CN208492013U - A kind of rubbing mechanism for dish-washing machine slagging-off - Google Patents

Abstract

The utility model relates to a kind of rubbing mechanisms for dish-washing machine slagging-off comprising several fixinig plates are arranged in fixed millstone seat, fixed millstone, movable grinding disc and motor, fixed millstone outer periphery, several slices are arranged in the periphery of movable grinding disc；In the axial direction of motor shaft, slice has gap with fixinig plate, which constitutes the rubbing of annular, region of milling, to be crumpled, be milled to the waste residue for entering the gap.Waste residue is rolled while driving waste residue mobile, is crumpled, great efforts using the rotational action of slice opposing stator by fixinig plate and slice setting gap, movement duration is strong, and treatment effect is more preferable, more efficient；Overall structure is simple, compact, and manufacturing cost is low；In addition, compared to impact structure, cutter structure, the structure of fixinig plate and slice is easily damaged, long service life, and maintenance, repair are at low cost, and without processing blade, reduce manufacture difficulty.

Description

A kind of rubbing mechanism for dish-washing machine slagging-off

Technical field

The utility model relates to a kind of kitchen and toilet facilities, more particularly, to a kind of rubbing mechanism for dish-washing machine slagging-off.

Background technique

Waste residue is usually filtered and is sent into slag removal mechanism, is then exhausted from, removed by slag removal mechanism pulverization process by the slagging-off of dish-washing machine Shock mode or cutting mode is usually used in slag mechanism crushing mechanism, and the impact force generated with relative motion will be useless in flowing It is that fragment or cutting are decomposed that slag, which is hit, and shock mode is usually the cutter (can rotate in cavity simultaneously) and chamber of rotation The waste residue float in body, flowed is collided to smash waste residue, such as entitled " food garbage treater " (patent No. 95222788.6) Public technology shown in crushing knife and crush cavity configuration；Cutting mode is usually the cutter that rotates with cutting edge or relatively narrow Side impact cavity in floating, flowing waste residue disconnected with cutting waste residue, such as it is entitled " a kind of food refuse disposer Mill structure " mesh sheet tooth and cutterhead toothing shown in (104014403 B of notification number CN).

The prior art including technology disclosed above, either shock mode or cutting mode are to utilize phase The impact force of movement is collided, needs waste residue and cutter head-on crash that could obtain preferable crushing effect；However it is practical In, there are following two deficiencies:

One, in slag removal mechanism, waste residue is drift state, and motion profile is different, and the motion profile of cutter is relatively solid It is fixed, therefore the collision of waste residue and cutter all has randomness, needs relative movement several times, could form head-on crash, and And relative movement several times therein is lost motion, therefore, the processing mode of existing collision or cutting is both difficult to ensure useless The consistency of slag crushing effect, and kinetic energy consumption is increased, especially slag removal mechanism is largely extended because lost motion is too many Working time, significantly reduce Solid state fermentation speed, biggish adverse effect formed to the working efficiency of dish-washing machine.

Two, the movement handled using impact force caused by relative motion waste residue is snap action, touched each time It hits, contact action only continues the shorter time, it is difficult to lasting processing is formed to waste residue, if waste residue biggish for volume needs Dry circular treatment, it is inefficient.

Summary of the invention

The utility model main purpose is to provide a kind of mechanism for dish-washing machine slagging-off, can crumple to waste residue, ties Structure is compact, improves the treatment effeciency and effect of waste residue.

Above technical problems of the utility model are mainly solved by the following technical scheme: the utility model one Rubbing mechanism of the kind for dish-washing machine slagging-off comprising fixed millstone seat, fixed millstone, movable grinding disc and motor, fixed millstone periphery diameter To several fixinig plates are arranged, several slices are arranged in the periphery of movable grinding disc；In the axial direction of motor shaft, it is described slice with it is described Fixinig plate has gap, which constitutes the rubbing of annular, region of milling, to be crumpled, be ground to the waste residue for entering the gap Mill.

Through the above technical solutions, the utility model is by fixinig plate and slice setting gap, it is relatively fixed using being sliced The rotational action of piece rolls waste residue while driving waste residue mobile, is crumpled, great efforts, and movement duration is strong, processing Effect is more preferable, more efficient；Overall structure is simple, compact, and manufacturing cost is low；In addition, compared to impact structure, cutter structure, The structure of fixinig plate and slice is easily damaged, long service life, and maintenance, repair are at low cost, and without processing blade, reduces system Make difficulty.

