KR20170045072A - Apparatus of slope batter board - Google Patents

Abstract

The present invention relates to a slope batter board which improves an inconvenience associated with a use of an existing on-site production in accordance with a setting of an angle through a standardized angle generating stand in an installation of the slope batter board; and increases convenience of construction and use by being capable of performing inspection and correction work without additional manpower and equipment. In addition, the present invention improves inaccurate soil cut soil construction and facilitates inspection and correction work to improve work precision; thereby being capable of increasing productivity through standardization, facilitating transportation and storage handling easily, and being used repeatedly. According to the present invention, the slope batter board comprises: an angle generating stand allowing a slope indicating plate to be set on a predetermined slope angle to an angle support; and an angle stand formed to slant in accordance with an angle set on an upper portion of a generating stand body, and coupled to the slope indicating plate as a plate sliding means wherein the generating stand body is coupled with the angle generating stand to the angle support as a support sliding means.

Description

Apparatus of slope batter board [0002]

The present invention relates to a slope cannula, and more particularly, to a slope cannula having an angle generating stand for allowing a slope plate to be set at a predetermined inclination angle to an angle support, It is possible to improve the inconvenience due to the use of the existing field production according to the setting of the angle through and to increase the convenience of construction and use by making it possible to perform the inspection and correction work without additional manpower and equipment. It is intended to make it possible to increase the precision of the construction and to improve the productivity through standardization, to facilitate transportation and storage, and to enable repetitive use.

Another object of the present invention is to provide an angle-generating device comprising a generating body which is coupled to an angle support by means of a supporting rod sliding means, and an angle formed by slanting in accordance with an angle set on an upper portion of the generating body, And the distance between the sloping point and the sloping indicating portion of the sloping indicating plate and the mounting surface can be easily adjusted according to the installation position of the wedge portion.

It is a further object of the present invention to provide an apparatus and a method for adjusting the distance between a sloping point of a sloping instruction plate and a mounting surface by adjusting a height of the angle support on a wedge portion, So that the distance can be easily adjusted.

Another object of the present invention is to provide a wedge bracket comprising a wedge bracket composed of three wedge feet formed at regular intervals and a wedge screw threadably engaged with the wedge feet and penetrating a wedge foot at the upper end of the wedge, So that the wedge portion can be stably joined by the three wedges and the wedge can be easily stitched by the striking of the wedge striking portion.

It is still another object of the present invention to provide a sloping plate bracket for restraining a sloping direction plate and connecting the sloping direction plate to an angle generating stand so that the sloping direction indicating plate can be manufactured in a thin plate shape.

In general, the slope slope is a scaffold indicating the slope slope criteria of the slope and the embankment surface in civil engineering works.

The slope jig as described above is composed of a pile and a slope indicator plate coupled to the pile.

In the conventional slope cutter as described above, the surveying technician measures the slope of the earth slope and the boundary point, imagines the slope end point, and piles a pile behind the slope slope face so that the slope indicator plate is positioned on the extension line connecting the slope point and the slope end point The slope indicator plate was fixed and installed.

However, the above-mentioned conventional slope jig has a problem that it is not easy to use since it involves a slope setting operation after mounting a pile on the installation surface, and fixing the slope designation plate to the pile.

Also, in order to install a conventional slope canopy, the installation technician and the slope setting work must be mobilized by the surveying engineer, so that it takes a lot of time to use and manufacture the canopy slope, and lacks the precision of the horizontal state most necessary for constructing the slope slope There is a problem that an error and an insufficient construction often occur in an incorrect slope cut slope construction.

In addition, in the conventional slope jig, there are many cases where the state changes due to external forces such as carelessness, vibration, sinking, wind, etc. of the equipment and the worker in the process of the construction. In this case, There is a problem in that a survey for detecting the state change of the canonical is often required.

In addition, in the case of pile or plate material, there is a problem that it is difficult to repair the pile or plate material when installing the canon frame, and the problem of disposal of waste such as waste is increased and consumption of the temporary material increases.

