., each layer is all by screw thread or ring Cuffs, which is independently fixed on, to be turned on 420.

Wash the dishes intracavitary 001 and positioned at bracket 310 periphery, radial distribution be vertically arranged at least two water spray branch pipes 210, and genesis analysis has several nozzles 211 on every branch pipe 210 of spraying water.It sprays water to be formed between branch pipe 210 and nozzle 211 and manage Road is connected.For the quantity of nozzle 211, at least two nozzles 211 on each branch pipe 210 of spraying water, upper and lower linear distribution.

As shown in Figure 6A, the nozzle 211 on same root water spray branch pipe 210, is vertically linear array, i.e., all The water that nozzle 211 sprays is spilt to same direction, in this way, can treat cleaning objects is oriented cleaning.

As shown in Figure 6B, the adjacent nozzle 211 on same root water spray branch pipe 210 is Heterogeneous Permutation, i.e., adjacent nozzle 211 Between have certain angle, such as 10 °~30 °；The water that each nozzle 211 sprays, which is respectively formed, staggeredly to be sprayed, in this way, cleaning materials can be treated Part carries out left and right cleaning, achievees the purpose that clean up.

It sprays water between branch pipe 210 and nozzle 211, can be connected by manufacturer's constant bearing angle；It can also be rotation Formula is fixedly connected, i.e., azimuth is fixed after can rotating 10 °~30 ° relative to water spray branch pipe 210 in nozzle 211 again.

As shown in figures 6 c and 6d, every water spray branch pipe 210 on 211 quantity of nozzle, need to according to the number of plies of bracket 310 and It is fixed.In the present embodiment, every three nozzles 211 are a jet head sets 211a, and each jet head sets 211a corresponds to one layer of support object Frame 310, how many layer bracket 310, it is possible to which the quantity of how many a jet head sets 211a or even jet head sets 211a is set than support The number of plies of rack 310 is one more, can thus be arranged on bracket 310 between each adjacent jet head sets 211a, can be right Object to be cleaned on bracket 310 realizes that upper and lower side is cleaned, and makes cleaning cleaner.

If branch pipe 210 of spraying water is two, wherein a water spray branch pipe 210 and 211 place of several nozzles thereon are flat Face is 30~75 °, preferably 45 with the angle that another water spray branch pipe 210 is formed with 211 place plane of several nozzles thereon ~60 °.This angle that nozzle 211 on two sparge pipes 210 mutually forms, after nozzle 211 sprays water jets under high pressure, these Water jets under high pressure can 420 360 ° of rotations of formation provide torsional forces around the shaft for bracket 310, are also pushed away with regard to rotary power or rotation Power.

Certainly, different layers bracket 310, it is of different sizes according to the specification of object to be cleaned, corresponding to nozzle 211 angles formed can differ；Same layer bracket 310, corresponding to the angle that is formed of nozzle 211 it is identical； Both structure designs are all after being conducive to the ejection water jets under high pressure of nozzle 211, can be that bracket 310 420 is formed around the shaft 360 ° of rotations provide stronger torsional forces, and bracket 310 is pushed to rotate.

In the present embodiment, the quantity of water spray branch pipe 210 is four, and four water spray branch pipes 210 are also radially right according to circumference Title distribution is vertically arranged and opposite two water spray branch pipes 210 are located at same level periphery diametrically.Same root water spray branch The 211 place plane of nozzle that pipe 210 and same oriented perpendicular are set is the same as another adjacent thereto water spray branch pipe 210 and same side It is 30 °~75 ° or 105 °~150 ° that the angle that the vertically disposed 211 place plane of nozzle in position is formed, which is also, preferably 45 °~ 60 ° or 120 °~135 °.

In other embodiments, the quantity of water spray branch pipe 210 is three, and is carried out as needed in 310 periphery of bracket Design installation.

In the present embodiment, the quantity of four water spray branch pipes 210 is distributed according to circumference radial symmetric to be set.In other embodiment In, water spray branch pipe 210 can also along etc. the circumferentially distributed setting of circular arcs；In this way, maximum conjunction torsion can be formed, reach effective Bracket 310 is pushed to rotate.

