SMART ALIGNMENT

Abstract

This invention relates to an integrated frame system used for displaying objects, enabling precise alignment on the horizontal and / or vertical axes during assembly without the need for an external measuring instrument or a second person. The system described in this invention essentially consists of a frame main body and at least one mechanical spirit level module integrated into this body, providing visual feedback during assembly. In a preferred configuration, the spirit level tube module is embedded flush with the profile surface in a special recess opened in the upper surface of the frame's main body, ensuring aesthetic integrity. This module is secured within the recess using a top cover. Additionally, a second spirit level module integrated into the side profile surface of the frame can be included in the system to provide alignment control along the vertical axis. In an adjustable alternative configuration of the invention, the alignment module is mounted on a slide that can move along a guide rail running along the frame body; this allows the position of the balance to be changed by the user.

Description

1 TARIFF SMART ALIGNMENT Technical Area This invention allows for the various uses of any kind of visual material, mirror, document, or decorative object. It relates to frame systems used for display by hanging them on surfaces. The invention, 5 especially those incorporated into the structural integrity of the frame profile during the manufacturing process and precise horizontal or vertical measurement on the mounting surface without the need for an external measuring instrument. It includes integrated spirit level assemblies that allow for alignment. This technical field deals with assembly technologies for furniture accessories and decorative items. It falls within the discipline of [discipline name]. The invention is a modification of traditional frame profiles. 10 through an innovative approach that combines measurement and application processes within a single structural framework. It deals with mechanical construction. In this context, both for individual use Minimizing user errors and also mounting in professional display areas. The focus is on a technical application area that increases efficiency. Within the limitations of the technical field, water 15 can be applied to frame profiles made from different materials. permanent or movable balance tubes or similar balancing indicators Integration forms the fundamental application level of this invention. Accordingly, The need for a second person or an external leveling device during assembly is a technical issue. All framework configurations that eliminate a solution are part of this field. is being evaluated. 20 Innovations Brought About by the Invention The key innovative element of the invention is assembly and alignment in traditional frame systems. by transforming these processes from two separate, independent actions into a single system of these two functions. It is the joining of the structural body. In current technology, it is used for aligning frames. External spirit levels or laser measuring devices allow the user to measure both the frame and the 25° angle during assembly. This requires both holding the device steady and balancing the measuring instrument, which is a technical matter. This creates difficulties and a loss of time. The invention in question concerns the manufacturing of frame profiles. During this stage, a spirit level is placed in an internal housing designed not to compromise the profile's strength. By directly integrating the tube, this technical problem is fundamentally solved. Thanks to integration, the weighing mechanism is completely flush with the outer surface of the frame. 2 The structure displays the aesthetic integrity of the product while maintaining mechanical measurement accuracy. It is linked to a standard. As a technical innovation, the way the spirit level unit is placed inside the profile allows the user to... 5. Allows for real-time observation of the balance state without changing the perspective during assembly. This provides an opportunity. Another structural advantage brought by the invention is the profile of the spirit level. its position on it can be freely determined or, as an alternative application, the profile It can be made mobile via a guide rail system placed on it. The movable rail system allows the scale to be moved to the most suitable position relative to its mounting point. by making it possible, especially in frames with different geometric forms or large scales 10 It maximizes alignment accuracy. This adjustable structure allows for the use of fixed measuring devices. By removing its limitations, it gives the invention a high degree of technical flexibility. Furthermore, the invention reduces labor costs by making the assembly process a completely individual operation. It ensures efficiency. In traditional methods, for aligning large objects... The need for a second person is technically reduced to 15 thanks to this mechanism embedded within the profile. is being disposed of. The permanent integration of the spirit level tube with the profile, externally. This also completely eliminates stability problems such as devices slipping or falling during use. This eliminates structural stability, both at the beginning and during the exhibition process. a sustainable way to control axis shifts that may occur over time It offers a control mechanism. As a result, the invention transforms a mechanical device into a decorative one. 20 By making it a structural part of the object, it offers superiority in terms of both ergonomics and