CN204811988U

CN204811988U - Continuous pastry machine

Info

Publication number: CN204811988U
Application number: CN201520532812.0U
Authority: CN
Inventors: 陈玉庆
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-07-22
Filing date: 2015-07-22
Publication date: 2015-12-02
Anticipated expiration: 2025-07-22

Abstract

The utility model discloses a continuous pastry machine aims at providing one kind and can carry out ball class filling food's the manufacturing consecutively, and the production process is quick, stable, the secure pastry machine of finished product quality. It includes the main frame, filling portion goes out, go out cortex, take -up conveyor belt, be equipped with well axostylus axostyle on the main frame, two are cut off the portion, the axostylus axostyle was as center symmetry of each other during two portions of cutting off used, be equipped with the take -up (stock) pan on the well axostylus axostyle, the portion that cuts off is including the capstan, the swing arm, form the blanking clearance between the lateral wall of two capstans, two capstans revolve to on the contrary, be equipped with the cutting off cutter on the capstan lateral wall, every swing arm is all through a retarder connection to a rotating motor, it includes the filling hopper to go out filling portion, go out the filling pipe, it includes the cladding case to go out cortex, go out the leather hose, the cladding incasement is equipped with the spiral and pushes away the skin pole, it is in within the leather hose to go out the filling pipe, the blanking clearance is in under the leather hose, the take -up (stock) pan is in under the blanking clearance, be equipped with on the take -up (stock) pan and push away the material cylinder, be equipped with the scraping wings on pushing away the piston rod of material cylinder.

Description

A kind of stuffing-wrapping machine continuously

Technical field

The utility model belongs to food with filling manufacturing technology field, particularly relates to a kind of stuffing-wrapping machine continuously.

Background technology

Often visible many ball class food with filling in life, as the rice dumpling, bag heart beef dumplings etc. all belong to this type of.Food with filling can be divided into cladding and fillings, and cladding is generally the skin be mixed by flour or flour and other raw material (as Vegetable powder, food additives etc.), and fillings is then more various, can select heartily according to the hobby of people, demand.And the manufacturing equipment of current ball class food with filling, although the manufacture of a ball can be realized, in manufacture continuity, production efficiency, end product quality etc., still have some shortcomings and deficiency.

Utility model content

The utility model is to overcome deficiency of the prior art, and provide a kind of rational in infrastructure, can carry out the manufacturing of ball class food with filling continuously, production process is quick, stable, the stuffing-wrapping machine that end product quality is secure.

To achieve these goals, the utility model is by the following technical solutions:

A kind of stuffing-wrapping machine continuously, comprise mainframe, go out filling portion, go out skin zone, splicing conveyer belt, described mainframe is provided with central shaft rod, two cutting portions, two cutting portions are symmetrical mutually centered by central shaft rod, described central shaft rod is provided with receiver, described cutting portion comprises the capstan of level, the swing arm be coaxially connected with capstan, blanking clearance is formed between the sidewall being under the jurisdiction of two capstans of two cutting portions, two capstan rotation directions are contrary, described capstan sidewall is provided with cutoff tool, described swing arm and a bar stop collar are rotationally connected, described bar stop collar is located on mainframe, each swing arm is all connected to a turn motor by one speed reducer, the described filling portion that goes out comprises fillings bucket, what be connected to fillings bucket lower end goes out filling pipe, described fillings bucket is provided with and adds fillings mouth, the described skin zone that goes out comprises cladding case, what be communicated with cladding case goes out leather hose, described cladding case is provided with and adds cladding mouth, be provided with in described cladding case and push away skin bar by the spiral of cladding bar driven by motor, the described filling pipe that goes out is within leather hose, go out leather hose inwall and go out between filling pipe outer wall and form out cladding chamber, described blanking clearance is in immediately below leather hose, described receiver is in immediately below blanking clearance, described receiver is provided with pusher cylinder, the piston rod of pusher cylinder is provided with scraping wings, described splicing conveyer belt is in by receiver, splicing conveyer belt overhead height is lower than receiver place height, at least two batch mixing rotor plates by batch mixing driven by motor are provided with in described fillings bucket.

Go out filling portion for going out fillings, go out skin zone for going out cladding, fillings is wrapped within cladding, when two blades rotate to relative, makes " cut-out action ".Be in when a ball is shaping on receiver, shaping rear being pushed away by scraping wings is fallen on splicing conveyer belt.Fillings is likely more than a kind of, after multiple fillings adds fillings bucket together, before entering out filling pipe, again can be stirred mixing by batch mixing rotor plate, improve fillings uniformity.

As preferably, described go out in cladding chamber to be provided with help out skin helical tooth, the described skin helical tooth that helps out is located at out on filling pipe outer wall.Help out skin helical tooth can be passive (fixing), also can be initiatively (can lay out leather hose axis to rotate), its effect be all that auxiliary cladding can more successfully outwards movement.

