Patent Application
20130336701
1. Technical Field
The present disclosure relates to a paper outputting apparatus for a printing apparatus.
2. Description of Related Art
A printing apparatus, such as a printer or a photocopying machine, feeds a sheet of paper from an input tray, prints an image on the sheet, and discharges the printed sheet to an output tray. In most office settings, a single printing apparatus is used by several users. A large number of paper sheets may be laid on the output tray of the printing apparatus. The printed sheets may become bent during the printing process, causing the sheets jammed in the printing apparatus. When a user tries to pull the jammed sheets out of the printing apparatus, the jammed sheets may tear. Shreds from the torn sheets may remain in the printing apparatus and the printing apparatus remains non-operational.
Therefore there is a need for improvement in the art.
The disclosure is illustrated by way of example and not by way of limitation in the figures of the accompanying drawings in which like references indicate similar elements. It should be noted that references to “an” or “one” embodiment in this disclosure are not necessarily to the same embodiment, and such references mean at least one.
Referring
The paper outputting apparatus includes a supporting bracket 120, two paper output slides 130 mounted on the supporting bracket 120, and a paper pressing slide 140 mounted on the supporting bracket 120.
The supporting bracket 120 comprises a top wall 121 and two side walls 122 perpendicular to the top wall 121. An accommodating portion 1211 is formed in the top wall 121 corresponding to the paper pressing slide 140. A paper pressing wheel 150 is located on a first end of the paper pressing slide 140. Two trapezoid-shaped hooks 141 perpendicularly extend from a second end of the paper pressing slide 140. The first end of the paper pressing slide 140 passes through the accommodating portion 1211 with the two hooks 141 locked on the top wall 121. A plurality of rod-shaped first engaging slots 142 are defined in the paper pressing slide 140. A first gear 160 is located on one side of the accommodating portion 1211. A plurality of first teeth 161 are defined in the first gear 160. The plurality of first teeth 161 engage with the plurality of rod-shaped first engaging slots 142. A plurality of paper output wheels 170 are located on another side of the accommodating portion 1211. A first motor 180 and a plurality of second gears 190 are located on the top wall 121 adjacent to the accommodating portion 1211. The plurality of second gears 190 are connected to the first motor 180 and the first gear 160.
A first rotation axis 200 is located on the two side walls 122. Two third gears 210 are located on the first rotation axis 200 corresponding to the two paper output slides 130. A plurality of second teeth 211 are defined in each of the two third gears 210. A plurality of rod-shaped second engaging slots 131 are defined in each of the two paper output slides 130. The plurality of second teeth 211 on each of the two third gears 210 engage with the plurality of second engaging slots 131 on the corresponding paper output slides 130. A second rotation axis 220 is located on the two side walls 122. A plurality of paper output rollers 230 are located on the second rotation axis 220. A paper supporting tray 240 is located between the two side walls 122. The paper supporting tray 240 is parallel to the top wall 121. A second motor 250 and a plurality of fourth gears 260 are located on one of the two side walls 122. The plurality of fourth gears 260 are connected to the second motor 250 and the first rotation axis 200.
As the paper 300 in the paper output port 110 is bent into a curve by the paper pressing slide 140, the lengthwise rigidity of the paper 300 is increased. Typically, the rigidity of the paper 300 is represented by a moment of inertia which is inversely proportional to the movement of the paper 300 subject to an external force. When the rigidity of the paper 300 is increased, more force is required to move an individual sheet of paper. The ability of the paper 300 to resist an external force is strengthened and the paper 300 will be less readily disturbed on the paper supporting tray 240. The printing papers can be easily removed from the paper output port 110 and will not be caught in the printing apparatus. Therefore, malfunctions of the printing apparatus can be avoided.
When the printing is complete, the first motor 180 drives the first gear 160 rotating along the second direction via the plurality of second gears 190. The first gear 160 drives the paper pressing slide 140 to move away from the paper supporting tray 240 in the accommodating portion 1211. The second motor 250 drives the first rotation axis 200 and the two third gears 210 rotating along the first direction via the plurality of fourth gears 260. The two third gears 210 drives the corresponding paper output slides 130 sliding to an inside of the paper output port 110 on the supporting bracket 120
Even though numerous characteristics and advantages of the present disclosure have been set forth in the foregoing description, together with details of the structure and function of the disclosure, the disclosure is illustrative only, and changes may be made in detail, especially in the matters of shape, size, and the arrangement of parts within the principles of the disclosure to the full extent indicated by the broad general meaning of the terms in which the appended claims are expressed.
| Number | Date | Country | Kind |
|---|---|---|---|
| 101121187 | Jun 2012 | TW | national |
