ANTI-CALCAREOUS MAGNETIC WATER CONDITIONER, WITH IMPROVEMENTS WHICH BRING ABOUT ALTERNATIVE SOLUTIONS

Abstract: The object of this invention is a new conditioner apparatus fit to transform the physical characteristics of the water, as it is able to determine the suspension of the lime, present in said water, without allowing it to settle as solid scaling along the walls of the pipes, of boilers and the like. The said apparatus is composed of two parallelepiped magnetic elements (4, 5), enclosed in a different way in an iron tubular casing (3), making to ensure that the water, which is forced to flow through the spaces in between these, undergoes the aforementioned physical transformations, as they are forced to pass through the magnetic field formed by them.

Description: DESCRIPTION: "ANTI-CALCAREOUS MAGNETIC WATER CONDITIONER. WITH IMPROVEMENTS WHICH BRING ABOUT ALTERNATIVE SOLUTIONS" TECHNICAL FIELD- The above mentioned invention is a new instrument with magnetic properties, for application to water works so that it will enable the water to reach the areas where it is to be used, without scaling pipes and tanks. TECHNICAL POSITION- At the moment, among the many known anti-calcareous magnetic water conditioning instruments, there is one which has been studied and perfected and which is capable of equipping the water works which, convey the water where it is to be used. Many are the instruments which have been manufactured, and all of them are in more or less a position to carry out their function of intercepting the water which is made to pass through them. This new instrument has also been studied and tested in order to avoid the difficulties which create many inconveniences to the water works, without using complex and costly procedures, and without using chemical substances and connections to sources of electric energy. - AIMS AND ADVANTAGES OF THE INVENTION- The action of the above mentioned water conditioner suspends all the needle-like particles floating in the water which are inevitably transported by it. This avoids these particles from gathering together on the surface of containers and piping, thus transforming the mineral salts contained in the water, from CA (HC03)2 (calcium hydrate carbonate or bicarbonate), to C02 + H20 + CA C03 (calcium carbonate, a sub-form of calcite); this avoids the formation of calcareous deposits and the consequent partial or total occlusion of the pipes and the loosening of the scales which damage, pipes, taps, valves and reservoirs. The above mentioned water conditioner, has the following advantages: -Fitted to pipes, it creates a sole efficient point for the treatment of cold or hot water. rotects everything that contains, controls or intercepts water movement against the formation of scales, improving the thermal efficiency of the water work. •In swimming pools and in spas it favours the diffusion of chemical reagents, improving their bacteriological efficiency. -In water boilers and home appliances, it avoids the formation of scales, and the use of detergents for their periodical cleaning. -It is easily assembled because it is composed of a few simple parts which are easy to use and to put together. it is easily fitted to machines and water works. -It can be placed next to equipment which does not tolerate the proximity of magnets, since it doesn't cause any difficult situations. -It has been created to obtain relevant results regarding the water to be treated at high degrees of scales abatement, both due to its ability and abatement speed. -It doesn't require any maintenance, cleaning, or spare parts. -Using the alternate solutions projected for its manufacture, its production and assembly are made that much easier. DRAWINGS- In order to define better this invention, a description thereof, in greater detail, and drawn up according to a chosen criterion, will now follow, as an example, which is neither binding nor limiting and which refers to the drawings of: FIG. 1 - Water conditioner shown as it appears when it is not fitted to the pipes; FIG. 2 - the same, fitted with distance sleeve, seen during completion of the assembly; FIG. 3 - BB section of the water conditioner with distance sleeve, as per marking on FIG. 4; FIG. 4 - AA section of the water conditioner with distance sleeve as indicated under FIG. 3; FIG. 5 - water conditioner with isolators, executed as an alternative to the first and viewed while its assembly is being completed; FIG. 6 - DD section of the water conditioner with isolators, as per marking on FIG. 7; FIG. 7 - CC section of the water conditioner with isolators, as indicated under FIG. 6; FIG. 8 - water conditioner complete with protruding elements and bevelled off in other cases, executed as an alternative to the first, and viewed while its assembly is being completed; FIG. 9 - FF section of the water conditioner as viewed in the previous