CN211317383U - Building engineering supervises and uses multi-functional inspection device - Google Patents

Abstract

The utility model discloses a multifunctional checking device for supervision of construction engineering, which comprises a steel needle hammer, an empty drum hammer, a grid mesh, an inner and outer right angle detection ruler, a vernier feeler gauge, a detection mirror, a winder, a first half device box and a second half device box; the utility model discloses a building engineering prison uses multi-functional inspection device adopts the mode of detecting chi, vernier feeler gauge, detection mirror and winder combination with steel needle sledgehammer, hollowing hammer, hundred graticule nets, inside and outside right angle, accomodates in the device box, has not only carried the efficiency that has improved the detection, convenient and fast, but also portable.

Description

Building engineering supervises and uses multi-functional inspection device

Technical Field

The invention relates to the technical field of inspection devices, in particular to a multifunctional inspection device for building engineering supervision.

Background

Along with the individual household acceptance check of the residential engineering, the attention of the engineering quality is continuously improved, the actual measurement work is particularly emphasized,

the top plate level range, the wall body verticality, the floor thickness and the like of the functional room are necessary to be measured. The construction project supervision refers to a project supervision enterprise (supervision company) with corresponding qualification and accepting the project of a construction unit

Entrusts the target law person to undertake part of project management work and control the construction behavior of the undertaking organization on behalf of the construction organization

The specialized management service can be carried out only when the construction project supervision is entrusted by a construction unit. Must be provided with

The construction unit is signed with a written entrustment supervision contract, and the supervision content, scope, right, obligation and responsibility are defined

Then, the project supervising enterprise can exercise the management right within the determined range. Project supervision enterprise congestion in the process of delegation supervision

Has certain management authority, can perform management work, is the result of the authorization of a construction unit, and is characterized by the characteristics and the ring of the project

The environmental conditions, the scale and the complexity of the project are used for examining the strength and the management level of the contract units, and the examination standard is the national law

Laws, regulations, technical specifications, regulations, standards, design documents, and the like.

At present, the construction engineering supervision and inspection device has various defects, such as inconvenient use, less functions, incomplete inspection and poor general performance.

Disclosure of Invention

The invention aims to provide a multifunctional inspection device for supervision of construction engineering.

In order to achieve the purpose, the technical solution of the invention is as follows: a multifunctional inspection device for supervision of constructional engineering comprises a steel needle hammer, an empty drum hammer, a grid mesh, an inner right-angle detection ruler, an outer right-angle detection ruler, a vernier feeler gauge, a detection mirror, a winder, a first half device box and a second half device box.

The first half device box is connected with the second half device box through a connecting belt, a steel needle small hammer groove chamber, an empty drum hammer groove chamber and a grid groove chamber are sequentially arranged in the first half device box from top to bottom, a first half handle and a first half handle hole are arranged at the top of the first half device box, moving clamping pieces are respectively arranged on two sides of the first half handle, the steel needle small hammer 1 is arranged in the steel needle small hammer groove chamber, the empty drum hammer is arranged in the empty drum hammer groove chamber, and the grid groove is arranged in the grid groove chamber; the bottom of the first half device box is provided with a connecting belt, the first half device box is connected with the second half device box through the connecting belt, an inner and outer right-angle detection ruler groove chamber, a vernier clearance gauge groove chamber, a detection mirror groove chamber and a winder groove chamber are sequentially arranged in the second half device box from back to front, a second half handle and a second half handle hole are arranged at the front part of the second half device box, clamping blocks are respectively arranged on two sides of the second half handle, the inner and outer right-angle detection rulers are arranged in the inner and outer right-angle detection ruler groove chambers, and the vernier clearance gauge is arranged in the vernier clearance gauge groove chamber; the detection mirror is arranged in the detection mirror groove chamber; the winder is arranged in the winding reel chamber.

