CN203313972U

CN203313972U - Fried dough twist forming machine

Info

Publication number: CN203313972U
Application number: CN2013202721547U
Authority: CN
Inventors: 周兴邦; 周珍凤; 宋学礼
Original assignee: SHANGQIU FUDA FOOD MACHINERY CO Ltd
Current assignee: SHANGQIU FUDA FOOD MACHINERY CO Ltd
Priority date: 2013-05-20
Filing date: 2013-05-20
Publication date: 2013-12-04
Anticipated expiration: 2023-05-20

Abstract

The utility model discloses a fried dough twist forming machine which consists of a hydraulic device, a large dough vat, three small dough vats, three fried dough twist forming devices and a transmission device, wherein the three small dough vats are uniformly arranged at the bottom of the large dough vat at a 120-degree angle and are communicated with the large dough vat; a transmission gear is mounted on each small dough vat, and the three fried dough twist forming devices are uniformly arranged below the bottom; the transmission device is mounted below the large dough vat; driving gears on the transmission device are arranged at the middles of the three small dough vats and are meshed with the transmission gears on the three small dough vats while driving the three fried dough twist forming devices to rotate; three die heads are arranged on each fried dough twist forming device; and the three die heads automatically rotate at the same speed in the same direction on the fried dough twist forming devices. Each fried dough twist machine can be used for producing three fried dough twists once, and each machine can be used for producing 50-75kg of dough per hour, thereby improving the working efficiency by over three times, improving the labor efficiency and saving the production cost; and moreover, the power consumption is low, and the fired dough twist machine producing one fired dough twist needs 2.2Kw power while the device disclosed by the utility model only needs 0.9Kw power, thus the energy saving effect is obvious.

Description

Twist molding machine

Technical field

The utility model relates to a kind of food machinery, but is specially the twist molding machine of three fried dough twists of a kind of one-shot forming.

Background technology

Fried dough twist is a kind of traditional food, because it is delicious, instant, in national each province and city, autonomous region, has a large amount of food factories to produce.The tradition fried dough twist is made by hand mostly, and efficiency is lower.The fried dough twist manufacturing machine that twist molding machine has spiral squeezing type, hydrostatic pressure and gas static pressure mode mutually to wrap at present, can only fried dough twist of output in face cylinder of every machine, every production of machinery face piece 10-20kg/ h, manpower consumption is many, efficiency is low, can not meet the need of production of food factory.

Summary of the invention

The purpose of this utility model is: design the twist molding machine of three fried dough twists of a kind of one-shot forming, to increase work efficiency, overcome the deficiency that prior art exists.

Realize that the technical scheme that the utility model purpose is taked is: it is comprised of hydraulic means, large face cylinder, three facet cylinders, three fried dough twist formers and transmission device, three facet cylinders are 120 ° and are located at large face cylinder bottom section, and be connected with large face cylinder, a travelling gear all is installed on each facet cylinder, is 120 ° below bottom to be provided with three fried dough twist formers; Transmission device is arranged on below large face cylinder, and the driving gear on transmission device is arranged in the middle of three facet cylinders, and simultaneously with three facet cylinders on the travelling gear engagement, drive three fried dough twist formers simultaneously and rotate; Be provided with three die heads on each fried dough twist former, three die head synchronized rotations in the same way on the fried dough twist former.

The fried dough twist former comprises a die coat, three mould inner sleeves, three bearings, three driven gears, fixedly ring gear, three die heads, three mould inner sleeves are on 120 ° of die coats that are arranged on below the facet cylinder through bearing, and rotate with die coat, die head is arranged on mould inner sleeve lower surface, and driven gear is arranged on mould inner sleeve lower end; Fixedly ring gear is arranged on die coat below, is arranged on frame, and the driven gear put in three moulds simultaneously and fixedly ring gear engagement, drives three mould inner sleeves and die head rotation.

Good effect of the present utility model is: every twist drills machine once can be produced three fried dough twists, and every production of machinery face piece 50-75kg/h improves work efficiency more than three times, has improved efficiency, has saved production cost; Power consumption is little, and the twist drills machine of producing a fried dough twist needs power 2.2Kw, and this device only needs power 0.9Kw, and energy-saving effect is remarkable.

The accompanying drawing explanation

Accompanying drawing 1 is the structural representation that the utility model has only been drawn a fried dough twist former; The I partial enlarged drawing that accompanying drawing 2 is accompanying drawing 1; The B that accompanying drawing 3 is accompanying drawing 1 is to view; The C that accompanying drawing 4 is accompanying drawing 1 is to view.

