CN108226443A - A kind of building monitoring soil acidity or alkalinity detection device - Google Patents
A kind of building monitoring soil acidity or alkalinity detection device Download PDFInfo
- Publication number
- CN108226443A CN108226443A CN201711349584.3A CN201711349584A CN108226443A CN 108226443 A CN108226443 A CN 108226443A CN 201711349584 A CN201711349584 A CN 201711349584A CN 108226443 A CN108226443 A CN 108226443A
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- CN
- China
- Prior art keywords
- gear
- detection device
- transverse slat
- building monitoring
- soil acidity
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Classifications
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N33/00—Investigating or analysing materials by specific methods not covered by groups G01N1/00 - G01N31/00
- G01N33/24—Earth materials
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01F—MIXING, e.g. DISSOLVING, EMULSIFYING OR DISPERSING
- B01F33/00—Other mixers; Mixing plants; Combinations of mixers
- B01F33/80—Mixing plants; Combinations of mixers
- B01F33/81—Combinations of similar mixers, e.g. with rotary stirring devices in two or more receptacles
- B01F33/813—Combinations of similar mixers, e.g. with rotary stirring devices in two or more receptacles mixing simultaneously in two or more mixing receptacles
Abstract
The present invention relates to a kind of soil acidity or alkalinity detection device more particularly to a kind of building monitoring soil acidity or alkalinity detection devices.The technical problem to be solved in the present invention is to provide a kind of detection is relatively more accurate, detection efficiency is high, time saving and energy saving building monitoring soil acidity or alkalinity detection device.The present invention provides such a building monitoring soil acidity or alkalinity detection devices, include bottom plate etc.；N shape framves are equipped at the top of bottom plate, driving mechanism is equipped among n shape framves inner top, mixed organization is arranged at left and right sides of n shape framves inner top, left and right sides middle part is equipped with transverse slat in n shapes frame, left and right is arranged with blending bin at the top of transverse slat, and blending bin is located at the lower section of mixed organization.Invention achieves detection is relatively more accurate, detection efficiency is high, time saving and energy saving effect, the present invention is worked by driving mechanism, and mixed organization is driven to be sufficiently mixed soil mixture, then detects the acid-base value of soil, and acid-base property of the present invention detects simultaneously, and detection efficiency is high.
Description
Technical field
The present invention relates to a kind of soil acidity or alkalinity detection devices more particularly to a kind of building monitoring to be detected with soil acidity or alkalinity
Equipment.
Background technology
Building refers to through the construction to all kinds of building constructions and its affiliated facility and the circuit mating with it, pipeline, equipment
The engineering entity that is formed of installation activity.Wherein " building construction ", which refers to, has head cover, beam column, wall, basis and can be formed
Inner space meets people's production, lives, learns, the engineering of public activity needs.
It when carrying out construction, needs to be detected the soil in construction site, detects its acid-base value, then selection is closed
Suitable construction material makes building be not easy to be corroded, and it is inaccurate that existing building monitoring soil acidity or alkalinity detection device has detection
Really, the shortcomings that detection efficiency is low, time-consuming and laborious, therefore a kind of detection is relatively more accurate, detection efficiency is high, time saving and energy saving there is an urgent need for researching and developing
Building monitoring with soil acidity or alkalinity detection device.
Invention content
（1）Technical problems to be solved
Existing building monitoring soil acidity or alkalinity detection device detection is inaccurate, detection efficiency is low, expense in order to overcome by the present invention
When it is laborious the shortcomings that, the technical problem to be solved in the present invention is to provide a kind of detection is relatively accurate, detection efficiency is high, time saving and energy saving
Building monitoring with soil acidity or alkalinity detection device.
（2）Technical solution
In order to solve the above technical problem, the present invention provides such a building monitoring soil acidity or alkalinity detection device, packets
It has included bottom plate, n shapes frame, driving mechanism, mixed organization, transverse slat and blending bin, has been equipped with n shape framves at the top of bottom plate, in n shape frame inner tops
Between be equipped with driving mechanism, mixed organization is arranged at left and right sides of n shape framves inner top, left and right sides middle part is equipped with horizontal stroke in n shapes frame
Plate, transverse slat top left and right are arranged with blending bin, and blending bin is located at the lower section of mixed organization.
