CN210091333U - Optical fiber smoke and temperature sensing fire automatic alarm linkage control system - Google Patents
Optical fiber smoke and temperature sensing fire automatic alarm linkage control system Download PDFInfo
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- CN210091333U CN210091333U CN201920911613.9U CN201920911613U CN210091333U CN 210091333 U CN210091333 U CN 210091333U CN 201920911613 U CN201920911613 U CN 201920911613U CN 210091333 U CN210091333 U CN 210091333U
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Abstract
The utility model provides an optic fibre smoke sensing temperature sensing conflagration automatic alarm coordinated control system, including fire control coordinated control ware and at least one smog fire alarm controller, at least one temperature fire alarm controller, wherein, between fire control coordinated control ware and smog fire alarm controller, the temperature fire alarm controller, fire control coordinated control ware, smog fire alarm controller, temperature fire alarm controller and manual fire alarm button, manual fire hydrant button, coordinated control device, all adopt optic fibre to carry out signal connection between the fire control ware, smog fire alarm controller, temperature fire alarm controller and the optic fibre formula smoke fire detector who corresponds, also adopt optic fibre to carry out signal connection between the optic fibre formula fire detector. This design can not only adopt the optical fiber technique to construct fire alarm system comprehensively, and the warning fire control effect is better, and the accuracy is higher moreover, and the security is stronger, and control area is very wide.
Description
Technical Field
The utility model relates to a fire alarm system especially relates to an optic fibre smoke sensing temperature sensing conflagration automatic alarm coordinated control system, and concretely is applicable to and adopts the optic fibre technique to establish fire alarm system comprehensively, improves warning fire control effect.
Background
Along with the rapid development of city construction, the city scale is continuously enlarged, the population is continuously increased, and along with the increase of the occurrence probability of various fires, especially major fires, the automatic fire alarm system is needed to be established, so that the automatic fire alarm system can timely and effectively detect the fire and send out alarm and fire extinguishing signals, and is one of the most effective means for reducing the loss of the fire.
Although the existing automatic fire alarm system also has the functions of detection and alarm, most of the adopted parts mainly adopt electronic technology, especially, signal transmission lines among the parts are electronic circuits, and the circuits and electronic elements have the following defects: potential safety hazards can be caused by live working; the anti-aging circuit is easy to age and damp, and can improve the failure rate and the false alarm rate; the corrosion is easy, the failure rate is improved, and the service life is reduced; the electronic circuit has low communication efficiency, increases the number of circuits, enlarges the arrangement space, generates electromagnetic interference and reduces the signal transmission effect.
The information disclosed in this background section is only for enhancement of understanding of the general background of the patent application and should not be taken as an acknowledgement or any form of suggestion that this information forms the prior art already known to a person skilled in the art.
Disclosure of Invention
The utility model aims at overcoming the adoption electronic technology who exists among the prior art and founding fire alarm system, the relatively poor defect and the problem of warning fire control effect provide one kind and do not adopt electronic technology to found fire alarm system, the better optic fibre of warning fire control effect feels cigarette temperature sensing conflagration automatic alarm coordinated control system.
In order to achieve the above purpose, the technical solution of the utility model is that: an optical fiber smoke and temperature sensing fire automatic alarm linkage control system comprises a fire protection linkage controller and a plurality of fire detectors;
the linkage control system also comprises at least one smoke fire alarm controller and at least one temperature fire alarm controller, wherein the smoke fire alarm controller and the temperature fire alarm controller are in signal connection with the fire-fighting linkage controller through main optical fibers, and every two smoke fire alarm controllers or every two temperature fire alarm controllers or the smoke fire alarm controller and the temperature fire alarm controller are connected in parallel;
the fire detector comprises an optical fiber type smoke fire detector and an optical fiber type temperature sensing fire detector, a single smoke fire alarm controller is in signal connection with a plurality of optical fiber type smoke fire detectors through optical fibers, a single temperature sensing fire detector is in signal connection with a plurality of optical fiber type temperature sensing fire detectors through optical fibers, and the single smoke fire alarm controller and the single temperature sensing fire detector are in signal connection with a manual fire alarm button, a manual fire hydrant button, a linkage control device, a fire extinguishing controller and an external signal sending end through the optical fibers;
the fire-fighting linkage controller is in signal connection with a manual fire alarm button, a manual fire hydrant button, a linkage control device, a fire-fighting controller and an external signal receiving end through optical fibers, the external signal receiving end is in signal receiving connection with an external signal sending end, and alarm devices are connected to the fire-fighting linkage controller, the smoke fire alarm controller and the temperature fire alarm controller.
