CN201060201Y - Seed-wool humiture and moisture-regain monitoring system - Google Patents
Seed-wool humiture and moisture-regain monitoring system Download PDFInfo
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- CN201060201Y CN201060201Y CNU2007200252544U CN200720025254U CN201060201Y CN 201060201 Y CN201060201 Y CN 201060201Y CN U2007200252544 U CNU2007200252544 U CN U2007200252544U CN 200720025254 U CN200720025254 U CN 200720025254U CN 201060201 Y CN201060201 Y CN 201060201Y
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Abstract
The utility model belongs to a seed-cotton temperature and humidity moisture regain rate monitoring system in the cotton processing field. The utility model consists of a plurality of detection emitting devices in the cotton pile and an external receiving device, or a relay device arranged between the emitting devices and the receiving device. The detection emitting device consists of a case with air vents, and a temperature and humidity sensor, a microprocessor, a data emitting module, an antenna, a circuit board, and a battery which are arranged in the case. The receiving device consists of an antenna, a liquid crystal image display, a keyboard, a case, and a microprocessor, a data emitting module, a GPRS module, a circuit board, a battery, and a communication interface which are arranged in the case. The relay device consists of a case, and a battery, a microprocessor, a data emitting module and the antenna thereof which are arranged in the case. The detection emitting devices detect the temperature and the humidity of the seed cotton in the cotton pile in real time and emit data by a wireless transmission technology to the receiving device or the relay device for transmitting, the receiving device receives the data and calculates the moisture regain rate of the seed-cotton; the data is sent to the central computer, which compares the data with the early warning value and gives an alarm when the data is over the early warning value.
Description
Affiliated technical field:
The utility model belongs to the cotton manufacture field, relates to a kind of unginned cotton humiture, regain monitoring system.
Background technology
Cotton processing factory is in production and processing season, and the monitoring of cotton being piled up neatly inner unginned cotton humiture, regain is directly connected to variation and because the generation of problems such as the inner unginned cotton heating of cotton buttress, spontaneous combustion that prevents the inner unginned cotton quality of cotton buttress.But, owing to lack technological means, can only lean on empiric observation for a long time.The unginned cotton of whole buttress often occurs because interior humidity is too big, temperature is high, make the gined cotton quality that processes descend, even unginned cotton spontaneous combustion in the cotton buttress takes place, make cotton processing enterprise great loss occur.At present, adopt resistance sensor for the detection of unginned cotton regain, this method can only detect the unginned cotton on cotton buttress surface, but still lacks necessary detection means for inner unginned cotton humiture, the regain of cotton buttress.
The utility model content
The purpose of this utility model provide a kind of can be to the inner unginned cotton humiture of cotton buttress, unginned cotton humiture, the regain monitoring system that regain is monitored in real time.
The purpose of this utility model realizes by following two kinds of technical schemes:
Technical scheme one: unginned cotton humiture, the regain monitoring system is by placing the interior more than one detection dispensing device of cotton buttress and placing the outer receiving trap of cotton buttress to form, described detection dispensing device is by the cabinet and the Temperature Humidity Sensor that places in it of band bleeder vent, microprocessor, wireless data transfer module, the wireless data transfer module antenna, circuit board and battery constitute, Temperature Humidity Sensor is installed in the cabinet near bleeder vent, Temperature Humidity Sensor, microprocessor and wireless data transfer module are installed on the circuit board, Temperature Humidity Sensor, wireless data transfer module and microprocessor join; Described receiving trap is by the wireless data transfer module antenna, the GPRS module antenna, cabinet, the liquid crystal graphic alphanumeric display, keyboard and the microprocessor that places in the cabinet, wireless data transfer module, the GPRS module, circuit board, the communication interface at the power supply and the cabinet back side constitutes, the wireless data transfer module antenna, the GPRS module antenna is contained on the cabinet end face, keyboard and liquid crystal graphic alphanumeric display are installed on the cabinet panel, microprocessor, communication interface, wireless data transfer module, the GPRS module is installed on the circuit board, microprocessor and keyboard, the liquid crystal graphic alphanumeric display, wireless data transfer module, GPRS module and communication interface join.
