CN2132955Y

CN2132955Y - Multi-layer foodstuff refrigerator

Info

Publication number: CN2132955Y
Application number: CN 92233204
Authority: CN
Inventors: 柯耀霖
Original assignee: Individual
Current assignee: Individual
Priority date: 1992-09-15
Filing date: 1992-09-15
Publication date: 1993-05-12
Anticipated expiration: 2002-09-15

Abstract

The utility model discloses a multi-layer foodstuff freezing machine, comprising an approximate gastight freezing chamber, a conveying device which penetrates the freezing chamber, inputs the foodstuff needing freezing to the freezing chamber for freezing, and outputs the frozen foodstuff after freezing, and the elements of the air cooler and the air supply device which are installed in the freezing chamber, wherein, the conveying device can convey the conveyed body upwards in a stereoscopic type so as to extend the freezing work zone, improve freezing efficiency, and have no influence on occupation area.

Description

Multi-layer foodstuff refrigerator

The utility model relates to a kind of food product refrigeration machine; Particularly relate to and a kind ofly make freezing work flow three-dimensional to prolong freezing operating area, promote refrigerating capacity and can safeguard the multiple field food product refrigeration machine of the floor space that machine room is certain.

At first see also the schematic diagram of food product refrigeration machine in the past shown in Figure 1, II-II the cutaway view that cooperates Fig. 1 shown in Figure 2 simultaneously, a kind of food product refrigeration machine of promoting food product refrigeration efficient is wherein disclosed, it mainly comprises the refrigerating chamber 10 that is equiped with cooler 11 and air-supply arrangement 12, and the conveyer belt 20 that runs through refrigerating chamber 10, it is characterized in that conveyer belt 20 is to move with a plurality of freezing plate of arranging in regular turn 22 circulations of two row circulation link chains, 21 pullings, form the continuity conveyor surface by a plurality of freezing plates 22, and can will treat frozen food input refrigerating chamber 10 carry out freezing and exported, form the stringer 221 of a plurality of almost parallels again in the bottom surface of freezing plate 22, to increase the heat conduction efficiency of freezing plate 22, cooperate on cooler 11 and the conveyer belt 20 of air-supply arrangement 12 in refrigerating chamber 10 that formed Cryogenic air blows the loop between the lower edge, and can make Cryogenic air directly blow in the bottom surface of freezing plate 22 with and most stringers 221 of bottom surface, make Cryogenic air do more efficiently utilization, and the good thermal conductivity efficient that makes freezing plate 22 that stringer 221 the is set performance of filling part, reach complementary refrigerating effect.But the refrigerating capacity of this machine of food product refrigeration in the past improves, and just strengthens the power of current consuming apparatus such as compressor and fan, or at the same time, shown in Fig. 3,4 compares, with refrigerating chamber 10 and the also level prolongation in the lump of conveyer belt 20 formed freezing operating areas.Yet clearly, the prolongation of freezing operating area has influence on the floor space of equipment integral body and increases the difficulty of sanitary disinfecting sterilization, in today of an inch of land is an inch of gold, receive much attention in the utilization of space, or cause the drift of integral device position in the factory building, influence very huge.

Main purpose of the present utility model is that a kind of multiple field food product refrigeration machine is being provided, and can make freezing work flow three-dimensional to prolong freezing operating area, to promote the multiple field food product refrigeration machine that refrigerating capacity also still can be kept the certain floor space of machine room and can reach.

According to above-mentioned purpose, principal character of the present utility model is to be provided with in the refrigerating chamber one group of corresponding up and down upper and lower layer horizontal transport agency that is provided with, reach one group of correspondence and be located at rising, the decline conveying mechanism of upper and lower layer horizontal transport agency both sides, by two groups of formed mutual corresponding relations of cyclic conveyor structure bearing is treated that the conveying body of jelly food is the conveying in three-dimensional path, prolong freezing operating area to reach, promote the purpose that refrigerating capacity also still can be kept the certain floor space of machine room.

The utlity model has following advantage:

One, the multiple field of the utility model conveyer design is extended freezing zone up, and can be promoted food product refrigeration efficient, and must not increase occupation area of equipment, more helps the utilization of overall space, and the control on the health.

Two, Large Scale and Continuous is carried the design of body, granule state food and the generally freezing operation of thicker food are highly advantageous to, and design of the present utility model continuous conveying body can be given big divide to cut regionally carry out lifting or level is transferred, its transport process is also considerably steady, can not cause the harmful effect of blanking when transmitting.

