10results about How to "Automate installation" patented technology

This utility model discloses a heat sink fixing device for a computer chassis, including a screw mounting platform, an XYZ screw moving component, a screw hole detection camera, and a screw mounting component. The screw mounting platform is located near the chassis conveying assembly. The fixing part of the XYZ screw moving component is fixedly mounted on the screw mounting platform. The screw hole detection camera and the screw mounting component are both fixedly mounted on the output part of the XYZ screw moving component and both mate with the chassis on the positioning and pressing platform of the chassis conveying assembly. The screw hole detection camera detects the position of the screw holes, and then the screw mounting component picks up and installs the screws. This allows for quick and easy fixing of the heat sink inside the chassis, thus achieving automated installation.

The application provides a kind of automatic motorcycle crank gear shaft sleeve interference fit installation device and its installation method, it mainly includes first automatic feeding mechanical arm, second automatic feeding mechanical arm, base fixture and hydraulic punch, the application realizes the automatic installation of motorcycle crank gear shaft sleeve interference fit.The application adopts first automatic feeding mechanical arm, second automatic feeding mechanical arm and base fixture, the first, second automatic feeding mechanical arm of the application realizes accurate capture, the structure of base fixture can realize accurate positioning, so as to improve the positioning accuracy of interference fit between motorcycle crank and gear shaft sleeve.The end of the first automatic feeding mechanical arm and the second automatic feeding mechanical arm of the application is equipped with a grabbing structure, two grabbing holes are respectively arranged in the two grabbing structures, so that fast automatic feeding and discharging can be realized and the material changing time is reduced, at the same time, the safety hazards caused by manual operation can be avoided, and the application has the characteristics of high safety factor.

This application provides an isolating contact installation device, comprising: a worktable; a first abutment plate, with a second abutment plate correspondingly disposed above the worktable, the first abutment plate being fixedly connected to the worktable, and the second abutment plate being slidably connected to the worktable; a first cylinder, with the first cylinder and the second cylinder disposed on opposite sides of the worktable, the protruding end of the first cylinder passing through the first abutment plate and fixedly connected to the second abutment plate, so that the first cylinder drives the second abutment plate to move horizontally above the worktable, and the protruding end of the second cylinder passing through the second abutment plate and movably engaging the isolating pin shaft. This application enables precise alignment and efficient installation of the isolating contact components, solving the problems of unstable installation accuracy and low efficiency in traditional installation methods; it can adapt to the installation requirements of isolating contacts of different specifications, solving the problem of poor adaptability of simple tooling fixtures; it reduces manual intervention, solving the problem of lack of overall coordination and automation in semi-automatic mechanical equipment.

The switch electric appliance comprises a shell, a contact support, a counterforce spring, a contact system and two electromagnetic systems, the two electromagnetic systems are oppositely arranged on two sides of the contact system, the two electromagnetic systems each comprise an upper armature and a coil for driving the upper armature to move, the upper armatures of the two electromagnetic systems are connected through a linkage shaft, the top side of the contact support is provided with a linkage groove, the linkage shaft is installed in the linkage groove, the two electromagnetic systems drive the contact support to move linearly against the action force of the counterforce spring through the linkage shaft, the contact support drives the moving contact to contact the static contact, and the contact support drives the moving contact to separate from the static contact under the action of the counterforce spring. The switch electric appliance has the advantages that the two electromagnetic systems are oppositely arranged on the two sides of the contact system, the height of the switch electric appliance is reduced, the contact support is connected with the two electromagnetic systems through the linkage groove arranged on the top side for accommodating the linkage shaft, the height space is not additionally occupied, and the contact support is convenient to disassemble and assemble.

This invention belongs to the field of steel formwork processing technology, specifically a precast grandstand steel formwork splicing and welding device, including a welding fixture. A steel formwork is mounted on the welding fixture, and pressure strips are respectively provided on both sides of the top of the steel formwork. A first insertion sleeve is fixedly connected to each of the two pressure strips. A first bearing bracket is fixedly connected to each of the first insertion sleeves on the welding fixture, and a first combined sleeve is rotatably connected to each of the first bearing brackets. In this invention, a first hydraulic cylinder drives a linkage frame and a second double-sided gear, causing the pressure strips on both sides to apply equal downward pressure to the top of the steel formwork, avoiding template tilting or stress concentration caused by unilateral pressure. The downward pressure can be adjusted according to the steel formwork model to meet differentiated pre-pressing requirements. The mechanical transmission chain ensures uniform pressure distribution. Pre-pressing before welding effectively constrains the tendency for thermal deformation, providing a stable benchmark for subsequent welding.

