CN106772660B - Termite based on photovoltaic principals quantifies detecting system - Google Patents
Termite based on photovoltaic principals quantifies detecting system Download PDFInfo
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- CN106772660B CN106772660B CN201611192525.5A CN201611192525A CN106772660B CN 106772660 B CN106772660 B CN 106772660B CN 201611192525 A CN201611192525 A CN 201611192525A CN 106772660 B CN106772660 B CN 106772660B
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- shell
- termite
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- isolation cover
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01V—GEOPHYSICS; GRAVITATIONAL MEASUREMENTS; DETECTING MASSES OR OBJECTS; TAGS
- G01V8/00—Prospecting or detecting by optical means
- G01V8/10—Detecting, e.g. by using light barriers
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- General Life Sciences & Earth Sciences (AREA)
- General Physics & Mathematics (AREA)
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Abstract
The invention discloses the termites based on photovoltaic principals to quantify detecting system, including shell, shell cover, it is equipped with the isolation cover that upper end opens inside the shell, multiple through-holes are equipped in outer shell outer wall, multiple trepannings is equipped in isolation cover outer wall, light emitting module is equipped in isolation cover, bait component is embedded in isolation cover, it is equipped with photosensitive sensor in shell cover bottom, through being received by photosensitive sensor after bait component, signal transmission mechanism is electrically connected the light beam that light emitting module generates with photosensitive sensor.In termite feeding bait, termite can shelter from the light beam that part penetrates bait component, and then influence the luminous intensity received by photosensitive sensor, photosensitive sensor converts optical signals into after electric signal the terminal that inspection center is transferred to by signal transmission mechanism, since the quantity of termite is positively correlated relationship with the amount of being blocked through bait component light beam on bait component, the luminous intensity received by photosensitive sensor can then realize the quantization detection to entering termite in device.
Description
Technical field
The present invention relates to termite detection fields, and in particular to the termite based on photovoltaic principals quantifies detecting system.
Background technology
Termite is one of five major pest of the world, is especially particularly acute in tropical and subtropical region.It is all fine that termite can eat into food
Tie up the substance of matter, while the endocrine formic acid of its body, can also corrosion reinforcing bar, so that concrete is denaturalized.Destruction of the termite to building
Especially to the destruction of post and panel structure, wooden structures building be often it is hidden cause to be not easy to be found in inside configuration, under permanent
It goes to be easy to cause caving in for building to bring huge loss.And pre- termite-proof most common measure is to be protected in need
The peripheral portions such as building affix one's name to detection device, just prevented in time when detecting termite.Presently mainly by artificial
Mode checks the case where termite on building periphery enters detection device, that is, needs to excavate pre-buried good detection device,
To identify that building periphery whether there is termite, the defect of such detection device is fairly obvious.There is also another kind of inspections on the market
Device is surveyed, is not required to dig out in device, you can whether judgement has termite herein, is set between the upper and lower side of bait item in shell
The metal wire for setting energization judges there is termite when metal wire is bitten broken；But there is also certain disadvantages for such method：Gold
Belong to line and be easy oxidation, though without termite after usage time increase, also due to the reasons such as oxidation and damage, that is, occur higher
Rate of false alarm cannot meet the testing requirements of country.Similarly due to needing to carry out energization processing to it, such device is to ring
The requirement in border is high, cannot be used in the environment such as aqueous, moist, acid soil, poor for applicability.
Also, there is common defect in above-mentioned two classes detection device, i.e. building week can only be individually identified in detection device
Side whether there is termite, for enter detection device in termite quantity can not provide more precise information support, related personnel without
Method makes suitable counter-measure with regard to the testing result.
Invention content
Present invention aims at providing the termite based on photovoltaic principals to quantify detecting system, lure that termite enters device into, with
Realize that the quantization to termite detects.
