KR101855279B1 - Portable Test Kits For The Construction Structure - Google Patents

Abstract

A portable kit for inspection of construction structures is disclosed. A portable kit for inspection of a construction structure according to the present invention is a portable kit for inspecting a construction structure in which a thermal imaging device for discriminating defects and leakage of a construction structure is fused. A case door hinged to one side of the outer case so as to be rotatable to close the inner space of the outer case and a case door provided at one side of the inner space of the outer case for applying power, And a housing part partitioned by the control part and the partition wall to form a storage space on the other side of the inner space of the outer case and to receive the thermal imaging device in a drawable manner.
This makes it easy to identify faults and leaks in construction structures, facilitate integration and miniaturization of equipment, make it easy to carry and move, check and identify inspection data immediately on site, and fix defects in hard-to- There is an effect that exploration is possible.

Description

{Portable Test Kits For The Construction Structure}

The present invention relates to a portable kit for inspection of construction structures, and more particularly, to a portable kit for inspection of construction structures, more specifically, to identify defects and leaks in construction structures, to easily carry and move equipment, to easily identify and discriminate inspection data, And more particularly to a portable kit for inspection of construction structures which enables precise exploration.

In general, defect inspection of construction structures is already completed and is used to explore the interior of the structure to check the condition prior to use. It is used to inspect the internal condition without damaging the external shape of the product or structure, These inspection equipments are used in various fields such as parts industry, construction, mechanical engineering, electrical / electronic engineering, and safety diagnosis.

In addition, visual inspection, accelerometer, strain gauge and nondestructive inspection techniques are used for inspection of the internal state of the product or structure, for example, defects and leakage, in the case of visual inspection or measurement using accelerometers or strain gauges Can not identify the internal defects that can cause serious damage to the entire structure. The non-destructive inspection method using ultrasonic waves is a method of detecting a faulty area by photographing an object using a single sensor, Since the method is widely used because it is relatively reliable compared with the method, the method of inspecting the object using a single sensor can be performed only for the sensor, and various kinds of equipment should be used for various tests Inefficient in terms of time, cost and manpower A situation in struggling with the problem.

However, the necessity of a portable kit for inspection of construction structures that can precisely and precisely measure the defects on the structure can be done by non-contact type, which enables precise exploration of structures at a remote location, Has been actively researched.

As a conventional technique of a portable kit for inspection of existing construction structures, Korean Patent Registration No. 10-1522996 (2015.05.19) has been used to photograph an object to be inspected using acoustic, ultrasonic, and imaging devices, A composite image outputting apparatus for a structure inspection capable of inspecting the structure of an object has been proposed.

However, the composite image output device for structural inspection can improve the accuracy and visibility of the diagnosis result by complex diagnosis of the objects to be inspected through photographed images. However, in order to perform various tests, In order to judge whether the structure is defective in the photographed image, it is necessary to use a computer and a reader for image judgment, so that the inspection result and the reading result can not be immediately confirmed in the field, In order to judge whether the structure is defective or not, it is inefficient due to a problem that a lot of time, cost and manpower must be invested.

The present invention has been devised to overcome the problems of the prior art described above, and it is an object of the present invention to effectively detect defects and leaks in construction structures, to facilitate integration and miniaturization of equipment, The present invention provides a portable kit for inspection of construction structures that improves disadvantages of the conventional contact type surveying method by using a non-contact type remote sensing method.

It is an object of the present invention to provide a portable kit for inspecting construction structures in which a thermal imaging device for identifying faults and leaks of a construction structure is fused, comprising: an outer case having a space therein and capable of being carried and moved; A case door rotatably hinged to one side of the case to close the inner space of the outer case; a control unit provided at one side of the inner space of the outer case for displaying a result of inspection of the thermal imaging apparatus or measurement results And a housing part partitioned by the control part and the partition wall and forming a storage space on the other side of the inner space of the outer case and accommodating the thermal imaging device so as to be drawn out. Can be achieved.

