Abstract: An electronic device includes a casing having an accommodation groove with an open end and a base adjacent to the accommodation groove, a stylus whose front edge has a groove, an annular sleeve, a charging switch adjacent to the base and a pair of hooks. The base has a center column protruding along an axial direction. The stylus enters the accommodation groove from the open end. The annular sleeve is sleeved on the center column and has first and second protruding portions. The first protruding portion is located on a movement path of the stylus entering the accommodation groove from the open end until going in thoroughly. The charging switch and the accommodation groove are on different sides of the base. The second protruding portion is adapted to touch the charging switch. The hooks are located on the opposite sides of the accommodation groove and adapted to be fastened with the groove.

Abstract: A buckle assembly and an electronic device using the buckle assembly are provided. The buckle assembly is assembled in a housing of the electronic device. The housing has an inner surface and a column with a first through hole, wherein the column protrudes from the inner surface toward inside of the housing. The buckle assembly includes a fixing element, a shaft and a pair of retaining rings. The fixing element is assembled in the first through hole. The shaft is fixed in the housing. The retaining rings are pivoted to the shaft. Each of the retaining rings has an arc portion, and the retaining rings buckle each other and abut on the column. The arc portions are co-constructed to form a first hole communicating with the first through hole while the retaining rings buckle each other, and the fixing element is inserted in the first hole and column to be fixed in the housing.

Abstract: A buckle assembly and an electronic device using the same are provided. The buckle assembly is adapted to be assembled on a housing of the electronic device. The housing has an inner surface and a first hole. The buckle assembly includes an assembly element, a slider, and an abutting member. The assembly element is assembled in the first hole along a first direction; the slider is disposed on the inner surface of the housing and is capable of moving relative to the housing along a second direction to lock or unlock the assembly element, wherein the second direction is perpendicular to the first direction; and the abutting member is disposed on the inner surface of the housing and is used to abut against the slider when the slider locks the assembly element.

Abstract: A buckle assembly and an electronic device using the buckle assembly are provided. The buckle assembly is assembled in a housing of the electronic device. The housing has an inner surface and a column with a first through hole, wherein the column protrudes from the inner surface toward inside of the housing. The buckle assembly includes a fixing element, a shaft and a pair of retaining rings. The fixing element is assembled in the first through hole. The shaft is fixed in the housing. The retaining rings are pivoted to the shaft. Each of the retaining rings has an arc portion, and the retaining rings buckle each other and abut on the column. The arc portions are co-constructed to form a first hole communicating with the first through hole while the retaining rings buckle each other, and the fixing element is inserted in the first hole and column to be fixed in the housing.

Abstract: A buckle assembly and an electronic device using the same are provided. The buckle assembly is adapted to be assembled on a housing of the electronic device. The housing has an inner surface and a first hole. The buckle assembly includes an assembly element, a slider, and an abutting member. The assembly element is assembled in the first hole along a first direction; the slider is disposed on the inner surface of the housing and is capable of moving relative to the housing along a second direction to lock or unlock the assembly element, wherein the second direction is perpendicular to the first direction; and the abutting member is disposed on the inner surface of the housing and is used to abut against the slider when the slider locks the assembly element.

Abstract: A switch seat body structure and a manufacturing method thereof. The switch seat body structure is simplified and can be easily manufactured to enhance the resistance of the switch seat body against the external damaging force. The switch seat body structure includes a main body for assembling with an internal component of the switch. The main body is an assembly of a metal head section and a nonmetal belly section. The metal head section has a shoulder section, a skirt section connected with the shoulder section and a subsidiary shoulder section formed on the skirt section. The nonmetal belly section is overlaid and connected on at least a part of the skirt section or the entire skirt section, whereby the nonmetal belly section is connected with subsidiary shoulder section to form an integrated structure.

Abstract: A switch seat body structure and a manufacturing method thereof. The switch seat body structure is simplified and can be easily manufactured to enhance the resistance of the switch seat body against the external damaging force. The switch seat body structure includes a main body for assembling with an internal component of the switch. The main body is an assembly of a metal head section and a nonmetal belly section. The metal head section has a shoulder section, a skirt section connected with the shoulder section and a subsidiary shoulder section formed on the skirt section. The nonmetal belly section is overlaid and connected on at least a part of the skirt section or the entire skirt section, whereby the nonmetal belly section is connected with subsidiary shoulder section to form an integrated structure.

Abstract: This invention relates to the automatic receipt and distristribution of facsimile mail, herein known as fax mail. It is particularly important in situations where there is a relatively large number fax users and relatively few fax machines to perform the sending and receiving. In this case the manual distribution is cumbersome and slow, and provides little tracking or security. This invention provides a fairly simple method to automatically distribute fax mail to a number of recipient that are network connected to a server or main computer. At the same time the method provides a means for handling fax mail that does not have with it the routing information necessary to automatically route it to the intended recipient. The process also has means to provide tracking and security for auditing purposes.