205 results about "Machine loading" patented technology

The invention discloses a dynamic flexible job-shop scheduling method based on a multi-objective evolutionary algorithm. The dynamic flexible job-shop scheduling method based on the multi-objective evolutionary algorithm mainly aims to solve the problems that existing methods are poor in dynamic change environment adaptive ability and low in search efficiency. The dynamic flexible job-shop scheduling method based on the multi-objective evolutionary algorithm comprises the first step of carrying out initialization, specifically, reading information of jobs, machine attributes and the like, defining an optimal object and setting a constraint condition, the second step of simultaneously optimizing time of completion, tardiness and the maximum machine loading based on a static multi-objective evolutionary algorithm at initial moments, and the third step of adopting a rescheduling mode driven by emergent dynamic events in a shop production process, quickly generating a new scheduling scheme in a new environment based on a dynamic multi-objective evolutionary algorithm in order to simultaneously optimize the time of completion, tardiness, the maximum machine loading and stability of workpieces to be scheduled. Compared with a traditional scheduling method, the dynamic flexible job-shop scheduling method based on the multi-objective evolutionary algorithm can timely respond to happening of emergent dynamic events, adjust a search strategy in a self-adaptation mode according to the dynamic environment, and the generated scheduling scheme has the advantages of being high in efficiency and excellent in stability.

The invention discloses a marine environment and dynamic load coupling test equipment system, which comprises marine environment simulation environment box equipment (1) and an electro-hydraulic servo dynamic and static testing machine (2), wherein the electro-hydraulic servo dynamic and static testing machine comprises a testing machine loading head which applies power load to a test piece, a dynamic load control circuit and an electronic control cabinet; the electronic control cabinet is used for providing saline water and compressed air for a saline water spraying device; the electronic control cabinet is connected with the saline water spraying device via an air pipe and a water pipe; the test piece is fixedly arranged on a test piece support in the body of the marine environment simulation environment box; and the test piece is subjected to loading compression, stretching and bending deformation loading under different environments of saline water dipping, saline water fluctuation and saline water atomization. According to the marine environment and dynamic load coupling test equipment system disclosed by the invention, dynamic load as well as the environments of saline water dipping, saline water fluctuation and saline water atomization can be simultaneously provided for the experiment test piece, the characteristics of marine structure service under the marine environment conditions, such as marine underwater areas, water table fluctuation areas, splash areas and the like, can be simulated.

The method comprises: the circle center of testing machine base, the central shaft of the asphalt concrete test piece, the circle center of the test machine loading platen, and the loading pressure head of the testing machine are located at same perpendicular line; the section diameter of the loading platen of the testing machine is less than the section diameter of the asphalt concrete test piece; the section diameter of the testing machine base is less than the section diameter of the asphalt concrete test piece; the section diameter of loading platen of the testing machine is identical with the section diameter of the testing machine base.

The invention provides a dual-machine loading-and-walking type hydraulic numerical control deck erection gantry, which comprises two sets of loading-and-walking type hydraulic numerical control deck erection gantries and a control system, wherein each set of the loading-and-walking type hydraulic numerical control deck erection gantries comprises the following four parts: a transverse truss girder, two sets of walking type loading-and-walking devices arranged at two ends of the transverse truss girder, a hydraulic lifting device and a carrying pole of a hanger; each set of the walking type loading-and-walking devices consists of a guideway, a walking mechanism steel framework, m traction jacks, 4n load conversion jacks, a supporting pull rod, a walking roller bracket and P guideway walking jacks; all the components are connected with one another by pin shafts; and the control system of the deck erection gantry is a distributed computer network control system which consists of a main control station, Y field controllers, Y pump stations, Y pump station starting boxes, a data acquisition system, and a plurality of data wires and communication wires. The deck erection gantry has the advantages of great lifting force and high work efficiency and stability; and when the deck erection gantry walks with load, the control system of the deck erection gantry can effectively and synchronously control every jack.

