Mobile commercial shop signage system and installation method thereof

Abstract

The invention discloses a movable commercial shop signage system which comprises a keel frame fixed to a shop outer wall, the top and the bottom of the keel frame are each provided with a supporting structure arranged in the horizontal direction of the shop outer wall, and the upper layer supporting structure and the lower layer supporting structure are each provided with a corresponding sliding piece. A signage sliding support which is of a plate-shaped structure and corresponds to a single shop or multiple shops is arranged between the upper sliding piece and the lower sliding piece, and a movable signage is arranged on the outer side face of the signage sliding support. The invention further discloses an installation method of the mobile commercial shop signage system. Flexible movement and convenient combination of the shop signage are achieved, normal operation of the air conditioner outdoor unit is ensured, the display effect of the commercial sign and the utilization efficiency of the commercial space are improved, and the shop signage can be widely applied to the technical field of building component installation.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of building component installation, in particular to a mobile commercial signboard system and an installation method thereof. BACKGROUND

[0002] As an important sign of commercial places, commercial signboards not only display information such as store name and business content, but also improve the recognizability and overall image of commercial places, which is of great significance to attract customers and promote business. With the continuous development of commercial complexes and street shops, higher requirements are put forward for the flexibility, combination and compatibility of commercial signboards.

[0003] At present, traditional commercial signboards are mainly installed fixedly by means of bolts and welding, and are directly fixed on building outer walls or supports. Such fixedly installed signboards have the following defects: first, poor flexibility, the signboards cannot be adjusted in position after installation according to business needs, and when the business format changes or the advertisement content needs to be replaced, the signboards need to be disassembled and reinstalled as a whole, which is cumbersome and costly; second, insufficient combination, for commercial areas composed of multiple unit stores, the signboards of each store are installed independently, which is difficult to form a unified and coordinated overall display effect, affecting the overall appearance of the commercial area; third, insufficient coordination with building supporting facilities, the outer walls of commercial stores are usually equipped with air conditioning outdoor units and other equipment, and the exhaust demand of air conditioning outdoor units is often not fully considered during the installation of traditional signboards, which may lead to poor exhaust of air conditioning outdoor units and affect the normal operation of the equipment, or the display effect of the signboards is poor due to avoiding the equipment; fourth, the structural stability and safety need to be improved, the strength of the keel structure used in some traditional signboards is insufficient, and deformation and loosening may occur after long-term use, especially in outdoor environments, which is affected by natural factors such as wind and rain, and has safety hazards.

[0004] To solve the above problems, some movable or combined signboards have appeared in the prior art, but there are still many deficiencies. For example, the sliding structure of some movable signboards is not reasonably designed, the sliding smoothness is poor, and the positioning is not firm; the connection structure of some combined signboards is complex, and the combination and disassembly are not convenient, and there is a lack of coordinated design with air conditioning outdoor units and other building supporting facilities. Therefore, there is an urgent need for a commercial signboard system and an installation method thereof, which is structurally stable, easy to install, flexible to adjust, highly combinable and compatible with air conditioning outdoor unit installation, to meet the needs of modern commercial development. SUMMARY

[0005] The present application aims to overcome the deficiencies of the background art, provide a mobile commercial signboard system and an installation method thereof, which solve the problems of poor flexibility, insufficient combination, poor coordination with building supporting facilities and insufficient structural stability of traditional commercial signboards, realize the flexible movement and convenient combination of signboards, and ensure the normal operation of air conditioning outdoor units, thereby improving the display effect of commercial signs and the utilization efficiency of commercial space.

[0006] The present invention provides a mobile commercial store sign system, including a keel frame fixed to the exterior wall of a shop. The top and bottom of the keel frame are respectively provided with support structures arranged horizontally along the exterior wall of the shop. The upper and lower support structures are respectively provided with corresponding sliding parts. Between the upper and lower sliding parts is a store sign sliding support with a plate-shaped structure corresponding to a single shop or multiple shops. The outer side of the store sign sliding support is provided with an movable store sign.

[0007] In the above technical solution, the sliding component includes sliding groove assemblies respectively disposed on the opposite surfaces of the upper and lower support structures, each sliding groove assembly is provided with a pulley that cooperates with it, and the sliding support of the store sign is disposed between the upper and lower corresponding pulleys.

[0008] In the above technical solution, the keel frame has multiple main keel supports evenly distributed along the horizontal direction of the shop's exterior wall, and adjacent main keel supports are connected by transverse connectors to form an integral keel frame.

