JPH09221928A - Supporting device of free end of cantilever roof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable setting and storing of auxiliary supports supporting the roof of a carport as occasion demands, irrespective of presence or absence of a vehicle. SOLUTION: Suspension support metal fittings 10 and 20 having common insertion holes for engagement are provided at the upper part of a support 1 of a carport A and at the fore end of a beam 2 respectively and holding metal fittings 28 and 30 are provided on the surface of the ground and at the lower part of the support 1 respectively. Engagement-disengagement metal fittings which can be engaged with and disengaged from the insertion holes for engagement of the suspension support metal fittings 10 and 20 and engagement metal fittings which can be engaged with the holding metal fittings 28 and 30 respectively are provided respectively at the upper and lower ends of an auxiliary support 40 which can be contracted to be shorter than the support 1, and the auxiliary support 40 is so designed that it can be set for the carport A or removed therefrom as occasion demands and that it is attached for storing to the support 1 on the occasion when it is removed. According to this constitution, easy setting and storing of the auxiliary support are enabled, irrespective of presence or absence of a vehicle.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a cantilevered roof free end supporting device used for supporting a free end of a cantilevered roof such as a carport by an auxiliary column.

[0002]

2. Description of the Related Art This kind of cantilever roof is designed to prevent wind on a cantilevered roof like a carport due to strong winds and sag in snow, and to provide wind resistance and load resistance to the cantilevered roof. The free end support device is, for example, the real fairness 4-1 of the applicant.
As shown in No. 9154, a suspension fixing metal fitting installed on a roof free end of a pillar cantilever, particularly a roof supporting beam tip, and a ground receiving bracket installed on the ground surface in a pair with the suspension fixing metal fitting. The roof, which is interposed between the metal fittings, the metal fittings installed in the longitudinal direction of the beam, and the hanging fixing metal fittings so that the upper end is rotatably fixed and is extendable and retractable, and the metal fittings on the ground surface It is supposed to have an auxiliary column that supports the free end,
At this time, when the roof free end is not required to be supported, the auxiliary column is rotated while being suspended and fixed to the suspension fixing metal fitting so that its longitudinal end portion is engaged with the above retaining metal fitting and is attached to the beam. It is supposed to be used in such a manner that it is installed and stored, and if necessary, it is detached from the metal fittings and rotated, and it is inserted and set between the metal fittings and the bearings. .

[0003]

In this case, since the auxiliary column is housed in the beam, which is a structural material at a high place, in an attached manner,
The appearance is likely to be impaired and the user may be anxious about falling. Moreover, when the auxiliary column is stored and set, the suspension fixing metal fitting at the tip of the beam is used as a pivoting fulcrum to move the roof inward from the free end. By drawing a curved locus and rotating it, it is said that it reciprocates between the receiving metal fittings and the hanging metal fittings on the surface of the earth. In general, it is unavoidable that it will cross a vehicle placed under the roof,
Therefore, in this case, after moving and removing the obstacle such as the vehicle that may cross the locus under the roof, the auxiliary column is rotated,
After that, it is indispensable to restore the obstacle to its original state, and its storage and setting are complicated and not always easy.

Further, in this case, since the auxiliary column is fixed to the beam through the suspension fixing metal fitting and is housed in the beam in a manner attached to the beam, the cantilever roof without the beam as the object of fixing the auxiliary column, for example, the longitudinal direction of the column. While the roof is cantilevered in the middle, in the case of a cantilevered roof such as a so-called hanging type or hanging type carport where the roof free end is hung on the upper end of the pillar without using beams, the support of the free end is required. It cannot be done, and the use area of this kind of cantilever roof has been limited to the area where the support by the auxiliary pillar is not necessary.

The present invention has been made in view of the above circumstances, and a problem to be solved by the present invention is to store an auxiliary column with a good appearance without causing a user's anxiety, and to store and set a vehicle or the like. (EN) Provided is a cantilevered roof free-end bearing device which can be easily carried out without moving and removing obstacles under the roof and can be applied to a cantilevered roof which does not use beams.

