Canopy awning with blinds from a new mounting construction

Abstract

Canopy awning with blind, which consists of a support post (100) and a ring carrier (300), characterized in that a receiving holder (110) is inserted into the upper part of the support post (100), wherein the inner wall of the receiving holder (110) is provided with a mounting slot (111), wherein an installation section (200) is arranged to fit in the mounting slot (111), wherein a receiving space (101) is formed in the receiving holder (110), wherein a ring carrier mounting section is inserted into the end piece of the ring carrier (300), wherein the ring carrier mounting section is inserted in the receiving space (101), wherein the installation section (200) is mounted with this ring carrier mounting section for a corresponding fit.

Description

[0001] The present utility model relates to the technical field of external blinds, in particular to a canopy awning with a blind of a novel mounting construction.

[0002] Outdoor tents come in a variety of structural forms. They can be used as foldable tents for space-saving storage or as permanent tents that can be set up directly in outdoor areas such as gardens or parks. The canopy awning, a type of permanent tent, features a canopy with a louvered structure. A coupling system allows the louver to be rotated, allowing for both shading and opening. Due to its ability to regulate light, the canopy awning enjoys great popularity among consumers.

[0003] Publication number CN217001180U discloses a quick-assembly structure for tent support posts, comprising a properly assembled support post and a ring support. The structure is characterized by anchor-type fasteners attached to the ends of the ring support, a first limiting slot being provided on the side surface of the support post, the anchor-type fasteners being designed to slidably fit within the first limiting slot and being limited horizontally by this first limiting slot. The assembly between the support post and the ring support is further achieved by inserted support members. In this utility model, the ring support and the support post are secured by support members, and the ring support is additionally connected to the support post by anchor-type fasteners to increase the connection strength and ease of disassembly and assembly.However, the installation of anchor-type fasteners in this structure is relatively complex; it also requires a support member for reinforcement, resulting in a more complex installation overall. Furthermore, the support members are visible, which impairs the aesthetic appearance, and the overall installation strength is comparatively average.

[0004] The awning frames available on the market for canopy awnings with blinds typically consist of ring beams and support tubes that are firmly connected to one another. Since they are usually used outdoors, they must withstand strong winds, heavy rain, and snow loads and therefore require considerable stability. The connection between the support posts and the cross beams of the existing canopy awning with blinds is sometimes achieved by overlapping or using angle connectors. However, these connections are often not sufficiently stable, leading to wobbling and a lack of stability during use. Furthermore, the connecting parts are usually exposed to the outside without protection, making them vulnerable to environmental influences and thus reducing their service life.

[0005] With regard to the above-mentioned problem, the present utility model aims to at least partially alleviate the problems associated with the prior art and, in particular, to provide a canopy awning with a blind of a novel mounting structure which optimizes the mounting structure of the ring support and support post and thus improves the overall stability of the canopy awning with a blind.

[0006] A canopy awning with a blind according to the features of claim 1 contributes to this. Advantageous further developments are specified in the dependent claims. The description, particularly in conjunction with the figures, explains the invention and provides further exemplary embodiments.

[0007] The technical problem to be solved by the present utility model can be realized by the following technical solution: Canopy awning with blind of a novel mounting construction, which consists of a support post and a ring carrier, wherein a receiving holder is inserted at the upper part of the support post, wherein the inner wall of the receiving holder is provided with a mounting slot, wherein an installation section is arranged to fit in the mounting slot, wherein a receiving space is formed in the receiving holder, wherein a ring carrier mounting section is inserted at the end piece of the ring carrier, wherein the ring carrier mounting section is inserted in the receiving space, wherein the installation section is mounted with this ring carrier mounting section for a corresponding fit.

[0008] The installation section comprises a cover plate and a first mounting plate, wherein the cover plate serves to fit tightly with the upper end of the support post, wherein the first mounting plate is embedded in the mounting slot, wherein the first mounting plate is provided for corresponding fit with the ring carrier mounting section.

[0009] The cover plate and the first mounting plate form a one-piece structure, with the number of first mounting plates being 2.

[0010] Two of the first mounting plates are arranged distributed on two adjacent side surfaces of the lower region of the cover plate, wherein the two first mounting plates are each fitted into the mounting slots of the adjacent side walls of the holder.

[0011] Support post fastening holes and ring carrier fastening holes are arranged on the cover plate, wherein cover plate connection holes are provided on the upper end surface of the ring carrier mounting section, wherein side fastening holes are provided on the side wall of the ring carrier, wherein the ring carrier fastening holes serve for corresponding fit with the cover plate connection holes, wherein the support post fastening holes are intended for corresponding fit with the cover plate fastening holes on the receiving holder, wherein the side fastening holes are provided for corresponding fit with the side connection holes on the first mounting plate.

[0012] The cover plate and the first mounting plate are formed as separate components, the first mounting plate being embedded in a corresponding mounting slot, the first mounting plate serving to correspondingly fit with the ring carrier mounting portion, the cover plate being provided for a tight fit with the upper end of the support post.

