WO2018068247A1 - 一种能高效分拣纸张的打印机的纸张托盘机构及其使用方法 - Google Patents
一种能高效分拣纸张的打印机的纸张托盘机构及其使用方法 Download PDFInfo
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- WO2018068247A1 WO2018068247A1 PCT/CN2016/101948 CN2016101948W WO2018068247A1 WO 2018068247 A1 WO2018068247 A1 WO 2018068247A1 CN 2016101948 W CN2016101948 W CN 2016101948W WO 2018068247 A1 WO2018068247 A1 WO 2018068247A1
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- tray
- locking pin
- drive motor
- tray plate
- chassis
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J13/00—Devices or arrangements of selective printing mechanisms, e.g. ink-jet printers or thermal printers, specially adapted for supporting or handling copy material in short lengths, e.g. sheets
- B41J13/10—Sheet holders, retainers, movable guides, or stationary guides
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- the present invention relates to the field of printers, and more particularly to a paper tray mechanism for a printer capable of efficiently sorting paper and a method of using the same.
- the printed paper is often output to a uniform tray for the print user to remove.
- this often makes sorting of the paper after printing difficult.
- there is a practice of providing spacer paper between different print jobs which, although to some extent, facilitates sorting of printed paper between different print users, but still has certain operational difficulties.
- Providing a frame having a plurality of grilles for separately separating the printed rear frames of different print jobs makes it easy to take up space and cause the printer to be oversized.
- An object of the present invention is to provide a paper tray mechanism of a printer capable of efficiently sorting paper and a method of using the same, which can overcome the deficiencies in the prior art.
- a paper tray mechanism for a printer capable of efficiently sorting paper comprising: a lift drive motor mounted on the printer body; and a tray frame connected to a screw coupled to the lift drive motor by a lift support member
- the screw is threadedly engaged with the threaded sleeve of the lifting and receiving member, and the central protrusion of the lifting and receiving member is fixedly coupled to the chassis of the tray frame, wherein the tray frame
- the utility model comprises a multi-layer pallet board, wherein each tray board is connected by a foldable flexible material, wherein the bottommost tray board is also connected to the chassis by a flexible material, and the top side of the top tray board is fixedly mounted on the right side a telescopic drive thread block for mating with a vertically disposed stud thread, the bottom of the stud being powerally coupled to a telescoping drive motor mounted on the elevating support member, each of the tray plates and the chassis Providing a light hole for the stud to pass through to allow axial sliding relative to the stud,
- the two ends of the lifting and receiving member are embedded in the guiding groove, and are slidably coupled, and the end faces of the lifting and receiving members are provided with rollers, and the roller is matched with the printer body.
- the outer surface of the lift drive motor is covered with heat dissipating fins, and the heat dissipating fins are fixedly connected to the lift drive motor in a lateral direction, and the heat dissipation is fixed.
- the fins are used for absorbing and dissipating heat generated during operation of the lift drive motor to prevent the lift drive motor from being burned due to excessively long operating temperatures.
- the tray frame is driven by the lift drive motor to rise, so that the top a tray plate over the telescopic locking pin against the limit of the telescopic locking pin and such that the second tray plate immediately below the topmost tray plate is subjected to the retractable locking pin Restricting action, after which the telescopic drive motor is operated such that the topmost tray plate is driven by the extension driving force, and the position of the second tray plate is restricted by the telescopic locking pin.
- the foldable flexible material between the topmost tray plate and the second tray plate is stretched, and at this time, the printed paper can enter the tray chamber between the topmost tray plate and the second tray plate
- the tray plate limited by the retractable locking pin overcomes the limit function of the retractable locking pin.
- the telescopic drive motor operates such that the foldable flexible material between the corresponding tray plates is stretched;
- the telescopic drive motor completes the extension of the foldable flexible material connected to the chassis, corresponding to the post-printing of the print job Enter the chassis interior formed by the chassis.