Three, the design of stringer under the freezing plate can be promoted the heat conduction benefit between freezing plate and Cryogenic air, quickens freezing efficiency.

Below by most preferred embodiment and accompanying drawing multiple field food product refrigeration machine of the present utility model is elaborated, in the accompanying drawing:

Fig. 1 is the cross-sectional schematic of food product refrigeration machine in the past.

Fig. 2 is II-II cutaway view of Fig. 1.

Fig. 3, the 4th, the floor map of food product refrigeration machine in the past.

Fig. 5 is the front elevational schematic of the utility model preferred embodiment.

Fig. 6 is the schematic side view of the utility model preferred embodiment.

Fig. 7 is the schematic perspective view that the utility model is carried body 60.

Fig. 8 is the detailed construction schematic diagram of Fig. 5 VI part.

Fig. 9 is the detailed construction schematic diagram of Fig. 5 VII part.

At first see also Fig. 5,6, they are the front elevational schematic and the schematic side view of the utility model preferred embodiment; The utility model comprises that roughly airtight refrigerating chamber 10, conveyer 20, aerial cooler 30 and air-supply arrangement 40(are mixed and disorderly for exempting from composition, only be shown in Fig. 6), wherein conveyer 20 can run through refrigerating chamber 10, and can will treat jelly food 50 input refrigerating chambers 10 carry out output again after the freezing operation, be installed in aerial coolers 30 in the refrigerating chamber 10 and then can produce cold air with air-supply arrangement 40 and carry out the freezing operation of blast type.

Still see also Fig. 5,6; Conveyer 20 comprises that mainly a component is located at the upper and lower layer

horizontal transport agency

21,22 of refrigerating chamber upper and lower; And a component is located at the rising conveying mechanism 23 of upper and lower layer

horizontal transport agency

21,22 both sides; With one group also be divided into upper and lower layer

horizontal transport agency

21,22 both sides, and with aforesaid rising conveying mechanism 23 decline conveying mechanism 24 side by side; In addition, and be provided with a plurality of being arranged side by side, and can put the conveying body 60 for the treatment of jelly food 50, carry body 60 to be transmitted by lower floor's horizontal transport agency 22, rising conveying mechanism 23, upper strata horizontal transport agency 21 and decline conveying mechanism 24 in regular turn, and be travel path shown in the arrow among Fig. 5, with freezing operating area up (being three-dimensional) extend.

For each portion mechanism that can make conveyer 20 and carry the mutual action of 60 of bodies to be able to more clearly express, can cooperate explanation to obtain further to understand by Fig. 7～9.

See also the schematic perspective view of conveying body 60 shown in Figure 7, carrying body 60 is to be connected institute mutually by many freezing plates 601 to constitute, and protruded out spike 602 in the two ends of freezing plate 601, the ora terminalis of spike 602 is connected with roller 603 and is beneficial to carry moving of body 60, be formed with many stringer 604 at the root edge of freezing plate 601 in addition, in order to promote the heat conduction efficiency between freezing plate 601 and cold wind, to quicken to treat on the freezing plate 601 freezing efficiency of jelly food 50.

The continuous Fig. 8 that sees also, it is the detailed construction schematic diagram of Fig. 5 VI part, lower floor's horizontal transport agency 22 is to cooperate sprocket wheel 222 transmissions to be formed by two groups of circulating conveyor chain bars 221, and circulation link chain 221 each chain link offer caulking groove 223, carry each spike 602 of body 60 and can hold spike 602 insertions with correspondence, promptly causing conveying body 60 to be cross-placed on two groups of circulating conveyor chain bars 221 is arranged side by side, and lower floor's horizontal transport agency 22 can drive to be carried body 60 to be the direction horizontal cyclic shown in the arrow to move, form successional endless apron.

Again shown in Fig. 6,7; Rising conveying mechanism 23 also can cooperate sprocket wheel 232 transmissions to be formed by suitable group of number and corresponding circulating conveyor chain bar 231, the appropriate intervals place of circulating conveyor chain bar 231 equidistantly is provided with a plurality of corresponding driving levers 233, when carrying body 60 to be brought to ready position A by lower floor's horizontal transport agency 22, get final product touch inducing element (not shown) and cause lower floor's horizontal transport agency 22 to suspend, then conveying mechanism 23 starts of rising, chain 231 upwards transmits, and shores the spike 602 of carrying body 60 by driving lever 233 and will carry body 60 upwards to be with from lower floor's horizontal transport agency 22 to transmit from stepping; When the conveying body on the former ready position A be with from after, follow-up conveying body will be mended on the ready position A successively.

