TWM541739U - Food compression molding structure - Google Patents

Description

Food molding structure

The novel creation relates to a food compression molding structure, which is an automatic food machine for processing foods.

Modern technology is advancing rapidly, so the proportion of food processing and manufacturing using automatic tools is increasing. In the manufacture of cakes such as pineapple cakes or moon cakes, a compression molding machine is used to mold the cakes. The new application of "Automatic Food Compression Molding Machine Structure Improvement" in the Republic of China Application No. 103221984, in the process of compression molding, the first processing of the molding device by the conveyor belt of the conveying device After the shaped cake food is delivered to the first stamping position of the stamping device, the two hydraulic rods of the two hydraulic cylinders are activated to drive the pressure plate and the first forming template to be displaced downward, using a plurality of first forming mold pairs The plurality of molding cakes in the first row of the plurality of molding cavities of the molding device are subjected to the first compression molding, and after the first compression molding, the conveyor belt will further convey the first row of the cake to be molded into the pressing device. The second molding position of the mold device is followed by the pneumatic rod of the plurality of pneumatic cylinders to drive the second molding template downward, and the forming is performed by using a plurality of second molding dies And placing a plurality of cake foods to be formed in the first row of the plurality of molding cavities for the second compression molding, and the plurality of molding cakes in the first plurality of molding cavities of the first row of the molding device are finished after the second molding The conveyor belt will then transport the second row of shaped cake food to the first compression molding position of the molding device, and so on, until the cake food to be formed in all the molding cavity of the molding device is completed twice. stamper.

However, the above-mentioned conventional technology "improvement of the structure of the automatic food molding machine" can pass the two compression moldings to subject the cakes to be formed to the same pressure to ensure the same quality, but the first compression molding is completed in the process. After that, the conveyor belt is required to transport the forming device to the second stamper position, and then the second stamping mold can be performed, and the process of transporting the forming device from the first stamping position to the second stamping position is performed. It will increase the time required for compression molding, and slow down the production efficiency of the compression molding machine. Because the molding device is placed on the conveyor belt during the molding process, the conveyor belt will also withstand the force of pressing, but Conveyor belts are generally known to have an elastic belt structure, so that when the belt is pressed, it will be telescoped downwards to cause a positional error in the displacement of the forming device, and the conveying belt is placed in a predetermined position. The molding device can be accurately conveyed to the position of the stamper, so if the positional error occurs due to the displacement of the molding device, the conveyor belt cannot accurately convey the molding device to the stamper position, the first molding die and the first molding die Mold can not be accurately pressed into the mold cavity of the molding to be molded pastry food, but must be re-adjusted back to the forming device by the human predetermined position takes time, but this way the same manner as they would slow down the productivity of the machine.

In view of the above-mentioned shortcomings, the new creators believe that it is necessary to make corrections. In order to carry out research and creation of related technologies and product design, and to uphold the excellent design concept, we will study and create the above disadvantages. After continuous efforts, we will end up It is the introduction of this new creative food molding structure, which is to correct the product structure to enhance the excellent product.

The main purpose of the novel food molding structure is to provide a compression molding machine which can reduce the time required for compression molding and prevent the conveyor belt from stretching and contracting under pressure.