The main optical fiber is provided with a communication repeater, and the setting point of the communication repeater is arranged between the fire-fighting linkage controller and the smoke fire alarm controller or between the smoke fire alarm controller and the temperature fire alarm controller or between the fire-fighting linkage controller and the temperature fire alarm controller.
The optical fiber type smoke fire detector and the optical fiber type temperature sensing fire detector are point type fire detectors.
The linkage control device comprises any one or any two or any three or any four or all of a fireproof door controller, a smoke prevention and exhaust controller, an elevator forced falling controller, an adjacent floor power-off controller and a fire-fighting broadcast.
The fire extinguishing controller comprises any one or all of a gas fire extinguishing controller and a fire pump controller.
The smoke fire alarm controller and the temperature fire alarm controller are in signal connection with the manual fire alarm buttons and the manual fire hydrant buttons through optical fibers.
The alarm device is any one or any two or all of an audible and visual alarm, a short message alarm or a mobile phone fixed-line alarm.
And the fire-fighting linkage controller is in signal connection with the high-definition display screen, the printer and the 4G/TCP external data communicator and the fire-fighting emergency broadcast controller.
The interior of fire control linkage controller is provided with the Linux system who carries out communication with cell-phone APP, and this APP is the Android or iOS version.
And the smoke fire alarm controller and the temperature fire alarm controller are integrated with color touch liquid crystal screens for man-machine interaction.
Compared with the prior art, the beneficial effects of the utility model are that:
1. the utility model relates to an among optic fibre smoke sensing temperature fire automatic alarm coordinated control system, a fire control coordinated control ware complete set has at least one smog fire alarm controller, at least one temperature fire alarm controller, and then correspond on the single smog temperature fire alarm controller and be connected with a plurality of optic fibre formula smoke sensing temperature fire detector, fire control coordinated control ware, smog fire alarm controller, all be connected with manual fire alarm button on the temperature fire alarm controller, manual fire hydrant button, coordinated control device, the fire extinguishing controller, the advantage of this design includes: firstly, no matter between the fire-fighting linkage controller and the smoke/temperature fire alarm controller, or between the smoke/temperature fire alarm controller and each fire detector, and between the fire-fighting linkage controller, the smoke fire alarm controller, the temperature fire alarm controller and the manual fire alarm button, the manual fire hydrant button, the linkage control device and the fire extinguishing controller, the adopted signal connection mode is optical fiber connection, the electronic technology is comprehensively replaced by the optical fiber technology, the full optical fibers of three blocks of detection, alarm and fire extinguishing are realized, and further various defects brought by the electronic technology are avoided; secondly, both the smoke fire detector and the temperature-sensing fire detector adopt the optical fiber technology, the optical fiber technology is adopted from the most basic point of the system, namely detection, so that the running accuracy of the whole system is ensured, and the detection comprehensiveness is ensured by relating to two aspects of temperature and smoke; and the optical fiber connection mode between the fire-fighting linkage controller and the smoke/temperature fire alarm controller can ensure that one fire-fighting linkage controller can be provided with a plurality of smoke/temperature fire alarm controllers, the application range is expanded, particularly, when the communication repeater is arranged on the main optical fiber, the coverage range is larger, and the smoke/temperature fire alarm controllers are connected in parallel, are mutually independent and do not interfere with each other, so that the application safety of the whole system is improved. Therefore, the utility model discloses can not only adopt the optical fiber technology to found fire alarm system comprehensively, the warning fire control effect is better, and the accuracy is higher moreover, and the security is stronger, and control area is very wide.
