Abstract: A bicycle brake pad includes a cooling plate and a friction plate. The cooling plate has a first surface and a second surface. The cooling plate includes a pad supporting section and a heat dissipation section. The friction pad is connected to the pad supporting section of the cooling plate.

Abstract: A bicycle brake pad includes a cooling plate and a friction plate. The cooling plate has a first surface and a second surface. The cooling plate includes a pad supporting section and a heat dissipation section. The friction pad is connected to the pad supporting section of the cooling plate.

Abstract: A bicycle brake pad includes a cooling plate and a friction plate. The cooling plate has a first surface and a second surface. The cooling plate includes a pad supporting section and a heat dissipation section. The friction pad is mechanically and fixedly connected to the pad supporting section of the cooling plate.

Abstract: A bicycle disk brake rotor apparatus comprises a generally circular first rotor member and a generally circular first second rotor member. The first rotor member has a first fixing component structured to mount the first rotor member to a hub mounting member, and the first second rotor member has a first fixing component structured to mount the first second rotor member to the hub mounting member. The first rotor member is attached to a side of the first second rotor member, and the first second rotor member is formed of a material having greater braking wear resistance than the first rotor member.

Abstract: A bicycle disk brake pad comprises a backing plate and a friction member. A first joined area of the friction member is welded to the backing plate, and a second joined area of the friction member is adhesively joined to the backing plate.

Abstract: A bicycle brake pad includes a cooling plate and a friction plate. The cooling plate has a first surface and a second surface. The cooling plate includes a pad supporting section and a heat dissipation section. The friction pad is mechanically and fixedly connected to the pad supporting section of the cooling plate.

Abstract: A brake pad for a bicycle comprises a backing plate formed from titanium, and a friction member bonded to the backing plate through a diffusion layer. The diffusion layer is formed at least in part by thermal spraying copper onto the backing plate. A method of constructing the brake pad comprises the steps of thermal spraying copper on a backing plate formed from titanium to form a copper layer on the backing plate, and bonding a friction member to the copper layer by forming a diffusion layer with the copper layer.

Abstract: A bicycle disk brake pad basically comprises a backplate part and a friction part. The backplate part is made of a copper-based sintering alloy. The friction part is made of a copper-based sintering alloy that is integrally sintered with the backplate part.

Abstract: A bicycle disc brake pad is used in a disc brake device and is configured to reduce restrictions on backplate material in a disc brake pad for a bicycle in which a friction member is bonded to a backplate by a diffusion bonding method. The bicycle disc brake pad has a backplate, a spray coating layer and a friction member. The surface of the backplate has a spray coat surface. The spray coating layer is a copper or copper alloy layer formed on the spray coat surface. The friction member is bonded to the spray coating layer by a diffusion bonding method. Preferably, the spray coat surface of the backplate is formed with a rough surface on at least part of the spray coat surface.

Abstract: A bicycle disk brake pad basically comprises a backplate part and a friction part. The backplate part is made of a copper-based sintering alloy. The friction part is made of a copper-based sintering alloy that is integrally sintered with the backplate part.

Abstract: A bicycle disk brake pad comprises a backing plate and a friction member. The friction member comprises a friction brake part and a wear indicating part, wherein the friction part is adapted to contact a rotating brake member, and the wear indicating part is mounted to the backing plate. The friction brake part and the wear indicating part each comprise a common material and a harder material that is harder than the common material. A proportion of the harder material in the wear indicating part is greater than a proportion of the harder material in the friction brake part.

Abstract: A brake pad for a bicycle comprises a backing plate formed from titanium, and a friction member bonded to the backing plate through a diffusion layer. The diffusion layer is formed at least in part by thermal spraying copper onto the backing plate. A method of constructing the brake pad comprises the steps of thermal spraying copper on a backing plate formed from titanium to form a copper layer on the backing plate, and bonding a friction member to the copper layer by forming a diffusion layer with the copper layer.

Abstract: A bicycle disc brake pad is used in a disc brake device and is configured to reduce restrictions on backplate material in a disc brake pad for a bicycle in which a friction member is bonded to a backplate by a diffusion bonding method. The bicycle disc brake pad has a backplate, a spray coating layer and a friction member. The surface of the backplate has a spray coat surface. The spray coating layer is a copper or copper alloy layer formed on the spray coat surface. The friction member is bonded to the spray coating layer by a diffusion bonding method. Preferably, the spray coat surface of the backplate is formed with a rough surface on at least part of the spray coat surface.

Abstract: A bicycle disk brake pad comprises a backing plate and a friction member. A first joined area of the friction member is welded to the backing plate, and a second joined area of the friction member is adhesively joined to the backing plate.

Abstract: A bicycle disk brake pad comprises a backing plate and a friction member. The friction member comprises a friction brake part and a wear indicating part, wherein the friction part is adapted to contact a rotating brake member, and the wear indicating part is mounted to the backing plate. The friction brake part and the wear indicating part each comprise a common material and a harder material that is harder than the common material. A proportion of the harder material in the wear indicating part is greater than a proportion of the harder material in the friction brake part.

Abstract: A bicycle disk brake rotor apparatus comprises a generally circular first rotor member and a generally circular first second rotor member. The first rotor member has a first fixing component structured to mount the first rotor member to a hub mounting member, and the first second rotor member has a first second fixing component structured to mount the first second rotor member to the hub mounting member. The first rotor member is attached to a side of the first second rotor member, and the first second rotor member is formed of a material having greater braking wear resistance than the first rotor member.

Abstract: In a transaction record storing device of a transaction machine, electronic journal data including transaction contents are stored into a storage medium whose stored data is unalterable or a storage medium which keeps its data alteration record. This ensures a guarantee of the truth with respect to the electronic journal data stored in the storage medium.

Abstract: An air-cushion vehicle toy [1] includes a first motor [3b] for driving a propeller fan [3a], a second motor [4b] for driving a hovering fan [4a], and a body [1a] detachably mounted on a chassis [1b], on which a power supply [5a] is supported, and covering the upper surface of the chassis [1b] with various components supported thereon. The air-cushion vehicle toy [1] further includes a power cutoff mechanism [5] for breaking a power supply circuit to deenergize the first and second motors when the body [1a] is removed from the chassis [1b].

Abstract: A suspension type transporter suspends a bolt drawing machine through a trolley and a hoist above a pressure container having many bolt attached thereto and transports the bolt drawing machine to a target position. A track settling portion having a guide is provided on an outer periphery of a lid of the pressure container. The suspension type transporter for the bolt drawing machine comprises a guide mechanism which restricts movement of the bolt drawing machine in the air by the guide. The guide mechanism of the transporter is provided with a position detector which can detect a position of the bolt drawing machine. A positioning controller of the suspension type transporter controls the transporter so that the transporter starts at slow speed, is then accelerated to a prescribed speed and is gradually decelerated near the target position.