Abstract: An antenna connecting structure includes a battery as a first component having a first main surface and a second main surface directed oppositely to the first main surface, a housing component including a flat portion located on the first main surface side, a spacer located on the first main surface, a sheet-like antenna unit main body located on a surface of the spacer opposite to the first main surface and abutting on the flat portion in surface contact, a circuit board disposed on the second main surface side and having a connector, an antenna connecting cable extending from the antenna unit main body and having flexibility, and an antenna connecting terminal disposed at an end of the antenna connecting cable and connected to the connector.

Abstract: An antenna connecting structure includes a battery as a first component having a first main surface and a second main surface directed oppositely to the first main surface, a housing component including a flat portion located on the first main surface side, a spacer located on the first main surface, a sheet-like antenna unit main body located on a surface of the spacer opposite to the first main surface and abutting on the flat portion in surface contact, a circuit board disposed on the second main surface side and having a connector, an antenna connecting cable extending from the antenna unit main body and having flexibility, and an antenna connecting terminal disposed at an end of the antenna connecting cable and connected to the connector.

Abstract: An electronic device having a jack hole to expose a jack, includes a circumferential wall is formed in a case to surround the jack, wherein two gap portions of the circumferential wall are formed to pass from the jack hole to the inside of the case, and wherein one gap of the two gap portions is smaller than the other gap of two gap portions.

Abstract: An electronic device having a jack hole to expose a jack, includes a circumferential wall is formed in a case to surround the jack, wherein two gap portions of the circumferential wall are formed to pass from the jack hole to the inside of the case, and wherein one gap of the two gap portions is smaller than the other gap of two gap portions.

Abstract: In a battery accommodating structure having a battery chamber in which a battery is inserted and having a rear cover that covers the battery chamber in which the battery has been inserted, at least one screwing portion of screwing portions where two plate-like members are screwed to each other is disposed at a position where at least one of screwing portions is concealed by inserting the battery in the battery chamber on a bottom portion of the battery chamber.

Abstract: A connection device of electronic equipment which provides a connection device preventing electrostatic damage and electronic equipment provided with the connection device. The connection device includes conductive terminals and lightning conductor portions disposed adjacent to and insulated from the conductive terminals, the lightning conductor portions being kept at the grounding potential through connection to a grounded conductor, thus causing static electricity discharge in the lightning conductor portions and avoiding discharge toward the conductive terminals.

Abstract: The present invention provides a small electronic device including a cabinet body having a battery chamber defined therein, and a battery pack having a battery that is to be received in the battery chamber and is integrated with a battery lid for covering the battery chamber. The battery lid is detachably engaged with the cabinet body. The battery lid of the battery pack includes a rectangular main plate portion in accordance with the opening shape of the battery chamber, two side plate portions projecting from both side ends of the main plate portion to face side plate portions of the cabinet body, and at least two ribs projecting from the inside of the side plate portions to be fitted to the inside of the side plate portions of the cabinet body, with the battery lid being engaged with the cabinet body.

Abstract: The present invention provides a small electronic device including a cabinet body having a battery chamber defined therein, and a battery pack having a battery that is to be received in the battery chamber and is integrated with a battery lid for covering the battery chamber. The battery lid is detachably engaged with the cabinet body. A support plate for receiving the battery is placed on the bottom face of the battery chamber. An opening is centrally defined on the support plate.

Abstract: The present invention relates to a mobile terminal such as a mobile telephone or the like which has a speaker built in, and realizes a sound emission structure for separately extracting the front output and back output of the speaker in a plurality of directions. The construction of this mobile terminal comprises a first sound emission part which is formed in one surface part of a case having a speaker built in, and which conducts the front output of the speaker to the outside of the case, a sound conducting hole which is formed in case internal members disposed inside the case, and which causes the back output of the speaker to pass through the interior of the case, and conducts this output to the other surface of the case, and a second sound emission part which is formed in the other surface part of the case, and which conducts the back output from the sound conducting hole to the outside of the case.

Abstract: In a battery accommodating structure that has a battery chamber defined by a bottom plate and side walls and is provided with a battery rubber receiving a lower end edge of a battery inserted in the battery chamber, the bottom plate has an opening at a portion opposed to the battery rubber, and a battery rubber deviation preventing member that enters in the opening of the bottom plate at least partially to prevent the battery rubber from deviating toward the opening of the bottom plate is provided.

Abstract: A speaker supporting structure, which includes a speaker supporting device with improved assembly characteristics, and an electronic device comprising this speaker supporting device. The speaker supporting device is a structure which supports a speaker mounted in a case, and comprises a main body part which covers a wiring board disposed inside the case, and a mounting part which is formed in this main body part, and on which the speaker is mounted.

Abstract: A folding-type electronic device, such as a portable telephone, is provided with a functional component such as a switch that a user can operate regardless of whether the device is in the opened state or in the closed state, without increasing the number of parts and without expanding the mounting space. The functional component, such as a rotation switch 5, is mounted on the space between a pair of bearing mechanisms 4 that are provided between the main casing 2 and the sub-casing 3. The user can access and operate the functional component, either when the device is in an opened state or in a closed state.

Abstract: The present invention relates to a mobile terminal such as a mobile telephone or the like which has a speaker built in, and realizes a sound emission structure for separately extracting the front output and back output of the speaker in a plurality of directions. The construction of this mobile terminal comprises a first sound emission part which is formed in one surface part of a case having a speaker built in, and which conducts the front output of the speaker to the outside of the case, a sound conducting hole which is formed in case internal members disposed inside the case, and which causes the back output of the speaker to pass through the interior of the case, and conducts this output to the other surface of the case, and a second sound emission part which is formed in the other surface part of the case, and which conducts the back output from the sound conducting hole to the outside of the case.

Abstract: The present invention relates to a connection device of electronic equipment and provides a connection device preventing electrostatic damage and electronic equipment provided with the connection device. The connection device comprises conductive terminals and lightning conductor portions disposed adjacent to and insulated from the conductive terminals, the lightning conductor portions being kept at the grounding potential through connection to a grounded conductor, thus causing static electricity discharge in the lightning conductor portions and avoiding discharge toward the conductive terminals.

Abstract: In a battery accommodating structure having a battery chamber in which a battery is inserted and having a rear cover that covers the battery chamber in which the battery has been inserted, at least one screwing portion of screwing portions where two plate-like members are screwed to each other is disposed at a position where at least one of screwing portions is concealed by inserting the battery in the battery chamber on a bottom portion of the battery chamber.

Abstract: The present invention relates to a speaker supporting structure, and provides a speaker supporting device with improved assembly characteristics, and an electronic device comprising this speaker supporting device. The speaker supporting device is a structure which supports a speaker mounted in a case, and comprises a main body part which covers a wiring board disposed inside the case, and a mounting part which is formed in this main body part, and on which the speaker is mounted.

Abstract: In a battery accommodating structure that has a battery chamber defined by a bottom plate and side walls and is provided with a battery rubber receiving a lower end edge of a battery inserted in the battery chamber, the bottom plate has an opening at a portion opposed to the battery rubber, and a battery rubber deviation preventing member that enters in the opening of the bottom plate at least partially to prevent the battery rubber from deviating toward the opening of the bottom plate is provided.