Connect public, paid and private patent data with Google Patents Public Datasets

Starting device of fluorescent lamp

Download PDF

Info

Publication number
CN102523668B
CN102523668B CN 201110407725 CN201110407725A CN102523668B CN 102523668 B CN102523668 B CN 102523668B CN 201110407725 CN201110407725 CN 201110407725 CN 201110407725 A CN201110407725 A CN 201110407725A CN 102523668 B CN102523668 B CN 102523668B
Authority
CN
Grant status
Grant
Patent type
Prior art keywords
starting
device
fluorescent
lamp
starting device
Prior art date
Application number
CN 201110407725
Other languages
Chinese (zh)
Other versions
CN102523668A (en )
Inventor
李顺华
Original Assignee
李顺华
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Grant date

Links

Abstract

本发明公开了一种荧光灯的启动装置,该启动装置的独特之处在于:完全满足荧光灯预热的时间和预热的电流,使灯在最佳的状态下启动,灯的启动更为可靠,从而减少了对电极的损伤,有效地延长了荧光灯的寿命。 The present invention discloses a fluorescent lamp starting device, the starting device is unique in that: the current time and to fully meet the preheating of the fluorescent lamp preheating the lamp is started in the best condition, more reliable starting of the lamp, thereby reducing damage to the electrode, effectively extending the life of the fluorescent lamp. 由于本发明的荧光灯启动装置与灯管的工作电压无关,所以能实现高管压的启辉,使一只镇流器带三支灯工作变为可能,扩大了镇流器的应用范围。 Since the present invention is a fluorescent lamp starting and lamp operating voltage of the device is independent, it is possible to achieve high line pressures of starter, a ballast so that it becomes possible to work with three lamps, expand the application range of the ballast. 本发明的荧光灯启动装置节约成本显著、节约电能显著,其应用前景将会非常广阔。 A fluorescent lamp starting device of the present invention, significant cost savings, significant energy savings, which will be very broad application prospects.

Description

一种荧光灯的启动装置 A fluorescent lamp starting device

技术领域 FIELD

[0001] 本发明涉及一种灯的启动装置,更具体地说涉及一种荧光灯的启动装置。 [0001] relates to a lamp of the present invention, activation means, and more particularly relates to a fluorescent lamp starting device.

背景技术 Background technique

[0002] 荧光灯电路主要是由荧光灯管、镇流器和启辉器构成,而镇流器有电感镇流器和节能的LC电感电容镇流器,作为荧光灯电路的重要部件之一的启辉器,一直延用辉光启辉器也称氖气启动器,在荧光灯启动过程中,预热的时间和预热的电流直接影响荧光灯电极的寿命,当灯的阴极预热未到发射温度时(时间过短或电流过小)容易使灯丝上的发热材料严重溅射,会使灯丝周围的管壁上出现早期发黑。 [0002] Fluorescent circuit mainly by the fluorescent tube, a starter and ballast configuration, and the ballast and the ballast inductance energy of the LC LC ballast, starter, one of the important components of the fluorescent lamp circuit , a starter has been using glow starter, also known as neon, fluorescent lamp startup process, the preheating and the preheating current time directly affects the life of the fluorescent lamp electrodes, when the cathode is not time for transmitting the preheating temperature of the lamp when (current time is too short or too small) severe heating material easily sputtered on the filament, early blackening will occur on the wall surrounding the filament. 缩短灯管寿命。 Shorten lamp life. 一般来说氖泡式启辉器的启动方式在成功点亮灯管前都会有几次失败的启动。 Generally neon bubble starter successful start-up mode before lighting the lamp will have several failed start. 这几次不成功的激发会造成灯丝上电子粉的大量溅射,缩短电极寿命并造成灯管两端早期发黑。 This several unsuccessful excitation will cause a lot sputtered on the filament electron powder and shorten the electrode life and cause early at both ends of lamp black. 还有传统的荧光灯启辉器的启动时间受环境温度和电压变化影响较大,不能实现高管压的启辉功能,这些都是氖泡式启辉器的缺点。 There start time of a conventional fluorescent lamp starter voltage change by ambient temperature and the greater impact, pressure can not be achieved starter executive function, which are shortcomings of neon bubble of starter.

发明内容 SUMMARY

[0003] 鉴于现有技术存在的上述缺陷,本发明提供一种荧光灯的启动装置,他解决了现有技术存在的不足。 [0003] In view of the above-described drawbacks of the prior art, the present invention provides a fluorescent lamp starting device, he solved the deficiencies of the prior art.

[0004] 为了解决上述的技术缺陷,本发明采取以下的技术方案:一种LC荧光灯镇流器的启动装置,包括第一电容器(Cl),其特征在于: [0004] To solve the above technical defects, the present invention takes the following technical solutions: A fluorescent lamp ballast LC activation means comprises a first capacitor (Cl), wherein:

[0005] 在荧光灯电路的输入端,设有驱动预热启动的第一继电器(JAl)动作的驱动电路。 [0005] In the input circuit of a fluorescent lamp, a first relay drive circuit (Jal) preheating start of the driving operation.

[0006] 在第一电容器(Cl)的两端,设有用于控制设在荧光灯电路输入端的预热启动的第一继电器(JAl)动作的驱动电路的第二继电器(JB)动作的驱动电路。 [0006] across the first capacitor (Cl) is provided for controlling the driving circuit provided in the second relay drive circuit a first input terminal of a fluorescent lamp preheating relay circuit activated (Jal) operation (JB) operation.

[0007] 所说的驱动预热启动的第一继电器(JAl)动作的驱动电路包括第一继电器(JAl),电容降压式电源电路,所述的电容降压式电源电路由第二电容器(CAl)、第一电阻(RAl)、第一二极管(DAl)、第二二极管(DA2)、第一稳压二极管(WA)、第三电容器(CA2)组成,所述的第二电容器(CAl)、第一电阻(RAl)相互并联后一端通过开关(KB)接电源输入端L,另一端则与第一二极管(DAl)负极和第二二极管(DA2)的正极相连接,第一稳压二极管(WA)的负极、第三电容器(CA2)的正极、第一继电器(JAl)的一端同第二二极管(DA2)的负极相连接,第一二极管(DAl)的正极、第一稳压二极管(WA)的正极、第三电容器(CA2)的负极、第一继电器(JAl)的另一端同电源输入端N点相连接,第一继电器(JAl)的第一触点开关(KAl-1)串联接在第一荧光灯(FLl)的灯丝回路,第二触点开关(KAl-2a)、第三(KA1-2b)的公共端接B点,第二触点开 [0007] First relay preheating start driving of said drive circuit (Jal) comprises a first operation of the relay (Jal), capacitor step-down power supply circuit, said capacitor step-down mode power supply circuit by a second capacitor ( CA1), a first resistor (RAl), a first diode (DAl), a second diode (DA2 in), a first zener diode (WA), a third capacitor (CA2 of the) composition, said second after the capacitor (CAl), a first resistor (RAl) in parallel with each other at one end through a switch connected to the power input terminal (KB) L, the other end of the first diode (DAl) a negative electrode and a second diode (DA2 in) positive is connected to the anode of the first zener diode (WA), the positive electrode of the third capacitor (CA2 of the), the end of the first relay (Jal) is connected with the cathode of the second diode (DA2 in), the first diode (DAl) a positive electrode, a positive electrode of the first zener diode (WA), the negative electrode of the third capacitor (CA2 of the) of a first relay (Jal) with the other end of the power input terminal is connected to an N-point, a first relay (Jal) a first switch contact (KAl-1) is connected in series a first fluorescent lamp (FL1) of the filament circuit, a second contact switch (KAl-2a), third (KA1-2b) common termination point B, the first two open contacts 关(KAl-2a)的常开触点接第四电容器(C2)的一端,第三触点开关(KAl-2b)的常闭触点接第五电容器(C3)的一端,第五电容器(C3)的另一端接C点,C点与第一突光灯(FLl)的一端相连接,第一电容(Cl)的一端接电源输入端L,另一端接B点。 Off end (KAl-2a) connected to the normally open contact of the fourth capacitor (C2), the third contact switch (KAl-2b) at one end a normally closed contact connected to the fifth capacitor (C3), the fifth capacitor ( C3) the other end of the point C, point C of the first end projecting light (FL1) is connected to a first capacitor (Cl) connected at one end power input terminal L, the other end point B.

