Canonical pi_zero_quot_morph zqT := PiMorph (pi_zeror zqT).Canonical pi_opp_quot_morph zqT := PiMorph1 (pi_oppr zqT).Canonical pi_add_quot_morph zqT := PiMorph2 (pi_addr zqT).Notation ZmodQuotType z o a Q m :=
  (@ZmodQuotType_pack _ _ z o a Q _ _ _ _ id id m).Notation "[ 'unitRingQuotType' u & i 'of' Q ]" :=
  (@UnitRingQuotType_clone _ _ _ _ _ _ _ u i Q _ _ id)
  (at level 0, format "[ 'unitRingQuotType'  u  &  i  'of'  Q ]") : form_scope.Notation ZmodQuotMixin Q m0 mN mD :=
  (@ZmodQuotMixin_pack _ _ _ _ _ Q _ _ id _ _ id (pi_eq_quot _) m0 mN mD).Canonical pi_additive := Additive pi_is_additive.Record ring_quot_class_of (Q : Type) : Type := RingQuotClass {
  ring_quot_quot_class :> quot_class_of T Q;
  ring_quot_ring_class :> GRing.Ring.class_of Q;
  ring_quot_mixin :> ring_quot_mixin_of
    ring_quot_quot_class ring_quot_ring_class
}.Record ring_quot_class_of (Q : Type) : Type := RingQuotClass {
  ring_quot_quot_class :> quot_class_of T Q;
  ring_quot_ring_class :> GRing.Ring.class_of Q;
  ring_quot_mixin :> ring_quot_mixin_of
    ring_quot_quot_class ring_quot_ring_class
}.Record ring_quot_class_of (Q : Type) : Type := RingQuotClass {
  ring_quot_quot_class :> quot_class_of T Q;
  ring_quot_ring_class :> GRing.Ring.class_of Q;
  ring_quot_mixin :> ring_quot_mixin_of
    ring_quot_quot_class ring_quot_ring_class
}.Record ring_quot_class_of (Q : Type) : Type := RingQuotClass {
  ring_quot_quot_class :> quot_class_of T Q;
  ring_quot_ring_class :> GRing.Ring.class_of Q;
  ring_quot_mixin :> ring_quot_mixin_of
    ring_quot_quot_class ring_quot_ring_class
}.Record ring_quot_class_of (Q : Type) : Type := RingQuotClass {
  ring_quot_quot_class :> quot_class_of T Q;
  ring_quot_ring_class :> GRing.Ring.class_of Q;
  ring_quot_mixin :> ring_quot_mixin_of
    ring_quot_quot_class ring_quot_ring_class
}.Structure ringQuotType : Type := RingQuotTypePack {
  ring_quot_sort :> Type;
  _ : ring_quot_class_of ring_quot_sort;
 
}.Structure ringQuotType : Type := RingQuotTypePack {
  ring_quot_sort :> Type;
  _ : ring_quot_class_of ring_quot_sort;
 
}.Structure ringQuotType : Type := RingQuotTypePack {
  ring_quot_sort :> Type;
  _ : ring_quot_class_of ring_quot_sort;
 
}.Implicit Type rqT : unitRingQuotType.Definition ring_zmod_quot_class rqT (rqc : ring_quot_class_of rqT) :
  zmod_quot_class_of eqT zeroT oppT addT rqT := ZmodQuotClass rqc.Definition ring_eq_quot_class rqT (rqc : ring_quot_class_of rqT) :
  eq_quot_class_of eqT rqT := EqQuotClass rqc.Canonical ringQuotType_eqType rqT := Equality.Pack (ring_quot_class rqT).Canonical ringQuotType_choiceType rqT := Choice.Pack (ring_quot_class rqT).Canonical ringQuotType_zmodType rqT :=
  GRing.Zmodule.Pack (ring_quot_class rqT).Canonical ringQuotType_ringType rqT :=
  GRing.Ring.Pack (ring_quot_class rqT).Canonical ringQuotType_quotType rqT := QuotTypePack (ring_quot_class rqT).Canonical ringQuotType_eqQuotType rqT :=
  EqQuotTypePack (ring_eq_quot_class (ring_quot_class rqT)).Canonical ringQuotType_zmodQuotType rqT :=
  ZmodQuotTypePack (ring_zmod_quot_class (ring_quot_class rqT)).

(* Specifications: *)
Lemma ring_quot_mixinP rqT : ring_quot_mixin_of (ring_quot_class rqT) (ring_quot_class rqT).