CN104953765A - Novel multifunctional air exhaust device of motor - Google Patents
Novel multifunctional air exhaust device of motor Download PDFInfo
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- CN104953765A CN104953765A CN201510200303.2A CN201510200303A CN104953765A CN 104953765 A CN104953765 A CN 104953765A CN 201510200303 A CN201510200303 A CN 201510200303A CN 104953765 A CN104953765 A CN 104953765A
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Abstract
The invention provides a novel multifunctional air exhaust device of a motor. A standby ventilating opening is mounted at the external side of a pipeline; a protector comprises an outer wall, a protective net and a rainproof sunshade; the protective net is provided with a filter screen; a control unit comprises a central processor, a reception module, a comparison module, a transmission module, an execution module and a self-check module; a remote monitoring center and a wireless mobile monitoring terminal are also included; and the remote monitoring center comprises a motor real-time work state monitoring module and a power consumption monitoring module. The control unit realizes intelligent air exhausting and cooling according to the working state of the motor, arrangement of a shutter device and the protective net enables high sealing performance and smooth ventilation, the air exhaust device is safe and reliable, the maintenance cost is reduced, the service life is prolonged, the remote monitoring center can monitor the working states of multiple motors and power consumption of thermometer simultaneously, the motor and an exhaust fan are controlled, and the wireless mobile monitoring terminal can be used to realize remote monitoring.
Description
Technical field
The invention belongs to motor fittings equipment technical field, particularly relate to a kind of Multifunction motor row wind apparatus.
Background technology
At present, in motor fittings equipment technical field, for large and middle size motor, generally at motor top design ventilation duct, the exit normal of ventilation duct upwards, directly the hot blast in motor is discharged, after this draft tube aeration road outflow vertically upward, wind direction is chaotic, and backflow phenomenon is serious, if bad environments, foreign material will be sucked motor; During motor stopping, foreign material directly fall into motor internal, bring potential safety hazard to motor safety running.There is complex structure based on existing motor row wind apparatus, install inconvenient, air draft is obstructed, and inconvenient operation can not effectively prevent foreign material or water from falling into problem in motor.
Therefore, invent a kind of Multifunction motor row wind apparatus and seem very necessary.
Summary of the invention
In order to solve the problems of the technologies described above, the invention provides a kind of Multifunction motor row wind apparatus, there is complex structure to solve existing motor row wind apparatus, install inconvenient, air draft is obstructed, and inconvenient operation can not effectively prevent foreign material or water from falling into problem in motor.
The present invention is achieved in that this Multifunction motor row wind apparatus, comprises support, lower connection box, spring coil, flabellum, rotation axis, bolt, belt, motor, protector, blinds apparatus, shell, pipeline, control unit, temperature sensor; Described lower connection box is arranged on the top of support; Described spring coil is arranged on the madial wall of pipeline; Described flabellum is installed on the rotating shaft; Described bolt is arranged on before shell; Described belt connects motor and rotation axis; Described blinds apparatus is arranged on the inside of protector, and temperature sensor is arranged on base, and control unit is arranged on outer side.
Described protector comprises outer wall, protection network, bolt hole and rainproof shield, and described bolt hole is arranged on the external position at four angles of outer wall; Described protection network is arranged on inside outer wall, and described protection network is provided with screen pack, and described rainproof shield is arranged on the outside of protection network.
Described protection network specifically adopts the length of side to be the square stainless steel cloth of 80 centimetres to 120 centimetres, is conducive to preventing from getting rusty and corroding, facilitates durable, makes to protect machine, increases work efficiency, reduce maintenance cost.
Described pipeline specifically adopts camber to be 90 degree, and diameter is that the nylon cloth wired hose material of 80 centimetres to 100 centimetres is made, and is conducive to making retractility strong, and the tight a beautiful gem of sealing, improves safe effect.
Described flabellum specifically adopts 3 Bi-metal Steel Aluminum materials to make, and is conducive to making flabellum explosion-proof, high temperature resistant, prevents from getting rusty, durable, saves cost.
