CN216908987U - Single-tower single-layer double-gun fire-fighting gun tower - Google Patents

Abstract

The utility model belongs to the technical field of fire engineering, and particularly relates to a single-tower single-layer double-gun fire-fighting gun turret; the tower comprises a tower body main pipe, wherein the bottom of the tower body main pipe is a turret base, the top of the tower body main pipe is a turret platform, the turret platform comprises a platform base fixed on a pipe top and a platform guardrail arranged around the outer contour of the platform base, a platform bottom plate is paved on the platform base, two groups of fire monitor assemblies are arranged on the turret platform, the two groups of fire monitor assemblies are arranged at two reverse far ends of the platform base and use the platform guardrail as a support frame, and the fire monitor assemblies and the tower body main pipe are correspondingly connected with a water inlet pipe. The single-tower single-layer double-gun fire-fighting gun tower provided by the utility model is improved on the conventional facility foundation, is suitable for being used in a construction site, can effectively improve the fire-fighting capacity under the condition of limited vertical and plane positions, is reasonable in layout and saves the cost.

Description

Single-tower single-layer double-gun fire-fighting gun tower

Technical Field

The utility model belongs to the technical field of fire engineering, and particularly relates to a single-tower single-layer double-gun fire-fighting gun turret.

Background

Under the continuous promotion effect of urban construction, the concept of building high-speed rail and city station city integration is gradually popularized, the concept becomes a new trend of synchronous construction of cities and traffic in future, and the diversified development of municipal supporting engineering is rapid. The land is recycled in the limited space of the high-speed rail station, and a matched parking lot is arranged, so that the perfect combination of space utilization is realized, convenience and convenience are realized, and the fire safety guarantee is particularly important. In order to guarantee normal and safe operation of the high-speed rail, when a parking lot below the high-speed rail bridge is in a fire disaster, the fire extinguishing effect is achieved at the first time, a set of completed fire extinguishing system is required, the conventional single fire extinguisher, the fire hydrant, the fire sand prevention and the like cannot be arranged, personnel are required to rush to the site, the fire extinguishing operation is close to a fire source, the danger is large, and great potential safety hazards are also created for the operation of the high-speed rail. In the limited space under the high-speed railway bridge, through scheme contrast optimization, fire extinguishing system adopts intelligent fire gun to be main, and fire extinguisher and fire hydrant are the fire control equipment of assisting.

Due to the limitation of a railway bridge site, more gun towers are required to be arranged for the same effective fire-fighting coverage area of a conventional single tower and a single gun, the planar layout has limited space, the utilization rate of planning land is low, and the cost is high; compared with the conventional double-layer and multi-layer gun turret, under the limitation of a specific vertical clearance condition, the effective coverage radius is reduced, the effect cannot be achieved, more gun turrets need to be arranged, the effective use area is also low, and the cost is higher.

Multilayer gun turret among the prior art, for example utility model patent that bulletin number is CN205796326U discloses a fire control gun turret, including stand, a plurality of gun turret platforms that set gradually downwards along the stand top, gun turret platform one end cup joints and fixes and form the link on the stand, and the other end of gun turret platform outwards stretches out and forms the free end, and the free end is circular-arcly, is equipped with the big gun head in the centre of a circle department of circular-arc free end. The fire-fighting turret is provided with one turret head on each layer, and is influenced by the upright posts, the covering angle of the turret head is limited, and the turret platform on each layer needs to be provided with one set of supply pipelines, so that the overall structure of the turret is complicated.

Therefore, the single-tower single-layer double-gun fire-fighting gun tower can be produced at the same time.

SUMMERY OF THE UTILITY MODEL

The utility model aims to effectively solve the problems that the plane vertical space is limited and the fire extinguishing effect of the conventional turret facility is poor in the same effective fire extinguishing area, and the comprehensive cost is reduced.