As preferably, described mainframe is provided with sliding shaft sleeve, described central shaft rod and sliding shaft sleeve are slidably connected, glide direction is vertical, the push shaft cam for promoting central shaft rod is provided with below described central shaft rod, described push shaft cam is driven by a cam motor, and the pivot center of described push shaft cam is vertical with central shaft rod.In the manufacturing process of a ball, push shaft cam can drive receiver to move up and down by central shaft rod.If receiver is fixing, time then blanking (cladding that enclose fillings falls), due to gravity, a ball can become more flat (side direction is wider), and in this programme, the cladding of each ball is when reaching receiver at first, receiver is in a high position (extreme higher position that receiver top can be arrived by push shaft cam), along with the carrying out of blanking, receiver position reduces, due to gravity, cladding, fillings can move down together, and the cladding at middle part, fillings is maximum, so middle part moves down relatively faster, be equivalent to the function having had an in the vertical direction " an elongation ball ", thus the circularity of ball entirety can be improved.

As preferably, described central shaft rod lower end is provided with one and pushes plate, and described pushes plate level, described push shaft cam with push plate bottom surface and contact.Push shaft cam drives central shaft rod to move up and down by promoting to push plate, and local impact reduces, and process is more smooth, and the stability in the course of work is also better.

As preferably, described receiver is provided with blanking swash plate, and upper end and the receiver of described blanking swash plate are hinged, and the lower end of described blanking swash plate is free end, and described free end-rack leans against on splicing conveyer belt.After a ball pushed away from receiver, no matter what position receiver is in, blanking swash plate all can provide an inclined-plane between receiver and splicing conveyer belt, allow a ball can not fall (can not freely falling body) without foundation, but can base oneself on to some extent, stably tumble on splicing conveyer belt, reduce the possibility of being significantly out of shape, damaging.

The beneficial effects of the utility model are: automatically can realize cladding, the release of fillings and faric action, faric complete after automatically can cut off cladding and proceed the production of a next ball, manufacture process continuously, efficient; Receiver reasonably can move up and down in faric process, avoids a finished product ball excessively flat; There is blanking swash plate structure, the possibility that a finished product ball is significantly out of shape, damages can be reduced.

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model;

Fig. 2 is the partial enlarged drawing of Fig. 1;

Fig. 3 is the structural representation at the utility model capstan place.

In figure: splicing conveyer belt 1, central shaft rod 2, receiver 3, capstan 4, swing arm 5, cutoff tool 6, bar stop collar 7, decelerator 8, turn motor 9, fillings bucket 10, go out filling pipe 11, cladding case 12, go out leather hose 13, add cladding mouth 14, spiral pushes away skin bar 15, pusher cylinder 16, scraping wings 17, help out skin helical tooth 18, sliding shaft sleeve 19, push shaft cam 20, push plate 21, blanking swash plate 22, batch mixing rotor plate 23.

Detailed description of the invention

Below in conjunction with the drawings and specific embodiments, the utility model is further described.

In embodiment as shown in Figure 1 to Figure 3, a kind of stuffing-wrapping machine continuously, comprise mainframe, go out filling portion, go out skin zone, splicing conveyer belt 1, described mainframe is provided with central shaft rod 2, two cutting portions, two cutting portions are symmetrical mutually centered by central shaft rod, described central shaft rod is provided with receiver 3, described cutting portion comprises the capstan 4 of level, the swing arm 5 be coaxially connected with capstan, blanking clearance is formed between the sidewall being under the jurisdiction of two capstans of two cutting portions, two capstan rotation directions are contrary, described capstan sidewall is provided with cutoff tool 6, described swing arm and a bar stop collar 7 are rotationally connected, described bar stop collar is located on mainframe, each swing arm is all connected to a turn motor 9 by one speed reducer 8, the described filling portion that goes out comprises fillings bucket 10, what be connected to fillings bucket lower end goes out filling pipe 11, described fillings bucket is provided with and adds fillings mouth, the described skin zone that goes out comprises cladding case 12, what be communicated with cladding case goes out leather hose 13, described cladding case is provided with and adds cladding mouth 14, be provided with in described cladding case and push away skin bar 15 by the spiral of cladding bar driven by motor, the described filling pipe that goes out is within leather hose, go out leather hose inwall and go out between filling pipe outer wall and form out cladding chamber, described blanking clearance is in immediately below leather hose, described receiver is in immediately below blanking clearance, described receiver is provided with pusher cylinder 16, the piston rod of pusher cylinder is provided with scraping wings 17, described splicing conveyer belt is in by receiver, splicing conveyer belt overhead height is lower than receiver place height, at least two batch mixing rotor plates 23 by batch mixing driven by motor are provided with in described fillings bucket.