The present invention is achieved through the following technical solutions：
Termite based on photovoltaic principals quantifies detecting system, including shell and matched shell cover, in the shell
The interior isolation cover opened equipped with upper end is circumferentially with multiple through-holes in outer shell outer wall along it, and in isolation cover outer wall along its circumferential direction
Equipped with multiple trepannings corresponding with through-hole, the isolation cover is internally provided with light emitting module, and bait component is embedded in isolation cover, in institute
It states shell cover bottom and is equipped with photosensitive sensor, the light beam that the light emitting module generates is connect after penetrating bait component by photosensitive sensor
It receives, further includes the signal transmission mechanism being arranged in shell cover, the signal transmission mechanism is electrically connected with photosensitive sensor.Existing skill
In art, termite detection device can only realize its simple identification function, that is, detect and whether there is termite within the scope of building, related
Personnel can not carry out suitable corresponding measure after confirmation is there are termite, and for such problem, inventor utilizes photovoltaic principals, right
Termite quantity into device is detected, by the detection data, to carry out the presence of preresearch estimates building periphery termite
Amount, and then provide relatively reliable data support to formulate termite control measure.Specifically, the present invention uses double-layer structure, i.e.,
Isolation cover of the shell with setting inside the housing, is provided with through-hole, bait component is then placed in isolation cover, and is being isolated on the shell
Cover is equipped with trepanning corresponding with through-hole, and through-hole is connected to the channel for constituting termite with trepanning；Bait component can attract termite master
Dynamic to enter channel, in isolation cover bottom, the light emitting module of setting generates light beam, which penetrates after bait component by light sensor
Device is received, i.e., when termite enters bait component progress feeding bait, termite can shelter from part and penetrate bait component
Light beam, and then the luminous intensity received by photosensitive sensor is influenced, photosensitive sensor passes through after converting optical signals into electric signal
The terminal that signal transmission mechanism is transferred to inspection center is crossed, due to the quantity of termite on bait component and penetrates bait component light beam
The amount of being blocked be positively correlated relationship, the intensity variation received as a result, by photosensitive sensor, then can preliminary judgement into
Enter the termite quantity into isolation cover, realizes and the quantization for entering termite in device is detected.Wherein, light emitting module is white using generating
The lamp group of color light source LED, and stop shining after the white light source is for 10 seconds when each detection.
The bait component includes the bait dish that multiple axis overlap, and is provided with multiple holes in the bait dish, and luring
Bait order bottom is equipped with multiple stabilizer blades, and adjacent two bait dish are connected by stabilizer blade, and the hole in multiple bait dish is mutually right
Should after form several path channels.Bait component includes multiple bait dish being overlapped mutually, and two adjacent bait dish pass through
Stabilizer blade connects, and multiple holes are provided in bait dish, and bait disc is made of the cellulose-containing fiber of richness of termite eating, is utilized
The biological nature of termite, termite can be autonomous mobile to the hole in bait dish Nei and feed, to prevent termite from concentrating on a certain region
And the light beam penetrated to the region carries out repeating to block, and then ensure that the luminous intensity received on photosensitive sensor is practical with termite
The quantity entered in device is consistent, to ensure the reliability of the quantization detection data to termite.
The signal transmission mechanism includes control circuit box and the antenna that is electrically connected, and the control circuit box is fixed
In shell cover bottom, photosensitive sensor is mounted on control circuit cassette bottom portion, and is equipped with the antenna for encapsulated antenna in shell cover upper end
Cover.Control circuit box constitutes closed circuit with photosensitive sensor, after photosensitive sensor receives intensity variation, by optical signal
It is transmitted to control circuit box after being changed into signal, the antenna being connect with control circuit box then transmits the signal to inspection center
Terminal is supported with providing data for testing staff, and shell is embedded in the surface water horizontal line near building hereinafter, antenna passes through
Antenna house sealing is fixed in shell cover, can reduce in soil horizon moisture or other corrosive liquid caused by antenna
It influences, it is ensured that detection data can be in time sent to the terminal of inspection center.
Using the isolation cover lower end surface as basic point face, multiple trepannings are located at away from 5 ㎝'s or more of isolation cover lower end surface
In region.Preferably, the region that the bottom end of isolation cover is upwardly at 5 ㎝ is not provided with trepanning so that the region forms an envelope
Space is closed, can prevent the soil of housing perimeter or water from entering in isolation cover, and then reduces external factor to test section
Divide and impacts；Further, the bore size on isolation cover can avoid exceeding termite or the other biological of normal volume
Into, and then the accuracy of detection of detection part is influenced after avoiding other biological from being strayed into isolation cover.
Further include multiple spacer blocks, annular space is equipped between the shell and isolation cover, multiple spacer blocks are placed in the ring
In sky, and the both sides of spacer block are connect with the outer wall of the inner wall of shell, isolation cover respectively.It is arranged between shell and isolation cover more
Annular section between shell and isolation cover is divided into more parts by a spacer block, spacer block so that isolation cover can when mounted
Stablize and place inside the housing, while spacer block is less than the axial direction length of isolation cover opening area along the length of isolation cover axis direction
Degree so that termite enters across annular section in isolation cover after by the through-hole on shell, along spacer block upper end end face, i.e.,
The access way of through-hole, spacer block upper end end face and trepanning composition termite, to facilitate being freely accessible to for termite.
