CN101793357A - Integrated xenon lamp bulb structure constitutive scheme - Google Patents
Integrated xenon lamp bulb structure constitutive scheme Download PDFInfo
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- CN101793357A CN101793357A CN201010109074A CN201010109074A CN101793357A CN 101793357 A CN101793357 A CN 101793357A CN 201010109074 A CN201010109074 A CN 201010109074A CN 201010109074 A CN201010109074 A CN 201010109074A CN 101793357 A CN101793357 A CN 101793357A
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- fluorescent tube
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Abstract
The invention discloses an integrated xenon lamp bulb structure constitutive scheme, which is characterized in that a voltage boosting device for activating and starting xenon in a xenon lamp tube is arranged at the joint of a bulb housing and a bulb connector; one to N numbered xenon lamp tubes are arranged between conductors in the bulb housing horizontally; the parts of the conductors connected with the xenon lamp tubes in the bulb housing before connecting with the xenon lamp tubes are wrapped with transparent insulating materials and then fixed on the positions siamesed with the bulb connectors; the xenon lamp tubes and the bulb housings are made of colorful transparent or semitransparent insulating materials; the circuits in the bulb are connected according to the requirements of xenon lamp circuits; and the bulb can be filled with natural air, or is vacuumized or is full of relevant airflow. Except electricity, the bulb has the advantages of compact structure, stable working performance, high light utilization rate, no phenomena of high voltage flashover and short circuit, wide application range and low production cost, can replace various electric power luminescent lamps on the condition of lowering lighting cost by a big margin, and has good market prospect.
Description
Technical field
The present invention relates to the scheme that a kind of bulb structure constitutes, refer more particularly to the scheme that a kind of integrated form xenon lamp bulb structure constitutes.
Background technology
At present, the scheme of the formation of known xenon lamp bulb, all be with xenon lamp fluorescent tube vertical joint in bulb, not only increased the length of bulb, and the range of application that makes product is dwindled in increasing the raw material use cost; Put on two polar conductors that are connected with fluorescent tube insulation tube prevent because of two utmost point conductor wires between distance the high-tension electricity arcing and the short circuit that closely cause, less stable; Have the two boost in voltage devices (high-voltage line bag) that thoroughly do away with outside edge leads and the bulb to be connected on the bulb adapter of connection xenon lamp fluorescent tube two polar conductors, not only overall structure is more open, and easily goes out substandard products when producing.Higher in the formation of product and production and use, maintenance cost.
Technology contents
The object of the present invention is to provide that a kind of application is extensive, light utilization efficiency is high, compact overall structure, the integrated form xenon lamp bulb structure that there is no fear of taking place high-tension electricity arcing short circuit phenomenon constitutes scheme.
In order to achieve the above object, the scheme that a kind of integrated form xenon lamp bulb structure constitutes, it is made up of bulb shell, xenon lamp fluorescent tube, electric conductor, boost in voltage device, bulb adapter, insulator, circuit diagram etc., and its feature is as follows:
1, described boost in voltage device is arranged on the junction of bulb shell and bulb adapter; The input of boost in voltage device joins by the electric contact that is connected with power supply on electric conductor and the bulb adapter; The output of boost in voltage device joins by the xenon lamp fluorescent tube in electric conductor and the bulb shell; Described boost in voltage device by the conductor wire bag or/and the electronic circuit board that forms by electronic devices and components form;
2, described xenon lamp fluorescent tube is horizontal type with one to N and is connected with electric conductor in the bulb shell; Electric conductor in the above-mentioned described bulb shell by the electric current outbound course with the position that is fixed on after all sites before xenon lamp fluorescent tube two utmost points are connected all is to wrap up with transparent insulation material with the bulb adapter disjunctor on;
3, described bulb adapter, the size for connection of joint are by the international or/and size design of the domestic universal standard, or the size design that needs by demanding party's customization;
4, described bulb shell is the open-top receptacle made from transparent material, and it with after its electric conductor that is connected in the bulb shell is all included inner chamber in, is the xenon lamp fluorescent tube sealed between the combined article with its uncovered limit and bulb adapter and is connected; When above-mentioned connection, on demand container intracavity is included in the natural mode air, or vacuumize processing, or charge into the fluid that demanding party needs;
5, described bulb shell can be made with colourful transparent or translucent insulating materials;
6, the housing of described xenon lamp fluorescent tube, available colourful transparent or translucent material are made;
7, described circuit is meant the circuit that forms on the whole bulb body, and it is that circuit requirement by xenon lamp constitutes; After electric contact on the lamp socket that electric contact on the bulb adapter and bulb adapter coupling is connected is connected, be connected with the output of ballast with xenon lamp by electric conductor, ballast with xenon lamp is connected with power supply again.
