A housing is provided, the housing includes a housing substrate and at least one double-sided composite texture film located on one side of an inner surface of the housing substrate. The double-sided composite texture film includes a first substrate, a first texture layer located on a first surface of the first substrate, and a second texture layer located on a second surface of the first substrate. The first surface of the first substrate is close to the housing substrate, and the second surface is away from the housing substrate. The first texture layer has a first texture pattern that includes a plurality of grooves and a plurality of bosses. The second texture layer has a second texture pattern that includes a plurality of grooves and a plurality of bosses.

A display device, including a main casing and a display assembly, is provided. The main casing has a hook, a position-limiting pillar, and a position-limiting block. The position-limiting block is adjacent to the position-limiting pillar. The display assembly includes a frame and a display panel. The frame has a side wall, and the hook is located behind the side wall in a front-rear direction of the display device and is engaged with the frame. The position-limiting pillar penetrates the display assembly along the front-rear direction, and the position-limiting block leans against the display assembly along the front-rear direction. The display panel is disposed in the frame, and the side wall surrounds a periphery of the display panel.

A disassembling device according to the present invention comprises: a base unit including a base block; a moving unit provided such that an electronic device formed from the coupling of an upper housing and a lower housing is loaded therein, arranged to be upwardly spaced from the base block, and coupled to the base unit to enable relative movement with respect to the base block; a fixing unit moving in conjunction with the movement of the moving unit to detach, from the moving unit, the lower housing loaded in the moving unit; and a separation unit inserted into the electronic device by means of the movement of the moving unit to separate the upper housing from the lower housing.

Provided is a multifunctional radio. A waveband lens, a volume knob, a frequency modulation knob, a switching key and an SOS key are arranged on an outer panel surface of a front shell. A hand rocker, a reading lamp and an antenna are arranged on a rear shell. A first placing groove and a second placing groove are respectively formed at the top and the bottom of the rear shell. A first power output module is arranged in the first placing groove. A second power output and input module is arranged in the second placing groove. A lighting lamp module, a lighting switch key and a reading lamp module are arranged on a radio shell.

A display apparatus includes a display panel including an upper end and a lower end extending in a first direction and a left end and a right end extending along a second direction crossing the first direction, where the display panel is curved with respect to a central axis extending along the second direction, a bottom chassis disposed on the rear surface of the display panel, and a coupling member disposed between the display panel and the bottom chassis, where the coupling member includes a first coupling part disposed adjacent to the left end, a second coupling part disposed adjacent to the right end, a third coupling part extending along the second direction and crossing the central axis, a fourth coupling part parallel to the third coupling part and crossing the central axis, and a fifth coupling part disposed outside of the first to fourth coupling parts.

A frame structure includes a first part along a side of an enclosure shape of the frame structure, including an inner side face and a protruding portion including a side face adjacent to the inner side face, a second part attached to the first part, including a first face facing the inner side face and the side face, and a second face facing an end face of the protruding portion; an ear portion protruding along the protruding portion from the second part, into which the first face and the second face extend; a first watertight portion including adhesive applied along an outer edge of the first face on the inner side face and the side face; and a second watertight portion including adhesive applied along a boundary with the end face on the second face. The first watertight portion and the second watertight portion overlap in the ear portion.

A button structure of a wireless transceiver and a manufacturing method thereof are provided. The button structure includes a housing, a first spring-back button, and a second spring-back button. The first spring-back button are integrally formed by double injection molding respectively. The first spring-back button and the second spring-back button are connected with the housing through insert injection molding. Thus, a manufacturer may produce the first spring-back button and the second spring-back button by a double injection molding machine in advance, and then combine the first spring-back button and the second spring-back button with the housing by the insert injection molding, so as to make the wireless transceiver with buttons of different colors.

Methods, systems, and apparatus, including computer programs encoded on computer-storage media, for a device with improved ambient temperature detection. In some implementations, a device includes a housing that forms an interior space, and the housing includes an exterior surface, a pass-through region that defines a through-hole between the interior space to the exterior surface, and a recess at the exterior surface adjacent to the pass-through hole. The device includes a printed circuit board disposed within the interior space of the plastic housing. The device includes a flexible printed circuit substrate including a first end region that is connected to the printed circuit board that is disposed within the interior space of the housing, a second end region at an opposite end of the flexible printed circuit substrate than the first end region, that is disposed in the recess at the exterior surface of the housing, and a middle region that passes through the through-hole between the first end region and the second end region. The device includes a temperature sensor disposed at the second end region of the flexible printed circuit substrate in the recess at the exterior surface of the housing. The device includes a protective layer that is disposed on at least a portion of the exterior surface of the housing and that covers the recess and the through-hole.

An automated transaction machine includes upper and lower units. The lower unit has a chest with a main body. The main body of the lower unit forms a cavity and has interior and exterior walls, made of different metals, metal alloys or composite metallic material. There is a non-metallic material layer disposed therebetween. There is opening for passage of documents or other items between the upper and lower units. The upper unit has a housing with a main body. The main body forms a cavity. The main body of the upper unit has an interior and an exterior wall. A transport system may be disposed in the housing to transport documents between the upper and lower units.

A modular, non-metallic enclosure with a first enclosure having an open end between first and second side panels and a second enclosure having an open end between third and fourth side panels. At the open end of the first enclosure, the first and second side panels each include a guide rail having a male guiderail member and a female guiderail channel. At the open end of the second enclosure, the third and fourth side panels each include a guide rail having a male guiderail member and a female guiderail channel. The male guiderail member/female guiderail channel of the first sidewall are configured to engage with the opposite of the male guiderail member/female guiderail channel of the third side wall. The male guiderail member/female guiderail channel of the second sidewall are configured to engage with the opposite of the male guiderail member/female guiderail channel of the fourth side panel.