CN108489002A - A kind of indoor temperature adjusting system and method based on computer control - Google Patents
A kind of indoor temperature adjusting system and method based on computer control Download PDFInfo
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- CN108489002A CN108489002A CN201810210888.XA CN201810210888A CN108489002A CN 108489002 A CN108489002 A CN 108489002A CN 201810210888 A CN201810210888 A CN 201810210888A CN 108489002 A CN108489002 A CN 108489002A
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/50—Control or safety arrangements characterised by user interfaces or communication
- F24F11/54—Control or safety arrangements characterised by user interfaces or communication using one central controller connected to several sub-controllers
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/70—Control systems characterised by their outputs; Constructional details thereof
- F24F11/72—Control systems characterised by their outputs; Constructional details thereof for controlling the supply of treated air, e.g. its pressure
- F24F11/79—Control systems characterised by their outputs; Constructional details thereof for controlling the supply of treated air, e.g. its pressure for controlling the direction of the supplied air
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F2110/00—Control inputs relating to air properties
- F24F2110/10—Temperature
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Human Computer Interaction (AREA)
- Air Conditioning Control Device (AREA)
Abstract
Include Central Control Module, the temperature monitoring module for monitoring indoor temperature, the warning module for sending out alarm signal and the first temperature adjustment module for indoor temperature to be adjusted for carrying out Comprehensive Control to indoor temperature the invention discloses the indoor temperature adjusting system controlled based on computer；The Central Control Module includes computer and database；The warning module is loudspeaker or LED；The indoor temperature adjusting method of the present invention, the temperature monitoring module monitor indoor actual temperature value and concurrently send warning message and send temperature Regulate signal to the Central Control Module；Central Control Module sends temperature adjustment instructions according to the temperature Regulate signal received and indoor temperature is adjusted to first temperature adjustment module；The indoor temperature adjusting system of the present invention can be monitored and adjust to indoor temperature in real time according to actual indoor temperature value and the target temperature value of setting, and adjusting real-time is good, and regulating effect is good.
Description
Technical field
The present invention relates to indoor temperature regulation technology fields, and in particular to a kind of indoor temperature tune based on computer control
Save system and method.
Background technology
Indoor temperature influences people’s lives very big；Need in people's daily life according to actual needs to temperature into
Row is adjusted；Traditional indoor temperature adjusting rely primarily on air-conditioning either heating but air-conditioning or heating do not have perception temperature
Degree, and need to carry out the function that real-time problem is adjusted according to the time of people；And air-conditioning or heating do not have warning function,
Cause traditional temperature control equipment poor to indoor temperature regulating effect, real-time performance is poor, cannot meet people to interior
The needs that temperature is adjusted.
Accordingly, it is desirable to provide one kind can be according to the real-time alert of actual temperature value, and in real time in regulation room
The indoor temperature adjusting system of temperature.
Invention content
The purpose of the present invention is to provide a kind of indoor temperature adjusting systems and method based on computer control, to solve
Certainly traditional temperature control equipment cannot be adjusted and be alarmed into trip temperature in real time, the poor problem of temperature regulation effect.
To achieve the above object, the technical scheme is that
A kind of indoor temperature adjusting system based on computer control, including be used to carry out Comprehensive Control to indoor temperature
Central Control Module, the temperature monitoring module for monitoring indoor temperature, the warning module for sending out alarm signal and use
In the first temperature adjustment module that indoor temperature is adjusted；The Central Control Module includes computer and database；Institute
It is loudspeaker or LED to state warning module.
Wherein, the temperature monitoring module include the first ARM controller, the body that is electrically connected with first ARM controller
Warm meter, the first early-warning lamp, the first liquid crystal display, second temperature monitoring part and the first temperature monitoring part；
The first temperature monitoring part includes cross slide way, and round table-like is arranged in what is slided on the cross slide way
One sliding seat is rotated along the center for being screwed with round bar shape axially to the upper end clamping or screw thread of first sliding seat
Bar is screwed with the first discoid acquisition disk in the threaded upper ends of the center swingle；
Along the circumferencial direction of the center swingle the first temperature sensor is uniformly connected in its edge；Along
Screw thread is screwed with the lateral fixed link of round bar shape to the radial direction of the center swingle to its upper, in the end of the lateral fixed link
Portion is connected with the longitudinally fixed bar of round bar, and the longitudinally fixed bar is connected in the downside of the first acquisition disk；
Discoid block is connected in one end of the cross slide way；
It is arranged with conditioning box in what is slided on the cross slide way, is led between the conditioning box and first sliding seat
Cross the first pull rod that screw thread is screwed with round bar shape；
Along the axial direction of the conditioning box, screw thread is screwed with the compressor arm of round bar shape to its upper, in stretching for the compressor arm
Enter to one end in the conditioning box to be connected with the first clamping block of cubic；
The the first slide-and-guide slot extended along its length direction is recessed in the top of the cross slide way, in described
It is recessed with first be adapted with first clamping block in one slide-and-guide slot and connects and fixes slot.
