CN1899201A - Water storage tank structure for tableware washing device - Google Patents
Water storage tank structure for tableware washing device Download PDFInfo
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- CN1899201A CN1899201A CN 200510015942 CN200510015942A CN1899201A CN 1899201 A CN1899201 A CN 1899201A CN 200510015942 CN200510015942 CN 200510015942 CN 200510015942 A CN200510015942 A CN 200510015942A CN 1899201 A CN1899201 A CN 1899201A
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- storage tank
- washings
- aqua storage
- pump
- washing
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Abstract
The water storing tank structure of tableware washer includes water storing tank casing for storing washing water, water storing tank cover, self-cleaning filter in the upper part of the water storing tank cover to filter foreign matter from the washing water, washing pump to pump the washing water from the water storing tank casing, pump frame with dirt box, washing motor installed in the lower part of the water storing tank casing to drive the washing pump, water draining pump on side of the water storing tank casing to drain dirty washed water, and water draining pump motor. The water storing tank structure of the present invention can reduce the volume of the outer barrel of the tableware washer.
Description
Technical field
The invention belongs to a kind of tableware washer, particularly relate to a kind of water storage tank structure that is installed in the outer bucket bottom surface of tableware washer and supplies with the tableware washer of washings.
Background technology
Generally, tableware washer is to drive washings wash the tableware of placing on also dry each tableware rack to upper shelf and lower cage injection water by the tableware nozzle tame electric machine with washing pump.And tableware washer is by the outer bucket that constitutes profile, and the inner tableware rack that holds tableware of bucket outside is to the nozzle of tableware jet surface washings and be installed in the aqua storage tank formation that outer bucket bottom surface stores washings.
In the inside of aqua storage tank one side or turbidity transducer being installed, come the pollution level of washings in the perception washing process in order to heat around the heater that flows into the aqua storage tank washings etc. on the position.When the degree of washings pollution reaches the setting index or setting below the index, discharge washings and flow into clean washings again.
Existing general tableware washer is in when washing, is bonded at the washings that the food refuse on the tableware gone out from nozzle ejection and washes out and accumulate to the outer barrel end.The filter that filters rubbish is installed above the aqua storage tank, makes bulky foreign matters flow into aqua storage tank inside.And aqua storage tank inside is equipped with pulverizes the processor that flows into rubbish.Prevent the washings that store in the aqua storage tank and in the nozzle process of flowing, block the phenomenon that the washings stream hinders the washings injection.
But the water storage tank structure of existing tableware washer is so that its inside can store the narrow and small capacity that can store washings in the storage area of washings is also little.
Simultaneously, for heating is externally positioned types to the heater of the inner washings that flow into of aqua storage tank, so the volume of tableware washer becomes greatly.
In addition, also may take place not pulverized fully in aqua storage tank inside as the foreign matters such as food refuse that produce in the washing process, the food refuse of flow nozzle inside is blocked the phenomenon of nozzle spray-orifice.
Summary of the invention
The technical problem to be solved in the present invention provides a kind ofly to be improved through structure, has increased the water storage tank structure of tableware washer of the best that stores the capacity of washings and do not increase the overall volume of aqua storage tank.
Its purpose is in addition, and a kind of flowing of washings that cause effectively in aqua storage tank inside is provided, and can significantly reduce the water storage tank structure that foreign matter that washings inside comprises is blocked the tableware washer of nozzle phenomenon.
In order to solve the problems of the technologies described above, the aqua storage tank of tableware washer of the present invention includes: heater heating washing water; The turbidity transducer of washings pollution level in the perception washing process; Filter the filter of food garbage; The processor of comminuted food products rubbish; Drive the washing motor of washing pump; Discharge the draining pump of dirty washings; And the drain motor that drives draining pump; Be characterized in: also include the aqua storage tank shell that stores washings; Cover the aqua storage tank lid of aqua storage tank shell upper; In the aqua storage tank portion of covering the self-cleaning strainer that filters contained foreign matter in the washings that store in the aqua storage tank shell is installed; The washing pump of the washings that store in the suction aqua storage tank shell; Be provided with washing pump in the inboard, its outer peripheral face is around the pump underframe that is formed with the sewage box that gathers contained foreign matter in the washings.
Water storage tank structure according to a kind of tableware washer of the present invention can also include: heater heating washing water; The turbidity transducer of washings pollution level in the perception washing process; Filter the filter of food garbage; The processor of comminuted food products rubbish; Drive the washing motor of washing pump; Discharge the draining pump of dirty washings; And the drain motor that drives draining pump; Be characterized in: also include self-cleaning strainer; The aqua storage tank shell; Combine with self-cleaning strainer, and have the aqua storage tank lid of the recovery holes that the washings that make by the self-cleaning strainer adverse current flow into the aqua storage tank shell again; Be arranged on the aqua storage tank enclosure and aspirate the aspirator of washings; The guider portion that the washings of guiding suction flow.
Water storage tank structure according to another tableware washer of the present invention includes: heater heating washing water; Perception is from the turbidity transducer device of the washings pollution level of aspirator suction; Filter the filter of food garbage; The processor of comminuted food products rubbish; Drive the washing motor of washing pump; Discharge the draining pump of dirty washings; And the drain motor that drives draining pump; Be characterized in: also include the aqua storage tank shell; Cover the aqua storage tank lid of aqua storage tank shell; Be installed in the mobile stream guider of lower end guiding washings of aqua storage tank lid; Be installed in the upper end of aqua storage tank shell and to the aspirator of internal suction washings; In establish the pump underframe of the sewage box that gathers foreign matter; The makeshift valve that distributes the washings that are sucked the device suction to upper nozzle and lower nozzle discontinuously.