In order to achieve the purpose, the utility model provides a single-tower single-layer double-gun fire-fighting gun turret which comprises a main tower body pipe, wherein the bottom of the main tower body pipe is a gun turret base, the top of the main tower body pipe is a gun turret platform, the gun turret platform comprises a platform base fixed on a pipe top and a platform guardrail arranged around the outer contour of the platform base, a platform bottom plate is paved on the platform base, two groups of fire-fighting gun assemblies are arranged on the gun turret platform, the two groups of fire-fighting gun assemblies are arranged at two opposite far ends of the platform base and take the platform guardrail as a supporting frame, and the fire-fighting gun assemblies are correspondingly connected with a water inlet main pipe and a water inlet pipe on the main tower body pipe.

Further, the steel ladder that steel ladder curb plate, steel ladder are pedal, steel ladder landing leg assembly welded are installed on the body of pipe that the body of tower was responsible for, and the welding of steel ladder landing leg is between steel ladder curb plate and the body of tower are responsible for.

Furthermore, a protective cage woven by arc-shaped horizontal members and vertical members is arranged outside the body of the steel ladder close to the turret platform, and the protective cage extends to the inlet of the turret platform.

Furthermore, a circle of rib plates are welded between the turret base and the main pipe of the turret body.

Furthermore, the water inlet main pipe and the wire inlet pipe are fixed on the pipeline bracket through a matched U-shaped barrier, the water inlet main pipe and the fire monitor assembly are connected through an elbow and a fire monitor connecting short pipe, the pipeline bracket is a steel plate with two ends bent to one side, and the bent-up section is welded on the tower body main pipe in a flat mode.

Further, a lightning rod is arranged on the turret platform.

Further, a platform inclined support is arranged between the platform base and the tower body main pipe.

Compared with the prior art, the utility model has the advantages that:

the single-tower single-layer double-gun fire-fighting gun tower provided by the utility model is improved on the conventional facility foundation, is suitable for being used in a construction site, can effectively improve the fire-fighting capacity under the condition of limited vertical and plane positions, is reasonable in layout and saves the cost.

Drawings

Fig. 1 is a schematic elevation view of a fire fighting turret.

Fig. 2 is a schematic side elevation view of a fire fighting turret.

Fig. 3 is a schematic rear elevational view of a fire fighting turret.

Fig. 4 is a schematic structural view of the steel ladder.

Fig. 5 is a schematic view of the combination of the pipe support and the tower main tube.

Fig. 6 is a schematic combination diagram of the turret base, the rib plate, and the turret body main tube.

Fig. 7 is a schematic view of the assembly of the platform base and the tower main tube.

Fig. 8 is a schematic structural view of the platform floor.

In the figure: 1-a turret base; 2-a rib plate; 3-a tower body main pipe; 4-a pipe support; 5-a main water inlet pipe; 6-a wire inlet pipe; 7-platform inclined support; 8-connecting the fire monitor with a short pipe; 9-a fire monitor assembly; 10-a platform base; 11-a platform floor; 12-platform fence; 13-mine-lightening; 14-an arcuate horizontal member; 15-a vertical member; 16-steel ladder side plates; 17-pedal with a steel ladder; 18-steel ladder leg.

Detailed Description

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.

The utility model provides a two big gun fire gun turrets of single tower individual layer, be responsible for 3 including the body of the tower, the bottom that the body of the tower is responsible for 3 is gun tower base 1, the top is the gun tower platform, the gun tower platform is including fixing the platform base 10 at the crown of pipe and the platform guardrail 12 that sets up around the outline of platform base 10, platform base 10 has paved platform bottom plate 11 above, total two sets of fire gun subassemblies 9 on the gun tower platform, two sets of fire gun subassemblies 9 are arranged and are used platform guardrail 12 as the support frame at two reverse distal ends of platform base 10, fire gun subassembly 9 is responsible for 3 last water-intake of being responsible for with the body of the tower and is connected with inlet wire pipe 6 correspondence.

