CN203238733U

CN203238733U - Grinding mechanism of waste processor

Info

Publication number: CN203238733U
Application number: CN 201320289555
Authority: CN
Inventors: 戴春有; 向明亮
Original assignee: Ningbo Cunyoo Electronic Science & Technology Co Ltd
Current assignee: Ningbo Cunyoo Electronic Science & Technology Co Ltd
Priority date: 2013-05-11
Filing date: 2013-05-11
Publication date: 2013-10-16
Anticipated expiration: 2023-05-11

Abstract

The utility model provides a grinding mechanism of a waste processor. The grinding mechanism comprises a grinding disc, a side blade and an auxiliary cutter disc, wherein grinding teeth are arranged on the edge of the grinding disc; an impacting hammer is arranged on the upper end face of the grinding disc; the side blade is located above the grinding disc; the side blade is provided with straight cutters and transverse cutters; the auxiliary cutter disc is provided with auxiliary teeth; the auxiliary teeth are located below the grinding teeth and are fixed and immobile; the transverse cutters of the side blade are located above the grinding teeth. The auxiliary cutter disc is added so as to further grind kitchen wastes and carry out fine crushing on wastes; final garbage grains are small and are easy to discharge.

Description

The grinding mechanism of garbage disposer

Technical field

The utility model relates to garbage crushing treatment facility technical field, specifically is a kind of grinding mechanism of garbage disposer.

Background technology

Garbage disposer belongs to garbage disposal auxiliary equipment more common in the modern kitchen, and its grinding mechanism is used for and will discharges behind the kitchen garbage pulverizing.Our common grinding mechanism mainly is divided into three parts at present; impact hammer on the first abrasive disk; the changing food waste that to be poured into garbage disposer by impact hammer carries out preliminary bump pulverizing; it two is side blades; rubbish after first the pulverizing is close side blade under centrifugal action; then carry out separating twice by side blade; it three is abrasive disks; rubbish behind the separating twice carries out last grinding by the tooth lapping around the abrasive disk again; then advance to discharge; this grinding mechanism can satisfy most of kitchen garbage pulverizings, but its last pulverized particles is still slightly large, causes sometimes the obstruction of discharge tube.

The utility model content

Technical problem to be solved in the utility model is that the grinding mechanism of the better garbage disposer of a kind of crushing effect is provided.

For solving the problems of the technologies described above, the grinding mechanism of the garbage disposer that the utility model provides, it comprises abrasive disk and side blade, and the edge of abrasive disk is provided with tooth lapping, and impact hammer is equipped with in the upper surface of abrasive disk, side blade is positioned at the top of abrasive disk, side blade is provided with straight knife and horizontal cutter, and it also comprises auxiliary cutterhead, and auxiliary cutterhead is provided with auxiliary tooth, auxiliary tooth is positioned at the below of tooth lapping and maintains static, and the horizontal cutter spacing on the side blade is in the top of tooth lapping.

Concrete, described auxiliary cutterhead is circular, and annulus is provided with circumferentially equally distributed auxiliary tooth, and auxiliary cutterhead is installed in the shell of grinding mechanism.

As improvement, described auxiliary tooth is positioned at the inboard of annulus.

Further improve, described auxiliary tooth is provided with through hole, and this through hole is convenient to falling of particle.

The another kind of improvement, described horizontal cutter spacing is in the outside of side blade.

Concrete, the lower end of described side blade is provided with external flange, and flange is provided with horizontal cutter.

As improvement, the end of side blade upper tranverse blade connects through gusset between any two.

After adopting above structure, the grinding mechanism of the utility model garbage disposer compared with prior art has the following advantages:

Increase auxiliary cutterhead, further changing food waste is ground, to the rubbish pulverizing that becomes more meticulous, the granulated garbage that obtains at last is smaller, be easy to discharging, be difficult for causing the obstruction of pipeline, and auxiliary cutterhead is not moved, do not need original grinding mechanism is carried out large change, in the situation that improves the garbage disposal effect, save design and the manufacturing cost of garbage disposer, and by various improvement projects, each parts can individually rationally be assembled, improve crush efficiency, its weight of reduction under the prerequisite that guarantees side blade intensity.

Description of drawings

Fig. 1 is the partial structurtes schematic diagram of the grinding mechanism of the utility model garbage disposer;

Fig. 2 is the structural representation of auxiliary cutterhead in the grinding mechanism of the utility model garbage disposer;

Fig. 3 is the structural representation of side blade in the grinding mechanism of the utility model garbage disposer;

The grinding mechanism mounting structure schematic diagram of my the utility model garbage disposer of Fig. 4;

Fig. 5 is the mounting structure schematic diagram of auxiliary cutterhead in the grinding mechanism of the utility model garbage disposer.

The specific embodiment

Below in conjunction with the drawings and specific embodiments the utility model is described in further detail.

