CN201903138U

CN201903138U - Heat pipe type heat recovering air conditioner unit

Info

Publication number: CN201903138U
Application number: CN2010202836299U
Authority: CN
Inventors: 张永旺
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-08-06
Filing date: 2010-08-06
Publication date: 2011-07-20
Anticipated expiration: 2020-08-06

Abstract

The utility model relates to a heat pipe type energy-saving air conditioner unit for ventilation of workshops and commercial buildings, which has the functions of heating, cooling, humidification, dehumidification, purification, energy recovery and the like. The heat pipe type energy-saving air conditioner unit is characterized in that an energy recovering part adopts a low-temperature heat-pipe heat exchanger, and the heat pipe type energy-saving air conditioner unit is provided with a filter, a heater, a surface cooler, a humidifier, an air feeder, an air exhauster, an air amount regulating valve and the like according to different functions. Based on the practical thoughts of energy saving and waste reduction, the problems of energy recovery and reutilization are taken into account and an energy recovering section is designed in the product to realize energy recovery and reutilization so that the air conditioner unit has the obvious effect of energy saving. The heat pipe type energy-saving air conditioner unit has the characteristics of simple structure, is convenient to manufacture and the like; in addition, the air conditioner unit is an ideal energy-saving product in the ventilation field of air conditioners and has obvious economic benefit and wide practical value.

Description

Heat pipe-type recuperation of heat air-conditioning unit

Technical field:

The utility model relates to a kind of workshop that is used for, commercial building ventilation, the heat pipe-type energy-saving type air conditioner unit with functions such as heating, cooling, humidification, dehumidification, purification, energy recovery.

Background technology:

All kinds of workshops, the production of factory building, various chemical products or building-up process, various commercial building interior finish materials, personnel, article etc. all can give out different smells, some is not only unpleasant, and be poisonous and hazardous gas, severe contamination person environment and human health, above-mentioned place all needs ventilation.The winter of severe cold, these places are the warm comfortable environment of insulation, consume a large amount of heat energy, in hot summer, these places consume a large amount of colds for keeping the air conditioner surroundings of cool and comfortable, in order to replenish fresh air, the identical turbid air in the building of will draining has increased more consumption of the heat energy and the cold in these places again, and lot of energy has been wasted.

The purpose of this utility model is exactly the cold and hot amount of utilizing in the heat exchange of heat pipe principle recovery air draft, precooling, the new wind of preheating, during winter, the air of indoor discharge has a heat with respect to outdoor, reclaims the new wind of this part heat energy preheating, reclaim the cold air of indoor discharge during summer, new wind outside the fore-cooling room in the inlet chamber alleviates the load of heater winter, reduces the load of refrigeration unit summer, make energy be fully used, reach purpose of energy saving.

Heat pipe-type recuperation of heat air conditioner described in the utility model is to be core parts with the Cryo Heat Tube device of changing dressings, be aided with air cleaner, send, return fan, air heater, surface cooler, formations such as humidifier and insulation casing, its mechanism characteristics is that appearance is a body structure, by dividing plate inside is separated into two passes, one is air intake passage, one is air exhaust passage, a low temperature heat pipe heat exchanger or stand vertically, or lie low, or put down to stand and pass dividing plate, traverse on this two passes, pass through the air-intaking box that airduct is sent into this machine from the scent of dirt that contains of indoor discharge with the warm air that contains dust winter, end by low temperature heat pipe heat exchanger is outdoor by the exhaust blower discharge, because the effect of heat pipe, an end of heat exchange of heat pipe has absorbed the heat in the air draft, passed to the other end of heat exchange of heat pipe, in the time of in the other end inlet chamber of the new wind of outdoor cold by low temperature heat pipe heat exchanger, absorbed heat, temperature raises; Passed to heat exchange of heat pipe one end to cold from the dirty cold air of indoor discharge summer, in the time of in the air inlet chamber of outdoor sweltering heat, the other end by heat exchange of heat pipe, absorbed cold, air themperature reduces, and sends into indoor after surface cooler cools off again, because the effect that heat exchange of heat pipe reclaims, the preheating in winter new wind, the precooling in summer new wind, reduced the load that heats again and freeze, reached purpose of energy saving, the organic efficiency of heat exchange of heat pipe can reach 60%～80%.

