阅读说明：本技术 一种智慧消防用斜置地下消防栓 (A kind of tilting underground hydrant of wisdom fire-fighting ) 是由 吴海涛 李莉莉 于 2019-10-08 设计创作，主要内容包括：本发明提供了一种智慧消防用斜置地下消防栓。该地下消防栓包括消防栓箱、消防栓体、导向机构和第一驱动组件,消防栓箱顶部开口处设有盖板组件,盖板组件与消防栓箱自动滑动连接；导向机构斜置在消防栓箱内,消防栓体斜置且连接导向机构,消防栓体通过导向机构在消防栓箱高度方向上往复运动；第一驱动组件与智慧消防系统的物联网通讯连接,并且第一驱动组件连接导向机构,用于为导向机构的运动提供动力。通过消防栓体以及导向机构连接并倾斜设置在消防栓箱内的方式,使得消防栓体能够随导向机构的运动外移或收纳进消防栓箱内,救援效率高,还能节省人工成本,从而解决了现有技术中地下消防栓的埋设方式无法兼顾成本及救援效率的技术问题。(The present invention provides a kind of tilting underground hydrants of wisdom fire-fighting.The underground hydrant includes fire-hydrant cabinet, hydrant body, guiding mechanism and the first driving assembly, and fire-hydrant cabinet top open part is equipped with cover plate assembly, and cover plate assembly is slidably connected automatically with fire-hydrant cabinet；Guiding mechanism is tilting in fire-hydrant cabinet, and hydrant body is tilting and connection guiding mechanism, hydrant body are moved back and forth in fire-hydrant cabinet short transverse by guiding mechanism；The Internet of Things communication connection of first driving assembly and wisdom fire-fighting system, and the first driving assembly connection guiding mechanism, for providing power for the movement of guiding mechanism.It is connected by hydrant body and guiding mechanism and is inclined at the mode in fire-hydrant cabinet, hydrant body is enabled to move or be accommodated into fire-hydrant cabinet with outside the movement of guiding mechanism, rescue efficiency is high, it can also save labour turnover, thus the technical issues of embedding manner for solving underground hydrant in the prior art cannot be considered in terms of cost and rescue efficiency.)

1. a kind of tilting underground hydrant of wisdom fire-fighting, which is characterized in that including fire-hydrant cabinet (1), hydrant body (2), lead To mechanism and the first driving assembly, in which:

Fire-hydrant cabinet (1) top open part is equipped with cover plate assembly, and the cover plate assembly and the fire-hydrant cabinet (1) are automatically sliding Dynamic connection；

The guiding mechanism is tilting in the fire-hydrant cabinet (1), and the hydrant body (2) is tilting and connects the Guiding machine Structure, the hydrant body (2) are moved back and forth in the fire-hydrant cabinet (1) short transverse by the guiding mechanism；

The Internet of Things communication connection of first driving assembly and wisdom fire-fighting system, and first driving assembly connects institute Guiding mechanism is stated, for providing power for the movement of the guiding mechanism.

2. the tilting underground hydrant of wisdom fire-fighting according to claim 1, which is characterized in that the guiding mechanism includes Guide groove (4) and multiple gears (6), one end of the guide groove (4) connect fire-hydrant cabinet (1) bottom, other end connection Fire-hydrant cabinet (1) top open part；The multiple gear (6) is arranged on the guide groove (4), and the multiple tooth It takes turns (6) and passes through the first driving assembly fixed-axis rotation.

3. the tilting underground hydrant of wisdom fire-fighting according to claim 2, which is characterized in that first driving assembly First control unit including first motor and for automatically controlling the first motor, wherein the first control unit is set It sets on the fire-hydrant cabinet (1), including the first wireless communication device (7) and the first controller (8), first wireless communication device (7) for receiving the first control instruction, first wireless communication device (7) connects first controller (8), first control Device (8) processed connects the first motor, and the first motor drives the multiple gear (6) to rotate clockwise or counterclockwise.