Also have the water storage tank structure of another tableware washer to include according to of the present invention: heater heating washing water; The turbidity transducer of washings pollution level in the perception washing process; Filter the filter of food garbage; The comminuted food products garbage disposer; Drive the washing motor of washing pump; Discharge the draining pump of dirty washings; Be characterized in: also include inner recess and form the washings storage portion that stores washings, be built-in with the aqua storage tank shell of the draining pump that is connected with washings storage portion; Cover the aqua storage tank lid of aqua storage tank shell; Be installed in the aqua storage tank shell upper and aspirate the washings washing water flowing feedway of washings and guiding suction; It is inner and gather the sewage box of foreign matter to be arranged on the washings feedway.
The water storage tank structure of tableware washer of the present invention has following effect.
The aqua storage tank of tableware washer of the present invention reduces outer barrel the volume of installing in tableware washer.
Owing to improved the flow passage structure that the inner washings of aqua storage tank flow to nozzle, significantly reduce the food refuse that in washings, comprises and flow and block the phenomenon of nozzle spray-orifice to nozzle.
In addition, heater inserts and is installed to aqua storage tank inside, can reduce the electric power that heated scrub water is consumed.
Description of drawings
Fig. 1 is the profile of the tableware washer of water storage tank structure of the present invention.
Fig. 2 is the schematic diagram of aqua storage tank profile of the present invention.
Fig. 3 is the vertical cross section that the I-I ' along Fig. 2 cuts open.
Fig. 4 is the decomposing schematic representation of aqua storage tank.
Fig. 5 is the schematic diagram of lower nozzle fixator of the present invention.
Fig. 6 is the schematic diagram of self-cleaning strainer of the present invention.
Fig. 7 is the schematic diagram of aqua storage tank lid of the present invention.
Fig. 8 is the schematic diagram of stream guider of the present invention.
Fig. 9 is the schematic diagram of pump underframe of the present invention.
Figure 10 is the schematic diagram of aqua storage tank shell of the present invention.
Figure 11 is the back view of Figure 10 aqua storage tank shell.
Accompanying drawing major part symbol description:
100: aqua storage tank 110: the nozzle fixator
120: self-cleaning strainer 130: the aqua storage tank lid
140: stream guider 150: impeller
160: pump seal 170: the pump underframe
180: processor 190: the aqua storage tank shell
200: heater 210: makeshift valve
220: turbidity transducer 230: washing motor
240: drain motor 250: draining pump
260: variable motor 270: microswitch
280: waterproof seal 290: washing pump
The specific embodiment
Below, specific embodiments of the invention in conjunction with the accompanying drawings are elaborated.
Fig. 1 is the profile of the tableware washer of water storage tank structure of the present invention.
As shown in Figure 1, the tableware washer 10 that is provided with water storage tank structure of the present invention includes, constitute profile and the inner outer bucket 11 that is formed with the dishwashing detergent groove, bucket 11 fronts form the door 18 that opens and closes sink outside, and the bottom surface of bucket 11 central authorities form the aqua storage tank 100 that stores washings outside.
Also include, attached to aqua storage tank 100 downsides and drive the washing motor 230 of the inner washing pumps of installing (not shown) of aqua storage tank 100, become aqueduct 14 with the washings flow path of washing pump suction, be combined in above the aqua storage tank 100 and upward or the lower nozzle 16 of below or upper and lower jet cleaning simultaneously water from sink inside, top attached to aqueduct 14, prolong the upper nozzle 15 that forms and be positioned at sink central authorities from aqueduct 14 vertical direction, the top in the bucket forms the top jet nozzle 17 to vertical lower jet cleaning water outside.
Also include in addition, in order to be installed in the upper shelf 12 of upper nozzle 15 upsides with upper nozzle 15 wash dining sets, in order to be installed in the lower cage 13 of lower nozzle 16 upsides with lower nozzle 16 wash dining sets.
Below, tableware washer 10 actions of the present invention are described.
The user opens the door 18 of tableware washer 10, pull upper shelf 12 or lower cage 13 to the sink outside, also can pull upper shelf 12 and lower cage 13 simultaneously outward when needing, on tableware rack 12,13, place tableware, push after the tableware rack 12,13, close 18 input power supplys to the doorstep, then tableware washer operation.
Give tableware washer 10 input power supplys, then begin washing, the washings of coming from the water source are to aqua storage tank 100 inner inflows.And a certain amount of washings move washing motor 230 after flowing in the aqua storage tank.Be arranged on washing pump impeller 150 (with reference to Fig. 2) inner and that be connected with the motor shaft of washing motor 230 and be rotated, to lower nozzle 16 and aqueduct 14 suction washings.
Washings to aqueduct 14 suction finally flow to top jet nozzle 17, and by nozzle 15,16,17 to the sink internal spray.And the injected washings of placing on the tableware rack 12,13 of tableware wash.
Here, top jet nozzle 17 is to vertical lower jet cleaning water, and upper nozzle 15 washs the tableware that upper shelf 12 is placed to vertical direction jet cleaning water.
Simultaneously, lower nozzle 16 is washed the tableware of placing on the lower cage 13 to vertical direction jet cleaning water.And the bottom surface of upper nozzle 15 also is formed with jet, and both direction jet cleaning water up and down washs the upper side of the tableware of placing in the lower cage 13 simultaneously.
Finish the washing stage, the washings that accumulate in the aqua storage tank 100 filter foreign matter by filter (not shown).And, filtered the washings of foreign matter and discharged to tableware washer 10 outsides by draining pump (not shown).
Washings and flow into clean washings to aqua storage tank 100 by inflow entrance again after discharge the outside, equally with the washing stage spray by nozzle 15,16,17.And, with the washings rinsing tableware that sprays.After rinse stage finished, again through super-dry, washing finished.
