具体实施方式 DETAILED DESCRIPTION

[0035] 为使对本发明的目的、构造、特征、及其功能有进一步的了解，兹配合实施例详细说明如下。 [0035] For the purposes of this invention, the structure, characteristics, and function have a better understanding, with the embodiment hereby described in detail below.

[0036] 参照图1至图3-3所示，揭示了本发明打印装置的第一实施例的结构示意图，该打印装置包括基板1、驱动结构2、滑轨结构3、成型板4、制动部5以及第一传动装置6。 [0036] Referring to FIG. 1 to FIG. 3-3, discloses a schematic view of the structure of a first embodiment of the present invention, the printing apparatus, the printing apparatus comprises a substrate 1, the driving structure 2, 3 slide structure, the forming plate 4, the system the movable portion 5 and the first transmission means 6.

[0037] 该基板I,具有第一表面11和第二表面12,该第一表面11平行于该第二表面12，该第一表面11与该第二表面12相对设置。 [0037] The substrate I, 11 having a first surface and a second surface 12, the first surface 11 is parallel to the second surface 12, 11 of the first surface and the second surface 12 disposed opposite.

[0038] 该驱动结构2，具有传动杆23、第二传动装置22、驱动杆21、第一承接面211、第二承接面212以及第一斜面213，该第一承接面211与该第二承接面212为该驱动杆21上表面的两个部分，该第一承接面211平行于该第一表面11且相距第一距离，该第二承接面212平行于该第一表面11且相距第二距离，该第二距离与该第一距离不相等，在本实施例中该第一距离小于该第二距离。 [0038] The driving structure 2, with a transmission lever 23, the second gear 22, the drive rod 21, the first bearing surface 211, the second receiving surface 212 and the first bevel 213, the first bearing surface 211 and the second receiving surface 212 for the drive rod 21 on both portions of the surface, the first bearing surface 211 parallel to the first surface 11 and a first distance, the second bearing surface 212 parallel to the first surface 11 and away from the first second distance, the second distance are not equal to the first distance, in the present embodiment, the first distance is less than the second distance. 该第一斜面213邻接该第一承接面211与该第二承接面212，并与该第一承接面211和该第二承接面212分别成一定角度。 The first slope 213 adjacent to the first bearing surface 211 and the second receiving surface 212 and the first bearing surface 211 and the second bearing surface 212, respectively, at an angle. 进一步的，该驱动结构2具有滑槽214，使该滑轨结构3穿过该驱动结构2，并能相对移动。 Further, the driving structure 2 having a chute 214, so that the rail structure 3 through the driving structure 2, and can be relatively moved.

[0039] 该第二传动装置22可以为齿轮，并分别与该传动杆23和该驱动杆21啮合。 [0039] The second transmission device 22 may be a gear, respectively, and the actuating rod 23 and the driving lever 21 engages. 其中，当该传动杆23运动时，可带动该齿轮转动，该齿轮再连动该驱动杆21运动。 Wherein, when the transmission lever 23 movement, can drive the gear, the gear and then linked to the drive rod 21 sports. 进一步的，该驱动结构2还具有第二驱动杆24，该齿轮连动该驱动杆21沿第一方向Dl运动的同时，连动该第二驱动杆24沿该第一方向的反向运动，以在与该驱动杆21对称分布的位置上驱动该滑轨结构3，从而使该滑轨结构3受到该驱动结构2均匀驱动的力，并此时该齿轮同时连动该驱动杆21和该第二驱动杆24，减少部件使用数量，整体结构得到优化。 Further, the driving structure 2 further comprising a second drive rod 24, the interlocking gear 21 at the same time the drive lever movement in the first direction Dl, interlocking the second driving rod 24 along the first direction of reverse movement, In the position of the driving lever 21 for driving the symmetrical distribution of the rail structure 3, so that the slide structure 3 is subjected to the driving force of the driving uniform structure 2, and the gear case while the interlocking lever 21 and the drive The second drive rod 24, to reduce the number of parts used, the overall structure has been optimized. 进一步的，该第一方向Dl平行于该第一表面11。 Further, the first direction Dl parallel to the first surface 11.

