MULTI-POSITION HEIGHT ADJUSTMENT, GRADUAL MECHANICAL LOAD TRANSFER, AND RETRACTABLE ARM IRONING PLATFORM WITH FOLD-LOCKING MECHANISM DEPENDING ON THE SUPPORT POSITION.

Abstract

The invention relates to an ironing board (1) with a concealable arm ironing platform arrangement, which includes an auxiliary arm ironing platform (5) that can be stored under the main ironing table (2) and brought into the working position via a sliding transport system. The auxiliary arm ironing platform (5) is positioned at different working heights via a telescopic height adjustment profile (15) and a height adjustment movable profile (16). The stepped mechanical load transfer contact teeth (24), connected to the mechanical load-bearing support arm (21) which can be positioned at the selected working height, form a load-bearing mechanical contact with the multi-level mechanical support seating slots (25). Thus, the forces generated during ironing are transferred to the main carrier frame (3) via the mechanical load transfer connection plate (26) and the main frame load bearing support (27).The mechanical interaction between the support arm position transfer projection (30) and the refolding locking movement transfer lever (31) ensures that the locking connection between the refolding blocking slide (29) and the refolding locking housing (32) is maintained when the progressively positionable mechanical load-bearing support arm (21) is in the load-bearing position. The refolding lock can be released when the support arm is detached from the load-bearing position. Thanks to this invention, the mechanical support of the auxiliary arm ironing platform at different working heights, the redirection of the forces generated during ironing to the main support structure, and the prevention of the refolding movement without releasing the load-bearing support connection are all achieved within an integrated mechanical system.