Operation principle:
1, the xenon lamp fluorescent tube joins by two utmost points of the output of electric conductor and boost in voltage device, input two utmost points on the boost in voltage device and output two polar contacts on the bulb adapter join, two polar contacts of the output on two utmost points of the input on the bulb adapter and the lamp socket are connected, input two polar contacts on the lamp socket are connected with output two utmost points of ballast with xenon lamp, input and power supply on the ballast with xenon lamp join, and come forming circuit thus; Electric current earlier enters lamp socket to bulb adapter by the ballast with xenon lamp that joins with power supply, in the boost in voltage device, boost, high voltage and current after boosting is imported high-tension electricity by the electric conductor that is connected with the xenon lamp fluorescent tube to the xenon lamp fluorescent tube, and is luminous with this xenon that activates in the xenon lamp; Behind xenon fluorescent tube stabilized illumination, because under the effect of working in coordination of ballast with xenon lamp and boost in voltage device, make the xenon lamp fluorescent tube after luminous lasting luminous under the effect of supply voltage.
2, because the xenon lamp fluorescent tube is on the expression end of horizontal in the bulb shell two electric conductors that wrapped up by transparent insulator, can make the xenon lamp fluorescent tube in the inner chamber of bulb shell, be subjected to the restriction of xenon lamp fluorescent tube length less thus and bigger free placement space is arranged, make the length of bulb shell that the shortest limit arranged, for the xenon lamp bulb of making multiple length has been created condition.
3, since the electric conductor that in the bulb shell, is connected with xenon lamp fluorescent tube two utmost points be fixed on after wrapping up with the Contiuum type transparent insulation material with face that tube face is connected on, the phenomenon of arcing short circuit not only can not take place to take place because of high-tension electricity, and the gap of fundamentally having limited between electric conductor and the transparent insulator rubs and vibration, worked under stable status in this position, can not take place because of the collision situation between electric conductor and the insulator, not collide the effect of stopping of having played with insulator for bulb in transportation, in moving and installing electric conductor does not take place.
4, again because the boost in voltage device is and bulb adapter between be Contiuum type configuration, reduced the xenon lamp bulb install and maintenance in trouble.
5, also because International or National general size for connection has been adopted in being connected between bulb adapter and the lamp socket, made things convenient for the user therefrom.
6, again because of the xenon lamp fluorescent tube horizontal in the bulb shell with electric conductor that power supply is communicated with between, the light that the xenon lamp fluorescent tube is sent prevents the blocking of insulating materials because of above-mentioned electric conductor and parcel electric conductor on to greatest extent, thereby improved the utilization rate of the light that the xenon lamp fluorescent tube sent; And can make the shortest parallel connection of formation distance between a plurality of xenon lamp fluorescent tubes, and shorten the length of bulb shell with this, enlarge the range of application of bulb.
Advantage of the present invention is as follows:
1, applied range: be placed between the electric conductor that is connected with power supply two utmost points because the xenon lamp fluorescent tube of settling in bulb shell inner chamber is the traverse formula, make the bulb shell that the manufactured goods of more kinds of length requirements arranged, make xenon lamp enlarge range of application therefrom.
2, light utilization efficiency height: because between horizontal two electric conductors in the bulb shell of xenon lamp fluorescent tube, thereby the xenon lamp fluorescent tube is settled in the position that helps producer selective light utilization rate the best.
3, help reducing cost: because the length of former xenon lamp bulb is subject to that the xenon lamp fluorescent tube is perpendicular to be put the restriction of size and can't shorten, now be provided with, can make the length dimension shortening of bulb, for the product that does not need oversize bulb has been saved raw material with horizontal; Because boost in voltage device and bulb adapter fuse, the expense cost in the installation and the link cost of connecting line have been reduced.
4, cracky not: because the xenon lamp bulb of indication of the present invention is the structure that is whole disjunctor, all be close proximity between the various parts, situation about can not become flexible occurs, thus in transportation, carrying and peace are joined, are keeped in repair the damaged situation of difficult generation.