Technical scheme two: unginned cotton humiture, the regain monitoring system is by placing detecting dispensing device more than and placing the outer relay of cotton buttress in the cotton buttress, receiving trap is formed, described detection dispensing device is by the cabinet and the Temperature Humidity Sensor that places in it of band bleeder vent, microprocessor, wireless data transfer module, the wireless data transfer module antenna, circuit board and battery constitute, Temperature Humidity Sensor is installed in the cabinet near bleeder vent, Temperature Humidity Sensor, microprocessor and wireless data transfer module are installed on the circuit board, Temperature Humidity Sensor, wireless data transfer module and microprocessor join; Described relay is by cabinet, wireless data transfer module antenna and place microprocessor, wireless data transfer module and battery in the cabinet to constitute, microprocessor, wireless data transfer module are installed on the circuit board, microprocessor and wireless data transfer module join, the wireless data transfer module antenna place in the cabinet or cabinet outside; Described receiving trap is by the wireless data transfer module antenna, the GPRS module antenna, cabinet, the liquid crystal graphic alphanumeric display, keyboard and the microprocessor that places in the cabinet, wireless data transfer module, the GPRS module, circuit board, the communication interface at the power supply and the cabinet back side constitutes, the wireless data transfer module antenna, the GPRS module antenna is contained on the cabinet end face, keyboard and liquid crystal graphic alphanumeric display are installed on the cabinet panel, microprocessor, communication interface, wireless data transfer module, the GPRS module is installed on the circuit board, microprocessor and keyboard, the liquid crystal graphic alphanumeric display, wireless data transfer module, GPRS module and communication interface join.
Technical scheme one is applicable to that cotton is piled up neatly interior detection dispensing device and cotton is piled up neatly the situation of transmitting the close together of data between reception device external, and technical scheme two is applicable to that cotton is piled up neatly interior detection dispensing device and cotton is piled up neatly the distance situation far away of transmitting data between reception device external.
Describe the principle of work of two technical schemes of the utility model below in detail:
Scheme one: because the effect of bleeder vent makes the humiture that detects in the dispensing device cabinet consistent with the humiture of the outer unginned cotton of cabinet, by being installed in the cabinet humiture that Temperature Humidity Sensor near bleeder vent detects near the unginned cotton monitoring point of living in, the humiture data of detected unginned cotton are input to microprocessor and by wireless data transfer module and wireless data transfer module antenna with unginned cotton humiture data transmission in the detected cotton buttress to outside receiving trap.The alarming value of the humiture and the regain of unginned cotton is set by the keyboard in the receiving trap, and these numerical value are inputed to microprocessor, deposit in the internal storage of microprocessor, microprocessor control wireless data transfer module and antenna thereof receive and detect the unginned cotton humiture data that dispensing device sends over, and these data are inputed to microprocessor, by microprocessor corresponding unginned cotton regain is handled and is calculated in these numerical analyses, drive humiture and regain that the liquid crystal graphic alphanumeric display shows the unginned cotton of each monitoring point in real time, by serial port or USB these data are sent to central computer, central computer is stored the data that receive, and provide inquiry, retrieval, functions such as report printing, simultaneously, microprocessor compares the unginned cotton humiture of each monitoring point and regain and the alarming value that sets in the receiving trap, when the detection data of a certain monitoring point meet or exceed set alarming value, microprocessor in the receiving trap sends alerting signal and reports to the police, and with this number of sensor and humiture, regain numerical value sends on the predefined mobile phone by the GSM network through the GPRS module.Managerial personnel can in time take measures to prevent the variation of unginned cotton quality.
Scheme two: by being installed in the cabinet humiture that Temperature Humidity Sensor near bleeder vent detects near the unginned cotton monitoring point of living in, the humiture data of detected unginned cotton are input to microprocessor and by wireless data transfer module and wireless data transfer module antenna with the temperature and humidity measurement data transmission of unginned cotton in the cotton buttress to relay.Relay utilizes microprocessor control wireless data transfer module antenna and wireless data transfer module to receive and detects the humiture data that dispensing device sends, and these data are repacked is transmitted to receiving trap.The temperature of unginned cotton is set by the keyboard in the receiving trap, the alarming value of humidity and regain, and these numerical value are inputed to microprocessor, deposit in the internal storage of microprocessor, microprocessor control wireless data transfer module antenna and wireless data transfer module receive the unginned cotton temperature that relay forwards, humidity data also inputs to microprocessor with these data, corresponding unginned cotton regain is handled and calculated to microprocessor with these numerical analyses, microprocessor driven liquid crystal graphic alphanumeric display shows the unginned cotton humiture and the regain of each monitoring point in real time, by serial port or USB these data are sent to central computer, central computer is stored the data that receive, and provide inquiry, retrieval, functions such as report printing, simultaneously, microprocessor compares the unginned cotton humiture of each monitoring point and regain and the alarming value that sets in the receiving trap, when the detection data of a certain monitoring point meet or exceed set alarming value, microprocessor in the receiving trap sends alerting signal and reports to the police, and with this number of sensor and humiture, regain numerical value sends on the predefined mobile phone by the GSM network through the GPRS module.Managerial personnel can in time take measures to prevent the variation of unginned cotton quality.