With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, shown in Figure 5, the grinding mechanism of the utility model garbage disposer, this grinding mechanism is arranged in the shell 11, it comprises abrasive disk 1 and side blade 2, abrasive disk 1 is circular, and is connected with the output shaft of drive motors and is driven in rotation, and side blade 2 also is circle, be installed on the blade cover 12, keep maintaining static with abrasive disk 1 cooperating.

Tooth lapping 8 is positioned at the edge of abrasive disk 1, tooth lapping 8 circumferentially evenly distributes, in the upper surface of abrasive disk 1 impact hammer 3 is housed, impact hammer 3 is free to rotate, and the output shaft of impact hammer 3 and drive motors forms eccentric knot mode when abrasive disk 1 rotation and swings rubbish is clashed into pulverizing.Side blade 2 is positioned at the top of abrasive disk 1, the lower end of side blade 2 is provided with external flange, mode by perforate forms respectively straight knife 4 and horizontal cutter 5 on the sidewall of side blade 2 and flange, horizontal cutter 5 above the tooth lapping 8 and and tooth lapping 8 between gapped, that conveniently minces enters pulverizing, horizontal cutter 5 is positioned at the outside of side blade 2 and the perforate of side blade 2 sidewalls has formed straight knife 4 and horizontal cutter 5, both the movement for particle provided passage, also cut for meeting first straight knife 4, then particle is again in the lower outside job order that moves up between horizontal cutter 5 and the tooth lapping 8 of centrifugal action.For improving the intensity of side blade 2 and horizontal cutter 5, the end of side blade 2 upper tranverse blades 5 connects through gusset 10 between any two, and this gusset 10 can be integrated with side blade 2, and is simple and reliable for structure, has and is convenient to manufacture.

Below abrasive disk 1, increase an auxiliary cutterhead 6, should auxiliary cutterhead 6 be circular, match with abrasive disk 1, auxiliary tooth 7 is positioned at the inboard of annulus, and auxiliary tooth 7 will assist cutterhead 6 usefulness screws to be installed in the shell 11 along circumferentially evenly distribution of annulus, make auxiliary tooth 7 be positioned at the below of tooth lapping 8 and maintain static, between auxiliary tooth 7 and the tooth lapping 8 slit is arranged also, abrasive disk 1 rotates, and tooth lapping 8 just can produce grinding effect with auxiliary tooth 7.

As corrective measure, be provided with through hole 9 at auxiliary tooth 7, this through hole 9 is convenient to falling of particle, also can reduce the weight of auxiliary cutterhead 6.

During work, changing food waste is poured in the grinding chamber, start drive motors and drive abrasive disk 1 rotation, impact hammer 3 occurs to swing under the drive of eccentric structure rubbish is tentatively clashed into pulverizing, particle is positioned on the abrasive disk 1 and rotates, close side blade 2 under the effect of centrifugal force, straight knife 4 on the side blade 2 just produces shear action at this moment, particle is further pulverized, less particle continues outer moving up between horizontal cutter 5 and the tooth lapping 8 and grinds, then downstairs crash between tooth lapping 8 and the auxiliary tooth 7 from the slit between the tooth lapping 8 and carry out last grinding, whole process only needs abrasive disk 1 to rotate and can realize, and is simple and practical, crushing effect is more satisfactory, last particle particle is less, is convenient to discharging, is difficult for pipeline is resulted in blockage.

Claims

1. the grinding mechanism of a garbage disposer, it comprises abrasive disk (1) and side blade (2), the edge of abrasive disk (1) is provided with tooth lapping (8), impact hammer (3) is equipped with in the upper surface of abrasive disk (1), side blade (2) is positioned at the top of abrasive disk (1), side blade (2) is provided with straight knife (4) and horizontal cutter (5), it is characterized in that: it also comprises auxiliary cutterhead (6), auxiliary cutterhead (6) is provided with auxiliary tooth (7), auxiliary tooth (7) is positioned at the below of tooth lapping (8) and maintains static, and the horizontal cutter (5) on the side blade (2) is positioned at the top of tooth lapping (8).

2. the grinding mechanism of garbage disposer according to claim 1, it is characterized in that: described auxiliary cutterhead (6) is for circular, annulus is provided with circumferentially equally distributed auxiliary tooth (7), and auxiliary cutterhead (6) is installed in the shell of grinding mechanism.

3. the grinding mechanism of garbage disposer according to claim 2, it is characterized in that: described auxiliary tooth (7) is positioned at the inboard of annulus.

4. the grinding mechanism of garbage disposer according to claim 3, it is characterized in that: described auxiliary tooth (7) is provided with through hole (9), and this through hole (9) is convenient to falling of particle.

5. the grinding mechanism of the described garbage disposer of any one according to claim 1-4 is characterized in that: described horizontal cutter (5) is positioned at the outside of side blade (2).

6. the grinding mechanism of garbage disposer according to claim 5, it is characterized in that: the lower end of described side blade (2) is provided with external flange, and flange is provided with horizontal cutter (5).

7. the grinding mechanism of garbage disposer according to claim 6, it is characterized in that: the end of side blade (2) upper tranverse blade (5) connects through gusset (10) between any two.