Preferably, driving mechanism includes strut, electric chain, driven sprocket, chain belt, roller bearing and mobile bar, in n shape framves
Crown center is arranged with two struts, and left side strut bottom end is equipped with electric chain, and right side strut bottom end is equipped with driven sprocket, electricity
Chain belt is connected between movable sprocket and driven sprocket, roller bearing is equipped on front side of chain belt, mobile bar is equipped in front of chain belt, is opened in mobile bar
There is a word hole, roller bearing is located in a word hole.
Preferably, mixed organization include cross bar, rack, the first sliding rail, the first sliding block, first bearing seat, first rotating shaft,
First gear and stirring blade, mobile bar left and right sides top are connected with cross bar, and the other end of cross bar is connected with rack, n shape framves
It is arranged with the first sliding rail and first bearing seat at left and right sides of inner top, the first sliding rail is located at the outside of first bearing seat, and first
Sliding rail is equipped with the first sliding block, and the first sliding block is connect with rack, first rotating shaft is equipped in first bearing seat, first rotating shaft top is set
There is first gear, first gear is engaged with rack, and first rotating shaft lower part uniform intervals are equipped with stirring blade, and stirring blade is located at mixed
In mould assembling.
Preferably, lifting regulating mechanism has been further included, lifting regulating mechanism includes the second sliding rail, the second sliding block, first
Spring, electronic reel, bracing wire and connecting rod, bottom plate top are equipped with the second sliding rail, are set on the second sliding rail there are two the second sliding block,
The first spring is connected between second sliding block and the second sliding rail left and right ends, front side is equipped with electronic reel in the middle part of the second sliding rail,
Bracing wire is wound on electronic reel, two the second sliding blocks of tail end and left and right of bracing wire connect, are hingedly connected on front side of the second sliding block
Connecting rod, connecting rod top at left and right sides of transverse slat bottom with being articulated and connected.
Preferably, further included rotating mechanism, rotating mechanism include motor, second gear, gear ring, second bearing seat and
Second shaft, transverse slat crown center are equipped with motor, and second gear, the blending bin outside of left and right two are connected on the output shaft of motor
Lower part is all provided with rack gear, and gear ring is engaged with second gear, and the left and right sides is equipped with second bearing seat at the top of transverse slat, in second bearing seat
Equipped with the second shaft, the second shaft top is connect with blending bin bottom.
Preferably, second spring and steel ball have been further included, the tail end of stirring blade is connected with second spring, second spring
Tail end is connected with steel ball.
Preferably, wheel and pushing hands have been further included, bottom base plate is equipped with wheel, and bottom plate left end is equipped with pushing hands.
Preferably, storage tank has been further included, the outer left upper portion of n shapes frame is equipped with storage tank.
Preferably, guide rail and guide block have been further included, left and right sides lower part is equipped with guide rail in n shapes frame, and guide rail is equipped with guide block,
Two guide blocks in left and right are connect respectively with transverse slat left and right ends.
Operation principle：When needing to carry out the acid-base value detection of soil using the present invention, appropriate soil is gone averagely to put first
It puts in two blending bins in left and right, acid is then added in the blending bin of left side, alkali is added in blending bin of turning right, then control driving
Mechanism works, and then mixed organization is driven to be stirred mixing to soil and soda acid, and after being sufficiently mixed, control driving mechanism is stopped
Only work；Then acid-base pair ratio is carried out to the mixture in two blending bins, you can the acid-base value of soil is detected, so as to select
Suitable construction material makes construction material be not easy to be corroded.
Because driving mechanism includes strut, electric chain, driven sprocket, chain belt, roller bearing and mobile bar, pushed up in n shapes frame
Portion's intermediate symmetry is set there are two strut, and left side strut bottom end is equipped with electric chain, and right side strut bottom end is equipped with driven sprocket, electronic
Chain belt is connected between sprocket wheel and driven sprocket, roller bearing is equipped on front side of chain belt, mobile bar is equipped in front of chain belt, is provided in mobile bar
One word hole, roller bearing are located in a word hole.Electric chain rotation is controlled, drives driven sprocket and chain belt rotation, roller bearing is in a word hole
Interior movement, you can mobile bar is driven to move left and right, thus mixed organization can be driven to be stirred the mixture in blending bin
Uniformly.
