CN209652999U

CN209652999U - A kind of low strain integrity testing device for architectural engineering pile measurement

Info

Publication number: CN209652999U
Application number: CN201920136538.3U
Authority: CN
Inventors: 吴龙飞
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-01-27
Filing date: 2019-01-27
Publication date: 2019-11-19
Anticipated expiration: 2029-01-27

Abstract

A kind of low strain integrity testing device for architectural engineering pile measurement, it include: cabinet, detector, detection hammer and solidus mechanism, cabinet includes box main body and case lid, case lid offers the first placing groove, detection hammer activity is fastened in the first placing groove, case lid is provided with the first magnetic part, box main body offers the second placing groove, detector activity is fastened in the second placing groove, box main body is provided with the second magnetic part, box main body is provided with drawer, box main body is provided with locking assembly, solidus mechanism includes fixed block and wire-wrap board, detection hammer includes hammer handle, hammer main body into shape, first tup and the second tup.Solidus mechanism is set, storage is wound to extra connecting line, is avoided being scattered on the ground, tup is connected with hammer main body screw, detection hammer is facilitated to replace different tups, the pile measurement of different situations is adapted to, drawer is set, the accessory for needing to use can be stored, it is convenient for carrying, the present apparatus stores classifiedly detection instrument, facilitates pick-and-place, improves detection efficiency.

Description

A kind of low strain integrity testing device for architectural engineering pile measurement

Technical field

The utility model relates to Test Technology of Pile Foundation fields, in particular to a kind of to answer for the low of architectural engineering pile measurement Become detection device.

Background technique

In architectural engineering, need to detect foundation pile, it is general to use Low Strain Dynamic Testing of Piles mode to the structure of foundation pile Integrality is detected, and low strain dynamic pile measurement instrument is to apply one in stake top using sonic echo testing base pile integrity Dynamic force (dynamic load), dynamic force can be transient impact power or stable state exciting force, and Pile-soil System produces under the action of dynamic force Raw dynamic response surveys dynamic response signal (such as displacement, speed, acceleration in the stake top of sensor using the sensor of different function Spend signal), by time-domain analysis to signal or transfer function analysis, judges pile construction integrity, need to use in the detection It is hammered into shape to detection, according to the specific pile foundation depth and size cases, needs to hammer into shape using different detection, when detection needs to carry multiple Detection hammer, and be also required to carry other accessories, the inconvenience of testing staff is caused, meanwhile, when detecting, detector needs are used The external some detectors of connecting line, such as acceleration transducer, connecting line is generally longer, can be used for different situations, is detecting When, extra connecting line is directly scattered on the ground to be easy to make and damage connecting line dirty, influences to detect.

Utility model content

The technical problem to be solved by the utility model is to provide a kind of low strain dynamic inspections for architectural engineering pile measurement Survey device.

The technical solution that the utility model solves above-mentioned technical problem is as follows: a kind of for the low of architectural engineering pile measurement Strain-Sensing device, comprising: cabinet, detector, detection hammer and solidus mechanism, the cabinet include box main body and case lid, described One end of case lid and box main body rotation connection, the case lid offer the first placing groove, first placing groove and described Detection hammer is adapted, and the detection hammer activity is fastened in first placing groove, and the case lid offers described first and places Slot is provided with the first magnetic part on one side, and the box main body offers the second placing groove, second placing groove and the detection Instrument is adapted, and the detector activity is fastened in second placing groove, and the box main body offers second placing groove Be provided with the second magnetic part on one side, first magnetic part and the second magnetic part magnetism are attracting, box main body setting There is drawer, the box main body is provided with locking assembly, and the locking assembly includes the first rotary buckle and the second rotary buckle, institute The one side activity for stating the first rotary buckle and the drawer abuts, and the one side activity of second rotary buckle and the drawer is supported It connecing, first rotary buckle and second rotary buckle are oppositely arranged, and the solidus mechanism includes fixed block and wire-wrap board, The fixed block is flexibly connected with the detector, and the fixed block offers holding tank, and the wire-wrap board is arranged in the appearance It receives in slot, the side wall of the fixed block offers inlet wire card slot and outlet card slot, the inlet wire card slot and the outlet card slot phase To setting, the detection hammer includes that hammer handle, hammer main body, the first tup and the second tup, the hammer handle and the hammer main body are fixed Connection, one end of the hammer main body offer the first mounting groove, and the other end of the hammer main body offers the second mounting groove, described First tup is provided with the first protrusion, and first protrusion and first mounting groove are adapted, first protrusion Connected with the sidewall thread of first mounting groove, second tup is provided with the second protrusion, second protrusion and Second mounting groove is adapted, and second protrusion is connected with the sidewall thread of second mounting groove.

