CN208383763U - For detecting the detection device of assembled architecture vertical member connecting node - Google Patents
For detecting the detection device of assembled architecture vertical member connecting node Download PDFInfo
- Publication number
- CN208383763U CN208383763U CN201820939639.XU CN201820939639U CN208383763U CN 208383763 U CN208383763 U CN 208383763U CN 201820939639 U CN201820939639 U CN 201820939639U CN 208383763 U CN208383763 U CN 208383763U
- Authority
- CN
- China
- Prior art keywords
- ray
- plate
- vertical member
- assembled architecture
- member connecting
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Analysing Materials By The Use Of Radiation (AREA)
- Apparatus For Radiation Diagnosis (AREA)
Abstract
The utility model discloses a kind of for detecting the detection device of assembled architecture vertical member connecting node, it applies in building detection field, its key points of the technical solution are that: X-ray emission mechanism and X-ray receiving mechanism including being located at assembled architecture vertical member connecting node two sides；X-ray emission mechanism: the load-bearing part including X-ray production apparatus and for carrying X-ray production apparatus；X-ray receiving mechanism: pass through the PDA of wireless connection and the fixing piece for wireless Portable Digital X-ray imaging system plate to be fixed on the wall including wireless Portable Digital X-ray imaging system plate, with wireless Portable Digital X-ray imaging system plate；Have have the technical effect that can rapidly, in accurate detection wall assembled architecture vertical member connecting node specific structure, and quickly showed in a manner of image.
Description
Technical field
It is the utility model relates to build detection field, in particular to a kind of for detecting the connection of assembled architecture vertical member
The detection device of node.
Background technique
Assembled architecture refers to each portion of structural elements and all kinds of lightweight material assembled houses using plant produced
Prefabricated component is crossed process metaplasia in factory's back warp and produces well in advance by part point, make it have heat preservation, sound insulation, energy conservation, antidetonation,
The brilliance function such as fire prevention, insect prevention, moisture-proof, is then sent to construction site by transport and is assembled by reliable connection type
At construction style.
In assembled architecture in-site installation, most critical is most importantly the node built-in fitting that installation form is vertical component
Joint connection in site, the usage amounts such as built-in fitting of building have the increase of very big usage amount with respect to traditional technology.Therefore assembled is built
Component installation quality of connection is built it may be said that representing the integral installation quality of assembled architecture, the quality of this node connection is very
Important, transmitting, antihunt action of load etc. all rely on the node quality of connection of this key.So live building element
Installation quality detection becomes for the most important thing in the control work of assembled architecture quality.
Therefore, needed in industry one kind can rapidly, assembled architecture vertical member connection section in accurate detection wall
The detection device of the quality of point.
Utility model content
The detection dress that the purpose of the utility model is to provide a kind of for detecting assembled architecture vertical member connecting node
Set, its advantage is that: can rapidly, in accurate detection wall assembled architecture vertical member connecting node specific structure, and
Quickly showed in a manner of image.
The above-mentioned technical purpose of the utility model has the technical scheme that a kind of for detecting assembly
Formula builds the detection device of vertical member connecting node, including being located at assembled architecture vertical member connecting node two sides
X-ray emission mechanism and X-ray receiving mechanism；X-ray emission mechanism: including X-ray production apparatus and for carrying holding for X-ray production apparatus
Holder；X-ray receiving mechanism: including wireless Portable Digital X-ray imaging system plate and wireless Portable Digital
Change X-ray imaging system plate by be wirelessly connected PDA and for by wireless Portable Digital X-ray at
The fixing piece being fixed on the wall as system flat-plate.
Through the above technical solutions, operator opens X-ray production apparatus, X when detection assembled architecture vertical member connecting node
X-ray machine X emits X-ray to assembled architecture vertical member connecting node, and wireless Portable Digital X-ray is imaged at this time
System flat-plate can receive X-ray and be translated into wall internal structure chart, and is imaged by being wirelessly transmitted on PDA, this
When operator can easily observe the tool of assembled architecture vertical member connecting node in wall on the pda's screen rapidly
Body situation, to reach testing goal.