[0008] 所说的用于控制设在荧光灯电路输入端的预热启动的第一继电器(JAl)动作的驱动电路的第二继电器(JB)动作的驱动电路包括第二继电器(JB),电容降压式电源电路,所述的电容降压式电源电路由第六电容器(CB1)、第二电阻(RB)、第三二极管(DB1)、第四二极管(DB2)、第二稳压二极管(WB)、第七电容器(CB2)组成,所述的第六电容器(CBl)、第二电阻(RB)相互并联后一端同第四电容器(C2)的另一端接电源输入端L,另一端则与第三二极管(DBl)负极和第四二极管(DB2)的正极相连接,第二稳压二极管(WB)的负极、第七电容器(CB2)的正极、第二继电器(JB)的一端同第四二极管(DB2)的负极相连接,第三二极管(DBl)的正极、第二稳压二极管(WB)的正极、第七电容器(CB2)的负极、第二继电器(JB)的另一端同B点相连接。 [0008] The driving circuit of said second relay is provided for controlling the drive circuit a first input terminal of a fluorescent lamp preheating relay circuit activated (Jal) of operation (JB) comprises a second relay operation (JB), capacitance drop voltage power supply circuit, the capacitance of the buck power circuit from the sixth capacitor (CBl), a second resistor (the RB), a third diode (DBl), the fourth diode (the DB2), a second stable diode voltage (the WB), the seventh capacitor (CB2) composition, after the end of the sixth capacitor (CBl), a second resistor (RB) connected in parallel with a fourth capacitor (C2) the other end of power input terminal L, the other end is connected to the (DB1) and the cathode of the fourth diode (DB2) the positive third diode, the anode of the second zener diode (WB), and the positive seventh capacitor (CB2) of the second relay (JB) with a negative end of a fourth diode (DB2) is connected to the cathode of the third diode (DB1), the anode of the second zener diode (WB), the seventh capacitor (CB2) of the negative electrode, the other end of the second relay (JB) is connected with the point B.

[0009] 第一荧光灯(FLl)还串联接有第二荧光灯(FL2),第一继电器(JAl)的第一触点开关(KAl-1)串联接在第一荧光灯(FLl)的灯丝回路,第一继电器(JAl)的第四触点开关(KA1-3)串联接在第二荧光灯(FL2)的灯丝回路。 [0009] The first fluorescent lamp (FL1) is also connected in series with a second fluorescent light (FL2), a first relay (Jal) a first switch contact (KAl-1) is connected in series a first fluorescent lamp (FL1) of the filament circuit, a first relay (Jal) fourth switching contact (KA1-3) connected in series with the second fluorescent light (FL2) of the filament circuit.

[0010] 在第一荧光灯(FLl)之后,还依次串联接有第二荧光灯(FL2)和第三(FL3),第一继电器(JAl)的两端还并联接有第三继电器(JA2),第一继电器(JAl)的第一触点开关(KAl-1)串联接在第一荧光灯(FLl)的灯丝回路,第三继电器(JA2)的一个触点开关(KA2-1)串联接在第二荧光灯(FL2)的灯丝回路,第三继电器(JA2)的另一触点开关(KA2-2)串联接在第三荧光灯(FL3)的灯丝回路。 [0010] After the first fluorescent lamp (FLl), also connected in series with a second fluorescent light (FL2) and third (FL3), both ends of the first relay (Jal) and is further coupled to a third relay (JA2), a first relay (Jal) a first switch contact (KAl-1) is connected in series a first fluorescent lamp (FL1) of the filament loop, a third relay (JA2) of a contact switch (KA2-1) connected in series with the first two fluorescent light (FL2) of the filament circuit, the other contact of the third relay (JA2) switch (KA2-2) connected in series with a third fluorescent (FL3) of the filament circuit.

[0011] 在第一荧光灯(FLl)之后,还依次串联接有第二荧光灯(FL2)和第三荧光灯(FL3),第一继电器(JAl)的两端还并联接有第三继电器(JA2)和第四继电器(JA3),第一继电器(JAl)的第一触点开关(KAl-1)串联接在第一荧光灯(FLl)的灯丝回路,第三继电器(JA2)的触点开关(KA2-1)串联接在第二荧光灯(FL2)的灯丝回路,第四继电器(JA3)的触点开关(KA3-1)串联接在第三荧光灯(FL3)的灯丝回路。 [0011] After the first fluorescent lamp (FLl), also connected in series with a second fluorescent light (FL2), and a third fluorescent (FL3), both ends of the first relay (Jal) and is further coupled to a third relay (JA2) and a fourth relay (JA3), a first relay (Jal) a first switch contact (KAl-1) is connected in series a first fluorescent lamp (FL1) of the filament loop, a third relay (JA2) of the contact switch (KA2 -1) connected in series between a second fluorescent lamp (FL2) of the filament loop, a fourth relay (JA3) switch contact (KA3-1) connected in series with a third fluorescent (FL3) of the filament circuit.

[0012] 在第一荧光灯(FLl)之后,还依次串联接有第二荧光灯(FL2)和第三荧光灯(FL3),第一继电器(JAl)的第一触点开关(KAl-1)串联接在第一荧光灯(FLl)的灯丝回路,第一继电器(JAl)的第四触点开关(KA1-3)串联接在第二荧光灯(FL2)的灯丝回路,第一继电器(JAl)的第五触点开关(KA1-4)串联接在第三荧光灯(FL3)的灯丝回路。 [0012] After the first fluorescent lamp (FLl), also connected in series with a second fluorescent light (FL2), and a third fluorescent (FL3), a first relay (Jal) a first switch contact (KAl-1) connected in series in the first fluorescent light (FL1) of the filament loop, a first relay (Jal) fourth switching contact (KA1-3) connected in series with the second fluorescent light (FL2) of the filament loop, a first relay (Jal) a fifth switch contact (KA1-4) connected in series with a third fluorescent (FL3) of the filament circuit.

[0013] 第一在继电器(JAl)、第三(JA2)的并联电路中,第三继电器(JA2)串联接有第三电阻(RA2)。 [0013] In a first relay (Jal), third (JA2) of the parallel circuit, a third relay (JA2) connected in series with a third resistor (RA2).

[0014] 在第一继电器(JAl)、第三(JA2)、第四(JA3)的并联电路中,第三继电器(JA2)串联接有第三电阻(RA2),第四继电器(JA3)串联接有第四电阻(RA3)。 [0014] In a first relay (Jal), third (JA2), fourth (JA3) of the parallel circuit, a third relay (JA2) connected in series with a third resistor (the RA2), the fourth relay (JA3) series a fourth resistor connected (RA3).

[0015] 在B、C两点,接有第八电容器(C4)。 [0015] In B, C points, then there is an eighth capacitor (C4).

[0016] 在荧光灯电路的输入端,设有驱动预热启动的第一继电器(JA)动作的驱动电路。 [0016] In the input circuit of a fluorescent lamp, a first relay drive circuit (JA) preheating start of the driving operation.

[0017] 在电感镇流器(BL)的两端即输入端的L和结点C,设有用于控制设在荧光灯电路输入端的预热启动的第一继电器(JA)动作的驱动电路的第二继电器(JB)动作的驱动电路,结点C连接荧光灯(FL)的一端。 [0017] i.e., the input terminal and the node C L across the inductor ballast (BL), and a drive circuit for controlling the first relay circuit provided at the input of the fluorescent lamp preheating start (JA) a second operation relay driving circuit (JB) operation, the node C is connected to one end of the fluorescent lamp (FL) is.