The spacer block is made of closedcell polyethylene material.Preferably, select closedcell polyethylene material that spacer block is made,
Using the low water absorbable of closedcell polyethylene material, impact resistance, with certain flexibility and against weather and resistance to ag(e)ing etc.
Feature ensures stability of the spacer block when being embedded in below ground, and then extension device is in the service life of underground.
Compared with prior art, the present invention having the following advantages and advantages：
1, when termite enters progress feeding in bait component, termite can shelter from part and penetrate bait component the present invention
Light beam, and then the luminous intensity received by photosensitive sensor is influenced, after photosensitive sensor converts optical signals into electric signal
It is transferred to the terminal of inspection center by signal transmission mechanism, due to the quantity of termite on bait component and penetrates bait component light
The amount of being blocked of column is positively correlated relationship, the intensity variation received as a result, by photosensitive sensor, then being capable of preliminary judgement
The termite quantity in isolation cover is entered, realizes and the quantization for entering termite in device is detected；
2, the present invention utilizes the biological nature of termite, termite that can be autonomous mobile to feed in the hole of bait dish so that into
Enter the termite in isolation cover to be dispersed in the hole of multiple bait dish, with prevent termite concentrate on a certain region and to the region it is saturating
The light beam crossed carries out repeating to block, and then ensures that the variation of the luminous intensity received on photosensitive sensor is actually entered with termite
Quantity in device is consistent, to ensure the reliability of the quantization detection data to termite；
3, the region that the bottom end of isolation cover is upwardly at 5 ㎝ in the present invention is not provided with trepanning so that the region forms one
Enclosure space can prevent the soil of housing perimeter or water from entering in isolation cover, and then reduce external factor to detection
Part impacts.
Description of the drawings
Attached drawing described herein is used for providing further understanding the embodiment of the present invention, constitutes one of the application
Point, do not constitute the restriction to the embodiment of the present invention.In the accompanying drawings：
Fig. 1 is schematic structural view of the invention；
Fig. 2 is the sectional view of the present invention；
Fig. 3 is the structural schematic diagram figure of bait dish.
Label and corresponding parts title in attached drawing：
1- antenna houses, 2- shell covers, 3- control circuits box, 4- photosensitive sensors, 5- baits component, 51- bait dish, 52- branch
Foot, 6- isolation covers, 7- spacer blocks, 8- light emitting modules, 9- shells, 10- through-holes.
Specific implementation mode
To make the objectives, technical solutions, and advantages of the present invention clearer, with reference to embodiment and attached drawing, to this
Invention is described in further detail, and exemplary embodiment of the invention and its explanation are only used for explaining the present invention, do not make
For limitation of the invention.
Embodiment 1
As shown in Figures 1 to 3, this includes shell 9 and matched shell cover 2, and upper end is equipped in the shell 9 and is opened
Isolation cover 6, be circumferentially with multiple through-holes 10 along it in 9 outer wall of shell, and 6 outer wall of isolation cover along its be circumferentially with it is multiple with
10 corresponding trepanning of through-hole, the isolation cover 6 are internally provided with light emitting module 8, and bait component 5 is embedded in isolation cover 6, in the shell
2 bottom of lid is equipped with photosensitive sensor 4, the light beam that the light emitting module 8 generates through after bait component 5 by 4 institute of photosensitive sensor
It receives, further includes the signal transmission mechanism being arranged in shell cover 2, the signal transmission mechanism is electrically connected with photosensitive sensor 4.
The present invention uses double-layer structure, i.e. shell 9 and the isolation cover 6 being arranged inside shell 9, is provided on shell 9 logical
Hole 10, bait component 5 are then placed in isolation cover 6, and on isolation cover 6 be equipped with trepanning corresponding with through-hole 10, through-hole 10 with open
Hole connection constitutes the channel of termite；Bait component 5 can attract termite actively to enter channel, in the hair of 6 bottom of isolation cover setting
Optical module 8 generates light beam, which is received after penetrating bait component 5 by photosensitive sensor 4, i.e., enters bait group in termite
When part 5 carries out feeding bait, termite can shelter from part and penetrate the light beam of bait component 5, and then influence 4 institute of photosensitive sensor
The luminous intensity received, photosensitive sensor 4 are transferred to by signal transmission mechanism in detection after converting optical signals into electric signal
The terminal of the heart, since the quantity of termite is positively correlated relationship with the amount of being blocked through 5 light beam of bait component on bait component 5,
The intensity variation received as a result, by photosensitive sensor 4, then can preliminary judgement enter the termite number in isolation cover 6
Amount is realized and is detected to the quantization for entering termite in device.Further, light emitting module 8 is using the lamp for generating white light source LED
Group, and when each detection, stop shining after white light source is for 10 seconds.
