Efficient auxiliary mounting platform for cleaning plate

Abstract

The utility model relates to the technical field of building decoration auxiliary installation, in particular to a clean plate efficient auxiliary installation platform which comprises a movable frame, movable wheels are arranged on the movable frame, two stable climbing frames are symmetrically arranged at the front end of the movable frame, and stable trusses are arranged at the top ends of the two stable climbing frames. A back shore supporting assembly is arranged on the stable climbing frame, and a stable supporting rod assembly is arranged on the movable frame; a horizontal adjusting seat is arranged on the stable truss, a horizontal adjusting assembly used for adjusting the horizontal position of the shrunk horizontal adjusting seat is arranged on the stable truss, and an auxiliary mounting mechanism used for assisting in mounting the cleaning plate is arranged on the horizontal adjusting seat. Through the unique structural design and the cooperative work mode, the problems that in the traditional cleaning plate installation process, efficiency is low, precision is poor, and safety is low are effectively solved, the remarkable beneficial effects and technical advantages are achieved, and the requirements of modern medical buildings for the clean environment and efficient construction can be better met.

Description

TECHNICAL FIELD

[0001] The utility model relates to building decoration auxiliary installation technical field especially, relate to a clean board high -efficient auxiliary installation platform. BACKGROUND

[0002] In modern medical buildings, especially in operating rooms with extremely high environmental cleanliness requirements, including hybrid operating rooms, the application of clean boards is extremely wide. Clean boards, also known as purification boards, are usually made of materials such as color-coated steel plates and stainless steel as faceplates, and the middle sandwiching material can be rock wool, glass silk, aluminum honeycomb, etc. They have excellent properties such as dust prevention, antibacterial, easy cleaning, fireproofing, etc. and are an important component of key areas such as clean operating rooms and laboratories. The installation quality of clean boards directly affects the air cleanliness, environmental safety of the operating room, and the maintenance cost in the later period.

[0003] Traditional clean board installation mainly relies on manual operation, which has many shortcomings. First of all, clean boards are usually large in size and heavy in weight, and manual handling and installation have high labor intensity and low efficiency. Especially when working at high altitudes, the operator needs to overcome the inconvenience and safety hazards brought by height, increasing the construction difficulty and risk. Secondly, manual installation cannot guarantee the accurate alignment and splicing of clean boards, and may cause problems such as large gaps and uneven surfaces, affecting the overall appearance and air tightness of the operating room. These gaps not only easily harbor dirt and breed bacteria, but also affect the efficiency of the air filtration system, increasing the risk of surgical infection. In addition, manual operation may also cause scratches, collisions and other damage to the surface of the clean board, affecting its service life and appearance, and increasing the cost of later maintenance and replacement.

[0004] Currently, there are some tools and equipment on the market to assist in the installation of clean boards, such as some simple hoisting tools and supporting frames, etc. However, these tools often have single functions and cannot solve all the problems encountered during the installation of clean boards. For example, some hoisting tools can only realize the vertical lifting of clean boards and cannot adjust and accurately position them in the horizontal direction. While some supporting frames can provide certain support, they cannot adapt to clean boards of different sizes and weights, and have poor versatility. These existing auxiliary tools still have limitations in improving installation efficiency and quality and cannot fully meet the installation needs of modern medical buildings, especially high-end operating rooms such as hybrid operating rooms.

[0005] How to solve the above technical problems is the subject faced by the utility model. SUMMARY

[0006] In order to solve the lack of prior art, the utility model provides a clean board high -efficient auxiliary installation platform of reasonable in design, safe and reliable, through careful design and cooperation of each component structure, realize the quick, accurate, safe installation of clean board in hybrid operating room, operating room and other clean environment.

[0007] The utility model discloses a clean board high -efficient auxiliary installation platform, including mobile frame, be provided with mobile wheel on the mobile frame, the front end of mobile frame is provided with two steady crawl frame of symmetry, the top of two steady crawl frame is provided with steady truss, be provided with the bracing support subassembly of cooperation with ceiling on the steady crawl frame, be provided with the steady support rod subassembly of cooperation with bracing support subassembly on the mobile frame;

[0008] Be provided with horizontal adjustment seat on the steady truss, be provided with horizontal adjustment assembly for adjusting the horizontal position of the shrinkage horizontal adjustment seat on the steady truss, be provided with the auxiliary installation mechanism for assisting clean board installation on the horizontal adjustment seat;

[0009] The auxiliary installation mechanism includes the first hoisting subassembly of adsorption connection with the bottom end of clean board bottom plate, be provided with the second hoisting subassembly with cooperation with first hoisting subassembly and with adsorption connection with the clean top end on the horizontal adjustment seat.

