PORTABLE CASE WITH SOLAR PANELS, FOLDABLE PANEL TRANSPORT, GRADUAL MECHANICAL POSITIONING AND PROTECTIVE BODY ASSEMBLY.

Abstract

The invention relates to a portable solar panel case (1) for the transport, protection and mechanical positioning of solar panel surfaces in different operating locations. The portable solar panel case (1) comprises multiple panel carrying sections mechanically integrated with the case body (2) and solar panel surfaces supported on these panel carrying sections. The movement of the panel carrying sections relative to each other and / or the case body (2) is carried out via the first movable connecting element (11) and the second movable connecting element (12), and the mechanical range of movement is limited by the panel movement limiting element (13). At least one of the panel carrying sections can be held in a position selected from several defined mechanical operating locations by means of a mechanical position locking device (19) and its associated stepped locking slot (23).In the closed transport position, the panel transport sections fold towards the case body (2), creating a compact structure that keeps the solar panel surfaces in a protected mechanical arrangement and are held in this position by means of the closed position fixing mechanism (26). In the open use position, the solar panel surface area is expanded compared to the closed transport position by moving the panel transport sections. The solar panel surfaces are supported within a mechanical transport and protection structure that includes the panel transport frame (14), panel support surface (15), perimeter protection edge (16), solar panel surface protection spacer (18) and solar panel edge support element (31).

