An electronic module includes a power supply wiring line disposed on a substrate along a first side and connected to a power supply terminal, a ground wiring line disposed on the substrate along a second side and connected to a ground terminal, and first to third half bridges each having a high-side switch and a low-side switch connected in series between the power supply wiring line and the ground wiring line. Connection points of the high-side switches and the low-side switches are connected to first to third motor terminals and also connected in parallel to one another. The first motor terminal, the second motor terminal, and the third motor terminal are disposed between the power supply terminal and the ground terminal.

An apparatus to control an external device includes a connector to electrically connect with the external device, a connection detector to determine whether the external device is electrically connected to the connector, and a controller to obtain level information corresponding to the external device from the connector, to determine a type of the external device based on the level information, and to control execution of a function of the apparatus based on the determined type, wherein the level information is different according to the type of the external device.

An electronic module includes a shunt resistor having one end that is connected to one end of a first ground wiring line and another end that is connected to another end of a second ground wiring line. Signal terminals are disposed to be close to the shunt resistor, the signal terminals including a first current detection terminal electrically connected to the one end of the shunt resistor, and a second current detection terminal disposed to be close to the shunt resistor and electrically connected to the other end of the shunt resistor. The shunt resistor is disposed to be close to a first side of a substrate along which the signal terminals are arranged.

An electronic device includes: a device body defining an accommodating space therein; a camera module arranged on the device body, and configured to be positioned to be a first orientation and a second orientation, the camera module being configured to be located at the accommodating space of the device body and have a first photographing range at the first orientation, and to have a second photographing range at the second orientation; and an adjusting module arranged on the device body, and configured to drive the camera module at the first orientation to move outwards from the accommodating space, to move at least a part of the camera module outside the device body, and further to allow the camera module to be inclined to the second orientation.

An apparatus to control an external device includes a connector to electrically connect with the external device, a connection detector to determine whether the external device is electrically connected to the connector, and a controller to obtain level information corresponding to the external device from the connector, to determine a type of the external device based on the level information, and to control execution of a function of the apparatus based on the determined type, wherein the level information is different according to the type of the external device.

An all-in-one device including a plurality of hardware components integrated directly into the all-in-one device. The plurality of hardware components include television hardware components configured to perform at least one television functionality and consumer device hardware components configured to perform at least one consumer device functionality. The at least one consumer device functionality is different from the at least one television functionality. The all-in-one device further includes at least one processor configured to direct the television hardware components to perform the at least one television functionality and the consumer device hardware components to perform the at least one consumer device functionality such that both the at least one television functionality and the consumer device functionality is performed directly by the all-in-one device.

A personalized housing for a consumer product, such as a speaker, includes a customizable cover at least partially covering the product and a set of at least two end caps coupled to the product. The end caps are oriented in at least partial opposition to each other and installed using an interference fit. A vibration dampening connector or buffer couples the end caps to the product. The buffer is arranged such that urging the end caps onto the product couples the end caps in a releasable interference fit, and the cover remains coupled to the product when the end caps are pulled from the cover. The cover allows access to controls located on the product, for example volume and input controls, may be made of a front panel covering only the front of the product, and a corresponding enclosure that covers the top, rear and sides of the product.

A personalized housing for a consumer product, such as a speaker, includes a customizable cover at least partially covering the product and a set of at least two end caps coupled to the product. The end caps are oriented in at least partial opposition to each other and installed using an interference fit. A vibration dampening connector or buffer couples the end caps to the product. The buffer is arranged such that urging the end caps onto the product couples the end caps in a releasable interference fit, and the cover remains coupled to the product when the end caps are pulled from the cover. The cover allows access to controls located on the product, for example volume and input controls, may be made of a front panel covering only the front of the product, and a corresponding enclosure that covers the top, rear and sides of the product.

An apparatus to control an external device includes a connector to electrically connect with the external device, a connection detector to determine whether the external device is electrically connected to the connector, and a controller to obtain level information corresponding to the external device from the connector, to deter mine a type of the external device based on the level information, and to control execution of a function of the apparatus based on the determined type, wherein the level information is different according to the type of the external device.

A method for processing Car2X messages by a processing device designed to receive and process messages, the construction of which is defined according to different standards, preferably according to a first standard and a second standard, including: recording of the message by the processing device, identifying the standard used by the message, forwarding the message to an application unit of the processing device if the message uses the standard for which the application unit is designed, or otherwise creating a new message from the received message so that it can be processed by the application unit. The new message is created in accordance with at least one previously known content item within the received message.