CN204331050U - The Duo electricity road swashing electric receiver for single channel controls converting unit device - Google Patents
The Duo electricity road swashing electric receiver for single channel controls converting unit device Download PDFInfo
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- CN204331050U CN204331050U CN201520026640.XU CN201520026640U CN204331050U CN 204331050 U CN204331050 U CN 204331050U CN 201520026640 U CN201520026640 U CN 201520026640U CN 204331050 U CN204331050 U CN 204331050U
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Abstract
The Duo electricity road swashing electric receiver for single channel controls a converting unit device, belongs to Geophysical Prospecting technical field.Comprise ten non-polarizing electrode binding posts, control panel, rotary switch, ohmmeter, functional label, ohmmeter switch, industrial safety case, water-proof sealing rubber strip, single track receiver N pole binding post, pole span selector switch, single track receiver M pole binding post.These assemblies are fixing to be finally installed on control panel in industrial safety case, and to carry out waterproof sealing process with water-proof sealing rubber strip on the control panel, reaches resistance to compression, waterproof, moistureproof function, meets the demand of field production work.After device successful connection, use single track to swash electric receiver device and rotary switch, just can gather the electric field value of each gear respectively, realize moving and swash the object that electricity reception note just can receive the electric field value of multiple some position.Advantage is, solving single channel, to swash electric equipment collecting efficiency low, improves the utilization rate of the original sharp electric equipment of geological survey units, especially meet and use single channel to swash the feasibility of electric devices collect data at induced electrical sounding device.
Description
Technical field
The utility model belongs to Geophysical Prospecting technical field, in particular, provide a kind of Duo electricity road control converting unit device swashing electric receiver for single channel, electric receiver high-level efficiency image data is swashed for auxiliary single channel, by this device, single channel can be swashed electric receiver to become approximate hyperchannel and swash electric receiver, increase substantially data acquisition efficiency, particularly in induced electrical sounding method, particularly significantly.
Background technology
Induced polarization method (IP) is a relatively new method in geophysics, is mainly used in non-ferrous metal exploration aspect, in subterranean water enquire, also has certain application.Although the pioneer of geophysical survey greatness, Shi Lunbeixie brother before about 60 years to the research of spontaneous potential in just had realized that induced polarization phenomenon, 1948 ~ nineteen fifty-three has carried out more development work subsequently, but know mid-term the 1950's, induced polarization method is just widely used as geophysical exploration method.Now at home reconnoitre field, induced polarization method has become the most universal effective a kind of geophysical method and has widely used.
The development of induced polarization method instrument is not only subject to the impact of resistivity prospecting theory, is also subject to the restriction of microelectric technique development.Electrical instrument has had the developing history of five more than ten years in China, the period sixties, and the resistivity meter that the Soviet Union mainly copied by domestic induced polarization instrument device converts.To the seventies, induced polarization method has had theoretic comparatively quantum jump, and meanwhile, along with the development of microelectric technique, induced polarization method instrument is widely used kinescope and field effect transistor.After entering the eighties, along with the development of microcontroller chip and A/D, D/A technology, the induced polarization instrument with automation function obtains further raising.After the nineties, the cost performance of microcomputer is improved, be widely used, sharp electric data process software combines with microcomputer induced polarization instrument and the work efficiency of induced polarization method is improved greatly, along with the innovation of theoretical method, field data collection also by single-point to hyperchannel, array, distributed wait future development.From development trend current both at home and abroad, induced polarization instrument device is just towards hyperchannel, multi-components, high precision, high-power, multiparameter, GPS integration, data processing, graphic plotting robotization, the intelligentized future development of data interpretation.
Along with the progress of science and technology, nowadays multichannel induced polarization instrument device occupies mainstream market, the feature that its field work efficiency is high, accept by vast geological survey units.But, the domestic and international instrument hundreds of thousands easily of main flow, up to a million, equipment cost significantly increases.Meanwhile, single-channel in the past, is placed into storehouse mostly, not in use.
In fact, by instrument and equipment principle analysis, the certain comparatively single-channel of multichannel equipment has obvious advantage, and but, single pass equipment, by simply increasing external ancillary equipment, can reach similar effect equally.Single pass receiver is cheap, and geological survey units generally has this equipment, makes full use of existing equipment, realizes the effect of multi-path-apparatus, has both avoided unnecessary new equipment expenditure, has met again the social responsibility of energy-saving and emission-reduction.