Fig. 2 is the schematic diagram of aqua storage tank profile of the present invention, and Fig. 3 is the vertical cross section that the I-I ' along Fig. 2 cuts open, and Fig. 4 is the decomposing schematic representation of Fig. 2 aqua storage tank.
To shown in Figure 4, aqua storage tank 100 of the present invention includes as Fig. 2, is positioned at the lower side and at the aqua storage tank shell 190 of internal reservoir washings; Cover the aqua storage tank lid 130 of aqua storage tank shell 190 upper side; The self-cleaning strainer of installing with the specified altitude assignment difference at the upside of aqua storage tank lid 130 120; The lower nozzle fixator 110 that is installed in self-cleaning strainer 120 central parts and is connected with lower nozzle 16; Be installed in the bottom surface of aqua storage tank shell 190 and produce the washing motor 230 of revolving force; Be installed in aqua storage tank shell 190 sides and discharge the draining pump 250 and the drain motor 240 of washings to the outside.
Aqua storage tank 100 also includes, and is installed in the inner bottom surface and the heater heating washing water 200 of aqua storage tank shell 190; Be connected with the motor shaft 231 of washing motor 230 and and motor shaft 231 together rotate the processor 180 of pulverizing food refuse; Be installed in the pump underframe 170 that is provided with the sewage box that gathers food refuse in the top of aqua storage tank shell 190; Be installed in the stream guider 140 between aqua storage tank lid 130 and the pump underframe 170; The washing pump 290 of suction washings is installed between pump underframe 170 and stream guider 140; Be installed in the mesh filter 179 that prevents between pump underframe 170 and the processor 180 that the food refuse pulverized by processor 180 from flowing into to washing pump 290.
Aqua storage tank 100 also includes, and is installed in aqua storage tank shell 190 1 sides and to upper nozzle or the lower nozzle alternative supply makeshift valve 210 from the washings of washing pump 290 suctions; Be installed near the makeshift valve 210 and in washing process, measure the turbidity transducer 220 of the washings pollution level that accumulates in aqua storage tank 100 inside; Be inserted in addition in addition in the groove that pump underframe 170 forms above, prevent to leak the pump seal 160 of washings to washing pump 290 and makeshift valve 210 edges.
Describe the effect of aqua storage tank 100 of the present invention below in detail.
At first, washing process begins, and to the aqua storage tank shell 190 inner washings that inject, washing motor 230 actions are rotary blades 150 also from waterworks.Rotary blade 150 is to the pump case 171 inner washings that inject, and the washings that flow in the pump case 171 flow to makeshift valve 210.Flow to aqueduct 14 or lower nozzle fixator 110 to the stream of makeshift valve 210 washing water flowing above stream guider 140.Pass through outwards bucket 11 internal spray of upper nozzle 15 and top jet nozzle 17 or lower nozzle 16 to aqueduct 14 or lower nozzle fixator 110 washing water flowing.And, clean the dirt that is stained with on the tableware by the expulsion pressure of washings.Outwards the washings of bucket 11 internal spray are fallen outer barrel 11 bottom surface, and the washings that fall accumulate to aqua storage tank shell 190 inside again.
Flow to turbidity transducer 220 from the part of washing pump 290, come the pollution washings of perception turbidity to flow through turbidity transducer 220, arranged to the tableware washer outside by drain motor to draining pump to makeshift valve 210 washing water flowing.
Fig. 5 is the schematic diagram of the lower nozzle fixator of aqua storage tank upper central of the present invention position installation
As shown in Figure 5, lower nozzle fixator 110 according to the present invention includes with the diameter of appointment and the retainer body 111 of the drum shape that highly forms, and prolongs the designated length formation from the outer peripheral face of retainer body to radial direction and is installed in installing plate 112 above the self-cleaning strainer 120.
Installing plate 112 at least one sides form that promising lower nozzle fixator 110 and aqua storage tank lid 120 combines and the fastener hole 113 that inserts secure component.The edge of fastener hole 113 is formed with the depressed part 114 of depression designated depth and diameter.In the time of in conjunction with secure component, the top of secure component can not be outstanding from the installing plate 112.
Fig. 6 is the schematic diagram of self-cleaning strainer of the present invention.
As shown in Figure 6, self-cleaning strainer 120 according to the present invention be mounted in aqua storage tank lid 130 above, through the washings of turbidity transducer 220 perception turbidity from aqua storage tank inside in the time of the adverse current of bucket bottom surface, play the function of filtering foreign matter.
The sieve aperture filter 128 of the downside filtration foreign matter that self-cleaning strainer 120 includes the upper spider 121 that constitutes shell and is placed on upper spider 121 is placed on the downside of sieve aperture filter 128 and makes sieve aperture filter 128 keep the grid frame 122 of tensioned state.And upper spider 121 and grid frame 122 are formed whole behind the heat fusing.
Adhere to sieve aperture filter 128 with the belt form of annular between the accumulation cavity of leaking lid 124 and the shell edge.The inboard of nozzle fixator installation portion 126 is formed with the retainer body patchhole 127 that inserts retainer body 111; The depressed part patchhole 129 of nozzle fixator 110 depressed parts 114 is set and inserts in retainer body patchhole 127 sides.Prolong to radial direction from the outer peripheral face of the accumulation cavity lid 124 that leaks, the frame that connects the shell edge of self-cleaning strainer 120 builds bridge 125 with a certain size division sieve aperture filter 128.Frame bridge formation 125 makes sieve aperture filter 128 keep tensioned state.And 120 at least 1 of self-cleaning strainers are local to form promising the combination with aqua storage tank lid 130 and the aqua storage tank that inserts secure component covers fastener hole 123.The shell edge portion of self-cleaning strainer 120 also is formed with aqua storage tank lid fastener hole 123 similar, combines with aqua storage tank shell 190 in addition and inserts the aqua storage tank shell fastener hole 123a of secure component.