Description

1 TARIFF FOLDABLE PANEL TRANSPORT, GRADUAL MECHANICAL. SOLAR WITH POSITIONING AND PROTECTIVE HOUSING MECHANISM PANELLED PORTABLE BAG Technological Field: 5 This invention is related to portable solar energy systems, solar panel transport and housing structures, solar panel assemblies are mechanically attached to portable case bodies. It relates to the integration of solar panel surfaces, particularly in transportation, storage, and controlled switching between use cases, when not in use in this case, it should be stored in a way that protects it from external mechanical influences, use 10 In this case, the panel surface area can be used by unfolding it from its folded structure. expansion and opening of the panel transport sections at their designated usage locations foldable panel carriage that allows for mechanical holding, stepped mechanical It relates to positioning and protective housing mechanisms. More specifically, the invention incorporates 15 structurally integrated portable case bodies. arranged through movable connecting elements of multiple panel transport sections that the solar panel surfaces can be moved relative to each other and to the body of the bag; The subject is that the panel transport sections are mechanically supported; panel transport Compact and protected enclosed transport configuration of its sections and extended open use. portable mechanical structures that can be folded and unfolded in a controlled manner between positions 20 It is related. The invention also addresses the direct exposure of solar panel surfaces to the external environment during transport and storage. solar panel surfaces with a protective housing structure that limits their exposure load-bearing elements that surround, support, and help isolate from external mechanical loads. It relates to protective elements. The structure in question is solar 25 in a closed transport position. panel surfaces are resistant to scratches, friction, impacts, crushing and similar mechanical effects. to reduce direct exposure and to prevent accidents that may occur during transport mechanical loads are transferred through the panel support structure instead of the delicate solar panel surfaces. It includes physical arrangements to meet the needs of the community. The invention also includes the 30 opening and folding movements of the panel transport sections. the controlled execution of the movement, the mechanical amount of movement the restriction and unintentional opening of the panel transport sections during use preventing or restricting folding or positioning movements 2 This relates to mechanical positioning and locking structures. In this context, the panel... holding the conveyor sections in one of several designated mechanical positions The stepped locking mechanism allows for mechanical locking in the open operating position. the panel is supported and the locked state is released when necessary. The invention's technological field is 5, which involves making the transport sections foldable. It is included within. The technological scope of the invention also includes the closed transport position of the panel transport sections. with closed-position fixing structures that limit unintentional opening after being brought in enabling the panel carrying sections to be mechanically attached to the case body. It includes connecting elements. Thus, the opening of the panel transport sections, 10 positioning, locking, releasing, and refolding movements are all the same. implementation within a mechanical system and the use of solar panel surfaces In the case of an external device, it is within a protected carrying structure integrated with the bag body. It is located within the technical field that is intended to be maintained. In this context, the invention is based on the principle of electrical energy conversion of a solar panel or on the word 15 The topic is not so much the electronic management of energy conversion, but rather solar panels. the transport of their surfaces, mechanical support, protection from external mechanical effects protection, storage by folding, and usable panel area when unfolded expansion, mechanical holding at designated usage locations and use physical structures for restoring it to a protected transport position afterwards 20 It is based on an integrated mechanical arrangement created by the portable bag body. State of the Art: Today, camping activities, outdoor sports, field work, disaster and emergency situations are all related. applications, prolonged outdoor activities and limited access to a fixed electricity grid In usage environments where this is the case, the energy requirement of portable electronic devices is 25%. Various solar energy systems are used to meet the demand. telephone, portable communication device, location device, lighting equipment, the energy needs of portable power units and similar electronic equipment Systems used to meet this need include foldable solar panel setups, 30 flexible solar panel surfaces, panel carrying cases and bag outer surfaces are placed on There are solar panel structures. One of the portable solar panel systems that exist in the known state of the art. In this section, solar panel surfaces can be folded or stacked panel sections. 3 It is positioned on top of this. However, in such arrangements, the solar panel structure, as equipment independent of backpacks or other personal carrying equipment It is portable. The solar panel assembly can be transported as a standalone product. the increase in the number of pieces of equipment the user needs to carry, and also for the panel arrangement panel 5 for the allocation of transport and storage space and especially in mobile field conditions the orderly maintenance of the system along with other equipment This can make things more difficult. Solar panel surfaces are fixed directly to the outer surface of a case body. In structures, panel surfaces are subjected to environmental and mechanical stresses during transportation and storage. It may be exposed to impacts. Leaving the bag on the ground, a hard 10 leaning against a surface, being carried inside a vehicle or with other equipment, narrow passing through areas or with objects in the environment during the user's movement As a result of contact, solar panel surfaces are subject to friction, scratching, impact, crushing, and They can be subjected to similar mechanical effects. Solar panel surfaces are used in energy production. Even when not used for their intended purpose, they remain open to the outside during transport and storage, 15 This can lead to a repetition of the aforementioned mechanical effects. Especially in flexible, thin-section or mechanically stress-sensitive solar panel structures. Uncontrolled bending and localized stresses that may occur during transport, Edge loads and contact with hard objects are considered in terms of protecting the panel structure. This creates technical problems that need to be addressed. The solar panel surface is only 20 inches from the bag. its attachment to the body, external mechanical when the surface in question is not in use protection from impacts or loads occurring during transport from the panel surface a separate mechanical protection function for its removal spontaneously It does not provide. External covers, casings, covers or similar materials for protecting solar panel surfaces. 25 The use of protective elements adds extra components to the portable system. can be added. The protective elements in question must be removed before use. it must also be stored during use and reassembled after use. It may need to be placed on top. A protective cover independent of the main support structure. Loss, forgetting, or failure to properly store components during use 30 The inability to do so, especially in mobile field conditions, necessitates additional parts and process management. It can create. 4 Another technical consideration encountered in the known state of the art is portability. It is the structural relationship between the usable solar panel surface area and the solar panel surface area. It can only be used if it is formed on the fixed outer surface of the bag body. The panel area may be limited by the physical dimensions of the case body. A wider area would be more convenient. Using multiple panel sections to obtain solar panel area or 5 Extending the panel surfaces beyond the boundaries of the bag body facilitates transportation. During this process, the system volume increases, the panel edges protrude, and the panel various technical problems such as the need to protect their surfaces from external mechanical effects can bring it along. Therefore, an extended solar 10 is recommended during use in portable solar panel systems. By creating a panel surface area, a compact and protected structure is achieved during transportation. Obtaining them involves interrelated technical requirements. Multiple panels In structures where this section is used, the sections in question must be properly transported. the ability to fold it and to place the solar panel surfaces in sheltered positions This is important. However, creating a foldable structure alone, panel 15 monitoring the movement of parts between their transport and usage states and It alone eliminates the problems of maintaining the positions determined during use. It does not remove it. In foldable solar panel structures, the movement of panel sections relative to each other. Flexible connection areas, folding lines, hinge-like 20 for this purpose Connectors or various movable connecting elements can be used. Panel The movable connection of its sections allows for the opening and folding function. However, the opened panel sections are subject to change during use. Wind effect alone does not ensure that they maintain their positions mechanically. user contact, slope or unevenness of the floor, weight distribution of panel sections 25 and the panel sections that are open as a result of external forces acting on the load-bearing structure. It can move involuntarily, partially fold, or be initially formed. It can move away from its intended use. In addition, different usage environments allow for a single open position of the panel transport sections. This may require the panel sections to be held in different mechanical positions. 30 It can only be used between two states: completely closed or completely open. The structure is mechanical, with intermediate positions depending on the usage conditions of the panel transport sections. This can limit the flexibility in maintaining the panel sections in different ways. Although positions can be changed mechanically, these positions cannot be changed mechanically. If it cannot be fixed, the resulting position is subject to external influences. It may not be protected. Therefore, the panel transport sections must be movable. In addition, the mechanical determination and protection of the selected usage location is a separate matter. This constitutes a technical requirement. 5 Separate support elements are used to keep the panel sections in an open, usable state. support parts, hangers or fasteners and similar auxiliary components It is possible to utilize them. However, auxiliary elements independent of the main transport structure are also available. utilization of components, system setup and bringing it back to transport readiness This can lead to an increase in the number of operations to be performed. 10 auxiliary parts The need for it to be carried and stored by the user is also a requirement for it to be portable. This can create additional usage and parts management needs in terms of the system. The mechanical stability of the panel support sections is sufficient when used in an open environment. inability to protect solar panel surfaces in a way that makes them unsuitable for use Once positioned, the structure may require readjustment. This 15 The situation is such that the panel transport sections only need to be openable and foldable. that; the opened sections are mechanically positioned in their designated usage locations the ability to hold and, if necessary, to provide controlled mechanical fixation. The possibility of releasing it is also considered in terms of portable solar panel systems. This reveals that there are technical requirements that need to be met. 20 In the case of transport, a different mechanical requirement arises compared to the open usage position. It comes out. The panel folds towards the bag body after use for transport. The panels may unintentionally open during transport, or separate from the bag body. moving away, protruding outwards, or the solar panel surfaces This can cause it to move away from a protected position. Therefore, open use 25 In addition to mechanically maintaining its position, the closed transport position is also required. Mechanically securing it to prevent external opening is important. During the refolding of the panel carrier sections, the solar panel surfaces to each other, to movable fasteners, or to other structures inside the bag Improper contact is another technical consideration that needs to be taken into account. 