CN204972814U - Memory alloy spring control by temperature change fire extinguishing system that distributing type pointwise follow -up sprayed - Google Patents
Memory alloy spring control by temperature change fire extinguishing system that distributing type pointwise follow -up sprayed Download PDFInfo
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- CN204972814U CN204972814U CN201520763046.9U CN201520763046U CN204972814U CN 204972814 U CN204972814 U CN 204972814U CN 201520763046 U CN201520763046 U CN 201520763046U CN 204972814 U CN204972814 U CN 204972814U
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- valve body
- main valve
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- memory alloy
- sprays
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Abstract
Memory alloy spring control by temperature change fire extinguishing system that distributing type pointwise follow -up sprayed belongs to the control by temperature change and sprays fire control net technical field, a serial communication port, contains the hand stop valve that the netization concentrated compensation control to use, the memory alloy spring temperature control's of parallelly connected distributed point -to -point control usefulness the vice fire control valves that sprays, the pressure spring control formula owner that the pointwise follow -up sprayed usefulness sprays fire control valve and because the coupling assembling of tee bend ferrule, under the normality, the hand stop valve cuts out, each parallelly connected pair sprays the fire control valve and mainly sprays the fire control valve and close, when the vice ambient temperature who sprays the fire control valve of one or more rises the action temperature of memory alloy spring, the vice shower valve that corresponds is opened, the owner sprays the fire control valve and also opens thereupon, the realization sprays, if need artificial during operation, open the hand stop valve, parallelly connected other each ways that distribute still can spray. The utility model discloses the pointwise sprays in can realizing point -to -point big space, carries out the people in the time of losing efficacy again for spraying.
Description
Technical field
The memory alloy spring temperature control fire-fighting system of the servo-actuated spray of distributed pointwise belongs to temperature control fire-fighting system, particularly relates to a kind of temperature control based on memory alloy spring spray fire valve temperature control spray fire net and to format technical field.
Background technology
At present, its control mode of temperature control spray fire valve based on memory alloy spring formula is that point-to-point type is discrete, and there are the following problems:
1. cannot realize the gridding distributed AC servo system based on focus control mode, have impact on the control effects in certain space, also cannot ensure the promptness controlled, this is narrow relevant with its control field;
2. poor reliability, when memory alloy spring lost efficacy, corresponding monitoring point cannot carry out controlling in time, effectively when monitored target arrives temperature.
3. the control of point-to-point type makes spray point disperse, and debugging, control are all inconvenient.
Instant invention overcomes the defect of the discrete control of point-to-point type, can multiple spray point be included in grid-based management,
Achieve the Distributed Multi monitoring under centralized Control and manual opening-closing safety shower, and the control of system debug and emergency processing.
Summary of the invention
The object of the present invention is to provide a good reliability, be convenient to centralized Control be also convenient to Distributed Multi monitoring, the memory alloy spring temperature control fire-fighting system of the distributed pointwise spray also can artificially opened when simultaneously meeting an urgent need, system contains: temperature-controlled member, linkage part, manual part and attaching parts, wherein:
temperature-controlled member, it is auxiliary-valve, comprise: auxiliary valve body (1), auxiliary-seat (2), secondary diaphragm type piston (3), magnetic ring component (4), core assembly (5), bias spring (6), memory alloy spring (7), screw (8), spring base (9) and handle (11), wherein: connect bucket (10), at the bottom of upper end is barrel, lower end is the bung that shirt rim is worn in outside, screw (8), from top to bottom successively through spring base (9), the memory alloy spring (7) of coaxial winding is threaded with described connection at the bottom of the bucket of bucket (10) afterwards, the upper end of described memory alloy spring (7) is connected with the lower surface of described spring base (9), handle (11) slides on the outer peripheral face of described connection bucket (10) coaxially, the upper end anchor ring of described handle (11) is connected with the lower end of described memory alloy spring (7), magnetic ring component (4), be made up of magnet ring cover (41) and a pair magnet ring (42) of being coaxially embedded in magnet ring cover (41) interior compact configuration, the shirt rim button of described connection bucket (10) to be pressed in the upper surface of upper magnetic ring and the upper end of described magnet ring cover (41) between side ring surface, described connecting cylinder (10) and magnetic ring component (4) are slidably matched, core assembly (5), by a pair magnetic core (51) of compact configuration successively from top to bottom, magnetic core blocks up (52) and is socketed in stifled pad (53) composition of relief hole that described magnetic core blocks up lower end protuberance, bias spring (6), be wrapped on the outer peripheral face of described connecting cylinder (10) coaxially, upper end is connected to the inner side of described handle (11) upper ring surface, and lower end is connected on the upper ring surface of described magnet ring cover (41),
