CN207662850U - Earthquake-resistant building detection device - Google Patents
Earthquake-resistant building detection device Download PDFInfo
- Publication number
- CN207662850U CN207662850U CN201721889015.3U CN201721889015U CN207662850U CN 207662850 U CN207662850 U CN 207662850U CN 201721889015 U CN201721889015 U CN 201721889015U CN 207662850 U CN207662850 U CN 207662850U
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- Prior art keywords
- fluid
- tube
- probe
- movable block
- earthquake
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Abstract
The utility model discloses a kind of earthquake-resistant building detection devices, solve the problems, such as that there are air, and the Effect on Detecting of ultrasonic probe to be made to decline between probe and wall, its key points of the technical solution are that including movable block, it is vertically directed device and horizontally-guided device, movable block is equipped with probe, fluid-through tube is fixed on movable block, fluid-through tube is equipped with nozzle, injection tube is communicated on fluid-through tube, push plate is connected in injection tube, liquid outlet and inlet are equipped in injection tube, liquid outlet is connected to fluid-through tube, it is equipped with check valve on inlet and liquid outlet, liquid storing barrel is communicated on inlet, push plate is equipped with driving mechanism；Under the driving of driving mechanism, push plate moves back and forth, couplant in liquid storing barrel enters in injection tube, the couplant in injection tube is pushed into fluid-through tube again, spraying couplant is carried out to the metope on probe walking path, the compactness for improving probe and metope improves the Effect on Detecting of probe.
Description
Technical field
The utility model is related to build detection field, more particularly to a kind of earthquake-resistant building detection device.
Background technology
Building can be invaded after using certain time limit in itself wall because of own material aging, environmental attack, biology
Erosion etc., causes wall crack either internally or externally occur, these cracks under normal circumstances do not have building itself too big
It influences, but when earthquake occurs, is likely to become the direct factor that building seriously damages；Therefore the antidetonation of building is examined
Survey is highly desirable the use of building.A kind of house as disclosed in the Chinese patent of Publication No. CN206496879U
Anti-seismic detection device, including two loop wheel machine supporting racks, the rear portion between two loop wheel machine supporting racks are connected by link, link
Upper installation clump weight, two line wheels, the same motor of wheel axis connection of line wheel are installed on link, and son connection is fixedly mounted in motor
On frame, several directive wheels are installed on loop wheel machine supporting rack, the lifting rope in line wheel is located at the front of loop wheel machine supporting rack around directive wheel, and two
The end of root lifting rope is separately connected one piece of mounting plate, and a horizontal rail and a guide rod, guide rod are installed between mounting plate
Upper suit Mobile base, idler wheel of the installation with power plant on Mobile base, idler wheel coordinate with horizontal rail, the front end peace of Mobile base
Supersonic reflectoscope is filled, horizontal electric putter is installed on the probe of supersonic reflectoscope.
But in actual use, during the probe of supersonic reflectoscope is contacted with wall, exist probe with
There are problems that air makes the Effect on Detecting of ultrasonic probe decline between wall.
Utility model content
The purpose of this utility model is to provide a kind of earthquake-resistant building detection devices, have and reduce between probe and wall
Air improves the effect of ultrasonic probe effect.
The above-mentioned technical purpose of the utility model technical scheme is that：A kind of earthquake-resistant building detection
Device, including movable block, be respectively used to change movable block vertical position and horizontal position be vertically directed device and horizontally-guided
Device, the movable block are equipped with the probe abutted with metope, and the movable block is fixed with logical liquid on moving horizontally direction
Pipe, the fluid-through tube are equipped with nozzle, and the opening of the nozzle is communicated with injection tube towards metope on the fluid-through tube, described
Push plate is slidably connected in injection tube, and liquid outlet and inlet are equipped in the injection tube, the liquid outlet is connected to fluid-through tube,
It is equipped with check valve on the inlet and liquid outlet, liquid storing barrel is communicated on the inlet, the push plate is equipped with driving
Its driving mechanism moved back and forth.
Setting in this way, under the driving of driving mechanism, push plate moves back and forth, when push plate is far from liquid outlet, storage
Couplant in liquid bucket enters in injection tube, when push plate is close to liquid outlet push plate the couplant in injection tube is pushed into logical liquid
In pipe, spraying couplant is carried out to the metope on probe walking path, the compactness of probe and metope is improved, improves probe
Effect on Detecting.
