CN2053438U - Device for manufacturing edible ice-sucker rod - Google Patents

Abstract

The utility model relates to a device for manufacturing edible ice-sucker rods, comprising a plurality of sets of stem raising mechanisms, a hot molding tool, two quantitative injector pumps, and a rotating disk, wherein, one injector pump is used for injecting the pulp into the molding cavity of the mold, when the stems fall down, the stems can insert into the molding cavity, the pulp can be heated by the heating wires arranged in the mold, and the casing of the surface body of the eatable ice-sucker rod can be formed; The other injector pump can be used for injecting the fillmass in the casing of the surface body, and the eatable ice-sucker rod is formed. The stem raising mechanisms and the molds are uniformly fixed on the rotating disk, and the stem raising mechanisms and the molds are rotated with the rotating disk synchronously. The utility model has the advantages of simple structure, easy fabrication, low cost, and high productive efficiency.

Description

Device for manufacturing edible ice-sucker rod

The utility model belongs to frozen sweet manufacturing technology field.

A kind of edible ice-cream rod of narration in No. 88202274 patents of China, it has three levels: the center partly is sugared body, and outside shell is made of the face body, and ragged edge also scribbles one deck shellac, plays waterproof and dampproof effect.Mention this edible ice-cream rod in this patent and can use the steel die manufacturing, this mould divides mold and bed die.But this mould is too simple, is unsuitable for large-scale production.

The inventor through development for a long time, designs a kind of equipment in order to solve the mass production problem of edible ice-cream rod, and is very high with this device fabrication edible ice-cream rod efficient.

The utility model is produced the equipment of edible ice-cream rod and mainly is made up of stem stem hoisting mechanism, hot forming tool, calibrated shot pump and rotating disk.The structural front view of former three as shown in Figure 1, the vertical view of rotating disk structure is as shown in Figure 2.1 push rod guide rail among Fig. 1,2 push rod housings, 3 stem stem push rods, 4 die cap stage clips, 5 die caps, 6 stem stems, 7 material feeding conduits, 8 heating wire, 9 movable mold, 10 die sinking cams, 11 rotating disks, 12 ring-shaped guide rails, the outlet of 13 ice cream sticks, 14 fixed dies, 15 changeover valves, 16 feed pipes, 17 pistons, 18 pump chambers.Fig. 1 middle and upper part is the stem stem hoisting mechanism, and lower left quarter is a hot forming tool, and right lower quadrant is the calibrated shot pump.Stem stem 6 is equipped with in stem stem hoisting mechanism lower end, and it is a steel Jie Yuan Cone shape, is easy to be inserted into the forming cavity of hot forming tool like this.The stem stem that only draws in this front view, in fact this stem stem have some (for example 8) to form a row.The forming cavity of above-mentioned hot forming tool is a cylindrical cavity substantially, and it is made up of fixed die 14 and movable mold 9, and several (for example 8) semi-cylindrical recesses are all arranged on the side of fixed die 14 and movable mold 9.The number of this forming cavity is identical with above-mentioned stem stem number.Can inject slurry by material feeding conduit 7 to these forming cavities by the calibrated shot pump during work, and then insert corresponding stem stem to these forming cavities, heating wire 8 heating of this slurry in being contained in fixed die 14 and movable mold 9 internal cavities, the face body case of formation edible ice-cream rod.Material feeding conduit 7 is connected on the changeover valve 15, the latter is connected with feed pipe 16 again, feed pipe 16 inserts and is equipped with in the bucket (not drawing among the figure) of slurry, when the piston 17 of syringe pump moves right certain position, a certain amount of slurry is promptly arranged by entering in the pump chamber 18 through feed pipe 16 in the bucket, again changeover valve 15 is turned clockwise 90 °, then the pump chamber 18 of calibrated shot pump communicates with material feeding conduit 7, allow piston 17 move to the high order end of pump chamber 18 to left, just have a certain amount of slurry to enter in the forming cavity of mould through material feeding conduit 7 this moment, and this amount is the amount of producing the required slurry of row's (for example 8) ice cream stick face body case.If again changeover valve 15 is clockwise rotated 90 °, then calibrated shot pump pump chamber 18 communicates with feed pipe 16 again, just begins to repeat above-mentioned action later on.

Have two calibrated shot pumps in the utility model, one is for injecting slurry usefulness, and to form the face body case of edible ice-cream rod, another is used to inject massecuite, to form ice cream stick center sugared body partly.Both structures and working order are similar fully, and are copper.

