JPS589675A - Molding device for paste food - Google Patents

Abstract

PURPOSE:To mold paste raw materials into a shape with three-dimensional feeling without the collapse of form, by providing divisible frames to be transported intermittently, and a feed nozzle pipe to be introduced to the hollow of the frame and to be taken out from it freely, having opening and closing valve. CONSTITUTION:The frames 3 to be divided vertically are successively transported by the intermittent conveyor 4. When the frames 3 are sent to the position of the feed nozzle pipe 12 and stopped, the feed nozzle pipe 12 is moved forward and protruded from the feed hole 9 of the frame 3 into the feed hollow part 8. Immediately before the finish of the forward movement, the opening operation piece 16 is rotated by the operation stopper 19 so that the opening and closing valve 10 is opened, and paste raw materials such as fish meat, etc. in the pump device 23 for feeding the raw materials are packed into the feed hollow part 8. When the feed nozzle pipe is moved backward, the opening and closing valve 10 is closed, and the feed nozzle pipe is extracted from the frame 3. After this, by the same mechanism, a core material is packed from the feed nozzle hole 13 into the frame 3.

Description

[Detailed description of the invention] The invention relates to a molding device for fish paste products, etc.

When molding raw materials for fish meat or other kneaded materials into arbitrary shapes with a three-dimensional effect, conventional molding equipment does not allow the raw materials to be uniformly filled indoors, resulting in new parts being added to the product, and also being scattered from the mold. Since the molding material is heated from the inside, it is difficult to take it out from the mold, and its shape may collapse when taken out. 1! When molding a composite food by adding raw fish roe or other different kinds of raw materials or raw materials with different colors to the food, the shape is limited to a roughly spherical shape, and currently it is not possible to mold it into a fish shape or other special shapes. It is.

The present invention has been made to improve these deficiencies, and the first invention is a transfer path for intermittently transferring a splittable formwork having a filling part formed inside and a filling hole provided at one end. The gist is that a filling nozzle pipe is provided that can freely enter and exit the filling recess from the filling hole when the K11i frame on one side is stopped, and that the filling nozzle pipe is provided with an opening/closing stopper that is operated by the action of entering and exiting the filling nozzle pipe.
The second invention is a transfer path in which a divisible mold is intermittently transferred, which is formed as an internal busy filling recess and has a filling hole at one end. A freely movable filling nozzle pipe is provided (the filling nozzle pipe is provided with an opening/closing stopper that is activated by the action of the filling nozzle pipe, and the filling nozzle pipe is provided with an opening/closing stopper that is operated by the action of entering and exiting the filling nozzle pipe, and the filling nozzle pipe is provided with an opening/closing stopper which is operated by the action of entering and exiting the filling nozzle pipe, and the filling nozzle pipe is provided at the rear part of the filling nozzle pipe in parallel to the filling hole when the formwork is stopped. The core material filling nozzle pipe is provided with a core material filling nozzle pipe which can be freely moved in and out, and the core material filling nozzle pipe is provided with an opening/closing stopper which is operated by the action of entering and exiting the core material filling nozzle pipe.

An embodiment of the present invention will be described with reference to the drawings.
1) There is a formwork (3) in the formwork storage frame (2) provided above.
(3) When a large number of (3)... are loaded, the Kyowa transfer passage (
1) It is formed so that it can be transferred intermittently through the transfer passage (1) sequentially from the lower formwork (3) of the partial frame storage frame (2) using an intermittent transfer device (4) such as a crank mechanism provided at one end. There is.

The formwork (3) consists of a pair of divisible templates (5) (5)
Each plate (5) (5) has a concave portion (
6) and a groove/hole (7) are provided, and when the two are joined together, the filling recess (8) is filled with the groove (7) (7).
) respectively form filling holes (9).

In addition, in the side corresponding to the filling hole (9) K of the formwork (3) of the transfer passage (11), there is a filling nozzle pipe α and a slightly thinner core material filling nozzle pipe α, each having an opening/closing plug Ql (Ill) in the front and back. α
3 and 3 are provided in the transfer passage (the in direction is provided so as to be able to reciprocate, respectively,
These filling nozzle pipe 0 and core material filling nozzle pipe αJ operate in conjunction with the intermittent feeding device (4) to fill the formwork (1) from the filling hole (9) when the formwork (3) is stopped. Recess (8)
It is formed so that it can be freely entered and exited.

Therefore, a closing actuation piece Q41 (151) and an opening actuation piece C161 (17) are fixed vertically to the upper ends of the filling nozzle pipe Q21 and the opening/closing valve Ql (111) of the core material filling nozzle pipe 0, and they reciprocate. Actuation stopper provided with -lIK in the moving direction (lIJ, (2Q (211IC
Therefore, the closing actuation piece a4α9 and the opening actuation piece aean
The opening/closing valve 011 (Ill) is formed in 5 so that it can be opened and closed by rotating Vt, and the base end of the filling nozzle pipe α2 is connected to the raw material supply pump device (c) via the flexible pull vibe 4, and also to the core material filling nozzle pipe. The base end of a3 is a flexible pipe (2)
are respectively connected to the core material supply pump device CI5 via.

It is preferable that the reciprocating movement of the filling nozzle pipe α2 and the core material filling nozzle pipe 0 be performed using a cam mechanism, a cylinder mechanism, etc. so that the forward movement is rapid and the backward movement is slow. (lla! 1. The position of T2fJ (2) 1 is determined by the shape of the filling recess, the type of raw material and core material, etc. (It is formed to be movable and adjustable according to the opening and closing plugs of the filling nozzle pipe a3 and the core material filling nozzle pipe 3. (The opening and closing timing of uHll can be adjusted freely.