According to a preferred aspect of the present invention, the control unit may include a display unit for outputting, as an image, data and result values inspected and measured by the thermal imager at one side of the inner space of the outer case, An external input terminal which is spaced apart from the cooling fan and which is provided to be able to connect external data, and an external input terminal which is connected to the external input terminal, A rechargeable battery which is spaced apart from the power supply terminal for supplying power to the display unit and the thermal imaging device and is charged by the power supplied from the power supply charging terminal and provided at a lower portion of the display unit to supply power to the display unit and the thermal imaging device, And a power button which is spaced apart from the charging terminal and drives the display unit .

According to a preferred aspect of the present invention, the storage compartment includes at least one partition wall spaced apart from the partition and dividing the storage compartment into a plurality of compartments, and hinged on one side of the partition wall in a rotatable manner to open and close the compartment And a storage handle protruding from one side of the upper side of the storage door and provided so as to rotate the storage door by an external force.

According to a preferred aspect of the present invention, the outer case includes a lower case having the control unit and the storage unit, a pair of pulling frames slidably coupled to one side of the back of the lower case and extending in length, A traction handle coupled to the pair of traction frames to interconnect the traction frames and to adjust the length of the traction frame by operation of a switch provided at one side and to pull the lower case coupled to the traction frame by an external force, A first carrying handle and a second carrying handle each provided on a side surface and an upper side of the lower case to be lifted and moved by the action of an external force, Respectively, and one side of the case door is hooked to close the lower case Further comprising a lock to support.

According to a preferred aspect of the present invention, the outer case includes a pair of wheels provided on one side of the lower portion of the lower case and adjacent to the bottom surface and rotated by an external force, And a second support bar which is provided in the same manner as the first support bar and supports the bottom surface of the bottom surface of the lower case.

According to a preferred embodiment of the present invention, the door further includes a locking part provided at one side of the case door to provide a lock to the locking part, and an anti-shock foam provided inside the case door to buffer external impacts.

According to a preferred aspect of the present invention, the pulling frame includes a frame body having a plurality of stages and extending in length, one side of which is coupled to a rear surface of the lower case and pulls the lower case by an external force, An upper frame slidably coupled to the inner side of the lower frame and coupled to each other to overlap with each other, the upper frame extending over the upper frame, And at least one multi-stage fastener spaced apart from each other and arranged in parallel on one side of the frame in a longitudinal direction along the longitudinal direction of the lower frame to maintain the extended length of the frame, And is inserted into the inside of the upper frame, And a locking protrusion protruding outward from the side of the seat and projecting outward or sinking inward by the operation of the switch provided on the pulling handle.

According to the present invention, it is possible to easily identify faults and leaks in construction structures, to easily carry and move the equipment by integrating and miniaturizing the equipment, to immediately check and discriminate inspection data on the site, Which is capable of precise exploration.

1 is a perspective view of a portable kit for inspection of a construction structure according to the present invention,
2 is a perspective view of a portable kit for inspection of construction structures according to the present invention,
3 is a side view showing a portable kit for inspection of a construction structure according to the present invention
FIG. 4 is a state diagram illustrating a portable kit for inspection of construction structures according to the present invention,
FIG. 5 is a state diagram illustrating a portable kit for inspection of construction structures according to the present invention. FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of a portable kit for inspection of construction structures according to the present invention will be described in detail with reference to the accompanying drawings.

The thickness of the lines and the size of the components shown in the drawings may be exaggerated for clarity and convenience of explanation, and those skilled in the art will easily implement the invention. But does not mean that the technical idea and scope of the present invention are limited.

It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are intended to provide further explanation of the invention as claimed.

The following terms are defined in consideration of the functions of the present invention, and this may vary depending on the intention or custom of the user, the operator, and the definition of these terms should be based on the contents throughout this specification.

1 to 5, the portable kit 1 for inspection of a construction structure according to the present invention is provided with a space inside thereof and is capable of carrying and moving A case door 200 rotatably hinged to one side of the outer case 100 to close the inner space of the outer case 100 and a case door 200 for closing one side of the inner space of the outer case 100 A controller 300 for displaying the result of the inspection or the measurement of the thermal imaging apparatus 3 and a control unit 300. The controller 300 is partitioned by the barrier 410 to detect the inside of the outer casing 100, And a storage portion 400 which forms a storage space on the other side of the space and in which the thermal imaging device 3 is drawably accommodated.

