CN2137440Y - Ice-lolly filling machine with anti-drip device of filler - Google Patents

Abstract

The utility model discloses an ice-lolly filling machine with a filling material dripping stopping device and relates to the frozen sweets machinery. The ice-lolly filling machine comprises a machine body, a material bucket 8 arranged on the machine body, a material conveying pipe 5 connected with the bucket and an ice-lolly molding box 14. A guide rail 27, 27'is arranged on the front part of the machine body and the upper part of the guide rail is provided with an II-shaped frame 28. A dripping stopping device 3 is arranged between the II-shaped frame and the guide rail. The dripping stopping device comprises an empty pressing cylinder 2, a hollow pipe 31, a material stopping rod 23 and L-shaped steels 25, 25'and the hollow pipe 31 is ranged to fixedly penetrate on the upper and lower L-shaped steels. The waist part of the hollow pipe 31 is extensively provided with a sleeved connecting pipe 34 connected with the material conveying pipe 5. The material stopping rod 23 is fixed on an L-shaped steel 26 connected with the empty pressing cylinder 2. Because of the dripping stopping device, the work efficiency of the ice-lolly filling machine is caused to be enhanced.

Description

Ice-lolly filling machine with anti-drip device of filler

A kind of ice lolly filling machine with anti-drip device of filler relates to the frozen sweet manufacturing machine.

Though existing ice lolly filling machine has substituted the manual operations of ice lolly filling, make the process of ice lolly filling accelerate greatly, and improved sanitation degree, but in practical operation, still have many imperfections place: as shown in Figure 1, the ice lolly filling machine pushes pipe 10, L type valve body 12 is all by microswitch 16,17,18 actions in regular turn, at first accent being mixed the ice material of finishing the tool denseness pours in the hopper 1, power-on begins to fill material, pumping bar 11 by the air compressing cylinder drive earlier sucks material in pushing pipe 10 through L type valve body 12 from hopper 1, L type valve body 12 is done the rotation of 90 degree downwards immediately, make the gateway and propelling movement pipe 10 at its two ends, defeated pipe 13 is connected, then pumping bar 11 pushes forward, to push pipe 101 materials and extrude, through L type valve body 12, carrier pipe 13, and flow in the ice lolly shaping box that presets.Wherein carrier pipe 13 all has the situation of lasting drip material after each material feeding, its reason is that the R section 102 of these carrier pipe 13 discharging openings 19 ends is circular-arc, and cause material be subjected to centrifugal force deadweight double influence and can't be with pumping stopping and stopping of sample 11, make material continue drippage, and must treat that the material in R section 102 falls to using up square capable stopping, the trouble that causes thus is:

1. after waiting for that the material drippage stops, change other ice lolly shaping box again and carry out material feeding, calculate acquisition according to practical operation, loading time at time of waiting the slow drippage of material and normal procedure is close (when the material denseness is higher, the time of drippage is more slow), therefore in the program of each material feeding, invisiblely increased the time more than one times, extremely time-consuming.

2. charging quantity inequality, health is not good enough, operating personnel finish in that ice lolly is molded for accelerating the ice lolly speed of production sometimes, but material is still when drippage, the shaping box that promptly detaches ice lolly rapidly more renews shaping box, thereby makes on material drippage ground or the body, not only influences environmental sanitation, and, easily cause the material filling inhomogeneous owing to be replaced with flask speed and differ.

The ice lolly filling machine that will provide a kind of production process can stop the material water clock is provided the purpose of this utility model.

