CN205811181U

CN205811181U - A kind of intelligent fire-proofing insert row

Info

Publication number: CN205811181U
Application number: CN201620232718.8U
Authority: CN
Inventors: 汪书瀚; 褚瀚领
Original assignee: Hangzhou Air Network Technology Co Ltd
Current assignee: Hangzhou Air Network Technology Co Ltd
Priority date: 2016-03-24
Filing date: 2016-03-24
Publication date: 2016-12-14
Anticipated expiration: 2026-03-24

Abstract

The open a kind of intelligent fire-proofing insert row of this utility model, including plug, wire, insert row housing, it is provided with the first power module, electrical equipment interface, temperature detecting unit and the first control module on insert row housing, wire is arranged in series the relay module for pilot break-make, second source module and the second control module；Being additionally provided with wireless communication module in insert row housing, wireless communication module receives the detected value of temperature detecting unit and sends it to the second control module wirelessly；Second control module is in response to the action of the control signal control relay module of wireless communication module, this utility model fire prevention insert row by being located at the outside of insert row by the relay controlling current switching, and wirelessly controlled by being located at the control module within insert row, avoid the malfunctioning situation that can not cut off electric current of work that relay causes because temperature in insert row is too high, improve the functional reliability of fire prevention insert row, convenient and practical.

Description

A kind of intelligent fire-proofing insert row

Technical field

This utility model relates to technical field of electrical equipment, more specifically, it relates to a kind of intelligent fire-proofing insert row.

Background technology

Insert row uses quite varied in life, the fire that the reasons such as insert row electric leakage cause the most repeatedly occurs, Cause casualties and property loss.In prior art, when insert row breaks down, in order to stop sending out of fire in time Raw, the most directly cut off the conductor wire of insert row by being arranged at the relay within insert row, prevent the generation of fire.Patent is public Accuse number Chinese patent being CN204517052U, it is proposed that a kind of safety patch board, it is by arranging temperature sensing inside insert row The detection device such as device, just controls relay and cuts off electric current, prevent the generation of fire, patent when these sensors detect high temperature Bulletin is the Chinese patent of CN202888534U, it is proposed that a kind of wireless network supply socket based on Internet of Things, except above-mentioned The modules such as relay set in patent, are additionally provided with wireless transmitter module, and the high temperature information in insert row is sent to service The equipment alarms such as device.Above-mentioned two technical scheme all have ignored an important problem: owing to insert row is made of plastics often , when the temperature in insert row drastically raises, can melt in a short period of time and leak electricity adjacent housing, and relay Affected by high temperature and will also tend to lose efficacy, at the moment, can not be cut off the electric current of insert row interface one end easily.In order to It is effectively prevented from the generation of above-mentioned situation, the utility model proposes a kind of new intelligent fire-proofing insert row.

Utility model content

For problems of the prior art, the utility model proposes a kind of intelligent fire-proofing insert row, concrete scheme is such as Under:

A kind of intelligent fire-proofing insert row, including being sequentially connected with the plug of setting, wire, insert row housing, on described insert row housing It is provided with the first power module, electrical equipment interface, temperature detecting unit and the first control module, described wire is arranged in series There are the relay module for pilot break-make, second source module and the second control module；In described insert row housing also Being provided with wireless communication module, described wireless communication module receives the detected value of temperature detecting unit and it is sent out wirelessly Deliver to the second control module；Described second control module controls relay module in response to the control signal of wireless communication module Action.

By technique scheme, the temperature signal detected is transferred to the first control module by temperature detecting unit, the Said temperature signal is sent to the second control module through wireless communication module by one control module, then by second be located on wire The break-make of control module pilot, when the temperature in insert row housing is too high, the relay being serially connected with on wire disconnects, and cuts off The electric current of whole insert row, prevents insert row from further heating up the fire caused, and it also avoid and relay is located at insert row enclosure interior And the malfunctioning situation of the relay high temperature that causes occurs.

Further, described temperature detecting unit includes the temperature sensor being located at enclosure interior, described temperature sensing Device gathers the temperature signal in housing and exports a temperature detection value and be transferred to first control circuit.

Further, described wireless communication module includes the emission of radio frequency signals module be located on insert row housing and built-in Rf signal reception module in the second control module, described first control module controls even with emission of radio frequency signals module Connecing, described rf signal reception module and the second control module communication connection, described second control module is in response to described radio frequency The signal that signal receiving module receives exports a control signal.

By arranging emission of radio frequency signals module and receiver module so that the first control module being located in insert row housing can The relay module of insert row hull outside it is located at wireless indirect control.

