CN207881623U - Detect guiding ruler - Google Patents
Detect guiding ruler Download PDFInfo
- Publication number
- CN207881623U CN207881623U CN201820243908.9U CN201820243908U CN207881623U CN 207881623 U CN207881623 U CN 207881623U CN 201820243908 U CN201820243908 U CN 201820243908U CN 207881623 U CN207881623 U CN 207881623U
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- wedge
- guiding ruler
- feeler gauge
- block
- shaped
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Abstract
The utility model discloses a kind of detection guiding rulers, its key points of the technical solution are that including guiding ruler, placing block and placing groove, placing groove is shaped to be coordinated with wedge-shaped feeler gauge, and when placing block and being shaped to wedge-shaped feeler gauge and be placed in placing groove, it is close to the face in placing groove on the inclined-plane of wedge-shaped feeler gauge, face of the wedge-shaped feeler gauge on metope is concordant with face of the guiding ruler on metope, block is placed to be located on guiding ruler, the observation slot being provided on block for observing wedge-shaped feeler gauge scale is placed, observation slot is connected to the inclined-plane in placing groove.The utility model is solved in detection data, staff needs to ensure always being adjacent to for guiding ruler and wall, and when wedge-shaped feeler gauge is inserted at the gap of metope and guiding ruler, it needs to ensure that the angle that wedge-shaped feeler gauge is inserted into coordinates with the gap of metope and guiding ruler, it operates cumbersome, and once occurring occurring certain angular deviation when wedge-shaped feeler gauge insertion, will influence test accuracy the problem of.
Description
Technical field
The utility model is related to engineering detecting apparatus field, more particularly to a kind of detection guiding ruler.
Background technology
According to building decoration code requirement, the perpendicularity deviation≤3mm on wall plastering surface, surface of wall flatness≤
3mm only defines error criterion data in existing related specifications, without clearly unified measurement method to projects
Middle building surface smoothness carries out unified detection.The difference of measurement method can cause more serious influence to the result of measurement,
Easily leading to product quality, whether qualified judgement is made a fault.
It is generally detected at present using degree of plainness for wall surface measuring instrument, tester for level degree of wall surface is mainly by guiding ruler and wedge shape
Clearance gauge forms, in use, first by guiding ruler close to metope, wedge-shaped feeler gauge is inserted at the gap of metope and guiding ruler, in wedge-shaped feeler gauge
Reading is read, by read-record on handbook.
But in this way detection data when, staff needs to ensure always being adjacent to for guiding ruler and wall, and
When wedge-shaped feeler gauge to be inserted at the gap of metope and guiding ruler, need to ensure the angle and metope and guiding ruler that wedge-shaped feeler gauge is inserted into
Gap cooperation, operation is cumbersome, and once occurring occurring certain angular deviation when wedge-shaped feeler gauge insertion, will influence
The accuracy of test.
Utility model content
The purpose of this utility model is to provide a kind of detection guiding rulers, it passes through leaning in existing test degree of plainness for wall surface
Ruler and wedge-shaped feeler gauge are improved so that wedge-shaped feeler gauge is more convenient when being inserted into from the gap of metope and guiding ruler.
The above-mentioned purpose of the utility model technical scheme is that：
A kind of detection guiding ruler, including guiding ruler, the placement block that is vertically set on guiding ruler and being opened on placing groove are used for
The placing groove of wedge-shaped feeler gauge is placed, the placing groove is shaped to be coordinated with wedge-shaped feeler gauge, and places the shape setting of block
When being placed in placing groove for wedge-shaped feeler gauge, and when placing block and being shaped to wedge-shaped feeler gauge and be placed in placing groove, wedge shape
The inclined-plane of clearance gauge is close to the face in placing groove, and face of the wedge-shaped feeler gauge on metope is flat with face of the guiding ruler on metope
Together, the placement block is located on guiding ruler, described to place the observation slot being provided on block for observing wedge-shaped feeler gauge scale,
The observation slot is connected to the inclined-plane in placing groove.
