CN206274369U - Medium density fibre board (MDF) on-line monitoring system - Google Patents
Medium density fibre board (MDF) on-line monitoring system Download PDFInfo
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- CN206274369U CN206274369U CN201621468090.8U CN201621468090U CN206274369U CN 206274369 U CN206274369 U CN 206274369U CN 201621468090 U CN201621468090 U CN 201621468090U CN 206274369 U CN206274369 U CN 206274369U
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Abstract
The utility model is the vacancy for making up prior art, there is provided a kind of medium density fibre board (MDF) on-line monitoring system, including data acquisition device, monitor terminal and regional work station；The data acquisition device includes the data acquisition unit being arranged on relevant device, and the data acquisition unit transmits data by corresponding data link to monitor terminal.The monitor terminal includes：First data sink, display, holder and alarm；First data sink is respectively sent to display, holder and alarm for receiving the data message that data acquisition device sends, and will receive the data message for obtaining；The regional work station includes：Alarming device and inspection device；The instruction that the alarming device receives monitor terminal sends warning；The inspection device receives the instruction of monitor terminal, and to monitor terminal feedback information.The utility model realizes unification, the monitoring in real time to medium density fibre board (MDF) production equipment.
Description
Technical field
The utility model belongs to wood-based plate technical field of processing equipment, and in particular to a kind of medium density fibre board (MDF) on-line monitoring
System.
Background technology
Medium density fibre board (MDF) is, through mechanically decoupled and chemical treatment means, to mix timber or string adhesive and prevent
Aqua etc., then a kind of artificial board being made through high temperature, high-pressure molding, are to make the ideal artificial board of furniture.In it is close
The structure for spending fiberboard is more uniform than natural timber, it also avoid it is rotten, the problems such as damage by worms, while its swell-shrink characteristic is small, be easy to processing.
Due to medium density fibre board (MDF) surfacing, it is easy to paste various facings, manufactured goods furniture can be made more attractive in appearance.Counter-bending strong
Degree and impact strength aspect, are superior to particieboard.
The preparation of medium density fibre board (MDF) generally needs to use defibrator, sizing applicator, drying machine, spreading machine, forming machine and heat
Press carries out the process operation of corresponding operation.Although existing each equipment is equipped with independent control system, can be monitored and controlled
Corresponding autonomous device, yet with unified monitoring system is lacked, the equipment state of existing medium density fibre board (MDF) each operation is joined
Number acquisition is required to manual record, not only can not timely obtain equipment running status parameter, there is larger potential safety hazard ---
Especially defibrator belongs to fragile equipment, lacks quick response, easily causes equipment to be major break down by small development of defects, so that
Service life of equipment is reduced, production efficiency is reduced, is caused potential safety hazard.And because place equipment is more, factory needs to arrange for
Substantial amounts of manpower, taking a substantial amount of time carries out patrol record, and cost is high.
Additionally, existing defibrator control system mainly monitors defibrator mainly monitors its output state for drive device,
Lack effective monitoring for drive device security in itself.
Utility model content
The utility model is to make up the blank that existing medium density fibre board (MDF) production equipment lacks unified monitoring system, is solved existing
The drive device security for having defibrator lacks the problem of effective monitoring, there is provided a kind of medium density fibre board (MDF) on-line monitoring system
System, including：Data acquisition device, monitor terminal and regional work station.The data acquisition device includes：Collection defibrator state
The defibrator data acquisition unit of parameter, the defibrator data acquisition unit transmits number by first data transmission device to monitor terminal
According to.The power dispatching data collector of power distribution equipment power Transmission state is gathered, the power dispatching data collector is passed by the 7th data
Defeated device transmits data to monitor terminal.
Further, the defibrator data acquisition unit includes that temperature inductor, comparator, defibrator drive cooling system
System, the first timer, the first signal adapter and first microprocessor.The temperature inductor is arranged on the drivetrain of defibrator
System is internal, and is connected with comparator signal.The output end of the comparator drives cooling system and the first timer with defibrator
Signal is connected.The defibrator drives cooling system for cooling down the drive system of defibrator.The output of first timer
End is connected with first data transmission device signal.The receiving terminal of first signal adapter and first microprocessor respectively with outside
Defibrator control system signal is connected.The output end of first signal adapter and first microprocessor respectively with the first data
Transmitter signal is connected.
Further, it is air-cooler that the defibrator drives cooling system, and air outlet and the defibrator of air-cooler drive dress
Put internal connection.Defibrator process machine actuating device is provided with corresponding air outlet, and the cold wind of the air-cooler blowout can be in defibrator
Drive device internal circulation.
Further, the monitor terminal includes：First data sink, display, holder and alarm.Described
One data sink sends respectively for receiving the data message that data acquisition device sends, and will receive the data message for obtaining
To display, holder and alarm.
Further, the regional work station includes：Alarming device and inspection device.The alarming device receives monitoring eventually
The instruction at end sends warning.The inspection device receives the instruction of monitor terminal, and to monitor terminal feedback information.
Further, the power dispatching data collector includes the 7th signal adapter and the 7th microprocessor.Described 7th
The receiving terminal of signal adapter and the 7th microprocessor is connected with outside power distribution control system signal respectively.7th signal turns
The output end of parallel operation and the 7th microprocessor is connected with the 7th data link signal respectively.
Further, the data acquisition device also includes：The sizing applicator data acquisition unit of sizing applicator state parameter is gathered,
The sizing applicator data acquisition unit transmits data by the second data link to monitor terminal.Collection drying machine state parameter
Drying machine data acquisition unit, the drying machine data acquisition unit transmits data by the 3rd data link to monitor terminal.Adopt
Collect the spreading machine data acquisition unit of spreading machine state parameter, the spreading machine data acquisition unit is by the 4th data link to prison
Control terminal transmits data.The forming machine data acquisition unit of forming machine state parameter is gathered, the forming machine data acquisition unit passes through
5th data link transmits data to monitor terminal.Gather the hot press data acquisition unit of hot press state parameter, the heat
Press data acquisition unit transmits data by the 6th data link to monitor terminal.
Further, the sizing applicator data acquisition unit includes secondary signal converter and the second microprocessor.Described
The receiving terminal of binary signal converter and the 6th microprocessor is connected with externally sizing machine control system signal respectively.Second letter
The output end of number converter and the second microprocessor is connected with the second data link signal respectively.
Further, the drying machine data acquisition unit includes the 3rd signal adapter and the 3rd microprocessor.Described
The receiving terminal of three signal adapters and the 3rd microprocessor is connected with outside drying machine control system signal respectively.3rd letter
The output end of number converter and the 3rd microprocessor is connected with the 3rd data link signal respectively.
Further, the spreading machine data acquisition unit includes the 4th signal adapter and the 4th microprocessor.Described
The receiving terminal of four signal adapters and the 4th microprocessor is connected with outside spreading machine control system signal respectively.4th letter
The output end of number converter and the 4th microprocessor is connected with the 4th data link signal respectively.
Further, the forming machine data acquisition unit includes the 5th signal adapter and the 5th microprocessor.Described
The receiving terminal of five signal adapters and the 5th microprocessor is connected with outside forming machine control system signal respectively.5th letter
The output end of number converter and the 5th microprocessor is connected with the 5th data link signal respectively.
Further, the hot press data acquisition unit includes the 6th signal adapter and the 6th microprocessor.Described
The receiving terminal of six signal adapters and the 6th microprocessor is connected with outside Control of Hot Press Control System signal respectively.6th letter
The output end of number converter and the 6th microprocessor is connected with the 6th data link signal respectively.
Further, the data link in above-mentioned data acquisition unit is wireless signal dispensing device.Above-mentioned monitor terminal
Interior data sink is wireless signal receiver.
Further, the data link in above-mentioned data acquisition unit is data wire connecting interface.In above-mentioned monitor terminal
Data sink be data wire connecting interface, used data wire connection between data link and data sink.
Further, the alarm includes：Processor, the second timer, responding to switch, voice guard and the 8th number
According to transmitter.The receiving terminal of the processor is connected with data distributor, the order output terminal of the processor respectively with display
The connection of device, voice guard, timer and the 8th data link.Second timer is connected with responding to switch signal.Institute
The 8th data link is stated to regional work station transmission information.
Further, the inspection device includes：Second data sink, display, the 9th data link and information
Input.Second data sink receives the information that monitor terminal sends, and the information received to display transmission.Institute
State information input terminal and patrol and examine information for typing, and the information of typing is transmitted to monitor terminal by the 9th data link.
Further, the biography of corresponding signal and data is carried out between the inspection device and monitor terminal by wireless signal
It is defeated.
The course of work of the present utility model is：Data acquisition unit collects relevant device from corresponding device controller
Running state parameter, and transmitted to monitor terminal by corresponding signal adapter and data link.Data acquisition simultaneously
The microprocessor set in device, according to the running state parameter of the relevant device for obtaining, is contrasted with preset value, such as reaches alarm
Threshold value then sends alarm command by data link to monitor terminal.Monitor terminal receives respective counts by data sink
The equipment running status parameter collected according to collector, and send to display and shown in real time, send to holder
Row is stored, and the alarm command that will be received is sent to alarm, and alarm is alarmed according to alarm command.Meanwhile, monitoring
Terminal sends to default regional work station according to the alarm command for receiving and instructs.Alarming device in regional work station is received
Warning is sent after the instruction of monitor terminal.Personnel in regional work station start inspection device, and according to the monitoring end for receiving
End instruction is patrolled and examined, and then will patrol and examine result input inspection device, and inspection device patrols and examines letter accordingly to monitor terminal feedback
Breath.
Additionally, in defibrator data acquisition unit, the temperature inductor inside defibrator drive system is supervised in real time
The temperature surveyed inside drive device, and relevant temperature information is sent to comparator contrasted, such as drive device internal temperature
Reach threshold value and then start timer and defibrator driving cooling system.Defibrator drives cooling system in defibrator process machine actuating device
Portion cools down.As drive device internal temperature is less than threshold value, then comparator sends replacement riming instructions to timer, such as
Threshold value is reached during timer, then alarm command is sent to monitor terminal by data link.
The utility model at least has one of the following advantages：
1. the utility model realizes unification, the monitoring in real time to medium density fibre board (MDF) production equipment, and staff exists
The running state parameter of corresponding production equipment is would know that on monitor terminal.
2. the utility model includes the parameter acquiring to each equipment electricity consumption situation, not only can in real time obtain each equipment
Electricity consumption situation, and user can judge whether the running status of equipment normal according to the electricity consumption situation of equipment.Compared to direct
The running state parameter of facilities for observation, electricity consumption situation can know the equipment running status situation such as electric leakage, excess load.
3. data acquisition unit of the present utility model possesses to the right of equipment running status while data acquisition is realized
Than judging, it is possible to send alarm command to monitor terminal in time, the monitor terminal very first time is set to know that relevant device occurs different
Often.
4. the utility model includes the inspection device being arranged in regional work station, and the device can be according to monitoring eventually
The instruction at end starts, and reflects the situation of patrolling and examining in time to monitor terminal.The device to the greatest extent can may be used with the mutual cooperation of monitor terminal
Can just be found and be processed when equipment is in abnormal in early stage state.Reduce equipment and expand possibility, the effective drop damaged
Security risk in low production process.
5. the alarm of the utility model monitor terminal is provided with voice guard and responding to switch, can send sound police
Report, while alarm can also send the finger for highlighting the abnormal data to display according to the alarm command information for obtaining
Order, allows user the very first time to know abnormity point.
Brief description of the drawings
Fig. 1 show the utility model structural representation.
The data acquisition unit structural representation of the utility model defibrator shown in Fig. 2.
The schematic diagram of the utility model alarm arrangement shown in Fig. 3.
Fig. 4 show the utility model inspection device structural representation.
Specific embodiment
In order that the purpose of this utility model, technical scheme and advantage become more apparent, below in conjunction with accompanying drawing, to this reality
Use new further description.It should be appreciated that specific embodiment described herein is only used to explain the utility model, and
It is not used in restriction the utility model.
Embodiment 1
A kind of medium density fibre board (MDF) on-line monitoring system, as shown in figure 1, including：Data acquisition device, monitor terminal and area
Domain work station.
The data acquisition device includes：Gather the defibrator data acquisition unit of defibrator state parameter, the defibrator
Data acquisition unit transmits data by first data transmission device to monitor terminal.Gather the sizing applicator data of sizing applicator state parameter
Collector, the sizing applicator data acquisition unit transmits data by the second data link to monitor terminal.Collection drying machine shape
The drying machine data acquisition unit of state parameter, the drying machine data acquisition unit is transmitted by the 3rd data link to monitor terminal
Data.The spreading machine data acquisition unit of spreading machine state parameter is gathered, the spreading machine data acquisition unit is passed by the 4th data
Defeated device transmits data to monitor terminal.The forming machine data acquisition unit of forming machine state parameter is gathered, the forming machine data are adopted
Storage transmits data by the 5th data link to monitor terminal.Gather the hot press data acquisition of hot press state parameter
Device, the hot press data acquisition unit transmits data by the 6th data link to monitor terminal.Collection power distribution equipment electric power
The power dispatching data collector of feed status, the power dispatching data collector transmits number by the 7th data link to monitor terminal
According to.
The monitor terminal includes：First data sink, display, holder and alarm.First data connect
Receive device and be respectively sent to display for receiving the data message that data acquisition device sends, and the data message for obtaining will be received
Device, holder and alarm.
The regional work station includes：Alarming device and inspection device.The alarming device receives the instruction of monitor terminal
Send warning.The inspection device receives the instruction of monitor terminal, and to monitor terminal feedback information.
The course of work of the present utility model is：Data acquisition unit collects relevant device from corresponding device controller
Running state parameter, and transmitted to monitor terminal by corresponding signal adapter and data link.Data acquisition simultaneously
The microprocessor set in device, according to the running state parameter of the relevant device for obtaining, is contrasted with preset value, such as reaches alarm
Threshold value then sends alarm command by data link to monitor terminal.Monitor terminal receives respective counts by data sink
The equipment running status parameter collected according to collector, and send to display and shown in real time, send to holder
Row is stored, and the alarm command that will be received is sent to alarm, and alarm is alarmed according to alarm command.Meanwhile, monitoring
Terminal sends to default regional work station according to the alarm command for receiving and instructs.Alarming device in regional work station is received
Warning is sent after the instruction of monitor terminal.Personnel in regional work station start inspection device, and according to the monitoring end for receiving
End instruction is patrolled and examined, and then will patrol and examine result input inspection device, and inspection device patrols and examines letter accordingly to monitor terminal feedback
Breath.
Embodiment 2
A kind of medium density fibre board (MDF) on-line monitoring system, including：Data acquisition device, monitor terminal and regional work station.
The data acquisition device includes：Gather the defibrator data acquisition unit of defibrator state parameter, the defibrator data acquisition
Device transmits data by first data transmission device to monitor terminal.As shown in Fig. 2 the defibrator data acquisition unit includes temperature
Inductor, comparator, defibrator drive cooling system, the first timer, the first signal adapter and first microprocessor.It is described
Temperature inductor is arranged on inside the drive system of defibrator, and is connected with comparator signal.The output end of the comparator with
Defibrator drives cooling system and the connection of the first timer-signals.The defibrator drives cooling system for cooling down defibrator
Drive system.The output end of first timer is connected with first data transmission device signal.First signal adapter and
The receiving terminal of first microprocessor is connected with outside defibrator control system signal respectively.First signal adapter and first
The output end of microprocessor is connected with first data transmission device signal respectively.Remaining structure is same as Example 1.
In defibrator data acquisition unit, the temperature inductor real-time monitoring inside defibrator drive system drives
Temperature inside device, and relevant temperature information is sent to comparator contrasted, such as drive device internal temperature reaches threshold
Value then starts timer and defibrator drives cooling system.Defibrator drives cooling system to being carried out inside defibrator process machine actuating device
Cool.As drive device internal temperature is less than threshold value, then comparator sends replacement riming instructions, such as timer to timer
Timing reaches threshold value, then send alarm command to monitor terminal by data link.
Embodiment 3
A kind of medium density fibre board (MDF) on-line monitoring system, including：Data acquisition device, monitor terminal and regional work station.
The data acquisition device includes：Gather the defibrator data acquisition unit of defibrator state parameter, the defibrator data acquisition
Device transmits data by first data transmission device to monitor terminal.The defibrator data acquisition unit includes that defibrator drives cooling
System.It is air-cooler that the defibrator drives cooling system, and the air outlet of air-cooler is connected with defibrator process machine actuating device inside.Heat
Grinding machine drive device is provided with corresponding air outlet, and the cold wind of the air-cooler blowout can flow inside defibrator process machine actuating device
It is logical.Remaining structure is same as Example 2.
Embodiment 4
A kind of medium density fibre board (MDF) on-line monitoring system, including：Data acquisition device, monitor terminal and regional work station.
The data acquisition device includes：Power dispatching data collector, sizing applicator data acquisition unit, drying machine data acquisition unit, spreading machine
Data acquisition unit, forming machine data acquisition unit and hot press data acquisition unit.
The power dispatching data collector includes the 7th signal adapter and the 7th microprocessor.7th signal adapter
It is connected with outside power distribution control system signal respectively with the receiving terminal of the 7th microprocessor.7th signal adapter and the 7th
The output end of microprocessor is connected with the 7th data link signal respectively.
The sizing applicator data acquisition unit includes secondary signal converter and the second microprocessor.The secondary signal conversion
The receiving terminal of device and the 6th microprocessor is connected with externally sizing machine control system signal respectively.The secondary signal converter and
The output end of the second microprocessor is connected with the second data link signal respectively.
The drying machine data acquisition unit includes the 3rd signal adapter and the 3rd microprocessor.The 3rd signal conversion
The receiving terminal of device and the 3rd microprocessor is connected with outside drying machine control system signal respectively.3rd signal adapter and
The output end of the 3rd microprocessor is connected with the 3rd data link signal respectively.
The spreading machine data acquisition unit includes the 4th signal adapter and the 4th microprocessor.The 4th signal conversion
The receiving terminal of device and the 4th microprocessor is connected with outside spreading machine control system signal respectively.4th signal adapter and
The output end of the 4th microprocessor is connected with the 4th data link signal respectively.
The forming machine data acquisition unit includes the 5th signal adapter and the 5th microprocessor.The 5th signal conversion
The receiving terminal of device and the 5th microprocessor is connected with outside forming machine control system signal respectively.5th signal adapter and
The output end of the 5th microprocessor is connected with the 5th data link signal respectively.
The hot press data acquisition unit includes the 6th signal adapter and the 6th microprocessor.The 6th signal conversion
The receiving terminal of device and the 6th microprocessor is connected with outside Control of Hot Press Control System signal respectively.6th signal adapter and
The output end of the 6th microprocessor is connected with the 6th data link signal respectively.
Remaining structure is same as Example 1.
Embodiment 5
A kind of medium density fibre board (MDF) on-line monitoring system, including：Data acquisition device, monitor terminal and regional work station.
Data link in the data acquisition unit is wireless signal dispensing device.Data sink in above-mentioned monitor terminal is nothing
Line signal receiving device.Remaining structure is same as Example 1.
Embodiment 6
A kind of medium density fibre board (MDF) on-line monitoring system, including：Data acquisition device, monitor terminal and regional work station.
Data link in data acquisition unit is data wire connecting interface.Data sink in above-mentioned monitor terminal is data wire company
Connection interface, used data wire connection between data link and data sink.Remaining structure is same as Example 1.
Embodiment 7
A kind of medium density fibre board (MDF) on-line monitoring system, including：Data acquisition device, monitor terminal and regional work station.
The monitor terminal includes alarm, as shown in figure 3, the alarm includes：Processor, the second timer, responding to switch, sound
Sound alarm and the 8th data link.The receiving terminal of the processor is connected with data distributor, the order of the processor
Output end is connected with display, voice guard, timer and the 8th data link respectively.Second timer and response
Switching signal is connected.8th data link is to regional work station transmission information.Remaining structure is same as Example 1.
Starting voice guard after alarm receives alarm command carries out audible alarm, and the second timer of startup enters
Row timing, while according to the alarm command for receiving, the default idsplay order for highlighting the abnormity point is sent to display.
By sound and highlighting the abnormity point that user can be made to know equipment the very first time.Now, if user is in the second timer
Preset time threshold internal trigger responding to switch, then the second timer stops timing and resetting stop alarm simultaneously.Such as user not
In the preset time threshold internal trigger responding to switch of the second timer, then the second timer sends to processor and patrols and examines instruction, place
Reason device patrols and examines instruction to being sent in regional work station by the 8th data link.
Embodiment 8
A kind of medium density fibre board (MDF) on-line monitoring system, including：Data acquisition device, monitor terminal and regional work station.
Inspection device is provided with the regional work station, as shown in figure 4, the inspection device includes：Second data sink, display
Device, the 9th data link and information input terminal.Second data sink receives the information that monitor terminal sends, and to aobvious
Show the information that device transmission is received.Described information input patrols and examines information for typing, and by the information of typing by the 9th number
Transmitted to monitor terminal according to transmitter.Corresponding signal sum is carried out by wireless signal between the inspection device and monitor terminal
According to transmission.Remaining structure is same as Example 1.
The utility model at least has one of the following advantages：
1. the utility model realizes unification, the monitoring in real time to medium density fibre board (MDF) production equipment, and staff exists
The running state parameter of corresponding production equipment is would know that on monitor terminal.
2. the utility model includes the parameter acquiring to each equipment electricity consumption situation, not only can in real time obtain each equipment
Electricity consumption situation, and user can judge whether the running status of equipment is normal according to the electricity consumption situation of equipment.Compared to directly sight
The running state parameter of equipment is examined, electricity consumption situation can know the equipment running status situation such as electric leakage, excess load.
3. data acquisition unit of the present utility model possesses to the right of equipment running status while data acquisition is realized
Than judging, it is possible to send alarm command to monitor terminal in time, the monitor terminal very first time is set to know that relevant device occurs different
Often.
4. the utility model includes the inspection device being arranged in regional work station, and the device can be according to monitor terminal
Instruction start, and reflect the situation of patrolling and examining in time to monitor terminal.The device can be as far as possible with the mutual cooperation of monitor terminal
Just found and processed when equipment is in abnormal in early stage state.Reduce equipment and expand possibility, the effectively reduction for damaging
Security risk in production process.
5. the alarm of the utility model monitor terminal is provided with voice guard and responding to switch, can send sound police
Report, while alarm can also send the finger for highlighting the abnormal data to display according to the alarm command information for obtaining
Order, allows user the very first time to know abnormity point.
It should be noted that and understand, in the situation for not departing from the spirit and scope required by the utility model claim
Under, various modifications and improvements can be made to the utility model of foregoing detailed description.It is therefore desirable to the technical scheme of protection
Scope is not limited by given any specific exemplary teachings.
Claims (10)
1. medium density fibre board (MDF) on-line monitoring system, it is characterised in that including data acquisition device, monitor terminal and regional work
Stand；The data acquisition device includes：The defibrator data acquisition unit of defibrator state parameter is gathered, the defibrator data are adopted
Storage transmits data by first data transmission device to monitor terminal；The power dispatching data for gathering power distribution equipment power Transmission state is adopted
Storage, the power dispatching data collector transmits data by the 7th data link to monitor terminal；
The defibrator data acquisition unit include temperature inductor, comparator, defibrator drive cooling system, the first timer,
First signal adapter and first microprocessor；The temperature inductor be arranged on defibrator drive system inside, and with than
Connected compared with device signal；The output end of the comparator drives cooling system and the first timer-signals to be connected with defibrator；It is described
Defibrator drives cooling system for cooling down the drive system of defibrator；The output end of first timer is passed with the first data
Defeated device signal connection；The receiving terminal of first signal adapter and first microprocessor respectively with outside defibrator control system
Signal is connected；The output end of first signal adapter and first microprocessor connects with first data transmission device signal respectively
Connect；
The monitor terminal includes：First data sink, display, holder and alarm；First data sink
Display, storage are respectively sent to for receiving the data message that data acquisition device sends, and the data message for obtaining being received
Storage and alarm；
The regional work station includes：Alarming device and inspection device；The instruction that the alarming device receives monitor terminal sends
Warning；The inspection device receives the instruction of monitor terminal, and to monitor terminal feedback information.
2. medium density fibre board (MDF) on-line monitoring system according to claim 1, it is characterised in that the power dispatching data collector
Including the 7th signal adapter and the 7th microprocessor；The receiving terminal difference of the 7th signal adapter and the 7th microprocessor
It is connected with outside power distribution control system signal；The output end of the 7th signal adapter and the 7th microprocessor is respectively with the 7th
Data link signal is connected.
3. medium density fibre board (MDF) on-line monitoring system according to claim 1, it is characterised in that the data acquisition device is also
Including：The sizing applicator data acquisition unit of sizing applicator state parameter is gathered, the sizing applicator data acquisition unit is passed by the second data
Defeated device transmits data to monitor terminal；The drying machine data acquisition unit of drying machine state parameter is gathered, the drying machine data are adopted
Storage transmits data by the 3rd data link to monitor terminal；Gather the spreading machine data acquisition of spreading machine state parameter
Device, the spreading machine data acquisition unit transmits data by the 4th data link to monitor terminal；Collection forming machine state ginseng
Several forming machine data acquisition units, the forming machine data acquisition unit transmits number by the 5th data link to monitor terminal
According to；The hot press data acquisition unit of hot press state parameter is gathered, the hot press data acquisition unit passes through the 6th data transfer
Device transmits data to monitor terminal.
4. medium density fibre board (MDF) on-line monitoring system according to claim 3, it is characterised in that the sizing applicator data acquisition
Device includes secondary signal converter and the second microprocessor；The receiving terminal of the secondary signal converter and the 6th microprocessor point
It is not connected with externally sizing machine control system signal；The output end of the secondary signal converter and the second microprocessor respectively with
Second data link signal is connected.
5. medium density fibre board (MDF) on-line monitoring system according to claim 3, it is characterised in that the drying machine data acquisition
Device includes the 3rd signal adapter and the 3rd microprocessor；The receiving terminal of the 3rd signal adapter and the 3rd microprocessor point
It is not connected with outside drying machine control system signal；The output end of the 3rd signal adapter and the 3rd microprocessor respectively with
3rd data link signal is connected.
6. medium density fibre board (MDF) on-line monitoring system according to claim 3, it is characterised in that the spreading machine data acquisition
Device includes the 4th signal adapter and the 4th microprocessor；The receiving terminal of the 4th signal adapter and the 4th microprocessor point
It is not connected with outside spreading machine control system signal；The output end of the 4th signal adapter and the 4th microprocessor respectively with
4th data link signal is connected.
7. medium density fibre board (MDF) on-line monitoring system according to claim 3, it is characterised in that the forming machine data acquisition
Device includes the 5th signal adapter and the 5th microprocessor；The receiving terminal of the 5th signal adapter and the 5th microprocessor point
It is not connected with outside forming machine control system signal；The output end of the 5th signal adapter and the 5th microprocessor respectively with
5th data link signal is connected.
8. medium density fibre board (MDF) on-line monitoring system according to claim 3, it is characterised in that the hot press data acquisition
Device includes the 6th signal adapter and the 6th microprocessor；The receiving terminal of the 6th signal adapter and the 6th microprocessor point
It is not connected with outside Control of Hot Press Control System signal；The output end of the 6th signal adapter and the 6th microprocessor respectively with
6th data link signal is connected.
9. medium density fibre board (MDF) on-line monitoring system according to claim 1, it is characterised in that the alarm includes：Place
Reason device, the second timer, responding to switch, voice guard and the 8th data link；The receiving terminal and data of the processor
Distributor is connected, the order output terminal of the processor respectively with display, voice guard, timer and the 8th data transfer
Device is connected；Second timer is connected with responding to switch signal；8th data link is transmitted to regional work station to be believed
Breath.
10. medium density fibre board (MDF) on-line monitoring system according to claim 1, it is characterised in that the inspection device includes：
Second data sink, display, the 9th data link and information input terminal；Second data sink receives monitoring eventually
The information that end sends, and the information received to display transmission；Described information input patrols and examines information for typing, and will record
The information for entering is transmitted to monitor terminal by the 9th data link.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201621468090.8U CN206274369U (en) | 2016-12-29 | 2016-12-29 | Medium density fibre board (MDF) on-line monitoring system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621468090.8U CN206274369U (en) | 2016-12-29 | 2016-12-29 | Medium density fibre board (MDF) on-line monitoring system |
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| CN206274369U true CN206274369U (en) | 2017-06-23 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110361045A (en) * | 2018-04-09 | 2019-10-22 | 深圳市凤英凤仪科技有限公司 | A kind of monitoring device |
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2016
- 2016-12-29 CN CN201621468090.8U patent/CN206274369U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110361045A (en) * | 2018-04-09 | 2019-10-22 | 深圳市凤英凤仪科技有限公司 | A kind of monitoring device |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170623 Termination date: 20171229 |