CN201541659U

CN201541659U - Full-automatic rice noodle machine

Info

Publication number: CN201541659U
Application number: CN2009202641090U
Authority: CN
Inventors: 廖强
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-12-04
Filing date: 2009-12-04
Publication date: 2010-08-11
Anticipated expiration: 2019-12-04

Abstract

The utility model discloses an automatic production processing device which produces rice noodle by taking rice as raw material, and comprises a pulverizing device for pulverizing rice into rice flour paste, and a rice noodle making device for processing the rice flour paste into rice noodle. The pulverizing device comprises a pulping machine, the discharging port of the pulping machine extends to a paste storage hopper, and the rice flour paste is pressed into a rice noodle making device through a pressure pump and a guiding pipe; the rice noodle making device comprises a frame, the paste storage hopper is fixed on the frame, a conveying belt capable of rotating anticlockwise is arranged under the discharging port of the paste storage hopper, a paste separator grid is arranged between the discharging port and the conveying belt, a rice noodle cutting device is arranged on the left side of the conveying belt, an oil adding groove is arranged between the rice noodle cutting device and a steam box, a cooling belt capable of rotating clockwise is arranged under the conveying belt, a fan is arranged at the bottom of the cooling belt and a rice noodle receiving plate is arranged on the right side of the cooling belt. The automatic production processing device automatically finishes the two procedures of rice pulverization and rice noodle making, has simple structure and is labor and time saving; besides, the height of the paste separator grid can be adjusted to realize simple and convenient operation; the rice noodle receiving plate is designed to have reciprocating movements automatically so that the rice noodle receiving operation is more humanized and simpler.

Description

Full-automatic river powder machine

Technical field

The utility model relates to a kind of production and processing device of fried rice noodles, specifically, relates to a kind of fully-automatic production processing unit (plant) from the rice to fried rice noodles.

Background technology

The device of production and processing fried rice noodles is a lot of at present, traditional river powder machine is by other device the rice milling to be become the ground rice slurry in advance, and then ground rice slurry is poured into the slurry storing funnel of river powder machine, both lost time like this, waste of manpower again, and also more complicated operates, in addition, the bad control of the thickness of the fried rice noodles of the processing of traditional river powder machine, the each change when needing to process the fried rice noodles of different-thickness, operation is all relatively wasted time and energy, and it all is manually operated also having the powder plate that connects of traditional river powder machine, need special people to stir aside and connect the powder plate, design also unreasonable.

The utility model content

At above deficiency, the utility model provides a kind of fully-automatic production processing unit (plant) from the rice to fried rice noodles, and it comprises the fuel pulverizing plant that the ground rice slurry is processed into fried rice noodles, and the abrasive dust device that rice is milled into the required ground rice slurry of fuel pulverizing plant.

Described abrasive dust device comprises fiberizer, and the ground rice slurry flows into fuel pulverizing plant by the discharging opening of described fiberizer.

Described abrasive dust device also comprises slurry storing funnel and compression pump, and described discharging opening stretches in the slurry storing funnel, and slurry storing funnel is pressed into fuel pulverizing plant by compression pump and conduit with the ground rice slurry.

Described fuel pulverizing plant comprises frame, be fixed with the slurry storing funnel of the ground rice slurry that stores abrasive dust device milling above the described frame, the discharging opening below of described slurry storing funnel is provided with by rotor and drives the circulation conveyer belt that rotates counterclockwise, top one deck of described conveyer belt runs through the sealing steam box that is fixed on the frame, and the described conveyer belt that is positioned at sealing steam box left side is provided with cuts the powder device.

The described powder device of cutting comprises the rotatingcylindrical drum that rolls together along with conveyer belt, and described cylinder two ends are rotatably connected to turning handle, and turning handle is connected on the frame, and cylinder surface is equidistantly embarked on journey along the vertical scrolling direction groove.

Be the branch of cavity slurry lattice in the middle of being provided with between described discharging opening and the conveyer belt, described branch slurry lattice upper surface is fixed with fixed head, has screw in the middle of the described fixed head, and fixed head is fixedlyed connected frame by screw with the screw rod that matches.

Described cutting between powder device and the steam box is provided with the oil groove that adds that is fixed on the frame directly over the conveyer belt, the described section that adds oil groove is " V " word, and the bottom that adds oil groove uniformly-spaced has small opening.

Be provided with cooling device under the described conveyer belt, described cooling device comprises the circulation salband, and salband clockwise rotates by the rotor drive of the left and right sides.

Described salband below is provided with the fan that upwards blows near the centre.

The below, right side of described salband is provided with and connects the powder device, the described powder device that connects comprises and connects the powder plate, the described powder plate bottom that connects is formed with groove, both sides are provided with guide rail before and after connecing the powder plate, be fixed with it corresponding guide groove on the frame, stir the groove that connects the powder plate and realize moving back and forth about it by being fixed on gear on the frame.