[0009] In the above technical solution, each main keel support is composed of galvanized rectangular tubes with vertical ends and multiple galvanized rectangular tubes arranged horizontally in three rows from top to bottom. The multiple galvanized rectangular tubes arranged horizontally in three rows include three galvanized rectangular tubes that are parallel to the exterior wall of the shop, and six galvanized rectangular tubes that are perpendicular to the exterior wall of the shop and located at both ends of the main keel support. The six galvanized rectangular tubes that are perpendicular to the exterior wall of the shop are connected to the exterior wall of the shop by mounting brackets made of galvanized steel plates. Each mounting bracket is fixedly connected to the exterior wall of the shop by a back-cut bottom bolt.

[0010] In the above technical solution, the ends of the galvanized rectangular tubes that are perpendicular to the exterior wall of the shop at the top and bottom of each main keel support protrude from the outside of the vertically set galvanized rectangular tubes. The upper and lower support structures are multiple horizontal connectors that are horizontally parallel to the exterior wall of the shop. These multiple horizontal connectors are respectively connected to the ends of the galvanized rectangular tubes located at the top and bottom of the main keel support and perpendicular to the exterior wall of the shop. The sliding groove assembly is connected to the horizontal connectors.

[0011] In the above technical solution, each main keel support is provided with auxiliary keels in a cross shape at both ends.

[0012] In the above technical solution, a grid structure is provided between the top and bottom galvanized rectangular tubes of each main keel support and the exterior wall of the shop. The grid structure is composed of multiple horizontally arranged aluminum square tubes. The grid structure is located between the vertically arranged galvanized rectangular tubes and the sliding support of the shop sign. The inner side of each aluminum square tube is fixedly connected to the outer side of the vertically arranged galvanized rectangular tube.

[0013] In the above technical solution, the exterior wall of the shop at the top of the keel frame is provided with an eave, and the top and bottom of the keel frame are respectively provided with fixed folded aluminum plates arranged around the keel frame. The upper and lower ends of the fixed folded aluminum plate at the top of the keel frame are respectively sealed and connected to the edge of the eave and the top edge of the keel frame, and the top of the fixed folded aluminum plate at the bottom of the keel frame is sealed and connected to the bottom edge of the keel frame.

[0014] In the above technical solution, both the transverse connecting member and the auxiliary keel are hot-dip galvanized angle steel.

[0015] This invention also provides an installation method for a mobile commercial sign system, comprising the following steps: Step S1: Wall pretreatment. First, thoroughly clean the installation area of ​​the shop's exterior wall, remove debris, level the wall, repair uneven areas with cement mortar, and test the wall strength. Reinforce walls with poor strength. Step S2: Install the keel frame. Mark the installation positions of the main keel supports on the wall according to the design plan. Use back-cut bottom bolts to overlap and fix the main keel supports composed of galvanized rectangular tubes to the shop's exterior wall. Use a level and measuring tape to check the levelness and spacing of the main keel supports, adjust any non-compliant parts, and install transverse connectors between adjacent main keel supports. Step S3: Install the grid structure. Mark the installation positions of the aluminum square tubes on the outside of the keel frame according to the design spacing. Arrange the aluminum square tubes horizontally according to the marked positions and fix them to the main keel frame. Use a level to check the levelness of the aluminum square tubes during installation to ensure that the grid structure is flat and the spacing between adjacent aluminum square tubes is uniform. Step S4: Install the sliding groove assembly. Install the upper sliding groove and the lower sliding groove on the galvanized aluminum pipes at the top and bottom of the keel frame, respectively. Use a level to adjust the levelness of the sliding groove assembly during installation to ensure that the upper and lower sliding grooves are parallel and level. Check whether the groove of the sliding groove assembly is smooth. If there are burrs or defects, grind them. Step S5: Install the sliding support for the shop sign. Embed the sliding body of the shop sign sliding support into the sliding groove assembly. Test the sliding flexibility of the sliding body within the sliding groove assembly. Check the positioning mechanism of the shop sign sliding support. Adjust the positioning bolts to ensure that the positioning mechanism can effectively lock the sliding body and ensure that the installation height of multiple shop sign sliding supports is consistent. Step S6: Install the movable shop sign. Place the movable shop sign on the fixed part of the shop sign sliding support. Fix the movable shop sign to the fixed part with bolts. After installation, adjust the position of the movable shop sign and move it to the preset display position. Lock it using the positioning mechanism. Step S7: Install the air conditioner outdoor unit. Place the air conditioner outdoor unit on the mounting bracket on the outside of the wall and the inside of the grille structure. Adjust the air conditioner outdoor unit. Ensure the location is stable and use fixing bolts to secure the outdoor unit of the air conditioner to the mounting bracket to prevent displacement or shaking during operation. After installation, check whether the air intake and exhaust channels of the outdoor unit are unobstructed and ensure they are not blocked by the grille structure or the movable store sign. At the same time, test the operating status of the outdoor unit to ensure it is working properly. Step S8: Combination and debugging. When it is a multi-unit store scenario, adjust the movable store sign of each unit store to the combined position using the sliding assembly. Check whether the connection and spacing between each movable store sign meet the standards. Test the stability of each movable store sign in the combined state. Test the movement flexibility of the movable store sign again. After debugging, conduct a comprehensive inspection of the entire system to ensure that the overall system operation is reliable.

