CN205505317U - Seal space environment safety intelligent control device - Google Patents
Seal space environment safety intelligent control device Download PDFInfo
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- CN205505317U CN205505317U CN201620149495.9U CN201620149495U CN205505317U CN 205505317 U CN205505317 U CN 205505317U CN 201620149495 U CN201620149495 U CN 201620149495U CN 205505317 U CN205505317 U CN 205505317U
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Abstract
The utility model relates to a seal space environment safety intelligent control device. It includes indoor set, off -premises station and sensor group. Having air intake, evaporimeter, controller, ponding dish, fan, amortization pipeline and air outlet in the indoor set, having the compressor in the off -premises station, sensor group includes outdoor temperature sensor and indoor temperature and humidity sensor, and evaporimeter, fan, compressor, outdoor temperature sensor and indoor temperature and humidity sensor are the electricity with the controller respectively and are connected. Its characteristics have air intake component on the air intake of box. Air intake component 's one end and air intake are sealing connection, and have the side valve door on the outer wall. Air intake component 's the other end is sealing connection with the air intake of enclosure space, and this end has outer valve. The side valve door is the electricity in the controller respectively with outer valve and connects, and controller still electricity is connected with the waste heat valve. Adopt this intelligent control device to the indoor environmental control of carrying on of enclosure space, the more energy -conserving energy can reach better cooling dehumidification effect simultaneously.
Description
Technical field
This utility model relates to a kind of space intelligent of closing and controls device, specifically can be by gas flow optimized mode and changes the intelligent controlling device of the indoor environment closing space.
Background technology
At present, the closing space such as the transformer station in power industry of Some features, computer controlling center in telecommunications industry and the Surveillance center etc. in radio, TV and film industries, it is required for building in the region of scarcity or underground, by monitoring system, operation and the environmental aspect of power equipment in closing space are implemented long-distance monitor and control again, the cooling air draft that it is configured, fire alarm, toxic gas safety dumping, floods control, the environment auxiliary unitses such as sterilization depositing dust, remain the most separate, small automatic device without dialogue function, need manually to pay close attention to, understand and control the information of these equipment, on-line monitoring cannot be realized, automatically control, Intelligent adjustment, collaborative interactive function.
Chinese utility model patent ZL201420640805.8 discloses a kind of transformer station indoor environment intelligent controlling device, and it includes the indoor set being arranged in transformer station, the off-premises station being arranged on outside transformer station and sensor group；Indoor set includes casing, the top of casing has air inlet, bottom to have air outlet, vaporizer, water accumulating disc, blower fan and silencing pipeline is had the most successively in casing, vaporizer is corresponding with air inlet position, water accumulating disc is positioned at the underface of vaporizer, the upper end of silencing pipeline and blower fan are in being tightly connected, and the lower end of silencing pipeline and air outlet are in being tightly connected；Have controller in casing, this controller respectively with vaporizer, blower fan in electrically connecting；Having compressor in off-premises station, the controller of this compressor and indoor set is in electrically connecting；Sensor group includes outdoor temperature humidity sensor and indoor temperature and humidity sensor, outdoor temperature humidity sensor, indoor temperature and humidity sensor respectively with controller in electrically connecting.During use, the air inlet of indoor set is connected on the air inlet of transformer station, then indoor temperature and humidity sensor and outdoor temperature humidity sensor are attached separately on the wall of transformer station's indoor and outdoor.The indoor and outdoor humiture situation that controller can arrive according to indoor, outdoor temperature humidity sensor acquisition, starts blower fan or the compressor action of off-premises station in good time.When outdoor temperature is less than controller setting value, the compressor of off-premises station does not starts, and the most only starts blower fan and is introduced by outdoor natural cooling source, and indoor by entering into transformer station after silencing pipeline.When outdoor temperature is higher than controller setting value, compressor and the blower fan of off-premises station all start, and blower fan introduces new wind so that after new wind carries out sufficient heat exchange with vaporizer, then it is indoor to enter into transformer station by silencing pipeline.This device can by outdoor natural cooling source and air conditioner refrigerating with the use of, save the energy, it is to avoid excessive drop temperature, equipment condensation etc..