[0010] Further, the first hoisting subassembly includes two groups of suspension brackets that are symmetrically arranged on the horizontal adjustment seat and are in sliding cooperation with the horizontal adjustment seat, and a synchronous control unit is arranged on the horizontal adjustment seat to control the suspension brackets to move in the same direction or move towards each other.

[0011] The suspension bracket is provided with a telescopic bracket unit, a tightening unit is arranged at the moving end of the telescopic bracket unit, and a first negative pressure suction member and a second negative pressure suction member are arranged at the bottom end of the clean board bottom plate to cooperate with the two tightening units respectively.

[0012] Further, the second hoisting subassembly includes a rotating seat arranged on the top surface of the horizontal adjustment seat, a rotating frame is arranged on the rotating seat in sliding cooperation with the rotating seat and in linkage cooperation with the telescopic bracket unit, the rotating seat is provided with a telescopic hydraulic rod, and a steering wheel is arranged on the rotating frame.

[0013] The rotating seat is provided with a tightening winch, the tightening winch is provided with a tightening cable, and one end of the tightening cable is fixedly connected to the negative pressure suction member at the top end of the clean board through the steering wheel.

[0014] Further, the synchronous control unit comprises a synchronous groove opened at the bottom surface of the horizontal adjusting seat, a synchronous screw rod is arranged in the synchronous groove, two thread segments with opposite threads are arranged in the synchronous screw rod, a synchronous motor matched with the synchronous screw rod is arranged on the horizontal adjusting seat, a sliding guide groove matched with the suspension support is arranged on the horizontal adjusting seat, and a sliding block matched with the sliding guide groove is arranged on the suspension support.

[0015] Further, the telescopic support unit comprises a plurality of telescopic rods arranged on the suspension support, the moving ends of the plurality of telescopic rods are connected to the same tightening frame, the tightening unit is arranged on the tightening frame, a plurality of movable guide rods are arranged on the tightening frame, and movable guide grooves matched with the movable guide rods are arranged on the suspension support.

[0016] The tightening unit comprises a tightening roller arranged in the tightening frame, a tightening winch is arranged on the tightening roller, a tightening cable connected with the first negative pressure suction accessory or the second negative pressure suction accessory is arranged on the tightening winch, and a tightening motor matched with the tightening roller is arranged on the tightening frame.

[0017] Preferably, two structural designs of the first suction accessory are provided, and the specific designs are as follows.

[0018] Firstly, the first negative pressure suction accessory comprises a suction base frame, a clean plate extrusion suction unit is arranged on the suction base frame, and a connecting fixed frame connected with the tightening cable is arranged on the suction base frame; the structure of the second negative pressure suction accessory is consistent with that of the first negative pressure suction accessory; in use, the first negative pressure suction accessory and the second negative pressure suction accessory are respectively connected with the tightening cable arranged on the same side.

[0019] Secondly, the first negative pressure suction accessory comprises a suction base plate, a negative pressure suction unit for absorbing a clean plate is arranged on the suction base plate, a guide runner is arranged on the suction base plate, a fixed connecting frame matched with the guide runner and connected with the tightening cable is arranged on the suction base plate; the structure of the first negative pressure suction accessory is consistent with that of the second negative pressure suction accessory.

[0020] In use, the tightening cable in the tightening unit on the same side as the first negative pressure suction accessory is connected with the fixed connecting frame in the second negative pressure suction accessory through the guide runner in the first negative pressure suction accessory, and the tightening cable in the tightening unit on the same side as the second negative pressure suction accessory is connected with the fixed connecting frame in the first negative pressure suction accessory through the guide runner in the second negative pressure suction accessory.

[0021] Further, the horizontal adjustment assembly comprises a horizontal groove starting from the stable truss and extending through the stable truss, the horizontal adjustment seat is located in the horizontal groove and is in sliding fit with the horizontal groove, the horizontal groove is provided with a stable guide rod in fit with the horizontal adjustment seat, and the horizontal adjustment seat is provided with a limiting fixing unit for stably fixing the horizontal adjustment seat in the horizontal groove.

