TH72167A - The method of inserting a coil, a coil inserter, an electric motor, a rotary compressor, and the utilization of its cooling cycle mechanism. - Google Patents

Abstract

DC60 (21/03/48) Coil insertion method and the stent insertion tool was provided. To prevent the damage of Coat the insulation of the windings and to allow insertion of the windings that There is a shorter circumference to the stator core. The coil insert will include Including the one movable blade that is fixed in line with the tooth Inside of the stator core Cylindrical shape and moving by synchronization with the peeler. The second moving blade can be moved relative to the peeler. The coil insertion will use the blade. Movable at first and at Two to clamp and lead the coil to the Lot of stator core The coil with compression protrusion of the lock is pressed to insert the coil into the slot. Blade that moves first and The second is fixed in a linear direction. Around the loop along the internal teeth of the stator core until the first coil with the large number of coils is fixed. Between the first and second movable blades and the second winding with a small number of turns are fixed. Between the moving blades Second place Stent insertion method and the stent insertion provided. To prevent the damage of Coat the insulation of the windings and to allow insertion of the windings that With a shorter circumference to the stator core The coil insert will include Including the one movable blade that is set in sync with the Inside of the stator core The cylindrical and moving shape of the second movable blade peeler can be moved relative to the peeler. The coil insertion will use the blade. Movable at first and at Two to clamp and wire to the Lot of stator core The coil with compression protrusion of the lock is pressed to insert the coil into the slot. Blade that moves first and The second is drawn in a linear direction. Around the inner tooth of the stator core until the first winding with a large number of turns is held between the first and second movable blades and the second winding with the Small thousand were seized. Between the moving blades Second place

Claims (8)

1. How to insert the coil into the slot of the cylindrical stator core by clamping the coil. One of the movable wire and blade It is fixed to each internal tooth of the cylindrical stator core and the movement by synchronization with the peeler. And the second movable blade Which is fixed Each tooth inside and can move Correlated with the coils, the coils are directed to the slots of the stator core and the compression of the coils with compression protrusions of the stripper. With a large number of thousands between the blades First and second clamping of the second winding with a small number of turns between the blades Second Inserting a movable blade at first and at And peeler from one end of the stator core. From where the coil will be inserted Enter to move the first and second movable blades Forward by synchronizing the first and second winding movements until the front end of the coils. The first and second massage will Extended to the other end Of the gas stator while pressing the first and second wires with compression protrusions of the teller to insert the first and second coils into the slot. The second moving blade movement backwards while the D. Movable blade movement The first and the forward copy The extreme end of the peel to the other end Nearby Stator for insertion Complete of the first and second coils and the front end displacement of the movable blade rear at Two to the nearby other end of the stator core to release the Fixing of the first and second windings 2. Method according to claim 1, where when the front end of the letter A will extend to the other end Near the stator core, the second end of the movable blade is made to radiate to the other end where Approximation of the stator core 3. Method according to claim 1, where before the front end of the copy And sticking the sheet to the end Other close of the stator core Two movable blades are made to reverse rapidly until The second end of the movable blade extends to the nearby end of the stator core. 4. The coil insertion machine consists of: one movable blade. That were set to match each chip The inside of a cylindrical stator core traveled by winging Synchronized with a second movable peeler and blade. That were set to coincide with each tooth within In a cylindrical stator core, it can move relative to In accordance with the copy The first and second movable blades are used for coil holding. Wire to bring the coil to Stator core slot A peeler with compression protrusions, which are pressed and the coils are inserted into the slots where the first and second moving blades are fixed in their respective directions. The circumference of the internal teeth In the stator core until the first winding A large number of winding is held between the moving blades. Obtaining the first and second and second windings with a small amount of winding rub Hold it between the second movable blades. 5. The insertion of the coil according to claim 4, where different lengths are requested Movable blade The first and second protruding from the end The water of the peel is a defined short length based on the thickness of the coil and the edge of the movable blade part being drawn. Starts into the block, aligning 6. An electric motor that is provided with a stator produced by an interleaving method. Clause 1 to 3. 7. Rotary compressor for compressing the refrigerant equipped with an electric motor according to claim 6. 8.Refrigeration cycle mechanism installed Consisting of a Moon according to claim 7