[0040] 进一步的，该驱动结构2通过固定件7固定于该第一表面11，该固定件7具有第一端和第二端，该第一端连接该驱动结构2，并能够相对滑动，该第二端固定连接该基板I的该第一表面11 ;另选的，该第一端固定连接该驱动结构2，该第二端连接该基板I的该第一表面11,并能够相对滑动，以使该驱动结构2固定在该基板I上并可以移动。 [0040] Further, the driving structure 2 through the fixing member 7 is fixed to the first surface 11, the fixing member 7 has a first end and a second end, the first end being connected to the driving structure 2, and can be relatively slidable, the first surface of the second end fixedly connected to the base plate 11 I; Alternatively, the first end fixedly connected to the driving structure 2, the second end of the first surface of the substrate I 11, and can slide relative to so that the second fixed and can I move on the substrate of the drive structure.

[0041] 参照图2所示，该滑轨结构3具有连接部31和主体部32，该连接部31可移动地固定在该基板I上，即该基板I限制该连接部31在该基板I表面方向的自由度，但可在第二方向D2上来回运动，且该连接部31可滑动地连接该驱动结构2。 [0041] Referring to Figure 2, the rail structure 3 having a connecting portion 31 and the main body portion 32, the connecting portion 31 is movably fixed on the substrate I, i.e., the base portion 31 of the connection I restriction on the substrate I DOF surface direction, but it can move back and forth in the second direction D2, and the connecting portion 31 is slidably connected to the driving structure 2. 优选的，该第二方向D2垂直于该基板I表面。 Preferably, the second direction D2 perpendicular to the surface of the substrate I. 进一步的，该连接部31穿过该滑槽214并在该滑槽214内相对该驱动结构2的该驱动杆21移动。 Further, the connection portion 31 through the chute within the chute 214 and 214 relative to the drive structure 2 of the drive rod 21 moves. 优选的，该连接部31与该驱动结构2相连接的第三端311具有滑接部313，该滑接部313与该第一斜面213配合滑动，另外的，该滑接部313限制该连接部31在该驱动结构2上，亦即该滑轨结构3因由该滑接部313卡设在该驱动杆21的表面，不会因为重力作用而脱落。 Preferably, the connecting portion 31 and the driving structure 2 is connected to a third end 311 having a sliding contact portion 313, 313 of the sliding contact with the first inclined surface 213 with the sliding portion, further, the limits of the sliding contact portion 313 is connected 31 on the drive structure 2, that is the cause of the slide rail structure 3 card contact portion 313 provided on the surface of the drive rod 21, not because of gravity off. 该主体部32位于该基板I的该第二表面12 —侧，并承接成型板4，即该成型板4置于该主体部32上并随该主体部32运动。 The body portion 32 is positioned in the second surface of the substrate I 12-- side, and to undertake the forming plate 4, that is, the forming plate 4 is placed on the body portion 32 and with the movement of the body portion 32. 优选的，该主体部32位于该成型板4的周部边缘，使对该成型板4的施力均匀，不易发生倾斜且高度一致，保证了成型质量。 Preferably, the main body portion 32 is circumferential edge of the shaped plate 4, so that the forming plate urging uniform 4, less prone to tilt and height are the same, the molding quality.

[0042] 该制动部5，可以为驱动该驱动杆21运动的任意一种施力装置或者动力单元，如电机、控制开关单元等。 [0042] The brake unit 5, for driving the movement of the drive rod 21 at any one power unit or urging means, such as motor, control unit and other switches. 本实施例的该制动部5为制动杆，该制动杆固定在该基板I上，并通过上述该固定件7可以移动地固设在该基板I上。 The brake unit of this embodiment 5 brake lever, the brake lever is fixed on the substrate I, and by the above can be moved to the fixed member 7 secured provided on the substrate I. 该制动杆驱动该第一传动装置6动作；进一步的，该第一传动装置6为齿轮，并分别与该制动杆和该驱动结构2的该传动杆23啮合。 The brake lever 6 drives the operation of the first transmission means; further, the first transmission gear 6 and meshing with the brake lever 2 and the structure of the drive transmission rod 23, respectively. 优选的，该驱动结构2设有多个，多个该驱动结构2对称分布在该基板I上，即该传动杆23有多个，该第一传动装置6同时连动该多个传动杆23。 Preferably, the driving structure 2 is provided with a plurality, the plurality of the driving structure 2 is symmetrical on the substrate I, i.e., a plurality of the transmission lever 23, the first actuator 6 while interlocking the plurality of actuating rod 23 . 当然，该制动部5亦可以直接驱动结构2运动，此时，该驱动结构2可具有驱动杆21，或者该驱动结构2可具有驱动杆21和该第二传动装置6，可根据实际结构需要设计。 Of course, the brake unit 5 can also be directly driven movement structure 2, at this time, the driving structure 2 may have 6, according to the actual structure of the driving lever 21 and the second actuator driving lever 21, or the drive may have a structure 2 We need to design.

