KR101822833B1 - Shield Device - Google Patents

Abstract

The present invention relates to a shield device to form a wall with a shield. More specifically, the shield device comprises: a ground rod (100) installed on the ground; a support rod (200) coupled to one side of the ground rod, and installed in a vertical direction; and a shield (400) installed between two support rods.

Description

{Shield Device}

The present invention relates to a technique for forming a wall by using a shielding film as an invention for a screening apparatus.

Patent Document 001 relates to a strut closure plate that can prevent an outer wall surface of various struts used for construction and civil engineering work from being exposed to the outside, thereby giving a beautiful appearance. A strut closure plate coupled to an H beam post, the strut closure plate having an arc-shaped cross-section and having a coupling groove on its right and left side; And the stratum shielding plate is coupled to the one side blade piece of the strut by a coupling clip which is fitted into the coupling groove and the blade piece of the strut.

Patent Literature 002 discloses a method of manufacturing a steel pipe comprising a main pipe vertically erected from the ground, a longitudinal pipe coupled to the main pipe vertically, and a panel bolted to the longitudinal pipe through the bolt connecting hole to form a blocking wall outside the construction site In the closure plate of a construction site, the panel has a reinforcement portion formed by at least one solid line or dotted line projected from one side to the other side. According to the cover plate of the construction site, by providing the reinforcement portion, it is possible to prevent the panel for the cover plate of the construction site from being bent over or overturning the entire cover plate by the wind pressure. By applying the design of various characters and pictures, Add effects and ornaments. It is also possible to prevent the bolt fastening holes from being deformed by the friction and pressure caused by the nut and the nut reinforcement by providing the embossment for preventing the nut from being loosened, the hole first reinforcing bolt and the hole second reinforcing bolt, It is possible to prevent the tearing of the panel.

Patent Literature 003 relates to a soundproof plate installed around a road or around a building to block transmission of ambient noise, A noise barrier wall for blocking noise transmission by interposing a plurality of sound insulation plates on a blade piece formed on both side portions of the supports; A guide rail mounted on both sides of the sound insulation plate along a vertical direction, a cutout formed by cutting at least one of the guide rail and the support, and an elastic piece inserted into the cutout; Wherein the soundproof plate is fixed through the elastic piece closely attached along the outer circumferential surface of the blade in a state that the soundproof plate is sandwiched between the blade pieces and stacked; Since the work of fixing the soundproofing plate is made only by the elastic piece, the working load and the work flow rate due to the disassembly and assembly of the soundproofing plate are reduced, so that a series of operation costs according to the structure of the soundproofing wall is reduced.

Patent Literature 004 relates to a structure for installing a climbing plate installed between a construction site and a road for protecting pedestrians from urban beauty and construction sites. The panels are clamped by clamping the neighboring left and right panels using a clamp on a fixed bar connected to the H beam. Each panel is provided with a coupling groove And the clamping member is rotated by the shaft pin connecting the body and the connecting piece to be engaged with the panel so that when the slider is installed on a sloping ground surface, It is possible to clamp the panel by the clamp even in the state where the same inclination angle is formed, so that the panel can be installed with the minimum number of scaffolds.

KR 10-0442081 B1 (July 19, 2004) KR 10-0724800 B1 (May 28, 2007) KR 10-2010-0107882 A (October 06, 2010) KR 10-1077823 B1 (October 24, 2011)

The present invention relates to a technique for forming a wall by using a shielding film as an invention for a screening apparatus.

The present invention provides a clipping apparatus comprising: a floor stand (100) installed on the ground; a support platform (200) connected to the floor surface side and installed in a vertical direction; And a barrier film (400) provided between the support bars.

The clipping device according to the present invention includes the above-described ground surface, the support bar, and the shielding film, and includes a link 300, one side of which is coupled to the ground surface and the other side of which is coupled to the support platform.

The shielding apparatus according to the present invention comprises a ground bar, a support bar, and a shielding film as described above, wherein the first horizontal hole (510) is formed at one side thereof to be pivotally coupled to the supporting object side, (500); a second horizontal base (600) having one side rotatably coupled to the lower side of the strut and a second securing hole (610) formed on the other side.

The ground plane, the support platform, and the link of the present invention have a folding system, which makes it easy to store, move, and install.

The present invention can adjust the angle of the floor stand and the support stand, so that it is easy to install not only flat but also inclined surfaces.

The floor plate of the present invention can be combined with a floor fixing plate, and the floor fixing plate can be stably installed in the floor supporting plate, and a castor or the like is mounted.

Since the barrier membrane of the present invention is made of a polymer material or the like, it self-absorbs dust and enables shock absorption of debris.

