581results about How to "Improve production accuracy" patented technology

An endoscope with a T-shaped flexible circuit board includes: a base mounting frame, a flexible circuit, a photosensitive element, two light emitting elements and a camera. The photosensitive element, the two light emitting elements and the camera are mounted onto the T-shaped flexible circuit board, then the flexible circuit board deforms to fit in the base mounting frame. During assembly, the photosensitive element, the two light emitting elements and the camera are maintained in the same orientation, and the T-shaped flexible circuit can be pushed into the base mounting frame simply by applying a force in a single direction parallel to the orientation direction of the photosensitive element, the two light emitting elements and the camera.

In a terminal manufacturing method of the present invention, first a thin plate-like body including a thin plate-like terminal portion and a thin plate-like leg portion is formed with a die. The thin plate-like terminal portion has a shape corresponding to a terminal portion 24 of an upper-level terminal 22 and a terminal portion 30 of a lower-level terminal 28. The thin plate-like leg portion has the shape corresponding to a leg portion 26 of the upper-level terminal 22 and a leg portion 32 of the lower-level terminal 28. Then, the upper-level terminal 22 is formed by bending the thin plate-like leg portion toward one side of a plate-thickness direction. Also, the lower-level terminal 28 is formed by bending the thin plate-like leg portion toward the other side of the plate-thickness direction. Thus, by simply changing the bending direction of the thin plate-like leg portion, either the upper-level terminal 22 or the lower-level terminal 28 can be formed. According to the terminal manufacturing method of the invention, when the terminal includes a first terminal mounted in an upper-level mounting hole of a connector housing and a second terminal mounted in a lower-level mounting hole, these two terminals can share a blank material of the same type in common at the manufacturing stage thereof.

The invention discloses a method for predicating productivity of nonhomogeneity ancient karst carbonate reservoir. The method includes the steps of firstly clarifying the reservoir through reservoir parameter processing and conducting the reservoir thickness statistics according to the clarified reservoir, secondly determining key parameters related to the productivity, such as matrix porosity, stoneley wave energy attenuation, the surface hole rate and the reservoir thickness, thirdly working out the comprehensive evaluation index RQ of reservoir quality according to the determined key parameters, establishing a productivity predicating model according to the comprehensive evaluation index RQ of the reservoir quality, and finally conducting productivity predication of the nonhomogeneity ancient karst carbonate reservoir according to the established productivity predicating model. By means of the method, the fine depicting and representing of the nonhomogeneity ancient karst reservoir are achieved, the problem of permeability of the nonhomogeneity ancient karst reservoir is solved, the main control factor problem of the productivity of the nonhomogeneity ancient karst reservoir is solved, and quantitative calculation of the main control factor is achieved, so that accurate productivity prediction can be achieved.

The invention relates to a production process of a large-caliber thin-walled seamless stainless steel pipe, which comprises the following production steps: (a) firstly, preparing 0Cr18Ni10Ti stainless steel pipe bloom made by an arc furnace and electroslag remelting or vacuum induction and electroslag remelting; (b) after pickling and solution treatment, carrying out first cold-rolled processing for the stainless steel pipe bloom to make a coarse steel pipe; (c) after degreasing and solution treatment, carrying out the crude steel pipe by cold-drawing and caliber-enlarging processing for the coarse steel pipe to make a large-caliber steel pipe; (d) after degreasing and solution treatment, carrying out second cold-rolled processing for the stainless steel pipe to make a refined steel pipe;and (e) after degreasing and solution treatment, straightening, pipe cutting, pickling and inspection, the refined steel pipe being made into a large-caliber thin-walled seamless stainless steel pipefinished product. With the process of the invention, the length of the steel pipe can reach or exceed 6000mm, and the steel pipe does not produce twisting and spinning amboss phenomenon and the like.

The invention discloses a full-automatic rough machining method and system for a motorcycle wheel. A machine tool is sequentially provided with a dead head and sprue cutting station, a center hole drilling station and a valve core hole drilling station in the feeding direction. The dead head and sprue cutting station, the center hole drilling station and the valve core hole drilling station in the feeding direction are respectively provided with a claw disc for three-station synchronous working. Each claw disc is provided with three synchronous pneumatic claws for clamping a hub. The synchronous pneumatic claws sequentially convey hub workblanks to the dead head sprue cutting station, the center hole drilling station and the valve core hole drilling station for continuous machining. A dead head and sprue cutting device at the dead head and sprue cutting station completes dead head cutting and sprue cutting of the third hub workblank at the same time, center hole drilling and valve core hole drilling are completed on the first and second hub workblanks conveyed to the center hole drilling station and the valve core hole drilling station respectively at the same time at the center hole drilling station and the valve core hole drilling station, and the machined hub workblanks are conveyed to a discharging assembly line. According to the full-automatic rough machining method and system for the motorcycle wheel, production efficiency and production precision can be greatly improved, and the production cost is reduced.

The invention discloses an automatic straightening production line of a T-shaped guide rail. The inlet ends and the outlet ends of a side automatic straightening machine and a top automatic straightening machine which are distributed in parallel are axially provided with a first rolling way, a second rolling way, a third rolling way and a fourth rolling way respectively, wherein a second chain transmission frame is arranged between the first rolling way and the third rolling way; a first chain transmission frame is arranged between the second rolling way and the fourth rolling way; the sides of the first rolling way and the third rolling way, which are opposite to the second chain transmission frame, are respectively provided with a chain transmission feeding frame and a chain transmission discharge frame; a turning mechanism is arranged below the third rolling way and the fourth rolling way; a two-way cylinder with a baffle sheet is arranged below the first rolling way; one sides of the second rolling way and the fourth rolling way in the direction of the chain transmission feeding frame are respectively provided with a cylinder and a one-way cylinder with a baffle sheet; one side of the fourth rolling way is provided with an idler wheel; a linear motor with a measuring device is arranged above one side of the third rolling way, and the production line is controlled by a programmable controller and a computer. The invention greatly saves labor and occupied space and simultaneously improves the production precision and efficiency.

An endoscope with a T-shaped flexible circuit board includes: a base mounting frame, a flexible circuit, a photosensitive element, two light emitting elements and a camera. The photosensitive element, the two light emitting elements and the camera are mounted onto the T-shaped flexible circuit board, then the flexible circuit board deforms to fit in the base mounting frame. During assembly, the photosensitive element, the two light emitting elements and the camera are maintained in the same orientation, and the T-shaped flexible circuit can be pushed into the base mounting frame simply by applying a force in a single direction parallel to the orientation direction of the photosensitive element, the two light emitting elements and the camera.

The invention relates to a finned tube assembly technique method for manufacturing heat exchangers, provides a finned tube locating fixture of a heat exchanger, and aims to solve the problems that the operation efficiency is low, and dislocation is easy to occur when a group of finned flat tube bundles is tightened and assembled to a collecting tube. The finned tube locating fixture comprises a bracket, a driving mechanism and a group of tube fixators, wherein each tube fixator is provided with at least two locating points; and the tube fixators can be driven to move between a first locating point and a second locating point through the driving mechanism so as to drive each flat tube to reach the position corresponding to the slot of the collecting tube. Each flat tube and fin in the front and back directions are uniformly stressed and tightened through the finned tube locating fixture; the group of finned flat tube bundles is tightened at a set distance and position quickly, accurately and uniformly; the finned tube locating fixture is simple and reasonable in structure; and the production efficiency and precision of a finned tube locating assembly process are improved.

The invention discloses a connection node construction of a concrete-filled square steel tube column and a rectangular section steel beam. The connection node construction is formed by the concrete-filled square steel tube column, the rectangular section steel beam, a right-angle connecting plate, a T-shaped triangle rib plate, a high-strength bolt, and a toggle pin on the top face of the steel beam. The connection node construction is simple, and the stress is clear. The amount of the steel for the connection node construction is less, and the connection node construction is only installed at one side of the column provided with the beam, so the composite cost is lower. The design of the beam column connection node is the ductile failure mode that the beam end is damaged by the tension, the obvious symptom and the duration time are existent before the damage, and the whole structure cannot be collapsed by the local failure. The connection of the steel beam and the concrete-filled steel tube column is firm, the integrality is good, the node rigidity is large, the assembly is simple and the construction period is short. New building rubbishes are not generated, and the requirements of housing industrialization and environmental protection are satisfied. The connection node construction is a novel node connection mode suitable for the connection of the current lower-layer and multi-layer light steel frame housing construction beam columns.

The invention discloses an automatic charging tray feeding system. The system comprises a rack, a conveying belt, an assembling positioning mechanism, a material waiting position, a stock bin and an electric control box, the stock bin, the material waiting position, and the assembling positioning mechanism are arranged from back to front sequentially in the conveying direction, the assembling positioning mechanism comprises a lifting air cylinder, a lifting plate, a positioning air cylinder and positioning clamping claws, a piston rod of the lifting air cylinder is connected with the lifting plate, a charging tray is lifted to the positioning face, the two positioning clamping claws limit the charging tray to the position over the conveying belt, the stock bin comprises a discharging frame, a lifting mechanism and a dividing clamping claw, the lifting mechanism lifts the bottom charging tray to the conveying belt, and the dividing clamping jaw lifts remaining charging trays. Continuousfeeding can be ensured, the feeding position precision is greatly improved, the correcting rate of the next procedure can be ensured, the whole structure is ingenious and fine, in combination with sensors of mechanisms, the feeding process automation is achieved through a PLC, the labor intensity of a worker is greatly reduced, production cost is reduced, and production efficiency and productionprecision are improved.

The invention relates to an intelligent steel plate production device which comprises a derusting machine feeding roller way, a steel plate derusting mechanism, a derusting machine receiving roller way, a three-station automatic exchange workbench, a truss type mechanical hand, a temporary storage material station, a chamfering machine feeding roller way, a bilateral double-sided edge milling machine, a chamfering machine receiving roller way and a blanking temporary storage platform which are sequentially arranged. The intelligent steel plate production device is simple in structure, unique in design and convenient to operate, original manual operation is changed into the existing automatic operation, the production efficiency is greatly improved, the production precision is high, the production cost is reduced, and the defective rate is reduced.