TWI823706B - Method and structure of quickly assembling invisible iron windows using clamping ropes - Google Patents

Abstract

A method and structure for quickly assembling invisible iron windows by using clamping ropes. The method can easily roll up the assembled invisible iron windows to reduce the volume and facilitate mailing. The structure of the invisible iron window is mainly composed of at least one track, a plurality of fixing bolts, a steel cable and a locking rope. The track is an approximately L-shaped aluminum extrusion bar with a fixed wall on the plane. The fixing holes for locking screws are provided with screw holes in the horizontal direction on the vertical surface of the track; the fixing bolts are locked in each horizontal screw hole, and are arranged and fixed on the track in order for the steel rope to be wound around; the locking rope is It is wound around each fixing bolt and pressed on the steel cable; thus, when the steel cable is wound around each fixing bolt, the locking rope also goes around each fixing bolt and presses on the steel cable, so that the closed steel cable jumps out of the fixing bolt. The space prevents the steel cable from jumping out of the fixing bolts during the winding and packaging process of the invisible iron window, which facilitates subsequent packaging and shipping.

Description

Method and structure of quickly assembling invisible iron windows using clamping ropes

The present invention relates to a production, packaging and transportation method of invisible iron windows and the structural design of the invisible iron windows. In particular, it is convenient to assemble various components in the factory in advance, and the invisible windows can be rolled to reduce the volume and sent, so that they can be collected by remote recipients. The parts can be DIY installed, which can simplify the inconvenience of human travel and reduce the cost of installing invisible iron windows. The invention is installed at openings such as building windows, balconies or stairwells. It mainly achieves the goal of being able to produce, process and assemble the rails and steel cables in the factory, and then roll the rails and steel cables for packaging, so that the steel cable winding device can be fixed in the When rolled up and packaged, the steel ropes and fixing bolts will not be loosened, making it easier to send and ship over long distances, thereby making the construction area of the invisible iron windows for safety protection more practical by expanding to remote areas or outer islands, and after unpacking Assembly is faster and easier.

Buildings such as high-rise residences, high-rise residences, factories or office buildings usually have windows or balconies in order to obtain good lighting and ventilation effects. In general, a skylight residential building structure requires a stairwell indoors. Due to ergonomic and aesthetic factors, the height of the handrails of the stairs is limited. They are usually only set up to waist height, thus forming a patio in the middle of the stairs. Risk of accidental falls to children or the elderly.

However, if the windows or balconies are not equipped with iron windows or aluminum grilles and other blocking building materials on the outside to serve as safety protection, for high-rise residents and sky-high residential users, there will be risks to the safety of people's homes. risks cause safety concerns, so many consumers will consider Consider installing iron window grilles at the openings of windows or balconies, and adding anti-fall nets and other facilities on the aforementioned patios to protect children or the elderly at home and achieve safety measures to prevent falls.

However, iron windows and fences are generally made of metal materials, which usually require a considerable amount of materials, manual welding processing costs, transportation and installation time, and labor costs. The most important installation of iron windows and fences will also greatly affect the appearance of the entire building, and iron windows often hinder the opportunity to escape or enter for rescue when a fire occurs, thus reducing the willingness of many consumers to install them. ; In addition, due to the provisions of existing building appearance maintenance conventions in some residential buildings, residents are restricted from installing iron window grilles due to concerns that installing iron window grilles will damage the appearance of the building, resulting in concerns about the safety of high-rise buildings from falling. .

Therefore, many years ago, relevant manufacturers launched an invisible iron window product on the market, which mainly installs a steel cable fixing device at the window or balcony opening, and then winds the steel cable around the fixed device at appropriate intervals. On the positioning piece, it is locked and fixed so that the steel cable is completely laid out at the opening, forming a thin steel cable protective net structure, and forming an invisible protective device from a distance.

This invisible iron window product is not only cheaper than traditional iron windows, but also can be constructed quickly and conveniently. It is not limited by space shape. It can be installed arbitrarily on windows, balconies, stairwells and patios to form protection. At the same time, it is in use. It is both beautiful and safe, so it is widely favored by consumers. However, although invisible iron windows are easy to construct and do not require a crane for construction, during the actual installation process, it will be found that since all accessories are measured first and then assembled and fixed on site, it is difficult for rural areas and outer island areas. Practical problems such as the transportation of assembly materials and transportation of installation personnel and the transportation of installation personnel are another huge cost of this good invisible iron window, and it is also a major obstacle to the business promotion of this industry.

Therefore, in order to expand the business scope to make it easier to promote the invisible iron window product, so that this safety protection tool can be spread throughout remote areas and facilitate construction, the applicant therefore imagined that the invisible iron window could be preliminarily assembled in the factory. After forming, all the positioning screws, track frames and steel cables are in place. The invisible iron windows can be easily rolled and bundled to reduce the volume and facilitate packaging and shipping. This can achieve long-distance delivery of construction building materials and then local operations. Benefits of on-site DIY installation by personnel.

The problem that needs to be considered and overcome is that when rolling the invisible iron window parts, how to use the fixing bolts to position the steel cables first, and not tighten the screws before installation on site, so that the steel cables still need to be tightened later. Therefore, when the fixing bolts are not fully locked, the steel cables that are set around the fixing bolts can not jump out of the fixing bolts during the winding and packaging process, so that the entire steel cables will not be entangled with each other and become knotted. , if this key problem is overcome, the invisible iron window business will be able to expand the installation and use area. Therefore, the overall structure of this case is designed to overcome the effect of the steel ropes in the roll packaging operation and still be combined with the fixing bolts.

In view of this, the inventor has many years of experience in the manufacturing, development and design of related products. He has devoted himself to research, design and assembly to address the shortcomings of the existing structure, and provides an invisible iron window that can be assembled and installed in the factory. Tracks, steel cables, locking bolts, track outer coverings, end caps and other parts can be easily rolled up with invisible iron windows for packaging and shipping, thereby reducing the volume for freight shipping, and providing construction and building materials over long distances. Relevant technicians on site can DIY Installation makes construction, installation and use more practical, and improves the speed and convenience of invisible iron windows for industrial use.

The main purpose of the present invention is to provide a method and structure for quickly assembling invisible iron windows using a locking rope. The track frame is provided with a locking rope. When the steel cable is wound by fixing bolts, After fixation, the locking rope is wound around each fixing bolt and pressed on the steel cable to limit the winding path of the steel cable, which can effectively prevent the steel cable from jumping out during the coiling, shipping and installation process, making the cable The overall construction, installation and use are more practical, fast and convenient.

In order to achieve the above purpose, the method of the present invention for quickly assembling invisible iron windows using clamping ropes includes assembling the invisible iron window components, at least one track, a plurality of fixing bolts, a steel cable and at least one clamping rope, in the factory first. , so that each fixing bolt is locked on the track, and then the steel cable is wound around each fixing bolt to form the preparation work before installation. On the track, when the steel cable is wound around each fixing bolt, the clamping rope is wound It is located on each fixing bolt and presses on the steel cable to close the space for the steel cable to jump out of the fixing bolt, so that the invisible iron window will not cause the steel cable to jump out of the fixing bolt during the winding and packaging process, so as to facilitate subsequent packaging, mailing and transportation.

In addition, the present invention uses a locking rope to quickly assemble an invisible iron window structure, which is mainly composed of at least one track, a plurality of fixing bolts, a steel cable and a locking rope, and is characterized in that: the track is set to be approximately L-shaped. The aluminum extruded strip is provided with a flat surface, with fixing holes for fixing wall locking screws on the flat surface, and screw holes on the vertical surface of the track in the horizontal direction; the fixing bolts are locked on each of the horizontal fixing holes on the track. In the screw holes, they are arranged in order and fixed on the vertical surface of the track for the steel cables to be wound; one end of the locking rope is fixed on one end of the track. When the steel cable is wound around each fixing bolt, the locking rope is wound around each fixed bolt. The bolts are pressed on the steel cables so that the other end of the clamping rope is fixed on the track; thus, when the steel cables are wound around each fixing bolt, the clamping ropes also go around each fixing bolt and are pressed against the steel cables. The space for the steel cable to jump out of the fixing bolt is closed, so that the steel cable will not jump out of the fixing bolt during the winding and packaging process of the invisible iron window, so as to facilitate subsequent packaging and mailing.

