CN209148351U - A kind of cableway multi-point remote control horizontal type sampler - Google Patents
A kind of cableway multi-point remote control horizontal type sampler Download PDFInfo
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- CN209148351U CN209148351U CN201821883661.3U CN201821883661U CN209148351U CN 209148351 U CN209148351 U CN 209148351U CN 201821883661 U CN201821883661 U CN 201821883661U CN 209148351 U CN209148351 U CN 209148351U
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Abstract
The utility model relates to a kind of cableway multi-point remote control horizontal type samplers, including several pull-type samplers of electromagnetism, wireless receiving controller, floating ball antenna, remote control handset, several pull-type samplers of electromagnetism are combined by mast-up, the both ends of the pull-type sampler of electromagnetism are respectively equipped with hatch door, hatch door is obliquely installed, the angle of plane and horizontal plane where hatch door is 135 degree, the utility model acquires different vertical lines by cableway, the water sample of different depth, efficiently solve a plurality of vertical line of cableway, the multiple spot depth of water, the repeatedly low technical problem of reciprocal sampling efficiency, it may be implemented once to go out a plurality of vertical line of vehicle completion, it is directly returned after multiple depth of water samplings, greatly improve sampling efficiency, it solves institute's water sampling and obtains imeliness problem.
Description
Technical field
The utility model relates under the conditions of cableway multi-point remote control horizontal type sampler more particularly to a kind of deep water hyper-concentration flow
Cableway multi-point remote control horizontal type sampler.
Background technique
Currently, the silt method of sampling traditional on the hydrology is still hand-held hanging stick formula sampler, this is in deep water hyper-concentration flow
Operating difficulties when condition down-sampling, working efficiency is low, and danger coefficient is high, a plurality of vertical line of cableway, the multiple spot depth of water, repeatedly past second mining
Sample low efficiency cannot adapt to the demand of river multiple spot deep water silt sampling.
Summary of the invention
To solve the technical problems existing in the prior art, the utility model, which provides one kind, can acquire different vertical lines, difference
The cableway multi-point remote control horizontal type sampler of depth water sample efficiently solves a plurality of vertical line of cableway, the multiple spot depth of water, repeatedly toward second mining
The technical problem of sample low efficiency greatly improves sampling efficiency, solves institute's water sampling and obtains imeliness problem.
To solve the above problems, the technical solution adopted by the present invention is as follows: a kind of cableway multi-point remote control horizontal type sampler,
Including the pull-type sampler of several electromagnetism, wireless receiving controller, floating ball antenna, remote control handset, several electromagnetism are pull-type to be adopted
Sample device is combined by mast-up, and the both ends of the pull-type sampler of electromagnetism are respectively equipped with hatch door, and hatch door is obliquely installed, hatch door institute
It is 135 degree in the angle of plane and horizontal plane.
The top of the pull-type sampler of electromagnetism is equipped with fixed block close to the position of hatch door, and fixed block is hinged with fixinig plate,
Fixinig plate is connected with pull rod, and pull rod is connected with hatchcover.
The central upper portion of the hatchcover is set there are two limited block disposed in parallel, and pull rod is arranged between two limited blocks,
It connect pull rod with hatchcover；The lower section of the pull-type sampler of electromagnetism is equipped with fixing seat, is connected between hatchcover and fixing seat by tension spring.
The intermediate position on the top of the pull-type sampler of electromagnetism be equipped with two connection sheets disposed in parallel, connection sheet it is upper
End is connected with frame, and water-proof electromagnet is equipped in frame, and the lower end of water-proof electromagnet is connected with connecting elements, and the top of frame is logical
It crosses shaft and is connected with limit film, limit film is fixed on mast-up.
The connecting elements includes the first connector and the second connector, the lower end company of the first connector and water-proof electromagnet
It connects, the first connector and the second connector are rotatablely connected by shaft, and the second connector is connected with vertical blocks.