Because mixed organization includes cross bar, rack, the first sliding rail, the first sliding block, first bearing seat, first rotating shaft,
One gear and stirring blade, top is connected with cross bar at left and right sides of mobile bar, and the other end of cross bar is connected with rack, in n shape framves
The first sliding rail and first bearing seat are arranged at left and right sides of top, the first sliding rail is located at the outside of first bearing seat, and first slides
Rail is equipped with the first sliding block, and the first sliding block is connect with rack, first rotating shaft is equipped in first bearing seat, first rotating shaft top is equipped with
First gear, first gear are engaged with rack, and first rotating shaft lower part uniform intervals are equipped with stirring blade, and stirring blade is located at mixing
In case.Mobile bar moves left and right, and cross bar and rack is driven to move left and right, you can drives first gear rotation, first rotating shaft is therewith
Rotation, stirring blade can be stirred mixing to the mixture in blending bin, and after the completion of mixing, control driving mechanism stops work
Work.
Because having further included lifting regulating mechanism, lifting regulating mechanism includes the second sliding rail, the second sliding block, the first bullet
Spring, electronic reel, bracing wire and connecting rod, bottom plate top are equipped with the second sliding rail, are set on the second sliding rail there are two the second sliding block, the
The first spring is connected between two sliding blocks and the second sliding rail left and right ends, front side is equipped with electronic reel, electricity in the middle part of the second sliding rail
Bracing wire is wound on dynamic reel, two the second sliding blocks of tail end and left and right of bracing wire are connect, the company of being hingedly connected on front side of the second sliding block
Extension bar, connecting rod top at left and right sides of transverse slat bottom with being articulated and connected.When needs add in soil and other substances in blending bin
When, electronic reel can be controlled to put bracing wire, due to the first spring elastic force act on, the second sliding block to both sides move, transverse slat to
Lower movement can add in soil in blending bin, electronic reel is then controlled to reel line at this time, drive the second sliding block to centre
Mobile, the angle of connecting rod becomes smaller, and transverse slat moves up reset.
Because having further included rotating mechanism, rotating mechanism includes motor, second gear, gear ring, second bearing seat and
Two shafts, transverse slat crown center is equipped with motor, second gear is connected on the output shaft of motor, under controlling on the outside of two blending bins
Portion is all provided with rack gear, and gear ring is engaged with second gear, and the left and right sides is equipped with second bearing seat at the top of transverse slat, is set in second bearing seat
There is the second shaft, the second shaft top is connect with blending bin bottom.When being stirred to the mixture in blending bin, can control
Motor rotation processed, and then second gear rotation is driven, so as to drive the blending bin rotation of left and right two, accelerate the effect being stirred
Rate comes into full contact with mixture, and motor is closed after the completion of mixing.
Because having further included second spring and steel ball, the tail end of stirring blade is connected with second spring, the tail of second spring
End is connected with steel ball.Second spring and steel ball can make to come into full contact between mixture, accelerate the efficiency of mixing.
Because having further included wheel and pushing hands, bottom base plate is equipped with wheel, and bottom plate left end is equipped with pushing hands.When needs are mobile originally
During invention, pushing hands can be helped to push the present invention mobile, it is time saving and energy saving.
Because having further included storage tank, the outer left upper portion of n shapes frame is equipped with storage tank.Some detections can be placed in storage tank
Tool.
Because having further included guide rail and guide block, left and right sides lower part is equipped with guide rail in n shapes frame, and guide rail is equipped with guide block, left
Right two guide blocks are connect respectively with transverse slat left and right ends.Transverse slat can be more steady when moving up and down, and is not easy to shake.
（3）Advantageous effect
Invention achieves relatively more accurate, detection efficiency height, time saving and energy saving effect is detected, the present invention passes through driving mechanism work
Make, mixed organization is driven to be sufficiently mixed soil mixture, then detect the acid-base value of soil, and acid-base property of the present invention is same
When detect, detection efficiency is high.
Description of the drawings
Fig. 1 is the first main structure diagram of the present invention.
Fig. 2 is second of main structure diagram of the present invention.
Fig. 3 is the third main structure diagram of the present invention.
Fig. 4 is the 4th kind of main structure diagram of the present invention.