The utility model is further arranged to: the X-ray receiving mechanism replaces with film and black plastic bag, described black
Color polybag is coated on film, and the black plastic bag is bonded on wall by adhesive tape.
Through the above technical solutions, the X-ray that X-ray production apparatus is launched can be received by film and is imaged on film, it is black
Color polybag can then prevent film to be exposed under natural light；Since film is compared to X-ray imaging system plate cost
It is cheap, therefore the cost of assembled architecture vertical member connecting node in detection wall can be substantially reduced.
The utility model is further arranged to: the load-bearing part includes level board and the support for being connected to level board side
Unit, the level board are equipped with fence away from the side of support unit, and the fence is equipped with the opening being put into for X-ray production apparatus,
The fence is respectively connected with grafting block at the both ends of opening, and inserting groove is offered on two grafting blocks, and two described slotting
Block is connect to be equipped with while being plugged on the plate in inserting groove.
Through the above technical solutions, level board is erected in midair by support unit, operator is by X-ray production apparatus by opening at this time
Mouth is moved into fence and is placed on level board, then plate is plugged in two inserting grooves, and X-ray production apparatus is just enclosed by fence at this time
In being located at, so that fence plays a protective effect to X-ray production apparatus, reduces X-ray production apparatus and topple over the possibility fallen, improve X and penetrate
The job stability of line machine.
The utility model is further arranged to: the support unit includes the fixed column and sliding being connected on level board
The sliding pipe being connected in fixed column is equipped with positioning pin on the sliding pipe, if the fixed column offers along the vertical direction
The dry location hole protruded into for positioning pin.
Through the above technical solutions, operation can adjust the whole height of support unit by sliding sliding pipe, work as branch
When support unit is located at predetermined altitude, positioning pin can be inserted into positioning hole by operator, to limit sliding pipe and fixed column
Relative movement, and then the height of fixed support unit adapts to various in order to which operator rapidly adjusts the height of X-ray production apparatus
The detection of the assembled architecture vertical member connecting node of different height.
The utility model is further arranged to: the load-bearing part includes base tube and the lifting that is threaded on base tube
Pipe, the lifting pipe are equipped with swivel plate away from the side of base tube, and the X-ray production apparatus is placed on swivel plate.
Through the above technical solutions, operator can adjust the height of swivel plate by rotation lifting pipe, work as swivel plate
When positioned at specified altitude assignment, then X-ray production apparatus is placed on swivel plate.
The utility model is further arranged to: rotation pipe is equipped between the lifting pipe and swivel plate, the rotation pipe turns
Dynamic to be connected on lifting pipe, the swivel plate is fixedly connected on one end that rotation pipe deviates from lifting pipe, the periphery of the swivel plate
It is hinged with synchronizing bar, the arc panel for synchronizing bar insertion is connected on the outer wall of the lifting pipe.
Through the above technical solutions, after X-ray production apparatus can be placed on swivel plate by operator, by rotation swivel plate come
The angle of convenient rapidly adjustment X-ray production apparatus；When needing to adjust the height of X-ray production apparatus, operator rotates synchronizing bar and to synchronize
Bar is embedded in arc panel, pushes synchronizing bar lifter plate to may make to rotate on base tube at this time, and then quickly and easily adjust rotation
The height of rotating plate and X-ray production apparatus.
The utility model is further arranged to: the fixing piece includes hammering into the intracorporal nail of wall, the portable wireless
Digital radiography imaging system plate is connected on nail by lanyard.
Through the above technical solutions, system can be imaged by lanyard in wireless Portable Digital X-ray by operator
System plate is articulated on wall, and according to the needs of detection position, the height difference for hammering into nail can rapidly adjust nothing
The height of line portable digital X-ray imaging system plate.
The utility model is further arranged to: the wireless Portable Digital X-ray imaging system plate deviates from
The positive middle part on ground one side is rotatably connected to the first fixed pulley, and the nail is symmetrically arranged with two, and two about the first fixed pulley
The second fixed pulley is rotatably connected on a nail, on the wireless Portable Digital X-ray imaging system plate
It is symmetrically fixedly connected about the first fixed pulley there are two pull ring, one end of the lanyard ties up on one of pull ring, the other end
Successively tied up on another pull ring after winding one of them second fixed pulley, the first fixed pulley, another second fixed pulley excessively.