The beneficial effects of the utility model: river powder machine of the present utility model has increased the abrasive dust device that the rice milling is become the ground rice slurry on the basis of traditional river powder machine, like this two operations are automatically finished together, and is simple in structure, time saving and energy saving; Branch of the present utility model is in addition starched the adjustable height of lattice, can regulate the thickness of ground rice as required at any time, and is simple to operation; Also have the powder plate that connects of the present utility model to be designed to reciprocatingly automatically, needing can avoid manpower to remove to collect ground rice, make and operate hommization more, simplification.

Description of drawings

Fig. 1 is the overall structure schematic diagram of the utility model river powder machine;

Fig. 2 cuts powder apparatus structure schematic diagram for the utility model;

Fig. 3 a is that the utility model divides slurry lattice schematic top plan view, and Fig. 3 b is that the utility model divides slurry lattice master to look schematic diagram;

Fig. 4 a is that the utility model adds the oil groove cross-sectional schematic, and Fig. 4 b is that the utility model adds the oil groove schematic top plan view;

Fig. 5 a is that the utility model connects powder device cross-sectional schematic, and Fig. 5 b is that the utility model meets powder device master and looks schematic diagram.

The specific embodiment

Below in conjunction with accompanying drawing the utility model is further set forth, direction wherein of the present utility model is standard with Fig. 1.

As shown in Figure 1, full-automatic river powder machine of the present utility model comprises the abrasive dust device 2 that rice is milled into the required ground rice slurry of fuel pulverizing plant 1, and the fuel pulverizing plant 1 that the ground rice slurry is processed into fried rice noodles.Wherein, abrasive dust device 2 comprises fiberizer 21, the ground rice slurry flows into fuel pulverizing plant 1 by the discharging opening 211 of described fiberizer 21, consider the reason of height, the design of abrasive dust device 2 can also comprise slurry storing funnel 22 and compression pump 23, discharging opening 211 stretches in the slurry storing funnel 22, slurry storing funnel 22 is pressed into fuel pulverizing plant 1 by compression pump 23 and conduit 24 with the ground rice slurry, because fuel pulverizing plant 1 usefulness stores the device of ground rice slurry certain height was just arranged originally, if the ground rice slurry of wanting fiberizer 21 to come out can flow into automatically, the position of fiberizer 21 just must be higher so, it is just convenient inadequately to get up for operation (interpolation rice) like this, the design of the utility model by compression pump 23 can be satisfied fiberizer 21 in that the position can arbitrarily.Fuel pulverizing plant 1 comprises frame 3, frame 3 upper right side are fixed with the slurry storing funnel 11 of the ground rice slurry that is used for storing fiberizer 21 millings, slurry storing funnel 11 has discharging opening 111 left, be provided with under the discharging opening 111 by rotor 121 and drive the circulation conveyer belt 13 that rotates counterclockwise, the spatial form of this conveyer belt 13 is preferably triangle, last layer is a level, top one deck of conveyer belt 13 runs through the sealing steam box 14 that is fixed on the frame 3, and the conveyer belt 13 that is positioned at sealing steam box 14 left sides is provided with cuts powder device 15.

A lot of about cutting the powder Design of device, the utility model can adopt the general powder technology of cutting, also can adopt following technology, as shown in Figure 2, of the present utility model cut powder device 15 comprise along with rotatingcylindrical drum 151 that conveyer belt 13 rolls together (cylinder by and conveyer belt between friction realize clockwise rotating), cylinder 151 rear and front ends are rotatably connected to turning handle 152, turning handle 152 other ends connect frame 3, and equidistantly embarking on journey along vertical scrolling direction (vertical transport band upper surface) in cylinder 151 surfaces has groove 153.

On the basis of above-mentioned river powder machine, the branch slurry lattice 16 that the utility model can also increase a centre between discharging opening 111 and conveyer belt 13 be cavity, shown in Fig. 3 a and 3b, dividing slurry lattice 16 is a middle cuboid framework that hollows out, like this when the ground rice slurry flows into the cuboid framework, divide slurry lattice 16 can limit width and the thickness of ground rice slurry on conveyer belt, branch slurry lattice 16 upper surfaces of the present utility model also are fixed with fixed head 161, have screw 162 in the middle of the fixed head 161, fixed head 161 is fixedlyed connected frame 3 by screw 162 with the screw rod 163 that matches, the height that can divide slurry lattice 16 like this by screw rod 163 regulated at will, thereby realize regulating the thickness of ground rice, certainly this part can not wanted fixed head 161 yet, directly opens screw on minute slurry lattice 16 and support 3, divides the height of slurry lattice 16 by screw rod control.

The utility model can also add oil groove 17 directly over the conveyer belt 13 cutting between powder device 15 and the steam box 14, can conveniently cut powder like this, simultaneously can prevent that also the fried rice noodles that process from sticking together, add oil groove 17 fixedly connected frames 3, the section that adds oil groove 17 of the present utility model is " V " word, and the bottom that adds oil groove 17 uniformly-spaced has small opening 171.

