16 results about "Metal swarf" patented technology

The application relates to the fire-fighting technical field and discloses a machining center spiral chip removal device, which comprises a transmission motor, a base frame, a chip removal pipeline and a chip removal spiral rotating knife, the outer side of the chip removal spiral rotating knife is provided with a pushing and cleaning mechanism, the lower portion of the base frame is provided with a chip removal recovery and cleaning mechanism, the chip removal recovery and cleaning mechanism comprises a double-opening groove device, which is used for providing a closed cleaning space for the pushing and cleaning mechanism and flushing the blade when the liquid discharge and collection device works; the liquid discharge and collection device is used for carrying out primary filtration and recovery on metal chips in the chip removal device; and an inclined starting device is used for preparing before filtration and recovery of the liquid discharge and collection device. The spiral chip removal device realizes different requirements of residual self-cleaning and deep cleaning through the pushing and cleaning mechanism and the movable upper and lower grooves, solves the problem that traditional devices cannot remove residual chips in idling, effectively optimizes the problem of difficult cleaning of dead angles, and makes in-depth cleaning more efficient and convenient.

Examples described herein provide for controlling the trajectory of metal chips during a metal cutting operation. Aspects include determining a predicted metal chip formation pattern during the metal cutting operation of a workpiece. Prior to the initiation of the metal cutting operation, the system sets the orientation of the workpiece, and the cutting tool based on the predicted metal chip formation pattern. During the metal cutting operation, the system observes the actual metal chip formation pattern and adjusts the orientation of the workpiece and the cutting tool to control the trajectory of the metal chips, preventing them from contacting the finished portion of the workpiece. Aspects may also involve controlling an electromagnet to create a magnetic field to adjust the trajectory of the metal chips and determining the direction and speed of a cutting fluid applied by the cutting tool based on the predicted and actual metal chip formation patterns.

The application discloses a kind of multi-station intelligent numerical control drilling and milling processing devices based on embedded PLC, it is related to intelligent manufacturing equipment technical field, the present application includes rack, cantilever and main shaft, the lower end of the main shaft is equipped with protection unit, for protecting tool, the lower of the cantilever is equipped with fixed frame, cutting unit is equipped on the fixed frame, for cutting long metal scrap in processing process.The advantages are that: protection unit is driven connecting rod mechanism by centrifugal force generated by the rotation of main shaft, realize the automatic opening and closing of protective cover, non-cutting state package tool prevents broken needle error touch, cutting state is unfolded to form chip guide channel, cutting unit is rotated by eccentric wheel driven by main shaft, simultaneously by the design of water drop shape sliding groove, driving slider occurs relative displacement, and then driving moving blade and fixed blade cooperate to shear long metal chip, avoid long metal chip winding main shaft and tool, improve the stability and security of equipment automatic operation.

The present application relates to a kind of honing tools, belong to honing equipment technical field, to solve the existing technology, the inner hole of the metal piece of aluminum, copper and its alloy is processed by honing, there is the problem of honing processing process, metal chip is easy to block tool chip removal passage, leading to low workpiece machining precision even workpiece scrapping, affect processing quality.The present application includes tool body, tool body is the cylindrical structure of the section being circular type, tool body includes connecting portion, honing portion and guide portion along the body, and guide portion and honing portion are equipped with first chip removal groove;The slotting direction of first chip removal groove is opposite to the honing rotation direction of honing tool.The tool body of the honing tool of the present application is equipped with first chip removal groove and second chip removal groove, wherein the slotting direction of first chip removal groove is opposite to the honing rotation direction of tool, by reverse fluid dynamics effect, can enhance the flushing strength of chip liquid when honing, simultaneously accelerate chip discharge, and the chip removal efficiency is high.

The utility model relates to a clean composite numerical control machine tool for gear machining, which comprises a guide inclined plate for blanking, a guide inclined plate for blanking, a guide inclined plate for blanking and a guide inclined plate for blanking, a feeding inlet is formed in one end of the metal scrap channel, a feeding outlet is formed in the other end of the metal scrap channel, water filtering holes are formed in the bottom face, and a discharging guiding channel is arranged between the feeding inlet and the tail end of the guiding inclined plate for discharging; the scrap conveying mechanism is used for conveying metal scraps in the metal scrap channel from the feeding inlet to the feeding outlet; the waste chip compressing mechanism is used for receiving the metal waste chips output from the feeding outlet, compressing the metal waste chips and then outputting the metal waste chips; the metal scrap conveying device has the advantages that when metal scraps are conveyed in the metal scrap channel, most cooling water is filtered out by the water filtering holes, meanwhile, extrusion type conveying of the feeding screw is adopted, on one hand, the size of the metal scraps can be preliminarily reduced, on the other hand, residual cooling water in the metal scraps can be extruded out, and finally extrusion compression is conducted through the hydraulic cylinder, so that the size is further reduced; and transfer and storage are convenient.

