40results about How to "Realize human-machine isolation" patented technology

The invention discloses a device and method for disassembling a low-radioactivity gather type waste filter. The low-radioactivity gather type waste filter to be disassembled is placed into a disassembling system, after an outer package is removed, a bottom seam cutting machine, a top seam cutting machine, a vertical seam cutting machine and a transfer tray are cooperated for carrying out bottom seam cutting on the front handle end face, top seam cutting on the air exhaust top face, vertical seam cutting on the front handle face and vertical seam cutting on the rear handle face of a metal shellof the low-radioactivity gather type waste filter, the front handle face and the rear handle face are separated in first batch, a core is recycled after cut, and the metal shell and glue attached tothe metal shell are heated in a tunnel type drying oven and subjected to glue shoveling treatment through a glue shoveling negative pressure ventilation cabinet to be classified and recycled. The gather type waste filter can be disassembled before waste treatment, meal materials and nonmetal materials are classified, and the device and method have the advantages of being high in automation degree,high in efficiency, safe and environmentally friendly, saving energy and the like.

The invention discloses equipment and method for disassembling a low-radioactivity folding type waster filter. According to the equipment and method, the folding type waster filter to be disassembled is installed into a disassembling system, after an external package is disassembled, a shell cutting machine is used for transversely cutting the two ends of each of two longitudinal beams in a rectangular frame type metal shell of the folding type waster filter to separate out transverse beams at the front and back end, a core cutting machine is used for conducting linear cutting on combining seams of the inner sides of the two longitudinal beams in the rectangular frame type metal shell of the folding type waster filter and a core of a filter element to separate out the core of the filter element, finally the disassembled metal shell is heated by a tunnel type oven to change the caking property of attached glue, and separation of the glue and the metal shell is achieved through electric shovel glue in a shovel glue negative pressure ventilation cabinet. According to the equipment and method, the folding type waster filter can be disassembled before waste is treated, classification of metal materials and nonmetal materials is achieved, and the beneficial effects of being high in automatic degree, high in efficiency, safe, energy-saving, environment-friendly and the like are achieved.

The invention relates to an automated grain-airing aging device for propellant high in slenderness ratio and belongs to the field of mechano-electronic automation. The device comprises a first motor, rolling wheels, conveying belts, roll shafts, a second motor, gears and chains. The two rolling wheels are fixedly connected through a connection rod. The two parallel rolling wheels are movably connected with the conveying belts. The connection rod of the rolling wheels is connected with the first motor. Connection blocks are fixedly connected to the conveying belts. Each connection block is provided with two through holes which are used for placing corresponding shaft rods therein. Each shaft rod penetrates one end of the corresponding through hole and is fixedly connected with the corresponding driving roll shaft, and the other end of each shaft rod is fixedly connected with the corresponding gear. Each driving roll shaft is movably connected with the corresponding driven roll shaft. After each driven roll shaft is fixedly connected with the other corresponding shaft rod, the shaft rod is placed in the other corresponding through hole. Each gear occludes with the corresponding chain. Each chain is engaged with the corresponding gears fixed to a support. By means of the automated grain-airing aging device, under the circumstance that safety is guaranteed, continuity, automation and man-machine isolation of the grain-airing aging production process are achieved; and the continuous aging device is provided with a breeze circulating system and a system through which the temperature and the temperature rising rate can be controlled in a remote distance.

The invention belongs to a gunpowder processing device and a processing method. In order to solve technical problems that gunpowder cutting is mostly performed manually in the prior art, consequentlythe risk is high, and labor intensity is high, the pneumatic pressing medicine cutting device and a cutting method are provided. Three air cylinders are fixed to a bracket of the medicine cutting device, the output end is connected with pressing blocks and a cutting knife respectively, the cutting knife and the two pressing blocks are coaxially arranged in the axial direction of a material guide seat, the two pressing blocks are located on both sides of the cutting knife, and the material guide seat is located directly below the cutting knife and the two pressing blocks; a positioning mechanism includes a positioning seat and a positioning rod, the positioning seat is mounted on a base, the positioning rod is perpendicular to the axial direction of the material guide seat, and one end of the positioning rod is hinged to the positioning seat. According to the cutting method, a material to be cut is placed on the material guide seat, the axial direction of the material to be cut is positioned through the positioning mechanism, the direction perpendicular to the axial direction of the material to be cut is positioned through the pressing blocks to complete cutting.

The invention relates to an automatic box retreating system of a detonator, which belongs to the field of detonator propellant equipment of civil detonation devices and comprises a mould conveying device used for enabling a mould to automatically entering and leaving a process room and returning an empty mould to a conveying belt, a box retreating device used for achieving the effect that a pipe casing retreats from the mould and the pipe casing is automatically dropped, collected and molded, a conveying device used for enabling a finished box to reach the conveying device at the finished product collection position and an empty box feeding device used for enabling the empty box to reach the box retreating device through a belt conveyor. The mould conveying device is connected with the box retreating device which is connected with the empty box feeding device through the conveying the device. The automatic box retreating system of the detonator has the advantages of being capable of replacing manual workers to completely achieve the whole process of detonator box retreating procedures in basic detonator production, achieving complete man-machine separation, resolving safety hazards existing in the production process and having the advantages of being safe and reliable, reducing labor intensity and the like.

