CN1192628A - Computerized charge system for cable TV programme - Google Patents
Computerized charge system for cable TV programme Download PDFInfo
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- CN1192628A CN1192628A CN97107970A CN97107970A CN1192628A CN 1192628 A CN1192628 A CN 1192628A CN 97107970 A CN97107970 A CN 97107970A CN 97107970 A CN97107970 A CN 97107970A CN 1192628 A CN1192628 A CN 1192628A
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- cable
- signal
- link
- computer
- storage circuitry
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Abstract
A cable TV computer fees collection system is provided with network service, primary controlling computer, adjacent frequency modulator, adjacent frequency mixer, adjacent frequency amplifier, signal controller with slave control computer and user distributor with computer. The primary controlling computer sends out a digital controlling instruction to adjacent frequency modulator, mixer and amplifier according to user payment information provided by network service. After having been amplified to 110dB, the instruction is passed through the cable TV network and received by signal controller with save control computer, then frequency-changed and amplified, demodulated so as to control the user distributor with computer to cut off or on TV signal. The system replaces that person go to the doorstep to ask for payment of watching TV program, and makes automanagement of cable TV fees collection is realized.
Description
The present invention relates to cable television charging system, particularly Computerized charge system for cable TV programme.
At present, it is the means professional TV programme of charge that started broadcasting with the digital compression signal scrambling technique that China Chinese Central Television (CCTV) utilizes No. 5 satellite repeaters of culminant star, and the mode that various places cable TV station then adopts two level scramblings is to each user professional TV programme of charge that starts broadcasting.The cable TV station that carries out this business removes needs to drop into the video server that huge fund is purchased import, outside the digital device such as ATM switch and Node Controller, each user also need purchase one and be worth about about 800 yuans decoder, owing to be subjected to the restriction of program source, the attraction of charging TV program is little, general program also can receive by television station, thereby, most of users are reluctant to spend nearly thousand yuan investment again and watch charging TV program, therefore, its exhausted most investment will be born by cable TV station oneself, in order to recoup capital outlay, cable TV station just needs to improve license fee, this also is that the user is burdensome, in view of reason technical and economically, the current domestic overwhelming majority's cable TV station all adopts manual toll collection, and the manual toll collection workload is big, leak is many, even causes the loss of a large amount of expense moneys.
The purpose of this invention is to provide a kind of Computerized charge system for cable TV programme, to solve many weak points that present manual toll collection exists.
Technical scheme of the present invention is achieved like this: Computerized charge system for cable TV programme, it is characterized in that by the webserver, the master control computer, adjacent channel modulator, adjacent blender frequently, adjacent audio amplifier, band is formed from the signal controller of control computer and user's distributor of band computer, the cable TV subscriber that the master control computer provides according to the webserver information of paying the fees, send digital control instruction, after the adjacent channel modulator modulation, send in the adjacent frequency blender and mix, be amplified to 110dB through adjacent audio amplifier again, a channel that utilizes cable TV station to provide, send into cable TV network, by each is with the signal controller reception from control computer at a distance, amplify, after the demodulation, machine is handled as calculated, the signal of handling is sent into cable of cable TV after amplifying, and is with user's distributor of computer to cut off or connect TV signal with control.
Adopt the present invention to collect the cable TV license fee, can make cable TV station recognize cable TV subscriber's the situation of paying the fees at any time intuitively, and cut off or connect cable TV subscriber's TV signal at any time according to the situation of paying the fees, to replace present artificial collection license fee work to the doorstep, make the fee collection of cable TV station realize automatic management, and the transmission of each digital control instruction, can finish before the programm broadcasting in every day, therefore, can occupied channel resource and the interference that may cause.
Fig. 1 is a block diagram of the present invention;
Fig. 2 is the electrical schematic diagram of band of the present invention from the signal controller of control computer;
Fig. 3 is the electrical schematic diagram of user's distributor of the band computer of the embodiment of the invention 1;
Fig. 4 is the electrical schematic diagram of user's distributor of the band computer of the embodiment of the invention 2;
Below in conjunction with accompanying drawing embodiments of the invention are further described.
Embodiment 1: Computerized charge system for cable TV programme, form from the signal controller of control computer and user's distributor of band computer by the webserver, master control computer, adjacent channel modulator, adjacent blender frequently, adjacent audio amplifier, band.
