Bubble lamp for decoration
View Patent ↗The present disclosure relates to the technical field of lamps, and discloses a bubble lamp for decoration. The bubble lamp includes a bubble tube and a heating bulb which are used cooperatively; the bubble tube is a glass tube and is sealed; low-boiling-point liquid is further injected into the bubble tube; the heating bulb includes a lamp holder, a bulb shell, and a heating light source; the bulb shell is fixedly connected to the lamp holder; the heating light source is electrically connected to the lamp holder; the heating light source is electrified to generate heat and promotes the low-boiling-point liquid inside the bubble tube to be boiled and generate bubbles; the bubble lamp for decoration further includes a catalyst layer configured to assist the low-boiling-point liquid in generating the bubbles.
1. A bubble lamp for decoration, comprising a bubble tube ( 1 ) and a heating bulb ( 2 ) which are used cooperatively, wherein the bubble tube ( 1 ) is a glass tube and is sealed; low-boiling-point liquid is further injected into the bubble tube ( 1 ); the heating bulb ( 2 ) comprises a lamp holder ( 21 ), a bulb shell ( 22 ), and a heating light source ( 23 ); the bulb shell ( 22 ) is fixedly connected to the lamp holder ( 21 ); the heating light source ( 23 ) is electrically connected to the lamp holder ( 21 ); the heating light source ( 23 ) is electrified to generate heat and promotes the low-boiling-point liquid ( 11 ) inside the bubble tube ( 1 ) to be boiled and generate bubbles; the bubble lamp for decoration further comprises a catalyst layer ( 12 ) configured to assist the low-boiling-point liquid ( 11 ) in generating the bubbles; and the catalyst layer ( 12 ) is fixedly arranged at one end of an inner side of the bubble tube ( 1 ) facing the heating light source ( 23 ); wherein the catalyst layer ( 12 ) is a mixture of sodium silicate and glass splinters.
2. The bubble lamp for decoration according to claim 1 , wherein the low-boiling-point liquid ( 11 ) is dichloromethane.
3. The bubble lamp for decoration according to claim 1 , further comprising an outer decorative lampshade ( 3 ), wherein a bottom end of the outer decorative lampshade ( 3 ) is provided with a bayonet ( 31 ); a top end of the outer decorative lampshade ( 3 ) is provided with a first insertion hole ( 32 ) configured to assemble the bubble tube ( 1 ); the heating bulb ( 2 ) is assembled inside the outer decorative lampshade ( 3 ); and the lamp holder ( 21 ) extends out of the bayonet ( 31 ).
4. The bubble lamp for decoration according to claim 3 , wherein a circumferential side of the first insertion hole ( 32 ) extends towards an outer end to form several elastic parts ( 321 ); the several elastic parts ( 321 ) are spaced apart from one another and distributed in a surrounding manner to form an annular limiting part ( 324 ); and the elastic parts ( 321 ) are all provided with ribs ( 322 ).
5. The bubble lamp for decoration according to claim 3 , wherein the bayonet ( 31 ) is provided with a notch ( 311 ).
6. The bubble lamp for decoration according to claim 3 , wherein the outer decorative lampshade ( 3 ) comprises a housing ( 33 ) and an end cover ( 34 ) connected to the housing ( 33 ); the end cover ( 34 ) is provided with at least one group of connecting protruding points ( 341 ); and the housing ( 33 ) is provided with connecting recesses ( 331 ) corresponding to the connecting protruding points ( 341 ).
7. The bubble lamp for decoration according to claim 3 , wherein the heating light source ( 23 ) is a tungsten filament, and the bulb shell ( 22 ) is a glass bulb shell ( 22 ).
8. The bubble lamp for decoration according to claim 7 , wherein a bottom end of the first insertion hole ( 32 ) extends downwards and is provided with an isolation frame ( 323 ) for at least placing the bubble tube ( 1 ).
9. The bubble lamp for decoration according to claim 1 , wherein the heating light source ( 23 ) comprises a power board ( 231 ) and a light-emitting diode (LED) ( 232 ) mounted on an upper surface of the power board ( 231 ); the bulb shell ( 22 ) is a plastic bulb shell ( 22 ); a second insertion hole ( 221 ) is arranged at a top end of the bulb shell ( 22 ); and the bubble tube ( 1 ) is inserted into the second insertion hole ( 221 ) and resists against the LED ( 232 ).