CN103169436B - Solar energy ultrasound wave dish-washing machine - Google Patents
Solar energy ultrasound wave dish-washing machine Download PDFInfo
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- CN103169436B CN103169436B CN201310142133.8A CN201310142133A CN103169436B CN 103169436 B CN103169436 B CN 103169436B CN 201310142133 A CN201310142133 A CN 201310142133A CN 103169436 B CN103169436 B CN 103169436B
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Abstract
The invention belongs to field of solar energy, especially a kind of solar energy ultrasound wave dish-washing machine.Solar energy ultrasound wave dish-washing machine, provides heat by solar energy off-premises station and drives supersonic generator work; Described solar energy off-premises station, comprises and adopts energy system, sunlight tracking system, Guan County's system, transmission system, transmission system and function system; Solar energy ultrasound wave dish-washing machine is one of them of function system; Solar energy ultrasound wave dish-washing machine, comprising: washing system, heating system, control system and airframe systems formed, and has full automatic cleaning, drying function; Solar energy ultrasound wave dish-washing machine, adopt without motor, do not roll, without wearing and tearing, the pattern not adopting the gentle formula washing of any washing agent, high, large, new, sharp solar energy and technology and ultrasonic technology are combined in a machine, incorporate in the daily life of huge numbers of families, becoming a kind of class household electrical appliances of brand new ideas, opening a new way for developing never exhausted, renewable, clean solar energy source.<b />
Description
Technical field
The invention belongs to field of solar energy, especially a kind of solar energy ultrasound wave dish-washing machine.
Background technology
The world today, the fossil energy such as coal, oil signals for help repeatedly, and problem of environmental pollution is increasingly serious.And solar energy is as most potentiality, reproducible clean energy resource, the unlimitedness of its reserves, the generality of existence, the spatter property of application and the economy of utilization, more and more favor by people.Active development solar energy, greatly develops photovoltaic generation, obtains unprecedented attention in the world, be classified as the state basic policy of various countries' sustainable development.
Photovoltaic generation, also claims solar electrical energy generation, namely utilizes solar level semi-conductor electronic device to absorb solar radiation energy, and makes it collection and be changed to electric energy and export.Concentrating photovoltaic power generation, on the basis of third generation solar cell (as: the Group III-V semiconductor battery of 1000 times of optically focused illumination can be born), sunlight is used to focus on the high light illumination produced, drive photovoltaic cell capable of generating power, the III-V of suitable 1/2 crystal silicon battery quantity, just can obtain the electric energy that crystal silicon battery produces, thus save the development cost of valuable land resource and solar electrical energy generation.But under high illumination, the heat dissipation problem of photovoltaic cell, becomes the technical problem of the solution that stands in the breach in the industry, is badly in need of.According to heating agent heat radiation, not only can solve a heat radiation difficult problem for photovoltaic generation like a cork, also can obtain valuable heat resource in a large number.
Now, the exploitation of solar energy are all along " height " future development with " greatly ", so-called " height ", be all the highest point being placed in building exactly, or set up high thermal-arrest tower the mining energy converter of solar energy.Claim according to data, the U.S. will build a huge solar column in desert, Arizona State, the greenhouse area of huge tower bottom (is roughly equal to 3.2 kilometers) more than 2 miles, tower body diameter is equally matched with football pitch, the huge tower height of solar energy 792 meters reaches the twice of Empire State Building, can meet the need for electricity of 150,000 family families.So-called " greatly ", because the solar module of 1 square metre, the power exported only has about 180W and 130W, the solar photovoltaic power plant that ACCIONA company of Spain builds in Portugal, installed capacity 46 megawatt, large 140 square metres of every block solar panel, power station floor space 250 hectares (3750 mu), can the daily electricity consumption of 30,000 family families be met, namely each household other need land occupation .0.125 mu.It is big that solar power station takes up an area scale, is very astonishing.
Can the pattern exchanging solar energy source by a large amount of land resource for be reformed? can the conversion value of solar energy be brought up to more than 50%? answer is yes.If the heat pattern of adopting of solar energy can be changed over three-dimensional pattern by plane, so Mei Zhuan building, every house is exactly the ready-made micro-power station of solar energy.Solar energy home system disclosed by the invention, whole the adopting for another solid of employingization can pattern and applied for preceding totally-enclosed, heating agent cold scattering, concentrating photovoltaic power generation.
The mechanism of Ultrasonic Cleaning is, after cleansing medium is passed in hyperacoustic high frequency (20-50KHZ) mechanical oscillation, liquid medium can produce nearly vacuum " cavity bubble " under this high frequency waves vibration, the physical effects such as cavitation when dish-washing machine utilizes ultrasonic wave to propagate in cleaning fluid, radiation pressure, acoustic streaming, cleaning fluid and dirt generation chemical reaction can be promoted while pinch spalling effect is produced to the dirt on cleaning part, reach the object of cleaning objects.General dish washer is with the dirt generation chemical reaction on washing agent and cleaning materials, then discharges outside machine with clear water by dirt, reaches the object of clean cleaning materials.But this cleaning effect is more limited, can only clean scavenger surface, the washing agent that scavenger surface is residual, also can stimulate human body skin.The ultrasonic wave dishwasher different from conventional washing mode, mainly utilizes hyperacoustic " cavitation " to act on, and produces huge energy, is got off to be dissolved in water by dirt from " shake " cleaning materials, and then by spilling water function, cleans cleaning materials.With ultrasonic dish washing, maximum advantage is environmental protection, general dish washer wash the dishes in powder, what play decontamination is a kind of auxiliary agent being sodium phosphate, can cause water pollution after the sewage of phosphoric acid sodium enters underground; What the without phosphorus powder that washes the dishes adopted also can polluted water for phosphorus agent 4A zeolite.Ultrasonic wave dishwasher is not only pollution-free, and than general dish washer water saving 1/3rd.
Summary of the invention
The object of the present invention discloses a kind of solar energy ultrasound wave dish-washing machine to society.
The invention belongs to field of solar energy, especially a kind of solar energy ultrasound wave dish-washing machine.Solar energy ultrasound wave dish-washing machine, provides heat by solar energy off-premises station and drives supersonic generator work; Described solar energy off-premises station, comprises and adopts energy system, sunlight tracking system, Guan County's system, transmission system, transmission system and function system; Solar energy ultrasound wave dish-washing machine is one of them of function system; Solar energy ultrasound wave dish-washing machine, comprising: washing system, heating system, control system and airframe systems formed, and has full automatic cleaning, drying function; Solar energy ultrasound wave dish-washing machine, adopt without motor, do not roll, without wearing and tearing, the pattern not adopting the gentle formula washing of any washing agent, high, large, new, sharp solar energy and technology and ultrasonic technology are combined in a machine, incorporate in the daily life of huge numbers of families, becoming a kind of class household electrical appliances of brand new ideas, opening a new way for developing never exhausted, renewable, clean solar energy source.
The invention has the advantages that.