In the self-driving type dish-washing machine 10, high-pressure hydraulic pump 510, garbage cleaning device 600, bottom cover are additionally provided on pedestal 120 103 and circuit control system 800.Wherein：

The water inlet of high-pressure hydraulic pump 510 is connected with extraneous tap water, and the water outlet of high-pressure hydraulic pump 510 and water spray branch pipe 210 connections, and running water pipe, high-pressure hydraulic pump 510, water spray branch pipe 210 and the conducting connection of 211 form pipeline of nozzle.High pressure water Pump 510 is controlled by circuit control system realization and starts or stops, and after mainly pressurizeing to the tap water flowed into and conveys To water spray branch pipe 210, water jets under high pressure is being sprayed through nozzle 211, the rotation for bracket 320 provides twisting resistance, while is removal Greasy dirt, swill on object to be cleaned provide impact force, to achieve the effect that clean up.

Garbage cleaning device 600 is mainly used for handling waste water and collects swill.The garbage cleaning device 600 includes Effluent filter 620 and garbage reclamation disk 610；Effluent filter 620 is a calycular open containers and container intracavity quilt The filter screen laterally set is divided into Sewage treatment chamber and filter chamber, and upper end is filter chamber, and lower end is Sewage treatment chamber.Filter screen Upper surface is laid with the filtrate by loose shape, such as spongy layer, paper handkerchief, strainer cloth, after these filtrates are all disposable More renew again；Garbage reclamation disk 610 is a disc configuration, and the recovery tube 630 by being arranged on 610 bottom of garbage reclamation disk Carry out swill recycling.

Cover 103 sealing in bottom is fixed at 120 surface of pedestal, and forms a device cavity between pedestal 120 and bottom cover 103 002, at this point, bottom cover 103 to the space between the top plate 110 of shell 100 is the chamber 001 that washes the dishes.High-pressure hydraulic pump 510, rubbish cleaning Device 600 and circuit control system 800 are then installed in the device cavity 002.During to prevent self-driving type dish-washing machine 10 from working, Dish water penetrates into or is splashed into device cavity 002 and damages and install device, equipment or circuit devcie in device cavity 002, bottom cover 103 Connection gap between pedestal 120 carried out sealing water-proofing treatment.

In use, starting high-pressure hydraulic pump 510 by circuit control system 800, high-pressure hydraulic pump 510 is into water spray branch pipe 210 Then water flowing sprays water jets under high pressure, and different by several nozzles 211 to the object to be cleaned being placed on bracket 310 The water jets under high pressure sprayed between several nozzles 211 on water spray branch pipe 210 forms torsional forces, pushes bracket 310 around the shaft 360 ° of rotations, realize the cleaning for treating cleaning objects.

As shown in Fig. 4 A, 4B and 5, in the present embodiment, the quantity of water spray branch pipe 210 for four, respectively with a water spray total 700 It is shaped as water route conducting connection.Water spray assembly 700 is fixed on pedestal 120 and installs in device cavity 002.The water spray is total The box body 720 that includes a box like structure into 700 and be arranged on it is several to interface on box body 720, these interface is included into Water hole 723, apopore 710, air inlet 724, charging hole 721, spare hole 722 etc..

Four water spray branch pipes 210 form the fixed pipeline of sealing with four apopores 710 of assembly 700 of spraying water and company are connected respectively It connects, and four water spray branch pipes 210 are distributed in 310 periphery of bracket according to radial symmetric.In other embodiments, four water spray branch The circular arc for the relative angle that pipe 210 is formed can be identical.

Under the water jets under high pressure effect that four water spray branch pipes 210 and corresponding nozzle 211 are sent out in high-pressure hydraulic pump 510, shape Bracket 310 is pushed to rotate into four strands of torsional forces for mutually scooping out formula.In other embodiments, water spray branch pipe 210 can also be Three, five or the six roots of sensation etc.；Certainly, if water spray 210 quantity of branch pipe is excessive, as the interaction of torsional forces is offset The rotation forces of bracket 310 can also be started inhibition, and be also required to the product of more costs of manufacture and bigger by effect Dimensional space.