Guiding ruler is first adjacent to metope, so when carrying out the detection work of degree of plainness for wall surface by using above-mentioned technical proposal
Afterwards by place block be placed on guiding ruler, and be located in closest to need test metope guiding ruler on, then by wedge plug
Ruler is placed in placing groove, and here when placing wedge-shaped feeler gauge, the inclined-plane side of wedge-shaped feeler gauge is placed in placing groove, and is put
The face paste set in slot is closed, and then staff pushes wedge-shaped feeler gauge so that wedge-shaped feeler gauge glides along placing groove, and wedge shape
Graduated one end of band of clearance gauge is inserted at the gap of guiding ruler and metope, and then staff reads scale, tests out smooth
The data of degree complete the test of a position, place block by setting so that staff needs wedge-shaped feeler gauge being inserted into guiding ruler
When at the gap of metope, it is only necessary to wedge-shaped feeler gauge is placed in placing groove, is then pushed, it can be so that wedge shape be inserted perpendicularly into
At the gap of guiding ruler and metope, the angle that staff removes always adjustment wedge-shaped feeler gauge is not needed so that the insertion of wedge-shaped feeler gauge
It is more convenient.It is improved by the guiding ruler and wedge-shaped feeler gauge in existing test degree of plainness for wall surface so that wedge-shaped feeler gauge is inserted into
It is more convenient when from from the gap of metope and guiding ruler.
The utility model is further arranged to：The upper edge in the face that the guiding ruler is contacted with metope is provided with and clearance gauge table
The concordant gusset in face, the gusset are made of metal.
By using above-mentioned technical proposal, when in use due to guiding ruler, the corner often contacted with wedge-shaped feeler gauge can be due to
Multiple-contact and wear, to influence test accuracy, so the upper edge in the face that guiding ruler is contacted with metope is set
It is equipped with the gusset with clearance gauge flush, gusset here is made of metal so that the wear resistence of the edge of guiding ruler is more preferable.
The utility model is further arranged to：It is provided on the face that the clearance gauge is contacted with placement block convenient for placing block movement
The translation component of post-equalization position.
It is generally required after the test of a position on completing a guiding ruler by using above-mentioned technical proposal
The position for placing block is adjusted, but also needs to spend longer time that the angle to placing block is gone to adjust in adjustment
It is whole, in order to enable the speed of test further increases, it is provided on the face that wedge-shaped feeler gauge is contacted with placement block convenient for placing block
The translation component of mobile post-equalization position.
The utility model is further arranged to：The translation component includes the face for being vertically set on guiding ruler and being contacted with placement block
Above and between two protrusive boards of guiding ruler length direction arrangement, two protrusive boards vertically it is equipped with translation screw rod, the translation screw rod
It is threaded through and places on block, to be threadedly coupled between the translation screw rod and placement block, two convex blocks are arranged in the both sides for placing block.
By using above-mentioned technical proposal, when in use, rotational translation screw rod so that place block and translated on translation screw rod
Movement so that when staff tests a position, the time need not be spent to readjust the position for placing block, only needed light
Light rotational translation screw rod, can be so that placing block be moved to next position so that the work of staff is more convenient.
The utility model is further arranged to：It is equipped with wedge-shaped feeler gauge at two side positions of placing groove on the placement block
The fixing screws of clamping, and be provided with the seam wedge-shaped feeler gauge being arranged in placing groove being inserted between guiding ruler and metope on guiding ruler
Adjusting part in gap.
By using above-mentioned technical proposal so that staff is carrying out test job, and when testing a position,
It need not be reinstalled by wedge-shaped feeler gauge, it is only necessary to which the upper and lower position that wedge-shaped feeler gauge is adjusted with adjusting part can be so that wedge shape
Clearance gauge comes back to the state of preparation so that the work of staff is more convenient.