The designer of this heat pipe-type recuperation of heat air-conditioning unit is in line with reclaiming the energy, the pragmatic thought that cuts the waste, considered the recovery and reuse problem of energy emphatically, in the air-conditioning unit, increased the energy exhausting section, realized the recovery and the utilization of energy, made unit possess obvious energy-saving effect.This utility model is simple in structure, easily manufactured, is energy-conserving product desirable in the air-conditioning technical field, and remarkable in economical benefits has extensive use and is worth

Below in conjunction with drawings and Examples the utility model is further specified.

Fig. 1 is the unit formal construction figure that the utility model heat exchange of heat pipe stands up.

Fig. 2 is the unit formal construction figure that the utility model heat exchange of heat pipe keeps flat.

Fig. 3 is the unit formal construction figure that the utility model heat exchange of heat pipe is placed vertically.

Fig. 4 is that the utility model heat exchange of heat pipe directly is used for the machine room unit formal construction figure in when refrigeration.

The specific embodiment:

Embodiment 1: Fig. 1: heat pipe-type recuperation of heat air-conditioning unit casing 1, return side have return air fillter section 2, exhaust blower section 4, between standing up energy exhausting section 3, new wind side has new wind fillter section 5, mixer 6, air heat (refrigeration) sections 7, humidifier section 8 and air supply section 9; Separate with dividing plate 10 between new wind and the air draft, this unit places on the channel-section steel underframe 11, but each active section integral manufacturing or separately make the back and using on-the-spot splicing, and the contact-making surface of splicing is stained with sealing strip 12, connect with bolt 13 between each section, unit is provided with access door 14.

Embodiment 2: Fig. 2: heat pipe-type recuperation of heat air-conditioning unit casing 1, in return fan section 2, return air air supply section 3 are arranged, energy exhausting section 4, new wind side have new wind fillter section 5, changeover portion 6, secondary return air section 7, air heat (refrigeration) section 8, humidifier section 9 and air supply section 10; Separate with dividing plate 11 between new wind and the return air, whole unit places on the channel-section steel underframe 12, but each active section integral manufacturing or separately make the back and using on-the-spot splicing, and the contact-making surface of splicing is stained with sealing strip 13, connect with bolt 14 between each section, unit is provided with access door 15.

Embodiment 3: Fig. 3: heat pipe-type recuperation of heat air-conditioning unit casing 1, below air return section 2, exhaust blower section 4 are arranged, between placing energy exhausting section 3 vertically, new wind side has new wind fillter section 5, mixer 6, air heat (refrigeration) sections 7, humidifier section 8 and air supply section 9; Separate with dividing plate 10 between new wind and the air draft, whole unit places on the channel-section steel underframe 11, but each active section integral manufacturing or separately make the back and using on-the-spot splicing, and the contact-making surface of splicing is stained with sealing strip 12, connect with bolt 13 between each section, unit is provided with access door 14.

Embodiment 4: Fig. 4: heat pipe-type recuperation of heat air-conditioning unit skeleton 1, return side have indoor air return section 2, return air filter 9, energy exhausting section 3, indoor blower section 4, new wind side has outdoor new wind section 5, new wind filter 8, exhaust blower section 6, whole unit to place on the channel-section steel underframe 11, and skeleton connects with panel 7.Unit is furnished with indoor and outdoor temperature control system 10.

Claims

1. a heat pipe-type recuperation of heat air-conditioning unit is characterized in that this heat pipe-type recuperation of heat air-conditioning unit casing can adopt general air-conditioning unit casing, return air fillter section (2) is arranged in the casing (1), energy is with receiving section (3), exhaust blower section (4), new wind fillter section (5), mixer (6), air heat and surface cooling section (7), humidifier section (8), air supply section (9), dividing plate (10), whole unit places on the channel-section steel underframe (11), but each active section integral manufacturing or separately make the back and using on-the-spot splicing, the contact-making surface of splicing is stained with sealing strip (12), connect with bolt (13) between each section, unit is provided with access door (14).