[0013] The ring carrier mounting portion is further provided with a second mounting plate, wherein the second mounting plate is embedded in the inner cavity of the ring carrier mounting portion, wherein the second mounting plate is for corresponding fit with the first mounting plate.

[0014] Side connection holes are arranged on the first mounting plate, wherein side fastening holes are provided on the ring carrier mounting section, wherein side mounting holes are provided on the second mounting plate, wherein the side connection holes, side mounting holes and side fastening holes are for corresponding fit.

[0015] Support post mounting holes and ring carrier mounting holes are arranged on the cover plate, wherein cover plate connection holes are provided on the upper end surface of the ring carrier mounting section, wherein the ring carrier mounting holes serve for corresponding fit with the cover plate connection holes, wherein the support post mounting holes are intended for corresponding fit with the cover plate mounting holes on the receiving holder.

[0016] A plurality of ribs are arranged on the inner wall of the support post, the ribs interacting in a form-fitting manner with grooves arranged on the outer wall of the receiving holder; a mounting bracket is provided at the upper end of the support post, the mounting bracket serving for the countersunk mounting of the receiving holder.

[0017] The holder is divided into corner holder and center holder.

[0018] A corresponding footplate is attached to the underside of the support post, the footplate comprising a footplate holder and a footplate cover; the footplate holder comprising a footplate bottom plate and a footplate mounting seat arranged on the footplate bottom plate, the footplate mounting seat being mounted for corresponding fit with the support post, the footplate cover being placed on the support post, the footplate cover covering the top part of the footplate holder.

[0019] The footplate cover comprises a first footplate cover and a second footplate cover, wherein the first footplate cover and the second footplate cover are connected in an interlocking manner, wherein the first footplate cover and the second footplate cover are attached to the outside of the support post after the interlocking.

[0020] Side cavities are formed between the support post and the ring support, with a roller shutter device being arranged in at least one side cavity.

[0021] Side cavities are formed between the support post and the ring carrier, with a sliding door device being arranged in at least one side cavity.

[0022] Side cavities are formed between the support post and the ring beam, with a blind side panel being arranged in at least one side cavity.

[0023] The blind side panel includes a side blind frame and a plurality of side blind panels located within the side blind frame, wherein the plurality of side blind panels are arranged transversely or longitudinally within the side blind frame.

[0024] The side blind panels comprise a side blind body and side blind end cap holders arranged at both ends of the side blind body, wherein a coupling rack is attached to any end of the side blind end cap holder, wherein the coupling rack is located within the side blind frame; wherein the side blind end cap holder comprises an end cap body, a rotary shaft portion, and a rotary tooth portion, wherein the rotary tooth portion serves to mesh with the coupling rack, wherein the coupling rack serves to synchronously drive the corresponding rotary tooth portion and thus realize the simultaneous rotational movement of a plurality of side blind panels.

[0025] An outer curved side wall is attached to the support post.

[0026] A blind panel assembly is arranged in the ring support, with a drainage channel arranged on the inner side wall of the ring support and a frame for light strips provided on the side wall of the drainage channel.

[0027] The advantageous effects of the present utility model over the prior art are as follows: By inserting the receiving bracket into the upper part of the support post and embedding the first mounting plate into the receiving bracket, a quick and secure attachment of the ring support to the first mounting plate is enabled by the ring support mounting section. In addition, the firm connection between the cover and the ring support ensures vertical and horizontal fixation, thereby improving the stability of the entire assembly. The structure of the mounting section is optimized and implemented as either a two-piece or one-piece construction to facilitate the installation of canopy awnings with blinds of different specifications, thus improving the applicability of the product.In addition, the structure of the support bracket has been optimized and divided into corner and center support brackets according to the installation requirements, which allows for flexible extension of the canopy awnings with blinds.