In order to make more water spray branch pipes 210 easy for installation and keep consistent water-flowing amount, spray water branch pipe 210 and nozzle 211 specification is consistent.

It is led in addition, the inlet opening 723 of the water spray assembly 700 forms pipeline by the water outlet of water pipe and high-pressure hydraulic pump 510 Lead to and connect.

In other embodiments, assembly 700 of spraying water can not also be needed, can be realized by a porous adapter. After only using water spray assembly 700, since its box body 720 has certain volume space, one can be played to hydraulic pressure or air pressure Cushioning effect, to avoid the excessively high damage water spray branch pipe 210 of the hydraulic pressure because of moment or air pressure and/or nozzle 211.

Further, as shown in Fig. 4 A, 4B and 5, in self-driving type dish-washing machine 10, a hot-water heating system 520 is further included, is set On pedestal 120 and install in device cavity 002, the hot-water heating system 520 between water spray assembly 700 and high-pressure hydraulic pump 510 it Between connecting line in, i.e. connection is connected with the water outlet pipeline of high-pressure hydraulic pump for the water inlet of the hot-water heating system 520, and water adds Then connection is connected with the formation pipeline of water inlet 723 for assembly 700 of spraying water in the water inlet that goes out of thermal 520.The hot-water heating system 520 It is electrically connected with the formation of circuit control system 800, under the control action of circuit control system 800, high-pressure hydraulic pump 510 is sent out Water is heated, and the water jets under high pressure that nozzle 211 sprays is made to treat the greasy dirt and residue on cleaning objects for hot high pressure water column Play further cleaning action.Meanwhile hot-water heating system 520 can be under the action of circuit control system 800, according to need Will, the water temperature of 50 DEG C~100 DEG C of formation；When 520 continuous heating of hot-water heating system and when maintaining at 100 DEG C, water column will at this time Vapor is atomized into, and high temperature water mist is carried out to the object to be cleaned after cleaning using vapor and is disinfected.

Further, as shown in Fig. 4 A, 4B and 5, in self-driving type dish-washing machine 10, further include be arranged on pedestal 120 and Install the air-supply arrangement 530 in device cavity 002, the air outlet of the air-supply arrangement 530 and be arranged on water spray assembly 700 into Air port 724 is tightly connected, which passes sequentially through water spray assembly under the control action of circuit control system 800 700th, branch pipe 210, nozzle 211 are sprayed water to washing the dishes chamber 001 and bracket 311 is blown, and the wind sent out can be cold wind and/or Hot wind for air-drying or drying the object to be cleaned after cleaning, while processing can also be dried to the chamber 001 that washes the dishes, avoids Chamber 001 wash the dishes because damp and mouldy or peculiar smell occur.

In other embodiments, the air outlet of air-supply arrangement 530 is sealed and conducted with the chamber 001 that washes the dishes and is connect, without with 700 pipeline of assembly conducting of spraying water connects.In this way, the air-supply arrangement 530 is under the control action of circuit control system 800, directly To washing the dishes, chamber 001 is blown, and the wind sent out can be cold wind and/or hot wind, for be cleaned after air-dried and/or drying cleaning Object, while processing can also be dried to the chamber 001 that washes the dishes, the chamber 001 that avoids washing the dishes is because damp and mouldy or peculiar smell occur.

Still further, as shown in Fig. 4 A, 4B and 5, in self-driving type dish-washing machine 10, a cleaning agent adding trough 104 is further included, The cleaning agent adding trough 104 is arranged on pedestal 120 and installs in device cavity 002, and the outlet of the cleaning agent adding trough 104 721 pipeline of charging hole with assembly 700 of spraying water is held to be connected；In this way, the cleaning agent for being placed in cleaning agent adding trough 104 then passes through water spray After assembly 700, water spray assembly 700 box body 720 in mixed with water after, then pass sequentially through apopore 710, spray water branch pipe 210, Nozzle 211 is ejected on object to be cleaned, dissolves corresponding greasy dirt.Correspondingly, on bottom cover 103 and positioned at cleaning agent adding trough The slot 105 for adding cleaning agent is offered at 721 positions；Slot 105 and 104 sealed set of cleaning agent adding trough, to prevent Cleaning agent is leaked into adding procedure in device cavity 002, the device element in burn into damage device cavity 002.The present embodiment In, cleaning agent using can biological free of contamination cleaning agent, e.g., flour soln, rice washing water etc..

