A device used to hold small solar panels.

Abstract

The invention relates to an apparatus used to hold and secure small solar panels, thereby preventing damage from the sun to devices being charged by the solar panels during charging. It also ensures a distance between the solar panels and the ground, preventing contact between the panels and the charging devices. The invention aims to eliminate various disadvantages by designing a product that is quick, easy to use, maintain, and clean, and does not require technical expert support, through its basic structure and distinctive features. This will promote the widespread use of small-sized solar panels and ultimately increase the amount of energy obtained from them.

Description

1 TARIFF FOR HOLDING SMALL-SIZED SOLAR PANELS APPARATUS Technical Area This invention, thanks to a device that holds small solar panels, makes it possible to hold small 5-inch solar panels. holding and securing solar panels of various sizes and small-sized solar panels The roof, during the charging of devices powered by solar panels, the surfaces on which they will be placed and the sun on the surfaces where the solar panels will be placed By keeping the lower part of the panels in the shade, the devices being charged are protected from the sun. to prevent damage and small solar panels and small 10 the ground on which the devices charged with solar panels of various sizes are placed small It relates to the apparatus used to hold solar panels of various sizes. State of the Art 15 Throughout history, the human population on Earth has increased, and with the increasing human population... The required energy demand has also increased. The energy needs of the human population vary. This is met from various sources. A portion of the increasing energy needs of the human population... Energy production using solar panels is used in the reception area, and with solar panels... Energy production continues to increase day by day. The installation of solar panels has been ongoing for 20 years. And making them easier to use is a positive factor in the widespread adoption of solar panels. It has an effect, and thus, with the widespread use of solar panels, solar power... The amount of energy obtained from solar panels is increasing, thus providing the energy needed for the human population. The amount needed to meet the need is increasing. For the reasons explained, the installation and use of solar panels is 25 By making it easier to use solar panels, the widespread adoption of solar technology will be ensured. The widespread adoption of energy production from solar panels is of great importance. Large-sized solar panels currently in use on the market Installation is usually done by specialists. Mobile phones, tablets, A small 30-inch portable charger that can charge small devices like these. Solar panels of these sizes are already in use on the market. Small-sized solar panels can power mobile phones, tablets, portable chargers, and more. When charging similar small devices; solar panels receive sunlight It needs to be in a sunny environment to benefit from it, but cell phones, tablets, Portable chargers and similar small devices, however, are affected by sunlight up to 35. In order to prevent negative effects such as wear and / or damage to these devices It needs to be in a shaded area that does not receive direct sunlight. Small in size. Solar panels can power mobile phones, tablets, portable chargers, and similar small devices. When charging devices of this size; solar panels in a sunny environment 2 It is necessary to have it, but mobile phones, tablets, portable chargers and the like. Small devices should be placed in a shaded area away from direct sunlight. the need for people to meet these needs This can make things more difficult, and consequently, people are having trouble with small-sized solar panels. The increasing prevalence of its use is negatively affected. 5 Small-sized solar panels can power mobile phones, tablets, portable chargers, and more. When charging similar small devices; solar panels and solar energy If devices charged with solar panels are placed on wet and / or damp surfaces Wet and / or damp surfaces can damage and / or malfunction these devices. This can lead to negative consequences. Again, small solar panels can be used on mobile phones. charging phones, tablets, portable chargers and similar small devices During this time, solar panels and devices charged with solar panels should not be placed on dirty surfaces. If placed on dirty floors, these devices may become contaminated, damaged and / or This can lead to negative effects such as deterioration. Portable chargers, commonly used for charging devices such as mobile phones and tablets, are available in 15 models. Some of their devices have solar panels attached to them. And these solar panels, mounted on the devices, use solar energy to provide portable charging. It is used to charge devices; however, it has a solar panel fixed on it. portable chargers can be charged using solar power. When placed in an open environment, portable 20 exposed to direct sunlight Chargers can wear out and / or deteriorate over time due to the effects of sunlight. This can lead to negative consequences such as those listed above. These