Label in attached drawing for：1- bottom plates, 2-n shape framves, 3- driving mechanisms, 31- struts, 32- electric chains, 33- are driven
Sprocket wheel, 34- chain belts, 35- roller bearings, 36- mobile bars, mono- word holes of 37-, 4- mixed organizations, 41- cross bars, 42- racks, 43- first are slided
Rail, the first sliding blocks of 44-, 45- first bearing seats, 46- first rotating shafts, 47- first gears, 48- stirring blades, 5- transverse slats, 6- are mixed
Mould assembling, 7- lifting regulating mechanisms, the second sliding rails of 71-, the second sliding blocks of 72-, the first springs of 73-, the electronic reels of 74-, 75- are drawn
Line, 76- connecting rods, 8- rotating mechanisms, 81- motors, 82- second gears, 83- gear rings, 84- second bearing seats, second turn of 85-
Axis, 9- second springs, 10- steel balls, 11- wheels, 12- pushing hands, 13- storage tanks, 14- guide rails, 15- guide blocks.
Specific embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of building monitoring soil acidity or alkalinity detection device, as shown in Figs 1-4, includes bottom plate 1, n shapes frame 2, driving mechanism
3rd, mixed organization 4, transverse slat 5 and blending bin 6,1 top of bottom plate are equipped with n shapes frame 2, driving mechanism 3 are equipped among 2 inner top of n shapes frame,
Mixed organization 4 is arranged at left and right sides of 2 inner top of n shapes frame, left and right sides middle part is equipped with transverse slat 5,5 top of transverse slat in n shapes frame 2
Symmetrical to be equipped with blending bin 6, blending bin 6 is located at the lower section of mixed organization 4.
Embodiment 2
A kind of building monitoring soil acidity or alkalinity detection device, as shown in Figs 1-4, includes bottom plate 1, n shapes frame 2, driving mechanism
3rd, mixed organization 4, transverse slat 5 and blending bin 6,1 top of bottom plate are equipped with n shapes frame 2, driving mechanism 3 are equipped among 2 inner top of n shapes frame,
Mixed organization 4 is arranged at left and right sides of 2 inner top of n shapes frame, left and right sides middle part is equipped with transverse slat 5,5 top of transverse slat in n shapes frame 2
Symmetrical to be equipped with blending bin 6, blending bin 6 is located at the lower section of mixed organization 4.
Driving mechanism 3 includes strut 31, electric chain 32, driven sprocket 33, chain belt 34, roller bearing 35 and mobile bar 36, n
2 inner top intermediate symmetry of shape frame is set there are two strut 31, and strut 31 bottom end in left side is equipped with electric chain 32,31 bottom end of right side strut
Equipped with driven sprocket 33, chain belt 34 is connected between electric chain 32 and driven sprocket 33,34 front side of chain belt is equipped with roller bearing 35, chain
34 front of band is equipped with mobile bar 36, is provided with a word hole 37 in mobile bar 36, roller bearing 35 is located in a word hole 37.
Embodiment 3
A kind of building monitoring soil acidity or alkalinity detection device, as shown in Figs 1-4, includes bottom plate 1, n shapes frame 2, driving mechanism
3rd, mixed organization 4, transverse slat 5 and blending bin 6,1 top of bottom plate are equipped with n shapes frame 2, driving mechanism 3 are equipped among 2 inner top of n shapes frame,
Mixed organization 4 is arranged at left and right sides of 2 inner top of n shapes frame, left and right sides middle part is equipped with transverse slat 5,5 top of transverse slat in n shapes frame 2
Symmetrical to be equipped with blending bin 6, blending bin 6 is located at the lower section of mixed organization 4.
Driving mechanism 3 includes strut 31, electric chain 32, driven sprocket 33, chain belt 34, roller bearing 35 and mobile bar 36, n
2 inner top intermediate symmetry of shape frame is set there are two strut 31, and strut 31 bottom end in left side is equipped with electric chain 32,31 bottom end of right side strut
Equipped with driven sprocket 33, chain belt 34 is connected between electric chain 32 and driven sprocket 33,34 front side of chain belt is equipped with roller bearing 35, chain
34 front of band is equipped with mobile bar 36, is provided with a word hole 37 in mobile bar 36, roller bearing 35 is located in a word hole 37.
Mixed organization 4 includes cross bar 41, rack 42, the first sliding rail 43, the first sliding block 44, first bearing seat 45, first
Shaft 46, first gear 47 and stirring blade 48,36 left and right sides top of mobile bar are connected with cross bar 41, the other end of cross bar 41
Rack 42 is connected with, the first sliding rail 43 and first bearing seat 45, the first sliding rail 43 are arranged at left and right sides of 2 inner top of n shapes frame
Positioned at the outside of first bearing seat 45, the first sliding rail 43 is equipped with the first sliding block 44, and the first sliding block 44 is connect with rack 42, and first
First rotating shaft 46 is equipped in bearing block 45,46 top of first rotating shaft is equipped with first gear 47, and first gear 47 is engaged with rack 42,
46 lower part uniform intervals of first rotating shaft are equipped with stirring blade 48, and stirring blade 48 is located in blending bin 6.