Through the above technical solutions, operator can rapidly automatically by adjusting the length of the lanyard between two pull rings
The height of wireless Portable Digital X-ray imaging system plate is adjusted, and since the first fixed pulley is located at wirelessly just
The positive middle part that formula digital radiography imaging system plate deviates from ground one side is taken, two pull rings are about the first fixed pulley pair
Claim setting, therefore the tension uniform of drawstring is distributed on wireless Portable Digital X-ray imaging system plate, so that
Wireless Portable Digital X-ray imaging system plate holding level does not tilt, thus ensure that the planarization of imaging, with
Convenient for operator's observation.
The utility model is further arranged to: the fixing piece includes J-shaped support plate, the wireless Portable Digital X
Radiographic imaging system flat-plate is placed in J-shaped support plate, and the side on the J-shaped support plate towards ground is equipped with several be used for
Adjust the adjusting unit of J-shaped support plate height.
Through the above technical solutions, operator can put wireless Portable Digital X-ray imaging system plate
It sets in J-shaped support plate, then moving J-shaped support plate, that wireless Portable Digital X-ray imaging system can be adjusted is flat
The position of plate, and J-shaped support plate can deviate from the one of wall to wireless Portable Digital X-ray imaging system plate
A supporting role is played in side, to improve the stability of wireless Portable Digital X-ray imaging system plate.
The utility model is further arranged to: the adjusting unit includes the basic blocks being connected in J-shaped support plate, described
Basic blocks are threaded with quantitative block away from the side of J-shaped support plate, and the quantitative block is away from the side of basic blocks successively screw thread
It is connected with several other quantitative blocks.
It is adjusted through the above technical solutions, operator can carry out rapid, quantitative adjustment by adjusting the number of quantitative block
The length of unit, so that the height of J-shaped support plate is adjustable, to adapt to the assembled architecture vertical member company to different height
Node is connect to be detected.
In conclusion the utility model has the following beneficial effects:
1, X-ray production apparatus emits X-ray to assembled architecture vertical member connecting node, and passes through wireless Portable Digital
X-ray imaging system plate and PDA imaging, observe operator easily on the pda's screen rapidly
The concrete condition of assembled architecture vertical member connecting node in wall；
2, operator can rapidly adjust the height of X-ray production apparatus by support unit, to adapt to various different heights
The detection of assembled architecture vertical member connecting node.
Detailed description of the invention
Fig. 1 is the overall structure diagram of embodiment 1；
Fig. 2 is the structural schematic diagram that embodiment 1 is used to embody X-ray emission mechanism；
Fig. 3 is the enlarged drawing in the portion A in Fig. 2；
Fig. 4 is the enlarged drawing in the portion B in Fig. 1；
Fig. 5 is the overall structure diagram of embodiment 2；
Fig. 6 is that embodiment 2 is used to embody the structural schematic diagram for adjusting unit；
Fig. 7 is the enlarged drawing in the portion C in Fig. 5；
Fig. 8 is the overall structure diagram of embodiment 3；
Fig. 9 is the structural schematic diagram that embodiment 3 is used to embody film.
Appended drawing reference: 1, wall；2, X-ray emission mechanism；21, X-ray production apparatus；3, X-ray receiving mechanism；31, wirelessly just
Take formula digital radiography imaging system plate；32,PDA；33, film；34, black plastic bag；35, adhesive tape；4, it carries
Part；41, level board；42, support unit；421, fixed column；422, sliding pipe；423, positioning pin；424, reset spring；425, fixed
Position hole；43, fence；431, it is open；432, grafting block；433, inserting groove；44, plate；46, base tube；47, lifting pipe；471, arc
Shape plate；48, swivel plate；481, synchronizing bar；49, rotation pipe；5, fixing piece；51, nail；52, lanyard；53, the first fixed pulley；
54, the second fixed pulley；55, pull ring；56, J-shaped support plate；6, unit is adjusted；61, basic blocks；62, quantitative block.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
Embodiment 1: it is a kind of for detecting the detection device of assembled architecture vertical member connecting node, such as Fig. 1, including point
Not Wei Yu assembled architecture vertical member connecting node two sides X-ray emission mechanism 2 and X-ray receiving mechanism 3.X-ray hair
Penetrating mechanism 2 includes X-ray production apparatus 21, and X-ray production apparatus 21 can penetrate assembled architecture vertical member connecting node transmitting X in wall 1
Line, X-ray after assembled architecture vertical member connecting node in wall 1 by X-ray receiving mechanism 3 by being received.
