Reflection light housing can considerably increase security

The utility model relates to a case with reflective film reflective lamp housing. It includes a battery, housing, lamp, battery surrounded by reflective film; shell of transparent material. The lamp housing is simple, easy to use, reflective film will be reflective housing, showing the location of the miners, transparent shell, you can see the shell of the battery manufacturer and date of manufacture.

The utility model relates to lamp housing, especially in a case involving reflection light housing with reflective film.

When coal miners in underground operations, safety helmets come with lighting lamp cap, past traditional shell color matching hat and miner's lamp housing is relatively dark, there is no obvious sign, when the battery runs out, the shell with the surroundings melt for one, will not be able to find the location where the miners workers when a mine off in the dark, it is difficult to find it. The utility model is intended to overcome these shortcomings to provide simple, easy to use reflective lamp housing.

The utility model is a technical solution: A Reflection Light Sensor 037U307544 housing, battery, housing, lamp, battery surrounded by reflective film; shell of transparent material.

The utility model has the advantages are: 1, simple structure, easy to use; 2, reflective film will be reflective housing, showing the location of the miners, miner looking for convenient, has a warning for others; 3 shell transparent, you can see the housing battery manufacturer and date of production.

This reflection light housing includes a battery, housing, lamp, battery surrounded by reflective film, transparent shell material. Battery surrounded by reflective film, and through the transparent shell covering, both the light reflected through the shell and saw a battery manufacturer and date of production, the quality of miner's lamp battery capacity has clear role.

New type of LED reflection lights can be waterproof

The utility model provides a proof waterproof LED reflection light. In front of the lamp body fitted by fixing the retaining ring lights LED lighting, LED lights embedded in the body of the lamp lighting installation rear; LED lights and LED light-emitting device by a shade structure, which is hemispherical shade, shade the retaining portion has an edge, provided with a light emitter to a plurality of LED lights on the LED substrate; front of the lamp body is provided with spaced fins; lamp mounting portion provided with a side portion of pin holes; sides respectively by a bracket portion of the lamp body there are activities shaft mounting bracket. The utility model has the proof and drainage features, suitable for explosion-proof and waterproof environment as reflection lights lighting applications.

The utility model provides a proof waterproof LED lighting field reflection light. LED lighting is cold light source emitting light-emitting components developed in recent years, resulting brightness per unit area, good lighting effects, and saving, so applications continue to expand. But do not have proof function, suitable for explosive occasions, and LED light heat problem is a key issue lighting life. There is to be water-resistant, it can be safely used.

In order to have proof LED lighting functions and the cooling effect, the utility model provides a proof waterproof LED Reflection Light Sensor. The explosion in the center of waterproof reflection lights through the lamp body is equipped with LED lights, and set the heat sink and solve technical problems proof LED lights, heat, water and light exposure.

The utility model is used to solve the technical problem solution is : in front of the lamp body is equipped with LED lights fixed by the retaining ring lights, LED lights embedded in the body of the lamp lighting installation rear; LED lights by the shade the LED and is constituted, wherein the hemispherical shade, shade the edges with the retaining portion, provided with a light emitter to a plurality of LED lights on the LED substrate; front of the lamp body is provided with spaced fins; lamp side of the mounting portion provided Leaded hole; sides of the lamp body part other activities through the support shaft mounted bracket .

Positive effect, as the utility model by LED lights convex hemisphere shade sealing the LED light lights installed in the Ministry of the light emitting element and the circuit is hermetically sealed, no contact with the outside world, so have proof function; front lamp body has a heat sink, the light emitting device can extend the life of LED.

As the front of the utility model is equipped with lighting the lamp body, its shade hemispherical convex, fixed by installing lighting shade card solid portion, with explosion-proof performance. Since the body is mounted on the lamp holder shaft through the bracket activities, thereby changing the irradiation angle illuminator light irradiation angle required, so that the angle of illumination light adaptation requirements.

Is snap structure of a fluorescent lamp plug outdated?

The utility model is applicable to fluorescent technology, provides a snap structure of a fluorescent lamp plug, opened a can accommodating groove on the end face of the lamp plug ends of the non-metallic cap lamp, the groove equipped with a number of snaps, at the end face of the recess around the opening of the non-metallic cap also has a number of escape grooves.

Snap structure of a fluorescent lamp The utility model provides a lamp plug, opened a recess accommodating the lamp plug on the end face of non-metallic cap, when you install the lamp plug, located in the groove by the lamp plug snaps fixed ; demolition when the lamp plug, because there is a groove around the opening of escape groove, hold down the edges of the grooves pressed in the direction to escape groove, the groove will be bent to avoid the side slot, so you can easily take down the lamp plug.

Prior art fluorescent lamp plug generally fixed by riveting pressure on both ends of the metal cap lamp, the metal cap is cylindrical, riveting process is more complex, and this will cause the lamp plug to connect riveting difficult to disassemble, when fluorescent faulty lamp plugs need to be removed when it is difficult to LED Plug Lamp removed.

The utility model technical problem to be solved is to provide a snap fluorescent structure facilitates installation and removal of the lamp plug. The utility model is achieved, snap structure of a fluorescent lamp plug in the end face of the non-metallic cap open at both ends with a fluorescent accommodating lamp plug a groove that features a number of snaps, to the nonmetallic surface groove around the end cap also offers a number of escape groove.

