2521results about How to "Easy to disassemble and maintain" patented technology

A floating type wave power generation system is characterized in that the system consists of eight sets of lever-type floating bodies and a hydraulic energy accumulation converter with the hydraulic pump function. On a floating workbench 7, eight sets of levers 2 and a floating body 1 are connected through supporting hinge bearers 10 and 11; in this way, the highly undulating displacement caused by waves can be converted to relatively lesser displacement of a piston rod 4, and the minor force that the floating body bears can be converted through the lever to the major force on the piston rod. The piston rod drives a hydraulic tank 3 to switch and transmit the hydraulic energy through a connecting oil pipe5, a high-pressure oil pipe6, a hydraulic oil tank and four no-return valves of each set to a hydraulic motor in a hydraulic power generation control chamber 9; in this way the generator is driven to work. The present system can absorb, convert and accumulate the intermittent unstable wave energy in a highly effective way and can buffer the destructive effect of waves. The floating platform can be suitable to different marine space by adjusting the length of an anchor chain 8. And in various sea conditions, kinetic energy and potential energy possessed by waves in the sea surface can be converted and accumulated as hydraulic mechanical energy by utilization of the wave drop; thus the generator is driven to unremittingly provide electric power.

The invention discloses an omnibearing automatic logistics conveying sorting machine. The machine comprises a fixing support and multiple sorting devices, a fixing support panel is provided with multiple rows of and multiple columns of through holes, and the through holes are internally provided with sorting devices; the sorting devices comprise bases and cylindrical cylinder shells; the bottoms of the cylindrical cylinder shells are provided with rotating shafts coaxial to the cylindrical cylinder shells, the rotating shafts are supported on the bases through bearings, and the rotating shafts are connected to servo motors on the fixing supports through first transmission devices; the cylindrical cylinder shells are internally provided with motors and bases, the bases are provided with middle shafts and small shafts, and the middle shafts are connected to the motors through bevel gears; the small shafts are connected to the middle shafts through second transmission devices, and the small shafts are provided with rollers; the rollers are higher than the panels of the fixing supports. The omnibearing automatic logistics conveying sorting machine is easy and convenient to disassembly, assembly and repair and convenient to maintain; different goods can circulate in an omnibearing mode according to types, and the sorting angle is flexible; multiple rollers are adopted, it can be guaranteed that the goods are stably conveyed and the rotation is free of impact, the operation noise is low, and sorting is fast and stable.

The invention relates to a scratching and corrosive wear test device, in particular to a high-temperature high-pressure in-situ scratching and corrosive wear test device. The device solves the problems that in-situ single-time scratching, reciprocating multiple-time corrosive wear and the like are difficult to realize under the high-temperature and high-pressure environment in the prior art. The device is provided with a frequency converter, a motor, a high-pressure kettle, a control cabinet, a double-upright-post fixed bracket, a moving shaft, a scratching head and the like, can perform in-situ single-time scratching, reciprocating multiple-time corrosive wear research on the surface of a test sample at high temperature and high pressure, and can detect a signal, which represents the process of a test sample surface membrane changed from damage to passivation in the scratching or corrosive wear process, by cooperating a high-temperature high-pressure reference electrode and a high-temperature high-pressure working auxiliary electrode which are arranged on the high-pressure kettle, with an electrochemical working station.

The invention provides a constant volume combustion bomb. The constant volume combustion bomb comprises a bomb body which is internally provided with a cavity serving as a combustion cavity and is in the shape of a cube. The bomb body has six working surfaces serving as main mounting surfaces and auxiliary mounting surfaces formed at eight corners. The main mounting surfaces and the auxiliary mounting surfaces are provided with main mounting holes and auxiliary mounting holes. The constant volume combustion bomb further comprises a main mounting base accommodated in two opposite main mounting holes, a glass mounting base accommodated in another two opposite main mounting holes, a magnetic coupling fan accommodated in the last two opposite main mounting holes and used for driving mixed gas in the combustion cavity of the bomb body rotationally to make the mixed gas form a vortex, and auxiliary mounting bases accommodated in the auxiliary mounting holes to measure the pressure and temperature in the combustion cavity of the bomb body. The invention also provides the corresponding combustion system. The device has a structure adaptive to the combustion conditions of an internal combustion engine, allows comprehensive observation of a combustion process and thus is suitable for premixed combustion heating type constant volume bomb spray combustion diagnosis experiments with various research requirements.

