Foldable laptop stand with interlocking sliders, graded height adjustment, and mechanical locking mechanism.

Abstract

The invention relates to a foldable laptop stand for supporting laptops at different heights and inclines under varying operating conditions. The stand comprises a main support body, a base support frame, and a laptop carrying platform, along with sliding elevation elements that move linearly relative to each other and interlock for at least part of their range of motion. The controlled linear movement of the sliding elevation elements is achieved via an interlocking guide channel and a sliding guide projection; different height positions are fixed via stepped positioning slots and a mechanical locking element. The anti-retraction surface of the sliding elevation structure limits unintentional retraction under device load, while the load-transfer support surface of the sliding structure supports the transfer of the load from the laptop carrying platform to the support structure.The laptop carrying platform can be used in different angular positions thanks to its platform tilt hinge and stepped tilt adjustment mechanism. After use, the sliding lifting structure can be retracted, the movable carrier elements can be brought to the closed carrying position via the folding hinge, and the retracted or folded elements can be positioned in accordance with the compact carrying slot. This allows the stand to be mechanically adjusted to different working heights and tilt positions, ensuring that the selected position is supported under the device load, and transforming it into a compact, low-volume carrying form after use.

Description

1 TARIFF INTERLOCKING SLIDE, GRADUAL HEIGHT ADJUSTMENT. AND WITH A MECHANICAL LOCKING MECHANISM Foldable Laptop Stand Technological Field: 5 The invention enables laptop computers to be carried and supported on different work surfaces. and foldable and mechanically designed to be held in ergonomic usage positions. This relates to the technical field of adjustable support mechanisms. The invention is particularly noteworthy because it differs depending on the working surface of the laptop carrying platform. 10 linearly moving objects relative to each other to enable their positioning at different heights and with interlocking sliding lift elements, the aforementioned sliding lift A mechanical system that allows the elements to be fixed at specified height levels. This relates to foldable laptop stands that include a locking mechanism. The technological scope of the invention also includes the movement of interlocking sliding lifting elements. Guidance and limitation of the selected height position under device load 15 protection, adjustment of the transport platform to different tilt positions and movement The carrier elements can be retracted and folded after use for compact transport. Mechanical guidance, positioning, and locking for assembly within its structure, It includes support and folding mechanisms. State of the Art: 20 Today, laptops can be placed on desks, tables, workbenches, and similar surfaces. fixed, so that it can be used at different height and incline positions. Various foldable or adjustable stand structures are used. These are the well-known types of stands. Some consist of carrier bodies with fixed geometry, while others are adjustable. 25 in order to change the position of the laptop carrying platform at the stands. articulated support arms, screw clamping elements, pin connections, stepped sockets or Similar mechanical devices are used. Height and tilt adjustment in multi-jointed stand structures used in known technology. usually by loosening one or more connection points, the carrier platform by bringing it to the desired position and retightening the connection points 30 This is being carried out. The presence of multiple moving parts means the system has multiple components and It can increase the number of connection points; as a result of repeated use, the joint and Mechanical play can develop in the connection areas, and the laptop creates... 2 maintaining the initially determined position of the carrier platform under load It can make things more difficult. Height adjustment is done with pins, screws, nuts, or similar detachable fastening elements. In structures where this is known to have been implemented, the user needs to configure these elements during the setup process. It may need to be removed, repositioned, or retightened. This is point 5. This can cause the status setup process to require multiple steps. Missing or incorrectly positioned detachable parts, or insufficient clamping force. Failure to implement this may result in decreased stability of the chosen job position, for example. This can lead to problems. In some known stand structures, height adjustment is achieved by pre-designed 10-degree support elements. This is achieved by positioning the device between nests or support points. However, in these structures, the uplift movement is regular. guidance, mechanically direct raising mechanism on the selected height the locking mechanism and the backward movement tendency created by the device load are the same mechanical Containing limits within the structure cannot always be achieved simultaneously. Therefore, 15 by raising the carrier platform to a higher position relative to the working surface oscillation, play, stretching, or unwanted downward movement occurs in the system. It is possible to come. Support for increasing portability in foldable laptop stands. structures in which arms, legs or transport platforms can be folded over one another 20 It is also known that only the moving parts are foldable. The only way to transform the stand into a neat and low-volume transport form when closed is... It does not provide support to the head. The support arms piled on top of each other are left outside. joints, clamping elements and height adjustment parts in the folded state of the stand It can increase its thickness and external geometry, therefore the bag or similar limited 25 This can make it difficult to transport in bulky areas. Another problem encountered within the scope of known technology is the discrepancy between height adjustment and tilt adjustment. This is mostly done through different connection and fastening mechanisms. The height, tilt, position locking and folding functions are independent of each other. This is accomplished through a number of movable mechanisms; the connection points are 30 increase, mechanical structure becomes more complex and the stand's open usage position A design trade-off occurs between its rigidity and its compactness when closed. This can cause it to come. 3 Especially a laptop carrying platform that is higher than the working surface. when the device is lifted to that position, the weight of the device is transferred to the lifting mechanism. Reliable load bearing is important. Lifting elements... if there is insufficient guidance and mechanical fastening at the selected height changes, downward movement of the carrier platform, or unwanted 5 in the system Angular movements may occur. In contrast, high The use of bulkier support elements to provide rigidity also contributed to the stand's design. Its foldability and portability can be a disadvantage. Therefore, in the known state of the art, the relative heights of the carrier platforms... It can be modified via carrier elements that perform controlled linear motion, 10 the movable elements in question are mechanically positioned at the selected height level It can be fixed in place, limiting the tendency for backward movement caused by the device load. the tilt position of the carrier platform can be adjusted and the movable elements can be used Afterwards, they retract and fold together seamlessly for compact transport. It requires an integrated mechanical stand structure that