Band is formed the monolithic computer P in the signal processing storage circuitry from the signal controller circuit (accompanying drawing 2) of control computer by power supply, signal processing storage circuitry, frequency conversion amplification demodulator, output amplifier
1The A mouth insert the read-only container of electric erazable programmable (EEPROM) P
2, the B mouth inserts six plucking number sign switches, sets a number, and in order to band is numbered from the signal controller of control computer, the power input of signal processing storage circuitry links to each other with the power input that demodulator is amplified in frequency conversion, and the two passes through inductance L
1, L
2Link to each other the triode Q of output amplifier with power output end
2Collector electrode pass through resistance
6Link to each other cable TV signal input B with power output end
1, output B
2Pass through inductance L
3, capacitor C
6Triode Q with output amplifier
2Collector electrode link to each other triode Q
2Base stage pass through resistance R
5With the monolithic computer P in the signal processing storage circuitry
1The asynchronous serial communication mouth link to each other, the high-frequency signal output that demodulator is amplified in frequency conversion passes through capacitor C
5With cable TV signal input B
1Link to each other the monolithic computer P in its modulation signal output and the signal processing storage circuitry
1Signal input link to each other, for the user's distributor feed to the band computer, cable TV signal output B
2Link to each other with power supply again, its tie point is positioned at inductance L
1With L
2Between.
User's allotter circuit (accompanying drawing 3) of band computer is made of the monolithic computer P in the signal processing storage circuitry signal processing storage circuitry, TV signal control circuit
1The A mouth insert the read-only container of electric erazable programmable (EEPROM) P
2, the B mouth inserts six plucking number sign switches, sets a number, is numbered in order to the user's distributor to the band computer, and the power input of signal processing storage circuitry passes through inductance L
5With cable TV signal input B
1Link to each other cable TV signal input B
1Pass through inductance L again
4, capacitor C
7, resistance R
15With the monolithic computer P in the signal processing storage circuitry
1Signal input link to each other; Switch triode Q in the TV signal control circuit
3, Q
4Collector electrode respectively by tongue tube G
1, G
2Coil I
1, I
2, resistance R
7, R
8Link to each other with the power input of signal processing storage circuitry, base stage is passed through resistance R again respectively
9, R
10P with monolithic computer in the signal processing storage circuitry
1The I/O mouth link to each other two user's TV signal output end B
3, B
4Respectively with tongue tube G
1, G
2Normally-closed contact link to each other tongue tube G
1, G
2Normally opened contact respectively by build-out resistor R
13, R
14Ground connection, tongue tube G
1, G
2Middle contact pass through R respectively
11, R
12With capacitor C
8Link to each other capacitor C
8The other end and cable TV signal input B
1Link to each other.
The cable TV subscriber that the master control computer provides according to the webserver information of paying the fees, send digital command, after the adjacent channel modulator modulation, send in the adjacent frequency blender and mix, be amplified to 110dB through adjacent audio amplifier again, a channel that utilizes cable TV station to provide, send into cable TV network, be with signal controller to receive at a distance from the control computer, after the demodulator demodulation is amplified in frequency conversion wherein, the monolithic computer of sending in this controller is handled, and the control command signal after the processing is by triode Q
2Amplify, through L
3, C
6, R
6Spatially selecting filtering, isolated DC are delivered to user's distributor of being with computer, the L in this user's distributor by cable of cable TV
5, L
4, C
7, R
15Spatially selecting filtering, isolated DC are sent to the monolithic computer P in user's distributor of being with computer again
1Handle.According to control command, by the I/O mouth control switch triode Q of monolithic computer
3, Q
4Break-make, with control tongue tube G
1, G
2Cut off or connect cable TV subscriber's TV signal.
Band from the signal controller circuit (accompanying drawing 2) of control computer with embodiment 1.