drawing, as per marking on FIG. 10; FIG. 10 - EE section of the water conditioner indicated under FIG. 9; FIG. 11 -water conditioner with two parts internal casing, executed as an alternative to the previous ones, and viewed as its assembly is being completed; FIG. 12 - HH section of the water conditioner with two parts internal casing, as per marking on FIG. 13; FIG. 13 - GG section of the water conditioner with two parts internal casing , indicated under FIG: 12; FIG. 14 - it shows the position taken by the two parts which make up the internal casing in relation to the rectangular ring, the two magnetic elements and the external casing. All the figures emphasise the structure of the above mentioned water conditioner created so as to be fitted to rigid, or flexible pipes. When studying FIGURES. 1, 2, 3 and 4, one notices that the casing of cable 1 which is made of anti-magnetic metal, or in plastic material, is provided with two equal and parallel planes, which lighten it and are a characteristic thereof. It contains all the necessary elements for the functioning of the water conditioner, which is closed by cap 2, also made of plastic material or anti-magnetic metal, and which, moreover, closes and tightens together all the internal components, keeping them in contact. Cap 2 may be fitted to the casing of cable 1 through a thread, a trip stop coupling, or even through welding. Cable casing 1 and cap 2 are completed through screw tap or groove threading 7 and 8 according to the need, so as to join the apparatus to the tubes or pipes of various kinds. Iron metallic tubular casing 3 is fitted to the cavity of casing 1 and acts as a screen for the parts enclosed in it. These are the parallelepiped magnetic elements 4 and 5. h - The metallic tubular casing 3, which is opened at both ends, contains magnetic elements 4 and 5 which must always be fitted into it, as shown in the figures; these must also be put in a condition of reciprocal attraction, so as to be able to interconnect if free to do so without the interference from external pressures to guide them, so that the two surfaces, which come into contact, may unite perfectly. The planes of these two elements, which tend to be attracted to one another, are kept apart by distance sleeve 26, composed of a stainless plate, corrugated and punctured, or with a stainless steel net, both able to create the transit channel 10, which is necessary for the water to be treated and which must transit through the water conditioner. Distance sleeve 26 keeps magnetic elements 4 and 5 separate. It is kept still by the force of attraction which is created by them reciprocally and which creates transit channel 10, through which the water to be treated is forced to pass. The metallic tubular casing 3, which guarantees a perfect external isolation for elements 4 and 5, allows these to create the necessary magnetic field which influences the water while this passes through transit channel 10. For these reasons it is possible to effect within channel 10, the physical transformation of the lime contained in the water, which is put in suspension and it will be impossible for it to stick to the wails of the pipes into which the water flows. Figures 5, 6, and 7 show the water conditioner as an alternative to the first one, which deals with the metallic tubular casing 3, in rectangular section as well, where its walls 13 are thinner than those of walls 14, see figures 5 and 7, as, in its cavity 15, over and above the magnetic elements 4 and 5, equally parallelepiped and perfectly equal among themselves, there are also two isolator elements 12 contained therein, which, through protrusion 11, maintain separate and perfectly arranged magnetic elements 4 and 5 as indicated under figure 5. The said conformation of the parts, helps the arrangement of the elements at the time of their assembly, considering, also in this case, and as said before, that the magnetic elements 4 and 5 must always be put and positioned into the metallic tubular casing 3 as previously said. The two magnetic elements, which are kept separate from protrusions 11 of the isolator elements 12, always create transit channel 10 and for this reason: they simplify the assembly phases of the water conditioner; the chances increase that the above mentioned needle-like, floating particles, will not unite on the surfaces inside the pipes of the reservoirs through which the water passes. The passing of the water through the water conditioner is always guaranteed by apertures 6 and 9 executed on cap 2 and on the cable casing 1, as these possess sections which are adequate to the situation. FIGURES 8, 9 and 10 show the action of the water conditioner as an alternative to the previous ones. This happens through the effect of the slanted protrusions 17, 18, 19 and 20, in cable casing 1' and cap 2' through the relevant bevelling effected