[0018] 所说的驱动预热启动的第一继电器(JA)动作的驱动电路包括第一继电器(JA),电容降压式电源电路,所述的电容降压式电源电路由第一电容器(CAl)、第一电阻(RA)、第一二极管(DAl)、第二二极管(DA2)、第一稳压二极管(WA)、第二电容器(CA2)组成,所述的第一电容器(CAl)、第一电阻(RA)相互并联后一端通过开关(KB)接电源输入端L,另一端则与第一二极管(DAl)负极和第二二极管(DA2)的正极相连接,第一稳压二极管(WA)的负极、第二电容器(CA2)的正极、第一继电器(JA)的一端同第二二极管(DA2)的负极相连接,第一二极管(DAl)的正极、第一稳压二极管(WA)的正极、第二电容器(CA2)的负极、第一继电器(JA)的另一端同电源输入端N点相连接,第一继电器(JA)的触点开关(KA)串联接在荧光灯(FL)的灯丝回路。 [0018] First relay preheating start driving of said drive circuit (JA) comprises a first operation of the relay (JA), capacitor step-down power supply circuit, said capacitor step-down power supply circuit of a first capacitor ( CA1), a first resistor (RA), a first diode (DAl), a second diode (DA2 in), a first zener diode (WA), a second capacitor (CA2 of the) composition, said first after the capacitor (CAl), a first resistor (RA) connected in parallel with each other at one end through the power input terminal switch (KB) L, the other end of the first diode (DAl) a negative electrode and a second diode (DA2 in) positive is connected to the anode of the first zener diode (WA), the anode of the second capacitor (CA2 of the), the end of the first relay (JA) being connected with the cathode of the second diode (DA2 in), the first diode (DAl) a positive electrode, a positive electrode of the first zener diode (WA), the negative electrode of the second capacitor (CA2 of the) of a first relay (JA) with the other end of the power input terminal is connected to an N-point, a first relay (JA) the contact switch (KA) connected in series with the fluorescent lamp (FL) of the filament circuit.

[0019] 所说的用于控制设在荧光灯电路输入端的预热启动的第一继电器(JA)动作的驱动电路的第二继电器(JB)动作的驱动电路包括第二继电器(JB),电容降压式电源电路,所述的电容降压式电源电路由第三电容器(CBl)、第二电阻(RB)、第三二极管(DBl)、第四二极管(DB2)、第二稳压二极管(WB)、第四电容器(CB2)组成,所述的第三电容器(CBl)、第二电阻(RB)相互并联后一端接电源输入端L,另一端则与第三二极管(DBl)负极和第四二极管(DB2)的正极相连接,第二稳压二极管(WB)的负极、第四电容器(CB2)的正极、第二继电器(JB)的一端同第四二极管(DB2)的负极相连接,第三二极管(DBl)的正极、第二稳压二极管(WB)的正极、第四电容器(CB2)的负极、第二继电器(JB)的另一端同结点C相连接。 [0019] The driving circuit of said second relay is provided for controlling the drive circuit a first input terminal of a fluorescent lamp preheating relay circuit activated (JA) of the operation (JB) comprises a second relay operation (JB), capacitance drop voltage power supply circuit, said capacitor step-down mode power supply circuit by a third capacitor (CBl), a second resistor (the RB), a third diode (DB1), the fourth diode (the DB2), a second stable a power input terminal terminating L, the other end of the third diode and the diode voltage (the WB), the fourth capacitor (CB2) composed of said third capacitor (CBl), a second resistor (RB) parallel to each other after ( DB1) positive and negative electrodes and the fourth diode (DB2) is connected to the negative electrode of the second zener diode (WB), the positive electrode of the fourth capacitor (CB2) of the second relay (JB) with one end of a fourth diode a negative electrode tube (DB2) is connected to the cathode of the third diode (DB1), the anode of the second zener diode (WB), the fourth capacitor (CB2) of the negative electrode, the other end of the second relay (JB) with node C is connected.

[0020] 本发明的荧光灯启动装置,其独特之处在于,完全满足荧光灯预热的时间和预热的电流,使灯在最佳的状态下启动,灯的启动更为可靠,从而减少了对电极的损伤,有效地延长了荧光灯的寿命。 [0020] The fluorescent lamp starting device of the present invention, which is unique in that, to fully meet the current time and the preheating of the fluorescent lamp preheating the lamp is started in the best condition, more reliable starting of the lamp, which reduces the damage to the electrode, effectively extending the life of the fluorescent lamp. 由于本发明的荧光灯启动装置与灯管的工作电压无关,所以能实现高管压的启辉,使一只镇流器带三支灯工作变为可能,扩大了镇流器的应用范围。 Since the present invention is a fluorescent lamp starting and lamp operating voltage of the device is independent, it is possible to achieve high line pressures of starter, a ballast so that it becomes possible to work with three lamps, expand the application range of the ballast. 本发明的荧光灯启动装置节约成本显著、节约电能显著,其应用前景将会非常广阔。 A fluorescent lamp starting device of the present invention, significant cost savings, significant energy savings, which will be very broad application prospects.

附图说明 BRIEF DESCRIPTION

[0021] 图1为本发明的荧光灯启动装置的电路结构原理图。 [0021] FIG. 1 is a fluorescent lamp of the present invention, a circuit configuration diagram of the apparatus starts.

[0022] 图2为本发明的荧光灯启动装置的局部电路结构原理图。 Partial circuit diagram showing the configuration of the apparatus [0022] FIG 2 start fluorescent lamp of the present invention.

[0023] 图3为本发明的另一种荧光灯启动装置的局部电路结构原理图。 Partial circuit diagram showing the configuration of another fluorescent lamp device [0023] FIG. 3 of the present invention starts.

[0024] 图4为本发明的另一种荧光灯启动装置的局部电路结构原理图。 Partial circuit diagram of another structure of a fluorescent lamp [0024] FIG. 4 of the present invention, the starting device.

[0025] 图5为本发明的另一种荧光灯启动装置的局部电路结构原理图。 Partial circuit diagram showing the configuration of another fluorescent lamp device [0025] FIG. 5 of the present invention starts.

[0026] 图6为本发明的另一种荧光灯启动装置的局部电路结构原理图。 Partial circuit diagram showing the configuration of another fluorescent lamp device [0026] FIG. 6 of the present invention starts.

[0027] 图7为本发明的另一种荧光灯启动装置的电路结构原理图。 [0027] FIG. 7 of the present invention is a further schematic circuit configuration of a fluorescent lamp starting device.

具体实施方式 detailed description

[0028] 下面结合附图对本发明作进一步细述。 [0028] The following drawings in conjunction with the present invention further detailing.

[0029] 参见附图1,设置在荧光灯电路的输入端,设有驱动预热启动的继电器JAl动作的驱动电路包括继电器JAl,电容降压式电源电路。 [0029] Referring to Figure 1, a fluorescent lamp is provided at the input of the circuit, the driving circuit for driving provided warm start operation of the relay includes a relay Jal Jal, capacitor step-down power supply circuit. 所述的电容降压式电源电路由电容器CAl、电阻RAl、二极管DAl、二极管DA2、稳压二极管WA、电容器CA2组成,所述的电容器CAl、电阻RAl相互并联后一端通过开关KB接电源输入端L,另一端则与二极管DAl负极和二极管DA2的正极相连接,稳压二极管WA的负极、电容器CA2的正极、继电器JAl的一端同二极管DA2的负极相连接,二极管DAl的正极、稳压二极管WA的正极、电容器CA2的负极、继电器JAl的另一端同电源输入端N点相连接,继电器JAl的触点开关KAl-1串联接在荧光灯FLl的灯丝回路,而另一组触点开关KAl-2a、KA1-2b的公共端接B点,常开触点KAl_2a接电容器C2的一端,常闭触点KAl-2b接电容器C3的一端,电容器C3的另一端接C点。 The capacitive buck mode power supply circuit by a capacitor CA1, RAl resistors, diodes DAl, DA2 in the diode, the zener diode WA, consisting of a capacitor CA2, CA1 of the capacitor, the resistor RAl parallel with each other at one end through the power input terminal switches KB L, and the other end is connected to the anode of the diode and the diode cathode DAl and DA2, WA negative electrode of the zener diode, the positive electrode of the capacitor CA2, with one end of the relay JAl diode DA2 is connected to the anode of the diode DAl, zener diode WA a positive electrode, a negative electrode of the capacitor CA2, with the other end of the relay JAl power input terminal connected to an N-point relay contacts JAl KAl-1 switches connected in series with the fluorescent lamp FLl filament loop, and another set of contact switches KAl-2a , KA1-2b common termination point B, one end of the normally open contact connected to one end of the capacitor C2 KAl_2a, normally closed contact KAl-2b to the capacitor C3 and the other end point C of the capacitor C3.

