10 results about "Providing material" patented technology

The utility model discloses a kind of packing machine material door device of preventing spouting, including the material door clamping plate and driving mechanism being located in the left and right sides of discharge port;Two material door clamping plates are respectively provided with material blocking structure outside front and back ends, material blocking structure includes left and right misaligned lamination material blocking blade, two material blocking blades are rotatably installed on bracket, and also connected with driving mechanism, driving mechanism drives material door clamping plate and material blocking blade synchronous swing, two material door clamping plates open, when swing clamping bag piece is supported on fixed clamping bag piece, two material blocking blades open and shield outside two material door clamping plates.This application is structural improvement on the basis of original material door clamping plate structure, under the premise of not changing original material door clamping plate, by additionally providing material blocking structure at the front end and rear end of material door clamping plate, to shield the hollow area of the front end and rear end of material door clamping plate, as far as possible guarantee the closedness of material discharge port, reduce the possibility of material spouting after falling, reduce material splashing, guarantee that packing machine discharging environment is pollution-free.

This invention discloses a one-click management method and system for the entire process of steel structure materials based on Tekla and VBA, belonging to the field of steel structure information technology. The method establishes a maintainable material baseline database in Excel; exports a parts list containing "usage location, drawing number, manufacturer, net weight, and gross weight" via a Tekla plugin; utilizes six sequentially executed VBA programs to automatically translate material codes, match and deduct planned quantities from delivered quantities, summarize by system / manufacturer dimensions, provide material shortage / overconsumption warnings, calculate area from budget orders, and statistically analyze delivery rates; a single refresh forms a closed-loop management system of "design quantity - planned quantity - delivered quantity - cost quantity," eliminating duplicate purchases, reducing steel waste, and achieving automation, refinement, cost reduction, and efficiency improvement in steel structure material management.

The utility model discloses a kind of flexible feeding mechanism, comprising: front and rear feeding structure and rotary material receiving structure;Wherein, front and rear feeding structure is used to provide material to rotary material receiving structure in first pressing position;Rotary material receiving structure is used to press down material in first pressing position, and is used to transfer material from first rotating position to second rotating position with material.The flexible feeding mechanism is modularized separation design by front and rear feeding structure and rotary material receiving structure, and the cooperation of front and rear feeding structure and rotary material receiving structure realizes the full-process automation of receiving, positioning and transfer of material;Front and rear feeding structure realizes linear transfer, and rotary material receiving structure realizes rotary separation, realizes process action decoupling design, avoids movement interference, and is suitable for high-beat production scene.The contradiction that efficiency, precision, flexibility cannot be compatible in traditional technology is solved, and is suitable for high-end fields such as precision manufacturing, medical equipment.

The utility model discloses an automatic feeding device, include: feeding mechanism, first transfer mechanism, second transfer mechanism and clamping mechanism, wherein, feeding mechanism is used to provide material to first transfer mechanism at first pressing position, first transfer mechanism is opposite with second transfer mechanism and is used for transferring material to second transfer mechanism, clamping mechanism sets up at the side of second transfer mechanism away from feeding mechanism and is used for clamping wire rod, second transfer mechanism is used for coaxial arrangement with material and wire rod to make material assemble on the outer peripheral surface of wire rod. The automatic feeding device realizes the automatic supply, the transfer positioning and the assembly full process automation of material with the linkage design of feeding mechanism, first transfer mechanism, second transfer mechanism and clamping mechanism, has the characteristics of high accuracy, high efficiency and compact structure, and is suitable for the industrialized production scene of the material and wire rod outer peripheral assembly.

The utility model discloses a kind of efficient feeding mechanism, including: mounting plate, is equipped with multiple material transfer ports;Suction mechanism, is arranged in the side of mounting plate, including: suction pipe and first drive component, first drive component connects suction pipe, for driving suction pipe to provide material to any one of multiple material transfer ports.The efficient feeding mechanism, by first drive component drive suction pipe and the alignment of certain material transfer port on mounting plate, realize accurate directional feeding, avoid material waste or cross contamination;The efficient feeding mechanism is applicable to different arrangement density material transfer port, and expansibility is strong.

The disclosure relates to a print head (1) for a 3D printer, comprising: a housing (2) with a heater (3) for providing a liquid phase of a material (4, 4.1); and a nozzle (5) for dispensing the liquid phase of the material (4, 4.2) from the print head (1), wherein a heating ring (10) with heating elements (11) is arranged in the region of the nozzle (5). The disclosure further comprises a 3D printer (100) for manufacturing a component (20) and having the print head (1).

A method for forming an overmolded component, includes arranging a first mold part and a second part with at least part of a first mold cavity defined by the first mold part and the second mold part, providing material to form a substrate into the first mold cavity, providing an overmold cavity that is defined at least in part by the substrate, one or both of the first mold part and second mold part, and a seal that engages the substrate and also engages one or both of the first mold part and the second mold part, and providing material for an overmolded layer in the overmold cavity. The overmold layer may be formed from a material having low viscosity and the seal inhibits or prevents overflow of the overmold material to reduce or eliminate formation of flash at parting or junction lines in the molding process.

The present application relates to the technical field of workshop logistics distribution, and particularly relates to a multi-AGV task dispatching method and device, electronic equipment and storage medium, wherein the total time consumption of all materials to be processed in each processing procedure is calculated in real time, the processing equipment with the least time consumption in each procedure is found out and a task chain is formed, when the upstream equipment cannot provide materials in time for the downstream, the task between the upstream equipment and the downstream equipment is interrupted, the nearest buffer is found out, the materials are supplied to the downstream equipment, and the execution according to the task chain is continued. The task is dispatched to the AGV according to the task chain, the AGV is deployed to directly distribute the materials output by the upstream to the corresponding equipment in the downstream procedure, a large number of AGV scheduling task routes from the buffer to the corresponding procedure equipment are saved, the task of going to the buffer is reduced, and the AGV carrying efficiency is improved; and the procedures can be continuously processed, the procedure equipment can be kept from being out of stock, the materials can be kept from being short, and the materials can be kept from being stacked, the workshop output rate is improved, and the production capacity of the photovoltaic cell workshop is maximized.

This application discloses a product application apparatus, including a fixing machine, a feeding mechanism, an application mechanism, and a detection mechanism. The fixing mechanism is used to fix a product, which includes a first step and a second step arranged along the direction of gravity. The feeding mechanism is used to provide material, including adhesive paper. The application mechanism includes an application moving component, an application driving assembly, a first application component, and a first suction component. The application driving assembly and the first application component are connected to the application moving component, and the first suction component is slidably connected to the first application component along the direction of gravity. The detection mechanism is used to detect the position of the structural component. The application moving component is configured to drive the first suction component to absorb adhesive paper from the feeding mechanism, and based on the detection result of the detection mechanism, drive the first application component to move towards the first step, pre-adhere a portion of the adhesive paper to the first step. The application driving assembly is configured to drive the first suction component to move along the direction of gravity, adhering the adhesive paper to the second step, thereby improving application efficiency and accuracy.