User's allotter circuit (accompanying drawing 4) of band computer is made of the monolithic computer P in the signal processing storage circuitry signal processing storage circuitry, TV signal control circuit
1The A mouth insert the read-only container of electric erazable programmable (EEPROM) P
2, the B mouth inserts six plucking number sign switches, sets a number, is numbered in order to the user's distributor to the band computer, and the power input of signal processing storage circuitry passes through inductance L
7With cable TV signal input B
1Link to each other cable TV signal input B
1Pass through inductance L again
6, capacitor C
9, resistance R
22With the monolithic computer P in the signal processing storage circuitry
1Signal input link to each other the switch triode Q in the TV signal control circuit
5, Q
6Collector electrode pass through resistance R respectively
16, R
18Link to each other with the power input of signal processing storage circuitry, the emitter of the two passes through resistance R respectively
17, R
19Ground connection, the base stage of the two are passed through resistance R again respectively
20, R
21With the monolithic computer P in the signal processing storage circuitry
1The I/O mouth link to each other two user's TV signal output end B
3, B
4Pass through capacitor C respectively
14, switching diode D
1, capacitor C
19, resistance R
24And capacitor C
12, switching diode D
2, capacitor C
11, resistance R
23With capacitor C
2One end links to each other, capacitor C
2The other end and cable TV signal input B
1Link to each other switching diode D
1, D
2Forward again respectively with switch triode Q
5, Q
6Collector electrode link to each other, at switching diode D
1, D
2Oppositely pass through resistance R
26, R
25Be added with a high potential.
The cable TV subscriber that the master control computer provides according to the webserver information of paying the fees, send digital command, after the adjacent channel modulator modulation, send in the adjacent frequency blender and mix, be amplified to 110dB through adjacent audio amplifier again, a channel that utilizes cable TV station to provide, send into cable TV network, be with signal controller to receive at a distance, after the demodulator demodulation is amplified in frequency conversion wherein, sent into the monolithic computer P in this controller from control computer
1Handle, the control command signal after the processing is by triode Q
1Amplify, through L
3, C
6, R
6Spatially selecting filtering, isolated DC are delivered to user's distributor of being with computer, the L in this user's distributor by cable of cable TV
6, L
7, C
9, R
22Spatially selecting filtering, isolated DC is sent to the monolithic computer P in user's distributor of being with computer again
1Handle.According to control command, by the I/O mouth control switch triode Q of monolithic computer
5, Q
6Break-make, with control switch diode D
1, D
2Cut off or connect cable TV subscriber's TV signal.
Claims (4)
1, Computerized charge system for cable TV programme, it is characterized in that by the webserver, the master control computer, adjacent channel modulator, adjacent blender frequently, adjacent audio amplifier, band is formed from the signal controller of control computer and user's distributor of band computer, the cable TV subscriber that the master control computer provides according to the webserver information of paying the fees, send digital control instruction, after the adjacent channel modulator modulation, send in the adjacent frequency blender and mix, be amplified to 110dB through adjacent audio amplifier again, a channel that utilizes cable TV station to provide, send into cable TV network, by each is with the signal controller reception from control computer at a distance, amplify, after the demodulation, machine is handled as calculated, send into cable of cable TV after the signal amplification of handling, just disconnected or connection TV signal with user's distributor of control band computer.
2, Computerized charge system for cable TV programme according to claim 1, it is characterized in that forming by power supply, signal processing storage circuitry, frequency conversion amplification demodulator, output amplifier with signal controller circuit from control computer, the A mouth of the monolithic computer in the signal processing storage circuitry inserts the read-only container of electric erazable programmable (EEPROM), the B mouth inserts six plucking number sign switches, the power input of signal processing storage circuitry links to each other with the power input that demodulator is amplified in frequency conversion, and the two passes through inductance L
1, L
2Link to each other the triode Q of output amplifier with power output end
2Collector electrode pass through resistance
6Link to each other cable TV signal input B with power output end
1, output B
2Pass through inductance L
3, capacitor C
6Triode Q with output amplifier
2Collector electrode links to each other, triode Q
2Base stage pass through resistance R
5Link to each other with the asynchronous serial communication mouth of monolithic computer in the signal processing storage circuitry, the signal input of the monolithic computer in the low frequency signal output that demodulator is amplified in frequency conversion and the signal processing storage circuitry links to each other cable TV signal output B
2Link to each other with power supply again, its tie point is positioned at inductance L
1With L
2Between.