In order to achieve the purpose of the foregoing disclosure, the novel food molding structure comprises a machine table, a die device, a supporting device and a molding device, the machine having an upper body and a lower body, the upper body and the lower body Forming a work area between the bodies, the work area is provided with two conveyor belts, and the die-pressing device is disposed above the two conveyor belts, and has at least one upper drive, wherein the upper drive is installed in the upper body, The upper portion of the upper driving rod is fixed to a top of the upper movable plate disposed in the working area, and the upper driving unit is configured to drive the upper driving rod to move up and down in the working area. A lower movable plate is assembled under the movable plate, the lower movable plate is inserted through at least a consistent groove, and at least one die drive is mounted on the upper movable plate, and the die drive is assembled with a die driving rod, and the pressure is assembled. The die driver is configured to drive the die drive lever to move up and down, and each of the die drivers is disposed at each of the through slots, so that each of the die drive levers respectively moves up and down through the through slots The lower end of each of the stamper driving rods is fixed on a top of the pressing plate disposed under the lower movable plate, and the bottom of the pressing plate is assembled with a plurality of pressing blocks, and the supporting device is disposed under the pressing device, the supporting device has At least one drive, each of the lower drivers is mounted on the top of the lower body, the lower drive is assembled with a lower drive rod, and the lower drive is configured to drive the lower drive rod to move up and down in the working area, and the lower end of each of the lower drive rods Each of the movable bases is fixed to a bottom of the movable seat. The top of the movable base is provided with a support plate corresponding to the pressure plate, and the two sides of the support plate are respectively located in the two conveyor belts. The molding device has at least one molding frame having a plurality of molding grooves, each of which is used for placing a food mass, and each of the molding frames is neatly placed on a placement tray, and the placement tray is placed on The conveyor belt is transported on the conveyor belt, and the present invention performs two compression molding operations during compression molding. First, the conveyor belt transports the placement tray so that each molding groove is located at a position corresponding to each of the pressure blocks below the pressure block. Then the upper drive will drive the upper drive rod to move downward, and the upper movable plate and the lower movable plate will be moved downward by a distance, and the lower drive will also drive the lower drive rod to move upward to drive the movable seat and the support plate upward. After moving to the support plate and just in contact with the conveyor belt, the die drive driver drives the die drive rod to move downward to drive the pressure plate to move downward, so that each pressure block presses the food mass in each molding groove to complete the first The secondary die, then the die drive drives the die drive lever back up and then drives the die drive lever to move downward, so that each clamp again presses the food mass in each molding groove to complete the second time. The stamper, in addition, the support plate will play a supporting role in the process of pressing the mold, because the support plate corresponds to the pressure plate, and the support plate is just in contact with the conveyor belt, so when the pressure block presses the food mass, the support plate The conveyor belt and the placement tray are supported to prevent the conveyor belt from being telescoped downward due to the pressure, and the displacement of the placement tray is prevented, so that the pressure block cannot be accurately pressed into the food mass in the molding tank, and the conventional technology is completely Automatic food pressure Compared with the improvement of the structure of the molding machine, the first compression molding and the second compression molding of the present invention are all performed by the pressing of the pressure plate driving the pressing plate, so that the molding frame is completed at the same position to complete the two pressing. The mold does not need to be transported to different positions by the conveyor belt between the first stamper and the second stamper, and the conventional technique needs to convey the forming device by the conveyor belt after completing the first stamper. Compared with the second die position, which increases the time for molding, this creation eliminates the need for a transfer program between the two stampers, thereby reducing the time for molding to improve production efficiency. In addition, the support of this creation The supporting plate of the device can support the conveying belt and the placing plate during the pressing, so as to prevent the conveying belt from being displaced downward by the pressure and causing the displacement of the placing plate, and the conveyor belt of the prior art is biased when subjected to the force. The expansion and contraction causes the positional error of the displacement of the molding device, so that the conveyor belt cannot accurately convey the molding device to the position of the molding die, and the first molding die and the second molding die cannot be accurately pressed into the pastry to be formed in the molding cavity. food In contrast, this creation prevents the displacement of the placement plate, so the conveyor belt can accurately feed the placement plate to the position of the die, so that the pressure blocks can be accurately pressed into the food mass in the molding groove, and the cause can be eliminated. The shifting of the disc is required to adjust the process time back to the original position by manpower, thereby improving the production efficiency of the machine.

The novel creation relates to a food compression molding structure, [see the first figure] which includes:

[Please refer to the second figure] A machine (1) has an upper body (11) and a lower body (12), and a working area is formed between the upper body (11) and the lower body (12). ), the working area (13) is provided with two conveyor belts (14);

