Capacitor processing apparatus

An apparatus for processing a capacitor comprising a main body and a pair of leads formed to protrude from the main body comprising:

• a clamping module transporting the capacitor and comprising clamping units grabbing or releasing each capacitor;
• a first processing module having some of the capacitors transported by the clamping module seated thereon;
• and
• a second processing module moved toward the first processing module in a state where some of the capacitors are seated on the first processing module and matched with the first processing module,
• wherein the first processing module comprises a plurality of processing units on which each capacitor is seated and arranged in order,
• wherein the second processing module comprises symmetrical processing units matched with the processing units, respectively, and
• wherein the processing units are formed in different shapes
• wherein the processing unit comprises
• an alignment unit rotating the capacitor in one direction and having an alignment groove for seating the pair of leads of the capacitor in the processing unit formed therein;
• an expansion unit comprising a pair of frames formed symmetrically to mold the leads of the capacitor in a regular form;
• a polarity test unit detecting the polarity of one of the pair of leads of the aligned capacitor;
• a cutting unit cutting the pair of leads of the capacitor at a same length;
• a cutting test unit testing the cut quality of one of the pair of leads cut by the cutting unit;
• and
• a bending unit comprising a first step part having a first thickness and a second step part having a second thickness formed to pressurize the cut pair of leads of the capacitor in a third direction perpendicular to the first direction and the second direction to bend the cut pair of leads of the capacitor in one direction.

An apparatus for processing a capacitor comprising a main body and a pair of leads formed to protrude from the main body comprising:

• a clamping module transporting the capacitor and comprising clamping units grabbing or releasing each capacitor;
• a first processing module having some of the capacitors transported by the clamping module seated thereon;
• and
• a second processing module moved toward the first processing module in the state where some of the capacitors are seated on the first processing module and matched with the first processing module,
• wherein the first processing module comprises a plurality of processing units on which each capacitor is seated and arranged in order,
• wherein the second processing module comprises symmetrical processing units matched with the processing units, respectively, and
• wherein the processing units are formed in different shapes
• a transport unit configured to collect the capacitor processed by matching the first processing module with the second processing module,
• wherein the transport unit comprises
• a fixing part supported to be fixed to one surface thereof;
• and
• a rotation part coupled to one surface of the fixing part and rotating within an angle range of a straight angle or less on a plane comprising a first direction in which the clamping module moves to transport the capacitor and a second direction perpendicular to the first direction, and
• wherein the rotation part further comprises a pair of transport arms grabbing the main body of the capacitor at one point to release the capacitor at another point.