80results about How to "Adapt to processing requirements" patented technology

The invention relates to a multi-tool efficient synchronous dynamic balance turning machine tool and a machining method, and belongs to the technical field of mechanical manufacturing. A tailstock isfixed to the tail of a machine tool body, and an electric main shaft system is fixed to the head of the machine tool body through first screws; guide rails are fixed to the two sides of the middle ofthe machine tool body, and a numerical control scale grating is fixed to one side of the middle of the machine tool body; and a workbench driving module is fixed to the center of the middle of the machine tool body, and a workbench module is fixed to the workbench driving module. The multi-tool efficient synchronous dynamic balance turning machine tool and the machining method have the advantagesthat three turning tools are installed and fixed at 120-degree intervals, when the three turning tools conduct machining at the same time, acting forces of the turning tools to a to-be-machined workpiece cancel each other out, self supporting and dynamic balance can be achieved, stress deformation of the to-be-machined workpiece is reduced, thus, the machining precision is improved, moreover, theworkload is decreased, the time is saved, the efficiency is improved, and the machine tool has the high universality.

The invention relates to a roboticized intelligent manufacture-equipment system, which is used for the processing field of airborne craft thin-wall curved parts. The roboticized intelligent manufacture-equipment system is characterized in that the whole system comprises a base component, a dynamic beam component, a saddle component, a telescopic unit, a universal vacuum sucker, a left robot and a right robot, as well as a control computer. Under the control of the computer, after realizing the accurate abutting joint on the dynamic beam component through a docking mechanism, the robots do the synchronized motion together for adjusting to a certain position in the X direction, and the dynamic beam component realizes that the base component is locked through a retaining mechanism; at the same time, after the large arm of the robot main machine hand is rotated to the horizontal position, small arms extend out in turn, the palm moves, and then the fingers extend to grasp the telescopic unit fixed on the saddle component, so as to ensure that the telescopic unit moves in the Y direction for adjusting to a certain position; later, the telescopic unit moves in the Z direction for adjusting; in the end, through the universal vacuum sucker fixed on a telescopic mast, the curved face shape used for supporting the thin-wall curved parts is formed. The roboticized intelligent manufacture-equipment system is used for processing various parts, thereby greatly improving the flexibility of the production.

The invention discloses a lower disc device for a two-sided precision grinding and polishing combined machine tool. The lower disc device comprises a chassis support, an upper static pressure disc arranged on the chassis support, a lower static pressure disc arranged at the bottom of the upper static pressure disc, a central shaft arranged in the middle of the upper static pressure disc and the lower static pressure disc, and a hollow shaft movably arranged on the central shaft in a sleeved mode. A sun wheel is arranged at the top end of the central shaft; a central rotary disc and a lower supporting disc are fixed to the hollow shaft, wherein the central rotary disc is in sliding fit with the inner circumferential face of the upper static pressure disc and the upper surface of the lower static pressure disc, and the lower supporting disc is fixed to the central rotary disc; a lower disc grinding wheel in sliding fit with the upper surface of the upper static pressure disc is arranged on the lower supporting disc; the upper face, the lower face and the inner circumferential face where the upper static pressure disc is in sliding fit with the lower supporting disc are provided with an upper oil cavity, a lower oil cavity and a middle oil cavity respectively; the upper face, the lower face and the inner circumferential face where the lower static pressure disc is in sliding fit with the central rotary disc are provided with an upper oil cavity, a lower oil cavity and a middle oil cavity respectively. According to the lower disc device, grinding and polishing accuracy and efficiency of hard and brittle materials machined by two-sided grinding and polishing equipment can be improved.

The invention relates to a float polishing head with a double spherical rolling bearing structure replacing a common joint bearing structure. The float polishing head comprises a transmission shaft, an upper cover, a lower cover, an upper ball, a lower ball, an upper retainer, a lower retainer, pull rods, a rubber bellows, fastening screws, a clamping portion and the like, sphere centers are overlapped to form a swinging instant center of a joint after four spherical parts are assembled, the swinging instant center can be designed on a contact plane of a workpiece and a polishing pad, the moment arm of grinding resistance to the swinging instant center is zero, accordingly, overturning moment is thoroughly eliminated, and uniform contact pressure is applied to the machined surface of the workpiece. The polishing head transmits driving torque through the two pull rods, a swinging joint structure is protected from corrosion by the rubber bellows, and workpiece plane machining precision can be structurally improved.

