Hanging Bracket

Abstract

This invention relates to the technical field of hanging apparatus designed for use inside wardrobes and closets. Specifically, the invention concerns a one-piece aluminum alloy hanging apparatus structure that attaches to existing tubular hanging areas in closets, providing additional hanging surface, to which additional tubes can be attached, and which allows garments to be held securely or suspended.

Description

1 TARIFF Hanging Bracket Technical Area This invention is a technical device for hanger attachments designed for use inside wardrobes and clothes closets. It relates to the area. The invention specifically applies to the tubular hanging areas already found in wardrobes. It can be attached to provide an additional hanging surface, to which additional pipes can be connected, and clothes can be compressed or It refers to a single-piece aluminum alloy hanging bracket structure that allows it to be held in place by suspension. State of the Art In current technology, the hangers used inside wardrobes are generally one-way hangers attached to the wardrobe tube. They are manufactured in the form of hook structures and cannot adequately utilize the vertical space of the cabinet. 10 Most known products only have a hook through which the hanging strap is threaded, giving the user... It is not possible to create a new hanging line by connecting additional pipes. In the current products, the garment... There is no gripping mechanism that allows it to be held by direct clamping, therefore the strap handle Clothing and textile products that are not available cannot be attached to these devices. Most of the known devices... Because it is produced by joining multiple parts, it loosens at the joints and its use lasts 15 years. Its lifespan is shortened. Furthermore, existing products cannot be fitted to pipes of different diameters, nor can they connect additional pipes. It does not have both the features of holding the garment securely in place and preventing the hanging garment from slipping. Purposes of the Invention The main purposes of the invention are as follows: • Additional hanging surface (20) in addition to the existing tubular hanging areas inside the wardrobe. bring. • Thanks to the large tube (2), the apparatus can be attached to the cabinet tube for transport and positioning. to ensure. • Smaller diameter pipes can be fitted thanks to the small pipe opening (4) and the user can use additional pipes to provide connection possibilities. 25 • By means of the cut (5), the small pipe fitting (4) is made more flexible, allowing for pipe insertion. facilitate. • Thanks to the side pipe (6), it is possible to add an extra pipe connection direction to the apparatus and to have extra space in the cabinet To ensure the creation of a suspension line. 2 • Enabling the garment to be tucked between the front leg (3) and the back leg (9) thanks to the leg claw (7). • Enabling clothing to be tucked between the two front legs (3) thanks to the tube clasp (8). • By means of the slit on the lower surface of the large tube (2) it provides flexibility to the legs and compression. To enable the formation of its force. • By creating flexibility between the front leg (3) and the back leg (9) thanks to the groove (11), the garment 5 To enable the structure to be opened when compressed. • Thanks to the hook-shaped fold structure of the rear leg (9), garments with hanger handles can be attached directly To enable it to be hung. • Thanks to the indentation (10), the hanging garment is prevented from slipping off the back leg (9) end. • The apparatus is symmetrical with respect to the vertical plane passing through the center of the large pipe (2) line. Thanks to this, it offers the same usage possibility on both sides. • Thanks to its one-piece aluminum alloy construction, it has no joints, making it durable and long-lasting. To obtain a product with a long lifespan. • Thanks to the flexible structure of the aluminum alloy, the compressive force is transferred from the material itself. To ensure that it is obtained and that no additional spring element is used. 15 Description of the Images Figure 1: Shows the front and side views of the invention. The top drawing is the front view, the bottom one is... The drawing is a side view. Figure 2: Shows the general appearance of the invention. Explanation of References in Figures 20 1: Body 2: Large Pipeline 3: Front Leg 4: Small Pipe 5: Cut 25 6: Side Pipe 7: Toenails 8: Pipe Claw 9: Rear Leg 3 10: Indentation 