Description

1 TARIFF MULTI-POSITION HEIGHT ADJUSTMENT, GRADUAL MECHANICAL LOAD TRANSFER AND WITH A FOLD-LOCK MECHANISM DEPENDING ON THE SUPPORT POSITION. CONCEALABLE ARM IRONING PLATFORM Technological Field: 5 The invention relates to ironing boards for household and professional use, and to integrated fittings for these boards. mechanical constructions of auxiliary ironing platforms placed as The invention is located in the technical field related to the manufacture of shirts, jackets and similar garments. Developed for ironing sleeve sections, located under the main ironing board. It can be stored, moved to the working position via a sliding mechanism, and has 10 different options. auxiliary arm ironing platforms that can be positioned at working heights It relates to mechanical conveying, supporting, positioning, and folding mechanisms. More specifically, the invention is the multi-position height adjustment of the auxiliary arm ironing platform. at the working level determined by the mechanism, the vertical fluctuation that occurs during ironing 15 Stepwise mechanical contact and support elements of forces and bending effects with height positioning function that enables the transfer of power from the main supporting structure to the lower structure. It encompasses devices in which the function of mechanical load bearing is structurally related. In this context, the invention relates to mechanical load transfer corresponding to the selected working height. The establishment of the connection depends on the working position of the load-bearing support element. mechanically preventing the folding back movement and the support element 20 By releasing it, it allows movement towards storage, thus combining its functions. Concealable arm ironing, accomplished through interconnected mechanical components. It relates to the development of platforms. State of the Art: Ironing boards provide a suitable working surface when ironing textiles. generally used to create an ironing board, support frame, or stand. These are mechanical devices consisting of legs and positioning elements. The wide ironing surfaces of conventional ironing boards allow for ironing flat surfaces such as the body and similar flat surfaces of garments. Suitable for ironing sections such as shirts, jackets, blouses and the like. Various uses for ironing sleeves, cuffs and tapered tube-shaped sections of garments 30 Limitations may arise, especially regarding the large ironing surfaces of garment sleeves. During placement, the fabric layers overlap, and the seams... inability to position it in the desired direction and the ironing force on the fabric 2 Due to the simultaneous application of these layers, unwanted layer marks may occur. This This situation allows narrow sections of clothing to be supported on a separate surface. This has led to the development of auxiliary arm ironing platforms. In standard ironing technology, a narrow-surfaced arm is used independently of the main ironing boards. 5 Fixed, swivel, hinged or movable connections to ironing boards and main ironing boards. There are auxiliary ironing platforms integrated through this method. This type The platforms allow the garment sleeve to be passed over a narrow and elongated ironing surface. Separating the fabric layers and more controlled ironing of the area to be ironed It allows for support. However, independent arm ironing tables It should also be placed before use and stored in a separate area after use. 10 They need to be stored. On auxiliary platforms integrated into the main ironing board: Limiting the storage volume allows for easy access to the platform's operating position. the ability to bring about and the forces generated in the movable joints during ironing It is important that it has the structural stability to meet the demand. In accordance with these requirements, the main ironing table of the auxiliary arm ironing platform is 15 stored underneath and on the sliding guide elements when needed mechanical devices that are brought to their working position by being moved linearly It has been improved. In known sliding mechanisms, the movable platform is attached to the main ironing board. It can be moved along guide rails and to specific working or storage positions. They can be secured via mechanical supports, latches, or retaining elements. 20 Additionally, the auxiliary platform features articulated joints, foldable carriers, and telescopic mechanisms. Solutions that can be brought to different working positions with the help of support elements These devices cover the space occupied by the auxiliary ironing surface when it is not in use. various in terms of reducing volume and moving it to an accessible location when needed. It offers mechanical facilities. 25 However, the auxiliary arm of the ironing platform extends outwards from under the main ironing table. its ability to be positioned at different working heights and its stability during ironing supporting in this way, related but different mechanical requirements It gives birth. Sliding movement mechanisms are essentially based on the platform moving in a specific direction. While enabling its displacement, the height adjustment mechanisms allow the platform's vertical position to be adjusted to 30. load-bearing elements determine the forces applied during operation. This is met. The concentration of these functions on the same connecting elements, or This is achieved through independent mechanical links, different operation 3 changes in load distribution at their locations, stresses in connection areas the increase and the transport stability of the platform depend on the mechanical arrangement used. This can lead to differentiation. Specifically, the auxiliary arm extending outwards from the main ironing board construction for ironing. On these platforms, the vertical forces applied during ironing are only transmitted to the supporting elements 5 It does not create a compressive effect; the force depends on the distance to the connection area. This also generates bending moments. The auxiliary platform extends outwards. forces applied to the section by slide connections, telescopic carriers or position In structural arrangements where fastening is provided via fastening elements, the aforementioned In addition to their tasks of guiding movement or determining position, the elements also work in 10. They may also need to carry their own cargo. This situation occurs at connection points. It can influence the magnitude and direction of the incoming forces; especially with repeated ironing. During movement, connection gaps, local stresses, and unwanted platform placement can occur. They create mechanical conditions that need to be considered in terms of their modification. The auxiliary arm ironing platform can be used at different working heights, 15 This creates an additional technical requirement in terms of load transfer. Telescopic As the elongation amount of the supporting elements changes, the main load-bearing structure of the platform... position according to the structure, working angles of the support elements and the connection of loads The way in which information is transmitted to these points can also vary. Therefore, a particular study Mechanical connection geometry providing sufficient support at this height, another height 20 They may not create the same load transfer conditions at the same level. Different operating conditions. Ensuring position stabilization at certain heights, alone at those heights that the working loads are met through suitable mechanical contact areas It does not show. In known mechanical height adjustment systems, telescopic profiles move in a nested fashion, 25 perforated positioning elements, spring-loaded locking pins, and in different positions. Support connections that can be fixed in place can be used. Such mechanisms are movable. It is possible to keep a platform at a selected height. However, height The locking elements that determine its position also form during operation. in structural arrangements that have to withstand vertical forces and bending effects, 30 Position stabilization and load-bearing functions can be combined in the same connection points. In such a case, the strength of mechanical connections, the position of the contact surfaces, and 4 The movement of the supporting elements relative to each other affects the operational stability of the platform. It has a direct effect. In this context, one of the important technical requirements is the auxiliary arm ironing platform. Ironing occurs at the selected height by determining the working height. It is the mechanically appropriate arrangement of the functions to meet the loads. 5 A load-bearing support element on a platform that can be used at different work levels, stable support in a contact or seating area corresponding to the selected height It must be able to create this. In systems where this cannot be achieved, height Even if its position can be fixed, the working loads require telescopic connections. It can focus on locking pins or slide carriers. Therefore, 10 Continuity of load transfer at different working heights, only height adjustment not the spacing, but the geometric and mechanical properties of the support elements at the selected location. It also depends on their relationships. On the other hand, the operation of auxiliary platforms that can be concealed under the main ironing table. Foldable support 15 during transfer from storage position the movements of its elements, height adjustment links and sliding carriers They must be compatible with each other. A support that carries the load during operation. If the element maintains mechanical contact, the auxiliary platform is lowered. Forcing it to fold or retract, unwanted forces at the connection points. It can create and allow moving elements to enter each other's field of movement. 20 This can be the reason. Especially with a height adjustment mechanism and a foldable support. In structures where the arrangement is used together, the release state of the support element Establishing a suitable mechanical relationship between initiating the movement towards storage. It is important. In known foldable and retractable auxiliary platform systems, the movement is specific to 25 Mechanical latches, supports, and locking mechanisms are used to restrict access to certain positions. elements can be used. However, in the working position of a platform depending on the mechanical contact condition of the load-bearing support element with its fixation Restricting the folding movement requires different structural relationships. A connection that merely fixes the platform's position, the support element bearing the load 30 It may not directly determine whether or not they have left the location. Therefore, support There is no direct link between releasing the connection and allowing the folding movement back. In systems where there is no mechanical relationship, the moving elements are inappropriate. mechanical stresses or positional conflicts resulting from sequential operation This can occur. Another advantage is that the auxiliary arm ironing platform can be hidden under the table. technical requirements, height adjustment mechanism, foldable support elements and 5 mechanical locking links in storage position within a limited volume It can be positioned. It is used to accommodate different working heights. movable carriers and support links independently of each other This adjustment can increase the range of motion needed during folding, or This can lead to overlapping of elements in the storage area. Therefore, the multi-position height adjustment, mechanical support, and concealed storage functions are 10 In structures where they are implemented together, the operation and storage of load-bearing elements holistic evaluation of the geometric relationships in their positions is required. When current technical approaches are evaluated, auxiliary arm ironing platforms... Removing it from under the main ironing board using a sliding mechanism, supporting it in different positions, 15 Height adjustment via telescopic mechanisms and mechanical locking. It appears that various solutions exist for fixing it with its elements. With this... the simultaneous presence of these functions at different working heights redirection of loads to appropriate support areas and load-bearing support Depending on the condition of the connection, the folding movement can be mechanically performed. It alone does not meet the limitations requirements. Accordingly, an auxiliary ironing arm can be stored under the main ironing board. Its platform features a combination of linear sliding motion and multi-position height adjustment. mechanical load transfer suitable for the selected working height 25 There is a technical need to provide a fold-back locking mechanism. The subject is the need, determining the working height of the auxiliary platform, ironing. transfer of loads to the main supporting structure and from working position to storage position mechanical limitation of the transition of functions in a structurally compatible manner with each other It focuses on carrying it out in an organized manner. 