The invention discloses a hay mower driven by double battery packs. The control problem of battery discharging of the hay mower driven by the double battery packs is solved. The hay mower driven by the double battery packs comprises a cutter disk and a motor used as a power device, the cutter disk is provided with a control circuit which comprises a microcontroller, on one hand, the microcontroller is connected with a motor to drive the control circuit to emit a driving control signal, on the other hand, the microcontroller is connected with a current detecting circuit to receive a current signal of the motor, the motor is powered by the first battery pack and the second battery pack which are in parallel connection, a first switch circuit is arranged between the first battery pack and the motor, a second switch circuit is arranged between the second battery pack and the motor, and the control end of the first switch circuit and the control end of the second switch circuit are connected to the microcontroller. The double battery packs are in parallel connection to provide power for the motor of the hay mower, power supply by one single battery pack can be achieved, power supply by the double battery packs can also be achieved, the power supply situation is adjusted according to actual needs, so that electric energy waste is reduced, and the demand for the power of the motor can be met.

The invention discloses a gear case sealing structure of an urban rail vehicle, comprising a bearing pedestal fixed to a case body and a sealing ring fixed on a rotation shaft, the bearing pedestal includes a matching hole for installing an outer ring of the bearing, and further includes a first sealing flange of the bearing pedestal, a second sealing flange of the bearing pedestal, a third sealing flange of the bearing pedestal and a fourth sealing flange of the bearing pedestal, the sealing ring includes a first flange of the sealing ring and a second flange of the sealing ring, a third flange of the sealing ring, a lubricating flange and a second sealing groove; the bearing pedestal and the sealing ring form a first radial clearance seal, a second radial clearance seal and a labyrinth seal; a first ring-shaped sealing chamber and a second ring-shaped sealing chamber are further formed between the bearing pedestal and the sealing ring, the bottom of the first ring-shaped sealing chamber is provided with an oil return hole, and the bottom of the second ring-shaped sealing chamber is provided with a through hole. The invention is simple in structure, reliable in sealing, and convenient in detaching and maintaining.

The invention relates to a novel electric directional coring apparatus, belonging to a tool specially designed for geologic exploration bore core directional coring. The electric directional coring apparatus is put in a hole for conducting marking on a bore core with an unchanged original position during the process of drilling and coring, and the original positioning of the bore core is finishedthrough drilling and coring. The electric directional coring apparatus comprises two parts of a mechanical cabin and a battery cabin, wherein the mechanical cabin mainly comprises a torque-balance and constant-pressure guide part, a micro-drill rotary drilling part, a pressure balancing part and a marking and hole-drilling control part. The apparatus has the advantages of compact structure, simple operation and high reliability; and in addition, the cost of the apparatus is lower than that of the existing directional marking device or the method, and the application range is wide (caliber is not less than 60 mm), therefore, the apparatus is suitable for popularization and application in a directional coring drilling well.

The invention discloses a power battery pack comprising a battery cell tray and an insulating board. The power battery pack is provided with clamping buckles, buckling slots, fixed holes, heat radiating ducts, locating pins and the like, wherein the battery cell tray is provided with an aluminum soldering block and a copper soldering block, the fixed holes are used for better clamping modules, the battery cell locating pins are used for locating battery cores, and the ducts are used for radiating heat; the insulating board is provided with the clamping buckles which are respectively and correspondingly buckled in the buckling slots of the battery cell trays, the insulating board is embedded with four anti-rotation nuts connected with the fixed holes of the battery cell trays, the positive pole and the negative pole of the insulating board are marked, the battery cell trays are tightly matched with the clamping buckles of the insulating board, and the insulating board is fixed on electrical equipment or an electric automobile and the modules are clamped tightly through bolts, thus, a plurality of battery cells with flexible packages can be stably and fixedly connected, and the power battery pack has the advantages of stability in connection, good heat radiating property, space conservation, convenience for battery cell locating, assembling, dismounting and maintaining, small internal resistance for contact, realization of inside wiring, no edge folding of the battery cells, large shape size tolerance range of the battery cores and the like.