The overall use of soft and flexible clamping ropes is wrapped around each fixing bolt and can be freely cut to length, making the preparation and inventory of the clamping ropes convenient, and the fixing screws can be filled with a simple operation. The gap between the bolt and the track prevents the steel cable from jumping out of the set gap reserved when winding. It further effectively prevents the invisible iron window steel cable from improperly jumping out during the rolling, packaging and installation processes, and enhances long-distance invisibility. The convenience of shipping the iron windows can also make the construction and installation of the integral components faster and more convenient after receiving and unpacking.

Other features and specific embodiments of the present invention can be further understood in the following detailed description accompanied by the accompanying drawings.

10: Orbit

11:Plane

12:Fixing hole

13:Screw hole

14: Locking piece

15:hole

16:Chute

17:Vertical plane

20: Outer cover

21:Screw hole

22:Screw

30:Fixing bolts

40: Steel rope

50:Clamping rope

51:Screw

60: End cap

70:Expansion screw

80: Short track

Figure 1 is a three-dimensional appearance view of the present invention after assembly.

Figure 2 is an exploded view of the structure of the present invention.

Figure 3 is a schematic diagram of one end of the locking rope of the present invention being first fixed and then wound.

Figure 4 is a schematic diagram of the other end of the locking rope of the present invention being wound and fixed.

Figure 5 is a schematic diagram of the locking rope after fixing the steel cable according to the present invention.

Figure 6 is a partial cross-sectional schematic diagram of the present invention.

Figure 7 is a schematic diagram of the present invention after it is installed on the wall.

Figure 8 is a schematic diagram of locking the fixing bolt after adjusting the tightness of the steel cable according to the present invention.

Figure 9 is a partial cross-sectional schematic diagram of Figure 8 of the present invention.

Figure 10 is a front view of the invisible iron window installed on the balcony wall according to the present invention.

Figure 11 is a schematic diagram of the present invention installed on stairs as a safety grille.

Please refer to Figures 1 to 5. The invisible iron window structure of the present invention that uses a locking rope to quickly assemble is mainly provided with at least one track 10, at least one outer cover 20, a plurality of fixing bolts 30, a steel It consists of a rope 40 and a clamping rope 50.

Among them, the track 10 is a roughly L-shaped aluminum extrusion bar, with a flat surface 11 provided on it, and a fixing hole 12 for fixing wall locking screws is provided on the flat surface 11. Several screw holes 13 are provided for locking the fixing bolts 30. The rail 10 is fixed with a locking piece 14 on one side, and a hole 15 is provided on the locking piece 14.

The outer cover 20 is made into an L-shaped plate cover and is provided with a screw hole 21. A screw 22 can be used to lock the outer cover 20 to the hole 15 provided in the locking piece 14 of the track 10.

The fixing bolts 30 are locked in the screw holes 13 provided horizontally on the vertical surface 17 of the track 10 and are arranged in sequence for the steel cables 40 to be wound around.

The locking rope 50 is wound around each fixing bolt 30 and pressed on the steel cable 40, so that one end of the locking rope 50 is fixed on the track 10, and the other end of the locking rope 50 is fixed on the other end of the track 10;