Wireless signal transmission circuit is equipped in the remote control handset, wireless signal transmission circuit includes integrated circuit U1,
The 1 foot meridian capacitor C1 of the model MSP430F235 of integrated circuit U1, integrated circuit U1 are grounded, and 1 foot of integrated circuit U1 is through electricity
Resistance R1 connects 12 feet of integrated circuit U1, and 1 foot of integrated circuit U1 connects 64 feet of integrated circuit U1, and 62 feet of integrated circuit U1 connect
Ground, 35 feet of integrated circuit U1 connect the base stage of triode Q3, the emitter ground connection of triode Q3, the collection of triode Q3 through resistance R8
Electrode connects the cathode of the anode of diode D2, the cathode of Light-emitting diode LED L1 and Light-emitting diode LED H1, diode respectively
One end of the cathode difference connecting resistance R3 of D2 and one end of resistance R5, the other end of resistance R3 are grounded through capacitor C2, resistance R5's
It is another termination triode Q1 base stage, Light-emitting diode LED L1 anode through resistance R6 connect respectively triode Q1 collector and
The emitter of the base stage of triode Q2, triode Q1 is grounded through capacitor C2, and the anode of Light-emitting diode LED H1 connects three through resistance R7
The emitter of the collector of pole pipe Q2, triode Q2 is grounded through capacitor C2.
One end of the 3 foot connecting resistance R9 of the integrated circuit U1, the other end of resistance R9 are grounded through key K1, resistance R9's
36 feet of another termination integrated circuit U1；One end of the 3 foot connecting resistance R10 of integrated circuit U1, the other end of resistance R10 is through key
K2 ground connection, 37 feet of another termination integrated circuit U1 of resistance R10；One end of the 3 foot connecting resistance R11 of integrated circuit U1, resistance
The other end of R11 is grounded through key K3,38 feet of another termination integrated circuit U1 of resistance R11；3 feet of integrated circuit U1 connect electricity
One end of R12 is hindered, the other end of resistance R12 is grounded through key K4,39 feet of another termination integrated circuit U1 of resistance R12；Collection
At one end of 3 foot connecting resistance R13 of circuit U 1, the other end of resistance R13 is grounded through key K5, another termination collection of resistance R13
At 40 feet of circuit U 1；One end of the 3 foot connecting resistance R14 of integrated circuit U1, the other end of resistance R14 are grounded through key K6, electricity
Hinder 41 feet of another termination integrated circuit U1 of R14；One end of the 3 foot connecting resistance R15 of integrated circuit U1, resistance R15's is another
End is grounded through key K7,42 feet of another termination integrated circuit U1 of resistance R15；The one of the 3 foot connecting resistance R16 of integrated circuit U1
End, the other end of resistance R16 are grounded through key K8,43 feet of another termination integrated circuit U1 of resistance R16.
The wireless signal transmission circuit further includes voltage-stablizer U3, the model HT7336-1 of voltage-stablizer U3, voltage-stablizer U3
Output end be grounded through capacitor C5, voltage-stablizer U3 output termination integrated circuit U1 1 foot, voltage-stablizer U3 the end GND ground connection, surely
The input terminal of depressor U3 meets connector J3 through diode D3, and connector J3 connects backup power source terminals.
Signal receiving circuit is equipped in the wireless receiving controller, signal receiving circuit includes integrated circuit U6, is integrated
7 feet of the model AVRMEGA88 of circuit U 6, integrated circuit U6 connect 8 feet of integrated circuit U6 through crystal oscillator Y1, integrated circuit U6's
7 foot meridian capacitor C11 ground connection, the 8 foot meridian capacitor C12 ground connection of integrated circuit U6；
16 feet of integrated circuit U6 connect through the cathode of sending and receiving optical diode D6, the anode of light emitting diode D6 through resistance R21
3.3V voltage.
The signal receiving circuit further includes integrated circuit U5, integrated circuit U4, the model 78D12 of integrated circuit U5,
1 foot of the input termination connector JP3 of the model S1117-3 of integrated circuit U4, integrated circuit U5,1 foot of connector JP3 connect
12//24VDC power supply, the 2 feet ground connection of J connector P3, the input terminal of integrated circuit U5 are grounded through capacitor C6, integrated circuit U5's
The end GND ground connection, the output end of integrated circuit U5 are grounded through capacitor C7, the input of the output termination integrated circuit U4 of integrated circuit U5
End, the end the GND ground connection of integrated circuit U4, the output end of integrated circuit U4 are grounded through capacitor C8, the output end warp of integrated circuit U4
Capacitor C9 ground connection, the output end of integrated circuit U4 are grounded through capacitor C10.
