CN205296293U - Fire control unit of high -rise building - Google Patents

Abstract

The utility model relates to a fire control unit of high -rise building belongs to fire hydrant facility technical field, including fire hydrant, control system, valve switch, pipeline, scrubbing device, water tank, rose box and inductor water tank, water pipe, pipeline I, maincenter system, fire control unit, building, buckle device and pipeline II, the maincenter system constitute by operating panel, power, singlechip, valve and analysis processes ware, the fire control unit constitute by three -way pipe, controller, water valve switch, suction pump, joint, hose and squirt, buckle device comprises separation blade, round hole and telescoping device, the telescoping device form by shell I, shell II, disc, connecting axle, lead wire, bearing, spring, latch closure, recess I and recess II, the water pressure that can make the fire hydrant can reach the standard of use, does not need that interim installation is supplementary equips, can not delay the very first time of fire fighting, personal safety and property are protected.

Description

The fire plant of high-rise building

Technical field

This utility model relates to the fire plant of a kind of high-rise building, belongs to fire hydrant facility technology field.

Background technology

Along with increasing of China's population, in order to enable to live more people in limited soil, present residential quarters or office commerce area are all the very high of construction, but it is also following to be because the too high produced problem of floor, fire fighting device problem is exactly wherein one of problem, because the subsoil water that increases with factory that increases of population excessively uses, in fire hydrant, hydraulic pressure is too low can only use at low floor, it is required for auxiliary equipment when high-storey catches fire and can be only achieved certain hydraulic pressure, re-use fire hydrant to put out a fire, but Time is money in face of fire fast changing again, often when preparing or installing, fire there occurs diffusion once more, bring very big trouble to fire fighting work, and delayed the very first time of fire fighting, personal safety and property can not be protected.

Summary of the invention

For above-mentioned prior art Problems existing, this utility model provides the fire plant of a kind of high-rise building, it is possible to make the hydraulic pressure of fire hydrant can reach the standard used, it is not necessary to install auxiliary equipment temporarily, the very first time of fire fighting, personal safety and property will not be delayed be protected.

To achieve these goals, this utility model is achieved through the following technical solutions: the fire plant of a kind of high-rise building, including water tank, water pipe, pipeline I, cental system, fire plant, building, bayonet unit and pipeline II, connecting water pipe is fixed in the bottom of described water tank, pipeline I one end of at least two is fixedly mounted on water tank side, pipeline I other end is arranged on cental system, pipeline II one end of at least two is arranged on cental system, pipeline II other end is fixed on building by bayonet unit, and several fire plants are fixed in building, described cental system is made up of guidance panel, power supply, single-chip microcomputer, valve and analysis processor, and guidance panel connects power supply, and power supply connects single-chip microcomputer, single-chip microcomputer linking parsing processor, analysis processor connecting valve, and valve is fixedly mounted on pipeline I, described fire plant is made up of tee T, controller, valve switch, suction pump, joint, flexible pipe and hydraulic giant, pipeline II is separated pipeline III by tee T, pipeline III one end connects pipeline II, pipeline III other end connects one end of flexible pipe by joint, the other end of flexible pipe connects hydraulic giant, valve switch and suction pump are fixedly arranged at pipeline III, and controller is fixed on building, bayonet unit is by catch, circular hole and retractor device composition, described retractor device is by shell I, shell II, disk, connect axle, lead-in wire, bearing, spring, latch closure, groove I and groove II composition, strip catch respectively has a circular hole at two ends, two retractor devices are connected with catch by going between, shell I surface has oval-shaped groove I, shell II surface has oval-shaped groove II, connect axle two ends and be arranged in groove I and groove II, disk is fixedly mounted on connection axle, bearing is fixed on shell I, disk and bearing are connected by lead-in wire, latch closure is one-body molded with shell I, spring one end is fixed on latch closure, the spring other end is fixed on connection axle.

Described water tank smears one layer of silicone sealant with the junction of water pipe and the junction of water tank and pipeline I.

Described guidance panel is made up of switch, main switch, receptor, analyser and processor, and main switch linking parsing instrument, analyser connect processor, and processor connects receptor, and receptor connects main switch, main switch connecting valve.

Described groove I and groove II position Parallel Symmetric.

A green light and a red light are installed in the surface of described controller.

This device can ensure that fire fighting device has water all the time the moment, fire hydrant facility hydraulic pressure can be made can to reach the standard used, will not can only use at low floor because of hydraulic pressure in fire hydrant facility is too low, auxiliary equipment need not be installed when high-storey catches fire temporarily, the very first time of fire fighting will not be delayed, fire will not be made to spread, personal safety and property are protected, and this device is simple to operate, are suitable for any region location, economical and practical, M R is all very convenient.

