CN105549663A - Remote full-automatic temperature and humidity monitoring method and system for chick transporting vehicle - Google Patents
Remote full-automatic temperature and humidity monitoring method and system for chick transporting vehicle Download PDFInfo
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- CN105549663A CN105549663A CN201610034187.6A CN201610034187A CN105549663A CN 105549663 A CN105549663 A CN 105549663A CN 201610034187 A CN201610034187 A CN 201610034187A CN 105549663 A CN105549663 A CN 105549663A
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- G05D—SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
- G05D27/00—Simultaneous control of variables covered by two or more of main groups G05D1/00 - G05D25/00
- G05D27/02—Simultaneous control of variables covered by two or more of main groups G05D1/00 - G05D25/00 characterised by the use of electric means
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Abstract
The invention discloses a remote full-automatic temperature and humidity monitoring method and system for a chick transporting vehicle. A control terminal enables a control program to be transmitted through a wireless communication protocol, and a main controller receives and loads the control program according to the wireless communication protocol through a wireless communication device. The control program comprises a plurality of control conditions and execution contents respectively corresponding to each control condition. The control conditions comprise a season mode, a temperature range, and a humidity range. The execution contents comprise the control modes of one or many of an air inlet control device, a humidifying device, a heating device, a temperature reducing device, a circulating fan control device, an air exhaust device, a relay fan control device, and an air outlet control device. The method and system can monitor the temperature and humidity of the interior of the chick transporting vehicle remotely in real time, carry out remote control, enables the temperature and humidity of the interior of the chick transporting vehicle to remain in a better range which is suitable for the growing of chicks, improves the intelligent performance of the chick transporting vehicle, and reduces the labor intensity of a driver.
Description
Technical field
The present invention relates to a kind of poultry transporting equipment and transportation resources, particularly relate to a kind of fortune long-range full-automatic epidemic disaster method for supervising of young car and supervisory system.
Background technology
In chick transport vehicle, the control situation of temperature and humidity directly affects the health condition of chick, and the method adopting Non-follow control humiture in the young car of fortune of the prior art, manual control wastes time and energy and control effects is undesirable more.
Summary of the invention
In order to overcome shortcoming of the prior art, the invention provides a kind of fortune long-range full-automatic epidemic disaster method for supervising of young car and supervisory system.
The long-range full-automatic epidemic disaster method for supervising of the young car of fortune provided by the invention comprises:
Control program is sent by wireless communication protocol by control terminal 0, master controller 1 receives described control program by radio communication device 2 according to described wireless communication protocol and loads, and described control program comprises multiple controlled condition and the execution content corresponding with each controlled condition; Described controlled condition comprises Seasonal Model, temperature range, humidity range; Described execution content comprises the control mode to one or more device in air inlet control device 3, damping device 4, heating arrangement 5, heat sink 6, circulating fan control device 7, air exhausting device 8, relay air blower control device 9, air outlet control device 10;
The temperature and humidity that described master controller 1 Real-time Obtaining Temperature Humidity Sensor 11 detects, judges current satisfied controlled condition according to described temperature and described humidity, performs the execution content that controlled condition is therewith corresponding.
Said method can also have following characteristics:
The epidemic disaster data of Temperature Humidity Sensor (11) described in described master controller (1) Real-time Obtaining, and air inlet control device (3), damping device (4), heating arrangement (5), heat sink (6), circulating fan control device (7), air exhausting device (8), relay air blower control device (9), air outlet control device (10) status data, and described epidemic disaster data and described status data are sent to described control terminal (0) by described channel radio device (2).
Said method can also have following characteristics:
Described control terminal 0 obtains the controlled condition modify instruction of user's input, is sent by described controlled condition modify instruction by wireless communication protocol; Described controlled condition modify instruction comprises the mark of controlled condition, also comprises the updated value of at least one parameter in Seasonal Model, temperature range, humidity range; Described master controller 1 receives described controlled condition modify instruction by described wireless communication protocol, revises the parameter value of the controlled condition corresponding with the mark of described controlled condition according to the described controlled condition modify instruction received.