2. The utility model relates to an among optic fibre temperature sensing cigarette conflagration automatic alarm coordinated control system, carried out dual fail-safe control to the coordinated control device, the smog/temperature fire alarm controller that the condition of a fire not only appears can control the coordinated control device, receives the fire control coordinated control ware of condition of a fire signal moreover and can follow the angle of total office control, carries out the control at the bottom of the pocket to the coordinated control device, ensures that the coordinated control device of condition of a fire department can normal operating to improve warning fire control effect. Therefore, the utility model discloses control power to linkage control device is stronger, and the fire control effect is better.
3. The utility model relates to an among optic fibre smoke sensing temperature fire automatic alarm coordinated control system, double insurance control has been carried out to fire extinguishing controller, the smog/temperature fire alarm controller that the condition of a fire not only appears can control fire extinguishing controller, and the fire control coordinated control ware that receives the condition of a fire signal can be from the angle of total office control, control at the bottom of carrying out the pocket to fire extinguishing controller, the fire extinguishing controller that ensures the condition of a fire department can the normal operating operation of putting out a fire, in order to improve the fire control effect, furthermore, control fire extinguishing controller and coordinated control device mutual separation, can avoid the interference between the two, whenever ensure in the at utmost, fire extinguishing operation and coordinated operation, at least one can normally work, finally improve the fire control effect. Therefore, the utility model discloses control power to fire extinguishing controller is stronger, and the fire control effect is better.
4. The utility model relates to an among optic fibre smoke sensing temperature sensing conflagration automatic alarm coordinated control system, all be connected with solitary manual fire alarm button, manual fire hydrant button on fire control coordinated control ware, smog fire alarm controller, the temperature fire alarm controller separately, during the application, three kinds of controller departments can both carry out manual warning or manual fire extinguishing to realize reporting to the police, the full coverage of fire control. Therefore, the utility model discloses an alarm, fire control effect are better.
5. The utility model relates to an among optic fibre smoke sensing temperature sensing conflagration automatic alarm coordinated control system, the inside of fire control coordinated control ware can be provided with carries out the Linux system that communicates with cell-phone APP, this APP is Android or iOS version, in addition, smog/temperature fire alarm controller is last all to be integrated with colored touch liquid crystal screen in order to carry out human-computer interaction, these some designs can improve entire system's intellectuality, the operator of being convenient for is more clear, more timely controls entire system's operational aspect, thereby improve the fire control safety effect. Therefore, the utility model discloses an intelligent degree is higher, and the fire control safety effect is better.
Drawings
Fig. 1 is a schematic structural diagram of the present invention.
Fig. 2 is a schematic structural view of the coordinated control device and the fire extinguishing controller in fig. 1.
In the figure: the fire-fighting system comprises an optical fiber type smoke fire detector 1, an optical fiber type temperature-sensing fire detector 2, a fire-fighting linkage controller 3, a high-definition display screen 31, a printer 32, a 4G/TCP external data communicator 33, a fire-fighting emergency broadcast controller 34, a smoke fire alarm controller 4, a temperature fire alarm controller 5, a main optical fiber 6, a communication repeater 61, a linkage control device 7, a fire door controller 71, a smoke and smoke prevention controller 72, an elevator forced falling controller 73, an adjacent floor power-off controller 74, a fire-fighting controller 8, a gas fire-fighting controller 81, a fire-fighting water pump controller 82, an alarm device 9, an external signal sending end 10, an external signal receiving end 11, a manual fire alarm button 12 and a manual fire hydrant button 13.
Detailed Description
The present invention will be described in further detail with reference to the following description and embodiments in conjunction with the accompanying drawings.