Adopt without motor, do not roll, without wearing and tearing, without the gentle formula washing mode of any washing agent.
Structure is simple, maintenance is easy, stable performance, simple operation.
The human-computer dialogue of MCU touch screen, washing procedure free setting.
Washing and drying, sterilization one is compatible, health.
Spilling water, draining dual-use function, save water resource.
Easy to manufacture, with low cost.Easily manufactured, accessory and equipment all can adopt conventional another parts, and facilitate the buying of equipment, can be mass-produced exploitation, cost relative moderate.
Resources occupation rate and exploitation door extremely low, operation is reliable.One, the Group III-V semiconductor photovoltaic cell of suitable 1/2 crystal silicon battery quantity, just equivalent can obtain the electric energy that produces of crystal silicon battery; Two, make full use of ready-made house and building construction, set up the mode development solar energy of vast sea is converged in micro-solar power plant application with tricklet, not only significantly saved valuable land resource but also reduced the door of solar energy development and the manufacturing.
Technical scheme of the present invention realizes like this.
Solar energy ultrasound wave dish-washing machine is one of function system (06) in solar energy home system, is the dish-washing machine of a employing solar energy heating and driving, the washing of employing supersonic generator; Described solar energy home system, comprises, function system (06) and off-premises station; Described off-premises station, comprises, and adopts energy system (01), sunlight tracking system (02), Guan County's system (03), transmission system (04) and transmission system (05); The body of solar energy ultrasound wave dish-washing machine, the streamlined in car type, the front portion of dish-washing machine is the rear portion of the installation position of control system, dish-washing machine, is the installation position of washing system; Solar energy ultrasound wave dish-washing machine, comprising: washing system, heating system, control system and airframe systems formed; Described washing system, comprising: tap water supply pipe (56), steam vent (102), washing chamber (105), drainpipe (106), spillway hole (107), hand basket (108), osculum (112), inlet opening (114), water supply automatic control assembly (118), supersonic generator (120), feed pipe (122); Described heating system; Comprise: heating agent loop (51), solar energy heat storage tank (53), heat supply automatic control assembly (117), backheat automatic control assembly (119), heating tube (121), heating coil pipe (110), heater (111), product heat cal rod (123), low temperature pumps pipe (124), heating agent returns tank (125) and heat medium circulation pump (70); Described control system, comprising: solar energy electric wiring (57), MCU operation screen (103), attaching plug (115), temperature controller A(115); Described airframe systems, comprising: by strong lock (101), machine cap (104), body (113); It is characterized in that, described washing chamber (105), in disciform tubular structure, to adapt to the washings of different size; The described heating coil pipe (110) being positioned at washing chamber (105) middle and lower part, is arranged in the heater (111) adopting aluminium casting; The two-port of described heating coil pipe (110), be connected with the port of heat supply automatic control assembly (117) and backheat automatic control assembly (119) respectively, the another port of heat supply automatic control assembly (117) and backheat automatic control assembly (119), returns tank (125) with solar energy heat storage tank (53) and heating agent respectively by heating tube (121), product heat cal rod (123) and is connected; Described water supply automatic control assembly (118), by feed pipe (122), is connected with tap water supply pipe (56); Described heat supply automatic control assembly (117), backheat automatic control assembly (119) and water supply automatic control assembly (118), included magnetic valve and pipeline connection fastener; Described solar energy heat storage tank (53) is full-closed structure, on it, be provided with the exhaust cap that must be vented when system just fills, the top of solar energy heat storage tank (53), be provided with the input port receiving heating agent working medium (85), the bottom of solar energy heat storage tank (53), is provided with the delivery outlet of heating agent working medium (85); Described solar energy heat storage tank (53), solar energy heat storage tank (53) receives and stores the heat energy from sun machine (1), realizes heat supply by the heating tube (121) being positioned at lower curtate to needing the device of heat; Described solar energy heat storage tank (53), is positioned at the extreme higher position of installation site; Described heating agent returns tank (125), is positioned at the extreme lower position of installation site, and heating agent returns tank (125) and collects the heating agent after heat release; The two ends of described heat medium circulation pump (70), return tank (125) and refrigerant respectively and pump pipe and be connected, the startup of heat medium circulation pump (70) with heating agent, be controlled by that adopt can the temperature controller (86) be arranged on the high temperature mouth of pipe (84) in system (01); The operating temperature that described temperature controller (86) sets is 280 degrees Celsius, when recording the high temperature mouth of pipe (84) temperature and reaching 280 degrees Celsius, the circuit of temperature controller (86) is switched on, heat medium circulation pump (70) is started working, when the temperature on the high temperature mouth of pipe (84) drops to 250 degrees Celsius, heat medium circulation pump (70) quits work; Described heat medium circulation pump (70), realizes the circulation to heating agent working medium (85); Spillway hole (107) in described washing chamber (105), is positioned at the top of hand basket (108), spillway hole (107), has the function of discharge floatability greasy dirt in advance; Described osculum (112) and inlet opening (114), be arranged in (105) center, washing chamber and off-centered bottom; Described osculum (112) and inlet opening (114), be connected with water supply automatic control assembly (118) and drainpipe (106) respectively; The another port of described water supply automatic control assembly (118), is connected with feed pipe (122); Described supersonic generator (120), is positioned at the below of the MCU operation screen (103) of solar energy ultrasound wave dish-washing machine front portion; MCU operation screen (103) in described solar energy ultrasound wave dish-washing machine control system, be positioned at body (113) just before; Described MCU operation screen (103), has acquiescence and the program control program of free two covers; Described temperature controller A(115), be two warm formula temperature controllers, be positioned at the below of washing chamber (105), the two warm formula temperature controller A(115 of setting) maximum temperature of washing procedure is 80 DEG C, the maximum temperature entering drying procedure is 110 DEG C.