- the tray plates which are foldable together and the flexible material are connected, they can be folded in the unused state, and gradually rise and stretch in the use state to accommodate the printed sheets of different print jobs.
- the tension generated by the stretching can be fixed at a fixed point without affecting the lifting and lowering, and the stretching effect is enhanced to avoid the occurrence of paper jam.
- the entire tray rack can be restrained and does not interfere with the locking pins that jam the chassis when the tray sheets are folded together.
- the stretching force can be sufficiently transmitted to the flexible material to be unfolded, and the protective effect can be applied to the flexible material. The entire device operates reliably and can effectively solve the problems of the prior art.
- Figure 1 is a schematic overall view of the structure of a printer of the present invention.
- FIG. 2 is a detailed schematic view of the tray device of Figure 1.
- Figure 3 is an enlarged schematic view of the relevant portion of Figure 2.
- Fig. 4 is a view showing the joined state of the telescopic pin portion of Fig. 3.
- a paper tray mechanism of a printer capable of efficiently sorting paper comprising a lift drive motor 7 mounted on the printer body 9 and a screw 71 coupled to the lift drive motor 9 by a lift support member 721 a tray frame 8 in which the screw 71 is threadedly engaged with a threaded sleeve 72 of the lifting and receiving member 721, and a central projection 722 of the lifting and receiving member 721 and a chassis of the tray holder 8 68, wherein the tray frame 8 comprises a plurality of tray plates 63, each of which is connected by a foldable flexible material 69, wherein the bottommost tray plate is also joined to the chassis by a flexible material 68 is connected, and a top end right side of the topmost tray plate is fixedly mounted with a telescopic drive thread block 65 for threadingly engaging a vertically disposed stud 61, the bottom of the stud 61 being mounted on the lift support
- the telescopic drive motor 62 on the member 721 is dynamically coupled, and each of the first the
- each tray plate 63 A locking engagement slope portion 66 is disposed at both ends for matching with the retractable locking pin 91 respectively disposed in the printer body 9 and located at the left and right sides of the tray frame 8
- the lock engagement bevel portion 66 has a ramp 661 on the tray plate for engaging with the lock pin lower slope 912 of the corresponding telescopic locking pin 91, thereby when the telescopic drive motor 62 generates the extension driving force
- the action of the stretching driving force does not retract the retractable locking pin 91 engaged with the inclined surface 661 on the tray plate, and when the lifting driving motor 7 generates a rising driving force to drive the tray frame 8 to rise,
- the function of the rising driving force enables the retractable locking pin 91 engaged with the inclined surface 661 on the tray plate to be retracted;
- the locking engagement bevel portion 66 further has a tray plate lower inclined surface 662 for corresponding retractable locking pin
- the locking pin upper slope 911 of 91 is engaged, whereby when the lifting drive motor 7 generates a
- the roller 702 is coupled with the printer body 9 to improve the flexibility of the lifting and lowering member 721 to move up and down.
- the outer surface of the lift drive motor 7 is covered with a heat dissipating fin 703, and the heat dissipating fin 703 is fixedly connected to the lift drive motor 7, and the heat dissipating fin 703 is used to run the lift drive motor 7
- the heat generated at the time is absorbed and dissipated, preventing the elevation drive motor 7 from being burnt up due to excessively long operating temperatures.
- each of the tray plates 63 may also be connected by a foldable flexible reinforcing material 67, and the bottommost tray plate is also connected to the chassis 68 by a foldable flexible reinforcing material for transmitting the stretching driving force.
- the extent of the extension of the tray plate 63 is limited.
- the tray frame 8 is driven by the lift drive motor 7 to rise. Having the topmost tray plate over the telescoping locking pin 91 against the limit of the retractable locking pin 91 and causing the second tray plate immediately below the topmost tray plate to be Restricting action of the retractable locking pin 91, after which the telescopic drive motor 62 is operated such that the topmost tray plate is driven by the extension driving force, by means of the retractable locking pin 91 for the second tray.