[0016] The mobile commercial sign system and its installation method of the present invention have the following beneficial effects: Highly flexible and adaptable to multiple scenarios. The promotional store sign, through its sliding support and chute components, can move flexibly along the chute, facilitating adjustments to its display position and allowing for quick disassembly and replacement to meet the signage needs of shops at different stages of operation. For multi-unit shops, the promotional store signs of each unit can be combined to form a unified signage, enhancing the overall image of the commercial complex; single-unit shops can use them independently, enabling flexible switching and adapting to different business operation models.

[0017] The structure is robust and highly safe. 4-M12 back-cut bolts are used for wall fixing, providing strong anchoring force and ensuring a secure connection between the keel frame and the shop's exterior wall. The main keel uses 5mm thick 50×80mm galvanized rectangular tubing, paired with 40×40×4mm galvanized angle steel horizontal connectors, forming a stable frame structure with strong load-bearing capacity, effectively supporting the weight of components such as movable shop signs and grille structures. All components are connected by bolts, ensuring a secure installation and preventing loosening or detachment over long-term use, thus guaranteeing high safety.

[0018] High space utilization and harmonious integration with surrounding facilities. The air conditioner outdoor unit is installed on the exterior of the wall and inside the grille structure. By optimizing the grille spacing and the installation position of the air conditioner, the air intake and exhaust of the outdoor unit are ensured to be unaffected, achieving harmony between shop sign installation and air conditioner use. This avoids the problem of traditional shop signs obstructing equipment and improves space utilization. The grille structure uses 50×50×1.0 aluminum square tubing, ensuring both structural stability and good ventilation, further guaranteeing the normal operation of the air conditioner outdoor unit.

[0019] Easy to install and low-maintenance. The installation method of this invention has clear steps, and the modular design of each component makes the installation process simple and convenient. It does not require complicated construction techniques or professional equipment, which can effectively shorten the installation cycle and reduce construction costs. The mobile store sign adopts a detachable fixing method, making replacement and maintenance convenient without the need for complete system disassembly, reducing maintenance workload and costs. At the same time, each component is made of galvanized materials, aluminum square tubes and other materials with good corrosion resistance, resulting in a long service life and reducing future replacement costs.

[0020] Highly decorative and enhancing the business image. The fixed aluminum plate folded edge not only serves a sealing function but also enhances the system's decorative effect. The grille structure uses horizontally arranged aluminum square tubes with simple and beautiful lines. When paired with mobile shop signs, it can create a good business atmosphere and improve the shop's recognizability and overall image. Attached Figure Description

[0021] Figure 1 This is a schematic diagram of the mobile commercial store sign system of the present invention; Figure 2This is a front view of the structure of a single unit store in Embodiment 1 of the mobile commercial store sign system of the present invention; Figure 3 This is a front view of the combined unit shop structure of Embodiment 2 of the mobile commercial shop sign system of the present invention; Figure 4 This is a flowchart illustrating the installation method of the mobile commercial signage system of the present invention. Detailed Implementation

[0022] The present invention will now be described in further detail with reference to the accompanying drawings and embodiments, but these embodiments should not be construed as limiting the present invention.

[0023] Example 1 See Figures 1 to 2 The present invention discloses a mobile commercial store sign system, which is applied to a single unit store 10, including a wall fixing structure on the exterior wall 1 of the store, a keel frame 2, a store sign sliding support 3, a movable store sign 4, a sliding groove assembly 5, a pulley 6, a grid structure 7, a fixed folded aluminum plate 8, and an air conditioner outdoor unit 9 installation structure.

