54results about How to "Protection in place" patented technology

The invention discloses a three-axis fluxgate aeromagnetic measurement system based on a vertical take-off and landing aircraft with fixed-wings, and a correction and compensation method therefor. Themethod comprises the steps of: pre-collecting a series of three-axis fluxgate digital output readings generated by the change of the attitude as a numerical input, solving a nonlinear least squares equation set to obtain 12 compensation parameters having a common influence on the three-axis fluxgate magnetometer; and storing the obtained compensation parameters into a multi-data synchronous acquisition and correction compensation system, and performing real-time and post-flight correction compensation on the vector magnetic field and the total field data obtained by the line-measurement of the aeromagnetic flight by using a compensation algorithm. According to the three-axis fluxgate aeromagnetic measurement system and the correction and compensation method therefor, the intensity data ofthe total magnetic field after being corrected is obtained without the need of the optical pump magnetometer, so the three-axis fluxgate aeromagnetic measurement system is suitable for light and small drone platforms. The magnetometer is integrated into the mission compartment of the drone, and the protection is in place, and the disassembly and assembly is convenient. The compensation algorithmused greatly improves the accuracy of the three-axis vector high-precision magnetometer and greatly reduces the noise of the system.

The invention discloses a window-type radiating sock, aiming at providing a really effective moisture-guiding and heat-dissipating sock so that the feet and the sports shoes are matched perfectly andpractically effective radiating protection function is provided for the sports actors so as to adapt for different sports, thus improving the humidity-permeability and comfortableness of the socks andproviding dense protection for the feet. The sock comprises a window, a toe function area, a protective belt, an upper hose passage and a lower hose passage; the toe distribution area on the sock surface, corresponding to the part from below the toe tip to above the toe base, is provided with a plurality of windows of different densities; the window is made of a plurality of porous or net-shapedthinly weaved surfaces and is arranged at interval with the toe function area; the protective belt is arranged at the back area of the sock and the movable part before the ankle and is provided with two thickly weaved surfaces; and the lower hose passage is weaved as a bent flowing passage that is connected into a whole along with the window, the toe function area and the upper hose passage. The sock is particularly suitable for various sports actors.

A method of heat treatment and/or inspection of functional mechanical properties, particularly transformation strain and/or strength, of shape memory alloy filaments and apparatus for the application of this method.

This invention introduces a method and equipment for nonconventional thermo-electro-mechanical treatment of continuous and discontinuous SMA filaments, particularly NiTi, allowing for setting their functional mechanical properties, particularly transformation strain and/or strength, as required by the user. Heat treatment of continuous SMA filaments is realized on an apparatus consisting of respooling system with driving units for feeding and taking spools and at least two electrical contacts allowing conductive for electrical contact of the respooled filament and electric current source. When applying the method, an effective filament temperature is first evaluated from the interpolated experimentally determined dependence of transformation strain and/or strength of the filament achieved by range of heat treatments characterized by various effective filament temperatures and tensile stress. Heat treatment is then performed by supplying the electric power calculated from this effective filament temperature to the segment of the treated SMA filament. Heat treatment can also be performed utilizing on-line control of the supplied electric current in a feedback to the on-line measured filament temperature and/or change of electric resistance before and after the treatment. Compared to currently used conventional heat treatment of SMA filaments in environmental furnace, the filament treated by the present method is exposed to much higher temperatures for much shorter time allowing for efficient, less energy consuming and compact heat treatment of continuous SMA filaments for applications in technical textile production. Functional mechanical properties different from those achievable by conventional heat treatment can be given to the treated SMA filaments. In addition, this invention introduces a method for inspection of the homogeneity of continuous SMA filaments consisting in measurement of the electrical resistance, temperature and/or characteristics of the ultrasonic signal passing through the filament during respooling. The homogeneity of the SMA filament is evaluated as the deviation of the actually measured value of one of these quantities from the expected value. The method is realized on apparatus with respooling system and sensors of the above introduced signals.

The invention discloses a cup separation device. The cup separation device comprises a supporting plate, an upper moving clamp, a lower moving clamp, a first driving mechanism and a clamping mechanism. A cup containing device is arranged at one end of the supporting plate. The first driving mechanism and the clamping mechanism are arranged on the supporting plate. The first driving mechanism is connected with the upper moving clamp and the lower moving clamp. The first driving mechanism is provided with buckling parts. When the upper moving clamp and the lower moving clamp are inserted into a cup rim gap, the buckling parts are clamped to the clamping mechanism, the upper moving clamp and the lower moving clamp stop moving in the first direction close to the cup containing device, the lower moving clamp moves in the second direction, the first direction is not parallel to the second direction, and therefore the cup close to the lower moving clamp in two adjacent cups is separated from the cup containing device. By means of the manner, stacked cups can be separated through the cup separation device, the separation effect is good, and efficiency is improved greatly.

