A shower curtain closure device for automatically closing a shower curtain includes a housing having a front side, a back side, and a peripheral wall extending therebetween, defining an interior space. The front side has a shower rod recess therein that is configured to receive a portion of a shower curtain rod. A spool is positioned within the interior space. A cord having a spool end and a clip end is coupled to the housing. The spool end is attached to the spool and the cord is wrapped around the spool. The spool rotates to wrap and unwrap the cord, such that the cord retracts into and extends from the housing. A curtain clip is attached to the clip end that can removably engage a shower curtain ring. A motor is positioned within the interior space. The motor is coupled to the spool, rotating the spool to retract the cord.

A shower curtain closure device for automatically closing a shower curtain includes a housing having a front side, a back side, and a peripheral wall extending therebetween, defining an interior space. The front side has a shower rod recess therein that is configured to receive a portion of a shower curtain rod. A spool is positioned within the interior space. A cord having a spool end and a clip end is coupled to the housing. The spool end is attached to the spool and the cord is wrapped around the spool. The spool rotates to wrap and unwrap the cord, such that the cord retracts into and extends from the housing. A curtain clip is attached to the clip end that can removably engage a shower curtain ring. A motor is positioned within the interior space. The motor is coupled to the spool, rotating the spool to retract the cord.

A drapery track assembly is disclosed that performs an automatic and dynamic torque calibration to enable automatic detection of pulling of the drape as well as obstacles in order to minimize damage to the drapery track assembly and users. The drapery track assembly comprises a track, a drape attached to the track, a motor configured for moving the drape along the track, a sensor configured for sensing a position of the drape along the track, a current sensing circuit configured for detecting current levels, and a controller configured for controlling the motor and comprising at least one memory. The controller is configured for determining and storing a multi-point overcurrent threshold (OCTH) profile in each direction of travel comprising a plurality of overcurrent threshold (OCTH) values for each segment of travel along the track. The controller uses these multi-point overcurrent threshold (OCTH) profiles during normal operation to detect an overcurrent event and perform an overcurrent operation when a measured current level within a travel segment exceeds the overcurrent threshold (OCTH) value of that travel segment.

A drapery track assembly is disclosed that performs an automatic and dynamic torque calibration to enable automatic detection of pulling of the drape as well as obstacles in order to minimize damage to the drapery track assembly and users. The drapery track assembly comprises a track, a drape attached to the track, a motor configured for moving the drape along the track, a sensor configured for sensing a position of the drape along the track, a current sensing circuit configured for detecting current levels, and a controller configured for controlling the motor and comprising at least one memory. The controller is configured for determining and storing a multi-point overcurrent threshold (OCTH) profile in each direction of travel comprising a plurality of overcurrent threshold (OCTH) values for each segment of travel along the track. The controller uses these multi-point overcurrent threshold (OCTH) profiles during normal operation to detect an overcurrent event and perform an overcurrent operation when a measured current level within a travel segment exceeds the overcurrent threshold (OCTH) value of that travel segment.

A control method according to the present disclosure causes a computer of an information apparatus to: display a display screen on the touch panel display, the display screen representing a floor plan of a building; display device icons representing target devices on the display screen representing the floor plan, the device icons including an icon representing an electric curtain device capable of opening and closing a curtain through a remote operation; display an operation screen including an image representing the curtain of the electric curtain device as overlapped on the display screen representing the floor plan, when selection of the icon representing the electric curtain device is sensed; and output a first open control command to the network when a pinch-out operation is sensed on the operation screen, the first open control command being for opening the curtain of the electric curtain device corresponding to the selected icon.

A control method according to the present disclosure causes a computer of an information apparatus to: display a display screen on the touch panel display, the display screen representing a floor plan of a building; display device icons representing target devices on the display screen representing the floor plan, the device icons including an icon representing an electric curtain device capable of opening and closing a curtain through a remote operation; display an operation screen including an image representing the curtain of the electric curtain device as overlapped on the display screen representing the floor plan, when selection of the icon representing the electric curtain device is sensed; and output a first open control command to the network when a pinch-out operation is sensed on the operation screen, the first open control command being for opening the curtain of the electric curtain device corresponding to the selected icon.

A curtain drive device is provided which comprises a housing, a control part, a power supply part and a drive part; the housing comprises a first housing part for accommodating the control part, a second housing part for accommodating the power supply part, and a third housing part for accommodating the drive part; the power supply part and the drive part are both electrically connected to the control part, and a vibration damping module is disposed between the drive part and the third housing part. A vibration damping module is disposed between the drive part and the third housing part in the present disclosure to change the existing hard connection between the drive part and the third housing part to soft connection, so as to filter the vibration generated by the drive part and reduce the vibration transfer, achieving the vibration reduction and noise reduction.

A curtain drive device is provided which comprises a housing, a control part, a power supply part and a drive part; the housing comprises a first housing part for accommodating the control part, a second housing part for accommodating the power supply part, and a third housing part for accommodating the drive part; the power supply part and the drive part are both electrically connected to the control part, and a vibration damping module is disposed between the drive part and the third housing part. A vibration damping module is disposed between the drive part and the third housing part in the present disclosure to change the existing hard connection between the drive part and the third housing part to soft connection, so as to filter the vibration generated by the drive part and reduce the vibration transfer, achieving the vibration reduction and noise reduction.

A wirelessly controllable, motorized and battery powered drapery apparatus is presented having a rotatable drive element having a guide structure in its surface. The drapery apparatus includes brackets that house conventional batteries which power the apparatus. The brackets connect to a motor assembly which houses a motor and a motor controller. The rotatable drive element includes at least one key feature in its hollow interior. The guide structure is indexed to the key feature such that two rotatable drive elements can be connected together in such a manner that the guide structure is aligned on the two rotatable drive elements ensuring that the shade material opens and closes evenly.

This motorized carriage for opening/closing a curtain is able to move along a rail thanks to a friction wheel driven by an electric motor and pivot mounted in a casing containing this electric motor. The casing is provided with at least two members for suspending it from the rail or from the rod, which include a support and/or a base element and at least one pivoting roller. The casing is equipped with at least one housing for partially accommodating and reversibly immobilizing each suspension member, so that the pivoting rollers or the shoes of the suspension members are mounted removably on the casing. The support is mounted, removably and via a rotational movement (F4), in the housing. Elements allow the support to be immobilized about its axis of rotation. The movement assembly (E) includes a casing and at least two sets of two suspension members.