Auxiliary valve body (1), left side is the water inlet of level, right side is the delivery port of level, between the two for the current opened in described auxiliary valve body (1) pass through, having one piece of dividing plate near described water inlet side place, described water stream channel is divided into intake tunnel and exhalant canal, on the axially end face of described auxiliary valve body (1), have the built-in secondary diaphragm type piston (3) of annular groove coaxial with described core assembly (5)
Secondary diaphragm type piston (3), be embedded on the axially end face of described auxiliary valve body (1), just the secondary diaphragm type piston (3) of stifled pad (53) below of relief hole is being had to the relief hole (12) leading to described exhalant canal of a water outlet, the diaphragm being positioned at described intake tunnel side has the upper pressure hole (13) of a water inlet, auxiliary-seat (2), that a vertical section is " convex " font and the truncated cone run through up and down, lower end anchor ring is withheld on the upper surface of described secondary diaphragm type piston (3), the axial inner ring surface of the upper end of described auxiliary-seat (2) is fixedly connected a upper end closed, lower ending opening and inverted stainless steel cylinder (14), described stainless steel cylinder (14) slides between described magnetic ring component (4) and core assembly (5) coaxially, and the outer peripheral face of described auxiliary-seat (2) downside is threaded with the inner peripheral surface of described handle (11) bottom with the outer peripheral face of upside with being threaded, annular inboard face of described auxiliary valve body (1),
linkage part is main valve,comprise: main valve body (15), main valve cap (16), main valve joint (17), main film formula piston (18) and stage clip (19), wherein: main valve body (15), left side is the water inlet of level, right side is the main delivery port (20) of level, between the two for opening the water stream channel in described main valve body (15), one piece of dividing plate is had in water inlet side, described water stream channel is divided into intake tunnel and exhalant canal, main valve cap (16), open vertically in the annular groove of described main valve body (15) end face along being embedded in radially symmetrically of described main valve body (16), the medial surface of outer peripheral face and the described annular groove of described main valve body (15) is with being threaded, main film formula piston (18) is embedded on the interior base ring face of described main valve cap (16), under normal conditions, block the apopore opened main valve cap (16) in base ring face on close with the main delivery port (20) of described main valve body (15), the main valve diaphragm being positioned at described intake tunnel having a water inlet presses hole (21), main valve joint (17), a vertical section in " convex " font and on, under the truncated cone that runs through, the anchor ring of lower end base is withheld in the upper end surface of described main film formula piston (18), and the outer peripheral face of annular is threaded with described main valve cap (16) inner ring surface, stage clip (19), upper end is connected with annular bottom surface in the upside of described main valve joint (17), and the lower end of described stage clip (19) connects with the upper surface of described main film formula piston (18),
manual part, be a hand stop valve (22);
attaching parts,comprise, the first tube connector (231) be threaded with described hand stop valve (22) outlet pipe, the second tube connector (232) be threaded with described auxiliary valve body (1) water inlet, with the 3rd tube connector (233) of outer peripheral face screw thread on the upside of described main valve joint (17) delivery port and simultaneously with described first tube connector 231) right-hand member, the second tube connector (232) water inlet and with described 3rd tube connector (233) delivery port respectively with the threeway pipe collar (24) be threaded;
In above-mentioned four parts:
Described temperature-controlled member, have multiple, be arranged in each measuring point, the operating temperature of memory alloy spring also claims transformation temperature to depend on the initiation temperature of monitored target, the water inlet of the auxiliary valve body (1) of each temperature-controlled member and the delivery port of described the second tube connector (232) supply water with parallel way, share a total feed pipe communicated with described second tube connector (232) delivery port, and the delivery port of described each auxiliary valve body (1) is connected with the first spray head be arranged in above monitored target, described main valve body (15), delivery port is connected in parallel to through an other auxiliary water pipe the second spray head place be positioned at above same monitored target, realize cooperation spray on same measuring point, achieve the Distributed Multi monitoring under centralized Control and manual opening-closing safety shower.
