Flame simulating assembly and electric fireplace therewith

A flame simulating assembly used for an electric fireplace, comprising a light source, a reflection panel, an imaging screen, a light shelter with light openings which is positioned between said reflection panel and said imaging screen, and a simulating fuel-bed located at the front part of the cavity of the housing of said flame simulating assembly, wherein

• said light shelter is in form of a tube and mounted on a synchronously rotating mechanism which is mounted on a bracket within the housing,
• the axis of said light shelter forms an acute angel with said reflection panel and said light shelter is fitted with said reflection panel,
• said light shelter is positioned below said reflection panel and said imaging screen is positioned above said reflection panel,
• said light source is positioned within said light shelter or said light source is positioned outside said light shelter but below said light shelter, and
• said reflection panel comprises reflection areas in form of a flame on which there are embossments and concaves.

The flame simulating assembly according to claim 1, wherein

• said light shelter includes an inner light shelter and an outer light shelter,
• said inner light shelter and said outer light shelter are in form of a tube with a polygonal section, a cylinder or a tapered tube,
• said synchronously rotating mechanism comprises a synchronously motor, an active gear, an inner gear, an outer gear and a supporting shaft,
• said outer light shelter is fixedly connected to said inner gear and said inner light shelter is fixedly connected to said outer gear,
• said supporting shaft is pivoted to said outer gear,
• the lower portion of said supporting shaft is fixedly connected to said bracket, and
• said light source is installed on the upper portion of said supporting shaft which locates within the space enclosed by said inner light shelter.

The flame simulating assembly according to claim 1, wherein

• said light shelter includes an inner light shelter and an outer light shelter,
• said inner light shelter and said outer light shelter are in form of a tube with a polygonal section, a cylinder or a tapered tube,
• said synchronously rotating mechanism comprises a synchronously motor, an active gear, an inner gear, an outer gear and a supporting shaft,
• said outer light shelter is fixedly connected to said inner gear and said inner light shelter is fixedly connected to said outer gear,
• said supporting shaft is pivoted to said outer gear,
• the lower portion of said supporting shaft is fixedly connected to said bracket, and
• said light source is installed within said housing and below said light shelter.

The flame simulating assembly according to claim 1, wherein

• said synchronously rotating mechanism comprises a synchronously motor, an active shaft with gear, passive shafts and a passive gear,
• said light shelter includes an inner light shelter and an outer light shelter,
• said synchronous motor is fixedly connected to said active shaft with gear,
• said active shaft with gear and said passive shafts are fitted with said outer light shelter which is fixed at its both ends,
• one of said passive shafts is fixedly connected to said passive gear and then fitted with other three of said passive shafts and said inner light shelter which is fixed at its both ends,
• said inner light shelter locates within the space enclosed by said outer light shelter, and
• said light source locates within the space enclosed by said inner light shelter.

The flame simulating assembly according to claim 1, wherein

• said synchronously rotating mechanism comprising a synchronous motor, an active shaft with gear and three passive shafts,
• said light shelter is fixed at its both ends and fitted with said active shaft and said passive shafts,
• a second synchronous motor is fixedly connected to a rotating cylinder base which is fixedly connected to a rotating cylinder with light openings,
• said rotating cylinder locates within the space enclosed by said light shelter, and
• said light source is fixed within said rotating cylinder or positioned below said light shelter.

A flame simulating assembly used for an electric fireplace, comprising a light source, a reflection panel, an imaging screen, at least two light shelters with light openings which is positioned between said reflection panel and said imaging screen, and a simulating fuel-bed located at the front part of the cavity of the housing of said flame simulating assembly, wherein

• said light shelters are in form of a disc and are mounted on a synchronously rotating mechanism which is installed within the housing,
• said reflection panel comprises reflection areas in form of a flame on which there are embossments and concaves,
• said light shelters are positioned below said reflection panel,
• said imaging screen is positioned above said reflection panel,
• said light source is positioned before said light shelters, and
• the support axis of said light shelters is substantially perpendicular to said reflection panel or forms an angle with said reflection panel in a vertical plane.

The flame simulating assembly according to claim 9, wherein

• said synchronously rotating mechanism comprises a synchronous motor and a motor support,
• said motor support is fixed within the housing,
• said light shelters are installed on a shaft of said synchronous motor,
• said synchronous motor is fixedly connected to said motor support, and
• said at least two light shelters are fully superimposed or partially superimposed.

An electric fireplace comprising a flame simulating assembly, said flame simulating assembly comprising a light source, a reflection panel, an imaging screen, a light shelter with light openings which is positioned between said reflection panel and said imaging screen, and a simulating fuel-bed located at the front part of the cavity of the housing of said flame simulating assembly, wherein

• said light shelter is in form of a tube and mounted on a synchronously rotating mechanism which is mounted on a bracket within the housing,
• the axis of said light shelter forms an acute angel with said reflection panel and said light shelter is fitted with said reflection panel,
• said light shelter is positioned below said reflection panel and said imaging screen is positioned above said reflection panel,
• said light source is positioned within said light shelter or said light source is positioned outside said light shelter but below said light shelter, and
• said reflection panel comprises reflection areas in form of a flame on which there are embossments and concaves.

The electric fireplace according to claim 12, wherein

• said light shelter includes an inner light shelter and an outer light shelter,
• said inner light shelter and said outer light shelter are in form of a tube with a polygonal section, a cylinder or a tapered tube,
• said synchronously rotating mechanism comprises a synchronously motor, an active gear, an inner gear, an outer gear and a supporting shaft,
• said outer light shelter is fixedly connected to said inner gear and said inner light shelter is fixedly connected to said outer gear,
• said supporting shaft is pivoted to said outer gear,
• the lower portion of said supporting shaft is fixedly connected to said bracket, and
• said light source is installed on the upper portion of said supporting shaft which locates within the space enclosed by said inner light shelter.

The electric fireplace according to claim 12, wherein

• said light shelter includes an inner light shelter and an outer light shelter,
• said inner light shelter and said outer light shelter are in form of a tube with a polygonal section, a cylinder or a tapered tube,
• said synchronously rotating mechanism comprises a synchronously motor, an active gear, an inner gear, an outer gear and a supporting shaft,
• said outer light shelter is fixedly connected to said inner gear and said inner light shelter is fixedly connected to said outer gear,
• said supporting shaft is pivoted to said outer gear,
• the lower portion of said supporting shaft is fixedly connected to said bracket, and
• said light source is installed within said housing and below said light shelter.

The electric fireplace according to claim 12, wherein

• said synchronously rotating mechanism comprises a synchronously motor, an active shaft with gear, passive shafts and a passive gear,
• said light shelter includes an inner light shelter and an outer light shelter,
• said synchronous motor is fixedly connected to said active shaft with gear,
• said active shaft with gear and said passive shafts are fitted with said outer light shelter which is fixed at its both ends,
• one of said passive shafts is fixedly connected to said passive gear and then fitted with other three of said passive shafts and said inner light shelter which is fixed at its both ends,
• said inner light shelter locates within the space enclosed by said outer light shelter, and
• said light source locates within the space enclosed by said inner light shelter.

The electric fireplace according to claim 12, wherein

• said synchronously rotating mechanism comprising a synchronous motor, an active shaft with gear and three passive shafts,
• said light shelter is fixed at its both ends and fitted with said active shaft and said passive shafts,
• a second synchronous motor is fixedly connected to a rotating cylinder base which is fixedly connected to a rotating cylinder with light openings,
• said rotating cylinder locates within the space enclosed by said light shelter, and
• said light source is fixed within said rotating cylinder or positioned below said light shelter.