Self-propelled vacuum-cleaning device

A self-propelled vacuum-cleaning device for cleaning smooth and textile floor coverings, comprising:

• a housing;
• a vacuum blower in the housing;
• a cleaning roller driven by an electrical drive, in the housing;
• an electrical drive mechanism in the housing;
• control electronics disposed within the housing;
• a power source connected to the vacuum blower, electrical drive of the roller, electrical drive mechanism and control electronics;
• and
• a variable power control of the drive assigned to the drive mechanism, said power control varying the power supplied as a function of a composition of the floor covering,
• wherein a maximal electric power of the self-propelled vacuum-cleaning device lies between 150 watts and 300 watts during cleaning, wherein between 120 watts and 220 watts are allocated to the vacuum blower, between 10 watts and 40 watts are allocated to the electrical drive for the cleaning roller, and between 5 watts and 40 watts are allocated to the drive mechanism, and wherein the control electronics have a power demand of less than 5% of the maximal electric power, and
• wherein the drive of the drive mechanism is programmed so that a lower travel speed is provided on textile floor coverings than on smooth floor coverings.

A self-propelled vacuum-cleaning device for cleaning smooth and textile floor coverings, comprising:

• a housing;
• a vacuum blower in the housing;
• a cleaning roller driven by an electrical drive, in the housing;
• an electrical drive mechanism in the housing;
• control electronics disposed within the housing;
• a power source connected to the vacuum blower, electrical drive of the roller, electrical drive mechanism and control electronics;
• and
• a variable power control of the drive assigned to the vacuum blower, said power control varying the power supplied as a function of a composition of the floor covering,
• wherein a maximal electric power of the self-propelled vacuum-cleaning device lies between 150 watts and 300 watts during cleaning, wherein between 120 watts and 220 watts are allocated to the vacuum blower, between 10 watts and 40 watts are allocated to the electrical drive for the cleaning roller, and between 5 watts and 40 watts are allocated to the drive mechanism, and wherein the control electronics have a power demand of less than 5% of the maximal electric power, and wherein the vacuum blower is programmed to have a higher speed of rotation on textile floor coverings than on smooth floor coverings.