[0022] The horizontal adjustment seat comprises an adjustment sliding seat in sliding fit with the horizontal groove, the bottom end of the adjustment sliding seat is provided with a suspension base in fit with the first hoisting assembly, and the top end of the adjustment sliding seat is provided with a suspension top seat in fit with the second hoisting assembly.

[0023] Further, the limiting fixing unit comprises a handrail provided at the center of the suspension base and facilitating the movement of the horizontal adjustment seat along the horizontal groove, the handrail is provided with a limiting sliding rod in sliding fit with the handrail, the top end section of the limiting sliding rod is provided with a limiting driving seat, two limiting connecting rods are symmetrically arranged on the limiting driving seat, the adjustment sliding seat is provided with a limiting cavity in fit with the limiting connecting rods, one end of the limiting connecting rod is rotationally connected with the limiting driving seat, the other end of the limiting connecting rod is provided with a limiting supporting rod, and the suspension base is provided with a limiting sliding groove in sliding fit with the limiting supporting rod; when the horizontal adjustment seat is stably fixed on the stable truss, the limiting sliding rod is in fixed abutment with the stable truss.

[0024] Further, the mobile frame comprises a mobile U-shaped frame, the stable climbing frames are symmetrically arranged at the two opening ends of the mobile U-shaped frame, and the mobile U-shaped frame is provided with a stable triangular frame connected with the stable climbing frames.

[0025] The mobile frame realizes the rapid movement and positioning of the device, and greatly reduces the workload of manual carrying. The adjustability of the jacking support assembly and the stable supporting rod assembly enables them to adapt to ceilings and floors of different heights. The design of the auxiliary installation mechanism enables it to be applicable to clean plates of different sizes and weights. These features make this technical solution highly adaptable and can be widely used in various medical environments, including ordinary operating rooms and hybrid operating rooms with higher requirements for cleanliness and equipment integration.

[0026] The utility model discloses a precise synchronous control unit is introduced, so that two groups of suspension support can move in the same direction or opposite direction in the installation process. The design can ensure the height and angle accurate control of clean plate during installation, avoids the position deviation of clean plate caused by installation error, thereby maximumly reduces the pollution risk caused by installation error. The synchronous control system realizes the height accurate control through the cooperation of synchronous screw rod and synchronous motor, ensures that clean plate always keeps stable position during the whole installation process, avoids the error that traditional manual installation method can bring.

[0027] The utility model discloses a negative pressure adsorption unit and adsorption base frame are set up, realize the precision adsorption of clean plate bottom plate and platform in the installation process of clean plate, avoid the entry of any pollution source. Especially in combination with the design of first negative pressure adsorption member and second negative pressure adsorption member, they can accurately connect with the tightening hinge rope, ensure the stability of clean plate during the whole hoisting and installation process and the maintenance of clean environment. Whether in the carrying process or after installation, platform can ensure that the bottom surface of clean plate always does not contact any surface that can bring pollution, thereby maximumly avoids the pollution in the installation process. BRIEF DESCRIPTION OF DRAWINGS

[0028] Figure 1 It is three-dimensional structure schematic diagram of the utility model;

[0029] Figure 2 It is the top view of the utility model;

[0030] Figure 3 It is A-A section view of the utility model;

[0031] Figure 4 It is the enlarged schematic view of the utility model at A;

[0032] Figure 5 It is three-dimensional schematic diagram of the auxiliary installation mechanism under the first visual angle of the utility model;

[0033] Figure 6 It is three-dimensional schematic diagram of the auxiliary installation mechanism under the second visual angle of the utility model;