Described control terminal 0 obtains the execution content modification instruction of user's input, the instruction of described execution content modification is sent by wireless communication protocol; The instruction of described execution content modification comprises the mark of controlled condition, also comprises one or more device in air inlet control device 3, damping device 4, heating arrangement 5, heat sink 6, circulating fan control device 7, air exhausting device 8, relay air blower control device 9, air outlet control device 10 and is called the control mode of destination apparatus; Described master controller 1 receives described controlled condition modify instruction by described wireless communication protocol, revises the control mode of the destination apparatus corresponding to the described execution content identified corresponding to corresponding controlled condition according to the described controlled condition modify instruction received.
Said method can also have following characteristics:
To the control mode of described air inlet control device 3 be: the opening angle or the size that control air inlet door leaf;
To the control mode of described damping device 4 be: open or close;
To the control mode of described heating arrangement 5 be: open or close;
To the control mode of described heat sink 6 be: open or close;
To the control mode of described circulating fan control device 7 be: the ratio that controlled circulation blower fan is opened;
To the control mode of described air exhausting device 8 be: open exhaust fan or close exhaust fan;
To the control mode of described relay air blower control device 9 be: open relay air blower or close relay air blower;
To the control mode of described air outlet control device 10 be: the opening angle or the size that control air outlet door leaf.
Said method can also have following characteristics:
Described control terminal 0 obtain user input forbid instruction, by described forbid instruction sent by wireless communication protocol; Described forbidding indicates the mark comprising destination apparatus;
Described master controller 1 forbids instruction described in being received by described wireless communication protocol, according to receiving, forbid instruction by the control content identification of the respective objects device in all execution contents for forbidding automatically; When described master controller 1 performs described execution content, only perform not identify and forbid controlling content automatically;
Described control terminal 0 obtain user input restart instruction, by described restart instruction sent by wireless communication protocol; The described mark of restarting instruction and comprising destination apparatus;
Described master controller 1 restarts instruction described in being received by described wireless communication protocol, according to restart described in receiving instruction by the control content of the respective objects device in all execution contents forbid identify deletion automatically.
The long-range full-automatic epidemic disaster supervisory system of the young car of fortune provided by the invention comprises control terminal 0, the radio communication device 2, air inlet control device 3, damping device 4, heating arrangement 5, heat sink 6, circulating fan control device 7, air exhausting device 8, relay air blower control device 9, air outlet control device 10, the Temperature Humidity Sensor 11 that also comprise master controller 1 and be all connected with described master controller 1;
Described control terminal 0, for sending control program by wireless communication protocol; Described control program comprises multiple controlled condition and the execution content corresponding with each controlled condition; Described controlled condition comprises Seasonal Model, temperature range, humidity range; Described execution content comprises the control mode to one or more device in air inlet control device 3, damping device 4, heating arrangement 5, heat sink 6, circulating fan control device 7, air exhausting device 8, relay air blower control device 9, air outlet control device 10;
Described master controller 1, load for the control program that sent according to described wireless communication protocol receiving terminal by radio communication device 2, also for temperature and humidity that Real-time Obtaining Temperature Humidity Sensor 11 detects, judge current satisfied controlled condition according to described temperature and described humidity, perform the execution content that controlled condition is therewith corresponding.
Said system can also have following characteristics:
Described master controller (1), also for the epidemic disaster data of Temperature Humidity Sensor described in Real-time Obtaining (11), and air inlet control device (3), damping device (4), heating arrangement (5), heat sink (6), circulating fan control device (7), air exhausting device (8), relay air blower control device (9), air outlet control device (10) status data, and described epidemic disaster data and described status data are sent to described control terminal (0) by described channel radio device (2).
Said system can also have following characteristics:
Described system is installed in the young car of fortune, and the young car of described fortune comprises pilothouse and compartment, interior be provided with vertical partition described compartment is divided into be positioned at front portion, compartment buffering between and be positioned at rear portion, compartment fortune young bird between; Antetheca between buffering has air inlet, and air inlet is provided with air inlet door leaf and air inlet device 3, and between fortune young bird, the top of rear end has air outlet, and air outlet place is provided with air outlet door leaf and air outlet control device 10; Described master controller 1 is positioned between described pilothouse or described buffering, and described radio communication device 2 is positioned at described pilothouse, and described damping device 4, described heating arrangement 5 and described heat sink 6 are positioned between described buffering; Described circulating fan device 7 is positioned on described vertical partition; Described air exhausting device 8 and described relay air blower device 9 are positioned at the top between described fortune young bird; Described Temperature Humidity Sensor 11 is fixed on the top between described fortune young bird or hangs in described fortune young bird.