Further, the drawer is provided with several partitions.

Further, the wire-wrap board offers several grooves.

Further, the box main body is provided with handle.

Further, the hammer handle and the hammer main body are integrally formed.

It further, further include the first tie down screw, the side wall of first mounting groove offers the first locking slot, described First tie down screw is connected with the sidewall thread of first locking slot.

It further, further include the second tie down screw, the side wall of second mounting groove offers the second locking slot, described Second tie down screw is connected with the sidewall thread of second locking slot.

The beneficial effects of the utility model are: solidus mechanism can be bonded in inspection when detecting by being provided with solidus mechanism It surveys on instrument, extra connecting line winding is accommodated in solidus mechanism, avoids being scattered on the ground, makes connecting line dirty, influence to examine The detection of survey personnel, tup are connected with hammer main body screw, are facilitated detection hammer to replace different tups, are adapted to the pile foundation of different situations Low strain integrity testing, avoid carrying different detection hammers, only need to change unlike material or different size of tup, reduce detection people The workload of member is provided with drawer, can store the accessory that the detections such as tup need to use, facilitate testing staff to carry, this dress It sets and detection instrument is stored classifiedly, facilitate testing staff's pick-and-place, improve detection efficiency.

Detailed description of the invention

Fig. 1 is a kind of structural representation of low strain integrity testing device for architectural engineering pile measurement of one embodiment Figure；

Fig. 2 is the structural schematic diagram of the solidus mechanism of one embodiment；

Fig. 3 is the structural schematic diagram of the detection hammer of one embodiment.

Specific embodiment

It should be noted that in the absence of conflict, the feature in the embodiments of the present invention and embodiment can To be combined with each other.Below with reference to the attached drawing of the utility model embodiment, the technical solution of the utility model is done and is further retouched It states, the utility model is not limited only to following specific embodiments.

It is to be appreciated that in the attached drawing of embodiment, the same or similar label correspond to the same or similar components.At this In the description of utility model, it is to be understood that if having term " on ", "lower", "front", "rear", "left", "right", "top", "bottom" The orientation or positional relationship of equal instructions is to be based on the orientation or positional relationship shown in the drawings, and being merely for convenience of description, this is practical new Type and simplified description, rather than the equipment of indication or suggestion meaning or element must have a particular orientation, with specific orientation Construction and operation, therefore the terms describing the positional relationship in the drawings are only for illustration, should not be understood as to this patent Limitation, for the ordinary skill in the art, can understand the concrete meaning of above-mentioned term as the case may be.

As shown in Figure 1, Figure 2 and Figure 3, in one embodiment, a kind of low strain dynamic for architectural engineering pile measurement is examined Survey device, comprising: cabinet 100, detector 200, detection hammer 300 and solidus mechanism 400, the cabinet 100 include box main body 110 With case lid 120, one end of the case lid 120 and the box main body 110 are rotatablely connected, specifically, one end of the case lid 120 is logical It crosses the device that rotation connection may be implemented and the box main body 110 is realized and is rotatablely connected, for example, described may be implemented to be rotatablely connected Device be hinge, for example, it is described may be implemented rotation connection device be hinge, for example, described may be implemented to be rotatablely connected Device be shaft.

