CN207300110U - Extensible portable surveys wall thickness gage - Google Patents

Abstract

The utility model provides a kind of Extensible portable and surveys wall thickness gage, including the first measuring scale and the second measuring scale, it is horizontally disposed, it is horizontally disposed at least one side of first measuring scale to have the first graduation mark, horizontally disposed at least one side of second measuring scale to have the second graduation mark, movable insertion is located in the first measuring scale the second measuring scale in the horizontal direction.It is preferred that the 3rd measuring scale is further included, or even the 4th measuring scale.Further include vernier, the first measuring jaw, fixed mark and the second measuring jaw.Further, vernier and fixed mark are foldable scalable.The Extensible portable survey wall thickness gage of the utility model can once complete the measurement of thickness of wall body and precision reaches requirement, avoid that subsequent structural construction is caused to seriously affect, ensure the construction period, reduce project cost, it is scalable, it is small after contraction, it is easy to carry, it is ingenious in design, it is simple for structure, manufacture is easy, and cost is low, suitable for large-scale promotion application.

Description

Extensible portable surveys wall thickness gage

Technical field

Measuring device technical field is the utility model is related to, more particularly to surveys wall thickness gage technical field, in particular to one Kind Extensible portable surveys wall thickness gage.

Background technology

Build at this stage in all kinds of rooms and the construction site of civilian infrastructure intermediate item, for all kinds of main body wall body structure moulds Plate is installed or poured in main body wall structural concrete in the sectional dimension checking process for completing back wall, thickness of wall body measurement one As use tape measure mostly.

But main body wall body structure at construction joint since embedded water stop steel plate or rubber fastening band or thickness of wall body are too big, Measurement can not once be completed, and, it is necessary to measure both sides thickness of wall body respectively by tape measure, then two results addeds draw integral wall Thickness, and measurement accuracy does not reach requirement.Easily because the deviation of measurement causes entity structure dimensional discrepancy, not only to subsequent structural Construction causes to seriously affect, and is likely to cause repairing and polishing heavy workload and then the influence duration of later stage agent structure, Increase project cost.

Accordingly, it is desirable to provide a kind of survey wall thickness gage, its can once complete the measurement of thickness of wall body and precision reach will Ask, avoid that subsequent structural construction is caused to seriously affect, ensure the construction period, reduce project cost, best small, carrying side Just.

Utility model content

In order to overcome it is above-mentioned in the prior art the shortcomings that, a purpose of the utility model be to provide it is a kind of it is scalable just Take formula and survey wall thickness gage, it can once complete the measurement of thickness of wall body and precision reaches requirement, avoids constructing to subsequent structural Cause to seriously affect, ensure the construction period, project cost is reduced, suitable for large-scale promotion application.

The another object of the utility model is that providing a kind of Extensible portable surveys wall thickness gage, its is scalable, shrinks It is small afterwards, it is easy to carry, suitable for large-scale promotion application.

The another object of the utility model is that providing a kind of Extensible portable surveys wall thickness gage, its is ingenious in design, knot Structure is succinct, and manufacture is easy, and cost is low, suitable for large-scale promotion application.

To achieve the above objectives, the Extensible portable of the utility model surveys wall thickness gage, its main feature is that, including the first survey Gage and the second measuring scale, first measuring scale and second measuring scale are horizontally disposed, first measurement Horizontally arranged there are the first graduation mark, at least one side of second measuring scale along described at least one side of ruler On along it is described it is horizontally arranged have the second graduation mark, second measuring scale is located at described along the horizontal direction movable insertion In first measuring scale.

It is preferred that the Extensible portable, which surveys wall thickness gage, further includes the first elastomeric element, first measuring scale Be provided with the first perforation on one of side, first elastomeric element perpendicular to first measuring scale one of them Side, one end of first elastomeric element are arranged on second measuring scale, and the other end of first elastomeric element is extremely Small part wears first perforation.

It is preferred that the Extensible portable, which surveys wall thickness gage, further includes level vial bubble and vertical level bubble, institute State level vial bubble and the vertical level bubble is separately positioned on two orthogonal sides of first measuring scale On.

It is preferred that the Extensible portable, which surveys wall thickness gage, further includes the 3rd measuring scale, the 3rd measuring scale is along institute State it is horizontally arranged, at least one side of the 3rd measuring scale along it is described it is horizontally arranged have the 3rd graduation mark, 3rd measuring scale is located in second measuring scale along the horizontal direction movable insertion.

More preferably, the Extensible portable surveys wall thickness gage and further includes the 4th measuring scale, and the 4th measuring scale is along institute State it is horizontally arranged, at least one side of the 4th measuring scale along it is described it is horizontally arranged have the 4th graduation mark, 4th measuring scale is located in the 3rd measuring scale along the horizontal direction movable insertion.

It is preferred that the Extensible portable, which surveys wall thickness gage, further includes vernier, the first measuring jaw, fixed mark and the second amount Pawl, the vernier are arranged on first measuring jaw, and the fixed mark is arranged on second measuring jaw, first measuring scale It is located at along the horizontal direction movable insertion in the vernier, the fixed mark connects remote described the of second measuring scale The end of one measuring scale, first measuring jaw and second measuring jaw are oppositely arranged along the horizontal direction, first measuring jaw The end of direction second measuring jaw protrude from the vernier, the direction described of second measuring jaw along the horizontal direction The end of one measuring jaw protrudes from the fixed mark along the horizontal direction.

