JPH048789Y2 - - Google Patents

Description

[Detailed Description of the Invention] "Industrial Application Field" The present invention relates to a raw material feeding device for cutting and forming jade konnyaku.

``Conventional technology'' When forming jade konjac, an appropriate amount of raw material pieces that are extruded through a drawing hole are cut and formed using a cutting blade. The raw material paste is fed directly from the kneading machine, and feeding pressure is applied by the rotation speed of the motor.
A method was used to squeeze out an appropriate amount below the cutting blade.
That is, the amount and size of the balls extruded through the drawing holes and the size of the balls were conventionally determined solely by the pressure of the kneading machine.

``Problem that the invention aims to solve'' In the conventional molding of Jade Konnyaku, the raw material paste is squeezed out only by the pressure of the kneading machine caused by the rotation of the motor, so the extrusion pressure is weak and the strength is not constant, so the amount of extrusion is limited. The grains changed, the shape was not uniform, and the size of the grains was also inconsistent, which resulted in defects that diminished commercial value.

"Means for Solving the Problems" In order to solve the above problems, the present invention interposes a feed screw shaft inscribed in the casing between the delivery port of the kneading machine and the throttle plate of the throttle hole. It is characterized by its structure, which applies sufficient strong pressure and constant pressure to the raw material paste sent from the kneading machine. In order to do this, it is necessary not only to have the feed screw shaft intervene, but also to
In addition to providing the required gap between the casing and the
The tip of the screw shaft has a spherical surface and is closely held in a correspondingly spherical recess formed on the aperture plate surface.

``Operation'' The konnyaku raw material paste is mixed and kneaded by the kneading machine and subjected to the feed pressure of the motor, and before being squeezed out from the aperture hole of the aperture plate, it is guided into the gap between the feed screw shaft of the casing and rotates. The feed screw shaft is fed under pressure, and further pressure is applied in the gap between the spherical surface of the tip of the screw shaft and the spherical concave part of the throttle plate, and the feed screw shaft is pushed out strongly from the throttle hole. A cutting blade that slides down the outer surface of the aperture plate in conjunction with rotation is used to cut it and form it into a ball konjac. In other words, the raw material glue is squeezed vigorously not only by the feeding pressure due to the rotation speed of the kneading machine's motor as in the past, but also by the pressure in the gap between the surroundings and the spherical surface by the feed screw shaft, and a constant strong pressure. Because the balls are extruded through holes, the same amount of konjac is cut and formed at the same time, ensuring that the same amount is continuously and reliably formed into the same shape, eliminating the drawbacks of conventional product shapes and particle sizes.

"Embodiment" An embodiment of the present invention will be described with reference to the drawings. Machine 1
A cylindrical casing 3 is provided on the top, into which a raw material feed pipe 2 from the kneading machine is guided, and a feed screw shaft 5 with a spherical tip 4 is inserted into the casing 3 with a gap a around it. A throttle plate 7 having a throttle hole 6 in the center is screwed onto the tip of the casing, and an appropriate gap b is provided on the inner surface of the throttle plate at a position corresponding to the spherical surface 4 of the tip of the feed screw shaft. Spherical concave portion 8
The eccentric wheel 10 supported on the casing is a bifurcated cutting blade pivoted to an eccentric rod 11 eccentrically connected to the eccentric wheel. The rotating shaft 12 of the eccentric wheel is meshed and connected to the drive gear 14 of the feed screw shaft through a gear 13, and the drive shaft of the feed screw shaft is connected to a motor 15 by a belt.

Konjac raw material paste is fed into the casing from the kneading machine with an appropriate feeding pressure, and is sent towards the drawing plate by the feed screw shaft. Due to the gap b between the cutting blade and the cutting blade, a stronger pressure is applied and the cutting blade is strongly pushed out from the throttle hole 6 below the cutting blade, and at the same time, the cutting blade 10 is cut and shaped by the timed lowering of the cutting blade. At this time, the raw material paste is always extruded under a constant strong pressure, so that balls of the same shape and quantity are continuously and reliably formed, resulting in a product with high commercial value.

"Effect of the invention" According to the invention, from the orifice hole below the cutting blade,
The raw material paste of the ball cone, which had been extruded with insufficient pressure due only to the rotational speed of the motor, is now extruded by applying even stronger constant pressure using the interposed feed screw shaft inside the casing. It is possible to continuously and reliably form balls of the same shape as the quantity, and has the effect of producing products with high commercial value at a high yield.

[Brief explanation of drawings]

The figure shows an embodiment of the present invention, and is a partially cutaway side view. 1... Machine base, 2... Raw material paste delivery pipe, 3...
...Casing, 4...Spherical surface, 5...Feed screw shaft,
6... Throttle hole, 7... Throttle plate, 8... Spherical recess, 9... Eccentric wheel, 10... Cutting blade, a, b...
gap.

Claims (1)

[Scope of utility model registration request] The raw material glue sent from the kneading machine to the drawing plate is
In a jade konnyaku forming machine that extrudes an appropriate amount from a throttle hole and cuts and shapes it with a cutting blade, the raw material paste delivery pipe from the kneading machine is guided to a casing to which a throttle plate with a throttle hole is screwed to the tip of the casing. The feed screw shaft is inscribed around the shaft with a required gap, and the tip of the feed screw shaft is made into a spherical surface, and a spherical concave portion is formed in the corresponding part of the aperture plate with the aperture hole in the center. A raw material feeding device for forming konnyaku balls, which is characterized by the following.