Unginned cotton humiture provided by the utility model, the regain monitoring system is by placing the inner detection dispensing device of cotton buttress to monitor the inner unginned cotton humiture of cotton buttress in real time, by relay these Monitoring Data are forwarded to receiving trap after utilizing wireless data transmission technology that the parameter of being monitored is sent to cotton buttress reception device external or sends to relay, the unginned cotton humiture data that receiving trap reception detection dispensing device or relay send over, and calculate the regain of unginned cotton, these data are sent to central computer, central computer is stored the data that receive, and provide inquiry, retrieval, functions such as report printing, simultaneously the alarming value that is provided with in these data and the receiving trap is compared, meet or exceed alarming value and report to the police.This be a kind of can be to the inner unginned cotton humiture of cotton buttress, unginned cotton humiture, the regain monitoring system that regain is monitored in real time.Monitor the regain of unginned cotton in the cotton buttress, the generation that can avoid unginned cotton to make a variation effectively by the measurement data of cotton being piled up neatly inner unginned cotton humiture.Overcome prior art and only relied on humiture, the regain that empiric observation maybe can only detect cotton buttress extexine, can't monitor the humiture of unginned cotton in the cotton buttress, the shortcoming of regain in real time, guarantee the quality and the safety of cotton processing factory unginned cotton, avoided cotton processing factory that heavy economic losses takes place.Simultaneously, for the reasonable storage of unginned cotton, guarantee that cotton quality provides the gross data of a cover science.
Description of drawings
Fig. 1 is the detection dispensing device structural representation among the utility model embodiment;
Fig. 2 is the receiving trap structural representation among the utility model embodiment;
Fig. 3 is the relay structural representation among the utility model embodiment;
Fig. 4 is by placing interior detection dispensing device of cotton buttress and the outer receiving trap of cotton buttress to constitute the principle of work block scheme of monitoring system in the utility model;
Fig. 5 is by placing the outer relay of interior detection dispensing device of cotton buttress and cotton buttress, the principle of work block scheme that receiving trap constitutes monitoring system in the utility model;
Fig. 6 is the circuit theory diagrams that detect dispensing device among the utility model embodiment;
Fig. 7 is the circuit theory diagrams of the utility model embodiment relay;
Fig. 8 is the circuit theory diagrams of receiving trap among the utility model embodiment.
Embodiment
Below in conjunction with accompanying drawing enforcement of the present utility model.Fig. 1-Fig. 3 is respectively detection dispensing device, receiving trap, the relay structural representation among the utility model embodiment.Referring to Fig. 1 as can be known: place the detection dispensing device in the cotton buttress to be with the cabinet 1a of bleeder vent 1.1a and to place Temperature Humidity Sensor SEN1, microprocessor U1a, wireless data transfer module U2a, antenna 4a, circuit board 2a and battery 3a in it to constitute by one, it is interior near bleeder vent 1.1a that digital hygro sensor SEN1 is installed in cabinet 1a, and digital hygro sensor SEN1, microprocessor U1a and wireless data transfer module U2a are installed on the circuit board 2a.Detecting dispensing device in unginned cotton humiture provided by the utility model, the regain monitoring system is more than one, can the monitoring point be set according to the size of cotton buttress, and a detection dispensing device is set in each monitoring point.
Referring to Fig. 2 as can be known: place cotton buttress reception device external by GPRS module antenna 4b, wireless data transfer module antenna 5b, cabinet 1b, liquid crystal graphic alphanumeric display 6b, keyboard 7b and the microprocessor U1b that places in the cabinet, wireless data transfer module U2b, GPRS module U3b, circuit board 2b, the communication interface U4b at the power supply 3b and the cabinet back side constitutes, microprocessor U1b and communication interface U4b thereof, wireless data transfer module U2b, on the GPRS module U3b mounting circuit boards, keyboard 7b and liquid crystal graphic alphanumeric display 6b are installed on the panel of cabinet 1b, GPRS module antenna 4b, wireless data transfer module antenna 5b is installed on the end face of cabinet 1b.