Wherein, the bait component 5 includes the bait dish 51 that multiple axis overlap, and multiple holes are provided in the bait dish 51
Hole, and multiple stabilizer blades 52 are equipped in 51 bottom of bait dish, adjacent two bait dish 51 are connected by stabilizer blade 52, and multiple baits
Hole on disk 51 forms several path channels after corresponding.Bait component 5 includes multiple bait dish 51 being overlapped mutually, and
Two adjacent bait dish 51 are connected by stabilizer blade 52, and multiple holes are provided in bait dish 51, and bait disc 51 is liked using termite
The cellulose-containing fiber of richness of food is made, and using the biological nature of termite, termite can be autonomous mobile to feeding bait in hole, make
The termite that enters in isolation cover 6 be dispersed in the hole of multiple bait dish 51, to prevent termite from concentrating on a certain region and right
The light beam that the region penetrates carries out repeating to block, and then ensures variation and the termite of the luminous intensity received on photosensitive sensor 4
The quantity actually entered in device is consistent, to ensure the reliability of the quantization detection data to termite.
The signal transmission mechanism includes control circuit box 3 and the antenna that is electrically connected, and the control circuit box 3 is solid
It is scheduled on 2 bottom of shell cover, photosensitive sensor 4 is mounted on 3 bottom of control circuit box, and is equipped in 2 upper end of shell cover and is used for encapsulated antenna
Antenna house 1.Control circuit box 3 constitutes closed circuit with photosensitive sensor 4, and intensity variation is received in photosensitive sensor 4
Afterwards, it is transmitted to control circuit box 3 after converting light signals into signal, the antenna being connect with control circuit box 3 then sends out the signal
It send to the terminal of inspection center, is supported with providing data for testing staff, and shell 9 is embedded in the ground level near building
Line hereinafter, antenna by antenna house 1 sealing be fixed in shell cover 2, moisture or other corrosivity in soil horizon can be reduced
Liquid influenced caused by antenna, it is ensured that detection data can be in time sent to the terminal of inspection center.
The present embodiment further includes multiple spacer blocks 7, and annular space, multiple spacer blocks are equipped between the shell 9 and isolation cover 6
7 are placed in the annular space, and the both sides of spacer block 7 are connect with the outer wall of the inner wall of shell 9, isolation cover 6 respectively.Shell 9 with
Multiple spacer blocks 7 are set between isolation cover 6, and the annular section between shell 9 and isolation cover 6 is divided into several phases by spacer block 7
Mutual independent part so that isolation cover 6, which can be stablized, when mounted is placed on inside shell 9, while spacer block 7 is along isolation cover 6
The length of axis direction be less than 6 apertured region of isolation cover axial length so that termite after by the through-hole 10 on shell 9,
It is entered in isolation cover 6 across annular section along 7 upper end end face of spacer block, i.e. through-hole 10,7 upper end end face of spacer block and trepanning
The access way for forming termite, to facilitate being freely accessible to for termite.
Preferably, the region that the bottom end of isolation cover 6 is upwardly at 5 ㎝ is not provided with trepanning so that the region forms one
Enclosure space can prevent the soil on 9 periphery of shell or water from entering in isolation cover 6, and then reduce external factor to inspection
Part is surveyed to impact；Further, the bore size on isolation cover 6 can avoid exceeding the termite entrance of normal volume, into
And the accuracy of detection of detection part is influenced after avoiding other biological from being strayed into isolation cover 6.
Preferably, select closedcell polyethylene material spacer block 7 is made, using the low water absorbable of closedcell polyethylene material,
The features such as impact resistance, against weather and resistance to ag(e)ing, ensures stability of the spacer block 7 when being embedded in below ground, in turn
Service life of the extension device in underground.
Above-described specific implementation mode has carried out further the purpose of the present invention, technical solution and advantageous effect
It is described in detail, it should be understood that the foregoing is merely the specific implementation mode of the present invention, is not intended to limit the present invention
Protection domain, all within the spirits and principles of the present invention, any modification, equivalent substitution, improvement and etc. done should all include
Within protection scope of the present invention.