Wherein, the second temperature monitoring part includes discoid fixed seat, in the upper middle side part screw thread of the fixed seat
It is screwed with the center fixed link of round bar shape, the edge screw thread in the upside of the fixed seat is screwed with hemispherical first and adjusts
Seat；
It is hinged with the first adjusting rod of round bar shape to its upper along the radial direction of first adjustment seat, is adjusted in described first
The upper end of pole is connected with cylindric adjustment barrel；It is equipped with round bar shape along what the axial direction of the adjustment barrel was slided in the inner
Second adjusting rod；One end of second adjusting rod is connected with the top that circular and screw thread is rotatably connected in the center fixed link
Collection cyclization, the other end of second adjusting rod are connected with the first fixed plate of rectangle；
It is hinged with the second fixed plate of rectangle in the side far from second adjusting rod of first fixed plate, in institute
State the interior tie rod for being equipped with arc-shaped slided between the first fixed plate and second fixed plate；In first fixed plate
It is connected with second temperature sensor in second fixed plate；Two first adjusting rods are about the center fixed link
Symmetrically.
Wherein, first temperature adjustment module includes cooling box, in being connected in the middle part of the inner cavity of the cooling box
The cooling box is divided into the first temperature conditioning chamber and second temperature regulation room by spacing board, the intermediate bulkhead；In the drop
The upper end of incubator is connected with the first dsp controller；
It is connected with cold water storage cistern in the upper end of the cooling box, being connected with first in the top of first temperature conditioning chamber follows
Endless tube, the first circulation pipe are connected to the inner cavity of the cold water storage cistern；
It is screwed with the first fan in clamping or screw thread in first temperature conditioning chamber；In first temperature conditioning chamber
Side wall on be screwed with the first air outlet window, in being connected with the first thermometer on the side wall of first temperature conditioning chamber；
It is connected with boiler in the upper end of the second temperature regulation room；In in the second temperature regulation room clamping or
Screw thread is screwed with the second fan；It is connected with second circulation pipe, the second circulation pipe in the top of the second temperature regulation room
Upper end be connected to the inner cavity of the boiler；In being screwed with the second air outlet window on the side wall of the second temperature regulation room, in
It is connected with second temperature meter on the side wall of the second temperature regulation room；
First fan is consistent with the structure of the second fan.
Wherein, including first motor, in being electrically connected with first motor controller in the first motor, in first electricity
The first output shaft of round bar shape is screwed on machine, the screw thread in the end of first output shaft is screwed with round table-like guiding
Seat；
Discoid outer framework is connected in the end of the guide holder, in being connected with first on the side wall of the outer framework
It is clamped seat, the first flabellum is connected between the first clamping seat and the inner wall of the outer framework；
It is rotatably connected in the threaded one end of the second output shaft for being equipped with round bar shape in the outer framework, second output shaft
On the guide holder；It is screwed with round table-like integrated head in the other end screw thread of second output shaft；
In being connected with the second flabellum in the side wall of the integrated head, in one far from the integrated head of second flabellum
It is trapezoidal third flabellum that end, which is connected with longitudinal section,.
Wherein, first air outlet window includes the first mounting bracket of rectangle；Side wall in the side of first mounting bracket
On be connected with round table-like rotating basis, the first of ellipsoid is rotatably connected to axially to its end along the rotating basis
Swivel head；It is connected with the wind direction adjusting plate of rectangle in one end far from the rotating basis of first swivel head；Several
The rotating basis is uniformly distributed along the short transverse of first mounting bracket；
It is connected with columned second swivel head in one end far from first swivel head of the wind direction adjusting plate；In
The top of first mounting bracket is connected with cylindric positioning tube along its axial direction；
Along the longitudinal tie for being screwed with round bar shape radial to its internal thread of second swivel head；The longitudinal tie
Threaded upper ends be rotatably connected in the lower part of the positioning tube；
In the regulation handle for being equipped with round bar shape in the side wall of the lower part of first mounting bracket, the regulation handle is stretched
Enter to one end in first mounting bracket to be rotatably connected in the lower end of the longitudinal tie；
It is trapezoidal lower sealing plate to be hinged with longitudinal section in the bottom of first mounting bracket, in first mounting bracket
Circular positioning disk is connected in side；It is connected with the inward turning of round bar shape in the inner along the length direction of the lower sealing plate
Bull stick, the inward turning rod slides are arranged in the positioning disk.
A kind of indoor temperature adjusting method is used for the indoor temperature adjusting system, including step：
The temperature monitoring module monitors indoor actual temperature value and concurrently send warning message and send temperature Regulate signal
To the Central Control Module；
The Central Control Module sends temperature adjustment instructions to first temperature according to the temperature Regulate signal received
Indoor temperature is adjusted in degree adjustment module.