Referring to fig. 1 and 2, an optical fiber smoke sensing and temperature sensing fire automatic alarm linkage control system comprises a fire protection linkage controller 3 and a plurality of fire detectors;
the linkage control system also comprises at least one smoke fire alarm controller 4 and at least one temperature fire alarm controller 5, wherein the smoke fire alarm controller 4 and the temperature fire alarm controller 5 are in signal connection with the fire-fighting linkage controller 3 through a main optical fiber 6, and two smoke fire alarm controllers 4 or two temperature fire alarm controllers 5 or the smoke fire alarm controllers 4 and the temperature fire alarm controllers 5 are connected in parallel;
the fire detector comprises an optical fiber type smoke fire detector 1 and an optical fiber type temperature-sensing fire detector 2, a single smoke fire alarm controller 4 is in signal connection with the optical fiber type smoke fire detectors 1 through optical fibers, the single temperature-sensing fire detector is in signal connection with the optical fiber type temperature-sensing fire detectors 2 through optical fibers, and the single smoke fire alarm controller 4 and the single temperature-sensing fire detector are in signal connection with a manual fire alarm button 12, a manual fire hydrant button 13, a linkage control device 7, a fire extinguishing controller 8 and an external signal sending end 10 through optical fibers;
the fire-fighting linkage controller 3 is in signal connection with a manual fire alarm button 12, a manual fire hydrant button 13, a linkage control device 7, a fire-fighting controller 8 and an external signal receiving end 11 through optical fibers, the external signal receiving end 11 is in signal receiving connection with an external signal sending end 10, and alarm devices 9 are connected to the fire-fighting linkage controller 3, the smoke fire alarm controller 4 and the temperature fire alarm controller 5.
The main optical fiber 6 is provided with a communication repeater 61, and the setting point of the communication repeater 61 is between the fire-fighting linkage controller 3 and the smoke fire alarm controller 4 or between the smoke fire alarm controller 4 and the temperature fire alarm controller 5 or between the fire-fighting linkage controller 3 and the temperature fire alarm controller 5.
The optical fiber type smoke fire detector 1 and the optical fiber type temperature-sensing fire detector 2 are point type fire detectors.
The linkage control device 7 comprises any one or any two or any three or any four or all of a fire door controller 71, a smoke prevention and exhaust controller 72, an elevator forced-falling controller 73, an adjacent floor power-off controller 74 and fire-fighting broadcasts (without numbers).
The fire extinguishing controller 8 includes any one or all of a gas fire extinguishing controller 81 and a fire pump controller 82.
The smoke fire alarm controller 4 and the temperature fire alarm controller 5 are in signal connection with a plurality of manual fire alarm buttons 12 and a plurality of manual fire hydrant buttons 13 through optical fibers.
The alarm device 9 is any one or any two or all of an audible and visual alarm, a short message alarm or a mobile phone fixed-line alarm.
The fire-fighting linkage controller 3 is in signal connection with a high-definition display screen 31, a printer 32, a 4G/TCP external data communicator 33 and a fire-fighting emergency broadcast controller 34.
The interior of the fire-fighting linkage controller 3 is provided with a Linux system which communicates with a mobile phone APP, and the APP is an Android or iOS version.
And the smoke fire alarm controller 4 and the temperature fire alarm controller 5 are integrated with color touch liquid crystal screens for man-machine interaction.
The principle of the utility model is explained as follows:
the utility model provides a connected mode between fire control coordinated control ware 3, smog fire alarm controller 4, temperature fire alarm controller 5 and coordinated control device 7, the fire extinguishing controller 8 is fiber connection, when specifically realizing, including two kinds of forms: one is direct optical fiber connection, the other is transfer through an input/output module, namely, the fire-fighting linkage controller 3, the smoke fire alarm controller 4, the temperature fire alarm controller 5 and the input/output module are connected by optical fibers, and the input/output module is connected with the linkage control device 7 and the fire-extinguishing controller 8 by short wires, so that the self defects of the prior electronic technology can be avoided due to the short length of the wires.
