JPH0325595Y2 - - Google Patents

Description

[Detailed description of the invention] (Industrial field of application) The present invention relates to an automatic metering device for a plate-attached molding machine used when manufacturing a plate-attached molded product by mixing a lower body and a patterned body in a predetermined ratio. .

(Prior art) Conventionally, in plate-forming machines for aquatic and livestock paste products that continuously discharge and mold several types of raw materials onto a long and thin plate formed to the required dimensions, the undercoat and the pattern are sent out. The drive motor of the pump is a motor with a mechanical speed adjustment handle, and therefore, it is possible to manufacture several types of molded products with plates containing a predetermined ratio of bottom body and pattern body. The motors for the lower body and patterned body were adjusted using variable handles for each type, and even if the ratio was fixed, when the production quantity was to be adjusted, the amount was measured using the variable handle as well.

(Problem to be solved by the invention) However, in this conventional method, the amount of molding material must be measured while watching the discharge state of the molding material from the nozzle. Separating and recovering the meat and patterned meat is a complicated process because it is a soft pasted meat.
The problem was that most of the produce was used for second-class products such as tempura, resulting in large losses throughout the year.

The present invention was made to solve these conventional problems, and its purpose is to simplify the volume when manufacturing several types of molded products with plates that have a predetermined ratio of the lower body and patterned body. An automatic metering device for plate molding machines that can be manufactured with simple operations, and the production volume can be easily adjusted by adjusting the volume while keeping the mixing ratio of the bottom body and pattern body at a predetermined value. Our goal is to provide the following.

(Means for Solving the Problem) That is, in order to achieve this objective, the automatic metering device for the plate-forming machine of the present invention is designed to provide a plate-forming machine that molds water and livestock paste products on a plate. Each of the drive motors for the pump, pattern delivery pump, and board feed roll is a continuously variable speed motor with a ratio setting device and controller, and fine adjustment that can be made in conjunction with the ratio setting device of both drive motors for the bottom body and pattern body is provided. A variable volume is provided, and a main speed variable volume that can be collectively linked is installed above the ratio setting device of each drive motor for the lower body, pattern body, and plate feed roll, and the fine adjustment variable volume adjusts the discharge amount of forming raw material to the plate feed speed. The production volume of molded products with plates is adjusted by automatically adjusting the plate feeding speed and the discharge amount of molding raw materials all at once using the main speed variable volume.

(Function) The automatic metering device of the plate forming machine of the present invention is configured as described above, so first, the drive motors of the lower body delivery pump and the patterned body delivery pump are adjusted using the ratio setter to adjust the lower body and pattern body. are mixed in a predetermined ratio to form a forming raw material, and the drive motor of the board feed roll is adjusted with a ratio setting device to make the board feed speed a predetermined speed. Next, the discharge amount is adjusted using a finely adjustable volume so that the forming raw material is formed into a predetermined shape on the plate. Next, the production volume of molded products with plates is increased or decreased by collectively adjusting the discharge amount of forming raw materials and the plate feeding speed using the main speed variable volume. Then, record the scale values of the ratio setting device, fine adjustment variable volume, main speed variable volume, etc. for each type of molded product with plate, and adjust the scale values to the predetermined scale values each time the type of molded product with plate changes. Manufacture.

(Example) Hereinafter, an example of the present invention will be described with reference to the drawings.

In the figure, 1 is a molding machine frame, and a plate supply passage A is formed on one side.

Reference numerals 2 and 4 denote an upper roll and a lower roll as plate feeding rolls, which are arranged vertically opposite to each other with the passage A in between, and the roll shaft 5 of the lower roll 4 is interlocked with a variable motor 6 via a chain transmission mechanism. Further, the roll shaft 3 of the upper roll 2 is rotatably supported by a bearing biased downward by a spring, and is interlocked with the lower roll shaft 5 via a gear.

Next, 7a and 7b are plate holding frames that hold a large number of plates N in a stacked state inside, and are arranged on the passage A at a rear position of the upper roll 2.

Next, reference numeral 8 denotes a plate feeding pawl, and the plates N in a stacked state are reciprocated back and forth in the passage direction via a crank mechanism 9 with only the pawl protruding onto the passage A directly below the plate holding frames 7a and 7b. The sheets are fed into the passage A one by one starting from the lowest layer, and then they are sandwiched between the upper roll 2 and the lower roll 4 and transported into the passage A one after another.