[0024] The wall fixing structure of the shop exterior wall 1 is 4-M12 back-cut bottom bolts 213. This type of bolt has the characteristics of strong anchoring force and firm installation, which can stably connect and fix the keel frame 2 to the shop exterior wall 1, ensuring the load-bearing capacity of the overall structure.

[0025] The keel frame 2 consists of a main keel support 21 and auxiliary keels 22. The main keel support 21 is made of 5mm thick 50×80mm galvanized rectangular tubing 211, which is fixed to the exterior wall 1 of the shop using 4-M12 back-cut bottom bolts 213, with a spacing of 1200mm between the 4-M12 back-cut bottom bolts 213. The auxiliary keels 22 are made of 40×40×4mm hot-dip galvanized angle steel, arranged at 1200mm intervals along the length of the main keel support 21, and welded to the main keel support 21. The welded joints are coated with anti-corrosion paint.

[0026] The keel frame 2 serves as the core supporting structure, comprising the main keel support 21 and fixed folded aluminum plates 8. The main keel support 21 is composed of overlapping 5mm thick 50×80mm galvanized rectangular tubes 211. These galvanized rectangular tubes 211 possess excellent corrosion resistance and structural strength, effectively bearing the weight of components such as the movable shop sign 4 and the grille structure 7. The main keel supports 21 are arranged along their entire length with a spacing of 1200mm. Adjacent main keel supports 21 are fixed together by transverse connectors made of 40×40×4mm hot-dip galvanized angle steel, also spaced 1200mm apart, forming a stable frame structure. Fixed folded aluminum plates 8 are located at the top and bottom of the main keel supports 21, made of 5mm thick aluminum sheet with a 90° folded edge angle. They are bolted to the main keel supports 21, and their length matches the transverse length of the main keel supports 21. These plates not only provide a sealing effect, preventing dust and rainwater from entering the keel frame, but also enhance the overall decorative effect of the structure.

[0027] The grille structure 7 is composed of 50×50×1.0 aluminum square tubes. Aluminum square tubes are lightweight, have good corrosion resistance, and good air permeability. The grille structure 7 is arranged horizontally on the outside of the keel frame 2, and the spacing between adjacent aluminum square tubes is set at 150mm. This spacing design can ensure the overall stability of the grille structure 7, provide good ventilation for the air conditioner outdoor unit 9, and not affect the display effect of the mobile store sign 4.

[0028] The grille structure 7 is made of 50×50×1.0 aluminum square tubes arranged horizontally with a spacing of 150mm. The two ends of the aluminum square tubes are fixed to the keel frame 2 by stainless steel buckles. The surface of the grille structure 7 is flat and the arrangement is neat.

[0029] The sliding groove assembly 5 is a key component for enabling the movement of the movable shop sign 4. It is a galvanized aluminum tube fixed to the keel frame 2. The sliding groove assembly 5 includes an upper sliding groove and a lower sliding groove, which are fixed to the upper and lower parts of the keel frame 2 respectively. Its length is consistent with the lateral length of the keel frame 2, ensuring that the movable shop sign 4 has sufficient movement stroke. The groove opening size of the sliding groove assembly 5 is adapted to the sliding parts of the shop sign sliding support 3, which can ensure smooth sliding process and good positioning performance.

[0030] The slide rail assembly 5 is made of 5mm thick 50×50 galvanized aluminum tube and includes an upper slide rail and a lower slide rail. It is fixed on the keel frame 2. The upper slide rail and the lower slide rail are set in parallel and the horizontality error is ≤1mm / m.

[0031] The sliding support 3 for the shop sign includes a sliding body and a fixing component. The sliding body is equipped with pulleys 6, which roll in conjunction with the sliding groove assembly 5, effectively reducing sliding resistance and making the movement of the movable shop sign 4 more convenient. The fixing component uses a bolted connection structure, allowing the movable shop sign 4 to be detachably fixed to the sliding body, facilitating replacement and maintenance. The movable shop sign 4, through the cooperation of the sliding support 3 and the sliding groove assembly 5, can move flexibly along the sliding groove direction, and is simultaneously fixed in the desired position by a positioning mechanism, meeting different usage needs.