A platform inclined support 7 is arranged between the platform base 10 and the tower body main pipe 3. Platform base 10 adopts 50 x 5's angle steel to cut according to the drawing size, and the tie point welds, and the base welds back is with 11 tiling welded fastening of platform bottom plate on the base frame, then is responsible for base subassembly channel-section steel and body of the tower and welds, welds the steel sheet of main mouth of pipe and platform bottom plate simultaneously, welds 4 bearing diagonal of platform on the body of the tower is responsible for and the platform base at last, and the whole installations of supporting platform subassembly are consolidated and have been accomplished like this. The platform guardrail 12 is formed by welding 40 seamless steel pipes and then welded on a platform base, and because the fire monitor types and manufacturers are different, the platform guardrail is reinforced by angle steel according to actual conditions after being transported to a site.

The steel ladder that steel ladder curb plate 16, steel ladder pedal 17, the steel ladder landing leg 18 group welded become is installed on the body of the tower person in charge 3, and steel ladder landing leg 18 welds between steel ladder curb plate 16 and body of the tower person in charge 3. The steel ladder is close to the ladder body of gun turret platform and is installed the protection cage that arc horizontal component 14 and vertical component 15 were woven outward, protects the entry that the cage extended to gun turret platform. The arc-shaped horizontal component 14 is welded on the steel ladder side plate 17 and is 1700mm away from the end part of the steel ladder, and 5 vertical components of the protective cage are welded after the horizontal components of the protective cage are installed.

The turret base 1 is fixed through the rag bolt of pre-buried in advance at the basis, and the body of the tower is responsible for 3 and welds on turret base 1, and the welding has 8 blocks of floor 2 altogether of a round between turret base 1 and the body of the tower are responsible for 3, and the contained angle between 8 blocks of floor 2 is 45, effectively welds on base and the body of the tower are responsible for, plays the reinforced connection effect.

The water inlet main pipe 5 and the inlet pipe 6 are fixed on the pipeline support 4 through the matched U-shaped barrier, the water inlet main pipe 5 and the fire monitor assembly 9 are connected through the elbow and the fire monitor junction pipe 8, the water inlet main pipe 5 is connected with the fire monitor junction pipe 8 through the flange, the fire monitor junction pipe 8 is connected with the fire monitor assembly 9 through the matched flange, the pipeline support 4 is a steel plate with two ends bent to one side, and the bent-up section is welded on the tower body main pipe 3 in a flat mode.

In order to effectively prevent the fire monitor from being struck by lightning, a lightning rod 13 is welded at the top of a break angle of the guardrail, and meanwhile, a 40-by-40 galvanized flat iron is adopted on a base to lead out a grounding electrode to be buried in the ground.