30 The purpose of the invention: The primary purpose of the invention is to integrate it into the main ironing board structure. when not in use, it can be hidden under the main ironing board, and during use, different 6 an auxiliary arm on an ironing platform that can be positioned at working heights, It combines height adjustment, mechanical load transfer, and folding locking functions. The goal is to develop an integrated mechanical system that structurally relates to each other. The invention, in particular, The auxiliary arm of the ironing platform is positional only at the selected working height. not the fixing of the iron, but the vertical forces and bending that occur during ironing. 5 their effects on the main load-bearing structure through defined mechanical support zones transfer and recoup as long as the supporting relationship continues. It aims to mechanically prevent its movement. Another purpose of the invention is to place the auxiliary arm ironing platform under the main ironing table. 10 locking in the working position and multi-position height adjustment mechanism an integrated transport system that enables different work levels to be achieved with its assistance and The goal is to create a positioning structure. Within this scope, the linear sliding movement of the platform... Separating the vertical height adjustment movement from the vertical height adjustment movement, Mechanical positioning during transitions between working and storage positions and 15 The aim is to achieve this in a coordinated manner through interlocking elements. One of the key objectives of the invention is to improve the operation of the auxiliary arm ironing platform. with a telescopic positioning mechanism that determines its height during ironing. among the mechanical support systems that withstand the resulting work loads are functional and The aim is to create a structural distinction. Accordingly, the height adjustment mechanism has a 20 the mechanical load-bearing system ensures that the platform is held in the selected vertical position. by resisting the vertical forces and bending effects occurring at that location, the main The aim is to direct the load-bearing structure. Thus, it determines the height position. dependence on the locking elements to withstand the full working load reduction and load distribution through specified mechanical contact and support elements 25 The aim is to transfer it. Another key objective of the invention is to enable the auxiliary arm ironing platform to operate in different ways. allows use at various heights, depending on the selected height level. a stepped load transfer system with adjustable mechanical support position The aim is to improve it. In this context, by bringing the platform to a certain working height, 30 together with the mechanical load-bearing support arm, the support seat corresponding to the relevant height. to be able to create load-bearing contact with the region and applied during ironing The aim is to transmit forces to the main supporting structure through this contact. 7 Thus, at different height levels, only the vertical position of the platform matters. not a modification, but the creation of a mechanical load transfer path suitable for the selected location. is the goal. One of the key aims of the invention is to transfer loads in a stepped mechanical load transfer system. There are 5 contact points between the supporting element carrying the load and the contact elements corresponding to the height level. The goal is to create a stable mechanical connection. Accordingly, the selected support element... placement in the contact area suitable for the working height, load transfer is involved. Guidance from the contact area to the main supporting structure and support during operation limiting the unwanted separation of the element from its contact position This is intended. Thus, height positioning elements, support connections and 10 a complementary mechanical conveying system between loading receiving zones The aim is to create it. Another purpose of the invention is to extend the working auxiliary arm ironing platform outwards. vertical forces and bending effects occurring at this position cause sliding motion. The aim is to reduce the focus on the guiding elements. In this context, auxiliary 15 foldable mechanical support element, which withstands the loads the platform is subjected to during operation to the main carrier frame via stepped contact zones and load transfer connections The aim is to guide it. Thus, the sled transport system is fundamentally based on... its function as a structure that guides the linear movement of the platform, study In meeting these loads, separate mechanical support elements are used. 20 is the goal. One of the distinctive technical aims of the invention is the operation of the auxiliary arm ironing platform. position of the load-bearing mechanical support element, retractable locking mechanism. The aim is to directly link the system to its working conditions. To this end, The mechanical support element has a load-bearing capacity corresponding to the selected height level. the locking element that prevents the folding back movement as long as it remains in that position by keeping it in the active position, and by separating the support element from its load-bearing position. The aim is to make the locking element in question capable of being released. Thus, the folding safety mechanism is based solely on an independent position locking latch. or regardless of the sequence of movements performed by the user, the support element's 30 The aim is to relate it to its actual mechanical position. Another purpose of the invention is to move the auxiliary arm ironing platform from its working position. Removing the support link during transfer to storage position, height adjustment 8 the mechanism is brought to a position suitable for storage and the sliding carrier is returned The goal is to create a mechanically coordinated working order between the pulling movements. In this context, the folding back motion while the load-bearing support element is in the active position. the restriction, the platform after the support staff member is released The auxiliary platform, which can be lowered and brought to a position suitable for storage, is the main ironing 5. The aim is to be able to retract it back under the table. Thus, the movable carriers, hinged due to improper movement sequences of supports and locking links to reduce the interference or overlap of their areas of activity is the goal. Another aim of the invention is multi-position height adjustment, stepped mechanical load transfer. 10 and components used for folding back and locking, auxiliary arm ironing the platform's storage location can be placed within a limited volume The goal is to create a mechanical layout that provides this possibility. In this context, telescopic carriers, foldable support arm, load transfer connections and folding back The locking elements provide the necessary support and locking functions in their working position. 15 in place so as not to obstruct each other's movement in the storage position The aim is to position the auxiliary platform in multiple locations. suitable for concealment under the main ironing board while maintaining its functionality. The aim is to ensure structural integrity. Another purpose of the invention is to provide an auxiliary arm ironing platform for narrow and extended ironing 20 through its surface, the sleeve sections of shirts, jackets, blouses and similar garments are separate The purpose is to facilitate support on the surface. In this context, the garment sleeve assists in this process. being able to be placed on the platform, by separating the opposing layers of fabric it can be ironed and the auxiliary platform can be mechanically adjusted to different working heights. The aim is to create a supported ironing surface. Thus, tight garments 25 to increase ease of use during ironing of areas and to prevent unwanted folds The aim is to reduce the likelihood of scarring. The invention also includes a height adjustment mechanism, a stepped load transfer system and a reverse the mechanical relationship between the folding and locking elements is controlled by an electronic control unit or The aim is to enable this to be done without requiring a sensor system. This 30 in this respect, the mechanical support contact corresponding to the selected working height the creation of a fold-back locking mechanism that is effective depending on the position of the support element. the movement towards storage with the release of the support element 9 its functions are made possible by direct mechanical contact, articulated motion transmission and This is intended to be achieved through location blocking elements. The ultimate goal of the invention is to provide concealed storage under the main ironing board, sliding linear motion, and much more. Positional height adjustment, stepped mechanical load transfer depending on the selected height, and A common structural arrangement of support position-dependent folding locking functions 5 The goal is to create an integrated arm ironing platform. This integrated system Inside, there is a height adjustment mechanism to adjust the working level of the auxiliary platform. When determining the stepped mechanical support arrangement, a load-bearing capacity suitable for the selected level is chosen. It forms the connection, and the fold-back locking mechanism is the load-bearing support. Depending on the position of the element, the movement of the platform in the storage direction is 10 It limits the auxiliary platform at different working heights. between supporting it and storing it under the main ironing board after use. The aim is to ensure mechanical and structural integrity. Explanation of the Figures Figure 1: The subject of the invention is an ironing board with a retractable arm ironing platform mechanism, 15 General perspective of the auxiliary arm ironing platform in its working position. It is the appearance. Figure 2: Storing the auxiliary arm ironing platform under the main ironing table. and the guiding mechanism that enables it to be moved to the working position by sliding motion, position This is a bottom view of the fastening and storage arrangement. 20 Figure 3: Multi-position height adjustment mechanism of the auxiliary arm ironing platform. mechanical supports that carry the load depending on the selected working height and This is a detailed side view of the multi-stage load transfer system. Figure 4: Position of the load-bearing support element of the auxiliary arm ironing platform. Depending on the mechanism, mechanical locking and motion transmission prevents the folding movement. 25 It is a detailed view of its layout. References: 1. Ironing board with retractable armrest ironing platform mechanism. 2. Main ironing board 3. Main supporting frame 30 4. Under-desk storage compartment 5. Auxiliary arm ironing platform 6. Narrowed sleeve ironing surface. 7. Auxiliary platform support frame 8. Fixed slide guide rail 9. Mobile sled carrier 10. Slide movement termination stop 11. Working position locking latch 5 12. Working position fixing slot 13. Storage position holder element 14. Height adjustment lower carrier 15. Telescopic height adjustment profile 16. Height adjustment movable profile 10 17. Multi-level height positioning slots 18. Spring-loaded height locking pin 19. Height locking pin release button 20. Auxiliary platform upper connecting joint 21. Intermittently adjustable mechanical load-bearing support arm 15 22. Support arm lower connecting joint 23. Support arm upper connecting joint 24-stage mechanical load transfer contact teeth. 25. Multi-level mechanical support seating slots 26. Mechanical load transfer connection plate 20 27. Main frame load bearing support 28. Support arm load-bearing position fixing tab 29. Backfold prevention slider depending on support position. 30. Support arm position transfer projection 31. Backfolding locking movement transmission lever 25 32. Back-folding locking slot 33. Fold-back release control 34. Back-folding slider return spring 35. Storage position mechanical stopper Description of the Invention: 30 The subject of the invention is an ironing board with a concealable arm ironing platform mechanism (1), main ironing tabletop (2), main support frame (3), under-table storage compartment (4), auxiliary arm ironing platform (5), narrowed arm ironing surface (6) and auxiliary platform carrier frame 11 (7) containing, auxiliary arm ironing platform (5) with sliding linear motion, multi-position Height adjustment, stepped mechanical load transfer, and foldback depending on the support position. It is a mechanical device that provides locking. Auxiliary arm ironing platform (5), main in storage position under the ironing board (2) and extending outside the main ironing board (2) It is a movable structure that can be positioned in the working position. Auxiliary arm ironing platform 5 (5) are positioned at different vertical levels in the working position, selected work It is supported and load-bearing by a separate mechanical support link at its height. Mechanical resistance to backfolding movement when the support link is active. It is locked as such. The main ironing table (2) carries the large ironing surface on the main carrier frame (3) 10 It consists of the main carrier frame (3), the main ironing table (2) and the auxiliary arm ironing. The fixed sliding movement system that creates a carrier connection between the platform (5) by the auxiliary arm ironing platform (5) which has its elements on it It is a structural element that withstands the transmitted mechanical loads. Under-desk storage compartment (4), It is located under the main ironing table (2) and in relation to the main support frame (3), 15 Storage of movable elements connected with the auxiliary arm ironing platform (5) It forms the volume in which it is located. Under-desk storage compartment (4), auxiliary Placement area in the linear retraction direction for the arm ironing platform (5) It includes. Auxiliary arm ironing platform (5), narrowed arm ironing surface (6) and narrowed arm 20 with the auxiliary platform carrier frame (7) located under the ironing surface (6) It is created. The narrowed sleeve ironing surface (6) is placed on the sleeve of the garment. an ironing board (2) that is narrower and longer than the surface of the main ironing board through which it can be passed. It is the surface. Auxiliary platform carrier frame (7), with narrowed arm ironing surface (6). It is mechanically connected. Ironing that occurs on the narrowed sleeve ironing surface (6) 25 forces through auxiliary arm ironing via auxiliary platform carrier frame (7) It is transmitted to the carrier and support elements connected with the platform (5). platform carrier frame (7), height adjustment for auxiliary arm ironing platform (5) carrier sections where mechanical load-bearing connection is formed with the connection It includes. 30 Linear motion arrangement for auxiliary arm ironing platform (5), main carrier frame (3) fixed slide guide rail (8) connected with and movable along the fixed slide guide rail (8) It includes a movable slide carrier (9) which is placed as a fixed slide guide rail (8), 12 Taking out from under the main ironing table (2) for the auxiliary arm ironing platform (5) and Determines the retraction direction into the under-desk storage compartment (4). The movable slide carrier (9) forms a sliding connection with the fixed slide guide rail (8). and the auxiliary arm ironing platform (5) via the height adjustment lower carrier (14) It is mechanically related. It occurs on the movable slide carrier (9) 5 incoming linear displacement, height adjustment lower carrier (14) and auxiliary arm ironing in return for the displacement of other movable elements connected with the platform (5) It is coming. The slide movement termination support (10) is associated with the fixed slide guide rail (8). is located in position and the last 10 of the outward movement for the movable slide carrier (9) It forms the boundary. Working position locking latch (11), movable slide When the carrier (9) is in the working position, the working position fixing slot (12) It forms a mechanical connection with the working position locking latch (11). Mutual connection between the working position fixing slot (12), movable slide Undesirable location in line with the fixed slide guide rail (8) for the carrier (9) 15 It limits the changes. The slide movement termination support (10) limits the movement. The element that determines the final limit; working position locking latch (11) The position fixing slot (12) is a mechanical device that maintains the determined working position. They are locking elements. Storage position holder element (13), auxiliary arm ironing platform (5) under table 20 when located inside the storage compartment (4), the movable slide carrier (9) or Mechanical holding on a section connected to the auxiliary arm ironing platform (5). It forms a connection. The storage position mechanical stopper (35), movable to the under-table storage compartment along the fixed slide guide rail (8) of the slide carrier (9) (4) determines the final limit of the withdrawal movement that it has correctly performed. Storage 25 position holder element (13), storage of auxiliary arm ironing platform (5) storage location while limiting its unwanted departure from its location mechanical stopper (35), the determined storage limit of the movable slide carrier (9) This prevents it from progressing further. Thus, the storage location is preserved and the return process is halted. The termination of the pulling movement is accomplished through separate mechanical elements. 30 is being carried out. Multi-position height adjustment mechanism, height connected with movable slide carrier (9) adjustment lower carrier (14), telescopic height adjustment profile (15), height adjustment movable 13 profile (16), stepped height positioning slots (17), spring-loaded height locking pin (18) and height locking pin release button (19) It includes the height adjustment lower carrier (14), for the telescopic height adjustment profile (15). It forms the lower connection area. The telescopic height adjustment profile (15), height The adjustment movable profile (16) is connected in such a way as to create a mutually linear motion. 5 The height adjustment movable profile (16) differs along the telescopic height adjustment profile (15). It is a movable carrier element that can be brought to vertical positions. Telescopic height adjustment. The linear movement between the profile (15) and the height adjustment movable profile (16) is auxiliary. In response to the creation of different working heights for the arm ironing platform (5) It is coming. 10 Graduated height positioning slots (17), telescopic height adjustment profile (15) different in the direction of relative movement between the height adjustment movable profile (16) They are located at positions corresponding to altitude levels. Spring-loaded altitude. The locking pin (18) is selected from among the stepped height positioning slots (17). Mechanical locking with positioning slot corresponding to working height 15 It forms a connection. The spring-loaded height locking pin (18) with stepped The connection between the height positioning slots (17) is telescopic height adjustment relative vertical movement between profile (15) and height adjustment movable profile (16) It limits the height. The height locking pin release button (19) is spring-loaded. It is mechanically connected with the height locking pin (18). The height locking pin is free 20 The movement created on the release button (19) is the spring-loaded height locking pin. Locking slots (17) for stepped height positioning slots (18) It corresponds to the act of leaving one's position. Auxiliary platform upper linkage joint (20), with height adjustment movable profile (16) The auxiliary platform is located between the carrier frame (7). The auxiliary platform top 25 working position for the connecting joint (20), auxiliary arm ironing platform (5) It creates an angular axis of movement between the folded storage positions. Auxiliary arm ironing platform (5), angular around the auxiliary platform upper connection joint (20) It has a linkage structure that can change position. Auxiliary arm ironing platform (5) When in working position, the auxiliary platform upper linkage joint (20) 30 The folding movement around it is associated with a stepped mechanical load transfer system. The folding back is limited by locking elements. 14 The stepped mechanical load transfer system allows for stepped positioning of the mechanical load. support arm (21), support arm lower linkage joint (22), support arm upper linkage joint (23), stepped mechanical load transfer contact teeth (24), multi-level mechanical support seating slots (25), mechanical load transfer connection plate (26), main frame load reception support (27) and support arm load-bearing position fixing tab (28) 5 It includes a gradually positionable mechanical load-bearing support arm (21), load bearing between auxiliary platform carrier frame (7) and main carrier frame (3) It is a movable mechanical element that participates in the support connection. Gradual mechanical load. Multi-level mechanical support seating sockets (25) with transmission contact teeth (24), selected It forms the load-bearing contact corresponding to the working height. Mechanical load 10 The transfer link plate (26) and the main frame load bearing support (27), The connection where the loads transmitted through the contact are received on the main carrier frame (3) It constitutes the region. Gradually positionable mechanical load-carrying support arm (21), Auxiliary platform between the carrier frame (7) and the mechanical load transfer connection plate (26) 15 positioned with varying support positions at different working heights It is arranged in a way that corresponds to: Gradually positionable mechanical load. Upper connection area of ​​the support arm (21) element, Support arm upper connection joint (23) via the movable linkage with the auxiliary platform carrier frame (7). It consists of. Support arm lower link joint (22), Stepwise positionable 20 The mechanical load-bearing support arm (21) is located in the lower connection area of ​​the element and Support positions associated with the mechanical load transfer connection plate (26) It participates in the creation of the selected work for the auxiliary arm ironing platform (5). In the support position corresponding to its height, stepped mechanical load transfer. 25 between contact teeth (24) and multi-level mechanical support seating sockets (25) Load-bearing mechanical contact is established. Support arm lower connection joint (22) The upper linkage joint (23) of the support arm participates in changing the support position. Transmission of working forces onto the mechanical load transfer connection plate (26) Multi-level mechanical support seating with stepped mechanical load transfer contact teeth (24) Contact between the slots (25) is used. Mechanical load transfer connection plate 30 (26), Main frame load bearing support (27) through Main carrier frame (3) It forms a mechanical load transfer link. Step mechanical load transfer contact teeth (24), step-positionable mechanical It is located in the mechanical contact area connected to the load-carrying support arm (21). Level mechanical support seating slots (25), corresponding to different working heights It includes multiple load-bearing seating zones. Gradual mechanical load 5 transmission contact teeth (24), through multi-level mechanical support seating sockets (25) mechanical contact between the seating area corresponding to the selected working height. It is formed by multi-level mechanical load transfer contact teeth (24). The contact between the mechanical support seating slots (25) can be positioned in stages. mechanical load transfer of forces transmitted by mechanical load bearing support arm (21) It is the load-bearing connection that enables the load to be transferred onto the connecting plate (26). 10 When the working height is changed for the auxiliary arm ironing platform (5) Height The vertical selected along the adjustment movable profile (16), Telescopic height adjustment profile (15) It is brought to position. With stepped height positioning slots (17) and Spring The mechanical locking linkage between the printed height locking pin (18) is selected It ensures the maintenance of the working height. It can be positioned in stages. 15 mechanical load-bearing support arm (21), corresponding to the working height in question Multi-stage mechanical load transfer contact teeth (24) in the support position load-bearing mechanical contact between the level mechanical support seating slots (25) It is positioned in such a way as to create the working height. and meeting the working forces at the said height requires 20 different mechanical systems. This is carried out in the connection areas. Gradual mechanical load transfer contact. Contact between the teeth (24) and the multi-level mechanical support seating sockets (25), Transmitted via a stepped positionable mechanical load-carrying support arm (21) transfer of forces onto the mechanical load transfer connection plate (26) It provides. 25 Mechanical load transfer connection plate (26), multi-level mechanical support seating slots It carries the load transfer section associated with (25). Mechanical load transfer connection plate (26) is mechanically connected to the main frame load bearing support (27). Main frame load the support (27), on the main support frame (3) or with the main support frame (3) It is located in a connected position. The stepped mechanical load transfer contact teeth (24) 30 load bearing created between the multi-level mechanical support seating slots (25) Forces transmitted through contact onto the mechanical load transfer connection plate (26), main 16 on the main carrier frame (3) via the frame load bearing support (27) is being met. Support arm load-bearing position fixing tab (28), can be positioned in stages. load-bearing support position created for mechanical load-bearing support arm (21) It is a mechanical fastening element that contributes to its protection. Gradual mechanical load transfer 5 load between contact teeth (24) and multi-level mechanical support seating sockets (25) When contact is made with the support arm load-bearing position fixing tab (28), The term "gradually positionable mechanical load-bearing support arm (21) element" The issue is limiting the unwanted separation from the contact position. Support The arm load-bearing position fixing tab (28) helps maintain the support position. Transfer of working loads during participation: Gradual mechanical load transfer contact teeth. (24) and the mutual mechanical support seating slots (25) This is done via contact. Thus, the support position is fixed. The transmission of working forces is organized as different mechanical functions. When the auxiliary arm ironing platform (5) is in the working position, the narrowed arm 15 Vertical ironing forces generated on the ironing surface (6) auxiliary platform carrier It is transmitted onto the skeleton (7). The auxiliary platform supports the carrier skeleton (7). The mechanical load can be positioned in stages via the upper connecting joint (23) of the arm. Forces transferred onto the support arm (21) are contacted by stepped mechanical load transfer. mechanical 20 between the teeth (24) and the multi-level mechanical support seating sockets (25) The mechanical load transfer is transmitted via contact to the connection plate (26). Forces transmitted onto the mechanical load transfer connection plate (26) are the main frame loads. It is supported by the main support frame (3) via the support bracket (27). In this connection arrangement, the height adjustment movable profile (16) and the spring-loaded height locking pin (18), selected working height for auxiliary arm ironing platform (5) 25 while participating in its protection, a gradually positionable mechanical load-bearing support arm (21) and related load transfer elements, to meet working loads is participating. Multi-level mechanical support seating with stepped height positioning slots (17) The slots (25) are 30 degrees apart from each other in the working position of the auxiliary arm ironing platform (5). These are connection points that perform different mechanical functions. Graduated height. Positioning slots (17) are opposite to the spring-loaded height locking pin (18). By creating a mechanical locking link, the height adjustment movable profile (16) 17 It maintains its vertical position as determined by the telescopic height adjustment profile (15). Multi-level mechanical support seating slots (25) provide stepped mechanical load transfer. By forming a mechanical contact that carries the load mutually with the contact teeth (24), it creates a stepped load-bearing mechanical contact. The work is transmitted via the positionable mechanical load-carrying support arm (21) 5 to direct the forces to the mechanical load transfer connection plate (26) It participates. Mechanical load transfer connection plate (26), main frame load bearing. Mechanical load transfer connection with the main carrier frame (3) via the support (27). Thus, the selected working auxiliary arm ironing platform (5) is formed. ironing that occurs at the height in question by maintaining the height. The resistance of these forces is achieved at different mechanical connection points. 10 This arrangement ensures that the working loads of the locking elements that maintain the height position... in a way that reduces dependence on it to meet all the needs on its own It is being structured. The fold-back locking mechanism depends on the support position, fold-back depending on the support position. folding blocking slider (29), support arm position transfer projection (30), back folding 15 Locking motion transmission lever (31), back folding locking slot (32), back folding release control (33) and return slide return spring (34) It includes a backfolding prevention slider (29) depending on the support position, and an auxiliary arm. Movable locking that restricts the backfolding movement for the ironing platform (5) It is an element. The support arm position transfer projection (30) can be positioned in stages 20 It is connected to the mechanical load-bearing support arm (21). Back folding locking movement. The transfer arm (31) is connected to the support arm position transfer projection (30) and the support position. Mechanical motion transmission link between the folding blocking slide (29) It constitutes. Support arm position transfer projection (30), incrementally positionable mechanical load 25 The support arm (21) folds back when it is in the load-bearing support position. In the position that creates mechanical interaction with the locking motion transmission lever (31). It is located. Back folding locking movement transmission lever (31), support lever position Support the mechanical position change created by the transmission protrusion (30) It transmits the position-dependent backfolding prevention slider (29) onto the support 30. position-dependent folding blocking slider (29), the mechanical movement in question forming a mutual locking connection with the folding lock slot (32) by transfer. It is brought to this position or is kept in this position. 18 Support position dependent refolding blocking slide (29), auxiliary platform carrier It is located in the movable locking area connected to the frame (7). Back folding Locking slot (32) corresponds to the height adjustment movable profile (16). It is located in the region. Back fold prevention slider (29) depending on the support position. The mechanical locking linkage formed between the folding lock slot (32) and the back folding lock slot, 5 between the auxiliary platform carrier frame (7) and the height adjustment movable profile (16) Relative angular changes that may occur around the auxiliary platform upper linkage joint (20) It restricts movement. Gradually positionable mechanical load-bearing support. with the arm (21) in the load-bearing position, the support arm position transfer projection (30), connected to the support position via the back folding locking movement transmission lever (31) 10 maintaining the locking position of the backfolding blocking slider (29) is participating. The gradually positionable mechanical load-bearing support arm (21) If the load-carrying position is removed, the folding release control (33) Folding locking of the folding blocking slider (29) depending on the support position It is able to perform the movement of leaving its nest (32). 15 Folding locking with the folding prevention slider (29) depending on the support position. mutual mechanical connection between the housing (32) and the auxiliary platform carrier frame (7) Auxiliary platform upper linkage joint between the height adjustment movable profile (16) (20) limits the relative angular motion that can occur around it. Gradual positionable mechanical load-bearing support arm (21) load-bearing support 20 When in position, the support arm position transfer projection (30), fold back Back fold connected to the support position via the locking motion transmission lever (31) locking formed by the locking slide (29) and the refolding locking slot (32) It participates in maintaining the connection. Thus, it supports mechanical load bearing. Back around the auxiliary platform upper link joint (20) with the position where it is effective 25 There is a mechanical connection between the limitation of the folding movement. Foldback release control (33), foldback depending on support position. It is mechanically connected with the locking slide (29). Back fold release The movement of the control (33) is dependent on the support position of the refolding locking slide. (29) moving in the direction of separation from the folding locking slot (32) 30 This corresponds to a gradually positionable mechanical load. by separating the support arm (21) from the load-bearing support position, it returns 19 mechanical stop that protects the locking of the folding locking movement transmission lever (31) This can be done when its effect has disappeared. Step-by-step adjustable mechanical load-bearing support arm (21), step-by-step mechanical load transfer contact teeth (24) and multi-level mechanical support seating slots (25) When located at the position where load-bearing mechanical contact is established between them, support 5 Lever position transfer protrusion (30), back folding locking movement transfer lever (31) It creates a mechanical support effect. Folding back locking movement transmission. via the lever (31) to the backfolding blocking slider (29) connected to the support position The transmitted support effect is a folding prevention mechanism dependent on the support position. 10 in the direction of separation of the slide (29) from the folding locking slot (32). This restricts its movement. In this case, the fold-back release control... (33) movement of the backfolding blocking slider (29) depending on the support position It does not release the locking linkage on its own. The mechanically adjustable mechanism allows for step-by-step positioning. With the load-carrying support arm (21) detaching from the load-carrying position, the support arm position 15 on the transfer protrusion (30) folding locking movement transfer lever (31) The mechanical restraint effect is eliminated, and the fold-back release control is activated. (33) through the back of the folding blocking slider (29) which is connected to the support position. Freedom of movement that allows it to detach from the folding locking slot (32) It consists of. Folding slide return spring (34), folding dependent on support position 20 It is connected to the locking slide (29). The folding slide return spring (34), return on the back fold prevention slider (29) depending on the support position It creates a spring effect in that direction. Backfolding depending on the support position. via the locking slider (29), fold back release control (33) When released from the locking position, the folding slide returns on the return spring (34) 25 A return force is generated. The return spring of the folding slide (34), Relocking for the backfolding blocking slider (29) depending on the support position. It creates a positional orientation effect. The return spring of the folding slide (34), Locking on the backfolding prevention slider (29) depending on the support position It creates a return force in the direction of the fold. Fold back release 30 The backfolding blocking slider (29) is connected to the support position via the control (33) When removed from the locking position, the folding slide returns the spring (34) The spring force generated on it, the retraction locking slider depending on the support position (29) corresponds to the re-locking direction. Support position with the attached backfolding blocking slide (29) backfolding locking slot (32) If the spring force is in a position where it can form a mutual connection, It participates in re-establishing the locking link. Step-positionable mechanical load-bearing support arm (21), step-by-step mechanical 5 load transfer contact teeth (24) and multi-level mechanical support seating slots (25) Support arm position transfer projection when it forms load-bearing contact between them. (30), back folding locking movement transmission lever (31) connected to the support position Maintaining the locking position for the backfolding blocking slide (29) It provides. The gradually positionable mechanical load-carrying support arm (21) provides a load of 10 When the carrier leaves the position, the mechanical motion transmission relationship in question changes. and locking for the backfolding prevention slider (29) depending on the support position. A suitable position is created for disconnecting the connection. Thus, the auxiliary arm ironing is performed. Folding lock for platform (5), stepped positionable mechanical load 15 with mechanical support position created by the transport support arm (21) They are related. Working position locking latch (11) and working position locking slot (12), It creates linear motion fixation for the movable slide carrier (9). Spring stepped height positioning slots with printed height locking pin (18) (17) creates a vertical position fixation for the height adjustment movable profile (16). 20 Multi-level mechanical support seating with stepped mechanical load transfer contact teeth (24) load slots (25), load for the step-positionable mechanical load-carrying support arm (21) It creates mechanical contact with the support. Backfolding prevention depending on the support position. with slider (29) and back folding locking slot (32), auxiliary arm ironing platform (5) It forms a locking link that restricts the folding movement. (25) The subject connection groups move differently on the auxiliary arm ironing platform (5). composed of mechanical elements that meet the required orientations and load-bearing conditions It is coming. The auxiliary arm ironing platform (5) is a movable slide when it is in the storage position. The carrier (9) is in the retracted position along the fixed slide guide rail (8). Storage 30 position mechanical stop (35), retraction for movable slide carrier (9) It forms the final limit of its movement. Storage position holder element (13), Maintaining the storage position for the auxiliary arm ironing platform (5) 21 It provides. Height adjustment movable profile (16), telescopic height adjustment profile It is in a lowered position in relation to (15). Auxiliary arm ironing platform (5), The auxiliary platform is in a folded position around the upper connecting joint (20). and incrementally positionable mechanical load-bearing support arm (21), support arm bottom 5 folded around the connecting joint (22) and the upper connecting joint (23) of the support arm It forms a settlement. From the storage position to the working position of the auxiliary arm ironing platform (5) the holding link formed by the storage position holder element (13) during the transfer. unwinding and the movable slide carrier (9) out along the fixed slide guide rail (8) It is displaced in the direction of receiving. The movable slide carrier (9), slide movement 10 When the working position is reached as determined by the termination support (10), the working position mechanical connection with the fixing latch (11), working position fixing slot (12). It consists of an auxiliary arm ironing platform (5), auxiliary platform upper connection. The joint (20) can be brought to the working position around it and the height adjustment movement profile (16), telescopic height adjustment profile (15) to the selected working height 15 It can be fixed in the corresponding position. Gradually positionable mechanical load. The step mechanical system is brought to the relevant support position by moving the support arm (21) to the relevant support position. load transfer contact teeth (24) and multi-level mechanical support seating slots (25) Load-bearing mechanical contact occurs between them. It can be positioned in stages. Support 20 in relation to the load-bearing position of the mechanical load-bearing support arm (21). Lever position transfer protrusion (30) and back folding locking movement transfer lever (31), Folding locking of the folding blocking slider (29) depending on the support position It participates in forming a locking connection with its housing (32). The auxiliary arm ironing platform (5) is movable when in the working position. The carrier (9) is positioned outwards along the fixed slide guide rail (8). Operation 25 The position locking latch (11) is connected to the working position locking slot (12). The height adjustment movable profile (16) corresponds to the selected working height. is in position and the spring-loaded height locking pin (18) is the corresponding stepped height It forms a mechanical locking linkage with positioning slots (17). Step The positionable mechanical load-bearing support arm (21) can be adjusted to the selected working height. It is in a suitable support position. The stepped mechanical load transfer contact teeth (24) are very The mechanical support level forms load-bearing contact with the seating slots (25). 22 Folding prevention slider (29) depending on the support position, folding locking It forms a mechanical locking connection with its housing (32). Suitable for changing the working height of the auxiliary arm ironing platform (5). In this case, multi-level mechanical with stepped mechanical load transfer contact teeth (24). The existing load-bearing connection between the support seating slots (25) is being resolved. 5 The fixing effect created by the support arm load-bearing position fixing tab (28) The mechanical load-bearing support arm can be gradually positioned by lifting (21), It can be detached from its current support position. Spring-loaded height. locking pin (18), height locking pin release button (19) 10 upon separation from the relevant stepped height positioning slots (17) new height adjustment movable profile (16), telescopic height adjustment profile (15) It can be positioned to correspond to the working height. New work stepped height with spring-loaded height locking pin (18) When creating a relocking connection between the positioning slots (17) stepped positionable mechanical load-bearing support arm (21), relevant load-bearing 15 multi-level mechanical with stepped mechanical load transfer contact teeth (24) in position Re-mechanical support connection between support seating sockets (25) It forms. The support arm load-bearing position fixing tab (28), the load formed. It participates in maintaining the link that carries the signal. When the working height for the auxiliary arm ironing platform (5) is changed, the height is 20 adjustment movable profile (16), different vertical along the telescopic height adjustment profile (15) located in position and spring-loaded height locking pin (18), new working connection with stepped height positioning slots (17) corresponding to its height It consists of a stepped positionable mechanical load-bearing support arm (21). The subject is located in an angular position corresponding to the working height and is stepped 25 mechanical load transfer contact teeth (24), multi-level mechanical support seating sockets (25) mechanical seating area corresponding to the new working height. It establishes contact. In this position, the support arm's load-bearing position is fixed by the clamping tab. (28), load bearing for the stepped positionable mechanical load bearing support arm (21) It participates in maintaining contact. 30 In the case where folding movement is allowed for the auxiliary arm ironing platform (5) Step-positionable mechanical load-bearing support arm (21), load-bearing contact It is detached from its position. With stepped mechanical load transfer contact teeth (24) 23 load-bearing connection between multi-level mechanical support seating slots (25) It has been resolved. Back folding with support arm position transfer projection (30). The mechanical interaction between the locking motion transmission lever (31) depends on the support position. allowing release movement for the backfolding blocking slide (29) It is in position. It is brought to the support position via the fold-back release control (33) 5 with attached backfolding blocking slider (29), backfolding locking slot (32) It can be separated from the connection it forms. The auxiliary arm ironing platform (5), auxiliary angular position corresponding to the storage position around the platform top linkage joint (20) They can be brought to the settlement. The subject of the invention is an ironing board with a concealable arm ironing platform mechanism (1), main ironing 10 Auxiliary arm ironing platform (5) which can be stored under the table (2), auxiliary arm Fixed slide guide rail (8) providing linear movement for ironing platform (5) and movable slide carrier (9), telescopic height creating different working heights adjustment profile (15) and height adjustment movable profile (16), at the selected working height load-bearing, contact-forming, stepped, positionable mechanical load-bearing support 15 lever (21), stepped mechanical load transfer contact teeth (24) and multi-level mechanical back fold-down position with support seating slots (25) and load-bearing support position The backfolding blocking slide (29) is connected to the support position that forms the locking mechanism. lever position transfer protrusion (30), back folding locking movement transfer lever (31) and It is an integrated mechanical structure containing a folding locking slot (32). Auxiliary arm 20 Height positioning, mechanical load bearing and back for ironing platform (5) Folding interlocking couplings are structurally related to each other and have different mechanical properties. It consists of personnel with specific duties. The subject of the invention is an ironing board with a concealable arm ironing platform mechanism (1), ironing board production, household ironing equipment, professional textile care equipment, garment 25 They can be manufactured and used in workshops and industrial ironing systems. It consists of: Main ironing table (2), main support frame (3), auxiliary arm ironing. platform (5), fixed slide guide rail (8), movable slide carrier (9), telescopic structural components such as the height adjustment profile (15) and the height adjustment movable profile (16); metal profile forming, sheet metal cutting and bending, machining, welding, mechanical 30 It can be manufactured using assembly and appropriate polymer part production techniques. Step-by-step Positionable mechanical load-carrying support arm (21), stepped mechanical load transfer contact teeth (24), multi-level mechanical support seating sockets (25), mechanical load 24 Transfer link plate (26) and main frame load bearing support (27), different operation They can be manufactured to form mechanical connections that carry loads at certain heights, and with assembly processes compatible with existing ironing board manufacturing processes. It can be integrated. The invention consists of support 5, which forms the fold-back locking mechanism depending on the support position. Position-dependent folding locking slider (29), support arm position transfer protrusion (30), fold-back locking movement transmission lever (31), fold-back locking slot (32), fold back release control (33) and fold back slider return spring (34), which can be produced by mechanical part manufacturing and assembly methods. It consists of components. The device that is the subject of the invention is the electronic control unit 10 or with its mechanical structure that does not require an electrical drive system, suitable for home and professional use. It can be integrated into ironing boards; auxiliary arm ironing platform (5) Under-desk storage, positioning at different working heights, selectable mechanical load transfer at height and folding back depending on the support position. It offers locking functions in one device. With these features, the invention is ready for mass production, 15 commercial standard mechanical assembly processes and ironing of textile products. It has a structure suitable for repeated use in equipment.