can be brought into this form. 15 It is located. The purpose of the invention: The main purpose of the invention is to provide laptops with a suitable height for different operating conditions. and can be used in inclined positions, moving linearly relative to each other. The height can be gradually increased to 20 via retractable sliding height elements. adjustable, mechanically maintainable selected height position, and easy to use. This resulted in a laptop stand that could then be folded into a compact, portable form. to place. Another purpose of the invention is to make the lifting movement of the stand a linear movement relative to each other. transporting 25 by means of the first and second sliding lifting elements. controlled and guided raising and lowering of the platform The aim is to provide this. In this way, in elevation structures relying on numerous articulated support arms. The aim is to reduce potential gaps, oscillations, and instability. Another purpose of the invention is to enable different sliding lifting elements that move in close proximity. mechanically positioned at height increments and at the selected position 30 The goal is to create a locking mechanism that ensures the height adjustment is secured. without the use of an external tool or a separate fastening element that needs to be removed and reattached 4 the performance and maintenance of the selected working height during use that is intended. Another objective of the invention is to control the movement of sliding lifting elements over a defined stroke. to limit the range, reduce the mechanical clearance that may occur between the slides, and The sliding mechanism involuntarily recoils under the load caused by the weight of the laptop. 5 The aim is to limit its movement. In this way, the mechanical movement of the stand at different height levels is restricted. increasing stability and controlling the load acting on the transport platform and the supporting structure. It is intended to be transmitted in this way. Another purpose of the invention is to allow the laptop carrying platform to be positioned at different angles. 10 The aim is to provide the height required by different users and working conditions. The aim is to allow the tilt and incline positions to be adjusted via the same stand structure. Another purpose of the invention is to enable the transport platform to be used in the open position. with a mechanical support structure that provides support, tilt adjustment and folding mechanisms By ensuring they work together harmoniously, the load created by the laptop is reduced to a minimum of 15. The goal is to ensure the stable transfer of the material to the load-bearing structure. Another purpose of the invention is to return the sliding lift elements when the use is complete. support and joint elements connected to the transport platform, which can be pulled. foldable and movable elements within the body limits or compact transport The goal is to create a mechanical structure that allows the stand to be assembled in its housing. Thus, the stand's open 20 Its adjustable structure in the position of use, for carrying and storing when closed. The aim is to convert it into a convenient, low-volume format. Another purpose of the invention is to prevent the device from sliding when the stand is in the open usage position and while limiting the unintentional movement of the stand on the work surface, the bottom of the device support and contact that allows for the maintenance of air circulation in the section 25 The goal is to establish its structure. In conclusion, the fundamental technical purpose of the invention is to provide interlocking sliding lifting elements. Step-by-step positioning and mechanical locking mechanism, stroke and return movement. restraint structure, stepped tilt adjustment mechanism and foldable carrier the structure is mechanically interconnected; the selected height and slope are 30 their positions can be maintained under the device load and the use of movable elements subsequently, it can be retracted and folded away, gathering it into a compact transportable structure. The goal is to create an integrated laptop stand. Explanation of the Figures Figure 1: Foldable laptop stand for open use, the subject of the invention. It is the general perspective view of the location. Figure 2: The invention concerns a stand with interlocking sliding lifting and stepped positioning system. This is a detailed view of the mechanical locking and slide anti-reverse mechanism. 5 Figure 3: The stepped tilt adjustment, platform support and folding mechanism of the stand that is the subject of the invention. It is a detailed view. Figure 4: The sliding lifting and support elements of the stand, which is the subject of the invention, are retracted. This is the appearance of its folded, compact transport position. References: 10 1. Foldable laptop stand 2. Main carrier body 3. Base support frame 4. Laptop carrying platform 5. Front device support protrusion 15 6. First sliding lift element 7. Second sliding lift element 8. Interlocking guide channel 9. Slide guide projection 10. Multi-stage positioning slots 20 11. Mechanical locking element 12. Locking counterpart 13. Spring-acting locking tab 14. Lock release element 15. Slide movement limiter 25 16. Stroke limiting projection 17. Stroke counterpart surface 18. Slide clearance equalization element 19. Slide anti-reverse movement surface 20. Sliding load transfer support surface 30 21. Platform tilt joint 22. Step-by-step tilt adjustment element 23. Tilt positioning slots 6 24. Slope locking tab 25. Platform support arm 26. Support arm connecting joint 27. Folding joint 28. Folding guide surface 5 29. Closed position fixing element 30. Closed position counterpart element 31. Base support leg 32. Non-slip base element 33. Device contact support surface 10 34. Ventilation opening 35. Compact carrying case Description of the Invention: The invention allows laptops to operate on different working surfaces depending on the operating conditions. For support in various altitude and incline positions, the height adjustment is 15 degrees apart. via sliding elements that can interlock by moving linearly it is performed, the determined height position can be mechanically fixed, and After use, the movable elements can be retracted and folded away to form a compact form. It relates to the foldable laptop stand (1) which can be brought into a carrying form. Foldable laptop stand (1), basically the main carrier body (2), base 20 carrier frame (3), laptop carrying platform (4), height adjustment Sliding lift elements, the different operating conditions of these sliding lift elements Mechanical locking mechanism that keeps them in place, laptop carrier tilt adjustment mechanism that allows the platform to be brought to (4) different tilt positions and a folding mechanism that allows the stand to be made compact after use. 25 It consists of the following: the said elevation, mechanical locking, tilt adjustment and Folding patterns are independent of each other and are only found on the same product. without elements and in the open use position of the laptop carrying platform (4) adjustment and mechanical holding in the selected position, closed use In this case, the moving elements are retracted in a coordinated manner and 30 They are arranged together in a way that allows them to be folded into a compact transport position. They are in a structural and functional relationship. In this integrated structure, the sliding mechanism... The elevation scheme determines the height of the laptop carrying platform (4), 7 The mechanical locking mechanism maintains the height, while the tilt adjustment mechanism allows for knee adjustment. Determining the angular position of the computer transport platform (4) and the folding arrangement Allows