Attachment device for an animal crate

1. An attachment device coupleable to an animal crate having at least a portion of at least one wall formed from a mesh network having a plurality of openings, the attachment device comprising:

a base member comprising a first face; and

a spring-loaded crate attachment member coupled to the base member proximate the first face and comprising a first slider piece and a second slider piece; wherein a cross-section of a first portion of each of the first slider piece and the second slider piece is greater than a cross-section of a second portion of each of the first slider piece and the second slider piece, and wherein the first portion is at a first end of each of the first slider piece and the second slider piece, the second portion is at a second end of each of the first slider piece and the second slider piece, and the first end is located closer to the base member than the second end; wherein a gap is arranged between the spring-loaded crate attachment member and the base member, and the gap is substantially equal to a width of a rod forming the mesh network;

wherein a first force is applicable to at least one of the first slider piece or the second slider piece to move the at least one of the first slider piece or the second slider piece in a first direction towards the other of the at least one of the first slider piece or the second slider piece to an insertion state;

wherein a spring force biases the at least one of the first slider piece or the second slider piece in a second direction opposite to the first direction from the insertion state to an expanded state;

wherein the first slider piece and the second slider piece are each movable relative to the base member along a plane parallel to the first face; and

wherein the first slider piece and the second slider piece are insertable through at least one of the plurality of openings of the mesh network when the at least one of the first slider piece or the second slider piece are in the insertion state.

2. The attachment device of claim 1 , wherein a shape of the spring-loaded crate attachment member matches a shape of at least one of the plurality of openings.

3. The attachment device of claim 1 , wherein a height of each of the first slider piece and the second slider piece is less than a height of the first face.

4. The attachment device of claim 1 , wherein at least a portion of the spring-loaded crate attachment member is arranged within an internal chamber of the base member.

5. The attachment device of claim 1 , wherein the base member is coupleable to an animal crate enrichment device.

6. A method for coupling an attachment device to an animal crate having at least a portion of at least one wall formed from a mesh network having a plurality of openings, the attachment device comprising a base member comprising a first face and a spring-loaded crate attachment member coupled to the base member proximate the first face and comprising a first slider piece and a second slider piece, the method comprising:

applying a first force to the at least one of the first slider piece or the second slider piece;

moving at least one of the first slider piece or the second slider piece in a first direction towards the other of the at least one of the first slider piece or the second slider piece to an insertion state due to the application of the first force, wherein the first slider piece and the second slider piece are each movable relative to the base member along a plane parallel to the first face, and the first slider piece and the second slider piece are insertable through at least one of the plurality of openings of the mesh network when the at least one of the first slider piece or the second slider piece are in the insertion state; and

biasing the at least one of the first slider piece or the second slider piece in a second direction opposite to the first direction from the insertion state to an expanded state due to a spring force; wherein a gap is arranged between the spring-loaded crate attachment member and the base member, and the gap is substantially equal to a width of a rod forming the mesh network; and wherein a cross-section of a first portion of each of the first slider piece and the second slider piece is greater than a cross-section of a second portion of each of the first slider piece and the second slider piece, and wherein the first portion is at a first end of each of the first slider piece and the second slider piece, the second portion is at a second end of each of the first slider piece and the second slider piece, and the first end is located closer to the base member than the second end.

7. The method of claim 6 , wherein a shape of the spring-loaded crate attachment member matches a shape of at least one of the plurality of openings.

8. The method of claim 6 , further comprising inserting the spring-loaded crate attachment member when the at least one of the first slider piece or the second slider piece are in the insertion state through at least one of the plurality of openings until the base member abuts the at least one rod.

9. The method of claim 6 , wherein at least a portion of the spring-loaded crate attachment member is arranged within an internal chamber of the base member.

10. The method of claim 6 , wherein the base member is coupleable to an animal crate enrichment device.

11. An animal crate enrichment device coupleable to an animal crate having at least a portion of at least one wall formed from a mesh network having a plurality of openings, the animal crate enrichment device comprising:

an attachment device comprising:

a base member comprising a first face; and

a spring-loaded crate attachment member coupled to the base member proximate the first face and comprising a first slider piece and a second slider piece;

wherein a cross-section of a first portion of each of the first slider piece and the second slider piece is greater than a cross-section of a second portion of each of the first slider piece and the second slider piece, and wherein the first portion is at a first end of each of the first slider piece and the second slider piece, the second portion is at a second end of each of the first slider piece and the second slider piece, and the first end is located closer to the base member than the second end; wherein a gap is arranged between the spring-loaded crate attachment member and the base member, and the gap is substantially equal to a width of a rod forming the mesh network;

wherein a first force is applicable to at least one of the first slider piece or the second slider piece to move the at least one of the first slider piece or the second slider piece to an insertion state, the first slider piece being a first distance from the second slider piece in the insertion state;

wherein a spring force biases the at least one of the first slider piece or the second slider piece from the insertion state to an expanded state, the first slider piece being a second distance from the second slider piece in the expanded state, the first distance being less than the second distance;

wherein the first slider piece and the second slider piece are each movable relative to the base member along a plane parallel to the first face; and

wherein the first slider piece and the second slider piece are insertable through at least one of the plurality of openings of the mesh network when the at least one of the first slider piece or the second slider piece are in the insertion state.

12. The animal crate enrichment device of claim 11 , wherein a shape of the spring-loaded crate attachment member matches a shape of at least one of the plurality of openings.

13. The animal crate enrichment device of claim 11 , wherein a height of each of the first slider piece and the second slider piece is less than a height of the first face.

14. The animal crate enrichment device of claim 11 , wherein at least a portion of the base member is arranged within an internal chamber of the spring-loaded crate attachment member.