Here, a rectangular outer case 100 having a space therein is provided, The outer case 100 having a rectangular shape as shown in the following drawings is for showing an embodiment and can be changed into various shapes, And is easily carried and moved by an external force of the user.

The outer case 100 is provided with a lower case 110 capable of accommodating therein a control unit 300 and a storage unit 400 to be described later. The lower case 110 includes a control unit 300, The housing part 400 is provided on the inner side so that the control part 300 and the housing part 400 can be housed inside and can be moved and carried.

A pair of towing frames 120 are provided on a rear surface of the lower case 110. The towing frames 120 are slidably coupled to one side of the back surface of the lower case 110 and extend in length, The lower case 110 is pulled by the lower case 110 to adjust the height according to the user's convenience. The lower case 110 can be pulled and dragged and moved using the user's attraction.

A traction handle 130 is coupled to an end of the traction frame 120. The traction handle 130 is coupled to an end of the traction frame 120 to interconnect the pair of traction frames 120, The pulling frame 120 is adjusted by adjusting the length of the pulling frame 120 by the operation of the switch 131 provided in the pulling frame 120 and pulling the lower case 110 coupled with the pulling frame 120 by an external force, The lower case 110 can be pulled and moved by applying an external force in a state in which the user grips the upper and lower cases 110 and 120, So that the length of the pull frame 120 can be adjusted according to the user's convenience.

The first carrying handle 140 and the second carrying handle 150 are provided on the side surface and the upper side of the lower case 110 respectively. The first and second carrying knobs 140 and 140 are provided on one side of the lower case 110 and on the side of the lower case 110, respectively, The second carrying handle 150 is provided at one side of the upper portion of the lower case 110 so that the user can hold the first carrying handle 140 and the second carrying handle 150, Respectively.

The locking portions 160 are spaced apart from each other on both sides of the first carrying handle 140. The locking portions 160 are spaced apart from each other with respect to the first carrying handle 140, Each of the lower case 110 and the lower case 110 is provided at the side of the case door 200. The lower case 110 is provided at a side of the case door 200, And the case door 200 is fixed so as to facilitate the carrying and movement of the outer case 100 and to prevent the thermal imager 3 stored in the inner case from escaping .

The pulling frame 120 includes a frame body 121 having one side coupled to the lower case 110. The frame body 121 has a plurality of stages and is extended in length and has one side connected to the lower case 110 So that the lower case 110 can be pulled by adjusting the length of the lower case 110 in accordance with the user's body shape.

A lower frame 122 is provided on one side of the frame body 121. The lower frame 122 is provided on one side of the frame body 121 and is coupled to the back side of the lower case 110, The lower case 110 is provided with a hollow portion (not shown) along the longitudinal direction inside the lower frame 122. When the lower case 110 is firmly coupled to the rear surface of the lower case 110, 122, respectively.

An upper frame 123 is coupled to an inner side of the lower frame 122. The upper frame 123 is slid to the inside of the lower frame 122 to be overlapped with each other, The upper frame 123 is inserted and slidably engaged with a hollow portion provided inside the lower frame 122 and the lower frame 122 and the upper frame 123 are overlapped with each other And is configured to pull the lower case 110 coupled to the lower frame 122 by an external force acting on the upper frame 123.

At least one multi-stage fastener 124 is provided in the lower frame 122 to provide an engagement with the upper frame 123. The multi-stage fastener 124 provides an engagement with the upper frame 123, A plurality of open holes are formed in the lower frame 122 to maintain the extended length of the lower frame 122 and to be spaced from one another along the longitudinal direction of the lower frame 122, So that the length of the upper frame 123 can be adjusted in multiple stages.

The upper frame 123 is provided with a fixing protrusion 125 which is engaged with the multi-stage fixture 124 to extend the length of the upper frame 123 And protrudes outward from one side thereof due to a spring inserted into the inside of the upper frame 123 and protrudes outward or outward due to the operation of the switch 131 provided on the pulling handle 130, And is inserted into the multi-stage fixture 124 under the control of the user, and the user controls the switch 131 provided in the pull handle 130. The multi- So that the length of the frame body is adjusted by moving the fixing protrusion 125 to the multi-stage fixture 124 at the other position.

