CN2419553Y

CN2419553Y - Coil pipe style ice storing vessel

Info

Publication number: CN2419553Y
Application number: CN 00234156
Authority: CN
Inventors: 吴金龙
Original assignee: Individual
Current assignee: Individual
Priority date: 2000-04-29
Filing date: 2000-04-29
Publication date: 2001-02-14
Anticipated expiration: 2010-04-29

Abstract

The utility model relates to a coil pipe type ice storing tank, which comprises a tank body which is under a hollow state, a positioning frame, an ice coil pipe, and a cooling mother pipe, wherein, the positioning frame is arranged at the proper place of the inner part of the tank body, is composed of a positioning device and a piece body, and is used for firming and arranging other parts; the ice coil pipe is positioned at the positioning device arranged on the positioning frame and is mainly used for carrying out a heat exchange function; the cooling mother pipe is arranged above the inner edge of the tank body and is connected with the ice coil pipe to form a loop arranged in the tank body. The utility model has the effects of convenient inspection and maintenance, high heat exchange efficiency and long service life.

Description

The ice coiled pipe type ice machine bin

The relevant a kind of ice coiled pipe type ice machine bin of the utility model system, more detailed it, refer to especially a kind of inspect easy to maintenance, heat exchanger effectiveness is high, the ice coiled pipe type ice machine bin of long service life.Belong to freezing equipment.

See also shown in Figure 1ly, it is known ice machine bin schematic diagram.This known ice machine bin all is to utilize the cell body 10 of a hollow form to depend on the heat exchange loop that is made of metal light wall pipe 20, it is to utilize metal light wall pipe 20 loop sockets one female pipe 30 to import refrigerant to carry out the heat exchange circulation, thereby the cooling water temperature that cell body 10 inside are accumulated can reduce even freeze, store these cold energy again and be used in cooling, freezing, increase the efficient of its system in the systems such as air-conditioning, the electric power that shifts the peak use is in from the peak period, though utilize this heat exchange principle can promote above-mentioned advantage really, employed ice machine bin structure can cause following disappearance:

1, known ice machine bin cell body there is no the design that must bear hydraulic pressure, so after permanent the use, cell body must suffer oxide etch, and the turgor pressure that can't bear hydraulic pressure and freeze and produce, thereby produce situations such as slight crack or leakage.

2, known ice machine bin heat exchange loop is made of the metal light wall pipe, though its metal light wall pipe heat conduction efficiency height, but the non-constant of its compressive resistance, so after bearing the turgor pressure of hydraulic pressure and icing generation, damage easily and make coolant leakage, and, make maintenance difficult time-consuming because of metal foil tube loop abutment distribution cell body inside.

3, the metal tube of known ice machine bin link slot external body is subjected to the freezing of refrigerant in inner cold energy of cell body and the pipeline and congeals into ice, and not only damages metal tube, waste electric power, more reduces the efficient of system.

4, known ice machine bin heat exchange loop uses socket joint type to be connected with female piping, can cause producing the situation of leakage because of adaptation is low.

Above-mentioned disappearance not only can't reach the desired effect of heat exchange principle, but can cause more energy, fund and waste of time.

The purpose of this utility model is: provide a kind of inspect easy to maintenance, heat exchanger effectiveness is high, the ice coiled pipe type ice machine bin of long service life, energy savings.

A kind of ice coiled pipe type ice machine bin of the utility model, it is characterized in that: it includes at least:

Cell body is by the upright cell body that forms a hollow aspect of pre-cast panel group, and this precasting intralamellar part system perfusion has the material of effect of heat insulation, and can depend on for other members and be arranged on inner appropriate location;

Locating rack, it is the appropriate location that can be arranged on cell body inside, is to form one by locator and lamellar body can draw-in groove be set on the locator for the support body of the firm setting of miscellaneous part, its draw-in groove is designed to have the opening of outer open form and can depends on setting for associated components;

Melt ice on coil is to depend on the draw-in groove that is arranged on locator, and it is to take out the macromolecule material light wall pipe that forms of system by macromolecule material, all adopts integrally formedly, is to be mainly the function of carrying out heat exchange;

The female pipe of cooling is to depend on to be arranged on place, cell body inner edge top, and it is to make with macromolecule material, connect affixed female pipe in both sides by a main body, in the affixed tube connector in main body top, and manage the loop that connects melt ice on coil, be communicated with the loop that system is reached in the loop of outside by tube connector by mother.

Wherein, the surface of this cell body presents concavo-convex aspect continuously, to increase its crushing resistance.

Wherein, the material of good heat-insulation effect is the best with high density polyamine polyformate resinoid (PU) material.

Wherein, this cell body system can utilize pre-cast panel combined type and can organize the specification of founding difference according to need.

Wherein, the female pipe of this melt ice on coil and cooling is to utilize the polyethylene material to be made for the best.

Wherein, the female pipe of this cooling, it is the best that its main body connects affixed female pipe in both sides connected mode system can adopt hot melting way.