Claims

REQUESTS 1. The invention consists of the main ironing table (2), the main support frame (3) and the under-table storage. Ironing board with a concealable arm ironing platform assembly (1) containing compartment (4) its feature is; storage location in the under-desk storage compartment (4) Removable via a sliding transport system and height adjustment mechanism 5 with an auxiliary arm iron that can be positioned at different working heights. platform (5), fixed slide guide rail (8) for auxiliary arm ironing platform (5) and the sled conveyor system created by means of the movable sled carrier (9), different Telescopic height adjustment profile (15) which determines working heights and Height adjustment movable profile (16), carrying load at selected working height 10 stepped, positionable mechanical load bearing forming a support link. support arm (21), stepped mechanical load transfer contact teeth (24) and multi-level mechanical support seating sockets (25), via the said support connection Mechanical load transfer that directs the transmitted forces onto the main carrier frame (3) Supported by connecting plate (26) and main frame load bearing support (27) 15 Position-dependent folding locking slider (29), support arm position transfer protrusion (30), fold-back locking movement transmission lever (31) and fold-back including a locking slot (32); with stepped mechanical load transfer contact teeth (24) load-bearing mechanical between multi-level mechanical support seating slots (25) 20 in the support position corresponding to the selected working height of the contact. creation and back folding locking with support arm position transfer projection (30). support through mechanical interaction between the motion transmission arm (31) Folding locking with position-dependent folding blocking slider (29) The locking link between the housing (32) can be positioned in stages. When the mechanical load-bearing support arm (21) is in the load-bearing position 25 The load will be protected, the stepped positionable mechanical load-bearing support arm (21) It is structured in such a way that it can be released when it leaves the carrying position. It is characterized by...

2. Ironing board with retractable arm ironing platform mechanism (1) in accordance with claim 1, Its feature is that it has an auxiliary arm ironing platform (5) on the garment arm, 30 narrowed sleeve ironing surface (6) and narrowed sleeve ironing surface (6) and the mechanically connected auxiliary platform carrier frame (7) It is characterized by... 26 3. Ironing board with retractable arm ironing platform mechanism (1) in accordance with claim 1, Feature; fixed slide guide rail (8) element connected to the main carrier frame (3) being on the fixed slide guide rail (8) of the movable slide carrier (9) element sliding placement and auxiliary element of the movable slide carrier (9) Characterized by forming a carrier connection with the arm ironing platform (5). is being done.

4. Ironing board with retractable arm ironing platform mechanism (1) in accordance with claim 3, Its feature is that the movable slide is located in relation to the fixed slide guide rail (8). end of the linear movement of the carrier (9) element toward the working position 10 characterized by containing the sliding movement termination support (10) which forms its limit. is being done.

