JPH0731432A - Feeder of content in automatic forming of meat dumpling - Google Patents

Abstract

PURPOSE:To produce the subject apparatus capable of simply controlling pushing-out amount of the contents to be fed to a forming mold (giaoz) of meat dumpling by changing slide position of a slide lever for pushing out the contents packed into a receiving hole for weighing a feed lever. CONSTITUTION:The contents of meat dampling are fed from a guide hole 5 to a receiving hole 21 and a feed lever is rotated through a rack 44 and a pinion 23 by a hydraulic cylinder for rotation. The excess contents are blocked as the contents having a definite amount while changing the receiving hole from horizontal to vertical. A slide position of a slide lever 25 for pushing the contents in a receiving hole is changed by a hydraulic cylinder for slide to control strength of side pressure applied to the contents.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a contents supply device for turntable type automatic dumpling forming.

[0002]

2. Description of the Related Art In response to the demand for dumplings, there has been a shift from handmade products to machine products. In addition, various machines and devices have been developed to bring out the taste of handmade machine products. Among them, there is a turntable type as in Japanese Patent Application No. 2-337195. This turntable type is an extrusion box main body for quantitatively supplying the contents from a container containing the contents to a molding die. Insert the slide plate into the guide hole of and slide the contents supplied by the swing rod by a certain amount,
It was dropped on the mold by air from the top.

[0003]

In this case, the position of the slide plate can be adjusted, but the contents to be supplied cannot be adjusted including fine adjustment. Therefore, when it is desired to increase or decrease the content to some extent, it cannot be done, and it is very inconvenient in use.

[0004]

DISCLOSURE OF THE INVENTION The present invention solves such inconveniences, and provides a contents supply device for automatic gyoza molding capable of easily adjusting the contents to be supplied to a mold for dumplings. It is a thing.

An insertion hole is formed through the center of the prism in the longitudinal direction,
Extrusion with a recess in the center of the top surface and a slight deviation in the longitudinal direction to form a guide hole that matches the insertion hole, and a feed hole with an appropriate cross-section that is horizontally orthogonal to the insertion hole at the center of the guide hole. The box body 1 is provided at an appropriate position on the fixing base, the extrusion hole is vertically provided, and the feeding hole is provided so as to be orthogonal to the extrusion hole. The feeding hole of the extrusion head body is provided so as to coincide with the feeding hole. , A hole with a support hole at the center of one end is drilled on one side, and a receiving hole that is horizontal and orthogonal to the support hole is provided in the upper part of the recess, and a cover plate is provided on the recess and the receiving hole tip A supporting hole of the extrusion temporal body with a cylindrical cap protruding from the base is aligned with the insertion hole and is provided on the fixed base, and a blind hole is drilled at an appropriate depth and a pawl is provided at one end to fit the claw of the feed rod. Insert a receiving hole of arbitrary size at the position, insert it into the insertion hole so that the receiving hole will be below the guide hole, and support the rotating shaft with the pinion at the proper position and the pawl at one end. Insert the pinion so that it is located in the recess, cover it with the lid plate, engage the claws to connect the supply rod and the rotating shaft, insert the slide rod into the blind hole, and receive the length adjustment The rod of the hydraulic cylinder for sliding with the rod freely attached is connected to the slide rod, the turning shaft with the rack is inserted into the receiving hole, the pinion and the rack are meshed, and the hydraulic cylinder for turning is connected. is there. When the rod of the hydraulic cylinder for sliding and the slide rod are connected by an arm, a mounting body is provided slidably on a slide shaft supported by a bearing, and one end of the arm is fixedly mounted on the mounting body. Is.

[0006]

[Function] Automatic molding turntable etc. starts operation,
When the contents of the gyoza are sent from the guide hole to the receiving hole, the turning hydraulic cylinder operates and pushes the turning shaft to turn the supply rod that is connected to the rack by the pinion, and vertically moves the receiving hole that is horizontal above. Put in a state. When the receiving hole is in the vertical state, the turning hydraulic cylinder temporarily stops to keep the receiving hole in the vertical state.
During this period, the slide hydraulic cylinder operates to connect the slide rod into the blind hole. When the slide rod is pushed in, the content filled in the receiving hole receives lateral pressure and reaches the extruding hole through the feeding hole. When the contents reach the extrusion hole, the hydraulic cylinder for turning reversely operates and pulls the turning shaft to turn the supply rod to return the receiving hole to the original upper horizontal state and stop. At the same time, the hydraulic cylinder for sliding also reversely operates, pulling out the sliding rod and returning to the original state.

During this time, the contents are pushed downward by air from the upper portion of the extrusion hole and dropped onto the mold on which the gyoza shell is placed, which is rotating. Since the contents are continuously supplied through the guide holes into the receiving holes in the upper horizontal state, this operation is repeated to reliably supply a certain amount of contents onto the forming die. By turning the supply rod, while the receiving hole is changed from horizontal to vertical, a certain amount of content is shut off as excess content. Furthermore, the head is moved to change the slide position of the slide rod back and forth to adjust the strength of the lateral pressure applied to the contents.
In this case, if the side pressure is strong, the entire contents inside the receiving hole will be pushed out and fall onto the mold, but if the side pressure is weak, the contents inside the receiving hole will be pushed out in proportion to the side pressure and a part of the contents will remain inside the receiving hole. Adjust the amount of content delivered to the mold.

[0008]

Embodiments of the present invention will be described below with reference to the drawings. In the figure, reference numeral 1 is an extrusion box main body composed of a prismatic body, and an insertion hole 2 is formed at the center in the longitudinal direction, and a concave portion 4 for mounting a container 3 is bored on the upper surface of the center to make a rectangle in the longitudinal direction. The guide hole 5 of the
A feeding hole 6 having an appropriate cross-section is provided horizontally and orthogonal to the insertion hole 2 at the center of the guide hole 5, and is provided at an appropriate position on the fixing base 7. Reference numeral 8 denotes an extrusion head main body, in which an extrusion hole 9 is vertically formed through one end, and a feeding hole 10 is horizontally formed so as to be orthogonal to the extrusion hole 9 so as to correspond to the feeding hole 6. The feed holes 6 and 10 are also provided on the front surface of the extrusion box body 1. Reference numeral 11 denotes an extrusion head main body, in which a concave body 13 having a supporting hole 12 at the center is formed on one side surface, and the supporting hole 12 is provided above the concave body 13.
The receiving body 14 is formed in a horizontal shape and penetrates at a right angle to form the concave body 1.
3 is provided with a lid plate 15 so as to be openable and closable, a cylindrical cap 16 is projectingly provided at one end of the receiving hole 14, and the support hole 12 is fitted on the insertion hole of the extrusion box body 1 and installed on the fixed base 7. ing.

A reference numeral 17 designates a supply rod having a blind hole 18 drilled to an appropriate depth. One end is provided with a fitting claw 19 and the other end is provided with a concave ring and a stepped locking head 20. A receiving hole 21 is formed at an appropriate position near the opening by a long narrow cutout, the locking head 20 is inserted into the insertion hole 2 of the extrusion box body 1 so as to project outward, and a fixing plate is fitted to the concave ring. Therefore, the supply rod 17 is provided so as not to come off from the insertion hole 2. Reference numeral 22 denotes a rotary shaft, which is provided with a pinion 23 at a proper position and a fitting claw 24 provided at one end, and is inserted into the support hole 12 of the extrusion temporal body 11, so that the pinion 23 is in the concave body 13. Installation, nails 19 and 14
To cover the lid plate 15. 25 is a slide rod in which a synthetic resin is partially inserted, and a joint 2 is provided at one end.
6, a connecting rod 27 having joints 27a and 27b at both ends is connected to the joint 26 by the joint 27a, and is slidably inserted in the blind hole 18 of the supply rod 17.

A slide hydraulic cylinder 28 is provided with a receiving head 30 provided with a groove at the tip of the rod 29 so as to be adjustable by screwing or the like. The rod 29 and the slide rod 36 are parallel to the slide rod 25 at appropriate intervals. Support stand 3 so that all are at the same height
2 is installed on the table 31. Reference numeral 33 is an adjusting body, and an L-shaped bearing 35 is provided on a receiving base 34 to support a slide shaft 36, and a mounting body 38 having a prismatic shape and a small hole 37 is slidably inserted into the slide shaft 36. I have set up.
Reference numeral 39 denotes an arm, one end of which is attached to the joint 27b, the other end of which is attached to the attachment body 38, and the middle of which is attached to the receiving head 30 so that they can be interlocked. Reference numeral 40 is a swiveling hydraulic cylinder provided with a rod 41, which is provided on a table 31 on a support base 42 so that the receiving hole 14 of the extrusion temporal body 11 and the rod 41 are coaxial with each other at the same height. Reference numeral 43 denotes a swivel shaft, which is provided with a rack 44 at one end and is inserted into the receiving hole 14 of the extrusion temporal body 11 so that the rack 44 and the pinion 23 are engaged with each other and the other end is connected to the rod 41 by a joint or the like. By operating the turning hydraulic cylinder 40, the pinion 23 can turn left and right. It should be noted that description of the control relationship of the electric system and the hydraulic system is omitted.

In use, when the contents stirred in the container 3 are sent into the receiving hole 21 through the guide hole 5, the orbiting hydraulic cylinder 40 operates to push the orbiting shaft 43 and the rack 44 to the pinion 23. To turn. When the pinion 23 swivels, the rotary shaft 22 also swivels, swivels the supply rod 17 through the claws 24, 19 and makes the upper horizontal receiving hole 21 vertical. When the receiving hole 21 becomes vertical, the turning hydraulic cylinder 40 is temporarily stopped and the receiving hole 21 is kept in the vertical state. While the turning hydraulic cylinder 40 is temporarily stopped, the sliding hydraulic cylinder 28 operates to pull the rod 29, the arm 39 is interlocked via the receiving head 30, and the mounting body 38 slides on the slide shaft 36. While maintaining balance, connect rod 27
The slide rod 25 is slid in the same direction. When the slide rod 25 slides, the contents filled in the receiving hole 21 are in a hermetically sealed state, and therefore, when lateral pressure is applied, they reach the extruding hole 9 through the feeding holes 6 and 10.

When the contents reach the extrusion hole 9, the turning hydraulic cylinder 40 reversely operates and pulls the turning shaft 43 to move the rack 4
At 4 the pinion 23 is returned to the original position by turning, and the supply rod 17 is also turned to return the receiving hole 21 to the original upper horizontal state and stop. At the same time, the slide hydraulic cylinder 28 is also reversely operated to push out the rod 29, and the arm 39 is pulled to pull out the slide rod 25 to return to the original position. During this time, the contents are pushed downward by air from the upper portion of the extrusion hole 9 and dropped onto the rotating dumpling forming die. Then, the contents are continuously supplied from the container 3 through the guide hole 5 and into the receiving hole 21 which is in an upward horizontal state, so that the above operation is repeated and a certain amount is successively supplied to the gyoza mold.

When the receiving hole 21 is in the upward horizontal state, the content is supplied from the guide hole 5, but is constant while the receiving hole 21 swings from the upward horizontal state to the horizontal vertical state by the turning of the supply rod 17. The amount of the contents is filled, and the supply of the excess contents is shut off, resulting in a sealed state. Further, the receiving head 30 is moved by screwing or the like to adjust the length of protrusion from the hydraulic cylinder 28 for sliding. When the protruding length becomes long, the arm 39 is pushed and the slide rod 25 is pulled out from the supply rod 17, and the slide rod 2
5. When the tip end surface is changed from the solid line in FIG. 6 to the broken line, and when the protruding length is shortened, the arm 39 is pulled and the slide rod 25 is inserted into the supply rod 17, and the tip end face of the slide rod 25 is taken from the solid line in FIG. Then, the distance L does not change, but the slide position changes. Receiving hole 2 when slide position changes
The side pressure against the contents filled through 1 is stronger in the state of the one-dot chain line than in the state of the broken line, and the entire contents are pushed out by the side pressure from the blind holes 18 to the extrusion holes 9 through the supply holes 6 and 10.
In this way, the amount of extrusion is adjusted by changing the slide position.

