Abstract:
A mobile device (10) and holster system (60) includes a mobile device (10) that has a front face (11) and a back face (21) opposite the front face (11), the back face (21) including an elastomeric layer (29). A pair of longitudinal sides (16,17) are coupled to the front face (11) and back face (21), and a pair of latitudinal sides (18,19) are also coupled to the front face (11) and back face (21). The back face (21) or the longitudinal sides (16,17) define a recessed slot (23,24) extending along a longitudinal length of the back face (21) or longitudinal sides (16,17), respectively. The recessed slot (23;24) defines an open end (25;26;27;28) at at least one of the latitudinal sides (18,19) and the recessed slot (23;24) has a recessed slot surface that comprises a low-friction material (31). The holster (60) comprises a pocket defining an open top end configured to receive the mobile device (10). A rail (65;66) extends longitudinally along an interior side of the pocket, and the rail (65;66) is configured to correspond with and slidably engage the slot (23;24) on the mobile device (10). The holster (60) includes a magnet (75) for magnetically interacting with the mobile device (10).
Abstract:
A user portable electronic device comprises a first electronic display configured to electronically display, positioned to be viewed from a first face of the electronic device, the first face being viewed during normal operation of the electronic device, and a second electronic display configured to display, wherein the second electronic display is arranged to be viewable during wearing of the electronic device. A user portable electronic device is also described having an electronic display and a reflector, the reflector arrangeable to reflect images displayed on the electronic display to a different viewing orientation than that for directly viewing the electronic display.
Abstract:
An incoming call answering and rejecting method, an electronic device, and a digital data storage media are provided. The method is applied to an electronic device having a touch screen and has the following steps. A request of an incoming call is received. A dragging signal is generated on the touch screen. When the dragging signal is an answering signal, the incoming call is answered. When the dragging signal is a rejecting signal, the incoming call is rejected.
Abstract:
The invention relates to an information carrying device for an electronic portable device, comprising at least one compartment, which is accessible through an opening of the terminal, and a label, which is accessible through the terminal opening and movably connected to the terminal for movement between a storing position and a reading position and arranged externally of the compartment; a method for manufacturing the information carrying device in one operation, and an electronic portable device comprising the information carrying device.
Abstract:
A cellular telephone comprises a transmitter/receiver (9), a control unit (10), a speaker (6), a display (5), a code reader (11), an input unit (4), a microphone (3), and a storage (12). The storage (12) includes a telephone number memory (13), an identification data memory (14), and a personal attribute memory (15). A buyer reads a code of merchandise information using the code reader (11), and enters code data on the input unit (4). The control unit (10) compares the input code data with the code data stored in the code data memory (14). After the comparison, merchandise information, the telephone number stored in the telephone number memory (13) and the personal attribute data stored in the personal attribute memory (15) are transmitted from the transmitter/receiver (9) to a cellular phone company through an antenna. The transmitted information is used for the payment of the purchase.
Abstract:
The present invention relates to a mobile terminal and a method of controlling an operation of the same. The method of controlling an operation of a mobile terminal includes displaying a file list and scroll arrows for scrolling the file list on a touch screen. When the scroll arrow is touched and entered, the file list is scrolled at a scroll speed previously set in response to a time when the scroll arrow is touched and entered. A vibration signal to identify at least one of a scroll speed and a current scrolling position of the file list is output. Accordingly, when a file list, etc. is scrolled, a scroll speed or a current scrolling position can be easily identified by a tactile sense.