CN206974350U - The testing apparatus for verticality of Sopwith staff - Google Patents

The testing apparatus for verticality of Sopwith staff Download PDF

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Publication number
CN206974350U
CN206974350U CN201720805428.2U CN201720805428U CN206974350U CN 206974350 U CN206974350 U CN 206974350U CN 201720805428 U CN201720805428 U CN 201720805428U CN 206974350 U CN206974350 U CN 206974350U
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China
Prior art keywords
hole
sopwith staff
verticality
weight
testing apparatus
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CN201720805428.2U
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Chinese (zh)
Inventor
梁思龙
郭青松
蔡庆军
张业
蒋启诚
王彩明
赖华彬
李月强
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China Construction Eighth Engineering Division Co Ltd
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China Construction Eighth Engineering Division Co Ltd
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Abstract

A kind of testing apparatus for verticality of Sopwith staff is the utility model is related to, the device includes:Righting framework, including the upper level board and lower horizontal board being oppositely arranged, the first hole is offered on the upper level board, second hole corresponding in vertical direction with first hole is offered on the lower horizontal board;The clamp assemblies of level board are fixedly arranged on, the clamping spacing of the clamp assemblies is adjustable, is sized such that the clamp assemblies are held on Sopwith staff by regulation clamping spacing;The hitch being fixedly arranged on the upper level board, formed with the suspension centre corresponding in vertical direction with the center at first hole on the hitch;The weight hanging on the suspension centre, the weight hang at second hole naturally, by judging whether the weight is located at the center at second hole to realize the judgement to staff perpendicularity.The perpendicularity of Sopwith staff is judged using weight, intuitively can be judged by observing weight and can quick righting Sopwith staff.

Description

The testing apparatus for verticality of Sopwith staff
Technical field
The realm of building construction is the utility model is related to, refers in particular to a kind of testing apparatus for verticality of Sopwith staff.
Background technology
At present, the relevant work of the measurement in building site still significantly coordinates the optical instruments such as spirit level with Sopwith staff, this Kind method cost is low, easy to operate, but whether the levels of precision of result is very big adjusts vertically really dependent on equipment.It is such to set Standby vertical detection is largely still by weight, but weight is not easy to hang, it is difficult to the inclination of low-angle is judged, so as to lead Cause a certain degree of error.
Utility model content
The defects of the purpose of this utility model is to overcome prior art, there is provided a kind of testing apparatus for verticality of Sopwith staff, Solve the problems, such as to be not easy to hang weight and be difficult to judge small angle inclination and cause error during staff perpendicularity detection.
Realizing the technical scheme of above-mentioned purpose is:
The utility model provides a kind of testing apparatus for verticality of Sopwith staff, including:
Righting framework, including the upper level board and lower horizontal board being oppositely arranged, the first hole is offered on the upper level board Mouthful, offer second hole corresponding in vertical direction with first hole, first hole on the lower horizontal board The center and second hole of mouth are centrally located on same straight line;
The clamp assemblies of level board are fixedly arranged on, the clamping spacing of the clamp assemblies is adjustable, and spacing is clamped by adjusting Be sized such that the clamp assemblies are held on Sopwith staff;
The hitch being fixedly arranged on the upper level board, on the hitch formed with first hole Heart suspension centre corresponding in vertical direction, the suspension centre and the center at first hole and the centre bit at second hole In on same straight line;
The weight hanging on the suspension centre, the weight hangs at second hole naturally, by described in judgement Whether weight is located at the center at second hole to realize the judgement to staff perpendicularity.
The testing apparatus for verticality of the Sopwith staff of offer of the present utility model judges the perpendicularity of Sopwith staff using weight, the dress Put and be folded in by clamp assemblies on Sopwith staff, solve the problems, such as that weight is not easy to be suspended on Sopwith staff.In detection staff perpendicularity When, intuitively can be judged by observing weight, and can quick righting Sopwith staff, improve measurement accuracy, also cause measurement letter Folk prescription is just.The testing apparatus for verticality install convenient of Sopwith staff of the present utility model, remove simply, width is adjustable, applied widely It is general, there is higher practicality.
Sopwith staff of the present utility model testing apparatus for verticality further improvement is that, in addition to along second hole Periphery is uniform and locating rod that be fixedly arranged on the lower horizontal board, the positions stem segment stretch into second hole and Point to the center at second hole in end.
Sopwith staff of the present utility model testing apparatus for verticality further improvement is that, in second hole The end of locating rod is enclosed formed with the space passed through for the weight.
Sopwith staff of the present utility model testing apparatus for verticality further improvement is that, the side of the lower horizontal board is opened Provided with the gap connected with second hole.
Sopwith staff of the present utility model testing apparatus for verticality further improvement is that, the clamp assemblies include fixed In the guide rail on the upper level board, the first grip block being slidedly arranged on the guide rail and it is fixedly arranged on the upper level board Second grip block, first grip block and the corresponding setting of the second grip block, and by adjusting first grip block Moved along the guide rail, so as to realize the size for adjusting the clamping spacing between first grip block and second grip block.
Sopwith staff of the present utility model testing apparatus for verticality further improvement is that, the hitch includes being in ten The hanger bar of word interconnection, the end of the hanger bar are fixedly arranged on the tie point that on the upper level board and right-angled intersection is formed For the suspension centre.
Sopwith staff of the present utility model testing apparatus for verticality further improvement is that, the righting framework also includes connecting It is connected to the laterally horizontal plate of the upper level board and the lower horizontal board sidepiece, the laterally horizontal plate and the clamp assemblies position In same sidepiece.
Brief description of the drawings
Fig. 1 is the structural representation of the testing apparatus for verticality of the utility model Sopwith staff.
Fig. 2 is the structural representation of the opposite side of the testing apparatus for verticality of the utility model Sopwith staff.
Fig. 3 is the top view of the testing apparatus for verticality of the utility model Sopwith staff.
Fig. 4 is the side view of the testing apparatus for verticality of the utility model Sopwith staff.
Embodiment
The utility model is described in further detail with specific embodiment below in conjunction with the accompanying drawings.