4. the tilting underground hydrant of wisdom fire-fighting according to claim 2, which is characterized in that the hydrant body (2) Length direction on be connected with sliding rack (5), and the length of the hydrant body (2) is identical as the length of the sliding rack (5), The both ends of the sliding rack (5) are separately connected the both ends of the hydrant body (2)；The sliding rack (5) is along the guide groove (4) Sliding, and the rack structure engaged with the gear (6) is formed on the sliding rack (5).

5. the tilting underground hydrant of wisdom fire-fighting according to claim 4, which is characterized in that the guide groove (4) and/ Or the sliding rack (5) is arc-shaped, and the cross section of the guide groove (4) and the sliding rack (5) is U-shaped；It is described more A gear (6) is oppositely arranged on the both sides of the edge position of the intermediate bottom surface of the guide groove (4) respectively, and both sides of the edge position is opposite Two gears (6) being arranged are connected by shaft；The two side arms of the sliding rack (5) are separately connected the hydrant body (2), institute The bottom surface for stating sliding rack (5) forms the rack structure；And the width of the sliding rack (5) is less than or equal to the hydrant body (2) diameter, the width of the guide groove (4) are more than or equal to the diameter of the hydrant body (2).

6. the tilting underground hydrant of wisdom fire-fighting according to claim 1, which is characterized in that the fire hydrant further includes Second driving assembly, the cover plate assembly include fixed cover board (9), slide cover (3) and positioning mechanism, the fixed cover board (9) setting is arranged in the side of the fire-hydrant cabinet (1) top open part, the slide cover (3) in the top open part The other side, and one end of the slide cover (3) is slidably connected with the fixed cover board (9), and other end connection is described fixed Position mechanism, the positioning mechanism connect the fire-hydrant cabinet (1)；The Internet of Things of second driving assembly and wisdom fire-fighting system Communication connection, and second driving assembly connects the slide cover (3), for the unlatching for the slide cover (3) Or it closes and power is provided.

7. the tilting underground hydrant of wisdom fire-fighting according to claim 6, which is characterized in that second driving assembly The second control unit including the second motor and for automatically controlling second motor, wherein second control unit is set It sets on the fire-hydrant cabinet (1), including the second wireless communication device (12) and second controller (13), second wireless telecommunications For device (12) for receiving the second control instruction, second wireless communication device (12) connects the second controller (13), described Second controller (13) connects second motor, and slide cover (3) described in second motor driven opens or closes.

8. the tilting underground hydrant of wisdom fire-fighting according to claim 6, which is characterized in that the slide cover (3) One end end of the upper connection positioning mechanism forms groove, and the cross section of the end is inverted u-shaped；The positioning mechanism includes Idler wheel (10) and at least one elastic component (11), the idler wheel (10) are folded between two side arms of the groove, and described The width of idler wheel (10) is less than or equal to the width of the groove, and the diameter of the idler wheel (10) is greater than the height of the groove；Institute State elastic component (11) setting in the groove, and the elastic component (11) is clamped in the idler wheel (10) and the slide lid Between plate (3).

9. the tilting underground hydrant of wisdom fire-fighting according to claim 8, which is characterized in that the fire-hydrant cabinet (1) The upper side connecting with the slide cover (3) is provided with L-type step, and the opening of the L-type step is towards outside；It is described to disappear When anti-bolt housing (1) is closed, the idler wheel (10) is embedded in the L-type step；

The side opposite with the sliding rack (5) is provided with track on the hydrant body (2)；The hydrant body (2) is reciprocal When movement, the idler wheel (10) abuts sliding with the track.

10. the tilting underground hydrant of wisdom fire-fighting according to claim 1, which is characterized in that the hydrant body (2) On be provided with water inlet (14) and water outlet (15), and the water inlet (14) is arranged in the lower end of the hydrant body (2), institute Water outlet (15) setting is stated in the upper end of the hydrant body (2)；Underground fire extinguisher canvas hose is accessed in the fire-hydrant cabinet (1), and The water inlet (14) is connected to by water inlet pipe with the underground fire extinguisher canvas hose, and the water outlet (15) connects outlet pipe.