Wherein, the temperature monitoring module monitors indoor actual temperature value alert information of concurrently delivering newspaper and includes：Described first
The temperature deviation value C1 of first object temperature value T1 and permission is arranged in ARM controller；
First temperature sensor monitors to indoor temperature the first actual temperature value S1 and be sent to the first ARM control
Device；The second temperature sensor monitors the second actual temperature value S2 of indoor temperature and is sent to the first ARM controller；Institute
Clinical thermometer is stated to monitor the third actual temperature value S3 of indoor temperature and be sent to the first ARM controller；
The first actual temperature value S1, the second actual temperature value S2 are calculated in first ARM controller and third is real
The first arithmetic mean of instantaneous value S4 of border temperature value S3；
If S4 be more than the first object temperature value T1 and the temperature deviation value C1's and, the first ARM is controlled
Device processed drives first early-warning lamp to glow and send the first temperature Regulate signal to the Central Control Module；
If S4 is less than the difference that the first object temperature value T1 subtracts the temperature deviation value C1, the first ARM
Controller drives the first early-warning lamp green light and sends second temperature Regulate signal to the Central Control Module；
First liquid crystal display shows the first arithmetic mean of instantaneous value S4, the first actual temperature value S1, the second actual temperature
Value S2 and the second actual temperature value S4.
Wherein, the Central Control Module sends temperature adjustment instructions to described the according to the temperature Regulate signal that receives
One temperature adjustment module to indoor temperature be adjusted including：
If the Central Control Module receives the first temperature Regulate signal, then the Central Control Module is sent out
Send the first cooling signal to first dsp controller；First dsp controller sends electric motor starting signal to described first
Fan, the first fan rotation driving air flow through first circulation pipe, and final cold air is flow to from first air outlet window
Interior is to room temperature lowering；
First thermometer monitors indoor first real-time temperature values and is sent to first dsp controller in real time；
If first real-time temperature values are less than the first object temperature value T1 and temperature deviation value C1's
With then first dsp controller sends the first halt instruction to first fan to stop cooling down；
If first real-time temperature values are more than the first object temperature value T1 and temperature deviation value C1's
With then first dsp controller transmission continues cooling instruction and arrives first fan；
If the Central Control Module receives the second temperature Regulate signal, then Central Control Module sends the
One heating signal is to first dsp controller；First dsp controller sends electric motor starting signal to second wind
Fan, the second fan rotation driving air flow through second circulation pipe, and final hot-air flow to room from second air outlet window
It is interior to indoor heating；
The second temperature meter monitors indoor second real-time temperature values and is sent to first dsp controller in real time；
If second real-time temperature values subtract the temperature deviation value C1's more than the first object temperature value T1
Difference, then first dsp controller send the second halt instruction to second fan to stop heating up；
If second real-time temperature values subtract the temperature deviation value C1's less than the first object temperature value T1
Difference, then the first dsp controller transmission continue heating instruction to second fan.
The invention has the advantages that：
A kind of indoor temperature adjusting system based on computer control, including be used to carry out Comprehensive Control to indoor temperature
Central Control Module, the temperature monitoring module for monitoring indoor temperature, the warning module for sending out alarm signal and use
In the first temperature adjustment module that indoor temperature is adjusted；The Central Control Module includes computer and database；Institute
It is loudspeaker or LED to state warning module；
A kind of indoor temperature adjusting method is used for the indoor temperature adjusting system, including step：
The temperature monitoring module monitors indoor actual temperature value and concurrently send warning message and send temperature Regulate signal
To the Central Control Module；
The Central Control Module sends temperature adjustment instructions to first temperature according to the temperature Regulate signal received
Indoor temperature is adjusted in degree adjustment module；
The indoor temperature adjusting system of the present invention can be real-time according to the target temperature value of actual indoor temperature value and setting
Indoor temperature is monitored and is adjusted, adjust real-time it is good, regulating effect is good.
Description of the drawings
The functional block diagram of the indoor temperature adjusting system of Fig. 1 present invention.
The functional block diagram of the temperature monitoring module of Fig. 2 present invention.
The functional block diagram of the first temperature monitoring part of Fig. 3 present invention.
The functional block diagram of the second temperature monitoring part of Fig. 4 present invention.
The structural schematic diagram of the first temperature adjustment module of Fig. 5 present invention.
The structural schematic diagram of the first fan of Fig. 6 present invention.
The structural schematic diagram of the first air outlet window of Fig. 7 present invention.
1- Central Control Module；2- temperature monitoring modules；The first ARM controllers of 21-；22- clinical thermometers；The first early warning of 23-
Lamp；The first liquid crystal displays of 24-；25- second temperatures monitor part；251- fixed seats；The first adjustment seats of 252-；253- first is adjusted
Bar；254- adjustment barrels；The second adjusting rods of 255-；The first fixed plates of 256-；The second fixed plates of 257-；Tie rod in 258-；259-
Second temperature sensor；The centers 2510- fixed link；2511- collection cyclization；26- the first temperature monitoring parts；261- first acquires disk；
The first temperature sensors of 262-；The centers 263- swingle；The longitudinally fixed bars of 264-；265- transverse direction fixed links；266- blocks；267-
Cross slide way；The first sliding seats of 268-；269- conditioning boxes；2610- first connects and fixes slot；The first clamping blocks of 2611-；2612-
Compressor arm；The first pull rods of 2613-；The first temperature adjustment modules of 3-；31- cooling box；The first dsp controllers of 32-；33- cold water storage cisterns；
The first thermometers of 34-；The first air outlet windows of 35-；The first mounting brackets of 351-；352- wind direction adjusting plates；The first swivel heads of 353-；354-
Rotating basis；Sealing plate under 355-；356- positioning disks；Swingle in 357-；358- regulation handles；359- longitudinal ties；3510-
Second swivel head；3511- positioning tubes；36- first circulation pipes；The first fans of 37-；371- first motors；The first output shafts of 372-；
373- guide holders；374- outer frameworks；The first flabellums of 375-；376- first is clamped seat；377- third flabellums；The second flabellums of 378-；
379- integrated heads；The second output shafts of 3710-；3711- first motor controllers；38- intermediate bulkheads；The second fans of 39-；310-
Two circulation pipes；The second air outlet windows of 311-；312- second temperature meters；313- boilers；4- warning modules.
Specific implementation mode
The following examples are used to illustrate the present invention, but are not intended to limit the scope of the present invention..
Embodiment 1
The indoor temperature adjusting system based on computer control of the present embodiment 1, including be used to carry out indoor temperature
The Central Control Module 1 of Comprehensive Control, the temperature monitoring module 2 for monitoring indoor temperature, for sending out the pre- of alarm signal
Alert module 4 and the first temperature adjustment module 3 for indoor temperature to be adjusted；The Central Control Module 1 includes calculating
Machine and database；The warning module 4 is loudspeaker or LED.
The indoor temperature adjusting system of the present invention can be real-time according to the target temperature value of actual indoor temperature value and setting
Indoor temperature is monitored and is adjusted, adjust real-time it is good, regulating effect is good.
Embodiment 2
Further, increase following feature and connection relation on the basis of embodiment 1：
The temperature monitoring module 2 of the present embodiment 2 includes the first ARM controller 21 and first ARM controller 21
The clinical thermometer 22 of electrical connection, the first early-warning lamp 23, the first liquid crystal display 24, second temperature monitoring part 25 and the first temperature monitoring
Part 26；
The first temperature monitoring part 26 includes cross slide way 267, and circle is arranged in what is slided on the cross slide way 267
First sliding seat 268 of mesa-shaped is clamped axially to the upper end along first sliding seat 268 or screw thread is screwed with round bar
The center swingle 263 of shape is screwed with the first discoid acquisition disk 261 in the threaded upper ends of the center swingle 263；
Along the circumferencial direction of the center swingle 263 the first temperature sensor is uniformly connected in its edge
262；Along the radial direction of the center swingle 263, screw thread is screwed with the lateral fixed link 265 of round bar shape to its upper, in described
The end of lateral fixed link 265 is connected with the longitudinally fixed bar 264 of round bar, and the longitudinally fixed bar 264 is connected in described first
Acquire the downside of disk 261；
Discoid block 266 is connected in one end of the cross slide way 267；
It is arranged with conditioning box 269 in what is slided on the cross slide way 267, is slided in the conditioning box 269 and described first
The first pull rod 2613 of round bar shape is screwed between dynamic seat 268 by screw thread；
Along the axial direction of the conditioning box 269, screw thread is screwed with the compressor arm 2612 of round bar shape to its upper, in the pressure
The one end of tight bar 2612 extending into the conditioning box 269 is connected with the first clamping block 2611 of cubic；
The the first slide-and-guide slot extended along its length direction is recessed in the top of the cross slide way 267, in institute
It states first for being recessed in the first slide-and-guide slot and being adapted with first clamping block 2611 and connects and fixes slot 2610.
The second temperature monitoring part 25 includes discoid fixed seat 251, in the upper middle side part spiral shell of the fixed seat 251
Line is screwed with the center fixed link 2510 of round bar shape, and the edge screw thread in the upside of the fixed seat 251 is screwed with hemispherical
The first adjustment seat 252；
The first adjusting rod 253 of round bar shape is hinged with to its upper along the radial direction of first adjustment seat 252, in described
The upper end of first adjusting rod 253 is connected with cylindric adjustment barrel 254；It is slided in the inner along the axial direction of the adjustment barrel 254
The second adjusting rod 255 for being equipped with round bar shape；One end of second adjusting rod 255 is connected with circular and screw thread and is rotatably connected in
The collection cyclization 2511 on the top of the center fixed link 2510, the other end of second adjusting rod 255 are connected with the of rectangle
One fixed plate 256；
Be hinged with rectangle in the side far from second adjusting rod 255 of first fixed plate 256 second is fixed
Plate 257, that slides is equipped with the interior tie rod of arc-shaped between first fixed plate 256 and second fixed plate 257
258；In being connected with second temperature sensor 259 in first fixed plate 256 and second fixed plate 257；Two institutes
It is symmetrical about the center fixed link 2510 to state the first adjusting rod 253.