for compact assembly of movable structures after use. It provides. Main carrier body (2), stand raising, guiding, supporting, locking and folding 5 mechanical elements that perform their functions in relation to each other It forms the basic supporting structure that enables its positioning. Main supporting body (2), between the base carrier frame (3) and the laptop carrying platform (4) It enables the creation of a mechanical connection and a laptop carrying platform. (4) contributes to the transfer of the loads occurring on the stand to the lower support structure of the stand. It is located. Base support frame (3), foldable laptop stand (1) table, coffee table, a base that allows it to be supported on a workbench or similar work surface It forms the supporting structure. The base support frame (3) is the open use of the stand. In this position, the loads coming from the laptop carrying platform (4) to the working surface 15 to enable transfer and laptop carrying platform (4) at different heights mechanical stability of the stand while it is in or in an inclined position It contributes to its preservation. Laptop carrying platform (4), for the laptop to be used 20 that enables its placement and support at a certain distance from the work surface. It is the carrier section. The front device is located at the front of the laptop carrying platform (4). There is a front device support protrusion (5). The front device support protrusion (5) is especially suitable for laptops. Bringing the computer transport platform (4) from the horizontal position to a different inclined position during which the device moves downwards over the laptop carrying platform It limits its ability to do so. 25 The front device support protrusion (5) will provide support to the lower front edge of the laptop and the device unintentionally detaching from the laptop carrying platform in relation to the laptop carrying platform (4) which will limit It is positioned in such a way that the tilt angle of the laptop carrying platform (4) During the replacement process, the device's use on the laptop carrying platform is 30. Its position is being protected. The basic mechanical structure that enables the gradual height adjustment of the invention, from the first sliding lift element (6) and the second sliding lift element (7) 8 It consists of the first sliding lift element (6) and the second sliding lift element. (7) will perform linear motion relative to each other and the range of motion of the most At least some parts of it are structured in such a way that they interlock with each other. The first sliding lift element (6) compared to the second sliding lift element (7) As a result of its linear movement, the effective length of the sliding lift structure is 5 It is being modified. Increasing the effective length of the sliding lift structure, for knees. higher than the base support frame (3) of the computer transport platform (4) bringing it to the desired position; reducing the effective length, on the other hand, makes laptop carrying This allows the platform (4) to be lowered. 10 of the first sliding lift element (6) and the second sliding lift element (7) in order to maintain a controlled movement relative to each other There is a nesting guide channel (8). The nesting guide channel (8) is sliding. will extend along the linear motion path on one of the lifting elements It is structured as follows: Interlocking guide channel (8) and slide guide projection (9) The mutual guidance relationship between the first sliding lifting element (6) and the second 15 linear freedom of movement of the sliding lifting element (7) relative to each other while protecting against unwanted lateral displacement and rotational tendencies relative to the slide axis This contributes to limiting the use of the sliding lift system. not to create a link that extends and shortens, but the laptop carrying platform (4) A controlled and repeatable 20 at different height levels according to the supporting structure. It is ensured that it is kept in position. The mechanically related slide guide projection (9) with the interlocking guide channel (8), opposite It is positioned on or in conjunction with the sliding lift element. The slide guide projection (9) moves along the interlocking guide channel (8) to the first The sliding lift element (6) and the second sliding lift element (7) are connected to each other by 25 It ensures that the movement progresses in the direction determined by the system. The mechanical relationship between the nesting guide channel (8) and the slide guide projection (9), unwanted lateral movement of sliding lift elements during linear motion This helps to reduce deviations. Thus, laptop carrying During the raising or lowering of the platform (4), the raising movement is 30 This ensures that it is carried out in a determined and controlled manner. Within the scope of the invention, the laptop carrying platform (4) has several different stepped positioning slots for use at different height levels (10) 9 There are stepped positioning slots (10), first slide lift. The second sliding lift element (6) and the second sliding lift element (7) have different linear differences in relation to each other. They are created in a sequential manner, corresponding to their positions. Different on the sliding elevation structure of the stepped positioning slots (10) Thanks to its arrangement to correspond to locations, the user can use laptop 5 Instead of using the transport platform (4) at a single fixed height, use it at different heights It can be positioned between the levels. Mechanical locking to mechanically maintain the selected height level. There is a mechanical locking element (11). Mechanical locking element (11), stepped positioning. mechanical relationship with the nest corresponding to the selected height level from the nests (10) 10 by entering the first sliding lift element (6) and the second sliding lift element (7) They fix their positions relative to each other. The mechanical locking element (11) is selected from the stepped positioning slots (10) as a result of its mechanical association with the socket corresponding to the height level The selected working height of the laptop carrying platform (4) is maintained. 15 Thus, the height depends solely on the friction force between the sliding elements. instead of being held in place, a mechanical fixation relationship in a specified position is being created. Locking counter surface (12) working together with mechanical locking element (11), The mechanical locking element responds in the locked state and the load is applied at a certain 20°C. It forms the mechanical surface that contributes to the movement of the section. Locking counter surface (12), mechanical locking element (11), stepped positioning stable in the nest corresponding to the selected height level from its nests (10) It helps in holding it in place. The mechanical locking mechanism is automatically locked at the selected height level. 25 to help it move to the desired position or maintain the locked state There is an effective locking tab (13). The spring effective locking tab (13) is mechanical. mechanically position the locking element (11) in the direction of the stepped positioning slots (10). It supports the implementation of lockout at the relevant level by influencing the process. The force generated by the spring-acting locking tab (13) is applied to the sliding lifting elements 30 when the appropriate positioning level is reached, the mechanical locking element (11), from the stepped positioning slots (10) corresponding to the relevant height level It helps the bird to establish a connection with the nest. This allows the height to... after replacement, attaching a separate fastener or tightening a screw Mechanical locking can be performed without the need for manual intervention. Release the lock to allow for readjustment of the incremental height adjustment. There are elements (14). The lock release element (14) is activated by the user. As a result of the applied mechanical movement or force, the mechanical locking element (11), 5 corresponding to the selected height level from the stepped positioning slots (10) It temporarily eliminates the locking relationship with the socket. First sliding lift as a result of using the lock release element (14) element (6) and the second sliding lifting element (7) move again relative to each other. It can be adjusted and the height of the laptop carrying platform (4) can be increased. 10 or can be reduced. The mechanical locking element is engaged when the desired new position is reached. (11), corresponding to the relevant height level from the stepped positioning slots (10) It is mechanically reconnected with the incoming socket and the new working height It is protected. Step positioning slots (10), mechanical locking element (11), locking 15 counter surface (12), spring-acting locking claw (13) and lock release element (14) Together, the sliding lift elements selectively operate at different height levels. A stepped mechanical system that allows it to be locked in place and released when needed. It forms the locking mechanism. In this mechanism, the mechanical locking element (11), 20 corresponding to the selected height level from the stepped positioning slots (10) When forming a mechanical hold with the socket, the locking counter surface (12) is in the locked position. supporting mechanical contact, spring-acting locking tab (13) mechanical locking It helps to hold the element in the locking direction and release the lock. element (14) controlled mechanical relationship as a result of user intervention. This allows it to be released in this way. Thus, the height level is 25 selection, mechanical retention of the selected level, and a new height adjustment. To do this, the lock must be released within the same mechanical mechanism. is being carried out. Thanks to this design, the stand's height can be adjusted by the user via the stand itself. The pin, screw, nut, or similar separate fastener must be completely removed and 30 Sliding lift and mechanical without needing to be placed at a different point. Height adjustment can be performed via the locking mechanism. 11 The first sliding lift element (6) and the second sliding lift element (7) the movement they can perform relative to each other is kept within defined limits. For this purpose, there is a sled movement limiter (15). Sled movement limiter (15), The sliding elements move beyond their predicted range of motion and separate from each other. uncontrolled separation or breakdown of the mentoring relationship 5 It restricts. The movement limiting function of the slide movement limiter (15) is stroke limiting. It is supported by the protrusion (16) and stroke counterpart surface (17). Stroke limitation protrusion (16), first sliding lift element (6) and second sliding lift Maximum or minimum movement of the element (7) determined in relation to each other 10 contact with the stroke counter surface (17) when they reach at least one of their positions It is structured in such a way as to... Mechanical contact of the stroke limiting projection (16) with the stroke counter surface (17) passing through, physically restricting the movement of the sliding lift elements This ensures that the designed range of motion of the sliding lift elements is 15. beyond the strain and interlocking guide channel (8) and slide guide projection (9) the undesirable breakdown of the mentoring relationship between them It is being blocked. In sliding lift systems, manufacturing tolerances, usage clearances, or repeated To reduce lateral movements that may result from these movements, the slide clearance is 20. There is a balancing element (18). The sliding clearance balancing element (18) is the first between the sliding lift element (6) and the second sliding lift element (7) the unwanted gap between these elements without preventing mutual movement It contributes to its reduction. Thanks to the sliding clearance equalization element (18), the sliding lift elements can be 25 while maintaining linear motion relative to each other, especially for laptops. Lateral oscillation that may occur in the elevated positions of the transport platform (4) Mechanical movement is limited. This allows the stand to be held at different heights. This ensures increased mechanical stability at various levels. The weight of the device placed on the laptop carrying platform (4) is 30 It can create a force in the retraction direction on the lifting elements. This to limit the unintentional change in the selected height as a result of the force For this purpose, there is a slide reverse movement prevention surface (19). 12 Sliding back movement prevention surface (19), load of the sliding lifting structure in the selected position mechanical elements with relevant movable or fixed components to support its retention under pressure. It is in relation to the slide's anti-return surface (19), the return caused by the load. force in the direction of motion causes uncontrolled linear motion in sliding elements. It limits its transformation. 5 It contributes to the distribution of loads acting on the sliding lift structure to the carrier system. There is a sliding load transfer support surface (20) to provide this. Sliding load transfer support surface (20), load transferred from laptop carrying platform (4) via sliding lifting elements to the main carrier body (2) and base carrier It contributes to the transmission of the framework (3). 10 The sliding load transfer support surface (20) only allows the device load to be mechanically locked. support relationship that will reduce the concentration of the element (11) in a limited area By creating it, it supports the load-bearing function of the mechanical locking system. Thus, the positioning and locking function, as well as the load-bearing function, are performed mechanically. It is carried out through complementary structures. 15 Slide anti-reverse surface (19) and slide load transfer support surface (20), slide to support the mechanical stability of the upgrade scheme under device load It has complementary functions. The slide anti-reverse surface (19), device the weight of the first sliding lift element (6) and the second sliding lift element (7) limiting the tendency to move involuntarily into each other, 20 sliding load transfer support surface (20) from laptop carrying platform (4) Contribution to the transfer of the load in the direction of the sliding lifting structure and the main carrier body (2). This mechanical relationship ensures that the selected height position is maintained. only a locking force carried by the mechanical locking element (11) alone not left attached, by the load-bearing surfaces of the sliding lift structure 25 It is supported. Step positioning slots (10), mechanical locking element (11), locking counter surface (12), spring-acting locking claw (13), slide back movement prevention surface (19) and the sled load transfer support surface (20) are evaluated together, the laptop the computer transport platform (4) must be kept at the selected height level and the word 30 The subject matter is ensured to be protected under device load. The subject of the invention is the height of the laptop carrying platform (4) on the stand Platform tilt joint (21) so that the angle of inclination can also be changed. 13 The platform tilt joint (21) is located on the laptop carrying platform (4) movable parts that allow the stand to perform angular movement according to its supporting structure It establishes the connection. Thanks to the angular movement achieved via the platform tilt joint (21), the knee Computer transport platform (4), different incline according to the user's working conditions 5 They can be positioned in different angles. The laptop carrying platform has different angular positions. stepped tilt adjustment element for determining and maintaining their positions. (22) is located. The stepped tilt adjustment element (22) is different for the laptop carrying platform (4) mechanically 10 with tilt positioning slots (23) corresponding to the usage angles. is related. Tilt positioning slots (23) of the laptop carrying platform (4) It is arranged in such a way as to ensure that it is kept at certain angular levels. Slope locking tab for mechanically fixing the selected slope position. (24) is located. The slope locking tab (24) is one of the slope positioning slots. (23) mechanically interacts with the socket corresponding to the selected angular position and 15 Contribution to keeping the laptop carrying platform (4) in the specified inclined position. It provides. When the tilt angle of the laptop carrying platform (4) needs to be changed The angular position of the tilt locking tab (24) is available from the tilt positioning slots (23). Laptop carrying 20 by eliminating the connection with the slot corresponding to the location. platform (4) can be brought to the new angular position via platform tilt joint (21) and tilt locking tab (24), new angular from tilt positioning slots (23) It can be re-associated with a different slot corresponding to the location. In this way, the user only needs to adjust the height of the laptop carrying platform. not only can the laptop carrying platform change its angular position, but it can also change its angular position. 25 This is possible. Height adjustment is made via sliding height adjustment elements and The tilt adjustment can be made via the platform tilt pattern, allowing for different heights and It enables the achievement of various slope combinations on the same stand. Support for laptop carrying platform (4) in open use position and Platform support arm 30 for transferring the device weight to the support sections of the stand. (25) is available. Platform support arm (25), laptop carrying platform (4) It provides mechanical support between the laptop and the stand's support structure for carrying laptops. 14 at least part of the load acting on the platform is on the main carrier body (2) and base It supports transferring to the carrier frame (3). The platform support arm (25) can adapt to different incline and folding positions. For this purpose, there is a support arm connecting joint (26). Support arm connecting joint (26), rotational movement according to the elements to which the platform support arm (25) is attached 5 It enables it to be realized. Platform support arm (25), laptop carrying when the stand is in the open position. while contributing to the support of the platform (4), the support arm joint (26) thanks to the laptop carrying platform when the stand is closed. or it can be folded to fit it. 10 Lower than the open use case of the foldable laptop stand (1) folding hinge (27) in order to be converted into a bulky transport situation It is located. The folding joint (27), the laptop carrying platform (4), main the carrier body (2) or the movable carrier elements associated with it relative to each other It enables rotational motion. 15 It helps the folding movement to be performed within the defined path. There is a folding guide surface (28) for the purpose of folding. (28), during the transition of the movable elements from open to closed position, with each other contributes to its coordinated movement and the compact positioning of the stand. It is located. 20 When folding the stand after use, the first sliding riser element (6) with the second sliding lifting element (7), through the lock release element (14) Once released from the mechanical interlocking relationship, they move towards each other. By doing this, the effective length of the sliding lift structure is reduced. Laptop transport 25 following retraction of sliding riser elements folding associated with platform (4), platform tilt joint (21) and folding joint (27) It can perform its movement, and the platform support arm (25) is the support arm connection. It can be brought to a suitable position in the closed position via its joint (26). Folding guide surface (28), in this process the movable elements are compatible with each other. by helping it to be positioned in this way, the amount of movable parts protruding outwards is 30 contributes to reducing and minimizing the external volume of the stand when it is closed. It is located. When the stand is fully folded, the closed position is unintentionally... Closed position fixing element (29) to limit its deterioration It is located. Closed position fixing element (29), closed position counter element It is mechanically related to (30). 5 between the closed position fixing element (29) and the closed position counter element (30) mechanical relationship, moving parts during transport or storage of the stand It restricts spontaneous opening. The user must reuse the stand. If desired, this mechanical link can be released, and the stand can be put into the open usage position. It can be passed through. Base supports 10 for ensuring the stand is evenly supported on the work surface. There is a base balance leg (31) associated with the frame (3). Base balance leg (31), arrangement of the support area on the stand's work surface and the laptop mechanical balance of the transport platform (4) at different height and incline positions It contributes to its preservation. Reducing involuntary sliding between the base balance foot (31) and the working surface 15 For this purpose, there is a non-slip base element (32). The non-slip base element (32), by increasing the grip between the work surface and the stand, applied during use. This causes the forces to move undesirably on the stand's working surface. It limits its effectiveness. The contact of the laptop with the laptop carrying platform (4) is 20 The device has a contact support surface (33) for support purposes. Device contact support surface (33), bottom surface of laptop and laptop carrying platform to regulate contact between them and the laptop during use It limits unwanted sliding on the platform. The device contact support surface (33) and the front device support protrusion (5) work together to form 25 especially in the inclined positions of the laptop carrying platform (4) maintaining the stability of the computer on the laptop carrying platform It contributes. The laptop carrying platform (4) completely covers the bottom surface of the device, thus preventing air leakage. At least one ventilation opening (34) 30 to prevent it from restricting circulation There is a ventilation opening (34) on the bottom of the laptop to allow air circulation. on a laptop carrying platform that will allow for movement is being created. 16 Location and size of the ventilation opening (34) for laptop carrying will maintain the mechanical transport capability of the platform (4) and the device will be a laptop in a way that will not prevent it from being securely supported on the transport platform It is determined. Reducing the stand's volume when closed and incorporating retractable or foldable elements (5) It has a compact carrying case (35) for the purpose of neatly collecting it. Compact transport housing (35), main carrier body (2), base carrier frame (3) or These are formed on the carrier section associated with them, making the stand's movable parts the most important. at least one of them is in a closed state inside the nest or near the body boundaries. This allows it to be positioned in this way. 10 Compact transport box (35), especially the first ski lift in the retracted position. platform with element (6) and second sliding lifting element (7) in the folded position support arm (25) and associated movable elements from the outer limits of the stand It reduces unnecessary overflow. Thanks to this design, the stand's foldability is achieved simply by the movable parts being 15 inches apart from each other. It is not limited to simply covering it, but also involves making sure that the movable parts in question are as close as possible. as much as possible within the main load-bearing structure or in a compact form compatible with the main load-bearing structure They are gathered in the settlement. Folding joint (27), folding guide surface (28), closed position fixing element (29), closed position counter element (30) and compact transport housing (35), open stand 20 transitioning from the usage position to the compact transport position and the aforementioned closed It forms a mechanical folding and fastening mechanism that ensures the position is maintained. The folding hinge (27) allows the movable carrier elements to rotate towards the closed position. While allowing, the folding guide surface (28) of the movable elements during this movement contributes to their harmonious placement and compact transport case (35) 25 Retractable or folding elements within the body boundaries or compatible with the body. It allows for assembly within a single transport volume. Closed position fixing element. The mechanical relationship between (29) and the closed position counterpart element (30) is obtained as follows: By ensuring the compact design is maintained during transport and storage, it is mobile. It restricts the elements from unintentionally returning to the open position. 30 Closed when the foldable laptop stand (1) is opened for use. mechanical between the position fixing element (29) and the closed position counter element (30) 17 the relationship is being released, laptop carrying platform (4) and platform support The lever (25) is brought to the open position. Then the first sliding lift element (6) and the second sliding lift element (7), They move linearly relative to each other until they reach the desired working height. This movement is carried out by the interlocking guide channel (8) and the slide guide 5. The protrusion (9) guides the direction of movement. When the desired height level is reached, the mechanical locking element (11) is activated in stages. from the positioning slots (10) with the slot corresponding to the relevant height level mechanically enters into contact and the spring-actuated locking tab (13) locks into position. It contributes to its protection. Locking counter surface (12), slide back movement 10 prevention surface (19) and skid load transfer support surface (20) selected height It supports maintaining its position under device load. Slide movement limiter (15), stroke limiting projection (16) and stroke counter surface (17), the predicted movement of the sliding lifting elements during height adjustment While preventing it from going outside its limits, the sliding clearance balancing element (18) sliding 15 It helps to reduce unwanted mechanical voids in the structure. When the angular position of the laptop carrying platform (4) needs to be changed Angular transition to the laptop carrying platform via the platform tilt joint (21) The movement is given, the appropriate angular position from the tilt positioning slots (23) The corresponding slot is selected and the tilt locking tab (24) is connected to that slot 20 It is mechanically related. The stepped tilt adjustment element (22) is thus laptop carrying platform in different angular working positions It enables its use. The result of placing the device on the laptop carrying platform (4) load, platform support arm (25), sliding lifting elements, sliding load transfer support 25 working surface (20), main carrier body (2) and base carrier frame (3) It is transferred to the surface. Slide anti-reverse surface (19), mechanical locking element (11) and step positioning slots (10), in the sliding lifting elements as a result of the device weight By limiting any involuntary backward movement that may occur, the selected working height is 30 It contributes to its preservation. When the stand needs to be folded again, the lock release element (14) is used. mechanical locking element (11) available from stepped positioning slots (10) 18 The connection with the nest corresponding to the height level is left free and is sledded. The lifting elements are moved into each other. Laptop carrying platform (4), platform tilt joint (21) and folding joint (27) is moved towards the closed position via the platform support arm (25) The support arm folds over the connecting joint (26) and the folding guide surface (28) 5 It helps to ensure that the moving elements are positioned harmoniously with each other. After the movable elements are brought to the closed position compatible with the compact transport housing (35) then the closed position fixing element (29), closed position counter element (30) The stand's compact transportability is maintained by mechanical coupling. Within the scope of the invention, the first sliding lift element (6) and the second sliding lift element 10 (7) dimensions of the element, the amount of overlap and the distance of movement, the size, weight, and intended height of the laptops the stand will be used with It can be changed according to the adjustment range. The number of stepped positioning slots (10), the distance between them and the sliding The distribution on the elevation elements is also the height level 15 foreseen for the stand. It can be arranged according to the number. Similarly, the tilt positioning slots (23) number and their angular positions relative to each other, laptop carrying platform (4) It can be created according to the planned slope levels. Main carrier body (2), base carrier frame (3), laptop carrying platform (4), first sliding lifting element (6), second sliding lifting element (7), platform 20 Support arm (25) and similar load-bearing parts may be damaged during use. suitable metal, metal alloy, engineering plastic that can withstand mechanical forces, They can be produced from composite materials or suitable combinations thereof. Non-slip base element (32) and device contact support surface (33), working surface and 25 Elastomeric or similar suitable material to improve contact properties with the laptop It can be made from various materials. The basic mechanical working principle of the invention is; the first sliding lifting element (6) and the second the nesting guide channel (8) of the sliding riser element (7) and the sliding guide projection Laptop carrying as a result of guided linear motion via (9) Changing the height of the platform (4), stepped positioning slots (10) 30 selected through the mutual mechanical relationship of the mechanical locking element (11) height fixing, slide anti-return surface (19) and slide load transfer mechanically positioning the device under load through the support surface (20) 19 support, platform tilt joint (21), stepped tilt adjustment element (22), tilt via positioning slots (23) and tilt locking tab (24) the laptop holding and using the computer transport platform at different angles subsequently, sliding lift, platform support and carrier elements folding joint (27) and compatible with the compact carrying case (35) via the folding guide surface (28) 5 It is based on being brought to the closed position. Thanks to this integrated mechanical structure. foldable laptop stand (1), different height and tilt when open mechanically adjustable to their positions and the selected position under device load while creating a load-bearing structure that can protect the movable elements after use. By being pulled out and folded, it becomes a compact, low-volume transport position of 10 It can be converted.

Claims

REQUESTS 1. Laptops have different heights when placed on different work surfaces. main carrier body (2), base carrier for support in their positions Foldable laptop including frame (3) and laptop carrying platform (4) The computer stand (1) has the feature of a laptop carrying platform (4) base 5 to enable the change of its height according to the carrier frame (3) and their range of motion is at least with the first sliding lifting element (6) which interlocks with each other in one section second sliding lift element (7), of the said sliding lift elements unwanted lateral displacement while guiding their linear motion relative to each other 10 and interconnected mechanically related elements to limit the tendency to rotate with the guide channel (8) and the slide guide projection (9), first slide lift element (6) and the second sliding lifting element (7) are different from each other. stepped positioning slots corresponding to their linear positions (10), 15 corresponding to the selected height level from the stepped positioning slots (10). by mechanically connecting with the incoming socket, the first sliding riser element (6) mechanically positioning the second sliding lifting element (7) relative to each other mechanical locking element (11) that secures the sliding lift under device load a slide anti-reverse surface that limits the involuntary backward movement of the structure (19), the load from the laptop carrying platform (4) sliding lift 20 sliding load supporting its transfer from the structure to the main carrier body (2) transfer support surface (20), open use of movable carrier elements folding that enables rotational movement from its closed position to the closed transport position. its joint (27) and at least one of the retractable or folding movable elements 25 in the closed position within the fuselage boundaries or in a position compatible with the fuselage. It is characterized by including a compact carrying case (35) which allows it to be collected. is being done.