Accompanying drawing explanation
Fig. 1, principle schematic of the present invention: the 1st in the NO.n-1: the n-th spray head, the 2nd in the NO.n-2: the n-th spray head, n=1,2,3 ... N, N are spray head number, and n is also temperature-controlled member numbering.
Fig. 2, elevational schematic of the present invention.
Accompanying drawing mark:
1. auxiliary valve body, 2. auxiliary-seat, 3. secondary diaphragm type piston, 4. magnetic ring component: 41. magnet ring covers, 42. magnet rings, 5. core assembly: 51. magnetic cores, 52. magnetic cores block up, the stifled pad of 53. relief holes, 6. bias spring, 7. memory alloy spring, 8. screw, 9. spring base, 10. connect bucket, 11. handles, 12. relief holes, hole is pressed on 13., 14. stainless steel cylinders, 15. main valve bodies, 16. main valve caps, 17. main valve joints, 18. main film formula pistons, 19. stage clips, 20. main delivery ports, 21. main valves press hole, 22, hand stop valve, 23. 3 tube connectors (231, 232, 233), 24. threeway pipe collars.
Detailed description of the invention
Under normal conditions, memory alloy spring (7) is in pressured state, down promote magnetic ring component (4) to drive core assembly (5) to move down by magnetic force, block relief hole (12), close auxiliary-valve, till auxiliary-valve not flowing water, meanwhile magnetic ring component (4) drives connecting cylinder (10) to move down, produce relative motion with actionless handle (11), make screw (8) press down spring base (9) and make memory alloy spring (7) be in pressured state.
Now, water feeding pressure is by the main valve on main film formula piston (18) presses hole (21) to enter into the top of main film formula piston (18), due to the parts be connected with main valve joint (17), the auxiliary valve body (1) and the hand stop valve (22) that comprise temperature-controlled member are closed condition, cannot be discharged by the pressure of main valve being pressed hole (21) enter, main film formula piston (18) top is caused to form larger pressure, make main film formula piston (18) downward sedimentation under the effect of pressure reduction, make the anhydrous outflow of main delivery port of main valve body (15), main valve body (15) is in closed condition, system does not work.
When the memory alloy spring (7) at one measuring point place experience environment temperature reach the operating temperature of setting time, memory alloy spring (7) extends instantaneously, screw (8) is with on the bucket (10) that is dynamically connected and is moved, impel magnetic ring component (4) to drive on core assembly (5) to move, open relief hole (12), auxiliary-valve is opened simultaneously, the delivery port water outlet of auxiliary valve body (1), cause the upper pressure of main film formula piston (18) to release simultaneously, the pressure of the influent pressure of main valve body (15) to the bottom of main film formula piston (18) is made to be greater than the upper pressure of main film formula piston (18), under the promotion of intake pressure, main film formula piston (18) moves up and opens the delivery port of main valve body (15), now, main valve body (15) is in opening state, system has at least plural shower nozzle to work at each measuring point place simultaneously.
Once unexpected, when self-winding parts lost efficacy, opened hand stop valve (22), and caused the current of the upper pressure of the main film formula piston (18) of main valve body (15) to discharge through hand stop valve (22), the water inlet of main valve body (15) promotes main film formula piston (18) moves, system works.
When normally using, if when not wishing the spray controlled in a big way, as long as hand stop valve (22) is changed into connection water source, making its former drainage pressure function become supercharging, just only can form point to point operation to the position that auxiliary-valve controls.