Described blinds apparatus comprises blinds, stay cord, draw ring and connecting axle, and described blinds is arranged on the top of connecting axle; Described draw ring is arranged on stay cord bottom.
The rectangular slab that described blinds specifically adopts 6 to 8 aluminums to make, is conducive to improving double protection function, prevents foreign material or water from falling in motor further, and then reduce maintenance cost, increase the service life.
Described control unit comprises: central processing unit, receiver module, comparison module, transport module, Executive Module, selftest module;
For carrying out the central processing unit of computing and process to data;
Be connected with central processing unit, for receiving the receiver module of Temperature numerical measured by temperature sensor;
Be connected with central processing unit, for the comparison module contrasted measurement numerical value and set point;
Be connected with central processing unit, the result for comparing carries out the transport module of data transmission;
Be connected with central processing unit, for transferring signals to the Executive Module of motor;
Be connected with central processing unit, for the selftest module of each inside modules fault of detection control unit.
The outside of described pipeline is provided with back-up ventilation mouth, is provided with sealing ring between described back-up ventilation mouth and pipeline.
Described temperature sensor comprises: main temperature transducer, is configured to the first temperature of measurement target, and the first temperature sensor is received in the heat of thermal source generation at least partially; At least one auxiliary temperature sensors, the second temperature is measured in the one or more positions be configured in a portable device;
Described central processing unit is based on the Tc of the first temperature and the second temperature computation target, central processing unit, by the first temperature and the second temperature applications are carried out calculation correction temperature in algorithm, is wherein determined function in this algorithm or parameter by measuring tempeature in controlled environment and considers with the history of the temperature of pre-test with calculation correction temperature;
Flabellum rotating speed detection module is installed in described selftest module, this selftest module comprises control module, power module, key-press module, tachometric survey circuit module and display module, described power module link control module, for control module provides operating voltage, described control module adopts single-chip microcomputer, described tachometric survey circuit module adopts Hall element to be connected with signal conditioning circuit, described signal conditioning circuit connects single-chip microcomputer, and described key-press module, display module are connected with single-chip microcomputer respectively;
Described multi-function motor air exhausting device also comprises and the remote monitoring center of described central processing unit wireless connections and wireless mobile monitoring end; This remote monitoring center comprises motor instantaneous operating conditions monitoring module and power consumption monitoring module;
Described motor instantaneous operating conditions monitoring module comprises:
Master server is subordinated to the secondary of described master server from server with at least one, wherein:
It is mutual that described master server is used for carrying out remote monitoring data with the central processing unit is connected and/or the described secondary that is subordinated to from server, and the described secondary of management control is from server; And described secondary to be used for carrying out remote monitoring data with the central processing unit be connected and/or described master server from server mutual;
Described power consumption monitoring module comprises data processing module, data acquisition module, voltage-current sensor module, GPRS control module, display module, memory module, control module, power module;
Voltage-current sensor module, data acquisition module, data processing module input connect in turn, and number processing module output is connected with GPRS control module, display module, memory module, control module;
Described power module comprises relay, and described power module is used for powering to whole power consumption monitoring module, and can carry out civil power and battery powered switching;
Described voltage-current sensor module for the electric current in Acquisition Circuit and voltage, and is transferred to data acquisition module; Data acquisition module is used for gathering the output signal of voltage current voltage current sensor module, and is translated into digital data transmission to data processing module;
GPRS control module is used for carrying out voice and/or note and/or GPRS data service, by the information transmission of described power consumption monitoring module to data acquisition module;
Control module realizes vulnerabilities scan forceful electric power;
Described data processing module is used for the signal of data collecting module collected to process, and the information after process is undertaken sending and being shown by display module by GPRS control module.
Further, described motor instantaneous operating conditions monitoring module also comprises:
At least one three grades from server and the secure verification module be arranged at every grade of server, described three grades are subordinated to described secondary from server from server, for carry out remote monitoring data from server mutual with the central processing unit be connected and/or described secondary;
Also for managing control three grades, to carry out remote monitoring data from server mutual from server for described secondary;
Described master server, secondary adopt from server and three grades the form comprising server and web server from server.