Such as Fig. 2 and Fig. 3, X-ray emission mechanism 2 further includes the load-bearing part 4 for carrying X-ray production apparatus 21.Load-bearing part 4 includes
Level board 41 and the support unit 42 for being connected to 41 side of level board, support unit 42 set there are four and are located at level board
On 41 four angles, support unit 42 includes that the fixed column 421 being fixedly connected on level board 41 and sliding are connected to fixation
Sliding pipe 422 on column 421, the length of support unit 42 can be adjusted by sliding sliding pipe 422 in operator, and then adjusts water
The height of plate 41.It is equipped with positioning pin 423 on sliding pipe 422, fixed column 421 offers several for positioning pin along the vertical direction
423 location holes 425 protruded into, positioning pin 423, which is inserted into location hole 425, can limit sliding pipe 422 relative to fixed column 421
It is mobile, to fix the length of support unit 42, reset spring 424, the both ends of reset spring 424 are arranged on positioning pin 423
It is connected on sliding 422 outer wall of pipe and positioning pin 423, so that the elastic restoring force of reset spring 424 can reduce positioning
The possibility that pin 423 falls off from sliding pipe 422.After each 42 length of support unit is fixed, X-ray production apparatus 21 is placed on by operator
On level board 41.
Such as Fig. 2, level board 41 is equipped with fence 43 with reference to the side of Fig. 3) away from support unit 42(, offers on fence 43
For the opening 431 that X-ray production apparatus 21 is put into, X-ray production apparatus 21 is placed into the fence 43 on level board 41 by operator by opening 431
After interior, fence 43 is fixedly connected to grafting block 432 at the both ends of opening 431, and two grafting blocks 432 deviate from the one of level board 41
Side offers inserting groove 433, and two grafting blocks 432 are equipped with plate 44, and plate 44 is plugged on two grafting by operator simultaneously
Opening 431 can be closed in slot 433, so that X-ray production apparatus 21 is disposed around in fence 43, and then one is played to X-ray production apparatus 21
Protective action reduces the possibility that X-ray production apparatus 21 is toppled over.
Such as Fig. 1, X-ray receiving mechanism 3 include wireless Portable Digital X-ray imaging system plate 31 and with
The PDA32 that wireless Portable Digital X-ray imaging system plate 31 is wirelessly connected, wireless Portable Digital X-ray
Photography imaging system plate 31 receives after X-ray production apparatus 21 emits and penetrate the X-ray of wall 1, the imaging of X-ray can be led to
The screen for crossing PDA32 is shown, operator is allowed to get information about assembled architecture vertical member connection section in wall 1 rapidly
Point specific structure situation, in order to find out defect and assessed.
Such as Fig. 1 and Fig. 4, X-ray receiving mechanism 3 further includes being for wireless Portable Digital X-ray to be imaged
System plate 31 is fixed on the fixing piece 5 on wall 1, and fixing piece 5 includes being rotatably connected on wireless Portable Digital X-ray
Away from ground, just first fixed pulley 53 at middle part, wireless Portable Digital X-ray are being imaged imaging system plate 31 on one side
System flat-plate 31 is symmetrically fixedly connected there are two pull ring 55 about the first fixed pulley 53, and nail sets that there are two about first on wall 1
The symmetrical nail 51 of fixed pulley 53, nail 51 are located at the top of assembled architecture vertical member connecting node, two pull rings 55 it
Between have a lanyard 52, one end of lanyard 52 is fastened on a pull ring 55 wherein, and successively one of them is second fixed excessively for winding for the other end
It is fastened on another pull ring 55 after pulley 54, the first fixed pulley 53, another second fixed pulley 54.At this point, portable wireless
Digital radiography imaging system plate 31 is just articulated on two nails 51 by lanyard 52, since two links are about
One fixed pulley 53 is symmetrical arranged, therefore wireless Portable Digital X-ray imaging system plate 31 is by the pulling force of lanyard 52
More uniformly, allow wireless Portable Digital X-ray imaging system plate 31 is smooth to be articulated on wall 1.