Summary of the invention
The purpose of this utility model is to provide a kind of Duo electricity road control converting unit device swashing electric receiver for single channel, solving single channel, to swash electric equipment collecting efficiency low, improve the utilization rate of the original sharp electric equipment of geological survey units, especially meet and use single channel to swash the feasibility of electric devices collect data at induced electrical sounding device.
The utility model comprises ten non-polarizing electrode binding posts, control panel 6, rotary switch 7, ohmmeter 8, functional label 9, ohmmeter switch 10, industrial safety case 11, water-proof sealing rubber strip 12, single track receiver N pole binding post 18, pole span selector switch 19, single track receiver M pole binding post 20.With control panel 6 for platform, rotary switch 7 is placed in control panel 6 center as electric road main switching control; Pole span selector switch 19 is placed on control panel 6, below rotary switch 7 as the switch controlling selection 1 times or 2 times of some distances; Ohmmeter 8 is placed on control panel 6 as the module showing stake resistance in real time, the top of rotary switch 7; Ohmmeter switch 10 is placed on control panel 6 as the switch controlling ohmmeter 8 duty, ohmmeter 8 right; Functional label 9 as indicating that the label that rotary switch 7 is communicated with range state is imprinted on control panel 6, around rotary switch 6, gear one_to_one corresponding; First non-polarizing electrode binding post 1, second non-polarizing electrode binding post 2, the 3rd non-polarizing electrode binding post 3, the 4th non-polarizing electrode binding post 4 and the 5th non-polarizing electrode binding post 5 are equidistantly placed on the left of control panel 6, and the 6th non-polarizing electrode binding post 13, the 7th non-polarizing electrode binding post 14, the 8th non-polarizing electrode binding post 15, the 9th non-polarizing electrode binding post 16, the tenth non-polarizing electrode binding post 17 are equidistantly placed on the right side of control panel 6; Single track receiver N pole binding post 18 and single track receiver M pole binding post 20 are placed in the centre position, bottom on control panel.With shielding wire by the first non-polarizing electrode binding post 1, second non-polarizing electrode binding post 2, 3rd non-polarizing electrode binding post 3, 4th non-polarizing electrode binding post 4, 5th non-polarizing electrode binding post 5, 6th non-polarizing electrode binding post 13, 7th non-polarizing electrode binding post 14, 8th non-polarizing electrode binding post 15, 9th non-polarizing electrode binding post 16, tenth non-polarizing electrode binding post 17, single track receiver N pole binding post 18, single track receiver M pole binding post 20 and pole span selector switch 19, shown in circuit diagram, be connected to rotary switch 7, with shielding wire, ohmmeter 8 and ohmmeter switch 10 are connected serially to single track receiver N pole binding post 18 and binding post 20 two ends, single track receiver M pole, finally use water-proof sealing rubber strip 12 by control panel 6 integral sealing in industrial safety case 11.And carry out waterproof sealing process with water-proof sealing rubber strip, reach resistance to compression, waterproof, moistureproof function, meet the demand of field production work.After device successful connection, use single track to swash electric receiver device and rotary switch, just can gather respectively each gear electric field value, realize moving and swash electricity and receive and remember and just can receive the object of the electric field value of multiple some position.Especially when using induced electrical sounding method, need the electric field value of the multiple point of fixity of collection repeatedly, if only use single track to swash electric receiver collection, can only carry out coming and going collection in each some position, efficiency is very low, and uses the present invention, can ensure when single channel swash electric receiver motionless, complete the data acquisition repeatedly of multiple point of fixity, efficiency significantly improves.This practicality invention can also arrange receiving pole apart from being 1 times of some distance or 2 times of some distances, can meet user's observation requirements under given conditions like this.
The utility model in use, first at needs collection position place, embedding not polarization reception electrode, then by copper core electric wire by not polarization reception Electrode connection to the binding post on control panel, should note during wiring ensureing that binding post numbering is numbered consistent with not polarization reception electrode pole tank according to different method of reseptance.After wiring completes, check UNICOM's situation, by the resistance value display on ohmmeter, determine whether grounding requirement meets instrument condition of acceptance.Select sampling pattern gear, specifying receiving electrode apart from MN is 1 times of some distance or 2 times of some distances.Finally single track is swashed electric receiver and access M and N binding post of the present utility model, select required gear, carry out image data.