[0034] Wherein, the figure mark is: 100, mobile car frame; 101, mobile U frame; 102, stable tripod; 120, mobile wheel; 130, stable climbing frame; 140, stable truss; 150, top support assembly; 151, top support rod; 152, top support hydraulic rod; 160, stable support rod assembly; 161, stable hydraulic rod; 162, stable plate; 200, horizontal adjustment assembly; 210, horizontal groove; 220, stable guide rod; 230, limit fixing unit; 231, handrail; 232, limit sliding rod; 233, limit drive seat; 234, limit connecting rod; 235, limit cavity; 236, limit sliding groove; 237, limit rod support; 300, auxiliary installation mechanism; 400, horizontal adjustment seat; 410, adjustment sliding seat; 420, suspension base; 430, suspension top seat; 500, first hoisting assembly; 510, suspension support; 520, synchronous control unit; 521, synchronous groove; 522, synchronous screw; 523, synchronous motor; 524, sliding guide groove; 525, sliding block; 530, telescopic support unit; 531, telescopic rod; 532, tightening frame; 533, movable guide rod; 534, movable guide groove; 540, tightening unit; 541, tightening roller; 542, tightening winch; 543, tightening rope; 544, tightening motor; 550, first negative pressure suction accessory; 551, suction base; 552, connecting fixed frame; 560, second negative pressure suction accessory; 600, second hoisting assembly; 610, rotating seat; 620, rotating frame; 630, telescopic hydraulic rod; 640, steering wheel; 650, tightening winch; 660, tightening rope. Specific embodiments

[0036] Reference Figures 1 to 6 As shown, a clean plate efficient auxiliary installation platform, including mobile car frame 100, the mobile car frame 100 is provided with mobile wheel 120, the front end of the mobile car frame 100 is provided with two stable climbing frames 130, the top end of two stable climbing frames 130 is provided with stable truss 140, the stable climbing frame 130 is provided with top support assembly 150 matched with the ceiling, the mobile car frame 100 is provided with stable support rod assembly 160 matched with the top support assembly 150;

[0037] The stable truss is provided with horizontal adjustment seat 400, the stable truss is provided with horizontal adjustment assembly 200 for adjusting the horizontal position of the horizontal adjustment seat 400, the horizontal adjustment seat 400 is provided with auxiliary installation mechanism 300 for assisting clean plate installation;

[0038] The auxiliary installation mechanism 300 comprises a first hoisting assembly 500 connected by suction at the bottom end of the clean plate bottom plate, and a second hoisting assembly 600 connected by suction at the top end of the clean plate and matched with the first hoisting assembly 500 and arranged on the horizontal adjustment seat 400.

[0039] Further, the top support assembly 150 comprises a top support rod 151 slidably matched with the stable climbing frame 130, and the mobile frame 100 is provided with a top support hydraulic rod 152 matched with the top support rod 151; the stable support rod assembly 160 comprises a stable hydraulic rod 161 arranged on the mobile frame 100, and the bottom end of the stable hydraulic rod 161 is provided with a stable plate 162 matched with the ground.

[0040] Further, the first hoisting assembly 500 comprises two groups of suspension brackets 510 symmetrically arranged on the horizontal adjustment seat 400 and slidably matched with the horizontal adjustment seat 400, and the horizontal adjustment seat is provided with a synchronous control unit 520 for controlling the suspension brackets 510 to move in the same direction or opposite directions.

[0041] The suspension bracket 510 is provided with a telescopic bracket unit 530, the moving end of the telescopic bracket unit is provided with a tightening unit 540, and the bottom end of the clean plate bottom plate is provided with a first negative pressure suction member 550 and a second negative pressure suction member 560 matched with the two tightening units 540 respectively.

[0042] Further, the second hoisting assembly 600 comprises a rotating seat 610 arranged on the top surface of the horizontal adjustment seat 400, the rotating seat 610 is provided with a rotating frame 620 slidably matched with the rotating seat 610 and linked with the telescopic bracket unit 530, the rotating seat 610 is provided with a telescopic hydraulic rod 630, and the rotating frame 620 is provided with a steering wheel 640.

[0043] The rotating seat 610 is provided with a tightening winch 650, the tightening winch 650 is provided with a tightening cable 660, one end of the tightening cable 660 is fixedly connected with a negative pressure suction disc member at the top end of the clean plate through the steering wheel 640.

[0044] Further, the synchronous control unit 520 comprises a synchronous groove 521 opened at the bottom surface of the horizontal adjustment seat 400, the synchronous groove 521 is provided with a synchronous screw rod 522, the synchronous screw rod 522 is provided with two thread segments with opposite threads, the horizontal adjustment seat 400 is provided with a synchronous motor 523 matched with the synchronous screw rod 522, the horizontal adjustment seat 400 is provided with a sliding guide groove 524 matched with the suspension bracket 510, and the suspension bracket 510 is provided with a sliding block 525 matched with the sliding guide groove 524.

