Claims Analysis
Total Claims: 10
Claim 1
Independent Claim
122 words
A heater system disposed on an air intake pipe and located upstream of a fuel supply device for supplying fuel to an engine, comprising: (a) a fuel supply unit for supplying fuel to the heater system; (b) a burner disposed on the air intake pipe for burning the vaporized fuel by ignition to create heat, including (i) a heat for vaporizing the fuel supplied from the fuel supply unit; (ii) an igniter for igniting the fuel vaporized by the heater; (c) a heat exchanger disposed on the air intake pipe downsteam of the burner for recovering the heat generated by the burner; and (d) means for controlling the amount of fuel being supplied to the heater system by the fuel supply unit.
Claim 2
Dependent Claim
122 words
A heater system disposed on an air intake pipe and located upstream of a fuel supply device for supplying fuel to an engine, comprising: (a) a fuel supply unit for supplying fuel to the heater system; (b) a burner disposed on the air intake pipe for burning the vaporized fuel by ignition to create heat, including (i) a heat for vaporizing the fuel supplied from the fuel supply unit; (ii) an igniter for igniting the fuel vaporized by the heater; (c) a heat exchanger disposed on the air intake pipe downsteam of the burner for recovering the heat generated by the burner; and (d) means for controlling the amount of fuel being supplied to the heater system by the fuel supply unit.
Claim 3
Dependent Claim
145 words
A heater system disposed on an air intake pipe and located upstream of a fuel supply device for supplying fuel to an engine, comprising: (a) a fuel supply unit for supplying fuel to the heater system; (b) a burner disposed on the air intake pipe for burning the vaporized fuel by ignition to create heat, including (i) a heater for vaporizing the fuel supplied from the fuel supply unit; (ii) an igniter for igniting the fuel vaporized by the heater; (c) a heat exchanger disposed on the air intake pipe downstream of the burner for recovering the heat generated by the burner; (d) means for controlling the amount of fuel being supplied to the heater system by the fuel supply unit; and (e) a blower for delivering air passing as a heating medium through the heat exchanger to radiate the heat of the heating medium.
Claim 4
Dependent Claim
145 words
A heater system disposed on an air intake pipe and located upstream of a fuel supply device for supplying fuel to an engine, comprising: (a) a fuel supply unit for supplying fuel to the heater system; (b) a burner disposed on the air intake pipe for burning the vaporized fuel by ignition to create heat, including (i) a heater for vaporizing the fuel supplied from the fuel supply unit; (ii) an igniter for igniting the fuel vaporized by the heater; (c) a heat exchanger disposed on the air intake pipe downstream of the burner for recovering the heat generated by the burner; (d) means for controlling the amount of fuel being supplied to the heater system by the fuel supply unit; and (e) a blower for delivering air passing as a heating medium through the heat exchanger to radiate the heat of the heating medium.
Claim 5
Dependent Claim
140 words
A heater system disposed on an air intak pipe and located upstream of a fuel supply device for supplying fuel to an engine, comprising: (a) a fuel supply unit for supplying fuel to the heater system; (b) a burner disposed on the air intake pipe for burning the vaporized fuel by ignition to create heat, including (i) a heatdr for vaporizing the fuel supplied from the fuel supply unit; (ii) an igniter for igniting the fuel vaporized by the heater; (c) a heat exchanger disposed on the air intake pipe downstream of the burner for recovering the heat generated by the burner; (d) means for controlling the amount of fuel being supplied to the heater system by the fuel supply unit; and (e) means for radiating the heat of cooling water passing through a heating medium through the heat exchanger.
Claim 6
Dependent Claim
140 words
A heater system disposed on an air intak pipe and located upstream of a fuel supply device for supplying fuel to an engine, comprising: (a) a fuel supply unit for supplying fuel to the heater system; (b) a burner disposed on the air intake pipe for burning the vaporized fuel by ignition to create heat, including (i) a heatdr for vaporizing the fuel supplied from the fuel supply unit; (ii) an igniter for igniting the fuel vaporized by the heater; (c) a heat exchanger disposed on the air intake pipe downstream of the burner for recovering the heat generated by the burner; (d) means for controlling the amount of fuel being supplied to the heater system by the fuel supply unit; and (e) means for radiating the heat of cooling water passing through a heating medium through the heat exchanger.