Referring to Fig. 3 as can be known: place the outside relay of cotton buttress by antenna 4c, cabinet 1c with place microprocessor U1c, wireless data transfer module U2c and battery 3c in the cabinet 1c to constitute, microprocessor U1c, wireless data transfer module U2c are installed on the circuit board 2c, antenna 4c is arranged in the cabinet, also can be outside cabinet.
Cabinet 1a, the 1b, the 1c that detect in dispensing device, receiving trap and the relay all can adopt plastic production, detect on the dispensing device cabinet 1a and have bleeder vent 1.1a, inlay ventilative dustproof material in the hole, Temperature Humidity Sensor SEN1 is installed in the cabinet 1a near bleeder vent 1.1a, therefore the humiture surveyed of Temperature Humidity Sensor SEN1 is the humiture that detects near the unginned cotton dispensing device, the microprocessor U1b in the receiving trap to these data analyses, handle the regain that obtains detecting near the unginned cotton dispensing device.
Fig. 4, Fig. 5 are respectively by the monitoring system that places detection dispensing device a in the cotton buttress and the outer receiving trap b of cotton buttress to constitute and by placing the outer relay c of detection dispensing device a in the cotton buttress and cotton buttress, the Fundamentals of Supervisory Systems block scheme that receiving trap b constitutes.Referring to Fig. 4 as can be known: detect in real time by the humiture of the Temperature Humidity Sensor among the detection dispensing device a in this technical scheme, detected unginned cotton humiture data are input to microprocessor and by wireless data transfer module and wireless data transfer module antenna detected cotton are piled up neatly extremely outside receiving trap of interior unginned cotton humiture data transmission near the unginned cotton detection dispensing device monitoring point of living in.The alarming value of the humiture and the regain of unginned cotton is set by the keyboard among the receiving trap b, and these numerical value are inputed to microprocessor, deposit in the internal storage of microprocessor, microprocessor control wireless data transfer module and antenna thereof receive and detect unginned cotton humiture data that dispensing device sends over and these data are inputed to microprocessor, microprocessor is handled these numerical analyses and is calculated corresponding unginned cotton regain, and driving liquid crystal graphic alphanumeric display shows the unginned cotton humiture and the regain of each monitoring point in real time, by serial port or USB these data are sent to central computer, central computer is stored the data that receive, and provide inquiry, retrieval, functions such as report printing, simultaneously, microprocessor compares the alarming value of setting in the unginned cotton humiture of each monitoring point and regain and the receiving trap, when the detection data of a certain monitoring point meet or exceed set alarming value, microprocessor in the receiving trap sends alerting signal and reports to the police, and with this number of sensor and humiture, regain numerical value sends on the predefined mobile phone by the GSM network through the GPRS module.
Referring to Fig. 5 as can be known: by detecting the humiture that Temperature Humidity Sensor among the dispensing device a detects near the unginned cotton monitoring point of living in, the humiture data of detected unginned cotton are input to microprocessor and by wireless data transfer module and wireless data transfer module antenna with the temperature and humidity measurement data transmission of unginned cotton in the cotton buttress to relay.Relay c utilizes microprocessor control wireless data transfer module antenna and wireless data transfer module to receive and detects the unginned cotton humiture data that dispensing device sends over, and these data are repacked is transmitted to receiving trap.The alarming value of the humiture and the regain of unginned cotton is set by the keyboard among the receiving trap b, and these numerical value are inputed to microprocessor, deposit in the internal storage of microprocessor, the unginned cotton humiture data that microprocessor control wireless data transfer module antenna and wireless data transfer module reception relay forward also input to microprocessor with these data, microprocessor is handled these numerical analyses and is calculated corresponding unginned cotton regain, microprocessor driven liquid crystal graphic alphanumeric display shows the unginned cotton humiture and the regain of each monitoring point in real time, and send to central computer by communication interface, central computer is stored the data that receive, and provide inquiry, retrieval, functions such as report printing, simultaneously, microprocessor compares the alarming value of setting in the unginned cotton humiture of each monitoring point and regain and the receiving trap, microprocessor when the detection data of a certain monitoring point meet or exceed set alarming value among the receiving trap b sends alerting signal and reports to the police, and with this monitoring point number of sensor and humiture, regain numerical value sends on the predefined mobile phone by the GSM network through the GPRS module.
Fig. 6-Fig. 8 is respectively the circuit theory diagrams that detect dispensing device, receiving trap, relay among the utility model embodiment.