The invention discloses a span-adjustable bending test clamp with a positioning function, and belongs to the technical field of aircraft structure bending tests. The clamp comprises two clamp upper fulcrums, two clamp lower fulcrums, an upper clamp guide rail platform, a lower clamp guide rail platform and an acting barrel. The upper clamp guide rail platform and the lower clamp guide rail platform are provided with sliding rails respectively and provided with scales in the direction of the sliding rails. Threaded holes are formed in the sliding rails. The clamp upper fulcrums and the upper clamp guide rail platform are in sliding connection and are fixed through bolts. The clamp lower fulcrums and the lower clamp guide rail platform are in sliding connection and are fixed through bolts. The lower clamp guide rail platform is fixed to a test machine loading frame through a test machine lower chuck. The upper clamp guide rail platform is fixedly connected with the acting barrel through a test machine upper chuck. The problems that when large-load and large-deformation bend tests are carried out, the span of clamp fulcrums cannot be adjusted, and a clamp cannot adapt to test piece size changes or meet design requirements are solved.

The invention provides an inner-outer frame combined variable stiffness rock mechanical testing machine and method, and relates to the technical field of rock mechanics. The machine comprises a stiffness regulation device, a test loading device, a monitoring system and a control system. The stiffness regulation device comprises an outer frame top beam, an outer stand column, a stiffness regulationoil cylinder and a base, the loading oil cylinder of the test loading device loads and drives the inner top frame to rise so as to extend and deform the inner stand column and compress and deform a high-pressure spring; for the same test sample, in the set loaded load value condition, the loaded load of the stiffness regulation oil cylinder is increased, the displacement of the inner top beam andthe deformation of the inner stand column are reduced, and the loading stiffness is increased; when test is performed, according to the monitoring data of the displacement sensor, the control systemcontrols the load of the stiffness regulation oil cylinder to achieve the real-time control of displacement of the inner top beam so as to ensure that the loading stiffness in the whole test process meets a design value and is unchanged, solve the technical problem that the rock mechanical testing machine loading stiffness cannot be subjected to quantitative regulation and have the simple operation.

The invention relates to a method for designing limiting deflection of few-leaf two-end-reinforced plate springs with ends of non-equal structures, and belongs to the technical field of suspension steel plate springs. The limiting deflection of the few-leaf two-end-reinforced plate springs with the ends of the non-equal structures can be designed by the aid of the method according to structural parameters, elastic modulus and the maximum allowable safety stress of various leaf springs and the free lengths of limiting stoppers. The method has the advantages that as known from sample machine loading deformation experiments and tests, the method for designing the limiting deflection of the few-leaf two-end-reinforced plate springs with the ends of the non-equal structures is correct, accurate and reliable limiting deflection design values can be obtained by the aid of the method, and a reliable technical foundation can be laid for designing the few-leaf two-end-reinforced plate springs with the ends of the non-equal structures and developing CAD (computer-aided design) software; the design level of products can be upgraded by the aid of the method, the quality and the performance of the products and the riding comfort of vehicles can be improved, the design, experiment and test costs of the products can be reduced, and the product development speeds can be increased.

The present invention aims at the lack of rock tension shear test equipment and provides a rock tension shear test device and method used in tension shear test machine. The device comprises a rightwards inverted U-shaped drawing part I, a rightwards inverted U-shaped drawing part II, an L-shaped guide slider I, an L-shaped guide slider II, a test machine loading head I, a test machine loading head II, a test machine loading head III and a test machine loading head IV. The rightwards inverted U-shaped drawing part I and the rightwards inverted U-shaped drawing part II enclose into an S-shaped area. A rock specimen is placed in the space S. The test machine loading head I applies predetermined normal force to the rock specimen; and test machine loading head II applies shearing force to the rock specimen. The load progress of is paid close attention to, once the rock specimen is damaged, a normal loading system is immediately shut down, and then a shear loading system is shut down to complete the test. The invention provides convenient, inexpensive and accurate test means for obtaining the mechanical characteristics of rock under the combined load of tension and shear.