Embodiment 4
A kind of building monitoring soil acidity or alkalinity detection device, as shown in Figs 1-4, includes bottom plate 1, n shapes frame 2, driving mechanism
3rd, mixed organization 4, transverse slat 5 and blending bin 6,1 top of bottom plate are equipped with n shapes frame 2, driving mechanism 3 are equipped among 2 inner top of n shapes frame,
Mixed organization 4 is arranged at left and right sides of 2 inner top of n shapes frame, left and right sides middle part is equipped with transverse slat 5,5 top of transverse slat in n shapes frame 2
Symmetrical to be equipped with blending bin 6, blending bin 6 is located at the lower section of mixed organization 4.
Driving mechanism 3 includes strut 31, electric chain 32, driven sprocket 33, chain belt 34, roller bearing 35 and mobile bar 36, n
2 inner top intermediate symmetry of shape frame is set there are two strut 31, and strut 31 bottom end in left side is equipped with electric chain 32,31 bottom end of right side strut
Equipped with driven sprocket 33, chain belt 34 is connected between electric chain 32 and driven sprocket 33,34 front side of chain belt is equipped with roller bearing 35, chain
34 front of band is equipped with mobile bar 36, is provided with a word hole 37 in mobile bar 36, roller bearing 35 is located in a word hole 37.
Mixed organization 4 includes cross bar 41, rack 42, the first sliding rail 43, the first sliding block 44, first bearing seat 45, first
Shaft 46, first gear 47 and stirring blade 48,36 left and right sides top of mobile bar are connected with cross bar 41, the other end of cross bar 41
Rack 42 is connected with, the first sliding rail 43 and first bearing seat 45, the first sliding rail 43 are arranged at left and right sides of 2 inner top of n shapes frame
Positioned at the outside of first bearing seat 45, the first sliding rail 43 is equipped with the first sliding block 44, and the first sliding block 44 is connect with rack 42, and first
First rotating shaft 46 is equipped in bearing block 45,46 top of first rotating shaft is equipped with first gear 47, and first gear 47 is engaged with rack 42,
46 lower part uniform intervals of first rotating shaft are equipped with stirring blade 48, and stirring blade 48 is located in blending bin 6.
Lifting regulating mechanism 7 is further included, lifting regulating mechanism 7 includes the second sliding rail 71, the second sliding block 72, the first bullet
Spring 73, electronic reel 74, bracing wire 75 and connecting rod 76,1 top of bottom plate are equipped with the second sliding rail 71, and the second sliding rail 71 is equipped with two
A second sliding block 72, is connected with the first spring 73 between 71 left and right ends of the second sliding block 72 and the second sliding rail, in the second sliding rail 71
Electronic reel 74 is equipped on front side of portion, bracing wire 75, two second cunnings in tail end and left and right of bracing wire 75 are wound on electronic reel 74
Block 72 connects, and 72 front side of the second sliding block is hingedly connected with connecting rod 76, and 76 top of connecting rod at left and right sides of 5 bottom of transverse slat with being hinged
Connection.
Rotating mechanism 8 is further included, rotating mechanism 8 includes motor 81, second gear 82, gear ring 83, second bearing seat
84 and second shaft 85,5 crown center of transverse slat be equipped with motor 81, second gear 82 be connected on the output shaft of motor 81, left and right
Two 6 outer lower portions of blending bin are all provided with rack gear 83, and gear ring 83 is engaged with second gear 82, and the 5 top left and right sides of transverse slat is equipped with
Second bearing seat 84, second bearing seat 84 is interior to be equipped with the second shaft 85, and 85 top of the second shaft is connect with 6 bottom of blending bin.
Second spring 9 and steel ball 10 are further included, the tail end of stirring blade 48 is connected with second spring 9, second spring 9
Tail end is connected with steel ball 10.
Wheel 11 and pushing hands 12 are further included, 1 bottom of bottom plate is equipped with wheel 11, and 1 left end of bottom plate is equipped with pushing hands 12.
Storage tank 13 is further included, 2 outer left upper portion of n shapes frame is equipped with storage tank 13.
