6results about How to "Solve laboriously" patented technology

The utility model relates to a spring assembling machine of a track socket electricity taking mechanism, which comprises a vibration disc feeding device and a press fitting device connected with the vibration disc feeding device, the press fitting device comprises a workbench, a material receiving table mounted above the workbench, a material pushing mechanism mounted on the outer side of the material receiving table and a material pressing mechanism arranged above the material receiving table, the press-fitting device is connected with the vibration disc feeding device through the material receiving table, the press-fitting device further comprises a fixing support and a sliding base connected with the fixing support in a sliding mode, and the material receiving table, the material pushing mechanism and the material pressing mechanism are all connected to the sliding base. According to the technical scheme, through collaborative design and function integration of all the mechanisms, the defects of manual spring installation in the prior art are effectively overcome. All the mechanisms form an automatic process of feeding, positioning and press fitting through the linkage design of the sliding seats, the conveying, pushing and press fitting processes of springs do not need to be manually intervened, efficient, accurate and automatic assembling of the springs of the track socket electricity taking mechanism is achieved, and the production efficiency is greatly improved.

The utility model relates to paint bucket transfer equipment technical field, concretely is a kind of portable paint bucket bottom support, including underframe, its upper end is equipped with supporting plate, and two ends are equipped with support assembly symmetrically;Support assembly contains support frame, and the upper end of support frame is limited to groove, and the lower end is equipped with limiting frame and universal wheel;The both sides of supporting plate have locating groove and locking rod, and the arc-shaped groove of support frame inboard is attached to supporting plate, and locating block is inserted into locating groove in arc-shaped groove, and locking rod is inserted into locating groove and passes through the through-hole of locating block;Limiting frame has air slot and guide slot, and underframe both ends are inserted into air slot, and its guide block is slidably engaged with guide slot, and supporting plate and limiting groove have buffer pad, and support frame outside has handle, the device is convenient to unfold and store, moves flexibly, and is suitable for paint bucket transfer.

The invention discloses a semi-automatic press riveting goods shelf workstation which comprises an equipment body, an automatic press riveting machine, a suction cup assembly, a collaborative robot, a feeding workbench, an equipment body, a discharging workbench and a safety fence assembly, the equipment body is fixed to the flat ground through expansion bolts, and an electric control cabinet is installed in the equipment body; the feeding workbench and the discharging workbench are consistent in structure and symmetrically arranged on the two sides of the equipment body. The safety fence assembly is formed by welding square steel in an enclosing mode. According to the method, the IIMT-CR20 collaborative robot is adopted to be matched with the preset coordinate for positioning, the riveting point position alignment precision is smaller than or equal to 0.25 mm, compared with existing manual alignment based on vision and experience (usually, the error is larger than or equal to 2 mm), the precision is improved by more than 8 times, the problems of riveting point deviation, dislocation and the like are effectively avoided, it is ensured that the goods shelf riveting structure strength is uniform, and the product quality is improved. The stability of goods shelf products is remarkably improved, the service life of the goods shelf products is remarkably prolonged, and the rework rate caused by the riveting quality problem is reduced.

This disclosure relates to an intelligent design method, system, and medium for outsourced UHPC eccentrically compressed columns, belonging to the field of structural engineering technology. The method includes constructing a deep reinforcement learning network model; obtaining training samples and inputting them into the model; calculating the bearing capacity, cost, and compliance with engineering specifications using combinations of predicted design parameters obtained from the training samples; calculating a reward signal for training using the reward function and updating the network parameters; obtaining the load parameters of the outsourced UHPC eccentrically compressed column to be designed, and obtaining multiple sets of candidate design parameter combinations using the trained deep reinforcement learning network model; calculating the bearing capacity and checking against engineering specifications for the candidate design parameter combinations; and selecting the final design scheme based on the reward signal, the bearing capacity calculation results, and the engineering specification check results. This disclosure realizes intelligent design of outsourced UHPC eccentrically compressed columns, enabling rapid and efficient acquisition of the safe and economical optimal design.

This invention discloses a tapping device for an exhaust fan motor bracket, relating to the technical field of exhaust fan parts processing equipment. The tapping device for the exhaust fan motor bracket includes a fixed bracket, a fixed platform fixedly mounted on the rear side of the fixed bracket, a hollow platform on the top of the fixed platform, a housing rotatably mounted on the top of the fixed bracket, a telescopic rod slidably mounted on the bottom of the housing, and a connecting plate fixedly mounted on the bottom of the telescopic rod. This tapping device uses a servo motor to achieve automatic lifting and synchronous rotation of the tap, replacing manual operation, reducing labor intensity, and improving processing efficiency; it can automatically switch workstations, cooperate with integrated processes, and is suitable for batch production. Through taper positioning and bidirectional guide fine adjustment, it ensures that the tap and the pre-drilled hole are coaxial, avoiding misalignment and significantly improving tapping accuracy and product qualification rate. Symmetrical clamping ensures uniform force on the workpiece and secure fixation; mechanical drive reduces safety hazards and ensures processing consistency and quality stability.

The utility model relates to the technical field of learning towers, in particular to a side plate and supporting legs which are fixedly installed at the bottom of the side plate. According to the assembled learning tower for children, the two side plates, the first climbing plate, the second climbing plate and the slide plate are arranged to form the assembled learning tower for children, the slide plate is designed to be connected with the second climbing plate through the pin shaft, the slide plate can be folded conveniently, the second climbing plate, the side plates, the first climbing plate and the second climbing plate are fixed through the supporting assemblies, and the slide plate can be folded conveniently. Therefore, the purpose of conveniently mounting, dismounting and storing the assembled learning tower for the children is achieved, the problem that an existing learning tower is multiple in mounting and dismounting operation steps and strenuous is solved, first limiting holes and tooth pressure are formed in side plates, the heights of a first climbing plate, a second climbing plate and a slide plate are directly adjusted in cooperation with a supporting assembly, and the learning tower is convenient to mount, dismount and store. Therefore, the purpose of labor-saving adjustment is achieved, and the problems that an existing learning tower is strenuous in height adjustment and low in adjustable height freedom degree are solved.