[0030] 设置在电容器Cl的两端用于控制设在荧光灯电路输入端的预热启动的继电器JAl动作的驱动电路的继电器JB动作的驱动电路包括继电器JB,电容降压式电源电路,所述的电容降压式电源电路由电容器CB1、电阻RB、二极管DB1、二极管DB2、稳压二极管WB、电容器CB2组成,所述的电容器CBl、电阻RB相互并联后同电容器C2的一端接电源输入端L,另一端则与二极管DBl负极和二极管DB2的正极相连接,稳压二极管WB的负极、电容器CB2的正极、继电器JB的一端同二极管DB2的负极相连接,二极管DBl的正极、稳压二极管WB的正极、电容器CB2的负极、继电器JB的另一端同B点相连接。 [0030] across the capacitor Cl is provided for driving a driving circuit provided in the circuit for controlling the input of a fluorescent lamp preheating starting relay circuit operation JAl relay includes a relay operation JB JB, capacitor step-down power supply circuit, said capacitor step-down power supply circuit by a capacitor CB1, resistor RB, diode DBl, the DB2 diode, the WB zener diode, capacitor CB2 composition, CBl said capacitor, resistor RB connected in parallel with the one end of the power input terminal of the capacitor C2 L, the other end is connected to the anode of the diode and the diode DB2 DBl cathode of the zener diode WB negative electrode, the positive electrode of the capacitor CB2, with one end of the relay JB diode DB2 is connected to a positive electrode of the diode DBl, the zener diode WB , a negative electrode, the other end of the capacitor CB2 JB relay point B is connected to the same.

[0031 ] 当电路接通电源后,输入电压加在L和N两端。 [0031] When the power-on circuit, the input voltage applied to both ends of the L and N. 输入电压通过开关KB加到电容降压式电源电路,电容器CAl为降压电容,电阻RAl为泄放电阻,二极管DA1、二极管DA2组成半波整流(也可以是全波整流),稳压二极管WA、电容器CA2组成稳压滤波,在稳压二极管WA、电容器CA2两端形成直流电压,该直流电压加到继电器JAl的两端,使继电器JAl吸合,串联接在荧光灯FLl的灯丝回路的继电器JAl的触点开关KAl-1动作(吸合),使荧光灯电路形成预热灯丝的电流,同时,继电器JAl的另一组触点开关KAl-2a、KA1-2b动作,常开触点KAl-2a接通预热用的电容器C2该技术为中国专利,专利号201010173627.9,常闭触点KAl-2b动作,断开波形校正电容器C3)该技术为中国专利,专利号201010554688.X。 Input voltage is applied through the switch KB capacitor step-down power supply circuit, a buck capacitor CAl capacitors, resistors RAl as bleeder resistors, diodes DAl, DA2 composition diode half-wave rectification (full-wave rectification may be), the zener diode WA , filter capacitor CA2 composition regulator, a DC voltage regulator diode is formed WA, CA2 across the capacitor, the DC voltage is applied across the relay JAl, JAl pull the relay, is connected in series circuit of the fluorescent lamp FLl filament relay JAl the contact switch KAl-1 action (pull), the fluorescent lamp filament preheating circuit current is formed, while the other set of contacts of relay switches JAl KAl-2a, KA1-2b operation, a normally open contact KAl-2a preheating capacitor C2 is turned on this technology Chinese Patent No. 201010173627.9, KAl-2b normally closed contact operation, waveform correction disconnect capacitor C3) is a technique that Chinese Patent No. 201010554688.X. 由于此时荧光灯电路形成了电流,该电流在电容器Cl上必然产生电压,该电压使设置在电容器Cl的两端用于驱动继电器JB动作的驱动电路得电,电容器Cl两端的电压通过降压电容CB1,泄放电阻RB,半波整流(也可以是全波整流)二极管DBl、DB2和稳压二极管WB以及滤波电容CB2,在稳压二极管WB、滤波电容CB2两端形成直流电压,该直流电压加到继电器JB的两端,使继电器JB吸合,串联在驱动预热启动的继电器JAl动作的驱动电路的继电器JB的触点开关KB动作(断开),驱动继电器JAl动作的驱动电路失电,此时,电容器CA2储存的电荷继续维持继电器JAl吸合,直到电容器CA2储存的电荷不能维持继电器JAl的吸合,继电器JAl才失电断开,继电器JAl的触点开关KAl-1动作(断开),灯被点亮。 At this time, since the formation of a fluorescent lamp circuit current, which inevitably produce voltage across the capacitor Cl, so that the voltage across the capacitor Cl is provided a driving circuit for driving the relay is energized JB operation, the voltage across the capacitor Cl by bulk capacitors CB1, the RB bleeder resistor, half-wave rectification (full-wave rectification may be) diode DBl, DB2, and a zener diode and a filter capacitor CB2 WB, WB are formed DC voltage diode, across the smoothing capacitor CB2 regulator, the DC voltage JB applied to both ends of the relay, the relay pull JB, KB contact switch connected in series operation (open) the relay driving circuit for driving JB preheating start operation JAl relay, the relay driving circuit for driving the operation of the power loss JAl in this case, the charge stored in the capacitor CA2 continuation relay JAl active until the charge stored in the capacitor CA2 not maintain the pull JAl relay, the relay was de-energized JAl relay contact switch JAl KAl-1 operation (off open), the lamp is lighted. 灯被点亮的同时,继电器JAl的另一组触点开关KAl-2a、KAl-2b动作,回到正常工作状态。 Lamp is lit at the same time, another group of switching relay contacts JAl KAl-2a, KAl-2b action, return to normal operation. 从上述的工作原理可知,本发明的荧光灯启动装置同现有技术相比主要有三个优点:一是无辉光启辉器的辉光放电期,接上电源即可预热灯丝;二是预热时间可根据要求设定,使灯的阴极得到充分的预热达到发射温度,从而减少电子粉的溅射,延长电极寿命。 From the above operating principle, the present invention is a fluorescent lamp starting device has three main advantages compared with the prior art: First, the glow discharge of the starter without a glow, plug in the power to preheat the filament; two pre heating time according to the requirements set, the cathode of the lamp to obtain a sufficient emission temperature warmed up, so as to reduce sputtering of the electronic powder, extend electrode life. 三是本发明的荧光灯启动装置与灯管的工作电压无关,所以能实现高管压的启辉,使一只镇流器能带三支灯。 Third, the present invention is a fluorescent lamp starting and lamp operating voltage of the device is independent, it is possible to achieve high line pressures of the starter, so that a three-band lamp ballasts.

[0032] 图2是一个镇流器带二支灯管的灯电路结构原理图,图中荧光灯FLl还串联接有荧光灯FL2,继电器JAl的触点开关KAl-1串联接在荧光灯FLl的灯丝回路,继电器JAl的触点开关KA1-3串联接在荧光灯FL2的灯丝回路。 [0032] FIG. 2 is a schematic diagram of a circuit configuration of a lamp with two lamp ballast, a fluorescent lamp FLl FIG fluorescent lamp FL2 is also connected in series, the relay contact switch JAl KAl-1 is connected in series circuit of the fluorescent lamp filament FLl , JAl relay contact switch connected in series with the fluorescent lamp FL2 KA1-3 filament circuit. 整灯的电路工作情况与图1相同,不同之处在于一个镇流器带二支灯管即FLl和FL2,继电器JAl有三组触点开关即KAl-1、KAl_2a、KAl-2b、KAl-3。 The same circuit operation of FIG whole lamp 1, except that a lamp ballast with two i.e. FLl and FL2, there are three sets of relay contacts switches JAl i.e. KAl-1, KAl_2a, KAl-2b, KAl-3 .

[0033] 图3是一个镇流器带三支灯管的电路结构原理图,图中荧光灯FLl、FL2还串联接有荧光灯FL3,继电器JAl的两端还并联接有继电器JA2,继电器JAl的触点开关KA1-1)串联接在荧光灯FLl的灯丝回路,继电器JA2的触点开关KA2-1串联接在荧光灯FL2的灯丝回路,继电器JA2的触点开关KA2-2串联接在荧光灯FL3的灯丝回路。 [0033] FIG. 3 is a circuit configuration diagram with ballast three lamp, a fluorescent lamp in FIG FLl, FL2 FL3 further series connected fluorescent lamps, and also across the relay JAl JA2 coupling relays, the relay contact JAl switches KA1-1) connected in series with the filament of the fluorescent lamp FLl circuit, JA2 relay contact switch connected in series with the fluorescent lamp FL2 KA2-1 filament circuit, the relay switch contacts KA2-2 JA2 the fluorescent lamp filament is connected in series circuit of FL3 . 整灯的电路工作情况与图1相同,不同之处在于一个镇流器带三支灯管即FL1、FL2和FL3,继电器JAl的两端还并联接有继电器JA2。 The same circuit operation of FIG whole lamp 1, except that a three-band lamp ballast i.e. FL1, FL2 and FL3, and further across the relay JAl coupling relays JA2. 继电器JAl负责荧光灯FLl的预热启动,继电器JA2则负责荧光灯FL2、FL3的预热启动。 Relay JAl responsible fluorescent FLl warm-up start, relay JA2 is responsible for fluorescent lamps FL2, FL3 warm-up starts.