Claims (4)
1. the termite based on photovoltaic principals quantifies detecting system, including shell（9）And matched shell cover（2）, feature
It is：In the shell（9）The interior isolation cover opened equipped with upper end（6）, in shell（9）Outer wall is circumferentially with multiple through-holes along it
（10）, and in isolation cover（6）Outer wall is circumferentially with multiple and through-hole along it（10）Corresponding trepanning, the isolation cover（6）It is internal
Equipped with light emitting module（8）, bait component（5）Embedded isolation cover（6）It is interior, in the shell cover（2）Bottom is equipped with photosensitive sensor
（4）, the light emitting module（8）The light beam of generation penetrates bait component（5）Afterwards by photosensitive sensor（4）It is received, further includes setting
It sets in shell cover（2）On signal transmission mechanism, the signal transmission mechanism and photosensitive sensor（4）Electrical connection；The bait group
Part（5）The bait dish overlapped including multiple axis（51）, the bait dish（51）On be provided with multiple holes, and in bait dish（51）
Bottom is equipped with multiple stabilizer blades（52）, adjacent two bait dish（51）Pass through stabilizer blade（52）Connection, and multiple bait dish（51）On
Hole correspond after form several path channels；With the isolation cover（6）Lower end surface is basic point face, and multiple trepannings are set
Away from isolation cover（6）In the region of 5 ㎝ or more of lower end surface.
2. the termite according to claim 1 based on photovoltaic principals quantifies detecting system, it is characterised in that：The signal passes
Transfer mechanism includes control circuit box（3）And the antenna being electrically connected, the control circuit box（3）It is fixed on shell cover（2）Bottom
Portion, photosensitive sensor（4）Mounted on control circuit box（3）Bottom, and in shell cover（2）Upper end is equipped with the antenna for encapsulated antenna
Cover（1）.
3. the termite according to claim 1 or 2 based on photovoltaic principals quantifies detecting system, it is characterised in that：Further include
Multiple spacer blocks（7）, in the shell（9）With isolation cover（6）Between be equipped with annular space, multiple spacer blocks（7）It is placed in the annular space
It is interior, and spacer block（7）Both sides respectively with shell（9）Inner wall, isolation cover（6）Outer wall connection.
4. the termite according to claim 3 based on photovoltaic principals quantifies detecting system, it is characterised in that：The spacer block
（7）It is made of closedcell polyethylene material.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201611192525.5A CN106772660B (en) | 2016-12-21 | 2016-12-21 | Termite based on photovoltaic principals quantifies detecting system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201611192525.5A CN106772660B (en) | 2016-12-21 | 2016-12-21 | Termite based on photovoltaic principals quantifies detecting system |
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| CN106772660B true CN106772660B (en) | 2018-07-24 |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108371158B (en) * | 2018-05-25 | 2023-07-18 | 苏州市白蚁防治管理处 | Termite trapping bait mildew early warning system based on photoelectric principle |
| CN114440750A (en) * | 2021-12-22 | 2022-05-06 | 浙江鼎昆环境科技有限公司 | Termite detection device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| MY115581A (en) * | 1997-04-15 | 2003-07-31 | Dow Agrosciences | Improved methods and appratus for monitoring or controlling pests |
| AU2003220544A1 (en) * | 2002-03-29 | 2003-10-20 | Ecolab Inc. | Light extinction based non-destructive flying insect detector |
| US6772557B2 (en) * | 2002-11-11 | 2004-08-10 | Basf Corporation | Termite bait cartridge having channeling features |
| US7233251B2 (en) * | 2004-02-17 | 2007-06-19 | Mark Robert Lewis | Electronic termite detector |
| JP6518253B2 (en) * | 2013-09-10 | 2019-05-22 | ビーエーエスエフ ソシエタス・ヨーロピアＢａｓｆ Ｓｅ | Pest control system and method |
| CN203643619U (en) * | 2013-11-14 | 2014-06-11 | 杭州市白蚁防治研究所 | Infrared implanted termite damage sensor |
| CN206303053U (en) * | 2016-12-21 | 2017-07-07 | 四川智灵通科技有限公司 | A kind of termite quantification detection apparatus |
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Effective date of registration: 20200703 Address after: 4 / F, building 12, No. 219, Tianhua 2nd Road, hi tech Zone, Chengdu, Sichuan 610000 Patentee after: CHENGDU FANGLIAN YUNMA TECHNOLOGY Co.,Ltd. Address before: 610000 Sichuan city of Chengdu province Tianfu Tianfu Avenue South Huayang Street No. 846 Patentee before: SICHUAN ZHILINGTONG TECHNOLOGY Co.,Ltd. |