Guide rail 14 and guide block 15 are further included, left and right sides lower part is equipped with guide rail 14 in n shapes frame 2, and guide rail 14 is equipped with and leads
Block 15, two guide blocks 15 in left and right are connect respectively with 5 left and right ends of transverse slat.
Operation principle：When needing to carry out the acid-base value detection of soil using the present invention, appropriate soil is gone averagely to put first
It puts in two blending bins 6 in left and right, acid is then added in left side blending bin 6, alkali is added in blending bin 6 of turning right, then control
Driving mechanism 3 works, and then mixed organization 4 is driven to be stirred mixing to soil and soda acid, after being sufficiently mixed, control driving
Mechanism 3 is stopped；Then acid-base pair ratio is carried out to the mixture in two blending bins 6, you can detect the acid-base value of soil,
So as to select suitable construction material, construction material is made to be not easy to be corroded.
Because driving mechanism 3 includes strut 31, electric chain 32, driven sprocket 33, chain belt 34, roller bearing 35 and mobile bar
36, n shape frame, 2 inner top intermediate symmetry is set there are two strut 31, and strut 31 bottom end in left side is equipped with electric chain 32, right side strut 31
Bottom end is equipped with driven sprocket 33, and chain belt 34 is connected between electric chain 32 and driven sprocket 33, and 34 front side of chain belt is equipped with roller bearing
35,34 front of chain belt is equipped with mobile bar 36, is provided with a word hole 37 in mobile bar 36, roller bearing 35 is located in a word hole 37.Control electricity
Movable sprocket 32 rotates, and driven sprocket 33 and chain belt 34 is driven to rotate, roller bearing 35 moves in a word hole 37, you can drives mobile bar
36 move left and right, and thus mixed organization 4 can be driven to be stirred uniformly the mixture in blending bin 6.
Because mixed organization 4 include cross bar 41, rack 42, the first sliding rail 43, the first sliding block 44, first bearing seat 45,
First rotating shaft 46, first gear 47 and stirring blade 48,36 left and right sides top of mobile bar are connected with cross bar 41, cross bar 41 it is another
One end is connected with rack 42, and the first sliding rail 43 and first bearing seat 45 are arranged at left and right sides of 2 inner top of n shapes frame, and first slides
Rail 43 is located at the outside of first bearing seat 45, and the first sliding rail 43 is equipped with the first sliding block 44, and the first sliding block 44 is connect with rack 42,
First rotating shaft 46 is equipped in first bearing seat 45,46 top of first rotating shaft is equipped with first gear 47, first gear 47 and rack 42
Engagement, 46 lower part uniform intervals of first rotating shaft are equipped with stirring blade 48, and stirring blade 48 is located in blending bin 6.Mobile bar 36 is left
It moves right, cross bar 41 and rack 42 is driven to move left and right, you can first gear 47 is driven to rotate, first rotating shaft 46 rotates with,
Stirring blade 48 can be stirred mixing to the mixture in blending bin 6, and after the completion of mixing, control driving mechanism 3 stops work
Work.
Because having further included lifting regulating mechanism 7, lifting regulating mechanism 7 includes the second sliding rail 71, the second sliding block 72,
One spring 73, electronic reel 74, bracing wire 75 and connecting rod 76,1 top of bottom plate are equipped with the second sliding rail 71, are set on the second sliding rail 71
There are two the second sliding blocks 72, and the second sliding block 72 and the second sliding rail are connected with the first spring 73, the second sliding rail between 71 left and right ends
71 middle parts front side are equipped with electronic reel 74, are wound with bracing wire 75 on electronic reel 74, the tail end of bracing wire 75 and left and right two the
Two sliding blocks 72 connect, and 72 front side of the second sliding block is hingedly connected with connecting rod 76,76 top of connecting rod and 5 bottom of the transverse slat left and right sides
Articulated connection.When needing to add in soil and other substances in blending bin 6, electronic reel 74 can be controlled to put bracing wire 75,
Since the elastic force of the first spring 73 acts on, the second sliding block 72 is moved to both sides, and transverse slat 5 moves down, at this time can be toward blending bin 6
Then interior addition soil controls electronic reel 74 to reel line 75, drive the second sliding block 72 mobile to centre, the folder of connecting rod 76
Angle becomes smaller, and transverse slat 5 moves up reset.
