阅读说明：本技术 平板画线机 (Flat line drawing machine ) 是由 王雪征 朱向阳 于 2019-01-22 设计创作，主要内容包括：本发明公开了一种平板画线机,包括：由底部支架、主体平台、横梁结构、机头组件；其中,底部支架主要包括：支架、铝型框架、侧罩、横撑；主体平台包括：台板、导轨、型材底座、X向电机、传动轴、铝型材；横梁结构包括：导轨、Y向电机、滑块固定座、电机安装板；机头组件包括：滑块安装板、主板、电磁铁、笔座、导向轴；所述的两个型材框架别连接在横撑的两端,侧罩与型材框架相连接,组成的底部支架用于支撑主体平台和对整机的滑动作用；所述的铝型材拼接成主体平台的型材框架,组成的主体平台主要提供平面,连接底部支架并且支撑横梁结构能够左右移动；通过本发明的设计,画线更精准、画线速度更快,提高生产效率。(The invention discloses a flat plate line drawing machine, which comprises: comprises a bottom bracket, a main platform, a beam structure and a machine head assembly; wherein, bottom support mainly includes: the device comprises a bracket, an aluminum type frame, a side cover and a cross brace; the main body platform includes: the device comprises a bedplate, a guide rail, a section bar base, an X-direction motor, a transmission shaft and an aluminum section bar; the beam structure includes: the device comprises a guide rail, a Y-direction motor, a sliding block fixing seat and a motor mounting plate; the head assembly includes: the sliding block mounting plate, the main plate, the electromagnet, the pen holder and the guide shaft; the two section bar frames are respectively connected to two ends of the cross brace, the side covers are connected with the section bar frames, and the formed bottom support is used for supporting the main body platform and has a sliding effect on the whole machine; the aluminum profiles are spliced into a profile frame of the main body platform, the formed main body platform mainly provides a plane, the bottom support is connected, and the supporting beam structure can move left and right; through the design of the invention, the line drawing is more accurate, the line drawing speed is faster, and the production efficiency is improved.)

1. A flat line striper comprising: comprises a bottom bracket, a main platform, a beam structure and a machine head assembly; wherein, bottom support mainly includes: other accessories such as a bracket, a section bar bracket, a side cover, a cross brace and the like; the main body platform includes: the device comprises a bedplate, a guide rail, a section bar base, an X-direction motor, a transmission shaft, a section bar underframe and the like; the beam structure includes: the device comprises a guide rail, a Y-direction motor, a sliding block fixing seat, a drag chain bracket, a motor mounting plate and the like; the head assembly includes: the slide block mounting plate, the electromagnet, the pen holder, the machine head cover, the pen, the guide shaft and the like; the method is characterized in that: the section bar bracket and the cross brace form a main body bracket, the side covers are fixed on the left side and the right side, the bracket and the Fuma wheel are fixed on the section bar bracket, and the bracket is used for connecting the main body platform; the section bar underframe is formed by splicing aluminum sections, the section bar base is fixed on the section bar underframe, the guide rail is fixed on the section bar base, the bedplate is fixed on the section bar underframe and is parallel to the plane of the guide rail, the X-direction motor and the transmission shaft are fixed at the upper left of the section bar underframe and are used for providing a plane, the bottom support is connected, and the supporting beam structure can move left and right.

2. A line striper as in claim 1 wherein: the Y-direction motor is arranged on the motor mounting plate, and the machine head is fixed on the guide rail.

3. A line striper as in claim 1 wherein: the pen is arranged on the pen holder, the pen holder can move up and down on the guide shaft, and the pen is controlled to move up and down to realize a marking function.

Technical Field

The invention relates to the technical field of shoemaking line drawing, in particular to a line drawing device for shoemaking.

