SI24511A - Insert for swivel mesh for sanitary batteries - Google Patents

Abstract

The cartridge insert with the rotating net for the ventilation fans for the sanitary batteries consists of a cartridge housing (1), a rotary net with a handle (3) and an O-ring seal (6), wherein the cartridge housing (1) has its lower part, i.e. the outlet of the water from the sanitary battery, two bearings (2), the edge (4) for mounting the flat seal between the sanitary battery and the venting body and having a rotating net with a handle (3) on its periphery, preferably at the widest part of the mesh with a handle (3) that is, in the extension of the diameter of the mesh, the bristle (3), two axes (7) are made, which are placed in the bearing (2) on the housing (1) of the cartridge for axially fastening the rotating mesh with the lever (3) into the cartridge housing (1) (11) into which the o-ring seal (6) is installed to seal the rotary net with the handle (3), the rotary mesh is rotated around the axis (7) and has a rotatable net over its entire outer periphery, to the housing of the cartridge (1) and the rotating net with the handle (3) in Fig an inner space (5) for the installation of additional networks, sprays and micro grids.

Description

Rotating mesh inserts fall within the scope of machine components in machine installations, or inserts used in the drainage of sanitary batteries to clean drinking water from mechanical particles that are sometimes present in the water, also allows water to be ventilated, to reduce the flow of water and to direct the flow of water on the outflows. sanitary batteries. The invention is so designed and engineered that when cleaning the cleaning net by ventilation on the outflows of the sanitary batteries, no disassembly tools are required, and it is much easier to clean the netting on the outflows of the sanitary batteries. Cleaning is quicker and the maintenance of the perlator is much easier with a swivel cleaner cartridge than the previously known cleaning cloths with ventilation on the outflows of sanitary batteries, so that we also get better drinking water or get cleaner and healthier water.

The solution or the essence of the invention is to simplify the cleaning of the cleaning net on the outlet of the sanitary batteries, which is made possible by the insert with the rotating cleaning net. By installing the cartridge in the housing of the sanitary drainage outlets, it is possible to clean without any tools or utensils, as is known so far for water filtration on the outflows of sanitary outlets or the inlets themselves. With the so far known sanitary drainage nets, we need a tool, the key of the sanitary outlet manufacturers, a coin. In the invention of the cartridge with a rotary scrubbing net, it is now possible to clean the mesh on the outflows of sanitary batteries from mechanical particles present in the water by simple movements of the lever (3).

The swivel mesh cartridge consists of three basic parts, which are: Cartridge housing (1), Scrubber mesh with lever (Figure 4) and oring seal (6). The cartridge case is made of injection molded plastic, which is suitable for drinking water and is designed according to the prescribed standards of cleaning nets on the outlets of sanitary batteries for cartridges. The cartridge case (1) has two grooves (2) for the axles (7) of the mesh, it also has an edge (4) which serves to better seal the flat seal between the sanitary battery and the cartridge case (1) of the rotating mesh. The cartridge housing also has a groove (8) for the mesh handle, which is used to secure the rotating mesh in the working position of the cleaning meshes on the outlets of the sanitary batteries.

The cleaning net (Fig. 4) has two axes (7) which serve to axially attach the net and allow the net to move axially or rotate. The slots (2) on the cartridge housing are not circular but ellipse shaped so that the mesh with the lever can move in a horizontal rotation and rotation about an axis.

The cleaning mesh with a lever has an oring seal groove (11) on the outer ring in which the oring seal (6) is mounted. The lever cleaning net also contains an internal space (5) which can be used to accommodate meshes, sprays and micro meshes. These parts serve to save water, nicer jet and aerate the water in a rotating mesh with a lever (3), and above all enable filtration of mechanical particles present in drinking water. The oring seal (6) is made of rubber compound that meets drinking water standards and has adequate elasticity to seal between the mesh and the cartridge case.

It is easy to operate or clean the cartridge with a swivel mesh. Slide the lever (3) with your finger to allow it to move. The entire mesh moves in this assembly and, due to the ellipse grooves (2) in the housing, has several different movements (see Figure 5-5). The picture above shows the cartridge with the swivel in the active position, ie when the battery is in use. Below figure (55) shows the cartridge insert with a rotating mesh as we move the lever (3) down and get the cleaning mesh to the vertical position while also turning the mechanical particles from the inside of the cartridge to the outside of the cartridge and removing mechanical particles from the mesh under water pressure. . In this way, by rinsing with water, the mechanical particles are removed from the net or the cleaning net is cleaned on the outlets of the sanitary batteries. Return the lever to the position of the picture (5-5) above. So again we have a clean mesh on the outlets of the sanitary batteries. The lever (3) is fixed in the groove (8) in the position of figure (3-5). The essence of the invention is that we no longer need tools or any other utensils to clean the mesh on the outflows of sanitary batteries.