11: Hollow Detailed Description of the Invention General Characteristics of the Invention: The invention is a hanging device designed for use inside wardrobes and clothes closets. The invention has 5 It is used in addition to the tubular hanging areas already found in wardrobes. It is attached to the tube with a large tube structure (2). Additional tubes can be attached to the invention, and the garments It can be attached to the apparatus by being compressed or by hanging. All elements that make up the body (1) structure It is manufactured from aluminum alloy material using a one-piece molding method, and the invention involves joining. There are no separate parts assembled by this process. The invention has a horizontal axis of 10 in the uppermost section. The long tube (2) extends and the front leg (3) and hind leg (9) are located below this tube. The structures are connected. The front legs (3) extend downwards along the vertical axis and have small ends. The tubular (4) structures are present, and the hind legs (9) are curved to the sides in a hook shape. The invention, with respect to the vertical plane passing through the center of the large pipe (2) line, completely on both sides They are symmetrical; the front legs (3) are mirrors of each other, as are the hind legs (9). 15 The garment is held in place by the leg nail (7) and tube nail (8) structures. The compressive force is derived from the flexible structure of the aluminum alloy; when a garment intervenes... The legs are spread slightly apart, and gripping force is applied to the garment. This Flexibility can be achieved thanks to the slit and hollow (11) structures on the lower surface of the large pipe (2). It is possible. 20 Body (1): The body (1) is the single-piece main carrier on which all the elements of the invention are integrated. It is a structure. The body (1) does not contain a separate connecting element and consists of a large tube (2), front leg (3), small It consists of the tubule (4), leg claw (7), tubule claw (8) and hind leg (9) structures. The structures of cut (5), side tube (6), recess (10) and hollow (11) on the body (1) are in the form of voids 25 It is located. The body (1) is produced from aluminum alloy material by one-piece molding method. and all its elements are in complete harmony with each other. The body (1), the direction of the large pipe (2) It is symmetrical on both sides with respect to the vertical plane passing through its center. Large Pipeline (2): The large pipe (2) is a walled and hollow, open-ended pipe extending along the horizontal axis at the top of the body (1) 30 It is a tubular structure. The outer diameter of the large tubule (2) is at least one centimeter and at most ten centimeters, wall Its thickness is at least one millimeter, and its length is at least one centimeter and at most twenty centimeters. Large 4 The pipe (2) is attached by passing its end through the pipe-shaped hanging areas in the wardrobe and The large pipe (2) ensures that the apparatus is positioned inside the cabinet. It is a supporting structure to which it is attached from below, and the front leg (3) and rear leg (9) structures are attached to its bottom. On the lower surface of the large pipe (2), a pipe runs along the pipe line and passes right through the middle of the pipe. There is a slit. This slit separates both the front legs (3) and the hind legs (9) right down the middle. It is the same width for both leg groups and its width is at most one centimeter. The aforementioned The legs are separated thanks to the slit, and the flexible structure of the aluminum alloy allows the legs to stay together. It is possible to open it and the required grip is provided when clothing is squeezed between the pipe claw (8) structures. force is generated. There are also hollow (11) structures on the large pipe (2) and these structures It cuts the pipe to the right and left. 10 Front Leg (3): The front leg (3) is located on the front face of the large tube (2) and on the vertical axis outside the large tube (2). It is a rectangular prism-shaped structure extending downwards. The front leg (3) is two in number and the two legs are connected to each other. It is a mirror. The length of the front leg (3) is at least five centimeters and at most fifteen centimeters, side edge Their length is at most two centimeters. The distance between the two front legs (3) is at most one centimeter. 