Compared with prior art, the utility model has the following beneficial effects: the utility model hangs down by cableway acquisition is different
The water sample of line, different depth efficiently solves a plurality of vertical line of cableway, the multiple spot depth of water, the repeatedly low technology of reciprocal sampling efficiency
Problem may be implemented directly to return after once going out a plurality of vertical line of vehicle completion, the sampling of multiple depth of waters, greatly improve sampling efficiency, solve
Certainly institute's water sampling obtains imeliness problem.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of cableway multi-point remote control horizontal type sampler in the utility model；
Fig. 2 is a kind of front view of cableway multi-point remote control horizontal type sampler in the utility model；
Fig. 3 is a kind of side view of cableway multi-point remote control horizontal type sampler in the utility model；
Fig. 4 is the structural schematic diagram of connecting elements in the utility model；
Fig. 5 is the circuit diagram of wireless signal transmission circuit first part in the utility model；
Fig. 6 is the circuit diagram of wireless signal transmission circuit second part in the utility model；
Fig. 7 is the circuit diagram of wireless signal transmission circuit Part III in the utility model；
Fig. 8 is the circuit diagram of wireless signal transmission circuit Part IV in the utility model；
Fig. 9 is the circuit diagram of signal receiving circuit first part in the utility model；
Figure 10 is the circuit diagram of signal receiving circuit second part in the utility model；
Figure 11 is the circuit diagram of signal receiving circuit Part III in the utility model；
Figure 12 is the circuit diagram of signal receiving circuit Part IV in the utility model；
Figure 13 is the circuit diagram of signal receiving circuit Part V in the utility model.
In figure, 1- wireless receiving controller, the pull-type sampler of 2- electromagnetism, 3- mast-up, 4- connecting shaft, 5- limit film, 6-
Shaft, 7- frame, 8- water-proof electromagnet, 9- bolt, 10- connection sheet, 11- pull rod, 12- fixed block, 13- fixinig plate, 14- limit
Block, 15- hatchcover, 16- hatch door, 17- fixing seat, 18- tension spring, 19- connecting elements, the first connector of 20-, the second connector of 21-,
22- vertical blocks, 23- shaft.
Embodiment
As shown in Figs 1-4, a kind of cableway multi-point remote control horizontal type sampler, including it is the pull-type sampler 2 of several electromagnetism, wireless
Receive controller 1, floating ball antenna, remote control handset；
The pull-type sampler 2 of electromagnetism can select quantity according to sampling requirement, and quantity is 6-10 in the present embodiment.
The pull-type sampler 2 of several electromagnetism is combined by mast-up 3, the both ends difference of the pull-type sampler 2 of electromagnetism
Equipped with hatch door 16, hatch door 16 is obliquely installed, and the angle of 16 place plane of hatch door and horizontal plane is 135 degree, the pull-type sampler 2 of electromagnetism
Top be equipped with fixed block 12 close to the position of hatch door 16, fixed block 12 is hinged with fixinig plate 13, and fixinig plate 13 is connected with pull rod
11, pull rod 11 is cuboid, and pull rod 11 is connected with hatchcover 15, and the central upper portion of hatchcover 15 sets that there are two limits disposed in parallel
Block 14, pull rod 11 are arranged between two limited blocks 14, connect pull rod 11 with hatchcover 15；The lower section of the pull-type sampler 2 of electromagnetism
Equipped with fixing seat 17, connected between hatchcover 15 and fixing seat 17 by tension spring 18.
The intermediate position on the top of the pull-type sampler 2 of electromagnetism is equipped with two connection sheets 10 disposed in parallel, connection sheet 10
Upper end is connected with frame 7, and the width of frame 7 is greater than the width between two connection sheets 10, the lap-joint of connection sheet 10 and frame 7
Equipped with bolt 9, connection sheet 10, frame 7 are fixed together by bolt 9, and water-proof electromagnet 8, water-proof electromagnet 8 are equipped in frame 7
Lower end be connected with connecting elements 19, connecting elements 19 includes the first connector 20 and the second connector 21, the first connector 20
It is connect with the lower end of water-proof electromagnet 8, the first connector 20 and the second connector 21 are rotatablely connected by shaft 23, the second connection
Part 21 is connected with vertical blocks 22, and the top of frame 7 is connected with limit film 5 by shaft 6, and limit film 5 is fixed on mast-up 3；
The lower part in the middle position of mast-up 3 is connected with wireless receiving controller 1, and the lower part of mast-up 3 is equipped with connecting shaft
4, connecting shaft 4 runs through connection sheet 10.