[0034] 图4是另一个镇流器带三支灯管的电路结构原理图,图中继电器JA1、JA2的两端还并联接有继电器JA3,继电器JAl的触点开关KAl-1串联接在荧光灯FLl的灯丝回路,继电器JA2的触点开关KA2-1串联接在荧光灯FL2的灯丝回路,继电器JA3的触点开关KA3-1串联接在荧光灯FL3的灯丝回路。 [0034] FIG. 4 is a circuit diagram showing the configuration of another three-band lamp ballast, FIG relays JA1, JA2 ends and further coupled JA3 relays, the relay contact switch JAl KAl-1 is connected in series fluorescent lamp FLl filament loops, JA2 relay contact switch connected in series with the fluorescent lamp FL2 KA2-1 filament circuit, the relay switch contacts KA3-1 JA3 is connected in series circuit FL3 the fluorescent lamp filament. 整灯的电路工作情况与图1相同,不同之处在于继电器JAl负责荧光灯FLl的预热启动,继电器JA2则负责荧光灯FL2的预热启动,继电器JA3则负责荧光灯FL3的预热启动。 The same circuit operation of FIG whole lamp 1, except that the relay JAl responsible for preheating the fluorescent lamp FLl start relay JA2 is responsible for starting the fluorescent lamp FL2 preheating relay JA3 is responsible for preheating the fluorescent lamp FL3 start.

[0035] 图5是另一个镇流器带三支灯管的灯的电路结构原理图,图中继电器JAl的触点开关KAl-1串联接在荧光灯FLl的灯丝回路,继电器JAl的触点开关KA1-3串联接在荧光灯FL2的灯丝回路,继电器JAl的触点开关KA1-4串联接在荧光灯FL3的灯丝回路。 [0035] FIG. 5 is a lamp with another three lamp ballast circuit configuration diagram, FIG JAl relay contact switch KAl-1 is connected in series circuit of the fluorescent lamp FLl filament, the relay contact switch JAl KA1-3 fluorescent lamp FL2 is connected in series to the filament circuit, the relay switch contacts KA1-4 JAl the fluorescent lamp filament circuit is connected in series in FL3. 整灯的电路工作情况与图1相同,不同之处在于三支灯管均由继电器JAl进行预热启动。 The same circuit operation of FIG whole lamp 1, except that the three lamp preheating start by relay JAl.

[0036] 图6是本发明的荧光灯启动装置的局部电路结构原理图,图中,在继电器JA1、JA2、JA3的并联电路中,继电器JA2串联接有电阻RA2,继电器JA3串联接有电阻RA3,电阻RA2的作用是使继电器JA2在继电器JAl的之前动作。 [0036] FIG. 6 is a partial circuit configuration diagram fluorescent lamp according to the present invention, starting apparatus, FIG, relay JA1, JA2, JA3 parallel circuit, the relay JA2 series connection of a resistor the RA2, relay JA3 series connection of a resistor the RA3, by resistor RA2 is JA2 before the relay operation of the relay JAl. 电阻RA3的作用是使继电器JA3在继电器JA2的之前动作。 By resistor RA3 is JA3 before the relay operation of the relay JA2. 继电器JA1、JA2、JA3的工作顺是JA3先动作,荧光灯FL3先被点亮,JA2后动作,荧光灯FL2后点亮。 Relay JA1, JA2, JA3 work is cis JA3 first operation, the first fluorescent lamp FL3 are lit, JA2 after operation, after lighting the fluorescent lamp FL2. JAl最后动作,荧光灯FLl最后被点亮。 Finally JAl operation, finally illuminates a fluorescent lamp FLl.

[0037] 图中,在继电器JA1、JA2的并联电路中,继电器JA2还串联接有电阻RA2,电阻RA2的作用是使继电器JA2在继电器JAl的之前动作,先点亮荧光灯FL2和荧光灯FL3,继电器JAl后动作,后点亮荧光灯FLl。 [0037] FIG., The relay JA1, JA2 parallel circuit connected in series with a further relay JA2 resistor RA2, RA2 resistance effect is to relay the relay JAl JA2 before the operation, the first lighting fluorescent lamp FL2 and the fluorescent lamp FL3, relay after JAl operation, after lighting the fluorescent lamp FLl.

[0038] 图中,在B、C两点,接有电容器C4。 [0038] FIG., The B, C points, connected with a capacitor C4. 电容器C4的作用是利于荧光灯的启动。 The role of capacitor C4 is conducive to start fluorescent lamps.

[0039] 需要说明的是电阻RA2和电阻RA3也可以是二极管或其他能产生压降的元件,电阻RA2可用一个二极管代替,电阻RA3可用二个二极管串联代替。 [0039] Note that the resistance of the resistor RA2 and RA3 may also be a diode or other energy generating element, a resistor RA2 replaced by a diode drop available, a resistor RA3 two diodes in series can be used instead.

[0040] 图7是本发明的另一种荧光灯启动装置的电路结构原理图。 [0040] FIG. 7 is a circuit diagram showing the configuration of another fluorescent lamp apparatus according to the present invention starts. 图中,该电路主要由二组开关和驱动继电器触点开关的电路组成,一组为开关KA和驱动继电器JA动作的驱动电路,另一组则为开关KB和驱动继电器JB动作的驱动电路。 FIG, the circuit is mainly composed of two sets of switches and a driving circuit composed of switching relay contacts, and a set of switches KA JA drive relay drive circuit operation, the other group was a driving circuit and a driving switch KB JB relay operation. 所说的驱动继电器JA动作的驱动电路包括继电器JA,电容降压式电源电路,所述的电容降压式电源电路由电容器CA1、电阻RA、二极管DA1、二极管DA2、稳压二极管WA、电容器CA2组成,所述的电容器CA1、电阻RA相互并联后一端通过开关KB接电源输入端L,另一端则与二极管DAl负极和二极管DA2的正极相连接,稳压二极管WA的负极、电容器CA2的正极、继电器JA的一端同二极管DA2的负极相连接,二极管DAl的正极、稳压二极管WA的正极、电容器CA2的负极、继电器JA的另一端同电源输入端N点相连接,继电器JA的触点开关KA串联接在荧光灯FL的灯丝回路; Said driving circuit driving the operation of the relay includes a relay JA JA, capacitor step-down power supply circuit, a buck power supply circuit of the capacitance of a capacitor CAl, the resistor RA, a diode DAl, DA2 in the diode, the zener diode WA, capacitor CA2 composition, said capacitor CAl, each end of the resistor RA in parallel with L, the other end of the power input terminal is connected to the negative electrode and the diode DAl and DA2 anode of the diode, the cathode of the zener diode WA, the positive electrode of the capacitor CA2 is connected via a switch KB, One end of the relay JA connected with the cathode of the diode DA2, DAl the anode of the diode, the zener diode WA of the positive electrode, the negative electrode of the capacitor CA2, with the other end of the relay JA power input terminal connected to an N-point, the relay contact switch KA JA It is connected in series fluorescent lamp FL filament loop;

[0041] 所说的用于控制设在荧光灯电路输入端的预热启动的继电器JA动作的驱动电路的继电器JB动作的驱动电路包括继电器JB,电容降压式电源电路,所述的电容降压式电源电路由电容器CBl、电阻RB、二极管DBl、二极管DB2、稳压二极管WB、电容器CB2组成,所述的电容器CBl、电阻RB相互并联后一端接电源输入端L,另一端则与二极管DBl负极和二极管DB2的正极相连接,稳压二极管WB的负极、电容器CB2的正极、继电器JB的一端同二极管DB2的负极相连接,二极管DBl的正极、稳压二极管WB的正极、电容器CB2的负极、继电器JB的另一端同C点相连接。 JB relay driving circuit operation of [0041] said control circuit is provided for driving the input terminal of a fluorescent lamp preheating circuit starts the operation of the relay includes a relay JA JB, capacitor step-down power supply circuit, said capacitor buck CBl power supply circuit by a capacitor, resistor RB, diode DB1, the DB2 diode, the WB zener diode, capacitor CB2 composition, the capacitors CBl, one end of power input terminal L, the other end of the resistor RB is connected in parallel with the diode DB1 and the negative electrode the anode of the diode DB2 is connected to a negative electrode of the zener diode WB, the positive electrode of the capacitor CB2, with one end of the relay JB diode DB2 is connected to the anode of the diode DBl, zener diode WB positive electrode, the negative electrode of the capacitor CB2, relay JB the other end is connected to the same point C.