Described off-premises station, adopts energy unit by after metope support (50) the realization combination in Guan County's system (03) by several solar energy, is installed on the southern metope of home dwelling; Described adopting can system (01), comprise adopt can plate (1), adopt can plate connecting bolt (2), adopting can plate link (3), link sleeve (4) and sleeve bolt (5); Described sunlight tracking system (02), comprises vertical spin axis (6), assembly lid (7), bearing A(8), 3/5 helical gear (9), assembly upper frame (11), upper frame hexagon ring pin (17), basket shift fork (25), duplex type hydraulic valve A(27), duplex type hydraulic valve B(28), assembly lower frame (41), driven gear (35), bearing B(37), spring and spring base (46); Described Guan County's system (03), comprises connecting bending post (47), curved column base (48), curved column base bolt (49), metope support (50) and metope unit Guan County pin (55); Described transmission system (04), comprises heating agent loop (51), solar energy electric wiring (57), loop connecting box (54), solar energy heat storage tank (53), stores power transformation device (59), line and ammeter (60), automatic transfer switch (61) and heating agent working medium (85); Described transmission system (05), comprises heating agent loop (51), hydraulic circuit (52), heat medium circulation pump (70), hydraulic pump (87) and known return tank, magnetic valve, spill valve; Described function system (06), comprises solar showering device (58), solar energy domestic power (62), solar drinking-water machine (63), solar air conditioner (64), solar-powered high-pressure pot (65), solar-powered high-pressure pot (67), solar energy refrigerator (68) and solar energy ultrasound wave dish-washing machine (69); It is characterized in that, described adopting can plate (1), adopts the complex art of the burnt and condensation photovoltaic cell power generation of the cold scattering of heating agent working medium, positive optica_axis automatic following, convex lens clustering, makes the conversion ratio of solar energy reach more than 50%; Described metope support (50) is transition body solar energy home system is installed on metope; The structure of skeleton in " ∏ " of described metope support (50), the pipeline that heating agent loop (51), hydraulic circuit (52) and solar energy electric wiring (57) are laid, is all placed in the space of metope support (50) in " ∏ " type structure; On described metope support (50) skeleton, be provided with the bolt hole of the curved column base bolt (49) corresponding with curved column base (48), solar energy is adopted can curved column base (48) in unit, by curved column base bolt (49), is fixed on metope support (50); The outside of described metope support (50), is provided with metope unit Guan County pin (55), metope support (50) is installed on towards on the metope in south; Loop connecting box (54) in described transmission system (04), it is the connector that each transmission channel of off-premises station is connected with indoor transmissions path, the both sides of loop connecting box (54), are respectively equipped with heating agent loop (51) and each one group of solar energy electric wiring (57); The centre of loop connecting box (54), is provided with hydraulic circuit (52) four groups; Described hydraulic pump (87), be installed on metope support (50), described hydraulic pump (87) accepts the instruction of sunlight tracking system (02), drive duplex type hydraulic valve A(27) and duplex type hydraulic valve B(28), make to adopt and can do level or vertical rotation by plate (1), ensure that the axis of adopting energy plate (1) remains parallel with sunlight axle.
Described adopting can plate (1), by being positioned at, adopt can the link sleeve (4) at plate link (3) two ends, overlaps in the two ends of vertical spin axis (6), and is fixed in vertical spin axis (6) by sleeve bolt (5); Described vertical spin axis (6) two inside, be provided with bearing A(8); On the center of described vertical spin axis (6), be provided with 3/5 helical gear (9); The tooth gradient of described 3/5 helical gear (9), is set to 1 degree; Described with bearing A(8), the vertical spin axis (6) of 3/5 helical gear (9), by fiting of assembly lid (7) and assembly upper frame (11), spin axis (6) of hanging down is fixed in the top of assembly upper frame (11); Described adopts energy plate (1), along with the effect of 3/5 helical gear (9), on assembly upper frame (11), can do the rotation up and down of vertical direction.
The described lens group (74) adopted on energy plate (1), is fixedly installed on lens group support (73) by self-tapping screw (71); Described lens group (74) is formed on the position of focus point (79), and be provided with installing plate (77), photovoltaic cell (76) is mounted thereon; Described installing plate (77) is be integrally formed components and parts with lens group support (73) and fin (78); The described central shaft of photovoltaic cell (76) and the central shaft of lens are consistent, to ensure that focus point (79) can come together on the central point of photovoltaic cell (76); The described heating agent radiator (80) integrally formed with lens group support (73), installing plate (77) and fin (78), by connecting bolt (81), be connected with the heating agent case (83) of its equivalent structure, in the aspect that heating agent radiator (80) is connected with heating agent case (83), be provided with sealing gasket (82); On described heating agent case (83), be provided with the low temperature mouth of pipe (75) and the high temperature mouth of pipe (84); Described basket shift fork (25) and driven gear (35) are the gear trains of one group of special construction; Described basket shift fork (25), is arranged in the space at the center of driven gear (35); The upper end of described basket shift fork (25), is provided with basket shift fork brake tooth (36) two pieces; On the bottom surface of described basket shift fork (25), be provided with the oblique fin of basket shift fork (26) two that gradient is 1 degree, article two, the distance between the oblique fin of basket shift fork (26), be greater than the width of push rod group one (14,30) and push rod group two (23,44) push rod cup, described push rod group one (14,30) and the push rod cup of push rod group two (23,44) can between two oblique fins of basket shift fork (26) moving linearly; The below in described basket shift fork (25) outside, is provided with one group of symmetrical basket shift fork reset calibration ear (29); Described basket shift fork reset calibration ear (29) does vertical motion in trapezoidal basket shift fork meter calibration tank (24).
On the inner periphery of described driven gear (35), be provided with to put down and revolve (18) 360 pieces, gear driven tooth; On the centre bit of described driven gear (35) inner chamber, be provided with spring and spring base (46); Described driven gear (35), in the structure of top hexagon lower cylindrical shape, the hexagon block at top embeds in the hexagon ring of upper frame hexagon ring pin (17), forms one with assembly upper frame (11); The cylindrical lower portion of described driven gear (35), overlaps at the bearing B(37 with its close-fitting) in; Described driven gear (35) is by bearing B(37) with the top phase close-fitting of assembly lower frame (41); Described assembly upper frame (11), under the driving of basket shift fork (25), stepping or the step formula of moving back that can make horizontal direction rotate; Described connecting bending post (47), its upper end, is connected with assembly lower frame (41) by assembly connecting bolt (42), its lower end, adopts to be screwed to be connected with curved column base (48); Described adopts energy plate (1), has the function of generating and thermal-arrest concurrently.
Described duplex type hydraulic valve A(27) and duplex type hydraulic valve B(28), be the hydraulic valve of a particular design; The drain pan of independent symmetrical two hydraulic valves, is arranged on same shell block, forms so-called double structure.
On two upper casing forward surfaces of described hydraulic valve, be provided with the basket shift fork meter calibration tank (24) of the just basket shift fork of rule (25); Described basket shift fork meter calibration tank (24) in inverted trapezoidal shape, to meet the turn of basket shift fork (25) and rule just because of the reset of basket shift fork (25) after angle change.
Described duplex type hydraulic valve A(27) and duplex type hydraulic valve B(28) in, be respectively arranged with two symmetrical push rod groups one (14,30) and push rod group two (23,44); Described push rod group one (14,30) and push rod group two (23,44) are namely the general names of the described left push rod of hydraulic valve A (14), the left push rod of hydraulic valve B (23), the right push rod of hydraulic valve A (30) and the right push rod of hydraulic valve B (44).
Described push rod group one (14,30) and push rod group two (23,44), it acts on the top of the oblique fin of basket shift fork (26) head, eliminated 1/2, not affect push rod group one (14,30) and push rod group two (23,44) action of giving up the throne, leave the head of 1/2, do circular arc process, between two oblique fins of basket shift fork (26) in order to the basket shift fork of incision (25) bottom; Described makes circular arc process head, and its height is consistent with the hoisting depth of basket shift fork (25).
Described push rod group one (14,30) and push rod group two (23,44), under the effect of hydraulic pressure, have promote and fall, the function of conrotatory rotary basket type shift fork (25) and 3/5 helical gear (9).