Said system can also have following characteristics:
Described control terminal 0, also for obtaining the controlled condition modify instruction of user's input, is sent described controlled condition modify instruction by wireless communication protocol; Described controlled condition modify instruction comprises the mark of controlled condition, also comprises the updated value of at least one parameter in Seasonal Model, temperature range, humidity range; Also for obtaining the execution content modification instruction of user's input, the instruction of described execution content modification is sent by wireless communication protocol; The instruction of described execution content modification comprises the mark of controlled condition, also comprises one or more device in air inlet control device 3, damping device 4, heating arrangement 5, heat sink 6, circulating fan control device 7, air exhausting device 8, relay air blower control device 9, air outlet control device 10 and is called the control mode of destination apparatus;
Described master controller 1, also for receiving described controlled condition modify instruction by described wireless communication protocol, revises the parameter value of the controlled condition corresponding with the mark of described controlled condition according to the described controlled condition modify instruction received; Also for receiving described controlled condition modify instruction by described wireless communication protocol, revise the control mode of the destination apparatus corresponding to the described execution content identified corresponding to corresponding controlled condition according to the described controlled condition modify instruction received.
Said system can also have following characteristics:
Described control terminal 0, also for obtain user input forbid instruction, by described forbid instruction sent by wireless communication protocol; Described forbidding indicates the mark comprising destination apparatus; Also for obtain user input restart instruction, by described restart instruction sent by wireless communication protocol; The described mark of restarting instruction and comprising destination apparatus;
Described master controller 1, also forbids instruction described in being received by described wireless communication protocol, according to receiving, forbid instruction by the control content identification of the respective objects device in all execution contents for forbidding automatically; When described master controller 1 performs described execution content, only perform not identify and forbid controlling content automatically; Also described in being received by described wireless communication protocol, restart instruction, according to restart described in receiving instruction by the control content of the respective objects device in all execution contents forbid identify deletion automatically.
Automatic temperature and humidity monitoring system is adopted in the present invention, temperature and humidity in young car can be transported by Real-Time Monitoring, can also control to transport the temperature and humidity in young car by real time remote, make the temperature and humidity in the young car of fortune remain the preferred range of suitable chick growth, improve intelligent, the labour intensity that reduces driver of the young car of fortune.
Accompanying drawing explanation
Fig. 1 be embodiment long-distance full-automatic epidemic disaster supervisory system the young car of fortune in the schematic diagram of set-up mode;
Fig. 2 is the process flow diagram transporting the long-range full-automatic epidemic disaster method for supervising of young car in embodiment.
Specific embodiment
For making the object of the embodiment of the present invention, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can combination in any mutually.
There is the automatic warm in the young car of fortune of automatic temperature and humidity monitoring system, humidity control system comprises control terminal 0, the radio communication device 2, air inlet control device 3, damping device 4, heating arrangement 5, heat sink 6, circulating fan control device 7, air exhausting device 8, relay air blower control device 9, air outlet control device 10, the Temperature Humidity Sensor 11 that also comprise master controller 1 and be all connected with master controller 1.Temperature Humidity Sensor 11 can be one, two or more.
Fig. 1 is the structural drawing of fortune young car in embodiment with automatic warm, humidity control system.There is automatic temperature and humidity monitoring system be installed in the young car of fortune.Transport young car and comprise pilothouse and compartment, interior be provided with vertical partition compartment is divided into be positioned at front portion, compartment buffering between and be positioned at rear portion, compartment fortune young bird between; Antetheca between buffering has air inlet, and air inlet is provided with air inlet device 3, and between fortune young bird, the top of rear end has air outlet, and air outlet place is provided with air outlet control device 10; Master controller 1 is positioned between pilothouse or buffering, and radio communication device 2 is positioned at pilothouse, and damping device 4, heating arrangement 5 and heat sink 6 are positioned between buffering; Circulating fan device 7 is positioned on vertical partition; Air exhausting device 8 and relay air blower device 9 are positioned at the top between fortune young bird; Temperature Humidity Sensor 11 is fixed on the top between fortune young bird or hangs in fortune young bird.The number of Temperature Humidity Sensor 11 can be 2, lays respectively at the front and rear between fortune young bird.