The specific embodiment

As shown in Figure 1, it is comprised of the large face cylinder of hydraulic cylinder 15,3, three facet cylinders 4, three fried dough twist formers and transmission device the utility model, and large face cylinder 3 is interior arranges a pressure surface plate 16, and the piston rod of hydraulic cylinder 15 is connected on pressure surface plate 16; Three facet cylinders 4 are 120 ° and evenly are located at large face cylinder 4 bottoms, and are connected with large face cylinder 3, are 120 ° below bottom evenly to be provided with three fried dough twist formers; Transmission device is comprised of motor 1 chain 2 power transmission shafts 21 and driving gear 14, is arranged on below large face cylinder 3, and power transmission shaft 21 is arranged on the shaft core position below large face cylinder 3; Through bearing 5 and sealing ring 20, a travelling gear 6 is installed respectively on three facet cylinders 4, driving gear 14 on transmission device is arranged in the middle of three facet cylinders 4, and the while meshes with the travelling gear 6 on three facet cylinders 4, drives three fried dough twist formers 23 simultaneously and rotates (as shown in Figure 3); Fried dough twist former 23 comprises a die coat 7, three mould inner sleeves 8, three bearings 12, three driven gears 11, one fixedly ring gear 13, three die head 10(are as shown in Figure 2), three mould inner sleeves 8 are on 120 ° of die coats 7 that evenly are arranged on below facet cylinder 4 through bearing 12, sealing ring 19 respectively, and rotate with die coat 7, two die hole 24(that appear are arranged as shown in Figure 4 above die head 10), die head 10 is arranged on mould inner sleeve 8 lower surfaces through mould end socket 9, and driven gear 11 is arranged on mould inner sleeve 8 lower ends; Fixedly ring gear 13 is arranged on die coat 7 belows, is arranged on frame 22, and the driven gear 11 on three mould inner sleeves 8 simultaneously and fixedly ring gear 13 engagements, drives that three mould inner sleeves 8 and die head 10 are synchronized, rotation in the same way.

The course of work of the present utility model is:

The face piece of becoming reconciled is put into to large face cylinder 3, utilize the hydraulic cylinder 15 of hydraulic oil pump through the 16 opposite piece pressurizations of pressure surface plate, face progressively is squeezed into three facet cylinders 4, enter fried dough twist former 23 by facet cylinder 4, motor 1 drives a driving gear 14, driving gear 14 drives three travelling gear 6 and three groups of fried dough twist former 23 rotations that are in 120 ° of angles, and the face piece is extruded from the fried dough twist former of at the uniform velocity rotation; Rotation due to die head 10, two kept men of a noblewoman that extrude first wrap, two faces that mutually wrap separately on three die heads 10 of each fried dough twist former 23 wrap mutually again, form the fried dough twist bar of one six three strands, three fried dough twist formers 23 go out the fried dough twist bar of three six three strands simultaneously, through fried dough twist bar cutter 18, the fried dough twist bar is cut into to the fried dough twist section that length is consistent, one section is a finished product fried dough twist, by fried dough twist bar conveyer belt 17, fried dough twist is transported to assigned address.

Claims

1. a twist molding machine, it is characterized in that: it is comprised of hydraulic means, large face cylinder, three facet cylinders, three fried dough twist formers and transmission device, three facet cylinders are 120 ° and are located at large face cylinder bottom section, and be connected with large face cylinder, a travelling gear all is installed on each facet cylinder, is 120 ° below bottom to be provided with three fried dough twist formers; Transmission device is arranged on below large face cylinder, and the driving gear on transmission device is arranged in the middle of three facet cylinders, and simultaneously with three facet cylinders on the travelling gear engagement, drive three fried dough twist formers simultaneously and rotate; Be provided with three die heads on each fried dough twist former, three die head synchronized rotations in the same way on the fried dough twist former.

2. twist molding machine according to claim 1, it is characterized in that: the fried dough twist former comprises a die coat, three mould inner sleeves, three bearings, three driven gears, fixedly ring gear, three die heads, three mould inner sleeves are on 120 ° of die coats that are arranged on below the facet cylinder through bearing, and rotate with die coat, die head is arranged on mould inner sleeve lower surface, and driven gear is arranged on mould inner sleeve lower end; Fixedly ring gear is arranged on die coat below, is arranged on frame, and the driven gear put in three moulds simultaneously and fixedly ring gear engagement, drives three mould inner sleeves and die head rotation.