The invention relates to a device and a method for cleaning and recycling metal cuttings in a pipeline pressure tapping process, and belongs to the technical field of pipeline engineering and fluid separation and purification. An external chip collecting and separating device is connected in series through a high-pressure circulating pipeline, and a closed loop is formed through a high-pressure anti-explosion circulating pump or a back-connecting pipeline; during operation, the pressure difference of a pump or a pipeline is matched with a throttling valve to establish a directional conveying flow field in a closed cavity, a pressure gradient is established between a cutting area and a chip removal opening, and cuttings are actively conveyed through fluid kinetic energy; a medium is guided to enter an external device, and online physical separation is achieved through the synergistic effect of the cyclone separator and the magnetic filter screen; by means of the double isolation valve sets, isolation, pressure relief and deslagging operation is conducted on the chip collection area in the non-stop state, the connection loop is recovered after completion, the tool clamping accident caused by chip accumulation is avoided, and smooth pipeline pressure tapping operation is guaranteed.

This invention relates to the field of steel structure processing, specifically to a grinding device for the end face of a steel structure and its usage method. Metal chips generated during grinding gradually clog the pores on the surface of the grinding tool, leading to abrasive passivation and a significant decrease in grinding capacity. To ensure processing quality, operators need to frequently stop the machine to clean or replace the grinding tools, affecting the efficiency of automated continuous production. This invention relates to a grinding device for the end face of a steel structure, including a metal chip shaking component, which can apply intermittent impact shaking to the grinding strip during grinding. The instantaneous acceleration generated by the shaking effectively overcomes the adhesion between the grinding chip layer and the abrasive grains, breaking and shaking off the already dulled metal chip layer and the passivated abrasive grains.

The utility model discloses cutting equipment for metal structural parts, which belongs to the technical field of metal cutting and comprises a supporting bottom plate, a supporting top plate is fixedly connected above the supporting bottom plate, a controller and an electric air pump are fixedly connected above the supporting top plate, a movable sleeve plate is slidably connected onto the supporting bottom plate, and the movable sleeve plate is fixedly connected onto the supporting bottom plate. A cutting tool is fixedly connected to the front face of the movable sleeve plate, protective baffles are fixedly connected to the two sides of the cutting tool, and an adjusting structure is fixedly connected to the front face of the cutting tool. Through the arrangement of the protective baffle, the clamping structure, the transparent baffle and the handle, through the cooperation of the arc-shaped plate, the positioning plate and the reset coil spring, the transparent baffle and the protective baffle can achieve the function of rapid assembly, and the transparent baffle and the protective baffle can conduct protection treatment on a machining area; metal cuttings and cutting fluid are prevented from splashing out of a machining area, the safety of operators is guaranteed, the working environment is prevented from being polluted, and the flexibility of the cutting equipment is improved.

The application discloses a general large-size fuselage component turnover device and an implementation method thereof, and belongs to the technical field of aircraft component machining, and is designed for the automatic cleaning of the machine belly and the machine back during the finishing process of three types of components, i.e., the front fuselage, the front section of the middle fuselage and the rear section of the middle fuselage, and the cutting fluid and the machining metal chips. The design overall station comprises a turnover frame assembly, a cleaning and filtering system assembly and a partition wall. The support column assembly adopts a support column with a frame structure, and comprises a rotary transmission system and a lifting transmission system. The main working principle is that the fuselage component is fixed on the specified fuselage component holding assembly, is lifted to a specified height, is turned over by 180 DEG, and is then lowered to a specified position. During the turnover process, a flushing nozzle is arranged on the ground, the residual chips and the cutting fluid on the surface of the component are flushed through the water pump of the automatic cleaning system, and the component is dried by using the high-pressure air gun of the system.

This invention discloses a multi-station CNC machine tool, belonging to the field of machining equipment technology, aiming to solve the technical problem of weak chip handling capacity. It includes a base, a guide seat, and two symmetrically arranged moving tables. A moving groove is provided in the concave part of the guide seat, and a lead screw is rotatably mounted inside the moving groove. An internally threaded ring is threadedly connected to the outer circumference of the lead screw, and the internally threaded ring slides laterally inside the moving groove. Two inclined grooves are symmetrically arranged on the outer circumference of the moving groove, forming an inverted V-shape with the moving groove. This invention, through the design of the inclined groove structure, with the two inclined grooves arranged in an inverted V-shape with the moving groove, forms a physical barrier on the chip falling path, accurately intercepting metal chips during the falling process and preventing chips from entering the movement gap between the moving groove, the internally threaded ring, and the connecting plate. This achieves the function of isolating chips from intruding into the moving pair and preventing chip accumulation.