[0028] The features of this utility model can be clearly understood by reference to the drawings of the present file and the following detailed description of advantageous embodiments. Fig. 1 shows a schematic representation I of the overall structure of the canopy awning with blinds in the utility model; Fig. 2 shows a schematic diagram I of the installation structure of the support post and the ring beam in the utility model; Fig. 3 shows a schematic diagram II of the installation structure of the support post and the ring beam in the utility model; Fig. 4 shows a schematic diagram III of the installation structure of the support post and the ring beam in the utility model; Fig. 5 shows a schematic diagram of the installation structure of the support post and the receiving holder in the utility model; Fig. 6 shows a schematic cross-sectional view I of the installation structure of the support post and the ring beam in the utility model; Fig. 7 shows a schematic cross-sectional view II of the installation structure of the support post and the ring beam in the utility model; Fig. 8 is a schematic diagram showing the installation structure of the support post, the receiving bracket, and the first mounting plate in the utility model; Fig. 9 shows a schematic diagram I of the installation structure of the support post, the receiving holder and the installation section in the utility model; Fig. 10 is a schematic diagram II showing the installation structure of the support post, the receiving bracket, and the installation section in the utility model; Fig. 11 is a second schematic diagram of the structure of the installation section in the utility model; Fig. 12 shows a schematic diagram IV of the installation structure of the support post and the ring beam in the utility model; Fig. 13 shows a schematic diagram V of the installation structure of the support post and the ring beam in the utility model; Fig. 14 shows a schematic diagram VI of the installation structure of the support post and the ring beam in the utility model; Fig. 15 shows a schematic diagram I of the installation structure of the support post and the base plate in the utility model; Fig. 16 shows a schematic diagram II of the installation structure of the support post and the base plate in the utility model; Fig. 17 shows a schematic representation II of the overall structure of the canopy awning with blinds in the utility model; Fig. 18 shows a schematic representation III of the overall structure of the canopy awning with blinds in the utility model; Fig. 19 shows a schematic representation IV of the overall structure of the canopy awning with blinds in the utility model; Fig. 20 shows a schematic representation V of the overall structure of the canopy awning with blinds in the utility model; Fig. 21 shows a schematic representation VI of the overall structure of the canopy awning with blinds in the utility model; Fig. 22 shows a schematic representation VII of the overall structure of the canopy awning with blind in the utility model; Fig. 23 shows a schematic diagram of the structure of the blind side panel in the utility model; Fig. 24 shows a schematic diagram of the explosive structure of the side blind plate and the coupling rack in the utility model; Fig. 25 shows a schematic diagram of the installation structure of the side blind plate and the coupling rack in the utility model; Fig. 26 shows a schematic cross-sectional view of the installation structure of the blind side panel in the utility model; Fig. 27 shows a schematic representation of the structure of the longitudinal beam frame in the utility model; Fig. 28 is a schematic diagram showing the structure of the cross member frame and the sliding door slide in the utility model; Fig. 29 shows a schematic diagram of the structure of the drainage channel in the utility model; Fig. 30 shows a schematic cross-sectional view of the structure of the ring carrier in the utility model.

[0029] In order to better understand the technical means, design features and achieved objectives and effects realized by the present utility model, a further explanation of the present utility model is given below in conjunction with concrete figures. Example 1

[0030] In connection with the Fig. 1 and Fig. 9 to Fig. 14, the present utility model discloses a canopy awning with a blind of a novel mounting construction, which consists of a support post 100 and a ring carrier 300, wherein a blind plate assembly 500 is arranged on the upper part of the ring carrier 300, wherein the blind plate assembly 500 represents an opening and closing device of the blind and is a blind plate assembly common in the prior art, which usually comprises a plurality of blind plates, a coupling device and a drive device for rotating the blind plates.

[0031] In a preferred embodiment, an outer curved sidewall 103 is attached to the support post 100, which serves to enhance the aesthetic appearance of the outer curved sidewall 103; in other embodiments, the cross-section of the support post has a rectangular structure.

[0032] In view of the foregoing, a receiving holder 110 is inserted into the upper part of the support post 100, wherein the support post 100 and the receiving holder 110 are usually firmly connected and form a unit; preferably, they can be formed as separate components, a firm connection being achieved by snapping them together, but a one-piece molding is also possible; wherein the inner wall of the receiving holder 110 is provided with a mounting slot 111, wherein an installation portion 200 is arranged to fit in the mounting slot 111, wherein a receiving space 101 is formed in the receiving holder 110, wherein a ring carrier mounting portion is inserted into the end piece of the ring carrier 300, wherein the ring carrier mounting portion is inserted in the receiving space 101, wherein the installation portion 200 is mounted with this ring carrier mounting portion for a corresponding fit;Due to the optimized design of the structure of the installation section 200, the installation section 200 in conjunction with the receiving holder 110 forms a mounting base which, together with the ring carrier mounting section, enables a precise connection to the installation section 200 and ensures a firm installation by means of fastening elements 900.

[0033] In the concrete structure, the installation section 200 comprises a cover plate 210 and a first mounting plate 220, wherein the cover plate 210 and the first mounting plate 220 form a one-piece structure, the number of first mounting plates 220 being 2, wherein the cover plate 210 serves to tightly fit with the upper end of the support post 100, wherein the first mounting plate 220 is embedded in the mounting slot 111, wherein the first mounting plate 220 is provided for corresponding fit with the ring carrier mounting section; wherein two of the first mounting plates 220 are distributed on two adjacent side surfaces of the lower region of the cover plate 210, wherein the two first mounting plates 220 are respectively fitted into the mounting slots 111 of the adjacent side walls of the receiving holder 110; This structure is particularly suitable for corner mounting around the ring support 300 and the support post 100.The mounting section 200 is preferably designed as a one-piece structure, which improves the overall installation in terms of both user-friendliness and stability. The direct downward insertion of the two first mounting plates 220 into the mounting slot 111, combined with the tight fit between the cover plate 210 and the receiving holder 110, creates an integral installation. At the same time, this fixes the positioning of the first mounting plates 220, enabling precise alignment with the hole pattern of the ring carrier mounting section and thus increasing the accuracy of the installation location.