A pair of wheels 111 are provided at a lower portion of the lower case 110 constituting the outer case 100. The wheels 111 are provided at a lower side of the lower case 110, And is rotatable by an external force to support the bottom surface. When an external force acts, it rotates in a state adjacent to the bottom surface to facilitate pulling the outer case 100.

A plurality of first support bars 112 are provided at the lower portion of the lower case 110 and the case door 200 to be described below. The first support bars 112 are formed to have the same height as the wheels 111 And supports the bottom surface of the lower case 110 and the case door 200. When the longitudinal direction of the outer case 100 is vertical to the bottom surface of the lower case 110 and the case door 200, A plurality of first support bars 112 are provided on the lower portion of the case door 200 to support the bottom surface.

A second support bar 113 is provided on the rear surface of the lower case 110. The second support bar 113 is provided in the same manner as the first support bar 112, When the longitudinal direction of the outer case 100 is parallel to the bottom surface, the second support bar 113 provided on the rear surface of the lower case 110 supports the bottom surface of the wheel 111, To support the floor surface.

A case door 200 is provided at one side of the outer case 100. The case door 200 is hinged to one side of the outer case 100 so as to be rotatable, It is possible to confirm the control unit 300 to be described below which is accommodated in the lower case 110 by opening and closing the outer case 100 by being pivoted at one side of the outer case 100, To prevent the thermo-image device (3) stored in the inside from escaping and to mitigate external impact.

One side of the side surface of the case door 200 is provided with a locking part 210 which is provided on one side of the side surface of the case door 200 to lock the locking part 160 And a locking part 160 provided at one side of the side of the lower case 110 after the case door 200 is closed so as to firmly maintain the closed state of the case door 200 do.

An anti-shock foam 220 is provided on the inner side of the case door 200. The anti-shock foam 220 is provided inside the case door 200 to buffer external shocks, The control unit 300 and the thermal imager (not shown), which are provided inside the lower case 110, are installed on the inside of the case door 200 to provide a shock- 3 from impacts.

A control unit 300 is provided inside the outer case 100. The control unit 300 is installed at one side of the inner space of the outer case 100 to allow the application of power and the inspection of the thermal imaging apparatus 3. [ Or a measurement result, and is capable of directly checking and controlling inspection results or measurement result values of a construction structure searched through the thermal imaging apparatus 3 in the field.

The control unit 300 is provided with a display unit 310 for checking the inspection result or the measurement result of the construction structure searched through the thermal imaging apparatus 3. The display unit 310 includes the outer case 100 , The image data and result values inspected and measured by the thermal imaging apparatus 3 are outputted as images from the one side of the internal space of the thermal imaging apparatus 3, Respectively.

Meanwhile, the display unit 310 may apply various inspection and measurement menus to the thermal imaging apparatus 3 as well as output of measurement data and result values, and may perform inspection and measurement functions applied to the thermal imaging apparatus 3 So that various measurement data and result values of the construction structure to be measured can be derived.

The cooling fan 320 is disposed on one side of the controller 300 in parallel with the display unit 310. The cooling fan 320 is spaced apart from the display unit 310 and is connected to the outer case 100, The heat generated in the inner space of the outer case 100 is discharged to the outer side of the outer case 100 to prevent overheating, thereby preventing a malfunction and a mechanical defect due to overheating generated inside the outer case 100.

The external input terminal 330 is spaced apart from the cooling fan 320 in the horizontal direction so that the external input terminal 330 is spaced apart from the cooling fan 320, And is provided with an external data connection device such as a USB port for inputting external data.

The power charging terminal 340 is spaced apart from the external input terminal 330 in the horizontal direction and spaced apart from the external input terminal 330 to apply power. The controller 370 is connected to supply power to the controller 300 or apply power to the rechargeable battery 350 to charge the rechargeable battery 350.

A power source is charged by the power drawn from the power charging terminal 340 and a charging battery 350 is provided in an inner lower part of the control unit 300. The charging battery 350 is connected to the power charging terminal 340 The display unit 310 and the thermal imaging device 3 are provided under the display unit 310 to supply power to the display unit 310 and the thermal imaging device 3 so that the user can connect the power cable 370 And the control unit 300 can be controlled by operating the thermal imaging apparatus 3 without using the thermal imaging apparatus.