Since the embodiment of the present invention is configured as described above, the formwork (3) in the formwork storage frame (2) is intermittently transferred one after another through the transfer passage (1) by the intermittent transfer device (4). When the filling nozzle pipe a3 reaches the az position and stops, the filling nozzle pipe a3 moves forward and protrudes from the filling hole (9) of the C formwork (3) into the filling recess (8), and at the same time, the end point of the forward movement is determined. Immediately before that, the opening actuation piece ae is rotated by the actuation stopper a9 to open the stopcock Ql, and the fish meat and other kneading ingredients in the raw material supply pump device (c) are transferred through the pull pipe (2) and the filling nozzle pipe a3. to fill the filling recess (8).

When the filling nozzle pipe 0 moves to the backward operation and the closing actuation piece (141) is rotated by the operation stopper Q8, the opening/closing valve is closed or the filling action is stopped, and the filling nozzle pipe (lz is pulled out from the reducing frame (3) .

When the filling of the raw material is completed in 5#C, the intermittent transfer device (4) again intermittently transfers the formwork (3), and when the formwork (3) comes to the position of the core material filling nozzle pipe 0 and stops. , Similarly to the filling nozzle pipe az described above, the core material filling nozzle pipe α3 moves forward and is centered from the filling hole (9) of the lid frame (3) into the filling recess (8), and its lowering operation piece αn is activated. The stopper l2Il is rotated to open the opening/closing valve (Ill), and the unique core material of the core material supply pump device (c), fish roe, and other foreign core materials are passed through the 7 lexiple pipe (to) and the core material filling nozzle pipe 0. The core in the filling recess (8) of the formwork (3), which is already filled with kneading raw material, is injected and filled, and as the core material filling nozzle pipe a3 is busy returning, the closing actuating piece aS reaches the actuating stopper (to). When rotated by , the open/close stopper fill closes and the core material filling nozzle pipe a3
is pulled out from the formwork (3), and the formwork (3) is intermittently transferred forward again (4) by the intermittent transfer device. 3) is divided to take out the product.

Therefore, the injection amount and injection position of the core material with respect to the raw material in the filling recess (8) of the mold (3) are determined by the operation stopper (2).
1 by moving back and forth, and when using molds with different shapes and capacities in the filling recess (81), adjust the operating position of the operating stopper Q & (19, (A) 011). It adjusts the opening and closing timing of the opening/closing valve (11).

The present invention uses an intermittent transfer device to intermittently transfer a divisible formwork with a filling recess formed inside and a filling hole at one end, and when the transfer is stopped, a filling nozzle pipe that can freely go in and out from the filling hole is inserted into the formwork. Since the raw material is filled and molded while being inserted into the mold, the raw material can be filled smoothly and reliably up to the gap in the filling recess of the mold, and the raw material can be stratified without causing so-called. Leave the dust frame as is~ [W! The molding raw material can be heated and gelled by steaming or baking before being taken out.

The material can be efficiently and continuously formed into a predetermined three-dimensional shape without causing deformation or troublesome removal operations that occur when removing the molding material from the mold.

In addition, the present invention provides a core material filling nozzle pipe that is provided on the rear side of the filling nozzle pipe in parallel with the core material filling nozzle pipe so as to be able to move in and out of the formwork. Composite foods can be easily molded by injecting raw materials, and by changing the shape of the filling concave part of the mold, composite products of any shape can be easily molded. Since the supply stop of the core material and the core material is carried out in conjunction with the inflow and outflow operation, the amount of filling of the raw material and the core material is automatically and reliably controlled, and its structure is extremely simple. be.

[Brief explanation of drawings]

FIG. 1 is a partially cutaway plan view of the present invention, FIG. 2 is a front view of the same,
FIG. 3 is a longitudinal sectional side view of the same, FIG. 4 is a plan view showing the operating state of the present invention, and FIG. Figure S is a vertical cross-section of the formwork of the present invention, No. 6
The figure is a plan view of the template of the present invention. (1)...Transfer passage, (3)...Formwork, (4)...
・Intermittent transfer device, (8)... Filling recess % (9)...
Filling hole, (1
... Closing actuation piece, 舖ay+... Opening actuation piece. Q81 (19 (21C211-...operation) 7 par. Patent whaler Shinji Kurihara

Claims (1)

[Scope of Claims] 1. One side Klt of the transfer passage for intermittently transferring a divisible formwork having a filling recess formed inside and a filling hole provided at one side end.
A molding device for a confectionery product, which is provided with a filling nozzle pipe that can freely go in and out from a filling hole into a filling recess when the filling is stopped, and the filling nozzle pipe is provided with an opening/closing stopper that is operated by the action of going in and out. 2. KM1 on one side of the transfer passage for intermittently transferring a splittable frame with a filling recess formed inside and a filling hole at one side end
When the frame is stopped, a filling nozzle pipe is provided that can freely enter and exit the filling recess from the filling hole.The filling nozzle pipe is provided with an opening/closing stopper that is operated by the action of entering and exiting the filling nozzle, and a valve is provided at the rear of the filling nozzle pipe parallel to this. An acid section device for condensed foods, in which a core material filling nozzle pipe is provided that can freely enter and exit the filling recess from the filling hole when the K11i frame is stopped, and the skeleton core material filling nozzle pipe is provided with an opening/closing stopper that is operated by the action of entering and exiting the core material filling nozzle pipe. .