9results about How to "Realize automatic assembly" patented technology

This utility model belongs to the field of inductor manufacturing and processing technology, and particularly relates to a pin assembly machine, including a chassis, a jig feeding device, a worktable, a positioning and moving device, a pin feeding device, an assembly device, a correction device, and a unloading device. The chassis is vertically arranged; the jig feeding device is located on the left side of the top surface of the chassis; the worktable is located on the top surface of the chassis, to the right of the feeding device; the positioning and moving device is located on the top surface of the chassis, behind the worktable; the pin feeding device and the assembly device are located on the top surface of the chassis, on the front and rear sides of the worktable; the correction device is located on the top surface of the chassis, behind the worktable and to the right of the positioning and moving device; the unloading device is connected to the right end of the worktable. This utility model has a high degree of automation, high work efficiency, good processing quality, and a high pass rate.

This invention relates to a current sensor assembly system, comprising a frame, a rotating table, a positioning assembly, a feeding assembly, a stamping assembly, and a pressing assembly. The rotating table is rotatably mounted on the frame. The positioning assembly includes a fixing fixture mounted on the rotating table, the fixing fixture having a first station for fixing the iron core and a second station for fixing the outer shell. The feeding assembly includes a feeder, a receiving member, and a feeding component mounted on the frame. The feeder has a feeding end, which is positioned opposite the receiving groove of the receiving member. The feeding component has a feeding end. The stamping assembly has a stamping end located above the rotation path of the first station of the fixing fixture. The pressing assembly has a pressing end located above the rotation paths of the first and second stations of the fixing fixture. The assembly system enables automatic assembly of the iron core, outer shell, and connecting piece of the current sensor.

This utility model discloses an automatic furniture handle assembly machine, including a rotary table, a positioning component, a stamping station, and a material picking component. Several fixtures are spaced apart on the rotary table. The positioning component, stamping station, and material picking component are sequentially arranged around the side of the rotary table along the assembly direction of the product. The rotary table can be driven to rotate by a servo motor. In this automatic furniture handle assembly machine, the product is placed in a fixture, and the rotary table drives the fixture to rotate. When the fixture reaches its position, the positioning component positions it. The stamping machine at the stamping station then stamps and rivets the product in the fixture. After pressing, the rotary table drives the fixture to rotate again, moving it to the material picking component. The material picking component automatically unloads the product, thus achieving automatic assembly of the furniture handle. This improves assembly efficiency, reduces labor costs and labor intensity, and the rotary table drives the fixtures to rotate under the stamping machine, thereby reducing safety hazards.

A method for constructing a unified business and technology data language includes the following steps: Step 1, specifying independent variables based on the business model and the indicator meta-model; Step 2, performing the specified independent variables as follows to ensure they conform to the domain language model of the asset management data domain: whether the independent variable corresponds to a concept or class in the asset management domain and whether it corresponds to metadata, whether the independent variable forms parent and child nodes and thus performs association calculations; Step 3, determining whether to use the independent variable or return to Step 1.

This application belongs to the technical field of burner assembly equipment, specifically relating to an assembly device for burner plates. The burner plate assembly device includes: a first feeding component, a second feeding component, an installation component, and an assembly component. The first feeding component stores the burner plate body and transports it to a first installation station. The second feeding component stores the smoke stabilizing sleeve of the burner plate and transports it to a second installation station. The installation component assembles the burner plate body at the first installation station and the smoke stabilizing sleeve at the second installation station, so that the smoke stabilizing sleeve is fitted onto the burner plate body. The assembly component connects the assembled burner plate body and the smoke stabilizing sleeve. The burner plate assembly device provided in this application can achieve automatic feeding, automatic assembly, and automatic connection of the burner plate body and the smoke stabilizing sleeve. The automatic assembly exhibits good stability, reliability, and consistency.

The application discloses an optical machine assembly method and device, electronic equipment and a readable storage medium, which are applied to an assembly control system. The assembly control system is used for controlling an assembly optical machine. The assembly optical machine comprises a first component, a second component and a third component. The optical machine assembly method comprises the following steps: acquiring a first imaging picture of the assembly optical machine when the first component and the second component are controlled to be assembled; detecting whether the first component and the second component are assembled according to the first imaging picture; controlling the third component to be assembled after it is detected that the first component and the second component are assembled, and acquiring a second imaging picture of the assembly optical machine in the assembly process of the third component; and controlling the assembly optical machine to be assembled by controlling the third component to be adjusted according to the second imaging picture. The application solves the technical problem that it is difficult to balance the assembly efficiency and assembly accuracy.

The application discloses an assembling device, which comprises a base, an assembling mechanism, a detection mechanism, a waste discharging mechanism and a control device. The assembling mechanism comprises a pickup part for picking up magnetic materials. The detection mechanism is used for detecting the magnetic pole and position of the magnetic materials assembled on products. The waste discharging mechanism is used for conveying the unqualified products to a waste discharging station. The control device is electrically connected with the detection mechanism and the waste discharging mechanism. The pickup part in the assembling mechanism conveys the magnetic materials on a feeding station to an assembling station, and presses the magnetic materials downward to be assembled on the products in the assembling station, so that automatic assembling is realized. The detection mechanism detects the magnetic pole and position of the magnetic materials assembled on the products. When the unqualified assembled products are detected, the control device controls the waste discharging mechanism to discharge the unqualified products. The problems of difficult assembling, low efficiency, different quality after assembling and non-conformity of assembling are solved.

The utility model belongs to automatic equipment technical field discloses a kind of travel switch assembly equipment, including carrier, carousel mechanism, pressing mechanism, transfer mechanism and contact assembly mechanism. By being provided with containing groove and containing hole on carrier, nut can be installed to containing hole and base can be installed to containing groove, pressing mechanism can automatically top into nut on base, then through contact assembly mechanism, static contact is assembled to base, the automatic assembly of nut, base and static contact is realized, completely replaces manual assembly, improves production efficiency and guarantees the consistency of product;In addition, by being provided with first carousel and second carousel of interval distribution, the overall structure can be more compact, reduce the occupied space of the travel switch assembly equipment.

This invention discloses a fully automated assembly and testing production line and assembly process for electromagnet cores, comprising a pallet conveyor line, pallets, and a spring retainer assembly station. The spring retainer assembly station includes a first robotic arm, a spring feeding unit, a retainer feeding mechanism, a gasket feeding mechanism, a measuring instrument, a testing mechanism, several clamping modules, and a testing conductive head module, all positioned within the robotic arm's range of motion. The clamping modules and the testing conductive head module are quickly interchanged and installed at the end of the first robotic arm as needed. The testing mechanism includes a first testing module for detecting the working force of the electromagnet, a second testing module for detecting the opening and closing stroke of the electromagnet, and a third testing module for detecting the inner diameter of the housing. This invention enables the automated assembly of the electromagnet housing, core, retainer, and gaskets, and allows for various performance tests. It also automatically adjusts the retainer specifications and gasket quantity based on the test results, resulting in high assembly efficiency.