Operator can easily adjust wireless Portable Digital X-ray by adjusting the length of the lanyard 52 between two pull rings 55
The height of photography imaging system plate 31.
Operating procedure: X-ray production apparatus 21 is placed on level board 41 by operator first, then passes through plate 44 for fence 43
431 closing of opening, is articulated in two by lanyard 52 for wireless Portable Digital X-ray imaging system plate 31 at this time
On nail 51, and by adjust two links between lanyard 52 length come adjust wireless Portable Digital X-ray at
As the height of system flat-plate 31, when wireless Portable Digital X-ray imaging system plate 31 is located at predetermined altitude, behaviour
Author starts X-ray production apparatus 21, and X-ray production apparatus 21 emits X-ray, and X-ray penetrates wall 1 and by wireless Portable Digital X-ray
Photography imaging system plate 31 receives, and shows finally by the screen of PDA32, in order to operator's observation, detection wall 1
The specific structure of interior assembled architecture vertical member connecting node.
Embodiment 2: it is a kind of for detecting the detection device of assembled architecture vertical member connecting node, with embodiment 1
The difference is that load-bearing part 4 includes the base tube 46 being placed on the ground such as Fig. 5, side screw thread of the base tube 46 away from ground connects
It is connected to lifting pipe 47, lifting pipe 47 is fixedly connected with swivel plate 48 away from one end of base tube 46.Lifting pipe 47 turns on base tube 46
When dynamic, swivel plate 48 can be driven to rise or fall.
Such as Fig. 5 and Fig. 7, rotation pipe 49 is equipped between lifting pipe 47 and swivel plate 48, one end of rotation pipe 49 is hinged on rotation
On rotating plate 48, the other end is fixedly connected on swivel plate 48 towards the side of lifting pipe 47, there are two swivel plate 48 is peripherally hinged
Synchronizing bar 481, two synchronizing bars 481 are symmetrical arranged about rotation pipe 49.When operator rotates synchronizing bar 481 in the horizontal direction i.e.
It may make swivel plate 48 to rotate, and then adjust angle of the X-ray production apparatus 21 relative to cabinet.It is fixedly connected on the outer wall of lifting pipe 47
There are two the arc panels 471 being embedded in for synchronizing bar 481, and operator rotates synchronizing bar 481 along the vertical direction makes it be transferred to arc panel
After in 471, operator pushes synchronous plate that lifting pipe 47 can be driven to rotate, so as to adjust the height of X-ray production apparatus 21.
Such as Fig. 6 and Fig. 7, fixing piece 5 is including J-shaped support plate 56 and side of the J-shaped support plate 56 towards ground is arranged in
And several adjusting units 6 for adjusting 56 height of J-shaped support plate.Adjusting unit 6 includes being fixedly connected in J-shaped support plate 56
Basic blocks 61, basic blocks 61 are threaded with quantitative block 62 away from the side of J-shaped support plate 56.Need to adjust J-shaped support plate
When 56 height, operator can successively be threaded with several other quantitative blocks away from the side of basic blocks 61 in quantitative block 62
62, thus the height for changing J-shaped support plate 56 quickly, quantitative, when J-shaped support plate 56 is located at desired height, operator will
Wireless Portable Digital X-ray imaging system plate 31(refers to Fig. 5) it is placed in J-shaped support plate 56.
Embodiment 3: it is a kind of for detecting the detection device of assembled architecture vertical member connecting node, with embodiment 1 or
Embodiment 2 the difference is that, such as Fig. 8, X-ray receiving mechanism 3 is set as film 33(such as Fig. 9) and black plastic bag 34,
Black plastic bag 34 is coated on film 33, and black plastic bag 34 is bonded on wall 1 by several adhesive tapes 35.X-ray production apparatus 21
The X-ray launched can be received by film 33 and is imaged on film 33, and black plastic bag 34 can then prevent film 33 sudden and violent
It is exposed under natural light；More compared to 31 cost of wireless Portable Digital X-ray imaging system plate due to film 33
It is cheap, therefore the cost of assembled architecture vertical member connecting node in detection wall 1 can be substantially reduced.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but
As long as all by the protection of Patent Law in the scope of the claims of the utility model.
Claims (10)
1. a kind of for detecting the detection device of assembled architecture vertical member connecting node, it is characterised in that: including position respectively
X-ray emission mechanism (2) and X-ray receiving mechanism (3) in assembled architecture vertical member connecting node two sides；
X-ray emission mechanism (2): the load-bearing part (4) including X-ray production apparatus (21) and for carrying X-ray production apparatus (21)；
X-ray receiving mechanism (3): including wireless Portable Digital X-ray imaging system plate (31) and wireless portable
Formula digital radiography imaging system plate (31) passes through the PDA being wirelessly connected and is used for wireless Portable Digital X
Radiographic imaging system flat-plate (31) is fixed on the fixing piece (5) on wall (1).
2. according to claim 1 for detecting the detection device of assembled architecture vertical member connecting node, feature
Be: the X-ray receiving mechanism (3) replaces with film (33) and black plastic bag (34), black plastic bag (34) packet
It is overlying on film (33), the black plastic bag (34) is bonded on wall (1) by adhesive tape (35).
3. according to claim 1 for detecting the detection device of assembled architecture vertical member connecting node, feature
Be: the load-bearing part (4) includes level board (41) and the support unit (42) for being connected to level board (41) side, the water
Plate (41) is equipped with fence (43) away from the side of support unit (42), and the fence (43) is equipped with and puts for X-ray production apparatus (21)
The opening (431) entered, the fence (43) are respectively connected with grafting block (432) at the both ends of opening (431), two grafting blocks
(432) it is offered on inserting groove (433), two grafting blocks (432) are equipped with while being plugged in inserting groove (433)
Plate (44).
4. according to claim 3 for detecting the detection device of assembled architecture vertical member connecting node, feature
Be: the support unit (42) includes that the fixed column (421) being connected on level board (41) and sliding are connected to fixed column
(421) the sliding pipe (422) on, the sliding is managed to be equipped with positioning pin (423) on (422), and the fixed column (421) is along vertical
Direction offers several location holes (425) protruded into for positioning pin (423).
5. according to claim 4 for detecting the detection device of assembled architecture vertical member connecting node, feature
Be: the load-bearing part (4) includes base tube (46) and the lifting pipe (47) being threaded on base tube (46), the lifting pipe
(47) side away from base tube (46) is equipped with swivel plate (48), and the X-ray production apparatus (21) is placed on swivel plate (48).
6. according to claim 5 for detecting the detection device of assembled architecture vertical member connecting node, feature
It is: is equipped with rotation pipe (49) between the lifting pipe (47) and swivel plate (48), the rotation pipe (49) is rotatably connected on liter
On drop pipe (47), the swivel plate (48) is fixedly connected on one end that rotation pipe (49) deviate from lifting pipe (47), the swivel plate
(48) perimeter hinge has synchronizing bar (481), and the arc for synchronizing bar (481) insertion is connected on the outer wall of the lifting pipe (47)
Shape plate (471).
7. according to claim 1 for detecting the detection device of assembled architecture vertical member connecting node, feature
Be: the fixing piece (5) includes hammering into nail (51) in wall (1), the wireless Portable Digital X-ray at
As system flat-plate (31) are connected on nail (51) by lanyard (52).
8. according to claim 7 for detecting the detection device of assembled architecture vertical member connecting node, feature
Be: the wireless Portable Digital X-ray imaging system plate (31) connects away from the positive middle part rotation on ground one side
It is connected to the first fixed pulley (53), the nail (51) is symmetrically arranged with two, and two nails about the first fixed pulley (53)
(51) it is rotatably connected on the second fixed pulley (54), the wireless Portable Digital X-ray imaging system plate (31)
There are two being symmetrically fixedly connected about the first fixed pulley (53) pull ring (55), one end of the lanyard (52) ties up to one of drawing
On ring (55), the other end successively winding excessively one of them second fixed pulley (54), the first fixed pulley (53), another is second fixed sliding
It is tied up on another pull ring (55) after wheel (54).