- the limiting action of the plate, the foldable flexible material 69 between the topmost tray plate and the second tray plate is stretched At this time, the printed paper can enter the tray chamber between the topmost tray plate and the second tray plate; when performing the subsequent print job, each time a new print job is executed,
- the tray plate of the telescopic locking pin 91 is located above the telescopic locking pin 91 against the limit action of the retractable
- the telescopic drive motor 62 is operated such that the tray plates are folded together, and then the lift drive motor 7 is operated such that the tray plate overcomes the The limit of the telescopic locking pin 91 is lowered to below the telescopic locking pin 91.
- the collapsible tray plate and the flexible material connection it can be folded in the unused state and gradually raised and stretched in the use state to accommodate the printed paper of different print jobs.
- the locking pin With elastic expansion and contraction, the tension generated by the stretching can be fixed at a fixed point without affecting the lifting and lowering, and the stretching effect is enhanced to avoid the occurrence of paper jam.
- the entire tray rack By setting the sinking shoulder of the chassis, the entire tray rack can be restrained and does not interfere with the locking pins that jam the chassis when the tray sheets are folded together.
- the stretching force can be sufficiently transmitted to the flexible material to be unfolded, and the protective effect can be applied to the flexible material. The entire device operates reliably and can effectively solve the problems of the prior art.