small devices such as cell phones, tablets, portable chargers, and the like. Small-sized solar devices already on the market that can charge other devices During charging with the panels, the distance between the surface on which all these devices are placed and the panel is 25 ensuring a distance between them and small-sized solar panels Fixing it in place can make the charging process more difficult. Purpose of the Invention The present invention eliminates the disadvantages mentioned above and offers additional advantages. It relates to the apparatus used to hold small solar panels. The invention generally involves holding and securing small-sized solar panels for charging. during the charging of devices, the roof, the surfaces where the solar panels will be placed, and on the underside of the solar panels on the surfaces where the solar panels will be placed By keeping the devices in the shade while charging, you can prevent them from being damaged by the sun. prevention and small-sized solar panels and small-sized solar panels there should be a distance between the charging devices and the surface they are placed on. designed to hold small solar panels for the purpose of providing power. It is related to the useful device. One purpose of the invention is to make small devices such as mobile phones, tablets, portable chargers, and the like accessible to 40 people. When charging devices of a certain size with small solar panels, the charging process... 3 making the process of attaching and charging small-sized solar panels easier It is aimed at bringing about the goal. Another important purpose of the invention is to provide surfaces and components for mounting solar panels. holding and securing small solar panels, and the distance between them and the ground. This is aimed at preventing contact with the ground by ensuring that it is not in contact with the ground. 5 Another important purpose of the invention is to provide charging via long poles, poles, and short poles. surfaces where the devices will be placed, surfaces where the solar panels will be placed, and ensuring there is a distance between the roof and the ground to prevent contact with the ground. It is aimed at its goal. Another purpose of the invention is to make small devices such as mobile phones, tablets, portable chargers, and the like accessible. When charging devices of a certain size with small solar panels, the charging process... The surfaces where the devices will be placed, the charging devices on the roof, the sun surfaces where the panels will be placed and surfaces where the solar panels will be placed It is charged by keeping the lower part of the solar panels on it in the shade. It is aimed at preventing devices from being damaged by the sun. 15 Another purpose of the invention is to power small devices such as mobile phones, tablets, portable chargers, and the like. When charging devices of a certain size with small solar panels, long poles and rods passed through holes in the poles charging devices on surfaces where stationary charging devices will be placed 20 It is directed towards. Another purpose of the invention is to power small devices such as mobile phones, tablets, portable chargers, and the like. devices of varying sizes and small solar panels that can charge these devices, A device used to hold small solar panels during the charging process. by ensuring that there is a distance between these devices and the ground, 25 By preventing contact, contact with wet and / or damp surfaces is prevented. Therefore, wet and / or damp surfaces can damage and / or malfunction these devices. The aim is to prevent such negative effects as those caused by mobile phones. tablets, portable chargers and similar small devices, and charging these devices Small solar panels capable of handling small amounts of electricity during the charging process; small 30 These devices are attached to the ground by means of an apparatus that holds solar panels of various sizes. by ensuring a distance between them to prevent contact with soiled surfaces, thus Dirty surfaces can lead to negative consequences such as contamination, damage, and / or malfunction of these devices. The aim is to prevent it from causing these effects. The primary purpose of the invention, designed with the objectives explained above, is to create a mobile phone, tablet, 35 portable chargers and similar small devices with small solar panels small solar panels that charge the device while it is being charged It aims to simplify the docking and charging process, thereby by making the installation and use of small-sized solar panels easier 40 This is aimed at increasing the use of small-sized solar panels. increasing the amount of energy obtained from small-sized solar panels 4 the amount needed to meet the energy requirements of the human population It aims to increase it. Another important purpose of the invention is to hold small-sized solar panels in place. The installation of the device, including all its parts, requires tools such as a drill and screwdriver. 