[0042] 当电路接通电源后,输入电压加在L和N两端。 [0042] When the power-on circuit, the input voltage applied to both ends of the L and N. 输入电压通过KB加到电容降压式电源电路,CAl为降压电容,RA为泄放电阻,二极管DA1、DA2组成半波整流(也可以是全波整流),稳压二极管WA、电容器CA2组成稳压滤波,在稳压二极管WA、电容器CA2两端形成直流电压,该直流电压加到继电器JA的两端,使继电器JA吸合,串联接在荧光灯FL的灯丝回路的继电器JA的触点开关KA动作(吸合),使荧光灯电路形成预热灯丝的电流,由于此时荧光灯电路形成了电流,该电流在电感镇流器BL上必然产生电压,该电压使设置在电感镇流器BL的两端即L和C点用于驱动继电器JB动作的驱动电路得电,通过降压电容CB1,泄放电阻RB,半波整流(也可以是全波整流)二极管DB1、DB2和稳压二极管WB以及滤波电容CB2,在稳压二极管WB、电容器CB2两端形成直流电压,该直流电压加到继电器JB的两端,使继电器JB吸合,串联在驱动继电器JA动作的驱动 Input voltage is applied through the capacitive KB buck power supply circuit, a buck capacitor CA1, the RA as bleeder resistors, diodes DA1, DA2 composed of half-wave rectification (full-wave rectification may be), a zener diode WA, consisting of a capacitor CA2 filtering the regulator, the voltage regulator diode WA, the DC voltage across capacitor CA2 is formed, the DC voltage is applied across the relay JA, JA pull the relay, is connected in series circuit of the fluorescent lamp FL filament relay contact switch JA KA action (pull), the fluorescent lamp filament preheating circuit current is formed, since the case is formed of a fluorescent lamp circuit current, which inevitably generates a voltage across the inductor ballast BL, the voltage on BL so that the ballast inductance provided i.e., L, and C at both ends of a drive circuit for driving the relay is energized JB operation by bulk capacitors CB1, the RB discharge resistance, half-wave rectification (full-wave rectification may be) diodes DB1, DB2, and zener diode WB and a filter capacitor CB2, in the WB zener diode, a DC voltage across capacitor CB2 is formed, the DC voltage is applied across the relay JB and JB pull the relay, the relay connected in series JA driving operation 路的继电器JB的触点开关KB动作(断开),使驱动继电器JA动作的驱动电路失电,此时,电容器CA2储存的电荷继续维持继电器JA吸合,直到电容器CA2储存的电荷不能维持继电器JA的吸合,继电器JA才失电断开,继电器JA的触点开关KA动作(断开),荧光灯FL被点亮。 JB road relay contact switch KB operation (OFF), the drive circuit for driving the relay operation JA loss of power at this time, the charge stored in the capacitor CA2 continuation relay JA active until the charge stored in the capacitor CA2 relay can not be maintained pull-JA, JA only relays de-energized, the relay contact switch KA JA operation (OFF), the fluorescent lamp FL is lit.

[0043] 以上列举的仅为本发明的优选实施方式,凡在本发明的工作原理和思路下所做的等同技术变换均视为本发明的保护范围。 [0043] The above-listed preferred embodiment of the present invention only, where the conversion equivalents made at the working principle and idea of ​​the present invention are the protection scope of the present invention.

Claims (11)