The ground surface, the support stand, and the link fixing portion of the present invention have respective hinges and rotation restricting devices. Particularly, since the rotation restricting device is operated by a knob, the operator can easily mount and detach without a tool.

The support bar of the present invention forms first and second horizontal bands, and each horizontal base is fixed between the support bands, so that the overall rigidity can be improved.

Since the first and second horizontal bases of the present invention accommodate the extension, variation in length can be variably accommodated.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of an entire screening device of the present invention, and Fig.
2 is a perspective view of a barrier and a strut-to-mating portion of the present invention.
3 is a perspective view of a fixed portion of a link and a pedestal of the present invention.
4 is a perspective view of the supporting column and the first and second horizontal bases according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

(Embodiment 1-1) A clipping device according to the present invention comprises a floor stand (100) installed on the ground, a cradle (200) connected to one side of the floor and installed in a vertical direction, And a shielding film 400 provided on the substrate.

The present invention relates to an occlusion device capable of temporary installation and variable installation. The blinders according to the present invention can be used to limit the movement of people and equipment by means of the blinders of the present invention, to block the noise between the inside and the outside on the basis of the blinders, It is possible to obtain the effect of blocking fragments, blocking eyesight, and the like. The clipping device of the present invention is applicable to various environments, has a variable size, is easy to install, and has advantages of easy storage and transportation. In order to realize this, the clipping device of the present invention has a support structure, a support column, and a shielding film as main components. A barrier is formed between the two struts, each strut is coupled to the ground, and the ground is fixed to the ground.

(Embodiment 1-2) In the clipping device according to Embodiment 1-1, a first hinge (110) coupled to the floor surface and the bed rest is rotated.

(Example 1-3) In the clipping device according to Example 1-2, the first hinge includes a first rotation limiting device 120 formed of a bolt 121 and a nut 122.

(Embodiment 1-4) In the clipping device according to Embodiment 1-3, a knob 123 formed on the nut or bolt.

The installation place of the screening device varies, and is largely formed as a horizontal or an inclined surface. The support posts shall be upright vertically on both horizontal and inclined sides. To this end, the ground plane and the landing-to-landing angle must be varied at various angles. The angles form a first hinge at the mating position to effect modification. The first hinge is formed by a bolt and nut fastening method. The bolt and / or nut has a handle, which allows the operator to easily change the angle without tools.

(Embodiment 1-5) The clipping apparatus according to Embodiment 1-1 includes a floor surface plate 210 formed on one side of the floor surface and formed in a plate shape and having a plurality of floor surface fasteners 211 formed thereon.

The blind apparatus of the present invention can be applied to various installation environments. For example, indoor, outdoor, gravel surfaces, concrete surfaces, and the like. For this purpose, a floor fixing plate is provided between the floor surface and the floor. The ground surface fixing plate is in the form of a flat plate, the center of which is coupled with the ground surface and forms a plate member protruding from both sides, and a plurality of ground fixtures are passed through the protruding plate member.

When the floor fixing plate is engaged with the ground, the floor fixing plate in the form of a large plate is erected on the floor without any other device, and the large floor is stably fixed to the floor support. The ground fixture can be fixed to the ground with an anchor. Since the anchor is fixed to the ground, it is possible to further improve the stability of the support platform. The ground fixture can be secured with a water-filled canteen. Cans are filled with water after installation, so they are easy to install and allow small movement after installation. The ground fixture can be equipped with a castor on which the rotary wheel is installed. The rotation of the wheel can easily change the setting position of the screening device.

(Embodiment 1-6) In the clipping device according to Embodiment 1-1, the supporting base has a receiving groove 101 formed in a U-shape inside, and the floor surface is formed into a U-shape or a box shape to be inserted into the receiving groove .

The ground plane can be made of angular shaped steel. A receiving groove is formed in the section steel, and an opening is formed in one side. That is, the ground plane is pivoted through the first hinge and inserted into the receiving groove. This is for folding the screening device to facilitate movement and storage.

(Embodiment 1-7) In the clipping device according to Embodiment 1-1, the shielding film is formed on four corners and includes a plurality of shielding fasteners 410 formed at four corners.

The barrier is installed between the support pillars. A blocking membrane fastener is formed on both sides of the blocking membrane, or a blocking membrane fastener is provided on the four sides. The cut-off fastener passes through a rope or the like and engages with the column.

(Examples 1-8) In the clipping device of Examples 1-7, the shielding film includes those formed of a cloth made of a polymer material.

The shielding film may be formed of a sheet material or a cloth having flexibility. If the barrier is formed of a cloth, it can be rolled and stored in a roll form. In particular, when installed on a construction site, the shielding film formed by the cloth can prevent the external emission of debris, self-absorption of fine dust, and easy cleaning.

(Examples 1-9) In the clipping device of Examples 1-7, the shielding film includes those formed of a soft material.