The invention relates to a heavy rim rounder comprising a center shaft mounted on a fixed base and a crush-resistance ring capable of rotating around the center shaft. Cams are distributed on the outer circumference of the crush-resistance ring. A carrier-rod disc is arranged on the periphery of the crush-resistance ring, guide holes which run through radially and are opposite to the corresponding cams are uniformly distributed along the circumference of the carrier-rod disc, and carrier rods capable of telescoping radially along the guide holes are arranged in the guide holes. The outer sides of the carrier rods can extend out of the guide holes while the inner sides of the carrier rods are abutted against outer cam surfaces; during rotation of the crush-resistance ring, the cam surfaces move so as to push the carrier rods outwards. A plurality of synchronous cylinders capable of driving the crush-resistance ring to rotate are mounted on the fixed base. As the cams output radial stretching force directly, the heavy rim rounder simple in structure and convenient to operate has the advantages of short range of motion, compact structure, high reliability and high output pressure and can meet processing requirements of heavy rims.

The invention relates to a large-sized inner gear ring machining device which comprises a connecting part, a bent shell, a power transmission mechanism and a milling tool, wherein the connecting part can be connected with a tool post of a common gear hobbing machine; the bent shell is matched with an inner gear ring in shape; the power transmission mechanism can be used for transmitting power of the common gear hobbing machine; and the milling tool is connected to the power transmission mechanism. The connecting part comprises a bolt and a locating key, which are matched with the tool post of the original common gear hobbing machine. The transmission mechanism is a gear set, two ends of which are respectively matched with an output end of the tool post of the original common gear hobbing machine and an input end of the milling tool. After the structure is adopted, the original common gear hobbing machine can be utilized; the device is mounted on the tool post of the original common gear hobbing machine; and the power of the original gear hobbing machine is transmitted to the milling tool by the power transmission mechanism. The large-sized inner gear ring machining device provided by the invention can be designed and made according to parameters of the inner gear ring to be machined, can adapt to various machining requirements and has the advantages of simple structure, easiness in mounting and low manufacturing cost.

Provided by the present invention is a sewage treatment agent. The sewage treatment agent comprises an early reaction agent and a late flocculant. The reaction agent contains chemical components of H2SO4 and FeSO4, wherein the mass ratio of Fe2+ to H+ in the agent is 0.75:1.20. The flocculant contains chemical components of SiO2, NaOH and PAM, wherein the mass ratio of SiO2 to NaOH to PAM is 3: 2: 1. The early reaction agent is added into an agent blending tank for blending. To-be-treated sewage reacts and then enters into a decoloring aeration tank; the treated water is aerated for 30-40 mins in the aeration tank; then, the flocculant is added; the treated sewage after the reaction enters into a final precipitation tank for such late reactions as precipitation; and precipitated mud is sent into a dewatering house and a supernatant liquid is discharged. By adding the agent disclosed by the invention, PH adjustment before treatment is performed simultaneously with the reaction agent, and PH adjustment after treatment is performed simultaneously with the flocculant. The sewage treatment agent and usage method provided by the invention have the advantages of shortening procedures, convenient operation and reducing consumption, and can meet different sewage treatment requirements.

The invention discloses a portable reverse cooling and dedusting integrated device, belongs to the field of cutting machining, and relates to a portable cooling and dedusting device capable of drilling structure parts of large curvature. The portable reverse cooling and dedusting integrated device is composed of six parts, namely a threaded drilling sleeve, a device main body, a sealing cover, multi-directional supporting and fixing structures, a negative pressure dust treatment part and a cooling liquid spraying part. The multi-directional supporting and fixing structures are symmetrically and uniformly distributed and composed of universal adjusting feet and angle adjusting mechanisms. The angle adjusting mechanisms are composed of positioning lifting lugs, fastening bolts and positioning bolts, wherein the positioning lifting lugs, the fastening bolts and the positioning bolts mutually cooperate to achieve angle changing and foot end fixing of the multi-directional supporting and fixing structures. The negative pressure dust treatment part is composed of a dust sucking connector, a dust sucking guiding pipe, a negative pressure dust collector and a collecting device. The portable reverse cooling and dedusting integrated device integrates the functions of dust sucking, reverse cooling, portability, quick station changing and the like, machining vibration of a long cutter is effectively reduced, independent change of the angles and lengths of the supporting structures is achieved, and complex structural surfaces can be positioned and machined in a high quality mode.

The invention discloses a robot intelligent tooling system characterized in that the whole system comprises base parts, moving beam parts, sliding saddle parts, telescopic units, universal vacuum suction heads, left and right robots, and control computers. Under the control of the computers, the robots realize accurate abut jointing of the moving beam parts through abut jointing mechanism, do synchronous movement together in X direction for adjustment in place, and then realize locking of the moving beam parts to the base parts through locking mechanism; meanwhile, after big arms of robot master manipulators are rotated to horizontal positions, small arms are stretched out sequentially, palm are moved, fingers are stretched out to hold telescopic units fixed on the sliding saddle parts to enable the movement in Y direction to be adjusted in place, then Z direction movement of the telescopic units are adjusted, and finally the universal vacuum suction heads fixed on telescopic columns form curved shapes for supporting thin-walled curved parts. The robot intelligent tooling system is used for processing of different parts, so as to greatly improve the manufacturing flexibility.