Wireless signal transmission circuit is equipped in the remote control handset.
As viewed in figures 5-8, wireless signal transmission circuit includes integrated circuit U1, the model of integrated circuit U1
The 1 foot meridian capacitor C1 of MSP430F235, integrated circuit U1 are grounded, and 1 foot of integrated circuit U1 connects integrated circuit U1's through resistance R1
12 feet, 1 foot of integrated circuit U1 connect 64 feet of integrated circuit U1, the 62 feet ground connection of integrated circuit U1,35 feet of integrated circuit U1
The base stage of triode Q3, the emitter ground connection of triode Q3 are connect through resistance R8, the collector of triode Q3 meets diode D2 respectively
Anode, the cathode of Light-emitting diode LED L1 and the cathode of Light-emitting diode LED H1, the cathode of diode D2 distinguishes connecting resistance
One end of R3 and one end of resistance R5, the other end of resistance R3 are grounded through capacitor C2, another termination triode Q1's of resistance R5
The anode of base stage, Light-emitting diode LED L1 connects the collector of triode Q1 and the base stage of triode Q2, three poles through resistance R6 respectively
The emitter of pipe Q1 is grounded through capacitor C2, and the anode of Light-emitting diode LED H1 connects the collector of triode Q2, three poles through resistance R7
The emitter of pipe Q2 is grounded through capacitor C2；
8 feet of integrated circuit U1 connect 9 feet of integrated circuit U1 through crystal oscillator U2, and the one of the 58 foot connecting resistance R4 of integrated circuit U1
End, the other end of resistance R4 are grounded through capacitor C3, the anode of another terminating diode D1 of resistance R4, another termination of resistance R4
One end of resistance R2, the cathode of another terminating diode D1 of resistance R2,1 foot of another termination integrated circuit U1 of resistance R2；
One end of the 3 foot connecting resistance R9 of integrated circuit U1, the other end of resistance R9 are grounded through key K1, and resistance R9's is another
Terminate 36 feet of integrated circuit U1；One end of the 3 foot connecting resistance R10 of integrated circuit U1, the other end of resistance R10 connect through key K2
Ground, 37 feet of another termination integrated circuit U1 of resistance R10；One end of the 3 foot connecting resistance R11 of integrated circuit U1, resistance R11's
The other end is grounded through key K3,38 feet of another termination integrated circuit U1 of resistance R11；The 3 foot connecting resistance R12 of integrated circuit U1
One end, the other end of resistance R12 is grounded through key K4,39 feet of another termination integrated circuit U1 of resistance R12；Integrated circuit
One end of the 3 foot connecting resistance R13 of U1, the other end of resistance R13 are grounded through key K5, another termination integrated circuit of resistance R13
40 feet of U1；One end of the 3 foot connecting resistance R14 of integrated circuit U1, the other end of resistance R14 are grounded through key K6, resistance R14's
41 feet of another termination integrated circuit U1；One end of the 3 foot connecting resistance R15 of integrated circuit U1, the other end of resistance R15 is through key
K7 ground connection, 42 feet of another termination integrated circuit U1 of resistance R15；One end of the 3 foot connecting resistance R16 of integrated circuit U1, resistance
The other end of R16 is grounded through key K8,43 feet of another termination integrated circuit U1 of resistance R16.
Wireless signal transmission circuit further includes voltage-stablizer U3, and the model HT7336-1 of voltage-stablizer U3, voltage-stablizer U3's is defeated
Outlet is grounded through capacitor C5,1 foot of the output termination integrated circuit U1 of voltage-stablizer U3, the end the GND ground connection of voltage-stablizer U3, voltage-stablizer
The input terminal of U3 meets connector J3 through diode D3, and connector J3 connects backup power source terminals.
Signal receiving circuit is equipped in the wireless receiving controller 1.
