CN108458734A - A kind of portable pollution source monitoring system based on satellite positioning - Google Patents
A kind of portable pollution source monitoring system based on satellite positioning Download PDFInfo
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- CN108458734A CN108458734A CN201810039094.1A CN201810039094A CN108458734A CN 108458734 A CN108458734 A CN 108458734A CN 201810039094 A CN201810039094 A CN 201810039094A CN 108458734 A CN108458734 A CN 108458734A
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- 238000012544 monitoring process Methods 0.000 title claims abstract description 32
- 238000012806 monitoring device Methods 0.000 claims abstract description 17
- 230000007704 transition Effects 0.000 claims description 21
- 238000003466 welding Methods 0.000 claims description 20
- 230000005540 biological transmission Effects 0.000 claims description 7
- 239000004744 fabric Substances 0.000 claims 1
- 230000007613 environmental effect Effects 0.000 description 3
- 239000003344 environmental pollutant Substances 0.000 description 3
- 231100000719 pollutant Toxicity 0.000 description 3
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 description 2
- 230000032683 aging Effects 0.000 description 2
- 238000001514 detection method Methods 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 230000007812 deficiency Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 229910052742 iron Inorganic materials 0.000 description 1
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
- G01D11/00—Component parts of measuring arrangements not specially adapted for a specific variable
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Abstract
The invention discloses a kind of portable pollution source monitoring system based on satellite positioning,Its structure includes wireless transceiver,Replace button,Control key,Monitoring device data line,Data connection hole,Supply hub,Status indicator lamp,Display,Main body,It is welded on the left of main body wireless transceiver one end,Replace the front end that button is set to wireless transceiver,The left side snapping of one end and main body,There are three control key is set,Set on the top of main body,It is evenly distributed in lateral "-" type,It is welded with the top surface of main body bottom surface,Display is set to the rear end of control key,Bottom surface and the top surface of main body are welded,The present invention is combined with each other by above-mentioned component,By increasing pulley,No. three traction ropes etc. mechanism,Enable a device to quick-speed plug monitoring device,The working efficiency of staff is set to greatly improve,The workload of staff is set to greatly reduce.
Description
Technical field
The present invention is a kind of portable pollution source monitoring system based on satellite positioning, belongs to pollution source monitoring system neck
Domain.
Background technology
Pollution source monitoring system is a kind of equipment for environmental monitoring, mainly determines pollutant with environmental monitoring means
Source, concentration of emission, pollutant kind etc. are discharged, discharge of pollutant sources and environmental impact assessment provide foundation in order to control, while
It is the Main Basiss for solving pollution dispute.
The prior art is in use, be not easy to replace, when monitoring different pollution sources, when staff needs to spend longer
Between replace monitor, cause working efficiency to reduce, and increase the workload of staff.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of portable pollution sources based on satellite positioning
Monitoring system, to solve the prior art in use, being not easy to replace, when monitoring different pollution sources, staff needs to spend
Longer time replaces monitor, the problem of causing working efficiency to reduce, and increase the workload of staff.
To achieve the goals above, the present invention is to realize by the following technical solutions：It is a kind of based on satellite positioning
Portable pollution source monitoring system, structure include wireless transceiver, replace button, control key, monitoring device data line, data
Connecting hole, supply hub, status indicator lamp, display, main body, described wireless transceiver one end are welded on the left of main body,
The front end replaced button and be set to wireless transceiver, the left side snapping of one end and main body, there are three the control key is set, if
In the top of main body, evenly distributed in lateral "-" type, bottom surface is welded with the top surface of main body, and the display is set to control
The top surface of the rear end of key processed, bottom surface and main body is welded, and the status indicator lamp is set to the top of main body, and is set to display
Right end, the top surface of bottom surface and main body welds, and the data connection hole is set to the front left end of main body, one end and main body
Top surface welding, the monitoring device data line be set to data connection hole the other end, the other end of bottom surface and data connection hole
Snapping, the supply hub are set to the front right end of main body, the top surface welding of bottom surface and main body, and the replacement button includes
No.1 fix limited block, No.1 mandril, button, No.1 spring, No. two mandrils, No.1 gear, No. two gears, No.1 pulley blocks,
No.1 traction rope, No.1 shaft, No.1 conductive resistance, No.1 electric wire, No. two springs, accumulator, No. two electric wires, electromagnet, two
Number conductive resistance, No. two traction ropes, No.1 data line, No. three gears, pulley, No. three traction ropes, No. three springs, No. two cunnings
Wheel group, No. four traction ropes, No. four gears, No. three mandrils, No. three electric wires, No. three conductive resistances, No. four conductive resistances, limited block,
No. four springs, No. five springs, No. two fixed limited blocks, link block, two number transmission lines, No. five resistance, No. four mandrils, No. five
Mandril, No. six springs, data connection block, No. six mandrils, data receiver block, the button run through the left end of main body, and both sides are equal
Coordinate with main body internal wall transitions, be equipped with No.1 mandril on one side, middle part is welded with No.1 mandril one end, and the No.1 mandril is another