The invention discloses a wheel-legged robot with multiple walking modes. The wheel-legged robot with the multiple walking modes comprises four wheel-leg devices distributed on the front, back, left and right, and the four wheel-leg devices are connected to a same machine body. The wheel-leg devices are connected with the machine body in a hinged mode, the wheel-leg devices arranged on the two sides are symmetrically arranged, and space which accommodates the two front wheel-leg devices is arranged between the two back wheel-leg devices. The machine body is of a foldable structure to shorten the wheelbase between the front and back wheel-leg devices through folding of the machine body. The machine body is further connected with a deformation driving device for folding and unfolding. Preferably, the deformation driving device is of a crank-connecting-rod structure, and two dead-point states of the crank-connecting-rod are used to realize locking of the two states of the machine body. The invention has the beneficial effects that the mutual switching among the four-footed movement, two-footed movement and wheel movement is achieved by folding and deformation of the machine body, so that the robot has high movement ability and good adaptability to complex terrains, can conveniently pass through the terrains, such as steps and ravines, has superior mobility on the flat road surface, and the adaptive capacity to environment is high.

The invention discloses a novel power-driven protective cover for primary mirror of large aperture telescope, and belongs to the field of lens covering device installed on optical telescope. Aiming to solve the problems that the present protective cover has large wind resistance and poor operational stability, the protective cover of the invention is composed of four units, wherein each unit comprises a substrate, a cover plate, sealing strips, a linear actuator, an adjustable pull rod, a spherical headed joint, hinge struts and hinges. The sealing strips are arranged on linear edges of any two opposite covering plates, reinforcing ribs are riveted on the covering plates, the spherical headed joints are fixedly connected on vertical bars of the reinforcing ribs, the spherical headed joints are in connection with the adjustable pull rods, an ends of the hinge struts are fixedly connected on transverse bars of the reinforcing ribs, another ends of the hinge struts are connected with the hinges that are fixedly connected on the substrates, and the linear actuator is fixed on the substrates. The four covering plates rotate at 90 degrees, thereby positioning the four covering plates on a same plane and forming a round. According to the invention, the structure is simple, the weight is light, modular design is adopted by each unit, the interchangeability is strong, the assembly and disassembly operation are convenient, and the appearance is nice.

The invention relates to a universal circuit breaker with a hot-pluggable controller, comprising a breaker shell, a contact system, a mutual inductor, and a controller are arranged in the shell, the controller comprises a controller pedestal, a controller upper case, a tripping electromagnet, and a circuit board provided with circuit components, the tripping electromagnet is arranged on the controller pedestal, the controller pedestal is fixedly connected with the base, the circuit board is fixed on the controller upper case, a bus connector plug is arranged on the controller pedestal, a bus interface is arranged correspondingly on the controller upper case to be in an insertion fit with the bus connector plug, the bus interface is connected with the circuit board, the controller pedestal and the controller upper case are removablely and separately connected. When a controller needs to be replaced by the circuit breaker, the controller can be replaced by the circuit breaker without breaking the main current of the whole circuit breaker, and only the controller upper case is removed for replacing the controller. The maintenance and removal are more convenient.

The invention relates to a waste gas treatment device and method for a lubricating oil production line. The waste gas treatment device comprises a cylinder body, a glass fiber filter, spray heads, filler layers, an active carbon adsorption layer, a circulating water pump, a liquid storage tank and a dosing tank, wherein the glass fiber filter is arranged at an air inlet in the lower end of the cylinder body, the filler layers are fixed in the middle in the cylinder body, the spray heads are correspondingly arranged above the filler layers, the active carbon adsorption layer is correspondingly arranged above the spray heads, the circulating water pump is arranged on the liquid storage tank and is connected with the spray heads, and the dosing tank is communicated with the interior of the liquid storage tank through a dosing pump. According to the waste gas treatment device and the waste gas treatment method, by carrying out several procedures of water absorption, water removal and active carbon adsorption, harmful substances in the waste gas generated in a production process of lubricating oil can be greatly reduced and are far lower than national discharge standards; the device has the advantages of low resistance, low energy consumption, low noise, high processing efficiency, high corrosion resistance, high strength, convenience in dismounting and maintaining, lightness, durability and the like.

The invention discloses a paper cutting device, particularly relates to a hob type paper cutting device applied to a printer, and belongs to the field of computer communication technology. The hob type paper cutting device comprises a driving motor, a transmission mechanism, a rolling movable knife, a fixed knife, a holder, a paper pressing assembly, a guide support, a guide shaft, a guide plate, a position sensor, a tensioning support assembly, a control system and the like. The transmission mechanism transmits rotation movement of the driving motor to the rolling movable knife to perform automatic paper cutting. The hob type paper cutting device has the advantages that the hob type paper cutting device is modular in design manufacture, low in cost and convenient to maintain, assemble and disassemble; a pressure angle remains unchanged during paper cutting, so that paper is cut stably; a paper cutting assembly is simple in structure and good in paper cutting reliability.

The invention provides a butting positioning tool for arc striking and quenching plates and a positioning butting method thereof. The tool is provided with a translation sliding table for aligning thetool and a pipe end; the translation sliding table drives a lifting platform to lift through a vertical lifting cylinder, the lifting platform is provided with a loading platform in parallel throughflexible self-adaptive assemblies, the loading platform is provided with profiling roller assemblies for aligning the arc plates and the pipe end, the loading platform is provided with a pair of positioning and clamping mechanisms, and the lifting platform is provided with a pair of horizontal pushing mechanisms and a pressing mechanism; and automatic lifting, pushing, approaching, clamping, centering, fixing, abutting and downward pressing and aligning operations of the arc places with respect to the pipe end are realized through the mechanisms. The manpower is replaced, and the automatic plate aligning and positioning operation before welding of the arc striking and quenching plates is realized in a high efficiency, labor-saving and accurate mode.

The invention discloses an assembly type limiting structure for a ballastless track. The assembly type limiting structure comprises a limiting body, a first limiting hole, a second limiting hole and a limiting tooth, wherein a groove is formed in one end face of the two opposite end faces of the limiting body; the first limiting hole is used for nesting one end of the limiting body; the second limiting hole is used for making the other end of the limiting body inserted into the second limiting hole; the limiting tooth can be matched with the groove when one end of the limiting body is inserted into the limiting tooth, a bolt hole is formed in the limiting tooth, and the limiting tooth can be communicated with a through hole in the limiting body when the limiting body is inserted into the second limiting hole so that the bolt can penetrate through the through hole for connection and fix the limiting body to a base, and limiting of a track board is achieved through matching of the limiting body and the first limiting hole. The invention further discloses the ballastless track with the limiting structure. Detachable limiting of the track board can be achieved through the optimized structure improvement, limit stress deformation meets the requirements, and subsequent disassembly, assembly and maintenance of the track board are greatly facilitated.

The invention discloses a rubber sealed ring and the manufacturing method; it belongs to rubber product field. It crushes the natural rubber and adds in butyl rubber and presses, then adds in fillers which are made up of light calcium, porcelain clay, silicon minim powder; the accelerant of zinc oxygen powder, stearic acid; softening agent of a-benzene phthalein acid and oxalic acid; aging-resistant agent; vulcanizer; coloring agent in order, through repeatedly pressing, carries into squeezer to squeeze and fix, then fixes it through vulcanizing craft, then gets the rubber sealed ring which has absorbing swell and shrinking back performance.

The invention comprises a charging device, a drying belt driving device and a vacuum plant. The charging device includes a charger mixer, a dosage pot and a single-screw pump mounted one by one. The drying belt driving device is disposed in an enclosed vacuum chamber and has several layers of drying belts with the driving device inside. The vacuum plant includes a vacuum distributor and vacuum pipelines.

The invention discloses an injection-molded part forming method requiring two stages of core pulling. During mold splitting, a core pulling oil cylinder drives a primary core pulling sliding block slidingly connected with the interior of a secondary core pulling sliding block to slide backwards, and the primary core pulling sliding block then drives a core pulling spindle slidingly connected with the primary core pulling sliding block to move backwards, so that primary core pulling is completed; the core pulling oil cylinder continues to act to pull the secondary core pulling sliding block to move backwards through the primary core pulling sliding block, so that secondary core pulling is completed; then, a product is ejected out of a movable mold; the core pulling oil cylinder acts backwards to allow the primary core pulling sliding block to move forwards, then to drive the core pulling spindle to move forwards and to stretch out of the forming end of the secondary core pulling sliding block; the core pulling oil cylinder continues to act to drive the secondary core pulling sliding block and the core pulling spindle to synchronously move forwards to reset, by this time, injection molding of a next product can begin. With the adoption method, a mould structure can be simplified, lateral core pulling in two any directions on one side of a product can be adapted, and backward movement of the core pulling spindle and the sliding blocks can be avoided.