[0045] Further, the telescopic support unit 530 comprises a plurality of telescopic rods 531 arranged on the suspension support 510, the moving ends of the plurality of telescopic rods 531 are connected to a same tightening frame 532, the tightening unit 540 is arranged on the tightening frame 532, the tightening frame 532 is provided with a plurality of movable guide rods 533, and the suspension support 510 is provided with movable guide grooves 534 matched with the movable guide rods 533.

[0046] The tightening unit 540 comprises a tightening roller 541 arranged in the tightening frame 532, the tightening roller 541 is provided with a tightening winch 542, the tightening winch 542 is provided with a tightening cable 543 connected with the first negative pressure suction accessory 550 or the second negative pressure suction accessory 560, and the tightening frame 532 is provided with a tightening motor 544 matched with the tightening roller 541.

[0047] Preferably, two structural designs of the first suction accessory are provided, which are as follows:

[0048] Firstly, the first negative pressure suction accessory 550 comprises a suction base frame 551 provided with a clean plate extrusion suction unit for suction, and the suction base frame 551 is provided with a connecting fixed frame 552 connected with the tightening cable 543; the structure of the second negative pressure suction accessory 560 is consistent with that of the first negative pressure suction accessory 550; in use, the first negative pressure suction accessory 550 and the second negative pressure suction accessory 560 are respectively connected with the tightening cable 543 arranged on the same side.

[0049] Secondly, the first negative pressure suction accessory 550 comprises a suction base plate provided with a negative pressure suction unit for suction of a clean plate, the suction base plate is provided with a guide runner, and the suction base plate is provided with a fixed connecting frame matched with the guide runner and connected with the tightening cable 543; the structure of the first negative pressure suction accessory is consistent with that of the second negative pressure suction accessory 560.

[0050] In use, the tightening cable 543 in the tightening unit 540 on the same side as the first negative pressure suction accessory 550 is connected with the fixed connecting frame in the second negative pressure suction accessory 560 through the guide runner in the first negative pressure suction accessory 550, and the tightening cable 543 in the tightening unit 540 on the same side as the second negative pressure suction accessory 560 is connected with the fixed connecting frame in the first negative pressure suction accessory 550 through the guide runner in the second negative pressure suction accessory 560.

[0051] Specifically, in the process of installing the clean plate, a stable suspension point is needed to bear the weight of the clean plate and move it to the appropriate position, and the suspension bracket 510 provides such a basic structure. The suspension bracket 510 is symmetrically arranged on the horizontal adjustment seat 400 and is slidable, and through cooperation with the telescopic bracket unit 530, the tightening unit 540 and other components, the suspension operation of the clean plate is realized.

[0052] The synchronous control unit 520 drives the synchronous wire rod 522 in the synchronous slot 521 and the synchronous motor 523, and cooperates with the sliding guide slot 524 and the sliding block 525, so that the two groups of suspension brackets 510 can move in the same direction or opposite directions, ensuring that the clean plate remains horizontal during hoisting to avoid tilting of the clean plate due to inconsistent movement of the two groups of suspension brackets 510, which can cause inaccurate installation. The telescopic bracket unit 530 is composed of several telescopic rods 531, and its moving end is connected to the tightening bracket 532. It can be adjusted in length according to the size of the clean plate and the installation position requirements to adapt to the installation of clean plates of different sizes, so that the tightening unit 540 can accurately act on the corresponding position of the clean plate. The tightening unit 540 drives the tightening motor 544 through the tightening roller 541, the tightening winch 542 and the tightening cable 543, so that the tightening cable 543 is connected with the negative pressure suction accessory and is tightened, thereby tightly adsorbing and fixing the clean plate. During hoisting, the clean plate needs to be reliably fixed to prevent it from shaking or falling off, and the tightening unit 540 provides an effective fixing method.

[0053] The first negative pressure suction accessory 550 and the second negative pressure suction accessory 560 firmly adsorb the clean plate to realize stable hoisting. The first structure includes an adsorption base 551, an extrusion adsorption unit and a connecting fixed frame 552, which may be more suitable for clean plates with poor surface flatness. The connecting fixed frame 552 is directly connected to the tightening cable 543, and the structure is relatively simple. The second structure includes an adsorption base, a negative pressure adsorption unit, a guide runner and a fixed connecting frame. The design of the guide runner allows the tightening cable 543 to be connected at a more flexible angle, which may be more convenient to adjust. Both structures aim to achieve reliable negative pressure adsorption, and the appropriate structure is selected according to the actual application scenario and the characteristics of the clean plate. Through the cooperation of the guide runner and the tightening cable 543 with the negative pressure suction accessory on the other side, the linkage of the two tightening units 540 can be realized, further improving the accuracy and efficiency of adjustment.

