13results about How to "Reliable docking" patented technology

The utility model relates to aluminum electrolytic capacitor detection technical field, especially relates to the intelligent aging vertical storehouse of horn capacitor full -automatic intelligent aging machine, including the box, be provided with a plurality of test cavities in the box, every test cavity outside is provided with the open -and -shut door subassembly, the opposite two side walls of test cavity inside are provided with the tray locating plate respectively, at least two taper locating pins are provided on every tray locating plate, and four taper locating pins are arranged in total in two sides, are used for positioning the tray that places, and the tray bottom is provided with the locating hole that is matched with taper locating pin, the test cavity inside is provided with the box heat insulating plate, the box heat insulating plate is provided with the plug -in plug -out device of telescopic, and the both sides of every plug -in plug -out device are provided with the plug -in plug -out positioning column respectively. Compared with prior art, the utility model discloses horn capacitor full -automatic intelligent aging machine intelligent aging vertical storehouse can be efficient and fast feeding, and reliable docking, and the storage capacity of combined box is larger.

The invention belongs to the technical field of photovoltaic module cleaning, and relates to a mountain photovoltaic module cleaning system and method. Comprising a first unmanned aerial vehicle, a second unmanned aerial vehicle and a cleaning robot; the first unmanned aerial vehicle comprises a first vehicle body, a first electric control box, a first visual camera and a mechanical arm; one end of the mechanical arm is connected to the bottom of the machine body, and a first magnetic device is hung at the other end; the second unmanned aerial vehicle comprises a second vehicle body, a second visual camera, a cleaning water tank and a nozzle; the cleaning robot comprises a robot main body, a second electric control box, a walking guide mechanism, a cleaning device and a second magnetic attraction device; the walking guide mechanisms are connected to the two sides of the robot body. The second magnetic attraction device is arranged on the upper surface of the robot body and used for being attracted to the first magnetic attraction device of the first unmanned aerial vehicle. The problems that in the prior art, a mountain photovoltaic module cleaning scheme is low in efficiency, poor in safety, insufficient in adaptability and insufficient in intelligent cooperation are solved.

The movable paint spraying shed comprises a walking paint spraying shed body, an air inlet structure and an air outlet structure, the air inlet structure and the air outlet structure are communicated with the walking paint spraying shed body, the air outlet structure comprises a main air outlet channel and an auxiliary air outlet channel which are parallel to each other and arranged in the walking direction, a fence is arranged in a preset area, and the main air outlet channel is located on the inner side of the fence; the auxiliary air outlet channel is located on the side, close to the fence, of the paint spraying shed, the auxiliary air outlet channel and the fence are arranged side by side in the height direction, a purification device is arranged on the outer side of the fence, and the main air outlet channel communicates with the purification device and is provided with multiple first connecting ports arranged at intervals in the walking direction. The auxiliary air outlet channel is communicated with the paint spraying shed and is provided with a connecting interface II, and the connecting interface II can be driven to be in butt joint communication with any connecting interface I, so that waste gas in the paint spraying shed is discharged after being treated by the purification device. And the spraying operation requirements of large-scale or long-rod components are met.

The utility model relates to the technical field of hook arm car, disclose a kind of hook arm car quick butt joint locking structure, including frame, the two sides of frame front and rear are provided with multiple butt joint mechanisms and multiple support seats;The lower end of the connecting column is fixedly connected in the front portion of butt joint seat, the front end of the stop lever is rotatably connected in the outer periphery of connecting column, and the one end of the lever is fixedly connected in the stop lever end close to connecting column.The utility model discloses a kind of hook arm car quick butt joint locking structure, by setting horn-shaped guide slot, can guide the butt bar of the lower part of container accurately into butt joint seat, cooperate the linkage of lever and stop lever, by means of electric push rod drive latch insertion into jack, can realize locking to butt bar, greatly improve the stability of container and frame butt joint. And the whole butt joint and separation process is completed by mechanical structure and electric control cooperation, convenient operation, effectively improve the butt joint efficiency of hook arm car and container, realize the double effect of quick butt joint and reliable locking.

The invention provides a high sound pressure test noise elimination device and a noise elimination system for aircraft test. The device comprises a sound insulation test cabin which is used for accommodating equipment to be subjected to high sound pressure test and is communicated with a sound outlet part of acoustic test equipment which generates high sound pressure noise; wherein the sound insulation test cabin is of a closed sound room structure, and the wall body and the roof of the sound insulation test cabin are of sound insulation structures; the exhaust channel is communicated to the interior of the sound insulation test cabin and used for exhausting air in the sound insulation test cabin, and a sound absorption insertion piece is arranged in the exhaust channel. Through the structural design of the sound insulation test cabin and the exhaust channel, the high-strength noise generated in the operation of the acoustic wave traveling wave tube can be effectively reduced, and the influence on the surrounding environment is reduced.

This invention discloses an intelligent suspended conveyor device for glass processing, belonging to the field of suspended conveyor technology. To address the problem that when one of the multiple suspended conveyor trolleys in a glass processing intelligent suspended conveyor device malfunctions due to circuit faults or mechanical jamming, the device typically only provides a fault alarm and shutdown, failing to autonomously identify the fault type. This necessitates manual on-site repair and relocation of the faulty trolley, leading to production line interruptions and impacting the continuous production efficiency of glass processing. This fails to meet the high-efficiency, stable, and intelligent production requirements of glass processing production lines. The invention includes a support frame with a track fixedly connected within it. Through the cooperation of multiple sets of fixed frames and multiple rescue structures, this invention can achieve full coverage rescue for faults in both the single-sided and intermediate frames, forming a complete intelligent fault handling system. This improves the overall reliability of the device and reduces operation and maintenance costs and labor intensity.

The utility model discloses a pipe fitting butt joint structure. Comprising a first pipe fitting unit and a second pipe fitting unit which are in butt joint with each other, a plurality of arc-shaped grooves are formed in the first pipe fitting unit, a movable part is movably arranged on the second pipe fitting unit, and the movable part comprises a plurality of connectors used for being matched with the arc-shaped grooves. The second pipe fitting unit is provided with an operation piece matched with the movable piece to drive the movable piece to move longitudinally, so that when the movable piece moves longitudinally, the connector is matched with the arc-shaped matching groove to drive the first pipe fitting unit to move towards the second pipe fitting unit. The movable part is controlled by the operating part to longitudinally move, the connector on the movable part synchronously acts along with the movable part, one pipe fitting is transversely moved towards the other pipe fitting through the matching of the connector and the arc-shaped groove, finally, the two pipe fittings are reliably butted, the structure is simple, and the operation is convenient.

The application provides a fractional order difference analog-to-digital conversion device for neural spike acquisition. First, a fractional order difference operator is designed to calculate arbitrary fractional order delta coding, which can more effectively utilize the sparsity of neural spikes, significantly improve the compression rate of neural spikes, and have higher flexibility, adjustable difference order, and can adapt to more neural spike acquisition application scenarios. Secondly, a fractional order buffer module is designed, which can generate arbitrary fractional order delta coding values in a simple and efficient way. Finally, a serialization bit stream generator is designed, which can serialize and pack the fractional order delta data collected by multiple parallel channels. It not only has high scalability and can be applied to multi-channel acquisition, but also can be reliably connected with the subsequent synchronous clock wireless transmission system, avoiding the overhead and delay of synchronous- asynchronous interface coordination, and further improving the neural spike acquisition efficiency.

This invention discloses a mobile, vehicle-mounted high-pressure oxygen tank filling device for high-altitude applications. An air compression module compresses and stores compressed air; a pre-cooling and purification module removes moisture, carbon dioxide, and hydrocarbons from the air, including a connected pre-cooler and a molecular sieve purifier; a low-temperature fractionation module separates liquid oxygen, including at least a fractionation tower connected to the molecular sieve purifier; an oxygen storage tank stores liquid oxygen; and a filling module includes a high-pressure filling main pipe, a low-pressure filling pipeline, and a high-pressure filling pipeline. The high-pressure filling main pipe is connected to the oxygen storage tank, and the low-pressure and high-pressure filling pipelines are respectively connected to the high-pressure filling main pipe. A pressurization module is installed on the high-pressure filling main pipe. This invention is a mobile integrated oxygen supply system that combines air separation for oxygen production, liquid oxygen pressurization, vaporization reheating, and high-pressure filling. It can reduce oxygen usage costs and make oxygen use more convenient; furthermore, the pressurized oxygen facilitates storage.

