TWM618102U - Compound noodle making equipment - Google Patents

Abstract

This invention creates a composite noodle making equipment, including: one side belt maturing machine, one side belt calendering and dividing machine, one lane conveyor device, two noodle forming machine, two noodle conveying device and two folding noodle device, and the noodle belt can be Make wavy noodles and fold them; thereby, Bida can make noodles through automated and consistent operations, reducing labor costs, improving production efficiency, and completely eliminating manual uncertainties or health and safety considerations, and improving product performance. Control.

Description

Compound noodle making equipment

This creation is related to a kind of noodle making equipment, especially a composite noodle making equipment.

By the way, pasta is one of the indispensable staple foods in daily life. Most noodles are made by using a pastry forming machine to perform the steps of maturing, calendering and dividing the pasta into two strips of noodles. , Then the strip-shaped noodles are transported to the noodle forming machine, the noodles are rolled, the noodles are formed, and the noodles are folded. The strip-shaped noodles are made into noodles and folded to complete the production of the noodles.

However, this semi-automated production method can improve production efficiency, but strictly speaking, it is still separate, so that multiple machines are needed to complete the production of noodles. Therefore, the production process is cumbersome and cannot be effectively integrated. In addition to the machinery occupying a large space In addition, the semi-finished products need to be transported between machines during the manufacturing process, which adds to the difficulty and cost of production. The hygiene problem cannot be ignored, so it is necessary to improve it.

In view of the above-mentioned shortcomings in the production of conventional noodles, the creator of this creation is based on the idea of thinking and creation. After many discussions and trial samples, as well as many revisions and improvements, he launched this creation.

This creation provides a composite noodle making equipment, including: a noodle aging machine for aging the pre-made noodles; a noodle rolling and dividing machine connected to the noodle aging machine, and the noodles being calendered The dividing machine includes at least one dough tape calendering device and a dough tape dividing device. The at least one dough tape rolling device is used for rolling the dough tape, and the dough tape dividing device is used for dividing the rolled dough tape into Two belt-shaped noodles; a lane-dividing conveying device connected with the noodle belt calendering and dividing machine. The lane-dividing conveying device includes a straight conveying lane and a bifurcated conveying lane. The straight conveying lane is used to convey the two belt-shaped noodles in parallel Moving forward, the bifurcated conveying path is used to separate and forward the two belt-shaped noodles that are conveyed in parallel. A cut-out wave-making device, the at least one strip-shaped noodle rolling device is used for rolling the strip-shaped noodles, and the shredded wave-making device is used for cutting the rolled strip-shaped noodles into noodles and making them into waves; A two-noodle conveying device connected with the two-noodle forming machine, the two-noodle conveying device is used to convey the wave-shaped noodles forward; and a two-folding device connected to the two-noodle conveying device, the two-folding device is used to transfer The wavy noodles are cut and folded to form folded noodles and then fall down.

The main purpose of this creation of the composite noodle making equipment is that it can make noodles through automated and continuous operations without manual assistance, so as to reduce labor costs, improve production efficiency, and completely eliminate manual uncertainties or hygiene. Safety considerations improve product control and indeed improve economic efficiency.

The following is a further explanation in conjunction with the schematic diagram of the preferred embodiment of this creation, in order to enable those who are familiar with the related technology of this creation to implement it according to the statements in this manual.

First of all, as shown in the first to eighth pictures, this creation is a composite noodle making equipment, including: one side belt maturing machine 10, one side belt calendering and dividing machine 20, one lane conveyor 30, and two noodle forming machines. The machine 40, the two-noodle conveying device 50, the two-folding device 60, and the two-bearing conveying device 70.

The noodle strip aging machine 10 is used for aging the noodle strip A1 made in advance.

The dough strip calendering and dividing machine 20 is connected to the dough strip maturing machine 10. The dough strip calendering and dividing machine 20 includes at least one dough strip calendering device 21 and a dough strip dividing device 22, and the at least one dough strip calendering device 21 is used for matching The matured dough strip A1 is rolled, and the dough strip dividing device 22 is used to divide the rolled dough strip into two strip-shaped dough skins A2.

The lane-dividing conveying device 30 is connected to the dough belt calendering and dividing machine 20. The lane-dividing conveying device 30 includes a straight conveying lane 31 and a bifurcated conveying lane 32. The straight conveying lane 31 is used for paralleling the two strips of dough A2. When conveying forward, the bifurcated conveying path 32 is used to separate and forward the two belt-shaped noodles A2 that are conveyed in parallel.

The two-noodle forming machine 40 is connected to the lane-dividing conveying device 30. The two-noodle forming machine 40 respectively includes at least one ribbon-shaped dough calendering device 41 and a cut-out wave-making device 42. The at least one ribbon-shaped dough calendering device 41 is used for The strip-shaped noodle A2 is rolled. The shredded wave making device 42 includes a cutting mechanism 421 and a wave generator 422. The shredded mechanism 421 is used to cut the rolled strip-shaped noodle A2 into noodles A3. The wave generator 422 is used to make the noodle A3 into a wave shape.

The double-noodle conveying device 50 is connected to the double-noodle forming machine 40, and the double-noodle conveying device 50 is used for conveying the wavy noodle A3 forward.

The two-folding device 60 is connected to the two-noodle conveying device 50. The two-folding device 60 is respectively provided with a noodle wheel set 62, a cutting device 63, and a guide in a machine body 61 from top to bottom. The device 64, a turning device 65 and a lower hopper 66 are used to make the wavy noodles A3 roll down through the noodle wheel set 62, guided by the cutting device 63 and the guiding device 64, and fall to the turning device 65 The inside is continuously folded back and forth. When the wavy noodles A3 hang down for a predetermined length, the wavy noodles A3 are cut by the cutting device 63, and then the folded wavy noodles A3 are dropped through the lower hopper 66 by the rotation of the turning device 65 .

One ends of the two supporting and conveying devices 70 are respectively arranged below the two-folding device 60, and the two supporting and conveying devices 70 are used for receiving and conveying the folded noodles dropped downward by the two-folding device 60.

The creative noodle making includes the following steps: the noodle strip maturation step 110, the noodle strip A1 is pre-made and the noodle strip maturing machine 10 undergoes the maturation process.

In the noodle band rolling and dividing step 120, the noodle band A1 after the maturation process is rolled by at least one noodle band calendering device 21, and then the noodle band A1 is divided into two band-shaped noodles A2 by a noodle band dividing device 22.

In the lane-dividing conveying step 130, the two belt-shaped noodles A2 are first transported in parallel through a linear conveying path 31, and then the two belt-shaped noodles A2 are transported separately by a bifurcated conveying path 32.

In the noodle forming step 140, the two belt-shaped noodles A2 are transported to the two-noodle forming machine 40, and the two-shaped noodles A2 are respectively rolled, shredded, and waved by the two-noodle forming machine 40 to form wave-shaped noodles A3. .

In the noodle conveying step 150, the wavy noodles A3 made of the two belt-shaped noodles A2 are conveyed forward by the two noodle conveying devices 50 respectively.

Folding step 160, the wavy noodles A3 made of the two belt-shaped noodles A2 enter the two-folding device 60. The two-folding device 60 is respectively provided with a noodle wheel set in a machine body 61 from top to bottom. 62. A cutting device 63, a guiding device 64, a turning device 65 and a lower hopper 66. The wave-shaped noodles A3 are cut and folded by the two-folding device 60 to form folded noodles and then fall down.

In the supporting and conveying step 170, two supporting and conveying devices 70 are used to respectively receive and convey the folded noodles that have fallen down by the two-folding device 60 to complete the noodle making operation.

Furthermore, the creative composite noodle making equipment further includes two noodle rolling machines 80, which can be installed together on the linear conveying path 31 of the lane-dividing conveying device 30 for rolling up two strips of dough A2, or a noodle rolling machine 80 is installed on the linear conveying path 31 of the lane-dividing conveyor 30 to wind a strip of dough A2 for subsequent noodle making operations as required.

From the structure of the above specific embodiment, the following benefits can be obtained:

This creative composite noodle making equipment can make noodles through automated and continuous operations. The wavy noodles A3 are made from the noodle belt A1 and folded without manual assistance, thereby reducing labor costs, improving production efficiency, and more It can completely eliminate artificial uncertain factors or health and safety considerations, improve product control, and indeed improve economic benefits.

10: Noodle aging machine 20: Noodle strip calendering and dividing machine 21: Noodle tape calendering device 22: Noodle strip dividing device 30: Lane separation device 31: Straight conveyor 32: Forked conveyor 40: Noodle forming machine 41: Ribbon dough calendering device 42: shredded wave making device 421: shredding mechanism 422: Wave Generator 50: noodle conveying device 60: Folding device 61: body 62: Clamping wheel set 63: cutting device 64: Guiding device 65: Flip device 66: lower hopper 70: Conveying device 80: Rolling machine 110: Steps to ripen noodles 120: Noodle strip calendering and dividing step 130: Lane separation steps 140: Noodle forming steps 150: noodle conveying steps 160: Folding step 170: Conveying steps A1: Noodles A2: Banded dough A3: noodles

The first picture is a side view of this creative composite noodle making equipment. The second picture is a top view of this creative composite noodle making equipment. The third figure is the flow chart of the steps of creating noodles. The fourth picture is a schematic diagram of the mature action of the creative face. The fifth figure is a schematic diagram of the movement of the rolling and dividing of the creative dough. The sixth picture is a schematic diagram of the movement of this creation. The seventh figure is a schematic diagram of the noodle forming action of this creation. The eighth figure is a schematic diagram of the action of this creation. The ninth figure is a schematic diagram of the movement of rolling with the rolling mechanism in this creation.

10: Noodle aging machine

20: Noodle strip calendering and dividing machine

21: Noodle tape calendering device

22: Noodle strip dividing device

30: Lane separation device

31: Straight conveyor

32: Forked conveyor

40: Noodle forming machine

41: Ribbon dough calendering device

42: shredded wave making device

50: noodle conveying device

60: Folding device

70: Conveying device

Claims (4)

A composite noodle making equipment, including: One noodle aging machine for aging the pre-made noodles; A dough strip calendering and dividing machine connected to the dough strip maturation machine. The dough strip calendering and dividing machine includes at least one dough strip calendering device and a dough strip dividing device. The at least one dough strip calendering device is used for rolling the dough strip Pressing, the noodle band dividing device is used to divide the rolled noodle band into two band-shaped noodles; A lane-dividing conveying device is connected to the noodle belt calendering and dividing machine. The lane-dividing conveying device includes a straight conveying lane and a bifurcated conveying lane. The conveying path is used to separate the two belt-shaped noodles that are conveyed in parallel forward; A two-noodle forming machine is connected to the lane-dividing conveying device. The two-noodle forming machine respectively includes at least one ribbon-shaped dough calendering device and a cut wave making device. The at least one ribbon-shaped dough calendering device is used for performing the strip-shaped dough Rolling, the shredded wave making device is used to cut the rolled strip noodles into noodles and make them into waves; A two-noodle conveying device connected with the two-noodle forming machine, and the two-noodle conveying device is used for conveying the wavy noodles forward; and The two-folding device is connected with the two-noodle conveying device, and the two-folding device is used for cutting and folding the wavy noodles to form folded noodles and then falling down. The composite noodle making equipment according to claim 1, wherein the shredded wave-making device includes a shredded mechanism and a wave generator, and the shredded mechanism is used to cut the rolled strip-shaped noodles into noodles, the The wave maker is used to make the noodles into a wave shape. The composite noodle making equipment according to claim 1, wherein the two folding devices are respectively provided with a nipping wheel set, a cutting device, a guiding device, and a turning device in a machine body from top to bottom. And the hopper. The composite noodle making equipment according to claim 1, which further includes two supporting and conveying devices. The two-folding device folds the falling noodles downward and conveys it forward.

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