The invention relates to the technical field of precious metal processing, in particular to a cuttings collecting device and method and a precious metal processing system. The chip collecting device comprises a first collecting unit, a first filtering unit, a second filtering unit and a second collecting unit. The first collecting unit is used for collecting cutting fluid containing precious metal cuttings; the first filtering unit is used for intercepting precious metal cuttings in the cutting fluid for the first time; the second filtering unit is used for secondarily intercepting precious metal cuttings in the cutting fluid; and the second collecting unit is used for collecting the filtered cutting fluid. According to the chip collecting device and method and the precious metal processing system, precious metal chips are collected through precipitation and filtration, the precious metal chips are separated and recycled step by step, recycling is convenient, and the processing loss of the precious metal chips is greatly reduced; the device can be directly mounted on a working surface of a machine tool, is convenient to assemble, ensures the sealing performance, and can also realize circulating filtration and recovery of cutting fluid.

A belt filter system (1) for liquid, especially cooling lubricant, contaminated by solid particles from industrial production, in particular by solid chips, and further in particular metal chips, is shown and described, with a collection tray (2) for cleaned liquid and with a filter device (3) arranged above the collection tray (2), wherein the filter device (3) has a stationary or circulating screen tray (6) for a filter belt (8) transported on or with the screen tray (6) and, preferably, a filter tray (5) open towards the collection tray (2), in particular wherein the belt filter system (1) is designed as an inclined filter system with an ascending and / or circulating screen tray (6).According to the invention, a scraping device (15) with at least one scraper (16) is provided for scraping off solid particles deposited on the filter belt (8) as a result of the sieving effect of the filter belt (8).

Examples described herein provide for controlling the trajectory of metal chips during a metal cutting operation. Aspects include determining a predicted metal chip formation pattern during the metal cutting operation of a workpiece. Prior to the initiation of the metal cutting operation, the system sets the orientation of the workpiece, and the cutting tool based on the predicted metal chip formation pattern. During the metal cutting operation, the system observes the actual metal chip formation pattern and adjusts the orientation of the workpiece and the cutting tool to control the trajectory of the metal chips, preventing them from contacting the finished portion of the workpiece. Aspects may also involve controlling an electromagnet to create a magnetic field to adjust the trajectory of the metal chips and determining the direction and speed of a cutting fluid applied by the cutting tool based on the predicted and actual metal chip formation patterns.

The utility model relates to the technical field of machining, aims to solve the problems that in the prior art, excessive metal chips are easily caused by shoveling, no redundant control measure exists, more product residues exist, and time and labor are wasted in chip removal, and provides a bench worker shoveling dust collection device which comprises a base. A conical groove is formed in the middle of the base, a hollow cover plate is arranged at the top of the conical groove, and the hollow cover plate is detachably connected to the base; a first suction pipe, a second suction pipe and a universal pipe are arranged on the top surface of the base; the same ends of the first suction pipe, the second suction pipe and the universal pipe are connected with a main air suction port; the end, away from the main air suction port, of the first suction pipe is connected with a scraper knife, the end, away from the main air suction port, of the second suction pipe communicates with the conical groove, and the end, away from the main air suction port, of the universal pipe is movably located at the top of the hollowed-out cover plate. The utility model has the beneficial effects of simple operation, high reliability, improved production efficiency, improved product quality, reduced labor intensity and convenient removal of metal chips caused by shoveling.

The invention relates to the technical field of metal scrap recovery, and discloses a continuous solid recovery device and method for alloy cuttings. The alloy chip continuous solid recovery device comprises a molten salt bath, an inclined bottom groove inclined towards the lower end is formed in the molten salt bath, the upper end of the inclined bottom groove is communicated with a spiral feeder, and a spiral heating pipe is arranged on a shell of the spiral feeder in a surrounding mode; the upper portion of the end, away from the molten salt bath, of the spiral feeder communicates with a metal chip feeding pipe. The continuous solid recovery method for the alloy cuttings comprises the steps that the metal cuttings are fed into a molten salt bath for melting after being subjected to vacuum degassing, metal liquid drops are collected along the inclined bath bottom, and after electrolytic refining, pure melt is continuously guided out to casting equipment through a heat preservation siphon; meanwhile, the molten salt is recycled after being regenerated. Efficient melting and impurity dissolving are achieved through the molten salt medium, negative pressure feeding and closed-loop circulation are utilized, and the problems that a traditional technology is serious in oxidation burning loss, high in energy consumption and discontinuous in process are effectively solved.