Wherein, the female pipe of this cooling connects the melt ice on coil loop, and it is best that its connected mode system can adopt hot melting way.

Wherein, the female pipe of this cooling hot melt connects the melt ice on coil loop, and the mode of its hot melt connection ties up in melt ice on coil abutting end suit one inner sleeve, uses the melt ice on coil abutting end that supports the softening back of hot melt, and can be inserted in the conjugate foramen of the female pipe of cooling.

Wherein, because of hot melt engages, its material system of sleeve pipe is best with the polyethylene within the melt ice on coil abutting end and be set in.

Wherein, the main body of the female pipe of this cooling can be pressed from both sides in the joint face of affixed tube connector and be established one and prevent drain gasket.

The utlity model has following advantage:

1, associated components such as cell body and locating rack all can utilize combined type to change its ice storage size dimension, thus can be applicable to space of all kinds and place, and can not cause energy deficiency or waste, and satisfy various consumers' demand.

2, the female pipe of melt ice on coil and cooling all is that raw material is made with the polyethylene, it can be protected forever and not break, do not leak, and engage and fuse into one and firmer driving fit after the mode that adopts hot melt can make joint, the light wall pipe of melt ice on coil for forming with the system of directly taking out, so its crushing resistance heat-flash conduction efficiency height, more effective lifting freeze and the efficient of molten ice.

3, the ice pan piping is located with card slot type, removes and installs easy, quick when making its maintenance, maintenance, check.

4, all contacts all concentrate on and cool off female the pipe, thus there is no any contact below making the interior cooling water surface of cell body, can be more convenient rapid during the maintenance check.

The utility model system can connect various food refrigerated system, industrial process system, various air-conditioning system etc., is used the efficient that can increase its cooling, refrigeration.

The utlity model has following accompanying drawing:

Fig. 1 is known ice machine bin schematic diagram.

Fig. 2 is the ice coiled pipe type ice machine bin associated components schematic diagram of the utility model.

Fig. 3 is the cell body schematic diagram of the utility model.

Fig. 4 A, B are the locating rack and the melt ice on coil installing schematic diagram of the utility model.

Fig. 5 A, B are the female pipe combination of the cooling of the utility model schematic diagram.

Fig. 6 A, B are that the hot melt of the utility model engages schematic diagram.

Number in the figure is as follows:

1. cell body 11. pre-cast panel 12. silica gels

111. strengthen steel plate 112. high density PU materials 2. locating racks

21. locator 22. lamellar bodies 23. draw-in grooves

3. melt ice on coil 31. inner sleeve H. cool off the water surface

4. female pipe 41. main bodys of cooling 42. mothers manage

421. conjugate foramen 43. affixed element 44. tube connectors

45. anti-drain gasket

Now lift preferred embodiment and conjunction with figs. is described as follows:

See also shown in Figure 2, a kind of ice coiled pipe type ice machine bin of the utility model, it includes at least:

Cell body 1 is by the upright cell bodies 1 that form a hollow aspect of 11 groups of pre-cast panels, and can depend on for other members and be arranged at inner appropriate location, and cell body 1 surface more presents continuously concavo-convex, and its compressive property is more significantly promoted;

Locating rack 2, it is can locate to depend on the appropriate location that is arranged at cell body 1 inside, is to be formed one by locator 21 and lamellar body 22 can use to depend on that other members being set for support body firm and that depend on;

Melt ice on coil 3, it is to depend on to be arranged on the locator 21, be mainly the function of carrying out heat exchange, the light wall pipe that system has the macromolecule material system of taking out to form, be to be best with the polyethylene especially, more significantly promoting except promoting heat conduction efficiency freezes reaches the efficient of molten ice, and the melt ice on coil 3 loops system of the utility model adopts integrally formed, make the heat exchange loop of melt ice on coil 3 formations not have any contact, stop the situation of leakage really;

The female pipe 4 of cooling, system depends on and is arranged at place, cell body 1 inner edge top, melt ice on coil 3 loops that connect cell body 1 inside, it is that macromolecule material is made, be to be best especially with the polyethylene, melt ice on coil 3 loops are concentrated and are connected in cooling mother pipe 4, make under the cooling water surface H in the cell body 1 and there is no any contact, and energy is more convenient rapidly during the maintenance check.

See also shown in Figure 3 again, this cell body 1 is to be the plate body of forming hollow form with reinforcement steel plate 111 by the upright cell body 1 pre-cast panels 11 that form a hollow aspect of 11 groups of pre-cast panels, again in the material 112 of inside perfusion tool high density effect of heat insulation, be to be the best especially with polyamine polyformate resinoid (PU) material, cell body 1 its seam crossing of composition is with silica gel 12 fillings, with steel plate pressurization reinforcement, the crushing resistance of cell body 1 is more improved again, cell body 1 is to organize the size of founding difference according to pre-cast panel 11 increases and decreases.