[0014]

As described above, according to the present invention, since the amount of extrusion of the contents filled with a certain amount is adjusted by changing the slide position, fine adjustment can be easily performed, and the rod or the slide rod is provided with a scale. It can be performed more reliably while looking at it, and it has a number of features such as being able to fill a blind hole as a certain amount of contents by turning and ensuring that the excess contents will be left for the next filling. It is an invention.

[Brief description of drawings]

FIG. 1 is a front view of an embodiment of the present invention.

FIG. 2 is a plan view of an embodiment of the present invention.

FIG. 3 is a left side view of the embodiment of the present invention.

FIG. 4 is a rear view of the embodiment of the present invention.

5 is a cross-sectional view taken along the line AA in which a part of FIG. 2 is omitted.

FIG. 6 is a cross-sectional view of the extruded portion of the main part of the embodiment of the present invention.

[Explanation of symbols]

 1 Extrusion Box Main Body 2 Insertion Hole 3 Container 4 Recess 5 Guide Hole 6 Feeding Hole 7 Units 8 Extrusion Head Main Body 9 Extrusion Hole 10 Feeding Hole 11 Extrusion Temporal Body 12 Support Hole 13 Concave Body 14 Receiving Hole 15 Cover Plate 16 Cap 17 Supply Rod 18 Blind Hole 19 Claw 20 Locking Head 21 Receiving Hole 22 Rotating Shaft 23 Pinion 24 Claw 25 Slide Rod 26 Joint 27 Connection Rod 27a Joint 27b Joint 28 Hydraulic Cylinder for Slide 29 Rod 30 Head 31 Table 32 Support Stand 33 Control body 34 Cradle 35 Bearing 36 Slide rod 37 Small hole 38 Mounting body 39 Arm 40 Hydraulic cylinder for swivel 41 Rod 42 Support base 43 Swivel axis 44 Rack

Claims (1)

[Claims] 1. An insertion hole 2 is provided so as to extend in the longitudinal direction of a prism.
An extrusion box in which a recess 4 is provided at the center of the upper surface, a guide hole 5 is formed at an appropriate position in the recess 4 so as to coincide with the insertion hole 2, and a feeding hole 6 is provided orthogonal to the insertion hole 2 so as to correspond to the guide hole 5. The extrusion head main body 8 in which the main body 1 is provided at an appropriate position on the table 31, the extrusion hole 9 is vertically penetrated, and the feeding hole 10 is orthogonal to the extrusion hole 9, is provided with the feeding hole 10 and the feeding hole. Concave body 1 in which 6 are aligned and projectingly provided on the extrusion box body 1 and a supporting hole 12 is provided at one end
3 is formed on one side surface, and a pushing hole main body 11 is provided with a receiving hole 14 formed in an upper portion of the concave body 13 so as to be orthogonal to the support hole 12 in a horizontal plane.
Of the feed rod 1 in which the support holes 12 and the insertion holes 2 are aligned with each other and are provided side by side on the side surface of the extrusion box main body 1 and the blind holes 18 are bored to an appropriate depth.
7. A receiving hole 21 is formed at an appropriate position on the blind hole 18 of the guide hole 7
The insertion shaft 2 is inserted so that the receiving hole 21 is located below, and the rotary shaft 22 provided with the pinion 23 is provided in the concave body 13.
Rod 2 in which 7 and the rotary shaft 22 are connected, a slide rod 25 is inserted in the blind hole 18, and the length can be freely adjusted by the receiving head 30.
Rod 29 of hydraulic cylinder 28 for slide provided with 9
And a slide rod 25 are connected, a turning shaft 43 provided with a rack 44 is inserted into the receiving hole 14, and the pinion 23 and the rack 44 are engaged with each other to connect the turning shaft 43 to the turning hydraulic cylinder 40. Supplying device for contents in automatic dumpling automatic molding.