[Please refer to the second figure] A die-pressing device (2) is disposed above the two conveyor belts (14), the die-pressing device (2) has two upper drivers (21), and the upper driver (21) Mounted in the upper body (11), the upper drive (21) is assembled with an upper drive rod (22) for driving the upper drive rod (22) in the working area (13) Moving up and down, the lower ends of the upper driving rods (22) are fixed on the top of an upper movable plate (23) disposed in the working area (13), and the lower movable plate is assembled under the upper movable plate (23) ( 24), and the lower movable panel (24) and the upper movable panel (23) may be assembled by providing a plurality of connecting rods (241) between the lower movable panel (24) and the upper movable panel (23). And each of the connecting rods (241) is connected to the upper movable plate (23) and the lower movable plate (24), and each of the connecting rods (241) can be sleeved with a spring (242), the spring ( 242) The ends are respectively abutted against the bottom of the upper movable plate (23) and the top of the lower movable plate (24), and the lower movable plate (24) penetrates through the two through grooves (25), and two are mounted thereon. a die drive (26) of the movable plate (23), the die drive (26) is assembled with a die drive lever (27) for driving the die drive lever (27) to move up and down And the two stamper drivers (26) are respectively disposed corresponding to the two through slots (25), so that the two stamper driving rods (27) are respectively moved up and down through the two through slots (25), The other two lower ends of the stamper driving rod (27) are fixed on the top of a pressing plate (28) disposed under the lower movable plate (24), and a plurality of pressing blocks (29) are assembled at the bottom of the pressing plate (28). And each of the compacts (29) can be arranged in a matrix arrangement with at least one row (two rows shown in the figure);

[Please refer to the second figure] A supporting device (3) is disposed under the pressing device (2), the supporting device (3) has two lower drivers (31), and the lower driving device (31) is installed At the top of the lower body (12), the lower driver (31) is assembled with a lower drive rod (32) for driving the lower drive rod (32) to move up and down in the working area (13) The upper ends of the lower driving rods (32) are fixed to a bottom of a movable seat (33) disposed in the working area (13), and a top of the movable seat (33) is provided with a supporting plate (34), the support The plate (34) corresponds to the pressure plate (28), and the two sides of the support plate (34) are respectively located in the two conveyor belts (14) (the conveyor belt (14) is an endless belt as shown in the figure) The body is continuously rotated, and the support plate (34) is located in a space surrounded by the endless belt body of the conveyor belt (14);

[Please refer to the second figure] A molding device (4) having at least one molding frame (41) having a plurality of molding grooves (42), and arrangement of the molding grooves (42) It is provided in cooperation with each of the press blocks (29). Therefore, if each of the press blocks (29) is arranged in a matrix arrangement having at least one row, each of the molding grooves (42) is correspondingly provided with at least one The rows of the rows are arranged in a row, and each of the forming grooves (42) is used for placing the food mass (5), and each of the forming frames (41) is placed neatly on a placing tray (43), and the placing tray (43) Then placed on the conveyor belt (14) and transported.