[0034] In view of the foregoing, support post mounting holes 212 and ring carrier mounting holes 211 are arranged on the cover plate 210, cover plate connecting holes 302 are provided on the upper end surface of the ring carrier mounting portion, side mounting holes 301 are provided on the side wall of the ring carrier 300, the ring carrier mounting holes 211 are for corresponding fitting with the cover plate connecting holes 302, the support post mounting holes 212 are for corresponding fitting with the cover plate mounting holes 112 on the receiving holder 110, the side mounting holes 301 are for corresponding fitting with the side connecting holes 221 on the first mounting plate 220;In this case, the ring support mounting holes 211 and the cover plate connection holes 302, the support post mounting holes 212 and the cover plate mounting holes 112, as well as the side mounting holes 301 and the side connection holes 221 are each screwed together using fastening elements 900. The fastening elements 900 consist of fastening bolts, which, through their longitudinal and transverse passage, ensure the integral, secure mounting of the cover plate 210, the support holder 110, and the ring support 300. Example 2

[0035] In connection with the Fig. 1 to 8, and compared to Embodiment 1, the present utility model discloses a canopy awning with a blind featuring a novel mounting structure. In this embodiment, the cover plate 210 and the first mounting plate 220 are designed as separate components, with the first mounting plate 220 being embedded in a corresponding mounting slot 111, the first mounting plate 220 being provided for corresponding fit with the ring carrier mounting portion, and the cover plate 210 being provided for tight fit with the upper end of the support post 100. By separating the cover plate 210 and the first mounting plate 220, this structure can also be used for products of other specifications and has greater adaptability.

[0036] In view of the above, the ring carrier mounting portion is further provided with a second mounting plate 230, wherein the second mounting plate 230 is embedded in the inner cavity of the ring carrier mounting portion, wherein the second mounting plate 230 is matingly fitted with the first mounting plate 220; wherein side connection holes 221 are arranged on the first mounting plate 220, wherein side fastening holes 301 are provided on the ring carrier mounting portion, wherein side mounting holes 231 are provided on the second mounting plate 230, wherein the side connection holes 221, side mounting holes 231, and side fastening holes 301 are matingly fitted, wherein fastening bolts preferably serve for a tight fit through their longitudinal and transverse passage; an optimization is carried out by adding a structure of the second mounting plate 230 inside the ring carrier mounting portion.In combination with the first mounting plate 220 and the second mounting plate 230, a clamping fixation of the ring carrier mounting portion is formed, thereby increasing the fastening stability of the ring carrier 300.

[0037] In view of the foregoing, support post mounting holes 212 and ring carrier mounting holes 211 are arranged on the cover plate 210, and cover plate connecting holes 302 are provided on the upper end surface of the ring carrier mounting portion, the ring carrier mounting holes 211 being for corresponding fit with the cover plate connecting holes 302, the support post mounting holes 212 being for corresponding fit with the cover plate mounting holes 112 on the receiving holder 110, wherein a through fastening by means of fastening bolts is preferably used between the respective corresponding hole positions. Example 3

[0038] In conjunction with Embodiment 1 and Embodiment 2, the present utility model discloses a mounting structure for ring supports of a canopy awning with a blind, which consists of a support post 100 and a ring support 300, wherein a receiving holder 110 is inserted on the upper part of the support post 100, wherein a plurality of ribs 102 are arranged on the inner wall of the support post 100, wherein the ribs cooperate in a form-fitting manner with grooves 113 arranged on the outer wall of the receiving holder 110.

[0039] In this case, a mounting slot 111 is provided on the inner wall of the receiving holder 110, wherein the first mounting plate 220 is slidably mounted in the mounting slot 111, wherein the first mounting plate 220 is fastened to the second mounting plate 230 attached to the end of the ring carrier 300 for fitting.

[0040] Specifically, a frame mounting chamber 120 is provided at the upper end of the support post 100, and a receiving space 101 is mounted on the receiving holder 110, the receiving space 101 serving to mount the ring carrier 300.

[0041] In a preferred embodiment, with reference to Fig. 8, the first mounting plate 220 comprises a one-piece front plate 221 and rear plate 222, wherein the front plate 221 is fixedly connected to the second mounting plate 230 arranged at the end of the ring carrier 300 by means of fastening elements 900, while the rear plate 222 is slidably engaged with the mounting slot 111.

[0042] In a preferred embodiment, the enclosure mounting chamber 120 has a rectangular structure, with the receiving holder 110 having a rectangular structure corresponding to the enclosure mounting chamber 120. Mounting slots 111 are provided on the two inner walls of the receiving holder 110, which cooperate with the first mounting plate 220 for mounting the two adjacent ring supports 300 to achieve lateral fixation. A cover plate 210 is attached to the upper end of the support post 100, covering the ends of the two adjacent ring supports 300 and thus achieving longitudinal fixation.