[0006]

According to the present invention, in accordance with the above-mentioned problems, a suspension supporting metal fitting corresponding to this is installed at a roof free end such as a beam or a front frame, and an auxiliary column is detached from the suspension supporting metal fitting. By freely suspending and supporting it, it can be installed between this and the receiving bracket on the surface of the earth, enabling the removal and installation set of the auxiliary support pillar, while the roof supporting cantilever supports the suspending support bracket and support bracket as well. By installing the metal fittings so that the hanging support fittings can be used as the interchangeable support of the auxiliary support pillars, it is possible to store the auxiliary support on the outer surface of the support pillars.
The relationship between the auxiliary column and each of the suspension supporting metal fittings and the metal receiving brackets is defined, that is, the present invention provides claim 1 on the roof free end of the column cantilever and above the outer surface of the column. The receiving base plate and each of the suspending and supporting brackets for the roof and the columns having a common engaging / disengaging insertion hole as one of the engaging / disengaging means of the receiving substrate, and the suspending and supporting brackets are paired with each other to form the ground surface and the above-mentioned columns. The receiving brackets for the ground surface and the columns installed below the outer surface, and the retractable brackets that are shorter than the spacing between the hanging supporting brackets of the columns and the brackets are extendable and retractable. By an auxiliary strut that is provided between the hanging support bracket and the receiving bracket on the surface to support the roof free end, and is installed at the upper end of the auxiliary strut and inserted and rotated through the auxiliary strut into the engaging / disengaging insertion hole. Engaging means that can be engaged and disengaged interchangeably with each hanging support bracket Said installed in the lower end of the auxiliary strut and cantilever roof free end bearing apparatus characterized by comprising a detachably with the engagement alloy fixtures on the pivot bracket, claims 2 to 6
In addition to the above, the operability is further improved, installation is facilitated, common members are used to support different roof free ends, and erroneous operation is prevented in the support of the roof free end to ensure reliability of support. Or each of them has a preferable shape so as to improve the certainty of storing the auxiliary column,
That is, in claim 2, the engaging / disengaging insertion hole of one of the engaging / disengaging means is a laterally elongated through hole provided in a receiving substrate having a widened portion at a longitudinal intermediate position or end, and the engaging / disengaging means of the other engaging / disengaging means is disengaged. It is characterized in that the metal fitting is formed in an inverted L shape or a cross shape or a T shape by an upright shaft that is rotatable on the widened portion that is upright on the pedestal and locking protrusions that are projected on one side or both sides of the upright shaft. A cantilevered roof free-end supporting device according to claim 1, claim 3 comprises the hanging supporting metal fitting for the roof, a receiving substrate having an engaging / disengaging insertion hole,
A U-shape is formed by a pair of upright plates on both sides of the receiving board that have bolt insertion holes and stand upright on both sides of the receiving board. A beam for roof support is received between the upstanding plates, and a bolt insertion hole is inserted at the tip of the beam. The cantilevered roof free end support device according to claim 1 or 2, characterized in that it is installed at the roof free end by fixing the bolts to the roof, and claim 4 is formed in the above U shape. In addition to the hanging support metal fittings for fixing the beam, a mounting metal fitting formed in a U shape by a fixed base plate having a screw hole and a pair of hanging plates on both sides of the fixed base plate having a bolt insertion hole is used. ， The mounting bracket is screwed to the lower surface of the roof frame at the middle position in the longitudinal direction of the front frame through the screw holes of the fixed board, and the hanging plate and the upright plate are overlapped and the pivotal support of the bolts is fixed through both bolt insertion holes. The suspension support metal fittings for fixing the beam. The cantilevered roof free end bearing device according to claim 3, wherein the hanging support metal fitting is installed at the roof free end, which is also used for fixing the frame front frame. The engaging metal fittings can be engaged and disengaged with respect to at least the surface metal fittings when the suspending and supporting metal fittings and the engagement and disengagement means of the engagement and disengagement fittings are engaged and disengaged when not engaged. A cantilevered roof free-end support device according to claim 1, 2, 3 or 4, and claim 6 is a support bracket for the support pillar or a position near the support bracket of the support bracket. 6. A cantilevered roof free end support device according to claim 1, 2, 3, 4, or 5, further comprising: It is what

[0007]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described in more detail with reference to the drawings. In FIG. 1 to FIG. 9, A is a carport, especially an up-type carport, 1 is its column,
2 is the beam, 3 is a cantilevered roof that is cantilevered on the pillar 1 via the beam 2, and 10 and 20 are the roof free end and the hangings for the roof and the pillar installed above the outer surface of the pillar 1, respectively. The supporting metal fittings 26, 30 are these supporting metal fittings 10, 2
Ground metal and support brackets installed on the ground surface and below the outer surface of the pillar 1 in pairs with 0, and 40 are auxiliary pillars that support the free end of the roof and enable detachable storage and mounting set, 44 Is an engaging and disengaging metal fitting installed at the upper end of the auxiliary support column 40, and 50 is an engaging metal fitting installed at the lower end of the auxiliary support column 40. The auxiliary support column 40 enables the detachable storage and mounting set, and the storage support It is supposed to be carried out in accordance with 1.

That is, each hanging support metal fitting 1 for roof and pillar
0, 20 are receiving boards 11, 21, and receiving boards 11,
The engaging / disengaging insertion holes 12 and 22 common to the engaging / disengaging means 21
And the auxiliary strut 40 is the above-mentioned strut 1
With a reduced length that is shorter than the distance between the suspension supporting bracket 10 and the receiving bracket 30, the retractable supporting bracket 10 at the free end of the roof and the receiving bracket 26 on the surface of the ground are interposed between them. The free end of the roof is supported, and the engaging / disengaging metal fitting 44 is installed on the upper end of the auxiliary strut 40, and is inserted into the engaging / disengaging insertion holes 12 and 22 through the auxiliary strut 40 to rotate, thereby supporting each suspension. The other of the engaging and disengaging means, which is interchangeable with the metal fittings 10 and 20, is used as the engaging metal fitting 50.
30 is also compatible and can be freely engaged and disengaged.
As a result, the engaging / disengaging metal fitting 44 is inserted into the hanging support metal fitting 10 at the free end of the roof for rotation and locking, while the expansion / contraction length is adjusted and the engaging metal fitting 50 is engaged with the receiving metal fitting 26 on the surface of the ground to assist. The pillar 40 is interposed between these to support the free end of the roof, and this is removed to reduce the expansion and contraction length. Similarly, the engaging / disengaging metal fitting 44 is inserted into the hanging bearing metal fitting 20 of the pillar 1. While moving and locking, the engaging metal fitting 50 holds the engaging metal fitting 30 of the support 1
The auxiliary strut 40 can be accommodated in the strut 1 by being engaged with.

In this example, a hanging support metal fitting 10 for a roof is used.
Is formed in a U shape by a receiving board 11 having an engaging / disengaging insertion hole 12 and a pair of upstanding plates 13 on both sides of the receiving board 11 having bolt insertion holes 14, and is formed in a U shape.
The roof supporting beam 2 is received in the space, and a bolt 15 is pivotally fixed to the tip of the beam 2 through a bolt insertion hole 14 so as to be installed at the free end of the roof. The metal fitting 20 is formed in an L-shape by a receiving board 21 which also has an engaging / disengaging insertion hole 22 and a fixing plate 23 which has a screw hole 24 and stands or hangs down on one side thereof. It is in contact with the pillar 1, and the screw hole 24 is formed in the pillar 1.
It is installed above the outer surface of the strut 1 by fixing the screw 25 via.

At this time, one of the engagement / disengagement means, the engagement / disengagement insertion hole 12,
Reference numeral 22 denotes a horizontally elongated through hole provided through the receiving substrates 11 and 21 having a widened portion at an intermediate position in the longitudinal direction, which is provided horizontally on each of the hanging support fittings 10 and 20 in the shape of a keyhole. The engagement / disengagement metal fitting 44 on the other side of the engagement / disengagement means, which is the engagement / disengagement means, is formed by a standing shaft 47 rotatable on the widened portion standing on the pedestal 45 and locking projections 48 projecting on both sides thereof. It has a cross shape or a T shape, and in this example, the engaging / disengaging metal fitting 44 is inserted into the upper opening of the auxiliary column 40,
Fitting and fixing part 45 fitted and fixed using screws, rivets, etc.
And a large diameter short cylindrical upright shaft 47 that is uprightly fixed on the pedestal 45 by its horizontal base, and short cylindrical rod-shaped locking projections 48 that are welded and projected on both upper sides thereof to form a cross shape,
In this example, a flat washer 49 is provided on the pedestal 45 to form an upper pedestal for spacing control and to smoothly rotate.

Therefore, the engagement / disengagement metal fitting 44 can be inserted and extracted interchangeably by aligning with the common engagement / disengagement insertion holes 12 and 22 of the respective suspension support fittings 10 and 20, and can also be pulled out and removed. By rotating the standing shaft 47,
Pedestal 45, pedestal 45 via flat washer 49 in this example
The receiving boards 11 and 21 are sandwiched between the locking projections 48 and the locking projections 48 so that they can be similarly interchangeably locked. As a result, the engagement / disengagement holes 12 and 22 of the respective suspension support fittings 10 and 20 and the engagement / disengagement metal 4
The reference numeral 4 serves as the above-mentioned interchangeable engaging / disengaging means.

At this time, the engagement / disengagement metal fitting 44 has its fitting / inserting / fixing portion 45 fitted / fixed on the upper end of the auxiliary column 40 and cannot rotate independently. The movement is by turning the auxiliary support column 40,
This is done through this.

On the other hand, each of the receiving metal fittings 26 for the surface and the pillars,
30 is to support or support the free roof end by the auxiliary support column 40 by fixing or holding the auxiliary support column 40 suspended and supported by the suspension supporting brackets 10 and 20 below the ground surface or below the support column 1. In addition, the common or different receptacles 27, which are compatible with one of the engagement and disengagement means,
In this example, the receiving metal fitting 26 for the surface of the earth is formed into a downward U-shape with a large-diameter bent wire having the upper end horizontal rod portion as the receiving body 27 for hooking and locking.
Is exposed on the ground surface or on a rural area, and is made rotatable by pivotally supporting the above-mentioned hanging support bracket 10 on the beam 2. In the hanging position or near position, for example, an anchor metal fitting embedded in the ground at a position where the auxiliary pillar 40 is vertical or inclined is used, and the metal fitting 30 for the pillar is a receiving body 31 by a horizontal plate portion, Formed into an L-shape with a fixing plate 32 having a screw hole 33 and hanging or standing on one side thereof,
The fixing plate 32 is brought into contact with the support 1 and the screw hole 33 is attached to the support 1.
The screw 34 is fixed to the column 1 by installing it on the lower side of the outer surface of the column 1.

At this time, the engaging metal fitting 50 at the lower end of the auxiliary column 40
Is a member that engages and disengages with the receiving brackets 26 and 30 that can be freely engaged and disengaged. In this embodiment, the engaging bracket 50 has the receiving members 27 and 31 in common. It has a horizontal U-shaped receiving groove 52 that can be freely received. At this time, in this example, the hanging support metal fitting 10 and the engagement / disengagement metal fitting 44 are attached to the metal fitting 26 on the surface at least. The engagement / disengagement means in Fig. 3 is made disengageable in the locked state, and is made disengageable in the disengaged state.

That is, the engaging metal fitting 50 of this embodiment is the auxiliary strut 40.
A fitting member 51 is inserted into the lower end opening together with the closing member, and is similarly fitted and fixed by using screws, rivets and the like, and a plate material is bent into a series of U-shaped members to form a U-shape. In order to receive the receiving body 27 of the metal fitting 26 in one direction, the U-shaped receiving groove 52 formed by the U-shaped plate material is provided in the auxiliary column 4.
The engaging / disengaging metal fitting 4 is provided in a side direction different from the turning direction of 0.
4, the receiving opening is oriented so that the receiving body 27 can be rotationally received in the direction intersecting with the protruding direction of the locking projection 48 of FIG.

Therefore, the engaging metal fitting 50 is used as the auxiliary strut 40.
As long as it is not suspended and supported by the suspending and supporting metal fitting 10, the auxiliary supporting pillar 40 is surely set without engaging with the receiving metal fitting 26 on the surface of the ground and being able to be pulled out and removed freely. In this case, the support bracket 30 of the support post is also assumed to receive the above-mentioned receiving body 31 by rotating it from the receiving opening of the support support 40 of the auxiliary support post 40, so that the reliability of the storage is naturally maintained. It is made available.

Reference numeral 53 is a drop lock provided at the lower end of the auxiliary support column 40, with the central through hole provided in the closing member at the lower end and the engaging fitting 50 in this example as a guide, and inserted vertically into this. By engaging the engaging metal fitting 50 with the ground receiving metal fitting 26, lowering the drop lock 53, and intersecting the drop lock 53 with the receiving body 27 of the metal fitting 26, the auxiliary column 40
It serves as a retaining means for preventing the engagement fitting 50 from coming off in the state where the roof free end is supported after setting, and also the support fitting 30 for the column.
In this case, the pillar 1 of the auxiliary pillar 40 is dropped by dropping the same into the central through hole provided in the receiving body 31 of the receiving metal fitting 30.
In the housed state, the receiving metal fitting 30 provided on the receiving metal fitting 30 that holds the lower end of the receiving metal fitting 30 and the engaging metal fitting 50 serve as a retaining means for preventing the same from coming off.