The shell edge portion of self-cleaning strainer 120 prolongs specified altitude assignment to downside.Self-cleaning strainer 120 exceeds specified altitude assignment and aqua storage tank than the upper side of aqua storage tank lid 130 and covers 130 upper side and combine.Be the difference in height that the sieve aperture filter 128 and the upper side of aqua storage tank lid 130 form appointment, this is because aqua storage tank storage inside washings the time, prevents that with aqua storage tank lid 130 sieve aperture filter 128 is washed the water logging bubble.Prevent from not reach sieve aperture filter 128 and can not wash out the foreign matter that sieve aperture filter 128 adheres to from the washings that lower nozzle 16 is sprayed.
Fig. 7 is the schematic diagram of aqua storage tank lid of the present invention.
As shown in Figure 7, aqua storage tank lid 130 according to the present invention is to cover on aqua storage tank shell 190 as mentioned above.
Aqua storage tank lid 130 comprises and being arranged near the edge, allows a plurality of recovery holes 131 that flow to aqua storage tank from the washings of nozzle ejection; Inboard in recovery holes 131 is installed rib 132 with specified altitude assignment around forming the filter that self-cleaning strainer 120 is installed; From filter rib 132 is installed and is centered on formation at a distance of the place of appointed interval with specified altitude assignment to the inside, and contain the leaking of washings of in lower nozzle fixator 110 process of flowing, leaking and gather rib 132a; Gather rib 132a inboard and be formed with the accumulation cavity 132b that leaks that store to leak washings leaking.
Covering 130 central parts at aqua storage tank is provided with and is the lower nozzle anchor support rib 135 in conjunction with lower nozzle retainer body 111; The inboard of nozzle anchor support rib 135 is with the washings outlet 135a of the diameter formation of appointment; The accumulation cavity of leaking 132 inboards are formed with more than one at least in conjunction with the fastening boss 136 of the nozzle fixator of lower nozzle fixator 110; Be formed with the water leak 138 that falls the washings that gather in the accumulation cavity 132b that leaks to aqua storage tank shell 190 near the edge of the accumulation cavity of leaking 132b.
Be formed with the washings reverse flow hole 139a that passes through 120 outside barrels of inner adverse currents of self-cleaning strainer as described later from the washings of draining pump 250 (with reference to Figure 11) adverse current at the filter installation rib 132 and the part of gathering between the rib 132a of leaking, be formed with on the remainder and collect the foreign matter collection membrane 139 that passes through in the washings of washings reverse flow hole 139a adverse current.And filter is installed on the inner peripheral surface of rib 132, the leak outer peripheral face that gathers rib 132a and the foreign matter collection membrane 139 and is formed with at least more than one with the fastening boss 137 of the outstanding self-cleaning strainer that combines with self-cleaning strainer 120 of specified altitude assignment.
Edge one side of aqua storage tank lid 130 is with the outstanding aqueduct connecting portion 134 that aqueduct 14 bottoms are installed that is formed with of drum shape.And the side of aqueduct connecting portion 134 is formed with secure component patchhole 137a and passes the secure component that insertion aqua storage tank described later covers fastening boss 197a.The outer peripheral face of aqua storage tank lid 130 is formed with downwards with the aqua storage tank shell of designated length bending installs rib 133, is formed with again with distance to a declared goal and cuts at least more than one foreign matter leak 133a that the aqua storage tank shell is installed the part formation of rib 133.Foreign matter leak 133a makes the food refuse that flows to outer bucket bottom surface and aqua storage tank lid 130 flow into aqua storage tank shell 190 inside easily.
Have the as above aqua storage tank lid 130 of structure, the washings that fall into outer bucket are flowed into to aqua storage tank shell 190 inside by recovery holes 131 and foreign matter leak 133a.And,, flow into to aqua storage tank shell 190 again outwards after the bucket end adverse current by washings reverse flow hole 139a by recovery holes 131 and foreign matter leak 133a from the washings of draining pump 250 adverse currents.Washings by washing pump 290 suctions flow to lower nozzle 16 or upper nozzle 15 by washings outlet 135a or aqueduct connecting portion 134.
The washings of washings slot leakage between the retainer body 111 of nozzle anchor support rib 135 and lower nozzle fixator 110 in lower nozzle 16 process of flowing accumulate to the accumulation cavity 132b that leaks., the washings that gather flow into aqua storage tank shell 190 by water leak 138.
The part of the washings by washings reverse flow hole 139a adverse current is amassed on foreign matter collection membrane 139, flows to draining pump 250 by washings reverse flow hole 139a when draining begins.
Fig. 8 is the schematic diagram of stream guider of the present invention.
As Fig. 8, stream guider 140 of the present invention is installed in the bottom surface of aqua storage tank lid 130.
Include in addition, an end connects makeshift valve patchhole 143, and the other end begins to guide to aqueduct 14 the water guiding stream 146 of washings to the lower nozzle stream 145 of washing pump cover 141 central parts from the other place of makeshift valve patchhole 143.
Also include, separately form the turbidity transducer stream 148a that is connected with turbidity transducer patchhole 148 from the three unities of makeshift valve guiding stream 144; From the three unities of turbidity transducer patchhole 148, flow to the draining stream 148b of draining pump 250 by the washings of turbidity transducer stream 148a; Enter the draining pump connecting hole 149 of washings terminal formation of draining stream 148b to draining pump 250 through it.