The invention discloses a controller special for a two-section fire grain drier with a multi-protection function. The controller comprises a programmable controller, a temperature sensor module, a touch screen and a moisture meter, wherein the programmable controller serves as a control host machine; a program control module is arranged in the programmable controller; the programmable controller controls the action of each part of the drier; a two-section fire combustor is adopted to heat; a temperature sensor is adopted to collect the temperature of hot air and the temperature of grains; the moisture meter is adopted to detect the moisture of the grains; the touch screen is adopted to set operation parameters, monitor the temperature and the operation state of the drier and timely display the abnormal information of the drier equipment. Different heating ways can be selected according to different grain drying requirements, so that a grain drying process is scientific and reasonable. The controller also has the functions of detecting overload protection of a motor, oil-lacking protection of an oil tank, slipping of a belt of a lifter and the like. The controller has the characteristics of high reliability, long service life, convenience in operation and maintenance, complete protection function and the like.

The invention relates to a thread winding device, in particular to a thread winding device used for textile. The device is characterized by providing the thread winding device used for textile with easy and labor-saving using, relatively low winding cost and relatively little damage against textile threads. To solve technical problems above, the device provides such a thread winding device used for textile which comprises a baseplate, a first bracket, a first motor, a first rotation axis, a tray, a first fixing sleeve, a bobbin, a first slide rail, a first sliding block, a rack and a first travel switch and the like; the first bracket is installed in the middle of the baseplate, the first motor is installed at the left side of the baseplate, the first motor is located at the right side of the first bracket, a supporting foot is installed in the middle of the baseplate, the supporting foot is located at the right side of the first bracket. The thread winding device used for textile has the advantages of easy and labor-saving use, relatively low winding cost and relatively little damage to the textile threads through a way of winding threads on the bobbin using the first sliding block to drive a guide roller to move vertically.

The invention discloses a ship type underground sewage pipeline detection robot, which comprises a ship body, a communication interface quick disassembling box, a front end, an obstacle avoidance radar, a rear end, a propeller, a transparent cover, a collection protection cavity, a webcam and three groups of high-definition cameras, wherein the communication interface quick disassembling box is arranged in the ship container of the ship body; the front end is arranged on the communication interface quick disassembling box; the obstacle avoidance radar is used for avoiding an obstacle; the rearend is arranged on the communication interface quick disassembling box; the propeller is used for driving the ship body to proceed; the transparent cover is buckled on the communication interface quick disassembling box; the collection protection cavity jointly consists of the transparent cover and the communication interface quick disassembling box; the webcam is fixed on the communication interface quick disassembling box, is arranged in the collection protection cavity and carries out full-angle rotation; and three groups of high-definition cameras are evenly distributed on the communication interface quick disassembling box along a direction vertical to a ship body proceeding direction, are used for shooting the image of the inner wall of the underground sewage pipeline and are arranged in the collection protection cavity. Through the above scheme, the robot has the advantages that a structure is simple, detection is proper, the obstacle is effectively avoided, cable protection isproper and the like.

The invention discloses a main bus chamber with a stripping function without power failure of a ring main unit. The main bus chamber comprises a cabinet top box mounted at the top of a switch cabinet, two groups of static contact sleeves arranged in the cabinet top box, and a movable door device arranged in the cabinet top box, wherein each group of static contact sleeve comprises a contact shell fixed at the top of the switch cabinet and a static contact arranged inside the contact shell; the static contact is connected with a main bus in the switch cabinet; the movable door device comprises a bracket, two groups of movable door guide rods arranged on the bracket, two groups of horizontal movable doors which can slide along the movable door guide rods, and transmission pieces driving the movable doors to slide; the two ends of each group of movable door are respectively connected with the transmission pieces; each transmission piece is arranged on the bracket; and when each group of movable door is reset, the static contact sleeves correspond to one another up and down. The main bus chamber disclosed by the invention has the advantages of small size, accuracy for guiding, reliability for transmission, foldable storage of the movable doors, in-position protection, simplicity in operation and reliability in connection.

