Abstract:
A combination includes a carbon powder replenishing bottle and a carbon powder storage member combined together. The carbon powder replenishing bottle includes: a hollow body storing carbon powder; and a bottle mouth, which is connected to the hollow body and has a stopper portion, wherein the stopper portion restricts a depth, by which the bottle mouth is placed into a carbon powder entrance of the carbon powder storage member, so that the bottle mouth is only partially inserted into the carbon powder entrance to form a hermetic connection with the carbon powder entrance through the stopper portion. The stopper portion is entirely accommodated within an outer housing of the carbon powder storage member, In the carbon powder storage member, a fluid in the housing is discharged through a fluid discharge mechanism when a user performs a refilling operation.
Abstract:
A disassemblable imaging apparatus includes a photo sensing assembly and a toner cartridge. The photo sensing assembly has an accommodating space, a photosensitive side and a fastening side. The photosensitive side and the fastening side are respectively located at two sides of the accommodating space, which are opposite to each other. The toner cartridge includes a main body and a handle. The handle is swingably connected to a side of the main body in order to move an end of the handle, which is away from the main body, close to or away from the main body. The toner cartridge is detachably installed in the accommodating space, and the handle is detachably fastened to the fastening side of the photo sensing assembly.
Abstract:
A disassemblable imaging apparatus includes a photo sensing assembly, a toner cartridge, and at least one torsion spring. The photo sensing assembly includes a casing and a photosensitive drum. The casing has an accommodating space. The photosensitive drum is installed on the casing and located at a side of the accommodating space. The toner cartridge is detachably located in the accommodating space. The at least one torsion spring is located in the accommodating space. A part of the at least one torsion spring is installed on the casing, and another part of the at least one torsion spring presses a side of the toner cartridge facing away from the photosensitive drum for pushing the toner cartridge toward the photosensitive drum.
Abstract:
An image forming apparatus comprises a printing module, a transporting mechanism and a sorting module. The printing module prints data on media in order. The transporting mechanism transports the media past the printing module. The sorting module is disposed downstream of the transporting mechanism, and comprises an output mechanism, a rack and a driving pinion. The output mechanism transports the media out in a first direction. The rack is connected to the output mechanism. The driving pinion meshing with the rack drives the rack and the output mechanism to reciprocate in a second direction, different from the first direction, to sort the media into stacks. Thus, the sorting function can be achieved without providing a larger space and moving a discharge tray, and this is advantageous to the miniaturization of the image forming apparatus.
Abstract:
An image forming agent storage member capable of being resupplied with an image forming agent is disclosed. The image forming agent storage member includes a housing, an image forming agent entry, and a fluid-discharged mechanism. The housing is for carrying the image forming agent. The image forming agent entry is disposed one end of the housing. The fluid-discharged mechanism is disposed a surface of the housing. When the image forming agent is injected into the housing via the image forming agent entry, a fluid inside the housing is discharged via the fluid-discharged mechanism. A digital machine includes the said image forming agent storage member is also disclosed.
Abstract:
A printing equipment including a host and a electrophotographic apparatus having an OPC drum unit and a toner cartridge unit is provided. The OPC drum unit has an organic photoconductor, a first memory and a first electrical connector coupled to the organic photoconductor and the first memory. The toner cartridge unit has a developing roller, a second memory and a second electrical connector coupled to the developing roller and the second memory. The first electrical connector is direct contacted to the second electrical connector physically. The host includes a controller, a data carrier transporting module and a third electrical connector coupled to the controller. The third electrical connector is direct contacted to one of the first electrical connector or the second electrical connector physically.
Abstract:
A fusing device includes a driving roller and a fusing unit including a heat insulating component, a heat generating component, a heat conducting component connected to the heat insulating component, a heat reflecting component, a metal reinforcing component and a fusing component. The heat generating component and the heat reflecting component are located inside the heat insulating component. The metal reinforcing component is located outside the heat insulating component and separated from the heat conducting component. The fusing component movably surrounds the heat conducting component, the heat insulating component and the metal reinforcing component. The heat reflecting component reflects heat generated from the heat generating component to the heat conducting component. The heat conducting component conducts the heat to the fusing component. The fusing component contacts with a printing media to fuse toners onto the printing media by heating when the driving roller drives the printing media to move.