Bicycle disc brake caliper with brake pad spacer

1. A bicycle disc brake caliper comprising:

a caliper body including a first caliper body part, a second caliper body part and a brake disc slot provided between the first caliper body part and the second caliper body part, the brake disc slot being configured to at least partially accommodate a disc brake rotor removably arranged therein;

a first and second brake pads movably arranged in the brake disc slot relative to one another to contact the disc brake rotor arranged at least partially in a space between the first and second brake pads, when the disc brake rotor is arranged in the brake disc slot; and

a spacer movably attached to and pivotally mounted on the caliper body, the spacer being configured to be positioned in a first position outside the space when the disc brake rotor is arranged in the brake disc slot, and the spacer being configured to move from the first position to a second position in which the spacer is positioned in the space when the disc brake rotor is removed from the brake disc slot.

2. The bicycle disc brake caliper of claim 1 , wherein

the first and second brake pads are moved relative to one another by a cable movement.

3. The bicycle disc brake caliper of claim 1 , wherein

the spacer and the disc brake rotor have substantially the same thickness.

4. The disc brake caliper of claim 1 , further comprising a biasing member coupled to the spacer so as to bias the spacer toward the second position.

5. The bicycle disc brake caliper of claim 1 , wherein

the first and second brake pads are moved relative to one another by a hydraulic flow.

6. The bicycle disc brake caliper of claim 1 , wherein

the disc brake rotor is removed from the brake disc slot integrally with a wheel hub.

7. The bicycle disc brake caliper of claim 1 , wherein

the spacer is configured to move from the first position to the second position under a manual influence of a user.

8. The bicycle disc brake caliper of claim 7 , wherein

the spacer is held in the first position by engagement of a snap fit engagement structure.

9. The bicycle disc brake caliper of claim 8 , wherein

the spacer is configured to move from the first position to the second position by a force applied by a user that overcomes a resistance of the snap fit engagement structure.

10. The bicycle disc brake caliper of claim 1 , further comprising

a first piston provided on the first caliper body part to move the first brake pad toward the second brake pad.

11. The bicycle disc brake caliper of claim 10 , further comprising

a second piston provided on the second caliper body part to move the second brake pad toward the first brake pad.

12. The bicycle disc brake caliper of claim 1 , wherein

the spacer comprises a resin material.

13. A bicycle disc brake caliper comprising:

a caliper body including a first caliper body part, a second caliper body part and a brake disc slot provided between the first caliper body part and the second caliper body part, the brake disc slot being configured to at least partially accommodate a disc brake rotor removably arranged therein;

a first and second brake pads movably arranged in the brake disc slot relative to one another to contact the disc brake rotor arranged at least partially in a space between the first and second brake pads, when the disc brake rotor is arranged in the brake disc slot; and

a spacer movably attached to at least one of the caliper body, the first brake pad and the second brake pad, the spacer being configured to be positioned in a first position outside the space when the disc brake rotor is arranged in the brake disc slot, and the spacer being configured to move from the first position to a second position in which the spacer is positioned in the space when the disc brake rotor is removed from the brake disc slot, wherein

the spacer is configured to move from the first position to the second position automatically when the disc brake rotor is removed from the brake disc slot.

14. The disc brake caliper of claim 13 , wherein

the spacer is held in the first position by a magnetic force.

15. A bicycle disc brake caliper comprising:

a caliper body including a first caliper body part, a second caliper body part and a brake disc slot provided between the first caliper body part and the second caliper body part, the brake disc slot being configured to at least partially accommodate a disc brake rotor removably arranged therein;

a first and second brake pads movably arranged in the brake disc slot relative to one another to contact the disc brake rotor arranged at least partially in a space between the first and second brake pads, when the disc brake rotor is arranged in the brake disc slot; and

a spacer movably attached to at least one of the caliper body, the first brake pad and the second brake pad, the spacer being configured to be positioned in a first position outside the space when the disc brake rotor is arranged in the brake disc slot, and the spacer being configured to move from the first position to a second position in which the spacer is positioned in the space when the disc brake rotor is removed from the brake disc slot, wherein

the spacer includes a main body movably provided on the caliper body and a roller provided on the main body, the roller being configured to rotate on the disc brake rotor when the spacer is positioned in the first position.