Refering to Fig. 1, the utility model provides a kind of testing apparatus for verticality of Sopwith staff, for solving to make in engineering survey The problem of being not easy to attention with Sopwith staff.The utility model, which provides, a kind of makes that simple, easy to use, universality is high and handling are quick Sopwith staff testing apparatus for verticality, can solve the problem that perpendicularity problem when building site uses Sopwith staff.Sopwith staff of the present utility model Testing apparatus for verticality judges the perpendicularity of Sopwith staff using weight, improves measuring accuracy.Measurement progress is also improved, and The device open on three sides, the state that hangs naturally of weight can be can be visually seen, so as to be provided convenience for quick righting Sopwith staff.Under Face illustrates with reference to accompanying drawing to the testing apparatus for verticality of the utility model Sopwith staff.
As shown in figure 1, the testing apparatus for verticality 20 that the utility model provides a kind of Sopwith staff includes righting framework 21, folder Hold component 22, hitch 23 and weight;Wherein righting framework 21 includes the upper level board 211 and lower horizontal board being oppositely arranged 212, level board 211 and lower horizontal board 212 be arranged in parallel on this, and are installed with one between upper level board 211 and lower horizontal board 212 Fixed distance;The first hole 2111 is offered on upper level board 211, is offered on lower horizontal board 212 and the first hole 2111 The second corresponding in vertical direction hole 2121, the center at the second hole 2121 and the first hole 2111 are centrally located at together On one straight line, the second hole 2121 and the first hole are correspondingly arranged about 2111, and the second hole 2121 and the first hole 2111 are complete It is complete consistent.Clamp assemblies 22 are installed on level board 211, and the clamping spacing of clamp assemblies 22 is adjustable, between being clamped by regulation Away from be sized such that clamp assemblies 22 are clamped on Sopwith staff, be clamped to by clamp assemblies 22 on Sopwith staff and then will be whole The testing apparatus for verticality 20 of Sopwith staff is clamping on Sopwith staff.Hitch 23 is installed on level board 211, on hitch 23 Formed with the suspension centre 231 corresponding in vertical direction with the center at the first hole 2111, the hole 2111 of suspension centre 231 and first Center and the second hole 2121 are centrally located on same straight line, the center and the second hole at the hole 2111 of suspension centre 231 and first The center vertical non-alignment of mouth 2121.Weight is hung on suspension centre 231, and the weight hangs at the second hole 2121 naturally, passes through Judge whether weight is located at the center at the second hole 2121 to realize the judgement to staff perpendicularity.Due to suspension centre 231, first The center at the center at hole 2111 and the second hole 2121 is vertically aligned, if weight is located at the center at the second hole 2121 Place, then show that upper level board 211 and lower horizontal board 212 are in horizontality, and then Sopwith staff is in plumbness.Judging weight When whether at the center at the second hole 2121, it can be carried out by intuitively observation procedure, weight deviates the second hole When at 2121 center, can be when weight is corresponded to positioned at the center at the second hole 2121 by adjusting the state that erects of Sopwith staff Only, the function of righting Sopwith staff is realized.
As a better embodiment of the present utility model, whether it is located at for ease of observation weight in the second hole 2121 The heart, the testing apparatus for verticality 20 of Sopwith staff of the present utility model also include along the periphery of the second hole 2121 it is uniform and be fixedly arranged on down Locating rod 24 on level board 212, the part of locating rod 24 is stretched into the second hole 2121 and the second hole 2121 is pointed in end Center.By being set to point to the locating rod 24 at the center of the second hole 2121, to judge weight whether at the second hole 2121 center is more easy, and locating rod 24 is partially disposed in the second hole 2121 so that in the second hole 2121 The end of locating rod 24 is judges that weight present position provides reference point so that judges whether weight is more convenient in center Quickly.With reference to shown in Fig. 2, it is preferred that locating rod 24 is seven, and the second hole 2121 and the first hole 2111 are circular holes Mouthful, locating rod 24 be laid in circle periphery, seven locating rods 24 with hour hands point to ten two points, a bit, 3 points, 4 points, seven Position when point, 9 points and 10 is laid, and the multiple reference points provided by locating rod, can more easily be judged Whether weight is located at the center at the second hole 2121.Further, the end of the locating rod 24 in the second hole 2121 Enclose formed with the space passed through for weight, it is big the space formed should to be enclosed by the end of the locating rod 24 in the second hole 2121 In the size of weight, less than the size at the second hole 2121, it reduces the scope for judging weight present position, it is possible to increase sentences Whether disconnected weight is located at the accuracy at center, so as to improve the accuracy of measurement staff perpendicularity.
Further, in order to facilitate the suspension of weight, offered in the side of lower horizontal board 212 and the second hole 2121 The gap 2122 of connection, on righting framework 21 to should be where gap 2122 side be hatch frame, so weighed in installation During hammer, the messenger wire for hanging weight can be penetrated to the second hole 2121 from the gap 2122.The bottom of messenger wire is connected with weight, Top is fixed on the suspension centre 231 of hitch 23.
As another better embodiment of the present utility model, as shown in figures 1 and 3, clamp assemblies 222 include being installed in Guide rail 221 on upper level board 211, the first grip block 222 being slidedly arranged on guide rail 221 and it is fixedly arranged on level board 221 The second grip block 223,222 and second grip block of the first grip block, the 223 corresponding setting, and by adjusting the first grip block 222 move along guide rail 221 so as to realize the size of the clamping spacing between the first grip block 222 of regulation and the second grip block 223.Its In the second grip block 223 be fixedly arranged on the side of level board 221, guide rail 221 be installed on level board 221 and close to this second Grip block 223 is set, the first grip block 222 be provided with guide rail 221 in the same direction set and isometric connecting plate 2221, with reference to Fig. 4 It is shown, the chute 2222 being adapted with guide rail 221 is offered in the bottom of connecting plate 2221, one end of the connecting plate 2221 passes through Chute 2222 is slidably installed on guide rail 221, is moved the first grip block 222 to close to the direction of the second grip block 223 along guide rail 221 It is dynamic so that clamping spacing diminishes, and moves the first grip block 222 to the direction away from the second grip block 223 along guide rail 221, So that clamping spacing becomes big.It is sized such that the first grip block 222 and the second grip block 223 clamp by regulation clamping spacing It is fixed on the Sopwith staff erected, and the first grip block 222 and the second grip block 223 are vertically arranged with Sopwith staff, first grip block 222 and second grip block 223 to be horizontal.It is preferred that to improve the clamping stability of clamp assemblies 22, guide rail 221 is section T-shaped structure, and the chute 2222 on connecting plate 2221 is corresponding T-slot.Clamp assemblies 222 in the utility model Principles of Regulation meet the needs of different situations by adjusting the big I for clamping spacing, can adapt to difference similar to slide measure The measurement of the perpendicularity of the Sopwith staff of size.
As another better embodiment of the present utility model, hitch 23 includes the hanger bar in right-angled intersection connection 232, two hanger bars 232 are fixedly connected in a criss-cross fashion, and the tie point that right-angled intersection is formed is suspension centre 231, should The end of hanger bar 232 is installed on level board 211.By two that right-angled intersection connection is set at the first hole 2111 Hanger bar 232, suspension basis is provided for weight, the messenger wire of weight is fixed at the right-angled intersection of hanger bar 232.It is it is preferred that outstanding Peg 232 is iron wire, and the right-angled intersection point of iron wire and the center at the first hole 2111 coincide, for hanging weight.As another Better embodiment, the hitch 23 include the suspension rod crossed at the first hole 2111, and the suspension rod passes through the first hole 2111 center, and to that should be provided with a suspension hook by suspension rod at center, the messenger wire of weight is hung on the suspension hook.
As another better embodiment of the present utility model, as depicted in figs. 1 and 2, righting framework 21 also includes connection In upper level board 211 and the laterally horizontal plate 25 of the sidepiece of lower horizontal board 212, laterally horizontal plate 25 is with clamp assemblies 22 positioned at same Sidepiece.The side that lateral vertical panel 25 is corresponded on the righting framework 21 is hatch frame, by setting hatch frame weight Position easily observe.To improve the structural stability of righting framework 21, in righting framework 21 except hatch frame and laterally horizontal The both sides of plate 25 set the lateral support bar 26 and vertical supporting bar 27 being obliquely installed, and vertical supporting bar 27 is erected in upper level board 211 and lower horizontal board 212 corresponding to corner portion, the interconnection of lateral support bar 26 being obliquely installed is at the end of vertical supporting bar 27 Corner portion corresponding to portion and laterally horizontal plate 25.Lateral support bar 26 and vertical supporting bar 27 therein are iron wire, for adding Admittedly the connection of upper level board 211 and lower horizontal board 212, avoids weld seam from fractureing, there is provided supports and fixed so that the upper He of level board 211 The keeping parallelism of lower horizontal board 212.
Quick righting Sopwith staff when alloing engineering survey using the testing apparatus for verticality of Sopwith staff provided by the utility model, It is time saving and energy saving, rapidly and efficiently, measurement accuracy is improved, and device makes simply, width can adjust, applied widely, can meet The demand of different situations.When measuring staff perpendicularity, after Sopwith staff erects, the testing apparatus for verticality of Sopwith staff is passed through into clamping group Part is clamped on Sopwith staff, and clamp assemblies, upper level board and lower horizontal board are horizontal, be suspended on weight on suspension centre from So hang to the second hole, the position that the weight hangs naturally is observed by the aperture position of the device, when observing position, By the use of the end for the locating rod being arranged at the second hole as reference point, the position where weight can be observed to quicklook Put.Judge the position whether be the second hole center, if so, showing that device is horizontal, it is vertical also to turn out Sopwith staff Shape, if it is not, then proving the non-vertical shape of Sopwith staff, the position weight by adjusting Sopwith staff is located at the center at the second hole Righting is carried out to Sopwith staff.
The utility model is described in detail above in association with accompanying drawing embodiment, those skilled in the art can root Many variations example is made to the utility model according to described above.Thus, some details in embodiment should not be formed to this practicality New restriction, the utility model will be used as the scope of protection of the utility model using the scope that appended claims define.

Claims (7)

  1. A kind of 1. testing apparatus for verticality of Sopwith staff, it is characterised in that including:
    Righting framework, including the upper level board and lower horizontal board being oppositely arranged, the first hole, institute are offered on the upper level board State and second hole corresponding in vertical direction with first hole is offered on lower horizontal board, in first hole The heart and second hole are centrally located on same straight line;
    The clamp assemblies of level board are fixedly arranged on, the clamping spacing of the clamp assemblies is adjustable, and the big of spacing is clamped by adjusting It is small to cause the clamp assemblies to be held on Sopwith staff;
    The hitch being fixedly arranged on the upper level board, exist formed with the center with first hole on the hitch Corresponding suspension centre in vertical direction, the suspension centre are centrally located at together with the center at first hole and second hole On one straight line;
    The weight hanging on the suspension centre, the weight hangs at second hole naturally, by judging the weight Whether it is located at the center at second hole to realize the judgement to staff perpendicularity.
  2. 2. the testing apparatus for verticality of Sopwith staff as claimed in claim 1, it is characterised in that also include along second hole week Edge is uniform and locating rod that be fixedly arranged on the lower horizontal board, the positions stem segment are stretched into second hole and held Point to the center at second hole in portion.
  3. 3. the testing apparatus for verticality of Sopwith staff as claimed in claim 2, it is characterised in that determine in second hole The end of position bar is enclosed formed with the space passed through for the weight.
  4. 4. the testing apparatus for verticality of Sopwith staff as claimed in claim 1, it is characterised in that the side of the lower horizontal board opens up There is the gap connected with second hole.
  5. 5. the testing apparatus for verticality of Sopwith staff as claimed in claim 1, it is characterised in that the clamp assemblies include being fixedly arranged on Guide rail, the first grip block being slidedly arranged on the guide rail and be fixedly arranged on the upper level board on the upper level board Two grip blocks, first grip block and the corresponding setting of the second grip block, and by adjusting the first grip block edge The guide rail movement, so as to realize the size for adjusting the clamping spacing between first grip block and second grip block.
  6. 6. the testing apparatus for verticality of Sopwith staff as claimed in claim 1, it is characterised in that it is in cross that the hitch, which includes, The hanger bar of interconnection, the end of the hanger bar are fixedly arranged on the tie point that on the upper level board and right-angled intersection is formed and are The suspension centre.
  7. 7. the testing apparatus for verticality of Sopwith staff as claimed in claim 1, it is characterised in that the righting framework also includes connection In the upper level board and the laterally horizontal plate of the lower horizontal board sidepiece, the laterally horizontal plate is located at the clamp assemblies Same sidepiece.
CN201720805428.2U 2017-07-05 2017-07-05 The testing apparatus for verticality of Sopwith staff Active CN206974350U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201720805428.2U CN206974350U (en) 2017-07-05 2017-07-05 The testing apparatus for verticality of Sopwith staff

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Application Number Priority Date Filing Date Title
CN201720805428.2U CN206974350U (en) 2017-07-05 2017-07-05 The testing apparatus for verticality of Sopwith staff

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CN206974350U true CN206974350U (en) 2018-02-06

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110652734A (en) * 2019-10-24 2020-01-07 中国建筑第八工程局有限公司 Vehicle-mounted positioning tool for track embedded part and positioning method thereof

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110652734A (en) * 2019-10-24 2020-01-07 中国建筑第八工程局有限公司 Vehicle-mounted positioning tool for track embedded part and positioning method thereof
CN110652734B (en) * 2019-10-24 2021-01-22 中国建筑第八工程局有限公司 Vehicle-mounted positioning tool for track embedded part and positioning method thereof

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