Described push rod group one (14,30) and push rod group two (23,44) are all installed on respective push rod side's guide pillar (22), to advise the direction of motion of positive push rod.
Described push rod side's guide pillar (22) is positioned on the center of liquid chamber rear wall after hydraulic valve.
Described duplex type hydraulic valve A(27) and duplex type hydraulic valve B(28) be fixedly installed on the position that assembly upper frame (11) and assembly lower frame (41) preset by bolt (40) respectively.
The bottom of described 3/5 helical gear (9), stretch into duplex type hydraulic valve A(27) in the space that formed between two upper covers, be positioned at the duplex type hydraulic valve A(27 of the left and right sides, 3/5 helical gear (9) below) the right push rod of hydraulic valve A (30) and the head of the left push rod of hydraulic valve A (14), can stretch in the teeth groove of 3/5 helical gear (9).
The described right push rod of hydraulic valve A (30) and the left push rod of hydraulic valve A (14) alternately complete locking and braking 3/5 helical gear (9) positive and negative rotation action under the program setting of dynamical system.
The described right push rod of hydraulic valve A (30) and the left push rod of hydraulic valve A (14) alternately complete the action of braking 3/5 helical gear (9) positive and negative rotation and locking 3/5 helical gear (9) under the program control setting of hydraulic pressure.
Described metope support (50) is intermediate solar energy home system is installed on metope; The structure of skeleton in " ∏ " of described metope support (50), the pipeline that heating agent loop (51), hydraulic circuit (52) and solar energy electric wiring (57) are laid, is all placed in the space of " ∏ " structure.
On described metope support (50) skeleton, be provided with the bolt hole of the curved column base bolt (49) corresponding with curved column base (48), the curved column base (48) of solar energy home system is fixed on metope support (50) by curved column base bolt (49).
The outside of described metope support (50), is provided with metope unit Guan County pin (55), metope support (50) is installed on towards on the metope in south.
Loop connecting box (54) in described transmission system (04), it is the connector that in machine, each transmission channel is connected with the outer transmission channel of machine, the both sides of loop connecting box (54), be respectively equipped with heating agent loop (51) two tunnel, and the connector on hydraulic circuit (52) eight tunnel and solar energy electric wiring (57) two tunnel.
Described photovoltaic cell (76) adopts high temperature scolding tin to make secondary welding, to strengthen the heat-resisting quantity of pad.
Accompanying drawing explanation
Accompanying drawing 1 is solar energy ultrasound wave dishwasher structure schematic diagram of the present invention.
Accompanying drawing 2 is solar energy ultrasound wave dish-washing machine environment for use schematic diagram of the present invention.
Accompanying drawing 3 is solar energy home system floor map of the present invention.
Accompanying drawing 4 is sunlight axle tracing system structural representation of the present invention.
It is partial structurtes schematic diagrames that accompanying drawing 5 is followed the tracks of for sunlight axle of the present invention.
Accompanying drawing 6 is duplex type hydraulic valve structural representation of the present invention.
Accompanying drawing 7 is pusher structure perspective view of the present invention.
Accompanying drawing 8 for the present invention adopts can plate radiator partial structurtes schematic diagram.
Accompanying drawing 9 is adopted for metope support of the present invention can unit set installation diagram.
Accompanying drawing 10 is passage plane layout drawing of the present invention.
Detailed description of the invention
Fig. 1, the unified mark title of Fig. 2 is: heating agent loop (51), sun energy heat storage tank (53), running water pipe (56), the electric device circuit (57) of solar energy, solar-electricity source processor (59), civil power incoming end (60), by strong lock (101), steam vent (102), MCU operation screen (103), machine cap (104), body (113), spillway hole (107), hand basket (108), washing chamber (105), drainpipe (106), heater (111), heating coil pipe (110), osculum (112), heat-insulation layer (113), inlet opening (114), attaching plug (115), temperature controller (116), heat supply automatic control assembly (117), water supply automatic control assembly (118), backheat automatic control assembly (119), supersonic generator (120), heating tube (121), feed pipe (122), product heat cal rod (123), low temperature pumps pipe (124), heating agent returns tank (125), heat medium circulation pump (70).
Fig. 3, Fig. 4, Fig. 5, Fig. 7, Fig. 8, Fig. 9 figure, the unified mark title of Figure 10 is: adopt energy system (01), sunlight tracking system (02), fix and installation system (03), transmission system (04), transmission system (05), function system (06), adopt energy plate (1), adopt energy crab bolt (2), adopt energy plate link (3), link sleeve (4), sleeve bolt (5), vertical spin axis (6), assembly lid (7), bearing A(8), 3/5 helical gear (9), the left back room of hydraulic valve A (10), assembly upper frame (11), the left front room of hydraulic valve A (12), the left back liquid mouth (13) of hydraulic valve A, the left push rod of hydraulic valve A (14), the left front liquid mouth (15) of hydraulic valve A, the left back liquid chamber of hydraulic valve B (16), upper frame hexagon ring pin (17), put down and revolve gear driven tooth (18), the left front liquid chamber of hydraulic valve B (19), the left front liquid chamber of hydraulic valve B (20)), the left front liquid mouth (21) of hydraulic valve B, push rod side's guide pillar (22), the left push rod of hydraulic valve B (23), basket shift fork meter calibration tank (24), basket shift fork (25), the oblique fin of basket shift fork (26), duplex type hydraulic valve A(27), duplex type hydraulic valve B(28), basket shift fork resets and calibrates ear (29), the right push rod of hydraulic valve A (30), the right front liquid chamber of hydraulic valve A (31), the right back liquid chamber of hydraulic valve A (32), the right front liquid mouth (33) of hydraulic valve A, the right back liquid mouth (34) of hydraulic valve A, driven gear (35), basket shift fork brake tooth (36), bearing B(37), the left front liquid chamber of hydraulic valve B (38), the left back liquid chamber of hydraulic valve B (39), bolt (40), the left back liquid mouth (41) of hydraulic valve B, assembly lower frame (41), assembly connecting bolt (42), the right push rod of hydraulic valve B (44), the right front liquid mouth (45) of hydraulic valve B, spring and spring base (46), connecting bending post (47), curved column base (48), curved column base bolt (49), metope support (50), heating agent loop (51), hydraulic circuit (52), solar energy electric wiring (57), loop connecting box (54), metope unit Guan County pin (55), feed pipe and valve (56), solar energy heat storage tank (53), shower (58), store power transformation device (59), civil power tie-in line and ammeter (60), automatic transfer switch (61), solar energy domestic power (62), solar drinking-water machine (63), solar air conditioner (64), solar energy ultrasound wave dish-washing machine (65), solar energy radiator sheet (66), solar energy pot for cooking rice (67), solar energy refrigerator (68), solar energy ultrasound wave dish-washing machine (69), heat medium circulation pump (70), self-tapping screw (71), sunlight axle (72), lens group support (73), lens group (74), the low temperature mouth of pipe (75), photovoltaic cell (76), installing plate (77), fin (78), focus point (79), heating agent radiator (80), connecting bolt (81), sealing gasket (82), heating agent case (83), the high temperature mouth of pipe (84), heating agent working medium, temperature controller (86) and hydraulic pump (87).