Please refer to Figure 6. When installing the locking rope 50, firstly fix one end of the locking rope 50 on the vertical surface 17 at one end of the track with a screw 51, use the head end of the locking rope 50 to go around at least one turn and then tighten the screw 51, and then use it as a steel cable. 40 is wound around each fixing bolt 30, and the locking rope 50 is wound around each fixing bolt 30 and pressed on the steel cable 40, so that the other end of the locking rope 50 is fixed on the track 10, and the locking rope 50 is also used. The end of the locking rope 50 can be wound around the first fixing bolt 30 for locking, and then the wire rope 40 can be wound around each fixing bolt 30 in another possible embodiment. Finally, the clamping rope 50 is wound around each fixing bolt 30 one by one and pressed on the steel cable 40, so that the other end of the clamping rope 50 is fixed on the last fixing bolt 30, and then the tightness of the steel cable 40 is adjusted. At the same time, loosen the last fixing bolt 30 and then perform the locking action together with the adjustment of the steel cable 40. The blocking rope 50 can also form a blocking rope 50 to prevent the steel cable 40 from jumping out during the shipping process, thereby closing the steel cable. 40 jumps out of the space of the fixing bolt 30, so that when rolling the invisible iron window parts, the fixing bolt 30 first fixes the steel cable 40 When the bolts are not locked, the steel cable 40 will not jump out of the fixing bolts 30 during the winding and packaging process, so as to facilitate subsequent packaging and shipping.

In a preferred embodiment, end caps 60 can be placed on both ends of the L-shaped aluminum extruded bar of the track 10 .

Please refer to Figures 6 to 9 again. After the structure of the present invention is designed as described above, the outer cover 20, the fixing bolts 30, the steel cable 40 and the clamping rope 50 or the end can be installed on the track 10 in advance in the factory. The assembly of the cover 60 is in the form of a complete assembly of components. It only needs to be installed on site to complete the protection of the invisible window. When the invisible iron window of the present invention is shipped to a distant place due to its rollable packaging, Each component can be unfolded as shown in Figure 10 during installation.

Please refer to Figures 8 to 10. When assembling, first insert the end caps 60 at both ends of the rails 10, and then install each rail 10 in sequence. One of the rails 10 is fixed on the top of the window sill and is fixed with strong force. The expansion screw 70 is locked into the upper end wall at the fixing hole 12, and the lower end is also locked and fixed with the expansion screw 70 from the fixing hole 12. Then the tightness of the steel cable 40 is adjusted and tightened. First, lock one end. The fixing bolt 30 holding the steel cable 40 is locked first, but at this time, although the other fixing bolts 30 are not yet locked, due to the design with the positioning function of the locking rope 50, the steel cable 40 can be prevented from jumping out of the fixing bolt 30 down, freely shuttle under each fixing bolt 30 to facilitate the tightness control work of the steel cable, until the section of steel cable 40 is tightened and adjusted from one side and each fixing bolt 30 is locked, so as to complete the invisible iron window steel cable 40 In addition, the screw 22 is used to lock the screw hole 21 into the hole 15 provided on the locking piece 14, and the outer cover 20 can be locked on the outside of the track 10 for beautiful decoration, and the invisible iron window is completed as a whole. installation; thereby, the steel cable 40 can be firmly laid at the opening of the window or balcony to achieve the protective effect.

It is worth mentioning that if the embodiment is provided with only one track 10, one outer cover 20, The invisible iron window composed of a plurality of fixing bolts 30 and a steel cable 40 can be directly installed and fixed on the side of the window or balcony wall on the opposite side of the installation side of the track 10, and the steel cable 40 can also be installed. After being wound around, the whole thing is tightened and locked to form an invisible iron window.

Please refer to Figures 2 and 11, which are another installation embodiment of the present invention. They are also provided with at least one track 10, at least one outer cover 20, a plurality of fixing bolts 30, a steel cable 40 and at least one clamping position. It consists of a rope 50. In this embodiment, one side of the track 10 is mainly set as a long strip, and the other side is set as a multi-section short track 80. The other components are such as fixing bolts 30, a steel cable 40, a locking rope 50 and an outer The structures of the cover 20 and the end cover 60 are as described above; thereby, multiple sections of short rails 80 can be installed on each step of the staircase, and the steel cable 40 can be wound around and the tightness adjusted to form a staircase. Safety grille for side safety protection.

In summary, the present invention can indeed achieve the intended purpose of creation, providing a convenient, stable and highly practical invisible iron window structure using a steel cable fixing device. The structural design of this case allows the invisible iron window to be easily pre-prepared in the factory. After assembly, it can be rolled up and packaged without loosening the steel cables and locking screws, making it convenient for long-distance shipping. It is undoubtedly of practical value, and I have filed an invention patent application in accordance with the law.