Claim 7
Dependent Claim
204 words
A heater system disposed on an air intake pipe and located upstream of a fuel supply device for supplying fuel to an engine, comprising: (a) a fuel supply unit for supplying fuel to the heater system; (b) a burner disposed on the air intake pipe for burning the vaporized fuel by ignition to create heat, including (i) a heater for vaporizing the fuel supplied from the fuel supply unit; (ii) an igniter for igniting the fuel vaporized by the heater; (c) a heat exchanger disposed on the air intake pipe downstream of the burner for recovering the heat generated by the burner; (d) means for controlling the amount of fuel being supplied to the heater system by the fuel supply unit; (e) a blower for delivering air passing as a heating medium through the heat exchanger to radiate the heat of the heating medium; (f) cooling water radiating means for introducing the cooling water which conducts heat generated by the engine to use the heat as a heat source; and (g) a controller having a water-temperature switch for changing over the operation of the cooling water radiating means and the blower dependent upon the temperature of the cooling water serving as a heat source.
Claim 8
Dependent Claim
204 words
A heater system disposed on an air intake pipe and located upstream of a fuel supply device for supplying fuel to an engine, comprising: (a) a fuel supply unit for supplying fuel to the heater system; (b) a burner disposed on the air intake pipe for burning the vaporized fuel by ignition to create heat, including (i) a heater for vaporizing the fuel supplied from the fuel supply unit; (ii) an igniter for igniting the fuel vaporized by the heater; (c) a heat exchanger disposed on the air intake pipe downstream of the burner for recovering the heat generated by the burner; (d) means for controlling the amount of fuel being supplied to the heater system by the fuel supply unit; (e) a blower for delivering air passing as a heating medium through the heat exchanger to radiate the heat of the heating medium; (f) cooling water radiating means for introducing the cooling water which conducts heat generated by the engine to use the heat as a heat source; and (g) a controller having a water-temperature switch for changing over the operation of the cooling water radiating means and the blower dependent upon the temperature of the cooling water serving as a heat source.
Claim 9
Dependent Claim
260 words
A heater system disposed on an air intake pipe and located upstream of a fuel supply device for supplying fuel to an engine, comprising: (a) a fuel supply unit for supplying fuel to the heater system; (b) a burner disposed on the air intake pipe for burning the vaporized fuel by ignition to create heat, including (i) a heater for vaporizing the fuel supplied from the fuel supply unit; (ii) an igniter for igniting the fuel vaporized by the heater; (c) a heat exchanger disposed on the air intake pipe downstream of the burner for recovering heat generated by the burner; (d) means for supplying fuel to the burner; (e) means for controlling the amount of the fuel being supplied to the burner by the fuel supply means; (f) cooling water radiating means for introducing the cooling water which conducts heat generated by the engine to use the heat as a heat source; (g) bypass means disposed on a hot water passage through which the cooling water is introduced into said radiating means for bypassing the cooling water serving as a heating medium to said heat exchanger; and (h) means for changing over the bypass means to bypass the cooling water as a heating medium to the heat exchanger, when the temperature of the cooling water serving as a heat source is lower than a desired temperature, and not bypassing the cooling water serving as a heating medium to the heat exchanger, when the temperature of the cooling water serving as a heat source is higher than a desired temperature.
Claim 10
Dependent Claim
260 words
A heater system disposed on an air intake pipe and located upstream of a fuel supply device for supplying fuel to an engine, comprising: (a) a fuel supply unit for supplying fuel to the heater system; (b) a burner disposed on the air intake pipe for burning the vaporized fuel by ignition to create heat, including (i) a heater for vaporizing the fuel supplied from the fuel supply unit; (ii) an igniter for igniting the fuel vaporized by the heater; (c) a heat exchanger disposed on the air intake pipe downstream of the burner for recovering heat generated by the burner; (d) means for supplying fuel to the burner; (e) means for controlling the amount of the fuel being supplied to the burner by the fuel supply means; (f) cooling water radiating means for introducing the cooling water which conducts heat generated by the engine to use the heat as a heat source; (g) bypass means disposed on a hot water passage through which the cooling water is introduced into said radiating means for bypassing the cooling water serving as a heating medium to said heat exchanger; and (h) means for changing over the bypass means to bypass the cooling water as a heating medium to the heat exchanger, when the temperature of the cooling water serving as a heat source is lower than a desired temperature, and not bypassing the cooling water serving as a heating medium to the heat exchanger, when the temperature of the cooling water serving as a heat source is higher than a desired temperature.