Technical field

The present invention relates to wisdom fire-fighting technical fields, and in particular to a kind of tilting underground hydrant of wisdom fire-fighting.

Background technique

Fire hydrant includes above ground hydrant and underground hydrant.Above ground hydrant is rest on the ground, and occupies the space of ground, It is easy upper traffic over the ground and forms obstruction.Underground hydrant is located underground, be not take up the space of ground, can solve and blocks the traffic Problem.

But underground hydrant in the prior art, when being embedded in underground, part underground hydrant is upright buries In groove, the depth of groove is greater than the height equal to fire hydrant, grooving heavy workload, high labor cost；Another part Lower fire hydrant be it is horizontal it is embedded when use, which needs to be erect first, can connect water outlet in the trench, encounter urgent The situation starting time is long, influences rescue efficiency.

Therefore, it is very necessary for developing a kind of cost and the underground hydrant of rescue efficiency taken into account.

Summary of the invention

The main purpose of the present invention is to provide a kind of tilting underground hydrant of wisdom fire-fighting, which passes through In such a way that hydrant body and guiding mechanism are connected and be inclined in fire-hydrant cabinet, hydrant body can be with Guiding machine Move or be accommodated into fire-hydrant cabinet outside the movement of structure, and cover plate assembly is slidably connected with fire-hydrant cabinet, can automatically open or It closes；And first driving assembly and wisdom fire-fighting system Internet of Things communication connection, control can be remotely sent by Internet of Things System instruction, quickly, timely starts the underground hydrant, shortens the starting time, and rescue efficiency is high, moreover it is possible to it saves labour turnover, To solve the technical issues of embedding manner of underground hydrant in the prior art cannot be considered in terms of cost and rescue efficiency.

To achieve the goals above, the present invention provides a kind of tilting underground hydrants of wisdom fire-fighting.

The tilting underground hydrant of the wisdom fire-fighting includes fire-hydrant cabinet, hydrant body, guiding mechanism and the first driving group Part, in which: the fire-hydrant cabinet top open part is equipped with cover plate assembly, and the cover plate assembly slides automatically with the fire-hydrant cabinet Connection；The guiding mechanism is tilting in the fire-hydrant cabinet, and the hydrant body is tilting and connects the guiding mechanism, described Hydrant body is moved back and forth in the fire-hydrant cabinet short transverse by the guiding mechanism；First driving assembly and intelligence The Internet of Things communication connection of intelligent fire-fighting system, and first driving assembly connects the guiding mechanism, for being led for described in Power is provided to the movement of mechanism.

Further, the guiding mechanism includes guide groove and multiple gears, is disappeared described in one end connection of the guide groove Anti- bolt housing bottom, the other end connect the fire-hydrant cabinet top open part；The multiple gear is arranged on the guide groove, and And the multiple gear passes through the first driving assembly fixed-axis rotation.

Further, first driving assembly include first motor and for automatically controlling the first motor first Control unit, wherein the first control unit is arranged on the fire-hydrant cabinet, including the first wireless communication device and the first control Device processed, first wireless communication device is for receiving the first control instruction, the first wireless communication device connection first control Device processed, first controller connect the first motor, and the first motor drives the multiple gear clockwise or the inverse time Needle rotation.

Further, be connected with sliding rack on the length direction of the hydrant body, and the length of the hydrant body with The length of the sliding rack is identical, and the both ends of the sliding rack are separately connected the both ends of the hydrant body；The sliding rack edge The guide groove sliding, and the rack structure engaged with the gear is formed on the sliding rack.

Further, the guide groove and/or the sliding rack are arc-shaped, and the guide groove and the sliding rack Cross section is U-shaped；The multiple gear is oppositely arranged on the both sides of the edge position of bottom surface among the guide groove, and two respectively Two gears that side edge position is oppositely arranged are connected by shaft；The two side arms of the sliding rack are separately connected the fire hydrant Body, the bottom surface of the sliding rack form the rack structure；And the width of the sliding rack is less than or equal to the hydrant body Diameter, the width of the guide groove is more than or equal to the diameter of the hydrant body.

Further, the fire hydrant further includes the second driving assembly, and the cover plate assembly includes fixed cover board, slide lid The side of the fire-hydrant cabinet top open part, the slide cover setting is arranged in plate and positioning mechanism, the fixed cover board In the other side of the top open part, and one end of the slide cover is slidably connected with the fixed cover board, the other end The positioning mechanism is connected, the positioning mechanism connects the fire-hydrant cabinet；Second driving assembly and wisdom fire-fighting system Internet of Things communication connection, and second driving assembly connects the slide cover, for opening for the slide cover It opens or closes and power is provided.

Further, second driving assembly include the second motor and for automatically controlling second motor second Control unit, wherein second control unit is arranged on the fire-hydrant cabinet, including the second wireless communication device and the second control Device processed, second wireless communication device is for receiving the second control instruction, the second wireless communication device connection second control Device processed, the second controller connect second motor, and slide cover described in second motor driven opens or closes.

Further, one end end that the positioning mechanism is connected on the slide cover forms groove, and the end Cross section is U-shaped, and the opening of the groove of the U-shaped structure is towards the fire-hydrant cabinet；The positioning mechanism includes idler wheel and extremely A few elastic component, the idler wheel are folded between two side arms of the groove, and the width of the idler wheel is less than or equal to institute The width of groove is stated, the diameter of the idler wheel is greater than the height of the groove；The elastic component is arranged in the groove, and The elastic component is clamped between the idler wheel and the slide cover.

Further, the side connecting on the fire-hydrant cabinet with the slide cover is provided with L-type step, and the L The opening of type step is towards outside；When the fire-hydrant cabinet is closed, the idler wheel is embedded in the L-type step.

Further, side opposite with the sliding rack in the hydrant body is provided with track；The hydrant body When reciprocating motion, the idler wheel abuts sliding with the track.

Further, inlet and outlet are provided in the hydrant body, and water inlet setting disappears described The upper end of the hydrant body is arranged in the lower end of anti-body, the water outlet；Underground fire water is accessed in the fire-hydrant cabinet Pipe, and the water inlet is connected to by water inlet pipe with the underground fire extinguisher canvas hose, the water outlet connects outlet pipe.

Further, the fire-hydrant cabinet is in rectangular configuration.

In an embodiment of the present invention, which uses the tilting fire-fighting in fire-hydrant cabinet with tilting underground hydrant Body and guiding mechanism, and hydrant body connection guiding mechanism, hydrant body can with guiding mechanism movement outside move or It is accommodated into fire-hydrant cabinet, the starting time is short, and rescue efficiency is high；Cover plate assembly is slidably connected with fire-hydrant cabinet, and can be certainly It is dynamic to open or close, shorten the starting time, moreover it is possible to save labour turnover；And first driving assembly, the second driving assembly with The Internet of Things communication connection of wisdom fire-fighting system can remotely send control instruction by Internet of Things, and quickly, timely starting should Underground hydrant shortens the starting time, and rescue efficiency is high, thus solve the embedding manner of underground hydrant in the prior art without Method takes into account the technical issues of cost and rescue efficiency.

Detailed description of the invention

By reading the following detailed description of the preferred embodiment, various other advantages and benefits are common for this field Technical staff will become clear.The drawings are only for the purpose of illustrating a preferred embodiment, and is not considered as to the present invention Limitation.And throughout the drawings, the same reference numbers will be used to refer to the same parts.In the accompanying drawings:

Fig. 1 is the structural schematic diagram of the tilting underground hydrant of wisdom fire-fighting in the present invention；

Fig. 2 is to move past journey state diagram in the present invention outside the tilting hydrant body of wisdom fire-fighting；

Fig. 3 is the usage state diagram of the tilting underground hydrant of wisdom fire-fighting in the present invention；

Fig. 4 is the structural schematic diagram of positioning mechanism in the present invention；

Fig. 5 is the main view of hydrant body in the present invention；

Fig. 6 is the top view of hydrant body in the present invention

Fig. 7 is the relationship block diagram of the tilting underground hydrant of wisdom fire-fighting and wisdom fire-fighting system Internet of Things in the present invention.