Set on the one side of No. two mandrils, a Middle face of the other end and No. two mandrils welds at end, in No. two mandril another sides above
Equipped with No.1 gear, top surface and one end of No.1 gear are welded, and two sides are equipped with No.1 spring, are welded with No.1 spring one end
It connects, the No.1 spring is equipped with two, and the other end is fixed limited block one end with No.1 and welded, and the No.1 is fixed limited block and set
There are two pieces, is set to the inside left end of main body, with the interior welds of main body, No.1 gear bottom surface is equipped with the other end
Gear, the other end are set to the top of No. two gears, and bottom surface gear is engaged with the gear of No. two gears, the top surface of No. two gears
Equipped with No.1 shaft, top surface and the bottom surface of No.1 shaft are integrated, and the No.1 shaft is equipped with No.1 traction rope, No.1
The other end of one end snapping of shaft and No.1 traction rope, the No.1 traction rope bypasses No.1 pulley blocks and No. three conductive resistances
One end snapping, there are two the No.1 pulley blocks are set, be distributed, coordinate with No.1 traction rope transition, institute in lateral "-" type
It states and is equipped with No. two springs in the middle part of No. three conductive resistance other ends, middle part and one end of No. two springs are welded, and left side is conductive with No.1
The right side transition cooperation of resistance, right side and the left side transition of No. four conductive resistances coordinate, in the middle part of No.1 conductive resistance bottom surface
Equipped with No.1 electric wire, bottom surface and one end of No.1 electric wire are welded, and the other end and the accumulator bottom surface of the No.1 electric wire are welded, institute
The other end for stating No. two springs is set to the right side of No.1 electric wire, is welded with the bottom surface of accumulator, in the right side of the accumulator on
Square to be equipped with No. two electric wires, right side and one end of No. two electric wires are welded, and the other end of No. two electric wires is set in electromagnet left side
Portion is welded with the left side central portion of electromagnet, and No. three electric wires, middle part and the one of No. three electric wires are equipped in the middle part of the bottom surface of the electromagnet
End welding, right side and the left side transition of No. two conductive resistances coordinate, the other end of No. three electric wires and No. four conductive resistances
Right side central is welded, and No. two conductive resistance right side centrals are equipped with No. two traction ropes, and right side and one end of No. two traction ropes are detained
It connects, the other end of No. two traction ropes is set to the left side central portion of No. three gears, is welded with the left side of No. three gears, described No. three
Gear bottom surface is equipped with gear, is set to the top of No. four gears, and bottom surface gear is engaged with the gear of No. four gears, right side central and three
One end snapping of number traction rope, No. three traction rope other ends are described around pulley and welding in the middle part of the top surface of No. three springs
The inside top surface of No. three spring bottom surfaces and main body is welded, and one end snapping of No. four gears with No. four traction ropes is described
No. four traction ropes are equipped with two, and the other end bypasses No. two pulley blocks and the top surface of No. three mandrils is welded, No. two pulley blocks
If there are two, the both sides of No. four gears are set to, No. three mandrils are equipped with two, and the other end is equipped with convex block, run through master
Body is set to the inner wall in data connection hole, and bottom surface is equipped with No. five springs, and bottom surface and one end of No. five springs are welded, described No. five
Spring is equipped with two, and the other end is set to the inner wall in data connection hole, and the other end is welded with data connection hole inner wall top surface, institute
It states limited block and is equipped with two pieces, one end is set to the inside of link block, and the other end is welded with one end of No. four springs, described No. four
There are two spring is set, and inside link block, the other end is set to the both sides of No. two fixed limited blocks, fixes limiting with No. two
The side welding of position block, described link block one end are set to the top surface of monitoring device data line, No. five are equipped in the middle part of other end top surface
Mandril, top surface and the bottom surface of No. five mandrils are welded, and the top surface of No. five mandrils is equipped with the bottom surface welding of data connection block, described
The top surface of data connection block, in the middle part of No. six mandrils, coordinates in the middle part of No. four mandrils with transition in the middle part of data receiver block bottom surface,
No. five mandril top surfaces and the bottom surface transition of No. four mandrils coordinate, and the top surface of No. four mandrils and the bottom surface of No. six mandrils are welded
It connects, top surface and the data receiver block bottom surface of No. six mandrils are welded, data receiver block top surface middle part and No. six springs one
End welding, both sides are welded with one end of No. five resistance, there are two No. five resistance is set, in the middle part of the top surface of the resistance of left side five
It welds with one end of two number transmission lines, is welded with one end of No.1 data line in the middle part of the resistance top surface of the right side five
Connect, the bottom surface of the other ends of No. six springs and main body is welded, No. four gears include No. five gears, No. two shafts,
The top surface of No. three shafts, No. five gears is equipped with No. two shafts, and top surface and the bottom surface of No. two shafts are integrated, described
The top surface of No. two shafts and the bottom surface of No. three shafts are integrated, one end of No. four traction ropes in the left side and No. three shafts
Snapping, one end of No. four traction ropes in the right side and No. two shaft snappings.
