JPS6143163Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to an improvement of an eliminator for an air conditioner.

BACKGROUND ART Conventionally, eliminators made of textile products, such as those made of polyvinylidene chloride resin fibers, are often used as a water droplet adhesion medium in an eliminator for air conditioners. The eliminator has a net-like water droplet adhesion medium housed in a box consisting of a frame and a presser bar, and is removably attached to a casing within an air conditioner. However, in the case of the eliminator, the manufacturing cost of the frame is high, and when cleaning the eliminator, it is time-consuming to take it in and out of the narrow inspection opening of the air conditioner, and there are also size limitations.

The object of the present invention is to eliminate the above-mentioned drawbacks and provide an inexpensive eliminator that uses the net-like eliminator, omits the frame, makes it easy to put in and take out during cleaning, and eliminates size restrictions. do.

In view of the above, the present invention provides an air conditioner in which a media consisting of a plurality of overlapping fiber net-like materials is housed in an eliminator casing, and is held between the front and rear surfaces of the eliminator casing by multiple sets of presser bars along the airflow. is an eliminator.

An embodiment of the present invention will be described below based on the drawings.

As shown in FIG. 1, the air conditioner A operates a heat exchange chamber B, a humidification chamber C, and an eliminator D sequentially from the upstream side along the flow of circulating air or outside air introduced through a filter (not shown). Further, air is blown into the room by a blower (not shown) provided on the downstream side. In the heat exchange chamber B, fluid pipes 1 for heat exchange are arranged in parallel. A humidifier 2 that sprays water is provided in the humidification chamber C.

These heat exchange chamber B and humidification chamber C are made into box bodies through which air can flow horizontally, and the most downstream side of the peripheral wall of the humidification chamber C is an eliminator casing 3 capable of holding an eliminator D. That is, as shown in FIGS. 2 and 3, the eliminator casing 3 has a downstream support piece 31 and an upstream support piece 32 that are perpendicular to the peripheral wall of the humidity chamber C at the downstream end thereof. Among these support pieces, the upper and lower pieces in the vertical direction have a plurality of hook holes 3 at regular intervals in the horizontal direction across the airflow.
1a and 32a are provided. The respective hooking holes face each other between the upstream and downstream support pieces 31 and 32, and are positioned symmetrically in the vertical direction.

Eliminator D has conventional fibers intertwined vertically and horizontally to form a thick net-like water droplet adhesion medium 4, which is interposed between the downstream support piece 31 and the upstream support piece 32, and further The water droplet adhering medium 4 is held between a plurality of presser rods 5 arranged vertically from both the front and rear surfaces along the air flow. The upper and lower ends of the presser bar 5 are each bent to form a hook portion 5a, which is hooked onto the upper and lower support pieces 31a and 32a. A plurality of water droplet adhesion media 4 are successively arranged in the opening width direction of the eliminator casing 3.

A drain hole 6 is provided in the bottom wall of the eliminator casing 3.

Further, a drain port 7 is installed at the bottom of the air conditioner A.

In the above structure, the circulating air or outside air taken in from the air introduction example of the air conditioner A is mixed in the mixing chamber, passes through a filter, enters the illustrated heat exchange chamber B, is heated or cooled here, and is then heated or cooled in the humidification chamber. The air enters C and is humidified by a humidifier 2 to become moist air, excess water droplets are removed by an eliminator D, and the air is discharged into the room by a blower (not shown).

Excess water in the humidification chamber C and water droplets removed by the eliminator D and falling from the drain hole 6 are discharged through the drain port 7 at the bottom of the air conditioner.

Since the water droplet adhering medium 4 is held from both sides by the presser rod 5 hooked and locked to the eliminator casing, it will not come off from the eliminator casing 3 or the mating portion of the net will not open due to wind pressure. When taking out the eliminator D from the air conditioner, such as when cleaning it, press the presser rod 5 into the net-like material and insert the hook portion 5a into the hook holes 31a, 32.
Since the water droplet adhesion medium 4 can be easily removed by removing it from a, it is sufficient to roll up only the water droplet adhesion medium 4 and take it out from the inspection port, so the work is extremely easy even if the inspection port is small. Therefore, restrictions on the size of eliminator D are relaxed.

As described above, the present invention has supporting pieces protruding from the circumferential wall at the downstream end of the humidity chamber at right angles and facing each other at a distance in the airflow direction. A hole is provided, a water droplet adhesion medium is interposed between the support pieces, and a plurality of presser bars are hooked and locked in the hook holes of the support pieces so as to sandwich the water droplet adhesion medium from both front and rear surfaces along the air flow. Because of this, when cleaning the eliminator, you only have to roll up the water droplet adhesion medium and take it out from the inspection port of the air conditioner. Dimensional restrictions are relaxed compared to conventional frames, and large eliminators can be used, resulting in a significant reduction in cost. becomes. Additionally, since there is no frame, the effective area of the eliminator can be increased, and the processing air volume can be increased.

[Brief explanation of drawings]

Fig. 1 is a front view of the main parts of an air conditioner showing an embodiment of the present invention, Fig. 2 is an enlarged front view of the eliminator part of Fig. 1, and Fig. 3 is a perspective view of the main parts of Fig. 2. . A...Air conditioner, B...Heat exchange room, C...Humidity chamber, D...Eliminator, 2...Humidifier, 3...
... Eliminator casing, 31 ... Downstream support piece, 32 ... Upstream support piece, 4 ... Water drop adhesion medium, 5 ... Presser bar.

Claims (1)

[Scope of utility model registration request] Support pieces projecting from the circumferential wall at the downstream end of the humidity chamber at right angles and facing each other with a gap in the air flow direction. A water droplet adhesion medium is interposed in the air conditioner, and a plurality of presser rods are hooked and retained in the hook holes of the support piece so as to sandwich the water droplet adhesion medium from both front and rear surfaces along the air flow. machine eliminator.