The invention relates to a design method for the arc height of an end-non-isomorphic few-leaf root-strengthening-type steel plate spring, belonging to the technical field of suspension steel plate springs. According to the design method, the initial tangent arc height of the end-non-isomorphic few-leaf root-strengthening-type steel plate spring can be designed according to the structure parameters, the elastic modulus, the rated load and a residue tangent arc height design required value under the rated load of each leaf of spring. According to a model machine loading deformation test, the design method for the arc height of the end-non-isomorphic few-leaf root-strengthening-type steel plate spring is correct; an accurate and reliable initial tangent arc height design value can be obtained; and a reliable technical basis is provided for design and CAD software development of the end-non-isomorphic few-leaf root-strengthening-type steel plate spring. By utilizing the method, the product design level, quality and performance and automobile driving smoothness can be improved; meanwhile, product design and testing cost is lowered; and product development is accelerated.

The invention relates to a data format converting method which accords with the processing requirement of broadcast typed automatic relative monitoring datagram. The invention comprises that the ADS-B 1090 datagram is read. The position datum of a global positioning system are obtained by a computer loading selecting typed machine loading responder, the positioning datum are converted to the values of time label data item of the global positioning system in the CHN21 format. The data items which are relative with the speed of an aerocraft, the mark of the aerocraft and the position of the aerocraft in the ADS-B 1090 datagram are taken out, and the data items are converted into data items in the CHN21 format. The processing for the ADS-B 1090 datagram at a regulating ATC workstation is realized by using the method in which the ADS-B 1090 datagram is converted into the datum of CHN21 format. The accurate time of the position datum of the global positioning system received by a plane is obtained through the datagram.

For use in loading heavy sticks of plastic pipe into a pipe fusion machine, a pipe storage rack with hydraulically powered pipe stick dispensers and stands allows sticks of pipe stored on the rack to roll gravitationally onto a rocking V-shaped dispenser cam disposed between the rack and the fusion machine loading path for one-stick-at-a-time loading onto powered track and roller stands which enable Cartesian manipulation of the stick into the fusion machine. The cam is adjustable to suit pipe stick diameters ranging from 20″ to 48″. Many sticks can be stored at one time, releasing heavy lifting equipment and operators to work elsewhere. The process requires only one operator using a pendant controller and the pipe sticks are handled by heavy equipment only when being loaded onto the racks.

The invention discloses a pipe bending machine loading and unloading manipulator which comprises a machine body, a storage bin system, a loading system and an unloading system, wherein the loading system comprises a loading gripper device used for grabbing material output by a material ejection cylinder; the loading gripper device takes a rodless cylinder as power to realize switching between the grabbing position and the output position; the unloading system comprises an X-axis guide rail with racks, an X-axis servo gear motor, a dragging strip connected with the X-axis servo gear motor, a Y-axis guide rail, a Y-axis cylinder, and an air claw arm connected with the tail end of an ejector rod of the Y-axis cylinder; a Z-axis cylinder is arranged on the air claw arm; an air claw is arranged at the tail end of the Z-axis cylinder. The pipe bending machine loading and unloading manipulator effectively improves the production efficiency, is high in degree of automation and safe and reliable, and does not require manual operation, and the equipment has the characteristics of compact and firm structure, and low operation cost.