Wash to be formed with on the pump cover 141 and insert, build fastening boss 142 at the aqua storage tank that aqua storage tank covers 130 bottom surfaces connection stream guider 140 with the secure component that is inserted into lower nozzle fixator 110 fastener holes 113 to the fastening boss of the nozzle fixator of aqua storage tank lid 130 136 inside.Be formed with water leak 147 from washing stream guider 140 edges at a distance of the place of distance to a declared goal, make to amass and fall aqua storage tank shell 190 at the leak washings of accumulation cavity 132b of aqua storage tank lid.And stream guider 140 usefulness hot fusion methods cover 130 belows attached to aqua storage tank.
According to said structure, the makeshift valve of installing to makeshift valve patchhole 143 by makeshift valve guiding stream 144 from the washings of washing pump 290 suctions 210 flows.Distribute selectively by 210 pairs of lower nozzle streams 145 of makeshift valve and water guiding stream 146.Turbidity transducer 220 inflows that the turbidity transducer stream 148a of a washings part by makeshift valve guiding stream 144 branches installs on turbidity transducer patchhole 148, make the dustiness of turbidity transducer 220 perception washings, the washings of process turbidity transducer 220 flow to draining pump 250 by draining stream 148b and draining pump connecting hole 149.The washings of the leakage that the water leak 138 that forms from aqua storage tank lid 130 flows down flow into aqua storage tank shell 190 by the water leak 147 of stream guider 140.
Fig. 9 is the schematic diagram of pump underframe 170 of the present invention.
As shown in Figure 9, pump underframe 170 of the present invention is installed in above the aqua storage tank shell 190.
Be provided with the pump case 171 that rotates the suction flow path 171a of formation for the washings that impeller mounting groove 171b that impeller 150 cave in and impeller 150 suctions are installed because of centrifugal force in the pump underframe 170; Impeller 150 and pump case 171 have been formed aspirator.Here, the end of suction flow path 171a is formed slopely with specified angle to the connecting portion of makeshift valve patchhole 174, and washings are flowed into to makeshift valve 210 easily.End at suction flow path 171a is connecting makeshift valve patchhole 174, is formed with the turbidity transducer patchhole 175 of insertion turbidity transducer 220 at the minimum distance of makeshift valve patchhole 174; Form in the place of turbidity transducer patchhole 175, make the draining pump connecting line 176 that flows to draining pump 250 through the washings of turbidity transducer 220 at a distance of distance to a declared goal.
The washings that fall for the water leak 147 that makes stream guider 140 flow into aqua storage tank shell 190, are formed with water leak 177 between pump case 171 and turbidity transducer patchhole 175.Pump underframe 170 also is provided with the bottom surface that is positioned at draining pump connecting line 176, prolongs designated length and is connected the draining pump tube connector 176a of draining pump 250 inside.
According to as above structure, Yi Bian the washings that sucked by the rotation of impeller 150 flow in the makeshift valve 210 along suction flow path 171a rotation on one side in that pump case 171 is inner.Flow into mesh filter 179 filtrations that the food refuse that comprises in the washings of washing pump 290 is installed in washings inlet hole 172 downsides by impeller 150.And through turbidity transducer 220 adverse current after draining pump 250 flows into, the washings of adverse current flow into to sewage box 173.Covering 130 recovery holes 131 by aqua storage tank again after the washings that sewage box 173 flows into are filtered also outside bucket bottom surface adverse current by the sieve aperture filter 128 of self-cleaning strainer 120 flows into to aqua storage tank shell 190 again.And the food refuse that accumulates in sewage box 173 flows to draining pump 250 in drainage procedure and finally discharges to the outside.
Figure 10 is the schematic diagram of aqua storage tank shell of the present invention, and Figure 11 is the back view of aqua storage tank shell.
As Figure 10 and shown in Figure 11, aqua storage tank shell 190 according to the present invention is provided with the washings storage portion 191 of internal reservoir washings; Be formed with the washings inflow entrance 192 that the washings that make water source supply flow to washings storage portion 191 in washings storage portion 191 sides.
The fastening boss 195 of pump underframe of suitable local tab-like one-tenth and 170 combinations of pump underframe above in the aqua storage tank shell 190; Above a side makeshift valve that makeshift valve 210 form to be installed insert a mouthful 199a; Forming the turbidity transducer insertion mouthful 199b that turbidity transducer 220 is installed at a distance of the place of distance to a declared goal with makeshift valve 210; Inserting a mouthful 199a minimum distance from makeshift valve gives prominence to also and the fastening boss 197 of self-cleaning strainer of self-cleaning strainer 120 combinations; The marginal portion of aqua storage tank shell 190 and makeshift valve insert and outstandingly between mouthful 199a insert pump underframe 170 and aqua storage tank lid 130, and cover 130 aqua storage tanks that combine with aqua storage tank and cover fastening boss 197a.
The draining pump 250 of aqua storage tank shell 190 suitably square one-tenth discharge washings in the side; The place ahead of draining pump 250 forms the draining pump guide pipe 193 of the draining pump tube connector 176a that inserts the prolongation of pump underframe 170 bottom surfaces; Be installed to draining pump guide pipe 193 the place aheads and prevent the check-valves (not shown) of the washings adverse current of draining.
The heater 200 that heating is stored in the washings of washings storage portion 191 inserts from aqua storage tank shell 190 sides.Heater 200 can not be shaken in aqua storage tank shell 190 inside by heater anchor clamps 201 fixation ends.The drain motor 240 that drives water impeller (not shown) is housed in the front, side of draining pump 250.Pass the motor shaft 231 that inserts washing motor 230 from the bottom surface of aqua storage tank shell 190, the outer peripheral face of motor shaft 231 is installed the waterproof seal 280 of elastomeric material.Aqua storage tank shell 190 is formed with the waterproof seal stop sleeve 194 that prolongs specified altitude assignment from the bottom surface and insert waterproof seal 280.Waterproof seal 280 closely is inserted into waterproof seal stop sleeve 194 inside, prevents that the washings that are stored in washings storage portion 191 from leaking and flowing into washing motor 230.