in relation to the magnetic elements 4" and 5". Protrusions and bevelling must be coupled in order, to obtain an easier execution and a faster assembly of the apparatus with the simplification of isolating elements 12', put and positioned into the metallic tubular casing 3 * . FIGURES 11, 12, 13, and 14, show a new solution, for the particular conditioning of water as an alternative to the previous ones and are the result of a further perfecting, where the external casing 29 contains and guides the internal metallic casing composed of two metallic elements 21 and 22, thus presenting the new solution, as when united and composed, they make up the tubular casing guided by finning 23 and 24, as produced in the core 25 of casing 29. Furthermore, the same finning 23 and 24, protrude from the metallic casing towards the inside, also guiding elements 4 and 5, carrying out and defining transit channel 10, destined to the passage of the water to be treated, as indicated under FIG. 13, executed according to the measurements of apertures 6 and 9 of casing 29 and of cap 2. Elements 21 and 22, which from the internal casing for the magnetic elements 4 and 5, are equal to each other; they have walls of a constant thickness; they can be obtained through shearing, and bending of the rectangular plates; they can be easily and perfectly fitted. This makes assembling of the whole apparatus easier. According to this condition the deriving instrument, would not be in a position to obtain the required result, as it should function without the iron tube which constitutes the required magnetic field. Therefore, in order to obtain the required magnetic field, and by using elements 21 and 22, it has been arranged to unite them on contact, by fitting iron ring 27, as shown in FIGURES 11 and 12. This closes and completes the magnetic field remaining solidly united to elements 4 and 5 for the pushing which activates cap 2. The anti-calcareous magnetic water conditioner, which is the object of the invention, and the perfectioned models which have been described, carry out all the same prerogatives in relation to the water that flows into their channels 10.

Claims: CLAIMS 1. Anti-calcareous magnetic water conditioner; composed of elements 4 and 5; metallic tubular element 3; cable tubular casing 1, closed by cap 2; It is characterised by the fact that elements 4 and 5 are magnetic, parallelepiped and equal, and put into casing 3 so as to be attracted and reciprocally united (supposing, logically, that they are left free from stops and other bonds). 2. Magnetic water conditioner; as per claim 1; characterised by magnetic elements 4 and 5 which, put into the seat of the metallic tubular casing 3, kept apart by distant sleeve 26, so as to obtain the required magnetic field and transit channel 10 for the passage of the water to be treated. 3. Magnetic water conditioner; as per claims 1 and 2; characterised by elements 4 and 5, fitted longitudinally in tubular casing 3 with their axes parallel to the axis of the same. 4. Magnetic water conditioner; as per claims 1, 2 and 3; characterised by metallic tubular casing 3, executed in iron to contain elements 4 and 5 so that they can create the required and isolated magnetic field, avoiding in this manner dispersions towards the exterior. 5. Magnetic water conditioner; as per claims 1, 2, 3, and 4; characterised by cable tubular casing 1 and by cap 2, which closes it, executed in plastic material or in non-ferrous metal. 6. Magnetic water conditioner; as per claims 1, 2, 3, 4 and 5; characterised by the protrusions 11 of elements 12, which keep apart magnetic elements 4" and 5", arranged in casing 3', from walls 14 and 13 of varying thickness. 7. Magnetic water conditioner; as per claims 1, 2, 3, 4 and 5; characterised by the slanted protrusions 17, 18, 19, and 20 of cable tubular casing 1' and by cap 2', coupled together with as many bevels executed in magnetic elements 4' and 5' so as to create transit channel 10 and the required magnetic field. 8. Magnetic water conditioner; as per claims 1, 2, 3, 4 and 5; characterised by the distance sleeve elements 12 or 12', executed in plastic material, so as to create the required isolation among magnetic elements 4', 5', 4" and 5", into metallic tubular casing 3'. 9. Magnetic water conditioner; as per claims 1, 2, 3, 4 and 5; characterised by the two elements 21 and 22 which, together with ring 27, execute a sole magnetic field, as they wind round elements 4 and 5. 10. Magnetic water conditioner; as per claims 1, 2, 3, 4 and 5; characterised by finning 23 and 24 protruding from its inside as these keep apart, over and above the two elements 21 and 22, also elements 4 and 5 which are contained by them.

Inventors: CIMA ROLANDO, CIMA, ROLANDO
Applicants: CIMA ROLANDO, CIMA S R L, CIMA S.R.L.
Application year: 1993
Main classification: C02F1
IPC codes: C02F1