LED display housing with multiple hole layout compatible with different LED display modules.
Patent Information
- Application Number
- TR202615015U
- Authority / Receiving Office
- TR · TR
- Patent Type
- Utility models
- Current Assignee / Owner
- Filing Date
- 2026-09-02
- Publication Date
- 2026-09-21
- Estimated Expiration
- 2036-09-02
Smart Images
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Abstract
Description
1 TARIFF MULTIPLE HOLES COMPATIBLE WITH VARIOUS LED DISPLAY MODULES. LED SCREEN CASING WITH PLACEMENT Technological Field: 5 The invention allows for advertising, information, and display without any limitations. Modular LED display systems used for this purpose, and LED screens in these systems. The technical field of casing structures for transporting and securing modules related to, in particular, different pixel pitches and consequently different screw pitches. LED display modules with mounting centers are mounted on the same housing. with an LED display case featuring a multiple hole layout that allows for easy viewing. It is related. State of the Art: 15 LED screens are multiple LED screens that enable the creation of the image. by placing the modules side by side and one above the other on a carrier case It is manufactured. LED screen modules are located on the carrier casing. using screw holes or similar mounting points to the case It is being fixed. 20 In LED display modules, the distance between the centers of two pixels is called pixel pitch. These modules are described as having different pixel counts such as P10, P8, P6.67, P5, and P4. They can be produced within these ranges. Modules with different pixel pitches can be produced in the same way. or may have similar external dimensions, but the rear surfaces of the modules have 25 The screw fastening centers are located in different positions. It can be found. In known applications, the carrier body sheet of the LED screen casing... Mounting holes are mostly for screw fixing of a specific LED display module. 30 They are created according to their centers. Therefore, different connection points. When it is desired to use an LED screen module with a specific layout, the existing chassis 2 The holes on it don't match the new module, and a different case is needed for that module. or a different body sheet metal must be used. Producing housings with different hole layouts for each LED display module, different This leads to the manufacturing and stocking of various types of cash registers. 5 Changing the pixel pitch of an existing LED screen or installing a different LED screen. If the module is replaced, a case change may be necessary; this situation This increases the costs of materials, production, storage, transportation, and assembly. Furthermore, the hole pattern, prepared according to a single module type, provides the same physical dimensions 10 Different LED display modules used optionally on a common chassis This does not allow for its use. Therefore, different screw fastening methods are preferred. Multiple LED display modules with their centers on the same carrier housing an improved casing structure that allows it to be mounted on It is needed. 15 Brief Description of the Invention: The invention enables the simultaneous use of LED display modules with different connection point arrangements. An LED with a multi-hole layout that allows it to be mounted on the case. It relates to the screen casing. 20 The subject of the invention is an LED display housing designed to carry LED display modules. carrier body sheet metal and numerous formed on the carrier body sheet metal It includes mounting holes. The mounting holes are for different LED display modules. The same carrier body 25 to correspond to different screw fastening centers They are positioned together on the sheet metal. The hole placement on the carrier body sheet metal accommodates LEDs measuring 320 × 160 mm. This is repeated in the sections where the screen modules will be placed. An example... In practice, the LED screen casing is made with dimensions of 960 × 960 mm and 30 A total of eighteen: three in the horizontal direction and six in the vertical direction. It contains a section measuring 320 × 160 mm. 3 In different applications of the invention, the case dimensions are based on the basic dimensions of 320 × 160 mm. It can be constructed in the form of horizontal and / or vertical layers. Thus The same multi-hole layout housing different numbers of LED display modules. It can be applied to various sizes. In addition to the mounting holes on the carrier body sheet, there must be at least one mounting hole. A mounting channel can be found. The mounting channel is for screws or similar fasteners. allowing for different connections by enabling passage through different locations along the channel. Compatibility of LED screen modules with point arrangements with the case It supports. 10 One aim of the invention is to accommodate different pixel pitches and different screw fastening centers. the LED screen modules are mounted on the same LED screen housing The aim is to enable this. Another aim of the invention is to produce a different housing for each LED display module and The goal is to achieve a common storage structure that reduces the need for stocking. Another aim of the invention is to create an existing LED display system without changing the casing. By enabling the use of a different LED screen module, renovation and 20 The aim is to facilitate maintenance procedures. Another objective of the invention is to adapt the basic module dimensions of 320 × 160 mm to different horizontal configurations. and a repeatable hole in the LED screen casings created in the vertical layers The goal is to establish a settlement. 