The novel creation food molding structure, [please refer to the first figure and the second figure], the upper drive (21), the die drive (26) and the lower drive (31) may be hydraulic cylinders or pneumatic cylinders, and The upper drive rod (22), the die drive lever (27) and the lower drive rod (32) are hydraulic rods or pneumatic rods. [Please refer to the third figure] When the compression molding is carried out, first, the food dough (5) is placed in each molding groove (42) of the molding frame (41), and the rear conveyor belt (14) is conveyed. The disc (43) is placed such that the forming groove (42) is positioned at a position corresponding to the die below the press block (29), and in the embodiment of the drawing, since the press plate (28) is assembled with two rows of press blocks (29) And the placing plate (43) is provided with a plurality of forming frames (41), and each of the forming frames (41) has only one row of forming grooves (42), so the conveying belt (14) is a conveying plate ( 43) To each of the molding grooves (42) of the first two molding frames (41) respectively corresponding to the respective pressing blocks (29), [refer to the fourth drawing], then the upper driving device (21) drives the upper driving rod (22) Move down a predetermined distance, and drive the upper movable plate (23) and the lower movable plate (24) to move downward, and the lower drive (31) also drives the lower driving rod (32) to move up for a predetermined period. Set the distance to drive The movable seat (33) and the support plate (34) are moved upward until the support plate (34) is in contact with the conveyor belt (14), [refer to the fifth figure], the press molding device (2) is subjected to two compression moldings. Action, first, the die drive (26) will drive the die drive lever (27) to move downward to drive the pressure plate (28) to move downward, so that each pressure block (29) is pressed down in each molding groove (42). The food mass (5) is used to complete the first stamping, and then the stamper driver (26) drives the stamper drive lever (27) to move back up to drive the pressure plate (28) back to the original position, and the stamper driver (26) re-driving the die drive lever (27) to move downward, and causing each pressure block (29) to press down the food mass (5) in each molding groove (42) again to complete the second compression molding, and Through the two stamping operations, the food mass (5) in each forming tank (42) can be compacted and formed uniformly, without any food mass (5) being pressed too much. Tight, or some food mass (5) is not pressed Too loose, and in addition the support plate (34) will play a supporting role during the compression molding process, because the support plate (34) corresponds to the pressure plate (28), and the support plate (34) is just the conveyor belt ( 14) contact, so when the compact (29) presses the food mass (5), the support plate (34) will support the placement tray (43) and the conveyor belt (14) to prevent the conveyor belt (14) from being pressed And the downward expansion and contraction, and prevent the placement tray (43) from being displaced by the expansion and contraction of the conveyor belt (14), so that the pressure block (29) cannot be accurately pressed into the food mass (5) in the molding groove (42), [see Figure 6] After completing the two stamping operations, the stamper driver (26) will first drive the platen (28) back to the original position, and then the upper driver (21) will drive the upper drive rod (22) back up. Move to drive the upper movable plate (23) and the lower movable plate (24) back to the original position, and the lower drive (31) also drives the lower driving rod (32) to move downward to drive the movable seat (33). Support plate (34) returning to the original position, and the conveyor belt (14) will transport the placing tray (43) forward, so that the forming grooves (42) of the next two forming frames (41) are located corresponding to the pressing block (29). The position of the stamper, and because the placing disc (43) is supported by the supporting plate (34) during the previous molding process and does not shift positionally under pressure, the conveyor belt (14) After the placing plate (43) is conveyed, the forming grooves (42) can be accurately positioned at the die position, so that the pressing block (29) can be accurately pressed into the food mass (5) in the forming groove (42), and conveyed. The belt (14), the molding device (2) and the supporting device (3) repeat the above-described compression molding process until the food mass (5) in each molding frame (41) is compression molded.

The novel creation food molding structure has the advantages of:

1. The molding device will perform two compression molding operations to make the quality of the food mass formed by the compression molding uniform.

2. The forming groove of the forming frame is the first pressing die and the second pressing die at the same die position, and the second pressing can be performed after the first die pressing is completed without the conveyor belt The mold is molded to reduce the time required for compression molding to increase the productivity of the machine.

3. The support plate of the supporting device can support the conveyor belt and the placing plate to prevent the positional error of the displacement of the placing plate in the process of the pressing mold, so that the conveying belt can accurately convey the placing plate to the position of the pressing mold, so that the pressing block can be Precisely mold the food mass in the forming tank to improve the smoothness of the compression molding process.

The above description is only a preferred embodiment of the novel creation, and the scope of the novel creation cannot be limited thereto. That is, the equal changes and modifications made by Dafan in accordance with the scope of application for patents shall remain within the scope of this creation patent.

In summary, when the novel creation is novel and progressive, and the creation of this new type is not seen in any publication, it is in compliance with Article 104 of the Patent Law and Article 120 of the Patent Law and Article 22 of the Applicable Law.

1‧‧‧Machine 11‧‧‧Upper body 12‧‧‧Lower body 13‧‧‧Working area 14‧‧‧Conveyor belt 2‧‧‧Molding device 21‧‧‧Upper drive 22‧‧‧Upper drive rod 23‧‧‧Upper activity board 24‧‧‧Lower plate 241‧‧‧Connecting rod 242‧‧‧ Spring 25‧‧‧Through slot 26‧‧‧Mold drive 27‧‧‧Mold drive rod 28‧‧‧ Press plate 29‧‧‧Clamps 3‧‧‧Support device 31‧‧‧Lower drive 32‧‧‧Lower drive rod 33‧‧‧Moving seat 34‧‧‧Support plate 4‧‧‧Molding device 41‧‧‧Molding frame 42‧‧‧Molding troughs 43‧‧‧Places 5‧‧‧Food Group

