Preparation method of dinner plate primary product

[0018] The embodiments of the present invention will now be described with reference to the accompanying drawings, in which similar element numbers represent similar elements.

[0019] Such as figure 1 As shown, the preliminary plate forming machine 100 for implementing the method for manufacturing the preliminary plate of the present invention includes a wet blank forming mechanism 10, a wet blank pickup mechanism 20, a frame 30, a heated dry blank upper mold mechanism 40, and a heated dry blank lower The mold mechanism 50, the first driver 60, the second driver 70, and the third driver 80. The wet billet forming mechanism 10 is installed on the frame 30, the wet billet picking mechanism 20 is slidably arranged on the frame 30 along the vertical direction of the frame 30, and the wet billet picking mechanism 20 is also located directly above the wet billet forming mechanism 10. The first driver 60 is installed on the frame 30 and is used to drive the wet billet picking mechanism 20 to move up and down. The lower mold mechanism 50 for heating the dry billet is slidably arranged on the frame 30 along the length direction of the frame 30. The second driver 70 is installed in the frame 30, and the second driver 70 is used to drive the heated dry blank lower mold mechanism 50 to slide to or away from the position between the wet blank forming mechanism 10 and the wet blank pickup mechanism 20, so that the The lower mold mechanism 50 for heating the dry blank is located directly above the wet blank pickup mechanism 20 and also directly above the wet blank forming mechanism 10. The upper mold mechanism 40 for heating the dry blank is slidably disposed on the frame 30 along the vertical direction of the frame 30 and is located directly above the lower mold mechanism 50 for heating the dry blank. The third driver 80 is installed on the frame 30 and used to drive the heating dry blank upper mold mechanism 40 to descend or rise. For example, the first driver 60, the second driver 70, and the third driver 80 are all oil cylinders. Of course, air cylinders or other hydraulic cylinders are selected according to actual needs, so it is not limited thereto.

[0020] Combine figure 2 , The manufacturing method of the initial dinner plate of the present invention includes the following steps:

[0021] S001. The wet body forming mechanism 10 forms the slurry into a wet body. Specifically, in step S001, the slurry is filtered and deposited in the wet body forming mechanism 10 to form a wet body, but it is not limited thereto.

[0022] S002. The wet billet picking mechanism 20 located directly above the wet billet forming mechanism 10 descends and vacuum absorbs the wet billet in the wet billet forming mechanism 10. The wet billet picking mechanism 20 rises and resets after vacuuming the wet billet to make the wet billet and the wet billet The forming mechanism 10 is separated; it is understandable that the rising and falling of the wet blank pickup mechanism 20 is realized by the first driver 60.

[0023] S003, the heated dry lower mold mechanism 50 beside the wet blank forming mechanism 10 slides to just below the wet blank pickup mechanism 20, and the wet blank pickup mechanism 20 descends to transfer the wet blank to the heated dry lower mold mechanism 50, After the wet blank is transferred to the heated dry lower mold mechanism 50, the wet blank pickup mechanism 20 is raised to reset and the heated dry lower mold mechanism 50 returns to its position; specifically, in step S003, the wet blank pickup mechanism 20 performs air blowing The heating and dry lower mold mechanism 50 performs a vacuum suction cooperative movement, so that the wet blank of the wet blank pickup mechanism 20 is transferred to the heated dry lower mold mechanism 50, which further improves the transfer of the wet blank to the heated dry lower mold mechanism 50 It is understandable that the sliding movement of the lower mold mechanism 50 for heating the dry blank is realized by the second driver 70.

[0024] S004. The heated dry upper mold mechanism 40 located directly above the heated dry lower mold mechanism 50 descends and closes the mold together with the heated dry lower mold mechanism 50 to compress and heat the wet blank, so that the wet blank is dehydrated and dried to form a dinner plate For the first product, the heating dry upper mold mechanism 40 raises and resets after forming the first product of the dinner plate; specifically, in step S004, the heating dry upper mold mechanism 40 raises and resets the first product from the heating dry The mold mechanism 50 is sucked away, so that the preliminary product of the dinner plate can be sucked away from the heating dry bottom mold mechanism 50; preferably, when the heating dry upper mold mechanism 40 sucks away the first product of the dinner plate, the heating dry The blank upper mold mechanism 40 performs vacuum suction and the heated dry blank lower mold mechanism 50 performs a matching movement of air blowing, so that the preliminary product of the dinner plate is more reliably adsorbed at the heated dry blank upper mold mechanism 40; more specifically, in step S004 In the heating dry body upper mold mechanism 40, the wet body is heated and dried by the continuous circulation of the heating liquid (hot oil) in the heating dry body upper mold mechanism 40, and the dry body lower mold mechanism 50 is heated to heat the liquid while heating the dry body The continuous cycle in the lower mold mechanism 50 heats and dries the wet billet to improve the heating efficiency, but it is not limited to this; it is understandable that the raising and lowering of the heating dry billet upper mold mechanism 50 is realized by the third driver 80 .

[0025] Wherein, while performing step S004, the wet blank forming mechanism 10 can also continue to shape the slurry into a wet blank, and at the same time, the wet blank pickup mechanism 20 also vacuums away the wet blank at the wet blank forming mechanism 10, greatly shortening The wet blank forming mechanism 10 and the wet blank picking mechanism 20 dry the wet blanks together with the heated dry blank upper mold mechanism 40 and the heated dry blank lower mold mechanism 50 to form the waiting time of the initial plate product, which further improves the initial plate The molding efficiency of the product, but not limited to this.

[0026] Compared with the prior art, through steps S001 to S004, the wet billet formed by the wet billet forming mechanism 10 is picked up by the wet billet picking mechanism 20, and then the picked up wet billet is transferred by the wet billet picking mechanism 20 to the The heated dry lower mold mechanism 50 is located directly below the wet blank pickup mechanism 20, and the heated dry lower mold mechanism 50 equipped with the wet blank is returned to the position directly below the heated dry upper mold mechanism 40, and finally heated and dried The blank upper mold mechanism 40 and the heated dry blank lower mold mechanism 50 are clamped together, so as to heat and dry the wet blank while pressing the wet blank for the purpose of the preliminary product of the plate. That is to say, the method for manufacturing the preliminary product of the dinner plate of the present invention realizes the continuous transfer of the wet blank to the heating and dry lower mold mechanism 50 through the coordinated cooperation of the wet blank pickup mechanism 20 and the heated dry blank lower mold mechanism 50 to realize the wet blank conversion. The purpose of forming the first product of the dinner plate, thus improving the molding quality of the first product of the dinner plate and the high efficiency of forming the first product of the dinner plate.

[0027] The above-disclosed are only preferred embodiments of the present invention. Of course, the scope of rights of the present invention cannot be limited by this. Therefore, equivalent changes made according to the scope of the patent application of the present invention still fall within the scope of the present invention.