Further, described relay module includes signal amplification circuit and relay body, and described signal amplifies electricity Road receives after the control signal of the second control module is amplified output to the coil of relay body, the electric shock switch of described relay Series connection is linked in wire loop.

By technique scheme, the second control module output control signal is amplified to be directly used in driving relay Armature adhesive, simple in construction, it is easy to accomplish.

Further, described first, second power module all uses dry cell batteries to power core as power supply.

By technique scheme, use independent power supply to arrange and make each electricity consumption module inside and outside insert row work more Add reliable, the work of modules will not be affected because of the current fluctuation on wire, improve the work of this intelligent fire-proofing insert row Reliability.

Further, described insert row housing is provided with heat-insulating room, described first power module, the first control module, channel radio Letter module is all located at inside described heat-insulating room, and the temperature detection termination of described temperature detecting unit reaches heat-insulating room external detection Temperature in insert row housing.

Further, the inwall of described heat-insulating room is provided with asbestos fibre layer and/or aeroge carpet veneer.

By technique scheme, can effectively completely cut off insert row self-heating to the first control module and radio communication The impact of module, it is to avoid above-mentioned functions module lost efficacy because of high temperature, improves the functional reliability of this intelligent fire-proofing insert row.

Compared with prior art, this utility model fire prevention insert row is by being located at insert row by the relay controlling current switching Outside, and wirelessly being controlled by being located at control module insert row within, it is to avoid relay is because warm in insert row Spend height and cause work the malfunctioning situation that can not cut off electric current, improve fire prevention insert row functional reliability, simple in construction, Convenient and practical.

Accompanying drawing explanation

Fig. 1 is overall schematic of the present utility model；

Fig. 2 is function modoularization schematic diagram of the present utility model；

Fig. 3 is circuit theory diagrams of the present utility model.

Accompanying drawing mark: 1, plug, 2, wire, 3, insert row housing, the 4, first power module, 5, electrical equipment interface, 6, temperature Detector unit, the 7, first control module, 8, relay module, 9, second source module, the 10, second control module, 11, channel radio Letter module, 12, temperature sensor, 13, emission of radio frequency signals module, 14, rf signal reception module, 15, heat-insulating room, 16, stone Cotton fiber layer.

Detailed description of the invention

It is described further with reference to Fig. 1～3 pairs of this utility model.

This utility model is to provide a kind of safe and reliable intelligent fire-proofing insert row, sets as it is shown in figure 1, include being sequentially connected with The plug 1 put, wire 2, insert row housing 3, insert row housing 3 is provided with the first power module 4, electrical equipment interface 5, temperature detection Unit 6 and the first control module 7, wire 2 is arranged in series relay module the 8, second electricity for pilot 2 break-make Source module 9 and the second control module 10；Being additionally provided with wireless communication module 11 in insert row housing 3, wireless communication module 11 receives It is also sent to the second control module 10 by the detected value of temperature detecting unit 6 wirelessly；Second control module 10 sound The action of relay module 8 should be controlled in the control signal of wireless communication module 11.Technique scheme, temperature detecting unit 6 The temperature signal detected is transferred to the first control module 7, the first control module 7 by said temperature signal through radio communication mold Block 11 is sent to the second control module 10, then the break-make by the second control module 10 pilot 2 being located on wire 2, when inserting When temperature in row's housing 3 is too high, the relay that is serially connected with on wire 2 disconnects, cuts off the electric current of whole insert row, prevent insert row from entering The fire that one step intensification causes, it also avoid relay high temperature relay being located at insert row housing 3 inside and cause malfunctioning Situation occurs.

Describing in detail, temperature detecting unit 6 includes the temperature sensor 12 being located at enclosure interior, and temperature sensor 12 gathers Temperature signal in housing also exports a temperature detection value and is transferred to first control circuit, and the test side of temperature sensor 12 is stretched into To the temperature within insert row housing 3 internal detection insert row housing 3, owing to the detection output of temperature sensor 12 is less, in reality Border can also arrange an amplifying circuit for amplifying said temperature detected value at the outfan of temperature sensor 12 during using Signal.

Be described in further detail, wireless communication module 11 include the emission of radio frequency signals module 13 be located on insert row housing 3 with And it is built in the rf signal reception module 14 in the second control module 10, the first control module 7 and emission of radio frequency signals module 13 control to connect, and rf signal reception module 14 communicates to connect with the second control module 10, and the second control module 10 is in response to penetrating Frequently the signal that signal receiving module 14 receives exports a control signal, by arranging emission of radio frequency signals module 13 and receiving mould Block so that the first control module 7 being located in insert row housing 3 can be located at the relay outside insert row housing 3 with wireless indirect control Device module 8.In the present embodiment, radio-frequency (RF) receiving and transmission module can use CC1101 wireless module, and it is integrated with radio frequency chip by MCU To forming complete control and Transmit Receive Unit together, and volume power consumption is less.

Further, as it is shown on figure 3, relay module 8 includes signal amplification circuit and relay body, signal amplifies Circuit receives after the control signal of the second control module 10 is amplified output to the coil of relay body, the electric shock switch of relay Series connection is linked in wire 2 loop, and by technique scheme, it is amplified directly that the second control module 10 exports control signal Armature adhesive in driving relay, simple in construction, it is easy to accomplish.

For the second control module, its control core can also use single-chip microcomputer, and the interface of single-chip microcomputer connects with radiofrequency signal Receive module communication connection the control signal according to radiofrequency signal output low and high level form.

In order to improve the job stability of modules, it is to avoid the fire-proof function caused because of wire 2 power-off lost efficacy, and carried The reliability of high fire prevention insert row work, first, second power module 9 all uses dry cell batteries to power core as power supply.

In order to effectively completely cut off insert row self-heating to the first control module 7 and the impact of wireless communication module 11, keep away Exempt from above-mentioned functions module to lose efficacy because of high temperature, improve the functional reliability of this intelligent fire-proofing insert row, optimization, insert row housing 3 Being provided with heat-insulating room 15, it is internal that first power module the 4, first control module, wireless communication module 11 are all located at heat-insulating room 15, temperature The temperature detection termination of detector unit 6 reaches the temperature in heat-insulating room 15 external detection insert row housing 3.

For playing good effect of heat insulation, the inwall of heat-insulating room 15 is provided with asbestos fibre layer 16 and/or aeroge carpet veneer.

The above is only preferred implementation of the present utility model, and protection domain of the present utility model is not limited merely to Above-described embodiment, all technical schemes belonged under this utility model thinking belong to protection domain of the present utility model.Should refer to Go out, for those skilled in the art, without departing from the some improvement under this utility model principle premise and Retouching, these improvements and modifications also should be regarded as protection domain of the present utility model.

Claims

1. an intelligent fire-proofing insert row, including being sequentially connected with the plug (1) of setting, wire (2), insert row housing (3), described insert row The first power module (4), electrical equipment interface (5), temperature detecting unit (6) and the first control module it is provided with on housing (3) (7), it is characterized in that:

The relay module (8) for pilot (2) break-make, second source module (9) it is arranged in series on described wire (2) And second control module (10)；

Being additionally provided with wireless communication module (11) in described insert row housing (3), described wireless communication module (11) receives temperature detection It is also sent to the second control module (10) by the detected value of unit (6) wirelessly；

Described second control module (10) controls the dynamic of relay module (8) in response to the control signal of wireless communication module (11) Make.

Intelligent fire-proofing insert row the most according to claim 1, is characterized in that: described temperature detecting unit (6) includes being located at The temperature sensor (12) of enclosure interior, described temperature sensor (12) gathers the temperature signal in housing and exports a temperature inspection Measured value is transferred to first control circuit.

Intelligent fire-proofing insert row the most according to claim 1, is characterized in that: described wireless communication module (11) includes being located at slotting Arrange the emission of radio frequency signals module (13) on housing (3) and be built in the rf signal reception mould in the second control module (10) Block (14), described first control module (7) controls to be connected with emission of radio frequency signals module (13), described rf signal reception module (14) communicating to connect with the second control module (10), described second control module (10) is in response to described rf signal reception module (14) signal received exports a control signal.

Intelligent fire-proofing insert row the most according to claim 3, is characterized in that: described relay module (8) includes that signal amplifies Circuit and relay body, described signal amplification circuit receives after the control signal of the second control module (10) is amplified and exports and arrive The coil of relay body, the electric shock switch series connection of described relay is linked in wire (2) loop.

Intelligent fire-proofing insert row the most according to claim 1, is characterized in that: described first power module (4), second source mould Block (9) all uses dry cell batteries to power core as power supply.

Intelligent fire-proofing insert row the most according to claim 1, is characterized in that: described insert row housing (3) is provided with heat-insulating room (15), Described first power module (4), the first control module, wireless communication module (11) are all located at described heat-insulating room (15) inside, institute The temperature detection termination stating temperature detecting unit (6) reaches the temperature in heat-insulating room (15) external detection insert row housing (3).

Intelligent fire-proofing insert row the most according to claim 6, is characterized in that: the inwall of described heat-insulating room (15) is provided with asbestos Fibrous layer (16) and/or aeroge carpet veneer.