The power button 360 is spaced apart from the power charging terminal 340 in the horizontal direction and separated from the power charging terminal 340 to drive the display unit 310 , The control unit 300 and the thermal imaging device 3 to operate.

The storage case 400 is provided at the other side of the lower case 110 and is partitioned from the control unit 300 by a partition wall 410. The storage unit 400 includes the control unit 300, (3) and the thermal imager (3) are provided in the storage part (400) by being accommodated in the storage part And a power supply cable 370. [

The compartment 420 may be spaced apart from the partition 410 so as to partition the compartment 410 into a plurality of compartments, The thermal imaging device 3, and the power cable 370 are separated from the partition 410 so that one or more storage spaces are formed.

The storage door 430 is hinged to one side of the upper portion of the partition 410 to open and close the storage space, The power supply cable 370 and the thermal imager 3 housed inside by closing the storage space.

A storage handle 440 is provided on one side of the upper portion of the storage door 430. The storage handle 430 protrudes from one side of the storage door 430 and is inserted into the storage door 430 by an external force, So that the storage door 430 is pivoted by applying an external force in a state in which the user holds the storage handle 440 so that the storage and closing of the storage unit 400 can be easily operated.

The operation of the portable kit 1 for construction structure inspection constructed as described above will be described below.

The outer case 100 according to an embodiment of the present invention includes a lower case 110 and a case door 200 and has a space therein and is portable and movable. The device 3 is accommodated and can be easily moved to a position to be measured, so that it is easy to measure a construction structure from the outside.

The lower case 110 according to an embodiment of the present invention includes a control unit 300 and a storage unit 400 installed in the lower case 110. The control unit 300 and the storage unit 400, And the thermal imaging device 3 housed in the lower case 110 can be accommodated in the lower case 110 to be portable and moved, and the construction structure can be conveniently measured.

A pair of towing frames 120 according to an embodiment of the present invention are slidably coupled to each other and are adjusted in length. The pulling handle 130 is coupled to an end of the towing frame 120, So that the user can easily pull the outer case 100.

The wheel 111 according to an embodiment of the present invention is provided on a lower surface of the lower case 110 and is rotated by an external force in a state of being adjacent to a floor surface. When the user holds the pulling handle 130 Since the outer case 100 can be easily moved from the bottom surface, it is possible to move to a desired place without applying a large force.

The first support bar 112 and the second support bar 113 may be provided on the lower surface of the lower case 110 and the lower surface of the lower case 110 and the lower surface of the case door 200 according to an embodiment of the present invention, Since the first support bar 112 and the second support bar 113 support the bottom surface, the outer case 100 is fixed to the bottom surface so that the inspection and measurement of the construction structure can be performed smoothly have.

The case door 200 according to an embodiment of the present invention is pivotally hinged to one side of the outer case 100 to close the inner space of the outer case 100 to open and close the case door 200 It is easy to check the control unit 300 and is housed inside the outer case 100 to prevent the various devices such as the thermal imaging apparatus 3 required for inspecting the construction structure from being detached and lost.

The control unit 300 according to an embodiment of the present invention displays a result of the application of power and the inspection or measurement result of the thermal imaging apparatus 3 and is provided in a rechargeable mode, Various menus of various functions are available, and it is possible to perform various measurements of the construction structure inspection from the outside, and the measured results and data can be directly confirmed on the spot, thereby improving the productivity.

The storage unit 400 according to an embodiment of the present invention is partitioned by the control unit 300 and the partition wall 410 to provide a storage space on the other side of the inner space of the outer case 100, It is possible to accommodate various devices such as a thermal imaging device and a power cable 370 required by the user, so that the user does not carry any other inspection equipment, so that it is easy to carry and move, and the test equipment contained in the inside is prevented from being lost .

It is to be understood that the present invention is not limited to the above-described embodiment, and that various modifications and changes may be made without departing from the scope of the present invention as set forth in the following claims It will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined in the appended claims.