Background

In traditional shoemaking process, there are a great deal of drawbacks in the manual drawing vamp mark line: manual line drawing requires a large amount of labor force, and the cost is high; line drawing efficiency and precision are low; some special materials cannot even be marked with a line. The silk-screen printing also has the defects of low printing efficiency, high screen printing plate cost, high reject ratio and the like, and simultaneously causes environmental pollution, cannot meet the social responsibility requirements of brand parties, and cannot meet strict environmental supervision.

Disclosure of Invention

The invention aims to overcome the defects of the prior art and provides a flat plate line drawing machine which mainly solves the problems of low line drawing precision, low line drawing speed and small production batch, so that the flat plate line drawing machine disclosed by the invention solves the conventional problem, reduces the labor and improves the production efficiency by combining the traditional mode.

The purpose of the invention is realized by the following technical scheme:

a flat plate line drawing machine is composed of a bottom support, a main body platform, a cross beam structure and a machine head assembly.

The bottom bracket mainly comprises: other accessories such as a bracket, a section bar bracket, a side cover, a cross brace and the like; the two section bar supports are connected to two ends of the cross brace, the side covers are connected with the section bar supports, the supports and the horsewheels are respectively connected to four corners of the section bar supports, and the formed bottom support mainly plays a role in supporting and sliding the whole machine.

The main body platform includes: a bedplate, an X-direction guide rail, a guide rail section bar, an X-direction motor, a transmission shaft, a section bar underframe and the like; the section bar underframe is formed by splicing aluminum sections, the section bar base is fixed on the section bar underframe, the guide rail is fixed on the section bar base, the bedplate is fixed on the section bar underframe and is parallel to the plane of the guide rail, the X-direction motor and the transmission shaft are fixed at the upper left of the section bar underframe and are used for providing a plane, the bottom support is connected, and the supporting beam structure can move left and right.

The beam structure includes: y-direction guide rails, Y-direction motors, sliding blocks, motor mounting plates and the like; y install on the motor mounting panel to the motor, the aircraft nose subassembly is fixed on the sliding block set spare, mainly supports the aircraft nose and can let the aircraft nose back-and-forth movement.

The head assembly includes: the pen holder comprises a slide block mounting plate, a main plate, a guide shaft, a pen holder slide block, an electromagnet, a pen cap and the like; the slide block mounting plate is connected with the main board, the main board is connected with the guide shaft, two ends of the electromagnet are respectively fixed on the main board and the pen holder slide block, the pen cap is connected with the pen holder slide block, and the pen is controlled to move up and down to realize a marking function.

The invention has the advantages and beneficial effects that:

the invention overcomes the problems of low line drawing precision, low speed and small production batch, and through the design of the invention, the line drawing is more accurate, the line drawing speed is faster, the line drawing machine can be produced in batch, the labor is reduced, and the production efficiency is improved.

Drawings

Fig. 1 is a diagrammatic view of the entire machine of a flat line drawing machine;

FIG. 2 is a schematic view of a bottom bracket in the line striper;

fig. 3 is a schematic view of a body platform of the line striper;

fig. 4 is a schematic view of a cross-beam configuration in the flat line drawing machine;

fig. 5 is a schematic view of a head assembly of the line striper.

1. The bottom support 2, the main body platform 3, the beam structure 4, the head assembly 5, the profile support 6, the side cover 7, the cross brace 8, the support 9, the Frounet wheel 10, the X-direction motor 11, the X-direction annular belt 12, the X-direction motor wheel 13, the X-direction driven wheel 4, the transmission shaft 15, the X-direction synchronizing wheel 16, the X-direction opening belt 17, the X-direction opening rail 18, the rail profile 19, the profile underframe 20, the bedplate 21, the Y-direction motor 22, the Y-direction annular belt 23, the Y-direction motor wheel 24, the tower wheel 25, the Y-direction opening belt 26, the slider assembly 27, the Y-direction rail 28, the motor mounting plate 29, the slider mounting plate 30, the main plate 31, the guide shaft 32, the pen holder slider 33, the electromagnet 34 and the.

