1. A photo curable ink composition set, comprising:
an ink composition A that includes at least a color material, a polymerizable compound, and a radical polymerization photoinitiator, and
an ink composition B that includes at least a radical polymerizable compound and does not include the color material and the radical polymerization photoinitiator, wherein
the ink composition A andor B includes a sensitizer.
2. The photo curable ink composition set according to claim 1, comprising, as the radical polymerizable compound included in the ink composition B, at least a radical polymerizable compound that is copolymerized with the polymerizable compound included in the ink composition A in the presence of radicals when the ink composition A and the ink composition B are mixed.
3. The photo curable ink composition set according to claim 1, wherein the sensitizer is one or a mixture of two or more thioxanthone compounds or coumarin compounds.
4. The photo curable ink composition set according to claim 1, comprising at least an allyl compound as the polymerizable compound included in the ink composition A.
5. The photo curable ink composition set according to claim 4, wherein the allyl compound is an allyl ether compound.
6. The photo curable ink composition set according to claim 5, wherein the allyl ether compound is allyl glycol.
7. The photo curable ink composition set according to claim 2, wherein the radical polymerizable compound that is included in the ink composition B and is copolymerized with the polymerizable compound included in the ink composition A in the presence of radicals when the ink composition A and the ink composition B are mixed is a dendritic polymer.
8. The photo curable ink composition set according to claim 7, wherein the dendritic polymer is a hyperbranched polymer andor dendrimer.
9. A recording method employing the photo curable ink composition according to claim 1.
10. A recording obtained by the recording method according to claim 9.
11. A photo curable ink composition set, comprising:
an ink composition A that includes a radical polymerization photoinitiator and a polymerizable compound; and
an ink composition B that includes a color material and a polymerizable compound, wherein
the ink composition A andor the ink composition B includes a sensitizer, and
the ink composition A and the ink composition B are mixed and then photoset by irradiation with light.
12. The photo curable ink composition set according to claim 11, wherein the sensitizer is a thioxanthone compound or coumarin compound.
13. The photo curable ink composition set according to claim 11, wherein the ink composition A and the ink composition B are both composed of nonvolatile components.
14. The photo curable ink composition set according to claim 11, wherein concentration of the sensitizer is 0.01 wt % to 1.0 wt % in the ink composition A andor the ink composition B.
15. The photo curable ink composition set according to claim 11, wherein the ink composition A and the ink composition B include an ethylene glycol monoallyl ether andor N-vinyl compound as the polymerizable compound.
16. The photo curable ink composition set according to claim 15, wherein the N-vinyl compound is N-vinyl formamide.
17. The photo curable ink composition set according to claim 11, wherein the ink composition A and the ink composition B include at least one dendritic polymer as the polymerizable compound.
18. The photo curable ink composition set according to claim 17, wherein the dendritic polymer is a hyperbranched polymer andor dendrimer.
19. A recording method in which an ink composition A including a radical polymerization photoinitiator and a polymerizable compound and an ink composition B including a color material and a polymerizable compound are mixed, and then discharged onto a recording medium to be photoset by irradiation with light, wherein the ink composition A andor the ink composition B includes a sensitizer.
20. A recording method in which an ink composition A including a radical polymerization photoinitiator and a polymerizable compound and an ink composition B including a color material and a polymerizable compound are each individually discharged and are mixed on a recording medium to be photoset by irradiation with light, wherein
the ink composition A andor the ink composition B includes a sensitizer.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A heating assembly configured for use with two different types of fuels, the heater assembly being selectable between one of the two different types of fuel, the heating assembly comprising:
a fuel control device comprising:
a housing having a first fuel source connection for receiving a first fitting connecting a first fuel type to the fuel control device and a second fuel source connection for receiving a second fitting connecting a second fuel type to the fuel control device;
a main burner nozzle;
an air shutter assembly positioned at the main burner nozzle and comprising an opening and a cover, wherein the air shutter assembly has a first position where the cover and opening are positioned to allow a first amount of air flow through the opening to mix with fuel from the main burner nozzle and a second position where the cover and opening are positioned to allow a second amount of air flow through the opening to mix with fuel from the main burner nozzle, the second amount of air flow being different from the first; amount of air flow; and
an actuator positioned at the first fuel source connection such that connecting the first fitting to the first fuel source connection forces the actuator to move the air shutter assembly from the first position to the second position.