5 The fact that no tools are needed, all parts can be assembled by hand without any manual intervention. This allows for ease of installation and use. Another purpose of the invention is to produce solar panels of different sizes from small-sized ones. The purpose is to provide a mounting option. This is to hold small-sized solar panels in place. The device used is located on the edges of the surfaces where the solar panels will be placed. 10 holding and securing by touching and applying pressure to the edges of solar panels This was achieved thanks to the useful side parts. Another purpose of the invention is to create a device that holds small solar panels. Because its parts can be disassembled and reassembled, it is easy to clean. The advantage is that it does not require technical services. 15 The reason the invention was planned for small-sized solar panels is because of cell phones, necessary for tablets, portable chargers and similar small devices The aim is to make it easier for people to obtain energy individually. thanks to the small devices people use such as cell phones, tablets, portable chargers, and the like. by individually generating the energy required for devices of this size 20 The aim is to contribute to sustainability. Another reason the invention was planned for small-sized solar panels is that they are small. Thanks to its compact size, this device is used to hold solar panels of these dimensions. the device allows people to easily move it from one place to another Because of its effectiveness. 25 Small solar panels generally consist of a thin casing; Electricity obtained from small solar panels by harnessing sunlight. its energy is used in small devices such as mobile phones, tablets, portable chargers and the like. conductive connection devices through which the data is transferred to devices, i.e., the connection is made with these devices And the cables are usually located at the bottom of small solar panels, so 30 It is located on the opposite side of the face that faces the sun. What is meant by this invention are small-sized solar panels; a length of 380 millimeters, measuring 330 millimeters in width or smaller, and 650 millimeters in length and 380 millimeters in width, or smaller It has been used to refer to solar panels. Small-sized solar panels 35 A device for holding the panels together; preferably one that includes all the parts. or, as another preferred alternative, including some of its parts It can be installed; the roof, four short poles, a surface for two solar panels, eight two side pieces, two charging surfaces for devices, four rods and The apparatus is supported by four long poles and four 40-inch poles. It is assembled, preferably including all parts, along with the pole; In addition, other alternatives include holding small-sized solar panels. Not all parts of the useful device may be assembled according to need; preferably one solar panel is sufficient. the surface on which the panel will be placed, three or four side pieces, one charging device the surface it will be placed on, two rods, two long posts, two poles included. It is being installed. The apparatus used to hold the small solar panels is all When installed to include the components, the short 5 solar panels are of sufficient width. due to contact with the poles or the surface on which a single solar panel will be placed a sunshade narrow enough to pass between two short poles on top the panels are placed on the surface where two solar panels will be installed and these solar If the panels are long enough, these solar panels will intersect at some point. For these reasons, these points, which are limiting factors for the size of solar panels, must be taken into consideration. 10 Suitable solar panels of appropriate size should be installed. Other alternatives include: preferably, in cases where there is a surface where a single solar panel can be placed, the sun because there are no short poles for the panels to make contact with, and one solar panel any overlap between the solar panel placed on the surface where it will be placed and the opposite side. Due to the absence of a solar panel, larger solar panels could be installed; 15 In other words, the apparatus includes the surface on which the two solar panels will be placed, preferably the entire unit. Compared to the setup which includes the components, other alternatives include a single solar panel. In situations where the surface on which the panel will be placed is present, their installation is larger. Solar panels of various sizes can be installed. Alternative installations in these situations include: A total of 20 solar panels will be placed, one on each side of the surface. compared to an installation that includes four side panels, a single solar panel will be placed The surface has no side piece on the top edge, and one on each of the other three edges. a larger-sized solar panel setup including a total of three side panels They can be placed there because, due to the absence of side panels on the top edge, the solar panels... It is not limiting in terms of dimensions. 25 The preferred application of the invention is to hold small-sized solar panels. The device's parts are all made of opaque material, thus sunlight is refracted and / or reflected by cell phones, tablets, portable chargers and to prevent damage to similar small devices during charging and / or aims to reduce. 