The invention relates to ray protection bed plate for use during CT (Computerized Tomography) scanning. The ray protection bed plate is characterized in that: the protection bed plate is provided with a panel (1), wherein a front end plate (2) and a back end plate (3) are arranged below the front end and back end of the panel (1) respectively; a support plate (4) is arranged below the panel (1); the upper end face, the front end face and the back end face of the support plate (4) are fixed together with the panel (1), the front end plate (2) and the back end plate (3) respectively; the support plate (4) is provided with a hollowed groove (5); a lead sheath (6) passes through the middle of the hollowed groove (5); and the lead sheath (6) is wound on the body of a patient lying on the panel by a cycle through the panel (1) and the patient, so that a radiation protection effect is achieved. During CT examination, every part of the patient can be protected conveniently; for example, during chest scanning, the lead sheath is moved to the abdomen and the pelvic cavity of a patient for protecting; and during waist-abdomen scanning, the lead sheath is moved to the chest and pelvic cavity of the patient respectively for protecting. The protection bed plate is simple in structure, is convenient to use, has a proper protection function, and is the next developing direction of a CT apparatus patient bed for protecting.

The invention discloses a laboratory bench-top eyewash device. The laboratory bench-top eyewash device comprises an eyewash basin, the eyewash basin is arranged on a workbench, symmetrical eyewash nozzles are arranged in the eyewash basin, a water outlet is formed in the lower part of the eyewash basin, the water outlet is connected to a water outlet pipe, a side of the water outlet pipe is provided with a water inlet pipe, an on-off valve is arranged on the water inlet pipe, the eyewash nozzles are connected on one end of the water inlet pipe, a protective cover is also installed on the workbench and on the outer side of the eyewash basin, a sensor switch door is arranged on the protective cover, the opening and closing of the on-off valve is controlled by the sensor switch door, each ofthe eyewash nozzles is arranged in a telescopic manner, a pressure cavity is arranged between every two connecting sections of the eyewash nozzles, and extension-contraction control switches of the eyewash nozzles are arranged on the workbench and are respectively located on both sides of the eyewash basin. The height of the eyewash nozzles of the laboratory bench-top eyewash device can be adjusted, the extension-contraction control switches of the eyewash nozzles can be separately controlled by two elbows in an eyewash process without affecting the use of an eyewash device, and in an adjustment process, human body can sense whether the adjustment is in place at any time.

The invention discloses a garment body cutting piece suction cup for garment production. The profile of a suction cup body is similar to that of a garment body cutting piece with a rubber band; the top of the suction cup body is provided with an exhaust fan; the bottom of the suction cup body is provided with a net cover; and the top of the suction cup body is connected with a lifting device. Thesuction cup body is of a hard-shell structure with an opening in the bottom; and a fan is arranged at the top of a shell. The suction cup has the characteristics of being large in adsorption force andreasonable in structure, and a non-woven fabric piece part can be quickly adsorbed on the suction cup to be fixed. A clamp can accurately clamp the part with the rubber band in the garment body cutting piece; and the part with the rubber band can enable a garment to be protected better or to be more close-fitting. The suction cup adopts a novel structure, automatic production of garments, especially non-woven fabric garments or plastic garments is realized, manual conveying and sewing work is greatly reduced, the working efficiency is improved, the processing error rate is reduced, the product percent of pass is increased, and the production cost is greatly reduced.

The invention discloses a wind driven generator blade anti-freezing device and method. The wind driven generator blade anti-freezing device comprises a wind power generation system and a lifting shielding system. The wind power generation system is used for converting wind energy into electric energy. The lifting shielding system is arranged on blades of the wind power generation system and used for shielding rain and snow. The lifting shielding system comprises an upper and lower fixing ring, a slideway groove, rollers, shielding cloth, a direct-current motor and a lifting rope. The upper and lower fixing ring comprises an upper fixing ring and a lower fixing ring, The upper fixing ring and the lower fixing ring are respectively arranged at upper and lower ends of the blade. The slideway groove is formed between the upper fixing ring and the lower fixing ring, the rollers are arranged in the slideway groove, and the rollers are in sliding connection with the sliding way groove. The rollers are connected with the shielding cloth. The shielding cloth is laminated at the upper end of the lower fixing ring in an initial state. The direct-current motor is arranged on the upper fixing ring, an output shaft of the motor is connected with a lifting rope, and the lifting rope is connected with the rollers in a penetrating and buckling mode. It is guaranteed that a fan generator set is not affected by severe weather, and the service life of blades is prolonged.