[0054] Further, the horizontal adjustment assembly 200 includes a horizontal slot 210 starting from the stable truss and penetrating through the stable truss, and the horizontal adjustment seat 400 is located in the horizontal slot 210 and is in sliding cooperation with the horizontal slot 210. The horizontal slot 210 is provided with a stable guide rod 220 cooperating with the horizontal adjustment seat 400, and the horizontal adjustment seat 400 is provided with a limiting and fixing unit 230 for stably fixing the horizontal adjustment seat 400 in the horizontal slot 210.

[0055] The horizontal adjusting seat 400 comprises an adjusting sliding seat 410 in sliding fit with the horizontal groove 210, a suspension base 420 at the bottom end of the adjusting sliding seat 410 in fit with the first hoisting assembly 500, and a suspension top seat 430 at the top end of the adjusting sliding seat 410 in fit with the second hoisting assembly 600.

[0056] Specifically, a synchronization groove 521 in the synchronization control unit 520 in the first hoisting assembly 500 is arranged at the bottom surface of the suspension base 420, and the rotating seat 610 in the second hoisting assembly 600 is arranged on the suspension top seat 430.

[0057] Further, the limiting and fixing unit 230 comprises a handrail 231 arranged at the center of the suspension base 420 and facilitating the movement of the horizontal adjusting seat 400 along the horizontal groove 210, a limiting sliding rod 232 in sliding fit with the handrail 231, a limiting driving seat 233 arranged at the top end of the limiting sliding rod 232, two limiting connecting rods 234 symmetrically arranged on the limiting driving seat 233, a limiting cavity 235 in the adjusting sliding seat 410 in fit with the limiting connecting rods 234, one end of the limiting connecting rods 234 in rotary connection with the limiting driving seat, a limiting support rod 237 arranged at the other end of the limiting connecting rods 234, and a limiting sliding groove 236 in sliding fit with the limiting support rod 237 arranged on the suspension base 420; when the horizontal adjusting seat 400 is stably fixed on the stable truss, the limiting support rod 237 is in fixed abutment with the stable truss.

[0058] Further, the moving frame 100 comprises a moving U-shaped frame 101, the stable climbing frame 130 is symmetrically arranged at the two open ends of the moving U-shaped frame 101, and the moving U-shaped frame 101 is provided with a stable triangular frame 102 connected with the stable climbing frame 130.

[0059] The device is transported to the installation site by the moving frame 100. First, the stable climbing frame 130 and the stable truss 140 are firmly supported and fixed by the top support assembly 150 in fit with the ceiling and the stable support rod assembly 160 in fit with the ground, and a stable working platform is formed. The horizontal adjusting seat 400 on the stable truss 140 is precisely adjusted in horizontal position by the horizontal adjusting assembly 200.

[0060] After the adjustment, the auxiliary installation mechanism 300 starts to work. The first hoisting assembly 500 adsorbs the bottom plate of the clean plate through the negative pressure suction piece, and the second hoisting assembly 600 adsorbs the top end of the clean plate through the negative pressure suction piece. The synchronous control unit 520 controls the two groups of suspension supports 510 to move in the same direction or opposite directions, so that the clean plate is horizontally positioned. The telescopic support unit 530 and the tightening unit 540 further fine-tune the position and posture of the clean plate, so as to ensure that the clean plate is accurately aligned with the installation position. The second hoisting assembly 600 cooperates with the rotating seat 610, the rotating frame 620, the telescopic hydraulic rod 630 and the steering wheel 640 to realize accurate adjustment of the top end of the clean plate.

[0061] Specifically, the top supporting hydraulic rod 152 and the stable hydraulic rod 161 provide upward and downward supporting forces respectively, so as to ensure the stability of the device. The synchronous motor 523 drives the synchronous screw 522 to rotate, so as to drive the suspension support 510 to move along the sliding guide groove 524. The telescopic support unit 530 adjusts the vertical height of the clean plate through the telescopic rod 531 and the tightening frame 532. The tightening unit 540 accurately controls the horizontal position and the tightening degree of the clean plate through the tightening roller 541 and the tightening winch 542. The tightening winch 650 and the tightening cable 660 are used to further fix and adjust the position of the top end of the clean plate.

