56results about How to "High degree of mechanization and automation" patented technology

The invention belongs to the technical field of rebar connecting sleeve packaging equipment and discloses a rebar connecting sleeve conveying and arranging device which is used for directionally arranging connecting sleeves. The technical scheme includes that a printing, feeding and conveying mechanism can print and convey the connecting sleeves individually, a connecting sleeve conveying and turning mechanism changes the connecting sleeves from horizontal direction to vertical direction and conveys the same onto chain plates, a chain plate conveying mechanism realizes material transmission in the process of array arrangement of the connecting sleeves, an array arranging mechanism performs array rule sequencing on the connecting sleeves on the chain plates, an array sleeve pushing mechanism conveys the connecting sleeves which are arranged well to a next workstation, and an adjusting mechanism can perform array adjusting of the connecting sleeves. The rebar connecting sleeve conveying and arranging device fills a gap in automatic packager arranging equipment for the connecting sleeves, is reasonable in layout, perfect in connection, accurate in discharging and reliable in running, and is suitable for being used as an arranging device of an automatic connecting sleeve packager, and mechanized and automated degree of the automatic connecting sleeve packager is increased greatly.

The invention relates to a handgrip releasing straightening device for recycling a waste steel wire rope and belongs to the technical field of equipment for recycling the waste steel wire rope and the handgrip releasing straightening device is used for performing handgrip releasing straightening on the waste steel wire rope. According to the handgrip releasing straightening device, the steel wire rope is held by utilizing a feeding clamping mechanism, the head of the steel wire rope is clamped at a feed hole in the front end of the clamping mechanism, an actuating cylinder of a traction mechanism is retracted, the steel wire rope is continuously pulled out and straightened, simultaneously, an elastic clamping head of the clamping mechanism is driven to rotate by a straight gear and a rack of the traction mechanism by virtue of a pair of conical gears, so as to complete handgrip releasing movement, and the steel wire rope is cut off by a movable cutter blade and a sliding cutter platform of a fixed-length cutting mechanism and then falls into a blanking recycling device. The proper automation equipment for recycling the waste steel wire rope has the advantages of reasonable layout, perfect connection, accuracy in wire division, reliability in operation and the like. The handgrip releasing straightening device is suitable for being used as recycling equipment of the waste steel wire rope, so that the mechanical automation degree in recycling the waste steel wire rope is greatly increased.

The invention relates to the technical field of car manufacturing, in particular to a movable electric device for car door detachment. The device comprises a supporting framework, a lifting component arranged on the supporting framework, a clamp arm component and a control panel used for switching on a power supply and controlling the lifting component and the clamp arm component to move, wherein the lifting component comprises a lower clamping jaw used for clamping the lower portion of a car door, the clamp arm component comprises an upper clamping jaw used for clamping the upper portion of the car door, and a first driving mechanism used for driving the upper clamping jaw to rise and fall and a second driving mechanism used for driving the upper clamping jaw to rise and fall are arranged on the supporting framework. By the adoption of the device, the mechanical degree and the automation degree are high, labor cost is reduced, repair work time can be shortened, and quality hazards and safety hazards are eliminated.

The invention discloses a shaft hugging box withdrawing machine which comprises a machine seat, a withdrawing device, a hydraulic system and an electric control system. The withdrawing device which is in the shape of a Z is arranged on the machine seat, a main oil cylinder is arranged at the head of the Z, supporting box seats are arranged at the belly of the Z, an inserting pin hole corresponding to a shaft hugging box is arranged on each supporting box seat, guide rails and a long oil cylinder are arranged on the machine seat under the Z, a supporting shaft seat and a locking seat are arranged on the right side of the machine seat, a lifting device is arranged in the locking seat, the supporting shaft seat is fixed above the machine seat, a lead screw is arranged on the machine seat below the locking seat, and a locking device is arranged on the locking seat. The shaft hugging box withdrawing machine has the advantages that mechanical and automatic level of withdrawing is high; after a workpiece is placed on the machine, the whole withdrawing process can be completed only by one person, so that time and labor are saved, and working efficiency is high; an electromechanical-hydraulic centralized control mode is adopted, so that the machine is simple and convenient to operate; due to horizontal withdrawing, safety and reliability are realized.

A machine for manufacturing the fastening wire used as binding part is composed of machine frame, wire bending unit with symmetrically arranged wire bending head and rotation driver, wire guider, fastening unit, primary shaping unit, final shaping unit, and the telescopic cylinder matched with the push press plates used by the last 4 units for bending by 270 degrees and horizontal and vertical 90 degrees.

The invention discloses a cupric electrolysis remnant pole processing method, which comprises the following steps of: charging and melting, namely adding a cupric electrolysis remnant pole into a shaft furnace of which the height is at least 16 meters by using a charger to melt the cupric electrolysis remnant pole into liquid copper; and gravitationally flowing the liquid copper after the melting in the shaft furnace into a heat preservation rotary furnace for heat preservation through a connecting chute between a furnace body and a fining furnace. The method makes use of the height of the shaft furnace to ensure that the cupric electrolysis remnant pole is heated all the time in the ascending discharge process of a high-temperature smoke gas, the temperature of the finally discharged smoke gas is only 250 DEG C, the smoke gas waste heat is fully used, the heat efficiency is improved, the energy consumption is reduced, and the melting speed is accelerated. The invention also discloses a cupric electrolysis remnant pole processing device, which adopts the combination of the shaft furnace and the heat preservation rotary furnace. The processing device fully uses the characteristic of high melting sped of the shaft furnace and the characteristics of high mechanization and automation degree, safe operation, flexible furnace body sizes, good environmental protection effect and low manufacturing cost of the heat preservation rotary furnace, and is particularly suitable for a large-scale copper smelting plant adopting a continuously converting process to process the cupric electrolysis remnant pole.