technology. It establishes a standard of use. State of the Art Traditional framework systems have served two main purposes throughout history. They have evolved in such a way that they protect the exhibited material from external factors and enhance aesthetics. The aim is to create a presentation platform. However, when the assembly phase of these systems is examined, The issue of "precise alignment," which is a technical requirement, is largely the user's responsibility. It appears that it is left to the initiative or the use of external equipment. The current In practice, an external frame is required to hang a frame on a wall in a perfectly horizontal or vertical plane. Spirit levels or advanced laser alignment devices are needed. This situation, 30 The person performing the assembly holds the frame steady with one hand while using the measuring instrument with the other. This requires management, resulting in a non-ergonomic and error-prone system. 3 The implementation process reveals this. Especially in large-scale frameworks or galleries. In multi-display arrangements called wall displays, due to these technical difficulties... The assembly process is a time- and labor-intensive operation that necessitates the assistance of a second person. It is transforming. Another significant problem in the known state of the art is visual illusion and 5 These are physical deformations resulting from repeated trials. External balancing is required. When the tool is not being used, users generally perform alignment by visual estimation. This often results in the frame being hung crookedly. The misalignment is noticeable. Attempts to correct the problem by doing so resulted in additional holes being made in the wall surface. or causing displacement of mounting brackets, resulting in both structural and aesthetic problems. 10 This causes damage. Some of the solutions available on the market involve the frame. Although it includes plastic spirit level attachments that are later glued to the back or side; this type Because plugins are not a structural part of the framework, they are susceptible to calibration errors. they compromise aesthetic integrity and are at risk of coming loose or breaking during their lifespan. They carry. 15 Furthermore, in current frame manufacturing technologies, alignment tools are part of the design. not being considered as a standard balancing act, even in professional exhibition spaces This prevents the formation of a protocol. Standard geometric structures of frame profiles, They generally do not allow the retrofitting of such functional add-ons. This condemns users to experiencing the same technical problems repeatedly during each assembly process. 20 When examining the products available in the literature and the commercial market, it is observed that spirit levels... without affecting the frame's strength or compromising its visual design, directly onto the profile. embedded within or mounted on a rail to meet various mounting needs The lack of an integrated system by which movement is facilitated is clearly evident. This technical gap affects both Assembly 25 for both individual end-users and corporate display professionals. an innovative approach that will guarantee sensitivity and user comfort This demonstrates its necessity. Purpose of the Invention The primary purpose of the invention is to replace traditional frame systems that are mounted on a wall or similar vertical structure. Axial alignment and balancing problems encountered during surface mounting, 30 The goal is to offer an innovative solution that eliminates this technical structural integrity. In this respect, the need for an external spirit level or laser measuring device is completely eliminated. 4 by eliminating, the frame maintains balance control within its own geometric form. An integrated mechanism capable of achieving this is being designed. Current practices... minimizing measurement difficulties and the resulting time loss This invention aims to standardize the assembly process professionally and to improve user experience. 5. Preventing misalignments caused by errors through a technical method It aims to... Another fundamental aim of the invention is to enable mechanical components that perform the alignment function, The aim is to ensure that the frame is integrated into the profile structure without compromising its aesthetic character. Within this scope, the spirit level unit is integrated flush with the frame profile. in this way, the functionality of the product is increased while preserving its decorative integrity. 10 This is the goal. This structural integration also includes the alignment devices. stability problems such as slipping, falling or incorrect positioning during assembly By fundamentally resolving the issue, it aims to create sustainable ergonomic usage. Thus, Even large-scale and heavy frames can be handled by a single user, without the need for a second person. It allows for the hanging of the banner without any error and without being detected. 