15 and this gap continues openly downwards with the slit on the lower surface of the large pipe (2). A total of two small tube structures (4) one at each end of the front leg (3). It is located. On the front legs (3), there are lateral legs that pierce horizontally in the right-left direction. The tubular (6) structures are located. The foot nail (7) is on the posterior surface of the front leg (3), and the two front legs (3) On the surfaces facing each other, there are pipe claw (8) structures. The large pipe of the front leg (3) 20 The hollow (11) structure is located in the area where it joins (2). Small Pipe (4): The small tube (4) is a walled and hollow tube-shaped structure attached at the point where the front legs (3) end. The small tube (4) consists of two in total, one on each front leg (3). The small tube (4) is large. It extends along the horizontal axis in the same direction as the pipe (2). The outer diameter of the small pipe (4) is at least 25 centimeters and a maximum of five centimeters, wall thickness at least one millimeter, and length at least one The diameter is centimeters. The small pipe (4) serves the same function as the large pipe (2) but has a smaller diameter. It is designed for the insertion of pipes. Thanks to the small pipe holder (4), the user can use the large pipe holder (2). Additional pipes can be installed in this direction, creating an extra hanging line in the cabinet. Small pipe size. (4) has cut (5) structures on it. Also, the highest point of the pipe claw (8) structures is small 30 It terminates on the outer wall of the pipes (4). Cut (5): The cut (5) is the structure in the form of a gap that cuts the small pipe (4). The cut (5) is in the direction of the pipe and The intersection of two voids that cut across this line perpendicularly from the side forms a plus sign. [Draft] (5) One of the structures cuts the small pipe (4) vertically from below, and the other from the side. Both small There are also cut (5) structures on the pipe (4) and in each small pipe (4) one from the bottom one There are two openings on the side. The width of each cut (5) is at least one millimeter, 5 The depth is at most one centimeter; the depth of the cut (5) is from the bottom surface of the pipe to the center of the pipe diameter. It indicates the correct distance. Thanks to the cut (5), the small tube (4) gains flexibility and It is easier to attach the pipe to the small pipe (4). Side Pipe (6): The side tube (6) is a cylindrical cavity-shaped structure that cuts across the front legs (3) from the side. Side tube 10 (6), both of the two front legs (3) standing side by side on the front face are positioned horizontally in the right-left direction. It pierces through in the direction. The side tube (6) has at least one in each front leg (3) and front It is located on the vertical mid-axis of the leg (3). The diameter of the side tube (6) is at most two centimeters. Thanks to the side pipe (6), extra pipes can be connected to the cabinet and the direction of connecting additional pipes to the apparatus is being provided. 15 Leg Toenail (7): The claw (7) is located between the front leg (3) and the hind leg (9) and extends from the back surface of the front leg (3). It is a raised structure that protrudes towards the hind leg (9). The leg nail (7) is one on each front leg (3). There are two in total, two of which are two. The height of the leg nail (7) is from top to bottom on the vertical axis. It is increasing in the right direction and reaches its highest point in the middle of the vertical height of the front leg (3) 20 It ends. The protrusion made by the toenail (7) is at most five millimeters. Thanks to the toenail (7) A garment can be squeezed between the front leg (3) and the back leg (9). When the garment is inserted, the front leg (3) and The aluminum alloy between the back legs (9) opens up a little thanks to its flexible structure and puts on the garment. Compressive force is applied. Pipe Claw (8): 25 The pipe claw (8) is located on the facing surfaces of the two front legs (3) and is positioned facing each other. It is a raised structure located in a position. The pipe claw (8) is a total of one on each front leg (3). There are two of them. The pipe claw (8) widens from top to bottom on the vertical axis and is at most five millimeters. It rises and its highest point ends on the outer wall of the small pipes (4). Pipe claw (8) serves the same function as the toenail (7) and allows clothing to be tucked between the two front legs (3). It recognizes the gap on the lower surface of the large tube (2) when the garment is inserted between two tube tabs (8). 