The utility model is further arranged：The horizontally-guided device includes horizontally disposed sliding rail, on the movable block
Equipped with the idler wheel coordinated with sliding rail, the idler wheel is equipped with the power plant for driving its rotation, and the sliding rail is passed through equipped with level
Wear the guide rod of movable block.
Setting in this way, under the driving of power plant, idler wheel rotation makes movable block horizontal sliding on sliding rail, makes
Probe realizes the detection of different location in same level height.
The utility model is further arranged：The driving mechanism includes cam, and push rod, institute are fixedly connected in the push plate
It states push rod to abut with cam, the push rod, which is equipped with, makes the elastic component that it is abutted with cam, and the cam, which is equipped with, drives its turn
Dynamic driving source.
Setting in this way, under the action of driving source, cam rotation is pushed away when the protruding end of cam is abutted with push rod
Dynamic push rod inwardly moves, and when the protruding end of cam is far from push rod, push rod is under the action of second spring restoring force along injection tube
It moves out, realizes the reciprocating motion of push rod, couplant is enable to enter in fluid-through tube.
The utility model is further arranged：The driving source is power plant, and roller bearing is fixed on the cam, described
Roller bearing is fixedly connected with idler wheel.
Setting in this way, when idler wheel rotates, probe positions change, and idler wheel band moving cam rotation makes couplant
It is sprayed by nozzle, when idler wheel does not rotate, probe does not move, and the couplant in fluid-through tube will not continue to spray at this time
On metope, the waste of couplant can be avoided.
The utility model is further arranged：The fluid-through tube includes two, and two fluid-through tubes go out with injection tube
Liquid mouth is connected to, and two fluid-through tubes are respectively arranged at the front and back that movable block moves horizontally direction.
Setting in this way can make probe when sliding back and forth horizontally, in two equal energy of different direction of travel upper nozzles
Enough metopes in front of probe travel path spray, and improve the efficiency of detection.
The utility model is further arranged：It is connected with sponge block on the nozzle.
Setting in this way makes couplant smear more uniform using sponge block.
The utility model is further arranged：Bar is equipped on two fluid-through tubes, the bar runs through two simultaneously
Fluid-through tube is set on the bar there are two the liquid-passing hole opened up respectively towards the circulating direction of bar and fluid-through tube junction, two
The liquid-passing hole be connected to the dislocation of two fluid-through tubes, the bar equipped with make respectively two liquid-passing holes respectively with corresponding fluid-through tube
Two limited blocks of connected state are fixedly connected with the brake pad abutted with metope on the bar.
Setting in this way needs daubing coupling agent when popping one's head at work on travel path of popping one's head in, and pops one's head in and advance
Daubing coupling agent is not needed in the inverse direction in path, therefore when popping one's head in mobile, brake pad generates frictional force with metope, makes to wear
Bar slides, and the liquid-passing hole on bar is in connected state with the fluid-through tube in front of probe direction of travel at this time, and after popping one's head in
The fluid-through tube of side is in closed state under the barrier effect of bar, can avoid the waste of couplant.
The utility model is further arranged：The elastic component be second spring, the second spring both ends respectively with injection
Cylinder inner wall is fixedly connected with push plate.
Setting in this way makes push rod be abutted always with cam, realizes the reciprocal of push plate using the elastic force of second spring
Movement.
The utility model is further arranged：It is equipped with the first spring, first spring two between the probe and movable block
End is fixedly connected with probe and movable block respectively.
Setting in this way makes probe preferably fit on metope using the elastic force of the first spring, improves detection effect
Fruit.
The utility model is further arranged：The device that is vertically directed includes the pack support being set on house, described
It is rotatably connected to rolling wheel on holder, drawstring is wound on the rolling wheel, the rolling wheel on two holders is fixed by shaft to be connected
It connects, the holder is equipped with the motor of driving rolling wheel rotation, and output shaft and the shaft of the motor are fixedly linked, on the holder
It is horizontally disposed to have cross bar, pulley is rotatably connected on the cross bar, the drawstring bypasses pulley.
Setting in this way is rotated using motor driving rolling wheel, folding and unfolding can be carried out to drawstring, to change the height of sliding rail
Degree changes the height of probe, realize the adjusting of probe height and position.
In conclusion the utility model has the advantages that：Under the driving of driving mechanism, push plate moves back and forth,
When push plate is far from liquid outlet, the couplant in liquid storing barrel enters in injection tube, and push plate will injection when push plate is close to liquid outlet
Cylinder in couplant be pushed into fluid-through tube, to probe walking path on metope carry out spraying couplant, improve probe with
The compactness of metope improves the Effect on Detecting of probe.