Claims (1)
1. the memory alloy spring temperature control fire-fighting system of the servo-actuated spray of distributed pointwise, is characterized in that, contain: temperature-controlled member, linkage part, manual part and attaching parts, wherein:
temperature-controlled member, it is auxiliary-valve, comprise: auxiliary valve body (1), auxiliary-seat (2), secondary diaphragm type piston (3), magnetic ring component (4), core assembly (5), bias spring (6), memory alloy spring (7), screw (8), spring base (9) and handle (11), wherein: connect bucket (10), at the bottom of upper end is barrel, lower end is the bung that shirt rim is worn in outside, screw (8), from top to bottom successively through spring base (9), the memory alloy spring (7) of coaxial winding is threaded with described connection at the bottom of the bucket of bucket (10) afterwards, the upper end of described memory alloy spring (7) is connected with the lower surface of described spring base (9), handle (11) slides on the outer peripheral face of described connection bucket (10) coaxially, the upper end anchor ring of described handle (11) is connected with the lower end of described memory alloy spring (7), magnetic ring component (4), be made up of magnet ring cover (41) and a pair magnet ring (42) of being coaxially embedded in magnet ring cover (41) interior compact configuration, the shirt rim button of described connection bucket (10) to be pressed in the upper surface of upper magnetic ring and the upper end of described magnet ring cover (41) between side ring surface, described connecting cylinder (10) and magnetic ring component (4) are slidably matched, core assembly (5), by a pair magnetic core (51) of compact configuration successively from top to bottom, magnetic core blocks up (52) and is socketed in stifled pad (53) composition of relief hole that described magnetic core blocks up lower end protuberance, bias spring (6), be wrapped on the outer peripheral face of described connecting cylinder (10) coaxially, upper end is connected to the inner side of described handle (11) upper ring surface, and lower end is connected on the upper ring surface of described magnet ring cover (41),
Auxiliary valve body (1), left side is the water inlet of level, right side is the delivery port of level, between the two for the current opened in described auxiliary valve body (1) pass through, having one piece of dividing plate near described water inlet side place, described water stream channel is divided into intake tunnel and exhalant canal, on the axially end face of described auxiliary valve body (1), have the built-in secondary diaphragm type piston (3) of annular groove coaxial with described core assembly (5)
Secondary diaphragm type piston (3), be embedded on the axially end face of described auxiliary valve body (1), just the secondary diaphragm type piston (3) of stifled pad (53) below of relief hole is being had to the relief hole (12) leading to described exhalant canal of a water outlet, the diaphragm being positioned at described intake tunnel side has the upper pressure hole (13) of a water inlet
Auxiliary-seat (2), that a vertical section is " convex " font and the truncated cone run through up and down, lower end anchor ring is withheld on the upper surface of described secondary diaphragm type piston (3), the axial inner ring surface of the upper end of described auxiliary-seat (2) is fixedly connected a upper end closed, lower ending opening and inverted stainless steel cylinder (14), described stainless steel cylinder (14) slides between described magnetic ring component (4) and core assembly (5) coaxially, and the outer peripheral face of described auxiliary-seat (2) downside is threaded with the inner peripheral surface of described handle (11) bottom with the outer peripheral face of upside with being threaded, annular inboard face of described auxiliary valve body (1),
linkage part is main valve,comprise: main valve body (15), main valve cap (16), main valve joint (17), main film formula piston (18) and stage clip (19), wherein: main valve body (15), left side is the water inlet of level, right side is the main delivery port (20) of level, between the two for opening the water stream channel in described main valve body (15), one piece of dividing plate is had in water inlet side, described water stream channel is divided into intake tunnel and exhalant canal, main valve cap (16), open vertically in the annular groove of described main valve body (15) end face along being embedded in radially symmetrically of described main valve body (16), the medial surface of outer peripheral face and the described annular groove of described main valve body (15) is with being threaded, main film formula piston (18) is embedded on the interior base ring face of described main valve cap (16), under normal