The beneficial effects of the utility model are, significantly can improve original single channel and swash electric receiver data acquisition efficiency, especially in induced electrical sounding method, need not repeat mobile instrument, just can select the point needing to gather, measure.And the point of all right choice electrode distance, apart from coefficient, increases data acquisition denseness of set, improves the resolution of collection result.The application of this device, is not only and improves the data acquisition efficiency that single channel swashs electric receiver, reduces field construction cost, and improves the use value that original single channel swashs electric receiver, does not need to spend the expense of great number to introduce new equipment, energy-saving and emission-reduction.
Accompanying drawing explanation
Fig. 1 is that the Duo electricity road that the utility model swashs electric receiver for single track controls converting unit apparatus structure schematic diagram.Wherein, first non-polarizing electrode binding post 1, second non-polarizing electrode binding post 2, 3rd non-polarizing electrode binding post 3, 4th non-polarizing electrode binding post 4, 5th non-polarizing electrode binding post 5, control panel 6, rotary switch 7, ohmmeter 8, functional label 9, ohmmeter switch 10, industrial safety case 11, water-proof sealing rubber strip 12, 6th non-polarizing electrode binding post 13, 7th non-polarizing electrode binding post 14, 8th non-polarizing electrode binding post 15, 9th non-polarizing electrode binding post 16, tenth non-polarizing electrode binding post 17, single track receiver N pole binding post 18, pole span selector switch 19, single track receiver M pole binding post 20.
Fig. 2 is that the Duo electricity road that the utility model swashs electric receiver for single track controls converting unit device internal circuit design figure.
Fig. 3 is conventional field acquisition Plant arrangement figure.
Embodiment
Fig. 1 ~ Fig. 3 is a kind of embodiment of the present utility model.
The utility model comprises the first non-polarizing electrode binding post 1, second non-polarizing electrode binding post 2, 3rd non-polarizing electrode binding post 3, 4th non-polarizing electrode binding post 4, 5th non-polarizing electrode binding post 5, control panel 6, rotary switch 7, ohmmeter 8, functional label 9, ohmmeter switch 10, industrial safety case 11, water-proof sealing rubber strip 12, 6th non-polarizing electrode binding post 13, 7th non-polarizing electrode binding post 14, 8th non-polarizing electrode binding post 15, 9th non-polarizing electrode binding post 16, tenth non-polarizing electrode binding post 17, single track receiver N pole binding post 18, pole span selector switch 19, single track receiver M pole binding post 20.By the first non-polarizing electrode binding post 1, second non-polarizing electrode binding post 2, 3rd non-polarizing electrode binding post 3, 4th non-polarizing electrode binding post 4, 5th non-polarizing electrode binding post 5, control panel 6, rotary switch 7, ohmmeter 8, functional label 9, ohmmeter switch 10, 6th non-polarizing electrode binding post 13, 7th non-polarizing electrode binding post 14, 8th non-polarizing electrode binding post 15, 9th non-polarizing electrode binding post 16, tenth non-polarizing electrode binding post 17, single track receiver N pole binding post 18, pole span selector switch 19, single track receiver M pole binding post 20 part is fixed on control panel 6, accompanying drawing Fig. 2 circuit design connects each assembly to specifications, finally control panel 6 is installed in industrial safety case 11, and carry out waterproof sealing process with water-proof sealing rubber strip 12.
First non-polarizing electrode binding post 1: diameter 15mm, collapsing length 25 ~ 30mm, black, is arranged on control panel 6, is wired to the non-polarizing electrode pole tank of field sequence first by special reception.
Second non-polarizing electrode binding post 2: diameter 15mm, collapsing length 25 ~ 30mm, black, is arranged on control panel 6, is wired to the non-polarizing electrode pole tank of field sequence second by special reception.
3rd non-polarizing electrode binding post 3: diameter 15mm, collapsing length 25 ~ 30mm, black, is arranged on control panel 6, is wired to the non-polarizing electrode pole tank of field sequence the 3rd by special reception.