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model;

Fig. 2 is the structural representation of fire plant 5;

Fig. 3 is the front view of bayonet unit;

Fig. 4 is the top view of bayonet unit;

Fig. 5 is the structural representation of shell I;

Fig. 6 is the structural representation of shell II;

Fig. 7 is the use state diagram of bayonet unit;

Fig. 8 is the structural representation of controller;

In figure: 1, water tank, 2, water pipe, 3, pipeline I, 4, cental system, 5, fire plant, 6, building, 7, bayonet unit, 8, pipeline II, 81, pipeline III, 41, guidance panel, 51, tee T, 52, controller, 53, valve switch, 54, suction pump, 55, joint, 56, flexible pipe, 57, hydraulic giant, 70, catch, 71, circular hole, 72, retractor device, 73, shell I, 74, shell II, 75, disk, 76, connect axle, 77, lead-in wire, 78, bearing, 79, spring, 710, latch closure, 711, groove I, 712, groove II 712, 521, green light 521, 522, red light.

Detailed description of the invention

Below in conjunction with accompanying drawing, this utility model is described further.

As shown in Figures 1 to 8, the fire plant of this high-rise building, including water tank 1, water pipe 2, pipeline I 3, cental system 4, fire plant 5, building 6, bayonet unit 7 and pipeline II 8, connecting water pipe 2 is fixed in the bottom of described water tank 1, pipeline I 3 one end of at least two is fixedly mounted on water tank 1 side, pipeline I 3 other end is arranged on cental system 4, described water tank 1 smears one layer of silicone sealant with the junction of water pipe 2 and the junction of water tank 1 and pipeline I 3, effectively prevent the flowing water in pipe from oozing out, pipeline II 8 one end of at least two is arranged on cental system 4, pipeline II 8 other end is fixed on building 6 by bayonet unit 7, several fire plants 5 are fixed in building 6, described cental system 4 is by guidance panel 41, power supply, single-chip microcomputer, valve and analysis processor composition, guidance panel 41 connects power supply, power supply connects single-chip microcomputer, single-chip microcomputer linking parsing processor, analysis processor connecting valve, valve is fixedly mounted on pipeline I 3, described guidance panel 41 is by switching, main switch, receptor, analyser and processor composition, main switch linking parsing instrument, analyser connects processor, processor connects receptor, receptor connects main switch, main switch connecting valve, in actual use, operator determine the number of switch according to the number of plies of floor, one on-off control every layer fire plant 5, described fire plant 5 is by tee T 51, controller 52, valve switch 53, suction pump 54, joint 55, flexible pipe 56 and hydraulic giant 57 form, pipeline II 8 is separated pipeline III 81 by tee T 51, pipeline III 81 one end connects pipeline II 8, pipeline III 81 other end connects one end of flexible pipe 56 by joint 55, the other end of flexible pipe 56 connects hydraulic giant 57, the length of flexible pipe 56 can be determined according to actual needs, when not using, staff can become a briquetting to fix on the wall of building 6 on flexible pipe 56 dish, valve switch 53 and suction pump 54 are fixedly arranged at pipeline III 81, controller 52 is fixed on building 6, when in use, operator control the switch of guidance panel 41 according to the floor that catches fire, then pass through analysis processor and be sent in the controller 52 of every layer, controller 52 controls valve switch 53 and whether suction pump 54 opens or closes, a green light 521 and a red light 522 are installed in the surface of described controller 52, operator can be facilitated to observe the working order of controller 52, controller 52 normal operation is shown when green light 521 is bright, when red light 522 shows that controller 52 quits work, can find in time if there is problem, can keep in repair the very first time,Bayonet unit 7 is by catch 70, circular hole 71 and retractor device 72 form, described retractor device 72 is by shell I 73, shell II 74, disk 75, connect axle 76, lead-in wire 77, bearing 78, spring 79, latch closure 710, groove I 711 and groove II 712 form, strip catch 70 respectively has a circular hole 71 at two ends, two retractor devices 72 are connected with catch 70 by lead-in wire 77, shell I 73 surface has oval-shaped groove I 711, shell II 74 surface has oval-shaped groove II 712, described groove I 711 and groove II 712 position Parallel Symmetric, connect axle 76 two ends and be arranged in groove I 711 and groove II 712, disk 75 is fixedly mounted on connection axle 76, bearing 78 is fixed on shell I 73, disk 75 and bearing 78 are connected by lead-in wire 77, latch closure 710 is one-body molded with shell I 73, spring 79 one end is fixed on latch closure 710, spring 79 other end is fixed on connection axle 76, because pipeline II 8 is integrally fixed at outside, so needing often maintenance or changing, it is generally all make to be screwed on metope, but since it is desired that often dismantle, silk hole on use wall originally can be increasing, cannot well fix, need again to look for position to fix on building 6 outer wall, this allows for building 6 outer wall surface many pit-holes, affect attractive in appearance, and there is also being left out of a monoblock outer wall in fixing, when using bayonet unit 7 fixed-piping II 8, staff has only to open two holes on building 6 outer wall, retractor device 72 is fixed in the hole held successfully, can not repair building 6 outer wall surface, last smear silicone adhesive at circular hole 71 to make catch 70 be fixed on pipeline II 8 just passable, when needing to change pipeline II 8, have only to wipe silicone adhesive off, pull outward catch 70, catch 70 by go between 77 bands be dynamically connected axle 76 groove I 711 and groove II 712 in movement, spring 79 elongates simultaneously, after taking off the pipeline II 8 needing to change, unclamp catch 70, spring 79 back pulls connection axle 76 to return original position, re-use silicone adhesive and spread upon on circular hole 71, thus will not damage wall and can also fix pipeline II 8 simultaneously, do not interfere with attractive in appearance.