Adopt SHT1X series digit Temperature Humidity Sensor referring to the Temperature Humidity Sensor SEN1 that detects dispensing device among this embodiment of Fig. 6, microprocessor U1a adopts MSP430F1232 low-power consumption microprocessor, the data output end of digital hygro sensor SEN1, clock signal output terminal DATA, SCK respectively with microprocessor U1a in two P2.0, P2.1 of P2 mouth join; Digital input end TRX-CE, the PWR-UP of wireless data transfer module U2a, TX-EN respectively with microprocessor U1a in a P3.6 of P3 mouth, two P1.2, P1.0 of P1 mouth join, digital output end AM, the CD of wireless data transfer module U2a, DR respectively with microprocessor U1a in a P3.7 of P3 mouth, two P2.3, P2.4 of P2 mouth join, the debug signal output terminal TCK of the debugging interface JP1a of microprocessor U1a, TMS, TDI, TDO respectively with microprocessor U1a in four P1.4-P1.7 of P1 mouth join, adopt the 3V powered battery.
This detection dispensing device is a plurality of being placed in the cotton buttress, detect the humiture of each monitoring point unginned cotton in the cotton buttress in real time by digital hygro sensor SEN1, detected unginned cotton humiture data are input to microprocessor U1a and the temperature and humidity measurement data transmission of unginned cotton in the cotton buttress are gone out by wireless data transfer module and wireless data transfer module antenna.Temperature Humidity Sensor SEN1 also can adopt the simulation Temperature Humidity Sensor, again by being input to microprocessor after the A/D conversion.
Digital input end TRX-CE, PWR-UP, the TX-EN that places the outer relay wireless data transfer module U2c of cotton buttress referring to Fig. 7 the utility model respectively with a P3.6 of microprocessor U1c P3 mouth, two P1.2, P1.0 of P1 mouth join, its digital output end AM, CD, DR respectively with microprocessor U1c in a P3.7 of P3 mouth, two P2.3, P2.4 of P2 mouth join, the debug signal output terminal TCK of the debugging interface JP1c of microprocessor U1c, TMS, TDI, TD respectively with microprocessor U1c in four P1.4-P1.7 of P1 mouth join.Microprocessor U1c adopts MSP430F1232, and wireless data transfer module U2c adopts NRF905, adopts the 3V powered battery.Microprocessor U1c control wireless data transfer module U2c and antenna 4b thereof receive and detect the unginned cotton humiture data that dispensing device sends, and these data are repacked are transmitted to receiving trap.
Place the button S1-S4 of the outer receiving trap formation keyboard of cotton buttress and four P6.4-P6.7 of microprocessor U1b P6 mouth to join referring to Fig. 8 the utility model; The digital input end PWR-UP of wireless data transfer module U2b, TX-EN, TRX-CE respectively with microprocessor U1b in three P1.1-P1.3 of P1 mouth join, the digital output end AM of wireless data transfer module U2b, DR, CD respectively with microprocessor U1b in three P1.4-P1.6 of P1 mouth join, eight P4.0-P4.7 of P4 mouth join among the LCD interface U5b input end DB0-DB7 of liquid crystal graphic alphanumeric display and the microprocessor U1b, the debug signal output terminal TCK of the debugging interface JP1b of microprocessor U1b, TMS, TDI, TDO respectively with four debug signal input end TCK of microprocessor U1b, TMS, TDI, TDO joins, one group of driving of GPRS module U3b, receiving port TXD0, the transmission of RXD0 and microprocessor U1b, receiving end TXD0, RXD0 joins; Transmission, receiving end TXD1, RXD1 among one group of driving, receiving port T1IN, R1OUT and the microprocessor U2b of communication interface circuit U 4b join, another group of communication interface circuit drives, receiving port T2OUT, R2IN join by the communication interface of network and management centre computer, by triode BG1 and a P5.1 who is connected on P5 mouth among the input end of the buzzer alarm circuit that the hummer B1 of its collector constitutes and the microprocessor U1b join.