3, Computerized charge system for cable TV programme according to claim 1 and 2 is characterized in that being made of the monolithic computer P in the signal processing storage circuitry signal processing storage circuitry, TV signal control circuit with user's allotter circuit of computer
1The A mouth insert the read-only container of electric erazable programmable (EEPROM) P
2, the B mouth inserts six plucking number sign switches, and the power input of signal processing storage circuitry passes through inductance L
5With cable TV signal input B
1Link to each other cable TV signal input B
1Pass through inductance L again
4, capacitor C
3, resistance R
15With the monolithic computer P in the signal processing storage circuitry
1Signal input link to each other; Switch triode Q in the TV signal control circuit
3, Q
4Collector electrode respectively by tongue tube G
1, G
2Coil I
1, I
2, resistance R
7, R
8Link to each other with the power input of signal processing storage circuitry, base stage is passed through resistance R again respectively
9, R
10With the monolithic computer P in the signal processing storage circuitry
1The I/O mouth link to each other two user's TV signal output end B
3, B
4Respectively with tongue tube G
1, G
2Normally-closed contact link to each other tongue tube G
1, G
2Middle contact pass through resistance R respectively
11, R
12With capacitor C
8Link to each other capacitor C
8The other end and cable TV signal input B
1Link to each other.
4, Computerized charge system for cable TV programme according to claim 1 and 2 is characterized in that being made of the monolithic computer P in the signal processing storage circuitry signal processing storage circuitry, TV signal control circuit with user's allotter circuit of computer
1The A mouth insert the read-only container of electric erazable programmable (EEPROM) P
2, the B mouth inserts six plucking number sign switches, and the power input of signal processing storage circuitry passes through inductance L
7With cable TV signal input B
1Link to each other cable TV signal input B
1Pass through inductance L again
6, capacitor C
9, resistance R
22With the monolithic computer P in the signal processing storage circuitry
1Signal input link to each other; Switch triode Q in the TV signal control circuit
5, Q
6Collector electrode pass through resistance R respectively
16, R
18Link to each other with the power input of signal processing storage circuitry, the emitter of the two passes through resistance R respectively
17, R
19Link to each other with ground wire, the base stage of the two is passed through resistance R again respectively
20, R
21With the monolithic computer P in the signal processing storage circuitry
1The I/O mouth link to each other two user's TV signal output end B
3, B
4Pass through capacitor C respectively
14, switching diode D
1, capacitor C
13, resistance R
24And capacitor C
12, switching diode D
2, capacitor C
11, resistance R
23With capacitor C
2One end links to each other, capacitor C
2The other end and cable TV signal input B
1Link to each other switching diode D
1, D
2Forward again respectively with switch triode G
5, G
6Collector electrode link to each other, at switching diode D
1, D
2Oppositely pass through resistance R
26, R
25Be added with a high potential.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN 97107970 CN1085923C (en) | 1997-03-01 | 1997-03-01 | Computerized charge system for cable TV programme |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN 97107970 CN1085923C (en) | 1997-03-01 | 1997-03-01 | Computerized charge system for cable TV programme |
Publications (2)
Publication Number | Publication Date |
---|---|
CN1192628A true CN1192628A (en) | 1998-09-09 |
CN1085923C CN1085923C (en) | 2002-05-29 |
Family
ID=5170008
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
CN 97107970 Expired - Fee Related CN1085923C (en) | 1997-03-01 | 1997-03-01 | Computerized charge system for cable TV programme |
Country Status (1)
Country | Link |
---|---|
CN (1) | CN1085923C (en) |
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN100423575C (en) * | 2002-12-25 | 2008-10-01 | 潍坊北大青鸟华光电子有限公司 | Method for controlling digital TV receive |
CN100442838C (en) * | 2001-08-08 | 2008-12-10 | 梁光海 | Cable TV control technology added with de-interference |
CN101783923B (en) * | 2009-12-25 | 2011-10-26 | 北京惠信博思技术有限公司 | Method for sending dunning information of digital television |
-
1997
- 1997-03-01 CN CN 97107970 patent/CN1085923C/en not_active Expired - Fee Related
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN100442838C (en) * | 2001-08-08 | 2008-12-10 | 梁光海 | Cable TV control technology added with de-interference |
CN100423575C (en) * | 2002-12-25 | 2008-10-01 | 潍坊北大青鸟华光电子有限公司 | Method for controlling digital TV receive |
CN101783923B (en) * | 2009-12-25 | 2011-10-26 | 北京惠信博思技术有限公司 | Method for sending dunning information of digital television |
Also Published As
Publication number | Publication date |
---|---|
CN1085923C (en) | 2002-05-29 |
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PB01 | Publication | ||
C10 | Entry into substantive examination | ||
SE01 | Entry into force of request for substantive examination | ||
C14 | Grant of patent or utility model | ||
GR01 | Patent grant | ||
C19 | Lapse of patent right due to non-payment of the annual fee | ||
CF01 | Termination of patent right due to non-payment of annual fee |