TW201339007A - Printing device for multi-angular printing - Google Patents

Abstract

A printing device for multi-angular printing is provided, wherein an elevator base capable of moving transversely and longitudinally is disposed at a bottom of a machine, and a swaying platform is pivotally disposed with the elevator base for placing a to-be-printed object thereon, and a rotational mechanism is disposed under the rotational platform for rotating the swaying platform; thereby, the to-be-printed object on the swaying platform is rotated and the to-be-printed object can be printed in multi-angles by a printing module disposing on the top of the machine.

Description

Printing device capable of multi-angle printing

The invention relates to a printing device capable of multi-angle printing, in particular to a multi-angle printing of a surface to be printed by performing a shift in the X-Z direction and a swing adjustment of the θ angle to the swing platform.

Thanks to advances in printing technology, today's printing equipment can be printed on the upper surface of soft to-be-printed materials (such as paper, cloth or other textiles) or hard to-be-printed materials (such as plastic, metal, glass or ceramic), making them widely used in various applications. In the industrial field, to increase the visual appearance of the product.

However, since the above-mentioned conventional printing apparatus can only perform printing work on the printed matter at a single angle, if the printing object has a three-dimensional outer shape structure, the printing apparatus cannot immediately perform the printing work on the surface of the object to be printed. The other surfaces of the printed matter are printed, which limits the functions and effects of the printing device.

In view of the above, in order to improve the above-mentioned disadvantages, the printing apparatus capable of multi-angle printing can rotate the working platform by rotating the working platform, so that the object to be printed having the three-dimensional structure can be rotated relative to the printing module when the working platform is on the working platform. The swinging enables the printing module to print the printed matter at different angles. The inventors have accumulated many years of experience and continuous research and development improvements, and the present invention has been produced.

The main object of the present invention is to provide a printing apparatus capable of multi-angle printing, wherein a rotating mechanism is disposed under the swinging platform for driving the swinging platform to rotate and swing, so that the rotating mechanism drives the swinging platform to rotate and oscillate. At the same time, the printing module can print the objects to be printed on the swinging platform at different angles.

For the above purposes, the printing apparatus capable of multi-angle printing of the present invention comprises a machine table and a swinging platform, the top of the machine is provided with a printing module, and the bottom of the machine is provided with a a horizontal and vertical displacement lifting seat; and the rotating platform is pivoted on the lifting seat for a to-be-printed object to be placed thereon, and a rotating mechanism is disposed below the rotating platform for driving the rotating platform Rotating and swinging, so that when the rotating mechanism drives the swinging platform to rotate and swing, the printing module can print the object to be printed on the swinging platform at different angles.

In implementation, the rotating mechanism includes a rotating shaft disposed under the swinging platform, a motor disposed on the lifting seat, and a transmission member connecting the rotating shaft and the motor.

In implementation, the lifting platform includes a horizontal platform and a lifting platform disposed on the horizontal platform.

In practice, the swing platform is pivotally disposed on the lifting platform through the two support frames, and the rotating shaft is disposed between the support frames.

In implementation, the horizontal platform and the lifting platform are respectively provided with a motor to drive the horizontal platform and the lifting platform to be displaced along a sliding rail.

In order to further understand the present invention, the specific embodiments of the present invention and the functions achieved thereby are described in detail below with reference to the drawings and drawings.

Please refer to FIG. 1-3, which is an embodiment of a printing apparatus capable of multi-angle printing according to the present invention, comprising a machine table 1, a printing module 11 disposed on the top of the machine table, and a a lifting base 12 at the bottom of the machine base, and a swinging platform 13 pivotally mounted on the lifting base, wherein the swinging platform 13 is for placing a to-be-printed object thereon, and the printing module is controlled by a computer 2, the printing work on the rotary table 13 can be performed.

The lifting platform 12 includes a horizontal platform 121 and a lifting platform 122 disposed on the horizontal platform 121. The horizontal platform 121 is provided with a track 1211, a driving screw 1212 screwed to the horizontal platform 121, and A drive motor 1213 is coupled to the drive screw 1212. The drive motor 1213 is controlled by the computer 2 to rotate the drive screw 1212 to laterally displace the horizontal platform 121 along the drive screw 1212 and the track 1211.

The lifting platform 122 is provided with two supporting frames 1220. The lifting platform 122 is disposed on the rail 1222 of the vertical fixing seat 1221 with its side surface similar to the transmission mechanism of the horizontal platform 121. The vertical fixing base 1221 is mounted on the vertical fixing base 1221. A drive motor 1223 and a drive screw 1224 (shown in FIG. 3) are also provided, and the drive motor 1223 can be controlled by the computer 2 to rotate the drive screw 1224 to move the lifting platform 122 along the drive screw 1224 and the track 1222. Perform longitudinal displacement.