More preferably, the vernier includes termination, the first cursor and the first telescopic arm, and the fixed mark includes afterbody, the Two cursors and the second telescopic arm, first measuring scale is located in the termination along the horizontal direction movable insertion, described Afterbody connects the end of remote first measuring scale of second measuring scale, and first cursor is vertically rotatably connected The termination, second cursor are vertically rotatably connected the afterbody, and first cursor and described second rotates Arm is rotatable in identical vertical plane, and first cursor has the first folding position and the first expanded position, in institute The first folding position is stated, first cursor is parallel with first measuring scale, in first expanded position, described first Cursor is vertical with first measuring scale, and second cursor has the second folding position and the second expanded position, in institute The second folding position is stated, second cursor is parallel with second measuring scale, in second expanded position, described second Cursor is vertical with second measuring scale, the length direction of the length direction of first cursor and first telescopic arm Identical, the length direction movable insertion of first telescopic arm along first telescopic arm is located in first cursor, First measuring jaw connects the end of remote first cursor of first telescopic arm, the length of second cursor Direction is identical with the length direction of second telescopic arm, length direction of second telescopic arm along second telescopic arm Movable insertion is located in second cursor, and second measuring jaw connects remote second rotation of second telescopic arm The end of arm, in first expanded position and second expanded position, first measuring jaw and second measuring jaw are along institute State horizontal direction to be oppositely arranged, the end of direction second measuring jaw of first measuring jaw protrudes from institute along the horizontal direction The first telescopic arm is stated, the end of direction first measuring jaw of second measuring jaw protrudes from described second along the horizontal direction Telescopic arm.

Further, the Extensible portable surveys wall thickness gage and further includes fixing piece, and first measuring scale passes through The fixing piece is detachably fixed with the termination.

Further, the Extensible portable surveys wall thickness gage and further includes the first hand holding handle and the second hand holding handle, institute Termination to be stated to be arranged on first hand holding handle, first cursor is vertically rotatably provided in first hand holding handle, The afterbody is arranged on second hand holding handle, and second cursor is vertically rotatably provided in second hand holding handle In.

Further, the Extensible portable surveys wall thickness gage and further includes the second elastomeric element and the 3rd elastic portion Part, is provided with the second perforation on one of side of first cursor, second elastomeric element is perpendicular to described One of side of first cursor, one end of second elastomeric element are arranged on first telescopic arm, and described The other end of two elastomeric elements at least partly wears second perforation, is set on one of side of second cursor There is the 3rd perforation, the 3rd elastomeric element is perpendicular to one of side of second cursor, the 3rd elasticity One end of component is arranged on second telescopic arm, and the other end of the 3rd elastomeric element at least partly wears the described 3rd Perforation.

The beneficial effects of the utility model essentially consist in：

1st, the Extensible portable of the utility model, which surveys wall thickness gage, includes the first measuring scale and the second measuring scale, and first surveys Gage and the second measuring scale are horizontally disposed, horizontally disposed at least one side of the first measuring scale to have One graduation mark, horizontally disposed at least one side of the second measuring scale to have the second graduation mark, the second measuring scale is along water Square it is located to movable insertion in the first measuring scale, when measuring wall thickness, the second measuring scale can be pulled out the first measuring scale and carried out Measurement, therefore, it can once complete the measurement of thickness of wall body and precision reaches requirement, avoids causing subsequent structural construction tight Ghost image is rung, and ensures the construction period, project cost is reduced, suitable for large-scale promotion application.

2nd, the Extensible portable of the utility model, which surveys wall thickness gage, includes the first measuring scale and the second measuring scale, and first surveys Gage and the second measuring scale are horizontally disposed, horizontally disposed at least one side of the first measuring scale to have One graduation mark, horizontally disposed at least one side of the second measuring scale to have the second graduation mark, the second measuring scale is along water Square it is located in the first measuring scale to movable insertion, when not in use, the second measuring scale can be retracted in the first measuring scale, it is convenient Carry, therefore, its is scalable, small after contraction, easy to carry, suitable for large-scale promotion application.

3rd, the Extensible portable of the utility model, which surveys wall thickness gage, includes the first measuring scale and the second measuring scale, and first surveys Gage and the second measuring scale are horizontally disposed, horizontally disposed at least one side of the first measuring scale to have One graduation mark, horizontally disposed at least one side of the second measuring scale to have the second graduation mark, the second measuring scale is along water Square it is located to movable insertion in the first measuring scale, when measuring wall thickness, the second measuring scale can be pulled out the first measuring scale and carried out Second measuring scale, when not in use, can be retracted in the first measuring scale, be convenient for carrying, therefore, its is ingenious in design, structure by measurement Succinctly, manufacture is easy, and cost is low, suitable for large-scale promotion application.

The these and other objects, feature and advantage of the utility model, by following detailed descriptions, attached drawing and right will Try to achieve to fully demonstrate, and can be achieved by means, device and the combinations thereof specially pointed out in appended claims.

Brief description of the drawings

Fig. 1 is that the first cursor of a specific embodiment of the Extensible portable survey wall thickness gage of the utility model is in First folding position and the second cursor are in the schematic front view of the second folding position.

Fig. 2 is that the first cursor of the specific embodiment shown in Fig. 1 is at the first expanded position and the second cursor In the schematic front view of the second expanded position.

Fig. 3 is the schematic front view of the first measuring scale of the specific embodiment shown in Fig. 1.

Fig. 4 is the schematic top plan view of the first measuring scale of the specific embodiment shown in Fig. 1.

Fig. 5 is the schematic cross-sectional view of A-A positions in Fig. 2.