Next, reference numeral 10 denotes a lower body delivery pump, which is disposed on the passage A in front of the upper roll 2, and is connected to the variable motor 11 via a chain transmission mechanism, and supplies the lower body raw material from the hopper 12 provided at the upper part. be done.
Reference numerals 13 and 14 designate pattern delivery pumps (the example shows a case in which two pumps are provided), which are interlocked with variable motors 15 and 16 via a chain transmission mechanism, and are connected to hoppers 17 and 18 provided at the top. The pattern is supplied by. Then, the underbody and pattern from each of the pumps 13 and 14 are formed in a constant ratio in a mixer 19, and this is formed into a predetermined shape with a nozzle 20, and this forming raw material is transferred to the plate N that moves on the passage A. The board is attached while being continuously supplied to the top.

Next, FIGS. 3 and 4 are control block wiring diagrams, and the motor 11 for the lower body delivery pump, the motors 15 and 16 for the patterned body delivery pump, and the variable motor 6 for the plate feeding roll are equipped with a controller C, C, C, C and ratio setters D, D, D, D are connected, and the ratio setters D, D, D, D vary the rotational speed of each motor and also adjust the main speed variable volume E. You can synchronize the speed accordingly. Also, fine adjustment variable volume F
is for minute adjustment of each pump motor 11, 115, 16. Note that 21 is a signal conditioner.

Therefore, when manufacturing several types of molded products with plates in which the underbody and the pattern are mixed at a predetermined ratio, the rotation speeds of the motors 6, 11, 15, and 16 are initially set to an appropriate ratio using each ratio setting device D. If the manufacturing process is as follows, the molded shape will be changed to match the width of the plate, and the finely adjustable volume F, which controls the ratio setter of each pump motor 11, 15, 16, will be discharged from the mouthpiece. By adjusting the weight while adjusting, both the weight of the lower body and the weight of the pattern can be measured instantly, reducing the occurrence of defective products due to uneven metering.Also, the scale can be recorded and displayed when adjusting the volume. Therefore, it can be easily operated even by an unskilled person, and by adjusting the main speed variable volume E, the shape of the molded product can be maintained as it is and the production quantity can be adjusted arbitrarily, making it extremely easy to meet daily demands. This is something that can be handled.

(Effects of the invention) As explained above, the automatic metering device of the plate forming machine of the present invention has the above configuration, so it can automatically measure the lower body and the patterned body, and Molded products can be manufactured to a constant quality without requiring any skill. Further, the production volume can be easily increased or decreased while keeping the quality of the plate-attached molded product constant.

[Brief explanation of the drawing]

Figure 1 is a plan view of a molding machine with a plate equipped with an automatic metering device according to an embodiment of the present invention, Figure 2 is a partially cutaway front view of the molding machine with a plate, and Figures 3 and 4 are views of the metering device. This is a block wiring diagram. 2: Upper roll (plate feeding roll), 4: Lower roll (plate feeding roll), 6: Variable motor, 10: Lower body delivery pump, 11: Lower body delivery pump motor, 1
3, 14: Pattern delivery pump, 15, 16: Pattern delivery pump motor, A: Plate supply passage, C: Controller, D: Ratio setting device, E: Main speed variable volume, F: Fine adjustment variable volume.

Claims (1)

[Scope of utility model registration request] In a plate-equipped molding machine that forms aquatic and livestock paste products on a plate, a lower body delivery pump, a patterned meat delivery pump,
Each drive motor for the plate feed roll is a continuously variable speed motor with a ratio setting device and a controller, and a fine adjustment variable volume that can be adjusted in conjunction with the overall adjustment is installed above the ratio setting device of both the drive motors for the bottom body and pattern body. , A main speed variable volume that can be linked together is installed on the ratio setting device of each drive motor of the pattern stitch and plate feed roll, and the fine adjustment variable volume adjusts the discharge amount of forming raw material according to the plate feed speed, making the main speed variable. An automatic metering device for a molding machine with a plate, characterized in that it is configured to automatically adjust the plate feed speed and the discharge amount of molding raw material at once by volume to adjust the production amount of molded products with plates.