The invention relates to an automatic cleaning mop mopping machine. The machine comprises lift rods, a mop, arm racks, a cleaning pond, a machine body, a water supply and drainage part and a control system. The mopping machine has a mop front type and a mop split type. A front mop and a back mop are arranged in front of the machine body. The cleaning pond is connected to the front of the machine body. Upper flat plates of the front mop and the back mop are connected to the lower ends of the front lift rod and the back lift rod. The upper ends of the front lift rod and the back lift rod are connected with the front ends of the front arm rack and the back arm rack. Two mops clean and mop the floor automatically by turns. Heavy, secondary and light slop tanks and a clear water tank are arranged on the machine body. When the mops are cleaned, the lift rods are matched with the arm racks, the mops are lifted and moved to the center right opposite to the cleaning pond, and the mops are placed in the cleaning pond. Stir-wash and dehydration are conducted by using the water in the secondary slop tank, the light slop tank, and the clear water tank in sequence. The waste water of the first time and the second time is discharged into the slop tank, and the water which is cleaned by clear water for last two times is discharged into the secondary slop tank and the light slop tank. According to the automatic cleaning mop mopping machine, a large amount of cleaning water is saved, so that the mopped floor is cleaner, and the work efficiency is improved. The situation that machine-loading long strip shaped mops cannot be cleaned automatically is avoided.

The invention provides a wireless device throughput capacity and machine loading capacity measurement method. The method includes 1, establishing a physical test environment; 2, managing the environment through device management software; 3, starting a test function to test the device. The invention further provides a wireless device throughput capacity and machine loading capacity measurement system. The method has the advantages that cost is reduced, efficiency is improved, and the data testing accuracy is improved.

The invention discloses a full-automatic plastic sucking machine. The full-automatic plastic sucking machine comprises a machine support, and a feeding device, a collecting device, and a transferring device which are arranged on the machine support; the feeding device comprises a loading pushing mechanism, and a material pressing separating mechanism matching the loading pushing mechanism; the loading pushing mechanism is used for pushing materials to a preset feeding position; the material pressing separating mechanism is used for separating the materials at the preset feeding position into single materials; the collecting device comprises a collecting jig; the collecting jig comprises a plurality of vacuum grip devices used for collecting; the transferring device comprises a lifting rotating mechanism and a horizontal transferring mechanism; the lifting rotating mechanism is provided with a collecting device installation position; the lifting rotating mechanism is arranged on a horizontal transferring mechanism installation position, and is used for controlling rotating and lifting movement of the collecting device; the horizontal transferring mechanism is used for controlling the horizontal movement of the collecting device. The invention also discloses a full-automatic plastic sucking machine loading and unloading method.

A discharge chute assembly for a turf mower having a resilient deflector and a frame connecting the deflector to a mower deck proximate to a side discharge outlet. The frame includes one or more extension elements which engage the deflector. In one embodiment the extension elements are captured within pockets defined within the deflector. The pivoting frame mass facilitates a quick recovery to a guarded condition after the deflector rises in contact with an obstruction. Additionally, the frame mass allows the deflector to maintain an upright, unguarded orientation without additional biasing forces which is useful, for example, during a machine loading operation.

The invention relates to the field of air compressor control, and aims at providing an air compressor group control system and a control method thereof. According to the air compressor group control system and the control method thereof, a human-machine interface, a PLC operation control unit, a frequency conversion adjusting air compressor, a power frequency air compressor set, a pressure sensor, a paperless recorder and an air storage tank are included. The power frequency air compressor set is formed by connecting one or more power frequency air compressors in series. The human-machine interface is electrically connected with the PLC operation control unit. The PLC operation control unit is electrically connected with the frequency conversion adjusting air compressor and the power frequency air compressor set. The air compressor group control system and the control method thereof have the beneficial effects that the output power of an air compressor group can be controlled and adjusted at will, power waste is avoided, frequent motor starting is avoided, and electric energy losses and impacts on a power grid are reduced; and the loading situation of the compressors can be adjusted within the pressure range through the system, the machine loading rate can reach 95%, and the effects of constant-pressure air supply and electric energy saving are achieved.