Detailed description of the invention

Attached drawing 1 is a kind of structural schematic diagram of the utility model；

Attached drawing 2 is a kind of structural schematic diagram of fixed millstone；

Attached drawing 3 is the top view of attached drawing 2；

Attached drawing 4 is a kind of structural schematic diagram of movable grinding disc component；

Attached drawing 5 is the top view of attached drawing 4；

Attached drawing 6 is the side view of attached drawing 4；

Attached drawing 7 is a kind of structural schematic diagram of plectrum；

Attached drawing 8 is the side view of attached drawing 7；

Attached drawing 9 is a kind of structural schematic diagram of blade；

Attached drawing 10 is the top view of attached drawing 9；

Attached drawing 11 is enlarged drawing at the A of attached drawing 1；

Attached drawing 12 is a kind of structural schematic diagram of first passage, second channel and third channel.

Wherein: 1, motor；2, fixed millstone seat；3, fixed millstone；4, movable grinding disc；5, blade；6, plectrum；7, cutting chamber；8, Crumple room；9, drip chamber；10, rubbish baffle；11, water inlet；12, water outlet；13, first passage；14, second channel；15, Third channel；31, via hole；32, fixinig plate；41, it is sliced；51, cutter hub；52, cutter head；61, fixed plate.

Specific embodiment

Below with reference to the embodiments and with reference to the accompanying drawing the technical solutions of the present invention will be further described.

Embodiment 1: a kind of rubbing mechanism for dish-washing machine slagging-off of the utility model, as shown in attached drawing 1-12 comprising Several fixinig plates 32, movable grinding disc 4 is arranged in fixed millstone seat 2, fixed millstone 3, movable grinding disc 4 and motor 1,3 outer periphery of fixed millstone Periphery several slices 41 are set, which is located at 32 lower section of the fixinig plate.In the axial direction of motor shaft, slice 41 with 32 general parallel orientation of fixinig plate, and the two has gap, which constitutes the rubbing of annular, region of milling, to the entrance gap Waste residue crumpled, milled.

The speed of the waste residue discharge of cutting chamber processing, influences the efficiency of complete machine；For this purpose, the utility model provide one compared with Good Double channel scheme, to improve the speed that waste residue is exported from cutting chamber: via hole 31 is constituted waste residue and enters the first logical of rubbing room 8 Road 13；In the root area of slice 41, the disk body outer rim of the movable grinding disc 4 and the fixed millstone 3 have gap, the gap and ring Shape rubbing, region of milling connect, and constitute the second channel 14 that waste residue enters rubbing room 8；Water body and waste residue are through first passage 13 Enter rubbing, region of milling with one of second channel 14 or two channels.The disk body outer rim of movable grinding disc 4 and the fixed millstone 3 Minimum range L be not more than via hole 31 groove width, with control can enter rubbing room 8 waste residue volume.This scheme, in fixed The waste residue of 3 middle and upper part of mill can enter rubbing room 8 through 31 channel of via hole, and the waste residue in 3 bottom of fixed millstone can pass through movable grinding disc 4 The channel of disk body outer rim enters rubbing room 8, accelerates the speed of waste residue overall flow, improves the efficiency of complete machine.

The rubbing of the utility model, the dominant mechanism rolled are that slagging-off portion includes two crushing members, and two crushing members have Opposite surface has the gap passed through for water body between two apparent surfaces；Two apparent surfaces relatively rotate, the axis of rotation with Level-crossing where two apparent surfaces is vertical；When carrying out dish-washing machine waste residue except Slag treatment, flowing water body is introduced into two-phase To the gap between surface, in relative rotation, the waste residue flowed into water body is crumpled by two apparent surfaces, is rolled.Two Apparent surface relatively rotates axis and is vertically arranged in horizontal one on the other；Crushing member in top sets water body and waste residue entrance is logical Road, the crushing member being below set water body and waste residue flow pass.The flow direction of water body and waste residue is set to level off to gravity side To, flow velocity must be improved as far as possible, so that water body and waste residue is entered rubbing room from cutting chamber as soon as possible, reduce the residence time, quickening Working efficiency makes fluid maintain flow at high speed state especially to make waste residue while flow at high speed in entire slag removal mechanism It cut, crumple the crushed works such as mill.Crushing member outer rim is closed at the position for crumpling, rolling waste residue, to increase effective work Make area, improves working efficiency.

