An adjustable mobile device hanger with three slidable sections and two secure gripping bodies that can accommodate small cell phones as well as large tablets, with an attached top single hook that can hang on any protruding object, narrow edge or rod and has full vertical rotational capacity along with easily adjustable horizontal pivotal capability to provide varying viewing angles and directions while suspended on a variety of objects, structures and surfaces, indoors or outdoors, to accommodate a variety of situations and tasks.

An adjustable mobile device hanger with three slidable sections and two secure gripping bodies that can accommodate small cell phones as well as large tablets, with an attached top single hook that can hang on any protruding object, narrow edge or rod and has full vertical rotational capacity along with easily adjustable horizontal pivotal capability to provide varying viewing angles and directions while suspended on a variety of objects, structures and surfaces, indoors or outdoors, to accommodate a variety of situations and tasks.

An aspect of the present invention efficiently detects a person in an area surrounding a terminal device. A control section (10) includes: a person detecting section (13) configured to search for and detect a person in an area surrounding a smartphone (1, 3, or 4) with use of image capture data in a case where a target event has occurred in the smartphone; and a command preparing section (15) configured to transmit a rotation instruction to a charging station (2) in a case where a search for the person is to be commenced, the rotation instruction being for repeatedly rotating the charging station while gradually increasing an angle of rotation.

An aspect of the present invention efficiently detects a person in an area surrounding a terminal device. A control section (10) includes: a person detecting section (13) configured to search for and detect a person in an area surrounding a smartphone (1, 3, or 4) with use of image capture data in a case where a target event has occurred in the smartphone; and a command preparing section (15) configured to transmit a rotation instruction to a charging station (2) in a case where a search for the person is to be commenced, the rotation instruction being for repeatedly rotating the charging station while gradually increasing an angle of rotation.

An apparatus includes a handset and a cradle that removably holds the handset. In the cradle, the storage section is disposed in the main body, includes a recess formed from a bottom surface, two side surfaces extending along a longitudinal direction, and two end surfaces extending along a lateral direction that crosses the longitudinal direction, and can accommodate the entire length of the handset. The cord insertion portion is open at a first end surface of the two end surfaces. A cord of the electronic terminal passes through the cord insertion portion. The push-up member is disposed so as to retractably project from the bottom surface of the storage section, and abuts against the handset stored in the storage portion. The handset is stored in the storage section so as to form a space between the handset and the bottom surface of the storage section, and can pivot to the first end surface side due to the push-up member projecting.

An apparatus includes a handset and a cradle that removably holds the handset. In the cradle, the storage section is disposed in the main body, includes a recess formed from a bottom surface, two side surfaces extending along a longitudinal direction, and two end surfaces extending along a lateral direction that crosses the longitudinal direction, and can accommodate the entire length of the handset. The cord insertion portion is open at a first end surface of the two end surfaces. A cord of the electronic terminal passes through the cord insertion portion. The push-up member is disposed so as to retractably project from the bottom surface of the storage section, and abuts against the handset stored in the storage portion. The handset is stored in the storage section so as to form a space between the handset and the bottom surface of the storage section, and can pivot to the first end surface side due to the push-up member projecting.

A mobile device cradle for interlacing two different mobile devices, comprising: a front surface; a first opening in the front surface for access to a display of the mobile devices; a second opening in the front surface for access to a keypad of the mobile devices; a third opening between the first and second openings in the front surface for access to a set of function keys of the mobile devices; a rear surface; a side surface extending between the front surface and the rear surface; an interior region formed between the front surface, the rear surface, and the side surface; a region of separation opposite the side surface for receiving one of the mobile devices into the interior region; and a coupling assembly at the rear region for coupling the cradle to the other of the mobile devices to an exterior of the rear region.

A mobile device cradle for interlacing two different mobile devices, comprising: a front surface; a first opening in the front surface for access to a display of the mobile devices; a second opening in the front surface for access to a keypad of the mobile devices; a third opening between the first and second openings in the front surface for access to a set of function keys of the mobile devices; a rear surface; a side surface extending between the front surface and the rear surface; an interior region formed between the front surface, the rear surface, and the side surface; a region of separation opposite the side surface for receiving one of the mobile devices into the interior region; and a coupling assembly at the rear region for coupling the cradle to the other of the mobile devices to an exterior of the rear region.

A carrying clip for an electronic device includes a first clip body, a second clip body, and a spring tab; the first clip body is provided with a snap ring on which a notch is provided; the second clip body is rotatably connected to the first clip body and is provided with a groove, the snap ring of the first clip body is snapped and assembled in the groove of the second clip body and is rotatable along the wall surface of the groove, the wall surface of the groove is uniformly formed with a plurality of snapping slots; the spring tab comprises an annular spring tab body and a protrusion projected on the spring tab body, the spring tab body is snapped and assembled in the snap ring of the first clip body, the protrusion projects out of the notch of the snap ring and abuts against the wall surface of the groove of the second clip body; when the first clip body rotates with respect to the second clip body, the protrusion of the spring tab rotates along the wall surface of the groove alternatively abuts against the snapping slots or non-snapping slots of the wall surface of the groove so as to form stages.

A carrying clip for an electronic device includes a first clip body, a second clip body, and a spring tab; the first clip body is provided with a snap ring on which a notch is provided; the second clip body is rotatably connected to the first clip body and is provided with a groove, the snap ring of the first clip body is snapped and assembled in the groove of the second clip body and is rotatable along the wall surface of the groove, the wall surface of the groove is uniformly formed with a plurality of snapping slots; the spring tab comprises an annular spring tab body and a protrusion projected on the spring tab body, the spring tab body is snapped and assembled in the snap ring of the first clip body, the protrusion projects out of the notch of the snap ring and abuts against the wall surface of the groove of the second clip body; when the first clip body rotates with respect to the second clip body, the protrusion of the spring tab rotates along the wall surface of the groove alternatively abuts against the snapping slots or non-snapping slots of the wall surface of the groove so as to form stages.