Korean Patent Registration No. 10-1211880 is directed to a slope slope which can accurately display the slope without any additional personnel and equipment for measuring the slope and without a professional knowledge even with simple operation, And a slope indicator plate for giving a slope. However, it is important to set up the slope to fix the slope indicator plate to the fixed position. However, since the degree of stiffness of the slope is fixed irrespective of the fixing of the slope to the ground, once the slope is fixed to the ground, There is a limit in positioning the sloping instruction plate only by itself. Therefore, if such a problem arises, it is necessary to re-install and reinstall the propeller, so that the labor is consumed thereby, and when the ground where the propeller is stranded is disturbed and the propeller is not firmly fixed, There is a disadvantage that it is necessary to move the installation place.

The present invention, as described above, has a problem that the conventional slope canopy is not convenient to use because it has a slope setting operation after the pile is placed on the installation surface, and the slope instruction plate is fixed to the pile, In order to install the canopies, the installer and the slope setting work must be mobilized by the surveying engineer. Therefore, it takes a lot of time to use and manufacture the canopies, and the accuracy of the horizontal state most necessary for constructing the slope is lacking, In the conventional slope jig, there are many cases where the state changes due to external force such as carelessness, vibration, settlement, wind or the like of the equipment and the worker in the process of the construction. Since the detection of the state change of the canonical form is possible only through re-surveying, In the case of piles or boards, it is difficult to fix the piles or boards when they are installed, and problems such as waste disposal and waste of temporary materials are increasing. In order to solve the problem.

That is, the present invention is characterized in that, in the slope canopy, the slope indicator is provided with an angle generating stand which is set at a predetermined inclination angle to the angle support.

The present invention is characterized in that the angle-generating base is constituted by a production base body coupled to an angle support by a support base sliding means and an angle formed by slanting the upper base of the generation base body by a predetermined angle, .

The present invention is characterized in that the angle support is height-adjusted to the wedge portion, and is coupled by a height adjusting bar that can adjust the distance between the slanting point and the mounting surface.

The present invention is characterized in that a wedge part is constituted by a wedge bracket composed of three wedge feet formed at regular intervals and a wedge screwed to the wedge foot, and a striking part protruding upward and penetrating the wedge foot, And is formed so as to be protruded.

The present invention is characterized in that a slope plate bracket for restraining the slope indicator plate and connecting the slope indicator plate to the angle generation stand is provided.

Therefore, according to the present invention, since the slope indicator plate is provided with the angle generation stand which allows the slope indicator to be set at a predetermined inclination angle to the angle support, And improves the convenience of construction and use because it has no additional manpower and equipment in the inspection and correction work. It improves the construction of inaccurate soil cut and facilitates inspection and correction work. It has the effect of improving the precision, the productivity by standardization is high, the effect of easy transportation and storage, and the effect of repeated use.

In addition, the present invention is characterized in that the angular production stand is constituted by a production stand body which is coupled to an angle support by means of a support stand sliding means and an angle formed by slanting according to the angle set on the upper portion of the production stand body, The distance between the slanting point of time and the sloped display portion of the sloping indicator plate and the installation surface can be easily adjusted according to the installation position of the wedge portion.

In addition, according to the present invention, since the angle support is height-adjusted to the wedge portion and is combined by a height adjusting bar capable of adjusting the distance between the slanting point and the mounting surface, the distance between the slanting point of the slanting instruction plate and the mounting surface can be easily And the like.

Further, the present invention is characterized in that a wedge portion is constituted by a wedge bracket composed of three wedge feet formed at regular intervals and a wedge screwed to the wedge feet, and a wedge protrusion The wedge portion is stably joined by the three wedges and the wedge stitching operation can be easily performed by the striking of the wedge striking portion.

Further, the present invention has a slope plate bracket for restraining the slope indicator plate and connecting the slope indicator plate to the angle producing stand, thereby making it possible to use the slope indicator plate as a thin plate.

In addition, the present invention has the effect of providing a slant of a precise angle for the purpose of a slope gauge because the slope indicator plate is installed by confirming the horizontal state which is a standard of the slope slope by mounting a horizontal level gauge at the center of the angle support.