3: thermal imaging apparatus 100: outer case
110: lower case 111: wheel
112: first support bar 113: second support bar
120: pull frame 121: frame body
122: lower frame 123: upper frame
124: multi-stage fixture 125: fixed projection
130: tow handle 131: switch
140: first carrying handle 150: second carrying handle
160: locking part 200: case door
210: latching part 220: shockproof foam
300: control unit 310: display unit
320: cooling fan 330: external input terminal
340: Power charging terminal 350: Charging battery
360: Power button 400:
410: partition wall 420: partition wall
430: storage door 440: storage handle

Claims (7)

1. A portable kit for inspection of a construction structure in which a thermal imaging apparatus for discriminating defects and leaks in a construction structure is fused,
An accelerometer strain gauge nondestructive tester in an inner space; an outer case which is equipped with a device for inspecting a construction structure in which the thermal imaging device is fused;
A case door rotatably hinged to one side of the outer case to close the inspection or measuring device result of the thermal imaging apparatus installed in the inner space of the outer case to protect the display device;
A control unit provided at one side of the inner space of the outer case to display power of the power supply and inspection or measurement result of the thermal imaging apparatus;
A storage unit partitioned by the control unit and the partition wall to form a storage space on the other side of the inner space of the outer case, the storage unit being accommodated so as to be able to draw out the thermal imaging device;
Wherein,
A display unit for outputting, as an image, data and result values inspected and measured by the thermal imaging apparatus at one side of the inner space of the outer case;
A cooling fan which is spaced apart from the display unit and discharges heat generated in an inner space of the outer case to the outside of the outer case to prevent overheating;
An external input terminal spaced apart from the cooling fan and capable of connecting external data;
A power charging terminal spaced apart from the external input terminal and applying power;
A charging battery which is charged by the power supplied from the power charging terminal and is provided under the display unit and supplies power to the display unit and the thermal imaging device;
A power button which is spaced apart from the power charging terminal and drives the display unit;
Wherein,
At least one partition wall spaced apart from the partition to divide the storage space into a plurality of spaces;
A storage door rotatably hinged to one side of the partition wall to open and close the storage space; And
Further comprising a storage handle protruding from one side of the upper portion of the storage door and provided to pivot the storage door by an external force.
delete delete The method according to claim 1,
The outer case includes:
A lower case having the control part and the storage part inside;
A pair of pulling frames slidably coupled to one side of the back surface of the lower case and extending in length and pulling the lower case by an external force;
The pull frame is connected to the end of the pull frame to interconnect the pair of pull frames, the length of the pull frame is adjusted by the operation of a switch provided at one side, and the pull- Tow handle;
A first carrying handle and a second carrying handle each provided on a side surface and an upper side of the lower case and lifting and carrying by the action of an external force;
A locking portion which is provided on a side surface of the lower case at both sides of the first carrying handle and is spaced apart from the first carrying handle so as to hold one side of the case door to keep the lower case in a closed state;
The outer case includes:
A pair of wheels provided on one side of the lower portion of the lower case and adjacent to the floor surface and rotated by an external force;
A plurality of first support bars provided at the same height as the wheels to support the bottom surface of the lower case and the lower portion of the case door;
A second support bar which is provided in the same way as the first support bar and supports the bottom surface at one side of the back side of the lower case;
A locking part provided at one side of the side surface of the case door to provide a lock to the locking part; And
Further comprising an impact-resistant foam provided on the inside of the case door to buffer external impacts.
delete delete The method of claim 4,
The traction frame is configured such that,
A frame body having a plurality of stages and extending in length, one side of which is coupled to a rear surface of the lower case and pulls the lower case by an external force;
A lower frame provided at one side of the frame body and coupled to a rear surface of the lower case;
An upper frame slidably coupled to the inner side of the lower frame so as to overlap with each other, and extending lengthwise;
At least one multi-stage fastener spaced apart from each other by being provided in the upper frame to hold the extended length of the upper frame and aligned in parallel on one side along the longitudinal direction of the lower frame;
The upper frame is hooked on the multi-stage fastener to maintain the extended length of the upper frame, and is protruded outward from one side by a spring inserted into the upper frame, Further comprising a fixed protrusion protruding or being set inward by the protrusion.

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