However, the above are only preferred embodiments of the present invention, and should not be used to limit the scope of the present invention; therefore, any simple equivalent changes and modifications made based on the patent scope of the present invention and the content of the patent specification , should still fall within the scope covered by the patent of this invention.

10: Orbit

20: Outer cover

22:Screw

30:Fixing bolts

40: Steel rope

50:Clamping rope

51:Screw

60: End cap

Claims (8)

A method for quickly assembling invisible iron windows using clamping ropes, including assembling the components of invisible iron windows, at least one track, a plurality of fixing bolts, a steel cable and at least one clamping rope, in the factory first, so that each fixing bolt is locked on On the track, the steel cables are then wound around each fixing bolt to complete the pre-installation preparation work, which is characterized by: On the track, when the steel cable is wound around each fixing bolt, the locking rope is wound around each fixing bolt and pressed on the steel cable to close the space where the steel cable jumps out of the fixing bolt, and an invisible iron window is obtained during the winding and packaging process. The medium steel rope will not jump out of the fixing bolts to facilitate subsequent packaging and shipping. As described in item 1 of the patent application, a method for quickly assembling invisible iron windows using a locking rope is used. When the locking rope is wound around each fixing bolt, one end of the locking rope is fixed on the track, and the other end of the locking rope is fixed on the track. Fixed on the other end of the track. As described in item 1 of the patent application, the method of quickly assembling invisible iron windows using a locking rope is a method in which one end of the locking rope is first fixed on the vertical surface of one end of the track with a screw, and the head end of the locking rope is used to go around it for at least one turn. Tighten the screws, and then after the steel cable is wound around each fixing bolt, the clamping rope is wound around each fixing bolt and pressed on the steel cable, so that the other end of the clamping rope is fixed to the track, and the head end of the clamping rope is also used After going around at least one turn, tighten the screw to secure it. A structure for quickly assembling invisible iron windows using clamping ropes, which is composed of at least one track, a plurality of fixing bolts, a steel cable and a clamping rope, and is characterized by: The track is an approximately L-shaped aluminum extrusion bar with a flat surface on which are provided fixing holes for fixing wall locking screws, and horizontal screw holes on the vertical surface of the track; The fixing bolts are locked in the screw holes set horizontally on the vertical surface of the track and are arranged in sequence. It is fixed on the vertical surface for the steel cable to be tied around; one end of the locking rope is fixed on one end of the track. After the steel cable is wound around each fixing bolt, the locking rope is wound around each fixing bolt and pressed on the steel cable. , so that the other end of the clamping rope is fixed on the track; thereby, when the steel cable is wound around each fixing bolt, the clamping rope also loops around each fixing bolt and is pressed against the steel cable to close the space for the steel cable to jump out of the fixing bolt. , so that the steel rope will not jump out of the fixing bolt during the winding and packaging process of the invisible iron window, so as to facilitate subsequent packaging and shipping. As described in item 4 of the patent application, a locking rope is used to quickly assemble the invisible iron window structure. The locking rope is equipped with two screws. One end is fixed to the vertical surface of one end of the track with a screw, and the head end of the locking rope is used to wrap around After at least one turn, tighten the screw. At the other end, use the head end of the locking rope to go around at least one turn and then tighten the screw. Lock the locking rope at both ends of the track to achieve the rope body positioning effect. As described in any one of items 4 to 5 of the patent application, a locking rope is used to quickly assemble the invisible iron window structure, in which a locking piece is fixed on one side of the track and a hole is provided on the locking piece. As described in item 6 of the patent application, the invisible iron window structure is quickly assembled using a locking rope. There is an outer cover, which is made into an L-shaped plate cover. There are screw holes on it, and the screws are used to lock it on the track. holes on the sheet. As described in item 7 of the patent application, a locking rope is used to quickly assemble the invisible iron window structure, in which end caps are set at both ends of the L-shaped aluminum extrusion bar on the track.

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