Continuous stirring transmission mechanism for tempering furnace workpiece transmission and transmission method

A continuous transfer mechanism for tempering furnace workpiece, comprising a heat treatment furnace body (4) and a furnace body support (41), wherein the heat treatment furnace body (4) is fixed by the furnace body support (41), the heat treatment furnace body (4) comprises a furnace body shell, a heat preservation and insulation system and a heating system, the heating system supplies heat to the heat treatment furnace body (4), and the heating system is an electric heating system;

• wherein the continuous transfer mechanism further comprises a driving mechanism (2) and continuous stirring rotating rod assemblies (3), and the furnace body support (41) further supports the driving mechanism (2) and the continuous stirring rotating rod assemblies (3);
• the continuous stirring rotating rod assemblies (3) are connected with the driving mechanism (2), each of the continuous stirring rotating rod assemblies (3) comprises a set of first rotating rods (31), a set of second rotating rods (32) and fixed bearings (33), the set of first rotating rods (31) and the set of second rotating rods (32) are mounted side by side, each of the set of first rotating rods (31) and each of the set of second rotating rods (32) are arranged alternately and parallel to each other, two ends of each of the first rotating rods (31) and two ends of each of the second rotating rods (32) are in bearing connection with the fixed bearings (33), respectively, the fixed bearings (33) are mounted on both sides of the upper section of the furnace body support (41), the continuous stirring rotating rod assemblies (3) are mounted on the furnace body support (41) through the fixed bearings (33);
• each of the first rotating rods (31) and the second rotating rods (32) comprises a rotating shaft (35) and a plurality of vane assemblies (36) uniformly arranged around a circumference of the rotating shaft, the vane assemblies (36) are fixedly connected to the rotating shaft (35), and their spatial orientations remain consistent;
• the rotating shaft (35) comprises an extension section (351), two journal sections (352), a working section (353) and two tool withdrawal grooves (354), the extension section (351) is arranged at one end of the rotating shaft (35) and is connected to the driving mechanism (2), the journal sections (352) are arranged on both sides of the rotating shaft (35) and are connected to the fixed bearings (33), the working section (353) is arranged in a middle portion of the rotating shaft (35) and is used to mount the vane assemblies (36);
• and
• each vane assembly (36) comprises two or more vanes arranged around a circumferential direction of the rotating shaft (35), an angular spacing between adjacent vane assemblies (36) along the circumference of the rotating shaft (35) is
• 360
• ⁢
• °
• n
• ,
• wherein n represents number of the vanes, each of the first rotating rods (31) is connected to an odd number of the vane assemblies (36), while each of the second rotating rods (32) is connected with an even number of the vane assemblies (36), and difference between the number of the vane assemblies (36) on each of the first rotating rods (31) and each of the second rotating rods (32) is 1.