阅读说明：本技术 一种多模式台式砂轮切割机 (Multi-mode table type abrasive wheel cutting machine ) 是由 侯小萍 于 2018-07-24 设计创作，主要内容包括：本发明中公开了一种多模式台式砂轮切割机,包括：机座、传动机构、进给机构、摆动机构、冷却系统和夹具,所述机座上分别设置相对应的进给机构摆动机构,所述带传动小带轮设置在摆动机构上,所述小带轮一端连接有砂轮,所述带传动的大带轮一端设置在电机驱动轴上,所述电机设置在电机座上,所述电机座设置在摆动机构上,所述冷却机构连接到摆动机构的切割轮处,所述进给机构上设置夹具。本发明针对材料的不同可以调整摆动机构和进给机构,达到调整不同的模式进行切割的目的。摆动机构和进给机构的结合使该切割机拥有切割质量好、切割效率高、切割精度高、切割范围更广的特性。而且该切割机操作简单、人工成本低,适宜批量生产。(The invention discloses a multi-mode table type abrasive wheel cutting machine, which comprises: the grinding machine comprises a machine base, a transmission mechanism, a feeding mechanism, a swinging mechanism, a cooling system and a clamp, wherein the machine base is provided with the corresponding feeding mechanism swinging mechanism, a belt transmission small belt wheel is arranged on the swinging mechanism, one end of the small belt wheel is connected with a grinding wheel, one end of a belt transmission large belt wheel is arranged on a motor driving shaft, a motor is arranged on a motor base, the motor base is arranged on the swinging mechanism, the cooling mechanism is connected to a cutting wheel of the swinging mechanism, and the feeding mechanism is provided with the clamp. The invention can adjust the swing mechanism and the feeding mechanism according to different materials, thereby achieving the purpose of adjusting different modes for cutting. The combination of the swing mechanism and the feeding mechanism enables the cutting machine to have the characteristics of good cutting quality, high cutting efficiency, high cutting precision and wider cutting range. And the cutting machine is simple to operate, low in labor cost and suitable for batch production.)

1. A multi-mode table abrasive wheel cutting machine comprising: frame, drive mechanism, feed mechanism, swing mechanism, cooling system and anchor clamps, its characterized in that, set up corresponding feed mechanism swing mechanism on the frame respectively, drive mechanism includes: the grinding wheel feeding mechanism comprises a belt transmission device, a gear transmission device and a ball screw nut transmission device, wherein a small belt wheel (2) of the belt transmission device is arranged on a swing mechanism, one end of the small belt wheel (2) is connected with a grinding wheel (1), one end of a large belt wheel (6) of the belt transmission device is arranged on a driving shaft of a main motor, the main motor (7) is arranged on a motor base (8), the motor base (8) is arranged on the swing mechanism, a cooling mechanism is connected to the grinding wheel (1) of the swing mechanism, and a clamp is arranged on a feeding mechanism.

2. A multiple model table type grinder as set forth in claim 1, wherein said swing mechanism comprises: go up ear seat, telescoping device, lower ear seat, swing base (10), swing frame (9) are the notch cuttype, go up the ear seat and connect ladder and telescoping device upper end on swing frame (9) respectively, the telescoping device lower extreme and swing base (10) are connected respectively to lower ear seat, swing frame (9) lower ladder and swing base (10) hinged joint.

3. A multiple model table grinder as set forth in claim 2, wherein the telescopic mechanism comprises: the stepping motor comprises an outer sleeve, a first stepping motor (11), a first coupler (13), a lead screw and an inner sleeve, wherein the stepping motor (11), the first coupler (13), the lead screw and the inner sleeve are connected in sequence and are arranged in the outer sleeve.

4. A multiple model table grinder as set forth in claim 1, wherein the feed mechanism comprises: an infeed and a longitudinal infeed, the infeed comprising: the slider sets up T type platform (17) on, and longitudinal feed device sets up on T type platform (17), longitudinal feed device said include: a ball screw (18), a nut (14), a second coupling, a planetary reducer (12) and a second stepping motor which are connected in sequence.

Technical Field

The invention relates to the field of material cutting device manufacturing, in particular to a multi-mode table type abrasive wheel cutting machine.