Description of the drawings
Fig. 1 is the overall structure figure of the present embodiment；
Fig. 2 is the structure chart of movable block in the present embodiment.
Reference numeral：1, house；2, holder；3, rolling wheel；4, drawstring；5, shaft；6, motor；7, cross bar；8, pulley；9, even
Connect block；10, sliding rail；11, guide rod；12, movable block；13, idler wheel；14, power plant；15, it pops one's head in；16, the first spring；17、
Nozzle；18, sponge block；19, fluid-through tube；20, injection tube；21, inlet；22, liquid outlet；23, check valve；24, push plate；25、
Inlet tube；26, liquid storing barrel；27, cam；28, roller bearing；29, push rod；30, second spring；31, bar；32, liquid-passing hole；33, it rubs
Cleaning block；34, limited block.
Specific implementation mode
The utility model is described in further detail below in conjunction with attached drawing.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can as needed make the present embodiment the modification of not creative contribution after reading this specification, but
As long as all being protected by Patent Law in the right of the utility model.
A kind of earthquake-resistant building detection device, as depicted in figs. 1 and 2, including the pack support 2 that is set on house 1, holder
It is rotatably connected to rolling wheel 3 on 2, drawstring 4 is wound on rolling wheel 3, the rolling wheel 3 on two holders 2 is fixedly connected by shaft 5, branch
Frame 2 is equipped with the motor 6 that driving rolling wheel 3 rotates, and output shaft and the shaft 5 of motor 6 are fixedly linked.Being horizontally disposed on holder 2 has
Cross bar 7, is rotatably connected to pulley 8 on cross bar 7, and drawstring 4 bypasses pulley 8, and the end of drawstring 4 is fixedly connected with link block 9, two
Sliding rail 10 and guide rod 11 are fixed between 2 corresponding link block 9 of holder, sliding rail 10 is equipped with movable block 12, mobile
12 lower section of block is equipped with the idler wheel 13 coordinated with sliding rail 10, and idler wheel 13 is equipped with the power plant 14 for driving its rotation, guide rod 11
Across movable block 12, movable block 12 is equipped with the probe 15 for fracture detection, and probe 15 is equipped with make it be adjacent to wall the
One spring 16,16 both ends of the first spring are fixedly connected with probe 15 and movable block 12 respectively.
Folding and unfolding is realized to drawstring 4 using rolling wheel 3, can adjust the height of sliding rail 10, to change the detection height of probe 15,
The horizontal reciprocating movement on sliding rail 10 of idler wheel 13 is driven using power plant 14, probe 15 can be made to be detected along level height,
By realizing the detection of the cracking of wall surface in house 1 to the change of 15 height of probe and horizontal position, to analyze the anti-of house 1
Shock stability.
The both sides of movable block 12, which are respectively equipped with, is fixed with nozzle 17, nozzle 17 be equipped with sponge block 18, on nozzle 17
Equipped with fluid-through tube 19 is communicated with, injection tube 20 is communicated on fluid-through tube 19, injection tube 20 is equipped with inlet 21 and liquid outlet 22,
Liquid outlet 22 is connected to fluid-through tube 19, and check valve 23 is equipped at inlet 21 and liquid outlet 22, push plate is equipped in injection tube 20
24, inlet 21 and liquid outlet 22 are located at the same side of push plate 24, are connected with inlet tube 25 on water inlet, are connected on inlet tube 25
There are the liquid storing barrel 26 of storage couplant, push plate 24 to be equipped with the driving mechanism for making it move back and forth.
Under the action of driving mechanism, push plate 24 moves back and forth, and when push plate 24 is far from liquid outlet 22, couplant is from feed liquor
Mouth 21 enters in injection tube 20, and when push plate 24 is close to liquid outlet 22, the couplant in injection tube 20 is squeezed out from liquid outlet 22
And enter in fluid-through tube 19, couplant is entered by nozzle 17 in sponge block 18, and couplant is applied to the row of probe 15
On inbound path, then when popping one's head in 15 when with detection metope, it is even closer that couplant can be such that probe 15 is bonded with metope, reduces
Air between probe 15 and metope improves the Effect on Detecting of probe 15.