Further, the wireless transceiver is set to the left side of main body.
Further, the left side replaced button and be set to main body.
Further, the display is set to the top of main body.
Further, the main body is cuboid.
Advantageous effect
A kind of portable pollution source monitoring system based on satellite positioning of the present invention, user are defending by this equipment
Star positioning Pollution Source Monitoring when, answer first detection device whether can normal use, equipment part aging or damage when, answer and
Shi Genghuan equipment parts, in equipment normal use, connecting power supply by supply hub makes equipment work, by controlling key control
Equipment, status indicator lamp light, and monitoring device data line connects data connection hole, data are observed by display, by wireless
Transceiver Transmit and reception data make to satellite in the pollution sources for monitoring different, so that No.1 mandril is pushed No. two tops by lower button
No. two gears are rotated while bar makes No.1 gear slide to the right, and No.1 traction rope is driven while so that No.1 shaft is rotated, is made
No. three conductive resistances are connect with No.1 conductive resistance, No. four conductive resistances, and accumulator is made to be powered, and electromagnet is made to generate magnetic force, will
No. two conductive resistances are sucked, and No. two traction ropes is made to pull No. three gears, and No. three gears is made to drive No. five gears, make No. two shafts,
No. three shafts drive No. four traction ropes, while so that No. three mandrils is up moved, limited block are withdrawn inside link block, monitoring is made
Device data line is detached from data connection hole, and the present invention is combined with each other by above-mentioned component, by increasing pulley, No. three tractions
Rope etc. mechanism, enables a device to quick-speed plug monitoring device, so that the working efficiency of staff is greatly improved, make staff
Workload greatly reduce.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structural schematic diagram of the portable pollution source monitoring system based on satellite positioning of the present invention.
Fig. 2 is that a kind of replacement button work structuring of the portable pollution source monitoring system based on satellite positioning of the present invention is shown
It is intended to.
Fig. 3 is a kind of A enlarged structure schematic diagrams of the portable pollution source monitoring system based on satellite positioning of the present invention.
Fig. 4 is that a kind of replacement button closing structure of the portable pollution source monitoring system based on satellite positioning of the present invention shows
It is intended to.
Fig. 5 is that a kind of No. four gear plan structures of the portable pollution source monitoring system based on satellite positioning of the present invention are shown
It is intended to.
Fig. 6 is that a kind of No. four gear side view structures of the portable pollution source monitoring system based on satellite positioning of the present invention are shown
It is intended to.