30 The preferred application of the invention is to hold small-sized solar panels. all parts of the apparatus used are made of various types of plastic and / or similar types of plastic. It consists of materials that have properties such as not being easily broken or cracked. that is intended. The invention presented herein, as explained, has the following characteristics: its basic structure and distinctive features make it suitable for use, 35 An easy and economical product that does not require technical expertise for maintenance and cleaning. by designing, eliminating the various disadvantages identified in the known state of the art. eliminating the need for small-sized solar panels, thus facilitating their installation and use. facilitating the widespread use of small-sized solar panels and Ultimately, thanks to the widespread adoption of small-sized solar panels, small 40 by increasing the amount of energy obtained from solar panels of varying sizes increasing the amount of energy needed to meet the energy requirements of the human population It aims to... 6 Explanation of the Figures The small-sized solar panels created to achieve the purpose of this invention The holding apparatus is shown in the attached figures: Figure 1: The subject of the invention, "device for holding small solar panels," is shown in Figure 5. It is a perspective view of the system designed through implementation. Figure 2: The subject of the invention is a "device for holding small solar panels". This is a perspective view of the system designed using the implemented method (view from a top diagonal angle). Figure 3: The subject of the invention is a "device for holding small solar panels". This is a perspective view of the system designed using the application (side diagonal view). 10 Figure 4: The subject of the invention is a "device for holding small solar panels". This is a perspective view of the system designed using the implemented method (top view). Figure 5: The subject of the invention is a "device for holding small solar panels". This is a perspective view of the system designed using the implemented method (view from a top diagonal angle). Figure 6: The subject of the invention, "device for holding small solar panels," is shown in Figure 15. This is a perspective view of the system designed using the implemented method (view from a top diagonal angle). Figure 7: The subject of the invention is a "device for holding small solar panels". This is a side-view, top-down perspective view of the system designed using the application (Side panel). (Unassembled state). Figure 8: The subject of the invention, "device for holding small solar panels," is shown in Figure 20. This is a perspective view of the system designed using the application, from a side diagonal angle (Side panel). (Unassembled state). Figure 9: The subject of the invention is a "device for holding small solar panels". This is a perspective view of the system designed using the application, from a side diagonal angle (Side panel). (exploded perspective view). 25 Figure 10: The subject of the invention is a "device for holding small solar panels". This is a perspective view of the system designed using the implemented method (view from the lower diagonal angle). Figure 11: Perspective view of the side panel (View from the rear diagonal angle). Figure 12: Perspective view of the side panel (Front diagonal view). Figure 13: Perspective view of the side panel with the flare-out (View from the rear diagonal angle). 30 Figure 14: Perspective view of the roof and short posts (from a side diagonal angle). appearance). Figure 15: Perspective view of the roof (View from the lower diagonal angle). Figure 16: Perspective view of the rods and pins. Figure 17: Perspective view of the rods. 35 7 Figure 18: A perspective view of a rod and the pins on it. Figure 19: A perspective view of a rod. Figure 20: Perspective of the apparatus assembled to include some of its parts. This is the view (View from the top diagonal angle). Figure 21: Perspective view of the apparatus assembled to include some of its parts. This is the view (View from the top diagonal angle). Figure 22: A perspective view from below of the surface where the solar panel will be placed. Figure 23: A surface for installing one solar panel, along with two long poles and two... This is a perspective view of the pole from a side diagonal angle. Figure 24: A long pole and a perspective view of the pole from a diagonal angle. It is the appearance. Explanation of References in Figures 1: Roof 2: Surface where the solar panel will be placed 15 3: Surface for placing charging devices 4: Side piece 5: Tall pole 6: Pole 7: Holes 20 8: Holes 9: Nut holes 10: Hole 11: Bolt 12: Bar 25 13: Short pole 14: Pin 15: Stick 16: Indentation 17: Indentation 30 18: Indentation 8 19: Projection 20: Projection 21: Hole 22: Holes 23: Hole 5 24: Holes 25: Holes 26: Bolt hole 27: Hole 28: Hole 10 A: A device used to hold small solar panels. Detailed Description of the Invention The invention is primarily used to hold small-sized solar panels. It consists of apparatus (A) and, adhering to its basic structure and features, this 15 The subject of the invention is explained in detail only to facilitate a better understanding of the subject. It is explained in a way that will not create any limiting effects. Standing on short