Fig. 6 is the partial side schematic diagram using the specific embodiment measurement wall thickness shown in Fig. 1.

(symbol description)

1 first measuring scale；11 first graduation marks；12 first perforation；2 second measuring scales；21 second graduation marks；3 helmets；4 First elastomeric element；41 first springs；42 first buttons；5 verniers；51 terminations；52 first cursors；53 first telescopic arms；54 Second perforation；6 fix mark；61 afterbodys；62 second cursors；63 the 3rd perforation；7 the 3rd measuring scales；71 the 3rd graduation marks；8 Four measuring scales；81 the 4th graduation marks；9 first measuring jaws；10 level vial bubbles；13 second measuring jaws；14 handles；15 fixing pieces；16 Trip bolt；17 first hand holding handles；18 second hand holding handles；19 first rotating shafts；20 vertical level bubbles；22 second shafts；23 Two elastomeric elements；24 the 3rd elastomeric elements；25 walls to be measured；26 waterstops.

Embodiment

In order to be more clearly understood that the technology contents of the utility model, described in detail especially exemplified by following embodiments.

Refer to shown in Fig. 1~Fig. 5, in a specific embodiment of the utility model, the utility model it is scalable just Taking formula survey wall thickness gage includes the first measuring scale 1 and the second measuring scale 2, and first measuring scale 1 and second measuring scale 2 are equal It is horizontally disposed, horizontally arranged there is the first graduation mark along described at least one side of first measuring scale 1 11, at least one side of second measuring scale 2 along it is described it is horizontally arranged have the second graduation mark 21, described second surveys Gage 2 is located in first measuring scale 1 along the horizontal direction movable insertion.

The number of the side for being provided with the first graduation mark 11 of first measuring scale 1 can determine as needed, in order to The first graduation mark 11 can be read in a plurality of directions, is referred to shown in Fig. 1~Fig. 4, in a specific implementation of the utility model In example, two of first measuring scale 1 orthogonal sides (specifically, are side towards reader in Fig. 1~Fig. 2 Side upward) on along described horizontally arranged have the first graduation mark 11.Similarly, can also be in second measuring scale Horizontally arranged there is the second graduation mark 21 along described on 2 two orthogonal sides.

Second graduation mark 21 and first graduation mark 11 can be separate, can also be continuous, for the ease of reading The numerical value of the wall thickness of measurement is taken, it is preferred that second graduation mark 21 is the follow-up graduation mark of first graduation mark 11, i.e., the One graduation mark 11 and the second graduation mark 21 may be constructed more complete longer graduation mark.Refer to shown in Fig. 1~Fig. 4, in this reality With in a new specific embodiment, the first graduation mark 11 is 0mm~300mm graduation marks, the second graduation mark 21 for 300mm~ 600mm graduation marks.

, can be in the end of first measuring scale 1 in order to protect first measuring scale 1 and second measuring scale 2 With the end set helmet 3 of second measuring scale 2, refer to shown in Fig. 1~Fig. 4, in a specific implementation of the utility model In example, remote described the of the end of close second measuring scale 2 of first measuring scale 1 and second measuring scale 2 The end set of one measuring scale 1 has helmet 3, such as plastics helmet.

First measuring scale 1 and second measuring scale 2 can be made of any suitable material, new in this practicality In one specific embodiment of type, first measuring scale 1 and second measuring scale 2 are made of aluminum alloy materials.

First measuring scale 1 can have any suitable size, in a specific embodiment of the utility model, institute The size for stating the cross section of the first measuring scale 1 is 50mm (length) * 25mm (width) * 2mm (thickness), the length of first measuring scale 1 For 400mm.

Second measuring scale 2 can have any suitable size, in a specific embodiment of the utility model, institute The size for stating the cross section of the second measuring scale 2 is 45mm (length) * 20mm (width) * 2mm (thickness), the length of second measuring scale 2 For 400mm.

In order to control second measuring scale 2 relative to the flexible of first measuring scale 1, it is preferred that described scalable Portable survey wall thickness gage further includes the first elastomeric element 4, and one of side of first measuring scale 1 (specifically, is being schemed The side towards reader in 1 and Fig. 2) on be provided with the first perforation 12, first elastomeric element 4 is perpendicular to described first One of side of measuring scale 1, one end of first elastomeric element 4 are arranged on second measuring scale 2, and described first The other end of elastomeric element 4 at least partly wears first perforation 12.Refer to shown in Fig. 1~Fig. 3, in the utility model In one specific embodiment, the other end of first elastomeric element 4 wears and exposes first perforation 12.

First elastomeric element 4 can have any suitable composition, it is preferred that first elastomeric element 4 includes First spring 41 and the first button 42 (refer to the structure of the second elastomeric element 23 in Fig. 5, its knot with the first elastomeric element 4 Structure is identical, and the position simply installed is different), first spring 41 is perpendicular to one of side of first measuring scale 1 Face, one end of first spring 41 are arranged on second measuring scale 2, and first button 42 is arranged on first bullet The other end of spring 41, described first button, 42 at least part wear first perforation 12.Refer to shown in Fig. 1~Fig. 3, at this In one specific embodiment of utility model, first button 42 wears and exposes first perforation 12.Usually, described One button 42 wears and exposes first perforation 12, and the second measuring scale 2 is limited, and will not arbitrarily be stretched, flexible when needing During the second measuring scale 2, directly draw and push away the first button 42 of the second measuring scale 2 or pressing so that the first button 42 overcomes the first bullet The elastic force of spring 41 compresses the first spring 41, and the first button 42 enters between the first measuring scale 1 and the second measuring scale 2, and second surveys Gage 2 is removable, and since the first button 42 and the first spring 41 bear against the first measuring scale 1 and the second measuring scale 2, second The movement of measuring scale 2 is nor random, it is necessary to overcome the frictional resistance that the first button 42 compresses the generation of the first measuring scale 1.The One spring 41 can be such as stainless steel spring, and the first button 42 can be such as aluminium alloy button lid.First spring, 41 He The diameter of first button 42 can be such as 10mm~15mm.