In figure：Wireless transceiver -1, replace button -2, control key -3, monitoring device data line -4, data connection hole -5,
Supply hub -6, status indicator lamp -7, display -8, main body -9, No.1 are fixed limited block -201, No.1 mandril -202, are pressed
Button -203, -204, No. two mandrils -205 of No.1 spring, -206, No. two gears -207 of No.1 gear, No.1 pulley blocks -208, one
Number traction rope -209, No.1 shaft -210, No.1 conductive resistance -211, No.1 electric wire -212, No. two springs -213, accumulators -
214, No. two electric wires -215, electromagnet -216, No. two conductive resistances -217, No. two traction ropes -218, No.1 data line -
219, No. three gears -220, pulley -221, No. three traction ropes -222, No. three springs -223, No. two pulley blocks -224, No. four tractions
- 225, No. four gears -226 of rope, No. three mandrils -227, No. three electric wires -228, No. three conductive resistances -229, No. four conductive resistances -
230, limited block -231, No. four springs -232, No. five springs -233, No. two fixed limited blocks -234, link block -235, two numbers
According to transmission line -236, No. five resistance -237, No. four mandrils -238, No. five mandrils -239, No. six springs -240, data connection block -
241, No. six mandrils -242, -243, No. five gears -22601 of data receiver block, No. two shafts -22602, No. three shafts -22603.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
- Fig. 6 is please referred to Fig.1, the present invention provides a kind of portable pollution source monitoring system technical side based on satellite positioning
Case：Its structure include wireless transceiver 1, replace button 2, control key 3, monitoring device data line 4, data connection hole 5, power supply insert
Hole 6, status indicator lamp 7, display 8, main body 9,1 one end of the wireless transceiver are welded with 9 left side of main body, the replacement
Button 2 is set to the front end of wireless transceiver 1, and the left side snapping of one end and main body 9 there are three the control key 3 is set, is set to and leads
The top of body 9, evenly distributed in lateral "-" type, bottom surface is welded with the top surface of main body 9, and the display 8 is set to control
The rear end of key 3 processed, bottom surface and the top surface of main body 9 are welded, and the status indicator lamp 7 is set to the top of main body 9, and set on aobvious
Show that the right end of device 8, bottom surface and the top surface of main body 9 weld, the data connection hole 5 is set to the front left end of main body 9, one end
It is welded with the top surface of main body 9, the monitoring device data line 4 is set to the other end in data connection hole 5, bottom surface and data connection
The other end snapping in hole 5, the supply hub 6 are set to the front right end of main body 9, and bottom surface and the top surface of main body 9 are welded, institute
State replace button 2 include No.1 fix limited block 201, No.1 mandril 202, button 203,204, No. two mandrils 205 of No.1 spring,
No.1 gear 206, No. two gears 207, No.1 pulley blocks 208, No.1 traction rope 209, No.1 shaft 210, No.1 conductive resistances
211,212, No. two springs 213 of No.1 electric wire, 214, No. two electric wires 215 of accumulator, 216, No. two conductive resistances 217 of electromagnet,
No. two traction ropes 218,219, No. three gears 220 of No.1 data line, the spring of traction rope 222, three of pulley 221, three
223, No. two 228, No. three conductions of electric wire of mandril 227, three of gear 226, three of traction rope 225, four of pulley blocks 224, four
229, No. four conductive resistances 230 of resistance, the fixed limited block 234 of the spring 233, two of spring 232, five of limited block 231, four,
Link block 235, the mandril 239, six of mandril 238, five of resistance 237, four of two number transmission line 236, five spring 240,
Data connection block 241, No. six mandrils 242, data receiver blocks 243, the button 203 run through main body 9 left end, both sides with
9 internal wall transitions of main body coordinate, and are equipped with No.1 mandril 202 on one side, and middle part is welded with 202 one end of No.1 mandril, the No.1 top
202 other end of bar is set to the one side of No. two mandrils 205, the Middle face welding of the other end and No. two mandrils 205, No. two tops
Top is equipped with No.1 gear 206 in 205 another side of bar, and top surface and one end of No.1 gear 206 are welded, and two sides are equipped with No.1
Spring 204 is welded with 204 one end of No.1 spring, and the No.1 spring 204 is equipped with two, and the other end is fixed with No.1 and limited
The welding of position 201 one end of block, the No.1 fix limited block 201 and are equipped with two pieces, are set to the inside left end of main body 9, the other end
With the interior welds of main body 9,206 bottom surface of No.1 gear is equipped with gear, and the other end is set to the upper of No. two gears 207
Side, bottom surface gear are engaged with the gear of No. two gears 207, and the top surface of No. two gears 207 is equipped with No.1 shaft 210, top surface
It is integrated with the bottom surface of No.1 shaft 210, the No.1 shaft 210 is equipped with No.1 traction rope 209, No.1 shaft 210
It is led with No. three around No.1 pulley blocks 208 with the other end of one end snapping of No.1 traction rope 209, the No.1 traction rope 209
One end snapping of resistance 229 there are two the No.1 pulley blocks 208 are set, is distributed in lateral "-" type, with No.1 traction rope