The first figure is a front view of the novel food molding structure. The second figure is a side view of the novel molded food molding structure of the present invention. The third figure is a schematic view of the molding groove of the novel food molding structure in which the food dough is placed. The fourth figure is a schematic diagram of the action of the compression molding device and the supporting device of the novel food molding structure. The fifth figure is a schematic diagram of the action of the compression molding of the novel food molding structure. The sixth figure is a schematic diagram of the operation of the conveyor belt, the die-pressing device and the supporting device of the novel food-molding structure after the compression molding is completed.

1‧‧‧ machine

11‧‧‧Upper body

12‧‧‧ Lower body

13‧‧‧Working area

14‧‧‧Conveyor belt

2‧‧‧Molding device

21‧‧‧Upper drive

22‧‧‧Upper drive rod

23‧‧‧Upper activity board

24‧‧‧Next activity board

241‧‧‧ Connecting rod

242‧‧ ‧ spring

25‧‧‧Tough

26‧‧‧Mold drive

27‧‧‧Molded drive rod

28‧‧‧Pressing

29‧‧‧Clamps

3‧‧‧Support device

31‧‧‧Down drive

32‧‧‧Lower drive rod

33‧‧‧ activity seat

34‧‧‧Support board

4‧‧‧Molding device

41‧‧‧Molding frame

42‧‧‧Molding trough

43‧‧‧Place

Claims (4)

A food compression molding structure comprises: a machine platform having an upper body and a lower body, wherein a working area is formed between the upper body and the lower body, and two conveyor belts are arranged in the working area; Provided above the two conveyor belts, the die pressing device has at least one upper drive, each upper drive is mounted in the upper body, the upper drive is assembled with an upper drive rod, and the upper drive is used to drive the upper drive rod The working area is moved up and down, and the lower ends of the upper driving rods are fixed on the top of the upper movable board disposed in the working area, and the lower movable board is assembled with a lower movable board, and the lower movable board is at least consistent throughout a slot, and at least one stamper driver mounted on the upper movable plate, the die driver is assembled with a die drive lever for driving the die drive lever to move up and down, and each of the die drives Is disposed at each of the through slots, such that each of the stamper drive rods moves up and down through the respective slots, and the lower ends of the stamper drive rods are fixed to a lower activity. a bottom of the pressure plate, wherein the bottom of the pressure plate is assembled with a plurality of pressure blocks; a supporting device is disposed under the molding device, the support device has at least a lower drive, and each of the lower drivers is mounted on the top of the lower body, The lower driver is assembled with a lower driving rod for driving the lower driving rod to move up and down in the working area, and the upper ends of each of the lower driving rods are fixed to a bottom of the movable seat disposed in the working area, the activity The top of the seat is provided with a support plate corresponding to the pressure plate, and the two sides of the support plate are respectively located in the two conveyor belts; a molding device having at least one molding frame, the molding frame having a plurality of molding grooves Each of the forming grooves is arranged to fit each of the pressing blocks, and each of the forming grooves is for placing a food mass, and the forming frames are juxtaposed on a placing plate, and the placing plate is placed on the conveying belt. The person who is transported up. The food compression molding structure according to claim 1, wherein a plurality of connecting rods are disposed between the lower movable panel of the molding device and the upper movable panel, and each of the connecting rods is connected to the upper movable panel and the lower The movable plates are connected, and each of the connecting rods is sleeved with a spring, and the two ends of the spring are respectively abutted against the bottom of the upper movable plate and the top of the lower movable plate. The food compression molding structure according to the first aspect of the invention, wherein each of the pressure blocks of the molding device is arranged in a matrix of at least one row, and each molding groove of the molding device is correspondingly provided with At least one row of matrix arrays. The food compression molding structure according to the first aspect of the invention, wherein the upper driver and the die driver of the die device and the lower driver of the support device are hydraulic cylinders or pneumatic cylinders, the upper driving lever, the pressing mold The driving rod and the lower driving rod are those of a hydraulic rod or a pneumatic rod.