All the components are designed according to 8000mm of the tower body, and are processed by professional manufacturers according to the design. The turret base 1 is made of a steel plate with the thickness of 3cm, the length and the width of the steel plate are 1500mm respectively, and 8 through holes with the thickness of 40mm are arranged on the single edge of the steel edge. The rib plate 2 is a trapezoidal plate processed by a steel plate with the thickness of 10mm, the bottom width is 200mm, the top width is 2mm, and the height is 22 mm. The tower body main pipe 3 plays a role of supporting the platform and all components above the platform, and adopts a spiral pipe with the pipe diameter of 630mm and the wall thickness of 10mm, and the height of the spiral pipe is 8000 mm. The pipeline bracket 4 is formed by cutting a steel plate with the thickness of 6mm, the length of the steel plate is 720mm, the width of the steel plate is 60mm, and 8mm bolt fixing holes are arranged on the steel plate. The water inlet main pipe 5 is a seamless steel pipe with the pipe diameter of 100mm and the wall thickness of 4mm, and two 90-degree bends with the same specification are adopted at the bottom of the platform for angle conversion. The wire inlet pipe 6 is a 25mm steel pipe and is a threading pipe for a fire monitor control wire and a camera net wire. The platform inclined strut 7 adopts 50X 5 angle steel, and the length of each angle steel is 1000 mm. The fire monitor junction pipe 8 is a seamless steel pipe with the pipe diameter of 100 and the wall thickness of 4 mm. The fire monitor assembly 9 is a fire monitor manufactured by a fire equipment manufacturer. The platform base 10 is formed by welding 50 × 5 angle steels, is 1700mm long in size and 1300mm wide, and can be processed according to specific requirements. The platform bottom plate 11 is formed by cutting a pattern steel plate with the thickness of 6mm and is matched with the platform base. The platform guardrail 12 is formed by welding 40 seamless steel pipes in a combined mode, and the height of the platform guardrail is 1.1 m. 20 round steel is adopted for the lightning rod 13. The arc horizontal component 14 is made of 50 x 50 flat iron, the length of the flat iron is 670mm, and the flat iron is bent into an arc with the radius of 600 mm; the vertical member 15 is bent into an arc shape with a radius of 600mm by using 50 × 50 flat iron. The steel ladder side plate 16 is a steel plate with the thickness of 6mm, and is cut into the steel plate with the width of 600mm and the length of 7700 mm; the steel ladder pedal 17 adopts 50 x 5 angle steel, and the length is 400 mm; the steel ladder pedal 18 is cut into trapezoids by adopting a steel plate with the thickness of 8mm, the width of the lower bottom is 100mm, the width of the upper bottom is 60mm, and the height is 320 mm.

The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the utility model. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

Claims (7)

1. The utility model provides a two big gun fire gun turrets of single tower individual layer which characterized in that: be responsible for (3) including the body of the tower, the bottom that the body of the tower is responsible for (3) is turret base (1), the top is the turret platform, the turret platform is including fixing platform base (10) at the tube top and platform guardrail (12) that the outline around platform base (10) set up, platform base (10) the higher authority has spread platform bottom plate (11), total two sets of fire gun subassemblies (9) on the turret platform, two sets of fire gun subassemblies (9) are arranged at two reverse distal ends of platform base (10) and are used platform guardrail (12) as the support frame, fire gun subassembly (9) are responsible for (5) and inlet wire pipe (6) with the body of the tower and are connected correspondingly into water on (3).

2. The single tower single layer twin gun fire fighting turret according to claim 1, characterized in that: the steel ladder that the body of the tower be responsible for (3) on install steel ladder curb plate (16), steel ladder is pedal (17), steel ladder landing leg (18) group welds becomes, steel ladder landing leg (18) welding is responsible for between (3) in steel ladder curb plate (16) and the body of the tower.

3. The single tower single layer double gun fire fighting turret according to claim 2, characterized in that: the steel ladder is close to the ladder body of gun turret platform and installs the protection cage that arc horizontal component (14) and vertical component (15) were woven outward, protects the entry that the cage extended to the gun turret platform.

4. The single tower single layer twin gun fire fighting turret according to claim 1, characterized in that: a circle of rib plates (2) are welded between the gun turret base (1) and the tower body main pipe (3).

5. The single tower single layer twin gun fire fighting turret according to claim 1, characterized in that: the water inlet main pipe (5) and the inlet pipe (6) are fixed on the pipeline support (4) through a matched U-shaped barrier, the water inlet main pipe (5) and the fire monitor assembly (9) are connected through the elbow and the fire monitor connecting short pipe (8), the pipeline support (4) is a steel plate with two ends bent to one side, and the bent-up section is welded on the tower body main pipe (3) in a flat mode.

6. The single tower single layer double gun fire fighting turret according to claim 1, characterized in that: and a lightning rod (13) is arranged on the turret platform.

7. The single tower single layer twin gun fire fighting turret according to claim 1, characterized in that: and a platform inclined support (7) is arranged between the platform base (10) and the tower body main pipe (3).

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