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Abstract
一种能高效分拣纸张的打印机的纸张托盘机构，包括安装在打印机本体(9)上的升降驱动电机(7)以及通过升降承托件(721)而与升降驱动电机(9)所动力联接的螺杆(71)连接的托盘架体(8)，其中，螺杆(71)与升降承托件(721)的螺纹套筒(72)螺纹配合，升降承托件(721)的中部凸出部(722)与托盘架体(8)的底盘(68)固连，其中，托盘架体(8)包括多层托盘板(63)，每层托盘板(63)之间由可折叠柔性材料(69)连接，其中，最底部的托盘板也通过柔性材料而与底盘(68)连接，最顶部的托盘板的顶面右侧位置固定安装有伸缩驱动螺纹块(65)用以与竖直设置的螺柱(61)螺纹配合。
Description
本发明涉及打印机领域，具体为一种能高效分拣纸张的打印机的纸张托盘机构及其使用方法。
在现有的一些打印装置中，打印后纸张往往输出至统一的托盘中以供打印用户取走。当执行多个打印任务时，由于不同的打印用户需要各自取走各自打印后纸张，这往往给打印后纸张的分拣带来困难。现有技术中有采用在不同的打印任务之间设置间隔纸张的做法，这虽然一定程度上有利于不同打印用户之间的打印后纸张的分拣，但是仍然具有一定操作困难。而设置具有多个格栅的架体用以分开放置不同打印任务的打印后架体，则容易占据空间而造成打印机尺寸过大。
发明内容
本发明的目的在于提供一种能高效分拣纸张的打印机的纸张托盘机构及其使用方法，其能够克服现有技术中的缺陷。
根据本发明的一种能高效分拣纸张的打印机的纸张托盘机构，包括安装在打印机本体上的升降驱动电机以及通过升降承托件而与所述升降驱动电机所动力联接的螺杆连接的托盘架体，其中，所述螺杆与所述升降承托件的螺纹套筒螺纹配合，所述升降承托件的中部凸出部与所述托盘架体的底盘固连，其中，所述托盘架体包括多层托盘板，每层托盘板之间由可折叠柔性材料连接，其中，最底部的托盘板也通过柔性材料而与所述底盘连接，最顶部的托盘板的顶面右侧位置固定安装有伸缩驱动螺纹块用以与竖直设置的螺柱螺纹配合，所述螺柱的底部与安装在所述升降承托件上的伸缩驱动电机动力联接，每层托盘板以及所述底盘上均设置有供所述螺柱穿过的光孔以允许相对于所述螺柱轴向滑动，其中，每层托盘板的左右两端均设置有锁定接合斜面部用以与分别设置在所述打印机本体中且位于所述托盘架体左右两侧处的可伸缩锁定销配合，其中，所述锁定接合斜面部具有托盘板上斜面用以与相应的可伸缩锁定销的锁定销下斜面接合，由此，当所述伸缩驱动电机产生伸展驱动力时，该伸展驱动力的作用不能使
与所述托盘板上斜面接合的可伸缩锁定销缩回，而当所述升降驱动电机产生上升驱动力而驱动所述托盘架体上升时，所述上升驱动力的作用能够使得与所述托盘板上斜面接合的可伸缩锁定销缩回；所述锁定接合斜面部还具有托盘板下斜面用以与相应的可伸缩锁定销的锁定销上斜面接合，由此，当所述升降驱动电机产生下降驱动力而驱动所述托盘架体下降时，所述下降驱动力的作用能够使得与所述托盘板下斜面接合的可伸缩锁定销缩回；其中，所述底盘的左右两端还设置有下沉台肩部用以与所述可伸缩锁定销的底部平面接合，从而对所述底盘的上升进行限位，所述升降承托件两侧的所述打印机本体上设有导向凹槽，所述升降承托件两端嵌于所述导向凹槽内，且滑动配合连接，所述升降承托件两端端面上设有滚轮，所述滚轮与所述打印机本体配合滚动连接用以提高所述升降承托件上、下移动的灵活性，所述升降驱动电机外表面包覆有散热翅片，所述散热翅片横向与所述升降驱动电机固定连接，所述散热翅片用以将所述升降驱动电机运行时产生的热量吸收并散发掉，防止所述升降驱动电机长时间运行温度过高而烧毁。