Example 1:
referring to fig. 1 and 2, an optical fiber smoke sensing and temperature sensing fire automatic alarm linkage control system comprises a fire linkage controller 3, at least one smoke fire alarm controller 4 and at least one temperature fire alarm controller 5, wherein the smoke fire alarm controller 4 and the temperature fire alarm controller 5 are in signal connection with the fire linkage controller 3 through a main optical fiber 6, and two smoke fire alarm controllers 4 or two temperature fire alarm controllers 5 or two smoke fire alarm controllers 4 and two temperature fire alarm controllers 5 are in parallel connection; the fire detector comprises an optical fiber type smoke fire detector 1 and an optical fiber type temperature-sensing fire detector 2, a single smoke fire alarm controller 4 is in signal connection with the optical fiber type smoke fire detectors 1 through optical fibers, the single temperature-sensing fire detector is in signal connection with the optical fiber type temperature-sensing fire detectors 2 through optical fibers, and the single smoke fire alarm controller 4 and the single temperature-sensing fire detector are in signal connection with a manual fire alarm button 12, a manual fire hydrant button 13, a linkage control device 7, a fire extinguishing controller 8 and an external signal sending end 10 through optical fibers; the fire-fighting linkage controller 3 is in signal connection with a manual fire alarm button 12, a manual fire hydrant button 13, a linkage control device 7, a fire-fighting controller 8 and an external signal receiving end 11 through optical fibers, the external signal receiving end 11 is in signal receiving connection with an external signal sending end 10, and alarm devices 9 are connected to the fire-fighting linkage controller 3, the smoke fire alarm controller 4 and the temperature fire alarm controller 5.
When the optical fiber type smoke fire detector 1 or the optical fiber type temperature-sensing fire detector 2 detects fire, the smoke fire alarm controller 4 or the temperature fire alarm controller 5 performs the following operations: the linkage control device 7 is started, the fire extinguishing controller 8 is started, a signal is sent to the outer signal receiving end 11 through the outer signal sending end 10, the fire fighting linkage controller 3 starts the linkage control device 7 and the fire extinguishing controller 8 after receiving the signal, and therefore the linkage control device 7 and the fire extinguishing controller 8 are guaranteed to be started.
Example 2:
the basic contents are the same as example 1, except that:
the main optical fiber 6 is provided with a communication repeater 61, and the setting point of the communication repeater 61 is between the fire-fighting linkage controller 3 and the smoke fire alarm controller 4 or between the smoke fire alarm controller 4 and the temperature fire alarm controller 5 or between the fire-fighting linkage controller 3 and the temperature fire alarm controller 5.
Example 3:
the basic contents are the same as example 1, except that:
the linkage control device 7 comprises any one or any two or any three or any four or all of a fire door controller 71, a smoke prevention and exhaust controller 72, an elevator forced falling controller 73, an adjacent floor power-off controller 74 and a fire-fighting broadcast (unnumbered). The fire extinguishing controller 8 includes any one or all of a gas fire extinguishing controller 81 and a fire pump controller 82.
The above description is only a preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above embodiment, but all equivalent modifications or changes made by those skilled in the art according to the present invention should be included in the protection scope of the claims.
Claims (10)
1. The utility model provides an optic fibre smoke and temperature sensing conflagration automatic alarm coordinated control system, includes a fire control coordinated control ware (3) and a plurality of fire detector, its characterized in that:
the linkage control system also comprises at least one smoke fire alarm controller (4) and at least one temperature fire alarm controller (5), the smoke fire alarm controller (4) and the temperature fire alarm controller (5) are in signal connection with the fire-fighting linkage controller (3) through a main optical fiber (6), and the smoke fire alarm controllers (4) or the temperature fire alarm controllers (5) or the smoke fire alarm controllers (4) and the temperature fire alarm controllers (5) are connected in parallel;
the fire detector comprises an optical fiber type smoke fire detector (1) and an optical fiber type temperature-sensing fire detector (2), a single smoke fire alarm controller (4) is in signal connection with a plurality of optical fiber type smoke fire detectors (1) through optical fibers, the single temperature-sensing fire detector is in signal connection with the plurality of optical fiber type temperature-sensing fire detectors (2) through optical fibers, and the single smoke fire alarm controller (4) and the single temperature-sensing fire detector are in signal connection with a manual fire alarm button (12), a manual fire hydrant button (13), a linkage control device (7), a fire extinguishing controller (8) and an external signal sending end (10) through optical fibers;
fire control linkage controller (3) carries out signal connection through optic fibre and manual fire alarm button (12), manual fire hydrant button (13), linkage control device (7), fire control controller (8), outer signal end (11) of receiving, and outer signal end (11) of receiving is connected with signal end (10) of sending out and is carried out signal reception, and all is connected with alarm device (9) on fire control linkage controller (3), smog fire alarm controller (4), temperature fire alarm controller (5).