poles (13), where the solar panels will be placed at the bottom charged with a slope in two directions, in the same directions as the surfaces (2). The surfaces on which the devices will be placed (3) should remain in the shade while the devices are being charged. The roof (1) was designed to prevent them from being damaged by the sun by providing (Figure (Figure 2, Figure 6, Figure 14, Figure 15). On the lower side of the roof (1), the surfaces (3) where the charging devices will be placed are above devices on surfaces (3) where the devices to be charged will be placed By keeping the bottom of the solar panels in the shade while charging, they get 25% of the sun's energy. to prevent them from being damaged and placed on top of the solar panels For this purpose, surfaces (2) with an incline relative to the ground where solar panels will be placed have been designed. The surface (2) where two solar panels will be placed, located on the lower side of the roof (1) They have exactly the same characteristics and dimensions as each other (Figure 2, Figure 20, Figure 21, Figure 22, Figure 23). 30 Holes (7) are designed on the surfaces (2) where the solar panels will be placed. Sixteen holes (7) on the surface (2) where one solar panel will be placed They have exactly the same characteristics and dimensions (Figure 4, Figure 22). The holes (10) located on the edges of the surfaces (2) where the solar panels will be placed and Bolt holes (26) are designed. The surface (2) where one solar panel will be placed is 35 The eight holes (10) on it are identical in features and dimensions. 9 Four bolt holes on the surface (2) where one solar panel will be placed (26) They have the same characteristics and dimensions as each other (Figure 7, Figure 8, Figure 22). The holes (10) located on the edges of the surfaces (2) where the solar panels will be placed and surfaces on which solar panels will be placed, positioned along the bolt holes (26) (2) The nut holes (9) on it are designed. The inside of the bolt holes (26) is 5 that is, the teeth wear down and become unable to hold the bolts (11) In order to ensure that the bolts (11) hold in place, the bolt nuts Nut holes (9) are designed for the purpose of inserting the threads of the bolts (11). If necessary, bolts (11) can be used in holes (10) that do not have teeth to hold onto. (9) 10 for the insertion of bolts and nuts. It is designed. Through each hole (10) and through each bolt hole (26) There are three nut holes (9) located where one solar panel will be placed. The thirty-six nut holes (9) located on the surface (2) are identical to each other. These features and dimensions are (Figure 5, Figure 6, Figure 22). The holes (10) and 15 on the edges of the surfaces (2) where the solar panels will be placed By entering the bolt holes (26), it moves outwards and inwards along these holes. by touching the edges of solar panels and applying pressure, the sun Side parts (4) are designed to hold and secure the panels. To place one solar panel, put the holes (10) on the edges of the surface (2) where one solar panel will be placed and Four side pieces (4) that fit into the bolt holes (26) have the same specifications and 20 These dimensions are shown in Figures 3, 9, 11, 12, 13, 20, and 21. (10) holes located on the edges of the surfaces (2) where the solar panels will be placed by entering, the side can be moved outwards and inwards through these holes. The rods (12) located on the parts (4) are designed. One side part (4) The two rods (12) on it have the same characteristics and dimensions as each other. 25 (Figures 9, 11, 12, and 13). After the solar panels are inserted into the holes (21) on the side panels (4) by entering the bolt holes (26) located on the edges of the surfaces (2) where it will be placed bolts that can be moved outwards and inwards along the holes (11) It includes. The bolts (11) enter the bolt holes (26) and pass through these holes to the outside 30 by rotating the side parts (4) so ​​that they move towards the side or inwards It is made possible to move it outwards or inwards. One side piece (4) It contains bolts (11) and bolts (11) located on the side parts (4) They have exactly the same characteristics and dimensions as each other (Figure 3, Figure 9, Figure 11, Figure 12, (Figures 13, 20, 21). 35 There is one side piece (4) on which the bolt (11) is passed. hole (21) is designed. The holes (21) on the side parts (4) are connected to each other. They have exactly the same features and dimensions (Figure 13). To make it easier to hold the hand on the side piece (4), to get through the wind in windy weather to ensure its passage, thereby maintaining the invention's stationary position and protecting it from the wind at 40° Holes (22) were designed to increase durability (Figure 12, Figure 13). By contacting the edges of the solar panels with the side parts (4) and applying pressure, the solar panels When the panels are held and secured, the solar panels are positioned upwards. side parts (4) to prevent slipping and to ensure fixation The protrusions (20) are designed to be in the form of strips. Side parts (4) The protrusions (20) on it have the same characteristics and dimensions as each other (Figure 5 (Figures 3, 9, 11, 12, and 13). The lower side of the