根据本发明，上述能高效分拣纸张的打印机的纸张托盘机构的使用方法，当所述打印机执行第一打印任务时，所述托盘架体受所述升降驱动电机的驱动而上升，使得最顶部的托盘板克服所述可伸缩锁定销的限位作用而位于所述可伸缩锁定销之上且使得紧邻于所述最顶部的托盘板之下的第二托盘板受到所述可伸缩锁定销的限位作用，之后所述伸缩驱动电机运行，使得所述最顶部的托盘板由伸展驱动力驱动而上升，借助于所述可伸缩锁定销对于所述第二托盘板的限位作用，位于所述最顶部的托盘板与所述第二托盘板之间的可折叠柔性材料被伸展，此时，打印后纸张能够进入所述最顶部的托盘板与所述第二托盘板之间的托盘室；当执行之后的打印任务时，每执行一次新的打印任务，由所述可伸缩锁定销限位的托盘板克服所述可伸缩锁定销的限位作用而位于所述可伸缩锁定销之上且使得紧邻在下的托盘板受到所述可伸缩锁定销的限位作用，并且所述伸缩驱动电机运行使得对应的托盘板间的可折叠柔性材料被伸展；直至当所述可伸缩锁定销与所述底盘的所述下沉台肩部接合时，所述伸缩驱动电机完成对于与所述底盘相连的可折叠柔性材料的伸展，对应打印任务的打印后纸张进
入由底盘形成的底盘室内。
通过上述方案，由于采用可折叠在一起的托盘板以及柔性材料连接，因此能够在不用状态时处于折叠状态，而在使用状态下逐步上升并伸展，以容纳不同打印任务的打印后纸张。通过设置具有弹性伸缩作用的锁定销，能够在不影响升降的情形下，使得伸展产生的张紧力具有固定点，加强伸展效果以避免卡纸产生。通过设置底盘的下沉台肩，能够将整个托盘架限位，并且在托盘板折叠在一起时不会与卡住底盘的所述锁定销发生干涉。通过设置加强柔性材料，能够使得伸展力充分传递到需要展开的柔性材料处，并且能够对柔性材料施加保护作用。整个装置运行可靠，能够有效解决现有技术的问题。
图1是本发明的打印机结构的整体示意图。
图2是图1中的托盘装置的详细示意图。
图3是图2中的相关部分的放大示意图。
图4是图3中伸缩销部分的接合状态示意图。
下面结合图1-4对本发明进行详细说明。
根据实施例的能高效分拣纸张的打印机的纸张托盘机构，包括安装在打印机本体9上的升降驱动电机7以及通过升降承托件721而与所述升降驱动电机9所动力联接的螺杆71连接的托盘架体8，其中，所述螺杆71与所述升降承托件721的螺纹套筒72螺纹配合，所述升降承托件721的中部凸出部722与所述托盘架体8的底盘68固连，其中，所述托盘架体8包括多层托盘板63，每层托盘板63之间由可折叠柔性材料69连接，其中，最底部的托盘板也通过柔性材料而与所述底盘68连接，最顶部的托盘板的顶面右侧位置固定安装有伸缩驱动螺纹块65用以与竖直设置的螺柱61螺纹配合，所述螺柱61的底部与安装在所述升降承托件721上的伸缩驱动电机62动力联接，每层托盘板63以及所述底盘68上均设置有供所述螺柱61穿过的光孔630以允许相对于所述螺柱61轴向滑动，其中，每层托盘板63的左右两端均设置有锁定接合斜面部66用以与分别设置在所述打印机本体9中且位于所述托盘架体8左右两侧处的可伸缩锁定销91配
合，其中，所述锁定接合斜面部66具有托盘板上斜面661用以与相应的可伸缩锁定销91的锁定销下斜面912接合，由此，当所述伸缩驱动电机62产生伸展驱动力时，该伸展驱动力的作用不能使与所述托盘板上斜面661接合的可伸缩锁定销91缩回，而当所述升降驱动电机7产生上升驱动力而驱动所述托盘架体8上升时，所述上升驱动力的作用能够使得与所述托盘板上斜面661接合的可伸缩锁定销91缩回；所述锁定接合斜面部66还具有托盘板下斜面662用以与相应的可伸缩锁定销91的锁定销上斜面911接合，由此，当所述升降驱动电机7产生下降驱动力而驱动所述托盘架体8下降时，所述下降驱动力的作用能够使得与所述托盘板下斜面662接合的可伸缩锁定销91缩回；其中，所述底盘68的左右两端还设置有下沉台肩部681用以与所述可伸缩锁定销91的底部平面接合，从而对所述底盘68的上升进行限位，所述升降承托件721两侧的所述打印机本体9上设有导向凹槽701，所述升降承托件721两端嵌于所述导向凹槽701内，且滑动配合连接，所述升降承托件721两端端面上设有滚轮702，所述滚轮702与所述打印机本体9配合滚动连接用以提高所述升降承托件721上、下移动的灵活性，所述升降驱动电机7外表面包覆有散热翅片703，所述散热翅片703横向与所述升降驱动电机7固定连接，所述散热翅片703用以将所述升降驱动电机7运行时产生的热量吸收并散发掉，防止所述升降驱动电机7长时间运行温度过高而烧毁。