15 Furthermore, the invention adapts to different display needs and varying mounting conditions. It aims to provide a flexible technical infrastructure that can meet this need. To this end... The developed rail system configuration allows the spirit level to be freely positioned on the profile. by allowing adjustment, the reference point is most precise according to the mounting bracket. It aims to determine this in this way. As a result, the invention reduces production costs by 20. optimizing, maximizing assembly precision and user experience A high value-added and functional framework enhanced with a technological touch. It aims to introduce this system to the furniture and decoration literature. Explanation of the Figures Figure 1: Frame system with integrated alignment indicator, spirit level 25, which is the subject of the invention. the basic unit is positioned embedded in the top or side surfaces of the profile This is a general perspective view showing the application methods. Figure 2: Integration of the spirit level unit into the frame profile, the relevant housing and This is a perspective detail view showing the relationship between the assembly components. Figure 3: An alternative configuration of the invention, showing the spirit level unit along the profile. showing an adjustable mechanism that allows it to be moved on an extending guide rail. It is a perspective view. Explanation of References in Figures 5 1- Frame Main Body (Supporter made of wood, plastic or metal material) profile) 2- Recessed Mount (Mounting hole opened in the profile surface for placement of the spirit level unit) channel) 3- Spirit Level Tube (Main 10 containing fluid and air bubbles that show alignment) (indicator vial) 4- Fixing Cap / Bezel (The top cap that securely holds the spirit level tube in its recessed housing) frame piece) 5- Side Surface Spirit Level Unit (Side of the frame for vertical alignment check) (circular indicator embedded in the edge) 15 6- Guide Rail Profile (External profile mounted on the frame in an alternative configuration) metal rail) 7- Movable Slide Unit (Can be slid left and right on a guide rail and is waterproof) (the mechanism that carries the scales) Description of the invention 20 The invention is a device used for displaying visual materials and requiring an external mounting during assembly. It features an integrated system that enables precise alignment without the need for additional equipment. The basic building block of the invention is a material that can be produced from wood, metal, plastic or composite materials. The frame is the main body (1). This body is the main supporting structure surrounding the object to be displayed. It creates. 25 In the basic preferred configuration of the invention shown in Figure 1 and Figure 2, the alignment The function is provided by a mechanism fully embedded in the frame profile. Frame To the upper horizontal profile surface of the Main Body (1) or another suitable edge, during production During this stage, a precisely machined Mortise Housing (2) is opened. This housing is placed inside The depth and 30 that will perfectly match the dimensions of the balancing element to be installed. It is wide. 6 The main element that performs the alignment process on the horizontal axis is the fluid and air inside. The spirit level tube (3) contains the bubble. In the disassembled view in Figure 2. As detailed, the Spirit Level Tube (3) is placed inside the prepared Embedded Housing (2). It is placed in position. The stabilization of the tube within the socket and its protection against external factors are ensured by placing it on top of it. It is provided with a Fixing Cap / Bezel (4) that is closed. This cap (4) is on the frame profile surface 5 It is designed to be completely flush with the frame; thus, the aesthetic appeal of the frame The appearance remains unchanged and the formation of unwanted protrusions on the surface is prevented. The user, By looking at this integrated indicator during assembly, you can easily position the frame horizontally. It can bring. The invention offers the possibility of alignment not only on the horizontal axis but also on the vertical axis. (See Figure 1 for example) As can be seen, a frame is integrated into the vertical side profile surface of the Main Frame Body (1). The Side Surface Spirit Level Unit (5) (e.g. a circular type spirit level) is positioned. This This ensures the same precision, especially when narrow and long frames need to be hung vertically. It is provided. Figure 3 shows an alternative 15 in which the position of the alignment indicator can be adjusted. The configuration is shown. In this application, the top surface of the Frame Main Body (1) is shown. There is a Guide Rail Profile (6) made of metal or hard plastic that runs along it. This rail features a movable slide that can be freely moved to the right or left along the profile. Unit (7) is located. The spirit level indicator is integrated onto this movable slide. This The configuration, especially for large frames, requires the user to attach the scale to the mounting bracket by at least 20°. More ergonomic alignment by moving it to the most suitable position in terms of proximity or viewing angle. It allows him to do it. When all these components come together, the user can rely on the help of another person or an external source. without needing a measuring instrument, simply by following the integrated indicators on the frame. It can complete the assembly process quickly and without errors. 25 Industrial application of the invention The frame with an integrated alignment system, which is the subject of the invention, has structural features and uses... The materials are perfectly suitable for industrial production and commercialization. The industrial applicability of the invention is summarized under the following main headings: 1. Manufacturing Sector and Materials: The invention generally covers furniture, home decoration, and construction materials. It is a consumer product within the market sectors. The frame main body (1), this 7 Solid wood, MDF, and aluminum extrusion are already widely used in various sectors. Profiles can be manufactured from plastic (PVC / polystyrene) injection molding materials. Integrated Spirit level tubes (3 and 5) are readily available as standard components on the market. These are acrylic-based industrial parts suitable for mass production. 