25 Explaining the Figures: The invention will be described by reference to the attached figures, so that the invention Its features will be understood more clearly. However, the purpose of this invention is to highlight these specific 30 It is not about limiting it with regulations. On the contrary, the invention's accompanying claims all alternatives that can be included in the protected area defined by 4 The aim is to cover changes and equivalents. The details shown, description of sample applications of the invention and the structural features of the invention These drawings are presented to explain the concepts in an easily understandable way. Figure 1 - Perspective view of the LED screen housing, the subject of the invention. 5 Figure 2 - Front view of the LED screen housing, which is the subject of the invention. Figure 3 – The subject of the invention is an LED screen housing with dimensions of 320 × 160 mm. Detailed view of the part corresponding to the LED screen module. Figures that will help understand this invention are shown in the attached image (10). They are numbered and their names are given below. Explanation of References: 10. LED screen casing 15 20. Carrier body sheet metal 21. Side wall 30. Mounting hole 40. Mounting channel Description of the Invention: This detailed explanation describes the invention as being compatible with various LED display modules. LED display housing with multiple hole layout, not only better for the subject with examples that will help to understand and will not create any limiting effects. It is explained. 25 The subject of the invention is the LED screen housing (10), the LED screen which constitutes the LED screen. It is a structure designed for transporting and securing modules to the chassis. The LED screen housing (10) basically consists of at least one carrier housing sheet (20), carrier At least one side wall (21) extending around the body sheet (20), carrier body 30 There are multiple mounting holes (30) on the sheet metal (20) and at least one mounting includes channel (40). The carrier body sheet (20) is attached to the LED screen housing (10) of the LED screen modules. It forms the main load-bearing surface to which it is fixed. Side wall (21), load-bearing body extends along the depth of the case from the edges of the sheet metal (20) and the LED It supports the peripheral rigidity of the screen chassis (10). LED display modules are placed side by side and one below the other on the carrier body sheet (20). is placed. The carrier body sheet (20) contains an LED display module, each of which is placed. It contains successive sections corresponding to its physical size. The mentioned sections are not separate case parts but a single LED display case (10) It refers to the placement areas of the repeated LED screen modules on it. 10 In a sample application of the invention, each of the LED display modules is 320 × 160 The physical dimensions are mm. The LED screen casing (10) has three horizontal and vertical dimensions. measuring 960 × 960 mm to accommodate six LED screen modules in that direction. Thus, a total of eighteen 15 are formed on the carrier body sheet (20). There are several repeating sections measuring 320 × 160 mm. However, the invention is limited to a 960 × 960 mm LED screen casing. (10) is not limited. LED display case (10), 320 × 160 mm basic module 20 different units that will have multiples of its measurement in the horizontal and / or vertical direction. It can be created in widths and heights. Carrier body sheet (20) The hole arrangement can be repeated across the entire case size. LED display modules come in different pixel pitches such as P10, P8, P6.67, P5, and P4. It can be created. Pixel pitch, adjacent pixels in the LED display module 25 It represents the distance between the centers. It has different pixel pitches. LED display modules can use the same physical dimensions of 320 × 160 mm. The screw fastening centers on the back of the modules are in different locations. It can be found. The subject of the invention is the screws for different LED screen modules in the LED screen housing (10). The counterparts of the fixing centers are on the same carrier body sheet (20). 6 The mounting holes (30) are formed together. Thus, a specific LED When the display module is placed on the carrier housing sheet (20), the relevant module Connection by selecting mounting holes (30) that match the screw fixing centers is being carried out. All mounting holes (30) must be made during the installation of the same LED display module. It is not necessary to use it. Mounting on the carrier body sheet (20) A section of its holes (30) has a first connection point arrangement LED screen one part to the module, and another part to the second or subsequent port configurations. It corresponds to LED display modules. 10 Mounting holes (30) are positioned horizontally and differently on each 320 × 160 mm section. They are positioned at vertical intervals. In the example application, the mounting holes are... (30) different distances such as 38 mm, 40 mm, 52 mm, 64 mm and 80 mm It can be found. Horizontal 15 between the centers of the opposite mounting holes (30). 