In the carport A of this embodiment, the suspension support fittings 10, 20 and the support fittings 26, 30 are installed at predetermined positions in advance, and the support pillar 40 is used to support the roof free end. Suspend on the hanging support fitting 10 through the engaging / disengaging metal fitting 44 and rotate 90 ° in the horizontal direction to obtain the locked state of the engaging / disengaging means.
After that, the engaging metal fitting 50 of the auxiliary support column 40 is attached to the receiving metal fitting 2 for the surface of the earth.
6, the auxiliary strut 40 is engaged by pivoting in the front-rear direction, and fixing means for determining the extension and contraction length of the auxiliary strut 40, in this example, a bolt 41 with a sprocket is tightened and stretched and fixed, Drop lock 53
In order to store this, the engaging metal fitting 50 and the engagement / disengagement metal fitting 44 are removed in the reverse order of the above to attach the auxiliary support column 40 to the hanging support metal fitting 10 and the surface metal fitting 26. From the auxiliary bolt 4 by operating the butterfly bolt 41.
0 Length is reduced and fixed, and the auxiliary strut 40 is also engaged / disengaged with metal fittings 4
4 is inserted into the suspending and supporting metal fitting 20 for a pillar and rotated to obtain the locked state of the engaging / disengaging means, and then the rotation of the upright shaft 47 causes the engaging metal fitting 50 of the auxiliary pillar 40 to be supported. Bracket 3 for
Similarly, the lock 53 may be operated by engaging with 0.

10 to 13 show a U-shaped hanging support member 10 for fixing the beam 2 and a mounting member 5 as well.
6, the suspension supporting bracket 10 for fixing the beam 2 is also used for fixing the roof frame front frame 4 and the suspending supporting bracket 10 is installed at the free end of the roof. 1 While the roof 3 is cantilevered in the middle in the longitudinal direction, a suspension rod 5 is provided between the upper end of the pillar 1 and the front frame 4 of the roof 3 to suspend the roof free end from the top-hanging type carport B. This is an example in which the auxiliary prop 40 is attached and detached and stored for the common use of the mounting bracket 5 at this time.
It is assumed that the same members are used as they are, except that the suspension supporting bracket 10 for fixing the beam 2 and the mounting bracket 56 are additionally used to form a suspending supporting bracket for fixing the front frame 4. is there.

The mounting bracket 56 is formed in a U-shape by a fixed base plate 57 having a screw hole 58 and a pair of hanging plates 59 on both sides of the fixed base plate 57 having a bolt insertion hole 60. The mounting bracket 56 is attached to the lower surface of the front frame 4 in the longitudinal direction of the roof frame through the screw hole 58 of the fixed base plate 57 using the turn nut 61, and the screw 62 is fastened, and the hanging plate 59 and the standing plate 13 are overlapped. The bolt 15 is pivotally fixed through the bolt insertion holes 60 and 14 to be installed on the roof free end.

Since the remainder does not change, the same reference numerals are given and the description thereof is omitted.

In the figure, 5 is a suspension rod of the cantilevered roof 3, 16 is a smooth suspension of the roof support metal fitting 10 for the beam, and it can be installed on the beam 2 having different thicknesses. The adjuster washer which is selectively used between the upright plate 13 and the beam 2 to form the spacer, 17 is a nut, 18 is a spring washer, 19 is a flat washer, 2
Reference numeral 8 indicates a bottom surface which is concavely curved in accordance with the rotation locus of the auxiliary support column 40, and the receiving bodies 27 of the surface receiving metal fittings 26 are placed and supported on the receiving seats 29 on both sides of the upper end. Embedded box for ensuring secure engagement of the engaged fitting 50, 42
Is a metal fitting of the bolt 41 with a sledge of the auxiliary column 40, 43 is a receiving groove of the bolt 41 with a sill, 54 is an operating lever of the drop lock 53, and 55 is an engaging groove of the drop column 53 in the auxiliary column 40. is there.

Although the illustrated example is as described above, a T-shaped engagement / disengagement metal fitting is used instead of the cross-shaped engagement / disengagement metal fitting, and the engagement / disengagement insertion hole has a widened portion at the longitudinal end. With a horizontally elongated through hole on the board, the same keyhole shape
At this time, the engaging projection of the engaging and disengaging metal fitting is formed in an inverted L-shape projecting on one side, and at this time, the engaging projection is oriented in a plurality of directions so as to form a plane V shape, and its fall is prevented. To prevent this, separate the suspension support brackets for the roof from those for the beam and those for the front frame, and use them selectively according to need. In common, the compatibility of the engaging and disengaging metal fittings should be ensured, and the one that is used for accommodating the auxiliary support pillars attached to the beam by rotating the receiving metal fittings and the engaging metal fittings on the ground surface. A support bracket that is diverted and configured in accordance with the engagement fitting, and means for preventing disengagement of the support fitting and the engagement fitting that are used as necessary, for example, an engagement fitting bullet provided in the reception fitting Use a clip for starting and holding, or tighten the support column near the support column and the lower end of the auxiliary column. In implementing the present invention, including a specific band, and applying the present invention to a cantilever roof of an independent structure such as a bicycle yard other than a carport or an attached structure of a building Structure, shape, material,
The numbers, dimensions, relationships between these, additions to these, and the like can be changed and made into various forms without departing from the gist of the invention.

[0024]

The present invention is configured as described above.
According to claim 1, by installing a suspending and supporting metal fitting corresponding to the free end of the roof such as a beam and a front frame, and by suspending and supporting the auxiliary support pillar on the suspending and supporting metal fitting, it and the ground surface The auxiliary support columns can be removed and set up while being interposed between the brackets, while the hanging support brackets and brackets are also installed on the support pillars that cantilever the roof, and the auxiliary support columns are attached to the supporting brackets. By establishing compatible suspension bearings, the relationship between the auxiliary columns and each suspension support bracket and receiving bracket was specified so that it could be accommodated on the outside surface of the column. As a result, the auxiliary columns can be stored with good appearance without causing anxiety for the user, and the storage and the set can be easily performed without moving and removing obstacles under the roof such as a vehicle. Along with the above-mentioned hanging support metal fittings, A cantilevered roof free-end bearing device that can be applied to a cantilevered roof of a hanging type or a hanging type that does not use beams, by adapting it to the free end of a roof such as a frame, not limited to the climbing type that uses beams. Can be provided.

According to a second aspect of the present invention, by defining the relationship between the engagement / disengagement insertion hole of the engagement / disengagement means and the engagement / disengagement metal fitting, in addition to the above, the detachable storage of the auxiliary column and the operability of the mounting set are further improved. You can

According to a third aspect of the present invention, by making the suspension support fitting suitable for beam installation, in addition to the above, the installation of the support device including the existing cantilever roof can be facilitated. be able to.

According to a fourth aspect of the present invention, in addition to the above, the installation is facilitated by using a mounting bracket suitable for front frame installation and the hanging support bracket for beam installation is shared. It is possible to standardize the members to cope with different free ends of the roof without using the hanging support metal fittings.

According to a fifth aspect of the present invention, in addition to the above, in addition to the above, the relationship between the engaging metal fitting and the receiving metal fitting can be freely engaged and disengaged only when the engaging and disengaging means are engaged. It is possible to ensure that the mounting set for the auxiliary columns can be obtained and to prevent erroneous operation in the support of the roof free end to ensure the reliability of the support.

According to a sixth aspect of the present invention, in addition to the above, by additionally providing the retaining means for the support pillar or the position near the support pillar, the auxiliary support pillar can be stably and reliably stored in the support pillar. It is possible to improve the certainty of storage.

[Brief description of drawings]

FIG. 1 is a perspective view of an ascending type carport.

[Fig. 2] Perspective view showing the relationship between the hanging support metal fittings installed on the beam, the metal fittings on the ground surface, and the auxiliary support pillars.

FIG. 3 is a front view showing a roof free end support state of auxiliary columns.

FIG. 4 is a vertical cross-sectional side view showing the relationship between the beam and the auxiliary column.

FIG. 5 is an exploded perspective view showing the relationship between the beam and the suspension support fitting.

FIG. 6 is a side view showing a storage state of the auxiliary support columns.

FIG. 7 is a perspective view showing a relationship between a suspension-supporting bracket of a column and an auxiliary column.