When the shielding device is provided on an inclined surface, the rectangular shielding film is deformed into a rhombic shape. To accommodate this, the barrier should be made of a stretchy fabric. For this purpose, the shielding film is preferably formed of a soft material.

(Embodiment 1-10) In the clipping device according to Embodiment 1-7, the support bar is formed with uniform and / or nonuniform spacing, and includes a fastening portion 220 directly or indirectly fastened to the blocking fastener.

Use a rope or wire for the barrier and pillar fixation. The rope and the like are combined with the shielding film while wrapping the strut. It is preferable that the fastening portion is provided on the support column so that the rope or the like is completely fastened to the support post in the correct position. The fastening part is made of a ring or a hole. Therefore, the rope or the like joins the shut-off fastener of the shut-off film and the fastener of the strut.

(Embodiment 2-1) The clipping device of the present invention includes, in Embodiment 1-1, a link 300, one side of which is coupled to the ground surface and the other side of which is coupled to the column main body.

Mount the link between the floor stand and the support stand for stable fixing of the floor stand and supporting stand. One side of the link is coupled to the other side of the ground surface by a hinge, and the other side of the link is coupled to the supporting main side. Therefore, when an external load is applied to the screening device, the link reinforces the support bar.

(Example 2-2) In the clipping device of Example 2-1, the clipping device includes a second hinge 310 coupled to the ground surface and the link, and rotated.

In the case of mounting the support column on the inclined surface, the angle of inclination of the platform and the support stand is formed. Therefore, the mounting angles of the floor stand and the links also have to be varied. A second hinge is mounted to accommodate this.

(Example 2-3) In the closure device of Example 2-1, the link includes being accommodated inside the support.

It is advantageous to fold the closure when moving and storing the closure. This is because it reduces the space. To this end, the ground support shall be received in the support stand, and the link shall also be received in the support stand. In order to allow this, the width of the link should be smaller than the width of the receiving groove of the landing gear.

(Embodiment 2-4) In the clipping device according to the embodiment 2-1, the link and the ground surface include a second rotation limiting device 320 formed.

Mount the second hinge to allow for different mounting angles of the link and the ground. In order to improve the overall stiffness of the screening device, the second hinge must be completely fixed. To this end, a second rotation limiting device is formed on the second hinge. The second rotation limiting device is formed of a bolt and nut structure, and the bolt and / nut forms a handle. Therefore, the operator can rotate the bolt or the nut without tools and fix the hinge portion of the link and the ground surface.

(Example 2-5) In the clipping device of Example 2-1, the link side includes a fixing portion 330 coupled with the support.

(Embodiment 2-6) In the clipping device according to the embodiment 2-5, the fixed part side is coupled with the other side of the link, and the fixed side part is coupled with the support part.

(Embodiment 2-7) In the clipping device according to the embodiment 2-6, the one side of the fixing part and the other side of the link include the third hinge 331 formed.

(Embodiment 2-8) In the clipping device of Embodiment 2-6, the fixed butt side includes a fixing plate 332 formed.

One side of the link is fixed to the ground, and the other side is fixed to the support. However, in order to fix the link to the support frame, a fixing portion is formed between the support frame and the link. The fixing portion is coupled with the link and the third hinge and is coupled in parallel with the support bar. For restricting rotation of the third hinge, a third rotation limiting device is mounted, and the third rotation limiting device is formed by a bolt and nut coupling method. The bolt and nut form a handle, which fixes the movement of the link and the fixture at the set angle.

(Embodiment 2-9) In the clipping device of Embodiment 2-8, the fixing plate 332 forms a link fastening hole 333, the support fastening forms a link fastening slot 334, Includes a link fastening bolt (335) to be fastened.

For fixing the fixing plate and the support table, the fixing plate forms a linkage hole, and the support plate forms a linkage-securing slot. The link fastening bolt passes through the link fastening slot and the link fastening hole and is coupled by the nut. The nut is equipped with a handle, which can be fixed to the support platform manually without a tool.

(Embodiment 2-10) In the clipping device of Embodiment 2-8, the fixing plate 332 forms a link fastening protrusion 336 formed with a bent portion, and the support fastening hole is formed in a link fastening hole 337, and the projection includes a through-hole in the groove.

For fixing the fixing plate and the support stand, a linking fastening protrusion is formed on the fastening plate, and a link fastening hole is formed in the support fastening hole through which the protrusion is inserted and fixed. The link fastening protrusion may be formed by a bending portion and may be fitted and fixed to the link fastening hole by a bending portion.