9. according to claim 1 for detecting the detection device of assembled architecture vertical member connecting node, feature
Be: the fixing piece (5) includes J-shaped support plate (56), the wireless Portable Digital X-ray imaging system plate
(31) it is placed in J-shaped support plate (56), the side on the J-shaped support plate (56) towards ground is equipped with several for adjusting J-shaped
The adjusting unit (6) of support plate (56) height.
10. according to claim 9 for detecting the detection device of assembled architecture vertical member connecting node, feature
Be: described adjust unit (6) include the basic blocks (61) being connected on J-shaped support plate (56), and the basic blocks (61) deviate from J
The side of shape support plate (56) is threaded with quantitative block (62), and described quantitative block (62) deviate from the side of basic blocks (61) successively
It is threaded with several other quantitative block (62).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820939639.XU CN208383763U (en) | 2018-06-14 | 2018-06-14 | For detecting the detection device of assembled architecture vertical member connecting node |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820939639.XU CN208383763U (en) | 2018-06-14 | 2018-06-14 | For detecting the detection device of assembled architecture vertical member connecting node |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208383763U true CN208383763U (en) | 2019-01-15 |
Family
ID=64967229
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820939639.XU Active CN208383763U (en) | 2018-06-14 | 2018-06-14 | For detecting the detection device of assembled architecture vertical member connecting node |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208383763U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108562598A (en) * | 2018-06-14 | 2018-09-21 | 江苏方建质量鉴定检测有限公司 | Detection device for detecting assembled architecture vertical member connecting node |
| CN110243846A (en) * | 2019-06-28 | 2019-09-17 | 李秀娟 | A kind of high level assembled architecture load-bearing detection device |
-
2018
- 2018-06-14 CN CN201820939639.XU patent/CN208383763U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108562598A (en) * | 2018-06-14 | 2018-09-21 | 江苏方建质量鉴定检测有限公司 | Detection device for detecting assembled architecture vertical member connecting node |
| CN110243846A (en) * | 2019-06-28 | 2019-09-17 | 李秀娟 | A kind of high level assembled architecture load-bearing detection device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN208383763U (en) | For detecting the detection device of assembled architecture vertical member connecting node | |
| US5613543A (en) | Temporary protective covering system | |
| US5135119A (en) | Rescue frame | |
| CN103196014B (en) | Portable visual remotely-controlled omnibearing photographic arm | |
| CN108562598A (en) | Detection device for detecting assembled architecture vertical member connecting node | |
| CN109357106A (en) | A kind of pipeline permanent magnetism magnetic suspension absorption crusing robot | |
| KR20110054975A (en) | The apparatus to reduce damage from hail | |
| CN210629695U (en) | Remote real-time monitoring system for site construction scene | |
| CN107620462A (en) | One kind builds the mechanical arm attachment device that climbs | |
| CN207246739U (en) | A kind of monitor camera | |
| CN109452086A (en) | A kind of afforestation tree support device | |
| CN108915277A (en) | A kind of building throws brick with connecing brick device | |
| CN212776715U (en) | Periscope bearing structure and underground pipeline detection device | |
| CN108861300A (en) | A kind of construction material transport device | |
| CN210779902U (en) | Line hanging bracket for construction site | |
| CN208764602U (en) | A kind of fixed structure for engineering detecting equipment | |
| CN206530846U (en) | A kind of fast mounting deck and portable filming apparatus | |
| CN208934017U (en) | Building site foundation pit monitoring devices | |
| CN106063443A (en) | It is applicable to the municipal landscape tree lodging-prevention device of non-smooth-riding surface | |
| CN207974344U (en) | Metope receives side load carrier | |
| CN207538861U (en) | A kind of coal-mine digital outburst prevention mining on-Line Monitor Device | |
| JPH0476166A (en) | Dismantler for towering structure | |
| JP6909882B1 (en) | Investigation device for the inner wall of the shaft and its method | |
| CN108561698A (en) | It is a kind of with supporting leg and with storage function intelligent camera apparatus | |
| CN219175254U (en) | Spliced foundation pit supporting structure |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |