SI24322A - Swivel mesh for sanitary batteries - Google Patents

Abstract

A rotary cleaning grid (5) with a rotary clearing pellet solves the problem of cleaning the cleaning grid located in the perlator housing (2). The perlator can be cleaned without any tools and without the preliminary disassembly of the perlator. The essence of the invention is that the net in the perlator is axially fastened and that it can rotate in the perlator by at least 180 degrees. With the possibility of a rotary cleaning grid, we solve that the dirt (mechanical particles), which stops on the cleaning net inside the perlator housing, is turned to the outside of the housing and rinsed under pressure.

Description

ROTARY SANITARY NETWORK

Nets are part of the mechanical elements of machine installations, or nets are used in sanitary batteries to clean drinking water from mechanical particles that are sometimes present in the water. Another function of the mesh is also to direct the flow of water on the sanitary batteries at the outflow of water. Rotary mesh is an invention that solves the problem of cleaning the net at the outlet of the tap, or cleaning net, which is located in the housing of the water router at the outlet. The invention is so designed and engineered that when cleaning the scrubber net, no disassembly tools are required, the scrubber is cleaned under water pressure. Cleaning is faster and the maintenance of the tap is much better than with the tapes known in the tap outlet.

The solution or the essence of the invention is that the swivel mesh has a cleaning mesh (5) rotatable 180 degrees, which is pivotally mounted on two stainless steel screws (6) and sealed in contact with the housing (2). Sealing between the scrubber mesh and the housing enables the oring seal (3). When assembling these parts, we obtain a water rotor with a rotating mesh as shown in the accompanying drawing.

The rotating mesh works by usually pushing the scrubber mesh inside the housing or opposite to the direction of water outflow. In this case, the cleaning mesh in the housing begins to rotate so that mechanical particles are obtained on the outside of the housing and at the same time change the direction of water flow through the cleaning mesh. When the cleaning grid is turned, the water on the battery can be opened. In such a position, the scrubber net is cleaned under pressure and the water is closed after 5 seconds. When the water is closed, again with your finger push the cleaning cloth inside the housing and with your finger adjust it to a horizontal position. The sanitary battery water rotor is thus cleaned.

Well-known solutions on the market, such as turntable, have not been used so far. Well-known more modern solutions are such that you need a tool, a manufacturer, a wrench or a coin to dismantle the cleaning cloth and then rinse it manually in water.

The well-known tap nozzles that are commercially available and in use are standard nozzles with a built-in, fixed cleaning nozzle so that it is always necessary to unscrew the nozzle with the housing from the sanitary battery and clean it under a jet of water. There are also nets that can only be unscrewed with a scouring cloth, but a tool (manufacturer's key and some a coin) is needed. There are also tap nets that also have a rotary scrub nozzle for the sole purpose of changing the jet at the outlet, and with a possible movement of the scrub nozzle by only 7 degrees. With regard to the cleaning of mesh cleaners from mechanical particles, so far only the abovementioned tap nets have been commercially available in a housing or in a sanitary battery assembly.

The advantage of the invention is that it does not require the technical expertise of the person cleaning the tap. The advantage is that we can very quickly clean the mesh on the tap within 10 seconds and, if done daily, provide much better drinking water, thus preventing the formation of a bacterial film, which is usually formed on the mesh inside the housing. It is also an advantage that when the cleaning cloth is cleaned several times a month, no pressure is exerted on the drain of the sanitary batteries, thus extending the life of the batteries.

The usefulness of the rotating mesh is very wide. It can be used on all sanitary batteries, both existing and newly installed sanitary batteries. Metric thread and mesh dimensions will be standardized so that they can be installed on all sanitary batteries:

• sinks • bathtubs • bidets • garden taps • pitchers • sinks • special batteries • sensor batteries • click batteries

The applicability of the invention is very high.

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The manufacturing process is carried out on the so-called CNC machines which will produce the brass mesh housing. When the housing is manufactured on a CNC machine, it is chromed. The other important part is the cleaning net (5) which is made of plastic suitable for drinking water and is made of one piece (mold). The mesh has 2 holes 3.5mm in diameter on both sides. There is room in the mesh for the installation of one more mesh for small particles. An oring seal is also installed on the cleaning net.

Insert the mesh into the retina enclosure so that the stainless steel screws (6) can be screwed in to support the retina in the retina enclosure.

The touch mesh is easy to finish. With a small investment, a spinning net can be made.

Claims (1)

Patent claim The rotating mesh is characterized in that it has a scrub mesh in a housing that is rotatable by more than 180 degrees and that no removal of the faucet housing is required when cleaning mechanical particles collected on the scrub mesh which is axially attached and the entire mesh rotates about one axis through the center of the mesh, with a rotation of 180 degrees or more, thus changing the flow of water from the opposite side of the mesh, effectively cleaning the mesh at the outlet of the sanitary battery. Rotating mesh with case