[0043] In conjunction with Embodiment 1, the fastening element 900, preferably a bolt assembly, is used to directly pass through the ring carrier 300 to secure the first mounting plate 220. The first mounting plate 220 is locked into and restricted by the receiving holder 110, thereby achieving a firm connection between the ring carrier 300 and the support post 100. This not only increases the stability of the assembly, but the use of an internal fastening structure also eliminates exposed fasteners. This improves the aesthetic appearance and ensures the protection of the components from environmental influences, thus increasing the service life.

[0044] In conjunction with Embodiment 2, the fastening element 900, preferably a bolt assembly, is used to directly pass through the second mounting plate 230 and the ring carrier 300. The first mounting plate 220 is locked and restricted in the receiving holder 110, thereby achieving a firm connection between the ring carrier 300 and the support post 100. This not only increases the stability of the assembly, but the use of an internal fastening structure avoids exposed fasteners. This both improves the aesthetic appearance and ensures the protection of the components from environmental influences, thus increasing the service life. Example 4

[0045] In connection with the Fig. 1 to 14, the present utility model discloses a mounting structure for ring supports of a canopy awning with a blind, wherein the receiving bracket 110 is divided into a corner receiving bracket 1101 and a center receiving bracket 1102; wherein the corner receiving bracket 1101 serves to implement the connection between the ring support 300 and the four corners of the support post 100, while the center receiving bracket 1102 is used to implement the connection and fastening between two adjacent ring supports of the extended awning with a blind.

[0046] In a specific structure at the corners of the awning with blinds, the frame mounting chamber 120 has a rectangular structure, and the corner receiving bracket 1101 has a rectangular structure corresponding to the frame mounting chamber 120. Mounting slots 111 are provided on the two inner walls of the corner receiving bracket 1101, respectively, which cooperate with the first mounting plate 220 for mounting the adjacent two ring supports 300 to achieve lateral fixation. A cover plate 210 is attached to the upper end of the support post 100, covering the ends of the two adjacent ring supports 300.

[0047] In the concrete structure, taking into account Fig. 3 and Fig. 18, the frame fixing chamber 120 at the extension point of the awning with blinds is an L-shaped structure. The center receiving bracket 1102 corresponds to the frame fixing chamber 120 in an L-shape. The center receiving bracket 1102 is provided with a mounting slot 111, which, together with the first mounting plate 220, is mounted simultaneously with two adjacent ring supports 300. The ends of the two ring supports 300 are aligned linearly to realize the extension of the awning with blinds. The fixing structure between the ring support 300 and the support post 100 can refer to the corresponding fixing structures in Embodiment 1 and Embodiment 2.

[0048] By optimizing the support bracket structure at the end corners of the awning with blinds, a stable mounting structure of the ring support is achieved; by optimizing the support bracket structure in the area of ​​the awning extension with blinds, a limitless extension of the awning with blinds is realized. Example 5

[0049] In conjunction with the Fig. 15 and Fig. 16 and one of the above-mentioned embodiments, the present utility model discloses a mounting structure for ring supports of a canopy awning with a blind of a novel mounting structure that a corresponding base plate 400 is attached to the underside of the support post 100, wherein the base plate 400 comprises a base plate holder 410 and a base plate cover 420; wherein the base plate holder 410 comprises a base plate bottom plate 411 and a base plate mounting seat 412 arranged on the base plate bottom plate 411, wherein the base plate mounting seat 412 is mounted for corresponding fit with the support post 100, usually by snapping into the internal cavity or fixed by a screw fastening, wherein the base plate cover 420 is placed on the support post 100, wherein the base plate cover 420 covers the top part of the base plate holder 410.

[0050] Preferably, the base plate cover 420 comprises a first base plate cover 421 and a second base plate cover 422, which are configured in a two-part structure. The first base plate cover 421 and the second base plate cover 422 are connected in an interlocking manner, so that the first base plate cover 421 and the second base plate cover 422 are attached to the outside of the support post after being interlocked, which facilitates assembly and installation of the base plate cover 420. Example 6

[0051] As in Fig. As shown in Figure 17, in conjunction with one of the above-mentioned embodiments, side cavities are formed between the support post and the ring carrier, with a roller shutter device 600 being arranged in at least one side cavity. This ensures that the roller shutter device 600 is attached to at least one side of the awning with blind, with the roller shutter device 600 interacting on both sides with the two support posts and the corresponding ring carrier 300.

[0052] The roller shutter device 600 uses a roller shutter device that is frequently used in the prior art, the detailed explanation of which is omitted here. Example 7

[0053] As in the Fig. 18 to Fig. 22, in connection with one of the above-mentioned embodiments, in the present embodiment, side cavities are formed between the support posts and the ring carrier, wherein a sliding door device 700 is arranged in at least one side cavity. This ensures that the sliding door device 700 is attached to at least one side of the awning with blind, wherein the sliding door device 700 interacts on both sides with the two support posts 100 and the corresponding ring carrier 300.

[0054] The combination of the sliding door device with the awning system with blinds represents the state of the art, whereby the sliding door device can be used for both sliding doors with blinds and glass sliding doors and will not be explained further here. Example 8

[0055] As in the Fig. 18 to Fig. 28, in the present embodiment, in conjunction with one of the above-mentioned embodiments, side cavities are formed between the support post and the ring carrier, wherein a blind side panel 800 is arranged in at least one side cavity; wherein the blind side panel 800 can be used in combination with the sliding door guide rail 850 as a sliding door with blind.

[0056] In view of the foregoing, the blind side panel 800 comprises a side blind frame 810 and a plurality of side blind panels 820 located within the side panel frame 810, wherein the plurality of side blind panels 820 are arranged transversely or longitudinally within the side blind frame 810, wherein the plurality of side blind panels 820 may be movable in a coupled manner by a coupling device.

[0057] In the concrete construction, as in the Fig. 1 to Fig. 6, it comprises a side panel frame 810 and a plurality of side blind panels 820 located within the side panel frame 810, the plurality of side blind panels 820 comprising a side blind body 821 and side blind end cap holders 822 disposed at both ends of the side blind body 821, a coupling rack 830 being attached to either end of the side blind end cap holder 822, the coupling rack 830 being located within the side blind frame 810; wherein the end cap holder of the side blind 822 comprises an end cap body 8221, a rotary shaft portion 8222, and a rotary tooth portion 8223, wherein the rotary tooth portion 8223 serves to mesh with the coupling rack 830, wherein the coupling rack 830 serves to synchronously drive the corresponding rotary tooth portion 8223 and thus realize the simultaneous rotational movement of a plurality of side blind panels 820;The optimized use of gear teeth increases the stability of the synchronous movement of the side blind panels 820. Furthermore, the coupling rack 830 is embedded in the side panel frame 810, creating an integrated connection structure that improves the stability of the drive and prevents external interference that could lead to synchronization failure, thus increasing the product's reliability in use. At the same time, the embedded and concealed design ensures an attractive aesthetic appearance.

[0058] In view of the foregoing, the coupling rack 830 is preferably arranged on one side, namely at one end of a plurality of side blind panels 820; in a further embodiment, the coupling rack 830 may also be arranged on both sides, namely at both ends of a plurality of side blind panels 820.

[0059] In a preferred embodiment, a series of lifting racks 831 are arranged on the coupling rack 830, with each individual lifting rack 831 corresponding to an individual pivoting tooth section 8223. The length of the lifting rack 831 allows the pivoting tooth section 8223 to rotate at least half a turn, thereby facilitating the tilting of the side louvre panels 820 so that the side louvre panels 820 can be conveniently closed or opened vertically. In another preferred embodiment, the length of the lifting rack 831 allows the pivoting tooth section 8223 to rotate one full turn, facilitating the complete tilting of the side louvre panels 820.

[0060] In a further embodiment, the lifting rack 831 of the coupling rack 830 may be formed as a continuous rack, wherein the coupling rack 830 has a one-piece structure.

[0061] In view of the foregoing, the side trim frame 810 includes the cross member frame 811 and the side member frame 812, with the coupling rack 830 mounted inside the side member frame 812; a trim groove 8123 is provided inside the side member frame 812, and a clamp bar 8124 is arranged in the trim groove 8123. The coupling rack 830 is provided with a clamp groove 834, and the coupling rack 830 is partially recessed into the trim groove 8123. The clamp groove 834 serves to couple with the clamp bar 8124, and by optimizing the cross-sectional structure of the side member frame 812 and utilizing the trim groove 8123, the assembly of the coupling rack 830 is facilitated. In addition, the cooperation of the clamp groove 834 and the clamp bar 8124 enables easy vertical sliding of the coupling rack 830, thereby improving the stability of the power transmission.

[0062] In view of the foregoing, the coupling rack 830 includes a plurality of rack units 8301, the lifting rack 831 being arranged on the rack unit 8301, and the rack unit 8301 further including a front-end snap-fit ​​portion 832 and a rear-end engaging portion 833. A plurality of rack units 8301 are connected to each other by a head-to-tail engaging connection. The coupling rack 830 is designed as a two-piece structure, facilitating its use in products of different specifications, thereby reducing overall manufacturing costs and ensuring good product adaptability.

[0063] In view of the foregoing, the longitudinal beam frame 812 includes the longitudinal beam frame body 8121 and the longitudinal beam side cover 8122. A side cover installation portion 8126 is attached to the outer side of the longitudinal beam frame body 8121. A side cover engagement portion 8125 is provided on the longitudinal beam side cover 8122, and the side cover engagement portion 8125 is for mating with the side cover installation portion 8126. The two-piece lateral construction of the longitudinal beam side cover 8122 facilitates the installation of the inner cavity of the inner coupling rack 830, which improves the ease of assembly of the product. A plurality of rotary shaft holes 8127 are arranged on the inner side of the longitudinal beam frame body 8121. The rotary shaft holes 8127 cooperate with the rotary shaft portion 8122, thus enabling smooth rotary movement of the side louvre panels 820.