It is relatively rotated by two apparent surfaces, rubbing is formed to waste residue, rolls movement；To the rubbing of waste residue, movement is rolled, Great efforts are crumpled, are rolled especially compared to the processing mode for the instantaneous touch such as being hit, being cut to waste residue, moment is detached from Waste residue movement duration it is strong (until processing is not more than predetermined volume to waste residue volume, being discharged from flow pass), have better Good treatment effect；Compared to the traditional approach that waste residue randomness hits cutter, randomness and cutter touching cutting, substantially accelerate Processing speed.Waste residue, which is relatively fixed in working region, (from in-position to outflow position, to be belonged to rubbing, grinds Press and make working region), it crumples, roll movement persistently, it is more preferable to the treatment effect of waste residue；The relative rotation of two apparent surfaces and The flowing of water body moves waste residue in the gap between two apparent surfaces, on the move, the biggish waste residue of volume, opposite Under the action of the frictional force on surface, overturn while mobile, or is squeezed by apparent surface and to reduce volume and (such as flexible give up Slag), or be broken into several body (such as brittleness waste particle), or tearing at several body (such as with internal fiber adhesion Waste residue).

It should be understood that the utility model is mainly used in dish-washing machine, it is particularly applied to fountain dish-washing machine；For into One step understands the spirit and inventive principle of the utility model, is now removed the gred with a kind of its draining for being applied to fountain dish-washing machine Processor is as follows as an example:

Draining slagging-off processor, as shown in Fig. 1 comprising: fixed millstone seat 2, fixed millstone 3, motor 1 and movable grinding disc 4.

As shown in Fig. 1, fixed millstone seat 2 is cavity body, has the water inlet 11 for accepting waste residue and going out waste residue discharge The mouth of a river 12, the water inlet 11 are connected to the discharge outlet of dish-washing machine；Motor 1 is set to fixed millstone seat 2, and output shaft end protrudes into fixed millstone In the cavity of seat 2.

As shown in attached drawing 1, attached drawing 2, attached drawing 3, fixed millstone 3 is fixed in the cavity of fixed millstone seat 2, is the ring of both ends open Shape tube structure；Several via holes 31 are set on the side wall of canister portion, several fixinig plates 32 are arranged in outer periphery, and fixinig plate can be single Solely then structure that production is fixed on canister portion by the modes such as welding or assembling, preferable scheme are that fixinig plate 32 is fixed millstone 3 Cylinder body bottom outward bending extend made of integral structure；Water inlet of the upper end opening of canister portion towards fixed millstone seat 2, canister portion Outer peripheral surface and fixed millstone seat 2 have accommodating space, which is connected to the gap between via hole 31 and fixinig plate 32, are formed useless Slag flows to a channel of drip chamber 9 from cutting chamber 7, belongs to a part of rubbing room 8.

In the above scheme, fixed millstone 3 needs to be fixed on fixed millstone seat 2, and conventional fixed knot can be used in fixed structure Structure, such as welding, screw fixation etc.；It is as a preferable scheme, as shown in Fig. 1, the cavity wall of fixed millstone seat 2 With hierarchic structure；Edge and 32 end of fixinig plate are resisted against the diameter of 2 cavity of fixed millstone seat not respectively in the canister portion of fixinig plate 32 On same ladder section side wall, to wrap into accommodating space.This structure, both forms accommodating space, further through cylinder upper and lower side Two fixed mode forms firm fixed structure, and is easily assembled.