The recess is square, symmetrically around the snap- in of the inner recess. The relief groove disposed symmetrically around the recess in the end face of the non-metallic cap. Snap structure of a fluorescent lamp the utility model provides a lamp plug on the end cap of the creation of non-metallic surfaces.

When you install the lamp plug, located in the groove by the lamp plug snaps fixed; When removing the lamp plug, because there is a groove around the opening of escape groove, hold down the edges of the grooves pressed in the direction escape groove, the groove edges are avoid bending toward the slot, so you can easily take down the lamp plug.

Is programmable lamp plug really a boost of energy efficiency?

This is a codable circuit board, comprising a plurality of arranged on a printed circuit board traces, each corresponding to one of the plurality of traces of a single bit in an encoded data word;

Each of said plurality of circuit runs including a single necked, wherein the constriction is capable of being burned out by passing it through the passage of a sufficient current to form therein a gap.

An encodable printed circuit board as claimed in claim 1, wherein the conductor tracks are made of copper. An encodable printed circuit board as claimed in claim 1, wherein the constriction is at least as long as wide. A encodable lamp plug, with: a lamp plug body; a plurality of logic ports and a ground terminal, which extend through the lamp plug body; a circuit board attached to said plurality of logic pins and said one ground terminal, wherein the circuit board comprises conductive traces electrically connected between a ground terminal and said plurality of logic pins; each of the conductors has a single constriction, and the single constriction is capable of being burned out by passing it through the passage of a sufficient current to form therein a space; a device which is attached to the body and covering the printed circuit board; a lamp, and means to attach the body to the air.

An encodable G24 9W led plug lamp as claimed in claim 4, which further comprises: Power supply terminals which extend through the body; wherein the means for attaching the body to the lamp supply current conductor, and wherein the power supply conductor electrically connected to the lamp at one end and the power supply connections at the other end.

An encodable lamp plugs as claimed in claim 4, wherein the conductor tracks are made of copper. An encodable lamp plug as claimed in claim 4, wherein the constriction is at least as long as wide. A method for producing a codable lamp plug comprising the steps of: Providing a ground terminal and a plurality of logic ports which extend through a lamp body;

Printing a plurality of circuit runs on a printed circuit card, each of the conductors has a single constriction; Mounting the circuit board on which a ground terminal and said plurality of logic pins, said plurality of circuit runs corresponding to connections between said ground terminal and said plurality of logic pins; Providing a lamp; Attaching said lamp plug body to the lamp;

Burnout predetermined individual of the circuit lines depending on the type of lamp provided. A method according to claim 8, further comprising: Providing power supply connections which extend through the lamp plug body; Attaching a power conductor to said power supply terminals on its one end and to the lamp at its other end.

It is a method according to claim 8, wherein the method of manufacturing a plurality of conductive traces further comprises preparing the conductor tracks of copper.

A method according to claim 8, wherein the method of manufacturing a plurality of conductive traces further comprises forming the conductive traces with a constriction, which is at least as long as broad comprises.

Demand of solid and reliable LED reflection lights increases

The utility model discloses a solid and reliable installation of LED lighting, including the top of the lamp, the lamp body, LED light and transparent lampshade, light body mounting cap, the bottom has a substrate, in the bottom surface of the LED substrate, a transparent covering the LED lamp shade, at the top of the substrate has a connecting ring extending upwardly inserted into the lamp body of the connecting ring, the connecting ring has an axial threaded hole in the wall of the lamp body provided with a through hole vertically downwards, from the screw precession and inserted through holes in the ring screw connection.

LED reflection light is generally composed of a lamp, the lamp body and the LED lamps, LED lamps are mounted on the substrate, the substrate was fixed to the lamp body, the substrate is typically pressed into the lamp body or close to the outlet of the lamp body then injected glue, and glue solidified upon substrate is fixed as well. But in everyday use, once the glue or glue aging quality problems will lead off the substrate, LED reflection lights was destroyed, even when serious injured lamp personnel.

The utility model is intended to overcome the above disadvantages of the prior art to provide a reliable connection, security is very high Light Sensor 037U370044 mounting structure.

The utility model to solve the problem, you can achieve the following technical solution : install a solid and reliable LED lighting, including the top of the lamp, the lamp body, LED light and transparent lampshade, light body mounting cap, the bottom has a substrate, the bottom surface of the LED substrate, transparent shade covering the LED lights in the top substrate has a connecting ring extending upwardly inserted into the lamp body of the connecting ring, the connecting ring has an axial threaded hole in the wall of the lamp body vertically down a through hole, screw screwed into the through hole and insert the screw connecting ring.

After the above configuration, compared with the prior art, the beneficial effects of the utility model is : Set on a substrate by a connecting ring, set vertically downward through holes in the lamp body wall using screws to reliable lamp body and substrate connected and fixed together, this mounting structure is very stable and reliable.

Bottom surface of the substrate 5 is installed in a solid example of the implementation of reliable LED reflection lights, including a lamp, the lamp body 2, LED light 3 and 4 transparent lampshade, lamp body 2 top mounted lamp 1, the bottom has a substrate 5, LED lamp 3 provided on the transparent covering the lampshade LED lamp 3, the top substrate 5 is connected to the ring 6 has upwardly extending, connecting ring 6 is inserted into the lamp body 2, the attachment ring 6 is provided with axial holes 7, vertically downwardly with the lamp body 2 through the wall hole 8 screw 9 is screwed into the through hole 8 and the connecting ring is inserted into the screw holes 7.