Because having further included rotating mechanism 8, rotating mechanism 8 includes motor 81, second gear 82, gear ring 83, the second axis
84 and second shaft 85 of bearing, 5 crown center of transverse slat are equipped with motor 81, second gear 82 are connected on the output shaft of motor 81,
Two 6 outer lower portions of blending bin in left and right are all provided with rack gear 83, and gear ring 83 is engaged with second gear 82, the 5 top left and right sides of transverse slat
Equipped with second bearing seat 84, the second shaft 85 is equipped in second bearing seat 84,85 top of the second shaft connects with 6 bottom of blending bin
It connects.When being stirred to the mixture in blending bin 6, motor 81 can be controlled to rotate, and then second gear 82 is driven to rotate,
So as to which two blending bins 6 in left and right be driven to rotate, the efficiency being stirred is accelerated, comes into full contact with mixture, after the completion of mixing
Close motor 81.
Because having further included second spring 9 and steel ball 10, the tail end of stirring blade 48 is connected with second spring 9, the second bullet
The tail end of spring 9 is connected with steel ball 10.Second spring 9 and steel ball 10 can make to come into full contact between mixture, accelerate the effect of mixing
Rate.
Because having further included wheel 11 and pushing hands 12,1 bottom of bottom plate is equipped with wheel 11, and 1 left end of bottom plate is equipped with pushing hands 12.When
When needing the mobile present invention, pushing hands 12 can be helped to push movement of the present invention, it is time saving and energy saving.
Because having further included storage tank 13,2 outer left upper portion of n shapes frame is equipped with storage tank 13.It can be placed in storage tank 13
Some detection instruments.
Because having further included guide rail 14 and guide block 15, left and right sides lower part is equipped with guide rail 14 in n shapes frame 2, is set on guide rail 14
There is guide block 15, two guide blocks 15 in left and right are connect respectively with 5 left and right ends of transverse slat.Transverse slat 5 can be more steady when moving up and down, and is not easy
It shakes.
Embodiment described above only expresses the preferred embodiment of the present invention, and description is more specific and detailed, but simultaneously
Cannot the limitation to the scope of the claims of the present invention therefore be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these belong to this hair
Bright protection domain.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (9)
1. a kind of building monitoring soil acidity or alkalinity detection device, which is characterized in that include bottom plate（1）, n shape framves（2）, driving
Mechanism（3）, mixed organization（4）, transverse slat（5）And blending bin（6）, bottom plate（1）Top is equipped with n shape framves（2）, n shape framves（2）Inner top
Centre is equipped with driving mechanism（3）, n shape framves（2）Mixed organization is arranged at left and right sides of inner top（4）, n shape framves（2）Interior left and right
Two middle side parts are equipped with transverse slat（5）, transverse slat（5）Top or so is arranged with blending bin（6）, blending bin（6）Positioned at mixed organization（4）
Lower section.
A kind of 2. building monitoring soil acidity or alkalinity detection device according to claim 1, which is characterized in that driving mechanism
（3）Include strut（31）, electric chain（32）, driven sprocket（33）, chain belt（34）, roller bearing（35）And mobile bar（36）, n shapes
Frame（2）Inner top intermediate symmetry is set there are two strut（31）, left side strut（31）Bottom end is equipped with electric chain（32）, right side strut
（31）Bottom end is equipped with driven sprocket（33）, electric chain（32）And driven sprocket（33）Between be connected with chain belt（34）, chain belt
（34）Front side is equipped with roller bearing（35）, chain belt（34）Front is equipped with mobile bar（36）, mobile bar（36）On be provided with a word hole（37）, rolling
Axis（35）Positioned at a word hole（37）It is interior.
A kind of 3. building monitoring soil acidity or alkalinity detection device according to claim 2, which is characterized in that mixed organization
（4）Include cross bar（41）, rack（42）, the first sliding rail（43）, the first sliding block（44）, first bearing seat（45）, first rotating shaft
（46）, first gear（47）And stirring blade（48）, mobile bar（36）Left and right sides top is connected with cross bar（41）, cross bar（41）
The other end be connected with rack（42）, n shape framves（2）The first sliding rail is arranged at left and right sides of inner top（43）And first bearing seat
（45）, the first sliding rail（43）Positioned at first bearing seat（45）Outside, the first sliding rail（43）It is equipped with the first sliding block（44）, first
Sliding block（44）With rack（42）Connection, first bearing seat（45）It is interior to be equipped with first rotating shaft（46）, first rotating shaft（46）Top is equipped with
First gear（47）, first gear（47）With rack（42）Engagement, first rotating shaft（46）Lower part uniform intervals are equipped with stirring blade
（48）, stirring blade（48）Positioned at blending bin（6）It is interior.