The working principle of the invention is as follows: when the mosaic ceramic tile is used, the steel needle hammer is taken out of the steel needle hammer groove chamber, and the mosaic ceramic tile is lightly knocked for detecting and judging the hollowing degree and the bonding quality; taking the hollow hammer out of the hollow hammer groove chamber, lightly beating the plastered wall surface, and detecting and judging the hollow degree and the bonding quality of the sand ash, the bricks and the cement; taking the grid net out of the grid net groove chamber, unfolding the grid net to be used for detecting that the area is equal to that of a standard brick, uniformly distributing 100 cells on the grid net, and detecting the fullness, namely coverage, of the mortar coating on the wall surface of the masonry; the inner and outer right angle detection ruler is taken out from the inner and outer right angle detection ruler groove chamber, and is used for detecting the inner and outer right angle of the wall body after being opened: when in detection, the main ruler and the movable ruler are close to the scale plate value pointed by the pointer of the detected surface, namely the right angle deviation of the 130mm length of the detected surface, each grid is 1mm, when the ruler leaves the detected object after detection, the value pointed by the pointer cannot change, and the detection ruler can be taken to a bright place to clearly see the value after detection; the method is used for detecting the verticality and the levelness: the detection ruler is provided with a leveling pipe, so that general verticality and horizontal deviation can be detected, and the verticality can be detected by vertically leaning against the detected surface by the side surface of the main ruler; taking the vernier clearance gauge out of the vernier clearance gauge room, and detecting the size of a gap on a building wall and the flatness of a wall plane; the detection mirror is taken out of the detection mirror chamber, is used for detecting places on the building wall body, where the bending of the glade back is difficult to be directly seen by naked eyes, and can be arranged on a telescopic rod or a diagonal detection ruler so as to facilitate high-place detection; take out the winder from the winder indoor for detect building object's straight, like brick wall brickwork mortar joint, skirting line etc. during the detection, taut both ends silk thread is put in the department of being surveyed, and the visual inspection is observed the contrast. After detection is finished, the hollowing hammer is stored in a hollowing hammer groove chamber, the grid net is stored in a grid net groove chamber, the inner right-angle detection ruler and the outer right-angle detection ruler are stored in an inner right-angle detection ruler groove chamber and an outer right-angle detection ruler groove chamber, the vernier feeler ruler is stored in a vernier feeler ruler chamber, the detection mirror is stored in a detection mirror chamber, the winder is stored in a winder chamber, the first half device box and the second half device box are closed, and the movable clamping piece is pushed to be buckled with the clamping block.

The invention has the beneficial effects that: the multifunctional inspection device for building engineering supervision is stored in the device box in a mode of combining the steel needle hammer, the hollowing hammer, the grid mesh, the inner and outer right-angle detection ruler, the vernier feeler gauge, the detection mirror and the winder, improves the detection efficiency, is convenient and quick, and is convenient to carry.

Drawings

The invention is further described with reference to the following figures and detailed description.

FIG. 1 is a schematic structural diagram of the present invention.

In the figure, 1, a steel needle hammer, 2, an empty drum hammer, 3, a grid, 4, an inner and outer right angle detection ruler, 5, a vernier feeler gauge, 6, a detection mirror, 7, a winder, 8, a first half device box, 81, a steel needle hammer groove chamber, 82, an empty drum hammer groove chamber, 83, a grid groove chamber, 84, a connecting belt, 85, a mobile card, 86, a first half handle, 87, a first half handle hole, 9, a second half device box, 91, a clamping block, 92, a second half handle, 93, a second half handle hole, 94, an inner and outer right angle detection ruler groove chamber, 95, a vernier feeler gauge groove chamber, 96, a detection mirror groove chamber, 97 and a winder groove chamber.

Detailed Description

As shown in the attached figure 1, the multifunctional inspection device for monitoring and managing the building engineering comprises a steel needle hammer 1, an empty drum hammer 2, a grid net 3, an inner and outer right-angle detection ruler 4, a vernier feeler 5, a detection mirror 6, a winder 7, a first half device box 8 and a second half device box 9.

The first half device box 8 and the second half device box 9 are connected through a connecting belt 84, a steel needle small hammer groove chamber 81, an empty drum hammer groove chamber 82 and a grid groove chamber 83 are sequentially arranged in the first half device box 8 from top to bottom, a first half handle 86 and a first half handle hole 87 are arranged at the top of the first half device box 8, two sides of the first half handle 86 are respectively provided with a moving clamping piece 85, the steel needle small hammer 1 is arranged in the steel needle small hammer groove chamber 81, the empty drum hammer 2 is arranged in the empty drum hammer groove chamber 82, and the grid 3 is arranged in the grid groove chamber 83; the bottom of the first half device box 8 is provided with a connecting belt 84, the first half device box 8 is connected with the second half device box 9 through the connecting belt 84, the inside of the second half device box 9 is sequentially provided with an inner and outer right-angle detection ruler groove chamber 94, a vernier clearance gauge groove chamber 95, a detection mirror groove chamber 96 and a winder groove chamber 97 from back to front, the front part of the second half device box 9 is provided with a second half handle 92 and a second half handle hole 93, two sides of the second half handle 92 are respectively provided with a clamping block 91, the inner and outer right-angle detection ruler 4 is arranged in the inner and outer right-angle detection ruler groove chamber 94, and the vernier clearance gauge 5 is arranged in the vernier clearance gauge groove chamber 95; the detection mirror 6 is arranged in the detection mirror groove chamber 96; the reel 7 is arranged in the reel groove chamber 97.

Wherein, the steel needle hammer 1 is 10 g;

the empty drum hammer 2 is 25 g;

the reel 7 is a 15-meter reel;

when the mosaic ceramic tile is used, the steel needle hammer 1 is taken out of the steel needle hammer groove chamber 81, and the mosaic ceramic tile is lightly knocked for detecting and judging the hollowing degree and the bonding quality; taking the empty drum hammer 2 out of the empty drum hammer groove chamber 82, and lightly beating the plastered wall surface for detecting and judging the empty drum degree and the bonding quality of the sand ash, the bricks and the cement; taking out the grid 3 from the grid groove chamber 83, unfolding the grid to be used for detecting that the area is equal to that of a standard brick, uniformly distributing 100 cells on the standard brick, and detecting the fullness, namely coverage, of the mortar coating on the wall surface of the masonry; the inner and outer right angle detection ruler 4 is taken out from the inner and outer right angle detection ruler groove chamber 94, and is used for detecting the inner and outer right angles of the wall body after being opened: when in detection, the main ruler and the movable ruler are close to the scale plate value pointed by the pointer of the detected surface, namely the right angle deviation of the 130mm length of the detected surface, each grid is 1mm, when the ruler leaves the detected object after detection, the value pointed by the pointer cannot change, and the detection ruler can be taken to a bright place to clearly see the value after detection; the method is used for detecting the verticality and the levelness: the detection ruler is provided with a leveling pipe, so that general verticality and horizontal deviation can be detected, and the verticality can be detected by vertically leaning against the detected surface by the side surface of the main ruler; taking the vernier clearance gauge 5 out of the vernier clearance gauge chamber 95 for detecting the size of a gap on a building wall and the flatness of a wall plane; the detection mirror 6 is taken out from the detection mirror chamber 96 and is used for detecting places on the building wall body where the bending of the glade back is difficult to be directly seen by naked eyes, and the detection mirror can be arranged on a telescopic rod or a diagonal detection ruler so as to facilitate high-place detection; the winder 7 is taken out of the winder chamber 97 and used for detecting the flatness of building objects, such as mortar joints of brick wall brickwork, skirting lines and the like, and during detection, silk threads at two ends are tensioned and placed at the detected position for visual observation and comparison. After the detection is finished, the hollow hammer 2 is accommodated in the hollow hammer groove chamber 82, the grid net 3 is accommodated in the grid net groove chamber 83, the inner and outer right-angle detection ruler 4 is accommodated in the inner and outer right-angle detection ruler groove chamber 94, the vernier feeler gauge 5 is accommodated in the vernier feeler gauge chamber 95, the detection mirror 6 is accommodated in the detection mirror chamber 96, the winder 7 is accommodated in the winder chamber 97, the first half device box 8 and the second half device box 9 are closed, and the movable clamping piece 85 is pushed to be buckled with the clamping block 91.

The above-mentioned embodiments are merely descriptions of the preferred embodiments of the present invention, and do not limit the scope of the present invention, and various modifications and improvements made to the technical solution of the present invention by those skilled in the art without departing from the spirit of the present invention should fall within the protection scope defined by the claims of the present invention.

Claims (1)

1. A multifunctional inspection device for supervision of constructional engineering comprises a steel needle hammer, an empty drum hammer, a grid net, an inner and outer right-angle detection ruler, a vernier feeler gauge, a detection mirror, a winder, a first half device box and a second half device box; the method is characterized in that: the first half device box is connected with the second half device box through a connecting belt, a steel needle small hammer groove chamber, an empty drum hammer groove chamber and a grid groove chamber are sequentially arranged in the first half device box from top to bottom, a first half handle and a first half handle hole are arranged at the top of the first half device box, moving clamping pieces are respectively arranged on two sides of the first half handle, the steel needle small hammer is arranged in the steel needle small hammer groove chamber, the empty drum hammer is arranged in the empty drum hammer groove chamber, and the grid groove is arranged in the grid groove chamber; the bottom of the first half device box is provided with a connecting belt, the first half device box is connected with the second half device box through the connecting belt, an inner and outer right-angle detection ruler groove chamber, a vernier clearance gauge groove chamber, a detection mirror groove chamber and a winder groove chamber are sequentially arranged in the second half device box from back to front, a second half handle and a second half handle hole are arranged at the front part of the second half device box, clamping blocks are respectively arranged on two sides of the second half handle, the inner and outer right-angle detection rulers are arranged in the inner and outer right-angle detection ruler groove chambers, and the vernier clearance gauge is arranged in the vernier clearance gauge groove chamber; the detection mirror is arranged in the detection mirror groove chamber; the winder is arranged in the winding reel chamber.

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