Driving mechanism includes cam 27, and roller bearing 28 is fixedly connected on idler wheel 13, and roller bearing 28 is fixedly connected with cam 27, pushes away
The push rod 29 for being pierced by 20 outer wall of injection tube is fixed on plate 24, cam 27 is abutted with push rod 29, and push rod 29, which is equipped with, to be made to push away
The second spring 30 that bar 29 slides in and out along injection tube 20,30 both ends of the second spring inner wall with push plate 24 and injection tube 20 respectively
It is fixedly connected.
When idler wheel 13 rotates, idler wheel 13 is rotated by roller bearing 28 with moving cam 27, protruding end and the push rod 29 of cam 27
Push rod 29 is pushed inwardly to move when abutting, when the protruding end of cam 27 is far from push rod 29, push rod 29 is in 30 restoring force of second spring
Under the action of moved out along injection tube 20, realize the reciprocating motion of push rod 29, will couplant be sent into fluid-through tube 19 in.
Bar 31 is equipped on two fluid-through tubes 19, bar 31 runs through two fluid-through tubes 19 simultaneously, and bar 31 is equipped with two
A liquid-passing hole 32 opened up respectively towards the circulating direction of bar 31 and 19 junction of fluid-through tube, two liquid-passing holes 32 and two logical liquid
The dislocation of pipe 19 is connected to, and the brake pad 33 abutted with metope is fixedly connected on bar 31, bar 31 is equipped with makes two to lead to respectively
Fluid apertures 32 respectively with two limited blocks 34 of 19 connected state of corresponding fluid-through tube.
When popping one's head in 15 at work, daubing coupling agent is needed on 15 travel paths of popping one's head in, and 15 travel paths of probe is anti-
Daubing coupling agent is not needed on direction, therefore when 15 movement of probe, brake pad 33 generates frictional force with metope, makes bar 31
It sliding, the liquid-passing hole 32 on bar 31 is in connected state with the fluid-through tube 19 in front of 15 direction of travel of probe at this time, and
Pop one's head in 15 rears fluid-through tube 19 under the barrier effect of bar 31 be in closed state, can avoid couplant waste.
Specific work process：It can realize that the adjusting of 15 height of probe, movable block 12 exist to the folding and unfolding of drawstring 4 using rolling wheel 3
Detection of the probe 15 for different height in same level height can be achieved in horizontal sliding on sliding rail 10, when movable block 12 is in cunning
When being moved on rail 10, probe 15, sponge block 18 and brake pad 33 are abutted with metope.Idler wheel 13 is issued in the effect of power plant 14
Raw rotation, movable block 12 moves horizontally on sliding rail 10 at this time, and the rotation band moving cam 27 of rolling wheel 3 rotates, the protruding end of cam 27
Push rod 29 is pushed inwardly to move when being abutted with push rod 29, when the protruding end of cam 27 is far from push rod 29, push rod 29 is in second spring
It is moved out along injection tube 20 under the action of 30 restoring forces, realizes the reciprocating motion of push rod 29.Go out liquid when push plate 24 is separate
When mouth 22, couplant is entered from inlet 21 in injection tube 20, when push plate 24 is close to liquid outlet 22, the coupling in injection tube 20
Mixture is squeezed out from liquid outlet 22 and is entered in fluid-through tube 19.
When movable block 12 moves, brake pad 33 generates with metope and rubs and slide, and bar 31 slides, at this time
Liquid-passing hole 32 on bar 31 is in connected state with the fluid-through tube 19 in front of 15 direction of travel of probe, and 15 rears of popping one's head in is logical
Liquid pipe 19 is in closed state under the barrier effect of bar 31, and couplant is only from the fluid-through tube 19 in front of 15 direction of travel of probe
In flow out on sponge block 18, metope is smeared.
Claims (10)
1. a kind of earthquake-resistant building detection device, including movable block (12), it is respectively used to change movable block (12) vertical position and water
What prosposition was set is vertically directed device and horizontally-guided device, and the movable block (12) is equipped with the probe (15) abutted with metope,
It is characterized in that：The movable block (12) is fixed with fluid-through tube (19) on moving horizontally direction, is set on the fluid-through tube (19)
There is a nozzle (17), the opening of the nozzle (17) is communicated with injection tube (20), the note towards metope on the fluid-through tube (19)
Push plate (24) is slidably connected in shooting cylinder (20), and liquid outlet (22) and inlet (21) are equipped in the injection tube (20), it is described
Liquid outlet (22) is connected to fluid-through tube (19), and check valve (23) is equipped on the inlet (21) and liquid outlet (22), described
Liquid storing barrel (26) is communicated on inlet (21), the push plate (24) is equipped with the driving mechanism for driving it to move back and forth.