Master controller 1 is for the epidemic disaster data of Real-time Obtaining Temperature Humidity Sensor 11, and air inlet control device 3, damping device 4, heating arrangement 5, heat sink 6, circulating fan control device 7, air exhausting device 8, relay air blower control device 9, air outlet control device 10 status data, and epidemic disaster data and status data are sent to control terminal 0 by channel radio device 2.
Native system can also comprise and to be connected with master controller 1 and to be positioned at the display of pilothouse.This display can be the display device only for showing, such as liquid crystal display, for showing the epidemic disaster data and/or status data that master controller 1 collects; Also can also be touch display screen, be provided with control program, human pilot can be controlled master controller 1 by this touch display screen.
Control terminal 0 in native system comprises controller and wireless communication chips, can be industrial computer also can be removable computer also can be mobile communication terminal.This control terminal 0 can be arranged in pilothouse and be manipulated by human pilot, also can be arranged in monitoring control center by managerial personnel's operated from a distance.
Heat sink 6 in native system is cascade control device.
Fig. 2 is the process flow diagram young car of fortune being carried out to automatic warm, humidity control method, and this method comprises:
Step 1: control program is sent by wireless communication protocol by control terminal 0, master controller 1 is loaded according to wireless communication protocol receiving control program by radio communication device 2.
Wherein, control program comprises multiple controlled condition and the execution content corresponding with each controlled condition; Controlled condition comprises Seasonal Model, temperature range, humidity range; Execution content comprises the control mode to one or more device in air inlet control device 3, damping device 4, heating arrangement 5, heat sink 6, circulating fan control device 7, air exhausting device 8, relay air blower control device 9, air outlet control device 10.
Step 2: the temperature and humidity that master controller 1 Real-time Obtaining Temperature Humidity Sensor 11 detects, judges current satisfied controlled condition according to temperature and humidity, performs the corresponding execution content of controlled condition therewith to coupled each device.
Can be with under type to the control mode of each device in the step 1 of this method:
To the control mode of air inlet control device 3 be: the opening angle or the size that control air inlet door leaf;
To the control mode of damping device 4 be: open or close;
To the control mode of heating arrangement 5 be: open or close;
To the control mode of heat sink 6 be: open or close;
To the control mode of circulating fan control device 7 be: the ratio that controlled circulation blower fan is opened;
To the control mode of air exhausting device 8 be: open exhaust fan or close exhaust fan;
To the control mode of relay fan controller 9 be: open relay air blower or close relay air blower;
To the control mode of air outlet control device 10 be: the opening angle or the size that control air outlet door leaf.
Illustrate in following following citing that performing NM equipment in content is defaulted as closed condition:
Controlled condition one: winter mode, temperature range for being greater than 29 DEG C, humidity is less than 40%.
The execution content corresponding with controlled condition one: by air inlet control device 3 air inlet door leaf opened maximum angle 1/10th, by air outlet control device 10 air outlet door leaf to be opened maximum angle, start air exhausting device 8, relay air blower control device 9, open damping device 4.
Controlled condition two: winter mode, temperature range for being greater than 29 DEG C, humidity is greater than 40%.
The execution content corresponding with controlled condition two: by air inlet control device 3 air inlet door leaf opened maximum angle 1/10th, by air outlet control device 10 air outlet door leaf to be opened maximum angle, start air exhausting device 8, relay air blower control device 9.
Controlled condition three: winter mode, temperature range 27-29 DEG C, humidity is less than 40%.
The execution content corresponding with controlled condition three: by air inlet control device 3 air inlet door leaf opened maximum angle 1/10th, to be opened whole circulating fan by circulating fan device 7, by air outlet control device 10 air outlet door leaf opened 1/2nd of maximum angle, start relay air blower control device 9, open damping device 4.
Controlled condition four: winter mode, temperature range 27-29 DEG C, humidity is greater than 40%.
The execution content corresponding with controlled condition four: by air inlet control device 3 air inlet door leaf opened maximum angle 1/10th, to be opened whole circulating fan by circulating fan device 7, by air outlet control device 10 air outlet door leaf opened 1/2nd of maximum angle, start relay air blower device 9.
Controlled condition five: winter mode, temperature range 26.5-27 DEG C, humidity is less than 40%.
The execution content corresponding with controlled condition five: by air inlet control device 3 air inlet door leaf opened maximum angle 1/10th, to be opened by circulating fan device 7 ON cycle blower fan sum 3/4, by air outlet control device 10 air outlet door leaf to be opened maximum angle 1/3rd, start relay air blower device 9, open damping device 4.
Controlled condition six: winter mode, temperature range 26.5-27 DEG C, humidity is greater than 40%.
The execution content corresponding with controlled condition six: by air inlet control device 3 air inlet door leaf opened maximum angle 1/10th, to be opened by circulating fan device 7 ON cycle blower fan sum 3/4, by air outlet control device 10 air outlet door leaf to be opened maximum angle 1/3rd, start relay air blower device 9.
Controlled condition seven: winter mode, temperature range 26-26.5 DEG C, humidity is less than 40%.
The execution content corresponding with controlled condition seven: by air inlet control device 3 air inlet door leaf opened maximum angle 1/10th, to be opened by circulating fan device 7 ON cycle blower fan sum 1/2, by air outlet control device 10 air outlet door leaf to be opened maximum angle 1/3rd, start relay air blower device 9, open damping device 4.
Controlled condition eight: winter mode, temperature range 26-26.5 DEG C, humidity is greater than 40%.
The execution content corresponding with controlled condition eight: by air inlet control device 3 air inlet door leaf opened maximum angle 1/10th, to be opened by circulating fan device 7 ON cycle blower fan sum 1/2, by air outlet control device 10 air outlet door leaf to be opened maximum angle 1/3rd, start relay air blower device 9.
Controlled condition nine: winter mode, temperature range are less than 26 DEG C, humidity is less than 40%.
The execution content corresponding with controlled condition nine: by air inlet control device 3 air inlet door leaf opened maximum angle 1/10th, to be opened by circulating fan device 7 ON cycle blower fan sum 1/2, by air outlet control device 10 air outlet door leaf to be opened maximum angle 1/5th, open heating arrangement 5, start relay air blower device 9, open damping device 4.
Controlled condition ten: winter mode, temperature range are less than 26 DEG C, humidity is greater than 40%.
The execution content corresponding with controlled condition nine: by air inlet control device 3 air inlet door leaf opened maximum angle 1/10th, to be opened by circulating fan device 7 ON cycle blower fan sum 1/2, by air outlet control device 10 air outlet door leaf to be opened maximum angle 1/5th, open heating arrangement 5, start relay air blower device 9.
Controlled condition 11: summer mode, temperature range for being less than 26 DEG C, humidity do not limit.
The execution content corresponding with controlled condition 11: by air inlet control device 3 air inlet door leaf opened maximum angle 1/10th, by air outlet control device 10 air outlet door leaf to be opened maximum angle 1/3rd, start relay air blower device 9.
Controlled condition 12: summer mode, temperature range are 26-27 DEG C, humidity is not limit.
The execution content corresponding with controlled condition 12: by air inlet control device 3 air inlet door leaf opened maximum angle 1/2nd, to be opened by circulating fan device 7 ON cycle blower fan sum 3/4, by air outlet control device 10 air outlet door leaf to be opened maximum angle 1/3rd, start relay air blower device 9.
Controlled condition 12: summer mode, temperature range are 27-28 DEG C, humidity is not limit.
The execution content corresponding with controlled condition 12: by air inlet control device 3 air inlet door leaf opened maximum angle 1/2nd, to be opened by circulating fan device 7 ON cycle blower fan sum 1/2, by air outlet control device 10 air outlet door leaf to be opened maximum angle 1/3rd, start relay air blower device 9.
Controlled condition 12: summer mode, temperature range are 28-30 DEG C, humidity is not limit.
The execution content corresponding with controlled condition 12: air inlet door leaf opened maximum angle by air inlet control device 3, opened by circulating fan device 7 and open all circulating fans, by air outlet control device 10 air outlet door leaf opened 1/3rd of maximum angle, start relay air blower device 9.
Controlled condition 12: summer mode, temperature range for being greater than 30 DEG C, humidity do not limit.
The execution content corresponding with controlled condition 12: air inlet door leaf opened maximum angle by air inlet control device 3, opened by circulating fan device 7 and open all circulating fans, by air outlet control device 10 air outlet door leaf opened 1/3rd of maximum angle, start relay air blower device 9, open heat sink 6.
Control terminal 0 is provided with supervisory routine, and for adapting to the user demand of not vehicle, Various Seasonal, user by the controlled condition on control terminal 0 remotely modifying master controller 1 and can perform content.Specifically comprise:
Control terminal 0 obtains the controlled condition modify instruction of user's input, is sent by controlled condition modify instruction by wireless communication protocol; Controlled condition modify instruction comprises the mark of controlled condition, also comprises the updated value of at least one parameter in Seasonal Model, temperature range, humidity range; Master controller 1 receives controlled condition modify instruction by wireless communication protocol, revises the parameter value of the controlled condition corresponding with the mark of controlled condition according to the controlled condition modify instruction received.
Control terminal 0 obtains the execution content modification instruction of user's input, the instruction of execution content modification is sent by wireless communication protocol; Perform the mark that content modification instruction comprises controlled condition, also comprise one or more device in air inlet control device 3, damping device 4, heating arrangement 5, heat sink 6, circulating fan control device 7, air exhausting device 8, relay air blower control device 9, air outlet control device 10 and be called the control mode of destination apparatus; Master controller 1 receives controlled condition modify instruction by wireless communication protocol, the control mode of destination apparatus corresponding in the execution content corresponding to the controlled condition that the controlled condition modify instruction amendment received is corresponding to mark.
User can by the state of a control of certain device of control terminal 0 Long-distance Control, and namely this device is automatic control state and Non-follow control state.Specifically comprise:
Control terminal 0 obtain user input forbid instruction, will forbid indicate sent by wireless communication protocol; Forbid indicating the mark comprising destination apparatus; Master controller 1 is received by wireless communication protocol forbids instruction, forbids instruction by the control content identification of the respective objects device in all execution contents for forbidding automatically according to what receive; When master controller 1 performs above-mentioned execution content, only perform not identify and forbid controlling content automatically; Now destination apparatus is only manually to control.
Control terminal 0 obtain user input restart instruction, will restart indicate sent by wireless communication protocol; Restart the mark that instruction comprises destination apparatus.Master controller 1 by wireless communication protocol receive restarts instruction, according to receive restart instruction by the control content of the respective objects device in all execution contents forbid identify deletion automatically.Now destination apparatus also can manually can be controlled by automatic control.
Also comprise in the step 2 of said method: the epidemic disaster data of master controller 1 Real-time Obtaining Temperature Humidity Sensor 11, and air inlet control device 3, damping device 4, heating arrangement 5, heat sink 6, circulating fan control device 7, air exhausting device 8, relay air blower control device 9, air outlet control device 10 status data, and epidemic disaster data and status data are sent to control terminal 0 by channel radio device 2.
Control terminal 0 in native system and the content performed by master controller with describe in said method identical, repeat no more herein.
Automatic temperature and humidity monitoring system is adopted in the present invention, temperature and humidity in young car can be transported by Real-Time Monitoring, can also control to transport the temperature and humidity in young car by real time remote, make the temperature and humidity in the young car of fortune remain the preferred range of suitable chick growth, improve intelligent, the labour intensity that reduces driver of the young car of fortune.
In addition, it should be noted that, the specific embodiment described in this instructions, the shape, institute's title of being named etc. of its parts and components can be different, and the above content described in this instructions is only to structure example of the present invention explanation.
Above-described content can combine enforcement individually or in every way, and these variant are all within protection scope of the present invention.
In this article, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thus make to comprise the article of a series of key element or equipment not only comprises those key elements, but also comprise other key elements clearly do not listed, or also comprise by this article or the intrinsic key element of equipment.When not more restrictions, the key element limited by statement " comprising ... ", and be not precluded within the article or equipment comprising key element and also there is other identical element.
Above embodiment only in order to technical scheme of the present invention and unrestricted to be described, only with reference to preferred embodiment to invention has been detailed description.Those of ordinary skill in the art should be appreciated that and can modify to technical scheme of the present invention or equivalent replacement, and does not depart from the spirit and scope of technical solution of the present invention, all should be encompassed in the middle of right of the present invention.