As described and depicted in figs. 9-13, signal receiving circuit includes integrated circuit U6, the model AVRMEGA88 of integrated circuit U6,
7 feet of integrated circuit U6 connect 8 feet of integrated circuit U6 through crystal oscillator Y1, and the 7 foot meridian capacitor C11 ground connection of integrated circuit U6 integrates electricity
The 8 foot meridian capacitor C12 of road U6 are grounded；
16 feet of integrated circuit U6 connect through the cathode of sending and receiving optical diode D6, the anode of light emitting diode D6 through resistance R21
3.3V voltage；
Signal receiving circuit further includes integrated circuit U5, integrated circuit U4, and the model 78D12 of integrated circuit U5 is integrated
1 foot of the input termination connector JP3 of the model S1117-3 of circuit U 4, integrated circuit U5,1 foot of connector JP3 connects 12//
24VDC power supply, the 2 feet ground connection of J connector P3, the input terminal of integrated circuit U5 are grounded through capacitor C6, the end GND of integrated circuit U5
Ground connection, the output end of integrated circuit U5 are grounded through capacitor C7, the input terminal of the output termination integrated circuit U4 of integrated circuit U5, collection
It is grounded at the end GND of circuit U 4, the output end of integrated circuit U4 is grounded through capacitor C8, and the output end of integrated circuit U4 is through capacitor C9
Ground connection, the output end of integrated circuit U4 are grounded through capacitor C10.
24 feet of integrated circuit U6 meet the first transistor D4A of high voltage, high current Darlington array ULN2003
One end, the other end of D4A connect 1 foot of JP3 through relay K9, and the resistance R17 and diode (LED) 1 that the other end of D4A is concatenated connect
1 foot of JP3；
23 feet of integrated circuit U6 meet the second transistor D5A of high voltage, high current Darlington array ULN2003
One end, the other end of D5A meet 1 foot of JP3, the resistance R18 and diode (LED) 2 that the other end of D5A is concatenated through relay K10
Connect 1 foot of JP3；
14 feet of integrated circuit U6 meet the third transistor D4B of high voltage, high current Darlington array ULN2003
One end, the other end of D4B meet 1 foot of JP3, the resistance R19 and diode (LED) 3 that the other end of D4B is concatenated through relay K11
Connect 1 foot of JP3；
13 feet of integrated circuit U6 meet the 4th transistor D4C of high voltage, high current Darlington array ULN2003
One end, the other end of D4C meet 1 foot of JP3, the resistance R20 and diode (LED) 4 that the other end of D4C is concatenated through relay K12
Connect 1 foot of JP3；
12 feet of integrated circuit U6 meet the 5th transistor D5D of high voltage, high current Darlington array ULN2003
One end, the other end of D5D meet 1 foot of JP3, the resistance R22 and diode (LED) 5 that the other end of D5D is concatenated through relay K13
Connect 1 foot of JP3；
11 feet of integrated circuit U6 meet the 6th transistor D5E of high voltage, high current Darlington array ULN2003
One end, the other end of D5E meet 1 foot of JP3, the resistance R23 and diode (LED) 6 that the other end of D5E is concatenated through relay K14
Connect 1 foot of JP3；
10 feet of integrated circuit U6 meet the 7th transistor D5F of high voltage, high current Darlington array ULN2003
One end, the other end of D5F meet 1 foot of JP3, the resistance R24 and diode (LED) 7 that the other end of D5F is concatenated through relay K15
Connect 1 foot of JP3；
9 feet of integrated circuit U6 meet the 8th transistor D5G of high voltage, high current Darlington array ULN2003
One end, the other end of D5G meet 1 foot of JP3, the resistance R25 and diode (LED) 8 that the other end of D5G is concatenated through relay K15
Connect 1 foot of JP3.
It is communicated between wireless receiving controller 1 and remote control handset with wireless mode, before being lauched, the pull-type sampler of electromagnetism
2 connecting elements 19 depresses 11 end of pull rod, and hatch door 16 is opened, after wireless receiving controller 1 receives water signal, is pressed
The number key of remote-control handle, the corresponding sampling electromagnetism after being connected to remote control handset and issuing pass storehouse signal of wireless receiving controller 1
Iron movement, connecting elements 19 unclamp pull rod 11, and the corresponding pull-type sampler 2 of electromagnetism is closed, and hatch door 16 is closed.