The utility model is to realize like this, the ice lolly filling machine comprises body, hopper placed on it, be positioned at the guide rail in its place ahead, the ice lolly shaping box is seated on the guide rail, the top of guide rail is a ∏ shape frame, on put one group and end drip apparatus, should end drip apparatus respectively by air compressing cylinder, hollow pipe, only expect bar, L shaped steel is formed, wherein hollow pipe arrange fixedly break-through in about on the two L shaped steel, only expect bar then the mat screw arrange and to be fixed on another L shaped steel, and just can be inserted in each hollow pipe, air compressing cylinder is located at the L shaped steel central authorities top of only expecting bar, the expansion link of air compressing cylinder is fixed at the centre of L shaped steel, establishes at each spiral shell of L shaped steel both sides of only expecting bar to be protruding with one and to place restrictions on bar, and the height that rises with restriction material bar avoids breaking away from hollow pipe, the shaped steel of L up and down of hollow pipe group is that the some screws of mat are fixed on the body, and hollow pipe reaches only expects that bar is paired setting; And the feed pipe that extends a socket pipe and filling machine in the waist of each hollow pipe joins, feed pipe is then received on valve body, receiving hopper on this valve body, the some public hollow pipe relative numbers of side joint pump pipe, each is pumped all to be equipped with in the pipe and pumps bar, and each is pumped bar and is bolted on the horizontal steel disc to be driven synchronously by an air compressing cylinder more again and pumps.Dig in the wherein aforesaid valve body and establish three holes that are communicated with hopper, pump pipe and feed pipe, and in intracardiac device one switching valve is arranged, dug logical material ditch on this switching valve, and be provided with the drive bar in switching valve one side, this drives bar rotates switching valve by another air compressing cylinder start.Each aforementioned again air compressing cylinder is controlled by microswitch.

Have the following advantage of the utlity model has of said structure:

1. material feeding is changed fast, and than commonly using fast 2～3 times of filling machine, the efficient height saves time again.

2. filling is in every time equalization of material of ice lolly shaping box, quality equivalent unanimity.

3. material does not drip and this device can be disassembled cleaning immediately, but the health of subject matter insured matter and body and cleaning.

The following drawings and embodiment will be further described technical characterictic of the present utility model:

Fig. 1 is the structural representation of existing ice lolly filling machine of the present utility model

Fig. 2 is the utility model stereogram

Fig. 3 is a cross-sectional schematic of the present utility model

Fig. 4 is the stereogram of the utility model switching valve

Fig. 5 is the front view that ends drip apparatus of the present utility model

Embodiment, be provided with hopper 8 in ice lolly filling machine main body 29, comprise body and the hopper 8 that is positioned at its top, the feed pipe 5 that joins with hopper 8, ice lolly shaping box 14, the place ahead has one to put guide rail 27,27 ', can put ice lolly shaping box 14, in putting guide rail 27, be provided with one group on the ∏ type frame 28 of 27 ' top and end drip apparatus 3, should end drip apparatus 3 by some hollow pipes 31 and somely only expect bar 23, air compressing cylinder 2 is a main member, wherein the waist of hollow pipe 31 has extended socket pipe 34, some hollow pipes 31 are then arranged and are fixed in L shaped steel 25,25 ' goes up and is break-through.And join in the feed pipe that the waist of each hollow pipe extends a socket pipe and filling machine, pneumatics bar 20 lower ends of air compressing cylinder 2 then spiral shell are provided with another L shaped steel 26, on this L shaped steel 26, only expect bar 23 with what screw 22 was bolted with public hollow pipe 31 relative numbers respectively again, and each spiral shell is established a limit rod 24,24 ' in both sides, its diameter of ending material bar 23 be slightly less than footpath within the hollow pipe 31 and must make only expect bar 23 rises up and down moving therebetween, its power then control by pneumatics bar 2 and is only expected bar 23 risings highly by limit rod 24,24 ' restriction.

34 public feed pipes 5 of the socket pipe of hollow pipe 31 join again, 5 of feed pipes are received on valve body 81, receiving hopper 8 on this valve body 81, pumping of some public hollow pipe 31 relative numbers of side joint manages 7, each is pumped pipe and all is equipped with in 7 and pumps bar 70, and each is pumped bar 70 and is bolted in to be driven synchronously by an air compressing cylinder 71 on the horizontal steel disc again again and pumps.Dig in the wherein aforementioned valve body 81 and establish hole A82, hole B83, hole C84, and in intracardiac device one switching valve 6(is arranged as shown in Figure 4), dug logical material ditch 61 on this switching valve 6, and in switching valve 6 one sides be provided with drive bar 62(this drive bar 62 by another air compressing cylinder start in order to do switching valve 6 is rotated).The equal territory of quantity of its mesopore A82, hole B83, hole C84 and logical material ditch 61 is pumped pipe 7, feed pipe 5, hollow pipe 31 and is equal to number and coordination, and each aforementioned again air compressing cylinder is controlled motion work done in regular turn by microswitch, and its whole work done program is as follows.