5. Ironing board with retractable arm ironing platform mechanism (1) in accordance with claim 3, its feature is when the movable slide carrier (9) is in the working position Working position fixing that forms a mechanical interlocking connection with each other. It includes a latch (11) and a working position fixing slot (12) and the aforementioned 15 the movable slide carrier (9) element of the locking linkage fixed slide guide It is characterized by limiting the unwanted linear movement along the rail (8). is being done.

6. Ironing board with retractable arm ironing platform mechanism (1) in accordance with claim 3, Features; auxiliary arm ironing platform (5) under table storage compartment (4) 20 when inside the auxiliary arm ironing platform (5) or movable slide by forming a mechanical holding link on a section connected with its carrier (9) Storage position retaining element that ensures the storage position is maintained. (13) is characterized by its inclusion.

7. Ironing board with retractable arm ironing platform mechanism (1) in accordance with claim 6, 25 Feature; under-table storage compartment (4) of the movable slide carrier (9) element storage position that terminates the linear retraction movement in that direction including mechanical stopper (35) and storage position holder element (13) storage position mechanical stopper (35) elements respectively storage 30 that ensured the preservation of its position and the termination of the withdrawal movement It is characterized by its arrangement as separate mechanical elements.

8. Ironing board with retractable arm ironing platform mechanism (1) in accordance with claim 3, Feature; height adjustment lower carrier (14) connected with movable slide carrier (9) including the height adjustment sub-element of the telescopic height adjustment profile (15). 27 The element of the carrier (14) and the height adjustment movable profile (16) different vertical working positions along the telescopic height adjustment profile (15) It is characterized by its ability to create a movable link that can be brought into contact with the surrounding area.

9. Ironing board with retractable arm ironing platform mechanism (1) in accordance with claim 8, Its feature is a stepped height adjustment system corresponding to different working heights. positioning slots (17) and stepped height positioning slots (17) forming a mechanical locking link with a positioning slot selected from among them. It includes a spring-loaded height locking pin (18) and the locking pin in question The height adjustment movable with telescopic height adjustment profile (15) of the connection 10 characterized by the limitation of relative vertical movement between profile (16). is being done.

10. Ironing board with retractable arm ironing platform mechanism (1) in accordance with claim 9, Feature; mechanically linked height with spring-loaded height locking pin (18) Includes locking pin release button (19) and height locking pin spring-loaded height locking pin (18) of the release button (19) element 15 it forms its element with stepped height positioning slots (17) It is characterized by being arranged in a way that separates it from the locking link. is being done.

11. Ironing board with retractable arm ironing platform mechanism (1) in accordance with claim 2, Features; auxiliary platform carrier frame with height adjustment movable profile (16) 20 (7) includes the auxiliary platform upper link joint (20) located between and auxiliary arm ironing of the upper link joint (20) element of the auxiliary platform. Angular difference between working position and folded storage position for platform (5) It is characterized by its ability to create a movement link.

12. Ironing board with retractable arm ironing platform mechanism (1) in accordance with claim 2, 25 Feature; stepped positionable mechanical load-bearing support arm (21) located in the upper connection area of ​​the element and the auxiliary platform support frame The upper and lower connecting joints of the support arm (23) that form a movable connection with (7). located in the connection area and with the mechanical load transfer connection plate (26) Support arm sub-link 30 involved in the creation of related support positions including the joint (22) and the gradual nature of the said articulated connections different elements of the positionable mechanical load-bearing support arm (21) by arranging for participation in bringing them into support positions It is characterized by... 28 13. Ironing board with retractable arm ironing platform mechanism (1) in accordance with claim 12, feature; stepped mechanical load transfer contact teeth (24) elements stepped mechanical load-bearing support arm (21) connected with positionable mechanical load-bearing support arm located in the contact area and multi-level mechanical support seating slots (25) Multiple load-bearing elements corresponding to different working heights 5 It is characterized by including a seating area.

14. Ironing board with retractable arm ironing platform mechanism (1) in accordance with claim 13, Feature; stepped positionable mechanical load-bearing support arm (21) in the support position corresponding to the selected working height of the element Multi-level mechanical support with stepped mechanical load transfer contact teeth (24) 10 forming load-bearing mechanical contact between the seating sockets (25) and word The subject is mechanical contact, height adjustment with telescopic height adjustment profile (15) separate from the height positioning link between the movable profile (16) characterized by its arrangement in a way that forms a load transfer link. is being done. 15 15. Ironing board with retractable arm ironing platform mechanism (1) in accordance with claim 13, feature; mechanical load associated with multi-level mechanical support seating slots (25) main frame load bearing support (27) of the transfer connection plate (26) element to establish a load transfer link with the main carrier frame (3) through and multi-level mechanical support with stepped mechanical load transfer contact teeth (24) 20 Mechanical load transfer of working loads formed between seating slots (25) from the connecting plate (26) to the main frame load bearing support element (27). It is characterized by being arranged in a way that allows it to be transmitted.

16. Ironing board with retractable arm ironing platform mechanism (1) in accordance with claim 14, Feature; stepped positionable mechanical load-bearing support arm (21) 25 support arm load for maintaining the support position that carries the load load carrying position fixing tab (28) and support arm load carrying position The stepped mechanical load transfer contact teeth (24) of the fixing tab (28) element mechanical support seat sockets (25) created between the multi-level mechanical support seat sockets by arranging it in a way that will limit the unwanted resolution of the contact 30 It is characterized by...

17. Ironing board with retractable arm ironing platform mechanism (1) in accordance with claim 11, Feature; movable locking connected with auxiliary platform carrier frame (7) Foldback prevention based on support positioning in the region 29 the corresponding slide (29) and height adjustment movable profile (16) It includes a folding lock slot (32) located in the region and support Folding locking with position-dependent folding blocking slider (29) The mutual mechanical locking connection formed between the housing (32) is auxiliary between platform carrier frame (7) and height adjustment movable profile (16) 5 Relative damage that may occur around the auxiliary platform upper linkage joint (20) It is characterized by its limitation of angular movement.

18. Ironing board with retractable arm ironing platform mechanism (1) in accordance with claim 17, Feature; stepped positionable mechanical load-bearing support arm (21) The support arm position transfer projection (30) element on it, in stages 10 positionable mechanical load-bearing support arm (21) load-bearing support When in position, the folding locking movement transmission lever (31) it creates a mechanical support effect and a folding back locking movement. Backfolding prevention via the transfer arm (31) connected to the support position The mechanical support effect transmitted to the sliding element (29) support 15 the position-dependent folding blocking slider (29) element folding separation from the locking connection formed by the locking slot (32) It is characterized by limiting its movement in that direction.

19. Ironing board with retractable arm ironing platform mechanism (1) in accordance with claim 18, Its feature is mechanical 20 with a backfolding blocking slider (29) depending on the support position. It includes a connected fold release control (33) and fold release control (33) element, support arm position transfer projection mechanical between (30) and the back folding locking movement transmission lever (31) The backfolding prevention mechanism based on the support position continues while the support effect persists. 25 formed by the sliding element (29) and the folding locking slot (32) It will not be able to break the connection when the mechanical support effect in question is removed. Characterized by being arranged in a way that can release the locking link. is being done.

20. Ironing board with retractable arm ironing platform arrangement (1) in accordance with claim 19, Its feature is mechanical 30 with a backfolding blocking slider (29) depending on the support position. The connected folding slide includes a return spring (34) and folding The slider return spring (34) element depends on the support position of the folding back with the folding lock slot (32) on the blocking slide (29) again by generating a return force to form a locking linkage It is characterized by...