First temperature adjustment module 3 includes cooling box 31, in being connected in the middle part of the inner cavity of the cooling box 31
Interval 38, the cooling box 31 is divided into the first temperature conditioning chamber and second temperature regulation room by the intermediate bulkhead 38；In institute
The upper end for stating cooling box 31 is connected with the first dsp controller 32；
It is connected with cold water storage cistern 33 in the upper end of the cooling box 31, is connected in the top of first temperature conditioning chamber
One circulation pipe 36, the first circulation pipe 36 are connected to the inner cavity of the cold water storage cistern 33；
It is screwed with the first fan 37 in clamping or screw thread in first temperature conditioning chamber；It is adjusted in first temperature
The first air outlet window 35 is screwed on the side wall of room, in being connected with the first thermometer 34 on the side wall of first temperature conditioning chamber；
It is connected with boiler 313 in the upper end of the second temperature regulation room；It is clamped in the second temperature regulation room
Or screw thread is screwed with the second fan 39；It is connected with second circulation pipe 310 in the top of the second temperature regulation room, described
The upper end of two circulation pipes 310 is connected to the inner cavity of the boiler 313；It is screwed on the side wall of the second temperature regulation room
Second air outlet window 311, in being connected with second temperature meter 312 on the side wall of the second temperature regulation room；
First fan 37 is consistent with the structure of second fan 39.
Including first motor 371, in being electrically connected with first motor controller 3711 in the first motor 371, in described
The first output shaft 372 of round bar shape is screwed in first motor 371, the screw thread in the end of first output shaft 372 is screwed on
There is round table-like guide holder 373；
Discoid outer framework 374 is connected in the end of the guide holder 373, on the side wall of the outer framework 374
It is connected with the first clamping seat 376, the first fan is connected between the first clamping seat 376 and the inner wall of the outer framework 374
Leaf 375；
In the second output shaft 3710 for being equipped with round bar shape in the outer framework 374, the one of second output shaft 3710
End screw thread is rotatably connected on the guide holder 373；It is screwed with round table-like collection in the other end screw thread of second output shaft 3710
At first 379；
In being connected with the second flabellum 378 in the side wall of the integrated head 379, in second flabellum 378 far from described
It is trapezoidal third flabellum 377 that one end of integrated head 379, which is connected with longitudinal section,.
First air outlet window 35 includes the first mounting bracket 351 of rectangle；Side in the side of first mounting bracket 351
It is connected with round table-like rotating basis 354 on wall, ellipsoid is rotatably connected to axially to its end along the rotating basis 354
First swivel head 353 of shape；It is connected with rectangle in one end far from the rotating basis 354 of first swivel head 353
Wind direction adjusting plate 352；Several described rotating basis 354 are uniformly distributed along the short transverse of first mounting bracket 351；
It is connected with columned second rotation in one end far from first swivel head 353 of the wind direction adjusting plate 352
Rotary head 3510；Cylindric positioning tube 3511 is connected with along its axial direction in the top of first mounting bracket 351；
Along the longitudinal tie 359 for being screwed with round bar shape radial to its internal thread of second swivel head 3510；It is described
The threaded upper ends of longitudinal tie 359 are rotatably connected in the lower part of the positioning tube 3511；
In the regulation handle 358 for being equipped with round bar shape in the side wall of the lower part of first mounting bracket 351, the adjusting hand
The one end of handle 358 extending into first mounting bracket 351 is rotatably connected in the lower end of the longitudinal tie 359；
It is trapezoidal lower sealing plate 355 to be hinged with longitudinal section in the bottom of first mounting bracket 351, in first peace
It shelves and is connected with circular positioning disk 356 in 351 side；
It is connected with the interior swingle 357 of round bar shape, the inward turning in the inner along the length direction of the lower sealing plate 355
What bull stick 357 slided is arranged in the positioning disk 356.
Embodiment 3
Further, on the basis of embodiment 2：
A kind of indoor temperature adjusting method is used for the indoor temperature adjusting system, including step：
The temperature monitoring module 2 monitors indoor actual temperature value and concurrently send warning message and send temperature Regulate signal
To the Central Control Module 1；
The Central Control Module 1 sends temperature adjustment instructions to first temperature according to the temperature Regulate signal received
Indoor temperature is adjusted in degree adjustment module 3.
The temperature monitoring module 2 monitors indoor actual temperature value alert information of concurrently delivering newspaper：The first ARM controls
The temperature deviation value C1 of first object temperature value T1 and permission is arranged in device 21 processed；
First temperature sensor 262 monitors the first actual temperature value S1 of indoor temperature and is sent to the first ARM
Controller 21；The second temperature sensor 259 monitors the second actual temperature value S2 of indoor temperature and is sent to the first ARM
Controller 21；The clinical thermometer 22 monitors the third actual temperature value S3 of indoor temperature and is sent to the first ARM controller 21；
The first actual temperature value S1, the second actual temperature value S2 and third are calculated in first ARM controller 21
The first arithmetic mean of instantaneous value S4 of actual temperature value S3；
If S4 be more than the first object temperature value T1 and the temperature deviation value C1's and, the first ARM is controlled
Device 21 processed drives first early-warning lamp 23 to glow and sends the first temperature Regulate signal to the Central Control Module 1；
If S4 is less than the difference that the first object temperature value T1 subtracts the temperature deviation value C1, the first ARM
Controller 21 drives 23 green light of the first early-warning lamp and sends second temperature Regulate signal to the Central Control Module 1；
First liquid crystal display 24 shows the first arithmetic mean of instantaneous value S4, the first actual temperature value S1, the second practical temperature
Angle value S2 and the second actual temperature value S4.
