JPS58205478A - Apparatus for preparation of shao-mai - Google Patents

Abstract

PURPOSE:To enable the sure forming of SHAO-MAI (a purse-shaped dumpling stuffed with minced pork) using a simple apparatus, by stuffing a definite amount of the minced pork in a pastry shell placed on a mold. CONSTITUTION:A sliding plate 35 having a circular hole 36 is placed slidably in the main body 28 of the pushing box having a blind feed hole 30 and drop hole 31 bored vertically in the main body 28 in parallel. A plurality of cylindrical forming molds 48 are attached to the proper positions at regular intervals along the circumference of a rotary disc rotating intermittently at regular time intervals. A columnar forming and receiving member 51 is inserted slidably into the forming mold 48, and a ring-shaped receptor 54 having a hollow part 55 is placed opposite to the forming and receiving member 51 and under the drop hole 31. The pushing rod 71 having a long groove 72 at the upper end and plural small holes at the lower end face is inserted into the drop hole 31 in a manner to be movable vertically by ununiform rocking motion. A pushing member 75 having a cylindrical pushing part 76 is placed below the pushing rod 71, and the pushing part 76 is made to be freely inserted into the mold 48 by the cam 11 having a dent. Compressed air can be supplied through the long groove 72 when the pushing rod is in the lower position.

Description

[Detailed Description of the Invention] Conventional Shumai-made rice is formed by forcing the middle rice into an extrusion mold using a screw, then transferring it onto a mold that is moved downward by air, and dropping it onto the outer shell. [
- Because of A, it is easy to break or fly, and even if a single layer is supplied, it will be in the acid forming process and a non-capacity product will be produced.If the outer skin is set differently (B), it will be a defective product, and the entire device will not be able to replace the mold. Because it is moved, it becomes large and takes up a lot of space, and it is also inefficient, so in order to solve these problems, new equipment (for example *A
5-59 soz) 4+, but although the structure for molding was complex, it was difficult to mold with light, and it felt very inconvenient in the production of Shumai.

The present invention solves these inconveniences and provides a Shumai manufacturing apparatus that can reliably mold the rice in a simple manner by filling the outer shell provided on the mold with a fixed amount of rice. It is something that comes together.

That is, the present invention has a rotating plate that rotates intermittently at regular intervals, and a sliding plate provided with a circular hole is slidably installed in an extruded box body in which an i-shaped transparent hole and a falling hole are bored parallel and perpendicularly. A cylindrical mold is placed in several equal parts along the outer periphery, and a cylindrical molded receiver is inserted into the mold so that it can move up and down automatically.
An annular receiver with a concave portion 2if is installed corresponding to the molded receiver as a drop hole bottom, and a presser bar with a long groove drilled in the upper end and multiple cylindrical small holes in the lower end surface is inserted and installed in the drop hole. It is possible to move up and down by swinging at non-uniform speed, and the presser bar is equipped with a cylindrical pusher.The presser bar is installed at the lower part of the presser base, and the pusher can be freely inserted into the mold using a cam with a recess. The air supply to the pressure section is set to 2.5 mm, and the outer skin placed on the mold is pushed into the mold with a spool material, and the inside of the t-i shaped outer skin is filled with a presser. .

An embodiment of the present invention will be explained below with reference to the drawings.

In the figure, (1) is a stepped frame base, and a drive device (3) directly connected to the first chain gear (2) is provided at an appropriate position below.

(4) is a cam (6) with a stepped αq that is continuous with a stone throwing cam (8) and recesses (9) and recesses (9)K on both ends of the first arm (5) and bevel gear (6). is provided at an appropriate position, provided below the frame (1) in parallel with the drive device (3), and connects the first chain gear (2) and the second chain gear (7) with a chain (2). There is.

Ω is a first intermediate shaft provided with a bevel gear a◆ that meshes with the bevel gear (6), and is installed below the frame (1) in a direction perpendicular to the drive shaft (4).