The mark title of Fig. 6 is: push rod group one (14,30) and push rod group two (23,44), (14,30,23,44) namely in Fig. 1-Fig. 3.
The present invention is described in detail below in conjunction with accompanying drawing.
As shown in Figure 1 and Figure 2, described washing chamber (105), in disciform tubular structure, to adapt to the washings of different size.
As shown in Figure 1 and Figure 2, the described heating coil pipe (110) being positioned at washing chamber (105) middle and lower part, is arranged in the heater (111) adopting aluminium casting.
As shown in Figure 1 and Figure 2, the two-port of described heating coil pipe (110), be connected with the port of heat supply automatic control assembly (117) and backheat automatic control assembly (119) respectively, the another port of heat supply automatic control assembly (117) and backheat automatic control assembly (119), returns tank (125) with solar energy heat storage tank (53) and heating agent respectively by heating tube (121), product heat cal rod (123) and is connected.
As shown in Figure 1 and Figure 2, described water supply automatic control assembly (118), by feed pipe (122), is connected with tap water supply pipe (56).
As shown in Figure 1 and Figure 2, described heat supply automatic control assembly (117), backheat automatic control assembly (119) and water supply automatic control assembly (118), included magnetic valve and pipeline connection fastener; Described solar energy heat storage tank (53) is full-closed structure, on it, be provided with the exhaust cap that must be vented when system just fills, the top of solar energy heat storage tank (53), be provided with the input port receiving heating agent working medium (85), the bottom of solar energy heat storage tank (53), is provided with the delivery outlet of heating agent working medium (85).
As shown in Figure 1 and Figure 2, described solar energy heat storage tank (53), receives and stores the heat energy from sun machine (1), realizes heat supply by the heating tube (121) being positioned at lower curtate to needing the device of heat.
As shown in Figure 1 and Figure 2, described solar energy heat storage tank (53), is positioned at the extreme higher position of installation site.
As shown in Figure 1 and Figure 2, described heating agent returns tank (125), is positioned at the extreme lower position of installation site, and heating agent returns tank (125) and collects the heating agent after heat release.
As shown in Figure 1 and Figure 2, the two ends of described heat medium circulation pump (70), return tank (125) and refrigerant respectively to pump pipe be connected with heating agent, the startup of heat medium circulation pump (70), be controlled by that adopt can the temperature controller (86) be arranged on the high temperature mouth of pipe (84) in system (01).
As shown in Figure 1 and Figure 2, the operating temperature that described temperature controller (86) sets is 280 degrees Celsius, when recording the high temperature mouth of pipe (84) temperature and reaching 280 degrees Celsius, the circuit of temperature controller (86) is switched on, heat medium circulation pump (70) is started working, when the temperature on the high temperature mouth of pipe (84) drops to 250 degrees Celsius, heat medium circulation pump (70) quits work.
As shown in Figure 1 and Figure 2, described heat medium circulation pump (70), realizes the circulation to heating agent working medium (85).
As shown in Figure 1 and Figure 2, the spillway hole (107) in described washing chamber (105), is positioned at the top of hand basket (108), spillway hole (107), has the function taking the lead in discharging floatability greasy dirt.
As shown in Figure 1 and Figure 2, described osculum (112) and inlet opening (114), be arranged in (105) center, washing chamber and off-centered bottom.
As shown in Figure 1 and Figure 2, described osculum (112) and inlet opening (114), be connected with water supply automatic control assembly (118) and drainpipe (106) respectively; The another port of described water supply automatic control assembly (118), is connected with feed pipe (122).
As shown in Figure 1 and Figure 2, described supersonic generator (120), is positioned at the below of the MCU operation screen (103) of solar energy ultrasound wave dish-washing machine front portion.
As shown in Figure 1 and Figure 2, the MCU operation screen (103) in described solar energy ultrasound wave dish-washing machine control system, be positioned at body (113) just before.
As shown in Figure 1 and Figure 2, described MCU operation screen (103), has acquiescence and the program control program of free two covers; Described temperature controller A(115), be positioned at the below of washing chamber (105), setting temperature controller A(115) maximum temperature is 80 DEG C.
As shown in Fig. 3, Fig. 4 and Fig. 5, solar energy home system, comprises and adopts energy system (01), sunlight tracking system (02), fixed installation system (03), transmission system (04), transmission system (05) and function system (06).
As shown in Figure 5, described adopts energy system (01), be positioned at the top of sunlight tracking system (02), described sunlight tracking system (02) has that in real time adjustment adopts can the vertical and horizontal angle of system (01), guarantee is adopted can the axis of plate (1) and sunlight axle keeping parallelism, can the function of value to obtain maximum adopting.
As shown in Figure 5, described sunlight tracking system (02), in real time adjustment adopt can system (01) function that is vertical and horizontal angle be rely on duplex type hydraulic valve A(27) and duplex type hydraulic valve B(28) in the push rod group one (14,30) of symmetry and push rod group two (23,44) drive basket shift fork (25) and 3/5 helical gear (9); Described push rod group one (14,30) and push rod group two (23,44) are under the effect of hydraulic pressure, have promote and fall, the function of conrotatory rotary basket type shift fork (25) and 3/5 helical gear (9), realization adopt can system (01) axis can all the time with sun optical axis keeping parallelism, can value to obtain maximum adopting.
As shown in Figure 5, described duplex type hydraulic valve A(27) space at center, be the bottom of 3/5 helical gear (9) stretch into position, the arc-shaped head that the degree of depth stretched into acts on 3/5 helical gear (9) with the right push rod of hydraulic valve A (30) and the left push rod of hydraulic valve A (14) agrees with mutually.
As shown in Figure 5, described push rod group one (14,30) and push rod group two (23,44) its act on the top of the oblique fin of basket shift fork (26) head, eliminated 1/2, not affect push rod group one (14,30) and push rod group two (23,44) action of giving up the throne, leave the head of 1/2, do circular arc process, in order to the bottom of the basket shift fork (25) between incision two oblique fins of basket shift fork (26).
As shown in Figure 5, described has made circular arc process head, and its height is consistent with the hoisting depth of basket shift fork (25).
As shown in Figure 5, the described left push rod of hydraulic valve A (14) and the right push rod of hydraulic valve A (30), under the effect of hydraulic pressure, have promote and fall, conrotatory rotary basket type shift fork (25) and rotate 3/5 helical gear (9) function.
As shown in Figure 5, described push rod group one (14,30) and push rod group two (23,44) are all installed on respective push rod side's guide pillar (22), to advise the direction of motion of positive push rod; Described push rod side's guide pillar (22), is positioned on the center of liquid chamber rear wall after hydraulic valve.