Further, described secure verification module adopts following methods to carry out safety verification to the data received:
The central processing unit of step one, Multifunction motor row wind apparatus sends identity security checking message to three grades from server, initiates safety verification;
Step 2, three grades send the first identity authentication message from server to secondary from server, initiate verification process;
Step 3, secondary send the second identity authentication message from server to master server, and message comprises the mark of security domain residing for the second authenticator and the secondary authentication information from server;
Step 4, master server send tiers e'tat authentication message to secondary from server, and message comprises the mark of security domain residing for master server;
After step 5, secondary receive the identity authentication message of master server from server, the legitimacy of security domain residing for tiers e'tat authentication message checking master server;
Step 6, master server determine whether pass through checking by secondary from the result of server.
Further, the method that the data of described medium-long range Surveillance center store is:
Step one, remote monitoring center receive the transmission data command log-on data memory device of central processing unit;
Step 2, determine whether effective data storage device stores the secure authentication information of described data;
If step 3 stores the secure authentication information of described data, carry out next step, if do not have storage security authorization information, remote monitoring center sends to central processing unit and repeats to send request of data;
Whether step 4, detection store the total data that central processing unit sends, if do not had, then repeat step one and step 2.
The present invention can realize Intelligent air exhausting cooling according to the operating state of motor by control unit, the setting of blinds apparatus and protection network, makes retractility strong, the tight a beautiful gem of sealing, make air draft unobstructed, safe and reliable, can prevent foreign material or water from falling in motor, reduce maintenance cost, extend useful life, remote monitoring center can monitor operating state, the thermometer power consumption of multiple electric motors in real time, and controls motor and ventilating fan, and wireless mobile monitoring end also can be used to realize monitoring.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention;
Fig. 2 is protective device structure schematic diagram of the present invention;
Fig. 3 is blinds apparatus structural representation of the present invention;
Fig. 4 is the structural representation of control unit of the present invention;
In figure: 1-support, connection box under 2-, 3-spring coil, 4-flabellum, 5-rotation axis, 6-bolt, 7-belt, 8-motor, 9-protector, 91-outer wall, 92-protection network, 93-bolt hole, rainproof shield 94-, 10-blinds apparatus, 101-blinds, 102-stay cord, 103-draw ring, 104-connecting axle, 11-shell, 12-pipeline, 13-control unit, 131-central processing unit, 132-receiver module, 133-comparison module, 134-transport module, 135-Executive Module, 136-selftest module, 14-temperature sensor.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with embodiment, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
As shown in accompanying drawing 1 to accompanying drawing 4, the invention provides a kind of Multifunction motor row wind apparatus, a kind of Multifunction motor row wind apparatus comprises support 1, lower connection box 2, spring coil 3, flabellum 4, rotation axis 5, bolt 6, belt 7, motor 8, protector 9, blinds apparatus 10, shell 11, pipeline 12, control unit 13, temperature sensor 14; Described lower connection box 2 is arranged on the top of support 1; Described spring coil 3 is arranged on the madial wall of pipeline 12; Described flabellum 4 is arranged on rotation axis 5; Described bolt 6 is arranged on before shell 11; Described belt 7 connects motor 8 and rotation axis 5; Described blinds apparatus 10 is arranged on the inside of protector 9, and temperature sensor 14 is arranged on base, and control unit is arranged on outer side.
Described protector 9 comprises outer wall 91, protection network 92, bolt hole 93 and rainproof shield 94, and described bolt hole 93 is arranged on the external position at four angles of outer wall 91; Described protection network 92 is arranged on inside outer wall 91, and described protection network 92 is provided with screen pack, and described rainproof shield 94 is arranged on the outside of protection network.
The described protection network 92 specifically employing length of side is the square stainless steel cloth of 80 centimetres to 120 centimetres, is conducive to preventing from getting rusty and corroding, facilitates durable, makes to protect machine, increases work efficiency, reduce maintenance cost.
Described pipeline 12 specifically adopts camber to be 90 degree, and diameter is that the nylon cloth wired hose material of 80 centimetres to 100 centimetres is made, and is conducive to making retractility strong, and the tight a beautiful gem of sealing, improves safe effect.
Described flabellum 4 specifically adopts 3 Bi-metal Steel Aluminum materials to make, and is conducive to making flabellum explosion-proof, high temperature resistant, prevents from getting rusty, and durable, saves cost.
Described blinds apparatus 10 comprises blinds 101, stay cord 102, draw ring 103 and connecting axle 104, and described blinds 101 is arranged on the top of connecting axle 104; Described draw ring 103 is arranged on stay cord 102 bottom.
The rectangular slab that described blinds 101 specifically adopts 6 to 8 aluminums to make, is conducive to improving double protection function, prevents foreign material or water from falling in motor further, and then reduce maintenance cost, increase the service life.
Described control unit 13 comprises: central processing unit 131, receiver module 132, comparison module 133, transport module 134, Executive Module 135, selftest module 136;
For carrying out the central processing unit 131 of computing and process to data;
Be connected with central processing unit 131, for receiving the receiver module 132 of Temperature numerical measured by temperature sensor 14;
Be connected with central processing unit 131, for the comparison module 133 contrasted measurement numerical value and set point;
Be connected with central processing unit 131, the result for comparing carries out the transport module 134 of data transmission;
Be connected with central processing unit 131, for transferring signals to the Executive Module 135 of motor;
Be connected with central processing unit 131, for the selftest module 136 of each inside modules fault of detection control unit 13.
The outside of described pipeline 12 is provided with back-up ventilation mouth 15, is provided with sealing ring 16 between described back-up ventilation mouth 15 and pipeline 12.
Described temperature sensor 14 comprises: main temperature transducer, is configured to the first temperature of measurement target, and the first temperature sensor is received in the heat of thermal source generation at least partially; At least one auxiliary temperature sensors, the second temperature is measured in the one or more positions be configured in a portable device;
Described central processing unit 131 is based on the Tc of the first temperature and the second temperature computation target, central processing unit, by the first temperature and the second temperature applications are carried out calculation correction temperature in algorithm, is wherein determined function in this algorithm or parameter by measuring tempeature in controlled environment and considers with the history of the temperature of pre-test with calculation correction temperature;
Central processing unit 131 by the first temperature and the second temperature applications are carried out calculation correction temperature in correcting algorithm, and considers that the history of the variations in temperature stored within a processor is with calculation compensation.Tc is the compensation version of the uncorrected temperature measured at the first temperature sensor place, realizes temperature survey more accurately, avoids the misoperation of Executive Module 135.
Flabellum rotating speed detection module is installed in described selftest module 136, this selftest module 136 comprises control module, power module, key-press module, tachometric survey circuit module and display module, described power module link control module, for control module provides operating voltage, described control module adopts single-chip microcomputer, described tachometric survey circuit module adopts Hall element to be connected with signal conditioning circuit, described signal conditioning circuit connects single-chip microcomputer, and described key-press module, display module are connected with single-chip microcomputer respectively;
Described multi-function motor air exhausting device also comprises and the remote monitoring center of described central processing unit 131 wireless connections and wireless mobile monitoring end; This remote monitoring center comprises motor instantaneous operating conditions monitoring module and power consumption monitoring module;
Described motor instantaneous operating conditions monitoring module comprises:
Master server is subordinated to the secondary of described master server from server with at least one, wherein:
Described master server is used for carrying out remote monitoring data alternately with the central processing unit 131 be connected and/or the described secondary be subordinated to from server, and management controls described secondary from server; And described secondary to be used for carrying out remote monitoring data with the central processing unit 131 be connected and/or described master server from server mutual;
Described power consumption monitoring module comprises data processing module, data acquisition module, voltage-current sensor module, GPRS control module, display module, memory module, control module, power module;
Voltage-current sensor module, data acquisition module, data processing module input connect in turn, and number processing module output is connected with GPRS control module, display module, memory module, control module;
Voltage-current sensor module comprises Hall voltage transducer, Hall current sensor, Hall voltage transducer adopts space mode block, model is CHV-25P/400, CHV-25P/400 is closed loop Hall voltage transducer, and rated voltage is 400V, and the tested voltage in former limit and secondary output signal electrical isolation, transfer ratio is 2500:1000, amount of exports definite value 5V, corresponding former limit rated voltage, carries out isolation measurement; Operating voltage is positive and negative 15V.
Described power module comprises relay, and described power module is used for powering to whole power consumption monitoring module, and can carry out civil power and battery powered switching;
The operation principle of power module is: in power module, and solar panel is lithium cell charging when there being illumination.MCU can, when civil power is working properly, be regularly battery discharge, protection battery.Lithium battery carries out electric power storage, for equipment provides the power supply of 12V in the idle situation of civil power.Battery protecting circuit mainly contains two functions, and one is when solar panel charges to battery, prevents from overcharging, and two is when battery operated, prevents crossing because of battery battery of being rivals in a contest and causes damage.Power selection circuit is for switching civil power mode of operation and lithium battery mode of operation.DC12/DC5 module transfers 12V to 5V.5V terminal provides 5V power interface for other each modules, and AC provides the interchange of 220V; 220V alternating current is converted to positive and negative 15V and positive 5V direct voltage by AD/DC module, and filter circuit is used for filter away high frequency noise, reduces ripple.Reverse protection circuit prevents from power supply from connecing instead burning circuit.+ 15V/+12V terminal provides 15V interface under civil power mode of operation, provides 12V interface under battery operated mode.5V is converted to 12V by DC5/DC4 module.+ 4V terminal provides+4V interface for equipment.
Described voltage-current sensor module for the electric current in Acquisition Circuit and voltage, and is transferred to data acquisition module; Data acquisition module is used for gathering the output signal of voltage current voltage current sensor module, and is translated into digital data transmission to data processing module;
GPRS control module is used for carrying out voice and/or note and/or GPRS data service, by the information transmission of described power consumption monitoring module to data acquisition module;
Voice/note/GPRS data the service of GPRS control module primary responsibility.GPRS control module comprises GSM chip, described GSM chip is connected with start/shutdown circuit and/or the deck that communicates, start/shutdown circuit is for realizing the opening and closing of this module, and described radio communication deck is for inserting communication card thus realizing the communication with other equipment;
Control module realizes vulnerabilities scan forceful electric power, comprises relay, relay drive circuit, optocoupler, fly-wheel diode.The MCU of control module and relay drive circuit are isolated, protection MCU.Relay drive circuit, provides enough current drives relays.
Described data processing module is used for the signal of data collecting module collected to process, and the information after process is undertaken sending and being shown by display module by GPRS control module.
Power consumption monitoring module can carry out remote monitoring to motor, and the running status of motor is synchronously transferred back to remote monitoring center by GPRS control module.Obstructed at remote monitoring center network, or when power-off, the running status of motor can be checked by note.When motor is in off-position, this equipment can enable stand-by power supply automatically, and warning system still can maintenance work, greatly promotes the control and monitoring of motor.
Further, described motor instantaneous operating conditions monitoring module also comprises:
At least one three grades from server and the secure verification module be arranged at every grade of server, described three grades are subordinated to described secondary from server from server, for carry out remote monitoring data from server mutual with the central processing unit 131 be connected and/or described secondary;
Also for managing control three grades, to carry out remote monitoring data from server mutual from server for described secondary;
Described master server, secondary adopt from server and three grades the form comprising server and web server from server.
Further, described secure verification module adopts following methods to carry out safety verification to the data received:
The central processing unit 131 of step one, Multifunction motor row wind apparatus sends identity security checking message to three grades from server, initiates safety verification;
Step 2, three grades send the first identity authentication message from server to secondary from server, initiate verification process;
Step 3, secondary send the second identity authentication message from server to master server, and message comprises the mark of security domain residing for the second authenticator and the secondary authentication information from server;
Step 4, master server send tiers e'tat authentication message to secondary from server, and message comprises the mark of security domain residing for master server;
After step 5, secondary receive the identity authentication message of master server from server, the legitimacy of security domain residing for tiers e'tat authentication message checking master server;
Step 6, master server determine whether pass through checking by secondary from the result of server.
Further, the method that the data of described medium-long range Surveillance center store is:
Step one, remote monitoring center receive the transmission data command log-on data memory device of central processing unit 131;
Step 2, determine whether effective data storage device stores the secure authentication information of described data;
If step 3 stores the secure authentication information of described data, carry out next step, if do not have storage security authorization information, remote monitoring center sends to central processing unit 131 and repeats to send request of data;
Whether step 4, detection store the total data that central processing unit sends, if do not had, then repeat step one and step 2.
Temperature sensor 14 is for detecting the temperature of motor housing, transfer signals to control unit 13, by comparison module 133, detection signal and setting numerical value are compared, if exceed set point, then there is signal to central processing unit 131, drive flabellum 4 to rotate by Executive Module 135 starter motor 8 and lower the temperature; If do not exceed set point, then can not send the signal starting Executive Module 135, motor 8 is in holding state.
Motor instantaneous operating conditions monitoring module secure verification module comprises multistage from server, when Internet resources are restricted, bandwidth data volume that is inadequate or remote monitoring is larger, when exceeding the maximum software and hardware resources that Single-Server can bear, safe sharing monitoring and the multiple management of teledata traffic transport can be realized, ensure not interrupting of remote monitoring.
The present invention can realize Intelligent air exhausting cooling according to the operating state of motor by control unit, the setting of blinds apparatus and protection network, makes retractility strong, the tight a beautiful gem of sealing, make air draft unobstructed, safe and reliable, can prevent foreign material or water from falling in motor, reduce maintenance cost, extend useful life, remote monitoring center can monitor operating state, the thermometer power consumption of multiple electric motors in real time, and controls motor and ventilating fan, and wireless mobile monitoring end also can be used to realize monitoring.
Utilize technical solutions according to the invention, or those skilled in the art being under the inspiration of technical solution of the present invention, designing similar technical scheme, and reach above-mentioned technique effect, is all fall into protection scope of the present invention.
Claims (4)
1. a Multifunction motor row wind apparatus, it is characterized in that, comprise support (1), lower connection box (2), spring coil (3), flabellum (4), rotation axis (5), bolt (6), belt (7), motor (8), protector (9), blinds apparatus (10), shell (11), pipeline (12), control unit (13), temperature sensor (14); Described lower connection box (2) is arranged on the top of support (1); Described spring coil (3) is arranged on the madial wall of pipeline (12); Described flabellum (4) is arranged on rotation axis (5); Described bolt (6) is arranged on before shell (11); Described belt (7) connects motor (8) and rotation axis (5); Described blinds apparatus (10) is arranged on the inside of protector (9), temperature sensor (14) is arranged on base (1), and control unit (13) is arranged on shell (11) outside;
The outside of described pipeline (12) is provided with back-up ventilation mouth (15), is provided with sealing ring (16) between described back-up ventilation mouth (15) and pipeline (12);
Described protector (9) comprises outer wall (91), protection network (92), bolt hole (93) and rainproof shield (94), and described bolt hole (93) is arranged on the surface location at four angles of outer wall (91); Described protection network (92) is arranged on outer wall (91) inner side, and described protection network (92) is provided with screen pack, and described rainproof shield (94) is arranged on the outside of protection network (92);
Described blinds apparatus (10) comprises blinds (101), stay cord (102), draw ring (103) and connecting axle (104), and described blinds (101) is arranged on the top of connecting axle; Described draw ring (103) is arranged on stay cord (102) bottom;
Described control unit (13) comprising: central processing unit (131), receiver module (132), comparison module (133), transport module (134), Executive Module (135), selftest module (136);
For carrying out the central processing unit (131) of computing and process to data;
Be connected with central processing unit (131), for receiving the receiver module (132) of the measured Temperature numerical of temperature sensor (14);
Be connected with central processing unit (131), for the comparison module (133) contrasted measurement numerical value and set point;
Be connected with central processing unit (131), the result for comparing carries out the transport module (134) of data transmission;
Be connected with central processing unit (131), for transferring signals to the Executive Module (135) of motor;
Be connected with central processing unit (131), for the selftest module (136) of each inside modules fault of detection control unit (13);
Described temperature sensor (14) comprising: main temperature transducer, is configured to the first temperature of measurement target, and the first temperature sensor is received in the heat of thermal source generation at least partially; At least one auxiliary temperature sensors, the second temperature is measured in the one or more positions be configured in a portable device;
Described central processing unit (131) is based on the Tc of the first temperature and the second temperature computation target, central processing unit, by the first temperature and the second temperature applications are carried out calculation correction temperature in algorithm, is wherein determined function in this algorithm or parameter by measuring tempeature in controlled environment and considers with the history of the temperature of pre-test with calculation correction temperature;
In described selftest module (136), flabellum rotating speed detection module is installed, this selftest module (136) comprises control module, power module, key-press module, tachometric survey circuit module and display module, described power module link control module, for control module provides operating voltage, described control module adopts single-chip microcomputer, described tachometric survey circuit module adopts Hall element to be connected with signal conditioning circuit, described signal conditioning circuit connects single-chip microcomputer, and described key-press module, display module are connected with single-chip microcomputer respectively;
Described multi-function motor air exhausting device also comprises and the remote monitoring center of described central processing unit (131) wireless connections and wireless mobile monitoring end; This remote monitoring center comprises motor instantaneous operating conditions monitoring module and power consumption monitoring module;
Described motor instantaneous operating conditions monitoring module comprises:
Master server is subordinated to the secondary of described master server from server with at least one, wherein:
It is mutual that described master server is used for carrying out remote monitoring data with the central processing unit is connected (131) and/or the described secondary that is subordinated to from server, and the described secondary of management control is from server; And described secondary to be used for carrying out remote monitoring data with the central processing unit be connected (131) and/or described master server from server mutual;
Described power consumption monitoring module comprises data processing module, data acquisition module, voltage-current sensor module, GPRS control module, display module, memory module, control module, power module;
Voltage-current sensor module, data acquisition module, data processing module input connect in turn, and data processing module output is connected with GPRS control module, display module, memory module, control module;
Described power module comprises relay, and described power module is used for powering to whole power consumption monitoring module, and can carry out civil power and battery powered switching;
Described voltage-current sensor module for the electric current in Acquisition Circuit and voltage, and is transferred to data acquisition module; Data acquisition module is used for gathering the output signal of voltage-current sensor module, and is translated into digital data transmission to data processing module;
GPRS control module is used for carrying out voice and/or note and/or GPRS data service, by the information transmission of described power consumption monitoring module to data acquisition module;
Control module realizes vulnerabilities scan forceful electric power;
Described data processing module is used for the signal of data collecting module collected to process, and the information after process is undertaken sending and being shown by display module by GPRS control module.
2. Multifunction motor row wind apparatus as claimed in claim 1, it is characterized in that, described motor instantaneous operating conditions monitoring module also comprises:
At least one three grades from server and the secure verification module be arranged at every grade of server, described three grades are subordinated to described secondary from server from server, for carry out remote monitoring data from server mutual with the central processing unit be connected (131) and/or described secondary;
Also for managing control three grades, to carry out remote monitoring data from server mutual from server for described secondary;
Described master server, secondary adopt from server and three grades the form comprising server and web server from server.
3. Multifunction motor row wind apparatus as claimed in claim 1, is characterized in that, described secure verification module adopts following methods to carry out safety verification to the data received:
The central processing unit (131) of step one, Multifunction motor row wind apparatus sends identity security checking message to three grades from server, initiates safety verification;
Step 2, three grades send the first identity authentication message from server to secondary from server, initiate verification process;
Step 3, secondary send the second identity authentication message from server to master server, and message comprises the mark of security domain residing for the second authenticator and the secondary authentication information from server;
Step 4, master server send tiers e'tat authentication message to secondary from server, and message comprises the mark of security domain residing for master server;
After step 5, secondary receive the identity authentication message of master server from server, the legitimacy of security domain residing for tiers e'tat authentication message checking master server;
Step 6, master server determine whether pass through checking by secondary from the result of server.
4. Multifunction motor row wind apparatus as claimed in claim 1, is characterized in that, the method that the data of described medium-long range Surveillance center store is:
Step one, remote monitoring center receive the transmission data command log-on data memory device of central processing unit (131);
Step 2, determine whether effective data storage device stores the secure authentication information of described data;
If step 3 stores the secure authentication information of described data, carry out next step, if do not have storage security authorization information, remote monitoring center sends to central processing unit (131) and repeats to send request of data;
Whether step 4, detection store the total data that central processing unit sends, if do not had, then repeat step one and step 2.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510200303.2A CN104953765B (en) | 2015-04-24 | 2015-04-24 | A kind of novel and multifunctional motor air exhausting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510200303.2A CN104953765B (en) | 2015-04-24 | 2015-04-24 | A kind of novel and multifunctional motor air exhausting device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104953765A true CN104953765A (en) | 2015-09-30 |
| CN104953765B CN104953765B (en) | 2017-07-28 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510200303.2A Expired - Fee Related CN104953765B (en) | 2015-04-24 | 2015-04-24 | A kind of novel and multifunctional motor air exhausting device |
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| Country | Link |
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| CN (1) | CN104953765B (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105245012A (en) * | 2015-11-04 | 2016-01-13 | 安徽理工大学 | Power planning system control system |
| CN109283870A (en) * | 2018-09-10 | 2019-01-29 | 尼尔瓦修（北京）科技有限公司 | A kind of unmanned plane during flying operation training place automatic switchover system and method |
| CN112261983A (en) * | 2018-06-11 | 2021-01-22 | 沃尔沃卡车集团 | Air filter housing with closing device, air filter and vehicle |
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| CN102345614A (en) * | 2010-08-04 | 2012-02-08 | 张协斌 | Intelligent exhaust device |
| JP2012029456A (en) * | 2010-07-23 | 2012-02-09 | Aida Eng Ltd | Driving motor cooling apparatus of press machine |
| CN202250719U (en) * | 2011-09-06 | 2012-05-30 | 浙江吉利汽车研究院有限公司 | Air exhaust device for radiator of air compressor |
| WO2013014523A2 (en) * | 2011-07-28 | 2013-01-31 | Toyota Jidosha Kabushiki Kaisha | Rotary electric machine and method for controlling rotary electric machine |
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2015
- 2015-04-24 CN CN201510200303.2A patent/CN104953765B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2012029456A (en) * | 2010-07-23 | 2012-02-09 | Aida Eng Ltd | Driving motor cooling apparatus of press machine |
| CN102345614A (en) * | 2010-08-04 | 2012-02-08 | 张协斌 | Intelligent exhaust device |
| WO2013014523A2 (en) * | 2011-07-28 | 2013-01-31 | Toyota Jidosha Kabushiki Kaisha | Rotary electric machine and method for controlling rotary electric machine |
| CN202250719U (en) * | 2011-09-06 | 2012-05-30 | 浙江吉利汽车研究院有限公司 | Air exhaust device for radiator of air compressor |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105245012A (en) * | 2015-11-04 | 2016-01-13 | 安徽理工大学 | Power planning system control system |
| CN112261983A (en) * | 2018-06-11 | 2021-01-22 | 沃尔沃卡车集团 | Air filter housing with closing device, air filter and vehicle |
| CN109283870A (en) * | 2018-09-10 | 2019-01-29 | 尼尔瓦修（北京）科技有限公司 | A kind of unmanned plane during flying operation training place automatic switchover system and method |
| CN109283870B (en) * | 2018-09-10 | 2023-09-19 | 尼尔瓦修(南京)科技有限公司 | Unmanned aerial vehicle flight operation training site automatic switching system and method |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104953765B (en) | 2017-07-28 |
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