[0062] After the installation is completed, the negative pressure suction piece and the negative pressure suction piece are loosened, the top supporting support assembly 150 and the stable support rod assembly 160 are retracted, and the moving frame 100 can move the device away.

[0063] The technical features not described in the utility model can be realized by or using the prior art, which will not be described here. Of course, the above description is not a limitation of the utility model, and the utility model is not limited to the above examples. Changes, modifications, additions or replacements made by ordinary skilled persons in the technical field within the essential scope of the utility model should also be within the protection scope of the utility model.

Claims

1. A high-efficiency auxiliary installation platform for cleanroom panels, characterized in that: The utility model provides a kind of mobile frame (100) comprising mobile car frame (100), mobile car wheel (120) is provided on the mobile car frame (100), two stable climbing frames (130) are provided at the front end of the mobile car frame (100) symmetrically, stable truss (140) is provided at the top end of two the stable climbing frames (130), the top support support component (150) that cooperates with ceiling is provided on the stable climbing frame (130), the stable support rod component (160) that cooperates with the top support support component (150) is provided on the mobile car frame (100); Horizontal adjustment seat (400) is provided on the stable truss, horizontal adjustment component (200) for adjusting the horizontal position of shrinkage horizontal adjustment seat (400) is provided on the stable truss, auxiliary installation mechanism (300) for assisting clean plate installation is provided on the horizontal adjustment seat (400); The auxiliary installation mechanism (300) includes the first hoisting assembly (500) that is adsorbedly connected at the bottom end of clean plate bottom plate, the second hoisting assembly (600) that cooperates with the first hoisting assembly (500) and is adsorbedly connected at the top end of the clean plate is provided on the horizontal adjustment seat (400).

2. The high-efficiency installation platform for clean plates according to claim 1, characterized in that: The first hoisting assembly (500) includes two groups of suspension brackets (510) that are symmetrically provided on the horizontal adjustment seat (400) and slide with the horizontal adjustment seat (400) cooperation, and the synchronous control unit (520) for controlling the suspension bracket (510) to move in the same direction or move towards each other is provided on the horizontal adjustment seat; The suspension bracket (510) is provided with telescopic support unit (530), and the telescopic support unit (530) is provided with tightening unit (540) at the moving end, and the first negative pressure suction member (550) and the second negative pressure suction member (560) are provided at the bottom end of the clean plate bottom plate respectively and cooperate with two the tightening unit (540).

3. A high-efficiency auxiliary installation platform for clean plates as claimed in claim 2, characterized in that: The second hoisting assembly (600) includes rotating seat (610) provided on the top surface of the horizontal adjustment seat (400), and the rotating seat (610) is provided with rotating frame (620) that cooperates with the rotating seat (610) sliding and linkage with telescopic support unit (530), and the rotating seat (610) is provided with telescopic hydraulic rod (630), and the rotating frame (620) is provided with steering wheel (640); The rotating seat (610) is provided with tightening winch (650), the tightening winch (650) is provided with tightening hinge rope (660), and one end of the tightening hinge rope (660) is fixedly connected with negative pressure suction disc member at the top end of the clean plate via steering wheel (640).

4. The high-efficiency installation platform for clean plates according to claim 2, characterized in that: The synchronous control unit (520) comprises a synchronous groove (521) opened at the bottom surface of the horizontal adjusting seat (400), a synchronous screw rod (522) is arranged in the synchronous groove (521), two thread sections opposite in thread are arranged in the synchronous screw rod (522), a synchronous motor (523) matched with the synchronous screw rod (522) is arranged on the horizontal adjusting seat (400), a sliding guide groove (524) matched with the suspension support (510) is arranged on the horizontal adjusting seat (400), and a sliding block (525) matched with the sliding guide groove (524) is arranged on the suspension support (510).