The invention discloses a split type hovercar module butt joint method, and aims to realize reliable butt joint and locking between a flight module and a chassis module. According to the scheme, based on the core logic of positioning guiding, posture calibration, mechanical docking, locking verification and electrical connection, precise docking and reliable locking of two modules are sequentially completed through a positioning mode of fusion of laser positioning and visual recognition, multi-degree-of-freedom posture adjustment, a self-adaptive mechanical locking structure and a multi-dimensional verification mechanism. By fully combining the characteristics of the two modules, the butt joint accuracy, stability and safety of the split type hovercar modules are effectively improved, the failure rate in the butt joint process is reduced, the butt joint requirements in the complex environment are met, and key technical support is provided for commercial application of the split type hovercar.

The utility model relates to the technical field of automobile headlamp installation auxiliary tools, and provides an automobile headlamp installation auxiliary device which comprises a support body, a first support body and a second support body, a connecting flange is arranged at the top of the support body, and a swing joint is arranged between the support body and the connecting flange. A multi-dimensional headlamp clamping structure is formed by arranging the headlamp X-direction clamping air cylinder, the Y-direction clamping air cylinder, the Z-direction clamping air cylinder and the headlamp guide limiting block, stable clamping and positioning of a headlamp are achieved, and the headlamp is prevented from deviating, shaking, bumping and scratching in the transferring, overturning and assembling processes; through cooperation with an overturning adjusting mechanism composed of an overturning air cylinder, a second frame body and a third frame body, the headlamps can be switched to the feeding posture and the mounting posture, an operator can conduct rapid feeding conveniently, meanwhile, it is guaranteed that the mounting postures of the headlamps and a vehicle body are kept consistent, and it is structurally guaranteed that after the headlamps are assembled, gaps between the headlamps and the vehicle body are uniform, left-right symmetry is achieved, and the appearance matching degree is high; and manual repeated alignment adjustment is omitted.

The utility model belongs to the technical field of aero-engine, concretely relates to an air inlet channel structure matched with turbojet engine inlet, at least includes air inlet channel inner tube and air inlet channel lip, air inlet channel lip is connected in the air inlet port of air inlet channel inner tube, air inlet channel lip and air inlet channel inner tube outside wall lower part have the air inlet channel of intercommunication, the utility model air inlet channel and the air inlet ring reliable butt joint of engine, and use the positioning pin to carry out the assembly limit of engine, not only can guarantee the assembly precision, and will not happen because the air inlet channel and the air inlet mouth of engine seal not strict lead to the problem of air leakage, air leakage, the utility model air inlet channel increases the cooling channel for engine cabin from the structure design, makes the airflow can enter the engine cabin from the cooling channel, effectively cools the engine, improves the service life of engine cabin rudder machine and other equipment, the utility model reliable air inlet channel structure, help to improve the reliability and stability of whole unmanned aerial vehicle system.

The utility model discloses an aerogel production heating device in the technical field of aerogel production, including bottom plate and vertical board, the vertical board fixed mounting is in bottom plate upper end rear side, heating installation structure is installed to one side of vertical board, heating installation structure includes linear module, installation rod, lid, trachea, two hoisting rods, two protrusions, fixed half ring, hinge seat, movable half ring and clamping assembly, adopt linear module drive installation rod and lid vertical lift, realize accurate positioning, and movable half ring releases the storage container through hinge seat and clamping assembly quick locking, simplifies container fixed procedure, and operation efficiency is promoted, through the arrangement of arc box body and tank body inner wall, increase the contact area, cooperate heating water tank circulating constant temperature water flow, realize the purpose that even heating, and water pipe connects arc box body and heating water tank, forms closed loop heat exchange, reduces energy consumption, protrusion design ensures that hoisting rod and container suspension point reliable butt joint, reduces the risk of unhooking.