JPS58195769A - Cooling device - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION This invention relates to cooling or heating of fluids and
Regarding the at layer.

Rokumi, hot liquid or ζ is hot beverage or cold liquid or cold R1'Ft
- Before serving, it is necessary not only to adjust the temperature of the product (i.e., 4% cold or 4% hot), but also to store it in various containers. In order to maintain the desired temperature tm in the cabinet itself, it is usually necessary to install a storage and cooling cabinet t- which consumes help from the necessity on R#. Furthermore, most refrigeration systems use a condensing unit consisting of an F4 motor that incorporates high-pressure refrigerant and a dynamic FE compressor, but this unit is expensive and requires a large number of moving parts. inclusion, deviation,
In response to the 11th and 4th appearance, I also installed a mechanical refrigeration system with a cost of -A! The conventional thermal bonder used for &
Although the cost efficiency is low in terms of cost efficiency, VC is relatively expensive because it uses a mechanical pump, and when VC is used for small-capacity applications, a large @rllhFTr is required.

With the device of the invention, only energy is consumed to change the temperature of a fixed volume of multi-dosed products."
z%4°. In addition, the mechanical system weighs 4*-1" and is very small, so there is sufficient gas pressure to avoid noise, damage, and wear due to friction, and the installation is simple, making it easy to reduce cracking. And the installation ★ is small.

Although, for the sake of brevity, the present invention will be described with reference to the cooling of gasoline or liquid fuel supplied to an internal combustion engine, it is not intended that the present invention be limited to, e.g.
Applications include IkH cooling of industrial liquids, as well as steam for regeneration and/or recirculation purposes.

The present invention provides an apparatus for cooling and/or heating fluids and/or vapor and gas t-condensation. This device
are: (i) a heat exchanger (m) which is connected to the heat exchanger (ii) in operational association with the bonder and which has an optical path through which the liquid passes; Inlet and outlet of vessel (1 ma) Heat from heat bonder or supply island to black pump?
: □) The inferior heat exchanger Th6ゎ that makes you feel free. ,,,
1111. ．． 7. ,．． 11□1 Next, a one-dimensional drawing will be explained in order to easily implement the present invention in a buried door.

The cooling device shown in Figure 1 and the first cause does not cause a hacking cry,
This cuff ring accommodates a coiled heat exchange plate, into which the cooled liquid is introduced from the inlet Q21, and from which the cooled liquid is discharged through the outlet αalt. In this case, heat 52:! l! The L vessel 111) is housed in a spirally drawn @tube in the center of the aluminum heat block field. Of course, the heat exchanger (9) is a cooling bag; Imaginary use 17 (
It can be made from other materials using other suitable methods. example'
, Niba, heat exchanger is Guicast Vζ to Den 1 block
The shoulder can be made from steel, aluminum or any other suitable material, and can be made from a coil of recessed tubing. The heat exchanger 0υ is a heat transfer Glock (1
The eyes are offered to the Ki Ki receiving part 0η/The Kobold's DC @ source Vc is energized. Thermal bonder Q11 is a thermal bonder solid-state unit that supplies power to a 2 m long metal junction to produce heat transfer from one metal to the other. Seven things work as a result of the Bertier effect.

One of the sides of Black Pong 0@ is in a heat exchange relationship with the heat transfer Glock machine, and the other side is in a heat exchange relationship with the heat transfer Glock Kasumi of the crab, and this heat transfer Glock Q81 is a small all-JI! Substantially primary surface 44 erected (fin) surface t for 1 volume
-a has a heat transfer relationship with the heat sink 11. The heat exchanger/thermal pump combination is fitted into the heat sink, 11, using the σ-shaped bolt tightening AAVc. ! ! ! u
ii A Glock 211 is located between the A4 and the heat transfer block.

In the embodiment shown in FIG. 2, the heat bomb! σta is heat transfer Glock 05i17) each 4 iC/ (1m each is installed to make Ko 1 hard, and there is a machining (on the valley side of IQI) This embodiment increases the capacity of the heat exchanger side by 1υ.

