阅读说明：本技术 一种二合一高速编带机 (Two-in-one high-speed braider ) 是由 邓朝旭 于 2020-08-21 设计创作，主要内容包括：本发明涉及一种二合一高速编带机,用于对SMD元器件编带,包括圆形振动盘、二个流轨、二个检测编带工作站,所述二个流轨一端与圆形振动盘连接,另一端分别与二个检测编带工作站连接,圆形振动盘通过二个流轨同时为二个检测编带工作站供料。采用一个圆形振动盘配置二个流轨的方案,圆形振动盘通过二个流轨同时为二个检测编带工作站供料,二个检测编带工作站优选双边错位对称的分布结构,将以往的两台常规型编带机集成到一台机上,实现一台机上双边同时工作,从而节省了占地空间与降低设备生产成本、投入成本,同时也提高了生产效率,整体机台性能显著提高。(The invention relates to a two-in-one high-speed braider, which is used for braiding SMD components and comprises a circular vibration disc, two flow rails and two detection braiding work stations, wherein one ends of the two flow rails are connected with the circular vibration disc, the other ends of the two flow rails are respectively connected with the two detection braiding work stations, and the circular vibration disc supplies materials for the two detection braiding work stations through the two flow rails. The scheme that a circular vibration disc is provided with two flow rails is adopted, the circular vibration disc supplies materials for two detection braiding workstations through the two flow rails, the two detection braiding workstations are preferably distributed in a bilateral staggered and symmetrical structure, two conventional braiding machines in the past are integrated on one machine, bilateral simultaneous working on one machine is achieved, therefore, the occupied space is saved, the production cost and the input cost of equipment are reduced, meanwhile, the production efficiency is improved, and the performance of the whole machine is obviously improved.)

1. The utility model provides a two unification high speed braiders for to SMD components and parts braid, its characterized in that, includes circular vibration dish, two runners, two detect the braid workstation, two runners one end is connected with circular vibration dish, and the other end is connected with two respectively detect the braid workstation, and circular vibration dish is two through two runners feed for two detect the braid workstations simultaneously.

2. The two-in-one high-speed braider according to claim 1, characterized in that the detecting braider station comprises an index plate part, a first correcting clamp part, a probe test part, a first defective product blowing part, a rotary direction adjusting part, a second correcting clamp part, a bottom vision part, a surface vision part, a second defective product blowing part, a tape sealing part and a material receiving part; the first correcting clamp part, the probe testing part, the first defective product blowing part, the rotary direction adjusting part, the second correcting clamp part, the bottom vision part and the second defective product blowing part are sequentially arranged around the dividing plate part to form a plurality of stations; the index plate part is used for taking out SMD components one by one from the tail end of the runner and operating to each station; the first correcting clamp part is used for correcting the position of the SMD component sucked by the index plate part; the probe testing component is used for performing electrical testing on the SMD components so as to screen defective products and judge the direction of electrodes; the first defective product blowing component is used for blowing the SMD components which are unqualified in electrical test away from the index plate component; the rotating direction-adjusting component is used for rotating the SMD components with the opposite electrodes for 180 degrees in direction adjustment in the electrical property test; the second correction clamp part is used for correcting the position of the SMD component in the rotation direction again; the bottom vision component is used for carrying out machine vision automatic detection on the bottom appearance of the SMD component and screening defective products; the surface vision component is used for carrying out machine vision automatic detection on the surface appearance of the SMD component and screening defective products; the second defective product blowing component is used for blowing off the SMD components which are unqualified in the bottom appearance detection and the SMD components which are unqualified in the surface appearance detection from the index plate component; the surface vision component is arranged above a feeding port of the sealing component, the sealing component is used for carrying out tape packaging on the SMD component, when the indexing disc component places the SMD component at the feeding port of the sealing component, the sealing component moves the SMD component to the position below the surface vision component for surface appearance detection, when the detection is qualified, the tape packaging is carried out, when the detection is unqualified, the sealing component returns the SMD component to the feeding port, and the indexing disc component takes the SMD component unqualified product away from the feeding port of the sealing component; and the receiving component is used for collecting the SMD component coil materials after the braid is packaged.

3. The two-in-one high-speed braider according to claim 2, wherein the index plate member includes an index plate, an index plate fixing shaft, a cam divider and vacuum suction nozzles, the index plate fixing shaft is fixed on a rotating shaft of the cam divider, the index plate is fixed on the index plate fixing shaft, and the vacuum suction nozzles are uniformly distributed and fixed on the index plate.

4. The two-in-one high-speed braider according to claim 2, wherein the first correcting clamp part and the second correcting clamp part each comprise a correcting fixed base, a correcting motor fixing seat, a correcting motor and a correcting component, the correcting motor fixing seat is arranged on the correcting fixed base, the correcting motor is arranged on the correcting motor fixing seat, the correcting component is also arranged on the correcting motor fixing seat, and the correcting motor drives the correcting component to work.

5. The two-in-one high-speed braider of claim 2, wherein the probe testing component includes a probe fixing base, a probe adjusting plate fixed on the probe fixing base, and a probe assembly fixed on the probe adjusting plate.

6. The two-in-one high-speed braider according to claim 2, characterized in that the rotation direction-adjusting component comprises a direction-adjusting fixed base, a direction-adjusting motor fixed base and a direction-adjusting assembly, wherein the direction-adjusting motor fixed base is fixed on the direction-adjusting fixed base, the direction-adjusting motor is fixed on the direction-adjusting motor fixed base, the direction-adjusting assembly is also arranged on the direction-adjusting motor fixed base, and the direction-adjusting motor drives the direction-adjusting assembly to rotate 180 degrees.

7. The two-in-one high speed braider of claim 2, wherein the bottom vision component and the surface vision component each include a vision mount, a light source assembly, and a CCD camera.

8. The two-in-one high speed braider of claim 2, wherein the taping feature includes a carrier rail assembly, a taping assembly and a tape cutting assembly.

9. The two-in-one high-speed braider of claim 2, wherein the material receiving component comprises a material receiving motor fixing seat, a material clamping disc component, a material pressing component and a material receiving motor.