30 The folding action should only reduce the external dimensions of the system. This is achieved by mechanically protecting the solar panel surfaces during transport. It alone does not guarantee protection. The folding mechanism of the solar panel 6 will direct their surfaces to predetermined protected locations and the sensitive panel surfaces that directly bear load or exert pressure on each other It needs to be structured in a way that will limit its arrival. In this context, transportation, unfolding, folding, and positioning of solar panel surfaces. How the mechanical loads transmitted during fastening are handled is important. Solar 5 The panel surfaces are used directly as load-bearing or support surfaces, from the outside. precise application of forces and mechanical interactions between panel support sections This can cause the transfer of information to the panel structure. Therefore, the panel surfaces... load-bearing, supporting and spacing structures located around or under it to withstand mechanical loads and for solar panel surfaces to be protected from these loads as much as possible. There is a need to separate them as much as possible. On the other hand, the bag body and the solar panel assembly are only connected to each other. Being two independent components, the mechanical functions of transport, protection and use This can limit the integration of the solar panel assembly into the bag. Securing alone protects the panel surfaces during transport, usable 15 Expanding the panel area, controlled movement of panel transport sections. being held mechanically in different usage positions and being used It performs the functions of being subsequently converted back to a compact transport state. It does not create a mechanical structure. In terms of a portable system, the panel transport sections are used during 20 hours. as well as being expandable, it can be kept close to the body of the bag and in a neat position during transport. It is also important that the panel transport sections can be brought outwards. the bag may move uncontrollably or protrude outwards This can negatively affect the portability of the panel in mobile usage conditions. This can increase the likelihood of the support structure coming into contact with surrounding objects. This 25 Therefore, the expandable panel area and the compact transport structure are independent of each other. instead of solutions, the need is to provide them within the same mechanical framework. It is located. When structures in the current state of the art are considered together, solar panels their surfaces can only be placed on a portable case or the panel sections 30 The only thing is that they are made foldable; mechanical damage to the solar panel surfaces during transport this protection ensures that mechanical loads on the panel surfaces are distributed to the load-bearing elements. meeting the needs through, expanding the usable panel area, panel transportation 7 controlled opening and folding of sections, opening panel transport sections holding in designated mechanical positions, preventing the closed transport position from unintentionally opening protection against damage and the system's compact and protected transport after use. They may not simultaneously meet the requirements for bringing the situation to that state. In this context, transporting solar panel surfaces in a portable case is 5 enabling the panel surfaces to be protected from external mechanical effects when not in use. protecting against direct mechanical loads on sensitive solar panel surfaces. limiting the fulfillment of needs; capable of forming a compact structure during transport; needs In this case, the usable solar panel area can be created by opening the panel transport sections. allowing for expansion; the opened panel transport sections have a defined mechanical 10 Enables holding in certain positions; the locked operating position can be released when needed. allowing for the panel transport sections to be left behind and reused after use. an integrated mechanical structure that can be brought to a protected transport position Technical requirements exist. In conclusion, at the current state of the art, the transportation and protection of solar panel surfaces is 15 and making it available for use through independent structures and processes instead of being implemented; protective body structure, foldable panel transport sections, enclosed with controlled motion links, mechanical positioning and locking structures. The positioning elements are functional and structural within the same portable system. A mechanical arrangement that forms a whole is needed. The 20 in question... technical requirement: an extended and mechanically stable solar system during use. panel transport structure ensures compactness, fixation, and protection of solar panel surfaces during transport. It aims to create a structure that is protected in terms of maintenance within the same system. The purpose of the invention: The main purpose of the invention is to integrate solar panel surfaces into a portable case. transported in a way that protects them from external mechanical effects when not in use. stored in this position, and when needed, folded from the transport position. by unfolding, the usable solar panel surface area is expanded and the unfolded panel transport enabling the parts to be mechanically held in their designated usage positions a portable 30 with a foldable, protective and mechanically positionable solar panel The goal is to create a bag structure. Another purpose of the invention is to support multiple panel carriers that support solar panel surfaces. by arranging the section in structural and functional integrity with the bag body, 8 the panel carrying sections do not need to be separated from the bag body moving it between closed transport position and open use position The aim is to ensure that the bag body is only used for carrying the user's belongings. It should not remain as a structure solely for this purpose, but also involve the transportation of solar panel surfaces. carrier 5 of the mechanical system for supporting, protecting and making available for use It is intended to be included in its structure. Another objective of the invention is to maximize the usable solar panel surface area within the fixed body of the case. to avoid being limited by external surface dimensions and to have multiple panel carrying sections An expanded solar panel area during use, created by opening them relative to each other. The goal is to create. The panel transport sections can be reassembled and reassembled after use. 10 Thanks to being foldable towards the bag body, the extended solar panel can be used during operation. Panel surface area and compact structure requirements during transportation are met with the same mechanical properties. This is intended to be met within the system. Another objective of the invention is to enable the panel transport sections to be transported in a closed or open position. Opening and folding movements between usage positions movable link 15 to be carried out in a controlled manner through its elements and the movements in question The aim is to mechanically restrict the panel transport sections. The system can be opened and folded while maintaining its structural integrity during movement. to prevent uncontrolled separation of solar panel surfaces 20 that is intended. Another purpose of the invention is to enable the panel carrier sections to function only when in the open usage scenario. Instead of being freely open, it is controlled by a mechanical position locking mechanism. The goal is to ensure that the device is held in its designated operating positions. Mechanical position locking. When used with the stepped locking mechanism of the system, the panel transport 25 allows its parts to be held in one of several defined mechanical positions. This ensures that panel mounting geometries suitable for different usage conditions are provided; thus enabling panel mounting geometries to be adapted to different usage conditions. The aim is to create it mechanically. Another purpose of the invention is to enable the panel transport sections, when brought to the open usage position, to be used. wind, user contact, the system's own weight distribution, or similar external mechanical effects 30 as a result, it may involuntarily fold, close, or move from its designated usage position. The aim is to limit its movement. In this regard, a mechanical position locking mechanism and an open... Open usage status of panel support sections via position support structure 9 mechanical support and release of the locked state when necessary by leaving the panel transport sections foldable again. that is intended. Another purpose of the invention is to protect solar panel surfaces from external elements during transport and storage. limiting direct contact with the environment and closing the panel transport sections 5 an integrated protective housing structure that performs its protective function upon its introduction The goal is to create a protective casing for the solar panel surfaces, a panel support frame, and an environmental support. protective structures and protective panels positioned at a certain distance from the panel surface. Thanks to being kept in protected areas by means of elements, it is protected from scratches, friction, and impacts. 10 The aim is to reduce it. Another purpose of the invention is to protect the solar panel surfaces from the case body. a completely independent panel carrying case, external protective housing or usage A separate protective cover that must be removed before use and reattached after use. The aim is to reduce the need for parts. The protective function is provided by the panel carrying compartments and case 15 thanks to its realization by mechanically integrated structures with the body, The protection of the panel surfaces is a structural consequence of the system's enclosed transport position. The aim is to transform it into that state. Another purpose of the invention is to enable the opening, folding, transportation, and disassembly of panel transport sections. the mechanical loads that occur during mechanical positioning directly 20 The aim is to limit the transmission of radiation through sensitive solar panel surfaces. In this context, The subject is mechanical loads on the panel support frame, panel support surface, and environmental protection. edge, solar panel surface protection spacer and solar panel edge support element solar panels are enabled to meet the demand through supporting and protective structures such as these. The aim is to reduce the direct mechanical stress on their surfaces. 25 Another purpose of the invention is to bring the panel to a closed transport position after use. The aim is to limit the unintentional opening of transport compartments during transport and storage. Accordingly, the panel transport sections are secured by means of a closed-position fixing mechanism. Maintaining their compact position close to the bag body, preventing uncontrolled outward movement. restricting their movement and protecting the solar panel surfaces in a closed 30 position The aim is to ensure the continuity of their positions. Another purpose of the invention is to facilitate panel transport, protection, opening, folding, and mechanical functions. Positioning, locking in the open position, releasing the locked position. and the fastening functions in the closed transport position are independent of each other. instead, structures that complement each other within the same mechanical service cycle. This is achieved through the use of a solar panel system. during preparation and return to transport status by the user 5 separate part installation, removal, assembly and storage operations to be performed reduction and transition of the system from a closed transport state to an open usage state, open From the usage state to a controlled state of closed and protected transport. The aim is to enable it to be passed through in this way. The main purpose of the invention is, ultimately, to provide a foldable panel carrier integrated with the bag body. sections, the controlled opening of the panel transport sections in question and 10 Movable connecting structures that allow folding, supporting the solar panel surfaces. in this case, to protect against external mechanical influences and direct mechanical loads. Protective and supporting structures, designated use of panel load-bearing sections. mechanical position locking device for holding them in their positions, the mechanical It allows positioning to be performed in more than one designated location. 15 a stepped locking mechanism that provides and maintains the closed transport position. a solar system where the mechanical fastening structure operates with functional and structural integrity The goal is to create a panelled portable bag. This allows it to be expanded during use. and with a mechanically stable solar panel transport structure, it is compact during transport, a fixed and protected structure in terms of solar panel surfaces with the same mechanical 20 It is intended to be created within the system. Explanation of the Figures Figure 1: The portable case with solar panels, the subject of the invention, and the panel carrying compartments of the case. the solar panel is folded towards its body to bring it into a compact transport position. 25 surfaces protected within protective outer casing and protective panel structures panel transport via closed position fixing mechanism general closed transport position where the unintentional opening of sections is restricted It is a perspective view. Figure 2: The portable bag with solar panels, which is the subject of the invention, and its relationship with each other and the bag body. The mechanically connected panel transport sections can be opened to an expanded usable position of 30. brought in, solar panel surfaces made available for use, and panel transportation its operating position determined by the mechanical positioning structure of its parts It is the general perspective view in its open, usable position. 11 Figure 3: The portable case with solar panels, the subject of the invention, and its panel carrying compartments. movable connecting elements that allow them to open and fold relative to each other, panel movement limiting element which restricts the movement of panel transport sections and ensuring that the panel transport sections are held in their designated usage positions. Mechanical position locking mechanism; locking, stepped positioning, open position 5 This is a detailed view showing the pull tab along with the lock release elements. Figure 4: The portable case with solar panels, the subject of the invention, and the solar panel surface. Mechanical layout within the transport section; panel transport frame, panel support surface, environmental protection edge, panel fixing element, solar panel surface protection shown together with the spacing element and solar panel edge support element, and panel 10 mechanical connection of the carrying structure to the bag body and electrical connection structure It is the appearance shown in detail. References: 1. Portable bag with solar panels 2. Bag body 15 3. Main carrier body 4. Protective outer casing 5. First panel transport section 6. Second panel transport section 7. Third panel transport section 20 8. First solar panel surface 9. Second solar panel surface 10. Third solar panel surface 11. First movable connecting element 12. Second movable connecting element 25 13. Panel movement limiter 14. Panel transport frame 15. Panel support surface 16. Environmental protection edge 17. Panel fixing element 30 18. Solar panel surface protection spacer 19. Mechanical position locking mechanism 12 20. Locking body 21. Movable locking element 22. Lockout counterpart 23-stage locking slot 24. Lock release element 5 25. Open position support element 26. Closed position locking mechanism 27. Closed position locking element 28. Closed position locking counterpart 29. Panel transport section connecting element 10 30. Body connecting element 31. Solar panel edge support element 32. Electrical connection line 33. Electrical connection passageway 34. Electrical outlet connection unit 15 35. Shoulder strap 36. Bag internal volume Description of the Invention: The invention enables the transport of solar panel surfaces within a portable case. No, the mechanical condition that occurs between the transport and usage conditions 20 solar panel systems that allow changes to be made within the same integrated structure. It is related to the portable bag (1). Portable bag with solar panel (1); solar panel surfaces Transport and use in a closed state, protected from external mechanical influences. by opening the panel transport sections that are movable and interconnected when necessary Expanding the usable solar panel surface area, opening the panel transport sections 25 holding in specified mechanical positions, the mechanical positioning in question release when necessary and fold back the panel transport sections The functions of bringing it to a compact and fixed transport position are structurally interconnected. It is designed to be implemented through related mechanical elements. This configuration includes panel transport, panel protection, opening, folding, movement restriction, 30 Mechanical positioning, locking in the open position and securing in the closed position. portable bag with solar panels instead of independent auxiliary devices (1) It is accomplished through a system of complementary mechanical structures. 13 The portable bag with solar panels (1) forms the basis of the mechanical integration in question. Bag body (2) includes. Bag body (2) portable bag with solar panel (1) the panel carrying structure within it and the parts relating to the bag function together It is designed to allow for its transport. The bag body (2), panel transport the mechanical relationship of the structure and the loads transferred from that structure 5 main carrier body (3) and panel in closed transport situation which contributes to meeting. Protective boundary against the external environment in terms of support structure and solar panel surfaces. It includes the protective outer casing (4). Main carrier casing (3) and protective outer casing body (4), independent panel carrying structure added later onto bag body (2) Instead of remaining merely a panel assembly, the bag incorporates panel carrying and protection functions. It is designed in such a way as to allow it to form a mechanical whole with its structure. The bag body (2) contains the user’s belongings or the portable bag with solar panels. (1) allows the placement of suitable equipment that can be carried with it. The bag has an internal volume of (36). The internal volume of the bag (36) is calculated by opening the panel carrying compartments. and when folding movements are performed, the bag body (2) can be used within 15 It is designed in a way that allows for the preservation of an internal volume. Thus, solar Portable bag with panel (1), the bag function of panel carrying and protection functions it does not completely eliminate the panel carrying structure, and the usable bag volume remains the same. The product forms an integrated structure within which it is contained. Portable bag with solar panel (1), to enable the user to carry it 20 For this purpose, it includes at least one shoulder carrying strap (35) connected to the bag body (2). Shoulder carrying strap (35), bag body (2) when closed, panel carrying structure and solar panel surfaces as a single portable product by the user It is designed to allow for portability. Thus, the solar panel A separate panel package, independent panel carrying 25, outside the bag body (2) of its surfaces reducing the need to transport it within the assembly or in a separate transport unit is provided. Portable bag with solar panels (1) generally with each other and / or the bag body (2) It includes multiple panel transport sections that are movably linked. The subject panel transport sections, together with the case body (2) in the closed transport position, 30 It will create a compact and protected mechanical layout, while in the open usage position... By moving relative to each other, they will expand the usable solar panel surface area. It is arranged in this way. The number of panel transport sections and their mechanical relation to each other... 14 its layout, the panel carrier structure is protected and compact when closed, and when open this will allow for the creation of an expanded panel transport geometry It can be determined. In the described structure, the first panel transport section (5), the second panel transport section (6) and third panel transport section (7), the said multiple The mechanical relationship of the panel carrying section with each other and with the case body (2) 5 It constitutes the structural elements that embody this reality. Portable bag with solar panel (1), carrying usable solar panel surface area during compact within the boundaries of the bag body (2) or near those boundaries allows it to be maintained as a mechanical structure, while being expandable during use. providing the first panel transport section (5), the second panel transport section (6) and the third panel 10 It includes the transport section (7). The first panel transport section (5), the second panel transport section (6) and third panel transport section (7) are connected to each other in closed transport condition and The bag body (2) can be folded over each other, and when in use they are relative to each other. a panel carrying bag body (2) that expands beyond the boundaries by moving It is arranged in such a way as to create its geometry. Thanks to this mechanical relationship, 15 The same panel carrying structure, a compact design that supports portability when closed, An extended structure that increases the usable solar panel surface area when open. It constitutes. First solar panel surface (8) on the first panel carrying section (5), second panel second solar panel surface (9) on the transport section (6) and third panel transport section 20 (7) has a third solar panel surface (10). First solar panel surface (8), the second solar panel surface (9) and the third solar panel surface (10), which carry themselves mechanically, in conjunction with the relevant panel transport sections. It is placed. Thus, the first panel carrying section (5), the second panel carrying When section (6) and third panel transport section (7) are brought to the open use position 25 first solar panel surface (8), second solar panel surface (9) and third solar panel surface (10) together create an expanded solar panel usage area; When the panel transport sections are closed for transport, the solar panel surfaces a more compact and protected placement within protective mechanical structures is being taken. 30 First panel transport section (5), second panel transport section (6) and third panel transport In order to establish the dynamic mechanical relationship between section (7), the first There is a movable coupling element (11) and a second movable coupling element (12). The first movable connecting element (11) is the most important of the adjacent panel carrying sections. at least two of them can perform a rotational or folding motion relative to each other. It is arranged in such a way as to provide the second movable connecting element (12), panel transport. relative movement between adjacent panel support sections located in the continuation of the structure It is arranged in such a way as to form. The first movable connecting element (11) and the second 5 movable connecting element (12), panel transport sections completely separated from each other between closed transport position and open use position without requiring separation. It enables repeatable movement. First movable link. element (11) and second movable link element (12), the specified motion relationship Hinged, articulated, axial or equivalent movable mechanical connection 10 They can be created in their geometries. The freedom of movement of the panel support sections is within defined mechanical limits. There is a panel movement limiting element (13) for holding the panel movement. limiting element (13), first panel carrying section (5), second panel carrying section (6) and at least one of the relative movements between the third panel transport section (7) is 15 in a way that will restrict it from moving outside its defined range of motion It is arranged in this way. Thus, the first movable connecting element (11) and the second movable Connecting element (12) opening and folding freedom of movement to the panel transport sections While providing this, the panel movement limiting element (13) prevents the movement from being uncontrolled. This structure limits its continuation. Thanks to this structure, the panel transport sections are not excessively 20 opening, straining of connection areas or specified panel transport geometry The deviation from the working range is reduced. First panel transport section (5), second panel transport section (6) and third panel transport direct structural load-bearing elements of solar panel surfaces within section (7) to limit its becoming a mechanical transport infrastructure for solar panel surfaces 25 There is a panel support frame (14) for the purpose of creating the panel support. frame (14) forms a carrier mechanical boundary around the relevant solar panel surface. It is designed to bring it. Panel carrying frame (14), panel carrying unfolding, folding, transporting and mechanically positioning the section At least some of the forces generated during this process are directly affecting the sensitive solar panel 30 Instead of being transferred to the surface, it contributes to being met through the load-bearing structure. It is located. 16 The panel support surface (15) is mechanically related to the panel support frame (14). the solar panel surface is supported within the panel carrier section and specified It is being created in a way that will allow the preservation of the settlement. Panel support surface (15), carrying the relevant solar panel surface only from limited connection points instead, it contributes to the mechanical support of the surface within the panel's load-bearing structure. 5 The panel support frame (14) and the panel support surface (15) work together. the mechanical support infrastructure of the solar panel surface in the panel carrying section It brings. Panel support frame (14) within or mechanical with panel support frame (14) There is an associated environmental protection edge (16). The environmental protection edge (16) is 10 by positioning it adjacent to the outer boundary of the relevant solar panel surface protecting the panel surface, especially the edge areas, from external mechanical contact. It contributes to the environmental protection edge (16), the surface of the relevant solar panel surface. It can be constructed in such a way as to create a protective boundary relative to the plane and In enclosed transport situations, mechanical impact from opposing surfaces or external objects is 15. It limits the amount of water that reaches the solar panel surface directly. First solar panel surface (8), second solar panel surface (9) and third solar panel surface (10) within the solar panel surface of the panel carrier section There is a panel fixing element (17) to maintain its position. Panel fixing element (17), the relevant solar panel surface and the panel carrying frame (14) or panel 20 It creates a mechanical fixation relationship between the support surface (15) and the panel. fixing element (17), opening, folding and positioning of panel transport sections During their movement, the relevant solar panel surface becomes uncontrolled depending on the panel's support structure. limiting its displacement and the solar panel surface's panel carrier section It contributes to maintaining the intended mechanical position within it. 25 Direct mechanical contact between the solar panel surface and opposing or adjacent structures during transportation. solar panel surface protection distance to help separate it from the effect There is element (18). The solar panel surface protection distance element (18) is the relevant solar In the case of enclosed transport, the surface of the solar panel may come into contact with the surrounding environment. 30 will create a physical distance between the surface or the mechanical contact area It is positioned as follows. The solar panel surface protection spacer element (18) is positioned on the panel. When the transport sections are folded towards each other, neighboring structures can have direct solar panels. pressing on the surface or the panel surface becoming the primary contact surface 17 It limits the solar panel surface protection distance element (18), the specified distance. projection, raised support area, circumferential distance surface that provides the creation function or it can be created in the form of an equivalent physical structure. To increase mechanical support at the edges of solar panel surfaces. There are solar panel edge support elements (31). Solar panel edge support element 5 (31), by supporting at least one edge region of the relevant solar panel surface, the said edge uncontrolled movement of the panel according to the transport structure of the region or to the edge region the applied mechanical stress is directly counteracted through the sensitive panel structure It limits. Panel carrying frame (14), panel support surface (15), surrounding Protection edge (16), panel fixing element (17), solar panel surface protection distance 10 element (18) and solar panel edge support element (31) are thus separated from each other only by one not as independent protective parts, but as protective elements for the transportation, unfolding, and folding of the solar panel surface. and an integrated transport system that maintains its mechanical layout in various use cases. It functions as a protective structure. Creating mechanical integrity of the panel carrying structure with the case body (2) 15 panel transport section connector (29) and body connector (30) for this purpose It is located. Panel carrier section connecting element (29), first panel carrier section (5), at least from the second panel transport section (6) and the third panel transport section (7) one will connect the panel support structure to the other mechanical components. It is arranged in this way. The body connecting element (30) is connected to the panel carrying structure and the main 20 By forming a mechanical connection between the carrier body (3) the panel carrying structure bag It ensures integration with the body (2). Panel carrying section connecting element (29) The connecting chain formed by the body connecting element (30) and the panel transport an independent solar structure attached only superficially to the bag body (2) limiting it to remain in the nature of a panel assembly and the panel support sections 25 from opening, folding, mechanically positioning and locking movements mechanical effects resulting from the main load-bearing body (3) and the related load-bearing structure It contributes to the transmission of these mechanical effects. Thus, only the mechanical effects in question are transferred. first solar panel surface (8), second solar panel surface (9) and third solar panel surface (10) by limiting the panel carrying structure and bag body (2) 30 A load-bearing mechanical connection is established between them. A significant part of the mechanical structure of the invention is the first panel carrying section (5), from the second panel transport section (6) and the third panel transport section (7) at least 18 enabling one to be held in a specified mechanical position during open use It forms a mechanical position locking device (19). Mechanical position locking device (19), beyond the fact that the panel transport sections are only openable or foldable, the mechanical position obtained as a result of the opening movement under external forces It is designed to ensure its protection. Thus, the panel support structure has 5 Mechanical preservation of the selected operating position through the mobility function. The function is performed within the same integrated structure. Mechanical position locking device (19), carrier part of the locking mechanism The locking body (20) which forms the locking mechanism moves during locking and mechanically interacts with the counter structure. Interacting movable locking element (21) and movable locking element (21) 10 It includes a locking counterpart (22) which forms a mechanical match. Locking body (20), carrier and guiding mechanical structure for movable locking element (21) in a way that will create one of the panel support sections or panel support section It is positioned on the associated carrier structure. The movable locking element (21), inside the locking housing (20) or in mechanical contact with the locking housing (20) 15 It is arranged in such a way that it can move. The locking counterpart (22), movable locking It creates the counter structure that can form a mechanical match with element (21), on, in or with the locking counterpart (22) in question mechanically related multiple defined locking positions There is a stepped locking slot (23) which allows for its creation. Movable 20 The locking element (21) is formed on the stepped locking slot (23) When the relevant panel is brought into mechanical contact with one of the locking zones The relative movement of the section is restricted and the panel transport section is selected mechanically. It is kept in a usable state. The mechanical position locking mechanism (19) allows the panel transport section to be opened only once. not limited to holding in place and multiple defined mechanical uses It includes a stepped locking slot (23) which allows its position to be created. Step locking housing (23), movable locking element (21) or movable locking mechanical matching of the part mechanically related to element (21) at different locations It is designed to include multiple separate interlocking zones, allowing for this possibility. 30 The movable locking element (21) is located on the stepped locking housing (23). When mechanically matched with one of the selected locking zones, the corresponding panel 19 the transport section corresponds to the geometric location of the locking zone in question It is held in the specified mechanical operating position. The panel of multiple separate locking zones on the stepped locking slot (23) thanks to the arrangement of the support structure in different positions along the direction of movement The same panel carrier section can be fixed in different mechanical operating positions. 5 In this way, the first movable connecting element (11) and the second movable connecting element (12) continuous or range-of-movement freedom provided by mechanical means The position locking scheme (19) can be selected by the specified mechanical positions. It is converted. The stepped locking slot (23) thus only requires one lock strike plate. Instead of creating, the panel transport geometry between 10 different defined positions a physical positioning structure is created that allows for mechanical selection It brings. Mechanical connection between the movable locking element (21) and the stepped locking housing (23) As a result of the matching, the panel transport section is held in the selected position while the movable locking mechanism is activated. Mechanical loads acting on element (21) locking body (20) and locking 15 The corresponding (22) is transferred to the carrier structure. Thus, the selected panel transport its position depends solely on friction, continuous holding by the user, or independent movement. Instead of being protected by resting on a support piece, it is protected by mutually matching mechanical components. It is protected by means of locking elements. The locked state created by the mechanical position locking device (19) can be 20 when needed. Lock release element (24) for controlled termination It has a lock release element (24) and a movable locking element (21). locking match (22) or mechanically associated with locking match (22). mechanical coupling between the stepped locking slots (23) arranged in this way It is designed to allow for a controlled termination. Lock released 25 When the release element (24) is activated, the movable locking element (21) is available. It is separating from the locking zone and the relevant panel transport section is the first movable link. Re-movement via element (11) or second movable connecting element (12) This makes it possible to move the relevant panel transport section using a different mechanical system. It can be brought to the usage position or returned to the closed transport position. 30 It is foldable. The mechanical position locking mechanism (19) allows for fixing only. It is not a one-way structure that provides locking, releasing, and re-locking. Positioning and relocking operations are performed via the same mechanical structure. It makes it possible to achieve this. Mechanical loads acting on the panel support structure in open use scenarios and contribute to meeting the requirements and increasing the mechanical stability of the defined open position. There is an open position support element (25) for the purpose of finding. Open position 5 support element (25), at least one of the panel carrying sections is designated open use when it reaches its location, the relevant panel transport section or the panel transport in question a physical mechanical limit is created that the structure connected to the section can withstand. It brings. Open position support element (25), mechanical position locking device (19) By working together, the mechanical loads that occur in the open use situation are only 10 limiting the loads from being met by the movable locking element (21) and the loads It contributes to the distribution of nutrients within the load-bearing structure. First movable connector (11), second movable connector (12), panel motion limiting element (13), mechanical position locking device (19) and open position support element (25) a mechanical movement and functionally related to each other 15 It forms a positioning chain. The first in this mechanical chain movable connecting element (11) and second movable connecting element (12), first panel transport section (5), second panel transport section (6) and third panel transport section (7) enabling relative movements between them; panel movement limiting element (13), At least one of these relative movements exceeds the permitted mechanical range of motion by 20 determining; mechanical position locking mechanism (19), selected from within the range of motion. It ensures the mechanical preservation of the defined usage position and is open position support element (25), to the panel carrying structure in the selected open use position It provides mechanical support. This allows the panel support sections to move. restricting movement, limiting the amount of movement, specified mechanical use 25 selecting one of the locations, locking the selected usage location, and the word The subject of open use positioning is mechanically supported, independently of each other. instead of operations, complementary mechanical systems on the same panel carrying structure. These are implemented as functions. After use, the panel carrying sections should be placed 30° towards the bag body (2) By folding, the portable bag with solar panels (1) is brought to the closed transport position. First panel transport section (5), second panel transport section in closed transport position (6) and the third panel carrying section (7), the protrusion they create outwards 21 will reduce and create a compact carrying geometry together with the bag body (2) They are positioned towards each other and on the body of the bag (2). The subject of the folded mechanical layout is also the first solar panel surface (8), second a protective condition in terms of solar panel surface (9) and third solar panel surface (10) It creates. 5 Closed transport condition is maintained during transport and storage. There is a position locking mechanism (26). Closed position locking mechanism (26), The panel carrying compartments, which are folded, may be inadvertently removed from the bag body (2). It is designed to restrict its opening. Closed position locking mechanism. (26), mechanical position locking that maintains the selected panel position during open use 10 It does not perform the same mechanical function as the arrangement (19); panel carrying structure a separate mechanical system for maintaining the compact transport geometry after closing It performs a fixing function. Closed position fixing device (26), closed position locking element (27) and closed It includes a position locking element (28). The closed position locking element (27) is the first 15 panel transport section (5), second panel transport section (6) and third panel transport section (7) when brought to the closed transport position with the closed position locking counterpart (28) It is designed to create a mechanical match. Closed position locking mechanism. Mechanical coupling between element (27) and closed position locking counterpart (28, The folded panel carrying structure unintentionally protrudes outwards through the bag body (2) 20 restricting its movement and ensuring the continuity of the protected transport geometry. It provides. The portable bag with solar panels (1) is put into use. The mechanical coupling can be terminated when required, and the panel transport sections can be connected. It is being made immobile again. The preservation of the open use case and the preservation of the closed transport case in the invention are discussed in section 25. The use of panel transport systems is realized by different mechanical structures. It constitutes an important structural feature of the cycle. Mechanical position locking arrangement (19), mechanical position selected from open or intermediate use positions While ensuring its protection, the closed position fixing scheme (26) folded panel transport This limits the unintentional opening of the structure during transport. Thus, panel 30 mechanical stability of the load-bearing structure in the open position and load-bearing structure in the closed position security separated from each other but within the same solar panel portable bag (1) This is achieved through two complementary mechanical fastening structures. 22 In the case of enclosed transport, the first solar panel surface (8), the second solar panel surface (9) and third solar panel surface (10), thanks to the folding geometry of the panel carrier sections from settlements open to the external environment to sheltered transportation settlements It is passed through. Protective outer casing (4), panel carrying frame (14), environmental protection edge (16), solar panel surface protection distance element (18) and solar panel edge support 5 element (31) constitutes the physical limits of the said protected transport settlement. These structures provide protection against external pressure, friction, impact, or other forces. Contact effects are primarily met by load-bearing and protective mechanical elements, and This ensures that direct transfer of energy to the solar panel surfaces is reduced. The folding geometry of the panel support sections ensures that adjacent solar panel surfaces are enclosed. in a way that will limit the direct pressure they exert on each other during transport It is arranged. Solar panel surface protection distance element (18), opposite or adjacent. While creating physical distance between panel support structures, it also provides environmental protection. edge (16) and solar panel edge support element (31) load around the solar panel surface It creates regions that can accommodate this. Thus, the folding movement occurs only in solar 15 The panelled portable bag (1) is not a move that reduces its external dimensions, but also a protective covering that moves solar panel surfaces to a designated, protected mechanical placement The movement is acquiring a certain character. In this protective mechanical arrangement, the protective function is performed by the solar panel surfaces. an independent protective cover that must be placed on top after use 20 Regardless of the part, the panel transport sections are brought to the closed transport position. It is supported by the resulting mechanical geometry. Panel transport frame (14), environmental protection edge (16), solar panel surface protection distance element (18) and solar panel edge support element (31), when the panel carrying sections are folded first solar panel surface (8), second solar panel surface (9) and third solar panel surface 25 (10) They come to positions that will create protective mechanical limits in terms of. This mechanical arrangement protects against external pressure, friction, impact, or contact. the effects are primarily met by the carrier and protective elements in question and solar This helps to reduce the direct transfer of radiation to the panel surfaces. Thus, the panel transport sections are switched from an open to a closed transport position. 30 its position, within the same mechanical movement, both the exterior of the panel carrying structure both making their dimensions compact and protecting the solar panel surfaces 23 an integrated mechanical state change that enables mechanical placement It creates. In this mechanical relationship, the panel carrying frame (14), the panel support surface (15), environmental protection edge (16), panel fixing element (17), solar panel surface protection The spacing element (18) and the solar panel edge support element (31) are 5 of the respective solar panel surface. in a way that will limit it from becoming the main structural element that directly carries the load They work together. From the outside to the panel transport section or enclosed transport structure. When mechanical force is applied, at least a portion of that force is used to lift the panel. frame (14), panel support surface (15), environmental protection edge (16) and solar panel edge is met via support element (31); solar panel surface protection distance element 10 (18) direct contact of the sensitive solar panel surface with the opposite surface This limits the load-bearing function of the panel support structure and the solar panel. The surface function of the surface for energy production is mechanically decomposed. Portable bag with solar panels (1) contains the first solar panel surface (8), the second solar 15 electrical connection associated with the panel surface (9) and the third solar panel surface (10) There is an electrical connection line (32) for the purpose of physically transmitting electricity. connection line (32), the bag of electrical connection obtained from solar panel surfaces its body (2) will allow it to be transmitted to the connection area determined within it It is arranged. The electrical connection line (32), the first panel carrying section (5), the second 20 performed by panel transport section (6) and third panel transport section (7) will not hinder opening and folding movements and the movable mechanical structure During operation, uncontrolled entrapment or ejection will be restricted. This is related to the panel transport structure. inside the panel carrying structure or case body (2) for the electrical connection line (32) Electrical connection channel 25 to create a protected physical passage route. (33) is located. Electrical connection channel (33), electrical connection line (32) by mechanically determining its route, the movable connection with the electrical connection line (32) and contributes to limiting uncontrolled contact between locking elements. It is located. The electrical connection passage channel (33), the opening of the panel transport sections and The pinching that may occur on the electrical connection line (32) during folding, 30 in a way that will help reduce friction or uncontrolled pulling effects It is being organized. 24 The electrical connection line (32) has an electrical outlet inside the portable bag with solar panels (1). It is associated with the connection unit (34). The electrical output connection unit (34) is the solar. for the electrical connection line (32) connected to the panel surfaces by the user It creates an accessible physical connection area. Electrical outlet connection unit. (34), on the bag body (2) or in an accessible area within the bag body (2) 5 It can be positioned. Electrical connection line (32), electrical connection passage channel (33) and electrical output connection unit (34), the basic mechanical structure of the invention is an electronic one. electrical connection of solar panel surfaces without converting to a control system physically passing it through the movable and foldable bag structure and It creates complementary structures for its protection. Electric connection line (32), 10 electrical connection passage channel (33) and electrical outlet connection unit (34), with solar panel portable bag (1) independent of electrical energy management within the portable bag The panel support structure and the electrical connection infrastructure are physically together. It creates structural elements for its regulation. Electrical connection The opening of the panel carrying structure for the transition channel (33), electrical connection line (32) and 15 It creates a defined physical transition zone compatible with the folding geometry; electrical connection carried over the electrical connection line (32) electrical output connection This allows it to be associated with unit (34). Thus, the first panel transport by section (5), second panel transport section (6) and third panel transport section (7) The electrical condition of the solar panel surfaces is improved by the mechanical changes performed. connection infrastructure physically within the same solar panel portable bag (1) Structural integrity is created between the arrangements. Portable bag with solar panel (1) when in closed transport position, first panel transport section (5), second panel carrying section (6) and third panel carrying section (7) bag It is folded onto its body (2) and the closed position fixing device 25 (26) is held in that position by the closed position locking element (27). mechanical matching panel carriage between closed position locking counterpart (28) While limiting the unintended opening of the structure, the protective outer casing (4) and panel carrier Protective structures in the sections first solar panel surface (8), second solar panel surface (9) and the third solar panel surface (10) form a protected mechanical placement. 30 The portable bag with solar panels (1) is closed when it is to be put into use. between position locking element (27) and closed position locking counterpart (28) The mechanical coupling is terminated and the closed position fixing mechanism (26) is released. is brought. First panel transport section (5), second panel transport section (6) and third panel carrying section (7), first movable connecting element (11) and second movable They are opened by moving them relative to each other via the connecting element (12). Opening During this time, the panel movement limiting element (13) is determined for the panel transport sections. It restricts movement beyond its range of motion. 5 As a result of opening the panel transport sections, the first solar panel surface (8), the second solar panel surface (9) and third solar panel surface (10) are covered and stacked for transport. It is being brought from its original geometry to an expanded usable geometry. Panel Mechanical position when at least one of the transport sections reaches the desired operating position. The position is mechanically secured by means of the locking mechanism (19). 10 Movable locking element (21), locking strike plate (22) and stepped locking housing (23) by bringing it into mechanical contact and locking it in the selected determined position. is being created, and the open position support element (25) is physically attached to the panel support structure. By providing support, it contributes to the mechanical stability of the open use case. It is located. 15 The lock is released when the panel carrier structure needs to be moved to a different usage position. By activating the release element (24), the movable locking element (21) is locked in place. It is detached from its position. The relevant panel transport section is the first movable connecting element. (11) or by moving it step by step via the second movable connecting element (12) mechanical 20 corresponding to a different locking zone on the locking slot (23) It is brought to the position. The movable locking element (21) is the different locking element in question. When the panel transport section is brought back into mechanical alignment with the region, the new It is held in its defined mechanical position. Thus, the opening movement is positioned. selection, mechanical locking, release, repositioning and relocking. The operations are performed via the same mechanical position locking mechanism (19). 25 When use is complete, the mechanical lock release element (24) is used to release the lock. The position locking mechanism (19) is released and the first panel transport section (5), second panel carrying section (6) and third panel carrying section (7) re-bag body (2) It folds onto it. The folding movement is the first movable connecting element. (11), second movable coupling element (12) and panel movement limiting element (13) 30 This is accomplished within the mechanical motion relationship created by the system. As a result of folding, the first solar panel surface (8), the second solar panel surface (9) and third solar panel surface (10) protective outer casing (4), panel carrying frame (14), 26 environmental protection edge (16), solar panel surface protection distance element (18) and solar The panel is placed in a location protected by the edge support element (31). Closed position locking element (27) and closed position locking counterpart (28) mechanically When paired, the closed position fixing scheme (26) is reactivated and solar The panelled portable bag (1) is converted into a compact carrying case. 5 In terms of structural integrity of the invention, the first panel carrying section (5), the second panel The transport section (6) and the third panel transport section (7) only carry the solar panel surfaces. They are not separate parts that carry, but rather protect the solar panel surfaces when enclosed. contributing by expanding the usable solar panel surface area in the open state, and Working together with the mechanical position locking device (19), different specified usage 10 They are movable support elements that allow for the creation of different positions. Similar The protective outer shell (4) in the figure is not only the outer covering of the bag, Solar panels in closed transport configuration, along with the folding geometry of the panel transport sections. It is a structural component involved in creating a protected arrangement of panel surfaces. The invention involves the foldability of panel support sections, protection of solar panel surfaces, and 15 The mechanical positioning of the panel support sections is independent of each other. These are not the features that produce results. The first movable connecting element (11) and Foldability provided by the second movable connecting element (12), panel transport its sections have both expanded usable geometry and protected transport It enables it to be transferred to its geometry. Mechanical position locking device (19), word 20 the subject is the preservation of the usage location chosen from within the freedom of movement While providing the closed position fixing arrangement (26), the same panel carrying structure is folded It ensures the preservation of the transport condition. Panel transport frame (14), panel support surface (15), environmental protection edge (16), solar panel surface protection distance element (18) and solar panel edge support element (31) solar 25 during the said movement cycle Contributes to the mechanical support and protection of panel surfaces. It is located. Thanks to this integrated mechanical relationship, the portable bag with solar panels (1) is a closed carrying bag. its structural arrangement that provides compactness and panel protection in any case, 30 in open use without needing to disconnect the transport section from the system. a layout that provides expanded panel space and mechanical positioning It can be converted. After use, the same mechanical elements can be reversed. The expanded panel structure, with its movement, is re-protected and secured to the load-bearing structure. 27 They are being transformed. Thus, the protective structure and the functional structure become independent of each other. Mechanical positioning of panel transport sections, not as two separate products or additional devices. the same integrated system which, as a result of change, creates different functional states It is created within the construction. Within the scope of the invention, the number of panel support sections, the dimensions of the panel support sections, 5 The number and location of movable mechanical connections between panel transport sections, by the first movable connecting element (11) and the second movable connecting element (12) The amount of movement provided, the locking mechanism located within the stepped locking slot (23) number of zones and defined mechanical use of panel transport sections Their locations may be used provided that the described basic mechanical relationships are preserved. 10 It can be customized according to requirements. The panel transport architecture of the invention, multiple bag bodies that are movably associated with each other and / or the body of the bag (2) The panel transport section is compact and protected mechanically when in the closed transport position. The placement, in an open-use position, features an extended solar panel mounting geometry. It is based on the principle of creating. The first panel is the transport section (5), the second panel is 15 The structure described via the transport section (6) and the third panel transport section (7), This constitutes the embodied order of the general mechanical relationship in question, panel The movable connection of the transport sections, with a closed protection position. Moving between extended usage locations and selected usage revealing the structural and functional relationship between the mechanical preservation of its position. 20 It places. First movable connector (11) and second movable connector (12), panel different mechanical systems that allow for the controlled movement of the transport sections relative to each other. It can be created in connection geometries. Movable locking element (21), locking strike plate (22), stepped locking slot (23) and lock release element 25 (24) ensures that the panel transport sections are held in the specified mechanical positions and in different physical geometries that allow it to be moved again when needed It can be adjusted. However, panel transport may be affected by these structural differences. The sections are movably interconnected, with multiple defined uses. mechanically maintaining the position selected from its location, the lock in question 30 controlled release and the panel carrier structure becoming foldable again. The mechanistic relationship between their introduction is preserved. 28 In the mechanical structure formed by the invention, the main carrier body (3) and the panel carrying section fastener (29), body fastener (30), panel carrying frame (14), panel support surface (15), environmental protection edge (16), solar panel surface protection distance element (18) and solar panel edge support element (31) form a load carrying and protection chain. while creating; the first movable linkage element (11), the second movable linkage 5 element (12), panel movement limiting element (13), mechanical position locking device (19) and open position support element (25) movement of panel transport sections and open position It creates the control. The closed position fixing mechanism (26) is the same panel It provides mechanical control of the load-bearing structure in the folded position. These three structural elements... The relationship is brought together in the same solar panel portable bag (1) for transport, 10 The protection, expansion, positioning, and reclosing functions are interconnected. They are being mechanically connected. As a result, the portable bag with solar panels (1) is integrated with the bag body (2). In the structure organized and announced, the first panel transport section (5), the second panel multiple 15s embodied by the transport section (6) and the third panel transport section (7) Enclosed and protected transport of solar panel surfaces via panel transport section moving between the initial state and the extended open use state; first movable connecting element (11), second movable connecting element (12) and panel movement The movement in question is mechanically controlled by means of the limiting element (13). implementation and limitation; mechanical position locking device (19), 20 Locking body (20), movable locking element (21), locking strike plate (22), stepped locking slot (23), lock release element (24) and open position stop element (25) by means of the panel transport sections from more than one designated usage location mechanically holding in the selected position; closed position fixing device (26), closed 25 by means of the position locking element (27) and the closed position locking counterpart (28) Maintaining the folded transport condition; panel transport frame (14), panel support surface (15), environmental protection edge (16), panel fixing element (17), solar panel surface protection distance element (18) and solar panel edge support element (31) supporting the solar panel surfaces within a load-bearing and protective mechanical structure It creates an integrated construction that provides 30 This construction includes panel carriers that protect the solar panel surfaces when enclosed. sections that can also be opened to expand the usable solar panel surface area becoming load-bearing sections; the movable connections of the panel load-bearing sections in question 29 After opening through the structures, the mechanical position locking mechanism (19) and the stepped from more than one specified mechanical operating position via the locking slot (23) can be held in the selected position; lock release element after use (24) It can be folded into a protected transport position by being made mobile again. and this transport position is mechanically secured by means of the closed position fixing device (26) 5 the protection of the invention's panel carrying, protection and positioning functions within the same structural design This forms the fundamental mechanical relationship that connects the elements within the system. The technical structure created within the scope of the portable bag with solar panels (1) is only placing a solar panel surface on a bag in a portable manner or only multiple panel transport sections can be folded and connected together 10 It does not rely on connection. The panel transport sections are movable mechanical. Closed transport position via connections and extended open usage position the solar panel can be moved between them, resulting in a switch to the closed transport position. Creating a protective mechanical structure around the surfaces, for open use. In this position, the panel transport sections have multiple defined mechanical positions 15 It can be held in the selected position by means of a mechanical position locking device (19), The subject is controlled by means of the lock release element (24) of the locked state. termination and refolding of the panel transport structure to secure it in the closed position. It can be fixed in the transport situation by means of the arrangement (26) and is functional with each other and These are structurally related mechanical properties. Panel transport, expansion, mechanical 20 positioning, locking, releasing, refolding and protection functions by being realized within the mechanical relationship in question, in the case of explicit use with an extended and mechanically positioned solar panel carrying geometry Compact, fixed, and protected in terms of solar panel surfaces when closed. The load-bearing geometry is created within the same integrated construction. 25