surfaces (2) on which the solar panels will be placed, on which the charging to prevent the devices placed for this purpose from overheating depending on the air temperature A charging device with holes (8) on it, parallel to the ground, for prevention or reduction purposes. The surfaces (3) where the devices will be placed have been designed. The roof (1) and two solar panels 10 two charging devices located below the surface (2) where the panel will be placed The surfaces on which they will be placed (3) have the same characteristics and dimensions as each other. Charged The holes (8) on the surfaces (3) where the devices will be placed are one-to-one with each other. They have the same features and dimensions (Figure 2, Figure 4, Figure 20, Figure 21). To ensure that the charging devices stand on the surfaces (3) on which they will be placed, 15 The rods (15) are designed. One surface (3) on which the charging devices will be placed is below. two charging devices, two rods (15) located on the side There are four rods (15) in total on the lower side (3) of the surface on which it will be placed. through the holes (27) on the long poles (5) and on the poles (6) To prevent the rods (15) that are passed through the holes (28) from moving and falling 20 holes (24) on the rods (15) and rods (15) are passed through the holes (24) Pins (14) are designed to enable fixation. On one rod (15) on each of them There are two holes in total, one near each end (24). Four rods (15) that have the same characteristics and dimensions as each other The holes (24) are identical to each other in terms of features and dimensions. 25 Pins (14) that are inserted into holes (24) with the same specifications and dimensions are identical to each other. These features and dimensions are shown in Figures 2, 3, 7, 8, 10, 16, and 17. (Figures 18, 19, 20, 21, 23, 24). To ensure that the roof (1) is supported and that the roof (1) and the solar panels are placed In order to establish a fixed connection between the surfaces (2), the upper ends are attached to the lower 30 of the roof (1). the indentations (17) on the surface and the lower ends of the surfaces where the solar panels will be placed (2) Four short posts (13) are designed to fit into the holes (25) on it. Four short The poles (13) have the same characteristics and dimensions as each other. The roof (1) and the sun In order to establish a fixed connection between the surfaces (2) on which the panels will be placed Holes (25) are designed on the surfaces (2) where the solar panels will be placed. One 35 There are two holes (25) on the surface (2) where the solar panel will be placed and The holes (25) have the same characteristics and dimensions as each other (Figure 2, Figure 3, Figure 7, (Figures 8, 10, 14, 15, 20, 21, 22, 23). A fixed connection between the roof (1) and the surfaces (2) on which the solar panels will be placed. In order to build it, four 40-inch poles (13) will be inserted into the underside of the roof (1). The recess (17) is designed. Four recesses of the same name are located on the underside of the roof (1). (17) are identical in features and dimensions to each other (Figure 2, Figure 3, Figure 7, Figure 8, (Figures 8, 10, 14, 15). 11 Through the holes on the surfaces (2) where the solar panels will be placed on the short poles (13) (25) wider than the holes (25) in order to prevent it from falling down, The projections (19) on the short poles (13) are designed. One short pole (13) There is one protrusion (19) on it. They have exactly the same features and The projections (19) on the four short poles (13) which are of the same dimensions are identical to each other. They have the same features and dimensions (Figure 2, Figure 3, Figure 5, Figure 6, Figure 7, Figure 8, Figure 14, (Figures 20, 21, 22, 23). On one short post (13), parts such as pins and bolts can be attached as needed. One hole (23) has been designed to allow for fixation. 10 on four short poles (13) that have the same features and dimensions as each other. The holes (23) have the same characteristics and dimensions as each other (Figure 10, Figure 14). In the recesses (18) on the lower surface of the surfaces (2) where the solar panels will be placed by entering, it forms the apparatus (A) used to hold small solar panels. Long poles (5) were designed to keep the parts standing. One There is one hole (27) on the long pole (5). 15 that are identical to each other. Passing rods (15) on four long poles (5) that have the same specifications and dimensions The holes (27) designed for this purpose have the same characteristics and dimensions as each other. (Figure 1, Figure 2, Figure 3, Figure 7, Figure 8, Figure 10, Figure 16, Figure 17, Figure 18, Figure (Figures 19, 20, 21, 22, 23, 24). 20 where solar panels will be placed in order to fit into the upper ends of the long poles (5). Indentations (18) located on the lower surface of the surfaces (2) are designed. One sun Two indentations (18) on the lower surface (2) of the surface on which the panel will be placed are connected to each other. They have exactly the same features and dimensions (Figure 7, Figure 8, Figure 10, Figure 20, Figure 21, Figure 22, Figure 23, Figure 24). 