[0043] 下面结合图1至图3-3对该制动杆受力时实现该成型板4与该基板I从分离状态运动至贴紧状态的过程作进一步说明。 Process [0043] Referring to Figures 1 to Figure 3-3 for the realization of the brake lever when the force of the forming plate 4 and the substrate separated from the state I moved to the close contact state for further instructions. 如图3-1所示，该连接部31的该滑接部313位于该驱动杆21的该第一承接面211上，该连接部31 —侧抵触该滑槽214的第一内壁214a，另一侧由该滑接部313抵触该第一斜面213，此时滑接部313与该第一斜面213相对静止，无相互作用力，自由状态下该连接部31与该第一承接面211不会发生相对移动，以保持该成型板4与该基板I的分离状态。 As shown, the connecting portion 31 of the sliding contact portion 313 is located on the first 3-1 receiving surface 211 of the drive rod 21, the connecting portion 31 - Subject to the first side of the inner wall 214 of the chute 214a, the other on one side by the sliding contact portion 313 of the first slope 213 conflict, this time sliding contact portion 313 and the first ramp 213 is relatively static, no interaction, the free state of the connecting portion 31 and the first bearing surface 211 is not relative movement will occur, in order to maintain the molding plate 4 and the substrate I separated state. 当需要紧固该成型板4在该基板I上时，施力该制动杆沿第三方向D3移动(如图1所示)，该制动杆带动该第一传动装置6运动，该第一传动装置6连动该传动杆23在第四方向D4(如图1所示)移动，该传动杆23带动该第二传动装置22运动，该第二传动装置22连动该驱动杆21沿该第一方向Dl移动，此时，该第一斜面213抵压该滑接部313，驱动该连接部31沿该第二方向D2移动，该滑接部313相对该驱动杆21从该第一承接面211移至该第一斜面213，从而使得该成型板4与该基板I之间的距离减小。 When it is desired that the fastening plate 4 formed on the substrate when I, urging the brake lever to move along the third direction D3 (Figure 1), the brake lever 6 to drive the movement of the first transmission means, said first a transmission lever 6 linked to the actuator 23 in a fourth direction D4 (Fig. 1) to move the actuating rod 23 driven by the second drive means 22 is moved, the second drive means 22 connected to the driving rod 21 move along The first moving direction Dl, this time, the first inclined surface 213 is pressed against the slide contact portion 313, driving the connecting portion 31 to move in the second direction D2, the sliding contact portion 313 relative to the drive rod 21 from the first receiving surface 211 to move to the first bevel 213, such that the molding plate 4 to reduce the distance between the substrate I. 优选的，该第三方向D3平行于该第一平面11，该第四方向D4平行于该第一平面11。 Preferably, the third direction D3 parallel to the first plane 11, the fourth direction D4 parallel to the first plane 11.

[0044] 如图3-2所示，该滑接部313沿该第二方向D2相对与该第一斜面213配合滑动，该连接部31带动该主体部32沿该第二方向D2移动，此时，该主体部32带动该成型板4靠近该基板I的该第二表面12，从而使得该成型板4与该基板I之间的距离减小。 [0044] shown in Figure 3-2, the sliding contact portion 313 D2 opposite to the first inclined surface 213 slidably fit in the second direction, the connecting portion 31 of the main body portion 32 driven in the second direction D2 to move, this When the main body portion 32 to drive the forming plate 4 adjacent to the second surface of the substrate I 12, such that the molding plate 4 to reduce the distance between the substrate I. 进一步的，该滑接部313具有滑接面314，该滑接面314平行于该第一斜面213，并配合滑动，使整个驱动结构更加省力。 Further, the sliding contact portion 313 having a slide contact surface 314, the sliding face 314 parallel to the first inclined surface 213, and with the slide, so that the whole structure is more labor-saving drive. 当该驱动杆21继续沿该第一方向Dl移动，该连接部31在该滑槽214内沿滑槽214相对该驱动杆21运动，从该第一斜面213滑至该第二承接面212，当该连接部31抵触该滑槽214的第二内壁214b时，该驱动杆21停止移动，该第二内壁214b位于该第二承接面212处。 When the driving rod 21 continues to move along the first direction Dl, the connecting portion 31 along the chute 214 relative to the movement of the drive rod 21 within the chute 214, 213 is slid from the first inclined surface 212 of the second receiving surface, when the connecting portion 31 of the chute contradiction second inner wall 214b 214, the driving rod 21 stops moving, the second inner wall 214b is located in the second bearing surface 212. 如图3-3所示，此时，该连接部31承接在该第二承接面212上，该成型板4与该第二表面12贴紧，自由状态下该连接部31与该第二承接面212不会发生相对移动，以保持该成型板4的紧固状态。 Shown in Figure 3-3, this time, the connecting portion 31 receiving on the second bearing surface 212, the forming plate 4 and the second surface 12 snapping, the free state of the connecting portion 31 and the second receiving surface 212 does not occur relative movement, in order to maintain the fastening state of the shaped plate 4.

[0045] 当需要对如图3-3所示被紧固的该成型板4进行拆卸时，施力该制动杆沿该第三方向D3的相反方向移动，该制动杆带动该第一传动装置6运动，该第一传动装置6连动该传动杆23在该第四方向D4的相反方向移动，该传动杆23带动该第二传动装置22运动，该第二传动装置22连动该驱动杆21沿该第一方向Dl的相反方向移动，此时，该滑接部313从该第二承接面212滑至该第一斜面213，并相对该第一斜面213滑动，该连接部31沿该第二方向D2的相反方向移动。 [0045] As shown in Figure 3-3 you need to be fastened to the molded plate 4 to be demolished, urging the brake lever in the direction opposite to the direction D3 of the third movement of the brake lever to drive the first motion transmission means 6, 6 of the first transmission means interlocking the actuating rod 23 is moved in the fourth direction D4 opposite to the direction of the drive rod 23 driven by the movement of the second drive means 22, the second transmission means 22 linked to the the driving rod 21 in the opposite direction along the first movement direction Dl, this time, the slide contact portion 313 from the second receiving surface 212 is slid to the first inclined surface 213 and ramp 213 relative to the first slide, the connecting portion 31 D2 moves in the opposite direction in the second direction. 此时，该主体部32带动该成型板4远离该基板I的该第二表面12。 At this time, the body portion 32 of the drive plate 4 away from the substrate forming the second surface 12 I. 该驱动杆21继续沿该第一方向Dl的相反方向移动，该连接部31在该滑槽214内沿滑槽相对该驱动杆21运动，从该第一斜面213滑至该第一承接面211，当该连接部31抵触该滑槽214的该第一内壁214a时，该驱动杆21停止移动，该第一内壁214a位于该第一承接面211处。 The drive rod 21 continues in the opposite direction to the first direction Dl movement of the connecting part 31 slide relative to the drive rod 21 move along in the chute 214, 213 from the first slope slid to the first bearing surface 211 When the connection is inconsistent with section 31 of the first inner wall of the chute 214a 214, the driving rod 21 stops moving, the first inner wall 214a is located in the first bearing surface 211. 如图3-1所示，此时，该连接部31承接在该第一承接面211上，该成型板4与该第二表面12分离，自由状态下该连接部31与该第一承接面211不会发生相对移动，以保持该成型板4与该基板I的分离状态，便于拆卸该成型板。 Shown in Figure 3-1, this time, the connecting portion 31 receiving on the first bearing surface 211, 4 separating the forming plate 12 and the second surface, in the free state of the connecting portion 31 and the first bearing surface 211 does not move relative to keep the shaped plate 4 and the substrate I separated state, for easy removal of the shaped plate.

[0046] 参照图4-1至图4-3揭示了本发明打印装置的另一实施例的工作状态示意图。 [0046] Referring to FIG. 4-1 to 4-3 to reveal another printing apparatus of the present invention, an embodiment of the working status of FIG. 与上述实施例的区别在于，如图4-1所示，本实施例中，该连接部31'承接在该第一承接面211'上，该成型板4'与该第二表面12'分离，自由状态下该连接部31'与该第一承接面211'不会发生相对移动，以保持该成型板4'与该第二表面12'的分离状态。 Differs from the above embodiment in that, as shown in Figure 4-1, in this embodiment, the connecting portion 31 'receiving the first receiving surface 211', and 4 'and the second surface 12' of the shaped plate separator , the free state of the relative movement of the connecting portion 31 'with the first receiving face 211' does not occur, in order to maintain the 4 'and the second surface 12' of the shaped plates separated state. 当该驱动杆21'沿第一方向D1'移动时，该当需要紧固该成型板4'在该基板I'上时，驱动该驱动杆21'沿该第一方向D1'移动，此时，该第一斜面213'抵压该滑接部313'，驱动该连接部31'沿该第二方向D2'移动，该滑接部313'相对该驱动杆21'从该第一承接面211'移至该第一斜面213' (如图4-2所示)；继续驱动该驱动杆21'继续沿该第一方向D1'移动，该连接部31'从该第一斜面213'滑至该第二承接面212'，如图4-3所示，此时，该连接部31'承接在该第二承接面212'上，该成型板4'与该第二表面12'贴紧，完成了对该成型板4'紧固。 When the drive lever 21 'in the first direction D1' moves, should require the fastening of the shaped plate 4 'on the substrate I' on time, driving the driving rod 21 'along the first direction D1' to move, at this time, The first inclined surface 213 'is pressed against the slide contact portion 313', for driving the connecting portion 31 'along the second direction D2' to move, the sliding contact portion 313 'relative to the drive rod 21' from the first receiving surface 211 ' Move to the first inclined surface 213 '(shown in Figure 4-2); continue to drive the driving rod 21' continues along the first direction D1 'to move, the connecting portion 31' from the first inclined surface 213 'of the slide a second receiving surface 212 ', shown in Figure 4-3, this time, the connecting portion 31' to undertake in the second bearing surface 212 ', and the forming plate 4' and the second surface 12 'snapping, complete of the forming plate 4 'fastening. 综上，本实施例实现该成型板4'的紧固过程时，该驱动杆21'的移动方向正好与第一实施例相反，本实施例中实现成型板4'的拆卸过程亦是如此，故在此不再赘述。 Movement direction summary, the present embodiment achieves the forming plate 4 'when fastening process, the driving rod 21' is just the opposite of the first embodiment, the present embodiment is implemented molding plate 4 'removal procedure is also true, it is not discussed here.

[0047] 综上所述，通过控制驱动结构沿该第一方向运动，以带动滑轨结构沿该第二方向运动，实现成型板与基板的贴紧或者分离，满足实际操作中对成型板紧固或者拆卸的需求，并且滑轨结构对成型板施力均匀，使成型板相对基板不会发生倾斜且高度均匀，提高了打印质量和成功率，不会产生成型失败。 [0047] In summary, by controlling the drive mechanism along the first direction, to drive the rail structure along the second direction, or to achieve close contact with the substrate forming plate separation, to meet the actual operation of the molding plates tightly solid or demolition needs, and slide the shaped plate urging a uniform structure, the shaped plate is not inclined relative to the substrate and high uniformity, improved print quality and success rate, no molding failure.

[0048] 本发明已由上述相关实施例加以描述，然而上述实施例仅为实施本发明的范例。 [0048] embodiments described above related to the present invention has been described, however, the implementation of the above embodiments are merely examples of the present invention. 必需指出的是，已揭露的实施例并未限制本发明的范围。 Must be pointed out that the embodiment has been disclosed does not limit the scope of the invention. 相反地，在不脱离本发明的精神和范围内所作的更动与润饰，均属本发明的专利保护范围。 Rather, the scope of patent protection in the present invention without departing from the spirit and scope of the made modifications and variations belong to the present invention.