The case lid 120 offers the first placing groove, and first placing groove and detection hammer 300 are adapted, described Detection 300 activities of hammer are fastened in first placing groove, and the case lid 120 offers the one side setting of first placing groove There is the first magnetic part (not shown), the box main body 110 offers the second placing groove, second placing groove and the detector 200 are adapted, and 200 activity of detector is fastened in second placing groove, and the box main body 110 offers described second Placing groove is provided with the second magnetic part (not shown) on one side, and first magnetic part and the second magnetic part magnetism are attracting, Specifically, the case lid 120 and the box main body 110 have opened up first placing groove in the side that closed state contacts 121, first placing groove 121 and the detection are hammered 300 shapes into shape and are adapted, and the detection hammer 300 is placed on described first and puts It sets in slot 121, the box main body 110 has opened up described second with the side of the case lid 120 contact in closed state and put Slot 111 is set, second placing groove 111 and 200 shape of the detector are adapted, and the detector 200 is placed on described In two placing grooves 111.

The box main body 110 is provided with drawer 112, and the box main body 110 is provided with locking assembly 130, the locking group Part 130 includes the first rotary buckle 131 and the second rotary buckle 132, first rotary buckle 131 and the drawer 112 Activity abuts on one side, and the one side activity of second rotary buckle 132 and the drawer 112 abuts, first rotary buckle 131 and second rotary buckle 132 be connected to respectively the drawer 112 the same face both ends, that is, first revotating card Button 131 is connected to one end of the drawer 112, and second rotary buckle 132 is connected to the other end of the drawer 112, institute It states the first rotary buckle 131 and second rotary buckle 132 is oppositely arranged, specifically, first rotary buckle 131 and institute The both ends that the second rotary buckle 132 is separately positioned on the front end face of the drawer 112 are stated, first rotary buckle 131 passes through It rotates and the front end face activity of the drawer 112 abuts, second rotary buckle 132 passes through rotation and the drawer 112 Front end face activity abuts, that is, when drawer 112 is inserted into box main body 110, the first rotary buckle 131 and the second rotary buckle 132 It is rotated respectively towards drawer 112, and abuts the surface of drawer 112, avoid drawer 112 from skidding off out of box main body, when the first revotating card Button 131 and the second rotary buckle 132 rotate backward respectively, i.e., when being rotated towards the direction far from drawer 112, the first rotary buckle 131 and second rotary buckle 132 be staggered respectively with drawer so that drawer can be pulled out out of box main body.

The solidus mechanism 400 includes fixed block 410 and wire-wrap board 420, the fixed block 410 and the detector 200 It is flexibly connected, it should be understood that the fixed block 410 can be flexibly connected by double faced adhesive tape and the detector 200, institute It states fixed block 410 and offers holding tank 411, the wire-wrap board 420 is arranged in the holding tank 411, the fixed block 410 Side wall offers inlet wire card slot 412 and outlet card slot 413, i.e. the side wall of 411 side of holding tank opens up inlet wire card slot 412 and outlet Card slot 413, inlet wire card slot 412 and outlet card slot 413 extend through the side wall of 411 side of holding tank.

The inlet wire card slot 412 and the outlet card slot 413 are oppositely arranged, and the inlet wire card slot 412 and the outlet The setting of the interval of card slot 413, the detection hammer 300 include hammer handle 310, hammer main body 320, the first tup 330 and the second tup 340 into shape, The hammer handle 310 is fixedly connected with the hammer main body 320, it is worth mentioning at this point that, in one embodiment, 310 He of hammer handle The hammer main body 320 is integrally formed.One end of the hammer main body 320 offers the first mounting groove 321, the hammer main body 320 The other end offers the second mounting groove 322, and first tup 330 is provided with the first protrusion 331, first protrusion 331 and first mounting groove 321 be adapted, first protrusion 331 is provided with external screw thread, first mounting groove 321 Side wall be provided with internal screw thread, first protrusion 331 is inserted in first mounting groove 321, first protrusion 331 connect with the sidewall thread of first mounting groove 321, and second tup 340 is provided with the second protrusion 341, described Second protrusion 341 and second mounting groove 322 are adapted, and first protrusion 331 is provided with external screw thread, and described second Mounting groove 322 is provided with internal screw thread, and first protrusion 331 is inserted in second mounting groove 322, second protrusion Portion 341 is connected with the sidewall thread of second mounting groove 322.

Specifically, when being detected, opening the case lid 120, the detection hammer 300 and the detector 200 are taken out, Meanwhile rotation first rotary buckle 131 is to the state not abutted completely with the front end face of the drawer 112, described in rotation Second rotary buckle 132 opens the drawer 112, takes inspection to the state not abutted completely with the front end face of the drawer 112 Accessory required for survey, and the accessory connecting with the detector 200 will be needed to be attached by connecting line, according to specific With line situation, remaining connecting line is wrapped on the wire-wrap board 420 by 412 inlet wire of inlet wire card slot, is then passed through 413 outlet of outlet card slot, carries out storage processing to remaining connecting line, avoids scattered on the ground, makes connecting line dirty, connects After fixing required accessory, according to specific pile foundation situation, corresponding tup is replaced by being spirally connected to choose, then can start to examine It surveys, when detection, testing staff holds the hammer handle 310, taps to foundation pile, and the accessory connecting with the detector 200 is (such as Acceleration transducer) it will test signal and send detector to, pass through the testing result comparative analysis repeatedly struck, completes inspection It surveys, puts back to detection hammer 300 in first placing groove 121 after completing detection, the detector 200 puts back to described second In placing groove 111, other accessories are put back in the drawer 112, rotate first rotary buckle 131 to the drawer 112 The state that abuts of front end face, rotate second rotary buckle 132 to the state abutted with the front end face of the drawer 112, The drawer 112 is resisted, prevents the drawer 112 from skidding off, covers the case lid 120, by first magnetic part and described The magnetive attraction of second magnetic part realizes the closure of the case lid and the cabinet.It, when detecting, can be with provided with solidus mechanism Solidus mechanism is bonded on detector, extra connecting line winding is accommodated in solidus mechanism, is avoided being scattered on the ground, It makes connecting line dirty, influences the detection of testing staff, tup is connected with hammer main body screw, and facilitate detection hammer to replace different tups, The low strain integrity testing for adapting to the pile foundation of different situations avoids carrying different detection hammers, only needs to change unlike material or different big Small tup reduces the workload of testing staff, is provided with drawer, can store the accessory that the detections such as tup need to use, side Just testing staff carries, and the present apparatus stores classifiedly detection instrument, facilitates testing staff's pick-and-place, improves detection effect Rate.

In one embodiment, the drawer 112 is provided with several partitions.The drawer is provided with partition, can be to inspection It surveys and the accessory used is needed to be stored classifiedly, convenient for collecting and use is quickly found required accessory convenient for testing staff, Improve detection efficiency.

In order to preferably store remaining connecting line, in one embodiment, the wire-wrap board 420 offers several recessed Slot.Provided with groove, connecting line be can wind in the groove, on the one hand, increase the space of connecting line winding, another party Face, the groove can also preferably block the connecting line wound, prevent connecting line from scattering, and play preferably storage connecting line Effect, storage effect it is more preferable.

In one embodiment, the box main body 110 is provided with handle 114.Provided with handle 114, testing staff can be with The low strain integrity testing device for being used for architectural engineering pile measurement is carried by the handle 114, avoids direct lift to move bad The case where operation, facilitates testing staff's carrying.

In one embodiment, as shown in figure 3, further including the first tie down screw 350, the side of first mounting groove 321 Wall offers the first locking slot, and first tie down screw 350 is inserted in first locking slot, first tie down screw 350 connect with the sidewall thread of first locking slot, and first tie down screw 350 passes through the first locking slot activity and supports It is connected to first tup 330.Specifically, adjusting first tie down screw 350, first tup 330 is carried out into one Step is fixed, and is further ensured that first tup 330 is mounted so as to securely, avoid the occurrence of loose phenomenon, influence detection accuracy.

It in one embodiment, further include the second tie down screw 360, second mounting groove 322 referring again to Fig. 3 Side wall offer the second locking slot, second tie down screw 360 is inserted in second locking slot, it is described second locking Screw rod 360 is connected with the sidewall thread of second locking slot, and second tie down screw 360 is living across second locking slot It is dynamic to be connected to second tup 340.Specifically, adjusting second tie down screw 360, second tup 340 is carried out It further fixes, is further ensured that second tup 340 is mounted so as to securely, avoid the occurrence of loose phenomenon, influence detection accuracy.

Obviously, the above embodiments of the present invention is merely examples for clearly illustrating the present invention, and It is not limitations of the embodiments of the present invention.For those of ordinary skill in the art, in above description On the basis of can also make other variations or changes in different ways.There is no need and unable to give all embodiments Exhaustion.Any modifications, equivalent replacements, and improvements made within the spirit and principle of the present invention etc., should be included in Within the protection scope of the utility model claims.

Claims

1. a kind of low strain integrity testing device for architectural engineering pile measurement characterized by comprising cabinet, detector, inspection Plummet and solidus mechanism, the cabinet include box main body and case lid, and one end of the case lid and the box main body are rotatablely connected, institute It states case lid and offers the first placing groove, first placing groove and detection hammer are adapted, and the detection hammer activity is fastened on In first placing groove, what the case lid offered first placing groove is provided with the first magnetic part, the case master on one side Body offers the second placing groove, and second placing groove and the detector are adapted, and the detector activity is fastened on described In second placing groove, what the box main body offered second placing groove is provided with the second magnetic part, first magnetic on one side Property part and the second magnetic part magnetism are attracting, and the box main body is provided with drawer, and the box main body is provided with locking assembly, institute Stating locking assembly includes the first rotary buckle and the second rotary buckle, the one side activity of first rotary buckle and the drawer It abuts, the one side activity of second rotary buckle and the drawer abuts, first rotary buckle and second rotation Buckle is oppositely arranged, and the solidus mechanism includes fixed block and wire-wrap board, and the fixed block is flexibly connected with the detector, institute It states fixed block and offers holding tank, the wire-wrap board is arranged in the holding tank, and the side wall of the fixed block offers inlet wire Card slot and outlet card slot, the inlet wire card slot and the outlet card slot are oppositely arranged, detection hammer include hammer handle, hammer main body, First tup and the second tup, the hammer handle are fixedly connected with the hammer main body, and one end of the hammer main body offers the first peace The other end of tankage, the hammer main body offers the second mounting groove, and first tup is provided with the first protrusion, and described first Protrusion and first mounting groove are adapted, and first protrusion is connected with the sidewall thread of first mounting groove, institute It states the second tup and is provided with the second protrusion, second protrusion and second mounting groove are adapted, second protrusion Portion is connected with the sidewall thread of second mounting groove.

2. being used for the low strain integrity testing device of architectural engineering pile measurement as described in claim 1, which is characterized in that the pumping Drawer is provided with several partitions.

3. as described in claim 1 be used for architectural engineering pile measurement low strain integrity testing device, which is characterized in that it is described around Line plate offers several grooves.

4. being used for the low strain integrity testing device of architectural engineering pile measurement as described in claim 1, which is characterized in that the case Main body is provided with handle.

5. being used for the low strain integrity testing device of architectural engineering pile measurement as described in claim 1, which is characterized in that the hammer Handle and the hammer main body are integrally formed.

6. being used for the low strain integrity testing device of architectural engineering pile measurement as described in claim 1, which is characterized in that further include First tie down screw, the side wall of first mounting groove offer the first locking slot, first tie down screw and described first The sidewall thread of locking slot connects.

7. being used for the low strain integrity testing device of architectural engineering pile measurement as claimed in claim 6, which is characterized in that further include Second tie down screw, the side wall of second mounting groove offer the second locking slot, second tie down screw and described second The sidewall thread of locking slot connects.