The edge part of aqua storage tank shell 190 forms at least more than one easily the dismounting hook 196 of aqua storage tank shell 190 from the dismounting of the outer bucket end.The part of the outer peripheral face of motor shaft 231, direction of principal axis forms an above plane and section becomes non-round, and processor 180 is inserted into the outer peripheral face of motor shaft 231, with motor shaft 231 rotations.
Form the washings feedway by washing pump, makeshift valve and stream guider.
As above structure, the washings by washings inflow entrance 192 are stored in the washings storage portion 191.The washings that are stored in washings storage portion 191 are heated to design temperature by heater 200.And washing motor 230 rotations make processor 180 and impeller 150 rotations.Washings by washing pump 290 suctions flow into outwards bucket internal spray of nozzle.Washing process finishes then dirty washings and flow in the draining pump 250, along with the rotation of drain motor 240 is amassed at the washings of washings storage portion 191 and discharged to the outside by draining pump 250.
Describe the process of fastening aqua storage tank 100 each structural element below in detail.
At first, pump underframe 170 is installed on aqua storage tank shell 190 tops.
The fastening boss 195 of pump underframe that one lateral edges position of washings storage portion 191 forms is inserted into the fastening boss 170a of the aqua storage tank shell downside that forms on the edge part of pump underframe 170.The fastening boss 170a of aqua storage tank shell is connected with the fastening boss of self-cleaning strainer 137 bottoms that the filter of aqua storage tank lid 130 is installed the formation of rib 132 inner peripheral surfaces.The aqua storage tank shell fastener hole 123a bottom that forms in the shell edge portion of the fastening boss 137 of self-cleaning strainer and self-cleaning strainer 120 is connected.The secure component that inserts aqua storage tank shell fastener hole 123a inserts the fastening boss 137 of self-cleaning strainer, the fastening boss 170a of aqua storage tank shell, the fastening boss 195 of pump underframe, and self-cleaning strainer 120, aqua storage tank lid 130, pump underframe 170 and aqua storage tank shell 190 are combined into integral body.
The fastening boss 197 of the self-cleaning strainer that the inboard of aqua storage tank shell 190 forms inserts pump underframe 170 and stream guider 140, is connected the fastening boss of self-cleaning strainer 137 lower ends of giving prominence to from the foreign matter collection membrane 139 of aqua storage tank lid 130.And the fastening boss 137 of self-cleaning strainer that the aqua storage tank that is connected with the fastening boss of the self-cleaning strainer on the aqua storage tank shell 190 197 upper ends covers is connected to the lower end of the aqua storage tank lid fastener hole 123 that forms on the frame bridge formation 125 of self-cleaning strainer 120 again.
The secure component that inserts aqua storage tank lid fastener hole 123 is inserted into the fastening boss 137 of self-cleaning strainer of aqua storage tank lid 130 successively, the fastening boss 197 of the self-cleaning strainer of aqua storage tank shell 190 makes self-cleaning strainer 120 and aqua storage tank lid 130 and aqua storage tank shell 190 be connected to integral body.And the fastening boss 197 of pump underframe 170 and stream guider 140 usefulness self-cleaning strainers supports.
The opposite side edge of aqua storage tank shell 190, makeshift valve are inserted the outstanding aqua storage tank that forms between the edge of mouthful 199a and aqua storage tank shell 190 and are covered fastening boss 197a and insert pump underframe 170 and connect the secure component patchhole 137a that aqueduct connecting portion 134 sides of aqua storage tank lid 130 form.Thereupon, secure component insertion secure component patchhole 137a is inserted into aqua storage tank and covers fastening boss 197a, and aqua storage tank lid 130 and aqua storage tank shell 190 are become one.And pump underframe 170 is covered fastening boss 197a by aqua storage tank and is supporting.
The outstanding fastening boss 170b of self-cleaning strainer that forms is connected leaking of aqua storage tank lid 130 and gathers the fastening boss of self-cleaning strainer 137 lower ends that form on rib 132 outer peripheral faces and the foreign matter collection membrane 139 on the sewage box 173 of pump underframe 170.And the accumulation cavity of leaking that the fastening boss 137 of self-cleaning strainer is connected self-cleaning strainer 120 is covered aqua storage tank lid fastener hole 123 lower ends that form on 124 edge parts.Secure component inserts aqua storage tank lid fastener hole 123, the fastening boss 137 of self-cleaning strainer of aqua storage tank lid 130 and the fastening boss 170b of self-cleaning strainer of pump underframe 170, self-cleaning strainer 120, aqua storage tank lid 130 and pump underframe 170 are combined into integral body with secure component.
In addition, the inboard aqua storage tanks that form of the washing pump cover 141 of stream guider 140 build fastening boss 142 and are connected the aqua storage tank lid 130 fastening boss of nozzle fixator 136 lower ends that the inboards of accumulation cavity 132b form that leak.And the fastening boss 136 of nozzle fixator inserts the depressed part patchhole 129 of self-cleaning strainer 120, connects the depressed part 114 of lower nozzle fixator 110.Secure component passes the depressed part 114 inboard fastener holes 113 that form and is inserted in the fastening boss 136 of nozzle fixator of aqua storage tank lid 130.That is, secure component is lower nozzle fixator 110, and self-cleaning strainer 120 and aqua storage tank lid 130 connect as one.
