JPS5910172B2 - Shaved ice frozen dessert manufacturing equipment - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention involves filling a cup with shaved ice, shaping the shaved ice into a certain shape, pouring syrup over the shaved ice, and then covering the cup with a cap to produce ice shaved frozen confectionery. The present invention relates to a manufacturing device for a water-reduced frozen dessert, which is characterized in that it automatically manufactures water-reduced frozen desserts.

In the past, so-called shaved ice frozen confectionery, in which shaved ice was piled up in a container and syrup was poured over it, was made by hand at food stalls.
It has been extremely difficult to automatically manufacture this in large quantities and has not been carried out.

The present invention relates to a completely newly developed apparatus for producing water-reduced frozen confectionery in view of the conventional problems.

To specifically explain one embodiment of the present invention with reference to the drawings, the first embodiment is as follows.
In Figures to Figures 8, 1 is a lower chain belt,
It is constructed by connecting a large number of mold plates 4 in which several holes 3 capable of supporting the cup 2 are arranged in parallel in order.

5 is the first water supply tank, and in particular,
As shown in the figure, an upper stirring blade 6 and a lower stirring blade 7 are provided inside the stirring blade 6, and the upper stirring blade 6 has a rougher spacing between the blades so as to rotate at a low speed, and the lower stirring blade T rotates at a low speed. This blade 70 has a wide blade width and rotates at high speed.
By constantly stirring the shaved ice 8 in the tank 5 through rotation, the shaved ice 8 can be smoothly scraped into the cup 2 without solidifying each other.

Next, reference numeral 9 denotes an upper chain belt, which is constructed by connecting a large number of concave pocket molds 10 that can be filled with shaved ice 8 inside in parallel in order, and a part of the bottom of the mold 10 is outside. An extruded flange 11 in the shape of an inverted T that protrudes in the direction is attached so that it can be raised and lowered freely, and this flange
The external protrusion of the mold 11 is flexibly attached by a repulsion spring 12 so that the mold 10 does not fall by itself when the chain belt 9 rotates and the mold 10 is reversed.

A second water removal supply tank 5' having a structure similar to that of the first water removal supply tank 5 described above is also attached to this upper stage chain belt 9 at a corresponding position above.

Reference numeral 13 denotes a compression flange installed along this tank 5', and is configured to be moved up and down by an air cylinder 14 to compress shaved ice 8 filled in the mold 10 into the mold 10.

15 is a cup lifting device; 16 is a push plate capable of lowering the flange 11 of the mold 10; the lifting device 15 and the push plate 16 correspond to the upper and lower sides, respectively, as shown in FIG. By fixing the end of a horizontal lever 19 having a cup lifting guide 18 on the upper side to the lever operating shaft 17, which is placed at an accurate position and moves up and down by a cam or link mechanism. The push plate 16 is pivoted to the tip of a presser lever 21, which constitutes a cup lifting device 15, and whose tip can be lowered about a fulcrum 20 by pushing up an operating shaft 17, thereby raising and lowering the press plate 16. Cup 2 freely configured and filled with shaved ice 8
When it advances to a predetermined position by the lower chain belt 1,
The cup 2 is lifted by the cup lifting device 15, and the mold 10 of the upper chain belt 9 advances above the lifted cup 2 while inverting the filled ice shaver 8, so that the positions of both are concentric and accurate. When they match, the push plate 16 descends and presses the flange 11 of the mold 10, and by lowering the flange 11, the mold 10
The shaved ice 8 filled inside the cup 2 is allowed to fall onto the cup 2, and new shaved ice 8 can be heaped high on top of the shaved ice 8 inside the cup 2.

22 is a shaping flange that is raised and lowered by a cylinder 23, and 24 is a syrup filling device that is raised and lowered by a cylinder 25, and a nozzle 26 that can supply three types of syrup is attached to the lower end.

27 is a cap feeding device, and 28 is a cap pushing device.

Since the device according to the present invention has the above-described structure, when the cup 2 is placed on the lower chain belt 1, the belt 1 advances intermittently, and the first water supply tank 5 fills the cup 2 with shaved ice 8. On the other hand, the upper chain pelt 9 also advances intermittently and in the opposite direction to the belt 1, and the mold 10 is filled with shaved ice 8 by the second water cut supply tank 5'.
In addition, the compression flange 13 compresses the shaved ice 8 in the mold 10 so that the shaved ice 8 does not fall automatically when the mold 10 is reversed, and the belt 9 is further advanced to compress the cup 2 while the mold 10 is reversed. Mold 1 to the position corresponding to
0 at the same time, the cup 2 is lifted by the cup lifting device 15 described above to bring it close to the mold 10, and at the same time the push plate 16 is lowered, thereby pushing the flange 11 and moving it into the mold 10. shaved ice 8
After this work is completed, the lifting device 15 descends to return the cup 2 to its original state inside the belt 1, and the belt 1 is As the process progresses further, the shaved ice 8 piled up inside the cup 2 is shaped into a certain shape by the shaping flange 22, and as it continues to advance, it is inserted into the nozzle 26 of the syrup filling device 24.
By spouting out more syrup and applying syrups of different colors to the shaved ice 8, and advancing further, the cap can be fixed to the cup 2 by operating the cap supplying device 27 and the cap pushing device 28.

Since the device according to the present invention has the above-described structure, it is possible to very smoothly and reliably fill the shaved ice into the cup and further heap it up, and also to shape the shaved ice into a certain shape, pour syrup over it, and remove the cap. It has the feature that all coverings can be performed automatically.

[Brief explanation of the drawing]

FIG. 1 is a simplified explanatory diagram of the entire device, and FIGS. 2 to 8 are explanatory diagrams showing the main parts thereof. 1, 9: Chain belt, 2: Cup, 5: Ice cutting supply tank, 6, 7: Blade, 8: Ice cutting, 10: Mold, 11
: flanger, 15: cup lifting device, 16: push plate,
17: Operating shaft, 19, 21: Lever, 24 2. Filling device,
28: Pushing device.

Claims (1)

[Claims] 1. An upper stage chain consisting of a lower stage chain belt formed by sequentially connecting a large number of mold plates with holes into which cups can be inserted and supported, and a large number of concave pocket molds each having a flange that can be raised and lowered at the bottom connected at a predetermined position above the belt. A supply tank capable of supplying shaved ice is installed at a predetermined position on each of these two belts, a cup lifting device is installed at a predetermined position on the lower chain belt, and a mold is placed at a corresponding position. This shaved ice frozen confection manufacturing apparatus is provided with a push plate capable of pushing down a flanger, and further includes a syrup filling device and a cap feeding device attached to predetermined positions of a lower chain belt.