[0032] The main body of the sliding support 3 for the store sign is made of 2-200×250×10 steel plate, and the positioning part is an M10 bolt, which can penetrate through the main body of the sliding support 3 and the slide wall of the slide assembly 5. After the sliding support 3 is embedded in the slide, it slides smoothly without jamming.

[0033] The main body of the promotional store sign 4 is made of flame-retardant PVC board with a thickness of 10mm. The surface is covered with store advertising stickers. The connection part is fixed to the sliding support 3 of the store sign with M8 bolts. After installation, the promotional store sign 4 is stable and does not shake.

[0034] The air conditioner outdoor unit 9 is installed on the outside of the wall and inside the grille structure 7, including the mounting bracket 212 and fixing bolts. The mounting bracket 212 is made of 2-200×250×10 steel plate, spaced 1200mm apart. The fixing bolts are fixed to the exterior wall 1 of the shop, ensuring that the mounting bracket 212 has sufficient load-bearing capacity to stably support the air conditioner outdoor unit 9. The height and position of the mounting bracket 212 have been optimized, and combined with the spacing of the grille structure 7, ensure that the air intake and exhaust of the air conditioner outdoor unit 9 are not obstructed by the grille structure 7 and the movable shop sign 4, ensuring the normal operation of the air conditioner outdoor unit 9.

[0035] The installation space for the outdoor unit 9 of the air conditioner is located between the outer side of the exterior wall 1 of the shop and the inner side of the grille structure 7, with a width of 550mm and a height of 800mm. After the outdoor unit 9 of the air conditioner is installed, the exhaust direction is towards both ends of the keel frame 2. The movable shop sign 4 avoids the exhaust area and does not affect the exhaust of the outdoor unit 9 of the air conditioner.

[0036] After the single-unit store sign system is installed, the positioning piece can be loosened according to the store's operating needs, and the movable sign 4 can be moved along the slide assembly 5. After adjusting to the appropriate position, the positioning piece can be tightened to fix it. The operation is convenient and the display effect is good.

[0037] Example 2 See Figure 3 The present invention provides a mobile commercial store sign system, which is applied to a combination scenario of three unit stores 10 to form a combined unit store 11.

[0038] The store sign system structure of each unit store 10 is the same as that in Example 1. The keel frame 2 of the three unit stores 10 is fixed to each other by connectors to form an overall frame structure.

[0039] When combining the promotional shop signs 4 of the three unit stores 10, adjust the position of each promotional shop sign 4 so that the gap between adjacent promotional shop signs 4 is 8mm. Connect and fix the sliding support 3 of the adjacent promotional shop signs 4 with stainless steel connectors to form an overall display surface.

[0040] The combined store signage system is smooth and seamless, with a unified and harmonious display effect, enhancing the overall image of the combined unit store 11 commercial area. Air conditioner outdoor units 9 are installed in their respective spaces, and their exhaust is unaffected by the moving store sign 4, operating normally.

[0041] When it is necessary to adjust the position of the promotional sign 4 of a specific unit store 10, the corresponding connecting parts and positioning parts can be loosened, and the promotional sign 4 of that unit store 10 can be moved separately. After the adjustment is completed, it can be fixed again without affecting the stability of the promotional sign 4 of other units.

[0042] When multiple unit stores are used in combination, the activity sign 4 corresponding to each unit store 11 can be adjusted to the preset combination position through the slide component 5 to form a unified overall logo and enhance the overall image of the commercial complex; when each unit store 10 operates independently, the activity sign 4 can be adjusted to its own independent display position to meet the individual logo requirements and achieve flexible switching.

[0043] Example 3 The present invention also provides an installation method for the above-mentioned mobile commercial sign system, including the following specific steps: Step S1: Wall Pre-treatment. First, thoroughly clean the installation area of ​​the shop's exterior wall 1, removing dust, oil, scum, and other debris to ensure a clean and tidy surface. Then, use leveling tools to level the wall. For uneven areas, repair with cement mortar or similar materials to ensure the wall's flatness meets installation requirements. Simultaneously, test the wall's strength to ensure it can support the weight of the frame 2, the movable shop sign 4, and the air conditioner unit 9. For walls with insufficient strength, reinforce them by adding a reinforcing layer to provide a reliable foundation for subsequent installation.