In figure:

1, fire-hydrant cabinet；2, hydrant body；3, slide cover；4, guide groove；5, sliding rack；6, gear；7, first is wireless Communicator；8, the first controller；9, fixed cover board；10, idler wheel；11, elastic component；12, the second wireless communication device；13, the second control Device processed；14, water inlet；15, water outlet.

Specific embodiment

The illustrative embodiments of the disclosure are more fully described below with reference to accompanying drawings.Although showing this public affairs in attached drawing The illustrative embodiments opened, it being understood, however, that may be realized in various forms the disclosure without the reality that should be illustrated here The mode of applying is limited.It is to be able to thoroughly understand the disclosure on the contrary, providing these embodiments, and can be by this public affairs The range opened is fully disclosed to those skilled in the art.

The invention discloses a kind of tilting underground hydrants of wisdom fire-fighting, as shown in Figure 1, the underground hydrant includes disappearing Anti- bolt housing 1, hydrant body 2, guiding mechanism and the first driving assembly, in which: 1 top open part of fire-hydrant cabinet is equipped with cover board group Part, cover plate assembly are slidably connected automatically with fire-hydrant cabinet 1；Guiding mechanism is tilting in fire-hydrant cabinet 1, hydrant body 2 it is tilting and Connection guiding mechanism, hydrant body 2 are moved back and forth in 1 short transverse of fire-hydrant cabinet by guiding mechanism；First driving assembly With the Internet of Things communication connection of wisdom fire-fighting system, and the first driving assembly connection guiding mechanism, for for guiding mechanism Movement provides power.

In the above-described embodiments, underground hydrant is mainly by fire-hydrant cabinet 1, hydrant body 2, guiding mechanism and the first driving Component assembles to be formed, and is equipped with opening at the top of fire-hydrant cabinet 1, and is provided in the opening with cover plate assembly, cover plate assembly with disappear Anti- bolt housing 1 is slidably connected, and can be automatically opened or closed, and shortens the starting time, moreover it is possible to save labour turnover；Guiding mechanism It is inclined in fire-hydrant cabinet 1, and guiding mechanism connects the first driving assembly, the first driving assembly is used to be guiding mechanism Movement provide power, hydrant body 2 is also inclined in fire-hydrant cabinet 1, and 2 connection guiding mechanism of hydrant body, because This hydrant body 2 can be moved back and forth in 1 short transverse of fire-hydrant cabinet by guiding mechanism；First driving assembly also with wisdom The Internet of Things communication connection of fire-fighting system, fire fighter can remotely send the first control instruction by Internet of Things according to dangerous situation, Quickly, timely start the underground hydrant；For example, fire fighter can be long-range by Internet of Things when needing fire-fighting and rescue The first control instruction is sent, underground hydrant is started, cover plate assembly automatically turns on, meanwhile, the first driving assembly drives Guiding machine Structure moves upwards, and hydrant body 2 outside the movement of guiding mechanism with moving, when the water outlet 15 of hydrant body 2 leans out fire-hydrant cabinet 1 Top open part can connect water pipe and carry out rescue work, and the starting time is short, and rescue efficiency is high；And at the end of rescue work, Underground hydrant is remotely closed by Internet of Things, the first driving assembly driving guiding mechanism moves downward, and hydrant body 2 is with guiding The movement of mechanism is stored and tilting in fire-hydrant cabinet 1, cover plate assembly automatically lock, artificial grooving is not necessarily to, without artificial hand It is dynamic to open or close fire-hydrant cabinet 1, it saves labour turnover, and improve rescue efficiency.

As one embodiment of the present invention, guiding mechanism includes guide groove 4 and multiple gears 6, one end of guide groove 4 1 bottom of fire-hydrant cabinet is connected, the other end connects 1 top open part of fire-hydrant cabinet；Multiple gears 6 are arranged on guide groove 4, and Multiple gears 6 pass through the first driving assembly fixed-axis rotation.

Further, the first driving assembly includes first motor and the first control list for automatically controlling first motor Member, wherein first control unit is arranged on fire-hydrant cabinet 1, including the first wireless communication device 7 and the first controller 8, the first nothing Line communicator 7 connects the first controller 8 for receiving the first control instruction, the first wireless communication device 7, and the first controller 8 connects the One motor, first motor drive multiple gears 6 to rotate clockwise or counterclockwise.

As depicted in figs. 1 and 2, guiding mechanism is mainly formed by guide groove 4 and the combination of multiple gears 6, and arc guide groove 4 is oblique It sets in fire-hydrant cabinet 1, the intracavity bottom of arc guide groove 4 from fire-hydrant cabinet 1 extends to top open part, arc guide groove 4 Several driving gears 6 are inside provided with, the first driving assembly includes first motor and the first control for automatically controlling first motor Unit processed, wherein first control unit is arranged on fire-hydrant cabinet 1, including the first wireless communication device 7 and the first controller 8, the One wireless communication device 7 can receive the first control instruction from Internet of Things, and the first controller 8 connects from the first wireless communication device 7 First motor can be controlled forward or reverse according to the first control instruction after receiving the first control instruction, thus drive multiple gears 6 rotate clockwise or counterclockwise, to drive hydrant body 2 to move to top opening along the track of guide groove 4, or anti- Direction is accommodated into the inner cavity of fire-hydrant cabinet 1.In first motor, the wireless controlled of the first wireless communication device 7 and the first controller 8 It prepares under conjunction, fire fighter can remotely send the first control instruction by Internet of Things, quickly, timely start according to dangerous situation The underground hydrant.

As another embodiment of the invention, sliding rack 5, and fire-fighting are connected on the length direction of hydrant body 2 The length of body 2 is identical as the length of sliding rack 5, and the both ends of sliding rack 5 are separately connected the both ends of hydrant body 2；5 edge of sliding rack Guide groove 4 slides, and the rack structure engaged with gear 6 is formed on sliding rack 5.

As shown in Fig. 1 and Fig. 5-6, sliding rack 5, and the length of hydrant body 2 are provided on the length direction of hydrant body 2 Identical as the length of sliding rack 5, i.e. the height of the two is identical, and the both ends of sliding rack 5 are separately connected the both ends of hydrant body 2, sliding The rack structure engaged with gear 6 is formed in moving frame 5, thus sliding rack 5 can be moved back and forth along guide groove 4, so that Hydrant body 2 can be moved or be accommodated into inside fire-hydrant cabinet 1 outside with the movement of guide groove 4.

In an embodiment of the present invention, guide groove 4 is arc-shaped.

In an embodiment of the present invention, sliding rack 5 is arc-shaped.

In an embodiment of the present invention, guide groove 4 and sliding rack 5 are arc-shaped.

As a kind of preferred embodiment of the invention, guide groove 4 and sliding rack 5 are arc-shaped, and guide groove 4 and cunning The cross section of moving frame 5 is U-shaped；Multiple gears 6 are oppositely arranged on the both sides of the edge position of the intermediate bottom surface of guide groove 4 respectively, and Two gears 6 that both sides of the edge position is oppositely arranged are connected by shaft；The two side arms of sliding rack 5 are separately connected hydrant body 2, The bottom surface of sliding rack 5 forms rack structure, and rack structure is engaged with multiple gears 6, and the width of sliding rack 5 is less than or equal to disappear The diameter of anti-body 2, the width of guide groove 4 are more than or equal to the diameter of hydrant body 2, thereby may be ensured that hydrant body 2 also can It is enough partially to accommodate into guide groove 4, not by the interference of 4 side wall of guide groove during moving outside；First motor rotation can drive The tooth engagement transmission of multiple 6 fixed-axis rotations of gear, multiple gears 6 and arc sliding frame 5 can drive arc sliding rack 5 along arc The track of shape guide groove 4 moves back and forth；Pass through first motor, the cooperation of multiple gears 6 and arc sliding frame 5,2 energy of hydrant body Enough tracks along arc guide groove 4 move to top opening, and motion profile is arc, and motion process is steady, meanwhile, also can It is enough reversely to store back in fire-hydrant cabinet 1.

As another embodiment of the invention, fire hydrant further includes the second driving assembly, and cover plate assembly includes fixing The side of 1 top open part of fire-hydrant cabinet, slide cover is arranged in cover board 9, slide cover 3 and positioning mechanism, fixed cover board 9 3 are arranged in the other side of top open part, and one end of slide cover 3 is slidably connected with fixed cover board 9, and other end connection is fixed Position mechanism, positioning mechanism connection locking fire-hydrant cabinet 1；The Internet of Things communication connection of second driving assembly and wisdom fire-fighting system, And the second driving assembly connects slide cover 3, for providing power for opening or closing for slide cover 3.

Further, the second driving assembly includes the second motor and the second control list for automatically controlling the second motor Member, wherein the second control unit is arranged on fire-hydrant cabinet 1, including the second wireless communication device 12 and second controller 13, and second Wireless communication device 12 connects second controller 13, second controller for receiving the second control instruction, the second wireless communication device 12 13 the second motors of connection, the second motor driven slide cover 3 open or close.

As shown in Figure 1, cover plate assembly is mainly combined and is formed by fixed cover board 9, slide cover 3 and positioning mechanism, fixed lid Plate 9 is mounted on the side of 1 top open part of fire-hydrant cabinet, and slide cover 3 is arranged in the other side of top open part, is used to open Or fire-hydrant cabinet 1 is closed, and one end of slide cover 3 is slidably connected with fixed cover board 9, other end connecting locating mechanism is fixed Position mechanism connects fire-hydrant cabinet 1, and when fire-hydrant cabinet 1 is closed, which can be used for locking fire-hydrant cabinet 1；Moreover, sliding Dynamic cover board 3 can drive by the second driving assembly, so as to automatically turn on or close, in particular, the second driving assembly and The Internet of Things communication connection of wisdom fire-fighting system, the second motor connects with the second wireless communication device 12 and the control of second controller 13 It connects, the second wireless communication device 12 can receive the second control instruction from Internet of Things, and second controller 13 is from the second channel radio After news device 12 receives the second control instruction, the rotation or stopping of the second motor can be controlled according to the second control instruction, to open Or slide cover 3 is closed, to open or close fire-hydrant cabinet 1.In the second motor, the second wireless communication device 12 and the second control Device 13 wireless control cooperation under, fire fighter can remotely send control instruction by Internet of Things according to dangerous situation, quickly and When the starting underground hydrant.Certainly, emergency can also be with manual actuation.

As shown in figure 4, one end end of connecting locating mechanism forms groove, and the cross section of the end on slide cover 3 It is inverted u-shaped, it can be understood as the opening of the groove of U-shaped structure is towards fire-hydrant cabinet 1；Positioning mechanism is mainly by idler wheel 10 and at least One combination of elastic component 11 is formed, and idler wheel 10 is folded between two side arms of groove, and the width of idler wheel 10 is less than or equal to recessed The width of slot, and the diameter of idler wheel 10 is greater than the height of groove, to avoid slide cover 3 and fire-fighting during sliding Body 2 contradicts；Elastic component 11 is arranged in groove, and elastic component 11 is clamped between idler wheel 10 and slide cover 3.

Further, the side connecting on fire-hydrant cabinet 1 with slide cover 3 is provided with L-type step, and L-type step is opened Mouthful towards outside；When fire-hydrant cabinet 1 is closed, idler wheel 10 is embedded in L-type step, and due to the setting of elastic component 11, idler wheel 10 can be with Elastic shrinkage, when closing fire-hydrant cabinet 1, that is, when closing slide cover 3, as shown in Figure 1, recovery of the idler wheel 10 by elastic component 11 Power is embedded in L-type step, is closed slide cover 3 completely in place.

