Headphone ear cup
A headphone ear cup for mounting on a surface of a speaker unit of a headphone includes an annular cushion having a sound hole at a center thereof, and a composite cover having a ventilative layer and an air-tight layer. The composite cover wraps around the annular cushion and defines an inner-side portion, an outer-side portion and an ear-abutting portion. The ventilative and air-tight layers are respectively formed by the outer-side portion and a composite of the inner-side and ear-abutting portions or by a composite of the outer-side and ear-abutting portions and the inner-side portion. Therefore, the ventilative layer and the annular cushion form a good heat dissipation path to have excellent air-permeable property, and air-tight layer provides an improved acoustic field effect.
1. A headphone ear cup, comprising:
an annular cushion provided at a center thereof with a sound hole; and
a composite cover having a ventilative layer and an air-tight layer, and wrapping around the annular cushion to define an inner-side portion surrounding the sound hole, an outer-side portion opposite to the inner-side portion spacedly and remote from the sound hole, and an ear-abutting portion connected between the outer-side portion and the inner-side portion;
wherein the ventilative layer has an air permeability higher than that of the air-tight layer, the ventilative layer is formed by the outer-side portion and the ear-abutting portion, and the air-tight layer is formed by the inner-side portion;
wherein the ventilative layer and the air-tight layer are made from different material.
2. The headphone ear cup as defined in claim 1 , wherein the outer-side portion and the ear-abutting portion are made of a same material.
3. The headphone ear cup as defined in claim 1 , wherein the annular cushion has an annular body and at least one air-permeable portion arranged at an outer periphery of the annular body; two sides of the at least one air-permeable portion are connected to the ear-abutting portion and the outer-side portion, respectively; the at least one air-permeable portion is made of a porous material having a density lower than that of the annular body.
4. The headphone ear cup as defined in claim 3 , wherein the annular body of the annular cushion is abutted with the inner-side portion.
5. The headphone ear cup as defined in claim 3 , wherein the air-permeable portion of the annular cushion has an annular shape and surrounds around the sound hole.
6. The headphone ear cup as defined in claim 5 , wherein the air-permeable portion of the annular cushion is abutted with the annular body.
7. A headphone ear cup for disposing on a headphone, the headphone ear cup comprising:
an annular cushion provided at a center thereof with a sound hole; and
a composite cover having a ventilative layer and an air-tight layer, and wrapping around the annular cushion to define an inner-side portion surrounding the sound hole, an outer-side portion opposite to the inner-side portion spacedly and remote from the sound hole, and an ear-abutting portion connected between the outer-side portion and the inner-side portion;
wherein the ventilative layer has an air permeability higher than that of the air-tight layer, the ventilative layer is formed by the outer-side portion, and the air-tight layer is formed by the inner-side portion and the ear-abutting portion;
wherein the ventilative layer and the air-tight layer are made from different material.
8. The headphone ear cup as defined in claim 7 , wherein the inner-side portion and the ear-abutting portion are made of a same material.
9. The headphone ear cup as defined in claim 7 , wherein the annular cushion has an annular body and at least one air-permeable portion arranged at an outer periphery of the annular body; two sides of the at least one air-permeable portion are connected to the ear-abutting portion and the outer-side portion, respectively; the at least one air-permeable portion is made of a porous material having a density lower than that of the annular body.
10. The headphone ear cup as defined in claim 9 , wherein the annular body of the annular cushion is abutted with the inner-side portion.
11. The headphone ear cup as defined in claim 9 , wherein the air-permeable portion of the annular cushion has an annular shape and surrounds around the sound hole.
12. The headphone ear cup as defined in claim 11 , wherein the air-permeable portion of the annular cushion is abutted with the annular body.
13. A headphone ear cup, comprising:
an annular cushion provided at a center thereof with a sound hole; and
a composite cover having a ventilative layer and an air-tight layer, and wrapping around the annular cushion to define an inner-side portion surrounding the sound hole, an outer-side portion opposite to the inner-side portion spacedly and remote from the sound hole, and an ear-abutting portion connected between the outer-side portion and the inner-side portion;
wherein the ventilative layer has an air permeability higher than that of the air-tight layer, the ventilative layer is formed by the outer-side portion and the ear-abutting portion, and the air-tight layer is formed by the inner-side portion; and wherein the annular cushion has an annular body and at least one air-permeable portion arranged at an outer periphery of the annular body; two sides of the at least one air-permeable portion are connected to the ear-abutting portion and the outer-side portion, respectively; the at least one air-permeable portion is made of a porous material having a density lower than that of the annular body.
14. A headphone ear cup for disposing on a headphone, the headphone ear cup comprising:
an annular cushion provided at a center thereof with a sound hole; and
a composite cover having a ventilative layer and an air-tight layer, and wrapping around the annular cushion to define an inner-side portion surrounding the sound hole, an outer-side portion opposite to the inner-side portion spacedly and remote from the sound hole, and an ear-abutting portion connected between the outer-side portion and the inner-side portion;
wherein the ventilative layer has an air permeability higher than that of the air-tight layer, the ventilative layer is formed by the outer-side portion, and the air-tight layer is formed by the inner-side portion and the ear-abutting portion, and
wherein the annular cushion has an annular body and at least one air-permeable portion arranged at an outer periphery of the annular body; two sides of the at least one air-permeable portion are connected to the ear-abutting portion and the outer-side portion, respectively; the at least one air-permeable portion is made of a porous material having a density lower than that of the annular body.