6 Thanks to the gap it creates, the front legs (3) are separated from each other by a certain amount and the aluminum alloy Its flexible structure allows for the application of compressive force to the garment. Rear Leg (9): The hind leg (9) is a rectangular prism-shaped structure attached to the large tube (2) from below. The hind leg (9) There are two of them and the two legs are mirrors of each other. The hind leg (9) is different from the front leg (3) on the vertical axis 5 It does not extend downwards; starting from the point where it connects to the large pipe (2), it forms a hook to the right. and curves to the left, to the sides. The ends of the hind leg (9) are facing upwards. It is located. The total arc length of the curve structure of the hind leg (9) is at least two centimeters and the most The side lengths are no more than ten centimeters and no more than two centimeters. The hind leg (9) is a rectangular prism. The edges of the shaped curve structure taper towards the end on the front and back surfaces, right and left 10 The lateral edge lengths continue without narrowing. The end of the hind leg (9) that narrows at this point. The indentation (10) structure is located in the part. Clothes hangers can be hung directly on the rear leg (9) structure, In addition, clothing can be tightened between the hind leg (9) and the front leg (3) with the help of the leg nail (7). The groove (11) structure is located in the area where the hind leg (9) joins the large tube (2). Indent (10): 15 The indentation (10) is a slit-like structure in the form of a gap located at the end of the hind leg (9) where it tapers. The indentation (10) consists of two in total, one at each end of the hind leg (9). The indentation (10) is located on the rear It cuts from the side surface of the leg (9) inwards to the very end, on the vertical axis. It forms a rectangular prism-shaped opening. The opening of the indentation (10) slit is at least one millimeter, Its depth is at most two millimeters. Thanks to the indentation (10), the garment and the hanger handle hanging on the back leg (9) are 20 Slipping from the tip is prevented. Hollow (11): The cavity (11) is where the facing surfaces of the front leg (3) and the hind leg (9) are connected to the large tube (2). It is a structure in the form of a hole that cuts the point from end to end in the right-left direction. The hole (11) is also large It also cuts the tube (2). There are two holes (11) and 25 pairs of symmetrical front legs (3) and hind legs (9). There is one for each; each cavity (11) cuts through the large pipe (2) It has a total of four openings, two on the right and two on the left. The diameter of the opening (11) is at most The diameter is five millimeters, and the center of the diameter is the large surface of the front leg (3) and the rear leg (9) facing each other. It is located at the point where it joins the pipe (2). The hole (11) is used when clothing gets caught on the toenail (7). It provides flexibility between the front leg (3) and the back leg (9) and allows the legs to move apart. It provides an opportunity. How the invention can be applied to industry. 7 The invention is suitable for mass production using molding methods with aluminum alloy material. It can be manufactured. Since the entire product can be produced using a single-piece molding method, the assembly process is not required. It is not required, production time is shortened, and cost advantage is achieved. The invention's large piping system (2) The mold design must be symmetrical with respect to the vertical plane passing through the center of the line. It simplifies and shortens the production start-up time. Cut (5), side pipe (6), recess (10) and 5 The fact that the hollow (11) structures are in the form of voids makes it possible to obtain these structures directly in the mold. It recognizes and increases production efficiency by reducing the need for secondary processing. Compression The strength is obtained from the inherent elasticity of the aluminum alloy, thus eliminating the need for springs, screws, and hinges in the product. No additional elements such as these are needed, which reduces both production costs and the likelihood of failure. It reduces. The invention is applicable to 10 sectors in the home, hotel, shop, clothing, textile, furniture and cabinet accessories industries. It is available for use and has high commercial potential thanks to its appeal to different user groups. has.