A rotating mechanism 131 (shown in FIG. 2 ) is disposed under the swinging platform 13 . The rotating mechanism 131 includes a rotating shaft 1311 disposed at the bottom of the swinging platform 13 and a motor 1312 disposed at the bottom of the lifting base 12 . And a transmission member 1313 (for example, a belt) that connects the above-mentioned rotating shaft 1311 and the driving motor 1312. The rotating shaft 1311 is disposed between the two supporting frames 1220. When the driving motor 1312 is controlled by the computer 2 to drive the transmission member 1313 to rotate, the rotating shaft 1311 can be further rotated to allow the rotating platform 13 to The rotating shaft 1311 is pivotally oscillated as an axis.

When implementing, please refer to Figures 4 and 5, when the printing module 11 performs printing work on the object to be printed 3 on the swinging platform 13, the computer 2 can be controlled to drive the motors 1213, 1223 to move the level of the swinging platform. And the vertical position, and after the printing work on the top surface of the object to be printed 3 is completed, the driving motor 1312 of the swinging platform 13 is controlled to rotate the swinging platform 13 upward or downward, so that the printing module 11 can have different relative angles. The printing work is performed on different surfaces of the object to be printed 3 on the swinging platform 13.

Therefore, the present invention has the following advantages:

1. The invention breaks through the limitations of the conventional printing equipment. By shifting the XZ direction and the θ angle of the swinging platform, the printing module can have different relative angles of the printing module to different surfaces of the object to be printed having a three-dimensional structure. Print work to increase printing efficiency.

2. The invention can be widely applied to a variety of shapes and structures to be printed, so as to increase the practicability and product competitiveness of the printing device.

In summary, according to the above disclosure, the present invention can achieve the intended purpose of the invention, and can provide a multi-angle printing of the surface to be printed by adjusting the angle of the object to be printed relative to the printing module. The multi-angle printing printing device is of great value in industrial use, and the invention patent application is filed according to law.

1. . . Machine

11. . . Printing module

12. . . Lifting seat

121. . . Horizontal platform

1211. . . track

1212. . . Drive screw

1213. . . Drive motor

122. . . Lifting platform

1220. . . Support frame

1221. . . Vertical mount

1222. . . track

1223. . . Drive motor

1224. . . Drive screw

13. . . Rotary platform

131. . . Rotating mechanism

1311. . . Rotating shaft

1312. . . motor

1313. . . Transmission Parts

2. . . computer

3. . . To be printed

Fig. 1 is a perspective view showing an embodiment of a printing apparatus capable of multi-angle printing of the present invention.

Fig. 2 is a perspective view showing another perspective of the embodiment of Fig. 1.

Figure 3 is a perspective view of another embodiment of the embodiment of Figure 1.

Fig. 4 is a perspective view showing the perspective view of the swinging platform in a counterclockwise direction in the embodiment of Fig. 1.

Fig. 5 is a perspective view showing the swinging platform in a clockwise direction when the swinging platform is rotated in the embodiment of Fig. 1.

1. . . Machine

11. . . Printing module

12. . . Lifting seat

121. . . Horizontal platform

1211. . . track

1212. . . Drive screw

1213. . . Drive motor

122. . . Lifting platform

1220. . . Support frame

1221. . . Vertical mount

1222. . . track

1223. . . Drive motor

13. . . Rotary platform

1313. . . Transmission Parts

2. . . computer

Claims (5)

A printing device capable of multi-angle printing, comprising: a machine having a printing module on the top thereof, a lifting seat at the bottom for lateral and longitudinal displacement, and a swinging platform for pivoting Providing a to-be-printed object on the lifting platform, a rotating mechanism is disposed under the swinging platform for driving the swinging platform to rotate and swing, so that when the rotating mechanism drives the swinging platform to rotate and swing, The printing module can print the objects to be printed on the swinging platform at different angles. The printing device capable of multi-angle printing as described in claim 1, wherein the rotating mechanism comprises a rotating shaft disposed under the swinging platform, a motor disposed on the lifting seat, and a connection The shaft and the transmission of the motor (and the rotation of the shaft). The printing device capable of multi-angle printing as described in claim 2, wherein the lifting platform comprises a horizontal platform and a lifting platform disposed on the horizontal platform. The printing device capable of multi-angle printing as described in claim 3, wherein the swinging platform is pivotally mounted on the lifting platform through two supporting frames, and the rotating shaft is disposed on the supporting frame between. The printing device capable of multi-angle printing as described in claim 3, wherein the horizontal platform and the lifting platform are respectively provided with a motor for driving the horizontal platform and the lifting platform along a sliding rail (horizontal and vertical) ) Displacement.