1.一种LC突光灯镇流器的启动装置,包括第一电容器(Cl),其特征在于: 在荧光灯电路的输入端,设有驱动预热启动的第一继电器(JAl)动作的驱动电路; 在第一电容器(Cl)的两端,设有用于控制设在突光灯电路输入端的预热启动的第一继电器(JAl)动作的驱动电路的第二继电器(JB)动作的驱动电路。 An LC light projecting lamp ballast activation means comprises a first capacitor (Cl), characterized in that: at the input of the fluorescent lamp circuit, a driving of the first relay drive warm start (Jal) operation driving circuit across the first capacitor (Cl) is provided for controlling the second relay drive circuit is provided in the first relay (Jal) preheating the input light projecting circuit starts operation (JB) operation; circuit .
2.根据权利要求1所说的LC荧光灯镇流器的启动装置,其特征在于:所说的驱动预热启动的第一继电器(JAl)动作的驱动电路包括第一继电器(JAl),电容降压式电源电路,所述的电容降压式电源电路由第二电容器(CAl)、第一电阻(RAl)、第一二极管(DAl)、第二二极管(DA2)、第一稳压二极管(WA)、第三电容器(CA2)组成,所述的第二电容器(CAl)、第一电阻(RAl)相互并联后一端通过开关(KB)接电源输入端L,另一端则与第一二极管(DAl)负极和第二二极管(DA2)的正极相连接,第一稳压二极管(WA)的负极、第三电容器(CA2)的正极、第一继电器(JAl)的一端同第二二极管(DA2)的负极相连接,第一二极管(DAl)的正极、第一稳压二极管(WA)的正极、第三电容器(CA2)的负极、第一继电器(JAl)的另一端同电源输入端N点相连接,第一继电器(JAl)的第一触点开关(KAl-1)串联接在第一突光灯(FLl)的灯丝回路,第 2. The fluorescent lamp ballast LC said starting device according to claim 1, wherein: said first relay driving circuit driving the warm start (Jal) comprises a first operation of the relay (Jal), capacitance drop voltage power supply circuit, said capacitor step-down mode power supply circuit by a second capacitor (CA1), a first resistor (RAl), a first diode (DAl), a second diode (DA2 in), a first stable voltage diode (WA), a third capacitor (CA2 of the) composition, after said second capacitor (CA1), a first resistor (RAl) in parallel with each other at one end through the power input terminal L switch (KB), the other end of the first the positive electrode a diode (DAl) a negative electrode and a second diode (DA2 in) is connected to the anode of the first zener diode (WA), the positive electrode of the third capacitor (CA2 of the) of a first relay (Jal) end with the cathode of the second diode (DA2 in) is connected, a first diode (DAl) a positive electrode, a positive electrode of the first zener diode (WA), the negative electrode of the third capacitor (CA2 of the) of a first relay (Jal ) and the other end with the power input terminal is connected to an N-point, a first relay (Jal) a first switch contact (KAl-1) is connected in series a first projection light (FL1) of the filament circuit of 二触点开关(KAl-2a)、第三(KAl_2b)的公共端接B点,第二触点开关(KAl-2a)的常开触点接第四电容器(C2)的一端,第三触点开关(KAl_2b)的常闭触点接第五电容器(C3)的一端,第五电容器(C3)的另一端接C点,C点与第一突光灯(FLl)的一端相连接,第一电容(Cl)的一端接电源输入端L,另一端接B点; 所说的用于控制设在荧光灯电路输入端的预热启动的第一继电器(JAl)动作的驱动电路的第二继电器(JB)动作的驱动电路包括第二继电器(JB),电容降压式电源电路,所述的电容降压式电源电路由第六电容器(CBl)、第二电阻(RB)、第三二极管(DBl)、第四二极管(DB2)、第二稳压二极管(WB)、第七电容器(CB2)组成,所述的第六电容器(CBl)、第二电阻(RB)相互并联后一端同第四电容器(C2)的另一端接电源输入端L,另一端则与第三二极管(DBl)负极和第四二极管(DB2)的正极相连接,第二稳压二极管(WB)的负 Two contact switch (KAl-2a), third (KAl_2b) common termination point B, a second contact switch (KAl-2a) connected to the normally open contact end of the fourth capacitor (C2), the third contact switches (KAl_2b) a normally closed contact connected to one end of the fifth capacitor (C3) and the other end point C of the fifth capacitor (C3), the point C and the end of the first light projecting lamp (FL1) is connected to the first a capacitor (Cl) connected at one end power input terminal L, the other end point B; said second relay drive circuit for controlling the first relay circuit provided at the input of the fluorescent lamp preheating start (Jal) action ( driving circuit JB) comprises a second operation of the relay (JB), capacitor step-down power supply circuit, a buck power supply circuit capacitor by the sixth capacitor (CBl), a second resistor (the RB), a third diode (DB1), the fourth diode (the DB2), a second zener diode (the WB), the seventh capacitor (CB2) composed of said sixth capacitor (CBl), a second resistor (RB) parallel to each other after the end L, and the other end with the other end of the power input terminal of a fourth capacitor (C2) is a third diode (DB1) positive and negative electrodes and the fourth diode (DB2) is connected to a second zener diode (WB ) negative 极、第七电容器(CB2)的正极、第二继电器(JB)的一端同第四二极管(DB2)的负极相连接,第三二极管(DBl)的正极、第二稳压二极管(WB)的正极、第七电容器(CB2)的负极、第二继电器(JB)的另一端同B点相连接。 Electrode, positive electrode seventh capacitor (CB2), the end of the second relay (JB) with a fourth diode (DB2) is connected to a negative electrode, a third diode (DB1) of the positive electrode, a second zener diode ( positive WB), the negative electrode seventh capacitor (CB2) of the second relay (JB) and the other end is connected with the point B.
3.根据权利要求2所说的LC荧光灯镇流器的启动装置,其特征在于:第一荧光灯(FLl)还串联接有第二荧光灯(FL2),第一继电器(JAl)的第一触点开关(KAl-1)串联接在第一荧光灯(FLl)的灯丝回路,第一继电器(JAl)的第四触点开关(KA1-3)串联接在第二荧光灯(FL2)的灯丝回路。 3.2 said actuating means LC fluorescent lamp ballast according to claim, wherein: the first fluorescent light (FL1) is also connected in series with a second fluorescent light (FL2), a first relay (Jal) a first contact switch (KAl-1) is connected in series a first fluorescent lamp (FL1) of the filament loop, a first relay (Jal) fourth switching contact (KA1-3) connected in series with the second fluorescent light (FL2) of the filament circuit.
4.根据权利要求2所说的LC荧光灯镇流器的启动装置,其特征在于:在第一荧光灯(FLl)之后,还依次串联接有第二荧光灯(FL2)和第三(FL3),第一继电器(JAl)的两端还并联接有第三继电器(JA2),第一继电器(JAl)的第一触点开关(KAl-1)串联接在第一荧光灯(FLl)的灯丝回路,第三继电器(JA2)的一个触点开关(KA2-1)串联接在第二荧光灯(FL2)的灯丝回路,第三继电器(JA2)的另一触点开关(KA2-2)串联接在第三荧光灯(FL3)的灯丝回路。 The LC 2 of said fluorescent lamp ballast starter claim, wherein: after the first fluorescent light (FL1), also connected in series with a second fluorescent light (FL2) and third (FL3), first both ends of a relay (Jal) and is further coupled to a third relay (JA2), a first relay (Jal) a first switch contact (KAl-1) is connected in series a first fluorescent lamp (FL1) of the filament circuit of three relay (JA2) of a contact switch (KA2-1) connected in series with the second fluorescent light (FL2) of the filament circuit, the other contact of the third relay (JA2) switch (KA2-2) connected in series with the third fluorescent (FL3) of the filament circuit.
5.根据权利要求2所说的LC荧光灯镇流器的启动装置,其特征在于:在第一荧光灯(FLl)之后,还依次串联接有第二荧光灯(FL2)和第三荧光灯(FL3),第一继电器(JAl)的两端还并联接有第三继电器(JA2)和第四继电器(JA3),第一继电器(JAl)的第一触点开关(KAl-1)串联接在第一荧光灯(FLl)的灯丝回路,第三继电器(JA2)的触点开关(KA2-1)串联接在第二荧光灯(FL2)的灯丝回路,第四继电器(JA3)的触点开关(KA3-1)串联接在第三荧光灯(FL3)的灯丝回路。 The fluorescent lamp ballast LC said activation device according to claim 2, wherein: after the first fluorescent light (FL1), also connected in series with a second fluorescent light (FL2), and a third fluorescent (FL3), ends of the first relay (Jal) and is further coupled to a third relay (JA2) and a fourth relay (JA3), a first relay (Jal) a first switch contact (KAl-1) is connected in series a first fluorescent (FL1) of the filament loop, a third relay (JA2) of the switch contact (KA2-1) connected in series with the second fluorescent light (FL2) of the filament loop, a fourth relay (JA3) switch contact (KA3-1) in the third series connected fluorescent (FL3) of the filament circuit.
6.根据权利要求2所说的LC荧光灯镇流器的启动装置,其特征在于:在第一荧光灯(FLl)之后,还依次串联接有第二荧光灯(FL2)和第三荧光灯(FL3),第一继电器(JAl)的第一触点开关(KAl-1)串联接在第一荧光灯(FLl)的灯丝回路,第一继电器(JAl)的第四触点开关(KA1-3)串联接在第二荧光灯(FL2)的灯丝回路,第一继电器(JAl)的第五触点开关(KA1-4)串联接在第三荧光灯(FL3)的灯丝回路。 6. The fluorescent lamp ballast LC said activation device according to claim 2, wherein: after the first fluorescent light (FL1), also connected in series with a second fluorescent light (FL2), and a third fluorescent (FL3), a first relay (Jal) a first switch contact (KAl-1) is connected in series a first fluorescent lamp (FL1) of the filament loop, a first relay (Jal) fourth switching contact (KA1-3) connected in series the second fluorescent light (FL2) of the filament loop, a first relay (Jal) fifth switching contact (KA1-4) connected in series with a third fluorescent (FL3) of the filament circuit.
7.根据权利要求4所说的LC荧光灯镇流器的启动装置,其特征在于:第一在继电器(JAl)、第三(JA2)的并联电路中,第三继电器(JA2)串联接有第三电阻(RA2)。 7. A fluorescent lamp ballast LC said activation device according to claim 4, wherein: a first relay (Jal), third (JA2) of the parallel circuit, a third relay (JA2) connected in series with a first three-resistor (RA2).
8.根据权利要求5所说的LC荧光灯镇流器的启动装置,其特征在于:在第一继电器(JAl)、第三(JA2)、第四(JA3)的并联电路中,第三继电器(JA2)串联接有第三电阻(RA2),第四继电器(JA3)串联接有第四电阻(RA3)。 8. The fluorescent lamp ballast LC said activation device according to claim 5, wherein: the first relay (Jal), third (JA2), fourth (JA3) of the parallel circuit, a third relay ( JA2) connected in series with a third resistor (RA2), a fourth relay (JA3) connected in series with a fourth resistor (RA3).
9.根据权利要求2-8任一项所说的LC荧光灯镇流器的启动装置,其特征在于:在B、C两点,接有第八电容器(C4)。 9. LC one of said fluorescent lamp ballast activation device according to any of claims 2-8, wherein: the B, C points, then there is an eighth capacitor (C4).
10.一种荧光灯的启动装置,包括电感镇流器(BL),其特征在于: 在荧光灯电路的输入端,设有驱动预热启动的第一继电器(JA)动作的驱动电路; 在电感镇流器(BL)的两端即输入端的L和结点C,设有用于控制设在荧光灯电路输入端的预热启动的第一继电器(JA)动作的驱动电路的第二继电器(JB)动作的驱动电路,结点C连接荧光灯(FL)的一端。 A fluorescent lamp starter, a ballast includes an inductor (BL), characterized in that: at the input of the fluorescent lamp circuit, a driving circuit of the first relay drive warm start (JA) operation; inductance town flow ends (BL), i.e., the input terminal L and the node points C, a drive circuit for controlling the first relay circuit provided at the input of the fluorescent lamp preheating start (JA) operation of the second relay (JB) operation a drive circuit connected to an end of the node C is the fluorescent lamp (FL) is.
11.根据权利要求10所说的荧光灯的启动装置,其特征在于:所说的驱动预热启动的第一继电器(JA)动作的驱动电路包括第一继电器(JA),电容降压式电源电路,所述的电容降压式电源电路由第一电容器(CAl)、第一电阻(RA)、第一二极管(DAl)、第二二极管(DA2)、第一稳压二极管(WA)、第二电容器(CA2)组成,所述的第一电容器(CAl)、第一电阻(RA)相互并联后一端通过开关(KB)接电源输入端L,另一端则与第一二极管(DAl)负极和第二二极管(DA2)的正极相连接,第一稳压二极管(WA)的负极、第二电容器(CA2)的正极、第一继电器(JA)的一端同第二二极管(DA2)的负极相连接,第一二极管(DAl)的正极、第一稳压二极管(WA)的正极、第二电容器(CA2)的负极、第一继电器(JA)的另一端同电源输入端N点相连接,第一继电器(JA)的触点开关(KA)串联接在荧光灯(FL)的灯丝回路; 所说的用于控制设在荧光 11. A fluorescent lamp starter according to claim 10 said wherein: said first relay driving circuit driving the warm start (JA) comprises a first operation of the relay (JA), the capacitance step-down power supply circuit said capacitor step-down power supply circuit of a first capacitor (CA1), a first resistor (RA), a first diode (DAl), a second diode (DA2 in), a first zener diode (WA ), a second capacitor (CA2 of the) composition, after said first capacitor (CA1), a first resistor (RA) connected in parallel with each other at one end through the power input terminal L switch (KB), the other end of the first diode (DAl) a negative electrode and a second diode (DA2 in) is connected to the positive electrode, a negative electrode of the first zener diode (WA), the anode of the second capacitor (CA2 of the) of a first relay (JA) with a second two-end negative diode (DA2 in) is connected, a first diode (DAl) a positive electrode, a positive electrode of the first zener diode (WA), the negative electrode of the second capacitor (CA2 of the) of a first relay (JA) of the other end with an N-point power supply input is connected to the first relay (JA) of the contact switch (KA) connected in series with the fluorescent lamp (FL) filament loop; provided for controlling said fluorescent 电路输入端的预热启动的第一继电器(JA)动作的驱动电路的第二继电器(JB)动作的驱动电路包括第二继电器(JB),电容降压式电源电路,所述的电容降压式电源电路由第三电容器(CBl)、第二电阻(RB)、第三二极管(DBl)、第四二极管(DB2)、第二稳压二极管(WB)、第四电容器(CB2)组成,所述的第三电容器(CBl)、第二电阻(RB)相互并联后一端接电源输入端L,另一端则与第三二极管(DBl)负极和第四二极管(DB2)的正极相连接,第二稳压二极管(WB)的负极、第四电容器(CB2)的正极、第二继电器(JB)的一端同第四二极管(DB2)的负极相连接,第三二极管(DBl)的正极、第二稳压二极管(WB)的正极、第四电容器(CB2)的负极、第二继电器(JB)的另一端同结点C相连接。 The second driving circuit relay drive circuit a first input terminal of the preheating circuit relay activated (JA) operation (JB) comprises a second relay operation (JB), capacitor step-down power supply circuit, said capacitor buck the power supply circuit of a third capacitor (CBl), a second resistor (RB), a third diode (DBl), the fourth diode (DB2), a second zener diode (WB), the fourth capacitor (CB2) composed of said third capacitor (CBl), a second resistor (RB) parallel to each other after a termination power input terminal L, the other end of the third diode (DB1) and the cathode of the fourth diode (DB2) is connected to the positive electrode, a negative electrode of the second zener diode (WB), the positive electrode of the fourth capacitor (CB2), and with a fourth diode (DB2) of the negative electrode end of the second relay (JB) is connected to the third two positive diode (DB1), the anode of the second zener diode (WB), the negative electrode of the fourth capacitor (CB2) of the second relay (JB) and the other end C is connected to the same node.
CN 201110407725 2011-12-09 2011-12-09 Starting device of fluorescent lamp CN102523668B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 201110407725 CN102523668B (en) 2011-12-09 2011-12-09 Starting device of fluorescent lamp