The invention belongs to the technical field of experimental mechanical measurement, and provides an overall-local combined sample deformation measurement device and an overall-local combined sample deformation measurement method. The sample deformation measurement device comprises a first position machine, a second position machine, a universal testing machine platform, supporting legs, a specially treated sample, a sample clamp, a testing machine loading beam and a centering detecting plate; the universal testing machine platform is placed on the ground plane through four height-adjustable supporting legs. On the basis of an optical measurement technology and computer picture processing, a method which can realize overall measurement and local measurement simultaneously is established by adopting a camera combination mode. A local measurement area is automatically positioned according to experimental conditions; the measurement scale reaches higher precision; the observed object of the overall measurement is the overall sample; a measurement result gives deformation field distribution of a sample surface. According to the overall-local combined sample deformation measurement device and the overall-local combined sample deformation measurement method, overall-local combination is realized, so that the measurement of overall deformation and local deformation can be realized simultaneously; the local area which is required to be measured can be positioned automatically, and moreover, the scale of the local measurement reaches a mesoscopic level.

The invention discloses a novel hole drilling machine for processing plate materials. A carrying platform capable of ascending and descending relative to a machine frame is arranged on the hole drilling machine; plate materials to be processed are carried by the carrying platform. The hole drilling machine provided by the invention has the advantages that the structure is simple; the operation is convenient; the ascending or the descending of the carrying platform is utilized, and lateral side holes and front side holes of the plate materials can be directly processed; the plate material turning by production personnel is not needed; the positioning of the plate materials is not only limited on one standard plate; the use flexibility is greatly improved; the number of machine loading operation times of the plate materials is reduced; the damage to the plate materials during the operation is reduced; the work intensity of operators is greatly reduced; the hole drilling efficiency of the plate materials, particularly the plates for furniture is greatly improved, and the speed is three times or more than three times of that of an ordinary drill bar with the same drill bit group number. The invention also discloses a method using the hole drilling machine to process the plate materials.

The invention discloses a device for testing the adhesion performance of an adhesive for a sheet substrate. The device comprises the sheet substrate, a loading block and a tensile test assembly loading component, wherein the loading block and the sheet substrate are adhered and fixed so as to form a test assembly; the tensile test component loading component comprises a test machine loading connecting piece, a test assembly connecting piece and a connecting device; the connecting device, the test assembly connecting piece and the test machine loading connecting piece are sequentially connected; the test assembly is connected with the test assembly connecting piece by virtue of the connecting device; the test machine loading connecting piece is connected with a test machine so as to perform a tensile failure breakdown test. The invention further discloses a method for testing the adhesion performance of the adhesive for the sheet substrate and an experience correction method. The device and the method has the characteristics of being simple in structure, convenient to operation, capable of effectively testing and evaluating the adhesion performance of a certain adhesive with the sheet substrate, further capable of testing any test assembly based on tensile shearing combination, and the like.

The invention provides an air conditioner control method, a storage medium and an air conditioner. The air conditioner comprises an inner machine and an outer machine, wherein the inner machine comprises an air conditioner complete machine control module which is used for controlling the inner machine and the outer machine of the air conditioner; the outer machine comprises an outer machine load control module, and the air conditioner complete machine control module sends control requirements for the outer machine loading through the outer machine load control module to realize the control ofthe outer machine; and the outer machine load control module controls the corresponding outer machine loading according to the received control requirements, sent by the air conditioner complete machine control module, for the outer machine loading. According to the scheme, the main function logic of the air conditioner can be concentrated into the inner machine, and the problem of the main program changing, caused by frequent updating of air conditioner functions, of the inner machine and the outer machine and the universal matching problem in the subsequent testing process are reduced.