The stem stem hoisting mechanism is made up of stem stem 6, push rod guide rail 1, push rod housing 2, stem stem push rod 3, die cap stage clip 4 and die cap 5.Wherein die cap is a rectangle, Fig. 1 the wide of it of having drawn, along the stem stem 6 that is distributing some (for example 8) steel Jie Yuan Cone shapes on its long direction, the latter and die cap 5 are integral, be wound with 4 die cap stage clips 4 on the die cap 5, the latter's upper end is connected on the stem stem push rod 3, this stem stem push rod 3 can move along push rod housing 2, and its upper end is equipped with two metal (uppers and can be moved along push rod guide rail 1, and then the lifting or the whereabouts that cause stem stem 6, in other words the lifting of stem stem 6 with fall by the curve movement of push rod guide rail 1 when the different station and the relative distance of mould change and cause.Die cap 5 has sealing process, has had it just can not cause stock losses owing to adding thermal expansion.The effect of die cap stage clip 4 is stem stem 6 to be lagged behind leave forming cavity, goes out with the shell core cornice of avoiding ice cream stick.

The electric heating mould is fixed on the rotating disk 11, and their vertical view as shown in Figure 2.Rotating disk 11 can be made the batch (-type) circular motion along ring-shaped guide rail 12.Circumference along rotating disk 11 is provided with several work stations equably, can be called the 1st station, the 2nd station successively ... n station (14 stations draw among the figure), one hot forming tool (two molds only draw among Fig. 2) all is housed on each station, its top is fixed a stem stem hoisting mechanism again, and the two can synchronously rotate with rotating disk 11.Two calibrated shot pumps then do not rotate with rotating disk 11, and its fixed-site is also corresponding with continuous two stations of rotating disk 11.When the projection part of die sinking cam 10 is rotated and touched to movable mold 9, movable mold was just closed up to fixed die 14, forms complete forming cavity.Can rotating disk 11 be rotated by motor drives driving lever (drawing among the figure).

When using the utility model to produce the edible ice-cream rod, with on the rotating disk 11 with the corresponding station of calibrated shot pump on stem stem promote, start the calibrated shot pump, inject quantitative slurry through injection catheter 7 to the forming cavity of mould, make rotary disk 11 rotations and the pairing angle of station, with syringe pump injecting slurry in the mould molding chamber on second station in the same way, will insert stem stem 6 this moment in the mould molding chamber of first station, and heating makes the slurry hardened forming, continue to make rotating disk 11 rotations, when the mould molding intracavitary administration slurry on n-1 station, need the stem stem on n the station is promoted, and inject massecuite to space that mould molding chamber inner leg occupied originally by the calibrated shot pump of injection massecuite, die sinking then, the edible ice-cream rod is fallen by outlet 13, and enters edible shellac (waterproofing agent) coating operation.Other station this moment (i.e. 1 to n-2 station) all is in the hot briquetting stage.

Rotating disk 11 rotates a week needs 2 minutes approximately, and need make the temperature in the forming cavity therebetween is about 150 ℃, and under such condition, the ice cream stick of production is ripe.If 14 stations are arranged on the rotating disk, every row has 8 forming cavities, then uses the utility model can produce 112 edible ice-cream rods in 2 minutes.

The utility model is simple in structure, makes easily, and cost is low, the production efficiency height.

Claims (1)

1. A kind of equipment of producing the edible ice-cream rod is characterized in that it is made up of some cover stem stem lifting devices and hot forming tool, two calibrated shot pumps and single-revolution disk; Described hoisting mechanism is made up of several stem stems that are arranged in a row, push rod guide rail, push rod housing, stem stem push rod, die cap and die cap stage clip; Described stem stem is the steel frustoconical, and it and die cap are integral, and is wound with 4 die cap stage clips on the die cap, and the latter's upper end is connected on the stem stem push rod, and sleeve is equipped with in stem stem push rod outside; Described hot forming tool is made up of fixed die and movable mold, and several semi-cylindrical grooves are respectively arranged on the side of this fixed die and movable mold; And heating wire all is housed in the internal cavities of fixed die and movable mold, and described calibrated shot pump is made up of piston, changeover valve, material feeding conduit and feed pipe; The material feeding conduit is connected on the changeover valve, and the latter is connected with feed pipe again, and the material feeding conduit is fixed on the top in mould molding chamber; Described some cover hot forming tools and stem stem hoisting mechanism are evenly distributed on the rotating disk; Described stem stem correspondingly be fixed on respectively the mould molding chamber directly over.

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