The utility model is further arranged to：The adjusting part includes through the bar shaped being opened on guiding ruler length direction
Slot, be threaded through in bar-shaped trough and wear direction be the adjusting screw rod worn from bottom to top on guiding ruler, be set in fixing screws and
Be arranged fixing screws and place block between square plate, be arranged above and below square plate both sides T-type sliding block and sliding connect
C-type block on square plate, the position that the c-type block is contacted with square plate offer U-type groove, be provided in the U-type groove with
The T-type sliding slot of T-type sliding block cooperation on square plate, the part that the c-type block is not contacted with square plate are set on adjusting screw rod,
And be threadedly coupled with adjusting screw rod, the adjusting part further includes that setting is convenient for fixing screws with wedge-shaped feeler gauge on placing block
Mobile guide runner, the direction of the guide runner is set as tilting arrangement up and down, and fixing screws are threaded through in guide runner.
By using above-mentioned technical proposal, when in use, first the position for placing block is fixed, then places wedge-shaped feeler gauge
Wedge-shaped feeler gauge is clamped in placing groove, and with fixing screws, then staff adjusts adjusting screw rod so that adjusting screw rod
On c-type block drive fixing screws clamp wedge-shaped feeler gauge movement, during exercise, c-type block is the movement of upper and lower directions, Er Qiewei
Realize that wedge-shaped feeler gauge and placing groove are close to move, so slid on c-type block provided with square plate so that c-type block to
When lower movement, fixing screws transverse movement under the action of c-type block and wedge-shaped feeler gauge so that wedge-shaped feeler gauge facilitate be inserted into guiding ruler with
At gap between metope.In addition, being set on translation screw rod due to placing block, so not appearing in rotation adjusting screw rod
When, place the phenomenon that block rotates together.By the way that adjusting part is arranged so that staff is carrying out test job, and tests
It when a complete position, need not be reinstalled by wedge-shaped feeler gauge, it is only necessary to the upper bottom of wedge-shaped feeler gauge is adjusted with adjusting part
Setting can be so that wedge-shaped feeler gauge comes back to the state of preparation so that the work of staff is more convenient.
The utility model is further arranged to：It is provided at the notch of U-type groove for preventing square plate from being slipped in U-type groove
Stop screw.
By using above-mentioned technical proposal so that square plate will not be slipped in sliding from U-type groove.
The utility model is further arranged to：The bottom of the fixing screws is provided with for expanding fixing screws and wedge shape
The connecting plate of clearance gauge contact area.
By using above-mentioned technical proposal so that the contact area bigger between fixing screws and wedge-shaped feeler gauge so that Gu
Determine screw for the connection of wedge-shaped feeler gauge be more fastened on fixing screws clamping effect it is more preferable.
The utility model is further arranged to：It is provided with rubber column on the connecting plate.
By using above-mentioned technical proposal so that fixing screws further increase the clamping effect of wedge-shaped feeler gauge.
In conclusion the utility model has the advantages that：
1, it is improved in the guiding ruler and wedge-shaped feeler gauge of existing test degree of plainness for wall surface so that wedge-shaped feeler gauge is inserted into from wall
It is more convenient when at face and the gap of guiding ruler；
2, component is translated by setting so that when staff tests a position, the time need not be spent again
The position of block is placed in adjustment, only needs gently rotational translation screw rod, can be so that placing block is moved to next position so that work
The work of personnel is more convenient；
3, by the way that adjusting part is arranged so that staff is when carrying out test job, and testing a position, no
It needs to reinstall by wedge-shaped feeler gauge, it is only necessary to which the upper and lower position for adjusting wedge-shaped feeler gauge with adjusting part can be so that wedge plug
Ruler comes back to the state of preparation so that the work of staff is more convenient.
Description of the drawings
Fig. 1 is the schematic diagram for detecting guiding ruler in embodiment 1 and being mounted on metope；
Fig. 2 is the enlarged drawing in the portions A in Fig. 1；
Fig. 3 is the schematic diagram of square plate in embodiment 1；
Fig. 4 is the schematic diagram of fixing screws installation connecting plate in embodiment 1.
In figure, 1, guiding ruler；2, block is placed；21, slot is observed；3, wedge-shaped feeler gauge；4, placing groove；5, component is translated；51, convex
Plate；52, screw rod is translated；6, fixing screws；7, adjusting part；71, bar-shaped trough；72, adjusting screw rod；73, square plate；74, T-type is slided
Block；75, c-type block；76, U-type groove；77, T-type sliding slot；78, guide runner；79, stop screw；8, connecting plate；9, rubber column；10, angle
Plate.
Specific implementation mode
The utility model is described in further detail below in conjunction with attached drawing.
Embodiment 1：A kind of detection guiding ruler is vertically installed on guiding ruler 1 as shown in Figure 1, including guiding ruler 1 and places block 2, this
In placement block 2 be not fixedly connected with guiding ruler 1, and place and offer placing groove 4 for placing wedge-shaped feeler gauge 3 on block 2,
In, placing groove 4 is shaped to be coordinated with wedge-shaped feeler gauge 3, and placement block 2 is shaped to wedge-shaped feeler gauge 3 and is placed on
When in placing groove 4, the inclined-plane of wedge-shaped feeler gauge 3 is close to the face in placing groove 4, and face of the wedge-shaped feeler gauge 3 on metope with
Face of the guiding ruler 1 on metope is concordant.In addition, guiding ruler 1 after a number of uses, is often contacted with wedge-shaped feeler gauge 3 in order to prevent
Corner is worn, and the accuracy of test is influenced, and the upper edge in the face that guiding ruler 1 is contacted with metope is provided with and clearance gauge surface
Concordant gusset 10, gusset 10 here are made of metal so that the wear resistence of the edge of guiding ruler 1 is more preferable.Here block 2 is placed
On be provided with observation slot 21 for observing 3 scale of wedge-shaped feeler gauge, observe slot 21 here and be connected to the inclined-plane in placing groove 4.
When carrying out the detection work of degree of plainness for wall surface, guiding ruler 1 is first adjacent to metope, then placement block 2 is placed on and is leaned on
It on ruler 1, and is located in closest on the guiding ruler 1 for needing to test metope, wedge-shaped feeler gauge 3 is then placed on placing groove 4
In, here when placing wedge-shaped feeler gauge 3, the inclined-plane side of wedge-shaped feeler gauge 3 is placed in placing groove 4, with the face in placing groove 4
Fitting, then staff pushes wedge-shaped feeler gauge 3 so that and wedge-shaped feeler gauge 3 glides along placing groove 4, and wedge-shaped feeler gauge 3
Guiding ruler 1 is inserted into at the gap of metope with graduated one end, and then staff reads scale, tests out the number of flatness
According to, complete a position test, pass through setting place block 2 so that staff need by wedge-shaped feeler gauge 3 be inserted into guiding ruler 1 with
When at the gap of metope, it is only necessary to wedge-shaped feeler gauge 3 is placed in placing groove 4, is then pushed, it can be so that wedge shape be inserted perpendicularly into
Guiding ruler 1 does not need the angle that staff removes always adjustment wedge-shaped feeler gauge 3 at the gap of metope so that wedge-shaped feeler gauge 3 is inserted
Enter more convenient.It is improved by the guiding ruler 1 and wedge-shaped feeler gauge 3 in existing test degree of plainness for wall surface so that wedge-shaped feeler gauge 3
It is more convenient when being inserted into from the gap from metope with guiding ruler 1.
As shown in Figure 1, complete a guiding ruler 1 on a position test after, generally require will place block 2 position
It is adjusted, but also needs to spend longer time that the angle to placing block 2 is gone to be adjusted in adjustment, in order to enable surveying
The speed of examination further increases, and is provided on the face that wedge-shaped feeler gauge 3 is contacted with placement block 2 and moves post-equalization convenient for placing block 2
The translation component 5 of position, translation component 5 here includes being vertically set on guiding ruler 1 and placing on the face that block 2 contacts and along guiding ruler
Two protrusive boards 51 of 1 length direction arrangement, translation screw rod 52 is vertically equipped between two protrusive boards 51, and translation screw rod 52 is also worn
On placing block 2, to be threadedly coupled between translation screw rod 52 and placement block 2 here, and block 2 is being placed in two convex blocks settings
Both sides, and be the left and right sides of placing groove 4.
When in use, rotational translation screw rod 52 so that place the translational motion on translation screw rod 52 of block 2 so that working
When personnel test a position, the time need not be spent to readjust the position for placing block 2, only need gently rotational translation screw rod
52, it can be so that placing block 2 be moved to next position so that the work of staff is more convenient.
It is equipped with the fixing screws of 3 clamping of wedge-shaped feeler gauge at two side positions of placing groove 4 on block 2 as shown in Figure 1, placing
6, and be provided on guiding ruler 1 in the gap that will be arranged between the insertion guiding ruler 1 of the wedge-shaped feeler gauge in placing groove 43 and metope
Adjusting part 7.
Specifically, as shown in Figure 1 and Figure 2, adjusting part 7 includes through the bar shaped being opened on 1 length direction of guiding ruler
Slot 71 is equipped with adjusting screw rod 72 in bar-shaped trough 71, adjusting screw rod 72 here wear direction be on guiding ruler 1 from bottom to top
It wears, and square plate 73 is connected between fixing screws 6 and placement block 2, square plate 73 here is set in fixing screws 6
On, with reference to Fig. 3, and the both sides up and down of square plate 73 are both provided with T-type sliding block 74, are slid on square plate 73 and are connected with c-type
Block 75, the position that c-type block 75 here is contacted with square plate 73 offer U-type groove 76, and be provided in U-type groove 76 with it is rectangular
The T-type sliding slot 77 that T-type sliding block 74 on plate 73 coordinates, the part that c-type block 75 here is not contacted with square plate 73 are set in tune
It saves on screw rod 72, and is threadedly coupled with adjusting screw rod 72.In addition, being provided at the notch of U-type groove 76 rectangular for preventing
The stop screw 79 that plate 73 slips in U-type groove 76 is placed to be provided on block 2 and be moved with wedge-shaped feeler gauge 3 convenient for fixing screws 6
Guide runner 78, the direction of guide runner 78 here is set as tilting arrangement up and down, and fixing screws 6 are threaded through guide runner 78
In.
When in use, first the position for placing block 2 is fixed, then wedge-shaped feeler gauge 3 is placed in placing groove 4, and uses
Fixing screws 6 clamp wedge-shaped feeler gauge 3, and then staff adjusts adjusting screw rod 72 so that the c-type block 75 on adjusting screw rod 72
The wedge-shaped feeler gauge 3 that fixing screws 6 clamp is driven to move, during exercise, c-type block 75 does the movement of upper and lower directions, and for reality
Existing wedge-shaped feeler gauge 3 is close to move with placing groove 4, so being slid on c-type block 75 provided with square plate 73 so that in c-type block
75 when moving downward, transverse movement under the action of c-type block 75 and wedge-shaped feeler gauge 3 of fixing screws 6 so that 3 convenience of wedge-shaped feeler gauge
It is inserted at the gap between guiding ruler 1 and metope.In addition, being set on translation screw rod 52 due to placing block 2, so not appearing in
When rotating adjusting screw rod 72, the phenomenon that block 2 rotates together is placed.By the way that adjusting part 7 is arranged so that staff is surveying
Trial work is made, and when testing a position, need not be reinstalled by wedge-shaped feeler gauge 3, it is only necessary to be adjusted with adjusting part 7
The upper and lower position of wedge-shaped feeler gauge 3 can make wedge-shaped feeler gauge 3 come back to the state of preparation so that the work of staff is more
It is convenient.