During use, operator operate in 2 water tanks 1 of water pipe and fill water, then according to actual situation about catching fire, operator control 41 one of them valves of cental system 4 of guidance panel and turn off, open one valve in top, start the switch of guidance panel 41, open from Stall to the controller 52 of the floor that catches fire, controller 52 opens valve switch 53 and suction pump 54, so thus can deliver water to put out a fire in fire plant 5.

Claims (5)

1. the fire plant of a high-rise building, including water tank (1), water pipe (2), pipeline I (3), cental system (4), fire plant (5), building (6), bayonet unit (7) and pipeline II (8), it is characterized in that, connecting water pipe (2) is fixed in the bottom of described water tank (1), pipeline I (3) one end of at least two is fixedly mounted on water tank (1) side, pipeline I (3) other end is arranged on cental system (4), pipeline II (8) one end of at least two is arranged on cental system (4), pipeline II (8) other end is fixed on building (6) by bayonet unit (7), several fire plants (5) are fixed in building (6), described cental system (4) is made up of guidance panel (41), power supply, single-chip microcomputer, valve and analysis processor, guidance panel (41) connects power supply, power supply connects single-chip microcomputer, single-chip microcomputer linking parsing processor, analysis processor connecting valve, valve is fixedly mounted on pipeline I (3),Described fire plant (5) is by tee T (51), controller (52), valve switch (53), suction pump (54), joint (55), flexible pipe (56) and hydraulic giant (57) composition, pipeline II (8) is separated pipeline III (81) by tee T (51), pipeline III (81) one end connects pipeline II (8), pipeline III (81) other end connects one end of flexible pipe (56) by joint (55), the other end of flexible pipe (56) connects hydraulic giant (57), valve switch (53) and suction pump (54) are fixedly arranged at pipeline III (81), controller (52) is fixed on building (6), bayonet unit (7) is by catch (70), circular hole (71) and retractor device (72) composition, described retractor device (72) is by shell I (73), shell II (74), disk (75), connect axle (76), lead-in wire (77), bearing (78), spring (79), latch closure (710), groove I (711) and groove II (712) composition, strip catch (70) respectively has a circular hole (71) at two ends, two retractor devices (72) are connected with catch (70) by go between (77), shell I (73) surface has oval-shaped groove I (711), shell II (74) surface has oval-shaped groove II (712), connect axle (76) two ends and be arranged in groove I (711) and groove II (712), disk (75) is fixedly mounted in connection axle (76), bearing (78) is fixed on shell I (73), disk (75) and bearing (78) are connected by go between (77), latch closure (710) is one-body molded with shell I (73), spring (79) one end is fixed on latch closure (710), spring (79) other end is fixed in connection axle (76).

2. the fire plant of high-rise building according to claim 1, it is characterised in that described water tank (1) smears one layer of silicone sealant with the junction of water pipe (2) and the junction of water tank (1) and pipeline I (3).

3. the fire plant of high-rise building according to claim 1, it is characterized in that, described guidance panel (41) is made up of switch, main switch, receptor, analyser and processor, main switch linking parsing instrument, analyser connect processor, processor connects receptor, receptor connects main switch, main switch connecting valve.

4. the fire plant of high-rise building according to claim 1, it is characterised in that described groove I (711) and groove II (712) position Parallel Symmetric.

5. the fire plant of high-rise building according to claim 1 a, it is characterised in that green light (521) and a red light (522) are installed in the surface of described controller (52).