But, this intelligent controlling device is only capable of being adjusted indoor humiture environment by the air floating manner of indoor and outdoor.And gradual warming up along with temperature of the earth in recent years, odd-numbered day mean temperature often occurring summer more than 40 degree, high noon, outdoor maximum temperature even can be more than 60 degree.Now, outdoor temperature is too high compared with controller setting value, and the compressor of off-premises station and the vaporizer of indoor set need to consume substantial amounts of energy consumption, and the new wind of outdoor introducing is carried out cooling process.This needs to expend the substantial amounts of energy, and cooling and effect on moisture extraction are the most undesirable simultaneously, lose more than gain.
Utility model content
Problem to be solved in the utility model is to provide a kind of closing spatial environments safety intelligent control device, uses this intelligent controlling device to carrying out environmental Kuznets Curves, the more energy-conservation energy in closing space chamber, can reach more preferable cool-down dehumidification effect simultaneously.
For solving the problems referred to above, take techniques below scheme:
Closing spatial environments safety intelligent control device of the present utility model, including the indoor set being arranged in closing space, is arranged on the off-premises station and sensor group closed outside space.Described indoor set includes casing, the top of casing has air inlet, bottom to have air outlet, vaporizer, water accumulating disc, blower fan and silencing pipeline is had the most successively in casing, the position of described vaporizer is corresponding with air inlet position, water accumulating disc is positioned at the underface of vaporizer, the upper end of silencing pipeline and blower fan are in being tightly connected, and the lower end of silencing pipeline and air outlet are in being tightly connected.Have controller in described casing, this controller respectively with described vaporizer, blower fan in electrically connecting.Having compressor in described off-premises station, the controller of this compressor and indoor set is in electrically connecting.Described sensor group includes outdoor temperature humidity sensor and indoor temperature and humidity sensor, outdoor temperature humidity sensor, indoor temperature and humidity sensor respectively with described controller in electrically connecting.Being characterized on the air inlet of described casing being provided with air inlet component, this air inlet component is short tube shape.One end of described air inlet component and air inlet are in being tightly connected, and have side valve door on the outer wall of this end.The other end of described air inlet component with close the air inlet in space in being tightly connected, and this end has outer valve.Described side valve door and outer valve are electrical connection respectively at described controller, and controller is also electrically connected with and is arranged on the waste heat valve closing top, space.
Further improvement of the utility model scheme is that described sensor group also includes Smoke Sensor, dust sensor and oxygen level sensor, Smoke Sensor, dust sensor, oxygen level sensor respectively with described controller in electrically connecting.The smog closed in the indoor environment of space, dust, oxygen content can be monitored by these sensors, it is to avoid the potential safety hazard existed when personnel pass in and out.
Further improvement of the utility model scheme is to be provided with the dust bag for purification filtering in described air inlet component.Dust bag can carry out primary purification to outdoor air so that outside oarse-grained dust is blocked in, and improves the quality of room air, reduces the probability of indoor set line clogging simultaneously.
Further improvement of the utility model scheme is to be provided with grid on the air outlet of described casing.Grid can be used for the wind direction of air-out in conditioning chamber, convenient uses.
Further improvement project of the present utility model is to have opening on described casing, and in being tightly connected between a side of controller and this opening, and there is the LCDs for man-machine interaction this side of controller.Casing arranges opening, and the LCDs of controller is exposed, be favorably configured the most on the apparatus with personnel, operate, it is simple to man-machine interaction.
Take such scheme, have the advantage that
Owing to closing spatial environments safety intelligent control device of the present utility model is provided with air inlet component on the air inlet of casing, this air inlet component is short tube shape；One end of air inlet component and air inlet are in being tightly connected, and have side valve door on the outer wall of this end；The other end of air inlet component with close the air inlet in space in being tightly connected, and this end has outer valve；Side valve door and outer valve are electrical connection respectively at described controller, and controller is also electrically connected with and is arranged on the waste heat valve closing top, space.During use, the indoor and outdoor humiture situation that controller can arrive according to indoor, outdoor temperature humidity sensor acquisition, it is turned on and off each valve in good time, starts blower fan or the compressor action of off-premises station, reach to control the purpose of indoor environment.When outdoor temperature is less than controller setting value, controller controls outer valve and waste heat valve is opened simultaneously, side valve closing, it is now in outer circulation state, the compressor of off-premises station does not starts, only start blower fan to be introduced by outdoor natural cooling source by outer valve, and by entering into after silencing pipeline in closing space chamber.When outdoor temperature is higher than controller setting value, controller controls outer valve and waste heat valve simultaneously closes off, side valve opening, it is now in interior recurrent state, compressor and the blower fan of off-premises station all start, blower fan introduces indoor wind by side valve door so that after indoor wind carries out sufficient heat exchange with vaporizer, then is back to close in space chamber by silencing pipeline.It can thus be appreciated that, closing spatial environments safety intelligent control device of the present utility model by outdoor natural cooling source and air conditioner refrigerating with the use of while, can also be by the open and close controlling between valve, realize the switching of outer circulation and interior circulation, the too high impact on plant energy consumption of outdoor temperature can be avoided, reach more preferable cool-down dehumidification effect.