The utility model can also increase cooling device 4 under conveyer belt 15, cooling device 4 comprises circulation salband 41, salband 41 clockwise rotates by rotor 122 drives of the left and right sides, like this after ground rice comes off from conveyer belt 15, automatically drop on the salband 41, salband 41 belows are provided with the fan 42 that upwards blows.

The utility model can also increase by one and connect powder device 5 below the right side of salband 41, the described powder device 5 that connects comprises and connects powder plate 51, connect powder plate 51 bottoms and be formed with groove 511, connect both sides, powder plate 51 front and back and be provided with guide rail 512, be fixed with it corresponding guide groove 513 on the frame, stir the groove 511 that connects powder plate 51 and realize moving back and forth about it by being fixed on gear 6 on the frame.

Like this after rice enters fiberizer 21 formation ground rice slurry inflow slurry storing funnels 22, flow into slurry storing funnel 11 by compression pump from conduit 24, the ground rice slurry that flows out from the discharging opening 11 of slurry storing funnel 11 forms the fried rice noodles shape that meets after wanting by minute slurry lattice 16 at conveyer belt 13, ground rice slurry on the conveyer belt 13 adds the thermosetting fried rice noodles through the steam box 14 of sealing, under the drive of conveyer belt 13, fried rice noodles after the heating are by adding oil groove 17 and cutting the fried rice noodles that powder device 15 forms heat, the fried rice noodles of heating drop into after the salband 41, cooling through passing through fan 42, become satisfactory fried rice noodles, be slipped to connecing on the powder plate of right side at last.

Claims

1. full-automatic river powder machine, it comprises the fuel pulverizing plant (1) that the ground rice slurry is processed into fried rice noodles, it is characterized in that, it also comprises the abrasive dust device (2) that rice is milled into the required ground rice slurry of fuel pulverizing plant (1).

2. full-automatic river powder machine according to claim 1 is characterized in that, described abrasive dust device (2) comprises fiberizer (21), and the ground rice slurry flows into fuel pulverizing plant (1) by the discharging (211) of described fiberizer (21).

3. full-automatic river powder machine according to claim 2, it is characterized in that, described abrasive dust device (2) also comprises slurry storing funnel (22) and compression pump (23), described discharging opening (211) stretches in the slurry storing funnel (22), and slurry storing funnel (22) is pressed into fuel pulverizing plant (1) by compression pump (23) and conduit (24) with the ground rice slurry.

4. according to claim 1,2 or 3 described full-automatic river powder machines, it is characterized in that, described fuel pulverizing plant (1) comprises frame (3), be fixed with the slurry storing funnel (11) of the ground rice slurry that stores abrasive dust device (2) milling above the described frame (3), discharging opening (111) below of described slurry storing funnel (11) is provided with by rotor (121) and drives the circulation conveyer belt (13) that rotates counterclockwise, top one deck of described conveyer belt (13) runs through the sealing steam box (14) that is fixed on the frame (3), and the described conveyer belt (13) that is positioned at sealing steam box (14) left side is provided with cuts powder device (15).

5. full-automatic river powder machine according to claim 4, it is characterized in that, the described powder device (15) of cutting comprises the rotatingcylindrical drum (151) that rolls together along with conveyer belt (13), described cylinder (151) two ends are rotatably connected to turning handle (152), turning handle (152) is connected on the frame (3), equidistantly embarks on journey along the vertical scrolling direction groove (153) is arranged in cylinder (151) surface.

6. full-automatic river powder machine according to claim 5, it is characterized in that, branch for cavity in the middle of being provided with between described discharging opening (111) and the conveyer belt (13) is starched lattice (16), described branch slurry lattice (16) upper surface is fixed with fixed head (161), have screw (162) in the middle of the described fixed head (161), fixed head (161) is fixedlyed connected frame (3) by screw (162) with the screw rod that matches (163).

7. full-automatic river powder machine according to claim 5, it is characterized in that, described cutting between powder device (15) and the steam box (14), be provided with directly over the conveyer belt (13) to be fixed on and add oil groove (17) on the frame (3), the described section that adds oil groove (17) is " V " word, and the bottom that adds oil groove (17) uniformly-spaced has small opening (171).

8. full-automatic river powder machine according to claim 4, it is characterized in that, be provided with cooling device (4) under the described conveyer belt (15), described cooling device (4) comprises circulation salband (41), and salband (41) clockwise rotates by rotor (122) drive of the left and right sides.

9. full-automatic river powder machine according to claim 8 is characterized in that, described salband (41) below is provided with the fan (42) that upwards blows near the centre.

10. according to Claim 8 or 9 described full-automatic river powder machines, it is characterized in that, the below, right side of described salband (41) is provided with and connects powder device (5), the described powder device (5) that connects comprises and connects powder plate (51), described powder plate (51) bottom that connects is formed with groove (511), connect that both sides are provided with guide rail (512) before and after the powder plate (51), be fixed with corresponding with it guide groove (513) on the frame, stir the groove (511) that connects powder plate (51) and realize moving back and forth about it by being fixed on gear (6) on the frame.