Identical with rising conveying mechanism 23 haply as for decline conveying mechanism 24 its structures, unique difference is that the transmission direction of its chain is just opposite with rising conveying mechanism 23.

Still see also Fig. 5,6 and cooperate and to consult Fig. 9, wherein, upper strata horizontal transport agency 21 also can cooperate sprocket wheel 212 transmissions to be formed by suitable group of number circulating conveyor chain bar 211, and circulation link chain 211 protrudes out a plurality of shift forks 213 of suitable spacing, after carrying body 60 to be delivered to ready position B by rising conveying mechanism 23, touch inducing element (not shown) and stopping similarly, carry the spike of body 60 just can embed in the shift fork 213 this moment, circulating conveyor chain bar 211 starts immediately, can by shift fork 213 will place temporarily conveying body 60 on the driving lever 233 towards arrow through being located at driving lever 233,243 guide rod 25 moves to the driving lever 243 of decline conveying device 24.

Still see also Fig. 5; Promptly descend on the driving lever 243 of conveying mechanism 24 when carrying body 60 to be moved to ready position C() time, also touch inducing element (not shown) stops upper strata horizontal transport agency 21, continue and to carry body to bring to ready position D 60 times by 24 actions of decline conveying mechanism, carry the spike 60 of body 60 also just can embed in the caulking groove 223 of each chain link in lower floor's horizontal transport agency 22 this moment, make and carry body 60 to be placed on lower floor's horizontal transport agency 22, also touch inducing element similarly after carrying body 60 to put well orders about lower floor's horizontal transport agency 22 again towards the direction stepping shown in the arrow.

By the interactive relationship of each above-mentioned conveying mechanism, a plurality of conveying bodies 60 can be output in outside the refrigerating chamber successively together with the food 50 of finishing freezing operation, promptly finish freezing operation, treat follow-up package processing.

In sum, the utility model is by the relativeness of array separate transfer mechanism, carries the physical efficiency multilayer circulation to carry and make, and effect and the advantage such as really have the freezing efficiency of enhancement, do not take up space has the value on the industry really.

Claims

1, a kind of multiple field food product refrigeration machine, it comprises refrigerating chamber, runs through refrigerating chamber and will treat that jelly food input refrigerating chamber carries out the conveyer of exporting again after the freezing operation, and be installed in aerial cooler and air-supply arrangement in the refrigerating chamber; It is characterized in that conveyer comprises:

Be divided into the upper and lower layer horizontal transport agency of refrigerating chamber upper and lower;

At least one component is located at the rising conveying mechanism of upper and lower layer horizontal transport agency both sides;

At least one component is located at upper and lower layer horizontal transport agency both sides, and with rising conveying mechanism decline conveying mechanism side by side;

Be and be arranged side by side, place the conveying body for the treatment of jelly food, carry body to be transmitted by lower floor's horizontal transport agency, rising conveying mechanism, upper strata horizontal transport agency and decline conveying mechanism in regular turn.

2, according to the described multiple field food product refrigeration of claim 1 machine; It is characterized in that: upper and lower layer horizontal transport agency, rising conveying mechanism and decline conveying mechanism cooperate chain gear transmission to be formed by the circulating conveyor chain bar.

3, according to the described multiple field food product refrigeration of claim 1 machine; It is characterized in that: carrying body is to be connected institute mutually by freezing plate to constitute, and has protruded out spike at the two ends of freezing plate.

4, according to the described multiple field food product refrigeration of claim 2 machine; It is characterized in that: each chain link of the circulation link chain of lower floor's horizontal transport agency offers caulking groove, and caulking groove is corresponding to each spike of carrying body, and spike inserts in the caulking groove.

5, according to the described multiple field food product refrigeration of claim 2 machine; It is characterized in that: rising conveying mechanism and decline conveying mechanism are that corresponding driving lever equidistantly is set between the circulating conveyor chain bar, when chain upwards transmits, shore the conveying body by driving lever and will carry body to transmit on lower floor horizontal transport agency band descriscent.

6, according to the described multiple field food product refrigeration of claim 2 machine; It is characterized in that: the circulation link chain of upper strata horizontal transport agency protrudes out the shift fork of mutual spacing, when the rising conveying mechanism will carry body upwards to transmit, carries the spike of body just can embed in the shift fork, and then is promoted by shift fork.

7, according to the described multiple field food of claim 3 time refrigerator; It is characterized in that: the ora terminalis of spike is connected with roller.

8, according to the described multiple field food product refrigeration of claim 3 machine; It is characterized in that: the root edge of freezing plate is formed with stringer.