Claims (10)
1. a kind of cableway multi-point remote control horizontal type sampler, it is characterised in that: including several pull-type samplers of electromagnetism (2), wirelessly
Controller (1), floating ball antenna, remote control handset are received, several pull-type samplers of electromagnetism (2) are combined by mast-up (3)
Together, the both ends of the pull-type sampler of electromagnetism (2) are respectively equipped with hatch door (16), and hatch door (16) is obliquely installed, flat where hatch door (16)
The angle of face and horizontal plane is 135 degree.
2. a kind of cableway multi-point remote control horizontal type sampler according to claim 1, it is characterised in that: the electromagnetism is pull-type
The top of sampler (2) is equipped with fixed block (12) close to the position of hatch door (16), and fixed block (12) is hinged with fixinig plate (13), Gu
Stator (13) is connected with pull rod (11), and pull rod (11) is connected with hatchcover (15).
3. a kind of cableway multi-point remote control horizontal type sampler according to claim 2, it is characterised in that: the hatchcover (15)
Central upper portion set there are two limited block disposed in parallel (14), pull rod (11) is arranged between two limited blocks (14), makes to draw
Bar (11) is connect with hatchcover (15)；The lower section of the pull-type sampler of electromagnetism (2) is equipped with fixing seat (17), hatchcover (15) and fixing seat
(17) it is connected between by tension spring (18).
4. a kind of cableway multi-point remote control horizontal type sampler according to claim 3, it is characterised in that: the electromagnetism is pull-type
The intermediate position on the top of sampler (2) is equipped with two connection sheets (10) disposed in parallel, and the upper end of connection sheet (10) is connected with
Frame (7), frame (7) is interior to be equipped with water-proof electromagnet (8), and the lower end of water-proof electromagnet (8) is connected with connecting elements (19), frame
(7) top is connected with limit film (5) by shaft, and limit film (5) is fixed on mast-up (3).
5. a kind of cableway multi-point remote control horizontal type sampler according to claim 4, it is characterised in that: the connecting elements
It (19) include the first connector (20) and the second connector (21), the lower end company of the first connector (20) and water-proof electromagnet (8)
It connects, the first connector (20) and the second connector (21) are rotatablely connected by shaft (23), and the second connector (21) is connected with vertical
Straight block (22).
6. a kind of cableway multi-point remote control horizontal type sampler according to claim 1, it is characterised in that: the remote controler hand
Wireless signal transmission circuit is equipped in handle, wireless signal transmission circuit includes integrated circuit U1, the model of integrated circuit U1
The 1 foot meridian capacitor C1 of MSP430F235, integrated circuit U1 are grounded, and 1 foot of integrated circuit U1 connects integrated circuit U1's through resistance R1
12 feet, 1 foot of integrated circuit U1 connect 64 feet of integrated circuit U1, the 62 feet ground connection of integrated circuit U1,35 feet of integrated circuit U1
The base stage of triode Q3, the emitter ground connection of triode Q3 are connect through resistance R8, the collector of triode Q3 meets diode D2 respectively
Anode, the cathode of Light-emitting diode LED L1 and the cathode of Light-emitting diode LED H1, the cathode of diode D2 distinguishes connecting resistance
One end of R3 and one end of resistance R5, the other end of resistance R3 are grounded through capacitor C2, another termination triode Q1's of resistance R5
The anode of base stage, Light-emitting diode LED L1 connects the collector of triode Q1 and the base stage of triode Q2, three poles through resistance R6 respectively
The emitter of pipe Q1 is grounded through capacitor C2, and the anode of Light-emitting diode LED H1 connects the collector of triode Q2, three poles through resistance R7
The emitter of pipe Q2 is grounded through capacitor C2.