As shown in Figure 5, described duplex type hydraulic valve A(27) and duplex type hydraulic valve B(28) be fixedly installed on the position that assembly upper frame (11) and assembly lower frame (41) preset by bolt (40) respectively.
As shown in Figure 3, described basket shift fork (25) and driven gear (35) are the gear trains of one group of special construction; Described basket shift fork (25), is arranged in the space at the center of driven gear (35).
As shown in Figure 5, the upper end of described basket shift fork (25), is provided with basket shift fork brake tooth (36) two pieces; On the bottom surface of described basket shift fork (25), be provided with the oblique fin of basket shift fork (26) two that gradient is 1 degree, article two, the distance between the oblique fin of basket shift fork (26), slightly larger than the push rod cup width of push rod group one (14,30) and push rod group two (23,44), described push rod group one (14,30) and the push rod cup of push rod group two (23,44) can between two oblique fins of basket shift fork (26) moving linearly.
As shown in Figure 5, the below in described basket shift fork (25) outside, the basket shift fork being provided with one group of symmetry resets and calibrates ear (29); Described basket shift fork reset calibration ear (29) does vertical motion in trapezoidal basket shift fork meter calibration tank (24).
As shown in Figure 4, described basket shift fork meter calibration tank (24), be positioned at duplex type hydraulic valve B(28) two symmetrical upper shells on, described basket shift fork meter calibration tank (24) in inverted trapezoidal structure, to meet the rotation of positive and negative 1 degree of basket shift fork (25) and rule just because of the reset of basket shift fork (25) after angle change.
As shown in Figure 5, on the inner periphery of described driven gear (35), be provided with to put down and revolve (18) 360 pieces, gear driven tooth.
As shown in Figure 5, the centre bit of described driven gear (35) inner chamber, is provided with spring and spring base (46).
As shown in Figure 5, described driven gear (35), in the structure of top hexagon lower cylindrical shape, the hexagon block at top embeds in the hexagon ring of upper frame hexagon ring pin (17), forms one with assembly upper frame (11).
As shown in Figure 5, the cylindrical lower portion of described driven gear (35), overlaps at the bearing B(37 with its close-fitting) in; Described driven gear (35) is by bearing B(37) with the top phase close-fitting of assembly lower frame (41).
As shown in Figure 5, described assembly upper frame (11), under the driving of basket shift fork (25), stepping or the step formula of moving back that can make horizontal direction rotate.
As shown in Figure 5, described tracing system, has function that is real-time, automatic sun-tracking optical axis, can valid value to obtain the maximum of solar energy.
As shown in FIG. 9 and 10, described metope support (50) is intermediate solar energy home system unit is installed on after set on metope.
As shown in FIG. 9 and 10, the skeleton of described metope support (50), structure in " ∏ ", the space of hollow structure, heating agent loop (51), the pipeline field house laid of hydraulic circuit (52) and solar energy electric wiring (57), all pipelines of solar energy home system are all placed in the space of " ∏ " structure.
As shown in FIG. 9 and 10, on described metope support (50) skeleton, be provided with the bolt hole of the curved column base bolt (49) corresponding with curved column base (48), the curved column base (48) of solar energy home system, fixing by curved column base bolt (49), is installed on metope support (50).
As shown in FIG. 9 and 10, the outside of described metope support (50), is provided with metope unit Guan County pin (55), metope support (50) is installed on towards on the metope in south.
As shown in FIG. 9 and 10, loop connecting box (54) in described transmission system (04), that each transmission loop and machine transmit the connector that loop is connected outward in machine, the both sides of loop connecting box (54), be respectively equipped with (51) one groups, heating agent loop, and the connector of hydraulic circuit (52) four groups and solar energy electric wiring (57) groups.
Claims (6)
1. solar energy ultrasound wave dish-washing machine is one of function system (06) in solar energy home system, is the dish-washing machine of a employing solar energy heating and driving, the washing of employing supersonic generator; Described solar energy home system, comprises, function system (06) and off-premises station; Described off-premises station, comprises, and adopts energy system (01), sunlight tracking system (02), Guan County's system (03), transmission system (04) and transmission system (05); The body of solar energy ultrasound wave dish-washing machine, the streamlined in car type, the front portion of dish-washing machine is the rear portion of the installation position of control system, dish-washing machine, is the installation position of washing system; Solar energy ultrasound wave dish-washing machine, comprising: washing system, heating system, control system and airframe systems; Described washing system, comprising: tap water supply pipe (56), steam vent (102), washing chamber (105), drainpipe (106), spillway hole (107), hand basket (108), osculum (112), inlet opening (114), water supply automatic control assembly (118), supersonic generator (120), feed pipe (122); Described heating system; Comprise: heating agent loop (51), solar energy heat storage tank (53), heat supply automatic control assembly (117), backheat automatic control assembly (119), heating tube (121), heating coil pipe (110), heater (111), product heat cal rod (123), low temperature pumps pipe (124), heating agent returns tank (125) and heat medium circulation pump (70); Described control system, comprising: solar energy electric wiring (57), MCU operation screen (103), attaching plug (115), temperature controller A(115); Described airframe systems, comprising: by strong lock (101), machine cap (104), body (113); It is characterized in that, described washing chamber (105), in disciform tubular structure, to adapt to the washings of different size; Be positioned at the heating coil pipe (110) of washing chamber (105) middle and lower part, be arranged in the heater (111) adopting aluminium casting; The two-port of described heating coil pipe (110), be connected with the port of heat supply automatic control assembly (117) and backheat automatic control assembly (119) respectively, the another port of heat supply automatic control assembly (117) and backheat automatic control assembly (119), returns tank (125) with solar energy heat storage tank (53) and heating agent respectively by heating tube (121), product heat cal rod (123) and is connected; Described water supply automatic control assembly (118), by feed pipe (122), is connected with tap water supply pipe (56); Described heat supply automatic control assembly (117), backheat automatic control assembly (119) and water supply automatic control assembly (118), included magnetic valve and pipeline connection fastener; Described solar energy heat storage tank (53) is full-closed structure, on it, be provided with the exhaust cap that must be vented when system just fills, the top of solar energy heat storage tank (53) is provided with the input port receiving heating agent working medium (85), and bottom is provided with the delivery outlet of heating agent working medium (85); Described solar energy heat storage tank (53), solar energy heat storage tank (53) receives and stores the heat energy from sun machine (1), realizes heat supply by the heating tube (121) being positioned at lower curtate to needing the device of heat; Described solar energy heat storage tank (53), is positioned at the extreme higher position of installation site; Described heating agent returns tank (125), is positioned at the extreme lower position of installation site, and heating agent returns tank (125) and collects the heating agent after heat release; The two ends of described heat medium circulation pump (70), return tank (125) and refrigerant respectively and pump pipe and be connected, the startup of heat medium circulation pump (70) with heating agent, be controlled by that adopt can the temperature controller (86) be arranged on the high temperature mouth of pipe (84) in system (01); The operating temperature that described temperature controller (86) sets is 280 degrees Celsius, when recording the high temperature mouth of pipe (84) temperature and reaching 280 degrees Celsius, the circuit of temperature controller (86) is switched on, heat medium circulation pump (70) is started working, when the temperature on the high temperature mouth of pipe (84) drops to 250 degrees Celsius, heat medium circulation pump (70) quits work; Described heat medium circulation pump (70), realizes the circulation