1 is an exemplary diagram according to the present invention;
Figure 2 is an illustration of a major part according to the present invention.
3 is an illustration of an angle forming example of an angle generating stand according to the present invention.
4 is an exemplary view showing various angles of an angle generating zone according to the present invention;
Figure 5 is another example of an angle generation band according to the present invention;
Fig. 6 is a detailed view of a main portion according to the present invention; Fig.
7 is a diagram illustrating an example of a separation state of horizontal leveling machines according to the present invention.
8 is an exemplary view of a wedge base according to the present invention;
9 is an exemplary view of a slat plate bracket according to the present invention.
FIG. 10 is an exploded perspective view of a main part showing a fine angle adjusting block according to another embodiment of the present invention. FIG.
11 is an exemplary view showing application of a fine angle adjusting block according to another embodiment of the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

The present invention relates to an apparatus and a method for enhancing the convenience of installation and use in the installation of a slope canopy, facilitating inspection and correction operations, improving the accuracy of construction, enhancing productivity through standardization, facilitating transportation and storage, The terms and words used in the present specification and claims should not be construed to be limited to ordinary or dictionary terms and the inventor should properly define the concept of the term to describe its invention in the best way possible It should be construed as meaning and concept consistent with the technical idea of the present invention.

Therefore, the embodiments described in the present specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention, and not all of the technical ideas of the present invention are described. Therefore, It should be understood that various equivalents and modifications may be present.

That is, the present invention comprises a wedge part 10 mounted on an installation surface, an angle support 20 coupled to the wedge part 10, and a sloping direction plate 40 coupled to the angle support 20 (50) for making the sloping directing plate (40) set at a predetermined inclination angle to the angle support (20) in the sloping cane.

Here, the angle producing stand 50 includes a producing stand body 51 coupled to the angle supporting stand 20 by means of a supporting stand sliding means, and a slope guide plate 51 formed slanting in accordance with an angle set on the upper side of the producing stand body 51, And an angular base 52 which is engaged with the plate sliding means by the plate sliding means.

The support slide means is formed with a generation guide protrusion 53a extending in the longitudinal direction on either the upper side of the angle support 20 and the lower side of the generation stand 51, So as to form a continuous production guide groove 53b.

The generating stand body (51) is provided with at least one body fastener (53c) for fixing a sliding adjustment state to the angle support (20).

The body fastener 53c may be formed as a bolt body that is threadedly coupled to the generation body 51 and penetrates through the body fastener body 51 downwardly.

The plate sliding means is provided with a sloping plate guide projection 54a which is continuous in the longitudinal direction on either the lower side of the sloping instruction plate 40 and the upper side of the angle pedestal 52, It is possible to form the continuous guide plate groove 54b.

The angle plate 52 is provided with a slope plate adjusting hole 43 penetrating through the side surface of the slash plate 40 so as to be equally spaced in the longitudinal direction so that the distance between the end of the slash plate 40 and the mounting surface And a sloping plate restraining hole 54d through which the sloping plate distance adjusting hole 54c is inserted so that the adjusting state can be fixed.

The angular support 20 is formed with horizontal leveling grooves 21 in which the horizontal leveling device 30 is horizontally mounted.

It is preferable that the horizontal leveling seat groove 21 is formed by cutting the central portion of the angle support 20 in the lateral direction and forming it on the incised lower side surface.

The generation guide guide protrusions 53a and the generation guide guide grooves 53b of the supporting plate sliding means and the slope plate guide protrusions 54a and the slope plate guide grooves 54b of the plate sliding means are T type and rectangular, And an elliptical groove or a projection.

The slope designation plate 40 includes a slope plate body 41 which is constrained to the angle generation stand 50 and formed in a plate shape and a slope plate body 41 having a slope side slope 39 for the slope designation on the front side of the slope plate body 41. [ And a sloping directing part 42 formed in a triangular shape forming a straight line with the sloping directing part 42.

The slope designation plate 40 may be provided with a slope plate bracket 60 to be coupled to the angle generation platform 50.

The sloping plate bracket 60 is provided with a bracket coupling part (hereinafter referred to simply as a " slider ") having a guide projection and a guide groove corresponding to the angle part 52 for sliding engagement with the angle part 52 of the angle- And a plate restraint part 62 formed so as to be able to restrain the sloping directing plate 40 having a thin plate shape on its upper side is formed.

The plate restraining part 62 is composed of two split clip plates protruding upward and a plate restraining bolt 63 for restraining the sloping instructing plate 40 is passed through from the side to the plate restraining part 62 And a bolt binding hole 62a to be coupled therewith is formed.