[0064] In view of the foregoing, anchoring grooves 8211 are provided at both ends of the side blind body 821, wherein the anchoring groove 8211 serves to embed and tightly fit with the end cap body 8221; this facilitates the assembly of the side blind panels 820.

[0065] In a preferred embodiment, the side panel frame 810 further comprises a central cross tube 840, wherein the central cross tube 840 serves to divide the side panel frame 810 into at least two side blind panel spaces. A single side blind panel unit is arranged in each individual side blind panel space, wherein the side blind panel unit comprises a plurality of side blind panels 820 and a coupling rack 830 for synchronously moving the plurality of side blind panels. By optimizing and adding the central cross tube 840, two upper and lower side blind panel spaces can be formed, which facilitates the assembly of the side blind panel units.

[0066] This utility model uses an embedded connection concept with the coupling rack, which improves the coupling stability of the side blind panels through the gear toothing. At the same time, it ensures more stable and effective transmission of the coupling rack, thus avoiding external interference and preventing coupling failure, thus increasing the product's usability. Furthermore, the embedded, concealed design provides an attractive aesthetic appearance. The structure facilitates integration to form side sliding doors with blinds or side panels with blinds and allows for convenient combination with side tents with blinds.

[0067] In further embodiments, the coupling rack can also be replaced by a coupling bar, wherein the coupling bar can be arranged externally. Example 9

[0068] In connection with one of the above-mentioned embodiments and with reference to the Fig. 29 and Fig. 30, a drainage channel 303 is arranged on the inner side wall of the ring support 300, wherein a receiving space 101 is provided on the upper part of the support post 100, wherein the receiving space 101 is hollow and is suitable for coupling with the drainage channel 303, wherein the drainage channel 303 serves to facilitate the drainage of water in conjunction with the blind panel assembly 500, wherein a frame for light bars 304 is provided on the side wall of the drainage channel 303, wherein the frame for light bars 304 is provided for embedding light bars in order to improve the aesthetic appearance.

[0069] The embodiments described above represent only preferred embodiments of the present utility model application and are in no way to be understood as a limitation of the utility model in any form. QUOTES CONTAINED IN THE DESCRIPTION

[0000] This list of documents submitted by the applicant was generated automatically and is included solely for the convenience of the reader. This list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions. Cited patent literature

[0000] CN 217001180U

[0003]