2. a kind of earthquake-resistant building detection device according to claim 1, it is characterized in that：The horizontally-guided device includes water
The sliding rail (10) of flat setting, the movable block (12) are equipped with the idler wheel (13) coordinated with sliding rail (10), on the idler wheel (13)
Equipped with the power plant (14) for driving its rotation, the sliding rail (10) is equipped with the horizontal guide rod for running through movable block (12)
(11)。
3. a kind of earthquake-resistant building detection device according to claim 2, it is characterized in that：The driving mechanism includes cam
(27), push rod (29) is fixedly connected on the push plate (24), the push rod (29) abuts with cam (27), the push rod (29)
Being equipped with makes the elastic component that it is abutted with cam (27), and the cam (27) is equipped with the driving source for driving its rotation.
4. a kind of earthquake-resistant building detection device according to claim 3, it is characterized in that：The driving source is power plant
(14), roller bearing (28) is fixed on the cam (27), the roller bearing (28) is fixedly connected with idler wheel (13).
5. a kind of earthquake-resistant building detection device according to claim 1, it is characterized in that：The fluid-through tube (19) includes two
A, two fluid-through tubes (19) are connected to the liquid outlet of injection tube (20) (22), and two fluid-through tubes (19) set respectively
It is placed in the front and back that movable block (12) moves horizontally direction.
6. a kind of earthquake-resistant building detection device according to claim 1, it is characterized in that：It is connected with sea on the nozzle (17)
Continuous block (18).
7. a kind of earthquake-resistant building detection device according to claim 5, it is characterized in that：It is worn on two fluid-through tubes (19)
Equipped with bar (31), the bar (31) while running through two fluid-through tubes (19), sets that there are two courts respectively on the bar (31)
The liquid-passing hole (32) that the circulating direction of bar (31) and fluid-through tube (19) junction opens up, two liquid-passing holes (32) with two
Fluid-through tube (19) dislocation connection, the bar (31) be equipped with make respectively two liquid-passing holes (32) respectively with corresponding fluid-through tube (19)
Two limited blocks (34) of connected state are fixedly connected with the brake pad (33) abutted with metope on the bar (31).
8. a kind of earthquake-resistant building detection device according to claim 3, it is characterized in that：The elastic component is second spring
(30), second spring (30) both ends are fixedly connected with injection tube (20) inner wall and push plate (24) respectively.
9. a kind of earthquake-resistant building detection device according to claim 1, it is characterized in that：Probe (15) and the movable block
(12) the first spring (16) is equipped between, the first spring (16) both ends are fixed with probe (15) and movable block (12) respectively to be connected
It connects.
10. a kind of earthquake-resistant building detection device according to claim 2, it is characterized in that：The device that is vertically directed includes
The pack support (2) being set on house (1) is rotatably connected to rolling wheel (3) on the holder (2), is wound on the rolling wheel (3)
There are drawstring (4), the rolling wheel (3) on two holders (2) to be fixedly connected by shaft (5), the holder (2) is equipped with driving
The motor (6) of rolling wheel (3) rotation, output shaft and the shaft (5) of the motor (6) are fixedly linked, and level is set on the holder (2)
It is equipped with cross bar (7), pulley (8) is rotatably connected on the cross bar (7), the drawstring (4) bypasses pulley (8).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721889015.3U CN207662850U (en) | 2017-12-27 | 2017-12-27 | Earthquake-resistant building detection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721889015.3U CN207662850U (en) | 2017-12-27 | 2017-12-27 | Earthquake-resistant building detection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207662850U true CN207662850U (en) | 2018-07-27 |
Family
ID=62944289
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721889015.3U Expired - Fee Related CN207662850U (en) | 2017-12-27 | 2017-12-27 | Earthquake-resistant building detection device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207662850U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111060144A (en) * | 2019-12-27 | 2020-04-24 | 张宏伟 | Device is checked and accepted to bridge pier stud construction quality |
-
2017
- 2017-12-27 CN CN201721889015.3U patent/CN207662850U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111060144A (en) * | 2019-12-27 | 2020-04-24 | 张宏伟 | Device is checked and accepted to bridge pier stud construction quality |
| CN111060144B (en) * | 2019-12-27 | 2021-09-14 | 张宏伟 | Device is checked and accepted to bridge pier stud construction quality |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180727 Termination date: 20181227 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |