Insect breeding

1. An insect breeding system for the breeding of insect larvae, comprising:

a multitude of similar, stackable crates, a climate housing, and crate stacking equipment;

wherein the multitude of similar, stackable crates each have:

a same width;

a same length;

a same corner structure that comprises complementary lower elements and upper elements, configured to allow stacking of the crates on top of each other by allowing the upper elements of a lower crate to interact with lower elements of an upper crate;

a containment area defined by the width, the length, and a height of the crate,

wherein each crate is tuned to one of the following crate types, at least a part of a bottom of the crates being modified to tune the crates to mutually different crate types; and

wherein the below three crate types are part of the insect breeding system:

a hatching egg crate, suited to contain insect eggs in the containment area thereof, said hatching egg crate being open-bottomed and comprising holders for holding spawn structures;

a larvae crate, suited to contain larvae, and larvae food in the containment area thereof, allowing the rearing of such larvae, said larvae crate being closed-bottomed;

an insect crate, suited to contain live adult insects including mother insects and insect food in the containment area thereof, allowing the mothers to lay eggs, said insect crate being bottomed and comprising a plurality of spawns structures in which mother insects spawn their eggs;

wherein the climate housing is provided with one or more stacks of said similar crates, each stack having a stack height of at least five; and wherein the crate stacking equipment is configured to handle each of the egg, larvae, and insect crate types to be arranged as a part of the one or more stacks, individually and independently.

2. Insect breeding system according to claim 1 , wherein the stack comprises a multitude of crates having an open bottom structure, and at least one collection crate, having a closed bottom structure, allowing insects of a particular life cycle, arranged in the open-bottomed crates, to fall through the open bottom structure thereof, said insects of said life cycle being collected in the collection crate.

3. Insect breeding system according to claim 1 , comprising a hatching stack with a multitude of egg crates and at least one larvae crate,

wherein the egg crates are embodied as hatching egg crates for the hatching of said insect eggs into baby larvae, the hatching egg crates being modified in that the hatching egg crates have an open bottom structure,

wherein the larvae crate is embodied as a larvae collection crate having a closed bottom structure, and

wherein the hatching egg crates are arranged on top of each other and the larvae collection crate is arranged below said hatching egg crates,

such that baby larvae hatching from the eggs contained in the hatching egg crates are able to fall through the open bottom structure of the multitude of stacked hatching egg crates, said baby larvae being collected in the larvae collection crate.

4. Insect breeding system according to claim 3 , wherein the closed bottom structure of the larvae crate is embodied as a slidable plate, configured to receive the hatched baby larvae.

5. Insect breeding system according to claim 3 , wherein the closed bottom structure of the larvae collection crate is tilted or tiltable with respect to a horizontal orientation, and wherein the larvae collection crate comprises a slotted opening to allow for the automatic collection of baby larvae from the larvae collection crate.

6. Insect breeding system according to claim 1 , comprising a spawning stack including a multitude of insect crates and at least one egg crate,

wherein the insect crates are embodied as open-bottomed insect crates, modified in that the insect crates have an open bottom structure,

wherein the egg crate is embodied as a collection egg crated, having a closed bottom structure, and

wherein the egg collection crate is arranged below an open-bottomed insect crate,

such that eggs, laid by mother insects contained in the open-bottomed insect crates, fall through the open bottom structure of the open-bottomed insect crate, said eggs being collected in the collecting egg crate.

7. Insect breeding system according to claim 6 , wherein the open-bottomed insect crate comprises a sieve bottom.

8. Insect breeding system according to claim 1 , comprising a spawning stack with a multitude of insect crates that are embodied as bottomed insect crates, and a hatching stack with a multitude of egg crates that are embodied as hatching egg crates for the hatching of said insect eggs into baby larvae, the hatching egg crates being modified in that the hatching egg crates have an open bottom structure.

9. Insect breeding system according to claim 1 ,

wherein the insect crate is configured to hold the spawn structures in a longitudinal direction of the insect crate, said spawn structures being dimensioned such that there is a space between respective ends of the spawn structure and side walls of the bottomed insect crate, and

wherein the hatching egg crate is configured to receive the spawn structures in a lateral direction of the hatching egg crate.

10. Insect breeding system according to claim 1 , wherein the hatching egg crate comprises a pair of spawn structure hangers including hanging slots, the hanging slots being configured to receive the spawn structures such that the spawn structures hang in the hanging slots.

11. Insect breeding system according to claim 1 , wherein the insect crate, the larvae crate, and the egg crate have mutually different colours.

12. Insect breeding system according to claim 1 , wherein each stack has a stack height of at least eight.

13. Insect breeding system according to claim 1 , wherein the larvae crate is suited to contain baby larvae.

14. Method for the breeding of insects, comprising:

providing a multitude of similar, stackable crates, a climate housing, and crate stacking equipment;

wherein the multitude of similar, stackable crates each have:

a same width;

a same length;

a same corner structure that comprises complementary lower elements and upper elements, configured to allow stacking of the crates on top of each other by allowing the upper elements of a lower crate to interact with lower elements of an upper crate;

a containment area defined by the width, the length, and a height of the crate,

wherein each crate is tuned to one of the following crate types; and

wherein the below three crate types are part of the insect breeding system:

a hatching egg crate, suited to contain insect eggs in the containment area thereof, said hatching egg crate being open-bottomed and comprising holders for holding spawn structures;

a larvae crate, suited to contain larvae, and larvae food in the containment area thereof, allowing the rearing of such larvae;

an insect crate, suited to contain live adult insects including mother insects and insect food in the containment area thereof, allowing the mothers to lay eggs, said insect crate being bottomed and comprising a plurality of spawns structures in which mother insects spawn their eggs;

wherein the climate housing is provided with one or more stacks of said similar crates, each stack having a stack height of at least five; and wherein the crate stacking equipment is configured to handle each of the egg, larvae, and insect crate types to be arranged as a part of the one or more stacks, individually and independently.