As shown in attached drawing 1, attached drawing 4, attached drawing 5, attached drawing 6, as the movable grinding disc 4 of rotatable parts, motor 1 is fixed at middle part Output shaft；The main body of movable grinding disc 4 is disc structure, and disk body diameter and the barrel diameter of fixed millstone 3 are substantially the same；Wherein, it moves Blade 5, the intracorporal waste residue of cylinder to cut fixed millstone 3 is arranged in the middle part of 4 disk body of mill；Several slices are arranged in the periphery of disk body 41, which is located at 32 lower section of fixinig plate, cuts the waste residue for flowing to drip chamber 9 to cut.It should be noted that blade 5 Rotary motion trace be in the inner periphery of fixed millstone 3, in fixed millstone 3 waste residue carry out level-one cutting；Wherein, the sword of blade 5 It is less than the gap of default waste residue size between the rotary motion trace in portion and the inner peripheral wall of fixed millstone 3 with wide and width, between being somebody's turn to do Gap constitutes the cutting region of annular, can be another to partially via hole 31 is entered to cut the waste residue for flowing to via hole 31, especially blade 5 Waste residue (such as strip waste residue) of a part still in cutting chamber 7 carries out second level cutting.

To further increase Solid state fermentation efficiency and treatment effect, the utility model before waste residue flows into drip chamber, It crumples in room 8 and further processing scheme is provided with to waste residue, which includes rubbing scheme and three-level cutting scheme；It rubs with the hands The scheme of rubbing is: slice 41 and 32 general parallel orientation of fixinig plate, and has gap between the two, which constitutes the rubbing of annular, grinds Region is ground, by the relative rotation of disk body, the waste residue between slice 41 and fixinig plate 32 is crumpled, is milled, it is made Fragmentation or volume reduce；Three-level cutting scheme is to cut to the waste residue for entering 41 gap of contiguous slices, make the row of eventually entering into The waste residue volume of water chamber 9 is smaller, can swimmingly be discharged from sewer pipe, and is not easy to cause blockages.

The speed of the waste residue discharge of cutting chamber processing, influences the efficiency of complete machine；For this purpose, the utility model provide one compared with Good Double channel scheme, to improve the speed that waste residue is exported from cutting chamber: via hole 31 is constituted waste residue and enters the first logical of rubbing room 8 Road 13；In the root area of slice 41, the disk body outer rim of the movable grinding disc 4 and the fixed millstone 3 have gap, the gap and ring Shape rubbing, region of milling connect, and constitute the second channel 14 that waste residue enters rubbing room 8；Water body and waste residue are through first passage 13 Enter rubbing, region of milling with one of second channel 14 or two channels.The disk body outer rim of movable grinding disc 4 and the fixed millstone 3 Minimum range L be not more than via hole 31 groove width, with control can enter rubbing room 8 waste residue volume.This scheme, in fixed The waste residue of 3 middle and upper part of mill can enter rubbing room 8 through 31 channel of via hole, and the waste residue in 3 bottom of fixed millstone can pass through movable grinding disc 4 The channel of disk body outer rim enters rubbing room 8, accelerates the speed of waste residue overall flow, improves the efficiency of complete machine.

It is simultaneous since the structural member part that the scheme and the three-level cutting scheme that use above-mentioned rubbing, mill are related to is identical The effect for caring for two schemes, using following preferable organization plan: slice 41 is equal with the quantity of fixinig plate 32, and in circumference side It is evenly distributed upwards；The gap length between gap length and adjacent fixinig plate 32 between contiguous slices 41 is generally equalized； Make the slice 41 relatively rotated when work and fixinig plate 32, the implementation of rubbing scheme both ensured with enough undertaking areas, Suitable cutting room is provided for three-level cutting scheme again, and provides channel space for the flowing of waste residue.

As shown in attached drawing 9, attached drawing 10, blade 5 includes cutter hub 51, and cutter hub 51 is plate body, horizontal, and be fixed on movable grinding disc 4 On, plate body both ends are folded upward at extension and constitute cutter head 52.This structure is easy to make, and structural strength with higher is not easily broken It splits, bend, and be easily installed and replace.

When the setting of blade 5 one is secondary, minimum of the cutting part (being located at cutter head lateral margin) of each cutter head 52 with 3 inner periphery of fixed millstone Apart from generally equalized；When two pair of the setting of blade 5 or more, the cutting part and 3 inner circle of fixed millstone of the cutter head 52 on same blade The minimum range in week is generally equalized, and the cutting part of the cutter head 52 on different blades and the minimum range of 3 inner periphery of fixed millstone differ, It is that cutter head is distributed on the different rotation track of radius, is cut, can further be mentioned in the waste residue in different radii position High cutting effect and cutting speed.