Claims

REQUESTS 1. Portable bag with solar panel (1), bag body (2), bag body (2) and multiple panel transport sections arranged in a mechanically integrated manner and the solar panels are mechanically supported on the panel transport sections in question. It includes panel surfaces, and its characteristic feature is that at least one of the panel support sections is 5 enabling its movement relative to another panel carrying section or bag body (2). first movable connecting element (11) and second movable connecting element (12), said the subject of the movement determines the permissible mechanical range of motion of at least one of the movements. panel movement limiting element (13), at least one of the panel transport sections 10 that holds in the selected position from multiple defined mechanical operating positions mechanical position locking device (19), mechanical position locking device (19) related to multiple separate locking zones and the panel transport section in the selected position from the specified mechanical operating positions stepped locking slot (23) and panel which enables mechanical holding Closed position 15, which holds the transport compartments in the folded, closed transport position. including fixing arrangement (26); closed transport of panel transport sections By folding the bag body (2) in position, the solar panel surfaces are covered with the panel a compact structure that provides a protected mechanical layout within the load-bearing structure its formation, when in the open usage position, the panel transport sections are connected to each other. by moving according to and / or the bag body (2) to the closed carrying position 20 compared to others, it creates an expanded solar panel surface area and is suitable for outdoor use. at least one of the panel transport sections in its location has a stepped locking slot through the mechanical relationship between (23) and the mechanical position locking device (19) holding the selected position from multiple defined mechanical operating positions. It is characterized by 25.

2. According to Claim 1, the portable bag with solar panels (1) has the following feature; the one in question is excess panel transport section, first panel transport section (5), second panel transport section (6) and third panel transport section (7) and first panel transport section (5), second panel transport section (6) and third panel transport section (7), There are 30 distances between the enclosed transport position and the extended open usage position. and / or characterized by its movable arrangement relative to the bag body (2). is being done.

3. According to claim 2, the portable bag with solar panels (1) has the following features: carrying the first panel. first solar panel surface (8) on section (5), second panel carrying section (6) 31 on the second solar panel surface (9) and the third panel carrying section (7) It is characterized by the presence of a third solar panel surface (10).

4. According to claim 3, the portable bag with solar panels (1) has the feature of; panel carrying at least one of its sections is a panel that carries the solar panel surface circumferentially. The carrier frame (14) provides mechanical support on the rear part of the solar panel surface. 5 forming the panel support surface (15), mechanical around the solar panel surface environmental protection edge (16) which forms the protection limit and solar panel surface panel It includes a panel fixing element (17) that secures it within the transport structure. It is characterized by...

5. Portable bag with solar panels (1) according to claim 4, its feature is; panel carrying compartment 10 direct contact between the solar panel surface and the outer surface Solar panel surface protection distance that creates a limiting mechanical distance. element (18) and mechanical support to the edge region of the solar panel surface. It is characterized by containing a solar panel edge support element (31).

6. According to claim 5, the portable bag with solar panels (1) has the feature of carrying panels 15 frame (14), panel support surface (15), environmental protection edge (16), solar panel surface protection distance element (18) and solar panel edge support element (31), When the panel transport sections are brought to the closed transport position, the solar panel surfaces to be arranged in such a way as to create a protective mechanical structure around it. It is characterized by 20 7. Portable bag with solar panels (1) according to any of the claims 1-6, and its features are: The main bag body (2) carries the mechanical loads transferred from the panel carrying structure. carrier body (3) and panel transport sections closed transport position When present, the panel carrier structure forms a protective mechanical outer boundary. It is characterized by having a protective outer casing (4). 25 8. According to claim 7, the portable bag with solar panels (1) has the feature of carrying panels. at least one of its sections is connected to the other mechanical components of the panel support structure. panel carrier section connecting element (29) and panel carrier The body connection which forms a mechanical connection between the structure and the main carrier body (3). It is characterized by containing element (30). 30 9. Portable bag with solar panels (1) according to any of claims 1-8, and its features are: mechanical position locking arrangement (19), carrier of the locking mechanism locking body (20) forming part of the locking body (20) and mechanical movable locking element (21) which is arranged in a movable relationship and 32 locking that forms a mechanical match with the movable locking element (21) It is characterized by containing the equivalent (22).

10. According to claim 9, the portable bag with solar panels (1) has the feature of; multi-stage locking. on, inside or on the locking counterpart (22) of its housing (23) or locking counterpart (22) and mechanically related arrangement and movable locking 5 mechanical element (21) in different specified mechanical operating positions by containing multiple separate locking zones corresponding to the matching It is characterized by...

11. Portable bag with solar panel (1) according to claim 10, its feature is; movable locking The element (21) has multiple separate 10 on the stepped locking slot (23). When mechanically matched with one selected from the locking zone, the relevant panel transport will restrict the relative movement of the section and the panel transport in question to hold the section in the selected designated mechanical operating position It is characterized by its organization.

12. Portable bag with solar panel (1) according to claim 11, its feature is; movable locking 15 element (21) with locking counterpart (22) within or with locking counterpart (22) mechanically related stepped locking slot (23) movable in a way that will end the mechanical coupling between them in a controlled manner Lock release element (24) mechanically related to the locking element (21) It is characterized by its inclusion. 20 13. According to claim 9, the portable bag with solar panels (1) is suitable for outdoor use. forming a mechanical support to the panel support structure in its position and mechanical position mechanical open use position determined by the locking mechanism (19) Open position support element (25) arranged to support its stability It is characterized by its inclusion. 25 According to claim 14, the portable bag with solar panels (1) has the feature of being closed position. the fixing arrangement (26), panel transport sections closed transport position closed position locking element (27) which mechanically matches each other when brought together and It is characterized by having a closed position locking counterpart (28).

15. Portable bag with solar panels (1) according to claim 14, its feature is; closed position 30 locking element (27) and closed position locking counterpart (28), panel transport in the closed transport position where the sections are folded toward the bag body (2) preventing the panel transport sections from unintentionally opening by creating a mechanical coupling. It is characterized by being regulated in a way that will restrict it. 33 According to claim 16, the portable bag with solar panel (1) has the following features: solar panel electrical connection line (32) and electrical surfaces that are electrically related to the electrical connection line (32) movable and foldable geometry of the panel carrying structure of the connection line (32) electrical connection passage channel for the physical passage through it (33) It is characterized by containing 5 17. According to claim 16, the portable bag with solar panels (1) has the following features: electrical connection through the line (32), electrical connection channel (33) bag body (2) extending to an accessible area within its boundaries and with an electricity connection line (32) It is characterized by containing an associated electrical outlet connection unit (34).

18. Portable bag with solar panel (1) according to claim 1, its feature is; bag body (2) 10 the portable bag with solar panels (1) carried by the user It is characterized by having a shoulder carrying strap (35). According to Claim 19, the portable bag with solar panels (1) has the following features: the body of the bag (2) The bag is characterized by its internal volume (36).

20. Portable bag with solar panels (1) according to claim 1, its feature is; panel carrying structure 15 to create a mechanical load transfer link between the bag body (2) main carrier body (3), panel carrying section connecting element (29) and Body fastening element (30); solar panel surfaces in closed transport position to create a supporting and protective mechanical structure around it panel carrying frame (14), panel support surface (15), environmental protection 20 edge (16), solar panel surface protection distance element (18) and solar panel edge Open use with movement of support element (31) and panel transport sections mechanically in terms of maintaining their mechanical position The first movable connecting element (11) is arranged in relation to the second movable coupling element (12), panel movement limiting element (13), mechanical 25 with position locking device (19) and open position stop element (25) It is characterized by...

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