After the material impouring hopper of finishing 8 mixed in accent in advance, then put ice lolly shaping box 4, in putting guide rail 27, on 27 ', closing by breakdown immediately makes air compressing cylinder 71 starts pump bar 70 post-tensionings, with material from hopper 8 through hole A82, logical material ditch 61 is filled in pumping pipe 7 through hole B83 that (widow can one adjusts screw control and pumps the length between the bar back-off region and get it more than the suction again, end is seen to be needed to adjust), move back and brush up against microswitch 9 when most and make switching valve 6 do the rotation of downward 90 degree when pumping bar 70, then blind hole A82 makes hole B83, logical material ditch 61 conductings of hole C84 territory, pumping bar 70 immediately before pushes away material is pushed through feed pipe 5, only drip apparatus 3 reinjects (needs start fill material once or twice before filling earlier in ice lolly shaping box 4 in the feed pipe 5, can formally fill material behind the full material, that ends drip apparatus 3 again only expects that bar is in pumping bar 70 promptly the rising simultaneously of material extrusion that advance, parked on hollow pipe 31 and socket pipe 34 turnofves), advance and material is squeezed figure back (ice lolly shaping box 4 also material feeding finish) at this moment brush up against another microswitch 71 when pumping bar 7, make air compressing cylinder 2 starts make and only expect that bar 23 descends, at once stop under the material (material denseness be obstructed then can not ooze again drip), switching valve 6 in this while valve body 81 is upwards 90 degree conversions synchronously also, and reach primary filling and prepare under the filling of taking second place, so heavily cover start and not only drip fast but also not.

In addition, this ends drip apparatus 3 and can give dismounting (seeing also shown in the accompanying drawing 5) after shut-down, so that clean, because hollow pipe is a mat L shaped steel 25 for 31 groups, 25 ' with screw 32,33 bolting are on main body 29, so when unclamping screw 32, after 33 can with hollow pipe 31 assembling and dismantling from, but before separating, must the limit rod 24 of 23 groups on bar will only be expected earlier, 24 ' spiral shell is opened and is detached L shaped steel 26, order only expects that 23 groups on bar can rise to type frame 28 ends, so the side must put out 31 groups of hollow pipes and (put guide rail 27 because of 31 groups of belows of hollow pipe are provided with, 27 ' as shown in Figure 1, former as only to expect that bar 23 rises to the end and can remove) so that the whole cleaning that ends drip apparatus 3.

Claims (2)

1, a kind of ice lolly filling machine with anti-drip device of filler, comprise body and be positioned at the hopper 8 on its top and the feed pipe 5 that hopper joins, ice lolly shaping box 14, it is characterized in that, be positioned at body the place ahead and be provided with guide rail 27,27 ', ice lolly shaping box 14 is seated on the guide rail 27,27 ' on, the top of guide rail is a ⅡXing Jia, ⅡXing Jia 28 and storing guide rail 27 in filling machine body the place ahead, 27 ' being provided with one ends drip apparatus 3, this device 3 is respectively by air compressing cylinder 2, hollow pipe 31, only expect bar 23, L shaped steel 25,25 ' form, wherein hollow pipe 31 arrange fixedly break-through in about two L shaped steel 25,25 ' on, L shaped steel 25,25 ' again are fixed on the body, and the waist in each hollow pipe 31 has extended a socket pipe 34, socket pipe 34 joins with the feed pipe 5 that is connected hopper 8, only expecting again that 23 mat screws of bar are arranged is fixed on another L shaped steel 26, and just can be inserted in each hollow pipe 31, only expecting to establish air compressing cylinder 2 above L shaped steel 26 central authorities of bar 23, the expansion link of air compressing cylinder 2 then is fixed at the centre of L shaped steel 26.

2, ice lolly filling machine according to claim 1 is characterized in that, it ends drip apparatus and only expects that the L shaped steel both sides of bar respectively are protruding with a restriction and expect that the height of bar rising avoids breaking away from the limit rod of hollow pipe.

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