Projection lamp capable of creating floating or fluttering-like effect
Disclosed is a projection lamp capable of creating a floating or fluttering-like effect, including a housing, a front cover, a core assembly, and a film disk assembly. The core assembly is installed inside the housing. The front cover covers one end of the housing. A first glass sheet is arranged in a middle portion of the front cover. The core assembly includes a third-lens bracket, a third lens, a water ripple sheet, a cover plate, a film holder, a second lens, a first lens, a travel switch, a lamp board bracket, a lamp board, a motor, a control board, and the film disk assembly. According to the utility model, the water ripple sheet is driven to do a reciprocating motion, and when passing through the water ripple sheet, light is refracted in different directions, so that a projected image presents a floating or fluttering-like dynamic effect.
1 . A projection lamp capable of creating a floating or fluttering-like effect, comprising a housing ( 1 ), a front cover ( 2 ), a core assembly ( 3 ), and a film disk assembly ( 4 ), wherein the core assembly ( 3 ) is installed inside the housing ( 1 ), the front cover ( 2 ) covers one end of the housing ( 1 ), a first glass sheet ( 202 ) is arranged in a middle portion of the front cover ( 2 ), the core assembly ( 3 ) comprises a third-lens bracket ( 301 ), a third lens ( 302 ), a water ripple sheet ( 303 ), a cover plate ( 304 ), a film holder ( 305 ), a second lens ( 306 ), a first lens ( 307 ), a travel switch ( 308 ), a lamp board bracket ( 309 ), a lamp board ( 310 ), a motor ( 311 ), a control board ( 312 ), and the film disk assembly ( 4 ), the third lens ( 302 ) and the water ripple sheet ( 303 ) are sequentially installed from left to right in a middle portion of the third-lens bracket ( 301 ), legs of the third-lens bracket ( 301 ) are inserted and connected into a surface of the lamp board ( 310 ), the lamp board bracket ( 309 ) is installed on one side of the lamp board ( 310 ), the control board ( 312 ) is installed on an other side of the lamp board ( 310 ), the travel switch ( 308 ) is installed on one side of the lamp board bracket ( 309 ), the first lens ( 307 ) is installed inside the lamp board bracket ( 309 ), a bottom of the lamp board bracket ( 309 ) is fixedly connected to an output end of the motor ( 311 ), the film holder ( 305 ) is installed in a middle portion of the lamp board bracket ( 309 ), the second lens ( 306 ) is installed inside the film holder ( 305 ), the cover plate ( 304 ) is arranged on one side of the film holder ( 305 ), and the film disk assembly ( 4 ) is inserted between the film holder ( 305 ) and the cover plate ( 304 ).
2 . The projection lamp capable of creating the floating or fluttering-like effect according to claim 1 , wherein a slot ( 101 ) is formed in a top of the housing ( 1 ), and one end of the film disk assembly ( 4 ) penetrates through the slot ( 101 ) and is placed outside the housing ( 1 ).
3 . The projection lamp capable of creating the floating or fluttering-like effect according to claim 1 , wherein a power cord ( 5 ) is installed at an other end of the housing ( 1 ), and the motor ( 311 ) is installed inside the housing ( 1 ).
4 . The projection lamp capable of creating the floating or fluttering-like effect according to claim 1 , wherein the film disk assembly ( 4 ) comprises a film disk ( 401 ), a second glass sheet ( 402 ), a film ( 403 ), a third glass sheet ( 404 ), and a film cover ( 405 ).
5 . The projection lamp capable of creating the floating or fluttering-like effect according to claim 4 , wherein a groove is formed on one side of the film disk ( 401 ), the second glass sheet ( 402 ), the film ( 403 ), and the third glass sheet ( 404 ) are installed on one side of the groove from left to right, and the groove is covered with the film cover ( 405 ).
6 . The projection lamp capable of creating the floating or fluttering-like effect according to claim 1 , wherein a sealing ring ( 201 ) is arranged between the front cover ( 2 ) and the first glass sheet ( 202 ).