conditions, block the apopore opened main valve cap (16) in base ring face on close with the main delivery port (20) of described main valve body (15), the main valve diaphragm being positioned at described intake tunnel having a water inlet presses hole (21), main valve joint (17), a vertical section in " convex " font and on, under the truncated cone that runs through, the anchor ring of lower end base is withheld in the upper end surface of described main film formula piston (18), and the outer peripheral face of annular is threaded with described main valve cap (16) inner ring surface, stage clip (19), upper end is connected with annular bottom surface in the upside of described main valve joint (17), and the lower end of described stage clip (19) connects with the upper surface of described main film formula piston (18),
manual part, be a hand stop valve (22);
attaching parts,comprise, the first tube connector (231) be threaded with described hand stop valve (22) outlet pipe, the second tube connector (232) be threaded with described auxiliary valve body (1) water inlet, with the 3rd tube connector (233) of outer peripheral face screw thread on the upside of described main valve joint (17) delivery port and simultaneously with described first tube connector 231) right-hand member, the second tube connector (232) water inlet and with described 3rd tube connector (233) delivery port respectively with the threeway pipe collar (24) be threaded;
In above-mentioned four parts:
Described temperature-controlled member, have multiple, be arranged in each measuring point, the operating temperature of memory alloy spring also claims transformation temperature to depend on the initiation temperature of monitored target, the water inlet of the auxiliary valve body (1) of each temperature-controlled member and the delivery port of described the second tube connector (232) supply water with parallel way, share a total feed pipe communicated with described second tube connector (232) delivery port, and the delivery port of described each auxiliary valve body (1) is connected with the first spray head be arranged in above monitored target, described main valve body (15), delivery port is connected in parallel to through an other auxiliary water pipe the second spray head place be positioned at above same monitored target, realize cooperation spray on same measuring point.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520763046.9U CN204972814U (en) | 2015-09-29 | 2015-09-29 | Memory alloy spring control by temperature change fire extinguishing system that distributing type pointwise follow -up sprayed |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520763046.9U CN204972814U (en) | 2015-09-29 | 2015-09-29 | Memory alloy spring control by temperature change fire extinguishing system that distributing type pointwise follow -up sprayed |
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| CN204972814U true CN204972814U (en) | 2016-01-20 |
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| CN201520763046.9U Withdrawn - After Issue CN204972814U (en) | 2015-09-29 | 2015-09-29 | Memory alloy spring control by temperature change fire extinguishing system that distributing type pointwise follow -up sprayed |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106552397A (en) * | 2015-09-29 | 2017-04-05 | 全龙浩 | Distributed pointwise is servo-actuated the memory alloy spring temperature control fire-fighting system of spray |
| CN106730534A (en) * | 2016-12-06 | 2017-05-31 | 中国航天建设集团有限公司 | Networking type temperature control hangs fire extinguishing system |
| CN106730557A (en) * | 2016-12-06 | 2017-05-31 | 中国航天建设集团有限公司 | Real-time Communication for Power fire-distinguishing alarming system |
-
2015
- 2015-09-29 CN CN201520763046.9U patent/CN204972814U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106552397A (en) * | 2015-09-29 | 2017-04-05 | 全龙浩 | Distributed pointwise is servo-actuated the memory alloy spring temperature control fire-fighting system of spray |
| CN106552397B (en) * | 2015-09-29 | 2021-11-19 | 全龙浩 | Distributed point-by-point follow-up spraying memory alloy spring temperature control fire-fighting system |
| CN106730534A (en) * | 2016-12-06 | 2017-05-31 | 中国航天建设集团有限公司 | Networking type temperature control hangs fire extinguishing system |
| CN106730557A (en) * | 2016-12-06 | 2017-05-31 | 中国航天建设集团有限公司 | Real-time Communication for Power fire-distinguishing alarming system |
| US10556139B2 (en) | 2016-12-06 | 2020-02-11 | China Aerospace Construction Group Co., Ltd. | Network-type temperature-controlled hanging extinguishing system |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20160120 Effective date of abandoning: 20211119 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20160120 Effective date of abandoning: 20211119 |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |