CN202942572U - Self-luminous firefighting monitoring nozzle - Google Patents
Self-luminous firefighting monitoring nozzle Download PDFInfo
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- CN202942572U CN202942572U CN 201220562121 CN201220562121U CN202942572U CN 202942572 U CN202942572 U CN 202942572U CN 201220562121 CN201220562121 CN 201220562121 CN 201220562121 U CN201220562121 U CN 201220562121U CN 202942572 U CN202942572 U CN 202942572U
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- temperature
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- water inlet
- housing
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Abstract
The utility model discloses a self-luminous firefighting monitoring nozzle, comprising a nozzle body and a temperature sensing control piece, wherein the nozzle body is connected with a firefighting water pipe and comprises a shell, a closed plunger and a turbine power generation device. When the closed plunger enables a water inlet of the shell to be open, a water flow entering from the water inlet of the shell enables the turbine power generation device to work via a water inlet of the turbine power generation device, and water passing through the turbine power generation device flows out from a water outlet of the power generation device and is used for spraying firefighting, wherein the temperature sensing control member comprises a temperature sensing pipe capable of controlling the closed plunger to open or close the water inlet. The self-luminous firefighting monitoring nozzle disclosed by the utility model has the technical progress that a turbine power generation structure and a traditional firefighting monitoring nozzle are designed together, the structure is simple, convenience is brought to use, no external power supply is used, and the nozzle can be used for spraying self firefighting water and performing illumination in a fire alarm; and the defect that escape and rescue are difficult to perform in darkness after power interruption is overcome.
Description
Technical field
The utility model relates to safety protection technique field, particularly fire fighting monitoring shower nozzle correlative technology field.
Background technology
The whole world is used very extensive for the fire fighting monitoring shower nozzle of fire alarm for building at present, the basic structure of this fire fighting monitoring shower nozzle as shown in Figure 1, link together by the connector connector 21 that can be connected with fire extinguisher canvas hose, with temperature-sensitive control piece connector 21, can support the fixedly temperature-sensing pipe support 22 of temperature-sensing pipe 20, temperature-sensing pipe 20 can make the gondola water faucet spare 23 let go of current of spray fire-fighting and the plug 24 that can make fire extinguisher canvas hose close and open.Its operation principle is, this fire fighting monitoring nozzle connecting is connected on fire extinguisher canvas hose, and temperature-sensing pipe 20 withstands plug 24 by temperature-sensing pipe support 2 when normal, and it is sealed fire extinguisher canvas hose.When having fire to occur, temperature-sensing pipe 20 is under fire is roasting, when reaching design temperature, the automatic explosion of meeting, the support force that withstands plug 24 this moment disappears, and plug is open under the effect of fire water inner pipe water pressure, and fire demand water is sprayed directly on on the gondola water faucet spare 23 of being located at its outlet one segment distance, the current of spray fire-fighting are let go, reached the function of fire extinguishing.
In many occasions, particularly indoor as everyone knows, during breaking out of fire, electric power system is damaged or close, and the scene of fire illuminating position is very poor; Make escape and rescue receive impact.
Technology contents
It is a kind of simple in structure, easy to use that the purpose of this utility model provides, and without external power supply, when running into the fire-fighting of fire alarm spray, that can utilize self fire water spray, illumination can self luminous fire fighting monitoring shower nozzle.
The purpose of this utility model can be achieved through the following technical solutions; A kind of self-luminous fire fighting monitoring shower nozzle, its described self-luminous fire fighting monitoring shower nozzle comprises sprayer body 1 and the temperature-sensitive control piece 2 that is connected with fire extinguisher canvas hose, wherein sprayer body 1 comprises:
Housing 10: housing 10 tops are provided with the Petrochemical Pipe Joints 100 that can be connected with fire extinguisher canvas hose, and Petrochemical Pipe Joints 100 is provided with water inlet 101;
Sealing plunger 11: be located at the top in housing 10, can make Petrochemical Pipe Joints water inlet 101 open or close;
Turbine generator 12: comprise TRT housing 120, be located at TRT water inlet 1200, generator 121, turbine 122, circuit board 123, luminous tube 124 and TRT delivery port 1201 on housing, when sealing plunger 11 is opened water inlet 101, the current that entered by water inlet 101, make turbine generator 12 work through turbine generator water inlet 1200, water through turbine generator 12 is flowed out by TRT delivery port 1201, is used for the spray fire-fighting;
Wherein temperature-sensitive control piece 2 comprises and can control the sealing plunger temperature-sensing pipe 20 that makes water inlet 101 open or close.
Described self-luminous fire fighting monitoring shower nozzle, make Petrochemical Pipe Joints water inlet 101 open or close in its sprayer body 1 and whether turbine generator 12 is worked and be, be provided with successively sealing plunger 11 and turbine generator 12 from case top to housing bottom in housing 10, when sealing plunger 11 and turbine generator 12 in case top, water inlet 101 is closed, can make water inlet 101 open-minded when sealing plunger 11 and turbine generator 12 at housing bottom; Sealing plunger 11 and turbine generator 12 are by being located at temperature-sensitive control piece 2 controls in the housing bottom outside in case top or bottom.
Described self-luminous fire fighting monitoring shower nozzle, its temperature-sensitive control piece 2 comprise the temperature-sensitive control piece connector 21 that can be connected with sprayer body 1, link together with temperature-sensitive control piece connector 21, can support the fixedly temperature-sensing pipe support 22 of temperature-sensing pipe 20.
Described self-luminous fire fighting monitoring shower nozzle, the bottom of its temperature-sensing pipe support 22 are provided with to make by TRT delivery port 1201 and flow out, and are used for the gondola water faucet spare 23 that the current of spray fire-fighting are let go.
Described self-luminous fire fighting monitoring shower nozzle, the installing ring 104 that the bottom of its housing 10 is provided with bottom edge 102 and is connected as a single entity by dowel 103 with bottom edge 102, the through hole 105 between dowel 103 and installing ring 104 and bottom edge 102 are luminous tube 124 at turbine generator 12 during at housing bottom stretches out the hole; Temperature-sensitive control piece connector 21 can be connected with installing ring 104; TRT delivery port 1201 is socketed in the set connection headring 210 of temperature-sensitive control piece connector 21, temperature-sensing pipe 20 is arranged between temperature-sensing pipe support 2 and TRT delivery port 1201, and will seal plunger 11 by turbine generator 12 and withstand, make water inlet 101 sealings.
Described self-luminous fire fighting monitoring shower nozzle is provided with when sealing plunger 11 and turbine generator 12 in case top between its housing 10 inner tops and sealing plunger 11, can reach the top seal 13 of sealing between water inlet 101 and sealing plunger 11.
Described self-luminous fire fighting monitoring shower nozzle, between the edge of the bottom edge 102 of its housing 10 and turbine generator 12 bottoms, be provided with to play during at housing bottom when sealing plunger 11 and turbine generator 12 and make the lower seals 14 that seals between sealing turbine generator 12 and described housing 10.
Described self-luminous fire fighting monitoring shower nozzle, after its turbine generator 12 unlatching work, luminous for the flicker warning light.
Described self-luminous fire fighting monitoring shower nozzle, its luminous fire fighting monitoring shower nozzle are provided with the audible alarm unit, and after turbine generator 12 unlatching work, the audible alarm unit is opened.
Described self-luminous fire fighting monitoring shower nozzle, when its temperature-sensing pipe 20 is arranged between temperature-sensing pipe support 22 and TRT delivery port 1201, that an end by temperature-sensing pipe 20 contacts with temperature-sensing pipe support 22, the other end of temperature-sensing pipe 20 withstand on TRT delivery port 1201 ports of export by realizing on the fixing export center part 1202 of outlet dowel 1204.
Technological progress of the present utility model is, and is with turbine generation structure and existing fire fighting monitoring sprinkler design together simple in structure, easy to use, without external power supply, when running into fire alarm, can utilize self fire water spray, illumination; After the outage that solves, be difficult for the deficiency of escape, rescue due to dark.
Description of drawings
Fig. 1 is prior art fire fighting monitoring nozzle structure schematic diagram;
Fig. 2 is the utility model perspective view;
Fig. 3 is the utility model broken section structural representation;
Fig. 4 is the utility model turbine generator perspective view;
Fig. 5 is the utility model turbine generator stereochemical structure exploded perspective view;
Fig. 6 is another example structure schematic diagram of the utility model.
The specific embodiment
Below in conjunction with specific embodiment, the utility model is further described in detail.
As shown in Figure 2, Figure 3, Figure 4, be embodiment 1; This self-luminous fire fighting monitoring shower nozzle is comprised of dismountable two individual components, comprises the sprayer body 1 and the temperature-sensitive control piece 2 that are connected with fire extinguisher canvas hose.Wherein sprayer body 1 comprises housing 10, sealing plunger 11, turbine generator 12.Its middle shell 10 tops are provided with the Petrochemical Pipe Joints 100 that can be threaded with fire extinguisher canvas hose, and Petrochemical Pipe Joints 100 is provided with water inlet 101.Wherein seal plunger 11 and be located at top in housing 10, can make Petrochemical Pipe Joints water inlet 101 open or close.Wherein turbine generator 12, comprise TRT housing 120, be located at TRT water inlet 1200, generator 121, turbine 122, circuit board 123, luminous tube 124 and TRT delivery port 1201 on housing.When water inlet 101 was opened, the current by water inlet 101 enters made turbine generator 12 work through turbine generator water inlet 1200 when sealing plunger 11, were flowed out by TRT delivery port 1201 through the water of turbine generator 12, were used for the spray fire-fighting.Be provided with successively sealing plunger 11 and turbine generator 12 from case top to housing bottom in housing 10, when sealing plunger 11 and turbine generator 12 in case top, water inlet 101 is closed, can make water inlet 101 open-minded when sealing plunger 11 and turbine generator 12 at housing bottom; Sealing plunger 11 and turbine generator 12 are by being located at temperature-sensitive control piece 2 controls in the housing bottom outside in case top or bottom.Wherein temperature-sensitive control piece 2 comprises the temperature-sensitive control piece connector 21 that can be connected with sprayer body 1, links together with temperature-sensitive control piece connector 21, can support the fixedly temperature-sensing pipe support 22 of temperature-sensing pipe 20, the gondola water faucet spare 23 that the current that spray fire-fighting are let go.
Described sealing plunger 11, the structure of turbine generator 12 in housing 10 are, the installing ring 104 that the bottom of its housing 10 is provided with bottom edge 102 and is connected as a single entity by dowel 103 with bottom edge 102, the through hole 105 between dowel 103 and installing ring 104 and bottom edge 102 are luminous tube 124 at turbine generator 12 during at housing bottom stretches out the hole; Temperature-sensitive control piece connector 21 can be connected with installing ring 104; TRT delivery port 1201 is socketed in the set connection headring 210 of temperature-sensitive control piece connector 21, temperature-sensing pipe 20 is arranged between temperature-sensing pipe support 2 and TRT delivery port 1201, that an end by temperature-sensing pipe 20 contacts with temperature-sensing pipe support 22, the other end of temperature-sensing pipe 20 withstand on TRT delivery port 1201 ports of export by realizing on the fixing export center part 1202 of outlet dowel 1204.
As shown in Figure 6, be embodiment 2; This self-luminous fire fighting monitoring shower nozzle is comprised of a global facility, comprises housing 10, sealing plunger 11, turbine generator 12; Its middle shell 10 is divided into left cavity and right cavity.Be provided with Petrochemical Pipe Joints 100 and the sealing plunger 11 that can be threaded with fire extinguisher canvas hose in right cavity.Petrochemical Pipe Joints 100 is provided with water inlet 101.Wherein sealing plunger 11 can move up and down in right cavity, makes Petrochemical Pipe Joints water inlet 101 open or close.The bottom outside of right cavity is provided with and can supports the fixedly temperature-sensing pipe support 22 of temperature-sensing pipe 20; Temperature-sensing pipe 20 is arranged between temperature-sensing pipe support 22 and sealing plunger 11, is that the end by temperature-sensing pipe 20 contacts with temperature-sensing pipe support 22, and the other end of temperature-sensing pipe 20 withstands on the bottom of sealing plunger 11.When temperature-sensing pipe 20 withstood the bottom of sealing plunger 11, sealing plunger 11 was closed water inlet 101.When temperature-sensing pipe 20 was met thermal spalling, sealing plunger 11 moved down under the effect of hydraulic pressure, makes Petrochemical Pipe Joints water inlet 101 open-minded.Be provided with turbine generator 12 in left cavity; The bottom outside of left cavity is provided with the gondola water faucet spare 23 let go of current that can make the spray fire-fighting.When Petrochemical Pipe Joints water inlet 101 is opened, current enter left cavity through water inlet 101 by right cavity, by 1201 ejections of TRT delivery port, under the effect of gondola water faucet spare 23, the current of spray fire-fighting are let go through turbine generator 12.Through the work of turbine generator 12, drive luminous tube 124 work.
Claims (10)
1. self-luminous fire fighting monitoring shower nozzle, it is characterized in that: described self-luminous fire fighting monitoring shower nozzle comprises sprayer body 1 and the temperature-sensitive control piece 2 that is connected with fire extinguisher canvas hose, and wherein sprayer body 1 comprises:
Housing 10: housing 10 tops are provided with the Petrochemical Pipe Joints 100 that can be connected with fire extinguisher canvas hose, and Petrochemical Pipe Joints 100 is provided with water inlet 101;
Sealing plunger 11: be located at the top in housing 10, can make Petrochemical Pipe Joints water inlet 101 open or close;
Turbine generator 12: comprise TRT housing 120, be located at TRT water inlet 1200, generator 121, turbine 122, circuit board 123, luminous tube 124 and TRT delivery port 1201 on housing, when sealing plunger 11 is opened water inlet 101, the current that entered by water inlet 101, make turbine generator 12 work through turbine generator water inlet 1200, water through turbine generator 12 is flowed out by TRT delivery port 1201, is used for the spray fire-fighting;
Wherein temperature-sensitive control piece 2 comprises and can control the sealing plunger temperature-sensing pipe 20 that makes water inlet 101 open or close.
