阅读说明：本技术 自动量布机 (Automatic cloth-moving machine ) 是由 姚登辉 鲍占伟 丁伟锋 于 2019-08-23 设计创作，主要内容包括：本发明主要涉及自动量布机,包括主框架,主框架上沿布料进给方向依次设有退布机构、导布辊一、主动辊、输送带装置一、平台板和输送带装置二；退布机构包括两根退布辊,两退布辊水平安装于主框架上；主动辊通过独立的驱动装置驱动,主动辊用于进给布料,使布料掉落于输送带装置一上；主动辊侧边的主框架上设有光电感应控制器一,对应的主框架另一边上设有感应板,光电感应控制器一与感应板倾斜设置；光电感应控制器一用于感应从主动辊掉落的布料以及控制主动辊进给速度；平台板下端设有计量轮,计量轮用于计量布料长度；输送带装置一和输送带装置二同步转动。该设计结构巧妙,能够使布料在自然状态下进行计量,布料计量准确,计量效率高。(The invention mainly relates to an automatic cloth measuring machine which comprises a main frame, wherein a cloth withdrawing mechanism, a cloth guide roller I, a driving roller, a conveyer belt device I, a platform plate and a conveyer belt device II are sequentially arranged on the main frame along the cloth feeding direction; the cloth withdrawing mechanism comprises two cloth withdrawing rollers which are horizontally arranged on the main frame; the driving roller is driven by an independent driving device and is used for feeding cloth, so that the cloth falls on the first conveying belt device; a first photoelectric sensing controller is arranged on the main frame at the side edge of the driving roll, a sensing plate is arranged on the other side of the corresponding main frame, and the first photoelectric sensing controller and the sensing plate are obliquely arranged; the photoelectric sensing controller is used for sensing the cloth falling from the driving roller and controlling the feeding speed of the driving roller; the lower end of the platform plate is provided with a metering wheel which is used for metering the length of the cloth; the first conveying belt device and the second conveying belt device rotate synchronously. The cloth weighing device is ingenious in design structure, the cloth can be weighed in a natural state, the cloth is accurately weighed, and the weighing efficiency is high.)

1. Automatic cloth measuring machine, its characterized in that: the cloth feeding device comprises a main frame, wherein a cloth withdrawing mechanism, a cloth guide roller I, a driving roller, a conveyer belt device I, a platform plate and a conveyer belt device II are sequentially arranged on the main frame along the cloth feeding direction; the cloth withdrawing mechanism comprises two cloth withdrawing rollers which are horizontally arranged on the main frame; the driving roller is driven by an independent driving device and is used for feeding cloth, so that the cloth falls on the first conveying belt device; a first photoelectric sensing controller is arranged on the main frame at the side edge of the driving roll, a sensing plate is arranged on the other side of the corresponding main frame, and the first photoelectric sensing controller and the sensing plate are obliquely arranged; the photoelectric sensing controller is used for sensing the cloth falling from the driving roller and controlling the feeding speed of the driving roller; the lower end of the platform plate is provided with a metering wheel which is used for metering the length of the cloth; the first conveying belt device and the second conveying belt device rotate synchronously for conveying.

2. The automatic cloth measuring machine of claim 1, wherein: a support is arranged above the platform plate, a pressing wheel is rotatably arranged on the support, the pressing wheel and the metering wheel are correspondingly arranged, and cloth passes through the space between the metering wheel and the pressing wheel.

3. The automatic cloth measuring machine of claim 2, wherein: the metering wheels are symmetrically arranged in two.

4. The automatic cloth measuring machine of claim 1, wherein: and a second photoelectric sensing controller is arranged on the side edge of the platform plate.

5. The automatic cloth measuring machine of claim 1, wherein: the first conveying belt device and the second conveying belt device are driven by a driving device.

6. The automatic cloth measuring machine of claim 3, wherein: the diameter of the metering wheel is 25 cm-200 cm.

7. The automatic cloth measuring machine of claim 1, wherein: the main frame side is equipped with tool tray and control panel, and tool tray is used for placing the instrument, and control panel is used for setting up parameter and control machine.

8. The automatic cloth measuring machine of claim 1, wherein: a second cloth guide roller is arranged between the platform plate and the second conveying belt device.

9. The automatic cloth measuring machine of claim 1, wherein: a cloth collecting frame is arranged below the second conveying belt device.

10. The automatic cloth measuring machine according to any one of claims 1, 2, 4, 5, 7, characterized in that: the second conveying belt device is arranged in parallel with the platform plate.

Technical Field

The invention relates to an automatic cloth measuring machine, and belongs to the field of textile machinery.

Background

With the progress and development of society, various fabrics made of different materials and having different characteristics appear in succession. The traditional cloth metering length is manually measured, the error range of the measurement result is large, and the working efficiency is low; or the length of the cloth is measured by using a code counter on the cloth inspecting machine, and the cloth is influenced by self gravity because the knitted cloth has elasticity, so that the cloth is stretched, and the measured data has larger errors.

Disclosure of Invention

In order to solve the problems, the invention provides an automatic cloth measuring machine which is ingenious in design structure, capable of measuring the length of cloth in a natural state, accurate in cloth measurement and high in measuring efficiency.

In order to achieve the purpose, the invention adopts the following technical scheme:

The automatic cloth measuring machine comprises a main frame, wherein a cloth withdrawing mechanism, a cloth guide roller I, a driving roller, a conveyer belt device I, a platform plate and a conveyer belt device II are sequentially arranged on the main frame along the cloth feeding direction; the cloth withdrawing mechanism comprises two cloth withdrawing rollers which are horizontally arranged on the main frame; the driving roller is driven by an independent driving device and is used for feeding cloth, so that the cloth falls on the first conveying belt device; a first photoelectric sensing controller is arranged on the main frame at the side edge of the driving roll, a sensing plate is arranged on the other side of the corresponding main frame, and the first photoelectric sensing controller and the sensing plate are obliquely arranged; the photoelectric sensing controller is used for sensing the cloth falling from the driving roller and controlling the feeding speed of the driving roller; the lower end of the platform plate is provided with a metering wheel which is used for metering the length of the cloth; the first conveying belt device and the second conveying belt device rotate synchronously for conveying.

The cloth is arranged between the metering wheels and the pinch rollers.

The two metering wheels are symmetrically arranged.

And a second photoelectric sensing controller is arranged on the side edge of the platform plate.

The first conveying belt device and the second conveying belt device are driven by a driving device.

The diameter of the metering wheel is 25 cm-200 cm.

The side of the main frame is provided with a tool tray and a control panel, the tool tray is used for placing tools, and the control panel is used for setting parameters and controlling a machine.

And a cloth guide roller II is arranged between the platform plate and the conveying belt device II.

And a cloth collecting frame is arranged below the second conveying belt device.

And the second conveying belt device is arranged in parallel with the platform plate.

The invention has the following beneficial effects:

The automatic cloth measuring machine comprises a main frame, wherein a cloth withdrawing mechanism, a cloth guide roller I, a driving roller, a conveyer belt device I, a platform plate and a conveyer belt device II are sequentially arranged on the main frame along the cloth feeding direction; the cloth withdrawing mechanism comprises two cloth withdrawing rollers, the two cloth withdrawing rollers are horizontally arranged on the main frame, and the cloth roller needing to be measured is placed between the two cloth withdrawing rollers; the driving roller is driven by an independent driving device and is used for feeding cloth, so that the cloth naturally falls on the first conveying belt device, and the elastic influence of the cloth is eliminated; a first photoelectric sensing controller is arranged on the main frame at the side edge of the driving roll, a sensing plate is arranged on the other side of the corresponding main frame, and the first photoelectric sensing controller and the sensing plate are obliquely arranged; the photoelectric sensing controller is used for sensing the cloth falling from the driving roller and controlling the feeding speed of the driving roller; because the cloth is thin, if the first photoelectric sensing controller and the sensing plate are arranged in a straight line, the first photoelectric sensing controller is difficult to sense the cloth, and the first photoelectric sensing controller is arranged to be inclined to a certain degree, so that the first photoelectric sensing controller can sense the cloth; the lower end of the platform plate is provided with a metering wheel, the metering wheel is driven to roll when the cloth passes through the platform plate, and the metering wheel is used for metering the length of the cloth through the number of rolling turns of the metering wheel; the first conveying belt device and the second conveying belt device synchronously rotate for conveying, so that the cloth is in a natural flat state during conveying and metering; this project organization is ingenious, can make the cloth carry out the length measurement under natural state, and the cloth measurement is accurate, and the measurement efficiency is high.

drawings

FIG. 1 is a perspective view of the present invention;

FIG. 2 is a perspective view of another embodiment of the present invention;

FIG. 3 is a schematic cross-sectional view of the present invention;

Fig. 4 is a perspective view of a second embodiment of the present invention.

Reference numbers in the figures: 1. a main frame; 11. a distributing roller; 12. a tool tray; 13. a control panel; 2. a cloth withdrawing mechanism; 21. a cloth withdrawing roller; 3. A cloth guide roller I; 4. a drive roll; 41. a first photoelectric sensing controller; 42. an induction plate; 5. a first conveying belt device; 6. a platform plate; 61. a metering wheel; 7. a second conveying belt device; 8. a support; 81. a pinch roller; 9. a cloth guide roller II; 10. a cloth collecting frame; a is the state when the cloth is pulled up; b is the state when the cloth is piled up.

Detailed Description