CN201093605Y

CN201093605Y - Heating and humidifying machine

Info

Publication number: CN201093605Y
Application number: CNU2007201749342U
Authority: CN
Inventors: 蔡桦欣
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-09-11
Filing date: 2007-09-11
Publication date: 2008-07-30
Anticipated expiration: 2017-09-11

Abstract

The utility model discloses a heating humidifier which is mainly provided with a plurality of supporting frames in a machine body to divide the machine body into a far infrared ray generation zone and a heat exchange zone, wherein, the far infrared ray generation zone is provided with a plurality of quartz outer pipes of which both ends are airtight, and a quartz inner pipe in which a far infrared ray heating body is arranged is arranged in each quartz outer pipe; a water supply mouth is arranged in the side wall of each quartz outer pipe, and a plurality of hydrosphere outlets are arranged on the side wall of the upper end of the water supply mouth; a container is arranged on the bottom of the heat exchange zone and is provided with a water adding hole and a plurality of water outlets, each water outlet is communicated with a feed water inlet of the quartz outer pipe by a communicating pipe, and a minim water supply structure is arranged in each communicating pipe. Thus, the heating humidifier can fast increase the humidity in the air and can fast raise environmental temperature, so comfortable living environment conditions can be reached.

Description

The warming and humidifying machine

Technical field

The utility model is relevant for a kind of warming and humidifying machine, and referring in particular to can increase outside the airborne humidity, more can make the innovation structure of a kind of warming and humidifying machine of environment temperature rising fast.

Background technology

Each place is because of the latitude difference of geographic location on the earth, and whether near the ocean, and continent type weather is arranged, marine climate is also arranged, all suitable throughout the year hot summer weather of some places, the also all suitable throughout the year bitter cold in some place, certainly, most of place still can will be divided into spring, summer, autumn, winter throughout the year, and just some place is longer summer, and some local winter is longer;

General in the winter of continent type weather, the feature of its weather mainly is that drying is cold again, and is hard to bear so usually cause chapped skin, so how to promote the humidity of indoor temperature and air, promptly becomes everybody the anxious problem of desiring to overcome.

The utility model content

The technical problems to be solved in the utility model is: a kind of warming and humidifying machine is provided, improves or address the above problem in the hope of assisting.

Technical solution of the present utility model is: a kind of warming and humidifying machine, described warming and humidifying machine are by several supports body to be separated out a far infrared to produce a district and a heat exchange zone in a body;

This far infrared produces the district, its upper/lower terminal is provided with installing base, and between the installing base of upper/lower terminal, be equiped with several airtight quartz outer tubes of two ends side by side, all be provided with a quartz inner pipe in each quartz outer tube, be provided with the FAR INFRARED HEATING body in this quartz inner pipe, and this quartz inner pipe is provided with electrode terminal, this electrode terminal convexedly stretches in outside the quartz outer tube, each quartz outer tube bottom side-walls all offers a feed water inlet, and each quartz outer tube upper end side-walls all offers several moisture outlet;

This heat exchange zone, its bottom is provided with container, this container is provided with water inlet and several delivery ports, respectively this delivery port is the feed water inlet that is communicated to quartz outer tube by a connecting pipe, respectively should be provided with micro-water-supply structure in communicating pipe, the end face of described heat exchange zone is provided with many ventholes, and offers many air intakes on this heat exchange zone sidewall.In view of the above, can increase the outer environment temperature that also can make fast of airborne humidity and rise, and reach comfortable living environment condition.

From the above mentioned, structure composition of the present utility model and implementation the utlity model has following advantage as can be known:

1. the utility model warming and humidifying machine can produce far infrared owing to be provided with the FAR INFRARED HEATING body in the quartz inner pipe, thus can make the temperature fast rise of environment, and can not produce harmful effect to human body.

2. as the above, the utility model warming and humidifying machine is owing to be provided with the FAR INFRARED HEATING body in the quartz inner pipe, can produce heat energy, make temperature rising in the quartz outer tube, add that the delivery port of heat exchange zone inner pressurd vessel is communicated to the feed water inlet of corresponding quartz outer tube because of mat a connecting pipe, and in respectively should being to be provided with micro-water-supply structure in communicating pipe, can with the water in the container gradually trace splash in the quartz outer tube, and boiling vaporization at once, and the moisture outlet of side-walls is distributed in air on quartz outer tube, so can increase the air themperature in airborne humidity and the acceleration environment.

Description of drawings

Fig. 1 is the side cutaway view of the utility model warming and humidifying machine.

Fig. 2 is the front sectional elevation of the utility model warming and humidifying machine.

Fig. 3 is the top plan view of the utility model warming and humidifying machine.

The specific embodiment

And be to make technology contents of the present utility model, creation purpose and the effect that can reach thereof can more complete, clearly exposure, see also the drawings and Examples of being taken off now and be described in detail as follows:

At first, see also Fig. 1 to shown in Figure 3, Fig. 1 is the side cutaway view of the utility model warming and humidifying machine, Fig. 2 is the front sectional elevation of the utility model warming and humidifying machine, Fig. 3 is the top plan view of the utility model warming and humidifying machine, the warming and humidifying machine that the utility model proposes mainly is by number support 2 body 1 to be separated out a far infrared to produce district's 3 and one heat exchange zone 4 in a body 1, make these far infrared generation district's 3 far infrareds that produced and aqueous vapor can directly enter in this heat exchange zone 4, and mix the back with general air and discharge naturally, wherein:

This far infrared produces district 3, on it, following two ends are provided with installing base 31, and in last, 31 of the installing bases at following two ends are equiped with the airtight several quartz outer tubes 32 in two ends side by side, all be provided with a quartz inner pipe 33 in each quartz outer tube 32, be provided with FAR INFRARED HEATING body 331 in the quartz inner pipe 33, this FAR INFRARED HEATING body 331 is good with the carbon fiber person of making, and quartz inner pipe 33 1 ends are provided with electrode terminal 332, can power and make FAR INFRARED HEATING body 331 produce far infrared and heat energy after stream connects, the two ends of quartz outer tube 32 combine with quartz inner pipe 33 in the hot pressing mode, make the electrode terminal 332 of quartz inner pipe 33 extend outside the quartz outer tube 32, and make between quartz outer tube 32 and the quartz inner pipe 33 and to form an accommodation space 321, moreover, each quartz outer tube bottom side-walls all offers a feed water inlet 322, and each quartz outer tube 32 upper end side-walls all offers several moisture outlet 323, wherein, there is moisture outlet 323 can directly aqueous vapor be entered in the heat exchange zone 4 towards heat exchange zone 4, in addition, the peripheral vertical interlaced of these quartz outer tubes 32 is arranged with many spaced radiating fins 34, and utilize to draw at four jiaos of described radiating fin 34 and establish assembly 35 and give drawing at interval establishing combination, and on each radiating fin 34, be connected with and combine with quartz outer tube 32 spot welding;

This heat exchange zone 4, its bottom is provided with the container 41 that can adorn water, these container 41 tops are provided with a water inlet 411, can be for adding water, this container 41 is positioned at far infrared relatively and produces 3 one side places, district and be provided with the delivery port 412 corresponding with each quartz outer tube 32, respectively this delivery port 412 is communicated to the feed water inlet 322 of corresponding quartz outer tube 32 by a connecting pipe 42, moreover, in respectively being provided with micro-water-supply structure 43 in communicating pipe 42, this trace water-supply structure 43 can be provided with the siphon material in respectively filling in communicating pipe 42, this siphon material is good with pottery and extends to container 41 bottoms, to utilize the siphon pipe principle that the micro-gradually siphon of water in the container 41 is splashed in the quartz outer tube 32, this trace water-supply structure 43 also can be in respectively being provided with unidirectional non-return valve in communicating pipe 42, water in the controlled container made 41 of this unidirectional non-return valve trace gradually splashes in the quartz outer tube 32, in addition, the end face of heat exchange zone 4 is provided with many ventholes 44, the opposite side sidewall that is positioned at far infrared generation district 3 at heat exchange zone 4 relatively offers many air intakes 45, simultaneously, on this side madial wall, be provided with many reflective surfaces 46, the far infrared that far infrared can be produced district's 3 generations reflects in heat exchange zone 4, and the protecting wire net 48 that this side sidewall is provided with a screen pack 47 outward in regular turn and can ventilates makes the air of body 1 outside can be in this enters heat exchange zone 4.

When implementing to use, see also Fig. 1～shown in Figure 3, open the switch on body 1 control panel 5 earlier, make the electrode terminal 332 of quartz inner pipe 33 be connected as electric current with power supply, at this moment, the far infrared that FAR INFRARED HEATING body 331 produced in the quartz inner pipe 33 produces heat energy to all directions irradiation, wherein, shine the far infrared in heat exchange zone 4, with run into again heat exchange zone 4 in addition the reflective surface 46 of side sidewall reflection and more concentrate in the heat exchange zone 4, make and produce the more heat energy of high temperature in the heat exchange zone 4, in addition, delivery port 412 reason a connecting pipe 42 of heat exchange zone 4 inner pressurd vessels 41 are communicated to the feed water inlet 322 of corresponding quartz outer tube 32, and in respectively being provided with micro-water-supply structure 43 in communicating pipe 42, can with the water in the container 41 gradually trace splash in the accommodation space 321 of 33 of quartz outer tube 32 and quartz inner pipes, at this moment, because it is quite high that the FAR INFRARED HEATING body 331 in the quartz inner pipe 33 produces the heat energy temperature, so will impel this to splash into the vaporization of seething with excitement of water in the quartz outer tube 32 at once, and distribute in far infrared through the moisture outlet 323 of quartz outer tube 32 upper end side-walls and to produce in the air in district 3, or distribute in heat exchange zone 4 with the air in it and mix, and distribute through the venthole 44 of heat exchange zone 4 end faces.

Claims

1. a warming and humidifying machine is characterized in that, described warming and humidifying machine is by several supports body to be separated out a far infrared to produce a district and a heat exchange zone in a body;

This heat exchange zone, its bottom is provided with container, this container is provided with water inlet and several delivery ports, respectively this delivery port is the feed water inlet that is communicated to quartz outer tube by a connecting pipe, respectively should be provided with micro-water-supply structure in communicating pipe, the end face of described heat exchange zone is provided with many ventholes, and offers many air intakes on this heat exchange zone sidewall.

2. warming and humidifying machine according to claim 1 is characterized in that respectively the peripheral vertical interlaced of this quartz outer tube is arranged with a plurality of spaced radiating fins, and respectively four jiaos of this radiating fin are to utilize to draw to establish assembly and give drawing at interval establishing combination.

3. warming and humidifying machine according to claim 1 is characterized in that this trace water-supply structure is respectively should be provided with pottery in communicating pipe, and this pottery extends to container bottom.

4. warming and humidifying machine according to claim 1 is characterized in that this trace water-supply structure is respectively should be provided with unidirectional non-return valve in communicating pipe.

5. warming and humidifying machine according to claim 1, it is characterized in that, this heat exchange zone is provided with a plurality of air intakes being positioned at relatively on the opposite side sidewall that far infrared produces the district, and this side madial wall is provided with a plurality of reflective surfaces simultaneously, and this side sidewall protecting wire net of being provided with screen pack in regular turn and can ventilating outward.