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A waste food disposer unit 10 for under sink application has a housing divided into a grinding chamber 12 and a motor chamber 15. The grinding chamber 12 has an inlet 16 for water and waste matter and an outlet 18 for water and shredded waste matter. A shredder ring 20 is disposed within the grindin

A waste food disposer unit 10 for under sink application has a housing divided into a grinding chamber 12 and a motor chamber 15. The grinding chamber 12 has an inlet 16 for water and waste matter and an outlet 18 for water and shredded waste matter. A shredder ring 20 is disposed within the grinding chamber and has a plurality of cutting teeth 36 formed by slots 34 extending upwardly from a lower edge of the ring. A grinding disc 22 is disposed within the grinding chamber 12 and has a plurality of peripheral recesses 42 which co-acts with the cutting teeth 36 to shred the waste matter.

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1. A waste food disposer, comprising: a housing defining a grinding chamber having an inlet and an outlet; anda grinding mechanism disposed within the housing including:a shredder ring with a plurality of slots and teeth formed between adjacent slots;a grinding disc, disposed coaxially with the shre

1. A waste food disposer, comprising: a housing defining a grinding chamber having an inlet and an outlet; anda grinding mechanism disposed within the housing including:a shredder ring with a plurality of slots and teeth formed between adjacent slots;a grinding disc, disposed coaxially with the shredder ring and axially spaced from the shredder ring by a small gap;a motor for rotating the grinding disc relative to the shredder ring;wherein the grinding disc is a single plate with uniform depth and supports a number of pushers thereon;wherein the grinding disc extends radially beyond an inner surface of the shredder ring;wherein the grinding disc is spaced from a wall of the grinding chamber by a radial gap, the radial gap being non-uniform; andwherein the grinding disc has teeth formed by a plurality of peripheral recesses spaced about a radially outer periphery of the grinding disc, and in operation the teeth formed by the recesses of the grinding disc cooperate with the teeth of the shredder ring to tear waste matter being caught between the slots and the recesses. 2. The waste food disposer of claim 1, wherein the grinding disc extends radially beyond an outer surface of the shredder ring, and a space is formed between the teeth of the shredder ring and an inner circumferential surface of the grinding chamber, the space facing and communicating with the slots of the shredder ring. 3. The waste food disposer of claim 1, wherein the recesses are uniformly spaced about the periphery of the grinding disc. 4. The waste food disposer of claim 1, wherein the slots and the teeth are uniform. 5. The waste food disposer of claim 1, wherein the housing defines a motor chamber separated from the grinding chamber by a divider, the motor being accommodated within the motor chamber. 6. The waste food disposer of claim 5, wherein the motor is a high voltage DC motor.