Further, in self-driving type dish-washing machine 10, pedestal 120 is equipped with the inner chamber body 003 with stereoeffect, outside Boundary's tap water forms water route with the water inlet of high-pressure hydraulic pump 510 by the inner chamber body 003 of pedestal 120 and is connected；Meanwhile waste water filtering The Sewage treatment chamber of device 620 forms water route with the inner chamber body 003 of pedestal 120 and is connected；In this way, 003 one side of inner chamber body is to originally Water hydraulic pressure plays cushioning effect, and the waste water that on the other hand can be recycled again to effluent filter 620 is recycled again, is risen To water-saving effect.

Whether in the self-driving type dish-washing machine 10, circuit control system 800 is a critical component, be related to the equipment and can Normal operation.As shown in fig. 7, circuit control system 800 includes central processing unit and is controlled by the hydraulic pressure of the central processing unit Control module, water temperature control module, fan control module, waste water control module and presetting module.Wherein：

Central processing unit is the core component of circuit control system 800, is brain centres, plays coordination and control and its phase Each function module of connection.

Hydraulic pressure control module controls the operating status of high-pressure hydraulic pump 510, e.g., beats under the coordinative role of central processing unit On or off is disconnected.Hydraulic pressure control module sends out corresponding water jets under high pressure, e.g., 3 according to default hydraulic pressure numerical value, control high-pressure hydraulic pump 510 The hydraulic pressure of~8MPa, this hydraulic pressure, the swill and greasy dirt that can be treated on cleaning objects are effectively cleaned, while again not Can because hydraulic pressure is excessively high and damaging articles.And as needed, the water time is sent according to presetting, control hydraulic pressure control module carries out Discontinuity starts or shutdown.

Water temperature control module controls the operation of hot-water heating system 520 under the coordination control action of central processing unit, e.g., Heat treatment or shutdown heating.Water temperature control module can realize water hot-water heating system 520 25 DEG C~100 DEG C of heating, And it according to preset heating temperature numerical value, is accordingly heated, when temperature reaches corresponding preset temperature value, stops heating and protect Temperature；If temperature is less than preset temperature value, heating and thermal insulation again.Meanwhile it when 520 continuous heating of hot-water heating system and maintains When at 100 DEG C, water column will be atomized into vapor under the action of hot-water heating system 520 at this time, and using vapor to cleaning Object to be cleaned afterwards carries out high temperature water mist and disinfects.

Fan control module controls the operating status of air-supply arrangement 530 under the coordination control action of central processing unit, Such as, booting, shutdown, hot wind, natural wind etc..Air-supply arrangement 530 is as needed, sends out corresponding hot wind or natural wind, and to Processing is dried in object to be cleaned cleaned, after high-temperature vapor disinfection；Place also is dried to the chamber 001 that washes the dishes simultaneously Reason.Air-supply arrangement 530 is the pressure fan with heating wire.

Under the coordination control action of waste water control module central processing unit, control is arranged on the waste water of effluent filter 620 Electromagnetic valve switch 621 on discharge line is switched on or off.When cleaning object to be cleaned for the first time, central processing unit is according to pre- If control instruction, control wastewater treatment module opens solenoid valve switch, by the waste water cleaned for the first time on effluent filter 620 by arranging Water pipe 622 is expelled directly out；When carrying out secondary cycle cleaning object to be cleaned, central processing unit is again according to default control at this time Instruction control wastewater treatment module shutdown electromagnetic valve switch, and pass through pipeline and give waste water to the inner chamber body 003 in pedestal 120, Carry out waste water recycling.