As shown in Figure 2, Figure 4 shows, in order to enable fixing screws 6 more fasten the connection of wedge-shaped feeler gauge 3, in fixing screws
6 bottom is provided with the connecting plate 8 for expanding fixing screws 6 and 3 contact area of wedge-shaped feeler gauge so that fixing screws 6 and wedge
Contact area bigger between shape clearance gauge 3, the effect of clamping are more preferable.Wherein, it is set on the face that connecting plate 8 is contacted with wedge-shaped feeler gauge 3
It is equipped with the rubber column 9 for further increasing clamping effect.
The application method of the present embodiment is, when carrying out the detection work of degree of plainness for wall surface, guiding ruler 1 to be first adjacent to metope,
Then by place block 2 be placed on guiding ruler 1, and be located in closest to need test metope guiding ruler 1 on, then by wedge
Shape clearance gauge 3 is placed in placing groove 4, and here when placing wedge-shaped feeler gauge 3, the inclined-plane side of wedge-shaped feeler gauge 3 is placed on placement
In slot 4, closed with the face paste in placing groove 4, then staff pushes wedge-shaped feeler gauge 3 so that wedge-shaped feeler gauge 3 is along placing groove
4 glide, and guiding ruler 1 is inserted into at the gap of metope in graduated one end of band of wedge-shaped feeler gauge 3, and then staff is by scale
Read, test out the data of flatness, complete the test of a position, pass through setting and place block 2 so that staff need by
When wedge-shaped feeler gauge 3 is inserted into guiding ruler 1 at the gap of metope, it is only necessary to wedge-shaped feeler gauge 3 is placed in placing groove 4, is then pushed,
It can be so that the wedge-shaped guiding ruler 1 that is inserted perpendicularly into need the angle that staff removes always adjustment wedge-shaped feeler gauge 3 at the gap of metope
Degree so that the insertion of wedge-shaped feeler gauge 3 is more convenient.By it is existing test degree of plainness for wall surface guiding ruler 1 and wedge-shaped feeler gauge 3 into
Row improves so that wedge-shaped feeler gauge 3 is more convenient when being inserted into from the gap from metope with guiding ruler 1.
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.
Claims (9)
1. a kind of detection guiding ruler, it is characterised in that：Including guiding ruler（1）, be vertically set on guiding ruler（1）On placement block（2）And
It is opened in placing groove（4）On for placing wedge-shaped feeler gauge（3）Placing groove（4）, the placing groove（4）It is shaped to and wedge
Shape clearance gauge（3）Cooperation, and place block（2）It is shaped to wedge-shaped feeler gauge（3）It is placed on placing groove（4）When middle, wedge-shaped feeler gauge
（3）Inclined-plane and placing groove（4）In face be close to, the wedge-shaped feeler gauge（3）Face on metope and guiding ruler（1）Close to metope
On face it is concordant, the placement block（2）It is located in guiding ruler（1）On, the placement block（2）On be provided with for observing wedge shape
Clearance gauge（3）The observation slot of scale（21）, the observation slot（21）With placing groove（4）In inclined-plane connection.
2. detection guiding ruler according to claim 1, it is characterised in that：The guiding ruler（1）The top in the face contacted with metope
The gusset with clearance gauge flush is provided at angle（10）, the gusset（10）It is made of metal.
3. detection guiding ruler according to claim 2, it is characterised in that：The wedge-shaped feeler gauge and placement block（2）The face of contact
On be provided with convenient for place block（2）The translation component of mobile post-equalization position（5）.
4. detection guiding ruler according to claim 3, it is characterised in that：The translation component（5）It is leaned on including being vertically set on
Ruler（1）With placement block（2）On the face of contact and along guiding ruler（1）Two protrusive boards of length direction arrangement（51）, two protrusive boards（51）
Between be vertically equipped with translation screw rod（52）, the translation screw rod（52）It is threaded through placement block（2）On, the translation screw rod（52）
With placement block（2）Between to be threadedly coupled, block is being placed in the setting of two convex blocks（2）Both sides.
5. detection guiding ruler according to claim 4, it is characterised in that：The placement block（2）Upper placing groove（4）Both sides position
The place of setting is equipped with wedge-shaped feeler gauge（3）The fixing screws of clamping（6）, and guiding ruler（1）On be provided with will be arranged in placing groove（4）In
Wedge-shaped feeler gauge（3）It is inserted into guiding ruler（1）The adjusting part in gap between metope（7）.
6. detection guiding ruler according to claim 5, it is characterised in that：The adjusting part（7）It is leaned on including running through to be opened in
Ruler（1）Bar-shaped trough on length direction（71）, be threaded through bar-shaped trough（71）In and wear direction be in guiding ruler（1）On from bottom to top
The adjusting screw rod worn（72）, be set in fixing screws（6）And it is arranged in fixing screws（6）With placement block（2）Between it is rectangular
Plate（73）, be arranged in square plate（73）The T-type sliding block of upper and lower both sides（74）And sliding is connected to square plate（73）On c-type block
（75）, the c-type block（75）With square plate（73）The position of contact offers U-type groove（76）, the U-type groove（76）On be provided with
With square plate（73）On T-type sliding block（74）The T-type sliding slot of cooperation（77）, the c-type block（75）Not with square plate（73）Contact
Part be set in adjusting screw rod（72）On, and and adjusting screw rod（72）It is threadedly coupled, the adjusting part（7）It further include setting
Placing block（2）It is upper to be convenient for fixing screws（6）With wedge-shaped feeler gauge（3）Mobile guide runner（78）, the guide runner（78）'s
Direction is set as tilting arrangement, and fixing screws up and down（6）It is threaded through guide runner（78）In.
7. detection guiding ruler according to claim 6, it is characterised in that：U-type groove（76）Notch at be provided with for preventing
Square plate（73）In U-type groove（76）The stop screw of upper slippage（79）.
8. detection guiding ruler according to claim 7, it is characterised in that：The fixing screws（6）Bottom be provided with and be used for
Expand fixing screws（6）With wedge-shaped feeler gauge（3）The connecting plate of contact area（8）.
9. detection guiding ruler according to claim 8, it is characterised in that：The connecting plate（8）On be provided with rubber column（9）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820243908.9U CN207881623U (en) | 2018-02-10 | 2018-02-10 | Detect guiding ruler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820243908.9U CN207881623U (en) | 2018-02-10 | 2018-02-10 | Detect guiding ruler |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207881623U true CN207881623U (en) | 2018-09-18 |
Family
ID=63497909
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820243908.9U Active CN207881623U (en) | 2018-02-10 | 2018-02-10 | Detect guiding ruler |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207881623U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110530246A (en) * | 2019-09-09 | 2019-12-03 | 浙江创新工程检测有限公司 | A kind of tester for level degree of wall surface device |
| CN110793418A (en) * | 2019-11-05 | 2020-02-14 | 中国十七冶集团有限公司 | On-spot acceptance device of building site |
| CN112525043A (en) * | 2020-11-30 | 2021-03-19 | 中国航发动力股份有限公司 | Clearance detection tool and method |
-
2018
- 2018-02-10 CN CN201820243908.9U patent/CN207881623U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110530246A (en) * | 2019-09-09 | 2019-12-03 | 浙江创新工程检测有限公司 | A kind of tester for level degree of wall surface device |
| CN110793418A (en) * | 2019-11-05 | 2020-02-14 | 中国十七冶集团有限公司 | On-spot acceptance device of building site |
| CN112525043A (en) * | 2020-11-30 | 2021-03-19 | 中国航发动力股份有限公司 | Clearance detection tool and method |
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