209 transition coordinate, and are equipped with No. two springs 213 in the middle part of No. three conductive resistances 229 other ends, middle part and No. two springs 213
One end is welded, and left side and the right side transition of No.1 conductive resistance 211 coordinate, the left side transition on right side and No. four conductive resistances 230
Cooperation, 211 bottom surface of the No.1 conductive resistance middle part are equipped with No.1 electric wire 212, and bottom surface and one end of No.1 electric wire 212 are welded,
The other end of the No.1 electric wire 212 is welded with 214 bottom surface of accumulator, and the other end of No. two springs 213 is set to No.1 electricity
The right side of line 212 is welded with the bottom surface of accumulator 214, and top is equipped with No. two electric wires 215 in the right side of the accumulator 214, right
Side and one end of No. two electric wires 215 are welded, and the other end of No. two electric wires 215 is set to 216 left side central portion of electromagnet, with electromagnetism
The left side central portion of iron 216 is welded, and No. three electric wires 228, middle part and No. three electric wires 228 are equipped in the middle part of the bottom surface of the electromagnet 216
One end welding, right side and the left side transition of No. two conductive resistances 217 coordinate, the other end of No. three electric wires 228 and No. four
The right side central of conductive resistance 230 is welded, and 217 right side central of No. two conductive resistances is equipped with No. two traction ropes 218, right side with
One end snapping of No. two traction ropes 218, the other end of No. two traction ropes 218 are set to the left side central portion of No. three gears 220, with
The left side welding of No. three gears 220,220 bottom surface of No. three gears are equipped with gear, are set to the top of No. four gears 226, bottom surface
Gear is engaged with the gear of No. four gears 226, one end snapping of right side central and No. three traction ropes 222, No. three traction ropes
222 other ends weld around in the middle part of the top surface of pulley 221 and No. three springs 223,223 bottom surface of No. three springs and main body 9
Inside top surface welding, one end snapping of No. four gears 226 with No. four traction ropes 225, No. four traction ropes 225 set
There are two, the other end bypasses No. two pulley blocks 224 and the top surface of No. three mandrils 227 is welded, and No. two pulley blocks 224 are equipped with
Two, the both sides of No. four gears 226 are set to, No. three mandrils 227 are equipped with two, and the other end is equipped with convex block, runs through
Main body 9 is set to the inner wall in data connection hole 5, and bottom surface is equipped with No. five springs 233, and bottom surface and one end of No. five springs 233 are welded
Connect, No. five springs 233 be equipped with two, the other end be set to data connection hole 5 inner wall, the other end with data connection hole
5 inner wall top surfaces weld, the limited block 231 be equipped with two pieces, one end be set to link block 235 inside, the other end with No. four
One end of spring 232 is welded, and there are two No. four springs 232 are set, and inside link block 235, the other end is set to two
The both sides of number fixed limited block 234, are welded with the side of No. two fixed limited blocks 234,235 one end of the link block, which is set to, supervises
The top surface of device data line 4 is surveyed, No. five mandrils 239 are equipped in the middle part of other end top surface, top surface and the bottom surface of No. five mandrils 239 are welded
It connects, the top surface of No. five mandrils 239 is equipped with the bottom surface welding of data connection block 241, and the top surface of the data connection block 241 is passed through
No. four 238 middle parts of mandril and No. six 242 middle parts of mandril are worn, are coordinated with transition in the middle part of 243 bottom surface of data receiver block, No. five tops
239 top surface of bar and the bottom surface transition of No. four mandrils 238 coordinate, the bottom surface of the top surface and No. six mandrils 242 of No. four mandrils 238
Welding, the top surfaces of No. six mandrils 242 are welded with 243 bottom surface of data receiver block, in the middle part of 243 top surface of data receiver block with
The welding of No. six 240 one end of spring, both sides are welded with one end of No. five resistance 237, left there are two No. five resistance 237 is set
It is welded with one end of two number transmission lines 236 in the middle part of the top surface of the resistance 237 of side five, 237 top surface of resistance of the right side five
Middle part and one end of No.1 data line 219 are welded, and the other end of No. six springs 240 is welded with the bottom surface of main body 9,
No. four gears 226 include No. five shafts 22603 of shaft 22602, three of gear 22601, two, No. five gears
22601 top surface is equipped with No. two shafts 22602, and top surface and the bottom surface of No. two shafts 22602 are integrated, and described No. two turn
The top surface of axis 22602 and the bottom surface of No. three shafts 22603 are integrated, one end of No. four traction ropes 225 in the left side with
No. three 22603 snappings of shaft, one end of No. four traction ropes 225 in the right side and No. two 22602 snappings of shaft, the wireless receiving and dispatching
Device 1 is set to the left side of main body 9, the left side replaced button 2 and be set to main body 9, and the display 8 is set to main body 9
Top, the main body 9 are cuboid.
Whether user, when carrying out the Pollution Source Monitoring of satellite positioning, is answering first detection device can be normal by this equipment
It uses, in equipment part aging or damage, equipment part should be replaced in time, in equipment normal use, pass through supply hub 6
Connection power supply makes equipment work, and by 3 control device of control key, status indicator lamp 7 lights, and monitoring device data line 4 connects number
According to connecting hole 5, data are observed by display 8, emitted by wireless transceiver 1 and receive data to satellite, in monitoring difference
Pollution sources make, by lower button 203 make No.1 mandril 202 push No. two mandrils 205 so that No.1 gear 206 is slided to the right while
Rotate No. two gears 207, No.1 traction rope 209 driven while so that No.1 shaft 210 is rotated, make No. three conductive resistances 229 with
211, No. four conductive resistances 230 of No.1 conductive resistance connect, and accumulator 214 is made to be powered, and so that electromagnet 216 is generated magnetic force, by two
Number conductive resistance 217 is sucked, and No. two traction ropes 218 is made to pull No. three gears 220, and No. three gears 220 is made to drive No. five gears
22601, so that 22602, No. three shafts 22603 of No. two shafts is driven No. four traction ropes 225, No. three mandrils 227 is made up to move
Meanwhile withdrawing limited block 231 inside link block 235, so that monitoring device data line 4 is detached from data connection hole 5.
The accessory of the present invention replaced button 2 and belong to pollution source monitoring system, relative to traditional accessory, this accessory
221, No. three traction ropes 222 of pulley etc. mechanism is increased, quick-replaceable monitoring device is enabled a device to.
Problems solved by the invention is the prior art in use, being not easy to replace, and when monitoring different pollution sources, work people
Member needs that longer time is spent to replace monitor, causes working efficiency to reduce, and increase the workload of staff, this hair
Bright being combined with each other by above-mentioned component enables a device to quick-speed plug by increasing pulley, No. three traction ropes etc. mechanism
Monitoring device makes the working efficiency of staff greatly improve, and the workload of staff is made to greatly reduce.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (5)
1. a kind of portable pollution source monitoring system based on satellite positioning, structure includes wireless transceiver (1), replaces button
(2), control key (3), monitoring device data line (4), data connection hole (5), supply hub (6), status indicator lamp (7), display
Device (8), main body (9), described wireless transceiver (1) one end are welded on the left of main body (9), and the replacement button (2) is set to
The front end of wireless transceiver (1), the left side snapping of one end and main body (9) there are three the control key (3) sets, are set to host
The top of body (9), evenly distributed in lateral "-" type, bottom surface is welded with the top surface of main body (9), it is characterised in that：
The display (8) is set to the rear end of control key (3), and bottom surface and the top surface of main body (9) are welded, the status indicator lamp
(7) it is set to the top of main body (9), and is welded set on the right end of display (8), bottom surface and the top surface of main body (9), the number
The front left end of main body (9) is set to according to connecting hole (5), one end and the top surface of main body (9) are welded, the monitoring device data
Line (4) is set to the other end of data connection hole (5), the other end snapping of bottom surface and data connection hole (5), the supply hub
(6) it is set to the front right end of main body (9), bottom surface and the top surface of main body (9) are welded；
The replacement button (2) includes that No.1 fixes limited block (201), No.1 mandril (202), button (203), No.1 spring
(204), No. two mandrils (205), No.1 gear (206), No. two gears (207), No.1 pulley blocks (208), No.1 traction rope
(209), No.1 shaft (210), No.1 conductive resistance (211), No.1 electric wire (212), No. two springs (213), accumulators
(214), No. two electric wires (215), electromagnet (216), No. two conductive resistances (217), No. two traction ropes (218), a number pass
Defeated line (219), No. three gears (220), pulley (221), No. three traction ropes (222), No. three springs (223), No. two pulley blocks
(224), No. four traction ropes (225), No. four gears (226), No. three mandrils (227), No. three electric wires (228), No. three conductive resistances
(229), No. four conductive resistances (230), limited block (231), No. four springs (232), No. five springs (233), No. two fixed limits
Block (234), link block (235), two number transmission lines (236), No. five resistance (237), No. four mandrils (238), No. five mandrils
(239), No. six springs (240), data connection block (241), No. six mandrils (242), data receiver block (243), the button
(203) run through the left end of main body (9), both sides coordinate with main body (9) internal wall transitions, are equipped with No.1 mandril (202) on one side,
Middle part is welded with No.1 mandril (202) one end, and No.1 mandril (202) other end is set to the one side of No. two mandrils (205), separately
One end and a Middle face of No. two mandrils (205) weld, and top is equipped with No.1 gear in No. two mandrils (205) another side
(206), one end of top surface and No.1 gear (206) is welded, and two sides are equipped with No.1 spring (204), with No.1 spring
(204) one end is welded, and the No.1 spring (204) is equipped with two, and the other end fixes the weldering of limited block (201) one end with No.1
It connects, the No.1 fixes limited block (201) and is equipped with two pieces, is set to the inside left end of main body (9), and the other end is and main body
(9) interior welds, No.1 gear (206) bottom surface are equipped with gear, and the other end is set to the top of No. two gears (207), bottom
Face gear is engaged with the gear of No. two gears (207), and the top surface of No. two gears (207) is equipped with No.1 shaft (210), top surface
It is integrated with the bottom surface of No.1 shaft (210), the No.1 shaft (210) is equipped with No.1 traction rope (209), and No.1 turns
The other end of one end snapping of axis (210) and No.1 traction rope (209), the No.1 traction rope (209) bypasses No.1 pulley blocks
(208) with one end snapping of No. three conductive resistances (229), there are two the No.1 pulley blocks (208) set, in lateral "-" type point
Cloth coordinates with No.1 traction rope (209) transition, and No. two springs are equipped in the middle part of No. three conductive resistances (229) other end
(213), middle part and one end of No. two springs (213) are welded, and left side and the right side transition of No.1 conductive resistance (211) coordinate, right
Side and the left side transition of No. four conductive resistances (230) coordinate, and No.1 electric wire is equipped in the middle part of No.1 conductive resistance (211) bottom surface
(212), bottom surface and one end of No.1 electric wire (212) are welded, the other end and accumulator (214) bottom of the No.1 electric wire (212)
Face is welded, and the other end of No. two springs (213) is set to the right side of No.1 electric wire (212), is welded with the bottom surface of accumulator (214)
It connects, top is equipped with No. two electric wires (215) in the right side of the accumulator (214), and right side and one end of No. two electric wires (215) are welded
It connects, the other end of No. two electric wires (215) is set to electromagnet (216) left side central portion, is welded with the left side central portion of electromagnet (216)
It connecing, No. three electric wires (228) is equipped in the middle part of the bottom surface of the electromagnet (216), middle part and one end of No. three electric wires (228) are welded,
Right side and the left side transition of No. two conductive resistances (217) coordinate, the other end and No. four conductive resistances of No. three electric wires (228)
(230) right side central welding, No. two conductive resistances (217) right side central are equipped with No. two traction ropes (218), right side and two
The other end of one end snapping of number traction rope (218), No. two traction ropes (218) is set in the left side of No. three gears (220)
Portion is welded with the left side of No. three gears (220), and No. three gears (220) bottom surface is equipped with gear, is set to No. four gears (226)
Top, bottom surface gear engages with the gear of No. four gears (226), one end snapping of right side central and No. three traction ropes (222),
No. three traction ropes (222) other end welds around pulley (221) and the top surface middle part of No. three springs (223), described No. three
The inside top surface of spring (223) bottom surface and main body (9) is welded, No. four gears (226) with No. four traction ropes (225)
One end snapping, No. four traction ropes (225) are equipped with two, and the other end bypasses No. two pulley blocks (224) and No. three mandrils
(227) top surface welding there are two No. two pulley blocks (224) set, is set to the both sides of No. four gears (226), and described three
Number mandril (227) is equipped with two, and the other end is equipped with convex block, runs through the inner wall that main body (9) is set to data connection hole (5),
Bottom surface is equipped with No. five springs (233), and bottom surface and one end of No. five springs (233) are welded, and No. five springs (233) are equipped with two
Root, the other end are set to the inner wall of data connection hole (5), and the other end is welded with data connection hole (5) inner wall top surface, the limit
Position block (231) is equipped with two pieces, and one end is set to the inside of link block (235), and the other end is welded with one end of No. four springs (232)
It connects, there are two No. four springs (232) set, and it is internal set on link block (235), the other end is set to No. two fixed limited blocks
(234) both sides are welded with the side of No. two fixed limited blocks (234), and described link block (235) one end is set to monitoring device
The top surface of data line (4), other end top surface middle part are equipped with No. five mandrils (239), and top surface and the bottom surface of No. five mandrils (239) are welded
It connects, the top surface of No. five mandrils (239) is equipped with the bottom surface welding of data connection block (241), the data connection block (241)
With in the middle part of No. six mandrils (242), match with transition in the middle part of data receiver block (243) bottom surface in the middle part of No. four mandrils (238) top surface
It closes, No. five mandrils (239) top surface and the bottom surface transition of No. four mandrils (238) coordinate, the top surface of No. four mandrils (238)
It is welded with the bottom surface of No. six mandrils (242), top surface and data receiver block (243) bottom surface of No. six mandrils (242) are welded, institute
It states and is welded with No. six spring (240) one end in the middle part of data receiver block (243) top surface, the one end of both sides with No. five resistance (237)
Welding, there are two No. five resistance (237) sets, in the middle part of the top surface of the resistance (237) of left side five with two number transmission lines
(236) one end welding, the right side No. five resistance (237) top surfaces middle part and one end of No.1 data line (219) are welded,
The other end of No. six springs (240) is welded with the bottom surface of main body (9).
No. four gears (226) include No. five gears (22601), No. two shafts (22602), No. three shafts (22603), described
The top surface of No. five gears (22601) is equipped with No. two shafts (22602), and top surface is integrated with the bottom surface of No. two shafts (22602)
Structure, the top surface and the bottom surface of No. three shafts (22603) of No. two shafts (22602) are integrated, the left side four
One end of number traction rope (225) and No. three shaft (22603) snappings, one end of No. four traction ropes (225) in the right side with No. two
Shaft (22602) snapping.
2. a kind of portable pollution source monitoring system based on satellite positioning according to claim 1, it is characterised in that：Institute
State the left side that wireless transceiver (1) is set to main body (9).
3. a kind of portable pollution source monitoring system based on satellite positioning according to claim 1, it is characterised in that：Institute
It states and replaces the left side that button (2) is set to main body (9).
4. a kind of portable pollution source monitoring system based on satellite positioning according to claim 1, it is characterised in that：Institute
State the top that display (8) is set to main body (9).
5. a kind of portable pollution source monitoring system based on satellite positioning according to claim 1, it is characterised in that：Institute
It is cuboid to state main body (9).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810039094.1A CN108458734A (en) | 2018-01-16 | 2018-01-16 | A kind of portable pollution source monitoring system based on satellite positioning |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810039094.1A CN108458734A (en) | 2018-01-16 | 2018-01-16 | A kind of portable pollution source monitoring system based on satellite positioning |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108458734A true CN108458734A (en) | 2018-08-28 |
Family
ID=63220253
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810039094.1A Pending CN108458734A (en) | 2018-01-16 | 2018-01-16 | A kind of portable pollution source monitoring system based on satellite positioning |
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| Country | Link |
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| CN (1) | CN108458734A (en) |
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| CN206248634U (en) * | 2016-12-15 | 2017-06-13 | 林福生 | A kind of portable pollution source monitoring system based on satellite fix |
| CN206540736U (en) * | 2017-02-23 | 2017-10-03 | 山东科技大学 | A kind of intelligent atmosphere sampling instrument |
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| CN1741652A (en) * | 2004-08-23 | 2006-03-01 | 英华达股份有限公司 | Mobile communication apparatus with air detecting function |
| JP2009214042A (en) * | 2008-03-11 | 2009-09-24 | Penta Ocean Construction Co Ltd | Water-quality monitoring method and system |
| CN104022397A (en) * | 2014-06-17 | 2014-09-03 | 四川大学 | Connector capable of reducing plugging and pulling force and convenient to plug and pull |
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| TA01 | Transfer of patent application right | ||
| TA01 | Transfer of patent application right |
Effective date of registration: 20190528 Address after: 434100 Five Groups of Jinlongqiao Village, Zishi Town, Jiangling County, Jingzhou City, Hubei Province Applicant after: Xiang Shihao Address before: No. 1239 Siping Road, Yangpu District, Shanghai, 2003 Applicant before: Lou Tianpei |
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