2. Manufacturing Methods (For Embedded Model): The preferred configuration is embedded 5. In the model, the recessed socket (2) required for the spirit level is standard according to the type of material. It can be opened using industrial methods. For wooden / MDF frames: The frame is made using CNC (Computerized Numerical Control) machines or... It can be precisely machined using standard milling machines. In Plastic / Metal Frames: The housing is formed during the profile's production phase (extrusion or injection molding 10 (during molding) it can be created directly by being incorporated into the mold design. This is an additional It increases the speed of mass production without the need for further processing. Assembly and fixing of the balance tube. The installation of the cover (4) is done by gluing or on automatic or semi-automatic assembly lines. This can be done quickly using snap-fit ​​techniques. 3. Manufacturing Methods (For Rail Model): In the alternative configuration of the rail system, guide 15 The rail (6) is produced by extrusion of aluminum or hard plastic and screwed to the frame or It can be assembled with industrial adhesives. The movable slide unit (7) is made of plastic injection. It is suitable for production at low cost and in high quantities using molding techniques. 4. Market and Application Area: This invention is suitable for both home users (DIY - Do-It-Yourself market) and also professional installation teams (galleries, exhibition areas, hotel / office decoration 20 It offers a concrete technical solution that meets the needs of (projects). Assembly time It has commercial value due to its abbreviation and the improvement of workmanship quality. The invention is currently available. without requiring radical changes in production infrastructure, using known techniques and materials. It can be put into mass production using this method and commercialized in a wide range of markets. It is of a certain quality. 25 1 TARIFF SMART ALIGNMENT Technical Area This invention allows for the various uses of any kind of visual material, mirror, document, or decorative object. It relates to frame systems used for displaying objects by hanging them from surfaces. The invention, 5 especially those incorporated into the structural integrity of the frame profile during the manufacturing process and precise horizontal or vertical measurement on the mounting surface without the need for an external measuring instrument. It includes integrated spirit level assemblies that allow for alignment. This technical field deals with assembly technologies for furniture accessories and decorative items. It falls within the discipline of [discipline name]. The invention is a modification of traditional frame profiles. 10 through an innovative approach that combines measurement and application processes within a single structural framework. It deals with mechanical construction. In this context, both for individual use Minimizing user errors and also mounting in professional display areas. The focus is on a technical application area that increases efficiency. Within the limitations of the technical field, water 15 can be applied to frame profiles made from different materials. permanent or movable balance tubes or similar balancing indicators Integration forms the fundamental application level of this invention. Accordingly, The need for a second person or an external leveling device during assembly is a technical issue. All framework configurations that eliminate a solution are part of this field. is being evaluated. 20 Innovations Brought About by the Invention The key innovative element of the invention is assembly and alignment in traditional frame systems. by transforming these processes from two separate, independent actions into a single system of these two functions. It is the joining of the structural body. In current technology, it is used for aligning frames. External spirit levels or laser measuring devices allow the user to measure both the frame and the 25° angle during assembly. This requires both holding the device steady and balancing the measuring instrument, which is a technical matter. This creates difficulties and a loss of time. The invention in question concerns the manufacturing of frame profiles. During this stage, a spirit level is placed in an internal housing designed not to compromise the profile's strength. By directly integrating the tube, this technical problem is fundamentally solved. Thanks to integration, the weighing mechanism is completely flush with the outer surface of the frame. 2 The structure displays the aesthetic integrity of the product while maintaining mechanical measurement accuracy. It is linked to a standard. As a technical innovation, the way the spirit level unit is placed inside the profile allows the user to... 5. Allows for real-time observation of the balance state without changing the perspective during assembly. This provides an opportunity. Another structural advantage brought by the invention is the profile of the spirit level. its position on it can be freely determined or, as an alternative application, the profile It can be made mobile via a guide rail system placed on it. The movable rail system allows the scale to be moved to the most suitable position relative to its mounting point. by making it possible, especially in frames with different geometric forms or large scales 10 It maximizes alignment accuracy. This adjustable structure allows for the use of fixed measuring