有益地，其中，每层托盘板63之间还可以由可折叠柔性加强材料67连接，且最底部的托盘板也通过可折叠柔性加强材料而与所述底盘68连接，用以传递伸展驱动力并对托盘板63的伸展幅度进行限位。
根据实施例，如上述能高效分拣纸张的打印机的纸张托盘机构的使用方法，当所述打印机执行第一打印任务时，所述托盘架体8受所述升降驱动电机7的驱动而上升，使得最顶部的托盘板克服所述可伸缩锁定销91的限位作用而位于所述可伸缩锁定销91之上且使得紧邻于所述最顶部的托盘板之下的第二托盘板受到所述可伸缩锁定销91的限位作用，之后所述伸缩驱动电机62运行，使得所述最顶部的托盘板由伸展驱动力驱动而上升，借助于所述可伸缩锁定销91对于所述第二托盘板的限位作用，位于所述最顶部的托盘板与所述第二托盘板之间的可折叠柔性材料69被伸
展，此时，打印后纸张能够进入所述最顶部的托盘板与所述第二托盘板之间的托盘室；当执行之后的打印任务时，每执行一次新的打印任务，由所述可伸缩锁定销91限位的托盘板克服所述可伸缩锁定销91的限位作用而位于所述可伸缩锁定销91之上且使得紧邻在下的托盘板受到所述可伸缩锁定销91的限位作用，并且所述伸缩驱动电机62运行使得对应的托盘板间的可折叠柔性材料69被伸展；直至当所述可伸缩锁定销91与所述底盘68的所述下沉台肩部681接合时，所述伸缩驱动电机62完成对于与所述底盘68相连的可折叠柔性材料的伸展，对应打印任务的打印后纸张进入由底盘68形成的底盘室内。
有益地，其中，当所述底盘室被使用后，首先所述伸缩驱动电机62运行使得所述托盘板被折叠在一起，然后，所述升降驱动电机7运行使得所述托盘板克服所述可伸缩锁定销91的限位作用而下降至所述可伸缩锁定销91之下。
由于采用可折叠在一起的托盘板以及柔性材料连接，因此能够在不用状态时处于折叠状态，而在使用状态下逐步上升并伸展，以容纳不同打印任务的打印后纸张。通过设置具有弹性伸缩作用的锁定销，能够在不影响升降的情形下，使得伸展产生的张紧力具有固定点，加强伸展效果以避免卡纸产生。通过设置底盘的下沉台肩，能够将整个托盘架限位，并且在托盘板折叠在一起时不会与卡住底盘的所述锁定销发生干涉。通过设置加强柔性材料，能够使得伸展力充分传递到需要展开的柔性材料处，并且能够对柔性材料施加保护作用。整个装置运行可靠，能够有效解决现有技术的问题。
通过以上方式，本领域的技术人员可以在本发明的范围内根据工作模式做出各种改变。
Claims (4)
- 一种能高效分拣纸张的打印机的纸张托盘机构，包括安装在打印机本体(9)上的升降驱动电机(7)以及通过升降承托件(721)而与所述升降驱动电机(9)所动力联接的螺杆(71)连接的托盘架体(8)，其中，所述螺杆(71)与所述升降承托件(721)的螺纹套筒(72)螺纹配合，所述升降承托件(721)的中部凸出部(722)与所述托盘架体(8)的底盘(68)固连，其中，所述托盘架体(8)包括多层托盘板(63)，每层托盘板(63)之间由可折叠柔性材料(69)连接，其中，最底部的托盘板也通过柔性材料而与所述底盘(68)连接，最顶部的托盘板的顶面右侧位置固定安装有伸缩驱动螺纹块(65)用以与竖直设置的螺柱(61)螺纹配合，所述螺柱(61)的底部与安装在所述升降承托件(721)上的伸缩驱动电机(62)动力联接，每层托盘板(63)以及所述底盘(68)上均设置有供所述螺柱(61)穿过的光孔(630)以允许相对于所述螺柱(61)轴向滑动，其中，每