Accompanying drawing explanation
Fig. 1 is the structural representation of closing spatial environments safety intelligent control device of the present utility model；
Fig. 2 is the enlarged diagram of indoor set in Fig. 1；
Fig. 3 is the right view (front view) of Fig. 2；
Fig. 4 is the enlarged diagram of air inlet component in Fig. 1；
Fig. 5 is the left view of Fig. 4.
Detailed description of the invention
Below in conjunction with accompanying drawing, this utility model is described in further detail.
As depicted in figs. 1 and 2, closing spatial environments safety intelligent control device of the present utility model includes the indoor set 100 being arranged in closing space, is arranged on the off-premises station 200 and sensor group closed outside space.Described indoor set 100 includes casing, the top of casing has air inlet 1, bottom to have air outlet 7, vaporizer 2, water accumulating disc 3, blower fan 5 and silencing pipeline 6 is had the most successively in casing, the position of described vaporizer 2 is corresponding with air inlet 1 position, water accumulating disc 3 is positioned at the underface of vaporizer 2, the upper end of silencing pipeline 6 and blower fan 5 are in being tightly connected, and the lower end of silencing pipeline 6 and air outlet 7 are in being tightly connected.Have controller 4 in described casing, this controller 4 respectively with described vaporizer 2, blower fan 5 in electrically connecting.Having compressor in described off-premises station 200, the controller 4 of this compressor and indoor set 100 is in electrically connecting.Described sensor group includes outdoor temperature humidity sensor 401 and indoor temperature and humidity sensor 402, outdoor temperature humidity sensor 401, indoor temperature and humidity sensor 402 respectively with described controller 4 in electrically connecting.
As shown in Figure 1, Figure 4 and Figure 5, the air inlet 1 of described casing being provided with air inlet component 300, this air inlet component 300 is in short tube shape.One end of described air inlet component 300 and air inlet 1 are in being tightly connected, and have side valve door 10 on the outer wall of this end.The other end of described air inlet component 300 with close the air inlet in space in being tightly connected, and this end has outer valve 11.Described side valve door 10 and outer valve 11 are respectively at described controller 4 in electrical connection, and controller 4 is also electrically connected with and is arranged on the waste heat valve 500 closing top, space.
In order to reach more preferable indoor environment monitoring effect, described sensor group can also arrange Smoke Sensor, dust sensor and oxygen level sensor etc., Smoke Sensor, dust sensor, oxygen level sensor respectively with described controller 4 in electrically connecting.During use, these sensors all should be arranged in closing space, and the smog closed in space, dust, oxygen content can be monitored by they, it is to avoid the potential safety hazard existed when personnel pass in and out.
Additionally, in order to purify the outside new wind entering closing space, dust bag can also be set in described air inlet component 300, utilize dust bag that outdoor air is carried out primary purification, outside oarse-grained dust is blocked in, improve the quality of room air, reduce the probability of indoor set 100 line clogging simultaneously.
As it is shown on figure 3, the present embodiment is additionally provided with grid 9 on the air outlet 7 of described casing.Opening is arranged at the top of casing, and in being tightly connected between a side of controller 4 and this opening, and there is the LCDs 8 for man-machine interaction this side of controller 4.Grid 9 can be used for the wind direction of air-out in conditioning chamber, convenient uses.Casing arranges opening, and the LCDs 8 of controller 4 is exposed, be favorably configured the most on the apparatus with personnel, operate, it is simple to man-machine interaction.
Closing spatial environments safety intelligent control device of the present utility model is particularly suitable and closes in space such as the Surveillance center in the transformer station in power industry, the computer controlling center in telecommunications industry and radio, TV and film industries etc..Before using, need to arrange relevant parameter in the LCDs 8 of controller 4.In order to ensure that closing the environmental aspect in space meets requirement when power equipment runs, this intelligent controlling device should be at longtime running state, and indoor humiture should be close with the setting value of controller 4.
