19results about How to "Reduce installation steps" patented technology

This utility model discloses a building insulation board that is easy to install. The insulation board has a through-hole on its front side, and an installation tube is fixedly installed inside the hole. A pushing component is installed inside the installation tube, and a pushing rod is installed inside the installation tube via the pushing component. A locking component is provided on the surface of the pushing rod, and a rectangular through-groove is provided on the surface of the installation tube. The installation tube is inserted into the installation hole through the insulation board, and the pushing component moves the pushing rod, causing the pushing rod to push the locking component into contact with the inner wall of the installation hole. This locks the installation tube inside the installation hole, thus installing the insulation board. This method eliminates the need for expansion screws and L-shaped fixing brackets, reducing the number of steps required for insulation board installation and increasing the installation speed, allowing more insulation boards to be installed in the same amount of time.

The utility model provides a stage special bus duct with lamp stand, including bus duct seat, bus duct upper shell and sliding lamp stand, bus duct seat is pasted in bus duct upper shell below, bus duct upper shell front and rear end symmetry has L shape welding plate, two L shape welding plates are fixed through a plurality of inner hexagonal bolts with bus duct seat upper end front and rear side, sliding lamp stand is provided with a plurality of, a plurality of sliding lamp stand is slidably sleeved in bus duct seat and two L shape welding plate outside, a plurality of sliding lamp stand middle all welds to have the lamp mounting frame, this design has solved the original bus duct and lamp stand independent installation, single group installation time -consuming is longer, occupies space more, and cable needs additional binding, wiring is in disorder, the problem of low integration, the utility model uses spare plug, and the quick installation between adjustable lamp stand and bus duct is carried out, effectively reduces the installation step, and the heat dissipation fin and fan structure are designed in the bus duct, and the heat dissipation and protection are considered.

This invention belongs to the field of mechanical engineering technology and discloses a support device for a telescopic arm of a robot for adding a cover to a mixed-iron car. The device includes a support plate, a limiting box fixedly installed on the top of the support plate, a threaded sleeve movably installed inside the limiting box, and an mounting plate fixedly installed on the top of the threaded sleeve. The mounting plate has a sliding groove inside. Compared with traditional devices, this invention, through the cooperation between the threaded sleeve and the threaded rod, facilitates the slow upward movement of the telescopic arm, greatly improving operational flexibility. It allows the robot to easily cope with different working conditions and positional requirements, expands the working range, reduces adjustment time due to height mismatch, optimizes the work process, significantly enhances work efficiency, and ensures a safe distance between the robot and the mixed-iron workshop through precise height adjustment, reducing operational risks and improving the stability of the telescopic arm during operation, effectively ensuring operational safety.

The utility model discloses a capillary network structure for radiation air conditioner, including main pipeline, and the capillary pipeline is equipped on main pipeline, its characterized in that still includes: support main part, support main part is vacuum, and the plug -in block is located in support main part, and the main pipeline is inserted and locked, and the support arm is located in the outside of support main part, and the adjusting block is located in the support arm, and it is used for the capillary pipeline to hold up fixed. Capillary network structure for radiation air conditioner, support main part is vacuum, and the plug -in block is inserted and locked to the main pipeline, and the lock catch plate and the clamping block are combined and clamped, and the stable main pipeline fixed structure is formed, compared with bolt, and the ribbon connection reduces the installation step, and improves the installation efficiency, and the first adjusting groove is seted up in the outside of support main part, and the support arm is slid in the groove through connecting shaft and sliding roller, can adjust support arm position according to capillary network actual arrangement demand, realizes the random setting of fixed device, avoids the problem of traditional mode space restriction.

This utility model relates to the field of distribution box technology, specifically to an assembled distribution box installation structure, including mounting plates fixed to the top and bottom of an embedded groove, two side extension plates horizontally fixed to both sides of the mounting plates, each with corresponding insertion holes on the distribution box, two vertical partitions horizontally fixed side-by-side inside the distribution box, forming an internal groove with the inner wall of the distribution box, and a plug-in part located within the internal groove. The plug-in part includes two plug-in components and a bidirectional lead screw. This utility model, through the cooperation between the mounting plates and the plug-in components, allows for the initial fixing of the two mounting plates to the top and bottom of the embedded groove using expansion screws. Then, the distribution box is inserted between the two mounting plates, and the bidirectional lead screw is rotated to drive the two plug-in components to connect with the mounting plates, achieving the limiting and fixing of the distribution box. This eliminates the need to use mortar to fill gaps for fixing the distribution box, making the installation operation simple and efficient.

