CN2162488Y

CN2162488Y - Magnetic dirt removing apparatus for toilet

Info

Publication number: CN2162488Y
Application number: CN 92242323
Authority: CN
Inventors: 吴宗林
Original assignee: SANHUAN NEW-MATERIAL HIGH-TECHNOLOGY CORP BEIJING
Current assignee: SANHUAN NEW-MATERIAL HIGH-TECHNOLOGY CORP BEIJING
Priority date: 1992-11-23
Filing date: 1992-11-23
Publication date: 1994-04-20
Anticipated expiration: 2002-11-23

Abstract

The utility model belongs to sanitary ware, particularly a magnetic processor used for eliminating dirt in the urinals of toilets. In order to overcome the pollution brought by chemical dirt removing agent to environment and air and the corrosion to the urinal, the utility model provides a round sleeve housing which has through holes and is made of waterproof materials, a plurality of magnetic rings and magnetic separating rings are arranged in the round sleeve housing, and the dirt removing device arranged on the outlet pipe of the urinal or in a water tank is screwed and fixed through an outer shell cover. The utility model has the advantages of high magnetizing efficiency, simple structure, easy manufacture, and low cost.

Description

Magnetic dirt removing apparatus for toilet

The utility model belongs to sanitaryware, especially for the magnetic processor of eliminating lavatory urinal dirt.

Remove lavatory urinal dirt at present and generally adopt chemical cleaning, as: " power of doing " scale remover of selling on the market, this scale remover produces smell in the scale removal process, and long-term the use also has corrosiveness to urinal, environment still all there is pollution to air, does not also adopt the utensil of physical method scale removal so far.

The purpose of this utility model is to overcome the shortcoming and defect of prior art, in order to reduce pollution to air and environment, and avoid corrosiveness to urinal, significantly reduce fouling and be easy to scale removal, thereby built-in some magnet rings of a kind of plastic casing and magnetism-isolating loop are proposed, be placed in the water tank or in the urinal, and be enclosed within the magnetization descaler on the urinal water pipe.

The purpose of this utility model is achieved in that with a kind of waterproof material, as: plastics, pottery, stainless steel etc. are made intermediate throughholes round buss sandwich type element (2), with be threaded shell end cap (1), lamination is placed several permanent magnet magnetic rings (4), structure shown in Fig. 1 .2 in the shell.

Be elaborated below in conjunction with 1.2 pairs of the utility model of accompanying drawing.

Fig. 1 is the magnetic descaler structural representation that is used for urinal.

Fig. 2 is a urinal descaler magnetic circuit schematic diagram.

The utility model as shown in Figure 1, it is made up of four parts: shell end cap (1), housing (2), magnetism-isolating loop (3), magnet ring (4). Its middle shell (2) with water-resistant material as: plastics, rubber, pottery make with through hole with an end with externally threaded round buss. Shell end cap (1) material therefor is identical with housing, a port band internal thread. Magnetism-isolating loop (3) with non-magnet material as: rubber, copper, stainless steel, plastics etc. are made. Magnet ring (4) with permanent-magnet material as: the materials such as ferrite, aluminium nickel cobalt, SmCo, neodymium iron boron are made. Shell end cap (1), housing (2), magnet ring (4), magnetism-isolating loop (3), its size is decided by the diameter of water pipe. The external diameter of magnet ring is generally between 30--100mm. One deck magnet ring (4) is enclosed within on housing (2) inner sleeve and overlaps a magnetism-isolating loop (3) again, can overlap any, and its magnetic field alignment is that N, N or S, S are extremely relative, will be tightened on the shell end cap (1) of through hole on housing (2) screw socket then.

Embodiment 1

Manufacture a urinal descaler by the structure of accompanying drawing 1 and the magnetic circuit of Fig. 2 with three magnet rings.Make the telescopic housing (2) of ∮ 68mm * ∮ 44mm * thick 7mm with plastics, one port has external screw thread.Magnet ring (4) is made totally three of ∮ 64mm * wide 4mm * thick 7mm with ferrite, magnetism-isolating loop (3) is made the same with magnet ring (4) size with foamed plastics, be enclosed within simultaneously on housing (2) inner sleeve putting a magnetism-isolating loop (3) in the middle of two magnet rings (4), the screw socket and housing (2) external screw thread that will have the ∮ 68mm * ∮ 44mm plastic casing end cap (1) of through hole then match.

The utility model magnetize effectively because magnetic Circuit Design is reasonable, and the descaler made from three magnet rings is placed in the urinal, just takes effect through 24 hours, magnetizes the efficient height.This descaler is simple in structure, be easy to promote produce, and cost is low, and long service life, it can also all have the magnetization effect to all gases, liquid.

Claims

1, a kind of magnetic descaler that is used for the lavatory urinal, it by magnet ring (4), housing (2), form, it is characterized in that: make the round buss sandwich type element (2) that has intermediate throughholes with water-resistant material, and shell end cap (1), housing (2) one ends have internal and external screw thread, be inserted in housing (2) and place a magnetism-isolating loop (3) at least between two magnet rings (4) and the magnet ring, its magnetic field alignment is that the N.N utmost point or S.S are extremely relative, and shell end cap (1) screws with housing (2) screw thread and matches.

2, by the described urinal magnetic of claim 1 descaler, it is characterized in that: described magnetism-isolating loop (4) is made with rubber, copper, stainless steel, plastics non-magnet material, and its housing (2) is made with water-resistant materials such as plastics, rubber, potteries.

3, by the described urinal magnetic of claim 1 descaler, it is characterized in that: described magnet ring (2) is made with ferrite, neodymium iron boron, aluminium nickel cobalt, samarium-cobalt permanent-magnetic material.