devices. By removing its limitations, it gives the invention a high degree of technical flexibility. Furthermore, the invention reduces labor costs by making the assembly process a completely individual operation. It ensures efficiency. In traditional methods, for aligning large objects... The need for a second person is technically reduced to 15 thanks to this mechanism embedded within the profile. is being disposed of. The permanent integration of the spirit level tube with the profile, externally. This also completely eliminates stability problems such as devices slipping or falling during use. This eliminates structural stability, both at the beginning and during the exhibition process. a sustainable way to control axis shifts that may occur over time It offers a control mechanism. As a result, the invention transforms a mechanical device into a decorative one. 20 By making it a structural part of the object, it offers superiority in terms of both ergonomics and technology. It establishes a standard of use. State of the Art Traditional framework systems have served two main purposes throughout history. They have evolved in such a way that they protect the exhibited material from external factors and enhance aesthetics. The aim is to create a presentation platform. However, when the assembly phase of these systems is examined, The issue of "precise alignment," which is a technical requirement, is largely the user's responsibility. It appears that it is left to the initiative or the use of external equipment. The current In practice, an external frame is required to hang a frame on a wall in a perfectly horizontal or vertical plane. Spirit levels or advanced laser alignment devices are needed. This situation, 30 The person performing the assembly holds the frame steady with one hand while using the measuring instrument with the other. This requires management, resulting in a non-ergonomic and error-prone system. 3 The implementation process reveals this. Especially in large-scale frameworks or galleries. In multi-display arrangements called wall displays, due to these technical difficulties... The assembly process is a time- and labor-intensive operation that necessitates the assistance of a second person. It is transforming. Another significant problem in the known state of the art is visual illusion and 5 These are physical deformations resulting from repeated trials. External balancing is required. When the tool is not being used, users generally perform alignment by visual estimation. This often results in the frame being hung crookedly. The misalignment is noticeable. Attempts to correct the problem by doing so resulted in additional holes being made in the wall surface. or causing displacement of mounting brackets, resulting in both structural and aesthetic problems. 10 This causes damage. Some of the solutions available on the market involve the frame. Although it includes plastic spirit level attachments that are later glued to the back or edge; this type Because plugins are not a structural part of the framework, they are susceptible to calibration errors. they compromise aesthetic integrity and are at risk of coming loose or breaking during their lifespan. They carry. 15 Furthermore, in current frame manufacturing technologies, alignment tools are part of the design. not being considered as a standard balancing act, even in professional exhibition spaces This prevents the formation of a protocol. Standard geometric structures of frame profiles, They generally do not allow the retrofitting of such functional add-ons. This condemns users to experiencing the same technical problems repeatedly during each assembly process. 20 When examining the products available in the literature and the commercial market, it is observed that spirit levels... without affecting the frame's strength or compromising its visual design, directly onto the profile. embedded within or mounted on a rail to meet various mounting needs The lack of an integrated system by which movement is facilitated is clearly evident. This technical gap affects both Assembly 25 for both individual end-users and corporate display professionals. an innovative approach that will guarantee sensitivity and user comfort This demonstrates its necessity. Purpose of the Invention The primary purpose of the invention is to replace traditional frame systems that are mounted on a wall or similar vertical structure. Axial alignment and balancing problems encountered during surface mounting, 30 The goal is to offer an innovative solution that eliminates this technical structural integrity. In this respect, the need for an external spirit level or laser measuring device is completely eliminated. 4 by eliminating, the frame maintains balance control within its own geometric form. An integrated mechanism capable of achieving this is being designed. Current practices... minimizing measurement difficulties and the resulting time loss This invention aims to standardize the assembly process professionally and to improve user experience. 5. Preventing misalignments caused by errors through a technical method It aims to... Another fundamental aim of the invention is to enable mechanical components that perform the alignment function, The aim is to ensure that the frame is integrated into the profile structure without compromising its aesthetic character. Within this scope, the spirit level unit is integrated flush with the frame profile. in this way, the functionality of the product is increased while preserving its decorative integrity. 