5; help producer specialization and automatic batch production; the popularization of favourable this class electricity-saving lamp and the speed of application promote: because technology of the present invention is can integrated mounted component (except that ballast with xenon lamp) in the components and parts of forming xenon lamp all being compressed among the xenon lamp bulb of indication of the present invention; it is the collocation method of a kind of xenon lamp bulb unique in the present domestic and international market; so helping producer forms standardized production scale under the special control of intellectual property; in large-scale production, enhance productivity, in raising the efficiency, reduce production costs.
Description of drawings
1, bulb adapter; 2, input electrode A; 3, input electrode B; 4, boost in voltage device; 5, electric conductor A; 6, electric conductor B; 7, xenon lamp fluorescent tube; 8, support; 9, bulb shell; 10, vacuumize or gas; 11, end socket; 12, transparent insulator; 13, circuit diagram.
Embodiment
The accompanying drawing 1 of the scheme that a kind of integrated form xenon lamp bulb structure constitutes is a kind of structural representation of integrated form xenon lamp bulb.
It is to be connected with boost in voltage device [4] electric conductor [5] [6] with two utmost points [2] [3] on the bulb adapter [1] by common lamp socket by the output of ballast with xenon lamp, because between two utmost points [2] and [3] is not high voltage, and isolated, so the arcing short-circuit conditions that produces can high voltage not take place between the electric conductor on the whole bulb time by end socket [11] and transparent insulator [12]; Behind the input and power connection of ballast with xenon lamp, electric current is defeated by xenon lamp fluorescent tube [7] by boost in voltage device [4] along electric conductor [5] [6], and luminous, the bulb shell [9] that light transmission is made with transparent material shines outside the bulb xenon lamp fluorescent tube [7] under high-tension activation.
Because electric conductor [5] [6] is by coming Contiuum type to make with transparent insulator [12] parcel electric conductor [5] [6], and with bulb adapter [1] the expression face in bulb shell [9] between be gapless state and be connected as locate mode, and an electric conductor [6] wherein terminal partly also with the inwall of the requirement of location and bulb near and make the electric conductor in the bulb shell and the fixed-site of xenon fluorescent tube, rock so the xenon lamp fluorescent tube [7] that is placed in the bulb inner chamber can not produced in bulb with electric conductor [5] [6], make the overall structure comparatively robust of product therefrom.
Again because xenon lamp fluorescent tube [7] is horizontal being connected between the electric conductor [5] [6], overcome therefrom because of being subjected to xenon lamp fluorescent tube [3] to place the problem that length restriction can't be compressed bulb length vertically, and the shading that has solved the wrappage [12] that xenon lamp fluorescent tube [7] makes because of electric conductor [5] [6] and transparent insulation material when luminous reduces the problem of the utilization rate of light, particularly when bulb was vertically installed, light utilization efficiency was higher.
The accompanying drawing 2 of the scheme that a kind of integrated form xenon lamp bulb structure constitutes is the circuit diagram during external electricity in the integrated form xenon lamp bulb.
Be not difficult to find out by Fig. 2, direction shown in the arrow is exactly a sense of current, input current enters the boost in voltage device by the electric contact on ballast with xenon lamp, the lamp socket, make the output generation high voltage and current of boost in voltage device flow to the xenon lamp fluorescent tube, thereby the xenon that has activated in the xenon lamp fluorescent tube is luminous.
