CN2035534U

CN2035534U - Far-infrared radiation lamp for porcelain

Info

Publication number: CN2035534U
Application number: CN 88219935
Authority: CN
Inventors: 房信通
Original assignee: ZIBO COLOUR GLAZE FACTORY SHAN
Current assignee: ZIBO COLOUR GLAZE FACTORY SHAN
Priority date: 1988-09-12
Filing date: 1988-09-12
Publication date: 1989-04-05

Abstract

The utility model discloses a far-infrared radiation lamp for porcelain which is used for the physical therapy. For the utility model adopts a ceram quality lamp cover with far infrared radiation performance; the lamp cover and a lamp base are made adopting the light-tight inorganic materials; a resistance wire is arranged on the end parts of the lamp cover in the plane surface distribution, and therefore, no energy of light can be lost. The efficiency of the electrical energy converting the radiation energy is high. The utility model has the advantages of easy manufacture and convenient operation.

Description

Far-infrared radiation lamp for porcelain

The utility model belongs to medicine equipment.

Present both at home and abroad extensively adopting quartz glass type far infrared radiation lamp, because quartz glass is from as the transparent body, to pine for primary radiation be near-infrared adding, and limited its scope of application.From the analysis of energy-conservation aspect,, pine for having nearly 25% electric energy will be converted to luminous energy adding, so radiation efficiency is low because quartz glass is the transparent body.

The purpose of this utility model is to provide that a kind of manufacturing process is simple, superior performance, ceramic far infrared radiation lamp easy to use.

The structure of pottery far infrared radiation lamp as shown in Figure 1.

Among the figure: 1, bolt 2, insulating trip 3, screwed socket 4,6, lamp socket 5, lampshade 7, nut 8, radiation sphere 9, resistance wire.

The utility model is to realize like this, the lamp socket 4 made from cordierite or high alumina inorganic material is connected as a single entity with screwed socket 3 usefulness binding agents, its end is a round tray with groove, in the rounded plane spill pallet that is wrapped in lamp socket 4 of resistance wire 9, fix with binding agent, one end of resistance wire links to each other with screwed socket 3, insulate mutually by insulating trip 2 and lamp socket in the end that the other end stretches out screwed socket by bolt 1. Barrel-shaped lampshade 5 with convex spherical can be ceramics far-infrared radiation material, also can be High-Alumina, cordierite matter and the zircon stone inorganic material of coated far infrared coating, it is can various types of inorganic glue mutually bonding, also available other resistant to elevated temperatures binding agent is mutually bonding, directly be enclosed within the end with resistance wire plane lamp socket, thereby consisted of an end with the partially round radial burner of convex spherical.

Because the utility model adopts pottery to have the lampshade of far-infrared radiated property, its lampshade and lamp socket all adopt lighttight inorganic material to make, add that resistance wire is plane distribution in the lampshade end, so there is not optical energy loss, electric energy is converted to radiant energy efficient height, has improved radiation intensity effectively.And ceramic raw material source own is abundant, manufactures easily, and cost is low, long service life, and its appearance will provide a kind of desirable medical apparatus for hospital and huge numbers of families.

Claims

1, ceramic far infrared radiation lamp is made up of lamp socket 4, resistance wire 9 and lampshade 5; It is characterized in that resistance wire 9 rounded plane distribution in the end of lamp socket 4, lamp socket 4 is connected as a single entity with screwed socket 3, and the end is the outer end that the cylindrical shape lampshade 9 usefulness binding agent phase adhesions of convex surface are enclosed within lamp socket 4.

2, far infrared radiation lamp according to claim 1 is characterized in that Ceramic lamp base 4, one ends of being made by cordierite or high alumina matter inorganic material link to each other with screwed socket 3 usefulness binding agents, and the other end is the circular resistance wire pallet that has groove.

3, far infrared radiation lamp according to claim 1 is characterized in that resistance wire 9 is in the plane Baltimore groove that is wrapped in lamp socket 4 round trays; One end links to each other with screwed socket 3, the end that the other end stretches out screwed socket by bolt 1, and by insulating trip 2 and lamp socket insulation.

4, far infrared insulated lamp according to claim 1 is characterized in that lampshade 5 is the good ceramic material of far-infrared radiated property, and also available high alumina matter, cordierite, zircon stone inorganic material coated far ultrared paint replace.

5, ceramic far infrared radiation lamp according to claim 1 is characterized in that described binding agent is adhesive glue or other the resistant to elevated temperatures binding agent that various inorganic material are made.

6, far infrared radiation lamp according to claim 1 is characterized in that heating wire 9 makes for nickel filament or siderochrome silk, and also available other exothermic material replaces as Electric radiant Heating Film.