层托盘板(63)的左右两端均设置有锁定接合斜面部(66)用以与分别设置在所述打印机本体(9)中且位于所述托盘架体(8)左右两侧处的可伸缩锁定销(91)配合，其中，所述锁定接合斜面部(66)具有托盘板上斜面(661)用以与相应的可伸缩锁定销(91)的锁定销下斜面(912)接合，由此，当所述伸缩驱动电机(62)产生伸展驱动力时，该伸展驱动力的作用不能使与所述托盘板上斜面(661)接合的可伸缩锁定销(91)缩回，而当所述升降驱动电机(7)产生上升驱动力而驱动所述托盘架体(8)上升时，所述上升驱动力的作用能够使得与所述托盘板上斜面(661)接合的可伸缩锁定销(91)缩回；所述锁定接合斜面部(66)还具有托盘板下斜面(662)用以与相应的可伸缩锁定销(91)的锁定销上斜面(911)接合，由此，当所述升降驱动电机(7)产生下降驱动力而驱动所述托盘架体(8)下降时，所述下降驱动力的作用能够使得与所述托盘板下斜面(662)接合的可伸缩锁定销(91)缩回；其中，所述底盘(68)的左右两端还设置有下沉台肩部(681)用以与所述可伸缩锁定销(91)的底部平面接合，从而对所述底盘(68)的上升进行限位，所述升降承托件(721)两侧的所述打印机本体(9)上设有导向凹槽(701)，所 述升降承托件(721)两端嵌于所述导向凹槽(701)内，且滑动配合连接，所述升降承托件(721)两端端面上设有滚轮(702)，所述滚轮(702)与所述打印机本体(9)配合滚动连接用以提高所述升降承托件(721)上、下移动的灵活性，所述升降驱动电机(7)外表面包覆有散热翅片(703)，所述散热翅片(703)横向与所述升降驱动电机(7)固定连接，所述散热翅片(703)用以将所述升降驱动电机(7)运行时产生的热量吸收并散发掉，防止所述升降驱动电机(7)长时间运行温度过高而烧毁。
- 如权利要求1所述的一种能高效分拣纸张的打印机的纸张托盘机构，其中，每层托盘板(63)之间还由可折叠柔性加强材料(67)连接，且最底部的托盘板也通过可折叠柔性加强材料而与所述底盘(68)连接，用以传递伸展驱动力并对托盘板(63)的伸展幅度进行限位。
- 如权利要求1或2所述的一种能高效分拣纸张的打印机的纸张托盘机构的使用方法，当所述打印机执行第一打印任务时，所述托盘架体(8)受所述升降驱动电机(7)的驱动而上升，使得最顶部的托盘板克服所述可伸缩锁定销(91)的限位作用而位于所述可伸缩锁定销(91)之上且使得紧邻于所述最顶部的托盘板之下的第二托盘板受到所述可伸缩锁定销(91)的限位作用，之后所述伸缩驱动电机(62)运行，使得所述最顶部的托盘板由伸展驱动力驱动而上升，借助于所述可伸缩锁定销(91)对于所述第二托盘板的限位作用，位于所述最顶部的托盘板与所述第二托盘板之间的可折叠柔性材料(69)被伸展，此时，打印后纸张能够进入所述最顶部的托盘板与所述第二托盘板之间的托盘室；当执行之后的打印任务时，每执行一次新的打印任务，由所述可伸缩锁定销(91)限位的托盘板克服所述可伸缩锁定销(91)的限位作用而位于所述可伸缩锁定销(91)之上且使得紧邻在下的托盘板受到所述可伸缩锁定销(91)的限位作用，并且所述伸缩驱动电机(62)运行使得对应的托盘板间的可折叠柔性材料(69)被伸展；直至当所述可伸缩锁定销(91)与所述底盘(68)的所述下沉台肩部(681)接合时，所述伸缩驱动电机(62)完成对于与所述底盘(68)相连的可折叠柔性材料的伸展，对应打印任务的打印后纸张进入由底盘(68)形成的底盘室内。
- 如权利要求3所述的方法，其中，当所述底盘室被使用后，首先所述伸 缩驱动电机(62)运行使得所述托盘板被折叠在一起，然后，所述升降驱动电机(7)运行使得所述托盘板克服所述可伸缩锁定销(91)的限位作用而下降至所述可伸缩锁定销(91)之下。
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