10 This is the goal. This structural integration also includes the alignment devices. stability problems such as slipping, falling or incorrect positioning during assembly By fundamentally resolving the issue, it aims to create sustainable ergonomic usage. Thus, Even large-scale and heavy frames can be handled by a single user, without the need for a second person. It allows for the hanging of the banner without any error and without being detected. 15 Furthermore, the invention adapts to different display needs and varying mounting conditions. It aims to provide a flexible technical infrastructure that can meet this need. To this end... The developed rail system configuration allows the spirit level to be freely positioned on the profile. by allowing adjustment, the reference point is most precise according to the mounting bracket. It aims to determine this in this way. As a result, the invention reduces production costs by 20. optimizing, maximizing assembly precision and user experience A high value-added and functional framework enhanced with a technological touch. It aims to introduce this system to the furniture and decoration literature. Explanation of the Figures Figure 1: Frame system with integrated alignment indicator, spirit level 25, which is the subject of the invention. the basic unit is positioned embedded in the top or side surfaces of the profile This is a general perspective view showing the application methods. Figure 2: Integration of the spirit level unit into the frame profile, the relevant housing and This is a perspective detail view showing the relationship between the assembly components. Figure 3: An alternative configuration of the invention, showing the spirit level unit along the profile. showing an adjustable mechanism that allows it to be moved on an extending guide rail. It is a perspective view. Explanation of References in Figures 5 1- Frame Main Body (Supporter made of wood, plastic or metal material) profile) 2- Recessed Mount (Mounting hole opened in the profile surface for placement of the spirit level unit) channel) 3- Spirit Level Tube (Main 10 containing fluid and air bubbles that show alignment) (indicator vial) 4- Fixing Cap / Bezel (The top cap that securely holds the spirit level tube in its recessed housing) frame piece) 5- Side Surface Spirit Level Unit (Side of the frame for vertical alignment check) (circular indicator embedded in the edge) 15 6- Guide Rail Profile (External profile mounted on the frame in an alternative configuration) metal rail) 7- Movable Slide Unit (Can be slid left and right on a guide rail and is waterproof) (the mechanism that carries the scales) Description of the invention 20 The invention is a device used for displaying visual materials and requiring an external mounting during assembly. It features an integrated system that enables precise alignment without the need for additional equipment. The basic building block of the invention is a material that can be produced from wood, metal, plastic or composite materials. The frame is the main body (1). This body is the main supporting structure surrounding the object to be displayed. It creates. 25 In the basic preferred configuration of the invention shown in Figure 1 and Figure 2, the alignment The function is provided by a mechanism fully embedded in the frame profile. Frame To the upper horizontal profile surface of the Main Body (1) or another suitable edge, during production During this stage, a precisely machined Mortise Housing (2) is opened. This housing is placed inside The depth and 30 that will perfectly match the dimensions of the balancing element to be installed. It is wide. 6 The main element that performs the alignment process on the horizontal axis is the fluid and air inside. The spirit level tube (3) contains the bubble. In the disassembled view in Figure 2. As detailed, the Spirit Level Tube (3) is placed inside the prepared Embedded Housing (2). It is placed in position. The stabilization of the tube within the socket and its protection against external factors are ensured by placing it on top of it. It is provided with a Fixing Cap / Bezel (4) that is closed. This cap (4) is on the frame profile surface 5 It is designed to be completely flush with the frame; thus, the aesthetic appeal of the frame The appearance remains unchanged and the formation of unwanted protrusions on the surface is prevented. The user, By looking at this integrated indicator during assembly, you can easily position the frame horizontally. It can bring. The invention offers the possibility of alignment not only on the horizontal axis but also on the vertical axis. (See Figure 1 for example) As can be seen, a frame is integrated into the vertical side profile surface of the Main Frame Body (1). The Side Surface Spirit Level Unit (5) (e.g. a circular type spirit level) is positioned. This This ensures the same precision, especially when narrow and long frames need to be hung vertically. It is provided. Figure 3 shows an alternative 15 in which the position of the alignment indicator can be adjusted. The configuration is shown. In this application, the top surface of the Frame Main Body (1) is shown. There is a Guide Rail Profile (6) made of metal or hard plastic that runs along it. This rail features a movable slide that can be freely moved to the right or left along the profile. Unit (7) is located. The spirit level indicator is integrated onto this movable slide. This The configuration, especially for large frames, requires the user to attach the scale to the mounting bracket by at least 20°. More ergonomic alignment by moving it to the most suitable position in terms of proximity or viewing angle. It allows him to do it. When all these components come together, the user can rely on the help of another person or an external source. without needing a measuring instrument, simply by following the integrated indicators on the frame. It can complete the assembly process quickly and without errors. 