Claims (10)
1. transport the long-range full-automatic epidemic disaster method for supervising of young car, it is characterized in that, described method comprises:
Control program is sent by wireless communication protocol by control terminal (0), master controller (1) receives described control program by radio communication device (2) according to described wireless communication protocol and loads, and described control program comprises multiple controlled condition and the execution content corresponding with each controlled condition; Described controlled condition comprises Seasonal Model, temperature range, humidity range; Described execution content comprises the control mode to one or more device in air inlet control device (3), damping device (4), heating arrangement (5), heat sink (6), circulating fan control device (7), air exhausting device (8), relay air blower control device (9), air outlet control device (10);
The temperature and humidity that described master controller (1) Real-time Obtaining Temperature Humidity Sensor (11) detects, judges current satisfied controlled condition according to described temperature and described humidity, performs the execution content that controlled condition is therewith corresponding.
2. the method for claim 1, is characterized in that, described method also comprises:
The epidemic disaster data of Temperature Humidity Sensor (11) described in described master controller (1) Real-time Obtaining, and air inlet control device (3), damping device (4), heating arrangement (5), heat sink (6), circulating fan control device (7), air exhausting device (8), relay air blower control device (9), air outlet control device (10) status data, and described epidemic disaster data and described status data are sent to described control terminal (0) by described channel radio device (2).
3. the method for claim 1, is characterized in that, described method also comprises:
Described control terminal (0) obtains the controlled condition modify instruction of user's input, is sent by described controlled condition modify instruction by wireless communication protocol; Described controlled condition modify instruction comprises the mark of controlled condition, also comprises the updated value of at least one parameter in Seasonal Model, temperature range, humidity range; Described master controller (1) receives described controlled condition modify instruction by described wireless communication protocol, revises the parameter value of the controlled condition corresponding with the mark of described controlled condition according to the described controlled condition modify instruction received.
Described control terminal (0) obtains the execution content modification instruction of user's input, the instruction of described execution content modification is sent by wireless communication protocol; The instruction of described execution content modification comprises the mark of controlled condition, also comprises one or more device in air inlet control device (3), damping device (4), heating arrangement (5), heat sink (6), circulating fan control device (7), air exhausting device (8), relay air blower control device (9), air outlet control device (10) and is called the control mode of destination apparatus;
Described master controller (1) receives described controlled condition modify instruction by described wireless communication protocol, revises the control mode of the destination apparatus corresponding to the described execution content identified corresponding to corresponding controlled condition according to the described controlled condition modify instruction received.
4. the method for claim 1, is characterized in that, described method comprises:
To the control mode of described air inlet control device (3) be: the opening angle or the size that control air inlet door leaf;
To the control mode of described damping device (4) be: open or close;
To the control mode of described heating arrangement (5) be: open or close;
To the control mode of described heat sink (6) be: open or close;
To the control mode of described circulating fan control device (7) be: the ratio that controlled circulation blower fan is opened;
To the control mode of described air exhausting device (8) be: open exhaust fan or close exhaust fan;
To the control mode of described relay air blower control device (9) be: open relay air blower or close relay air blower;
To the control mode of described air outlet control device (10) be: the opening angle or the size that control air outlet door leaf.
5. the method for claim 1, is characterized in that, described method comprises:
What described control terminal (0) acquisition user inputted forbids instruction, forbids that instruction is sent by wireless communication protocol by described; Described forbidding indicates the mark comprising destination apparatus;
Described master controller (1) forbids instruction described in being received by described wireless communication protocol, according to receiving, forbid instruction by the control content identification of the respective objects device in all execution contents for forbidding automatically; When described master controller (1) performs described execution content, only perform not identify and forbid controlling content automatically;
Described control terminal (0) obtain user input restart instruction, by described restart instruction sent by wireless communication protocol; The described mark of restarting instruction and comprising destination apparatus;
Described master controller (1) restarts instruction described in being received by described wireless communication protocol, according to restart described in receiving instruction by the control content of the respective objects device in all execution contents forbid identify deletion automatically.
6. transport the long-range full-automatic epidemic disaster supervisory system of young car, it is characterized in that, described system comprises control terminal (0), the radio communication device (2), air inlet control device (3), damping device (4), heating arrangement (5), heat sink (6), circulating fan control device (7), air exhausting device (8), relay air blower control device (9), air outlet control device (10), the Temperature Humidity Sensor (11) that also comprise master controller (1) and be all connected with described master controller (1);
Described control terminal (0), for sending control program by wireless communication protocol; Described control program comprises multiple controlled condition and the execution content corresponding with each controlled condition; Described controlled condition comprises Seasonal Model, temperature range, humidity range; Described execution content comprises the control mode to one or more device in air inlet control device (3), damping device (4), heating arrangement (5), heat sink (6), circulating fan control device (7), air exhausting device (8), relay air blower control device (9), air outlet control device (10);
Described master controller (1), load for the control program that sent according to described wireless communication protocol receiving terminal by radio communication device (2), also for temperature and humidity that Real-time Obtaining Temperature Humidity Sensor (11) detects, judge current satisfied controlled condition according to described temperature and described humidity, perform the execution content that controlled condition is therewith corresponding.