Continuous seeing also shown in Fig. 4 A, the B, this locating rack 2 is to form one by locator 21 and lamellar body 22 can supply the support body of firm and setting, in locator 21 draw-in groove 23 is set, use to depend on that melt ice on coil 3 being set, draw-in groove 23 is open form outside opening is designed to more, makes when melt ice on coil 3 is installed, need not tool using be installed by melt ice on coil 3 pressurizing and deformation, can directly melt ice on coil 3 be pushed draw-in groove 23 easily, it is positioned in the draw-in groove 23, and reach simple installation, the quick effect of dismounting.

Continuous Fig. 5 A that sees also, shown in the B, the female pipe 4 of this cooling is to connect affixed female pipe 42 in both sides by a main body 41, female pipe 42 connects the loop of melt ice on coil 3 again, utilize affixed element 43 affixed tube connectors 44 of class such as screw in main body 41 tops, use peripheral equipments such as connecting external circuit or Pressure gauge, and establish one in main body 41 with affixed last folder of tube connector 44 and prevent drain gasket 45, use and prevent to produce leakage phenomenon by affixed, the female pipe 4 of cooling is that macromolecule material is made, be to be best especially with the polyethylene, wherein main body 41 is to adopt hot melting way to form one with female pipe 42 connected modes, it is to utilize heating main body 41 inner edge surfaces and female pipe 42 outer edge surfaces, again mother is managed pack into the both sides of main body 41 of 42 pressure cuffs and finish joint, in like manner, the connected mode that female pipe 42 connects melt ice on coil 3 loops also adopts hot melting way, and contact mother Yu in union medium floe pipe 3 loops manages 42 places, makes the utility model convenient more when maintenance is inspected.

Continuous seeing also shown in Fig. 6 A, the B, the mother's pipe 42 and the melt ice on coil 3 of the female pipe 4 of this cooling are bonded with each other, its juncture system uses hot melt to engage, it lies in one section inner sleeve 31 of melt ice on coil 3 abutting end suits, use the intensity that supports heating back, and can fill in the conjugate foramen 421 of female pipe 42, because of melt ice on coil 3 and female 42 materials that are all polyethylene of managing, so after engaging, can reach complete driving fit;

Hot melt joining technique described in the utility model, though can use thicker pipeline, avoid hot melt softening, but seriously reduce heat conduction efficiency, in order to reach preferable heat conduction efficiency, so must adopt light wall pipe, and the hot melt that must overcome light wall pipe is softening, therefore must be inserted in an inner sleeve 31 at the abutting end of melt ice on coil 3 and carry out the hot melt joint again, it is softening to use the hot melt of avoiding light wall pipe really, engages and the good advantage of heat conductivity and can finish really; For increasing the compression strength of melt ice on coil 3, promptly be to adopt the polyethylene material of high density in addition for best.

Claims

1, a kind of ice coiled pipe type ice machine bin, it is characterized in that: it includes at least:

Cell body is by the upright cell body that forms a hollow aspect of pre-cast panel group, and this precasting intralamellar part system perfusion has the material of effect of heat insulation;

Locating rack, it is arranged at cell body inside, is to form one by locator and lamellar body can supply miscellaneous part firmly reach the support body of setting, and draw-in groove is set on the locator, and this draw-in groove is designed to have the opening of outer open form;

Melt ice on coil, it is to be taken out by macromolecule material to make the macromolecule material light wall pipe that forms and adopt integrally formed melt ice on coil, is to be arranged on the draw-in groove of locator;

The female pipe of cooling, should be arranged on place, cell body inner edge top with the female piping of the cooling that macromolecule material is made, it is made up of main body, female pipe and tube connector, link female pipe in the main body both sides, the main body top is affixed by affixed element and tube connector, manage the connection melt ice on coil by mother and constitute the loop, and be communicated with the loop of the loop construction system of outside by tube connector.

2, a kind of ice coiled pipe type ice machine bin according to claim 1, it is characterized in that: wherein, the surface of this cell body presents continuously concavo-convex.

3, a kind of ice coiled pipe type ice machine bin according to claim 1 is characterized in that: wherein, main body of the female pipe of this cooling is managed with mother with hot melting way in both sides and is connected.

4, a kind of ice coiled pipe type ice machine bin according to claim 1 is characterized in that: wherein, this cools off female pipe and is connected with melt ice on coil with hot melting way and constitutes the loop.

5, a kind of ice coiled pipe type ice machine bin according to claim 1 is characterized in that: wherein, the female pipe of this cooling hot melt connects the melt ice on coil loop, ties up to melt ice on coil abutting end suit one inner sleeve, is inserted in the conjugate foramen of the female pipe of cooling after hot melt is softening.

6, a kind of ice coiled pipe type ice machine bin according to claim 1 is characterized in that: wherein, the main body of the female pipe of this cooling is folded with anti-drain gasket in the joint face of affixed tube connector.