The invention discloses a miniaturized magnetic device for direct current arc constraint control. A positioning ring is arranged at one end of an electrode, a threaded baffle ring is arranged at the other end of the electrode, the magnet assembly is arranged on the electrode in a sleeved mode and is positioned between the positioning ring and the threaded baffle ring, a protective sleeve is arranged outside the magnet assembly, the direct current electric arc is generated and maintained in the electrode; the cooling medium is injected into the outer wall of the electrode through the positioning ring and is used for cooling the electrode. According to the invention, the service life increasing effect of the electrode is not influenced, and meanwhile, the size and the weight of the high-power direct-current arc plasma torch are remarkably reduced, the heat loss is reduced, the electric heating conversion efficiency is improved, and the overall structure of the plasma torch is simplified,and particularly the structure of the cooling medium channel is simplified, and the cooling efficiency is improved; the miniaturized magnetic device is assembled to form an independent component, part of the integral structure of the component is firm and reliable, the key component is protected in place, and the component is very easy to connect with other components.

The invention relates to a full-aircraft fabric covering and protecting device of a helicopter and belongs to the technical field of aeronautical manufacturing. The full-aircraft fabric covering of the helicopter comprises rotor wing fabric covering bodies, weapon carrier fabric covering bodies and helicopter body covering bodies; the helicopter body covering bodies comprise the helicopter body front-section covering body, the helicopter body front-and-middle-section covering body, the helicopter body middle-and-rear-section covering body and the helicopter body rear-section covering body which are detachably connected in sequence, and the rotor wing fabric covering bodies and the weapon carrier fabric covering bodies are detachably connected with the helicopter body covering bodies; and the helicopter body covering bodies are used for a helicopter body of the cover-detachable helicopter, the weapon carrier fabric covering bodies are used for a weapon carrier of the cover-detachable helicopter, and the rotor wing fabric covering bodies are used for rotor wings of the cover-detachable helicopter. Compared with an existing protecting covering, the full-aircraft fabric covering and protecting device of the helicopter have the advantage that wearing/taking-off, storage and the like are facilitated, more appropriate and more comprehensive protecting can be brought to the helicopter, and the protecting effect is greatly improved.

The invention relates to a transferring trolley for short-distance transportation of sheet glass. The transferring trolley comprises a chassis, fixed wheels, universal wheels, a storage device and a transferring device, slide grooves are symmetrically formed in the upper end surface of the chassis leftward and rightward, and the fixed wheels are installed on the lower end surface of the left sideof the chassis; the universal wheels are arranged on the lower end surface of the right side of the chassis, the storage device is installed on the upper end surface of the chassis, and the transferring device is symmetrically installed on the upper end surface of the storage device. The transferring trolley solves the problems that an existing glass transferring trolley is only suitable for transferring of sheet glass within a certain size range, glass on the transferring trolley in the transferring process cannot be protected well, hidden safety danger exists when glass is carried on the transferring trolley manually, and only one piece of glass can be transferred at a time; and the function of automatically transferring glass can be achieved.

The invention relates to a steel plate cutting device. The steel plate cutting device is provided with a grid shelf, the two sides of the grid shelf are each provided with a transverse rail, a traveling crane is transversely erected on the rails, the two sides of the traveling crane walk on the rails, a longitudinal rail is arranged at the top of the traveling crane, and a cutting machine is slidably installed on the longitudinal rail. The steel plate cutting device has the advantages of flexible and convenient cutting and walking, high efficiency and being capable of protecting a supporting bottom plate in place.

The invention provides a plate edge searching method and system of a laser cutting machine, and relates to the technical field of laser cutting. The plate edge searching method is divided into a camera calibration part and a plate edge searching part. A camera, a light source and a protective cover are integrated; distortion correction is carried out on the camera; a visual kit is installed at a proper position of a laser head; automatic calibration is carried out, and the coordinate difference between the laser head and the camera, the tiny deviation angle caused in the camera installation process and the proportionality coefficient of the real world and the pixel world can be obtained through calibration; the laser head is moved to a mechanical origin position, picture taking is conducted, a rough coordinate of an angular point of a plate is calculated, and the camera view center is moved to a coordinate position; picture taking is conducted, the accurate coordinate of the angular point of the plate and the inclination angle of the plate are calculated, and the laser head is moved to the position over the angular point of the plate; and the edge searching precision is verified through a frame, the cutting precision is improved, the position corresponding to the laser head is arranged according to actual needs, the occupied space is smaller, mounting and dismounting are flexible, and protection is in place.