25 Industrial application of the invention The frame with an integrated alignment system, which is the subject of the invention, has structural features and uses... The materials are perfectly suitable for industrial production and commercialization. The industrial applicability of the invention is summarized under the following main headings: 1. Manufacturing Sector and Materials: The invention generally covers furniture, home decoration, and construction materials. It is a consumer product within the market sectors. The frame main body (1), this 7 Solid wood, MDF, and aluminum extrusion are already widely used in various sectors. Profiles can be manufactured from plastic (PVC / polystyrene) injection molding materials. Integrated Spirit level tubes (3 and 5) are readily available as standard components on the market. These are acrylic-based industrial parts suitable for mass production. 2. Manufacturing Methods (For Embedded Model): The preferred configuration is embedded 5. In the model, the recessed socket (2) required for the spirit level is standard according to the type of material. It can be opened using industrial methods. For wooden / MDF frames: The frame is made using CNC (Computerized Numerical Control) machines or... It can be precisely machined using standard milling machines. In Plastic / Metal Frames: The housing is formed during the profile's production phase (extrusion or injection molding 10 (during molding) it can be created directly by being incorporated into the mold design. This is an additional It increases the speed of mass production without the need for further processing. Assembly and fixing of the balance tube. The installation of the cover (4) is done by gluing or on automatic or semi-automatic assembly lines. This can be done quickly using snap-fit ​​techniques. 3. Manufacturing Methods (For Rail Model): In the alternative configuration of the rail system, guide 15 The rail (6) is produced by extrusion of aluminum or hard plastic and screwed to the frame or It can be assembled with industrial adhesives. The movable slide unit (7) is made of plastic injection. It is suitable for production at low cost and in high quantities using molding techniques. 4. Market and Application Area: This invention is suitable for both home users (DIY - Do-It-Yourself market) and also professional installation teams (galleries, exhibition areas, hotel / office decoration 20 It offers a concrete technical solution that meets the needs of (projects). Assembly time It has commercial value due to its abbreviation and the improvement of workmanship quality. The invention is currently available. without requiring radical changes in production infrastructure, using known techniques and materials. It can be put into mass production using this method and commercialized in a wide range of markets. It is of a certain quality. 25

Claims

8 REQUESTS Request 1: A frame with an integrated alignment system, used for displaying objects. the main body of the frame and the horizontal and / or vertical axis mounted on this body during assembly. at least one integrated mechanical spirit level providing visual feedback (alignment information) It includes module 5. Claim 2: A framing system according to Claim 1, designed to provide visual alignment feedback. A slot opened in the upper surface of the main frame body, flush with the profile surface. It includes a spirit level tube module embedded in the diagram. Requirement 3: Frame system according to Requirement 1, providing alignment control along the vertical axis. a second spirit level integrated into the side profile surface of the main frame body 10 It includes more modules. Claim 4: Frame system according to Claim 2, with embedded spirit level tube inside the housing. It includes a top cover / frame (bezel) that secures, protects, and provides aesthetic integrity. Claim 5: Frame system according to Claim 1, position of the alignment module To allow for adjustment and to receive visual feedback from different points, the frame body is 15 a guide rail running along it and a slide that can move along this rail It includes a built-in spirit level module. 8 REQUESTS Request 1: A frame with an integrated alignment system, used for displaying objects. the main body of the frame and the horizontal and / or vertical axis mounted on this body during assembly. at least one integrated mechanical spirit level providing visual feedback (alignment information) It includes module 5. Claim 2: A framing system according to Claim 1, designed to provide visual alignment feedback. A slot opened in the upper surface of the main frame body, flush with the profile surface. It includes a spirit level tube module embedded in the diagram. Requirement 3: Frame system according to Requirement 1, providing alignment control along the vertical axis. a second spirit level integrated into the side profile surface of the main frame body 10 It includes more modules. Claim 4: Frame system according to Claim 2, with embedded spirit level tube inside the housing. It includes a top cover / frame (bezel) that secures, protects, and provides aesthetic integrity. Claim 5: Frame system according to Claim 1, position of the alignment module To allow for adjustment and to receive visual feedback from different points, the frame body is 15 a guide rail running along it and a slide that can move along this rail It includes a built-in spirit level module.