My previous invention (swivel mesh on sanitary outlets) made this novelty of rotating the scrubber mesh in a scrubber enclosure 360 degrees around the axis, other similar solutions that would allow scrubbing the mesh on the sanitary outflow without any tools in the field of scrubber there are no nets on the outlets of the sanitary batteries. Known more modern solutions are such that we need keys, manufacturer keys or a coin in order to unscrew and clean. There are also nets that can be moved by 7 degrees and are solely used to change the direction of the water jet when the sanitary batteries drain.

The mobile scrubber system has not been used for cleaning purposes so far.

The advantage of a swivel mesh cartridge is that it does not require the technical expertise of customers to clean the mesh on sanitary outflows without any tools. With simple cleaning we create, make it easier to use and access the user when cleaning. Better drinking water is obtained by removing the mechanical particles from the mesh on which the bacteria film is created.

Much faster net cleaning. Damage to the housing of the cleaning nets on the outflows of the sanitary batteries during installation and disassembly is avoided. Multiple simple cleaning improves the quality of drinking water and the life of the sanitary battery.

The swivel mesh cartridge can be used on all sanitary batteries, both existing and newly installed sanitary batteries. The dimensions of the cartridge are made according to standard criteria so that they can be installed in all enclosures of standard routers and ventilators on the outlets of sanitary batteries:

• bathtub washbasins bidet garden faucets sinks • sinks special batteries • sensor batteries • click batteries

• Basically on all sanitary batteries.

Usability The swivel cartridge is very wide. It can be used in industry, healthcare, residential, commercial, tourist.

The manufacturing process is performed on machines for the manufacture of plastic products. The process of making the housing and the mesh The cartridge is by injection of liquid plastic (pressurized) into a pre-made mold. The other important part is the cleaning net, which is made of plastic. A plastic suitable for drinking water is used for the production. There is room in the mesh for the installation of another mesh and water dispenser. An oring gasket is also installed on the cleaning net, which is mounted in the groove (ll) of the cartridge net with a rotating mesh.

The mesh (3) is inserted into the cartridge housing (l) so that the carrier part of the axle (7) on the mesh can be inserted into the grooves (2) of the cartridge housing (l), which axially hold the mesh in the cartridge housing.

The swivel mesh cartridge is already ready for mounting on standard cleaning nozzle housings on the outlets of sanitary batteries. The process of automated production of cartridge production is possible from the beginning to the packaging of the finished product, which contributes to the speed of production, the price of the finished product, better quality, easier logistics of business. The swivel cartridge is finished quickly and easily.

With a small investment, a cartridge can be made.

Claims (6)

1. Rotary mesh insert is an invention characterized in that it has a movable mesh in the cartridge housing (1) and which is a novelty in the field of perlators which can be installed in all standard housings in which cleaning nets are installed on the outlets of sanitary and kitchen batteries, with the help of the lever (3) we can move the net by almost 180 degrees, and with the movement of the lever (3) the net can be moved from the basic position to the cleaning position, thus allowing easy removal or washing of mechanical particles (10) from the surface of the cleaning net (9), without the use of tools or utensils, due to double sealing and by means of grooves (2) and axes (7), a movable bond is obtained, which allows us to move the mesh. For the quality of filtration, flow and ventilation, space is provided inside the rotating mesh. (5). 2. Rotating web insert according to claim 1, characterized in that the cartridge housing (1), which contains grooves (2), which allows the web to be directed in a horizontal and vertical direction, at the lower part of the housing (1) lever groove (8) to serve as spacer and guide for positioning the mesh in working basic position; sealing edge (4) is made at the top of the housing (1) between the cartridge insert and the sanitary or kitchen battery, inside the housing (1 ), the surface is smooth, where another seal oring (6) fits and seals between the housing (1) and the swivel mesh. Rotary web insert according to claims 1 and 2, characterized in that three changes occur by moving the lever (3) from the basic operating position, the first being to move the rotating web from the basic working position to the cleaning position, the second is to create a gap between the housing (1) and the rotating mesh, and the third is to move the micro mesh (9) from the inside of the perlator housing to the outside or to create a free path or opening for mechanical particles (10) to be removed from the inside of the cartridge from the cleaning mesh (9). , the mesh or cartridge is not separated from the scrubber housing at the outlet of the sanitary and kitchen battery, but only the mesh moves. 4. Rotary web insert according to claim 1 to 3, characterized in that it has a double seal, which is the second seal with an oring seal (6) and can also be sealed with other sealing systems. Rotary web insert according to Claims 1 to 3, characterized in that the rotating web has two axes (7) which serve to connect the assembly between the rotating web and the body of the cartridge (1), which allows the rotating web to move or they serve as one part of a movable bond, what kind of working the movable bond is and what are the mechanical elements that make it possible to move and seal it may be different, but the essence of the invention is a movable mesh. Rotary web insert according to Claims 1 and 4, characterized in that the rotating web has a groove (11) for the seal oring (6) and a prepared space (5) for the installation of nets, reducing sprays, initial micro-nets. (9), which means that the composition of the meshes may be different, depending on the needs of the market, the mesh may be ventilated and non-ventilated.