Microprocessor U1b adopts MSP430F149 in the present embodiment, wireless data transfer module U2b adopts NRF905, GPRS module U3b adopts MC35I, communication interface U4b has adopted serial ports RS232, also can adopt USB interface, LCD interface U5b adopts SED1335, and power supply adopts Switching Power Supply, and warning circuit has adopted buzzer alarm circuit.Receive by wireless data transfer module U2b and antenna 5b thereof and to detect the unginned cotton humiture data that dispensing device or relay send over, and send into microprocessor U1b, calculate the regain of unginned cotton, by communication interface U4b these data are sent to central computer, central computer is stored the data that receive, and provide inquiry, retrieval, functions such as report printing, microprocessor U1b compares these data and the alarming value that is arranged in the microprocessor U1b by keyboard simultaneously, when meeting or exceeding alarming value, microprocessor U1b sends drive signal reports to the police buzzer alarm circuit, and with this number of sensor and humiture, regain numerical value sends on the predefined mobile phone by the GSM network through GPRS module U3b.
Adopt Fig. 1-Fig. 3 and the described detection dispensing device of Fig. 6-Fig. 8, relay and receiving trap can be selected the technical scheme of monitoring system according to the distance of transmission data distance, transmit the near selection of data distance by the unginned cotton humiture that places interior a plurality of detection dispensing devices of cotton buttress and the outer receiving trap of cotton buttress to constitute, the regain monitoring system, the selection of transmission data distance is by a plurality of detection dispensing devices and the outer relay of cotton buttress that place in the cotton buttress, the unginned cotton humiture that receiving trap constitutes, the regain monitoring system, detect dispensing device what according to the size setting of cotton buttress.The utility model provides a kind of can pile up neatly unginned cotton humiture, the regain monitoring system that monitor in real time each inner monitoring point for cotton.Monitor the variation that cotton is piled up neatly the regain of interior unginned cotton, prevents the unginned cotton quality by the measurement data of cotton being piled up neatly inner unginned cotton humiture.Unginned cotton humiture provided by the utility model, regain monitoring system are used for quality and the safety that cotton processing factory can guarantee unginned cotton.
Claims (7)
1. unginned cotton humiture, the regain monitoring system, it is characterized in that this monitoring system is by placing the interior more than one detection dispensing device of cotton buttress and placing the outer receiving trap of cotton buttress to form, described detection dispensing device is by the cabinet and the Temperature Humidity Sensor that places in it of band bleeder vent, microprocessor, wireless data transfer module, the wireless data transfer module antenna, circuit board and battery constitute, Temperature Humidity Sensor is installed in the cabinet near bleeder vent, Temperature Humidity Sensor, microprocessor and wireless data transfer module are installed on the circuit board, Temperature Humidity Sensor, wireless data transfer module and microprocessor join; Described receiving trap is by the wireless data transfer module antenna, the GPRS module antenna, cabinet, the liquid crystal graphic alphanumeric display, keyboard and the microprocessor that places in the cabinet, wireless data transfer module, the GPRS module, circuit board, the communication interface at the power supply and the cabinet back side constitutes, the wireless data transfer module antenna, the GPRS module antenna is contained on the cabinet end face, keyboard and liquid crystal graphic alphanumeric display are installed on the cabinet panel, microprocessor, communication interface, wireless data transfer module, the GPRS module is installed on the circuit board, microprocessor and keyboard, the liquid crystal graphic alphanumeric display, wireless data transfer module, GPRS module and communication interface join.
2. unginned cotton humiture according to claim 1, regain monitoring system, the Temperature Humidity Sensor that it is characterized in that described detection dispensing device adopts digital hygro sensor (SEN1), and its data output end, clock signal output terminal (DATA, SCK) join with two (P2.0, P2.1) of microprocessor (U1a) P2 mouth respectively; The digital input end of wireless data transfer module (U2a) (TRX-CE, PWR-UP, TX-EN) respectively and one (P3.6) of microprocessor (U1a) P3 mouth, two (P1.2, P1.0) of P1 mouth join, the digital output end of wireless data transfer module (U2a) (AM, CD, DR) respectively and one (P3.7) of microprocessor (U1a) P3 mouth, two (P2.3, P2.4) of P2 mouth join.