[0044] Step S2: Installation of the keel frame 2. According to the design plan, mark the installation positions of the main keel supports 21 on the wall, ensuring a spacing of 1200mm. Use 4-M12 back-cut bolts 213 to overlap and fix the main keel supports 21, composed of 5mm thick 50×80mm galvanized rectangular tubes, to the exterior wall 1 of the shop. Bolt installation must strictly follow the operating procedures to ensure firm anchoring and that the bolt tightening torque meets design requirements. After the main keel supports 21 are installed, use a level and measuring tape to check the levelness and spacing of the main keel supports 21. The level deviation should not exceed 2mm / m, and the spacing deviation should not exceed 5mm. Adjust any areas that do not meet the requirements. Then, install horizontal connectors between adjacent main keel supports 21. The horizontal connectors are made of 40×40×4mm galvanized angle steel, spaced 1200mm apart. Fix the horizontal connectors to the main keel supports 21 with bolts to form a stable keel frame 2. Finally, fix the folded aluminum plate 8 at the top and bottom of the main keel bracket 21 respectively, and tighten it with bolts to ensure that the fixed folded aluminum plate 8 is installed flat and firm.

[0045] Step S3: Installation of the grille structure 7. Mark the installation positions of the aluminum square tubes on the outside of the keel frame 2 according to the designed spacing of 150mm. Arrange the 50×50×1.0 aluminum square tubes horizontally according to the marked positions and fix them to the main keel support 21 using special connectors. The connection between the connectors and the aluminum square tubes and the main keel support 21 must be firm and reliable to prevent the grille structure 7 from loosening. During installation, use a level to check the levelness of the aluminum square tubes to ensure that the grille structure 7 is flat overall and that the spacing between adjacent aluminum square tubes is uniform, with a deviation not exceeding 3mm.

[0046] Step S4: Installation of the sliding groove assembly 5. Install the upper and lower sliding grooves onto the upper and lower parts of the keel frame 2, respectively. The sliding groove assembly 5 is fixed to the galvanized aluminum pipe on the keel frame 2 with bolts. The bolts must be securely installed to prevent the sliding groove assembly 5 from loosening. During installation, use a level to adjust the levelness of the sliding groove assembly 5, ensuring that the upper and lower sliding grooves are parallel and level, with a horizontal deviation not exceeding 1mm / m, to ensure smooth sliding of the shop sign sliding support 3. Simultaneously, check if the groove opening of the sliding groove assembly 5 is smooth. If there are burrs or other defects, they need to be polished to prevent affecting the sliding performance.

[0047] Step S5: Installation of the sliding support 3 for the shop sign. Embed the sliding body of the sliding support 3 into the sliding groove assembly 5. Test the sliding flexibility of the sliding body within the sliding groove assembly 5 to ensure smooth sliding without jamming and uniform resistance. Next, check the positioning mechanism of the sliding support 3. Adjust the positioning bolts and other components to ensure the positioning mechanism effectively locks the position of the sliding body, preventing it from shifting on its own. For multiple sliding supports 3, ensure their installation height is consistent to ensure the movable shop sign is level after installation.

[0048] Step S6: Installation of the mobile store sign 4. Place the mobile store sign 4 on the fixed part of the sliding support 3, and fix the mobile store sign 4 to the fixed part with bolts. The bolt tightening torque should be moderate to ensure a firm connection without damaging the mobile store sign 4. After installation, adjust the position of the mobile store sign 4 to ensure that it is installed flat and without any tilting or warping. At the same time, according to the needs of the store, move the mobile store sign 4 to the preset display position and lock it in place using the positioning mechanism.

[0049] Step S7: Installation of outdoor air conditioner unit 9. Place the outdoor air conditioner unit 9 on the mounting bracket 212 on the outside of the wall and inside the grille structure 7. Adjust the position of the outdoor air conditioner unit 9 to ensure it is placed stably. Then, use fixing bolts to fix the outdoor air conditioner unit 9 to the mounting bracket 212 to prevent the outdoor air conditioner unit 9 from shifting or shaking during operation. After installation, check whether the air intake and exhaust channels of the outdoor air conditioner unit 9 are unobstructed, ensuring that they are not blocked by the grille structure 7 and the movable shop sign 4. At the same time, test the operating status of the outdoor air conditioner unit 9 to ensure that it is working properly.