A quick dismounting structure of a cooking container and an air fryer, the dismounting structure comprises a base and a cooking container, a strong clamping part is arranged between the base and the cooking container, the cooking container is clamped and installed on the base through the strong clamping part; an unlocking part is arranged on the base or the cooking container, the strong clamping part is released when the unlocking part is pressed, and the base and the cooking container are dismounted from each other. The utility model discloses a strong clamping part is arranged between the base and the cooking container, the strong clamping part comprises clamping ribs arranged on both sides of the base and buckles arranged on both sides of the cooking container, when installing, only need to press the cooking container downwards, make the buckle and the clamping rib mutually clamped, can make the cooking container fixed on the base, realize the quick installation of the cooking container, and the operation is simple, the assembly efficiency of the cooking container is greatly improved, and the cooking container is clamped and fixed without using the clamping block, so that the number of parts can be reduced, and the material cost is reduced.

This application provides a tubular aerator, which includes an aeration pipe, a first connector, and a second connector. The first connector and the second connector are respectively provided with a first connecting portion and a second connecting portion for interconnecting with each other. The first end of the aeration pipe is connected to the first connector, and the second end of the aeration pipe is connected to the second connector. A plurality of aeration pipes are connected in series through the first connector and the second connector. In the tubular aerator of this utility model, the first end of the aeration pipe is connected to the first connector, and the second end of the aeration pipe is connected to the second connector. The first connector and the second connector are respectively provided with a first connecting portion and a second connecting portion for interconnecting with each other, thereby enabling a plurality of aeration pipes to be connected in series through the first connector and the second connector, thus allowing each tubular aerator to be interconnected, extending its service life indefinitely, greatly reducing the amount of pipe used and installation steps, thereby saving costs.

This utility model discloses a convenient wardrobe rack, including a support plate, support arms, a hanging basket, and a locking seat. Two or more support plates are longitudinally arranged and detachably installed on a wardrobe or wall. Each end of the support arm has a hanging end and an extension end, respectively, and a locking part is provided at the top of the support arm. The extension end has a first support part, and the locking part has a second support part. The hanging end is detachably connected to the support plate, making the support arm perpendicular to the support plate. The front and rear sides of the hanging basket are respectively installed on the first and second support parts. The locking seat is slidably installed on the locking part of the support arm and has a locking slot for locking the side of the hanging basket. This reduces the material and labor costs of the wardrobe rack, improves installation convenience, and enhances the load-bearing capacity and stability of the wardrobe rack.

A quick-connection structure for factory construction scaffolding includes adjustable uprights and connecting rods between two uprights. The adjustable uprights have evenly spaced internal threaded holes and spaced clamping blocks. The connecting rod has an insertable elastic connection structure at its end, which connects to the clamping blocks to secure the connecting rod to the adjustable uprights on both sides. The insertable elastic connection structure, built into both ends of the connecting rod, includes a pin, a spring, a pull rope, and a pull rope guide wheel. The clamping blocks have insertion holes adapted to the pins. Pulling the pull rope disengages the pin from the insertion hole; releasing the pull rope causes the spring to move the pin, allowing it to insert into the insertion hole. In use, workers only need to align the connecting rod and the adjustable uprights, then apply downward pressure to the connecting rod to quickly complete the fixing operation. The entire process requires no additional tools, significantly reducing installation steps and time consumption.

This utility model discloses a forklift mast and forklift, including a mast body and a fork carriage. A plurality of first roller groups are provided between the fork carriage and the mast body for relative sliding in a vertical direction. These first roller groups are arranged side-by-side along the left-right direction of the fork carriage. Each first roller group includes multiple rollers disposed on the same side of the fork carriage and distributed vertically. The multiple rollers also include at least two second main rollers located between the first upper main roller and the first lower main roller. Furthermore, the multiple rollers also include at least one second side roller located between the first upper side roller and the first lower side roller. By increasing the number of rollers, this utility model improves the stress distribution on the rollers, thereby reducing the risk of roller failure due to overload and enhancing the overall stability between the fork carriage and the mast body.

The utility model discloses a kind of loading devices for bearing processing, including gantry mechanism, pusher mechanism and storage mechanism on the gantry mechanism;Gantry mechanism, including the first gantry assembly of supporting pusher mechanism, and the second gantry assembly of being arranged in parallel with the first gantry assembly, the first gantry assembly is supported second gantry assembly by pusher mechanism;Storage mechanism is located at the end surface of the first gantry assembly away from second gantry assembly, pusher mechanism moves along the length direction of the first gantry assembly and second gantry assembly, and simultaneously drive bearing inner ring, bearing outer ring, and bearing ball are installed in place simultaneously.This utility model simultaneously transports bearing inner ring and bearing outer ring to the same vertical position by using pusher mechanism, and simultaneously lifts bearing outer ring into bearing outer ring by pusher mechanism, while releasing bearing steel ball between bearing inner ring and bearing outer ring, saves installation step, improves installation efficiency.

This application relates to a cable pulling head, which includes a fixed joint and a movable joint. The movable joint is sleeved on one end of the fixed joint and threadedly engaged with it. The end of the cable passes between the fixed joint and the movable joint. A locking component is provided between the fixed joint and the movable joint to restrict cable movement. A connecting member for facilitating pulling of the fixed joint is installed at the other end of the fixed joint. This application improves the applicability of the cable pulling head.