3. unginned cotton humiture according to claim 1, regain monitoring system is characterized in that constituting the button (S1, S2, S3, S4) of keyboard in the described receiving trap and four (P6.4-P6.7) of microprocessor (U1b) P6 mouth join; Digital input end (the PWR-UP of wireless data transfer module (U2b), TX-EN, TRX-CE) respectively and three (P1.1-P1.3) of microprocessor (U1b) P1 mouth join, digital output end (the AM of wireless data transfer module (U2b), DR, CD) respectively and three (P1.4-P1.6) of microprocessor (U1b) P1 mouth join, the LCD interface of liquid crystal graphic alphanumeric display (U5b) input end (DB0-DB7) joins one group of driving of GPRS module (U3b) with eight (P4.0-P4.7) of microprocessor (U1b) P4 mouth, receiving port (TXD0, RXD0) with the transmission of microprocessor (U1b), receiving end (TXD0, RXD0) join; One group of driving of communication interface circuit (U4b), receiving port (T1IN, R1OUT) join with transmission, the receiving end (TXD1, RXD1) of microprocessor (U1b), another group of communication interface circuit drives, receiving port (T2OUT, R2IN) joins by network and central computer, by triode (BG1) and be connected on the input end of buzzer alarm circuit of hummer (B1) formation of its collector and (P5.1) of microprocessor (U1b) P5 mouth joins.
4. unginned cotton humiture, the regain monitoring system, it is characterized in that this monitoring system is by placing detecting dispensing device more than and placing the outer relay of cotton buttress in the cotton buttress, receiving trap is formed, described detection dispensing device is by the cabinet and the Temperature Humidity Sensor that places in it of band bleeder vent, microprocessor, wireless data transfer module, the wireless data transfer module antenna, circuit board and battery constitute, Temperature Humidity Sensor is installed in the cabinet near bleeder vent, Temperature Humidity Sensor, microprocessor and wireless data transfer module are installed on the circuit board, Temperature Humidity Sensor, wireless data transfer module and microprocessor join; Described relay is by cabinet, wireless data transfer module antenna and place microprocessor, wireless data transfer module and battery in the cabinet to constitute, microprocessor, wireless data transfer module are installed on the circuit board, microprocessor and wireless data transfer module join, the wireless data transfer module antenna place in the cabinet or cabinet outside; Described receiving trap is by the wireless data transfer module antenna, the GPRS module antenna, cabinet, the liquid crystal graphic alphanumeric display, keyboard and the microprocessor that places in the cabinet, wireless data transfer module, the GPRS module, circuit board, the communication interface at the power supply and the cabinet back side constitutes, the wireless data transfer module antenna, the GPRS module antenna is contained on the cabinet end face, keyboard and liquid crystal graphic alphanumeric display are installed on the cabinet panel, microprocessor, communication interface, wireless data transfer module, the GPRS module is installed on the circuit board, microprocessor and keyboard, the liquid crystal graphic alphanumeric display, wireless data transfer module, GPRS module and communication interface join.
5. unginned cotton humiture according to claim 4, regain monitoring system, the Temperature Humidity Sensor that it is characterized in that described detection dispensing device adopts digital hygro sensor (SEN1), and its data output end, clock signal output terminal (DATA, SCK) join with two (P2.0, P2.1) of microprocessor (U1a) P2 mouth respectively; The digital input end of wireless data transfer module (U2a) (TRX-CE, PWR-UP, TX-EN) respectively and one (P3.6) of microprocessor (U1a) P3 mouth, two (P1.2, P1.0) of P1 mouth join, the digital output end of wireless data transfer module (U2a) (AM, CD, DR) respectively and one (P3.7) of microprocessor (U1a) P3 mouth, two (P2.3, P2.4) of P2 mouth join.
6. unginned cotton humiture according to claim 4, regain monitoring system is characterized in that constituting the button (S1, S2, S3, S4) of keyboard in the described receiving trap and four (P6.4-P6.7) of microprocessor (U1b) P6 mouth join; Digital input end (the PWR-UP of wireless data transfer module (U2b), TX-EN, TRX-CE) respectively and three (P1.1-P1.3) of microprocessor (U1b) P1 mouth join, digital output end (the AM of wireless data transfer module (U2b), DR, CD) respectively and three (P1.4-P1.6) of microprocessor (U1b) P1 mouth join, the LCD interface of liquid crystal graphic alphanumeric display (U5b) input end (DB0-DB7) joins one group of driving of GPRS module (U3b) with eight (P4.0-P4.7) of microprocessor (U1b) P4 mouth, receiving port (TXD0, RXD0) with the transmission of microprocessor (U1b), receiving end (TXD0, RXD0) join; One group of driving of communication interface circuit (U4b), receiving port (T1IN, R1OUT) join with transmission, the receiving end (TXD1, RXD1) of microprocessor (U1b), another group of communication interface circuit drives, receiving port (T2OUT, R2IN) joins by network and central computer, by triode (BG1) and be connected on the input end of buzzer alarm circuit of hummer (B1) formation of its collector and (P5.1) of microprocessor (U1b) P5 mouth joins.