Claims (35)
1. the water storage tank structure of a tableware washer comprises heater heating washing water; The turbidity transducer of washings pollution level in the perception washing process; Filter the filter of food garbage; The processor of comminuted food products rubbish; Drive the washing motor of washing pump; Discharge the draining pump of dirty washings; And the drain motor that drives draining pump; It is characterized in that: also comprise the aqua storage tank shell that stores washings; Cover the aqua storage tank lid of aqua storage tank shell upper; In the aqua storage tank portion of covering the self-cleaning strainer that filters contained foreign matter in the washings that store in the aqua storage tank shell is installed; The washing pump of the washings that store in the suction aqua storage tank shell; Be provided with washing pump in the inboard, its outer peripheral face is around the pump underframe that the sewage box that gathers contained foreign matter in the washings is arranged.
2. the water storage tank structure of tableware washer according to claim 1 is characterized in that: leak at self-cleaning strainer that the belt form with annular is equipped with the sieve aperture filter between accumulation cavity lid and the shell edge.
3. the water storage tank structure of tableware washer according to claim 1 is characterized in that: the washings that the make suction nozzle fixator to the bottom nozzle guide is installed on self-cleaning strainer.
4. the water storage tank structure of tableware washer according to claim 1 is characterized in that: at the downside of aqua storage tank lid the stream guider that guiding is flowed from the washings of Shen Di pump suction is installed.
5. the water storage tank structure of tableware washer according to claim 1 is characterized in that: also include in the aqua storage tank and be connected with the washing motor axle and rotate the processor of pulverizing food.
6. the water storage tank structure of tableware washer according to claim 1 is characterized in that: the mesh filter that the washings that flow into to washing pump in the installation of pump underframe downside filter contained foreign matter.
7. the water storage tank structure of tableware washer according to claim 1 is characterized in that: the makeshift valve that the washings of washing pump suction are distributed to upper nozzle or lower nozzle discontinuously is installed in a side of aqua storage tank shell.
8. the water storage tank structure of tableware washer according to claim 7 is characterized in that: be provided with the variable motor that drives makeshift valve at the bottom of the aqua storage tank shell; Be installed in the cam part that rotates on the variable motor; The microswitch of perception cam part rotation.
9. the water storage tank structure of tableware washer according to claim 1 is characterized in that: include the side that is installed in the aqua storage tank shell and the turbidity transducer parts of perception washings turbidity.
10. the water storage tank structure of tableware washer according to claim 1 is characterized in that: also include and be installed in the heater of aqua storage tank enclosure to the washings heating.
11. the water storage tank structure of tableware washer according to claim 1 is characterized in that: include the motor shaft that is inserted into washing motor in addition, prevent to leak the seal member of washings along motor shaft.
12. the water storage tank structure of tableware washer according to claim 1 is characterized in that: include simultaneously round the outer peripheral face of washing pump and makeshift valve and prevent the pump seal parts that washings leak.
13. the water storage tank structure of tableware washer according to claim 1 is characterized in that: aqua storage tank lid include gather from position that the lower nozzle fixator is connected the accumulation cavity of leaking of the washings that leak; The water leak that the washings that make the accumulation cavity inner accumulated of leaking flow into to the aqua storage tank enclosure again; Stream guider and pump underframe all are provided with the water leak that the washings that fall by aqua storage tank lid water leak are flowed into to the aqua storage tank shell again.
14. the water storage tank structure of a tableware washer comprises heater heating washing water; The turbidity transducer of washings pollution level in the perception washing process; Filter the filter of food garbage; The processor of comminuted food products rubbish; Drive the washing motor of washing pump; Discharge the draining pump of dirty washings; And the drain motor that drives draining pump; It is characterized in that: also include self-cleaning strainer; The aqua storage tank shell; Combine with self-cleaning strainer, and have the aqua storage tank lid of the recovery holes that the washings that make by the self-cleaning strainer adverse current flow into the aqua storage tank shell again; Be arranged on the aqua storage tank enclosure and aspirate the aspirator of washings; The stream guide part that the washings of guiding suction flow.
15. the water storage tank structure of tableware washer according to claim 14 is characterized in that: the inboard round filter that self-cleaning strainer is installed that includes of aqua storage tank lid is installed rib.
16. the water storage tank structure of tableware washer according to claim 14 is characterized in that: aqua storage tank is covered with productive set and gathers rib from the leaking of washings that the washings of aspirator suction leak to the moving process of bottom nozzle flow.
17. the water storage tank structure of tableware washer according to claim 14, it is characterized in that: aqua storage tank lid is inboard to be provided with by the washings reverse flow hole to self-cleaning strainer countercurrent washing water, filter rib is installed and leak gather other parts outside the part of removing the washings reverse flow hole between the rib be formed with gather by the washings of reverse flow hole in the foreign matter pinching film of contained foreign matter.
18. the water storage tank structure of tableware washer according to claim 14 is characterized in that: in the aqua storage tank lid a side-prominent formation is arranged and be connected the aqueduct connecting portion of aqueduct bottom.
19. the water storage tank structure of a tableware washer comprises heater heating washing water; The turbidity transducer of washings pollution level in the perception Shen Di process; Filter the filter of food garbage; The processor of comminuted food products rubbish; Drive the washing motor of washing pump; Discharge the draining pump of dirty washings; And the drain motor that drives draining pump; It is characterized in that: also include the aqua storage tank shell; Cover the aqua storage tank lid of aqua storage tank shell; Be installed in the mobile stream guider of lower end guiding washings of aqua storage tank lid; Be installed in the upper end of aqua storage tank shell and to the aspirator of internal suction washings; In establish the pump underframe of the sewage box that gathers foreign matter; The makeshift valve that distributes the washings that are sucked the device suction to upper nozzle and lower nozzle discontinuously.