The Central Control Module 1 sends temperature adjustment instructions to first temperature according to the temperature Regulate signal received
Degree adjustment module 3 to indoor temperature be adjusted including：
If the Central Control Module 1 receives the first temperature Regulate signal, then the Central Control Module 1
The first cooling signal is sent to first dsp controller 32；First dsp controller 32 sends electric motor starting signal to institute
State the first fan 37, the rotation of the first fan 37 driving air flows through first circulation pipe 36, and final cold air is from described first
Air outlet window 35 flow to interior to room temperature lowering；
Indoor first real-time temperature values of the monitoring in real time of first thermometer 34 are simultaneously sent to first dsp controller
32；
If first real-time temperature values are less than the first object temperature value T1 and temperature deviation value C1's
With then first dsp controller 32 sends the first halt instruction to first fan 37 to stop cooling down；
If first real-time temperature values are more than the first object temperature value T1 and temperature deviation value C1's
With then first dsp controller 32 transmission continues cooling instruction and arrives first fan 37；
If the Central Control Module 1 receives the second temperature Regulate signal, then Central Control Module 1 is sent
The first heating signal is to first dsp controller 32；First dsp controller 32 sends electric motor starting signal to described the
Two fans 39, second fan 39 rotation driving air flow through second circulation pipe 310, and final hot-air is from second outlet air
Window 311 flow to interior to indoor heating；
Indoor second real-time temperature values of the monitoring in real time of the second temperature meter 312 are simultaneously sent to first dsp controller
32；
If second real-time temperature values subtract the temperature deviation value C1's more than the first object temperature value T1
Difference, then first dsp controller 32 send the second halt instruction to second fan 39 to stop heating up；
If second real-time temperature values subtract the temperature deviation value C1's less than the first object temperature value T1
Difference, the then transmission of the first dsp controller 32 continue heating instruction to second fan 39.
Although above having used general explanation and specific embodiment, the present invention is described in detail, at this
On the basis of invention, it can be made some modifications or improvements, this will be apparent to those skilled in the art.Therefore,
These modifications or improvements without departing from theon the basis of the spirit of the present invention belong to the scope of protection of present invention.
Claims (9)
1. it is a kind of based on computer control indoor temperature adjusting system, which is characterized in that including be used for indoor temperature into
The Central Control Module (1) of row Comprehensive Control, the temperature monitoring module (2) for monitoring indoor temperature, for sending out alarm signal
Number warning module (4) and the first temperature adjustment module (3) for indoor temperature to be adjusted；The Central Control Module
(1) include computer and database；The warning module (4) is loudspeaker or LED.
2. the indoor temperature adjusting system according to claim 1 based on computer control, which is characterized in that the temperature prison
It surveys module (2) and includes the first ARM controller (21), the clinical thermometer (22) being electrically connected with first ARM controller (21), first
Early-warning lamp (23), the first liquid crystal display (24), second temperature monitoring part (25) and the first temperature monitoring part (26)；
The first temperature monitoring part (26) includes cross slide way (267), is arranged in what is slided on the cross slide way (267)
Round table-like the first sliding seat (268) is clamped axially to the upper end along first sliding seat (268) or screw thread is screwed on
The center swingle (263) for having round bar shape is screwed with discoid first in the threaded upper ends of the center swingle (263) and adopts
Catch basin (261)；
Along the circumferencial direction of the center swingle (263) the first temperature sensor is uniformly connected in its edge
(262)；Along the radial direction of the center swingle (263), screw thread is screwed with the lateral fixed link (265) of round bar shape to its upper,
It is connected with the longitudinally fixed bar (264) of round bar, longitudinally fixed bar (264) card in the end of the lateral fixed link (265)
It is connected to the downside of the first acquisition disk (261)；
It is connected with discoid block (266) in one end of the cross slide way (267)；
It is arranged with conditioning box (269) in what is slided on the cross slide way (267), in the conditioning box (269) and described first
The first pull rod (2613) of round bar shape is screwed between sliding seat (268) by screw thread；
Along the axial direction of the conditioning box (269), screw thread is screwed with the compressor arm (2612) of round bar shape to its upper, in the pressure
The one end of tight bar (2612) extending into the conditioning box (269) is connected with the first clamping block (2611) of cubic；
The the first slide-and-guide slot extended along its length direction is recessed in the top of the cross slide way (267), in described
It is recessed with first be adapted with first clamping block (2611) in first slide-and-guide slot and connects and fixes slot (2610).
