30results about How to "Good surface adaptability" patented technology

The invention discloses innovative flame-retardant, water-proof, mildew-proof and radiation-proof insulating mortar and products, which comprise nine base materials resisting the temperature of 80 DEG C below zero to 1,000 DEG C, i.e., aluminum silicate, magnesium oxide [1,500 DEG C], diatomite [1,000 DEG C], vitrified micro bubbles [1,000 DEG C], silicon nitride [1,000 DEG C], bentonite [900 DEG C], expanded perlite [800 DEG C], expanded vermiculite [800 DEG C] and magnesium chloride [800 DEG C], two mineral admixtures, five reinforcements, i.e., amphibole asbestos wool fiber, glass fiber, ceramic fiber, magnesium silicate wool fiber and polycrystalline mullite fiber and 14 base material-additives of different functions, i.e., a fire-proof material, a water-proof agent, an anti-radiation agent, an anti-mildew agent, an adhesive, an anti-freezing agent, a thixotropic agent, a curing agent, a brightening agent, an early strength agent, a foaming agent, an expanding agent and a masking agent, wherein nine kinds of low-carbon fire-proof insulating mortar which are used in different environments are developed through an innovative technical formula and are used for coating interior and exterior walls and manufacturing an insulating material for various plates, pipes and irregularly-shaped products; and the innovative flame-retardant, water-proof, mildew-proof and radiation-proof insulating mortar and product are national initiative environment-friendly low-carbon and fire-proof insulating mortar and product.

The invention belongs to the technical field of welding of robots, and in particular relates to an autonomous mobile robot system for metal-inert-gas (MIG) / metal-active-gas (MAG) multilayer multipass welding of a large thick plate. The system comprises a robot body, a control system and an MIG / MAG welding system, wherein the robot body comprises a crawling mechanism and an operating mechanism; the control system comprises a sensing system, a robot body control box and a robot master control system; the MIG / MAG welding system comprises an MIG / MAG welding gun, an MIG / MAG welding power supply, a wire feeding machine, shielding gas and a weld cooling system; and the robot body, the control system and the MIG / MAG welding system are connected with one another through cables. The system has the advantages that a contact type magnet-wheel adsorption and non-contact type clearance adsorption composite mode and a three-wheel full-drive wheel type movement mode are used by the crawling mechanism, so that a robot can autonomously and flexibly move at all positions on the surface of an operating object, can be reliably adsorbed and can perform all-position welding operation, and the system is high in comprehensive performance.

The invention relates to a wheel foot type wall climbing robot mechanism, which comprises a semi-cylindrical first body 1, a semi-cylindrical second body 2, a connecting rod, a first suction disc foot and a second suction disc foot, wherein the lower parts of the first body 1 and the second body 2 are respectively provided with the first suction disc foot and the second suction disc foot, axial lines of the first body 1 and the second body 2 are parallel and are in parallel arrangement in a contact mode, two end parts in parallel arrangement of the two bodies are respectively connected into a relatively rotatable structure through the connecting rod, the first suction disc foot adopts a negative pressure absorption structure, the second suction disc foot adopts a vacuum absorption structure, and a walking wheel is arranged in the first body. The wheel foot type wall climbing robot mechanism organically combines the respective advantages of a wheel type moving mechanism and a foot type moving mechanism, the mechanism has better moving characteristics and force characteristics, the moving speed is high, the barrier getting capability is high, and the curve surface adaptability is good.

The invention discloses a double-eccentric circle obstacle crossing assembly with a variable eccentric distance. The double-eccentric circle obstacle crossing assembly comprises inner wheels and outer wheels which are both eccentric wheels, the inner wheels are rotationally arranged in the outer wheels, a plurality of first limiting devices are arranged on the outer ring surfaces of the inner wheels, and second limiting devices which are matched with the first limiting devices are arranged on the inner ring surfaces of the outer wheels. An obstacle robot disclosed by the invention can be used as a robot with an eccentric wheel-leg structure and also can be used as a robot with a common round wheel structure; when the robot moves on the smooth ground, obstacle crossing wheels of the robot are changed into a command round wheel mode, a power shaft of each command round wheel is positioned in the circle center of the wheel, no fluctuation is generated during walking, and the efficiency is high; when the robot moves on the unsmooth ground, the obstacle wheels of the robot can be used as the eccentric wheels, a power shaft of each eccentric wheel is deviated from the circle center, and the obstacle crossing capacity is strong. According to the double-eccentric circle obstacle crossing assembly and the robot disclosed by the invention, the obstacle crossing wheels of the robot can be freely switched between an eccentric mode and a circle center mode, the size of the eccentric distance can be adjusted in real time according to the height of an obstacle in an obstacle crossing environment, and the higher the obstacle is, the larger the eccentric distance of the obstacle crossing wheels can be obtained.