2. The optical fiber smoke sensing and temperature sensing fire automatic alarm linkage control system according to claim 1, characterized in that: the main optical fiber (6) is provided with a communication repeater (61), and the setting point of the communication repeater (61) is arranged between the fire-fighting linkage controller (3) and the smoke fire alarm controller (4) or between the smoke fire alarm controller (4) and the temperature fire alarm controller (5) or between the fire-fighting linkage controller (3) and the temperature fire alarm controller (5).
3. The optical fiber smoke sensing and temperature sensing fire automatic alarm linkage control system according to claim 1 or 2, characterized in that: the optical fiber type smoke fire detector (1) and the optical fiber type temperature sensing fire detector (2) are point type fire detectors.
4. The optical fiber smoke sensing and temperature sensing fire automatic alarm linkage control system according to claim 1 or 2, characterized in that: the linkage control device (7) comprises any one or any two or any three or any four or all of a fireproof door controller (71), a smoke prevention and exhaust controller (72), an elevator forced falling controller (73), an adjacent floor power failure controller (74) and a fire fighting broadcast.
5. The optical fiber smoke sensing and temperature sensing fire automatic alarm linkage control system according to claim 1 or 2, characterized in that: the fire extinguishing controller (8) comprises any one or all of a gas fire extinguishing controller (81) and a fire water pump controller (82).
6. The optical fiber smoke sensing and temperature sensing fire automatic alarm linkage control system according to claim 1 or 2, characterized in that: the smoke fire alarm controller (4) and the temperature fire alarm controller (5) are in signal connection with the manual fire alarm buttons (12) and the manual fire hydrant buttons (13) through optical fibers.
7. The optical fiber smoke sensing and temperature sensing fire automatic alarm linkage control system according to claim 1 or 2, characterized in that: the alarm device (9) is any one or any two or all of an audible and visual alarm, a short message alarm or a mobile phone fixed-line alarm.
8. The optical fiber smoke sensing and temperature sensing fire automatic alarm linkage control system according to claim 1 or 2, characterized in that: and the fire-fighting linkage controller (3) is in signal connection with a high-definition display screen (31), a printer (32) and a 4G/TCP external data communicator (33) and a fire-fighting emergency broadcast controller (34).
9. The optical fiber smoke sensing and temperature sensing fire automatic alarm linkage control system according to claim 8, characterized in that: the fire-fighting linkage controller (3) is internally provided with a Linux system which is communicated with a mobile phone APP, and the APP is an Android or iOS version.
10. The optical fiber smoke sensing and temperature sensing fire automatic alarm linkage control system according to claim 1 or 2, characterized in that: and the smoke fire alarm controller (4) and the temperature fire alarm controller (5) are integrated with color touch liquid crystal screens for man-machine interaction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920911613.9U CN210091333U (en) | 2019-06-18 | 2019-06-18 | Optical fiber smoke and temperature sensing fire automatic alarm linkage control system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920911613.9U CN210091333U (en) | 2019-06-18 | 2019-06-18 | Optical fiber smoke and temperature sensing fire automatic alarm linkage control system |
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| CN210091333U true CN210091333U (en) | 2020-02-18 |
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| CN201920911613.9U Expired - Fee Related CN210091333U (en) | 2019-06-18 | 2019-06-18 | Optical fiber smoke and temperature sensing fire automatic alarm linkage control system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110298991A (en) * | 2019-06-18 | 2019-10-01 | 深圳晶点光科有限公司 | A kind of optical fiber smoke-temperature sensing fire automatic alarm coordinated control system |
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2019
- 2019-06-18 CN CN201920911613.9U patent/CN210091333U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110298991A (en) * | 2019-06-18 | 2019-10-01 | 深圳晶点光科有限公司 | A kind of optical fiber smoke-temperature sensing fire automatic alarm coordinated control system |
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Granted publication date: 20200218 Termination date: 20200618 |