[0050] Step S8: Assembly and Debugging (Multi-unit Store 10 Scenario). In the multi-unit store 10 scenario, adjust the active store signs 4 of each unit store 10 to the assembly position using the sliding mechanism 5. Check if the connections between each active store sign 4 are smooth and the spacing is uniform to ensure the overall signage is aesthetically pleasing and harmonious after assembly. Next, test the stability of each active store sign 4 in the assembled state to ensure the positioning mechanism can effectively lock and prevent displacement. Simultaneously, test the movement flexibility of the active store signs 4 again to ensure that each active store sign 4 can be adjusted independently or moved synchronously to meet different usage needs. After debugging, conduct a comprehensive inspection of the entire system, including the connection firmness of each component, sliding performance, and the operating status of the air conditioner outdoor unit 9, to ensure the overall system operation is reliable.

[0051] Innovation points: This invention relates to a mobile commercial signage system and its installation method. Through a scientifically designed structure, it enables flexible movement and convenient combination of mobile signs 4, overcoming many shortcomings of traditional signs. The system is structurally stable, highly secure, easy to install, and has low maintenance costs. It is also compatible with building infrastructure such as air conditioning units 9, making it suitable for various commercial complexes and street-front shops. Whether in a single unit shop 10 or multiple combined unit shops 11, it meets the needs of commercial signage display, effectively improving the utilization efficiency and commercial image of commercial space, and has broad application prospects.

[0052] Obviously, those skilled in the art can make various modifications and variations to this invention without departing from its spirit and scope. Therefore, if these modifications and variations fall within the scope of the claims of this invention and their equivalents, this invention also intends to include these modifications and variations.

[0053] The contents not described in detail in this specification are existing technologies known to those skilled in the art.

Claims

1. A mobile business sign system comprising a spine frame (2) fixed to an external wall (1) of a commercial premises, characterised in that: The keel frame (2) top and bottom are respectively provided with support structure along the horizontal direction of the shop outer wall (1), the upper and lower two layers of support structure are respectively provided with corresponding sliding member, the upper and lower sliding members are provided with shop sign sliding support (3) corresponding to single shop or multiple shops, the shop sign sliding support (3) outer side is provided with movable signboard (4).

2. The mobile business sign system of claim 1, wherein: The sliding member includes the slide groove assembly (5) arranged on the opposite surfaces of the upper and lower two layers of support structure respectively, each slide groove assembly (5) is provided with a pulley (6) matched therewith, and the shop sign sliding support (3) is arranged between the corresponding pulleys (6) on the upper and lower sides.

3. The mobile business sign system of claim 2, wherein: The keel frame (2) has a plurality of main keel supports (21) uniformly distributed along the horizontal direction of the shop outer wall (1), and the adjacent main keel supports (21) are connected by transverse connecting pieces to form an integral keel frame (2).

4. The mobile business sign system of claim 3, wherein: Each main keel support (21) is formed by two ends of the galvanized rectangular tube (211) arranged vertically, and three rows of galvanized rectangular tubes (211) arranged horizontally from top to bottom. The three rows of galvanized rectangular tubes (211) include three galvanized rectangular tubes (211) arranged parallel to the shop outer wall (1), and six galvanized rectangular tubes (211) arranged vertically to the shop outer wall (1) at both ends of the main keel support (21). The six galvanized rectangular tubes (211) arranged vertically to the shop outer wall (1) are connected to the shop outer wall (1) by mounting brackets (212) made of galvanized steel plate. Each mounting bracket (212) is fixedly connected to the shop outer wall (1) by a rear cut bottom bolt (213).

5. The mobile business sign system of claim 4, wherein: The end portions of the galvanized rectangular tubes (211) arranged vertically to the shop outer wall (1) at the top and bottom of each main keel support (21) protrude outward from the vertically arranged galvanized rectangular tubes (211). The upper and lower two layers of support structure are a plurality of transverse connecting pieces parallel to the shop outer wall (1). The transverse connecting pieces are connected to the end portions of the galvanized rectangular tubes (211) arranged vertically to the shop outer wall (1) at the top and bottom of the main keel support (21). The slide groove assembly (5) is connected to the transverse connecting piece.

6. The mobile business sign system of claim 5, wherein: Each main keel support (21) has an auxiliary keel (22) arranged in a cross shape at both ends.

7. The mobile business sign system of claim 6, wherein: A grid structure (7) parallel to the shop outer wall (1) is arranged between the galvanized rectangular tubes (211) at the top and bottom of each main keel support (21). The grid structure (7) is composed of a plurality of horizontally arranged aluminum square tubes. The grid structure (7) is located between the vertically arranged galvanized rectangular tubes (211) and the shop sign sliding support (3). The inner side of each aluminum square tube is fixedly connected to the outer side of the vertically arranged galvanized rectangular tube (211).