2. The heating assembly of claim 1, wherein the actuator comprises at least one of a plate, lever, button, arm, and sensor.
3. The heating assembly of claim 1, wherein the cover comprises a tube.
4. The heating assembly of claim 1, wherein the opening and the cover are formed on two separate concentric tubes.
5. The heating assembly of claim 1, wherein the actuator is positioned outside of the housing adjacent to the first fuel source connection.
6. The heating assembly of claim 1, wherein the actuator comprises an arm connected to the air shutter assembly at a first end and having a second end positioned adjacent the first fuel source connection.
7. The heating assembly of claim 6, wherein the actuator further comprises a spring having a first end engaged with the arm and a second end connected to the housing, the spring biasing the arm to the first position.
8. The heating assembly of claim 6, wherein the actuator is configured to convert linear motion resulting from connecting the first fitting to the first fuel source connection into rotational motion at the air shutter assembly.
9. The heating assembly of claim 1, further comprising a burner, and an oxygen depletion sensor.
10. A heating assembly configured for use with two different types of fuels, the heater assembly being selectable between one of the two different types of fuel and comprising:
a fuel control device comprising:
a housing having a first fuel source connection for receiving a first fitting connecting a first fuel type to the fuel control device and a second fuel source connection for receiving a second fitting connecting a second fuel type to the fuel control device;
a main burner nozzle connected to the housing;
an air shutter assembly positioned around the main burner nozzle and comprising an opening and a cover, wherein the air shutter assembly has a first position where the cover and opening are positioned to allow a first amount of air flow through the opening and a second position where the cover and opening are positioned to allow a second amount of air flow through the opening different from the first; and
an actuator positioned with respect to the first fuel source connection such that connecting the first fitting to the first fuel source connection triggers the actuator to move the air shutter assembly from the first position to the second position, the actuator comprising:
an arm connected to the air shutter assembly at a first end and having a second end positioned adjacent the first fuel source connection; and
a spring having a first end engaged with the arm and a second end connected to the housing, wherein the spring biases the arm and the air shutter assembly to the first position.
11. The heating assembly of claim 10, the air shutter assembly further comprising a flange having a slot, wherein the first end of arm engages with slot.
12. The heating assembly of claim 10, wherein the actuator comprises at least one of a plate, lever, button, arm, and sensor.
13. The heating assembly of claim 10, wherein the cover comprises a tube.
14. The heating assembly of claim 10, wherein the opening and the cover are formed on two separate concentric tubes.
15. The heating assembly of claim 10, wherein the actuator is positioned outside of the housing adjacent to the first fuel source connection.
16. The heating assembly of claim 10, wherein the actuator further comprises a plate connected the second end of the arm.
17. The heating assembly of claim 10, wherein the actuator is configured to convert linear motion resulting from connecting the first fitting to the first fuel source connection into rotational motion at the air shutter assembly.
18. The heating assembly of claim 10, further comprising a burner, and an oxygen depletion sensor.
19. A heating assembly configured for use with two different types of fuels, the heater assembly being selectable between one of the two different types of fuel, the heating assembly comprising:
a fuel control device comprising:
a housing having a first fuel source connection for receiving a first fitting connecting a first fuel type to the fuel control device and a second fuel source connection for receiving a second fitting connecting a second fuel type to the fuel control device;
a main burner nozzle;
an air shutter assembly positioned around the main burner nozzle and comprising an opening and a cover, wherein the air shutter assembly has a first position where the cover and opening are positioned to allow a first amount of air flow through the opening and a second position where the cover and opening are positioned to allow a second amount of air flow through the opening different from the first; and
an actuator positioned with respect to the first fuel source connection such that connecting the first fitting to the first fuel source connection triggers the actuator to move the air shutter assembly from the first position to the second position;
wherein the actuator comprises an arm connected to the air shutter assembly at a first end and having a second end positioned adjacent the first fuel source connection.
20. The heating assembly of claim 19, wherein the cover comprises a tube.
21. The heating assembly of claim 19, wherein the opening and the cover are formed on two separate concentric tubes.
22. The heating assembly of claim 19, wherein the actuator is positioned outside of the housing adjacent to the first fuel source connection.
23. The heating assembly of claim 19, wherein the actuator is configured to convert linear motion resulting from connecting the first fitting to the first fuel source connection into rotational motion at the air shutter assembly.
24. The heating assembly of claim 19, further comprising a burner, and an oxygen depletion sensor.