Presetting module is for pre-setting circuitry control parameters, e.g., hydraulic pressure preset value and the water column pressure of high-pressure hydraulic pump Time, the heating temperature value of hot-water heating system and heating time etc..

The workflow of the circuit control system 800 of self-driving type dish-washing machine is as follows：

First, central processing unit control hydraulic pressure control module and water temperature control module, start high-pressure hydraulic pump 510 and water temperature adds Thermal 520, and tap water is converted into high pressure-temperature water column, nozzle is given to spray, driving bracket 310, which is rotated and removed, to be treated clearly Swill and greasy dirt on washing part；Meanwhile central processing unit is controlled by wastewater treatment module and given up on effluent filter 620 Electromagnetic valve switch 622 on water discharge pipe road waste water will be directly expelled directly out by drainpipe 622 for the first time；

Secondly, central processing unit continues through hydraulic pressure control module and water temperature control module controls high-pressure hydraulic pump 510 respectively With water temperature heating device 520, and by tap water heating to 100 DEG C, form high pressure-temperature vapor, treat cleaning objects carry out it is high It temperature laundering and disinfects and bracket 310 is driven to rotate；Meanwhile central processing unit controls solenoid valve by wastewater treatment module Switch 622, by waste water treater 620, treated that waste water is sent into the inner chamber body 003 of pedestal 120, is recycled；

Thirdly, central processing unit control fan control module, start air-supply arrangement 530, send out corresponding hot wind or from Right wind, and processing is dried to object to be cleaned cleaned, after high-temperature vapor disinfection and bracket 310 is driven to revolve Turn；Processing also is dried to the chamber 001 that washes the dishes simultaneously.

Finally, the circuit work control system of self-driving type dish-washing machine completes the default program that washes the dishes, and is stopped, completion cleaning, Dry work.

In the self-driving type dish-washing machine of the present invention, since bracket 310 is arranged in shaft 420 and 420 can be carried out around the shaft 360 ° rotate, and high pressure water is passed through in the 310 symmetrically arranged several water spray branch pipes 210 in periphery of bracket and several nozzles 211 After column, water jets under high pressure will be sprayed to the object to be cleaned being placed on bracket 420, be cleaned；Water jets under high pressure is by shape simultaneously Into torsional forces, bracket 310 is pushed 420 to carry out 360 ° of rotations around the shaft；In this way, under the premise of without excessively consuming electric energy just Cleaning objects can be treated and realize that 360 ° are cleaned without dead angle water jets under high pressure, realize inexpensive high-cleanness cleaning.

It should be understood that the above-mentioned statement for present pre-ferred embodiments is more detailed, can not therefore think It is the limitation to scope of patent protection of the present invention, scope of patent protection of the invention should be determined by the appended claims.

Claims

1. a kind of self-driving type dish-washing machine, including shell and pedestal, the shell, which is adapted to pedestal after sealing, to be formed one and washes the dishes chamber, A door body is equipped on the side wall of shell；It is characterized in that, being vertically arranged a shaft in the chamber that washes the dishes, it is equipped in shaft Bracket, the bracket can relative rotation around the shaft；It is described wash the dishes intracavitary and positioned at the bracket periphery set vertically At least two water spray branch pipes are equipped with, and genesis analysis there are several nozzles on every branch pipe of spraying water；It is additionally provided on the pedestal High-pressure hydraulic pump, garbage cleaning device, bottom cover and circuit control system；The high-pressure hydraulic pump is connected with extraneous tap water, institute It states high-pressure hydraulic pump, water spray branch pipe and nozzle and forms pipeline conducting connection；The garbage cleaning device is used to collect waste water and food Object residue；At the bottom, cover forms a device cavity, and high-pressure hydraulic pump, garbage cleaning device and circuit after being tightly connected with pedestal Control system is installed in the device cavity；The high-pressure hydraulic pump is controlled by circuit control system realization and starts or stops；

In use, by circuit control system start high-pressure hydraulic pump, high-pressure hydraulic pump toward water spray branch pipe in water flowing then by several A nozzle sprays water jets under high pressure to the object to be cleaned that is placed on bracket, and several nozzles on different water spray branch pipes it Between the water jets under high pressure that sprays form torsional forces, push bracket 360 ° of rotations around the shaft, realize the cleaning for treating cleaning objects.