(Example 3-1) The clipping device of the present invention is the closure device according to the embodiment 1-1, wherein the first horizontal hole (510) is formed at one side thereof to be pivotally coupled to the holding object side, 500);

And a second horizontal base 600, one side of which is pivotally coupled to the lower side of the support column, and a second coupling hole 610 is formed on the other side. When two struts are coupled to each other, the overall rigidity of the clipping device increases. To this end, each of the support pillars is coupled to the first horizontal stand and the second horizontal stand. The first horizontal stand and the second horizontal stand are coupled to each other by hinges rotatable on both sides of the support stand. The first horizontal stand side is coupled to the support target side, and the first horizontal stand side is coupled to the support stand lower side. The first horizontal stand is pivoted to the right side of the strut and is coupled to the right side straddle stand and the second horizontal stand is pivoted to the left side of the straddle and joined to the lower side of the straddle of the left axis. In another embodiment, the first horizontal bands and the second horizontal bands are independently formed so that both sides are detachably attachable to the upper or lower support pillars. It is preferable that the detachment / attachment is formed by using bolts.

(Embodiment 3-2) In the clipping device according to the embodiment 3-1, a first extension band 520 inserted into the first horizontal band and moved to the outside is formed, And a second extension band 620 that is inserted into and externally moved.

Since the shielding device forms a shielding film between the two struts, the distance between the struts can be varied depending on the size of the shielding film. To permit this, the first and second horizontal bases must be extended in length. The first and second horizontal bands insert the first and second extension bands, and the first and second extension bands vary in telescoping type.

(Embodiment 3-3) In the clipping device according to the embodiment 3-1, the inside of the first horizontal bar and the outside of the first expansion bar are formed with a first friction plate 530, And the second expansion plate is formed outside the second friction plate (630).

The first horizontal base inserts the first extension, and when the length is variable, the first extension is released from the first horizontal base. That is, friction of the contact portion may be generated, and it may cause a failure when inserting foreign matter. To solve this problem, a first friction plate is inserted between the first horizontal base and the first extension, and the first friction plate is fixed to the first horizontal base or the first extension. The second friction plate is also formed in the same engaging relationship with the first friction plate.

(Embodiment 3-4) In the clipping device of Embodiment 3-1, a first position fixing body 540 for fixing the positions of the first horizontal base and the first expansion base is formed, and the second horizontal base And a second position fixture (640) for fixing the position of the second extension.

When the first extension inserted in the first horizontal stand is pulled out, a first position fixture is used to fix the extension length. The first position fixture is for fixing the first horizontal base and the first extension, and the subsequent through holes are combined with one bolt or pin to fix the first horizontal base and the first extension.

(Embodiment 3-5) An obscuration apparatus according to the embodiment 3-4, wherein the obturator 600 is combined with the first fastening protrusion and the second fastening protrusion and prevents deviation of the first horizontal arm and the second horizontal arm ).

The first and second horizontal bands and the support-to-coupling portion form a separation barrier. The first and second horizontal blocks may be pivotally coupled or may be individually coupled to the respective support pillars in separate configurations. Bolts are used to improve the coupling between the column and the first and second horizontal bands. After the bolts are inserted into the holes on both sides of the first and second horizontal bands, the bolts are fastened to the female threaded portions of the support bands. Or a pin can be used so that it can be used in place of the bolt.

100: ground plane 101: receiving groove
110: first hinge 120: first rotation limiting device
121: bolt 122: nut
123: Handle 200:
211: ground fixture 210: ground surface fixing plate
220: fastening part 300: link
310: second hinge 320: second rotation limiting device
330: fixing part 331: third hinge
332: Fixing plate 333: Link fastening hole
334: Link fastening slot 335: Link fastening bolt
336: Link fastening protrusion 337: Link fastening hole
400: a barrier film 410: a barrier film fastener
500: first horizontal base 510: first fastening hole
520: first extension band 530: first friction plate
540: first position fixing body 550: first fixing projection
600: second horizontal base 610: second fastening hole
620: second extension band 630: second friction plate
640: second position fixing body 650: second fixing projection
600: Exit District

Claims (3)

In the occluding apparatus,
A floor stand 100 installed on the floor;
A strut 200 coupled to the one side of the ground and installed in a vertical direction;
A barrier film 400 provided between the two support bars;
A link 300, one side of which is engaged with the ground surface side and the other side of which is coupled to the support main body;
A first hinge (110) coupled to the ground surface and the bed rest, and rotated;
A second hinge (310) coupled to the ground and the link, the second hinge
Wherein the shielding film is formed of four surfaces and is formed of a soft material.
delete The method according to claim 1,
A first horizontal base (500) coupled to one side of the support column so as to be pivotally coupled to the other side and having a first connection hole (510) formed on the other side thereof;
And a second horizontal base (600) coupled at one side to the lower side of the support column so as to be rotatable and having a second coupling hole (610) at the other side thereof.

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