To further increase dish-washing machine slagging-off and deslagging efficiency, following scheme is used in drip chamber 9: such as attached drawing 1, attached drawing 7, shown in attached drawing 8, in fixed millstone seat 2, axial spacing is set between movable grinding disc 4 and rubbish baffle 10, in the axial spacing Cavity constitute drip chamber 9, water outlet 12 is set on 2 side wall of fixed millstone seat of corresponding drip chamber 9；The lower part of 3 disk body of movable grinding disc Several plectrums 6 are provided with, 6 one end of plectrum is directed toward in the middle part of 3 disk body of movable grinding disc, and the other end is directed toward 3 disk body outer rim of movable grinding disc；It is directed toward 6 end of plectrum of 3 disk body outer rim of movable grinding disc, in the longitudinal direction in slice 41 lower section, horizontally with 12 oral area of water outlet On the whole mutually neat.Gap between slice 41 constitutes third channel 15.The lateral border of plectrum 6 extends to the lower section of third channel 15, And the lower section of the lateral inswept third channel 15 of the rotary motion trace of the lateral border；Plectrum 6 rotates, and water body and waste residue are allocated to drip chamber 9 cavity wall, while suction is generated to the water body in third channel 15, pass through the whole of slag removal mechanism to improve water body and waste residue The speed of body process；12 oral area of water outlet of drip chamber 9, towards the center of rotation of plectrum 6；When the close water outlet of 6 lateral border of plectrum When mouth 12, water body and waste residue are dialled in into water outlet 12, are discharged from drainage.

In the indoor structure of above-mentioned draining, water outlet and the horizontal position locating for plectrum 6 of drip chamber 9 are substantially the same, Also that is, the water outlet of drip chamber 9 is towards plectrum 6 in the horizontal direction；This structure makes water outlet 12 be in plectrum 6 and rotates rail In the radial extended area of mark, the water body and waste residue that plectrum is stirred are directly entered water outlet 12, so that water body and waste residue are shifting To water outlet 12, flow direction variation is small, and being both less prone to other external drags, (such as bend is easy to flow Dynamic resistance), and reduce discharge path, to greatly improve the efficiency that waste residue is discharged from drip chamber 9.This structure, makes full use of Inner space, especially with the swabbing action for having cooperatively formed pump of plectrum and drip chamber cavity, without being separately provided Pump, and relative to pump configuration, the structure of plectrum and cavity, structure is simpler, and difficulty of processing declines to a great extent, and not only reduces manufacture Cost, and reduce space hold, keep complete machine structure more compact.

In the indoor technical solution of above-mentioned draining, plectrum 6 can produce three effects: first effect be, water body and useless Slag flows downward, and the plectrum of rotation laterally stirs water body and waste residue, increases waste residue especially graininess waste residue and enters water outlet Speed, to improve the deslagging speed and efficiency of complete machine；Second effect be, by the cooperation of plectrum and the cavity of drip chamber 9, Formed pump function can greatly improve suction it is not necessary that the draining pump of suction is separately provided outside drip chamber, allow water body faster Pass through slag removal mechanism fastly；Third effect is that suction increases water volume flow rate, necessarily increases waste residue and flows through in slag removal mechanism respectively The speed at position, that is, speed of the waste residue with respect to such as relative motion of cutter crushing part is improved, improve crushing part To the impact force of waste residue, to improve the crushing effect and efficiency during crushing waste residue.

The upside of plectrum 6 is affixed side, which bends and extends into fixed plate 61, and fixed plate 61 is mounted on the dynamic mill On disk 3.This structure, support strength with higher, is easily installed, and especially enhances the structural strength of plectrum 6, not pliable It is bent, not easy to break.

The main body of plectrum 6 is plate body, is in substantially parallel relationship to the pivot center of plectrum 6.So that it can be obtained when rotating forward, inverting Identical pressurization and deslagging effect.

6 bottom face of plectrum is inclined-plane, and 2 circumferential wall of fixed millstone seat, the side of the inclined-plane high point side are directed toward in the high point side on the inclined-plane Edge is in immediately below slice 41.Plectrum region where inclined-plane high point side, the inflow region of face water body and waste residue, as plectrum Groundwork region；Therefore, the technical program provide structure, the groundwork region area is larger, make plectrum have compared with The high working efficiency stirred water body and increase suction；The other end is non-principal working region, and the plate body of plectrum narrows, convenient for drop Low overall volume and weight, and material is saved, reduce manufacturing cost.

10 upper surface of rubbish baffle is the curved-surface structure of middle part protuberance, and protrusion is outside and is obliquely extended composition downwards tiltedly Face, the inclined-plane is opposite with the inclined-plane of 6 bottom end of plectrum, and the inclined-plane of rubbish baffle 10 is opposite with 6 inclined-plane of plectrum, improves plectrum 6 and sweeps Cross the Entraining Effect in region；12 oral area lower edge of water outlet sticks on 10 peripheral-edge lower of rubbish baffle, increases water outlet 12 and rubbish The contact area of 10 outer rim of rubbish baffle makes along 10 outer rim of rubbish baffle (i.e. root on the downside of the cavity of drip chamber 9) movement Waste residue more easily, more quickly enter water outlet 12.

This curved-surface structure of 10 upper surface of rubbish baffle so that in 10 upper surface of rubbish baffle waste residue from Mental and physical efforts are superimposed under the double action of gravity, flow to 10 outer peripheral edge of rubbish baffle along inclined-plane, are less prone to middle part and are accumulated waste residue Phenomenon was not only all discharged convenient for waste residue, but also improves the velocity of discharge of waste residue；It is led it should be noted that waste residue is flow in rubbish Behind 10 outer peripheral edge of fluid, water body flowing, plectrum lower edge is inswept from top and under generating the double action of Entraining Effect, waste residue It is moved along 10 outer peripheral edge of rubbish baffle, until entering water outlet 12.

To sum up, it by the technical solution in above-mentioned drip chamber 9, produces following the utility model has the advantages that 1, plectrum laterally stirs water Body and waste residue improve waste residue and enter the speed of water outlet, to improve the deslagging speed and efficiency of complete machine；2, plectrum and cavity shape At pumping function, it is not necessary that the draining pump for suction is separately provided, suction force can be generated to the fluid in slag removal mechanism；3, exist On the basis of plectrum laterally stirs water body and waste residue mode, superposition plectrum and cavity formed pump inhale mode, allow water body more rapidly Ground increases the speed that waste residue flows through each position of slag removal mechanism by slag removal mechanism, increases crushing part to the impact force of waste residue, To improve the waste residue crushing effect and efficiency of complete machine；4, plectrum, water outlet are arranged in plectrum rotary motion trace by movable grinding disc Radial extended area in structure, the water body and waste residue for stirring plectrum be directly entered water outlet, be both less prone to others External drag, and there is shorter discharge path, to greatly improve the efficiency that waste residue is discharged from drip chamber；5, by plectrum with The combination of cavity, makes compact overall structure, compared to the structure that draining pump is separately provided, not only can substantially reduce complete machine body Product, also with distinguishing feature that is at low cost, being easy to make；6, the draining pump in the prior art, being separately provided is easily discharged useless Slag is stained, blocks, and causes to pump performance decline even failure；And in the technical program, waste residue is completely exhausted out cavity, is not easy to accumulate in In cavity, and plectrum is fixed on movable grinding disc lower part in suspended state, and plectrum lower part is hanging, so that plectrum is also difficult to accumulate waste residue, Therefore, drip chamber cleannes with higher had not only been made, but also have been not easy to be damaged the pumping ability energy that cavity and plectrum are constituted by waste residue, be allowed to Remain good pump energy-absorbing power, and performance is steady in a long-term.

Herein, the space of fixed millstone seat 2, the inner periphery of fixed millstone 3 and the wrapping of 4 upper surface of movable grinding disc constitutes cutting Room 7；The space that the slice 41 of fixed millstone seat 2, the excircle of fixed millstone 3 and movable grinding disc 4 wraps constitutes rubbing room 8, and rubbing room 8 is wrapped Accommodating space containing 3 canister portion outer peripheral surface of fixed millstone and the fixed millstone seat 2 wrapping；2 inner sidewall of fixed millstone seat, 4 lower part of movable grinding disc Drip chamber 9 is constituted with the space of 10 upper surface of rubbish baffle wrapping, waste residue is arranged in 2 side wall of fixed millstone seat of corresponding drip chamber 9 The water outlet of outflow.