7. unginned cotton humiture according to claim 4, regain monitoring system, it is characterized in that described relay wireless data transfer module (U2c) digital input end (TRX-CE, PWR-UP, TX-EN) respectively and one (P3.6) of microprocessor (U1c) P3 mouth, two (P1.2, P1.0) of P1 mouth join, the digital output end of wireless data transfer module (U2c) (AM, CD, DR) respectively and one (P3.7) of microprocessor (U1c) P3 mouth, two (P2.3, P2.4) of P2 mouth join.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007200252544U CN201060201Y (en) | 2007-07-16 | 2007-07-16 | Seed-wool humiture and moisture-regain monitoring system |
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| CNU2007200252544U CN201060201Y (en) | 2007-07-16 | 2007-07-16 | Seed-wool humiture and moisture-regain monitoring system |
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| CN201060201Y true CN201060201Y (en) | 2008-05-14 |
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Cited By (10)
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|---|---|---|---|---|
| CN102393222A (en) * | 2011-11-14 | 2012-03-28 | 石河子大学 | Cotton temperature and humidity data automation acquisition and monitoring equipment and method thereof |
| CN103105842A (en) * | 2013-01-29 | 2013-05-15 | 河南科技大学 | Seed cotton temperature and humidity monitoring system based on zigbee |
| CN103645712A (en) * | 2013-12-11 | 2014-03-19 | 青岛海尔软件有限公司 | Potted flower remote detection system |
| CN103884381A (en) * | 2014-03-19 | 2014-06-25 | 安徽财经大学 | Cottonseed pile temperature and humidity measurement device |
| CN104731067A (en) * | 2015-02-27 | 2015-06-24 | 河南工程学院 | Cloud moisture regain monitoring system based on Internet of Things and cloud computing platform |
| CN105759761A (en) * | 2016-03-29 | 2016-07-13 | 山东天鹅棉业机械股份有限公司 | Cotton quality online detection intelligent control system |
| CN108490034A (en) * | 2018-04-16 | 2018-09-04 | 中国计量大学 | A kind of Single probe cotton water cut meter |
| CN109072165A (en) * | 2016-01-22 | 2018-12-21 | 匡图里有限公司 | For controlling the device of natural material fermentation |
| CN109444386A (en) * | 2018-12-06 | 2019-03-08 | 安徽财经大学 | A kind of unginned cotton regain measurement device |
| CN110174135A (en) * | 2019-04-29 | 2019-08-27 | 西安西科节能技术服务有限公司 | NB-IoT humiture collector |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102393222A (en) * | 2011-11-14 | 2012-03-28 | 石河子大学 | Cotton temperature and humidity data automation acquisition and monitoring equipment and method thereof |
| CN103105842A (en) * | 2013-01-29 | 2013-05-15 | 河南科技大学 | Seed cotton temperature and humidity monitoring system based on zigbee |
| CN103645712A (en) * | 2013-12-11 | 2014-03-19 | 青岛海尔软件有限公司 | Potted flower remote detection system |
| CN103884381A (en) * | 2014-03-19 | 2014-06-25 | 安徽财经大学 | Cottonseed pile temperature and humidity measurement device |
| CN104731067A (en) * | 2015-02-27 | 2015-06-24 | 河南工程学院 | Cloud moisture regain monitoring system based on Internet of Things and cloud computing platform |
| CN104731067B (en) * | 2015-02-27 | 2017-09-22 | 河南工程学院 | Cloud regain monitoring system based on Internet of Things and cloud computing platform |
| CN109072165A (en) * | 2016-01-22 | 2018-12-21 | 匡图里有限公司 | For controlling the device of natural material fermentation |
| US11421197B2 (en) | 2016-01-22 | 2022-08-23 | Quanturi Oy | Apparatus for controlling fermentation of natural material |
| CN105759761A (en) * | 2016-03-29 | 2016-07-13 | 山东天鹅棉业机械股份有限公司 | Cotton quality online detection intelligent control system |
| CN108490034A (en) * | 2018-04-16 | 2018-09-04 | 中国计量大学 | A kind of Single probe cotton water cut meter |
| CN109444386A (en) * | 2018-12-06 | 2019-03-08 | 安徽财经大学 | A kind of unginned cotton regain measurement device |
| CN110174135A (en) * | 2019-04-29 | 2019-08-27 | 西安西科节能技术服务有限公司 | NB-IoT humiture collector |
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