In the embodiment shown in Figure J on the right, the heat sink α plow is housed in the cuff ring (toward), and thereby the flow of the fan (2) is
◎ Discharge pipe (I?!Bijichito sink Jic control m f -
-t-stats should be incorporated, the design and temperature range of which should be tailored to the particular application for which the present invention is utilized.

Now, referring to the diagram, the fuel supply system of the car is shown, including the tank 1 supply line and the 34 tank outlet, which is the cooler (to). The cooler is in this case similar to the device shown in Figure 1; the supply to the cooler 45, 341, senses the temperature of f1p+- on the carburetor side. The battery μs is connected via the NARMO cutter and the ignition switch.
The unique feature of this device is that it maintains the polarity of Q, and the heat exchanger t1 and 1r in the insulation lζ housing: the liquid passing through it is vapor or 1. This means that the iC system was used to cool or cool the gas as desired. , 11: ・□, 1 Alternatively, a heat exchanger 11υt'd can be used to control the temperature of the pond environment by supplying a medium at a desired temperature and a sink (A). It is possible to dissipate heat to the air, and this aerodynamic force can dissipate heat from the air.For example,
Since it is equipped with a conventional mechanical heat bonder, it can be used in laboratories and computer applications where problems such as V noise, -A support, mass 2, and volume arise.In cooling mode, 4 air energy is Heat exchanger (11
) to the heat sink Og4, which is considered to be the upper body, in one case. The present invention is not limited to air cooling and single sink J hot water. If it is appropriate for the application, the monkey will be buried by adopting all the H4 cedar and a pond of Toto sink 04. For example, the heat sink uses ambient water, nam water, or second cooling metal = t, st', which can adopt a cascade FIIE or a mechanical cooling thermal 4-pair module. .

Also, from the above, from a to 1.
l. Make various changes to the design and details of the wear without deviating from the original idea.

[Brief explanation of the drawing]

Fig. 7 is a partial partial perspective view of a cooling device according to an embodiment of the present invention, Fig. 2 is a fjl fold I diagram of the Tomiji embodiment of the wooden cloth example, and Fig. 1 is a Kajimi example of the present invention. The diagonal diagrams J and V are schematic diagrams of fC Kibatsuo applied to the fuel supply system of a car. 111) Heat exchanger, d21 - liquid population, -〇〇 liquid outlet, Mamoru 11 heat bong, 011... Japanese Patent Section Chief G Last Day 44 ■, Small Case Display 1982-+ ii'F 1k '2+ 7
No. 91041 No. 2, Title of the invention Cooling device 3 Relationship with the case of the person making the amendment Add a copy of the attached sheet, power of attorney, complete translation, and official drawings.

Claims (1)

[Scope of Claims] (1) An apparatus for cooling or heating fluids and/or amping steam and gases, the apparatus comprising: (i) being connected to a source of electrical energy; State heat pump (11) The heat bonder is connected to the operation, and the liquid flows through the stone wall.
- The first heat exchanger (1↓li) Inlet and outlet of the heat exchanger a, S (1 ma) M from the heat bonder and the second heat exchanger that dissipates the p% heat supply to the heat bonder i2J The first heat exchanger A is the device described in item 7 of the heat exchanger A, which consists of a tube spirally wound around the windshield of the Denpeng Glock. The apparatus according to claim H, which is located in a heat transfer relationship between the heat transfer gear of the first heat exchanger and the second heat exchanger. (4) Temperature t- of the fluid passing through the outlet ft. No.a according to any of the preceding claims, wherein the thermal bonder is operated by a DCt source energized by a sensing nermostat.
il. i6) - The two-hole heat exchanger is a device mounted on any of the preceding features with fins of the modified IFB. (8) The device according to claim 1, wherein the air flow through the fins is provided by a fan. (7) Install a /@ heat pump at each end of the heat transfer Glock,
Each heat ponder is also provided with a second heat exchanger t--apparatus as described in paragraph 2 below. Device.