In addition, in the practice of the present invention, the angular support 20 may be combined with the height adjusting bar 70 to adjust the height of the wedge portion 10 and adjust the distance between the slanting point and the mounting surface You can.

The height adjusting bar 70 is screwed to the lower portion of the angle support 20 and the lower portion of the height adjusting bar 70 is coupled through the chain base and screwed to the height adjusting bar 70 of the upper surface of the wedge portion 10 And a bar support fixing nut 72 is provided on the bottom side height adjustment bar 70 of the wedge part 10. [

In addition, a lower portion of the angle support 20 may include a support knob 22 protruding downward for easy gripping of the height adjustment bar 70.

The wedge portion 10 is composed of a wedge bracket 11 formed of three wedge feet formed at equal intervals and a wedge 12 screwed to the wedge feet. And a striking portion 12a protruding from the upper portion so as to be strikable.

The angular generation stand 50 is formed to have a ratio of a vertical height to a horizontal distance of 1: 0 to 0: 1 (a slope angle of 90 to 0 degrees) : 1.5, and 1: 2.0, respectively.

In the meantime, in the embodiment of the present invention, the minute angle adjusting block 80 having the upper and lower surfaces formed with angles can compensate the micro angle between the angle producing stand 50 and the angle support 20, You can do it.

The micro angle adjusting block 80 has a lower block sliding protrusion and a lower block sliding groove corresponding to the upper end of the angle support 20 so as to be slidably engaged with the upper portion of the angle support 20, And the upper surface of the fine angle adjusting block 80 is formed with a connecting portion 81 corresponding to the generating stand body 51 so as to be slidably engaged with the lower portion of the producing stand body 51 of the angle producing stand 50 And the upper block coupling portion 82 is formed with the block upper sliding protrusion and the upper block sliding groove.

The fine angle adjusting block 80 may be formed at an angle of 1: 0.1 to 1: 0.5.

Hereinafter, the application process of the present invention will be described.

As described above, in the slope canopy, the slope indicator plate 40 is provided with an angle-generating stand 50 which is set at an angle of inclination of the slope to the angle support 20, A generating stand body 51 which is coupled to the support stand 20 by a supporting stand sliding means and an angle stand 52 which is sloped according to an angle set at an upper portion of the generating stand body 51 and is coupled to the sloping instruction plate by plate sliding means In the case where the slope slope with the present invention is applied to the slope and slope slope criterion in engineering works, the angle slope 50 of a suitable angle is selected according to the slope reference of the installation site.

After the angle producing table 50 is selected as described above, the angle producing table 50 is coupled to the upper part of the angle supporting table 20 by the supporting table sliding means, and the angle producing table 40 is attached to the angle producing table 50, Are combined by means of plate sliding means to complete the assembly of the slope cannula according to the present invention.

When the wedge 12 of the wedge portion 10 of the slope jig 10 is placed on the mounting surface and strikes the struck portion 12a of the wedge 12 protruding through the wedge feet of the wedge bracket 11, So that the installation of the slope canopy is completed by firmly securing it to the ground.

In order to change the slanting point in the installation of the slope canopy, the slanting angle of the slanting guide plate 40 is adjusted by moving the angle producing stand 50, ) Is easily adjusted.

When the sloping directing plate 40 is brought close to the sloping directing part 42 and the mounting surface and the sloping instructions are to be made clear, the sloping directing plate 40 coupled to the angle producing stand 50 by the plate sliding means, The sloping directing part 42 of the sloping directing plate 40 is brought close to the mounting surface by moving the sloping directing part 42 along the sloping direction so that the operator does not arbitrarily form a virtual sloping supporting line from the end of the sloping directing part 42 to the mounting surface The operation is performed by clearly instructing the slanting section to slant clearly in accordance with the instruction of the slanting section.

In addition, in the practice of the present invention, by adjusting the distance between the wedge portion 10 and the angle support 20 through the height adjusting bar 70, the position of the slanting point and the position of the slant support portion and the mounting surface Can be adjusted simultaneously.

In the embodiment of the present invention, when the wedge bracket 11 composed of three wedge feet formed at regular intervals and the wedge 12 screwed to the wedge feet are used, ) Is installed on the installation surface in a stable manner without bending, being bent backward, backward, or backward.

