JP4287672B2 - Multi-sheet water guide expansion / contraction awning - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a multi-sheet type water conveyance expansion / contraction awning (sun cover), and in particular, a combination of a water conveyance device and a water collection device, and expansion / contraction awning by a take-up shaft that originally enabled only a small area awning and rain protection. Installed between parallel frames or parallel wall surfaces (for example, ceiling), and awning that allows adjustment of large areas of rain protection, sun protection, ventilation, and lighting by a method of stacking multiple sheets in parallel and alternately It is formed, and the flexible use which can make the space below a parallel frame or a wall surface into indoor space is enabled.
[0002]
[Prior art]
Conventional awnings (rain protection awnings, awning awnings) are composed of a combination of members such as support arms, shielding surfaces, and fixing devices. There are many standards and types, but in general, vehicles and house eaves. Even if it can be expanded and contracted freely, when it is used in a large area, considering the influence of the weight and wind pressure of the awning frame itself, its functionality and durability are Often limited and unsuitable for use.
Most of the common awnings are single-sheet type and are installed directly on the outer edge of the house to shield the narrow space on the sidewalk outside the house and play the role of sunshade and rain protection, but the courtyard under the ceiling inside the building When using existing movable slide rail awning or fixed awning when using in a static space, a space with parallel walls or under a parallel frame, the above flexible use In the space I wanted, I couldn't meet the requirements of sunshade, rain protection, lighting adjustment and ventilation.
[0003]
[Means for Solving the Problems]
In view of the above problems, the present inventor has conceived a combination of a winding shaft having a water guide groove and a telescopic arm / awning through meticulous design and examination. That is, the fixed end of the winding shaft is installed between a parallel frame or a parallel wall surface (for example, ceiling), and a plurality of sheets are alternately stacked in parallel to prevent rain, awning, ventilation, and lighting in a large area. An awning that can be adjusted is formed. Compared to general fixed awning, it can be used more flexibly, the user can adjust its expansion / contraction width according to the weather, and a water guide groove is installed at the front edge of each awning base unit, so it can prevent rain If you want to use the awning as long as the retractable arm of the take-up shaft is fully open, the water guide groove will reach the water collecting joints fixed at both ends according to the expansion of the telescopic arm and the leading edge of the awning. It can be discharged more smoothly.
[0004]
The multiple-sheet water-conducting telescopic awning according to the present invention is composed of an awning basic unit, a lateral fixing seat unit, a water-conducting groove unit, and a water collecting joint unit that alternately and alternately stack a plurality of sheets.
The awning basic unit is an operable and extendable awning unit, which is equipped with a take-up shaft, a take-up device, a telescopic arm, and a waterproof cloth (Turpaulin canvas, tarpaulin canvas). It is installed and can adjust the expansion and contraction width by moving the expansion and contraction arm through the winding device.
The lateral fixed seat unit is a lateral rectangular cradle, is installed between parallel frames or parallel wall surfaces at regular intervals, and is used for fixing the awning base unit.
The water guide groove unit is a long arc-shaped hollow groove body, installed at the front edge of the awning base unit, and holes are provided at both ends of the bottom of the water guide groove unit,
The water collection joint unit is a water collector with a bowl-shaped wedge-shaped structure, collects rainwater and is connected to a drain pipe, drains rainwater or flows it into a middle water system,
The water collection joint is provided at the lower edge of the parallel wall surface or parallel frame of the space to be erected, and is located directly below the front edge when the other awning is fully expanded, and is located above the water collection joint unit. Is provided with a wedge-shaped structure, and when the telescopic arm is fully extended, the water guide groove is extended to the water collecting joints fixed at both ends to be engaged with the wedge-shaped structure.
[0005]
In the multi-sheet type water-conducting telescopic awning according to the present invention, a lateral fixing seat is mounted between parallel wall surfaces or existing parallel frames with existing ceilings, and a plurality of lateral fixing seats are installed in parallel at regular intervals. Supports awning.
In the multi-sheet water guide expansion / contraction awning according to the present invention, the water guide groove unit is installed on the front edge of the awning cloth and connected to the extension arm, and holes are provided at both ends of the water guide groove bottom.
The multi-sheet water-conducting telescopic awning according to the present invention is a multi-sheet water-conducting telescopic awning in which an awning base unit that stacks a plurality of sheets in parallel and alternately is composed of a lateral fixed seat unit and a water collecting unit. of the awning base unit, mounted respectively in advance by the mounted transverse direction of the fixed seat unit, wherein when the to fully open the respective awning base unit, the said awning basic unit front edge of the water conducting grooves units adjacent just by It is positioned below the fixed seat unit in the lateral direction, and is combined with a multi-sheet type water guide awning provided between parallel frames or parallel wall surfaces in a manner of overlapping in parallel.
[0006]
A combination of awnings, each of which has a large area consisting of each of the awning base units and adjusts expansion and contraction according to the weather, between the parallel wall surfaces or parallel frames of a space such as a courtyard where it is desired to flexibly use the awning unit at a certain interval. A fixed seat unit is provided, and the fixed end of the retractable awning take-up shaft is fixed on the lateral fixed seat unit to support individual awning basic units. As each awning spreads completely overlap alternately the leading edge corresponding to the fixed end of the take-up shaft of another awning, thus expanding the footprint of the awning, rack the water guide groove on the front edge of the base unit was set, rainwater Ru to reach or in-water system is discharged from the fixed pipe. The water guide groove units connected to the telescopic arm is provided at the front edge of each awning base unit, there is a hole in the water guide groove across the bottom, corresponding to a fixed catchment joint parallel frame or parallel walls. If you want to use the awning as a rain guard, extend the telescopic arm of the take-up shaft to the maximum, so that the water guide groove extends to the fixed water collecting joints at the corresponding ends, and the water collecting joints are parallel frames or parallel wall surfaces. provided on the lower edge of the positioned directly below the lateral direction of the fixed seat of the awning base unit, to call set the drainage pipes to the left and right ends, respectively one at a time. As described above, when the telescopic arm of the take-up shaft extends to the maximum extent, the water guide groove unit extends to the water collection joint along with the awning, and the holes at both bottoms of the water guide groove correspond to the water collection joints. The function of collecting water can be achieved.
[0007]
When the retractable arm of the take-up shaft is extended to the maximum, the awning may be easily shaken and damaged by the wind, so a wedge-shaped structure is designed on the upper edge of the water collecting joint, and the water guide groove unit is attached to the awning. When the water collecting joint is extended to the wedge-shaped structure to reach the water collecting joints at both ends, it is locked to the upper edge of the wedge shape, and immediately after the water guiding groove unit enters the wedge-shaped area of the locking groove as the awning extends It is locked and becomes another end to fix the awning. As mentioned above, fed rainwater the water guide groove unit and through water collecting joint is discharged from the rainwater catchment pipe or in water systems. If you do not want to use it fully open, you can adjust the shielding area just by turning the winding device. In addition, depending on the various needs of the user, it can be used in the space below the parallel frame or parallel wall The degree of shielding can be selected according to the situation, and a flexible and versatile use function can be fully realized by adjusting the amount of wind and light entering depending on the external weather.
[0008]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, the present invention will be described in detail with reference to the drawings.
As shown in FIG. 1, the present invention is a multi-sheet type water-conducted awning that can be installed on a parallel frame or a parallel wall surface, and can be adjusted in a large area by combining each awning basic unit by a method of overlapping a plurality of sheets in parallel and alternately. forming a awning group such versatile, and rack set the water guide groove unit at the front edge of each awning base unit rainwater and catchment to be discharged via rainwater water guide groove unit, water collecting joints, drainage pipes Or feed into the middle water system. The details of the awning basic unit are as shown in FIG.
[0009]
The overall structure of the multi-sheet water-conducting telescopic awning of the present invention is configured by combining a plurality of awning base units 11 in parallel. Each awning base unit 11 includes a lateral fixed seat unit 1 and a winding shaft. 2, telescopic arm 3, the water guide grooves unit 4 and the winding device 9 is equipped with, a plurality attaching a fixed seat unit 1 in the transverse direction at regular intervals between the two parallel frame 7 or parallel walls (e.g. the ceiling) Each of the take-up shafts 2 and a plurality of extending arms 3 are mounted on the fixed seat unit, and the upper portion of the extending arm 3 is covered with a waterproof cloth (Turboline canvas) 10 on one side of the fixed seat unit 1 in the lateral direction. mounting the winding device 9, winding the tarpaulin at the winding device 9 to move the extension arm 3 by deploying, tarpaulin (Taborin canvas) 1 The open or close. In addition, tarpaulin (Taborin Canvas) and rack set the water guide groove unit 4 to the front edge 10 connecting the telescopic arm 3 of the awning base unit 11, also the holes provided at both the bottom of the water conducting grooves unit 4, It corresponds to the water collecting joint unit 5 fixed to the parallel frame 7 or the parallel wall surface.
The water collecting joint unit 5 is installed at the lower edge of the parallel frame or the parallel wall surface 7 so that it is located directly below the front edge of the awning when fully opened, and at the same time, the side of another awning base unit 11 that is alternately overlapped. The drainage pipes 6 are provided under the fixed seat unit 1 in the direction, one on each of the left and right sides. When the retractable arm of the take-up shaft extends to the maximum, the water guide groove unit 4 reaches the water collecting joint unit 5, and the holes 14 at the bottoms of both ends of the water guide groove correspond to the water collecting joint unit 5, so Is fulfilled.
[0010]
When the extension width of the telescopic arm 3 reaches 100%, the water collecting ports of the water guiding groove unit 4 and the water collecting joint unit 5 are combined and locked, and when it rains, rainwater flows from above the gutter to the water guiding groove unit 4 and further collects. It flows into the water joint unit 5 and is discharged from the drain pipe 6 or into the middle water system. In this way, a combination of the awning base unit 11 and the corresponding water collecting joint unit 5 is configured, and a plurality of awning base units 11 are combined based on the actual space and usage needs of the erection space, as shown in FIG. Such a multi-sheet type water guide expansion / contraction awning is constructed.
[0011]
The multi-sheet water-conducting telescopic awning of the present invention can adjust the shielding area according to the needs of the user, and when the telescopic arm of the winding shaft extends to the maximum, the awning is easily affected by the wind Since there is a risk of breakage, a wedge-shaped structure 12 is provided on the upper edge of the water collecting joint 5, and the water guide groove unit 4 is locked to the wedge-shaped structure 12 when extending to the corresponding water collecting joint 5 at both ends. When the water guide groove unit 4 extends to the water collecting joints 5 on both sides corresponding to the awning, it is locked in the wedge-shaped area of the wedge-shaped structure 12 and becomes another end for fixing the awning. If the opening and closing width of the awning is adjusted with the winding device 9 and the amount of light and wind entering according to the user's needs can be adjusted due to the difference in the opening and closing width, if you do not want to use it fully open, The winder 9 can be completely wound by turning the winder 9 (the winder in the present embodiment is a manual type and is considered to be used during energy saving or power outage. (Electric type can also be adopted) (see FIG. 5).
[0012]
FIG. 5 is a three-dimensional view showing a fully wound state and a half-stretched state. Each awning base unit 11 is independent of each other, and each has one winding device 9, so that the user's It can be adjusted individually according to your needs.
[0013]
【The invention's effect】
As described above, according to the present invention, a movable awning having a large area is configured by a plurality of awning basic units, and a lower space shielded by the awning can be used flexibly, corresponding to a parallel frame or a parallel wall surface, and below The opening / closing width of the awning can be selected in consideration of the space usage. In addition to the sun and rain protection functions of the conventional awning, it is possible to adjust the amount of wind and light that enters, and to improve the drainage problem of the conventional awning by installing the water guide groove and water collecting joint together. The total design of the awning can be expanded and the functions can be increased.
[Brief description of the drawings]
FIG. 1 is a three-dimensional view of a multi-sheet water guide expansion / contraction awning according to the present invention.
FIG. 2 is a view showing a combination of an awning basic unit, a water guide groove and a water collecting joint of a multi-sheet type water guide expansion / contraction awning according to the present invention.
FIG. 3 is a view showing a combination of a water guide groove and a water collecting joint of a multi-sheet type water guide expansion / contraction awning according to the present invention.
FIG. 4 is a side view when the awning telescopic arm of the multi-sheet water-conducting telescopic awning according to the present invention is fully opened.
FIG. 5 is a view showing a state where the awning telescopic arm of the multi-sheet type water-conducting telescopic awning according to the present invention is completely wound up and half opened.
[Explanation of symbols]
1, lateral fixed seat unit 2, take-up shaft 3, telescopic arm 4, water guide groove unit 5, water collecting joint unit 6, drain pipe 7, parallel frame or parallel wall surface 8, locally enlarged view 9 in FIG. Removal device 10, waterproof cloth (turboline canvas)
11. Awning basic unit 12, wedge-shaped structure 13, drainage system 14, hole opened at bottom of water conduit unit

Claims (1)

An awning composed of one or more awning basic units fixed to a building support structure such as between two parallel frames or parallel wall surfaces, and having a sheet made of waterproof cloth, etc.
The awning base unit has a beam structure extending in the lateral direction and is fixed to these support structures at both ends thereof to support the awning,
A plurality of telescopic arms fixed to the fixed seat unit and extending and contracting vertically from the fixed seat;
A water guide that is attached to the tip of the telescopic arm, fixes the front edge of the sheet made of waterproof cloth, etc., receives rain water flowing down from the sheet made of waterproof cloth, etc., and conducts water in the direction of the edge, and has a drain hole at the edge. Water guide groove unit with grooves,
And a winding shaft for unfolding and winding the sheet made of the waterproof cloth, etc., comprising a winding device installed in the fixed seat unit,
These awning basic units are arranged in parallel so that the next row of awning fixing seat units covers the awning front edge provided with the water guide groove unit in the next row,
Rainwater discharged from the drainage holes at both ends of the maximum deployment position of these awnings
It is possible to discharge to a drainage water collecting mechanism provided on the support structure side,
Sheet-type water-conducting telescopic awning.

Images