54results about How to "Precise processing size" patented technology

The invention discloses a corner building block for building a three-dimensional structure, comprising a first wall surface body and a second wall surface body which are in parallel and plate-like, and the outer surface of the first wall surface body and the outer surface of the second wall surface body serve as the outer surface of a built wall; a block core group which comprises a plurality of monomers which are mutually connected are arranged close to the inner surface of the first wall surface body and the inner surface of the second wall surface body; and the first wall surface body is a little longer than the second wall surface body, and a left gap is matched with other building blocks to form corners. The corner building block for building the three-dimensional structure has the beneficial effects that a common block is improved, a simple and feasible method is used for realizing the matched with the common block to form the corners so as to realize the building of the three-dimensional structure with similar blocks.

The invention discloses a corner building block for building a three-dimensional structure, comprising a first wall surface body and a second wall surface body which are in parallel and plate-like, and the outer surface of the first wall surface body and the outer surface of the second wall surface body serve as the outer surface of a built wall; a block core group which comprises a plurality of monomers which are mutually connected are arranged close to the inner surface of the first wall surface body and the inner surface of the second wall surface body; and the first wall surface body is alittle longer than the second wall surface body, and a left gap is matched with other building blocks to form corners. The corner building block for building the three-dimensional structure has the beneficial effects that a common block is improved, a simple and feasible method is used for realizing the matched with the common block to form the corners so as to realize the building of the three-dimensional structure with similar blocks.

The invention relates to a flower basket nut processing device comprising a rack, two bearing station, a position switching portion used for fixing and switching a workpiece, two drilling portions used for opening an through hole on an end portion of a flower basket nut, two tapping portions used for tapping the through hole on the end portion of the flower basket nut, and an output channel; an open slot is arranged in the middle of the rack; the two bearing stations fixedly connected on the rack are respectively disposed on the left and right side of the open slot; the position switching portion is arranged between the two bearing stations; the two drilling portions mounted on the bearing stations are radially located on the left and right side of the open slot; the two tapping portions arranged on the rack are radially positioned on the left and right side of the open slot; the output channel is fixedly connected to the bottom of a working surface of the rack; a top opening of the output channel is located on the open slot. The flower basket nut processing device has the advantages that the device is not necessary to stop for the clamping and removing of the workpiece; efficiency is high; processing size is accurate; low requirements are needed for operators; labor intensity is low.

The invention discloses a production process of an aircraft made from a carbon fiber composite material with steps at the inner wall of a shell. The production process comprises the processing steps of confirming drawings, designing a silica gel inner container, designing and producing a mould, casting the silica gel inner container, preparing materials, cutting yarns, rolling the materials and forming, molding, trimming deflashing, cutting and processing, gluing, compensating soil and coating. The working procedures of designing and producing the silica gel inner container are increased on the basis of an existing compression molding process, the product is extruded by utilizing the expansion of the silica gel inner container after being heated to realize the molding of the aircraft made from the carbon fiber composite material with steps at the inner wall of the shell, after molding, and the silica gel inner container is taken out when the mould is cooled and the silica gel inner container is contracted after being cooled to obtain a finished product of the aircraft made from the carbon fiber composite material with steps at the inner wall of the shell. The production process disclosed by the invention can be used for overcoming the defects of the existing compression molding process and an air pressure molding process of a nylon air bag, and has the advantages of high production efficiency, high strength and good appearance of molded products, precise machining size and the like.

The invention relates to an online compensation method for the coordinates of the running track of a robot, which belongs to the field of robots. Before the robot performs an operation, the shape and position data of the workpiece are read into the computer, and the computer transmits the coordinate data of the processed graphic elements of the section steel after compensation, and at the same time provides the basic processing graphic subroutine The coordinate variables of the graphic elements at the entrance are assigned values, and the computer performs data processing and calculation to compensate the previously set trajectory coordinates executed by the robot, so that the robot obtains the coordinates of the new processing operation trajectory. When the robot obtains the compensated After the data and the element coordinate data of the corresponding trajectory subroutine module, the robot main program detects the Boolean variable at the input port of each execution trajectory coordinate data subroutine module, and decides whether to execute the running trajectory coordinate data subroutine according to the value of the Boolean variable. The invention can obtain the running track coordinates online. The processed profile is allowed to have a large amount of deformation, and accurate processing dimensions can be obtained without rolling mill correction.

The invention provides a method for processing the hard surface of a screw drill and a device for realizing the method. The present invention first creatively designs the shape of the cemented carbide strip not to be a square, so that the gap between the cemented carbide strip and the cemented carbide strip is a curved shape, that is, the weld seam is a curved shape, so that when the mud and drilling fluid are eroded, Most of the force is decomposed to the hard alloy strip, which improves the wear resistance of the centralizer and TC bearing. The present invention also provides a positioning groove plate adapted to the rapid formation of the hard surface of the screw drill by the cemented carbide strip, the positioning groove plate is provided with a slot hole, and the shape of the slot hole is not square to match the shape of the cemented carbide strip , the positioning groove plate is used to arrange the carbide strips neatly and evenly according to the requirements, combined with the use of adhesive tape, it is simple and easy to realize the one-time bonding of a large number of cemented carbide strips, which greatly improves the bonding efficiency and improves the safety of manual operation. Different bonding angles, uneven bonding intervals, etc., improve the bonding accuracy, effectively guarantee and improve the wear resistance of the hard surface of the product.