The invention relates to the technical field of a drying filter production device, in particular to an automatic feeding and receiving apparatus of a spinning machine for a trial drying filter. The automatic feeding and receiving apparatus comprises a feeding unit and a receiving unit, wherein the receiving unit is arranged on the bottom side of the feeding unit, the feeding unit comprises a pushing mechanism for pushing a blank to a spinning machine loading platform, a feeding mechanism for supplying the blank to the pushing mechanism and a translation mechanism for controlling the pushing mechanism to approach / leave the spinning machine loading platform on the side edge of the spinning machine, the translation mechanism comprises a support arranged on the side edge of the spinning machine and a sliding plate making the linear reciprocating movement on the support, the pushing mechanism is fixed on the front end, close to the spinning machine, of the sliding plate, the pushing mechanism comprises a holding plate fixed on the front end of the sliding plate and a pushing plate for pushing the blank on the holding plate to the spinning machine loading platform, the feeding mechanismcomprises a storage box, and a gate mechanism which is arranged on the storage box and used for controlling the output. By adopting the automatic feeding and receiving apparatus, the automatic feeding, blanking and collection of the spinning machine can be realized, the production efficiency can be improved, the production cost can be decreased, the loading precision is high, and the spinning quality is improved.

The invention relates to a photomask card holder cleaning device and an exposure machine, relates to the technical field of liquid crystal display devices and is used for solving the technical problems that the cleaning efficiency is low and the cleaning degree is not high in the prior art. The photomask card holder cleaning device comprises an adsorption part, wherein the adsorption part is fixed to the exposure machine and is used for containing a photomask exchange cavity of a photomask card holder. When a machine loading or unloading action is performed, the adsorption part can quickly absorb foreign matters on the photomask card holder, so that cleaning efficiency can be improved by the adsorption part; furthermore, for the process that the photomask card holder moves from an opening of the photomask exchange cavity to completely enter the photomask exchange cavity, with the movement of the photomask card holder, the adsorption part performs scanning adsorption, so that the photomask card holder can be thoroughly cleaned, and the quality of a product is guaranteed.

The invention discloses a processing method of a splicing adhesive tape, which comprises a base film, a transfer film, a base material, and a release film. Small rolls of substrates, and then follow the process steps of machine installation, bottom film application, substrate compounding, trimming and waste discharge, release film compounding, and finished product production to make finished products. The present invention shortens the technical process through the above steps, ensures mechanical automation, shortens working time, improves efficiency, ensures product quality, reduces waste of materials and saves costs.

The invention relates to the field of material tension loading creep fatigue test, in particular to a high temperature superheated steam environment creep fatigue test device. The device at least comprises a creep fatigue test machine loading frame, which is provided with an upper pull rod and a lower pull rod. The device also includes a heat-resistant transparent pipe, an upper ring cap and a lower ring cap are coaxially fixed on the upper pull rod body and the lower pull rod body, corrugated pipes are coaxially disposed in seal joint with the upper ring cap, the lower ring cap and the corresponding end pipe orifices of the heat-resistant transparent pipe, and the upper ring cap, the corrugated pipe walls, the heat-resistant transparent pipe wall and the lower ring cap together enclose a sealed cladding type sample test environment. The air inlet end and air outlet end of a steam generation assembly run through the upper ring cap and the lower ring cap to communicate with the seal cavity. The device also includes an induction heating assembly. The device provided by the invention can accurately detect various material performance of a to-be-tested sample in a service environment, and provides the necessary equipment for the material failure mechanism research.

The invention discloses a special loading and unloading device for a numerical control machine tool, comprising a base, a first electro-hydraulic push rod is arranged on the upper end of the base, a first stepping motor is arranged on the upper end of the first electro-hydraulic push rod, and The upper end of the stepping motor is provided with a second electrohydraulic push rod, the end of the second electrohydraulic push rod is provided with a second stepping motor, the second stepping motor is provided with a pneumatic manipulator, and the front of the base is provided with A foot switch, a battery box and a third electro-hydraulic push rod are arranged in the base, and a roller is arranged at the lower end of the base, and a hub motor is embedded in the roller. The beneficial effect is that the loading and unloading device of the CNC machine tool is simple in structure, small in size, convenient to disassemble and install, and low in cost, and is suitable for popularization and use by small and medium-sized enterprises; moreover, the bottom of the loading and unloading device is equipped with the above-mentioned rollers, which is convenient, flexible and practical to move Good sex.

The invention discloses a temperature control large-size geotechnical true triaxial multi-field coupling test and test method. The system comprises a host loading mechanism, a deformable large-size soil box, an independent three-dimensional loading unit, a refrigeration and water-salt supply unit and a soil-water-ice-salt change monitoring unit; the deformable large-size soil box is arranged on the main machine loading mechanism; and a special structural design is used, a large-size soil sample is divided into an environment soil body area and a core soil area for monitoring, and the size effect of test is eliminated. According to the scheme, the three-dimensional stress state of the soil sample in a three-dimensional open system can be simulated; three-dimensional migration of temperature, moisture, salt and the like among hydrothermal salt evolution, soil body and environment is considered, temperature-moisture-salinity-stress-strain multi-field coupling is achieved, multi-field coupling effect and mutual feedback effect in the open system under the three-dimensional stress state of different engineering geological environments are comprehensively obtained, multifunctionality andcontrollability are realized, the structure is ingenious, and the practical and promotional values are high.

The invention relates to a tubular workpiece grooving machine and a machining process thereof. The machine is characterized by comprising a tubular workpiece grooving machine loading mechanism, a tubular workpiece grooving machine grooving and surface polishing mechanism and a tubular workpiece grooving machine unloading mechanism; the tubular workpiece grooving machine loading mechanism comprises a machine body, and a rail arranged on the machine body for conveying tubular workpieces; a first push rod for pushing the tubular workpieces is arranged at the back side part of the rail; a clamping block for clamping the tubular workpieces is arranged on the front side of the rail; the clamping block comprises a lower fixed block, and an upper movable block capable of lifting corresponding to the lower fixed block; a lower groove is formed in the part, near the rail, of the lower fixed block; and an upper groove is formed in the part, near the rail, of the upper movable block. The tubular workpiece grooving machine is simple in structure and reasonable in design, and facilitates improvement of the production efficiency and reduction of the working intensity.

The present invention relates to a small airborne multi-band synchronous survey system and method. The system includes: a ground system and an on-board load system. The ground system includes a ground station monitoring computer and a first image transmission device electrically connected to the ground station monitoring computer; The on-board load system includes an integrated control host and multi-band detection equipment, attitude determination and positioning equipment, GPS antennas and data transmission equipment electrically connected to the integrated control host, and also includes a second image sensor electrically connected to the multi-band detection equipment. Transmission equipment; wherein the multi-band detection equipment includes a plurality of area array detection equipment and push-broom detection equipment working in different bands; the data transmission equipment is wirelessly connected to the ground station monitoring computer, and the second image transmission equipment is connected to the first The image transmission device is connected wirelessly. Through the technical scheme of the invention, the problems of low integration of current multi-band synchronous survey equipment, lack of automatic survey capability, and large data synchronous storage can be solved.

The invention discloses a dynamic loading integrated experimental table for gas bearing-rotor system and relates to an ultrahigh-speed rotating machine loading technology which is mainly based on the key technologies of an ultrahigh-speed gas bearing supporting module, an integrated foundation supporting structure, a labyrinth-gas film joint sealing structure, static and dynamic loading mechanisms, a rotor system and the like. The experimental table comprises a radial gas bearing, a thrust gas bearing, a radial-thrust joint gas bearing, a bearing disassembling tool, an integrated case, a boss, a cover plate, a sealing bracket, a labyrinth sealing ring, a gas film sealing ring, a main support frame, a vibration exciter, an adjustable simple support beam, a discontinuous variable-cross-section simple support beam, a simple support beam loading adjusting bolt, a loading spring, a force-frequency sensor, a tilting pad loading bearing, a volute, a driving turbine, a thrust disc, a rotatingshaft and the like. The experimental table has the advantages of simple structure, high reliability and strong comprehensiveness, is convenient to assemble and disassemble, and can ensure the gas bearings of the experimental table to be in a fully centered state; and in addition, the static loading force is stable and reliable, and the dynamic loading force and frequency are controllable.