(to) is a rotating disk, - on the side surface, a guide groove uQ is bored, which is made up of a groove of an appropriate size made of a concentric circle with the disk, and a groove that is partially parallel and whose ends are connected by an arc; It is installed at an appropriate position midway between the first intermediate shaft □□□.

αη is a compression device that connects the tip of the piston with an eccentric cam (
8) at an appropriate position below the frame (1).

(G) is a second intermediate shaft that stands upright and is provided with a first worm wheel Q1 that meshes with the first worm (5);
is protruded from one place near the outer periphery, and a roughly semi-cylindrical guide tube @ is provided inside the protrusion (7) installation position, and the index plate ( 2) is installed above the second intermediate shaft (G).

2) is an indexing gear, which has long grooves radially arranged into equal parts (the figure shows the case of 6 equal parts), and a guide cylinder (2) on the outer periphery between the long grooves b) and concentric concave part (to)
has been established.

(To) is a rotating shaft, which is installed upright in parallel with the second intermediate shaft (G) so as to protrude above the frame (1), and the index gear @ is connected to the long groove (To) by the protrusion (1). and guide tube v1
) and the recess) are installed in the same position.

@ indicates the entire extrusion device, and (7) is a rectangular extrusion box body in which four i-shaped guide holes are bored longitudinally, and a vertical feed hole for feeding the contents is perpendicular to the four guide holes. (7), and a drop hole θυ for the contents to fall, which is parallel to the hole (7) and passes through the inner hole 4 at right angles. It is supported by a pedestal (9) so as to have a wide gap, and is fixed above the frame (1) with a fixture (to).

(to) is a cover tube, which is provided above the frame (1) adjacent to the extrusion box body (to) and the pedestal (to).

(to) is a slide plate with a square cross section corresponding to guide hole 4, which is bored at one end of the circular hole G13'6 and the guide hole □□
It is pushed into □, and a connecting frame (support) is connected to the other end.

The outside is a swinging frame with a protrusion (G) on one end that can be inserted into the guide groove a#, and a mounting plate (G) provided on the frame base <1).
In the bottle (6), the circle hole is inserted into the sprocket hole (7) and the diagonal lower hole 6M.
The installation is protruded so that it can be swung freely so that it matches the left and right movement.
The other end is connected to the connecting rod position, and the slide plate □ can be moved to the right by rotating the rotation circle +Rμs.

The eagle is a circular container, and is installed upright on top of the extrusion box body with the feed hole in the center.

The mouse is propped up and placed upright in a suitable position on the upper part of the frame (1).

− is the arm, which is attached to the upper end of the column, and the driving device ■
A medium-sized screw for feeding directly connected to the container (6)! i1'i- is supported.

A hood? ) is a rotating plate, with mounting holes for inserting the mold at several equal positions of several grams (the figure shows the case of 6 ml), and a frame above the Ig eaves. It is installed so that there is an appropriate distance between it and the top surface of the stand (1).

2) is a stepped cylindrical mold with a flange, in which a molding hole (2) equal to the diameter of the Shumai is formed in the center and inserted into the mounting hole.

Q5℃ is a cylindrical molding body that can be pushed into a molding hole, and a flexible receiving part Q is protruded from one end with a nut (A), and the receiving part is inserted downward into the molding hole. It is inserted as follows.

The barb is an annular receptor, and one part has four parts (to), and the sales concave part (to) f: g pilot hole (p Rotation axis + 26 so that it is downward)
It supports the Uke-bu-dan by setting up one at a time.

The bag is a third intermediate cap, which has a rotary plate (T) with a heart-shaped groove on the side and a second worm iron installed in parallel, supporting both ends with bearings, and driving shaft (4). The bearing ω is supported by a supporting member so that the second worm wheel 61) and the second worm can be freely engaged with each other.

The ring is an oscillating member, and a movable guide wheel that fits into the groove 6 is provided with a bottle shaft at an appropriate position on the way, and one end is fixed between the mounting members provided below the frame base (1). Quick connection '4i with joints on both ends! # Connecting circles.