In order to ensure the accuracy of measurement data, refer to shown in Fig. 1~Fig. 4, in a specific implementation of the utility model In example, the Extensible portable surveys wall thickness gage and further includes level vial bubble 10 and vertical level bubble 20, the level Level(l)ing bubble 10 and the vertical level bubble 20 are separately positioned on two orthogonal sides of first measuring scale 1 On (specifically, be in Fig. 1~Fig. 2 side) towards the side of reader and upward.The level vial bubble 10 can be Such as it is circular, diameter can be such as 30mm；The vertical level bubble 20 can be for example cylindric, highly can be for example 20mm。

In order to measure thicker wall, it is preferred that the Extensible portable, which surveys wall thickness gage, further includes the 3rd survey Gage 7, the 3rd measuring scale 7 is along described horizontally arranged, along described at least one side of the 3rd measuring scale 7 Horizontally arranged to have the 3rd graduation mark 71, the 3rd measuring scale 7 is located at described second along the horizontal direction movable insertion In measuring scale 2.Refer to shown in Fig. 1~Fig. 2, in a specific embodiment of the utility model, the Extensible portable is surveyed Wall thickness gage further includes the 4th measuring scale 8, the 4th measuring scale 8 along described horizontally arranged, the 4th measuring scale 8 On at least one side along it is described it is horizontally arranged have the 4th graduation mark 81, the 4th measuring scale 8 is along the horizontal direction Movable insertion is located in the 3rd measuring scale 7.

The number of side for being provided with the 3rd graduation mark 71 of 3rd measuring scale 7 and setting for the 4th measuring scale 8 The number for being equipped with the side of the 4th graduation mark 81 can determine as needed, in order to read the 3rd scale in a plurality of directions 71 and the 4th graduation mark 81 of line, can use the setting similar with first measuring scale 1, and one in the utility model is specific real Apply in example, two of the 3rd measuring scale 7 orthogonal sides (specifically, are side towards reader in Fig. 1~Fig. 2 Face and side upward) on along it is described it is horizontally arranged have the 3rd graduation mark 71, two of the 4th measuring scale 8 mutually hang down Along described horizontally arranged on straight side (specifically, be in Fig. 1~Fig. 2 side) towards the side of reader and upward There is the 4th graduation mark 81.

3rd graduation mark 71 and second graduation mark 21 can be separate, can also be continuous, for the ease of reading The numerical value of the wall thickness of measurement is taken, it is preferred that the 3rd graduation mark 71 is the follow-up graduation mark of second graduation mark 21, i.e., the Two graduation marks 21 and the 3rd graduation mark 71 may be constructed more complete longer graduation mark.Refer to shown in Fig. 1~Fig. 2, in this reality With in a new specific embodiment, the second graduation mark 21 is 300mm~600mm graduation marks, the 3rd graduation mark 71 for 600mm~ 900mm graduation marks.

4th graduation mark 81 and the 3rd graduation mark 71 can be separate, can also be continuous, for the ease of reading The numerical value of the wall thickness of measurement is taken, it is preferred that the 4th graduation mark 81 is the follow-up graduation mark of the 3rd graduation mark 71, i.e., the Three graduation marks 71 and the 4th graduation mark 81 may be constructed more complete longer graduation mark.Refer to shown in Fig. 1~Fig. 2, in this reality With in a new specific embodiment, the 3rd graduation mark 71 is 600mm~900mm graduation marks, the 4th graduation mark 81 for 900mm~ 1200mm graduation marks.

3rd measuring scale 7 and the 4th measuring scale 8 can be made of any suitable material, new in this practicality In one specific embodiment of type, the 3rd measuring scale 7 and the 4th measuring scale 8 are made of aluminum alloy materials.

3rd measuring scale 7 can have any suitable size, in a specific embodiment of the utility model, institute The size for stating the cross section of the 3rd measuring scale 7 is 40mm (length) * 15mm (width) * 2mm (thickness), the length of the 3rd measuring scale 7 For 400mm.

4th measuring scale 8 can have any suitable size, in a specific embodiment of the utility model, institute The size for stating the cross section of the 4th measuring scale 8 is 35mm (length) * 10mm (width) * 2mm (thickness), the length of the 4th measuring scale 8 For 400mm.

In order to control the 3rd measuring scale 7 relative to the flexible of second measuring scale 2 and control the described 4th to survey Gage 8 is flexible relative to the 3rd measuring scale 7, can be as the first measuring scale 1 and the second measuring scale 2, described the The first perforation 12 is also provided with two measuring scales 2, the first elastomeric element 4, the first elastic portion are also provided with the 3rd measuring scale 7 4 at least part of part wears first perforation 12；And the first perforation 12 is also provided with the 3rd measuring scale 7, described The first elastomeric element 4 is also provided with 4th measuring scale 8,4 at least part of the first elastomeric element wears first perforation 12.