If the angle generating block 50 is not provided according to the installation environment, the angle producing block 50 and the angle supporting block 20 The angle of the fine angle adjusting block 80 can be easily adjusted through the engagement of the fine angle adjusting block 80.

10: Wedge portion
11: wedge bracket 12: wedge 12a:
20: Angular support
21: horizontal level seating groove 22: support knob
30: Horizontal level
40:
41: sloping plate body 42: sloping indicator 43: sloping plate adjuster
50: Angle Generation
51: Generating body 52: Angle stand
53a: Generation unit guide projection 53b: Generation unit guide groove 53c: Body fixing member
54a: sloped plate guide projection 54b: sloped plate guide groove
54c: sloping plate distance adjusting member 54d: sloping plate fixing hole
60: slope plate bracket
61: bracket coupling part 62: plate restraining part 62a: bolt binding ball
63: plate clamping bolt
70: height adjustment bar
71: bar height adjustment support nut 72: bar support fixing nut
80: Fine angle adjustment block
81: lower block binding portion 82: upper block binding portion

Claims (6)

In the slope jig;
(50) for allowing the sloping directing plate (40) to be set at an angle of inclination of the sloping angle to the angle support (20),
The angle generating base 50 is formed by a production base body 51 coupled to the angle support 20 by means of a support base sliding means and a base plate 51 which is sloped according to an angle set on the upper side of the generation base body 51, And an angle table (52) coupled by sliding means;
The generating stand body (51) is provided with at least one body fastener (53c) for fixing a sliding adjustment state to the angle support (20);
The angle plate 52 is provided with a slope plate adjusting hole 43 penetratingly formed at the side surface of the slope plate 40 so as to be equidistantly spaced in the longitudinal direction so that the distance between the end of the slope plate 40 and the mounting surface And a sloping plate restraining hole (54d) through which the sloping plate distance adjusting hole (54c) is inserted so as to fix the adjusting state.
The method of claim 1, further comprising:
The support slide means is formed with a generation guide protrusion 53a extending in the longitudinal direction on either the upper side of the angle support 20 and the lower side of the generation stand 51, Forming guide grooves 53b continuous with the guide grooves 53b;
The plate sliding means is provided with a sloping plate guide projection 54a which is continuous in the longitudinal direction on either the lower side of the sloping instruction plate 40 and the upper side of the angle pedestal 52, Thereby forming continuous sloped plate guide grooves 54b;
Characterized in that a horizontal leveling seat (21) is formed in the angle support (20) such that the horizontal leveling instrument (30) is horizontally seated.
The method of claim 1, further comprising:
The slope indicator plate (40) has a slope plate bracket (60) that engages with the angle producing stand (50);
The sloping plate bracket 60 is provided with a bracket coupling part (hereinafter referred to simply as a " slider ") having a guide projection and a guide groove corresponding to the angle part 52 for sliding engagement with the angle part 52 of the angle- 61), and a plate restraint part (62) formed so as to restrain a sloping directing plate (40) having a thin plate shape on its upper side is formed.
The method of claim 1, further comprising:
And a height adjustment bar (70) that adjusts the height of the angle support (20) to the wedge part (10) so that the distance between the slanting point and the installation surface can be adjusted;
The height adjustment bar 70 is screwed to the lower portion of the angle support 20 and the lower portion is coupled through the wedge bar and is screwed to the upper height adjustment bar 70 of the wedge portion 10, And a bar support fixing nut (72) is provided on the bottom side height adjustment bar (70) of the wedge part (10).
The method of claim 1, further comprising:
The wedge portion 10 is composed of a wedge bracket 11 composed of three wedge feet formed at regular intervals and a wedge 12 screwed to the wedge feet. The wedge portion 12 has a wedge- And a striking portion (12a) protruding from the upper portion so as to be strikable is protruded.
The method of claim 1, further comprising:
And a fine angle adjusting block (80) having an upper surface formed at an angle to compensate a fine angle between the angle generating stand (50) and the angle support (20);
The micro angle adjusting block 80 forms a block lower binding portion 81 corresponding to the upper end of the angle support 20 so as to be slidably engaged with the upper portion of the angle support 20, The upper block coupling portion 82 is formed on the upper surface of the main body body 80 so as to be slidably engaged with the lower portion of the main body 51 of the angle producing rod 50, As a slope.

Images