CN212087813U - Flake and wadding composite noodle press - Google Patents

Abstract

A flake compound noodle pressing machine, comprising a frame and two primary belt rolling mechanisms with at least two pairs of upper and lower rolls, the two primary belt rolling mechanisms are installed on the frame oppositely in a V-shape, and in each The top of a pair of rolls is provided with a dough flock feeding port; a face-tape composite roll mechanism is installed on the frame next to the lower part of the two primary face-tape roll mechanisms; under each of the primary face-tape roll mechanisms are respectively equipped with a first roll mechanism. A surface belt conveyor belt and a second surface belt conveyor belt; a third surface belt conveyor belt for outputting the composite surface belt is arranged at the outlet of the surface belt composite roller mechanism. The advantages of the utility model are: through two sets of primary noodle roll mechanisms and noodle compound roll mechanisms arranged oppositely, the noodle flocs of a variety of different materials can be formed into a composite noodle belt of a variety of materials, so that the noodles are more vigorous. The overall structure is compact and simple, occupies a small space, is convenient to use, and greatly improves the production efficiency.

Description

Sheet flakes compound pressing machine

technical field

The utility model relates to a flake-floc compound noodle pressing machine, which is mainly used for food processing.

Background technique

The disadvantages of the existing products are: complex structure, low yield, and bad taste of processed food.

SUMMARY OF THE INVENTION

The utility model provides a flake-floc compound noodle pressing machine to solve the above problems existing in the prior art.

The technical scheme of the utility model is as follows: a flake composite noodle pressing machine, comprising a frame and two primary noodle strips which are provided with at least two pairs of upper and lower rollers and are respectively used for pressing noodle flakes of two or more materials into primary noodle strips. The surface belt roller mechanism, two of the primary surface belt roller mechanisms are installed on the frame opposite to each other in a V-shape, and the top of each pair of rollers is provided with a batt feeding opening; beside the lower parts of the two primary surface belt roller mechanisms The stand is equipped with a surface belt compound roll mechanism for compounding the two layers of the primary surface belt rolls together; under each of the primary surface belt roll mechanisms are respectively equipped with one for the primary surface belt roll mechanism. The output dough belt is conveyed to the first surface belt conveyor belt and the second surface belt conveyor belt at the entrance of the surface belt compound roll mechanism; a third surface belt for outputting the compound dough belt is installed at the outlet of the dough belt compound roll mechanism Belt conveyor.

The advantages of the utility model are: through two sets of primary noodle roll mechanisms and noodle compound roll mechanisms arranged oppositely, the noodle flocs of a variety of different materials can be formed into a composite noodle belt of a variety of materials, so that the noodles are more vigorous. The overall structure is compact and simple, occupies a small space, is convenient to use, and greatly improves the production efficiency.

Description of drawings

Fig. 1 is the three-dimensional structure schematic diagram of the present utility model;

Fig. 2 is the three-dimensional structure schematic diagram of a primary surface belt roll mechanism in Fig. 1;

Fig. 3 is the three-dimensional structure schematic diagram of the other side of Fig. 2;

Fig. 4 is the three-dimensional structure schematic diagram of the surface belt compound roll mechanism in Fig. 1;

Figure 5 is a schematic diagram of the basic structure and working principle of the present invention.

Description of reference numerals: 1-3, (the first to third pairs on the left) rolls; 4-6, (the fourth to the third and sixth pairs on the left) rolls; 7. Surface-tape compound roll mechanism; 71, Composite dough belt driving roller; 72, dough tape composite driven roller; 72, composite dough tape driven roller; 73, composite dough tape driving gear; 74, composite dough tape roll support plate; 8, dough floc; 9, first Primary noodle belt; 10. Second primary noodle belt; 11. Fluffing bucket; 12. Fluffing guide plate; 13. Shelf plate; 14. Motor; 15. Rack; 16. First noodle belt conveyor; 17. The second belt conveyor; 18, the third belt conveyor; 19, the primary belt roll assembly support plate; 20, the roller spacing adjustment mechanism; 21, the stirring rod; 23, the driving roller shaft; 24, the driving gear; 25, the slave 26. Gear of stirring rod.

Detailed ways

Referring to Fig. 1-Fig. 3, a flake and flock compound noodle pressing machine of the present invention includes a frame 15, and two rollers with at least three pairs (may be 2-4 pairs), which are used to separate three or more materials respectively. The primary noodle roll mechanism is to press the noodle flocs into primary noodle strips. The two primary noodle roll mechanisms are installed on the frame 15 opposite to each other in a V shape, and each pair of rolls is provided with a noodle throwing port above. The six pairs of rolls of the two primary surface belt roll mechanisms are respectively: the first pair of rolls 1, the second pair of rolls 3 and the third pair of rolls 3 are arranged at intervals from top to bottom on the left side; the right side is arranged at intervals from top to bottom The fourth pair of rolls 4, the fifth pair of rolls 5 and the sixth pair of rolls 6. On the frame 15 next to the lower part of the two primary surface belt roll mechanisms, there is a surface belt compound roll mechanism 7 for compounding the two layers of the primary surface belt rolls together; A first surface belt conveyor belt 16 and a second surface belt conveyor belt 17 are respectively installed below for conveying the dough belts 9 and 10 output by the primary surface belt roll mechanism to the entrance of the surface belt composite roll mechanism 7; The outlet of the belt compound roll mechanism 7 is equipped with a third belt conveyor 18 for outputting the compound belt.

Each of the primary surface belt roll mechanisms includes at least two pairs of upper and lower spaced rollers, each pair of rollers is parallel to each other and rotatably supported between two primary surface belt roller assembly support plates 19, the primary surface belt roller assembly supports The plate 19 is connected to the frame 15; a batt feeding bucket 11 is installed above the two groups of primary batter roll mechanisms, and a batt guide plate 12 is provided on the upper side between each pair of rolls as the described Dough feeding port; each pair of rolls is composed of a driving roll and a driven roll, and the driving roll shaft 23 is connected with the motor 14 installed on the frame; the shaft of each driven roll and the primary roll assembly support plate Between the 19, a roll spacing adjustment mechanism 20 for adjusting the spacing between the driving roll and the driven roll is installed (due to the small adjustment distance, the mutual meshing of the transmission gears between the rolls is not affected).

A stirring rod 21 is installed in each of the above-mentioned batting openings, and a plurality of radial short stirring rods or blades are arranged on the stirring rod 21; the two ends of the stirring rod 21 are rotatably supported on the The two primary face belt roll assemblies are connected between the support plates 19 and are connected with the drive shaft 23 in a driving manner.

Each of the driving roller shafts 23 is connected to the output shaft of a motor 14 in a driving manner; a driving gear 24 is installed on the driving roller shaft 23, and one end of the driven roller and one end of the stirring rod 21 are provided. A driven gear 25 and a stirring rod gear 26 meshing with the driving gear 24, respectively, are provided.

Referring to FIG. 4 , the described noodle belt compound roll mechanism 7 includes a compound noodle belt driving roller 71, a compound noodle belt driven roller 72, a compound noodle belt driving gear 73, a compound noodle belt roll support plate 74 and a synchronous transmission mechanism 75. The dough belt driving roller 71 and the composite dough belt driven roller 72 are rotatably supported between two composite dough tape roll support plates 74, and the composite dough tape roll support plate 74 is fixed on the frame 15; the composite dough belt driving roller 71 One end is drivingly connected to the same end of the driven roller 72 of the composite surface belt through the driving gear 73 of the composite surface belt, and the other end of the driving roller 71 of the composite surface belt is drivingly connected to the third surface belt conveyor belt 18 through the synchronous transmission mechanism 75. .

A roll spacing adjusting mechanism 20 is installed between the two ends of the driven roller 72 for the composite surface belt and the corresponding support plate 74 for the composite surface belt roll.

The roll spacing adjustment mechanism 20 of the present invention is in the prior art.

Referring to Fig. 5, the working process of the present utility model is as follows: the batting feeding openings (that is, the batting hopper 11 at the upper end and each pair of rolls) on the outer sides of each of the three pairs of rolls of the two groups of primary batter roll mechanisms that are arranged opposite to each other. The outer side of the noodle guide plate 12 is put into different noodle 8 respectively, and the three pairs of rolls of the two sets of primary noodle roll mechanisms on both sides are respectively pressed into the first primary noodle strip 9 with the three materials combined together. and the second primary noodle belt 10, the two primary noodle belts are respectively transported by the first noodle belt conveyor belt 16 and the second noodle belt conveyor belt 17 to the entrance of the composite noodle belt roll mechanism 7, and after the calendering of the composite noodle belt roll mechanism 7 The final composite noodle band is formed to complete the work of noodle compounding. Then, it is transported to the rear process by the third surface belt conveyor 18 to continue processing.

Claims (7)

1. The utility model provides a sheet wadding composite noodle press, includes frame (15), its characterized in that still includes: two primary surface belt rolling mechanisms which are at least provided with an upper pair of rollers and a lower pair of rollers and are respectively used for pressing surface wadding of more than two materials into a primary surface belt, the two primary surface belt rolling mechanisms are oppositely arranged on the rack (15) in a V shape, and a surface wadding putting opening is arranged above each pair of rollers; a surface belt composite rolling mechanism (7) for compounding two layers of the primary surface belt rollers is arranged on a frame (15) beside the lower parts of the two primary surface belt rolling mechanisms; a first surface belt conveyor belt (16) and a second surface belt conveyor belt (17) which are used for conveying the surface belt output by the primary surface belt rolling mechanism to the inlet of the surface belt composite rolling mechanism (7) are respectively arranged below each primary surface belt rolling mechanism; a third surface belt conveyor belt (18) for outputting the composite surface belt is arranged at the outlet of the surface belt composite rolling mechanism (7).

2. The sheeted composite sheeter according to claim 1, wherein each of the primary nip roll mechanisms comprises at least two pairs of spaced apart rolls, each pair of rolls being parallel to each other and rotatably supported between two primary nip roll assembly support plates (19), the primary nip roll assembly support plates (19) being connected to the frame (15); a dough wadding throwing hopper (11) is arranged above the two groups of primary dough belt rolling mechanisms, and a dough wadding guide plate (12) is respectively arranged at one side above each pair of rollers and is used as a dough wadding throwing port; each pair of rollers consists of a driving roller and a driven roller, and a driving roller shaft (23) is in transmission connection with a motor (14) arranged on the rack; a roll gap adjusting mechanism (20) for adjusting the gap between the drive roll and the driven roll is provided between the shaft of each driven roll and the support plate (19) of the primary surface belt roll assembly.

3. The sheeted composite sheeter according to claim 2, wherein each of the primary sheet nip roll mechanisms comprises 2-4 pairs of nip rolls.

4. The sheeted and batting composite noodle press according to claim 3, wherein each of the dough batting feeding openings is provided with a stirring rod (21), and a plurality of radial stirring short rods or blades are arranged on the stirring rod (21); the two ends of the stirring rod (21) are rotatably supported between the two primary surface belt roll assembly supporting plates (19) and are in transmission connection with the driving roll shaft (23).

5. The sheeted dough sheeter according to claim 2 or 4, wherein each of the drive rollers (23) is in driving connection with an output shaft of one of the motors (14); a driving gear (24) is arranged on the driving roller shaft (23), and a driven gear (25) and a stirring rod gear (26) which are respectively meshed with the driving gear (24) are arranged at one end of the driven roller and one end of the stirring rod (21).

6. The sheet-wadding composite noodle press according to claim 1, wherein the dough belt composite rolling mechanism (7) comprises a composite dough belt driving roller (71), a composite dough belt driven roller (72), a composite dough belt driving gear (73), a composite dough belt roller supporting plate (74) and a synchronous transmission mechanism (75), the composite dough belt driving roller (71) and the composite dough belt driven roller (72) are rotatably supported between two composite dough belt roller supporting plates (74), and the composite dough belt roller supporting plates (74) are fixed on the frame (15); one end of the composite surface belt driving roller (71) is in transmission connection with the same end of the composite surface belt driven roller (72) through a composite surface belt driving gear (73), and the other end of the composite surface belt driving roller (71) is in transmission connection with the third surface belt conveying belt (18) through a synchronous transmission mechanism (75).

7. The sheeted dough sheeter according to claim 6, wherein a roll gap adjustment mechanism (20) is provided between each end of the composite dough belt driven roll (72) and the corresponding composite dough belt roll support plate (74).

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