It is more convenient, accurate in order to measure, it is preferred that the Extensible portable, which surveys wall thickness gage, further includes vernier 5, the One measuring jaw 9,6 and second measuring jaw 13 of fixed mark, the vernier 5 are arranged on first measuring jaw 9, and the fixed mark 6 is arranged on On second measuring jaw 13, first measuring scale 1 is located in the vernier 5 along the horizontal direction movable insertion, described solid The end of remote first measuring scale 1 of the connection of calibration 6 second measuring scale 2, first measuring jaw 9 and second amount Pawl 13 is oppositely arranged along the horizontal direction, and the end of direction second measuring jaw 13 of first measuring jaw 9 is along the level Direction protrudes from the vernier 5, and the end of direction first measuring jaw 9 of second measuring jaw 13 is protruded along the horizontal direction In the fixed mark 6.Refer to shown in Fig. 1~Fig. 2, in a specific embodiment of the utility model, it is described it is scalable just Take formula and survey wall thickness gage and further include the 3rd measuring scale 7 and the Extensible portable and survey wall thickness gage and further include the 4th measuring scale In the case of 8, the end of remote 3rd measuring scale 7 of the fixed connection of mark 6 the 4th measuring scale 8.

First measuring jaw 9 and second measuring jaw 13 can be made of any suitable material, in the utility model A specific embodiment in, first measuring jaw 9 and second measuring jaw 13 are made of aluminum alloy materials.

First measuring jaw 9 and second measuring jaw 13 can have any suitable size, the one of the utility model In specific embodiment, the size of the cross section of first measuring jaw 9 and second measuring jaw 13 is 50mm (length) * 30mm (width) * The length of 2mm (thickness), first measuring jaw 9 and second measuring jaw 13 is 50mm.

The vernier 5 and the fixed mark 6 can have any suitable structure, and more preferably, the vernier 5 includes termination 51st, the first cursor 52 and the first telescopic arm 53, the fixed mark 6 include afterbody 61, the second cursor 62 and the second telescopic arm (not shown), first measuring scale 1 are located in the termination 51 along the horizontal direction movable insertion, the afterbody 61 The end of remote first measuring scale 1 of second measuring scale 2 is connected, first cursor 52 is vertically rotatably connected The termination 51, second cursor 62 are vertically rotatably connected the afterbody 61, and first cursor 52 and described Second cursor 62 is rotatable in identical vertical plane, and first cursor 52 has the first folding position and the first exhibition Open position, in first folding position, first cursor 52 is parallel with first measuring scale 1, in the described first exhibition Open position, first cursor 52 is vertical with first measuring scale 1, and second cursor 62 has the second folding position With the second expanded position, in second folding position, second cursor 62 is parallel with second measuring scale 2, in institute The second expanded position is stated, second cursor 62 is vertical with second measuring scale 2, the length side of first cursor 52 To, first telescopic arm 53 length along first telescopic arm 53 identical with the length direction of first telescopic arm 53 Direction movable insertion is located in first cursor 52, and first measuring jaw 9 connects the remote institute of first telescopic arm 53 State the end of the first cursor 52, the length direction phase of the length direction of second cursor 62 and second telescopic arm Together, the length direction movable insertion of second telescopic arm along second telescopic arm is located in second cursor 62, Second measuring jaw 13 connects the end of remote second cursor 62 of second telescopic arm, and position is unfolded described first Put with second expanded position, first measuring jaw 9 and second measuring jaw 13 are oppositely arranged along the horizontal direction, described The end of direction second measuring jaw 13 of first measuring jaw 9 protrudes from first telescopic arm 53 along the horizontal direction, described The end of direction first measuring jaw 9 of second measuring jaw 13 protrudes from second telescopic arm along the horizontal direction.Refer to Shown in Fig. 1~Fig. 2 and Fig. 5, in a specific embodiment of the utility model, first measuring jaw 9 is stretched perpendicular to described first Contracting arm 53 (either first cursor 52) is into ⊥ shapes second measuring jaw 13 perpendicular to second telescopic arm (or institute State the second cursor 62) into ⊥ shapes, the Extensible portable survey wall thickness gage further include the 3rd measuring scale 7 and it is described can In the case that portable telescopic survey wall thickness gage further includes the 4th measuring scale 8, the afterbody 61 connects the 4th measuring scale 8 End away from the 3rd measuring scale 7.

The termination 51 can have any suitable size, in a specific embodiment of the utility model, the end The size of first 51 cross section is 50mm (length) * 30mm (width) * 2mm (thickness).Therefore, the termination 51 is rectangular-ambulatory-plane termination.

First cursor 52 and second cursor 62 can be set in identical vertical plane with opposed rotatable Put, can also rotatably set in opposite directions, in order to enable the utility model volume after folding smaller, refers to shown in Fig. 1~Fig. 2, In a specific embodiment of the utility model, first cursor 52 and 62 opposed rotatable of the second cursor are set Put.In this way, after rotating, in first folding position and second folding position, first cursor 52 and described the Two cursors 62 are close to each other, and first measuring jaw 9 and second measuring jaw 13 are close to each other.

First cursor 52 and second cursor 62 can have any suitable size, in the utility model A specific embodiment in, the size of the cross section of first cursor 52 and second cursor 62 is 25mm (length) * The length of 25mm (width) * 2mm (thickness), first cursor 52 and second cursor 62 is 200mm.

First telescopic arm 53 and second telescopic arm can have any suitable size, in the utility model In one specific embodiment, the size of the cross section of first telescopic arm 53 and second telescopic arm is 20mm (length) * 20mm The length of (width) * 2mm (thickness), first telescopic arm 53 and second telescopic arm is 200mm.

For the ease of mobile the utility model, refer to shown in Fig. 1~Fig. 2, in a specific embodiment of the utility model In, handle 14 is set on afterbody 61, then when needing mobile the utility model, direct hand grabs handle 14 and moves this practicality newly Type, it is very convenient.

, can be in the end of the 3rd measuring scale 7 in order to protect the 3rd measuring scale 7 and the 4th measuring scale 8 Helmet 3 is also provided with the end of the 4th measuring scale 8, is referred to shown in Fig. 1~Fig. 2, one in the utility model is specific real Apply in example, in the case where the afterbody 61 connects the end of remote 3rd measuring scale 7 of the 4th measuring scale 8, institute State the end of close 4th measuring scale 8 of the 3rd measuring scale 7 and the end of remote 4th measuring scale 8 of the afterbody 61 Portion is also equipped with helmet 3, such as plastics helmet.

For the ease of fixing first measuring scale 1 and the termination 51 when needed, Fig. 1~Fig. 2 and Fig. 5 institutes are referred to Show, in a specific embodiment of the utility model, the Extensible portable surveys wall thickness gage and further includes fixing piece 15, described First measuring scale 1 is detachably fixed by the fixing piece 15 and the termination 51.

The fixing piece 15 can be any suitable fixing piece, such as fastener, refer to Fig. 1~Fig. 2 and Fig. 5 institutes Show, in a specific embodiment of the utility model, the fixing piece 15 is trip bolt 16, and the trip bolt 16 is worn simultaneously Screw thread engages one of side (specifically, be in Fig. 1~Fig. 2 side) upward of the termination 51 and is resisted against described On first measuring scale 1.The trip bolt 16 can be such as 20 screws of Φ, and length can be such as 20mm.

For the ease of holding the utility model during measurement wall thickness, refer to shown in Fig. 1~Fig. 2 and Fig. 5, in the utility model A specific embodiment in, the Extensible portable surveys wall thickness gage and further includes the first hand holding handle 17 and the second hand holding handle 18, The termination 51 is arranged on first hand holding handle 17, and first cursor 52 is vertically rotatably provided in described first-hand Hold in handle 17, the afterbody 61 is arranged on second hand holding handle 18, and second cursor 62 is vertically rotatably provided in In second hand holding handle 18.So as to which, first cursor 52 is vertically rotatably connected institute by first hand holding handle 17 State termination 51, second cursor 62 is vertically rotatably connected the afterbody 61 by second hand holding handle 18.

First cursor 52 be vertically rotatably provided in first hand holding handle 17 can use it is any suitable Structure, refers to shown in Fig. 1~Fig. 2 and Fig. 5, and in a specific embodiment of the utility model, first cursor 52 is logical First rotating shaft 19 is crossed vertically to be rotatably provided in first hand holding handle 17.

Second cursor 62 be vertically rotatably provided in second hand holding handle 18 can use it is any suitable Structure, refers to shown in Fig. 1~Fig. 2, and in a specific embodiment of the utility model, second cursor 62 passes through second Shaft 22 is vertically rotatably provided in second hand holding handle 18.

First hand holding handle 17 and second hand holding handle 18 can be made of any suitable material, in this practicality In a new specific embodiment, first hand holding handle 17 and second hand holding handle 18 are made of aluminum alloy materials.

First hand holding handle 17 and second hand holding handle 18 can have any suitable shape, refer to Fig. 1~ Shown in Fig. 2 and Fig. 5, in a specific embodiment of the utility model, first hand holding handle 17 and second hand holding handle 18 It is horizontal tubular component, and one end of the tubular part cuts quadrant, first hand holding handle 17 and described Two hand holding handles 18 are symmetrical arranged.

First hand holding handle 17 and second hand holding handle 18 can have any suitable size, in the utility model A specific embodiment in, the size of the cross section of first hand holding handle 17 and second hand holding handle 18 is 50mm (length) * The length of 25mm (width) * 2mm (thickness), first hand holding handle 17 and second hand holding handle 18 is 100mm.

In order to control first telescopic arm 53 to stretch relative to flexible and described the second of first cursor 52 Arm is relative to the flexible of second cursor 62, it is preferred that the Extensible portable, which surveys wall thickness gage, further includes the second bullet Property 23 and the 3rd elastomeric element 24 of component, one of side of first cursor 52 (specifically, is in Fig. 1~Fig. 2 Towards the side of reader) on be provided with the second perforation 54, second elastomeric element 23 is perpendicular to first cursor 52 One of side, one end of second elastomeric element 23 is arranged on first telescopic arm 53, second elasticity The other end of component 23 at least partly wears second perforation 54, and one of side of second cursor 62 is (specific Ground, is the side towards reader in Fig. 1~Fig. 2) on be provided with the 3rd perforation 63, the 3rd elastomeric element 24 is perpendicular to institute The one of side for the second cursor 62 stated, one end of the 3rd elastomeric element 24 are arranged on second telescopic arm On, the other end of the 3rd elastomeric element 24 at least partly wears the 3rd perforation 63.

Second elastomeric element 23 and the 3rd elastomeric element 24 can use the knot such as first elastomeric element 4 Structure, naturally it is also possible to use the structure different from first elastomeric element 4.Refer to shown in Fig. 1~Fig. 2 and Fig. 5, in this reality With in a new specific embodiment, the structure of the structure of second elastomeric element 23 and the 3rd elastomeric element 24 with The structure of first elastomeric element 4 is identical, and simply installation site is different.

Specifically, second elastomeric element 23 also includes the first spring 41 and the first button 42, first spring 41 Perpendicular to one of side of first cursor 52 (specifically, be in Fig. 1~Fig. 2 side) towards reader, One end of first spring 41 is arranged on first telescopic arm 53, and first button 42 is arranged on first spring 41 other end, described first button, 42 at least part wear second perforation 54.Refer to shown in Fig. 1~Fig. 2 and Fig. 5, In a specific embodiment of the utility model, first button 42 wears and exposes second perforation 54.

Specifically, the 3rd elastomeric element 24 also includes the first spring 41 and the first button 42, first spring 41 Perpendicular to one of side of second cursor 62 (specifically, be in Fig. 1~Fig. 2 side) towards reader, One end of first spring 41 is arranged on second telescopic arm, and first button 42 is arranged on first spring 41 The other end, described first button, 42 at least part wear it is described 3rd perforation 63.Refer to shown in Fig. 1~Fig. 2, in this practicality In a new specific embodiment, first button 42 wears and exposes the 3rd perforation 63.

In usually folding shrinking state, the utility model is as shown in Figure 1, in use, by the first cursor 52 and second Cursor 62 downwards rotate backward to 1 upright position of the first measuring scale, as shown in Fig. 2, it is general then to prejudge wall 25 to be measured Thickness, cause the second measuring scale 2 or more measuring scale to stretch out the first measuring scale vernier 5 and the 6 mutually opposing movements of fixed mark 1, because there are waterstop 26, also need anticipation waterstop 26 to exceed the length of wall 25 to be measured, the first measuring jaw 9 is stretched along first The length direction of arm 53 moves so that the length of the first cursor 52 and the first telescopic arm 53 exceeds wall to be measured more than waterstop 26 The length of body 25, the length direction of the second measuring jaw 13 along the second telescopic arm is moved so that the second cursor 62 and the second telescopic arm Length be more than waterstop 26 exceed wall 25 to be measured length, in this way, complete measurement before gage preparation.Then as schemed Shown in 6 by measuring scale (including the first measuring scale 1, the second measuring scale 2 ...) be placed on the waterstop 26 of wall 25 to be measured, Make two measuring jaws (the first measuring jaw 9 and the second measuring jaw 13) respectively with two sides of wall 25 to be measured close to sliding 5 position of vernier And two measuring jaws are clamped into wall 25 to be measured using hand holding handle (the first hand holding handle 17 and the second hand holding handle 18).Ruler is observed and measured again On level vial bubble 10 and vertical level bubble 20, adjust the horizontal level and measuring scale and wall 25 to be measured of measuring scale Relative vertical, make level(l)ing bubble placed in the middle, then carry out reading and recording corresponding data, be measured.Finally, vernier will be passed through 5 measuring scales extracted out with fixed mark 6 withdraw, telescopic arm are withdrawn and folds cursor, again in shown in Fig. 1.

Therefore, using the utility model, by vernier and the development length of fixed target telescopic arm adjusting gage, you can across More waterstop pre-buried among concrete structure wall, can disposably measure wall thickness.Furthermore flexible by measuring scale can be with The wall thickness in the range of 0mm~1200mm is measured, without by other any auxiliary tools.In addition, by firmly clamping hand Hold handle and measuring jaw is close to surface of wall, make the data result of measurement more accurate；In addition, measuring scale and telescopic arm can pass through Elastomeric element reaches flexible effect, the long 450mm of main scale after overall shrinkage, vernier and fixed mark telescopic arm is shunk and cursor is rolled over The whole gage width of poststack is only 100mm, and not only effectively protection measuring jaw is without damage, but also gage is convenient for carrying.

Further, the material such as measuring scale, fixed mark, vernier, measuring jaw uses the aluminium alloy from heavy and light and firm and durable Material is made, and whole gage is light and durable, can meet the purpose of its recycling.

Further, by installing level(l)ing bubble, the levelness of gage is finely tuned in measurement process makes bubble substantially placed in the middle Reading again afterwards, can be further ensured that measurement data accuracy so as to reach measurement accuracy requirement.

So as to which the utility model provides a kind of Extensible portable and surveys wall thickness gage, breaks the simple tape measure of conventional dependence Waterstop both sides thickness of wall body is measured respectively and then two results addeds draw the thoughtcast of overall wall thickness, passes through certain length Telescopic arm across waterstop pre-buried in wall, hand holding handle is recycled by measuring jaw clamping structure wall both sides metope, using can stretch The measuring scale of contracting disposably precisely completes the measurement of structure wall thickness, and disposably agent structure wall is accurately measured so as to realize Thickness.Measuring method is simple, easily operated, and measurement efficiency is higher.At the same time avoid among wall with the presence of preburied component The error that measurement hinders and uses tape measure to measure by several times, measurement effect are obvious.

To sum up, the Extensible portable of the utility model, which surveys wall thickness gage, can once complete measurement and the essence of thickness of wall body Degree reaches requirement, avoids that subsequent structural construction is caused to seriously affect, ensures the construction period, reduces project cost, scalable, receives Small after contracting, easy to carry, ingenious in design, simple for structure, manufacture is easy, and cost is low, suitable for large-scale promotion application.

It can be seen from the above that the purpose of this utility model is achieved completely and effectively.The function of the utility model and Structural principle is shown and is illustrated in embodiment, and under without departing substantially from the principle, embodiment can make any modification.Institute With the utility model includes all variant embodiments based on claim spirit and right.

Claims (10)

1. a kind of Extensible portable surveys wall thickness gage, it is characterised in that including the first measuring scale and the second measuring scale, described the One measuring scale and second measuring scale are horizontally disposed, along described at least one side of first measuring scale Horizontally arranged have the first graduation mark, horizontally arranged has along described at least one side of second measuring scale Two graduation marks, second measuring scale are located in first measuring scale along the horizontal direction movable insertion.

2. Extensible portable as claimed in claim 1 surveys wall thickness gage, it is characterised in that the Extensible portable surveys wall Thick gage further includes the first elastomeric element, is provided with the first perforation on one of side of first measuring scale, and described One elastomeric element is arranged on institute perpendicular to one of side of first measuring scale, one end of first elastomeric element State on the second measuring scale, the other end of first elastomeric element at least partly wears first perforation.

3. Extensible portable as claimed in claim 1 surveys wall thickness gage, it is characterised in that the Extensible portable surveys wall Thick gage further includes level vial bubble and vertical level bubble, the level vial bubble and vertical level bubble difference It is arranged on two orthogonal sides of first measuring scale.

4. Extensible portable as claimed in claim 1 surveys wall thickness gage, it is characterised in that the Extensible portable surveys wall Thick gage further includes the 3rd measuring scale, and the 3rd measuring scale is along described horizontally arranged, and the 3rd measuring scale is at least On one side along it is described it is horizontally arranged have the 3rd graduation mark, the 3rd measuring scale is along the horizontal direction movable insertion It is located in second measuring scale.

5. Extensible portable as claimed in claim 4 surveys wall thickness gage, it is characterised in that the Extensible portable surveys wall Thick gage further includes the 4th measuring scale, and the 4th measuring scale is along described horizontally arranged, and the 4th measuring scale is at least On one side along it is described it is horizontally arranged have the 4th graduation mark, the 4th measuring scale is along the horizontal direction movable insertion It is located in the 3rd measuring scale.

6. Extensible portable as claimed in claim 1 surveys wall thickness gage, it is characterised in that the Extensible portable surveys wall Thick gage further includes vernier, the first measuring jaw, fixed mark and the second measuring jaw, and the vernier is arranged on first measuring jaw, described Fixed mark is arranged on second measuring jaw, and first measuring scale is located at the vernier along the horizontal direction movable insertion In, the fixed mark connects the end of remote first measuring scale of second measuring scale, first measuring jaw and described Second measuring jaw is oppositely arranged along the horizontal direction, and the end of direction second measuring jaw of first measuring jaw is along the level Direction protrudes from the vernier, and the end of direction first measuring jaw of second measuring jaw protrudes from institute along the horizontal direction State fixed mark.

7. Extensible portable as claimed in claim 6 surveys wall thickness gage, it is characterised in that the vernier includes termination, the One cursor and the first telescopic arm, the fixed mark include afterbody, the second cursor and the second telescopic arm, first measuring scale It is located at along the horizontal direction movable insertion in the termination, the afterbody connects remote described the first of second measuring scale The end of measuring scale, first cursor are vertically rotatably connected the termination, and second cursor vertically rotatably connects The afterbody is connect, and first cursor and second cursor are rotatable in identical vertical plane, described first Cursor has the first folding position and the first expanded position, in first folding position, first cursor with it is described First measuring scale is parallel, and in first expanded position, first cursor is vertical with first measuring scale, and described second Cursor has the second folding position and the second expanded position, in second folding position, second cursor with it is described Second measuring scale is parallel, and in second expanded position, second cursor is vertical with second measuring scale, and described first The length direction of cursor is identical with the length direction of first telescopic arm, and first telescopic arm is flexible along described first The length direction movable insertion of arm is located in first cursor, and first measuring jaw connects the remote of first telescopic arm The end of first cursor, the length direction of second cursor is identical with the length direction of second telescopic arm, The length direction movable insertion of second telescopic arm along second telescopic arm is located in second cursor, and described Two measuring jaws connect the end of remote second cursor of second telescopic arm, in first expanded position and described the Two expanded positions, first measuring jaw and second measuring jaw are oppositely arranged along the horizontal direction, the court of first measuring jaw First telescopic arm is protruded to the end of second measuring jaw along the horizontal direction, described in the direction of second measuring jaw The end of first measuring jaw protrudes from second telescopic arm along the horizontal direction.

8. Extensible portable as claimed in claim 7 surveys wall thickness gage, it is characterised in that the Extensible portable surveys wall Thick gage further includes fixing piece, and first measuring scale is detachably fixed by the fixing piece and the termination.

9. Extensible portable as claimed in claim 7 surveys wall thickness gage, it is characterised in that the Extensible portable surveys wall Thick gage further includes the first hand holding handle and the second hand holding handle, and the termination is arranged on first hand holding handle, described first turn Swing arm is vertically rotatably provided in first hand holding handle, and the afterbody is arranged on second hand holding handle, and described second Cursor is vertically rotatably provided in second hand holding handle.

10. Extensible portable as claimed in claim 7 surveys wall thickness gage, it is characterised in that the Extensible portable is surveyed Wall thickness gage further includes the second elastomeric element and the 3rd elastomeric element, is provided with one of side of first cursor Second perforation, second elastomeric element is perpendicular to one of side of first cursor, second elastic portion One end of part is arranged on first telescopic arm, and the other end of second elastomeric element at least partly wears described second and wears Hole, the 3rd perforation is provided with one of side of second cursor, the 3rd elastomeric element is perpendicular to described One of side of second cursor, one end of the 3rd elastomeric element are arranged on second telescopic arm, and described The other end of three elastomeric elements at least partly wears the 3rd perforation.