2. self-luminous fire fighting monitoring shower nozzle according to claim 1, it is characterized in that: make Petrochemical Pipe Joints water inlet 101 open or close in described sprayer body 1 and whether turbine generator 12 is worked to be, be provided with successively sealing plunger 11 and turbine generator 12 from case top to housing bottom in housing 10, when sealing plunger 11 and turbine generator 12 in case top, water inlet 101 is closed, can make water inlet 101 open-minded when sealing plunger 11 and turbine generator 12 at housing bottom; Sealing plunger 11 and turbine generator 12 are by being located at temperature-sensitive control piece 2 controls in the housing bottom outside in case top or bottom.
3. self-luminous fire fighting monitoring shower nozzle according to claim 1 and 2, it is characterized in that: described temperature-sensitive control piece 2 comprises the temperature-sensitive control piece connector 21 that is connected with sprayer body 1, links together with temperature-sensitive control piece connector 21, can support the fixedly temperature-sensing pipe support 22 of temperature-sensing pipe 20.
4. self-luminous fire fighting monitoring shower nozzle according to claim 1 and 2 is characterized in that: the bottom of described temperature-sensing pipe support 22 is provided with to make by TRT delivery port 1201 flows out, and is used for the gondola water faucet spare 23 that the current of spray fire-fighting are let go.
5. self-luminous fire fighting monitoring shower nozzle according to claim 3, it is characterized in that: the installing ring 104 that the bottom of described housing 10 is provided with bottom edge 102 and is connected as a single entity by dowel 103 with bottom edge 102, through hole between dowel 103 and installing ring 104 and bottom edge 102 stretches out hole at turbine generator 12 during at housing bottom for luminous tube 124; Temperature-sensitive control piece connector 21 can be connected with installing ring 104; TRT delivery port 1201 is socketed in the set connection headring 210 of temperature-sensitive control piece connector 21, temperature-sensing pipe 20 is arranged between temperature-sensing pipe support 2 and TRT delivery port 1201, and will seal plunger 11 by turbine generator 12 and withstand, make water inlet 101 sealings.
6. self-luminous fire fighting monitoring shower nozzle according to claim 5, is characterized in that: described
Be provided with when sealing plunger 11 and turbine generator 12 in case top between housing 10 inner tops and sealing plunger 11, can reach the top seal 13 of sealing between water inlet 101 and sealing plunger 11.
7. self-luminous fire fighting monitoring shower nozzle according to claim 5, is characterized in that: described
Between the edge of the bottom edge 102 of housing 10 and turbine generator 12 bottoms, be provided with to play during at housing bottom when sealing plunger 11 and turbine generator 12 and make the lower seals 14 that seals between sealing turbine generator 12 and described housing 10.
8. self-luminous fire fighting monitoring shower nozzle according to claim 1 and 2 is characterized in that: after described turbine generator 12 unlatching work, luminous warning light for flicker.
9. self-luminous fire fighting monitoring shower nozzle according to claim 1 and 2 is characterized in that: described luminous fire fighting monitoring shower nozzle is provided with the audible alarm unit, and after turbine generator 12 unlatching work, the audible alarm unit is opened.
10. self-luminous fire fighting monitoring shower nozzle according to claim 5, it is characterized in that: when described temperature-sensing pipe 20 is arranged between temperature-sensing pipe support 22 and TRT delivery port 1201, that an end by temperature-sensing pipe 20 contacts with temperature-sensing pipe support 22, the other end of temperature-sensing pipe 20 withstand on TRT delivery port 1201 ports of export by realizing on the fixing export center part 1202 of outlet dowel 1204.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220562121 CN202942572U (en) | 2012-10-30 | 2012-10-30 | Self-luminous firefighting monitoring nozzle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220562121 CN202942572U (en) | 2012-10-30 | 2012-10-30 | Self-luminous firefighting monitoring nozzle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202942572U true CN202942572U (en) | 2013-05-22 |
Family
ID=48418289
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220562121 Expired - Fee Related CN202942572U (en) | 2012-10-30 | 2012-10-30 | Self-luminous firefighting monitoring nozzle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202942572U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102895752A (en) * | 2012-10-30 | 2013-01-30 | 胡伟 | Self-luminous fire monitoring sprinkler head |
-
2012
- 2012-10-30 CN CN 201220562121 patent/CN202942572U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102895752A (en) * | 2012-10-30 | 2013-01-30 | 胡伟 | Self-luminous fire monitoring sprinkler head |
| CN102895752B (en) * | 2012-10-30 | 2015-11-04 | 胡伟 | Self-luminous fire fighting monitoring shower nozzle |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130522 Termination date: 20161030 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |