1265results about How to "Guaranteed fit" patented technology

The invention provides a thin-wall sliding sleeve disassembling fixture. The thin-wall sliding sleeve disassembling fixture comprises a puller nut and a puller screw. The puller screw is in threaded connection with the puller nut. One end of the puller screw is provided with a clamping jaw. The puller screw is in threaded connection with the clamping jaw. A bracket and a hydraulic system are installed between the puller nut and the clamping jaw. The bracket and the hydraulic system are sheathed on the puller screw. The bracket is adjacent to the clamping jaw. The hydraulic system is adjacent to the puller nut. Through controlling the hydraulic system to boost pressure and reduce pressure, the disassembly of a thin-wall sliding sleeve can be realized. The thin-wall sliding sleeve disassembling fixture is small in volume, light in weight, smooth and steady in movement, and safe and convenient in operation, and capable of preventing the deformation of the thin-wall sliding sleeve and thescratching of a hole wall in an disassembling process.

The invention relates to a laminating method of a special-shaped curved surface cover plate and a flexible screen. The method comprises the following steps: sticking the back side of the flexible screen onto the surface of a laminating device via a visbreaking film, so that an initial assembly is obtained; sticking a laminating adhesive layer to the front side of the flexible screen or the inner side of the special-shaped curved surface cover plate; translating the initial assembly into the special-shaped curved surface cover plate, and operating the laminating device so that a straight area of the special-shaped curved surface cover plate at least partially fits to the flexible screen; and conducting a visbreaking operation on the visbreaking film, and operating the laminating device to stick rest part of the flexible screen to the inner side of the special-shaped curved surface cover plate. According to the laminating method, the flexible screen is stuck onto the laminating device via the visbreaking film, and the visbreaking operation after the flexible screen is at least partially laminated with the straight area of the special-formed curved surface cover plate, so that the flexible screen can slide relative to the laminating device; therefore, full laminating of the flexible screen, in particular an arc-hook area, is guaranteed, and interference with the arc-hook area is prevented.

The invention relates to a networked intelligent household electricity optimizing control method, and the situation that the user can learn about the panoramic information of household electricity states through a household terminal or in a remote mode implemented through a network terminal and a cell phone is realized, meanwhile, the method has a point-to-point optimizing control capacity. Because a user-defined electricity utilization scheme and a 'virtual electricity utilization' validation method are adopted, the pertinence between the control method and user demands can be ensured, and the occurrence of control actions violating life logics and life habits can be avoided. In addition, through using the combination of a delegate control mode, a scheduled control mode, a prompted control mode and a real-time control mode, a flexible choice is provided for satisfying different control needs of the users, and because of using the flexible combination of the modes, the situation that the full-automatic control mode is hard to master and unable to cope with rigid molds with different needs can be avoided.

The invention discloses a film sticking method and equipment. The film sticking method comprises the following steps that pretreatment is conducted on the surface, where film sticking needs to be conducted, of a substrate; a sticking film is arranged, and an air bag is arranged on the back face of the sticking film; and the air bag is inflated to enable the air bag to expand and deform, the sticking film is pressed to the surface where film sticking needs to be conducted and stuck. The film sticking equipment comprises a substrate carrier module and a film sticking module, the substrate carrier module comprises a substrate carrier, and the film sticking module comprises the air bag and an air bag carrier used for loading the air bag; and the air bag expands and deforms along with air inflation, and the air bag makes contact with the substrate, where film sticking needs to be conducted, loaded by the substrate carrier. According to the film sticking method and equipment, bubbles can beeffectively prevented from remaining in the sticking process, and the sticking quality and efficiency are ensured.

The invention discloses a process model repair method based on Petri net basic structures. The repair method comprises the steps that processing is conducted on original data to make the original data be an event log which is in compliance with specifications; then an inductive mining algorithm is conducted on the processed data to mine a corresponding process model; calibration is conducted on an extended event log and the process model obtained through mining, and it is discovered that a deviation exists in the process model; finally, repair schemes of the process model under different structures are proposed, and the repair schemes aim at repairing the process model and enhance the consistency of the process model. In a case structure, special repair is conducted on the situation that a log action is adjacent to a model action, a repair algorithm is provided, the degree of fitting and the degree of accuracy are guaranteed, and meanwhile the simplification degree of the process model is increased.

The invention discloses a flexible passive adaptation type fairing disc which comprises a chassis (2) and a polishing adhesive (6), wherein the chassis (2) is fixedly connected with a connecting flange (1), the connecting flange (1) is movably connected with a ball head shaft (7) which can be connected with a machine tool, the downside of the chassis (2) is wrapped with a flexible sandwich layer (4) through an isolating membrane (5), and the polishing adhesive (6) is arranged at the bottom of the isolating membrane (5); and the flexible sandwich layer (4) is mainly prepared through carrying out heating reaction on boric acid and dimethyl silicone oil in a certain proportion at a certain temperature. In the process of operating, the fairing disc is installed firstly, and then an operation of processing is performed according to a certain rotating speed and a certain processing path. The fairing disc disclosed by the invention has the advantages of simple control, low cost, high rotating speed, high fairing efficiency and the like.

The invention provides a small-caliber straight pipe butt welding device comprising a positioning core bar, a fastening nut, an end portion top cover and a protective gas transition pipe nozzle. One end of the positioning core bar or two ends of the positioning core bar are open, the middle of the positioning core bar is hollow, and an air hole is formed in the middle of the positioning core bar. The protective gas transition pipe nozzle is screwed at one opening end of the positioning core bar, and the other end of the positioning core bar is unopened or is selectively connected with a plug nut. The end portion top cover is sleeved on the positioning core bar, and a flange is arranged on the end portion top cover along the center direction of the positioning core bar. The positioning core bar, outside the end portion top cover, is provided with the fastening nut in a sleeved mode. The end portion top cover and the fastening nut are provided with air holes. By means of the small-caliber straight pipe butt welding device, assembly precision of a heat exchange pipe butt-joint connector, a heat exchange pipe and filler materials is controlled, inertia gas protection effectiveness on the inner wall of the connector is improved, and accordingly the fact that ultimate forming of connector welding seams meets manufacture requirements of products is guaranteed, and quality of a welding seam at the root portion of a butt-joint groove of the heat exchange pipe is guaranteed.

The invention discloses a fire-reconnoitering and fire-extinguishing robot. The fire-reconnoitering and fire-extinguishing robot comprises a caterpillar chassis, a fire-extinguishing water cannon anda reconnoitering mechanism, wherein the fire-extinguishing water cannon and the reconnoitering mechanism are arranged on the caterpillar chassis; the caterpillar chassis is composed of a chassis body,a chassis shell, a suspension cross beam, driving wheels, a driven wheel set, support belt wheel sets, bearing wheel sets, damping plate sets, elastic components, an approach wheel set, tensioning mechanisms, an obstacle avoidance assembly, a warning assembly, a driving assembly, a controller, a wireless transmission assembly, caterpillar assemblies, a dustproof cover plate, searchlights and a lithium battery. Through the fire-reconnoitering and fire-extinguishing robot, the problem of slippage and removal between the driving wheels and the caterpillar is solved; the efficient transmission between the driving wheels and the caterpillar is achieved; the adhesion performance between a suspension system with the caterpillar in the obstacle surmounting process is ensured; the stability of therobot when surmounting the obstacles and climbing can be also improved; the function of tensioning the suspension system on the robot is achieved; the safety and the stability of movement of the robot are further improved; the maintenance difficulty and the usage cost of the robot are reduced.

The invention discloses a multipurpose attaching machine for 3D glass curved screens. The multipurpose attaching machine comprises a rack, and two vacuum cavities, a vacuumizing mechanism, a glass conveying mechanism and two turning mechanisms are arranged in the rack; the vacuum cavities are used for containing Film protection films, and each vacuum cavity comprises a Film protection film positioning mechanism and a Film protection film fine tuning mechanism; the vacuumizing mechanism is used for vacuumizing the vacuum cavities; the glass conveying mechanism is used for automatically conveying 3D glass, and CCD vision inspection units matched with the Film protection film fine tuning mechanisms are arranged at the bottom of the glass conveying mechanism; the turning mechanisms are used for positioning and turning the glass, and each turning mechanism comprises a cavity cover plate, a glass positioning fixture, a pneumatic clamping mechanism and a rotating shaft; after the 3D glass is manually placed in the glass positioning fixtures in parallel to be clamped, driving mechanisms drive the 3D glass to turn along with the cavity cover plates to the position over the Film protection films to complete attaching of the glass and the Film protection films. The multipurpose attaching machine for the 3D glass curved screens has the advantages of being in precise in glass positioning and Film protection film positioning, good in cavity sealing and vacuumizing effect, high in attaching efficiency, good in attaching effect and the like.

The invention discloses a welding method and equipment for a multifunctional threaded fastener. The welding method comprises MAG welding, TIG welding, MIG welding, stud welding and MIG brazing. The threaded fastener and a workpiece are positioned by a positioning mechanism of the equipment, a welding gun is clamped by a clamping mechanism, a pressing force is transmitted to a pressing mechanism by a power component, the threaded fastener and the workpiece are pressed by the pressing mechanism, the welding gun is driven to move downwards at the same time, and the threaded fastener and the workpiece are welded by a welding mechanism. Compared with existing arc welding equipment for welding the threaded fastener, the method and the equipment have the advantages that the efficiency is improved by 2 to 4 times; moreover, the problems of poor stability of conventional resistance projection welding of the threaded fastener, incapability in welding medium- and high-carbon steel, alloy steel, dissimilar metals and dissimilar materials, incapability of welding on the sidewall of a U-shaped sheet metal part, various hollow and solid pipe fittings and thick plates, incapability of abreast welding of the threaded fastener and the workpiece and the like are solved. In addition, the invention further provides MIG-brazed and flame-brazed fastener and a workpiece used for welding a threaded fastener and positioned by a light beam.

The invention discloses a medical big-data analysis and processing system and method based on the IOT (Internet of Things), and belongs to the technical field of data processing. The big-data analysisand processing system mainly comprises a cloud service platform, a user terminal, a hospital database and a medical platform terminal. The medical big-data analysis and processing method of the invention comprises the steps: data acquisition and transmission, data preprocessing, prediction model constructing, and testing and optimizing of a prediction model. Therefore, the prediction model for indicating the probability of a disease of a predicted object or the probability that the predicted object has a certain disease is obtained, and the IOT transmission of the data information is achievedthrough a communication module. Moreover, the prediction model is obtained based on the convolutional neural network The data source with many correlations and wide influences is inputted, and the data has been preprocessed, which greatly improves the accurate reference value of the prediction results.

The invention aims to solve the problem of equipment interference, abnormal mechanical conditions and the like due to excessive error accumulation after multiple cycles in a current automated mining system under complex geological conditions, and discloses an intelligent decision control method and system for a fully mechanized mining device used for a complex condition working face. The intelligent decision control system comprises a full posture measurement system for the fully mechanized mining device, a mine pressure monitoring system, a virtual simulation system, an analysis and decisionsystem and a distributed control system. 15 spatial parameters and mine pressure data of the real-time operating state of the device are measured comprehensively, the real mining process is simulatedthrough data superposition, the device abnormalities caused by the complex geological conditions are calculated, the surrounding rock state is predicted, error elimination and surrounding rock controlmethods based on known process methods and historical data learning results are proposed, and subsequent mining control parameters are predicted; and based on real data and virtual simulation results, the optimization and decision-making of underground comprehensive mining device control parameters are completed, so as to ensure that device control under the complex geological conditions can be consistent with actual environmental conditions, and the operation quality of the fully mechanized mining device is greatly improved.

The invention discloses clamping mechanisms of a robot used for a transmission tower and the climbing robot. The clamping mechanisms of the robot used for the transmission tower and the climbing robotsolve the problem in the prior art of high safety risk in the process of manually climbing the transmission tower, and have the beneficial effects of allowing the robot to climb the transmission tower, and providing a safety guarantee for climbing workers during follow-up operations. According to the technical solution, the robot used for the transmission tower consists of the clamping mechanisms, a lifting mechanism and a mechanical arm, wherein the clamping mechanisms comprise clamping components; the clamping components comprise clamping blocking plates and clamping plates; the clamping plates move back and forth relative to the clamping blocking plates through second telescopic units so as to clamp one side of the transmission tower through the clamping blocking plates and the clamping plates; extension components are provided with first telescopic units; the first telescopic units are connected to the clamping components so as to drive the clamping components to approach or get away from the side of the transmission tower; the top end and the bottom end of the lifting mechanism are separately connected to an upper clamping mechanism and a lower clamping mechanism; and the movement of the robot along a linear guideway is realized through the extension and retraction of the lifting mechanism.

The invention provides a garment plate making method based on human body big data. The invention, and relates to the technical field of human body three-dimensional measurement and garment plate making. The problem of rapid, accurate and automatic plate making under the condition of irregularly scanning a human body model is solved. The method comprises the following steps of human body three-dimensional scanning and preprocessing, human body model standing posture correction and symmetry, human body geometric feature extraction, human body size key parameter extraction, human body three-dimensional model classification and body shape feature space construction. ; mManufacturing of the model of the garment style training sample according to the garment style; garment style parameter extraction, clothes parameter classification and clothes feature space construction; . according to the method, Tthe model of the big data platemaking neural network is trained, the pattern of the garment style is generated according to the human body model of a client, online service is deployed, rapid, accurate and automatic platemaking of the garment customization pattern based on the big data of the human body is achieved, and the big data model learns the platemaking experience of a platemaker, so that an intelligent technical solution is provided for large-scale personalized garment customization.

The invention discloses an artificial aneurysm neck and a production method thereof. The artificial aneurysm neck comprises a tubular outer wall and a tubular inner passage arranged in the outer wall, the inner passage is of a hollow structure, and two ends of the inner passage are hermetically connected with the outer wall. The outer wall or/and the inner passage is composed of a tubular tectorial membrane and a metal support arranged on the surface of the tubular tectorial membrane. The artificial aneurysm neck is guided to a normal aorta at the near end of a lesion position and then released during operation, the metal support supports the tectorial membrane on the wall of a normal blood vessel, and fitting between the artificial aneurysm and the normal blood vessel is guaranteed; a tectorial membrane support is enabled to isolate aneurysm from blood flow in a blood vessel cavity, and a blood flow passage of the aorta and branched blood vessels is built; due to using of the artificial aneurysm neck, requirements on structure of the tectorial membrane support are lowered, the artificial aneurysm neck can be realized through a straight-tube tectorial membrane support, requirements on length of the aneurysm neck are low, the artificial aneurysm neck is suitable for cases with extremely short aneurysm necks, production process is simplified obviously, processing cost can be lowered, and production efficiency can be improved.

The invention provides a personalized garment customization plate making method, relates to the field of automatic plate making in the large-scale personalized garment customization process, and mainly solves the problem of rapid, accurate and automatic plate making under the condition of irregularly scanning a human body model. The method comprises the following steps: carrying out three-dimensional scanning of the human body and preprocessing of the mesh model; correcting the standing posture of the model; performing model regularization processing; extracting human body geometrical characteristics; performing standard meshing on the human body three-dimensional model; unfolding the basic clothes prototype; making a pattern garment cut piece plate; and carrying out online plate making server deployment. According to the method, rapid, accurate and automatic plate making of the garment customization model based on the three-dimensional human body scanning model can be achieved, manualintervention is not needed in the plate making process, and a technical solution is provided for large-scale personalized garment customization.

The invention discloses a device and method for one-time pouring molding of an ultra-high concrete column. The device comprises a guiding device arranged in an ultra-high concrete column formwork. The guiding device comprises a collecting hopper, a scissor fork lifting mechanism, guiding pipe connecting mechanisms and a guiding pipe. The collecting hopper is arranged on the top of the guiding pipe, the guiding pipe is divided into multiple sections with the equal length, the sections are connected through the guiding pipe connecting mechanisms, the lower portion of the collecting hopper is sleeved with the scissor fork type lifting mechanism for lifting the guiding pipe, multiple vibrating rods for vibrating and densifying concrete are arranged between hoops on the edges of the formwork, multiple sections of scale marks are arranged on the vibrating rods, and the length of each section of scale mark is equal to that of each section of guiding pipe. Coincidence and integrity with the concrete are guaranteed, the honeycomb and scale phenomenon caused by the fact that vibration is not in place is avoided, the structural safety and appearance quality of one-time molding of the ultra-high reinforced concrete structure column are guaranteed accordingly, appearance attractiveness is improved, and the construction period is shortened.

The invention relates to a manufacturing method for a lifting guide rail of a piece of side window glass of an automobile. The method comprises the following steps: selecting a midpoint connected with any point on the glass to be applied for serving as a tangent plane of the glass; extracting the characteristic line of a column B; connecting the characteristic line into a straight line by taking the midpoint in the tangent plane as an original point, and forming a normal plane of the straight line on the midpoint; projecting the characteristic line on the normal plane to obtain a projection line, forming a circle by selecting any three points from the projection line, and forming a cylindrical face; changing included angles between the midpoint of the tangent plant and the straight line of the characteristic line as well as between the midpoint of the tangent plant and the characteristic line to make intersecting lines fit the characteristic line of a boundary virtual guide rail, which is opposite to the column B, of the glass, and forming a spiral line fitting the characteristic line of the column B; forming a spiral line of the same thread pitch on another boundary according to the previous spiral line, wherein the two spiral lines are taken as lifting lines of the glass; manufacturing the glass lifting guide rail according to the lifting lines.

The invention relates to a pipe laying construction method and system inside a sleeve pipe based on a wheel-rail type pipe hoop. The method comprises the following steps that the sleeve pipe is constructed; after constructing of the sleeve pipe is completed, a concrete cushion layer is constructed inside the sleeve pipe; after constructing of the concrete cushion layer is completed, sliding railsare symmetrically arranged on set positions of the two sides of the central axis of the concrete cushion layer; the two ends of a steel pipe are correspondingly and fixedly provided with pre-machinedpipe hoops with pulleys; and the steel pipe is lifted to an inlet of one end of the sleeve pipe so as to be laid, the pulleys of the pipe hoops are connected to the sliding rails on the concrete cushion layer in a sliding mode, the sliding rails are used for providing a fixed advancing route for the pipe hoops, and therefore the steel pipe penetrates into the sleeve pipe. According to the method,aiming at the problems that the advancing track of the pulleys of a traditional steel pulley bracket method is difficult to be unified, and the matching degree and the stability of the steel pipe on the bracket are poor, the pipe laying construction method inside the sleeve pipe based on the wheel-rail type pipe hoop is provided, the sliding rails are utilized for providing the fixed advancing route for the pulleys, and it is ensured that the advancing tracks of the pulleys for conveying all the steel pipes are kept consistent, the steel pipes are free of dislocation, and the directions of thesteel pipes are free of deviation.

The invention discloses a manufacturing method of invisible tooth correcting treatment devices. According to the method, firstly, an original odonto-maxillary three-dimensional model of a patient is built through a correcting treatment objective and an original odonto-maxillary three-dimensional model; secondly, correcting treatment odonto-maxillary models in different stages of the correcting treatment process are built; then, corresponding three-dimensional printing models are built; corresponding invisible tooth correcting treatment devices are respectively printed out by medial polyethylene according to the three-dimensional printing models; and finally, the invisible tooth correcting treatment devices are polished and ground and are delivered to the patient to be used. By using the method, the invisible tooth correcting treatment devices are directly manufactured without using a solid body objective model, so that the consumption of a great number of light-cured resin materials is avoided; and the problems of high cost and complicated production process of the invisible tooth correcting treatment devices are solved.

The invention provides a detachable axial-butting and quick-locking mechanism, which comprises a connecting shaft (1) and a connecting base (3), wherein one end of the connecting shaft (1) is provided with a positioning pin (2), the connecting base (3) is matched with connecting shaft to connect parts together, the column surface of the connecting base is provided with a lock latch (6) which is vertical to the central axis, penetrates into an upper locking base (4) and is radially communicated with the barrel hole of the connecting base (3), and a lock latch which is used for coaxially locking the connecting shaft, a truncated cone rotating body (12) is machined on the lower end of the lock latch, a connecting shaft penetration contact unlocking surface is machined on the truncated cone rotating body (12) so as to lock and unlock the axial inner-concave ladder-shaped section cutting surface of the truncated cone rotating body (12), and the lock latch always downwards acts on the connecting penetration locking contact surface (10) through a locking spring (5) connected on the step of the upper end of the truncated cone rotating body. According to the invention, quick locking and disassembly between two parts can be realized, the structure is compact and convenient, no calibration and adjustment are needed, and the maintainability, the reliability and the suitably-assembled property are good.