7. system as claimed in claim 6, is characterized in that,
Described master controller (1), also for the epidemic disaster data of Temperature Humidity Sensor described in Real-time Obtaining (11), and air inlet control device (3), damping device (4), heating arrangement (5), heat sink (6), circulating fan control device (7), air exhausting device (8), relay air blower control device (9), air outlet control device (10) status data, and described epidemic disaster data and described status data are sent to described control terminal (0) by described channel radio device (2).
8. system as claimed in claim 6, it is characterized in that, described system is installed in the young car of fortune, and the young car of described fortune comprises pilothouse and compartment, interior be provided with vertical partition described compartment is divided into be positioned at front portion, compartment buffering between and be positioned at rear portion, compartment fortune young bird between; Antetheca between buffering has air inlet, and air inlet is provided with air inlet door leaf and air inlet device (3), and between fortune young bird, the top of rear end has air outlet, and air outlet place is provided with air outlet door leaf and air outlet control device (10); Described master controller (1) is positioned between described pilothouse or described buffering, described radio communication device (2) is positioned at described pilothouse, and described damping device (4), described heating arrangement (5) and described heat sink (6) are positioned between described buffering; Described circulating fan device (7) is positioned on described vertical partition; Described air exhausting device (8) and described relay air blower device (9) are positioned at the top between described fortune young bird; Described Temperature Humidity Sensor (11) is fixed on the top between described fortune young bird or hangs in described fortune young bird.
9. system as claimed in claim 6, is characterized in that,
Described control terminal (0), also for obtaining the controlled condition modify instruction of user's input, is sent described controlled condition modify instruction by wireless communication protocol; Described controlled condition modify instruction comprises the mark of controlled condition, also comprises the updated value of at least one parameter in Seasonal Model, temperature range, humidity range; Also for obtaining the execution content modification instruction of user's input, the instruction of described execution content modification is sent by wireless communication protocol; The instruction of described execution content modification comprises the mark of controlled condition, also comprises one or more device in air inlet control device (3), damping device (4), heating arrangement (5), heat sink (6), circulating fan control device (7), air exhausting device (8), relay air blower control device (9), air outlet control device (10) and is called the control mode of destination apparatus;
Described master controller (1), also for receiving described controlled condition modify instruction by described wireless communication protocol, revises the parameter value of the controlled condition corresponding with the mark of described controlled condition according to the described controlled condition modify instruction received; Also for receiving described controlled condition modify instruction by described wireless communication protocol, revise the control mode of the destination apparatus corresponding to the described execution content identified corresponding to corresponding controlled condition according to the described controlled condition modify instruction received.
10. system as claimed in claim 6, is characterized in that,
Described control terminal (0), also for obtain user input forbid instruction, by described forbid instruction sent by wireless communication protocol; Described forbidding indicates the mark comprising destination apparatus; Also for obtain user input restart instruction, by described restart instruction sent by wireless communication protocol; The described mark of restarting instruction and comprising destination apparatus;
Described master controller (1), also forbids instruction described in being received by described wireless communication protocol, according to receiving, forbid instruction by the control content identification of the respective objects device in all execution contents for forbidding automatically; When described master controller (1) performs described execution content, only perform not identify and forbid controlling content automatically; Also described in being received by described wireless communication protocol, restart instruction, according to restart described in receiving instruction by the control content of the respective objects device in all execution contents forbid identify deletion automatically.
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| CN201610034187.6A CN105549663A (en) | 2016-01-19 | 2016-01-19 | Remote full-automatic temperature and humidity monitoring method and system for chick transporting vehicle |
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| CN201610034187.6A CN105549663A (en) | 2016-01-19 | 2016-01-19 | Remote full-automatic temperature and humidity monitoring method and system for chick transporting vehicle |
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