Claims

8 REQUESTS 1. The invention relates to tubular hanging areas located inside wardrobes and clothes closets. A hanger that provides an additional hanging surface by being attached, allowing clothes to be held by compressing or hanging them. It is a device, and its feature is; • manufactured from aluminum alloy material using a one-piece molding method, all 5 in the invention The structure which has parts on it, passing through the center of the line of the large pipe (2). Having a body (1) that is symmetrical on both sides with respect to the vertical plane, • a walled, hollow and open-ended tube extending along the horizontal axis at the top part of the body (1) having an outer diameter of at least one centimeter and at most ten centimeters, and a wall thickness of at least one millimeter, A tree with a length of at least one centimeter and at most twenty centimeters, with a front leg (3) and 10 on its underside. The structures of the rear leg (9) are attached, extending along the tubular line on the lower surface and the tubular passing right down the middle, dividing the front legs (3) and the hind legs (9) right down the middle, both legs a slit of the same width for the group and at most one centimeter wide, It has one large pipe (2) with hollow (11) structures on it, • located on the front face of the large pipe (2), downwards on the vertical axis from the outside of the large pipe (2) 15 It is a rectangular prism-shaped object extending in one direction, with a length of at least five centimeters and at most fifteen centimeters. centimeters, with side lengths of at most two centimeters and a distance of at most one centimeter between them. They are centimeters in length, mirrors of each other, and have small tubular (4) structures at their ends. having side tube (6) structures on it, leg claw (7) on its back surface, facing each other The pipe claw (8) structures are located on its surfaces, and there is a hollow in the area where it joins the large pipe (2). (11) having two front legs (3) located in the structure, • large tube, which is a walled and hollow tube-shaped tube attached at the point where the front legs (3) end. (2) extending along the horizontal axis in the same direction, with an outer diameter of at least one centimeter and at most five centimeters. centimeters, with a wall thickness of at least one millimeter and a length of at least one centimeter, on 25 having two small tubes (4) on each front leg (3), • two that cut the small pipe (4) from the side in the direction of the pipe line and perpendicular to this direction forming a plus shape by the intersection of the gap, one small pipe (4) vertically from below and the other two openings in each small pipe (4) one from the bottom and one from the side, cutting from the side each gap being at least one millimeter wide and 30 cm from the bottom surface of the pipe It has a cut (5) with a maximum depth of one centimeter towards the center of the pipe diameter. 9 • cylindrical hollows that cut across the front legs (3) and stand side by side on the front piercing both of the two front legs (3) horizontally in the same direction to the right and left, front a tube located on the vertical mid-axis of the leg (3), with a diameter of at most two centimeters, on each front leg (3) having at least one side tube (6), • a raised protrusion extending from the rear surface of the front leg (3) towards the rear leg (9), 5 The height increases from top to bottom on the vertical axis and the vertical height of the front leg (3) each Having two claws (7), one on each front leg (3), • the elevation positioned facing each other on the surfaces of the two front legs (3) facing each other shaped like this, widening from top to bottom along the vertical axis, at most five millimeters 10 rising, its highest point ending on the outer wall of the small tubes (4), on each front leg (3) Having two pipe claws (8), one of each, • rectangular prism-shaped, attached from below to the large pipe (2) Starting from the point where it is attached, it curves to the right and left in a hook shape, with the ends of the curve Positioned facing upwards, the total arc length of the curved structure is at least two centimeters. 15 and a rectangular prism with a maximum width of ten centimeters and side lengths of at most two centimeters. The edges of the shaped curve structure taper towards the tip on the front and back surfaces. The right and left side edges continue without narrowing, then taper to a point at the end. Having an indentation (10) structure, and a hollow (11) structure in the area where it joins the large pipe (2), Having two hind legs (9) that are mirrors of each other, 20 • in the gap-shaped slit structure located at the narrow end of the hind leg (9) The vertical line that cuts inwards from the lateral surface of the hind leg (9) to the very tip. forming a rectangular prism-shaped opening on the axis, with a slit opening of at least one millimeter and two of each hind leg (9) with a depth of at most two millimeters. having an indentation (10), 25 • where the surfaces facing each other, the front leg (3) and the rear leg (9) are connected to the large tube (2) a hole that cuts the point lengthwise in the right-left direction, with a diameter of at most five The diameter center of the surfaces facing each other of the front leg (3) and the rear leg (9) is in millimeters. located at the points where it joins the pipe (2) and on the large pipe (2) there are two on the right and two on the left It has a total of four mouth-forming grooves (11), 30 It is a hanging bracket characterized by possessing all of these features in one device.

Images