to heating agent working medium (85); Spillway hole (107) in described washing chamber (105), is positioned at the top of hand basket (108), spillway hole (107), has the function of discharge floatability greasy dirt in advance; Described osculum (112) and inlet opening (114), be arranged in (105) center, washing chamber and off-centered bottom; Described osculum (112) and inlet opening (114), be connected with water supply automatic control assembly (118) and drainpipe (106) respectively; The another port of described water supply automatic control assembly (118), is connected with feed pipe (122); Described supersonic generator (120), is positioned at the below of the MCU operation screen (103) of solar energy ultrasound wave dish-washing machine front portion; MCU operation screen (103) in described solar energy ultrasound wave dish-washing machine control system, be positioned at body (113) just before; Described MCU operation screen (103), has acquiescence and the program control program of free two covers; Described temperature controller A(115), be two warm formula temperature controllers, be positioned at the below of washing chamber (105), the two warm formula temperature controller A(115 of setting) maximum temperature of washing procedure is 80 DEG C, the maximum temperature entering drying procedure is 110 DEG C; Described off-premises station, adopts energy plate (1) by several, after realizing combination, is installed on the southern metope of home dwelling by the metope support (50) in Guan County's system (03); Described adopting can system (01), comprise adopt can plate (1), adopt can plate connecting bolt (2), adopting can plate link (3), link sleeve (4) and sleeve bolt (5); Described sunlight tracking system (02), comprise, hang down spin axis (6), assembly lid (7), bearing A(8), 3/5 helical gear (9), assembly upper frame (11), upper frame hexagon ring pin (17), basket shift fork (25), duplex type hydraulic valve A(27), duplex type hydraulic valve B(28), assembly lower frame (41), driven gear (35), bearing B(37), spring and spring base (46); Described Guan County's system (03), comprises connecting bending post (47), curved column base (48), curved column base bolt (49), metope support (50) and metope unit Guan County pin (55); Described transmission system (04), comprises heating agent loop (51), solar energy electric wiring (57), loop connecting box (54), solar energy heat storage tank (53), stores power transformation device (59), line and ammeter (60), automatic transfer switch (61) and heating agent working medium (85); Described transmission system (05), comprises heating agent loop (51), hydraulic circuit (52), heat medium circulation pump (70), hydraulic pump (87) and known return tank, magnetic valve, spill valve; Described adopting can plate (1), adopts the complex art of the burnt and condensation photovoltaic cell power generation of the cold scattering of heating agent working medium, positive optica_axis automatic following, convex lens clustering, makes the conversion ratio of solar energy reach more than 50%; Described metope support (50) is transition body solar energy home system is installed on metope; The structure of skeleton in " ∏ " of described metope support (50), the pipeline that heating agent loop (51), hydraulic circuit (52) and solar energy electric wiring (57) are laid, is all placed in the space of metope support (50) in " ∏ " type structure; On described metope support (50) skeleton, be provided with the bolt hole of the curved column base bolt (49) corresponding with curved column base (48), solar energy home system is respectively adopted can curved column base (48) in unit, by curved column base bolt (49), is fixed on metope support (50); The outside of described metope support (50), is provided with metope unit Guan County pin (55), metope support (50) is installed on towards on the metope in south; Loop connecting box (54) in described transmission system (04), it is the connector that each transmission channel of off-premises station is connected with indoor transmissions path, the both sides of loop connecting box (54), are respectively equipped with heating agent loop (51) and each one group of solar energy electric wiring (57); The centre of loop connecting box (54), is provided with hydraulic circuit (52) four groups; Described hydraulic pump (87), be installed on metope support (50), described hydraulic pump (87) accepts the instruction of sunlight tracking system (02), drive duplex type hydraulic valve A(27) and duplex type hydraulic valve B(28), make to adopt and can do level or vertical rotation by plate (1), ensure that the axis of adopting energy plate (1) remains parallel with sunlight axle.
2. solar energy ultrasound wave dish-washing machine according to claim 1, it is characterized in that, described adopts energy plate (1), by being positioned at the link sleeve (4) adopting energy plate link (3) two ends, overlap in the two ends of vertical spin axis (6), and be fixed in vertical spin axis (6) by sleeve bolt (5); Described vertical spin axis (6) two inside, be provided with bearing A(8); On the center of described vertical spin axis (6), be provided with 3/5 helical gear (9); The tooth gradient of described 3/5 helical gear (9), is set to 1 degree; Described with bearing A(8), the vertical spin axis (6) of 3/5 helical gear (9), by fiting of assembly lid (7) and assembly upper frame (11), spin axis (6) of hanging down is fixed in the top of assembly upper frame (11); Described adopts energy plate (1), along with the effect of 3/5 helical gear (9), on assembly upper frame (11), can do the rotation up and down of vertical direction; The described lens group (74) adopted on energy plate (1), is fixedly installed on lens group support (73) by self-tapping screw (71); Described lens group (74) is formed on the position of focus point (79), and be provided with installing plate (77), photovoltaic cell (76) is mounted thereon; Described installing plate (77) is be integrally formed components and parts with lens group support (73) and fin (78); The described central shaft of photovoltaic cell (76) and the central shaft of lens are consistent, to ensure that focus point (79) can come together on the central point of photovoltaic cell (76); The heating agent radiator (80) integrally formed with lens group support (73), installing plate (77) and fin (78), by connecting bolt (81), be connected with the heating agent case (83) of its equivalent structure, in the aspect that heating agent radiator (80) is connected with heating agent case (83), be provided with sealing gasket (82); On described heating agent case (83), be provided with the low temperature mouth of pipe (75) and the high temperature mouth of pipe (84); Described basket shift fork (25) and driven gear (35) are the gear trains of one group of special construction; Described basket shift fork (25), is arranged in the space at the center of driven gear (35); The upper end of described basket shift fork (25), is provided with basket shift fork brake tooth (36) two pieces; On the bottom surface of described basket shift fork (25), be provided with the oblique fin of basket shift fork (26) two that gradient is 1 degree, article two, the distance between the oblique fin of basket shift fork (26), be greater than the width of push rod group one (14,30) and push rod group two (23,44) push rod cup, described push rod group one (14,30) and the push rod cup of push rod group two (23,44) can between two oblique fins of basket shift fork (26) moving linearly; The below in described basket shift fork (25) outside, is provided with one group of symmetrical basket shift fork reset calibration ear (29); Described basket shift fork reset calibration ear (29) does vertical motion in trapezoidal basket shift fork meter calibration tank (24); On the inner periphery of described driven gear (35), be provided with to put down and revolve (18) 360 pieces, gear driven tooth; On the centre bit of described driven gear (35) inner chamber, be provided with spring and spring base (46); Described driven gear (35), in the structure of top hexagon lower cylindrical shape, the hexagon block at top embeds in the hexagon ring of upper frame hexagon ring pin (17), forms one with assembly upper frame (11); The cylindrical lower portion of described driven gear (35), overlaps at the bearing B(37 with its close-fitting) in; Described driven gear (35) is by bearing B(37) with the top phase close-fitting of assembly lower frame (41); Described assembly upper frame (11), under the driving of basket shift fork (25), stepping or the step formula of moving back that can make horizontal direction rotate; Described connecting bending post (47), its upper end, is connected with assembly lower frame (41) by assembly connecting bolt (42), its lower end, adopts to be screwed to be connected with curved column base (48); Described adopts energy plate (1), has the function of generating and thermal-arrest concurrently.
3. according to solar energy ultrasound wave dish-washing machine according to claim 1 or claim 2, it is characterized in that, described duplex type hydraulic valve A(27) and duplex type hydraulic valve B(28), be the special hydraulic valve of a design; The drain pan of symmetrical independently duplex hydraulic valve, is positioned on same shell block, forms so-called double structure; On the forward surface of two upper shells of described duplex hydraulic valve, be provided with the basket shift fork meter calibration tank (24) of the just basket shift fork of rule (25); Described basket shift fork meter calibration tank (24), in inverted trapezoidal structure, can rotate the rotation of positive and negative 1 degree to meet basket shift fork (25) and advise just because of the reset of the basket shift fork (25) after angle change; Described duplex type hydraulic valve A(27) and duplex type hydraulic valve B(28) in, be respectively arranged with symmetrical push rod group one (14,30) and push rod group two (23,44).
4. solar energy ultrasound wave dish-washing machine according to claim 2, is characterized in that, described duplex type hydraulic valve A(27) and duplex type hydraulic valve B(28) in, be respectively arranged with two symmetrical push rod groups one (14,30) and push rod group two (23,44); Described push rod group one (14,30) and push rod group two (23,44), it acts on the upper end of the oblique fin of basket shift fork (26) head, eliminated 1/2, leave the head of 1/2, do circular arc process, with do not affect push rod group one (14,30) and push rod group two (23,44) give up the throne action and the basket shift fork of favourable incision (25) bottom two oblique fins of basket shift fork (26) between; Make circular arc process head, its height is consistent with the lifting height of basket shift fork (25); Described push rod group one (14,30) and push rod group two (23,44), under the effect of hydraulic pressure, have promote and fall, the function of conrotatory rotary basket type shift fork (25) and 3/5 helical gear (9); Described push rod group one (14,30) and push rod group two (23,44) are all installed on respective push rod side's guide pillar (22), to advise the direction of motion of positive push rod; Described push rod side's guide pillar (22), is positioned on the center of liquid chamber rear wall after hydraulic valve; Described duplex type hydraulic valve A(27) and duplex type hydraulic valve B(28) be fixedly installed on the position that assembly upper frame (11) and assembly lower frame (41) preset by bolt (40) respectively.
5. according to solar energy ultrasound wave dish-washing machine according to claim 1 or claim 2, it is characterized in that, the bottom of described 3/5 helical gear (9), stretch into duplex type hydraulic valve A(27) in the space that formed between two upper covers, be positioned at 3/5 helical gear (9) below the left and right sides duplex type hydraulic valve A(27) the right push rod of hydraulic valve A (30) and the left push rod of hydraulic valve A (14), its head can stretch in the teeth groove of 3/5 helical gear (9); The described left push rod of hydraulic valve A (14) and the right push rod of hydraulic valve A (30), under the effect of hydraulic power, control the action that 3/5 helical gear (9) does dextrorotation or derotation; The described right push rod of hydraulic valve A (30) and the left push rod of hydraulic valve A (14) alternately complete locking and braking 3/5 helical gear (9) positive and negative rotation action under the program setting of dynamical system.
6. solar energy ultrasound wave dish-washing machine according to claim 2, is characterized in that, described photovoltaic cell (76) adopts high temperature scolding tin to make secondary welding, to strengthen the heat-resisting quantity of pad.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310142133.8A CN103169436B (en) | 2013-04-23 | 2013-04-23 | Solar energy ultrasound wave dish-washing machine |
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| CN201310142133.8A CN103169436B (en) | 2013-04-23 | 2013-04-23 | Solar energy ultrasound wave dish-washing machine |
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| CN103169436B true CN103169436B (en) | 2015-10-28 |
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| CN201310142133.8A Expired - Fee Related CN103169436B (en) | 2013-04-23 | 2013-04-23 | Solar energy ultrasound wave dish-washing machine |
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| CN104337486A (en) * | 2013-07-23 | 2015-02-11 | 孔令全 | Solar dishwasher |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE19706324A1 (en) * | 1997-02-18 | 1998-08-20 | Rheo Solartechnik Gmbh | Thermal solar system for heating domestic water supply e.g. for washing, washing machines, dishwashers |
| CN101050877A (en) * | 2006-04-06 | 2007-10-10 | 西安科弘厨房工程设备有限责任公司 | Life comprehensive heat supply system |
| CN102293617A (en) * | 2011-09-09 | 2011-12-28 | 晁蒙 | Full-automatic energy-saving dish-washing machine |
| CN203169114U (en) * | 2013-04-23 | 2013-09-04 | 李万红 | Solar ultrasonic dish washing machine |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE102009029187A1 (en) * | 2009-09-03 | 2011-03-17 | BSH Bosch und Siemens Hausgeräte GmbH | Dishwasher and method for carrying out a wash cycle with a dishwasher |
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2013
- 2013-04-23 CN CN201310142133.8A patent/CN103169436B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE19706324A1 (en) * | 1997-02-18 | 1998-08-20 | Rheo Solartechnik Gmbh | Thermal solar system for heating domestic water supply e.g. for washing, washing machines, dishwashers |
| CN101050877A (en) * | 2006-04-06 | 2007-10-10 | 西安科弘厨房工程设备有限责任公司 | Life comprehensive heat supply system |
| CN102293617A (en) * | 2011-09-09 | 2011-12-28 | 晁蒙 | Full-automatic energy-saving dish-washing machine |
| CN203169114U (en) * | 2013-04-23 | 2013-09-04 | 李万红 | Solar ultrasonic dish washing machine |
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Effective date of registration: 20150924 Address after: Yang Mu Lu high tech Zone 315030 in Zhejiang province Ningbo City 226 No. 103 Lane 601 Applicant after: Ningbo Technology Park Lvpai Soft Packing Trade Co., Ltd. Applicant after: Li Wanhong Address before: 315332, Zhejiang, Ningbo, Cixi province Hai Hai Road, No. two Applicant before: Li Wanhong |
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Granted publication date: 20151028 Termination date: 20160423 |