FIG. 8 is a perspective view showing a relationship between a support bracket of a support and an auxiliary support.

FIG. 9 is a partially cutaway front view of the upper and lower ends of the auxiliary column.

FIG. 10 is a perspective view of a suspended type carport.

FIG. 11 is a perspective view showing the relationship between the suspension support fittings installed on the front frame, the support fittings on the ground surface, and the auxiliary columns.

FIG. 12 is a front view showing the relationship between the front frame and the auxiliary columns.

FIG. 13 is an exploded perspective view showing the relationship between the front frame, the suspension supporting bracket for the beam, and the mounting bracket.

[Explanation of symbols]

 A, B Carport 1 Support post 2 Beam 3 Cantilever roof 4 Front frame 10 Roof suspension support bracket 12 Engagement insertion hole 15 Bolts 20 Suspension support attachment for pillar 22 Engagement insertion hole 26 Surface support Metal fitting 30 Receiving metal fitting for pillar 40 Auxiliary pillar 44 Engagement fitting 47 Standing shaft 48 Locking protrusion 50 Engagement fitting 56 Mounting fitting 61 Negative

Claims (6)

[Claims] 1. A roof free end having a cantilevered support pillar and a receiving board installed above the outer surface of the supporting pillar, and a roof and a pillar having a common engaging / disengaging insertion hole as one of the engaging / disengaging means of the receiving board. Suspension bearing fittings, and each receiving fitting for the ground surface and the strut, which are installed in pairs on the earth surface and below the outer surface of the strut, in pairs with the suspending bearing fittings, and the suspending bearing fittings and the receipt fittings for the strut. Auxiliary pillars that have a reduced length shorter than the space between them, and are extendable and contractible, and are interposed between the hanging support fittings at the roof free end and the receiving fittings on the surface of the ground to support the roof free end, and the auxiliary support pillars. The engaging / disengaging means which is installed at the upper end of the above, and is inserted and rotated through the auxiliary strut into the engaging / disengaging insertion hole so as to be freely disengageable to / from each of the suspension bearing fittings, and the other engaging / disengaging metal fitting It is characterized in that it is provided at the lower end with engaging fittings that can be freely engaged and disengaged with each receiving fitting. Cantilever roof free end support device. 2. The engagement / disengagement insertion hole of one of the engagement / disengagement means is a laterally long through-hole formed through a receiving board having a widened portion at a longitudinal intermediate position or end, and the engagement / disengagement metal fitting of the other engagement / disengagement means is a pedestal. 2. An inverted L-shape or a cross-shaped or T-shape formed by an upright shaft rotatable upright on the widened portion and locking projections projecting on one side or both sides of the upright shaft. Cantilever roof free end support device. 3. The roof suspension metal fitting is formed in a U-shape by a receiving board having engagement / disengagement insertion holes and a pair of upstanding plates standing upright on both sides of the receiving board having bolt insertion holes. Then
The roof supporting beam is received between the upright plates, and the beam is installed at the free end of the roof by fixing the shaft of the bolt to the tip of the beam through a bolt insertion hole. Cantilever roof free end support device. 4. In addition to the U-shaped hanging support metal fitting for fixing a beam, a fixed board having a screw hole and a pair of hanging plates on both sides of the fixed board having a bolt insertion hole and hanging down on both sides of the fixed board. By using a mounting bracket formed in a U shape by and, the mounting bracket is screwed to the lower surface of the roof frame in the middle of the front frame in the longitudinal direction through the screw hole of the fixed substrate, and the hanging plate and the standing plate are overlapped. By fixing the bolts through the bolt insertion holes, the suspension supporting bracket for beam fixing is also used for fixing the front frame of the roof frame and the suspending supporting bracket is installed at the free end of the roof. The cantilevered roof free-end bearing device according to claim 3. 5. The engagement bracket at the lower end of the auxiliary column is disengageable with respect to at least the receiving bracket on the surface in a state where the suspending support bracket and the engaging / disengaging means of the engaging / disengaging bracket are engaged and disengaged. It is impossible to engage and disengage in a state, and it is characterized by the above-mentioned.
Or 4 cantilever roof free end support device. 6. A retaining bracket for the support or a position near the support of the supporting bracket is additionally provided with a retaining means for the retaining bracket and the engaging bracket. 3,4
Or 5, cantilevered roof free end support device.