4. a kind of building monitoring soil acidity or alkalinity detection device according to claim 3, which is characterized in that further included
Lifting regulating mechanism（7）, lifting regulating mechanism（7）Include the second sliding rail（71）, the second sliding block（72）, the first spring（73）、
Electronic reel（74）, bracing wire（75）And connecting rod（76）, bottom plate（1）Top is equipped with the second sliding rail（71）, the second sliding rail（71）
On set there are two the second sliding block（72）, the second sliding block（72）With the second sliding rail（71）The first spring is connected between left and right ends
（73）, the second sliding rail（71）Electronic reel is equipped on front side of middle part（74）, electronic reel（74）On be wound with bracing wire（75）, bracing wire
（75）Tail end with left and right two the second sliding blocks（72）Connection, the second sliding block（72）Front side is hingedly connected with connecting rod（76）, even
Extension bar（76）Top and transverse slat（5）It is articulated and connected at left and right sides of bottom.
5. a kind of building monitoring soil acidity or alkalinity detection device according to claim 4, which is characterized in that further included
Rotating mechanism（8）, rotating mechanism（8）Include motor（81）, second gear（82）, gear ring（83）, second bearing seat（84）With
Second shaft（85）, transverse slat（5）Crown center is equipped with motor（81）, motor（81）Output shaft on be connected with second gear
（82）, two blending bins in left and right（6）Outer lower portion is all provided with rack gear（83）, gear ring（83）With second gear（82）Engagement, transverse slat
（5）Second bearing seat is equipped at left and right sides of top（84）, second bearing seat（84）Inside it is equipped with the second shaft（85）, the second shaft
（85）Top and blending bin（6）Bottom connects.
6. a kind of building monitoring soil acidity or alkalinity detection device according to claim 5, which is characterized in that further included
Second spring（9）And steel ball（10）, stirring blade（48）Tail end be connected with second spring（9）, second spring（9）Tail end connect
It is connected to steel ball（10）.
7. a kind of building monitoring soil acidity or alkalinity detection device according to claim 6, which is characterized in that further included
Wheel（11）And pushing hands（12）, bottom plate（1）Bottom is equipped with wheel（11）, bottom plate（1）Left end is equipped with pushing hands（12）.
8. a kind of building monitoring soil acidity or alkalinity detection device according to claim 7, which is characterized in that further included
Storage tank（13）, n shape framves（2）Outer left upper portion is equipped with storage tank（13）.
9. a kind of building monitoring soil acidity or alkalinity detection device according to claim 8, which is characterized in that further included
Guide rail（14）And guide block（15）, n shape framves（2）Interior left and right sides lower part is equipped with guide rail（14）, guide rail（14）It is equipped with guide block（15）,
Two guide blocks in left and right（15）Respectively with transverse slat（5）Left and right ends connect.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711349584.3A CN108226443A (en) | 2017-12-15 | 2017-12-15 | A kind of building monitoring soil acidity or alkalinity detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711349584.3A CN108226443A (en) | 2017-12-15 | 2017-12-15 | A kind of building monitoring soil acidity or alkalinity detection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108226443A true CN108226443A (en) | 2018-06-29 |
Family
ID=62652323
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711349584.3A Pending CN108226443A (en) | 2017-12-15 | 2017-12-15 | A kind of building monitoring soil acidity or alkalinity detection device |
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| Country | Link |
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| CN (1) | CN108226443A (en) |
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| CN110143656A (en) * | 2019-06-21 | 2019-08-20 | 深圳市俊达通办公智能科技有限公司 | A kind of heavy duty detergent sewage treatment equipment with quantitative function for coal chemical industry |
| CN111272856A (en) * | 2020-04-03 | 2020-06-12 | 山东仁科测控技术有限公司 | Automatic continuous measuring device for soil pH value |
| CN111375336A (en) * | 2018-12-28 | 2020-07-07 | 青岛艾斯达特汽车科技有限公司 | Multi-barrel efficient type automobile inspection device outer paint coating and mixing device |
| CN111537323A (en) * | 2020-04-22 | 2020-08-14 | 新疆水清清环境监测技术服务有限公司 | Soil pH value detection device and method for petroleum pipeline laying ground |
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Application publication date: 20180629 |
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