FI12041U1 - cleaning Adapter - Google Patents

Description

Field of the Invention

My invention is for cleaning the ventilation ducts, which I do daily. Ventilation ducts must be depressurised in order to clean the ducts.

BACKGROUND OF THE INVENTION A vacuum compressor is normally placed e.g. in a detached house, on a roof duct, on an outside wall of a house, or directly on a machine, if possible. In practice, a vacuum cleaner is a large and efficient vacuum cleaner designed to suck up dust and other dirt from the duct while cleaning the ducts with a cleaning brush inside the dwelling. Normally a vacuum cleaner is placed in the yard of the dwelling, where a hose is connected through which the dust is removed and the other end of the hose is fixed in a vacuumed place, eg on the roof of the house in a waste air duct. Often attaching a vacuum cleaner to the above locations is extremely difficult and also dangerous, such as a slippery and steep roof of a house.

With my invention, underpressure can now be performed on almost any ventilation duct from inside the dwelling, making cleaning work easier, faster and safer.

Purpose of the Invention

The cleaning adapter of my invention has two parts. One part (underpressure section) allows for underpressure directly from the ventilation duct, and with another part (underpressure section), underpressure and brush cleaning of the ducts are simultaneously achieved through the same duct.

The cleaning adapter is connected to the ventilation duct instead of the ventilation valve. Thus, my invention allows underpressure in almost all ventilation ducts in the home. The cleaning adapters are designed to fit the same threads as the vent section of the ventilation valve. In particular, it is an object of the invention to provide a novel purification process.

Summary of the Invention

The most common sizes of ventilation ducts / valves in homes are 100 mm, 125 mm and 160 mm. The cleaning adapters are made for each of the aforementioned channel sizes, whereby underpressure is achieved from channels of all sizes, the invention is characterized by what is stated in the characterizing part of the enclosed claim 1.

The two parts of the cleaning adapter, the vacuum and cleaning parts, are connected to each other so that the ventilation ducts can be cleaned and vacuumed via the same duct.

The cleaning adapter is constructed so that the vacuum hose is connected to the side of the adapter and the adapter has a rubber plug through which the cleaning brush is inserted. The rubber stopper is constructed so that when the brush is pushed through the stopper, the stopper stays closed during cleaning, which removes dust to the vacuum and does not drip onto the floor.

The depressurization of the ducts can only be done with the depressurization portion of the cleaning adapter, whereby the hose is directly connected to the depressurization portion.

Thanks to my invention, the new method makes cleaning work much easier compared to the prior art, which also saves the work time of the workers.

I have built the above-mentioned puhdistusadaptereista prototypes that appear in the image on the page. I've tested the prototypes and found them to be useful.

The above adapters would be very useful in the industry as they make work easier, faster and safer. In addition, the manufacture and sale of the product have already been agreed.

picture List

In the following, the invention will be described in detail with reference to the accompanying drawings: Fig. 1 shows an exhaust air valve and Fig. 2 a vacuum adapter cleaning part according to the invention instead of a valve and the wire, Figure 6 shows the cleaning adapter and the hose in place of the valve, and the cleaning brush and cable inserted into the cleaning adapter, Figure 7 shows a close-up of the cleaning adapter cleaning portion, Figure 8 shows the cleaning adapter underpressure portion, Figure 9 10 shows a cleaning portion of a cleaning adapter.

DETAILED DESCRIPTION OF THE INVENTION Figure 1 shows the most common exhaust air valve KSO in the roof of an apartment.

In Figure 2, the vacuum pressure part 1 of the cleaning adapter of my invention is attached in place of the exhaust air valve shown in Figure 1. In Figure 3, the vacuum pressure hose 2 is attached to the vacuum pressure part 1, which is shown in more detail in Figure 2. The ventilation duct can now be depressurized directly from the ventilation duct.

In Fig. 4, the cleaning adapter cleaning part 3 is attached to the adapter depressurization part 1 and the vacuum pressure hose 2 is attached to the side of the cleaning part, i.e. the t-branch 4. Now the ventilation duct can be vacuumed and cleaned through the same duct.

Figure 5 begins the cleaning of the ventilation duct using my invention's cleaning adapter, in which both parts of the adapter, the depressurization part 1 and the cleaning part 3 are used. The figure also shows the cleaning brush 6 and the cleaning cable 5 and vacuum cleaner hose 2 attached to the side of the cleaning adapter 3, i.e. the T-branch 4.

In Figure 6, the cleaning brush 6 and the cleaning cable 5 are inserted into the cleaning adapter 3 of the cleaning adapter, through a rubber plug 7 at the end of the cleaning member. The figure also shows a vacuum hose 2 attached to the side of the cleaning adapter cleaning part 3, i.e. the T-branch 4, through which the dust is discharged from the ventilation duct while the duct is being brushed.

Fig. 7 shows a close-up of the rubber plug 7 at the end of the cleaning adapter cleaning part 3 through which the cleaning brush 6 and the cleaning cable 5 have been inserted.

Fig. 8 is a depressurization section 1 of a cleaning adapter which illustrates the structure of the invention. The part in question is constructed from the exhaust air valve 8 of the KSO model and the ventilation from the internal fitting 9.

In Fig. 9, the depressurization section 1 of the cleaning adapter is shown from a slightly different angle showing the KSO exhaust air valve 8 and the inner connector 9 attached to each other.

Figure 10 is a cleaning section 3 of a cleaning adapter which illustrates the structure of the invention. This part is constructed of ventilation T-branch 4, outer connector 10 and rubber stopper 7 which are attached to each other.

Claims (2)

Protective Requirements: 1. A ring adapter, a rotary adapter, an att att adaptem bestarr, a tvar delar som ska fogman, en undertrycksdel (1) och en hanköringsdel (3), dör rotingsadapterns undertrycksdel (1) är byggd av en ventilationsventil, som är en ffånluftsventil (8) KSO, och ett inre skarvstycke (9), and catching catches sammon, och hanköringsadapterns hanköringsdel (3), and bytagd av en T-förgrening (4), yttre skarvstycke (10) och en gumpropp (7). A cleaning adapter, characterized in that the adapter consists of two interconnected parts, a negative pressure member (1) and a cleaning member (3), wherein the negative pressure member (1) of the cleaning adapter is constructed of a combined vent valve, KSO shaped exhaust valve (8) ), and the cleaning adapter cleaning part (3) is constructed of a T-branch (4), an outer connector (10) and a rubber plug (7). Cleaning adapter according to protection claim 1, characterized in that a rubber plug (7) with a hole in the center and a wool through which the ventilation duct is cleaned is attached to the end of the cleaning part (3). SKYDDSKRAV 2. The ring adapter adapter 1, the rotating ring adapter (3), the ring rotator ring (7), the ring gauge ring finns et hål och snitt genome ring venting channel ring ring utförs.