3. the indoor temperature adjusting system according to claim 2 based on computer control, which is characterized in that second temperature
Degree monitors the fixed seat (251) that part (25) includes discoid, and round bar is screwed in the upper middle side part screw thread of the fixed seat (251)
The center fixed link (2510) of shape, the edge screw thread in the upside of the fixed seat (251) are screwed with hemispherical first and adjust
Save seat (252)；
The first adjusting rod (253) of round bar shape is hinged with to its upper along the radial direction of first adjustment seat (252), in described
The upper end of first adjusting rod (253) is connected with cylindric adjustment barrel (254)；Along the adjustment barrel (254) axially to it
The second adjusting rod (255) for being equipped with round bar shape of interior sliding；One end of second adjusting rod (255) be connected with it is circular and
The collection that screw thread is rotatably connected in the top of the center fixed link (2510) is cyclic (2511), second adjusting rod (255) it is another
End is connected with the first fixed plate (256) of rectangle；
Be hinged with rectangle in the side far from second adjusting rod (255) of first fixed plate (256) second is fixed
Plate (257), that is slided between first fixed plate (256) and second fixed plate (257) is equipped with the interior of arc-shaped
Tie rod (258)；It is sensed in being connected with second temperature on first fixed plate (256) and second fixed plate (257)
Device (259)；Two first adjusting rods (253) are symmetrical about the center fixed link (2510).
4. the indoor temperature adjusting system according to claim 3 based on computer control, which is characterized in that first temperature
It includes cooling box (31) to spend adjustment module (3), and intermediate bulkhead (38), institute are connected in the middle part of the inner cavity of the cooling box (31)
It states intermediate bulkhead (38) and the cooling box (31) is divided into the first temperature conditioning chamber and second temperature regulation room；In the cooling
The upper end of case (31) is connected with the first dsp controller (32)；
It is connected with cold water storage cistern (33) in the upper end of the cooling box (31), is connected in the top of first temperature conditioning chamber
One circulation pipe (36), the first circulation pipe (36) are connected to the inner cavity of the cold water storage cistern (33)；
It is screwed with the first fan (37) in clamping or screw thread in first temperature conditioning chamber；In first temperature conditioning chamber
Side wall on be screwed with the first air outlet window (35), in being connected with the first thermometer on the side wall of first temperature conditioning chamber
(34)；
It is connected with boiler (313) in the upper end of the second temperature regulation room；In in the second temperature regulation room clamping or
Person's screw thread is screwed with the second fan (39)；It is connected with second circulation pipe (310) in the top of the second temperature regulation room, it is described
The upper end of second circulation pipe (310) is connected to the inner cavity of the boiler (313)；In on the side wall of the second temperature regulation room
It is screwed with the second air outlet window (311), in being connected with second temperature meter (312) on the side wall of the second temperature regulation room；
First fan (37) is consistent with the structure of the second fan (39).
5. the indoor temperature adjusting system according to claim 4 based on computer control, which is characterized in that including the first electricity
Machine (371), in being electrically connected with first motor controller (3711) in the first motor (371), in the first motor (371)
On be screwed with the first output shaft (372) of round bar shape, the screw thread in the end of first output shaft (372) is screwed with round table-like
Guide holder (373)；
It is connected with discoid outer framework (374), the side wall in the outer framework (374) in the end of the guide holder (373)
On be connected with the first clamping seat (376), in it is described first clamping seat (376) and the inner wall of the outer framework (374) between be clamped
There is the first flabellum (375)；
The second output shaft (3710) of round bar shape is equipped in the outer framework (374), second output shaft (3710)
Threaded one end is rotatably connected on the guide holder (373)；It is screwed with round platform in the other end screw thread of second output shaft (3710)
The integrated head (379) of shape；
In being connected with the second flabellum (378) in the side wall of the integrated head (379), in the separate institute of second flabellum (378)
The one end for stating integrated head (379) is connected with longitudinal section as trapezoidal third flabellum (377).
6. the indoor temperature adjusting system according to claim 5 based on computer control, which is characterized in that described first goes out
Air regulator (35) includes the first mounting bracket (351) of rectangle；In being connected with circle on the side wall of the side of first mounting bracket (351)
The rotating basis (354) of mesa-shaped is rotatably connected to the first of ellipsoid axially to its end along the rotating basis (354)
Swivel head (353)；It is connected with the wind of rectangle in one end far from the rotating basis (354) of first swivel head (353)
To adjustable plate (352)；Several described rotating basis (354) are uniformly divided along the short transverse of first mounting bracket (351)
Cloth；
It is connected with columned second rotation in one end far from first swivel head (353) of the wind direction adjusting plate (352)
Rotary head (3510)；Cylindric positioning tube (3511) is connected with along its axial direction in the top of first mounting bracket (351)；
Along the longitudinal tie (359) for being screwed with round bar shape radial to its internal thread of second swivel head (3510)；It is described
The threaded upper ends of longitudinal tie (359) are rotatably connected in the lower part of the positioning tube (3511)；
In the regulation handle (358) for being equipped with round bar shape in the side wall of the lower part of first mounting bracket (351), the adjusting hand
The one end of handle (358) extending into first mounting bracket (351) is rotatably connected in the lower end of the longitudinal tie (359)；
It is trapezoidal lower sealing plate (355) to be hinged with longitudinal section in the bottom of first mounting bracket (351), in first peace
It shelves and is connected with circular positioning disk (356) in the side of (351)；Along the lower sealing plate (355) length direction in
The interior swingle (357) of round bar shape is connected in it, interior swingle (357) sliding is arranged in the positioning disk (356)
It is interior.
7. a kind of indoor temperature adjusting method, for indoor temperature adjusting system described in claim 6, which is characterized in that including
Step：
The temperature monitoring module (2) monitor indoor actual temperature value concurrently send warning message and send temperature Regulate signal to
The Central Control Module (1)；
The Central Control Module (1) sends temperature adjustment instructions to first temperature according to the temperature Regulate signal received
Indoor temperature is adjusted in adjustment module (3).
8. indoor temperature adjusting method according to claim 7, which is characterized in that the temperature monitoring module (2) monitors room
Interior actual temperature value alert information of concurrently delivering newspaper includes：First ARM controller (21) setting first object temperature value T1 and
The temperature deviation value C1 of permission；
First temperature sensor (262) monitors the first actual temperature value S1 of indoor temperature and is sent to the first ARM controls
Device (21) processed；The second temperature sensor (259) monitors the second actual temperature value S2 of indoor temperature and is sent to first
ARM controller (21)；The clinical thermometer (22) monitors the third actual temperature value S3 of indoor temperature and is sent to the first ARM controls
Device (21) processed；
The first actual temperature value S1, the second actual temperature value S2 are calculated in first ARM controller (21) and third is real
The first arithmetic mean of instantaneous value S4 of border temperature value S3；
If S4 be more than the first object temperature value T1 and the temperature deviation value C1's and, first ARM controller
(21) first early-warning lamp (23) is driven to glow and send the first temperature Regulate signal to the Central Control Module (1)；
If S4 is less than the difference that the first object temperature value T1 subtracts the temperature deviation value C1, the first ARM controls
Device (21) drives the first early-warning lamp (23) green light and sends second temperature Regulate signal to the Central Control Module
(1)；
First liquid crystal display (24) shows the first arithmetic mean of instantaneous value S4, the first actual temperature value S1, the second actual temperature
Value S2 and the second actual temperature value S4.
9. indoor temperature adjusting method according to claim 8, which is characterized in that Central Control Module (1) basis connects
The temperature Regulate signal received sends temperature adjustment instructions and indoor temperature is adjusted to first temperature adjustment module (3)
Including：
If the Central Control Module (1) receives the first temperature Regulate signal, then the Central Control Module (1)
The first cooling signal is sent to first dsp controller (32)；First dsp controller (32) sends electric motor starting signal
To first fan (37), the first fan (37) rotation driving air flows through first circulation pipe (36), final cold air
Interior is flow to room temperature lowering from first air outlet window (35)；
Indoor first real-time temperature values of first thermometer (34) monitoring in real time are simultaneously sent to first dsp controller
(32)；
If first real-time temperature values be less than the first object temperature value T1 and the temperature deviation value C1's and, then
First dsp controller (32) sends the first halt instruction to first fan (37) to stop cooling down；
If first real-time temperature values be more than the first object temperature value T1 and the temperature deviation value C1's and, then
First dsp controller (32), which sends, continues cooling instruction to first fan (37)；
If the Central Control Module (1) receives the second temperature Regulate signal, then Central Control Module (1) is sent
The first heating signal is to first dsp controller (32)；First dsp controller (32) sends electric motor starting signal to institute
State the second fan (39), the second fan (39) rotation driving air flows through second circulation pipe (310), and final hot-air is from institute
It states the second air outlet window (311) and flow to interior to indoor heating；
Indoor second real-time temperature values of the second temperature meter (312) monitoring in real time are simultaneously sent to first dsp controller
(32)；
If second real-time temperature values are more than the difference that the first object temperature value T1 subtracts the temperature deviation value C1,
Then first dsp controller (32) sends the second halt instruction to second fan (39) to stop heating up；
If second real-time temperature values are less than the difference that the first object temperature value T1 subtracts the temperature deviation value C1,
Then first dsp controller (32), which sends, continues heating instruction to second fan (39).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810210888.XA CN108489002B (en) | 2018-03-14 | 2018-03-14 | Indoor temperature adjusting system and method based on computer control |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810210888.XA CN108489002B (en) | 2018-03-14 | 2018-03-14 | Indoor temperature adjusting system and method based on computer control |
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| CN108489002A true CN108489002A (en) | 2018-09-04 |
| CN108489002B CN108489002B (en) | 2020-04-28 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810210888.XA Expired - Fee Related CN108489002B (en) | 2018-03-14 | 2018-03-14 | Indoor temperature adjusting system and method based on computer control |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111220299A (en) * | 2020-01-19 | 2020-06-02 | 珠海格力电器股份有限公司 | Temperature detection method and device and air conditioning unit |
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| CN108489002B (en) | 2020-04-28 |
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