The utility model discloses a kind of pull-out type corner pull basket, more specifically to kitchen home installation technical field, including corner pull basket slide rod, the corner pull basket slide rod lower symmetry fixedly connected with fixed rod, the corner pull basket slide rod side fixedly connected with pull handle, the fixed rod is provided with placing basket;The one end of the placing basket is fixedly connected with mounting block, the mounting block is sleeved with fixed rod, the fixed rod side is equipped with first stabilizing groove, the mounting block is movably connected and is provided with moving rod;Pull-out type corner pull basket is sleeved with the structure of mounting block and fixed rod, so that placing basket can be adjusted according to the height of goods height, effectively improve the utilization efficiency of corner space;By moving rod drive clamping limiting block and first stabilizing groove cooperation fixed, without additional tool, installation step is simplified, installation time is greatly shortened, and human cost is reduced.

The utility model discloses an anti -explosion type base station and three -dimensional visualization system, including base station main part, installation bottom board, its located in the one side of base station main part, and the inside of installation bottom board is provided with the cavity, and the guide surface is set up on the installation bottom board, and, base station fixed base, and the front side of base station fixed base is provided with the expansion guide mouth, wherein, the bottom of installation bottom board is provided with the guide strip, and the bayonet is set up on the installation bottom board, and the bottom of base station fixed base is provided with fixed base slide channel groove, and base station fixed base is connected with the card. This anti -explosion type base station and three -dimensional visualization system, through the geometry guide structure realizes the quick assembly, reduces the installation step, and promotes the efficiency of installation, and the locking mechanism of elastic card and bayonet makes the assembly time shorten, and the cooperation installation of guide strip and slide channel groove makes that base station main part can be quickly disassembled maintenance, through the integration and processing more accurate, detailed data source, can improve the reliability in space orientation.

The utility model belongs to lock technical field relates to an integrated mute transmission lock. The utility model, including the lock box body, be connected with the fixed rod on the lock box body, be equipped with the movable rod that can reciprocate along the straight line between the lock box body and fixed rod, be linked through the machine nail connecting piece between the lock box body and fixed rod, be equipped with the installation space in the lock box body. The utility model in the use process, through the machine nail connecting piece will be fixed with the lock box body tightly connected, forms the integrated structure, has reduced the installation step and the part quantity, promotes the installation efficiency, reduces the risk of causing the trouble because of the part loose simultaneously, gear block and rack are directly engaged, compared with traditional multistage transmission structure, reduces the intermediate transmission link, reduces the friction and abrasion, promotes transmission accuracy, directly engages effective transmission noise reduction, realizes the mute effect, improves the door and window use comfort.

The utility model discloses a kind of beam-column connecting structure of folding awning, including beam body, column, the beam body includes transverse beam body and longitudinal beam body, further include, support plate, be in the column top, form the support platform for supporting the end of the beam body;First connecting piece, inlay in the end of the transverse beam body, be equipped with fastener for respectively connecting the transverse beam body and column;Second connecting piece, be equipped in the end of the longitudinal beam body, be equipped with fastener for connecting the first connecting piece.The complexity of installation is reduced as premise, also ensure the reliability of installation, reduce installation cost, improve installation efficiency simultaneously.

This utility model discloses a synchronously driven reversing chain machine, including a conventional chain section machine, a reversing chain section machine, a conveying drive module, and a reversing drive module. The conventional chain section machine includes a first stand and a first chain frame. The reversing chain section machine includes a second stand and a second chain frame. The conveying drive module includes a mounting frame. A first geared motor is fixed to the bottom of the mounting frame. A third rotating shaft is provided in the middle of the mounting frame. A first transmission sprocket is keyed to the third rotating shaft. The reversing drive module includes a second geared motor and a connecting rod. A bearing seat is fixed to the top of the connecting rod. A fourth rotating shaft is provided between two bearing seats. A third transmission sprocket is keyed to the fourth rotating shaft. This synchronously driven reversing chain machine has an advanced design, compact structure, and is easy to use. The reduced number of motors helps to reduce installation costs and installation steps.

This utility model discloses a quick-change lens interface device, belonging to the field of cleaning and drying equipment for optical lens coatings. The quick-change lens interface device has a T-shaped groove inside the lens body and a spring groove at the bottom of the lens body, with a spring installed in the spring groove. The spring applies a corresponding force to the lens body during disassembly and installation. An annular latch is installed inside the lens body, with its plane abutting against the spring. A T-shaped latch is fixedly connected to the annular latch, and the T-shaped latch is used in conjunction with the T-shaped groove. A trapezoidal latch is fixedly connected to the inner wall of the annular latch, and an adapter ring is installed on the annular latch. The upper end of the adapter ring has a trapezoidal groove, which is used in conjunction with the trapezoidal latch. This device achieves quick engagement and disassembly, reducing installation steps. During disassembly, the spring releases its elastic force to assist separation, resulting in smooth operation. The structure is simple and stable, easy to use, and prevents some dust and moisture from entering and damaging the equipment.