4th non-polarizing electrode binding post 4: diameter 15mm, collapsing length 25 ~ 30mm, black, is arranged on control panel 6, is wired to the non-polarizing electrode pole tank of field sequence the 4th by special reception.
5th non-polarizing electrode binding post 5: diameter 15mm, collapsing length 25 ~ 30mm, black, is arranged on control panel 6, is wired to the non-polarizing electrode pole tank of field sequence the 5th by special reception.
Control panel 6: length 300mm, width 200mm, engineering plastics are the installation carrier of each device.
Rotary switch 7: diameter 45mm, height 20mm, Double layer rotating construction of switch, is arranged on control panel 6, is connected to each assembly according to Fig. 2 circuit design drawing.
Ohmmeter 8: length 100mm, width 20mm, LED digitron display screen, is arranged on control panel 6.
Functional label 9: adopt regular script to be imprinted on control panel 6, indicate the electric road gear of connection around rotary switch 7.
Ohmmeter switch 10: the use controlling ohmmeter 8.
Industrial safety case 11: long 330mm, wide 230mm, high 100mm.Macromolecule polymeric material, resistance to compression, waterproof.
Water-proof sealing rubber strip 12: around control panel 6 one weeks, waterproof sealing.
6th non-polarizing electrode binding post 13: diameter 15mm, collapsing length 25 ~ 30mm, black, is arranged on control panel 6, is wired to the non-polarizing electrode pole tank of field sequence the 6th by special reception.
7th non-polarizing electrode binding post 14: diameter 15mm, collapsing length 25 ~ 30mm, black, is arranged on control panel 6, is wired to the non-polarizing electrode pole tank of field sequence the 7th by special reception.
8th non-polarizing electrode binding post 15: diameter 15mm, collapsing length 25 ~ 30mm, black, is arranged on control panel 6, is wired to the non-polarizing electrode pole tank of field sequence the 8th by special reception.
9th non-polarizing electrode binding post 16: diameter 15mm, collapsing length 25 ~ 30mm, black, is arranged on control panel 6, is wired to the non-polarizing electrode pole tank of field sequence the 9th by special reception.
Tenth non-polarizing electrode binding post 17: diameter 15mm, collapsing length 25 ~ 30mm, black, is arranged on control panel 6, is wired to the non-polarizing electrode pole tank of field sequence the tenth by special reception.
Single track receiver N pole binding post 18: diameter 15mm, collapsing length 25 ~ 30mm, black, is arranged on control panel 6, is wired to single track swashs electric receiver N pole binding post by special reception.
Pole span selector switch 19: single-pole double-throw switch (SPDT), selects receiving electrode to be 1 times of (1X) non-polarizing electrode distance or 2 times of (2X) non-polarizing electrode distances apart from MN.
Single track receiver M pole binding post 20: diameter 15mm, collapsing length 25 ~ 30mm, red, be arranged on control panel 6, be wired to single track by special reception and swash electric receiver M pole binding post.
Fig. 1 is overall schematic of the present invention, is to connect each assembly by the circuit design of Fig. 2, reaches application purpose.Fig. 3 is conventional field acquisition Plant arrangement figure, first by target non-polarizing electrode pole tank numbering the first to the tenth, be seated to impact point position place respectively, by geophysics electrical method dedicated wires, respectively the electrode pole tank of sequence first to the tenth is connected on the of the present utility model first to the tenth non-polarizing electrode binding post, open ohmmeter switch 10, use rotary switch 7, measure the grounding resistance of each gear respectively, judge whether to meet and measure requirement, then by single track receiver N pole binding post 19, by being wired to single track, to swash the N of electric receiver extreme, to swash the M of electric receiver extreme by being wired to single track for single track receiver M pole binding post 20, single track is used to swash electric receiver device and rotary switch 7, gather respectively each gear electric field value, realization need not be moved and be swashed the object that electricity reception note just can receive the electric field value of multiple some position.Especially when using induced electrical sounding method, need the electric field value of the multiple point of fixity of collection repeatedly, if only use single track to swash electric receiver collection, can only carry out coming and going collection in each some position, efficiency is very low, and uses the present invention, can ensure when single channel swash electric receiver motionless, complete the data acquisition repeatedly of multiple point of fixity, efficiency significantly improves.This practicality invention can also arrange receiving pole apart from being 1 times of some distance or 2 times of some distances, can meet user's observation requirements under given conditions like this.