- is a support frame, which is vertically installed on the upper surface of the frame (1) with a cylindrical support rod, and its lower end is connected between connecting rods.

The object is a connecting frame with a spear installed on both sides, and is swingable on a support plate q provided on the top of the frame (1).
One end is connected to the supporting frame.

0 is a presser rod, which has a small hole 't-drilled in one end surface and a long groove Q on the outer periphery of the other side to enable ventilation.The long groove @ is installed upright in the drop hole Cv so as to be at the top, and the upper end is Connected to the connection frame...

(c) is a receiving cylinder, a hole is drilled in the fi11 side, and the air connection A is connected to the presser rod n to the extrusion hook body (
g) Support it on the upper surface, and when the presser rod n is lowered, the long groove (c)
Adjust so that the and piping q4 match.

(To) is a molded hole... and a press that shoulders the push part G'Q, which is a cylinder with approximately four diameters. The lower end of the cam is connected to the support m(/δ) which is in contact with the outer periphery of the cam.

Next, the functions and effects of the present invention will be explained.

When the drive device (3) is activated and the screw is rotated to put the contents into the container and stirred, the drive device (3) is activated, and the rotation is transferred from the first chain gear (2) to the second chain gear. Rotate the single (7) and C drive shaft (4).

The rotation is achieved by parking the bevel gear (6) U41 and turning the rotary ring, using the bottle as a fulcrum, operating 111 (To), and sliding the filled slide plate A9 through the connecting rod (support). Move the circular hole (to) downwards on the presser foot.

- Power rotation is the first 90,000m (5th - 90,000m wheel 0)
After 1st floor, 2nd middle school i&! It is transmitted to the 3rd axis (to) and the indexing plate□□□
If the indexing rotation is made by -1 in 6 equal parts by the protrusion) for one rotation of the rotation axis (7), (b) the turning plate t4? ) The presser rod (c) is rotated over 6 equal parts, and the mold with the outer skin placed on the lower part is moved, and the mold is temporarily stopped.

During rotation of this index plate (A), the index gear @ rotates by 1/6th while the protrusion (1) and the long groove (to) are engaged, but the protrusion (1) rotates from the long groove (c). When it comes off, the recess (to) and the guide tube (2) fit together, and the protrusion that rotates the position of the creation gear (to) by the idle rotation of the guide tube 12υ becomes in a state where it is easy to fit into the next long groove. This has been corrected.

Therefore, the relationship between the indexing plate □□□ and the indexing gear @ is adjusted so that the outer shell comes to the bottom of the presser bar n and stops before the contents fall through the circular hole (to).

Further, due to the rotation of the rotary plate 14'7), the molding receiver 0 is lowered in the recess (G) to form a single valley space in the mold.

The other side of the rotation is caused by the rotation of the cam, which causes the recess (9) to
When it reaches the top, the supporting rod σ-toge drops for a moment, lowers the pusher, pushes the outer shell clearly into the mold, forms it so that it can receive the contents, and then raises it again at the stepped σ-toge that has rotated. The punch is stopped slightly lower than the original state, that is, with a gap (gradient) created between it and the upper surface of the rotary plate (b).

Apply a second worm mark to this @ from the b nira ohm wheel 1υ (b) Rotate the turning plate @ and swing the return sea bream material &I upward with the tile 6η to push up the connection 11- and the prong hole. Conversely, lower the presser rod (2). At this time, press the presser 4 inside the circular hole (to) that has already moved, and press it onto the outer skin of the mold - the lower part of the presser frame surface - into the long groove (2) and the pipe I74. When they match, the rotation of the eccentric cam (8) activates pressure, and at the same time as the eccentric cam (8) is removed, the compressed air flows from the compression device α through the piping f4 and into the long groove @ the presser foot. Air passes through the inside of the rod (C) and blows out from the plurality of small bodies on the lower end surface, distributing the contents onto the outer skin and pressing the presser rod (C).
C) is returned to its original position by lowering the passive material 1.