Claims

[1] Canopy awning with blind, which consists of a support post (100) and a ring carrier (300), characterized by that a receiving holder (110) is inserted into the upper part of the support post (100), wherein the inner wall of the receiving holder (110) is provided with a mounting slot (111), wherein an installation section (200) is arranged to fit in the mounting slot (111), wherein a receiving space (101) is formed in the receiving holder (110), wherein a ring carrier mounting section is inserted into the end piece of the ring carrier (300), wherein the ring carrier mounting section is inserted in the receiving space (101), wherein the installation section (200) is mounted with this ring carrier mounting section for a corresponding fit. [2] Canopy awning with blind according to claim 1, characterized byin that the installation section comprises a cover plate (210) and a first mounting plate (220), wherein the cover plate (210) serves to fit tightly with the upper end of the support post (100), wherein the first mounting plate (220) is embedded in the mounting slot (111), wherein the first mounting plate (220) is provided for corresponding fit with the ring carrier mounting section. [3] Canopy awning with blind according to claim 2, characterized by that the cover plate (210) and the first mounting plate (220) form a one-piece structure, the number of first mounting plates (220) being 2. [4] Canopy awning with blind according to claim 2 or 3, characterized bythat two of the first mounting plates (220) are arranged distributed on two adjacent side surfaces of the lower region of the cover plate (210), wherein the two first mounting plates (220) are each fitted into the mounting slots (111) of the adjacent side walls of the receiving holder (110). [5] Canopy awning with blind according to claim 2, 3 or 4, characterized byin that support post fastening holes (212) and ring carrier fastening holes (211) are arranged on the cover plate (210), wherein cover plate connection holes (302) are provided on the upper end surface of the ring carrier mounting section, wherein side fastening holes (301) are provided on the side wall of the ring carrier (300), wherein the ring carrier fastening holes (211) serve for a corresponding fit with the cover plate connection holes (302), wherein the support post fastening holes (212) are intended for a corresponding fit with the cover plate fastening holes (112) on the receiving holder (110), wherein the side fastening holes (301) are provided for a corresponding fit with the side connection holes (301) on the first mounting plate (220). [6] Canopy awning with blind according to claim 2, characterized byin that the cover plate (210) and the first mounting plate (220) are formed as separate components, wherein the first mounting plate (220) is embedded in a corresponding mounting slot (111), wherein the first mounting plate (220) serves for corresponding fitting with the ring carrier mounting section, wherein the cover plate (210) is provided for a firm fit with the upper end of the support post (100). [7] Canopy awning with blind according to claim 6, characterized by in that the ring carrier mounting portion is further provided with a second mounting plate (230), wherein the second mounting plate (230) is embedded in the inner cavity of the ring carrier mounting portion, wherein the second mounting plate (230) is adapted to mate with the first mounting plate (220). [8] Canopy awning with blind according to claim 7, characterized bythat side connection holes (221) are arranged on the first mounting plate (220), wherein side fastening holes (301) are provided on the ring carrier mounting section, wherein side mounting holes (231) are provided on the second mounting plate (230), wherein the side connection holes (221), side mounting holes (231) and side fastening holes (301) are for corresponding fit. [9] Canopy awning with blind according to claim 6, 7 or 8, characterized bythat support post fastening holes (212) and ring carrier fastening holes (211) are arranged on the cover plate (210), wherein cover plate connection holes (302) are provided on the upper end surface of the ring carrier mounting section, wherein the ring carrier fastening holes (211) serve for corresponding fit with the cover plate connection holes (302), wherein the support post fastening holes (212) are intended for corresponding fit with the cover plate fastening holes (112) on the receiving holder (110). [10] Canopy awning with blind according to one of claims 1 to 9, characterized bythat a plurality of ribs (102) are arranged on the inner wall of the support post (100), wherein the ribs (102) interact in a form-fitting manner with grooves (113) arranged on the outer wall of the receiving holder (110); wherein a frame fastening chamber (120) is provided at the upper end of the support post (110), wherein the frame fastening chamber (120) serves for the countersunk mounting of the receiving holder (110). [11] Canopy awning with blind according to one of claims 1 to 10, characterized by that the holder (110) is divided into corner holders (1101) and center holders (1102). [12] Canopy awning with blind according to one of claims 1 to 11, characterized bythat a corresponding base plate (400) is attached to the underside of the support post (100), wherein the base plate (400) comprises a base plate holder (410) and a base plate cover (420); wherein the base plate holder (410) comprises a base plate bottom plate (411) and a base plate fastening seat (412) arranged on the base plate (411), wherein the base plate fastening seat (412) is mounted for a corresponding fit with the support post (100), wherein the base plate cover (420) is placed on the support post (100), wherein the base plate cover (420) covers the upper part of the base plate holder (410). [13] Canopy awning with blind according to claim 12, characterized byin that the footplate cover (420) comprises a first footplate cover (421) and a second footplate cover (422), wherein the first footplate cover (421) and the second footplate cover (422) are connected in an interlocking manner, wherein the first footplate cover (421) and the second footplate cover (422) are attached to the outside of the support post (100) after the interlocking. [14] Canopy awning with blind according to one of claims 1 to 13, characterized by that side cavities are formed between the support post (100) and the ring carrier (300), wherein a roller shutter device (600) is arranged in at least one side cavity. [15] Canopy awning with blind according to one of claims 1 to 14, characterized by that side cavities are formed between the support post (100) and the ring carrier (300), wherein a sliding door device (700) is arranged in at least one side cavity. [16] Canopy awning with blind according to one of claims 1 to 15, characterized by that side cavities are formed between the support post (100) and the ring carrier (300), wherein a blind side panel (800) is arranged in at least one side cavity. [17] Canopy awning with blind according to claim 16, characterized by in that the blind side panel (800) comprises a side blind frame (810) and a plurality of side blind panels (820) located within the side blind frame (810), wherein the plurality of side blind panels (820) are arranged transversely or longitudinally within the side blind frame (810). [18] Canopy awning with blind according to claim 17, characterized bythat the side blind panels (820) comprise a side blind body (821) and end cap holders of the side blind (822) arranged at both ends of the side blind body (821), wherein a coupling rack (830) is attached to any end of the end cap holder of the side blind (822), wherein the coupling rack (830) is located within the side blind frame (810); wherein the end cap holder of the side blind (822) comprises an end cap body (8221), a rotary shaft portion (8222) and a rotary tooth portion (8223), wherein the rotary tooth portion (8223) serves to mesh with the coupling rack (830), wherein the coupling rack (830) serves to synchronously drive the corresponding rotary tooth portion (8223) and thus realize the simultaneous rotational movement of a plurality of side blind panels (820). [19] Canopy awning with blind according to one of claims 1 to 18, characterized bythat an outer curved side wall (103) is attached to the support post (100). [20] Canopy awning with blind according to one of claims 1 to 19, characterized by that a blind plate assembly (500) is arranged in the ring support (300), wherein a drainage channel (303) is arranged on the inner side wall of the ring support (300) and a frame for light strips (304) is provided on the side wall of the drainage channel (303).

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