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 201110407725 CN102523668B (en) 2011-12-09 2011-12-09 Starting device of fluorescent lamp

Publications (2)

Publication Number Publication Date
CN102523668A true CN102523668A (en) 2012-06-27
CN102523668B true CN102523668B (en) 2014-11-05

Family

ID=46294424

Family Applications (1)

Application Number Title Priority Date Filing Date
CN 201110407725 CN102523668B (en) 2011-12-09 2011-12-09 Starting device of fluorescent lamp

Country Status (1)

Country Link
CN (1) CN102523668B (en)

Families Citing this family (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103582232A (en) * 2012-08-07 2014-02-12 李顺华 Driving power device of ballast type LED lamp
CN103874273A (en) * 2012-12-11 2014-06-18 李顺华 Driving power supply device for ballast LED (light emitting diode) lamp

Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5289084A (en) * 1992-06-26 1994-02-22 Hubbell Incorporated Lamp arrangement employing a resonant circuit formed from an autotransformer and a capacitor where the capacitor is switched out of the resonant circuit and into a power factor correcting circuit when the ignition of the lamp is sensed
CN2193639Y (en) * 1994-04-28 1995-03-29 曹锋 Working frequency low voltage starting ballast for fluorescent lamp
US5903105A (en) * 1997-07-21 1999-05-11 Samsung Electronics Co., Ltd. Apparatus and method for controlling lighting of fluorescent lamp for refrigerator
CN1997252A (en) * 2006-01-08 2007-07-11 梁超瑞 Quick startup induction and capacitance ballast
CN201623913U (en) * 2010-03-01 2010-11-03 阮树成 Solar power supply self-excitation oscillation power synthesis fluorescent lamp ballast
CN202603025U (en) * 2011-12-09 2012-12-12 李顺华 Starter for fluorescent lamp

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5289084A (en) * 1992-06-26 1994-02-22 Hubbell Incorporated Lamp arrangement employing a resonant circuit formed from an autotransformer and a capacitor where the capacitor is switched out of the resonant circuit and into a power factor correcting circuit when the ignition of the lamp is sensed
CN2193639Y (en) * 1994-04-28 1995-03-29 曹锋 Working frequency low voltage starting ballast for fluorescent lamp
US5903105A (en) * 1997-07-21 1999-05-11 Samsung Electronics Co., Ltd. Apparatus and method for controlling lighting of fluorescent lamp for refrigerator
CN1997252A (en) * 2006-01-08 2007-07-11 梁超瑞 Quick startup induction and capacitance ballast
CN201623913U (en) * 2010-03-01 2010-11-03 阮树成 Solar power supply self-excitation oscillation power synthesis fluorescent lamp ballast
CN202603025U (en) * 2011-12-09 2012-12-12 李顺华 Starter for fluorescent lamp

Also Published As

Publication number Publication date Type
CN102523668A (en) 2012-06-27 application

Similar Documents

Publication Publication Date Title
JP2003249391A (en) The discharge lamp lighting device
CN102123555A (en) HID (High Intensity Discharge) lamp electronic ballast and multimode control method thereof
CN201318576Y (en) LED fluorescent tube
CN200944693Y (en) Digital electronic ballast
CN201533444U (en) Dimmable electronic ballast of LED auxiliary lighting and energy-saving lamp provided with same
CN101207960A (en) Drive unit of gas discharge lamp
CN201967193U (en) Economize on electricity illumination control device
CN101742795A (en) Electronic ballast
CN201528460U (en) Fluorescent lamp and electric ballast of energy-saving lamp
CN2269691Y (en) Electronic Ballast
CN2473854Y (en) Electronic ballast
CN2538115Y (en) Electronic Ballast
CN101707841A (en) Electronic ballast and fluorescent lamp device
CN101404848A (en) Electronic ballast and general lamp seat having the same
CN2845392Y (en) Electronic fluorescent ballast with frequency converting pre-heating, re-starting and abnormal protecting
CN101835322A (en) Electronic stabilizer and filament heating component
CN2475253Y (en) Resonant induction type fluorescent lamp ballast
CN2426260Y (en) Resistance type light-adjusting ballast for fluorescence lamp
CN201114951Y (en) An electronic ballast for fluorescent lamp
CN201352876Y (en) High-intensity discharge lamp fixed output high-frequency ballast
CN2454900Y (en) Strobe-free dc. fluorescent lamp
CN2728161Y (en) An electronic ballast circuit
CN1400852A (en) Electroncic filament-switching preheating circuit of fluorescence discharge lamp ballost
CN201813600U (en) Self-excited type electronic ballast having high output open-circuit voltage
CN201830512U (en) Control device of solar street lamp

Legal Events

Date Code Title Description
C06 Publication
C10 Request of examination as to substance
LICC Enforcement, change and cancellation of record of contracts on the license for exploitation of a patent
C14 Granted