Described go out in cladding chamber to be provided with help out skin helical tooth 18, the described skin helical tooth that helps out is located at out on filling pipe outer wall.Described mainframe is provided with sliding shaft sleeve 19, described central shaft rod and sliding shaft sleeve are slidably connected, glide direction is vertical, the push shaft cam 20 for promoting central shaft rod is provided with below described central shaft rod, described push shaft cam is driven by a cam motor, and the pivot center of described push shaft cam is vertical with central shaft rod.Described central shaft rod lower end is provided with one and pushes plate 21, and described pushes plate level, described push shaft cam with push plate bottom surface and contact.Described receiver is provided with blanking swash plate 22, and upper end and the receiver of described blanking swash plate are hinged, and the lower end of described blanking swash plate is free end, and described free end-rack leans against on splicing conveyer belt.

During utility model works, cladding raw material in cladding case is subject to screw extrusion and the promotion that spiral pushes away skin bar, move towards going out leather hose, and extrude from going out leather hose lower end, form " bottom " of a ball, and after the fillings in fillings bucket enters out filling pipe, discharging from going out filling pipe lower end, within " bottom " that fillings enters a ball while discharging, and discharging downwards along with cladding, fillings continuous print, " faric " action also continues to carry out, and the cladding that enclose fillings subsequently reaches receiver through blanking clearance.In above process, capstan is rotate always, when the blade that capstan turns to the cutoff tool on it is relative, because two blades are drawn close mutually, cladding is extruded to be drawn close, cuts off, simultaneously, between blade, the cladding of extruding mutually has also squeezed off downward always release, continuous print fillings, and a ball has just been made.And when between blade, the cladding of extruding mutually separates with below cladding, also complete pipe sensitive adhesion in passing, define a next ball " bottom ", thus faric action can be proceeded, and complete aforesaid ball manufacture process continuously, realize quick continuous print and produce.And the ball be made on receiver, receiver can be pushed away by pusher cylinder, fall on splicing conveyer belt and be transported to next station.

Claims

1. a continuous stuffing-wrapping machine, it is characterized in that, comprise mainframe, go out filling portion, go out skin zone, splicing conveyer belt, described mainframe is provided with central shaft rod, two cutting portions, two cutting portions are symmetrical mutually centered by central shaft rod, described central shaft rod is provided with receiver, described cutting portion comprises the capstan of level, the swing arm be coaxially connected with capstan, blanking clearance is formed between the sidewall being under the jurisdiction of two capstans of two cutting portions, two capstan rotation directions are contrary, described capstan sidewall is provided with cutoff tool, described swing arm and a bar stop collar are rotationally connected, described bar stop collar is located on mainframe, each swing arm is all connected to a turn motor by one speed reducer, the described filling portion that goes out comprises fillings bucket, what be connected to fillings bucket lower end goes out filling pipe, described fillings bucket is provided with and adds fillings mouth, the described skin zone that goes out comprises cladding case, what be communicated with cladding case goes out leather hose, described cladding case is provided with and adds cladding mouth, be provided with in described cladding case and push away skin bar by the spiral of cladding bar driven by motor, the described filling pipe that goes out is within leather hose, go out leather hose inwall and go out between filling pipe outer wall and form out cladding chamber, described blanking clearance is in immediately below leather hose, described receiver is in immediately below blanking clearance, described receiver is provided with pusher cylinder, the piston rod of pusher cylinder is provided with scraping wings, described splicing conveyer belt is in by receiver, splicing conveyer belt overhead height is lower than receiver place height, at least two batch mixing rotor plates by batch mixing driven by motor are provided with in described fillings bucket.

2. the continuous stuffing-wrapping machine of one according to claim 1, is characterized in that, described go out in cladding chamber to be provided with help out skin helical tooth, the described skin helical tooth that helps out is located at out on filling pipe outer wall.

3. the continuous stuffing-wrapping machine of one according to claim 1 and 2, it is characterized in that, described mainframe is provided with sliding shaft sleeve, described central shaft rod and sliding shaft sleeve are slidably connected, glide direction is vertical, be provided with the push shaft cam for promoting central shaft rod below described central shaft rod, described push shaft cam is driven by a cam motor, and the pivot center of described push shaft cam is vertical with central shaft rod.

4. the continuous stuffing-wrapping machine of one according to claim 3, is characterized in that, described central shaft rod lower end is provided with one and pushes plate, and described pushes plate level, described push shaft cam with push plate bottom surface and contact.

5. the continuous stuffing-wrapping machine of one according to claim 1 and 2, it is characterized in that, described receiver is provided with blanking swash plate, and upper end and the receiver of described blanking swash plate are hinged, the lower end of described blanking swash plate is free end, and described free end-rack leans against on splicing conveyer belt.