Background

The abrasive wheel cutting machine is widely applied to the fields of machinery, metallurgy, automobiles, aerospace, scientific research and education and the like, and is indispensable machining equipment. With the continuous development of material science, new requirements are provided for the cutting capacity and the cutting quality of the abrasive wheel cutting machine, and new cutting equipment needs to be continuously developed to meet the processing requirements of novel materials. The traditional abrasive wheel cutting machine has unsatisfactory cutting quality when cutting novel materials, and is easy to have the problems of uneven cut, inclined cutting path, change of surface tissues of workpieces and the like. Therefore, it is urgently needed to invent a high-efficiency, high-precision and high-automation grinding wheel cutting machine, which can reduce the subsequent processing difficulty of workpieces, improve the cutting precision and reduce the production cost. The cutting machine has the advantages that more than 90% of materials are processed in the field of various shape engineering, the first process is cutting of workpiece materials, the research and development of the cutting machine are continuously advanced according to the development of material science, and the workpiece materials are divided into metal materials, synthetic materials, inorganic non-metal materials, composite materials, biomedical materials, photoelectric materials and the like. The cutting machine is classified into mechanical cutting, gas cutting, electrolytic cutting, arc cutting, and the like according to a commonly used cutting method. The abrasive wheel cutting machine is widely applied to industries such as automobiles, molds, machinery, agricultural machinery, buildings, capital construction, aerospace, metallurgy and the like as one of mechanical cutting devices. The abrasive wheel cutting machine is an indispensable processing device, and in the investigation of factories and laboratories, the performance of the abrasive wheel cutting machine directly influences the difficulty of subsequent processing or the test result of experimental materials. In the investigation research to the mill, the abrasive wheel cutting machine who uses is mainly the mode that adopts manual cutting, and the clamping equipment that adopts is also relatively simple, and the uniformity of the product quality measurement that cuts out is relatively poor, can't directly carry out the processing of next step process, need carry out retreatment to the straightness that hangs down and the coarse degree of wiping of terminal surface to satisfy the processing needs on next step. The cutting mode is single, the cutting quality difference obtained by cutting different materials is large, the cutting parameters can not be changed aiming at different types of materials, and the cutting quality is improved. Meanwhile, in the investigation and research of a laboratory, the cutting devices used in the laboratory are mainly used for detecting the metallographic pattern of a material and cutting off part of the material, the cutting of the section for researching the metallographic specimen of the material has strict cutting operation difficulty, and for the existing equipment, samples needing to be cut out need abundant practical experience, so that waste is also caused. A multi-mode bench grinder has been developed.

Disclosure of Invention

The invention aims to solve the problems in the prior art and provides a multi-mode table type abrasive wheel cutting machine, which can adjust a swing mechanism and a feeding mechanism according to different materials so as to achieve the aim of adjusting different modes for cutting. The combination of the swing mechanism and the feeding mechanism enables the cutting machine to have the characteristics of good cutting quality, high cutting efficiency, high cutting precision and wider cutting range. And the cutting machine is simple to operate, low in labor cost and suitable for batch production.

In order to solve the technical problems, the technical scheme adopted by the invention is as follows:

a multi-mode table abrasive wheel cutting machine comprising: frame, drive mechanism, feed mechanism, swing mechanism, cooling system and anchor clamps, set up corresponding feed mechanism swing mechanism on the frame respectively, drive mechanism includes: the grinding machine comprises a belt transmission device, a gear transmission device and a ball screw nut transmission device, wherein a small belt wheel of the belt transmission device is arranged on a swing mechanism, one end of the small belt wheel is connected with a grinding wheel, one end of a large belt wheel of the belt transmission device is arranged on a motor driving shaft, a motor is arranged on a motor base, the motor base is arranged on the swing mechanism, a cooling mechanism is connected to a cutting wheel of the swing mechanism, and a clamp is arranged on a feeding mechanism.

Further, as a preferred aspect, the swing mechanism includes: go up ear seat, telescoping device, lower ear seat, swing base, swing frame, the swing frame is the notch cuttype, go up the ear seat and connect ladder and telescoping device upper end on the swing frame respectively, the telescoping device lower extreme and swing frame are connected respectively to the lower ear seat, swing frame lower ladder and swing frame hinged joint.

Further, as a preferred technical solution, the telescopic mechanism includes: the stepping motor, the coupler, the lead screw and the inner sleeve are connected in sequence and arranged in the outer sleeve.

Further, as a preferred technical solution, the feeding mechanism includes: an infeed and a longitudinal infeed, the infeed comprising: slider and linear rail, set up the workstation on the slider, vertical feeding device sets up on the workstation, vertical feeding device include: the ball screw, the ball screw nut, the second coupling, the planetary reducer and the second stepping motor are connected in sequence.

The invention has the following beneficial effects:

the invention can adjust the swing mechanism and the feeding mechanism according to different materials, thereby achieving the purpose of adjusting different modes for cutting. The combination of the swing mechanism and the feeding mechanism enables the cutting machine to have the characteristics of good cutting quality, high cutting efficiency, high cutting precision and wider cutting range. And the cutting machine is simple to operate, low in labor cost and suitable for batch production.

Drawings

FIG. 1 is a schematic view of the structure of the present invention.

In the figure: 1. a grinding wheel; 2. a small belt pulley; 3. an electric screw; 4. an ear mount; 5. the motor tightens the screw key; 6. a large belt pulley; 7. a main motor; 8. a motor base; 9. swinging the frame; 10. a swing base; 11. a first stepper motor; 12. a planetary reducer; 13. a first coupling; 14. a nut; 15. a bearing seat; 16. a linear guide rail; 17. a T-shaped table; 18. a ball screw.

Detailed Description

The invention is further described with reference to the following figures and specific embodiments.