2. self-driving type dish-washing machine according to claim 1, which is characterized in that the nozzle on each water spray branch pipe is along vertically Dimension linear arranges；Alternatively, the adjacent nozzle on each water spray branch pipe vertically misplaces according to 10 °~30 ° of angle Arrangement.

3. self-driving type dish-washing machine according to claim 1, which is characterized in that the quantity of the water spray branch pipe is four, point Always it is shaped as pipeline with a water spray connection is connected, the water outlet degree of lip-rounding that the inlet opening of the water spray assembly passes through water pipe and high-pressure hydraulic pump It is connected and connects into pipeline；The water spray assembly is fixed on pedestal and installs in device cavity；Four water spray branch pipes Radial symmetric is distributed in the periphery of the bracket.

4. self-driving type dish-washing machine according to claim 3, which is characterized in that between the water spray assembly and high-pressure hydraulic pump Pipeline in be additionally provided with hot-water heating system, the water which sends out high-pressure hydraulic pump heats；The water heats Device is fixed on pedestal and installs in device cavity, which is electrically connected with circuit control system formation.

5. self-driving type dish-washing machine according to claim 3, which is characterized in that further include and be set on the base and install in device Connection is connected with being arranged on water spray assembly sealing pipeline in air-supply arrangement in part chamber, the air outlet of the air-supply arrangement, air-supply dress It puts under the control action of circuit control system, passes sequentially through water spray assembly, water spray branch pipe, the pipeline in nozzle and sent to bracket Wind.

6. self-driving type dish-washing machine according to claim 1, which is characterized in that further include and be set on the base and install in device Air-supply arrangement in part chamber, the air outlet of the air-supply arrangement are sealed and conducted with the chamber that washes the dishes and are connect, which controls in circuit Under the control action of system, to chamber air-supply of washing the dishes.

7. self-driving type dish-washing machine according to claim 3, which is characterized in that further include a cleaning agent adding trough, the cleaning Agent adding trough is set on the base and installs in device cavity, and connection is connected with water spray assembly pipeline in the cleaning agent adding trough.

8. self-driving type dish-washing machine according to claim 7, which is characterized in that on the cover of bottom and positioned at cleaning agent adding trough position The place of putting offers the slot for adding cleaning agent.

9. self-driving type dish-washing machine according to claim 1, which is characterized in that the garbage cleaning device includes waste water filtering Device and garbage reclamation disk；The effluent filter is the filtering that a calycular open containers and container intracavity are amount of laterally located Net is divided into Sewage treatment chamber and filter chamber, and the filter screen upper surface is equipped with the filtrate of loose shape；The garbage reclamation Disk is a disc configuration, and swill is treated for collecting.

10. self-driving type dish-washing machine according to claim 9, which is characterized in that the pedestal, which is equipped with, has space multistory knot The inner chamber body of structure, extraneous tap water form pipeline with the water inlet of high-pressure hydraulic pump by the inner chamber body of pedestal and are connected.

11. self-driving type dish-washing machine according to claim 10, which is characterized in that the Sewage treatment chamber of the effluent filter Water route is formed with the inner chamber body of pedestal to be connected.

12. self-driving type dish-washing machine according to claim 1, which is characterized in that the circuit control system includes centre Reason device and the hydraulic pressure control module, waste water control module and presetting module for being controlled by the central processing unit；Water pressure controlled molding Block is used to control the operating status of the high-pressure hydraulic pump；The waste water control module is used to that the waste water in effluent filter to be controlled to follow Ring uses or is expelled directly out the presetting module for pre-setting circuitry control parameters.

13. self-driving type dish-washing machine according to claim 12, which is characterized in that the circuit control system further includes water temperature Control module；The water temperature control module is used to control hot-water heating system.

14. self-driving type dish-washing machine according to claim 12, which is characterized in that the circuit control system further includes wind turbine Control module；The fan control module is used to control the operating status of air-supply arrangement.