25 (16) in the indentations on the lower surface of the surfaces (2) where the solar panels will be placed by entering, it forms the apparatus (A) used to hold small solar panels. Posts (6) were designed to keep the parts standing. One There is one hole (28) on the pole (6). They have the same features and For the purpose of passing the rods (15) over four poles (6) of which the dimensions are The designed holes (28) have the same characteristics and dimensions as each other. (Figure 1, Figure 30 Figure 2, Figure 3, Figure 7, Figure 8, Figure 10, Figure 16, Figure 17, Figure 18, Figure 19, Figure 20, (Figures 21, 22, 23, 24). The surfaces on which the solar panels will be placed so that the top ends of the poles (6) can fit (2) The indentations (16) on the lower surface of a solar panel are designed. two indentations (16) on the lower surface (2) of the surface on which it will be placed are identical to each other 35 They have the same features and dimensions (Figure 7, Figure 8, Figure 10, Figure 20, Figure 21, Figure 22, Figures 23, 24). Apparatus for holding small solar panels (A); preferably all parts to include, or as another preferred alternative, one of its parts It can be installed to include the roof (1), four short poles (13), two solar panels 40 surface on which the panel will be placed (2), eight side pieces (4), two charging devices the surface on which it will be placed (3), four rods (15) and the parts forming the apparatus (A) standing upright 12 preferably with four long poles (5) and four poles (6) that make it stand Figures 1, 2, 3, 4, 5, and 6 contain all the parts. It is established as shown in Figures 6, 9 and 10; in addition to this, other alternatives include the apparatus (A) used to hold small solar panels. Depending on the need, not all parts may be installed; preferably, a section for one solar panel will be provided. surface (2), three or four side pieces (4), one place to put the charging devices Figure with surface (3), two rods (15), two long posts (5), two posts (6) and is installed as shown in Figure 21. Small-sized solar panels The holding apparatus (A) containing all parts is shown in Figure 1, Figure 2, Figure 3, Figure When installed as shown in Figures 4, 5, 6, 9 and 10, sufficient 10 because of the contact of the wide solar panels with short poles (13) or a between two short poles on the surface (2) where the solar panels will be placed Two solar panels will be placed in the narrow enough panels that can pass through. if placed on the surface (2) and these solar panels are long enough These solar panels will overlap at some point, therefore the dimensions of the solar panels are 15 Taking these limiting factors into consideration, solar panels of appropriate sizes are available. should be placed. As other alternatives, preferably as shown in Figures 20 and 21. In cases where there is a surface (2) on which one solar panel will be placed, the sun because there are no short poles (13) to which the panels will touch and one solar panel 20 Larger solar panels due to the absence of any solar panels. can be placed; that is, the apparatus (A) Figure 1, Figure 2, Figure 3, Figure 4, Figure 5, Figure 6, Figure 9 and preferably together with the surface (2) on which the two solar panels shown in Figure 10 will be placed. Compared to the setup which includes all the parts, other alternatives are shown in Figure 20 and The surface on which one solar panel will be placed (2) is located in Figure 21. In these situations, larger solar panels can be installed in the setups. (Figure) The setup shown in Figure 21 is larger in size compared to the setup shown in Figure 20. Solar panels can be installed; because Figure 20 shows where one solar panel will be installed. one side piece (4) located on the upper edge of the surface (2) near two holes (25) In Figure 21, the surface on which one solar panel will be placed (2) is 30 close to two holes (25). It is not located on the upper edge and thus the dimensions of the solar panels It is not limiting, that is, there are four side pieces (4) in the setup in Figure 20. The setup in Figure 21 includes three side pieces (4). Industrial Applications of the Invention 35 To hold small-sized solar panels that serve the purposes mentioned above. The device in question can be manufactured and used in any branch of industry. It is suitable for industrial use.

Claims

13 REQUESTS 1. The invention describes a device that is quick, easy to use, maintain, and clean, requiring no technical expert support. used to hold small solar panels for making a product. The apparatus (A) consists of one roof (1), two surfaces on which solar panels will be placed (2), 5 eight side pieces (4), two surfaces for placing charging devices (3), four short pole (13), four poles (6), four long poles (5) and four rods (15) It includes.

2. Apparatus for holding small solar panels as in Claim 1 (A) Its feature is that the surface on which one solar panel will be placed (2), sixteen holes (7), 10 eight holes (10), four bolt holes (26) and thirty-six nut holes (9) It includes.

3. Apparatus for holding small solar panels as in Claim 1 (A) and its feature is that one side piece (4) has one protrusion in the form of a strip (20), three holes (22), one hole (21), one bolt (11) and two rods (12) 15 It includes.

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