5. The high-efficiency installation platform for clean sheets according to claim 2, characterized in that: The telescopic support unit (530) comprises a plurality of telescopic rods (531) arranged on the suspension support (510), the moving ends of the plurality of telescopic rods (531) are commonly connected to a same tightening frame (532), the tightening unit (540) is arranged on the tightening frame (532), a plurality of movable guide rods (533) are arranged on the tightening frame (532), and movable guide grooves (534) matched with the movable guide rods (533) are arranged on the suspension support (510). The tightening unit (540) comprises a tightening roller (541) arranged in the tightening frame (532), a tightening winch (542) is arranged on the tightening roller (541), a tightening cable (543) connected with the first negative pressure suction accessory (550) or the second negative pressure suction accessory (560) is arranged on the tightening winch (542), and a tightening motor (544) matched with the tightening roller (541) is arranged on the tightening frame (532).

6. A high-efficiency auxiliary installation platform for clean plates as claimed in claim 5, characterized in that: The first negative pressure suction accessory (550) comprises a suction base frame (551) for suction and extrusion of a clean plate, and a connecting fixed frame (552) connected with the tightening cable (543) is arranged on the suction base frame (551); the structure of the second negative pressure suction accessory (560) is consistent with that of the first negative pressure suction accessory (550); in use, the first negative pressure suction accessory (550) and the second negative pressure suction accessory (560) are respectively connected with the tightening cable (543) arranged on the same side.

7. A high-efficiency auxiliary installation platform for clean plates as claimed in claim 5, characterized in that: The first negative pressure suction accessory (550) comprises a suction base plate, a negative pressure suction unit for suction of a clean plate is arranged on the suction base plate, a guide runner is arranged on the suction base plate, a fixed connecting frame matched with the guide runner and connected with the tightening cable (543) is arranged on the suction base plate; the structure of the negative pressure suction accessory is consistent with that of the second negative pressure suction accessory (560). When in use, the tightening hinge rope (543) in the tightening unit (540) on the same side of the first negative pressure suction accessory (550) is connected with the fixed connecting frame in the second negative pressure suction accessory (560) via the guide runner in the first negative pressure suction accessory (550), and the tightening hinge rope (543) in the tightening unit (540) on the same side of the second negative pressure suction accessory (560) is connected with the fixed connecting frame in the first negative pressure suction accessory (550) via the guide runner in the second negative pressure suction accessory (560).

8. A high-efficiency auxiliary installation platform for clean plates as claimed in claim 1, characterized in that: The horizontal adjustment assembly (200) comprises a horizontal groove (210) initially arranged in the stable truss and extending through the stable truss, the horizontal adjustment seat (400) is arranged in the horizontal groove (210) and is in sliding fit with the horizontal groove (210), the horizontal groove (210) is provided with a stable guide rod (220) matched with the horizontal adjustment seat (400), and the horizontal adjustment seat (400) is provided with a limiting and fixing unit (230) for stably fixing the horizontal adjustment seat (400) in the horizontal groove (210). The horizontal adjustment seat (400) comprises an adjustment sliding seat (410) in sliding fit with the horizontal groove (210), the bottom end of the adjustment sliding seat (410) is provided with a suspension base (420) matched with the first hoisting assembly (500), and the top end of the adjustment sliding seat (410) is provided with a suspension top seat (430) matched with the second hoisting assembly (600).

9. A high-efficiency auxiliary installation platform for clean plates as claimed in claim 8, characterized in that: The limiting and fixing unit (230) comprises a handrail (231) arranged at the center of the suspension base (420) and facilitating the movement of the horizontal adjustment seat (400) along the horizontal groove (210) driven by a construction worker, the handrail (231) is provided with a limiting sliding rod (232) in sliding fit with the handrail (231), the top end section of the limiting sliding rod (232) is provided with a limiting driving seat (233), two limiting connecting rods (234) are symmetrically arranged on the limiting driving seat (233), the adjustment sliding seat (410) is provided with a limiting cavity (235) matched with the limiting connecting rods (234), one end of the limiting connecting rod (234) is rotationally connected with the limiting driving seat, the other end of the limiting connecting rod (234) is provided with a limiting supporting rod (237), and the suspension base (420) is provided with a limiting sliding groove (236) in sliding fit with the limiting supporting rod (237); when the horizontal adjustment seat (400) is stably fixed on the stable truss, the limiting supporting rod (237) is in fixed abutment with the stable truss.

10. The high-efficiency installation platform of claim 1, wherein: The mobile frame (100) comprises a mobile U-shaped frame (101), the stable climbing frame (130) is symmetrically arranged at the opening ends of the mobile U-shaped frame (101), and the mobile U-shaped frame (101) is provided with a stable tripod (102) connected with the stable climbing frame (130).

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