2. Foldable laptop stand (1) according to claim 1, its feature is; mechanical The locking element (11) is selected from the stepped positioning slots (10) mechanically locked with the slot corresponding to the height level 30 and the mechanical locking element (11) is secured in the selected slot. by including the locking counter surface (12) which supports holding it in place It is characterized by... 21 3. Foldable laptop stand (1) according to claim 2, and its feature is mechanical. mechanical locking element (11) in the direction of stepped positioning slots (10) by influencing the selected height from the stepped positioning slots (10) it enters into a locking relationship with the socket corresponding to its level and remains in the locked position. 5 is characterized by having a spring-acting locking tab (13) that supports holding it in place. is being done.

4. Foldable laptop stand (1) according to claim 3, and its feature is; user Mechanical locking resulting from mechanical movement or force applied by the height selected from the stepped positioning slots (10) of the element (11) Temporarily eliminate the locking relationship with the socket corresponding to the level 10 by lifting the first sliding lift element (6) and the second sliding lift The lock release allows the element (7) to be moved again relative to each other. It is characterized by containing the release element (14).

5. Foldable laptop stand (1) according to claim 1, and its feature is; first sliding The height adjustment element (6) and the second sliding height adjustment element (7) are 15 degrees relative to each other. by keeping the movement they performed within the defined limits, the aforementioned sled uncontrolled separation of the booster elements from each other It is characterized by having a limiting sled movement limiter (15).

6. Foldable laptop stand (1) according to claim 5, its feature is; first sliding The height adjustment element (6) and the second sliding height adjustment element (7) are 20 degrees relative to each other. reaching at least one of the specified maximum or minimum movement positions during which the sliding lift elements come into mechanical contact with each other stroke limitation, which restricts movement outside the predicted range of motion. It is characterized by having a protrusion (16) and a stroke counter surface (17).

7. Foldable laptop stand (1) according to claim 1, and its feature is; first sliding 25 linear between the lifting element (6) and the second sliding lifting element (7) while maintaining mobility, avoiding unwanted gaps between the elements in question and includes a slide clearance compensation element (18) which reduces lateral movement. It is characterized by...

8. Foldable laptop stand (1) according to claim 1, and its feature is; laptop 30 Angular movement of the computer transport platform (4) according to the support structure of the stand by including the platform tilt joint (21) which enables it to be realized It is characterized by... 22 9. Foldable laptop stand (1) according to claim 8, and its feature is; laptop The computer transport platform (4) has a stepped design in different angular usage positions. In order to ensure that it is positioned as such, it is associated with the platform tilt joint (21). the stepped tilt adjustment element (22) and the laptop carrying platform (4) Multiple slopes arranged to correspond to their different angular positions 5 It is characterized by containing the positioning slot (23).

10. Foldable laptop stand (1) according to claim 9, its feature is; tilt with the slot corresponding to the angular position selected from the positioning slots (23) by mechanically engaging the laptop carrying platform (4) tilt locking tab (24) 10 which ensures that it is held in the determined tilt position It is characterized by its inclusion.

11. Foldable laptop stand (1) according to claim 8, and its feature is; laptop mechanically in the open use position of the computer transport platform (4) support and the device load affecting the said transport platform on the stand 15 by including the platform support arm (25) which supports its transfer to the carrier structure. It is characterized by...

12. Foldable laptop stand (1) according to claim 11, and its feature is; platform rotational movement according to the elements to which the support arm (25) is attached allowing it to be carried out and folded when the stand is closed. It is characterized by including the support arm connecting joint (26). 20 13. Foldable laptop stand (1) according to claim 1, and its feature is; folding through its joint (27) from open use position to closed transport position by guiding the folding movement of the movable elements The subject is ensuring that the elements work together harmoniously and compactly. Folding 25 which supports bringing it into closed placement compatible with the transport cradle (35). It is characterized by having a guide surface (28).

14. Foldable laptop stand (1) according to claim 13, and its feature is; movable from bringing the elements into the closed position compatible with the compact transport housing (35) then the unintentional disruption of the stand's enclosed transport position closed position 30 mechanically related to each other in order to restrict. with the fixing element (29) and the closed position counter element (30) It is characterized by...

15. Foldable laptop stand (1) according to claim 1, and its feature is; base carrier support area on the working surface of the stand in relation to its frame (3) 23 regulation and maintenance of mechanical balance in different working positions It is characterized by having a supporting base balance foot (31).

16. Foldable laptop stand (1) according to claim 15, and its feature is; base balance By increasing the grip between the foot (31) and the working surface, the stand's working surface non-slip base that restricts involuntary movement on it 5 It is characterized by containing element (32).

17. Foldable laptop stand (1) according to claim 1, and its feature is; laptop contact between the bottom surface of the computer and the laptop carrying platform (4) by arranging the laptop during use. Device contact support 10 which limits involuntary sliding on the platform (4). It is characterized by containing its surface (33).

18. Foldable laptop stand (1) according to claim 17, and its feature is; laptop positioned at the front of the computer carrying platform (4) and the laptop the downward movement of the computer on the laptop carrying platform (4) It is characterized by including the limiting front device support protrusion (5). 15 19. Foldable laptop stand (1) according to claim 1, and its feature is; laptop laptop to allow air circulation in the lower section of the computer At least one ventilation created on the computer transport platform (4) It is characterized by including its openness (34).

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