Further, side opposite with sliding rack 5 in hydrant body 2 is provided with track；Hydrant body 2 moves back and forth When, idler wheel 10 abuts sliding with track, and the side opposite with sliding rack 5 is provided with track in hydrant body 2, slide cover 3 Idler wheel 10 is arranged in end, and idler wheel 10 passes through 11 elastic connection of elastic component, therefore idler wheel 10 can be in hydrant body 2 along track Is abutted with its outer wall elasticity during outer shifting, guarantee to be able to maintain stress during the disengaging of hydrant body 2 steady, guarantees to rescue Work is gone on smoothly.

As another embodiment of the invention, water inlet 14 and water outlet 15 are provided in hydrant body 2, and intake The lower end of hydrant bodies 2 is arranged in mouth 14, and the upper end of hydrant body 2 is arranged in water outlet 15；Underground fire-fighting is accessed in fire-hydrant cabinet 1 Water pipe, and water inlet 14 is connected to by water inlet pipe with underground fire extinguisher canvas hose, water outlet 15 connects outlet pipe.

As shown in figure 3, the water outlet 15 of hydrant body 2 is located at head, water inlet 14 is located at tail portion, and hydrant body 2 is along arc When moving outside line, when water outlet 15 leans out the top opening of fire-hydrant cabinet 1, water pipe can be connected in time and carries out rescue work, is disappeared Anti- body 2 need not integrally move out fire-hydrant cabinet 1 completely, can be realized quick response rescue；Also, due to moving width when outer shifting It spends small, steady, rescue work is not influenced, so can also continue to make fire hydrant according to demand during carrying out rescue work Body 2 moves outside track, and adjusts its position, and further satisfaction rescues demand.

As shown in fig. 7, the hydrant body 2 and fire-hydrant cabinet 1 be as a part in wisdom fire-fighting system, and it is examined Survey and control system, such as above-mentioned first driving assembly and the second driving assembly are carried out with the internet of things of wisdom fire-fighting system Connection, the first driving assembly connection guiding mechanism, thus the first control instruction can be remotely sent by Internet of Things, control first Motor forward or reverse, thus drives guide groove 4 to move back and forth, and hydrant body 2 is connect with guiding mechanism, so that fire-fighting Body 2 is moved or is accommodated into fire-hydrant cabinet 1 outside with the reciprocating motion of guide groove 4；Second driving assembly is connect with cover plate assembly, The second control instruction can be remotely sent by Internet of Things, the rotation or stopping of the second motor are controlled, to drive slide cover 3 Open or close；First driving assembly is connected to the Internet of Things of wisdom fire-fighting system with the second driving assembly simultaneously, may be implemented The whole cooperation intelligent work of wisdom fire-fighting system.

It should be noted that term " includes " and their any change in description and claims of this specification Shape, it is intended that cover it is non-exclusive include, for example, containing a series of components those of is not necessarily limited to be clearly listed portion Part, but may include other components be not clearly listed or intrinsic for component.

In addition, the description of " first ", " second " involved in the present invention etc., the description for being somebody's turn to do " first ", " second " etc. is only used In description purpose, it is not understood to indicate or imply its relative importance or implicitly indicates the number of indicated technical characteristic Amount." first " is defined as a result, the feature of " second " can explicitly or implicitly include at least one of the features.In addition, each Technical solution between a embodiment can be combined with each other, but must can be implemented as base with those of ordinary skill in the art Plinth will be understood that the combination of this technical solution is not present when conflicting or cannot achieve when occurs in the combination of technical solution, Also not the present invention claims protection scope within.

The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto, In the technical scope disclosed by the present invention, any changes or substitutions that can be easily thought of by anyone skilled in the art, It should be covered by the protection scope of the present invention.Therefore, protection scope of the present invention should be with the protection model of the claim Subject to enclosing.