WO2023160377A1 - 一种热转印装置 - Google Patents

一种热转印装置 Download PDF

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Publication number
WO2023160377A1
WO2023160377A1 PCT/CN2023/074773 CN2023074773W WO2023160377A1 WO 2023160377 A1 WO2023160377 A1 WO 2023160377A1 CN 2023074773 W CN2023074773 W CN 2023074773W WO 2023160377 A1 WO2023160377 A1 WO 2023160377A1
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Prior art keywords
guide rail
bracket
thermal transfer
wall
transfer device
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PCT/CN2023/074773
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English (en)
French (fr)
Inventor
黄文雄
艾敏
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湖南肆玖科技有限公司
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Application filed by 湖南肆玖科技有限公司 filed Critical 湖南肆玖科技有限公司
Publication of WO2023160377A1 publication Critical patent/WO2023160377A1/zh

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Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41F—PRINTING MACHINES OR PRESSES
    • B41F16/00—Transfer printing apparatus

Definitions

  • the utility model relates to the technical field of heat transfer printing equipment, in particular to a heat transfer printing device, in particular to an improvement of a bracket.
  • thermal transfer machines generally use hydraulic or pneumatic methods, with complex structures and heavy weights; in order to solve the above problems, some manufacturers have designed a scheme that uses motor drive.
  • This type of thermal transfer machine includes a body, a base, and a bracket And the heating platen assembly, the bracket is set on the base, in order to improve the air permeability and heat-pressing effect, a pad is generally placed on the bracket.
  • the purpose of the utility model is to solve the problem that the existing pads are easily misplaced and difficult to operate when placed on the bracket directly or through a connecting piece, and solve the problem by setting positioning protrusions around the bracket to limit the pads.
  • Thermal transfer device including: body, heat press plate assembly, bracket and pad; the body has a horizontally extending upper support and lower support; the heat press plate assembly is arranged under the upper support and moved up and down by the driving mechanism
  • the bracket is arranged on the upper side of the lower support to provide support for the thermal transfer object, and the upper side of the bracket edge is provided with a positioning protrusion, and the positioning protrusion surrounds the pad placement area; the pad placement In the pad seating area and positioned by the positioning protrusion, the thickness of the pad is configured to protrude from the upper surface of the positioning protrusion.
  • the pads can be effectively positioned by the positioning projections on the edge of the bracket to prevent misalignment between the pads and the bracket, the structure is simple, and the operation is quick.
  • the positioning protrusion is a circle of convex edges arranged around the edge of the bracket. This scheme has good structural strength and is easy to manufacture.
  • the bracket is made of plastic, including a bracket body and a bracket wall extending downward along the outer periphery of the bracket body, and a reinforcing rib structure on the lower side of the bracket body, and the bracket wall is along the The connection with the main body of the bracket protrudes upward to form the positioning protrusion.
  • the bracket is connected to the lower support through two guide rail devices, the two guide rail devices enable the bracket to be pulled out and pushed in relative to the lower support, and the lower side of the bracket main body corresponds to the two guide rail devices
  • the installation position is provided with two guide rail installation convex walls
  • the bracket is connected with the guide rail device through the two guide rail installation convex walls
  • the front side of the two guide rail installation convex walls is provided with a handle member.
  • the two guide rail installation convex walls also play a strengthening effect.
  • the side of the guide rail installation convex wall is provided with several guide rail device connection parts
  • the guide rail device connection part is provided with a first vertical reinforcement bar
  • the other side of the guide rail installation convex wall relative to the guide rail device connection part is provided with a second vertical reinforcement. Strengthen the bamboo.
  • the reinforcing rib structure includes a reinforcing ring arranged on the lower edge of the bracket main body and surrounding along the inner side of the bracket wall, a first reinforcing rib connecting the reinforcing ring and the edge of the bracket wall, and a reinforcing ring arranged laterally
  • the inner second reinforcing bar and the third reinforcing bar arranged longitudinally inside the reinforcing ring, the first vertical reinforcing bar and the second vertical reinforcing bar are connected with the second reinforcing bars at corresponding positions.
  • the handle member includes two guide rails installed on the front end of the convex wall and a handle installation wall extending downwards, the handle installation wall is provided with a handle structure, the handle installation wall is arranged on the outside of the reinforcement ring, and the inside of the handle installation wall is provided with several third vertical
  • the reinforced shaft is connected with the first reinforced shaft at the corresponding position by the third vertical reinforced shaft.
  • the handle installation wall can also strengthen the function of the bracket main body.
  • the connecting portion of the guide rail device is provided with several guide rail positioning protrusions, and the guide rail device is provided with positioning holes corresponding to the guide rail positioning protrusions.
  • the guide rail positioning bump and the positioning hole play the role of positioning the guide rail device and bearing force.
  • the metal frame has a front opening
  • the rail device is connected to opposite sides of the opening of the metal frame
  • the lower side of the metal frame is connected to the lower support through a connecting piece.
  • the metal frame plays the role of stably connecting the guide rail device and the lower support.
  • Figure 1 is a three-dimensional schematic diagram of a thermal transfer device
  • Figure 2 is a three-dimensional schematic diagram of the pull-out state of the bracket of the thermal transfer device
  • Figure 3 is a three-dimensional cross-sectional view of the thermal transfer device
  • Figure 4 is a three-dimensional sectional view of the drive mechanism
  • Figure 5 is a perspective view of partial parts of the drive mechanism
  • Figure 6 is an exploded view of the bracket and the lower support
  • Figure 7 is a perspective view of the bracket from above
  • Fig. 8 is an exploded bottom view of the bracket and guide rail device.
  • the thermal transfer device includes: a body 1, a heat press plate assembly 2, a bracket 3 and a pad d; the body 1 has a horizontally extending upper support 1.1 and a lower support 1.2; the heat press plate The component H is arranged under the upper support 1.1 and is moved up and down by the driving mechanism m; the bracket 3 is arranged on the upper side of the lower support 1.2 to provide support for heat transfer objects, and the upper side of the bracket 3 is provided with positioning Protrusion 3.1, the positioning protrusion 3.1 encloses a pad placement area 3-d; the pad d is placed in the pad placement area 3-d and positioned by the positioning protrusion 3.1, and the thickness of the pad d is configured to protrude from the positioning protrusion From the upper surface of 3.1.
  • the pad d can be effectively positioned through the positioning protrusion 3.1 on the edge of the bracket 3 to prevent misalignment of the pad d and the bracket 3, the structure is simple, and the operation is quick.
  • the positioning protrusion 3.1 is a ring of convex edges arranged around the edge of the bracket 3, and this structure has good strength and is easy to manufacture.
  • the front surface of the upper support 1.1 is provided with a control area e, and the control area e is provided with components of the control device, such as buttons, touch screens and the like.
  • an embodiment of the driving mechanism m includes the motor m1 installed in the upper support 1.1, the reduction gear m2 and the transmission tooth member m3, and the screw nut pair R, the upper end of the screw rod R1 is connected with the reduction gear
  • the middle part of the gear m2 is fixedly connected; the middle part of the hot pressing plate assembly H is fixedly connected with the nut R2, and is driven by the rotation of the screw R1 to move up and down, and the middle part of the hot pressing plate assembly H is provided with a screw avoidance channel R0.
  • the gearbox m4 includes a first case m41 and a second case m42 arranged up and down, the inner wall of the first case m41 is provided with a first bearing installation part m411, and the inner wall of the second case m42 is correspondingly provided with The second bearing installation part m421 and the screw assembly hole m422 that runs through the middle of the second bearing installation part m421, the upper end of the screw rod R1 passes through the upper side of the reduction gear m2, and the upper end of the screw rod R1 is located on the lower side and the lower side of the reduction gear m2 respectively
  • the first plane bearing m51 and the second plane bearing m52 are connected, the first plane bearing m51 is assembled in the first bearing installation part m411, and the second plane bearing m52 is assembled in the second bearing installation part m421.
  • the upper end of screw rod R1 adopts the first plane bearing m51 and the second plane bearing m52 to assemble with the first box m41 and the second box m42, and utilizes the axial supporting characteristics of the first plane bearing m51 and the second plane bearing m52 and the first
  • the first bearing installation part m411 is assembled with the second bearing installation part m421 to realize the axial positioning of the screw rod R1, so that the general screw rod R1 can be used without processing the axial positioning structure on the screw rod R1, and the economy is better.
  • a radial bearing m53 is installed at the lower part of the screw rod assembly hole m422.
  • the screw rod R1 is installed on the radial bearing m53.
  • the radial bearing m53 refers to a bearing that can maintain the concentricity, such as roller bearings.
  • a third bearing installation part m423 with a lower opening is provided at the lower part of the screw assembly hole m422.
  • the radial bearing m53 is installed in the third bearing installation part m423 and the lower side is fixed by screws.
  • the bracket 3 is made of plastic, including the bracket main body 3.2 and the bracket wall edge 3.3 extending downward along the outer periphery of the bracket main body 3.2, and the reinforcing rib structure t on the lower side of the bracket main body 3.2, the bracket The seat wall protrudes upwards along the junction of 3.3 and the bracket main body 3.2 to form a positioning protrusion 3.1.
  • several positioning protrusions 3.1 can also be provided, and are arranged around the edge of the bracket 3 in one circle.
  • the bracket 3 is connected with the lower support 1.2 through two guide rail devices S, and the two guide rail devices S enable the bracket 3 to be pulled out and pushed in relative to the lower support 1.2.
  • the lower side of the bracket main body 3.2 Corresponding to the installation positions of the two guide rail devices S, there are two guide rail installation convex walls S1, the bracket 3 is connected with the guide rail device S through the two guide rail installation convex walls S1, and the front side of the two guide rail installation convex walls S1 is provided with a handle member S2.
  • the two guide rail installation convex walls S1 also play a strengthening effect.
  • FIG. 7 and Fig. 8 several guide rail device connecting parts S10 are provided on the side of the guide rail installation convex wall S1, and the guide rail device connecting part S10 is provided with a first vertical reinforcement bar S11, and the guide rail installation convex wall S1 is opposite to the guide rail device connecting part S10 A second vertical reinforcement S12 is provided on the other side.
  • the reinforcing rib structure t includes a reinforcing ring t0 arranged on the lower edge of the bracket main body 3.2 and surrounded along the inner side of the bracket wall edge 3.3, a first reinforcing rib t1 connecting the reinforcing ring t0 and the bracket wall edge 3.3, and a transversely arranged
  • the second reinforcing rib t2 inside the reinforcing ring t0, and the third reinforcing rib t3 longitudinally arranged inside the reinforcing ring t0, the first vertical reinforcing bar S11 and the second vertical reinforcing bar S12 and the second reinforcing rib t2 at the corresponding position connect.
  • the handle component S2 includes two guide rails to install the front end of the convex wall S1 and a handle installation wall S21 extending downward.
  • a plurality of third vertical reinforcing rods S211 are arranged inside the installation wall S21, and the third vertical reinforcing rods S211 are connected to the first reinforcing ribs t1 at corresponding positions.
  • the handle installation wall S21 can also strengthen the function of the bracket main body 3.2.
  • the handle structure S22 is a handle installed on the front side of the handle installation wall S21; in other embodiments, the handle structure S22 may also be integrally formed on the handle installation wall.
  • the connecting portion S10 of the guide rail device is provided with several guide rail positioning bumps S101
  • the guide rail device S is provided with positioning holes S102 corresponding to the guide rail positioning bumps S101 .
  • the guide rail positioning protrusion S101 and the positioning hole S102 play the role of positioning the guide rail device S and receiving force.
  • Fig. 6 and Fig. 8 it also includes a rail device S and a metal frame S3 of the lower bracket.
  • the metal frame S3 has a front opening, and the rail device S is connected to the opposite sides of the opening of the metal frame S3. It is connected with the lower support 1.2 through the connecting piece S31.
  • the metal frame plays the role of stably connecting the guide rail device S and the lower support 1.2.

Abstract

一种热转印装置，包括：机体（1）、热压板组件（2）、托座（3）和垫件（d）；机体（1）具有水平延伸的上支座（1.1）和下支座（1.2）；热压板组件（2）配置在上支座（1.1）下方并由驱动机构（m）操纵上下移动；托座（3）配置在下支座（1.2）的上侧，用于为热转印物件提供承托，托座（3）边沿上侧设置有定位凸起（3.1），定位凸起（3.1）围成垫件安置区（3-d）；垫件（d）安置在垫件安置区（3-d）内并由定位凸起（3.1）定位，垫件（d）的厚度配置成凸露出定位凸起（3.1）的上表面。可以对垫件进行有效的定位，防止垫件与托座错位，结构简单，操作快捷。

Description

一种热转印装置 技术领域
本实用新型涉及热转印设备技术领域，具体涉及一种热转印装置，尤其是托座的改进。
 背景技术
现有的热转印机一般是采用液压或气动的方式，结构复杂，重量大；为了解决上述问题，一些厂家设计了采用电机传动的方案，这类热转印机包括机体、底座、托座和加热压板组件，托座设置在底座上，为了提高透气率和热压效果，一般在托座上放置垫件。
 技术问题
现有的热转印机，工作板上的垫件一般是直接放置上去，容易错位，也有厂家通过连接件的方式固定，操作麻烦。
 技术解决方案
本实用新型的目的是解决现有垫件直接或通过连接件放置在托座上容易错位和操作麻烦的问题，通过在托座周边设置定位凸起用于限定垫件来解决。
热转印装置，包括：机体，热压板组件，托座和垫件；机体具有水平延伸的上支座和下支座；热压板组件配置在上支座下方并由驱动机构操纵上下移动；托座配置在下支座的上侧，用于为热转印物件提供承托，所述托座边沿上侧设置有定位凸起，所述定位凸起围成垫件安置区；垫件安置在所述垫件安置区内并由所述定位凸起定位，所述垫件的厚度配置成凸露出所述定位凸起的上表面。
 有益效果
通过托座边沿的定位凸起可以对垫件进行有效的定位，防止垫件与托座错位，结构简单，操作快捷。
优选的，所述定位凸起为环绕托座边沿设置的一圈凸边。这种方案结构强度好，容易制造。
可替换的，所述定位凸起设置有若干个，并环绕托座边沿的一圈设置。
优选的，所述托座为由塑料制成，包括托座主体以及沿托座主体外周向下延伸的托座壁沿，以及设置托座主体下侧的加强筋结构，所述托座壁沿与托座主体连接处向上凸起形成所述定位凸起。采用上述结构可以使托座的结构性能得到加强，稳定性好。
优选的，所述托座通过两个导轨装置与下支座连接，所述两个导轨装置使托座可相对下支座拉出和推入，所述托座主体下侧对应两个导轨装置安装位置设置有两条导轨安装凸壁，托座通过两条导轨安装凸壁与导轨装置连接，所述两条导轨安装凸壁前侧设有把手构件。两条导轨安装凸壁除了连接导轨装置的作用，还起到加强的效果。
优选的，导轨安装凸壁侧部设置有若干个导轨装置连接部，导轨装置连接部设置有第一竖向加强筯，导轨安装凸壁相对导轨装置连接部的另一侧设置有第二竖向加强筯。通过上述配置后，导轨安装凸壁的结构性能得到有效的提高，使托座的支撑更稳固，受力传递更稳定。
优选的，所述加强筋结构包括设置在设置托座主体下侧边沿并沿托座壁沿内侧围绕的加强圈、连接加强圈和托座壁沿的第一加强筯，以及横向设置在加强圈内部的第二加强筯，以及纵向设置在加强圈内部的第三加强筯，所述第一竖向加强筯和第二竖向加强筯与对应位置的第二加强筯连接。采用上述配置，可以使托座主体的结构强度进一步提升。
优选的，把手构件包括两条导轨安装凸壁前端并向下延伸的把手安装壁，把手安装壁设有把手结构，把手安装壁设置在加强圈外侧，把手安装壁内侧设置有若干第三竖向加强筯，第三竖向加强筯与对应位置的第一加强筯连接。把手安装壁除了连接把手结构外，还可以加强托座主体的作用。
优选的，导轨装置连接部设有若干导轨定位凸点，所述导轨装置对应导轨定位凸点设置有定位孔。导轨定位凸点和定位孔起到定位导轨装置和受力的作用。
优选的，还包括导轨装置和下支架的金属框件，金属框件具有前侧开口，导轨装置连接在金属框件开口相对两侧，金属框件下侧通过连接件与下支座连接。金属框件起到稳定连接导轨装置和下支座的作用。
 附图说明
图1是热转印装置的立体示意图
图2是热转印装置托座拉出状态的立体示意图
图3是热转印装置的立体剖视图
图4是驱动机构的立体剖视图
图5是驱动机构的局部零件立体示意图
图6是托座和下支座的爆炸图
图7是托座的仰视立体示意图
图8是托座和导轨装置的仰视爆炸图。
 本发明的具体实施方式
参见图1至图8，热转印装置，包括：机体1，热压板组件2，托座3和垫件d；机体1具有水平延伸的上支座1.1和下支座1.2；热压板组件H配置在上支座1.1下方并由驱动机构m操纵上下移动；托座3配置在下支座1.2的上侧，用于为热转印物件提供承托，托座3边沿上侧设置有定位凸起3.1，定位凸起3.1围成垫件安置区3-d；垫件d安置在垫件安置区3-d内并由定位凸起3.1定位，垫件d的厚度配置成凸露出定位凸起3.1的上表面。通过托座3边沿的定位凸起3.1可以对垫件d进行有效的定位，防止垫件d与托座3错位，结构简单，操作快捷。
定位凸起3.1为环绕托座3边沿设置的一圈凸边，这种结构强度好，容易制造。
上支座1.1前端面设置有控制区域e，控制区域e设置有控制设备的元件，如按键、触控屏等。
参见图4和图5，驱动机构m的一种实施方案，包括安装在上支座1.1内的电机m1、减速齿轮m2和传动齿构件m3，以及丝杆螺母副R，丝杆R1上端与减速齿轮m2中部固定连接；热压板组件H中部与螺母R2固定连接，并由丝杆R1旋转驱动上下移动，热压板组件H中部设置有丝杆避让通道R0。
在一种实施方案中，变速箱m4包括上下布置的第一箱件m41和第二箱件m42，第一箱件m41内壁设置有第一轴承安装部m411，第二箱件m42内壁对应设置有第二轴承安装部m421以及贯穿第二轴承安装部m421中部的丝杆装配孔m422，丝杆R1上端穿出减速齿轮m2上侧，并且丝杆R1上端位于减速齿轮m2的下侧和下侧分别连接有第一平面轴承m51和第二平面轴承m52，第一平面轴承m51装配在第一轴承安装部m411，第二平面轴承m52装配在第二轴承安装部m421。丝杆R1上端采用第一平面轴承m51和第二平面轴承m52与第一箱件m41和第二箱件m42装配，利用第一平面轴承m51和第二平面轴承m52的轴向承托特性与第一轴承安装部m411和第二轴承安装部m421装配，实现对丝杆R1的轴向定位，这样可以采用通用的丝杆R1而无需在丝杆R1上加工轴向定位结构，经济性更好。
为了保持丝杆R1的同心度，在丝杆装配孔m422下部还装配有径向轴承m53，丝杆R1安装在径向轴承m53，径向轴承m53是指可以实现同轴度保持的轴承，如滚子轴承。为了方便安装径向轴承m53，在在丝杆装配孔m422下部设置有下侧开口的第三轴承安装部m423，径向轴承m53安装在第三轴承安装部m423内并且通过螺钉固定下侧。
参见图7，托座3为由塑料制成，包括托座主体3.2以及沿托座主体3.2外周向下延伸的托座壁沿3.3，以及设置托座主体3.2下侧的加强筋结构t，托座壁沿3.3与托座主体3.2连接处向上凸起形成定位凸起3.1。采用上述结构可以使托座3的结构性能得到加强，稳定性好。
在其他实施例中，定位凸起3.1也可以设置有若干个，并环绕托座3边沿的一圈设置。
参见图6和图8，托座3通过两个导轨装置S与下支座1.2连接，两个导轨装置S使托座3可相对下支座1.2拉出和推入，托座主体3.2下侧对应两个导轨装置S安装位置设置有两条导轨安装凸壁S1，托座3通过两条导轨安装凸壁S1与导轨装置S连接，两条导轨安装凸壁S1前侧设有把手构件S2。两条导轨安装凸壁S1除了连接导轨装置S的作用，还起到加强的效果。
参见图7和图8，导轨安装凸壁S1侧部设置有若干个导轨装置连接部S10，导轨装置连接部S10设置有第一竖向加强筯S11，导轨安装凸壁S1相对导轨装置连接部S10的另一侧设置有第二竖向加强筯S12。通过上述配置后，导轨安装凸壁S1的结构性能得到有效的提高，使托座3的支撑更稳固，受力传递更稳定。
加强筋结构t包括设置在设置托座主体3.2下侧边沿并沿托座壁沿3.3内侧围绕的加强圈t0、连接加强圈t0和托座壁沿3.3的第一加强筋t1，以及横向设置在加强圈t0内部的第二加强筋t2，以及纵向设置在加强圈t0内部的第三加强筋t3，第一竖向加强筯S11和第二竖向加强筯S12与对应位置的第二加强筋t2连接。采用上述配置，可以使托座主体3.2的结构强度进一步提升。
参见图7和图8，把手构件S2包括两条导轨安装凸壁S1前端并向下延伸的把手安装壁S21，把手安装壁设有把手结构S22，把手安装壁S21设置在加强圈t0外侧，把手安装壁S21内侧设置有若干第三竖向加强筯S211，第三竖向加强筯S211与对应位置的第一加强筋t1连接。把手安装壁S21除了连接把手结构S22外，还可以加强托座主体3.2的作用。
把手结构S22为安装在把手安装壁S21前侧的把手；在其他实施例中，把手结构S22也可以是一体成形在把手安装壁上。
参见图7和图8，导轨装置连接部S10设有若干导轨定位凸点S101，导轨装置S对应导轨定位凸点S101设置有定位孔S102。导轨定位凸点S101和定位孔S102起到定位导轨装置S和受力的作用。
参见图6和图8，还包括导轨装置S和下支架的金属框件S3，金属框件S3具有前侧开口，导轨装置S连接在金属框件S3开口相对两侧，金属框件S3下侧通过连接件S31与下支座1.2连接。金属框件起到稳定连接导轨装置S和下支座1.2的作用。
根据上述说明书的揭示和教导，本实用新型所属领域的技术人员还可以对上述实施方式进行变更和修改，本实用新型并不局限于上面揭示和描述的具体实施方式，对本实用新型的一些修改和变更也应当落入本实用新型的权利要求的保护范围内。

Claims (10)

  1. 一种热转印装置，其特征在于，包括：
    机体，具有水平延伸的上支座和下支座；
    热压板组件，配置在上支座下方并由驱动机构操纵上下移动；
    托座，配置在下支座的上侧，用于为热转印物件提供承托，所述托座边沿上侧设置有定位凸起，所述定位凸起围成垫件安置区；
    垫件，安置在所述垫件安置区内并由所述定位凸起定位，所述垫件的厚度配置成凸露出所述定位凸起的上表面。
  2. 根据权利要求1所述的热转印装置，其特征在于，所述定位凸起为环绕托座边沿设置的一圈凸边。
  3. 根据权利要求1所述的热转印装置，其特征在于，所述定位凸起设置有若干个，并环绕托座边沿的一圈设置。
  4. 根据权利要求1所述的热转印装置，其特征在于，所述托座为由塑料制成，包括托座主体以及沿托座主体外周向下延伸的托座壁沿，以及设置托座主体下侧的加强筋结构，所述托座壁沿与托座主体连接处向上凸起形成所述定位凸起。
  5. 根据权利要求4所述的热转印装置，其特征在于，所述托座通过两个导轨装置与下支座连接，所述两个导轨装置使托座可相对下支座拉出和推入，所述托座主体下侧对应两个导轨装置安装位置设置有两条导轨安装凸壁，托座通过两条导轨安装凸壁与导轨装置连接，所述两条导轨安装凸壁前侧设有把手构件。
  6. 根据权利要求5所述的热转印装置，其特征在于，导轨安装凸壁侧部设置有若干个导轨装置连接部，导轨装置连接部设置有第一竖向加强筯，导轨安装凸壁相对导轨装置连接部的另一侧设置有第二竖向加强筯。
  7. 根据权利要求6所述的热转印装置，其特征在于，所述加强筋结构包括设置在设置托座主体下侧边沿并沿托座壁沿内侧围绕的加强圈、连接加强圈和托座壁沿的第一加强筯，以及横向设置在加强圈内部的第二加强筯，以及纵向设置在加强圈内部的第三加强筯，所述第一竖向加强筯和第二竖向加强筯与对应位置的第二加强筯连接。
  8. 根据权利要求7所述的热转印装置，其特征在于，把手构件包括两条导轨安装凸壁前端并向下延伸的把手安装壁，把手安装壁设有把手结构，把手安装壁设置在加强圈外侧，把手安装壁内侧设置有若干第三竖向加强筯，第三竖向加强筯与对应位置的第一加强筯连接。
  9. 根据权利要求5至7任一项所述的热转印装置，其特征在于，导轨装置连接部设有若干导轨定位凸点，所述导轨装置对应导轨定位凸点设置有定位孔。
  10. 根据权利要求5至7任一项所述的热转印装置，其特征在于，还包括导轨装置和下支架的金属框件，金属框件具有前侧开口，导轨装置连接在金属框件开口相对两侧，金属框件下侧通过连接件与下支座连接。
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