During use, the indoor and outdoor humiture situation that controller 4 can arrive according to indoor, outdoor temperature humidity sensor acquisition, it is turned on and off each valve in good time, starts blower fan 5 or the compressor action of off-premises station 200, reach to control the purpose of indoor environment.When outdoor temperature is less than controller 4 setting value, controller 4 controls outer valve 11 and waste heat valve 500 is opened simultaneously, side valve door 10 is closed, the most whole closing space is in outer circulation state, the compressor of off-premises station 200 does not starts, only start blower fan 5 to be introduced by outdoor natural cooling source by outer valve 11, and by entering into after silencing pipeline 6 in closing space.(the longtime running due to device when outdoor temperature is higher than controller 4 setting value, close the humiture in space close with setting value, therefore outdoor temperature is higher than setting value, generally also it is higher than indoor temperature), controller 4 controls outer valve 11 and waste heat valve 500 simultaneously closes off, side valve door 10 is opened, the most whole closing space is in interior recurrent state, compressor and the blower fan 5 of off-premises station 200 all start, blower fan 5 introduces indoor wind by side valve door 10, after making indoor wind carry out sufficient heat exchange with vaporizer 2, it is back to close in space by silencing pipeline 6 again.In the weather that summer is hot, close the temperature outdoor temperature to be significantly lower than in space, the cool-down dehumidification mode of circulation in now using, the energy consumption of device can be substantially reduced, also can obtain more preferable Temperature and Humidity Control effect simultaneously.
Claims (5)
1. close spatial environments safety intelligent control device, including the indoor set (100) being arranged in closing space, be arranged on the off-premises station (200) and sensor group closed outside space；Described indoor set (100) includes casing, the top of casing has air inlet (1), bottom to have air outlet (7), vaporizer (2), water accumulating disc (3), blower fan (5) and silencing pipeline (6) is had the most successively in casing, the position of described vaporizer (2) is corresponding with air inlet (1) position, water accumulating disc (3) is positioned at the underface of vaporizer (2), the upper end of silencing pipeline (6) and blower fan (5) are in being tightly connected, and the lower end of silencing pipeline (6) and air outlet (7) are in being tightly connected；Have controller (4) in described casing, this controller (4) respectively with described vaporizer (2), blower fan (5) in electrically connecting；Described off-premises station has compressor in (200), and the controller (4) of this compressor and indoor set (100) is in electrically connecting；Described sensor group includes outdoor temperature humidity sensor (401) and indoor temperature and humidity sensor (402), outdoor temperature humidity sensor (401), indoor temperature and humidity sensor (402) respectively with described controller (4) in electrically connecting；It is characterized in that being provided with on the air inlet (1) of described casing air inlet component (300), this air inlet component (300) is in short tube shape；One end of described air inlet component (300) and air inlet (1) are in being tightly connected, and have side valve door (10) on the outer wall of this end；The other end of described air inlet component (300) with close the air inlet in space in being tightly connected, and this end has outer valve (11)；Described side valve door (10) and outer valve (11) are respectively at described controller (4) in electrical connection, and controller (4) is also electrically connected with and is arranged on the waste heat valve (500) closing top, space.
2. closing spatial environments safety intelligent control device as claimed in claim 1, it is characterized in that described sensor group also includes Smoke Sensor, dust sensor and oxygen level sensor, Smoke Sensor, dust sensor, oxygen level sensor respectively with described controller (4) in electrically connecting.
3. closing spatial environments safety intelligent control device as claimed in claim 1, it is characterised in that described air inlet component is provided with the dust bag for purification filtering in (300).
4. closing spatial environments safety intelligent control device as claimed in claim 1, it is characterised in that be provided with grid (9) on the air outlet (7) of described casing.
5. the closing spatial environments safety intelligent control device as according to any one of Claims 1-4, it is characterized in that there is opening on described casing, in being tightly connected between one side of controller (4) and this opening, and there is the LCDs (8) for man-machine interaction this side of controller (4).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201620149495.9U CN205505317U (en) | 2016-02-29 | 2016-02-29 | Seal space environment safety intelligent control device |
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| CN201620149495.9U CN205505317U (en) | 2016-02-29 | 2016-02-29 | Seal space environment safety intelligent control device |
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| CN205505317U true CN205505317U (en) | 2016-08-24 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105571090A (en) * | 2016-02-29 | 2016-05-11 | 江苏高远电力科技有限公司 | Safe and intelligent control device for enclosed space environment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105571090A (en) * | 2016-02-29 | 2016-05-11 | 江苏高远电力科技有限公司 | Safe and intelligent control device for enclosed space environment |
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