Brake control device
View Patent ↗A brake control device includes: a valve block furnished with valves which regulate or switch air pressure; a controller which electrically controls a plurality of solenoid valves via solenoid valve control signal wires; and an electropneumatic plate which includes solenoid valve connection air channels for the plurality of solenoid valves, and onto which is installed the plurality of solenoid valves so as to communicate with the solenoid valve connection air channels. The plate is secured to the valve block, and at least one of the solenoid valve connection air channels communicates with a support member air channel formed in the valve block.
1. A brake control device comprising;
an air braking section which converts an air pressure produced by an air supply source to a drive pressure of a predetermined pressure which drives a brake; and
a pipe seat furnished with a first surface having an external port that connects to the air supply source and a braking side and a second surface to which said air braking section is connected,
said air braking section comprising:
a valve block furnished with valves regulating or switching and then outputting input air pressure, said valve block fully enclosing the valves;
a plurality of solenoid valves which have input ports into which air pressure is input and output ports from which air pressure is output, and which switch between open and closed states;
a controller which is electrically connected to said plurality of solenoid valves by solenoid valve control signal wires, and which controls said plurality of solenoid valves electrically; and
a plate which comprises solenoid valve connection air channels which connect to said input ports and said output ports of said plurality of solenoid valves, onto which is installed said plurality of solenoid valves such that said solenoid valve connection air channels communicate with said corresponding input ports and output ports, which is secured to a support member being said pipe seat or said valve block, in which at least one of said solenoid valve connection air channels communicates with a support member air channel formed in said support member, and which is disposed between said valve block and said plurality of solenoid valves.
2. A brake control device according to claim 1 , wherein at least two of said solenoid valve control signal wires connected to said plurality of solenoid valves are bundled into a single connector and connected to said controller.
3. A brake control device according to claim 2 , wherein said air brake section further comprises a plurality of pressure sensors which detect air pressure, installed on said plate and connected to said controller via pressure detection wires, and
sensor air channels which connect to said pressure sensors are formed in said plate.
4. A brake control device according to claim 3 , wherein said valve block comprises a housing with a valve insertion section into which said valves are inserted, and
said plate is secured to a surface of said housing in which an opening of said valve insertion section is formed.
5. A brake control device according to claim 2 , wherein said valve block comprises a housing with a valve insertion section into which said valves are inserted, and
said plate is secured to a surface of said housing in which an opening of said valve insertion section is formed.
6. A brake control device according to claim 1 , wherein said air brake section further comprises a plurality of pressure sensors which detect air pressure, installed on said plate and connected to said controller via pressure detection wires, and
sensor air channels which connect to said pressure sensors are formed in said plate.
7. A brake control device according to claim 6 , wherein said valve block comprises a housing with a valve insertion section into which said valves are inserted, and
said plate is secured to a surface of said housing in which an opening of said valve insertion section is formed.
8. A brake control device according to claim 1 , wherein said valve block comprises a housing with a valve insertion section into which said valves are inserted, and
said plate is secured to a surface of said housing in which an opening of said valve insertion section is formed.