The invention belongs to the technical field of robot welding and in particular relates to a driving and steering integrated magnetic wheel device for a magnetic adsorption wall-climbing robot. The driving and steering integrated magnetic wheel device comprises a vehicle body fixed framework, a rotating table framework, a steering and driving mechanism, a wheel driving mechanism and rolling wheels, wherein a passive side-tipping rotating structure is arranged between the vehicle body fixed framework and the steering table framework, and an independent steering structure is arranged between the rotating table framework and a magnetic wheel; and the side-tipping rotating structure comprises a side-tipping rotating shaft mounted before and after the rotating table framework and a self-lubricating sliding bearing mounted at the vehicle body fixed framework. Compared with the prior art, the driving and steering integrated magnetic wheel device disclosed by the invention has the following advantages that the transmission between a driving speed reduction motor and a wheel shaft is realized through a synchronous belt, a larger mounting space can be obtained by regulating the transmission center-to-center distance, and the driving speed reduction motor with higher power is mounted so as to improve driving moment. The independent steering freedom degree is arranged, and the steering axial line is perpendicular to the wheel axial line, so that independent steering of the wheels can be realized, and the flexibility in motion of the wall-climbing robot can be improved.

The invention provides a water-based paint and preparation and application methods thereof. The water-based paint is mainly prepared from a specific amount of water-based polyurethane resin, water-based organosilicon-modified polyurethane dispersion, organic silicon resin, water-based fluorocarbon resin, water-based organosilicon-modified acrylate, polyethylene wax slurry and water-based acrylic resin. The water-based paint is moderate in viscosity, uniform in raw material dispersion, good in physical property, good in film-forming property, leveling property, heat stability and glossiness, good in anti-ultraviolet property, antifouling property and wear-resisting property, and high in operability, can be used in a simple wiping manner, and is free of waste, free of pollution, safe and environment-friendly. The preparation method of the water-based paint is simple and suitable for large-scale production. The water-based paint can be used in manners, such as wiping, brush coating, roller coating and spray coating, especially can be used in a wiping manner, and is time-saving and labor-saving.

The invention provides a one-component waterborne thermoplastic coating. The coating is applicable to coating ABS (acrylonitrile-butadiene-styrene), PS (polystyrene), HIPS (high impact polystyrene), PC (polycarbonate), PMMA (polymethyl methacrylate) and other types of plastic enclosures; and the coating has the advantages of good adaptability to material surfaces, good substrate adhesive force and good interlayer adhesive force, and solves difficulties such as adhesive force of the waterborne coating on the plastic substrate and a plurality of shrink holes on a UV-radiation curing finish paint matched with the waterborne coating. The coating mainly adopts a waterborne system and is safe for production and application; the coating takes water as a diluent, thus having the advantages of low toxicity, low pollution, extremely low emission of VOCs (volatile organic compounds) and the like and complying with various environmental protection laws and regulations; and meanwhile the coating can be colored with different color paste, thus providing better decorative property for the substrate without affecting the original performance. The invention further provides a production method and a construction method of the product; and the production method and the construction method are simple and convenient, and the adopted production and construction equipment is convenient to wash.

The invention discloses a high solid epoxy paint formula and a preparation process as well as application thereof. The formula comprises main agents and a curing agent, wherein the main agents comprise an epoxy resin matrix, a diluting agent, pigment and filler and auxiliary agents. The invention also discloses the preparation process of the paint. The preparation process comprises the steps of preparing, grinding, mixing and the like. The high solid epoxy paint is widely applied of petroleum drilling equipment and ship industry. The high solid epoxy paint is of high solid, low viscosity and thick coating, meanwhile has excellent surface adaptability and is extremely suitable for the current environmental protection requirement; in addition, the high solid epoxy paint can be widely applied to the petroleum drilling equipment and the ship industry, and has the characteristics of high energy saving efficiency, high construction performance, high filming quality, no strict requirements on processing of a metal surface, greatly reduced construction cost and the like.

The invention discloses a copying milling cutter for processing a complex cavity, relates to copying milling cutters, and is used for solving the problems that the owing cutting quantity is large when the existing annular knife is used for processing a high hardness complex surface, the subsequent handling workload is increased, the surface residue height is high, the cutting and vibration of next process tool are acute and the like, a tool tip speed of a bulb knife is zero, the end-milling capacity is limited, the tool tip is easy to collapse and the like. The copying milling cutter disclosed by the invention comprises a cutter body (1), wherein one end of the cutter body (1) is provided with multiple crumb containing grooves (2); the multiple crumb containing grooves (2) are uniformly arranged. The copying milling cutter also comprises multiple blades (3) with the same structures, wherein each crumb containing groove (2) is internally provided with a blade (3) through a screw; each blade (3) is of a central symmetry structure, the flat base width Dc of the cutter tip of each blade (3) is 3mm-8mm, and the bottom ends of the cutter tips of the multiple blades (3) can form a cutter hollow flat base structure. The copying milling cutter disclosed by the invention is used for secondary rough milling and semi-finishing processes of the complex cavity.

The invention discloses epoxy modified acrylic aqueous finishing paint for burglarproof doors and a preparation method for the epoxy modified acrylic aqueous finishing paint. The epoxy modified acrylic aqueous finishing paint provided by the invention belongs to green and environment-friendly coating materials and is prepared from distilled water, base materials, i.e., epoxy modified acrylic aqueous resin and aqueous amino resin, aqueous transparent color pastes, i.e., aqueous transparent blue paste and aqueous transparent white paste and adjuvants, i.e., a cosolvent, a neutralizing agent, a delustering agent, an antifoaming agent and a base material wetting agent. The aqueous finishing paint is applied to the coating of the burglarproof doors for the first time, and water serves as a solvent, so that the emission of VOC (Volatile Organic Compounds) can be lowered, and the harm to environments and human health caused by solvent type coating materials is reduced; and the existing burglarproof door coating process is not changed, the workability is relatively good, the adaptability to material surfaces is good, the coating adhesion is high, a paint film is plump and is good in decorative performance, and the weather resistance is better than that of the solvent type coating materials.

The invention belongs to the technical field of specialized robots, and particularly relates to a novel full driving composite adsorption climbing robot which comprises a crawl mechanism. The crawl mechanism comprises a front wheel module adopting a driving and swerving integrated magnet wheel, a back wheel module adopting a permanent magnet interval adsorption device, a frame for connecting a front wheel and back wheels and a motor driven controller installed on the frame. The crawl mechanism is of a three-wheel structure, three wheels are all driving wheels, the front wheel is controlled to swerve, and swerve on a magnetic permeability wall face is achieved depending on differential of the two back wheels and controlled swerve of the front wheel. The novel full driving composite adsorption climbing robot has the advantages that the crawl mechanism adopts a composite mode of contact-type magnet-wheel adsorption and non-contact-type gap adsorption, the three-wheel structure is used, three wheels are all driving wheels, a redundancy control swerve mode is adopted, the swerve on the magnetic permeability wall face is achieved depending on the differential of the two back wheels and the controlled swerve of the front wheel, and swerve accuracy of the climbing robot is improved through accurate control of swerve angles of the front wheel.

The invention provides a preparation method of high-solid epoxy abrasion-resistant coating. The high-solid epoxy abrasion-resistant coating is prepared from a main agent and a curing agent. The main agent is prepared by the method comprising the following steps that epoxy resin 1, epoxy resin 2, active diluent, n-butanol, xylene, an anti-settling agent and a dispersant are sequentially added intoa reaction kettle and stirred at a high speed, and thus mixed liquor is obtained; under high-speed stirring, 600 meshes of talcum powder, feldspar powder, mica powder and iron oxide red are sequentially and slowly added into the mixed liquor, stirred for 30 min and thus fully mixed with the mixed liquor; and epoxy resin 1, a coupling agent, n-butanol, xylene, non-floating aluminum powder, a dispersant and xylene are sequentially added into the mixing liquor, uniform dispersing is conducted through high-speed shearing, and thus the main agent is prepared. The prepared method of the high-solid epoxy abrasion-resistant coating has the advantages and positive effects that the high-solid epoxy abrasion-resistant coating has excellent corrosion resistance and excellent corrosion resistance, canbear seawater immersion and has excellent surface adaptability.

The invention discloses a continuous elastic tactile sensor and a detection method thereof. The continuous elastic tactile sensor comprises a first elastic conducting layer, an elastic insulating layer and a second elastic conducting layer which are sequentially arranged in a stacked mode from top to bottom. At least one input signal line is arranged in the center of the first elastic conducting layer, at least two output signal lines are arranged on the edge of the second elastic conducting layer, and output resistors are connected to the output signal lines in series. The continuous elastictactile sensor provided by the invention adopts an elastic material for preparing a sensor, has better adaptability to the surface of a flexible and elastic deformation object, and does not influencethe deformation of a measured surface; the structure is greatly simplified while the contact position and the pressure intensity of a measured surface with a large area are detected, the number of needed signal leads is extremely small, and arrangement is facilitated and influences on deformation of a measured object are avoided.

The present invention discloses a novel flexile shearing strength and pressure sensor structure and a manufacturing method thereof, belonging to the field of micro electro mechanical systems (MEMS). The novel flexile shearing strength and pressure sensor structure can measure the shearing strength and the pressure. A flexible substrate is employed and has advantages of flexion torsion and hook face adaptation. A flexible substrate is attached on a glass sheet, silicon dioxide is sprayed on the flexible substrate, and an etching resistance layer, a measurement line and a heating unit form a sensor having a nanometer cavity allowing a heating unit and a measurement unit to be separated. The sensor can measure the shearing strength and the pressure and can achieve installation and measurementof the physical parameters at one time; the sensor employs the flexible substrate and has the flexion torsion and hook face adaptation; and moreover, the sensor has a high length-width ratio, is highin sensitivity and fast in response speed.

The invention belongs to the field of a BOPET (biaxially oriented polyester film) and in particular relates to a BOPET for a TTR (thermal transfer ribbon) resin base. The BOPET product has a thickness of 4.2 microns and is prepared from a basic material and an organic silicon master batch, wherein the content of the basic material is 35-65 mass percent. Compared with a transitional product used in the prior art, the BOPET has the advantages that the heat stability, stripping resistance, cleanliness and surface adaptability to the coated solvent are greatly improved, and various performance requirements of the BOPET special for high-speed coating of the TTR resin base can be well met.

The invention relates to an alternate barrier-crossing traveling system which is a traveling mechanism with strong adaptability to terrains. The alternate barrier-crossing traveling system comprises a machine body and linkage barrier-crossing traveling mechanisms arranged at the two sides of the machine body; the bottom of the machine body can be provided with an anti-skidding teeth; the two sides of the machine body can consist of a linkage barrier-crossing traveling mechanism or a plurality of linkage barrier-crossing traveling mechanisms; the number of wheels used in the linkage barrier-crossing traveling mechanism is not limited; the front end and the rear end of the machine body are respectively provided with a locking device which can be used for conveniently connecting the heads and the ends of multiple machine bodies, so that the multiple machine bodies can be locked into a string. The alternate barrier-crossing traveling system is a barrier-crossing traveling mechanism which is high in efficiency and reliability, concise in mechanism and stronger in barrier-crossing ability, and can travel at a high speed on regular topographies and irregular topographies, such as rugged mountainous regions, marshes, river valleys and beaches.

The invention discloses an all-wheel same-phase driving trolley and a turning control method thereof. The all-wheel same-phase driving trolley comprises a trolley body and a plurality of round wheels arranged on the trolley body. The number of the round wheels is even and is at least four. The round wheels are symmetrically arranged on two sides of the trolley body through driving components in a pairwise mode. A plurality of large friction force circular arc segments are uniformly distributed on each round wheel. The large friction force circular arc segments on every two round wheels which are symmetrically arranged are complementary and can form a whole circle. The phase positions of the large friction force circular arc segments on the round wheels which are located on the same side of the trolley body are the same. The friction force produced by the round wheels on the two sides of the trolley body is different, and the deviation phenomenon of the trolley body occurs during speed changing, so that trolley turning is achieved. The all-wheel same-phase driving trolley is simple and reliable in integral structure, has the characteristics of being high in efficiency, good in land surface adaptability and high in obstacle crossing capability and can be used for mobile robots, obstacle crossing vehicles and other mobile devices which need to walk on the uneven ground and the even ground.

The invention relates to a composite solar battery photovoltaic solder strip. The composite solar battery photovoltaic solder strip comprises a vertically extending strip body, the strip body comprises a conductor wire, copper strips and sewing threads, the copper strips are stitched by the sewing threads, and a copper foil strip surrounds the conductor wire. The technical scheme provided by the invention has multiple advantages: first of all, the copper strips are not welded but stitched by use of the sewing threads, such that the production energy consumption can be reduced, the production process is simplified, and at the same time, equipment does not have to be improved too much; secondly, the switching of the sewing threads can enable the strip body to maintain certain flexibility and softness, and the two copper strips can perform slight movement, such that the thermal stress and the mechanical stress can be effectively released; thirdly, the number of conductor wires can be easily changed, such that the parameter flexibility of a product is enhanced, and at the same time, the conductor wire can perform slight movement inside the copper strips, such that the flexible capability of the solder strip can be improved, and the solder strip has better surface adaptability; and finally, the scheme of forming recessed grooves through the switching by use of the sewing threads and filling the recessed grooves through soldering tin can effectively reduce the amount of the soldering tin.

The invention discloses an all-wheel same-phase driving trolley and a turning control method thereof. The all-wheel same-phase driving trolley comprises a trolley body and a plurality of round wheels arranged on the trolley body. The number of the round wheels is even and is at least four. The round wheels are symmetrically arranged on two sides of the trolley body through driving components in a pairwise mode. A plurality of large friction force circular arc segments are uniformly distributed on each round wheel. The large friction force circular arc segments on every two round wheels which are symmetrically arranged are complementary and can form a whole circle. The phase positions of the large friction force circular arc segments on the round wheels which are located on the same side of the trolley body are the same. The friction force produced by the round wheels on the two sides of the trolley body is different, and the deviation phenomenon of the trolley body occurs during speed changing, so that trolley turning is achieved. The all-wheel same-phase driving trolley is simple and reliable in integral structure, has the characteristics of being high in efficiency, good in land surface adaptability and high in obstacle crossing capability and can be used for mobile robots, obstacle crossing vehicles and other mobile devices which need to walk on the uneven ground and the even ground.

The invention relates to a tert-vinegar emulsion expansion-type fireproof paint and a preparation technology thereof. The expansion-type fireproof paint comprises the following raw materials in parts by weight: 30-40 parts of deionized water, 0.1-0.2 parts of alkaloid, 0.3-0.6 parts of a RS610 wetting dispersant, 0.2-0.5 parts of hydroxyethyl cellulose, 0.2-0.5 parts of a DF681F antifoaming agent, 0.1-0.4 parts of a RS antiseptic, 0.2-0.4 parts of an AN130 PH conditioning agent, 0.2-0.4 parts of an A401 alkali swelling thickening agent, 2-3 parts of a film forming auxiliary agent, 8-10 parts of melamine MEL, 10-12 parts of pentaerythritol PER, 20-25 parts of ammonium polyphosphate APP, 3-6 parts of titanium dioxide, and 15-25 parts of a tert-vinegar emulsion. According to the invention, water is taken as a disperse medium, a lot of resource is saved, fire risk during construction is eliminated, atmosphere pollution is reduced, a few of hypotoxic alcohol and ether organic solvents is used, work environment condition is improved, the coating adhesion is strong, and the paint has good adaptability on surface of the material.

The invention belongs to the technical field of robot welding and in particular relates to a driving and steering integrated magnetic wheel device for a magnetic adsorption wall-climbing robot. The driving and steering integrated magnetic wheel device comprises a vehicle body fixed framework, a rotating table framework, a steering and driving mechanism, a wheel driving mechanism and rolling wheels, wherein a passive side-tipping rotating structure is arranged between the vehicle body fixed framework and the steering table framework, and an independent steering structure is arranged between the rotating table framework and a magnetic wheel; and the side-tipping rotating structure comprises a side-tipping rotating shaft mounted before and after the rotating table framework and a self-lubricating sliding bearing mounted at the vehicle body fixed framework. Compared with the prior art, the driving and steering integrated magnetic wheel device disclosed by the invention has the following advantages that the transmission between a driving speed reduction motor and a wheel shaft is realized through a synchronous belt, a larger mounting space can be obtained by regulating the transmission center-to-center distance, and the driving speed reduction motor with higher power is mounted so as to improve driving moment. The independent steering freedom degree is arranged, and the steering axial line is perpendicular to the wheel axial line, so that independent steering of the wheels can be realized, and the flexibility in motion of the wall-climbing robot can be improved.

The present invention discloses a novel flexile shearing strength and pressure sensor structure and a manufacturing method thereof, belonging to the field of micro electro mechanical systems (MEMS). The novel flexile shearing strength and pressure sensor structure can measure the shearing strength and the pressure. A flexible substrate is employed and has advantages of flexion torsion and hook face adaptation. A flexible substrate is attached on a glass sheet, silicon dioxide is sprayed on the flexible substrate, and an etching resistance layer, a measurement line and a heating unit form a sensor having a nanometer cavity allowing a heating unit and a measurement unit to be separated. The sensor can measure the shearing strength and the pressure and can achieve installation and measurementof the physical parameters at one time; the sensor employs the flexible substrate and has the flexion torsion and hook face adaptation; and moreover, the sensor has a high length-width ratio, is highin sensitivity and fast in response speed.

The invention belongs to the technical field of robot welding and particularly relates to a composite magnetic adsorption visual detection climbing robot which comprises a frame, a front wheel module and a back wheel module, wherein the front wheel module and the back wheel module are installed at two ends of the frame. A visual detection pan tilt is installed on the frame, the composite magnetic adsorption visual detection climbing robot is of a three-wheel structure, and three wheels are all driving wheels. The composite magnetic adsorption visual detection climbing robot has the advantages that the composite magnetic adsorption visual detection climbing robot adopts a wheel-type movement mechanism, all wheels are driving wheels, movement flexibility is good, the robot can swerve around the center of the robot body, and the minimum turning radius is 0. An adsorption device simultaneously adopts a magnet wheel and a permanent magnet interval adsorption device, a front wheel adopts the magnet wheel, compactness of the structure is improved while guaranteeing adsorption force, and simultaneously the permanent magnet interval adsorption device is installed on a chassis and around back wheels to guarantee that the robot has strong loading capability.

The invention belongs to the technical field of special robots, and particularly relates to a fully-driven magnet-adsorption type multifunctional wall-climbing robot with small folding robotic arms, which comprises a climbing mechanism and a control mechanism, wherein the control mechanism comprises multi-functional robotic arms and an end working module, the bases of the multi-functional robotic arms are fixedly arranged on the adsorption type climbing mechanism, and the end working module is fixedly arranged at the tail ends of the multi-functional robotic arms. With the adoption of the combination mode of contact magnetic wheel adsorption and non-contact clearance adsorption and the three-wheel structure, the fully-driven magnet-adsorption type multifunctional wall-climbing robot with the small folding robotic arms has the advantages that all wheels are driving wheels, the redundancy control steering mode is adopted, steering on the magnet conductive wall surface is realized by speed difference between two rear wheels and controlled steering of the front wheel, and the movement flexibility is good, steering around the body center with minimum radius of 0 is realized, and a robot can be reliably adsorbed on a magnet conductive wall surface and realize automatic and free movement.

The invention discloses a high solid epoxy paint formula and a preparation process as well as application thereof. The formula comprises main agents and a curing agent, wherein the main agents comprise an epoxy resin matrix, a diluting agent, pigment and filler and auxiliary agents. The invention also discloses the preparation process of the paint. The preparation process comprises the steps of preparing, grinding, mixing and the like. The high solid epoxy paint is widely applied of petroleum drilling equipment and ship industry. The high solid epoxy paint is of high solid, low viscosity and thick coating, meanwhile has excellent surface adaptability and is extremely suitable for the current environmental protection requirement; in addition, the high solid epoxy paint can be widely applied to the petroleum drilling equipment and the ship industry, and has the characteristics of high energy saving efficiency, high construction performance, high filming quality, no strict requirements on processing of a metal surface, greatly reduced construction cost and the like.