And index plate 122 and index a! While the rotary plate part rotates by one-sixth of a turn, the excess contents are removed by the lower surface of the pushing part 176 and move, and the receiving part Q is pushed along the receiving part to form the molded receiving part. The shumai is light-filled and extruded from the inside of the mold to make it easy to transfer to the next step.

Note that the gap (gradient) between the lower surface of the pusher part q6 and the rotary plate @η is the same as shown in FIG. 5, but the gap (gradient) is usually adjusted according to the contents.

As described above, the present invention provides a circular hole e in an extrusion box in which an h-shaped feed hole ■ and a drop hole 6υ are bored in parallel and vertical traps.
1e'< The slide plate c provided is a rotary plate that makes intermittent rotational movements at regular intervals so that it can fully slide.
! A cylindrical mold is set at an appropriate position for dividing the mold into equal parts, a cylindrical molding receiver L15υ is inserted into the mold so that it can move up and down, and the annular receiver with a recess 65 is inserted into the drop hole. 6υ installed correspondingly to the molded receiver at the lower end, and drilled a long groove @ on the upper end and multiple cylindrical small holes on the lower end surface. If: Insert into the drop hole (b) and swing at non-uniform velocity. A shank material 4, which is capable of vertical movement and is provided with a cylindrical pressing part ff1s, is provided below the presser foot 0,
The press part (76) can be freely inserted into the mold by a cam (B) having a concave part (9), and it is possible to supply pressurized air through the long groove when the presser bar (to) is lowered. There is no scattering, a certain amount of material can be damaged, there is little loss, the structure is simple and inexpensive, it is small and lightweight, and it requires less installation space and is easy to mold, making it economical to manufacture. By replacing the dedicated mold, it can be used to decorate Chinese food products other than Shumai, and can also be used as a multi-purpose device. This is an extremely useful invention.

Now, the explanatory drawings of the four walls show one embodiment of the main ship, the first part is a full-circle view of the present invention, the second part is a side view with a part of the invention omitted, and the third part is a side view of the present invention. is a partially cut-away plan view of the present invention, FIGS. 4 and 5 are state diagrams of molding of the present invention, No. 61J is a state diagram of acid form filling of the present invention, and FIG. 7 is a state diagram of the non-inventive method. FIG. 8 is a detailed view of the sliding portion of the extrusion device, and is a plan view of the indexing portion of the present invention.

(1) Frame base (9) Concave part Q (with 1 step) Cam (1) Protrusion @Guide tube (A) Index plate Quarter index gear (to) Long groove Four parts (to) Rotating shaft Extrusion device @ Extrusion box body Feed hole 61) Drop
Lower hole (to) Slide plate (to) Circle Hole ■ Connection Rod (to) swing Rod 4 containers Part of the container Pillar - Screw shaft 4η rotation Plate - Molding Mold (B) Molded receiver example receiver Body so concave Part-rotating Plate Q swinging material series connection material support rod 4 connection rod 0 press rod @ length groove q4 piping 4 press material (7 + S press part (g) support rod or more agent Patent attorney Takeshi 6 Three parts.

l　Rokukawa Shokatsu

Claims (1)

[Claims] A slide plate with a circular hole is slidably installed inside the extrusion box body in which the drop hole and the old FSP hole are drilled parallel and perpendicularly, and several forming molds are installed horizontally on the rotating plate that rotates intermittently at regular intervals. , a cylindrical shaped receiver is inserted into the mold so that it can move up and down, an annular shaped receiver with a recess is installed as a falling lower part corresponding to the shaped receiver, and a long groove is drilled in the upper part of the mold. Insert the presser rod, which drills multiple small holes in the end face, into the drop hole.
A presser 4, which can be moved up and down by rapid rocking excitation and has a cylindrical pusher part, is installed below the presser rod, and a cam with a recess allows the 'pc part to enter the mold freely, and the presser foot is lowered. A shumai manufacturing device characterized in that compressed air can be supplied from a long groove when groaning.