Stud type ice cream rod inserting machine

Abstract

The invention relates to the technical field of ice cream fabrication, in particular to a stud type ice cream rod inserting machine. The stud type ice cream rod inserting machine consists of fixed clamping racks, a motor, a thread, a stud, a guide groove, an ice cream rod, a gravity block, a motor frame, a rod storage groove, bolts and a motor rotating shaft. The cross section of the guide groove is ']'-shaped, the motor and a pair of arc fixed clamping racks are fixed at the upper end of the motor frame through the bolts, the motor rotating shaft of the motor is vertically downward, and the lower end of the motor rotating shaft and the upper end of the stud with the thread are fixed together and coaxial. The symmetrical axis of the cross section of the guide groove is vertically crossed with the axis line of the thread. The stud type ice cream rod inserting machine can greatly improve the ice cream rod inserting operation efficiency, and meanwhile avoids the conditions that a lower pressing block drives the ice cream rod upwards and breaks the ice cream rod during rising in the prior art.

Description

technical field [0001] The invention relates to the technical field of ice cream making, in particular to a stud type ice cream stick inserting machine. Background technique [0002] The main working principle of the existing ice cream stick inserting machine is as follows: the lower pressing block connected with the piston rod is driven by the air motor, so that the pressing end of the lower pressing block reciprocates in the guide groove of the frame, and the rod is moved from the rod storage groove. The rods are individually pressed into the guide grooves, the rods are pressed down by the pressing end of the lower pressing block, and the rods are inserted into the ice cream body. [0003] The drawbacks of the above scheme are: [0004] 1. When the pressing end of the lower pressing block goes down to the lowest position, the next rod enters the guide groove. When the pressing end of the lower pressing block moves up, it will drive the rod entering the guiding groove to m...

AI Technical Summary

Problems solved by technology

[0004] 1. When the pressing end of the lower pressing block goes down to the lowest position, the next rod enters the guide groove, and when the pressing end of the lower pressing block moves up, it will drive the rod that enters the guiding groove to move upward, and the lower pressing block moves up again. When moving down, the pressing end will press on the stick, which will easily break or bend the stick and cannot be inserted into the ice cream body accurately, thus causing some ice cream bodies to not insert the stick, which reduces the production efficiency

[0005] 2. Since the lower pressure end reciprocates in the guide groove of the frame, half of the time in this process is used for the reset of the lower pressure end, which undoubtedly makes half of the time and half of the electric energy useless, and greatly reduces the machine work efficiency

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