Claims (7)
1. one kind is swashed the Duo electricity road control converting unit device of electric receiver for single channel, it is characterized in that, comprise ten non-polarizing electrode binding posts, control panel (6), rotary switch (7), ohmmeter (8), functional label (9), ohmmeter switch (10), industrial safety case (11), water-proof sealing rubber strip (12), single track receiver N pole binding post (18), pole span selector switch (19), single track receiver M pole binding post (20), with control panel (6) for platform, rotary switch (7) is placed in control panel (6) center, pole span selector switch (19) is placed on control panel (6), rotary switch (7) below, ohmmeter (8) is placed on control panel (6), the top of rotary switch (7), ohmmeter switch (10) is placed on control panel (6), ohmmeter (8) right, functional label 9 is as indicating that the label of rotary switch (7) connection range state is imprinted on control panel (6), around rotary switch (6), gear one_to_one corresponding, first non-polarizing electrode binding post (1), second non-polarizing electrode binding post (2), 3rd non-polarizing electrode binding post (3), 4th non-polarizing electrode binding post (4) and the 5th non-polarizing electrode binding post (5) are equidistantly placed in control panel (6) left side, 6th non-polarizing electrode binding post (13), 7th non-polarizing electrode binding post (14), 8th non-polarizing electrode binding post (15), 9th non-polarizing electrode binding post (16), tenth non-polarizing electrode binding post 17 is equidistantly placed in control panel (6) right side, single track receiver N pole binding post (18) and single track receiver M pole binding post (20) are placed in the centre position, bottom of control panel (6), with water-proof sealing rubber strip (12) by control panel (6) integral sealing in industrial safety case (11).
2. device according to claim 1, it is characterized in that, first non-polarizing electrode binding post (1), second non-polarizing electrode binding post (2), 3rd non-polarizing electrode binding post (3), 4th non-polarizing electrode binding post (4), 5th non-polarizing electrode binding post (5), 6th non-polarizing electrode binding post (13), 7th non-polarizing electrode binding post (14), 8th non-polarizing electrode binding post (15), 9th non-polarizing electrode binding post (16), tenth non-polarizing electrode binding post (17), single track receiver N pole binding post (18), single track receiver M pole binding post (20) and pole span selector switch (19) shielding wire are connected to rotary switch (7).
3. device according to claim 1, it is characterized in that, with shielding wire, ohmmeter (8) and ohmmeter switch (10) are connected serially to single track receiver N pole binding post (18) and binding post (20) two ends, single track receiver M pole.
4. device according to claim 1, is characterized in that, the diameter 15mm of ten non-polarizing electrode binding posts, collapsing length 25 ~ 30mm.
5. device according to claim 1, is characterized in that, rotary switch diameter 45mm, height 20mm.
6. device according to claim 1, is characterized in that, single track receiver N pole binding post (18): diameter 15mm, collapsing length 25 ~ 30mm.
7. device according to claim 1, is characterized in that, single track receiver M pole binding post (20): diameter 15mm, collapsing length 25 ~ 30mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520026640.XU CN204331050U (en) | 2015-01-14 | 2015-01-14 | The Duo electricity road swashing electric receiver for single channel controls converting unit device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520026640.XU CN204331050U (en) | 2015-01-14 | 2015-01-14 | The Duo electricity road swashing electric receiver for single channel controls converting unit device |
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| CN204331050U true CN204331050U (en) | 2015-05-13 |
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| CN201520026640.XU Expired - Fee Related CN204331050U (en) | 2015-01-14 | 2015-01-14 | The Duo electricity road swashing electric receiver for single channel controls converting unit device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109407153A (en) * | 2018-12-19 | 2019-03-01 | 中南大学 | A kind of application method of single channel fixed type manual electrode boxcar |
-
2015
- 2015-01-14 CN CN201520026640.XU patent/CN204331050U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109407153A (en) * | 2018-12-19 | 2019-03-01 | 中南大学 | A kind of application method of single channel fixed type manual electrode boxcar |
| CN109407153B (en) * | 2018-12-19 | 2020-05-05 | 中南大学 | Use method of single-channel fixed manual electrode conversion box |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| 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: 20150513 Termination date: 20180114 |