Claims (8)
1. the scheme that constitutes of an integrated form xenon lamp bulb structure, it is made up of bulb shell, xenon lamp fluorescent tube, electric conductor, boost in voltage device, bulb adapter, insulator, circuit diagram, it is characterized in that described boost in voltage device is arranged on the junction of bulb shell and bulb adapter; Described xenon lamp fluorescent tube is horizontal type with one to N and is connected with electric conductor in the bulb shell; Electric conductor in the bulb shell by the electric current input direction with the position that is fixed on after all sites before xenon lamp fluorescent tube two utmost points are connected all is to wrap up with transparent insulation material with the bulb adapter disjunctor on; Described circuit is meant that the circuit on the whole bulb body is that circuit requirement by xenon lamp constitutes;
2. the scheme that constitutes according to claim 1 integrated form xenon lamp bulb structure is characterized in that described boost in voltage device is arranged on the junction of bulb shell and bulb adapter; The input of boost in voltage device joins by the electric contact that is connected with power supply on electric conductor and the bulb adapter; The output of boost in voltage device joins by the xenon lamp fluorescent tube in electric conductor and the bulb shell; Described boost in voltage device by the conductor wire bag or/and the electronic circuit board that forms by electronic devices and components form;
3. the scheme that constitutes according to claim 1 integrated form xenon lamp bulb structure is characterized in that described xenon lamp fluorescent tube is horizontal type with one to N and is connected with electric conductor in the bulb shell; Electric conductor in the above-mentioned described bulb shell by the electric current outbound course with the position that is fixed on after all sites before xenon lamp fluorescent tube two utmost points are connected all is to wrap up with transparent insulation material with the bulb adapter disjunctor on;
4. the scheme that constitutes according to claim 1 integrated form xenon lamp bulb structure is characterized in that described bulb adapter, and the size for connection of joint is by the international or/and size design of the domestic universal standard, or the size design that needs by demanding party's customization;
5. the scheme that constitutes according to claim 1 integrated form xenon lamp bulb structure, it is characterized in that described bulb shell is the open-top receptacle made from transparent material, it with after its electric conductor that is connected in the bulb shell is all included inner chamber in, is the xenon lamp fluorescent tube sealed between the combined article with its uncovered limit and bulb adapter and is connected; When above-mentioned connection, on demand container intracavity is included in the natural mode air, or vacuumize processing, or charge into the fluid that demanding party needs;
6. the scheme that constitutes according to claim 1 integrated form xenon lamp bulb structure is characterized in that described bulb shell can make with colourful transparent or translucent insulating materials;
7. according to the scheme of claim 1 integrated form xenon lamp bulb structure formation, it is characterized in that the housing of described xenon lamp fluorescent tube, available colourful transparent or translucent material are made;
8. the scheme that constitutes according to claim 1 integrated form xenon lamp bulb structure is characterized in that described circuit is meant the circuit that forms on the whole bulb body, and it is that circuit requirement by xenon lamp constitutes; After electric contact on the lamp socket that electric contact on the bulb adapter and bulb adapter coupling is connected is connected, be connected with the output of ballast with xenon lamp by electric conductor, ballast with xenon lamp is connected with power supply again.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010109074A CN101793357A (en) | 2010-02-11 | 2010-02-11 | Integrated xenon lamp bulb structure constitutive scheme |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010109074A CN101793357A (en) | 2010-02-11 | 2010-02-11 | Integrated xenon lamp bulb structure constitutive scheme |
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| CN101793357A true CN101793357A (en) | 2010-08-04 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201010109074A Pending CN101793357A (en) | 2010-02-11 | 2010-02-11 | Integrated xenon lamp bulb structure constitutive scheme |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102162587A (en) * | 2010-12-31 | 2011-08-24 | 海星海事电气集团有限公司 | Adjustable search lamp |
| CN102297370A (en) * | 2011-09-22 | 2011-12-28 | 张珺峰 | Energy-saving fluorescent xenon streetlamp |
| CN103227099A (en) * | 2013-04-02 | 2013-07-31 | 威海大荣新能源开发有限公司 | Xenon lamp for plant growth |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2092364A (en) * | 1981-01-13 | 1982-08-11 | Egyesuelt Izzolampa | Electric light source |
| CN101420808A (en) * | 2007-10-24 | 2009-04-29 | 宁勤胜 | Integrated high voltage pack for xenon lamp |
| CN101514787A (en) * | 2009-04-04 | 2009-08-26 | 梁艳萍 | An improved xenon lamp |
| CN201340842Y (en) * | 2009-01-06 | 2009-11-04 | 佛山市禅城区昌胜电子电器厂 | Assembled halogen bulb |
-
2010
- 2010-02-11 CN CN201010109074A patent/CN101793357A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2092364A (en) * | 1981-01-13 | 1982-08-11 | Egyesuelt Izzolampa | Electric light source |
| CN101420808A (en) * | 2007-10-24 | 2009-04-29 | 宁勤胜 | Integrated high voltage pack for xenon lamp |
| CN201340842Y (en) * | 2009-01-06 | 2009-11-04 | 佛山市禅城区昌胜电子电器厂 | Assembled halogen bulb |
| CN101514787A (en) * | 2009-04-04 | 2009-08-26 | 梁艳萍 | An improved xenon lamp |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102162587A (en) * | 2010-12-31 | 2011-08-24 | 海星海事电气集团有限公司 | Adjustable search lamp |
| CN102297370A (en) * | 2011-09-22 | 2011-12-28 | 张珺峰 | Energy-saving fluorescent xenon streetlamp |
| CN103227099A (en) * | 2013-04-02 | 2013-07-31 | 威海大荣新能源开发有限公司 | Xenon lamp for plant growth |
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Open date: 20100804 |