The invention relates to a continuous slicing machine for a tubular propellant, and belongs to the processing field of propellants. The continuous slicing machine comprises a machine base, a workbench, a propellant guide frame, a positioning baffle plate and a propellant cutter; the workbench is connected to the machine base through a rotary shaft of the workbench; the propellant guide frame is fixedly arranged on the upper surface of the workbench; the front end of the workbench is fixed to the positioning baffle plate; the upper end of the workbench is connected to the propellant cutter through a propellant cutting air cylinder; during cutting, long propellant strips are separately inserted into each propellant guide hole of the propellant guide frame; the workbench is controlled by a workbench lifting air cylinder to turn over upwards around the rotary shaft of the workbench relative to the machine base; the long propellant strips downwards slide to the front end under action of self-gravity to abut against the positioning baffle plate; and the propellant cutter is controlled by the propellant cutting air cylinder to cut downwards, so that a propellant finished product with length consistent with required length is obtained. The continuous propellant slicing machine realizes automatic operation of a cutting process, so that working efficiency is improved, product consistency is good, man-machine isolation of a cutting process can be realized, and safety of the whole process is guaranteed.

The invention discloses an automatic injection molding assembling line for grenade shells. The assembling line involves a bushing assembling system and a shell injection molding system; the bushing assembling system involves an upper bushing injection molding station, a lower bushing injection molding station and a pressing station; and the shell injection molding system involves a core rod pressing-in station, a shell injection molding station and a core removing station. According to the assembling line, the bushing assembling system and the shell injection molding system are arranged, so that automatic production and machining of grenade upper bushing and lower bushing injection molding, inner bushing pressing assembling and grenade shell injection molding are achieved; personnel is notneeded in the production process, so that the man-machine isolation in dangerous procedures is achieved, potential safety hazards are eliminated, and the production safety is improved; the labor intensity is reduced, and an automatic conveying mode is adopted in the production process, so that field workers are reduced, and the safety production management level and the production efficiency areimproved; and upper bushings and lower bushings are subjected to injection molding and pressing at the same time, so that the production efficiency is effectively improved.

The invention discloses an on-line detection system for a main speed reducer assembly test. The on-line detection system comprises a measurement and control cabinet, a plurality of PLC switching cabinets and a detection device; the measurement and control cabinet comprises an industrial personal computer and a display; the PLC transfer cabinet comprises a PLC module and a signal conditioning module; the detection device comprises a noise sensor, an infrared temperature measurement sensor and a pressure sensor which are respectively installed at corresponding positions on a test bed for testinga main speed reducer assembly and connected with the input end of a signal conditioning module, the output end of the signal conditioning module is connected with a PLC module, and the PLC module anda display are both connected with an industrial personal computer. The system realizes the functions of online acquisition, storage, printing and the like of test data, the test data is real, and theinfluence of human factors is avoided; abnormal phenomena in the test process can be timely alarmed, so that the expansion of accidents is avoided; meanwhile, an operator does not need to monitor ina test room, man-machine isolation is achieved, potential safety hazards are eradicated, and the intrinsic safety of the process is improved.

The invention provides a cutting-off and shaping system for a solid propellant filling grain. The problems that in the cutting-off and end face shaping operation process of an existing solid propellant filling grain, the production efficiency is low, harm is caused to a human body, and accidents are likely to happen are solved. In the system, a feeding trolley is used for completing storage of the original grain; a truss mechanical arm comprises a supporting frame, a feeding clamping jaw and a discharging clamping jaw and is used for completing feeding of original grains and discharging of finished grains; a feeding device is located below the feeding clamping jaw and used for axially conveying the original grain to a fixed-length cutting-off and end face shaping device; the fixed-length cutting-off and end face shaping device is arranged on one side of the feeding device and used for achieving flexible fixed-length cutting-off and end face shaping operation of the original grain; a discharging trolley is arranged below the discharging clamping jaw and used for completing storage of the finished grain; and a control device is used for controlling the feeding trolley, the truss mechanical arm, the feeding device, the fixed-length cutting-off and end face shaping device and the discharging trolley, and cutting-off and shaping operation of the grain is completed.

The invention relates to a pneumatic vibration material feeding device. The pneumatic vibration material feeding device comprises material feeding equipment, weighing equipment and a self control system, wherein the material feeding equipment, the weighing equipment and the self control system are connected through a control loop. According to preset self control program, set weight parameters, and signals transmitted and fed back by the weighing equipment in real time, a pneumatic vibrator and a precise material feeding assembly of the material feeding equipment are automatically started andstopped; the precise, continuous and quantitative automatic material feeding of powder materials in energetic material production is realized; the man-machine isolation is realized; the work intensityof employees is reduced; and the essential safety degree is improved.