This invention discloses a safe oil drilling and production machine, belonging to the field of oil equipment technology. Its key technical features include: a lifting unit mounted on a support tower and connected to the drilling and production unit; a buffer unit mounted on the drilling and production unit; a rotating unit mounted on the drilling and production unit and connected to the buffer unit; a disassembly unit mounted on the drilling and production unit; and a sliding unit mounted on the drilling and production unit. During drill string installation, the buffer unit cushions the drill string by inserting the second drill string into the end of the first drill string. The buffer unit rotates under the action of the rotating unit during sliding. During rotation, the buffer unit, through its connection with the sliding unit, drives the disassembly unit to slide, allowing the first and second drill strings to engage and be fixed under the action of the disassembly unit, thereby extending the drill string length. This installation process only requires inserting one drill string into the end of the other, thus achieving automatic drill string installation.

The utility model belongs to the technical field of chipping machines, and particularly relates to a cutterhead replacing mechanism of a wood chipping machine, which adopts the following scheme that the cutterhead replacing mechanism comprises a shell, the door plate is rotationally connected to the front side of the shell; the number of the fixing mechanisms and the number of the unlocking mechanisms are both two. The number of the chipping mechanisms is two, and each chipping mechanism comprises a motor, a rotating shaft and a cutter head; the motor is fixedly installed on the rear side of the shell, an output shaft of the motor extends to the inner side of the shell, the output shaft of the motor is fixedly connected with the rotating shaft, the outer side of the rotating shaft is in sliding contact with the inner side of the cutter head, and the fixing mechanism comprises a fixing block, a blocking frame, a spring and a spring seat. The cutter head can be unlocked on the rotating shaft by pressing the frame, the cutter head can be detached, then a new cutter head is inserted into the rotating shaft, and the cutter head can be automatically installed by releasing the pressing frame, so that the cutter head is rapid and convenient to use.

The utility model belongs to foundry accessory installation jig technical field discloses a kind of electric lifting glass foundry support accessory installation jig, electric lifting glass foundry support accessory installation jig includes pedestal and pressing mechanism, pedestal is configured as to load and place foundry, the top of foundry is placed with rubber part, pressing mechanism includes pressure head and pull block, pressure head is configured as to press rubber part into the installation slot being set in the top of foundry, pull block is configured as to lengthen the length of rubber part when pressure head presss rubber part.This utility model replaces artificial installation rubber part by electric lifting glass foundry support accessory installation jig, to be able to realize the automatic installation of rubber part, and then work efficiency can be improved.

The application discloses a kind of electromechanical control mechanisms for electromechanical intelligent installation, which can realize the installation of elastic clamping piece automatically, and accurately install it into the extended hole with slope, with high installation precision. During installation, the controller can control the lifting speed, horizontal moving speed, lifting displacement and horizontal moving displacement of the product body to be installed according to the slope of the extended hole, so that the product body to be installed is lifted for press fitting according to the slope. The press fitting force is consistent with the slope, effectively improving the accuracy during press fitting, reducing damage to the elastic clamping piece, and ensuring the press fitting precision.

This invention relates to the field of seal installation technology, and provides a seal installation device, comprising: a piston assembly including a piston and a clamping member connected to the piston; a deformation mechanism having a deformation head movable toward the clamping member; the seal installation device having a deformation state and an installation state, wherein in the deformation state, the deformation head presses the seal into the clamping space of the clamping member, and the piston drives the clamping member to clamp the compressed seal; in the installation state, the piston assembly extends into the installation hole of the workpiece, and the piston drives the clamping member to release, so that the compressed seal springs back into the installation groove of the installation hole. The seal installation device of this invention, through the cooperation of the deformation mechanism and the piston assembly, automatically, efficiently, and accurately completes the installation of the seal.