Charging holder for electronic devices that contains a rotation block and a pocket

A charging holder for an electronic device with a charging terminal exposed at a lower back, comprising:

• a holder body in which a pocket for inserting the electronic device is formed,
• a rotation block having a contact terminal capable of contacting the charging terminal and being urged to rotate with respect to the holder body so that a tip portion of the rotation block projects into the pocket, and
• a lock unit for locking an upper side of the electronic device to the holder body when the electronic device is pushed into the pocket and rotated, wherein
• the rotation block is configured to receive and hold a lower part of the electronic device,
• the lock unit locks the upper side of the electronic device by pushing down and rotating the electronic device held by the rotation block against a rotating biasing force,
• the charging holder can be shared by a plurality of electronic devices having different thickness dimensions.

A charging holder for an electronic device with a charging terminal exposed at a lower back, comprising:

• a holder body in which a pocket for inserting the electronic device is formed,
• a rotation block having a contact terminal capable of contacting the charging terminal and being urged to rotate with respect to the holder body so that a tip portion of the rotation block projects into the pocket, and
• a lock unit for locking an upper side of the electronic device to the holder body when the electronic device is pushed into the pocket and rotated, wherein
• the rotation block is configured to receive and hold a lower part of the electronic device,
• the lock unit locks the upper side of the electronic device by rotating the electronic device held by the rotation block,
• the charging holder can be shared by a plurality of electronic devices having different thickness dimensions,
• a slide recess is provided on a side surface of the electronic device at a predetermined height position in the thickness direction from a back surface of the electronic device,
• the rotation block has a slide protrusion for guiding the electronic device when the electronic device is inserted, and holds the electronic device by engaging the slide recess of the electronic device with the slide protrusion,
• the lock unit comprises a support column having a hook with a slope at the upper end, and the support column being elastically urged in a standing posture with respect to the holder body,
• when the electronic device held by the rotation block is rotated, an upper part of the electronic device climbs over the hook against an elastically urged force from the support column so that the electronic device is locked by the lock unit.