Draining slagging-off (miniature) processor uses following method when handling waste residue:

1) waste residue of dish-washing machine discharge outlet discharge is accepted by cutting chamber 7, and is given up by the blade 5 on movable grinding disc 4 to entrance Slag carries out level-one cutting；

2) waste residue after the waste residue of small volume and part are cut, the flow direction rubbing room 8 out of cutting chamber 7；At this point, by blade 5 pairs of parts enter via hole 31 and another part is still in the waste residue progress second level cutting in cutting chamber 7；

3) waste residue in room 8 is crumpled, is milled by the slice 41 of 32 lower section of fixinig plate and is cut with three-level；

4) waste residue enters drip chamber 9, is discharged from water outlet.

Wherein, 3) in, using following processing mode:

A, the waste residue between slice 41 and fixinig plate 32 is crumpled by the side wall of slice 41 and fixinig plate 32, is ground Mill；

B, partially enter the waste residue between slice 41, three-level cutting is carried out by slice 41；Wherein, in slice 41 after cutting The part of top enters a step and is crumpled, milled, and rest part enters drip chamber 9.

The 2) in, waste residue flows into rubbing room 8 out of cutting chamber 7 has first passage 13 and second channel 14, and first is logical Road 13 is the gap of via hole 31, and second channel 14 is the gap between the disk body outer rim of movable grinding disc 4 and fixed millstone 3.

Plectrum 6 is set in 4 lower part of movable grinding disc in drip chamber 9, plectrum 6 is rotated with movable grinding disc 4, will be in drip chamber 9 Water flow press to discharge side from suction side, with improve water flow and waste residue by cutting chamber 7, crumple the speed of room 8 and drip chamber 9 Degree, and increase the speed that waste residue enters cutting chamber 7 from dish-washing machine.

Above description is only a specific implementation of the present invention, but the protection scope of the utility model is not limited to In this, anyone skilled in the art within the technical scope disclosed by the utility model, can readily occur in variation Or replacement, it should be covered within the scope of the utility model.Therefore, the protection scope of the utility model should be with the power Subject to the protection scope that benefit requires.

Claims (5)

1. a kind of rubbing mechanism for dish-washing machine slagging-off, the fixed millstone of fixed millstone seat (2), disc structure including tube structure (3), movable grinding disc (4) and motor (1), fixed millstone (3) outer periphery are arranged several fixinig plates (32), movable grinding disc (4) it is outer Several slices (41) of week setting；It is characterized by:

In the axial direction of motor shaft, the slice (41) and the fixinig plate (32) have gap, which constitutes the stranding of annular It rubs, region of milling, to be crumpled, be milled to the waste residue for entering the gap.

2. a kind of rubbing mechanism for dish-washing machine slagging-off according to claim 1, it is characterised in that:

Via hole (31) constitutes the first passage (13) that waste residue enters rubbing room (8)；

Root area in slice (41), the disk body outer rim of the movable grinding disc (4) and the fixed millstone (3) have gap, the sky Gap connects with annular rubbing, region of milling, and constitutes the second channel (14) that waste residue enters rubbing room (8)；

Water body and waste residue through the first passage (13) and the second channel (14) or in which one of enter the rubbing, mill Region.

3. a kind of rubbing mechanism for dish-washing machine slagging-off according to claim 2, it is characterised in that: the movable grinding disc (4) the minimum range L of disk body outer rim and the fixed millstone (3) is not more than the groove width of the via hole (31).

4. a kind of rubbing mechanism for dish-washing machine slagging-off according to claim 1, it is characterised in that: the slice (41) It is equal with the quantity of the fixinig plate (32), and be evenly distributed in a circumferential direction；Gap between contiguous slices (41) Gap length between width and adjacent fixinig plate (32) is generally equalized.

5. a kind of rubbing mechanism for dish-washing machine slagging-off according to claim 1 or 2 or 3 or 4, it is characterised in that: institute The cavity wall for stating fixed millstone seat (2) has hierarchic structure；Edge and the fixinig plate (32) end in the canister portion of the fixed millstone (3) Portion is resisted against respectively on the different ladder section side wall of diameter of fixed millstone seat (2) cavity, to wrap into accommodating space.