Abstract: A conventional problem is solved by: providing a guide rail 2 integrally molded in a housing 1 and vertical to a front face X of the housing 1 for inserting and holding one side end of a circuit board 5; forming through holes 7a, 7b, and 7c at positions which are opposite to the guide rail 2 so as to correspond to widths Wa, Wb, and Wc of circuit boards 5a, 5b, and 5c having different sizes; and further, mounting any of removable guide rail members 6a, 6b, and 6c which include engagement portions which can be engaged with the through holes 7a, 7b, and 7c of the housing 1.

Abstract: In an electronic apparatus in which cables with different kinds of signals transmitted are laid, an electronic apparatus including a cable holder which holds the two different kinds of cables and is capable of preventing mutual interference by noises and unwanted radiations occurring between the cables is provided. A loose wires holding part which holds loose wires in which analog signals are transmitted, and a flat cable holding part which holds a flat cable in which digital signals are transmitted are provided in a cable holder. The loose wires holding part is formed by notching both side walls of a base part, the flat cable holding part is formed by a plurality of holding plates which are extended from a base part, and the flat cable holding part is formed so that the flat cable is in contact with the chassis bottom plate or the chassis side plate.

Abstract: According to the present invention, a wire binder 10 integrally includes a binding section 12 that binds a wire and a fixing section 20 that fixes the wire binder 10 to the plate 30, and is configured so that the wire binder 10 is engaged with the plate 30 by inserting legs 21a, 21b each having a hook 22a, 22b formed on its tip end and a protrusion 23 extending downward into attachment holes 31a, 31b, 31c formed in the plate 30, respectively, and so that protruding portions 23a, 23c consisting of inclined surfaces formed on the protrusion 23 are stopped at engagement sides 310a, 310c on which the protruding portions 23a, 23c are engaged with the attachment holes 31a, 31c formed in the plate 30, respectively.

Abstract: An electronic apparatus including an operation button which downsizes a space inside the electronic apparatus by disposing a component such as a switch which is disposed behind the operation button close to a rear portion of the operation button is provided. The button part 10 is locked by the locking hooks 25 provided at a front surface side of the button frame 20, and when the button part 10 and the button frame 20 are integrally provided, the locking hooks 25 are not disposed at the back surface side of the button frame 20, thus making it possible to secure a space part at a rear of the button frame 20, and making it possible to dispose the switch 4 or the like close to the rear part 20A of the button frame 20.

Abstract: The invention provides a liquid crystal display device which allow a plurality of liquid crystal display panels of different mounting specifications to be fixed using a common mounting cover. Mounting sections such as screw holes 13A, 13B, and 13C are provided to allow different first, second, and third liquid crystal display panels 10A, 10B, and 10C to be attached to a mounting cover 2. It is possible to fix the first, the second, or the third liquid crystal display panel 10A, 10B, or 10C of different mounting specifications to a common mounting cover 4, fix any one of different liquid crystal display panels to the mounting cover 2, provide excellent versatility, reduce the number of parts and thereby facilitate parts control and provide excellent cost efficiency.

Abstract: The present invention provides an electronic device with external speaker in which the speaker can be readily attached/detached and loose connection can be prevented even when the speaker is attached/detached repeatedly. A locking hook 33 of an external speaker 30 is inserted into a locking hole 16 of a cabinet 11, and a connecting terminal 37 provided in the cabinet 11 is inserted into a connecting jack 20 provided in the external speaker 30. The connecting jack 20 is pressed by the biasing force of a spring 23 serving as an biasing means, and is held on a position engaged to the connecting terminal 37. Then, the external speaker 30 is moved by sliding to lock the locking hook 33 into the locking hole 16. At this point, the connecting jack 20 moves along the moving direction of the external speaker 30 against the spring 23. Hence, it is possible to connect a connector pin 38 of the connecting terminal 37 without interfering with the sliding movement of the external speaker 30.