20. the water storage tank structure of tableware washer according to claim 19 is characterized in that: the stream guider includes the water guiding stream that lower nozzle stream that washings that guiding distributes from makeshift valve flow to the lower nozzle direction and guiding are flowed to the aqueduct direction.
21. the water storage tank structure of tableware washer according to claim 19 is characterized in that: the stream guider also includes the turbidity transducer stream of shunting to turbidity transducer to the part of makeshift valve washing water flowing from aspirator.
22. the water storage tank structure of tableware washer according to claim 19 is characterized in that: the stream guider includes washings by the turbidity sensing device to the draining stream of drainage arrangement guiding; End at the draining stream forms the draining pump connecting hole that falls washings to drainage arrangement.
23. the water storage tank structure of tableware washer according to claim 19 is characterized in that: the inboard aspirator that is provided with of pump underframe comprises that being connected rotation on the washing motor axle sucks the impeller of washings and pump underframe inboard and be recessed to form the pump case that the rotation washings that sucked by impeller flow to distributor.
24. the water storage tank structure of tableware washer according to claim 19 is characterized in that: the pump underframe is provided with to flowing into washings to aspirator, and in the bottom surface with the washings inlet hole of specifying size to form.
25. the water storage tank structure of tableware washer according to claim 19 is characterized in that: the pump underframe is provided with to preventing and leaks the pump seal parts mounting groove that washings are centered around aspirator and makeshift valve shell from aspirator and makeshift valve; Be inserted into the pump seal parts of seal member mounting groove.
26. the water storage tank structure of tableware washer according to claim 19 is characterized in that: the pump underframe is provided with the draining pump tube connector that prolongs and be connected to draining pump inside from the bottom surface.
27. the water storage tank structure of tableware washer according to claim 19 is characterized in that: the pump underframe also is provided with to fall the draining pump connecting line that drainage arrangement forms by the washings of turbidity sensing device.
28. the water storage tank structure of tableware washer according to claim 26 is characterized in that: draining pump tube connector and sewage box are communicated with.
29. the water storage tank structure of a tableware washer comprises heater heating washing water; The turbidity transducer of washings pollution level in the perception washing process; Filter the filter of food garbage; The comminuted food products garbage disposer; Drive the washing motor of washing pump; Discharge the draining pump of dirty washings; It is characterized in that: also include inner recess and form the washings storage portion that stores washings; Be built-in with the aqua storage tank shell of the draining pump that is connected with washings storage portion; Cover the aqua storage tank lid of aqua storage tank shell; Be installed in the aqua storage tank shell upper and aspirate the washings washing water flowing feedway of washings and guiding suction; Be arranged on the sewage box of washings feedway accumulated inside foreign matter.
30. the water storage tank structure of tableware washer according to claim 29 is characterized in that: the drain motor that drives draining pump is installed in the side of aqua storage tank shell.
31. the water storage tank structure of tableware washer according to claim 29 is characterized in that: the aqua storage tank shell is at the draining pump guide pipe of going into interruption-forming and the foreign matter that accumulates in the sewage box being flowed to draining pump of draining pump.
32. the water storage tank structure of tableware washer according to claim 29 is characterized in that: the aqua storage tank shell also is provided with and is installed in heater heating washing water in the Shen Dishui storage portion.
33. the water storage tank structure of tableware washer according to claim 29 is characterized in that: also include the processor that rotates and pulverize contained foreign matter in the Shen Di water on the motor shaft that is connected washing motor.
34. the water storage tank structure of tableware washer according to claim 29 is characterized in that: the washings feedway includes the washing pump that sucks the washings that store in the washings storage portion; Distribution is from the makeshift valve of the stream of the washings of washing pump outflow; Be formed with the stream guider that the washings that makeshift valve is distributed are directed to streams such as lower nozzle or water guiding.
35. the water storage tank structure of tableware washer according to claim 29 is characterized in that: also include and be installed in the self-cleaning strainer that aqua storage tank covers filtration contained foreign matter in the washings of sewage box adverse current.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510015942 CN1899201A (en) | 2005-11-08 | 2005-11-08 | Water storage tank structure for tableware washing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200510015942 CN1899201A (en) | 2005-11-08 | 2005-11-08 | Water storage tank structure for tableware washing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1899201A true CN1899201A (en) | 2007-01-24 |
Family
ID=37655328
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200510015942 Pending CN1899201A (en) | 2005-11-08 | 2005-11-08 | Water storage tank structure for tableware washing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1899201A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107440659A (en) * | 2016-05-30 | 2017-12-08 | 青岛海尔洗碗机有限公司 | A kind of dish-washing machine double filtering system and double filtration method |
| CN108354565A (en) * | 2018-01-03 | 2018-08-03 | 祝孔成 | A kind of Multifunction washing tableware and crush meal slag set composite |
| CN113143151A (en) * | 2020-01-22 | 2021-07-23 | 宁波方太厨具有限公司 | Cleaning machine |
-
2005
- 2005-11-08 CN CN 200510015942 patent/CN1899201A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107440659A (en) * | 2016-05-30 | 2017-12-08 | 青岛海尔洗碗机有限公司 | A kind of dish-washing machine double filtering system and double filtration method |
| CN108354565A (en) * | 2018-01-03 | 2018-08-03 | 祝孔成 | A kind of Multifunction washing tableware and crush meal slag set composite |
| CN108354565B (en) * | 2018-01-03 | 2024-04-05 | 祝孔成 | Multifunctional tableware cleaning and meal residue smashing composite device |
| CN113143151A (en) * | 2020-01-22 | 2021-07-23 | 宁波方太厨具有限公司 | Cleaning machine |
| CN113143151B (en) * | 2020-01-22 | 2023-11-17 | 宁波方太厨具有限公司 | Cleaning machine |
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