8. The mobile business sign system of claim 7, wherein: The eave is arranged on the top of the keel frame (2), and the fixed folded edge aluminum plates (8) are arranged on the top and bottom of the keel frame (2) in a circumferential direction of the keel frame (2), the upper and lower ends of the fixed folded edge aluminum plate (8) on the top of the keel frame (2) are sealingly connected with the edge of the eave and the edge of the top of the keel frame (2) respectively, and the top end of the fixed folded edge aluminum plate (8) on the bottom of the keel frame (2) is sealingly connected with the edge of the bottom of the keel frame (2).

9. The mobile business sign system of claim 8, wherein: The transverse connecting piece and the auxiliary keel (22) are both hot-dip galvanized angle steels.

10. A method of installing a mobile business sign system according to claim 9, characterized in that: The method comprises the following steps: Step S1: wall surface pretreatment, first, the installation area of the shop outer wall (1) is cleaned comprehensively, the wall surface sundries is removed, the wall surface is leveled, the uneven parts of the wall surface are repaired by using cement mortar material, and the strength of the wall surface is detected, and the wall surface with poor strength is reinforced; Step S2: install the keel frame (2), mark the installation position of the main keel support (21) on the wall surface according to the design scheme, use the rear cut bottom type bolt (213) to lap and fix the main keel support (21) composed of the galvanized square tube (211) on the shop outer wall (1), and use the level and the tape measure to detect the levelness and the spacing of the main keel support (21), adjust the parts that do not meet the requirements, install the transverse connecting piece between the adjacent main keel supports (21), fix the transverse connecting piece and the main keel support (21), form the keel frame (2), and install the fixed folded edge aluminum plate (8) on the top and bottom of the main keel support (21) respectively; Step S3: install the grid structure (7), mark the installation position of the aluminum square tube on the outer side of the keel frame (2) according to the design spacing, arrange the aluminum square tube transversely according to the marked position and fix the aluminum square tube with the main keel support (21), use the level to detect the levelness of the aluminum square tube during installation, ensure that the overall grid structure (7) is flat, and the spacing between the adjacent aluminum square tubes is uniform; Step S4: install the sliding groove assembly (5), install the upper sliding groove and the lower sliding groove on the galvanized aluminum tube on the top and bottom of the keel frame (2) respectively, use the level to adjust the levelness of the sliding groove assembly (5) during installation, ensure that the upper sliding groove and the lower sliding groove are parallel and horizontal, check whether the groove of the sliding groove assembly (5) is smooth, and polish the sliding groove assembly (5) if there are burrs and defects; Step S5: install the store sign sliding support (3), embed the sliding body of the store sign sliding support (3) into the sliding groove assembly (5), test the sliding flexibility of the sliding body in the sliding groove assembly (5), check the positioning mechanism of the store sign sliding support (5), adjust the positioning bolt to ensure that the positioning mechanism can effectively lock the sliding body, and ensure that the installation heights of the plurality of store sign sliding supports (3) are consistent; Step S6: install the movable store sign (4), place the movable store sign (4) on the fixed part of the store sign sliding support (3), fix the movable store sign (4) and the fixed part by using the bolt, adjust the position of the movable store sign (4) after installation, move the movable store sign (4) to the preset display position, and lock the movable store sign (4) by using the positioning mechanism. Step S7: Install the air conditioner outdoor unit (9), place the air conditioner outdoor unit (9) on the mounting bracket (212) inside the grid structure (7) outside the wall body, adjust the position of the air conditioner outdoor unit (9) to ensure stable placement, use fixing bolts to fix the air conditioner outdoor unit (9) and the mounting bracket (212), prevent the air conditioner outdoor unit (9) from shifting and shaking during operation, after installation, check whether the air inlet and air outlet channels of the air conditioner outdoor unit (9) are unobstructed, ensure that they are not blocked by the grid structure (7) and the movable store sign (4), and test the running state of the air conditioner outdoor unit (9) to ensure its normal work; Step S8: Combination debugging, when it is a multi-unit store (10) scene, adjust the movable store signs (4) of each unit store (10) to the combined position through the sliding groove assembly (5), check whether the connection and spacing between each movable store sign (4) meet the standards, test the stability of each movable store sign (4) in the combined state, test the moving flexibility of the movable store sign (4) again, after debugging is completed, check the entire system comprehensively to ensure that the system runs reliably as a whole.

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