272 mm or 288 mm in the vertical direction; and 100 mm, 116 mm, 132 mm in the vertical direction. Different connection openings can be created, such as mm or 138 mm. The dimensions mentioned above are for the example applications shown in the figures only. The number of mounting holes (30), their diameter and their relative position to each other are related to the LED 20. LED display modules intended to be used together with the display case (10) They can be differentiated according to the screw fastening centers. In the example application, the mounting holes (30) are 5 mm and / or 6 mm in diameter. It can be created. Some mounting holes (30) are separate circular holes 25 some mounting holes (30) are close together or partially joined. They can be formed in the form of holes. Holes that are close together or that merge, different screw fastening centers located close to each other in the same area It makes it possible to meet the needs. In addition to the mounting holes (30) on the carrier body sheet (20), at least one There is a mounting channel (40). The mounting channel (40) is relative to the mounting hole (30). 7 It is formed in the form of a longitudinal opening and the connecting element It is possible to pass it through different locations along the mounting channel (40). It provides. Mounting channel (40), screw fixing centers of different LED display modules 5 with mounting holes (30) in order to compensate for the positional differences between them They can be used together. During the fixing of an LED screen module. Some of the fasteners are through the mounting holes (30), and some are through the mounting holes (30) can be passed through the mounting channels (40). The placement of the mounting holes (30) corresponds to different LED display modules. It is repeated in every 320 × 160 mm section (20) of the carrier body sheet. Mounting channels (40) are located in the appropriate sections on the carrier body sheet (20) It can be positioned with the mounting holes (30). LED display modules are attached with screws, bolts, or similar detachable fasteners. through the relevant mounting hole (30) and / or mounting channel (40) of the elements It is fixed to the carrier body sheet metal (20) by passing it through. The connecting element, Directly to the connection point on the back of the LED screen module. It can be connected with a nut or similar counter-fastening element. 20 It can be fixed in place. Around the mounting holes (30), the LED display case (10) will be used Elastomer sealing elements depending on environmental conditions. can be used. Sealing elements can be inserted through unused mounting holes 25 (30) or the ingress of water, moisture and foreign matter from around the fasteners It restricts. The carrier body sheet (20) and side wall (21) are made of metal sheet material. It can be produced. Mounting holes (30) and 30 on the carrier body sheet (20) assembly channels (40), by cutting, drilling or similar sheet metal processing methods It can be formed. The side wall (21) is formed by the edges of the carrier body sheet (20). 8 by bending or by attaching separate side parts to the carrier body sheet (20) It can be created. Thanks to the multiple hole layout of the invention, the same LED screen housing (10) can be used on different It can be used with LED display modules that have connection point layouts. 5 This allows for separate carrier housing sheets and casings for different LED screen modules. The need to produce various types is reduced; production, storage, installation, maintenance and Module renewal processes are being simplified. 15 25
Claims
9 REQUESTS 1. Mounting LED display modules with different connection point configurations. It is an LED screen housing (10) for display purposes, and its feature is; LED screen At least one carrier body sheet (20) and carrier 5 for carrying its modules Different screw fixing of different LED display modules on the housing sheet (20). multiple pre-positioned to correspond to their centers It is characterized by having a mounting hole (30).
2. According to claim 1, the LED screen housing is (10) and its feature is; mounting holes (30), 10 each of the LED screen modules measuring 320 × 160 mm The reason is that it is repeated throughout the sections corresponding to its placement.
3. According to claim 2, the LED screen casing is (10) and its features are; 960 × 960 mm three horizontal and 15 vertical on the carrier body sheet (20) with dimensions a total of eighteen 320 × 160 mm sections, six in each direction. It includes.
4. According to claim 1, the LED screen casing is (10) and its feature is; carrier body sheet (20) 20 on it, which allows the fastener to be inserted in different positions. It must contain at least one mounting channel (40).
5. According to claim 4, the LED screen housing is (10) and its feature is; mounting holes (30) and at least one mounting channel (40), screws for different LED display modules carrier body sheet (20) 25 to correspond to the fixing centers They are positioned together on it.
6. According to Claim 1, the LED screen casing is (10) and its feature is; the carrier body sheet metal. (20) at least one side wall extending in the direction of the casing depth around it (21) includes. 30 7. According to claim 1, the LED screen housing is (10) and its feature is; mounting holes (30) It must contain at least one elastomer sealing element around its perimeter.
8. According to claim 1, the LED screen housing is (10) and its feature is; mounting holes (30), 5 LED display modules with P10, P8, P6.67, P5 and P4 pixel pitches. at least two of them corresponding to different screw fastening centers It is its positioning. 15 25