Detailed Description

For a further understanding of the contents, features and effects of the present invention, reference will now be made to the following examples, which are to be considered in conjunction with the accompanying drawings. It should be noted that the present embodiment is illustrative, not restrictive, and the scope of the invention should not be limited thereby.

A flat line striper comprising: the pen holder comprises a bottom support (1), a main body platform (2), a beam structure (3), a head assembly (4), a profile support (5), a side cover (6), a cross brace (7), a support (8), a horseback wheel (9), an X-direction motor (10), an X-direction annular belt (11), an X-direction motor wheel (12), an X-direction driven wheel (13), a transmission shaft (14), an X-direction synchronizing wheel (15), an X-direction opening belt (16), an X-direction guide rail (17), a guide rail profile (18), a profile underframe (19), a bedplate (20), a Y-direction motor (21), a Y-direction annular belt (22), a Y-direction motor wheel (23), a tower wheel (24), a Y-direction opening belt (25), a slider assembly (26), a Y-direction guide rail (27), a motor mounting plate (28), a slider mounting plate (29), a main plate (30), a guide shaft (31), a pen holder, An electromagnet (33) and a pen cap (34).

The bottom bracket (1) comprises: two section bar supports (5) are respectively connected at two ends of a cross brace (7), a side cover (6) is connected with the section bar supports (5), and a support (8) and a horsewheel (9) are respectively connected at four corners of the section bar supports (5).

The main body platform (2) comprises: the sectional material underframe (19) is connected with the bedplate (20), the guide rail sectional material (18) is connected with the sectional material underframe (19), the X-direction guide rail (17) is connected with the guide rail sectional material (18), and the X-direction motor wheel (12) and the transmission shaft (14) are fixed on the left side of the sectional material underframe (19).

The beam structure (3) includes: the Y-direction motor (21) is fixed on the motor mounting plate (28), and the Y-direction motor (21) and the Y-direction motor wheel (23)

The Y-direction annular belt (22) is respectively connected with a Y-direction motor wheel (23) and a cone pulley (24), and the Y-direction opening belt (25) is connected with the cone pulley (24) and a sliding block component (26).

The handpiece assembly (4) comprises: the slide block mounting plate (29) is connected with the main plate (30), the main plate (30) is connected with the guide shaft (31), two ends of the electromagnet (33) are respectively fixed on the main plate (30) and the pen holder slide block (32), and the pen cap (34) is connected with the pen holder slide block (32).

Bottom support (1) is connected with main body platform (2), and main body platform (2) are connected with crossbeam structure (3), and crossbeam structure (3) are connected with head assembly (4).

An X-direction motor (10) drives an X-direction motor wheel (12) to rotate, an X-direction annular belt (11) connects the X-direction motor wheel (12) with an X-direction driven wheel (13), an X-direction synchronous wheel (15) rotates through a transmission shaft (14), and an X-direction opening belt (16) is connected with a beam structure (3), so that the X-direction motor (10) controls the beam structure (3) to move in the X direction.

The Y-direction motor (21) drives the Y-direction motor wheel (23) to rotate, the Y-direction motor wheel (23) and the tower wheel (24) are connected through the Y-direction annular belt (22), the Y-direction opening belt (25) is connected with the tower wheel (24) and the sliding block assembly (26), and the sliding block assembly (26) is connected with the machine head assembly (4), so that the Y-direction motor wheel (23) controls the machine head assembly (4) to move in the Y direction.

The electromagnet (33) controls the pen holder sliding block (32) to slide up and down on the guide shaft (31), and the pen cap (34) is connected with the pen holder sliding block (32), so that the electromagnet (33) controls the pen cap (34) to move up and down.

Firstly, a cutting pattern file is imported by a computer, the machine runs, a cutting placing area is drawn on a bedplate (20), and the machine head component (4) returns to the original point.

Then, the plurality of cut pieces are placed on the previously drawn area and fixed.

And finally, starting the machine to finish the line drawing function.