The invention discloses an energetic powder material automatic press fitting device and method based on servo pressurization, and the device part comprises a pressure head, an igniter shell, an energetic powder material, a positioning mold, a pressure head dismounting station, a pressurization station, a pressure head assembling station, a manipulator, a conveying belt, a positioning carrier, a servo press, a jacking air cylinder, an intercepting air cylinder and a second manipulator. The automatic press-fitting device is used for replacing manual operation for press-fitting of the energetic powder material, man-machine isolation can be achieved, and the problem of automatic press-fitting of the energetic powder material of the aerospace initiating explosive device is solved.

The invention aims to provide a primer inner explosive filling device which comprises a frame, an explosive filling device, an explosive receiving connection device and an explosive feeding device. Anexplosive receiving connection device connecting plate of the explosive filling device is integrally connected with a cylinder connecting plate, a driving cylinder is fixedly connected in the upper middle of the cylinder connecting plate, a piston of the driving cylinder is fixedly connected with a bottle mold fixing device, a vibrator is mounted on the lower side of the cylinder connecting plate, supporting rods are fixedly connected on the lower side of a horizontal panel of the frame in a matrix distribution manner, the lower ends of the supporting rods are in gap connection with the cylinder connecting plate, so that the cylinder connecting plate is vertically vibrated by the vibrator, the explosive receiving connection device is fixed onto a fixing groove of the explosive receiving connection device connecting plate, and the explosive feeding device and is connected with the explosive receiving connection device. According to the device, explosive filling efficiency is high, floating explosive is avoided in the explosive filling process, man-made safety hazards are removed, and intrinsic safety of primer assembly is improved.

The invention discloses a detonator demoulding device. The main technical characteristics are as follows: the device comprises a conveying assembly 1, an inductive switch 2, a mold blocking assembly 3, a mold pushing assembly 4, a rotating assembly 5, a transverse pushing assembly 6, a lower mold clamping assembly 7, a separating assembly 8, an upper mold clamping assembly 9, a retreating assembly10, an automatic collecting assembly 11 and an industrial control box 12. Time and safe working pressure are set in mold splitting and detonator quitting steps; man-machine isolation, automatic demolding, automatic fault detection, automatic alarm and forced reset shutdown are realized; and a PLC is adopted to automatically control mechanical actions, automatically count and collect detonators, upper dies and lower dies and quantitatively box the withdrawn detonators, so that the working efficiency can be effectively improved, the labor intensity can be reduced, and the detonator demoulding device has the advantages of reasonable structural design, safety and reliability in use, suitability for batch production and the like.

The invention discloses a self-adaptation grain outer wall face grinding device. The problems that a traditional grinding device is high in personnel labor intensity, low in grinding efficiency, poorin process safety and the like are solved. The self-adaptation grain outer wall face grinding device comprises a rack (1), a centering mechanism (2), a die core base (3), a vacuum pipe (4), a materialreceiving disc (5), a rotation motor (6), a belt wheel (7), a lifting guide rail (8), a grinding mechanism (9) and an anti-explosion camera (10). The centering mechanism (2) is composed of three centering arms (21). Each centering arm (21) comprises a vertical sliding rail (22), a lead screw motor (23), a horizontal sliding rail (24), a horizontal arm (25) and a centering roller (26). The grinding mechanism (9) comprises a grinding head (91), a servo motor (92) and a linear guide rail (93). The self-adaptation grain outer wall face grinding device can achieve man-machine isolation for grain outer wall face grinding, the grinding efficiency is improved, and process danger is reduced.

The invention relates to an automatic stretching device for an energetic powder material copper pipe for a spaceflight pyrotechnic device, which comprises a stretching die used for enabling a spaceflight cutting cable to be stretched to pass through a die hole of the stretching die so as to realize cold-drawing stretching of the spaceflight cutting cable; the pointing mechanism is used for pointing the end part of the spaceflight cutting rope to be pointed, so that the end part of the spaceflight cutting rope can penetrate through the die hole, and the spaceflight cutting rope can be conveniently stretched; the first stretching trolley and the second stretching trolley are located on the two sides of the stretching die correspondingly and can move on the rack along the rack, the spaceflight cutting cable penetrates through the die hole, and the first stretching trolley is used for carrying the spaceflight cutting cable in the stretching machining state to move towards one side of the stretching die; the second stretching trolley is used for carrying the spaceflight cutting rope in the stretching machining state to move towards the other side of the stretching die in turn, so that the spaceflight cutting rope is stretched under extrusion of a die hole; and the rack is used for mounting the stretching die, the pointing mechanism and the stretching trolley, and is also used for supporting the spaceflight cutting rope during stretching and pointing.

The invention discloses a powder forming production line and a control method, the powder forming production line comprises an assembling device, a pressing device, a cooling device and a mold splitting device which are sequentially arranged along an assembling process, further comprises a conveying device used for conveying objects to the assembling device, the pressing device, the cooling device and the mold splitting device, and further comprises a control system; the assembling device is used for loading powder in a powder medicine box into a mold; the pressing device is used for pressing the powder in the mold into a grain; the cooling device is used for cooling the formed powder; the mold splitting device is used for taking the grain out of the mold; the control system is used for achieving automatic operation of the powder forming production line. According to the powder forming production line, automatic production of forming the powder into the grain can be achieved, the production efficiency is improved, and the safety risk and the labor intensity are reduced.