7. a kind of cableway multi-point remote control horizontal type sampler according to claim 6, it is characterised in that: the integrated circuit
One end of the 3 foot connecting resistance R9 of U1, the other end of resistance R9 are grounded through key K1, another termination integrated circuit U1's of resistance R9
36 feet；One end of the 3 foot connecting resistance R10 of integrated circuit U1, the other end of resistance R10 are grounded through key K2, and resistance R10's is another
Terminate 37 feet of integrated circuit U1；One end of the 3 foot connecting resistance R11 of integrated circuit U1, the other end of resistance R11 connect through key K3
Ground, 38 feet of another termination integrated circuit U1 of resistance R11；One end of the 3 foot connecting resistance R12 of integrated circuit U1, resistance R12's
The other end is grounded through key K4,39 feet of another termination integrated circuit U1 of resistance R12；The 3 foot connecting resistance R13 of integrated circuit U1
One end, the other end of resistance R13 is grounded through key K5,40 feet of another termination integrated circuit U1 of resistance R13；Integrated circuit
One end of the 3 foot connecting resistance R14 of U1, the other end of resistance R14 are grounded through key K6, another termination integrated circuit of resistance R14
41 feet of U1；One end of the 3 foot connecting resistance R15 of integrated circuit U1, the other end of resistance R15 are grounded through key K7, resistance R15's
42 feet of another termination integrated circuit U1；One end of the 3 foot connecting resistance R16 of integrated circuit U1, the other end of resistance R16 is through key
K8 ground connection, 43 feet of another termination integrated circuit U1 of resistance R16.
8. a kind of cableway multi-point remote control horizontal type sampler according to claim 7, it is characterised in that: the wireless signal
Transmit circuit further includes voltage-stablizer U3, and the output end of the model HT7336-1 of voltage-stablizer U3, voltage-stablizer U3 are grounded through capacitor C5,
1 foot of the output termination integrated circuit U1 of voltage-stablizer U3, the end the GND ground connection of voltage-stablizer U3, the input terminal of voltage-stablizer U3 is through two poles
Pipe D3 meets connector J3, and connector J3 connects backup power source terminals.
9. a kind of cableway multi-point remote control horizontal type sampler according to claim 1, it is characterised in that: the wireless receiving control
Signal receiving circuit is equipped in device (1) processed, signal receiving circuit includes integrated circuit U6, the model of integrated circuit U6
7 feet of AVRMEGA88, integrated circuit U6 connect 8 feet of integrated circuit U6 through crystal oscillator Y1, and the 7 foot meridian capacitor C11 of integrated circuit U6 connect
Ground, the 8 foot meridian capacitor C12 ground connection of integrated circuit U6；
16 feet of integrated circuit U6 meet 3.3V through resistance R21 through the cathode of sending and receiving optical diode D6, the anode of light emitting diode D6
Voltage.
10. a kind of cableway multi-point remote control horizontal type sampler according to claim 9, it is characterised in that: the signal receives
Circuit further includes integrated circuit U5, integrated circuit U4, the model 78D12 of integrated circuit U5, the model of integrated circuit U4
1 foot of the input termination connector JP3 of S1117-3, integrated circuit U5,1 foot of connector JP3 connect 12//24VDC power supply, and J connects
2 feet of plug-in unit P3 are grounded, and the input terminal of integrated circuit U5 is grounded through capacitor C6, the end the GND ground connection of integrated circuit U5, integrated circuit
The output end of U5 is grounded through capacitor C7, the input terminal of the output termination integrated circuit U4 of integrated circuit U5, the GND of integrated circuit U4
End ground connection, the output end of integrated circuit U4 are grounded through capacitor C8, and the output end of integrated circuit U4 is grounded through capacitor C9, integrated circuit
The output end of U4 is grounded through capacitor C10.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821883661.3U CN209148351U (en) | 2018-11-15 | 2018-11-15 | A kind of cableway multi-point remote control horizontal type sampler |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821883661.3U CN209148351U (en) | 2018-11-15 | 2018-11-15 | A kind of cableway multi-point remote control horizontal type sampler |
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| CN209148351U true CN209148351U (en) | 2019-07-23 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112539964A (en) * | 2020-11-24 | 2021-03-23 | 黄河水利委员会山东水文水资源局 | Multi-bin type water sample collector |
-
2018
- 2018-11-15 CN CN201821883661.3U patent/CN209148351U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112539964A (en) * | 2020-11-24 | 2021-03-23 | 黄河水利委员会山东水文水资源局 | Multi-bin type water sample collector |
| CN112539964B (en) * | 2020-11-24 | 2022-12-30 | 黄河水利委员会山东水文水资源局 | Multi-bin type water sample collector |
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