The invention discloses a numerical control press fitting and disassembly machine for aero tires. The numerical control press fitting and disassembly machine comprises a frame, a clamping device, a rolling wheel device, a V-shaped beam and a control system. The rolling wheel device is arranged on the V-shaped beam. The middle of the frame is provided with the aero tire clamping device. The aero tire clamping device is provided with a left slide table and a right slide table on the frame symmetrically. Rotation shaft boxes and screw rods are installed in the left slide table and the right slide table symmetrically. The two ends of the screw rods are in the left-right turning direction. Rotation shafts are installed on the screw rods. The V-shaped beam device is installed on the upper portion of the frame. The center of the V-shaped beam is connected through a bolt. The two ends of the V-shaped beam are each provided with a set of cross-shaped slide table, and the V-shaped beam is provided with a front-back and lifting slide drive device. The numerical control press fitting and disassembly machine is high in universality. Not only can press fitting and disassembly be achieved on one numerical control press fitting and disassembly machine, but also the numerical control press fitting and disassembly machine is suitable for various types and sizes of aero tires. The mechanization and automation degree are high. No matter the press fitting process or the disassembly process, the processes are both completed through control of a numerical control system started from the tires entering the press fitting and disassembly machine from a carrier loader. The working efficiency is improved, and the labor intensity is lowered.

The invention provides an intelligent stereoscopic ecological recycling culture pig house and belongs to the technical field of ecological pig culture. The intelligent stereoscopic ecological recycling culture pig house comprises a pig house main body and is characterized in that the pig house main body comprises more than one pig house layer and more than one aquiculture crop layer; each pig house layer is provided with a pig manure cleaning and discharging system; each pig manure cleaning and discharging system is connected with a pig manure fermentation and harmless treatment device; and each aquiculture crop layer is connected with the pig manure fermentation and harmless treatment device, so that pig manure subjected to fermentation and harmless treatment is conveyed back to the aquiculture crop layer and is used as culture liquid of aquiculture crops, and furthermore, the aim of recycling the pig manure is realized. The intelligent stereoscopic ecological recycling culture pig house not only has a pig culturing function but also has a green feed planting function, so that a pig culture land is saved; organic matters obtained by carrying out the fermentation and harmless treatment on the pig manure forms culture liquid for culturing the green feed, and on-site recycling of the pig manure is realized after the harmless treatment; and the mechanical and automatic degrees are high.

The invention discloses a plate production line. The plate production line comprises a production pouring conveying line, a steam-curing conveying line, a demolding cleaning line and an empty mold conveying line which are sequentially connected, wherein a first grabbing and lifting mechanism used for grabbing and lifting a mold to be produced to the production pouring conveying line is arranged atthe inlet end of the production pouring conveying line, a second grabbing and lifting mechanism used for grabbing and lifting the poured mold to the steam-curing conveying line is arranged between the production pouring conveying line and the steam-curing conveying line, and a demolding mechanism used for carrying the steam-cured mold to the demolding cleaning line is arranged between the steam-curing conveying line and the demolding cleaning line, and a third grabbing and lifting mechanism used for placing the assembled empty mold on the empty mold conveying line is arranged between the demolding cleaning line and the empty mold conveying line. According to the plate production line, high mechanization and automation degree can be achieved, and the demand for labor force is small; and automatic conveying and automatic demolding are achieved, manpower is saved, steam-curing equipment is arranged, and a wallboard can be formed and discharged within fixed time.

The invention provides a flexible and agile production line for a new energy pure electric vehicle body. A cutting machine is used to cut the entire steel plate into a required size; a stamping machine is used to reshape and press the flat steel plate cut by the cutting machine into a car. Various stamping parts on the body; and spot welding robots, which are used to weld various body stamping parts into a complete body. A flexible and agile production line for new energy pure electric vehicle bodies provided by the present invention uses automatic production equipment such as cutting machines, stamping machines, and spot welding robots to cooperate with each other to realize rapid production of new energy electric vehicle bodies and improve production efficiency. The flexible production of automobile bodies can be realized by configuring different quantities of equipment in the process link.

The invention discloses a process method for treatment of a nonferrous metal material through an energy-saving and environmental protection-type oxygen-rich smelting furnace. The method includes the following steps that (1) cement, lime and the nonferrous metal material are mixed to be blended, and then the mixed material is made to be in a block shape or pellet shape to obtain a block-shaped or pellet-shaped material; and (2) the obtained block-shaped or pellet-shaped material, limestone, quartz stone and coke or carbon buttons are added into the oxygen-rich smelting furnace to be smelted, oxygen-rich hot air is connected into the oxygen-rich smelting furnace in the smelting process, oxygen-rich concentration of the connected-in oxygen-rich hot air is adjusted through a distributed control system, a shell of the oxygen-rich smelting furnace is provided with a water jacket, the inner side of the water jacket is provided with a refractory concrete protecting layer, most rare and noble metals are gathered into crude metal after smelting is completed, and flue gas, cyclic collection flue gas, crude metal, soot and slag are obtained after smelting is over. By the adoption of the process method, smelting strength and smelting efficiency are high, the amount of flue gas is small, and energy saving and environmental protection can be realized.

The invention belongs to the technical field of rheological property testing and relates to a polyurethane rheological property testing device. The polyurethane rheological property testing device comprises a base, a rheometer, a mold shell and a shearing plate; a rotating shaft corresponding to the base is arranged at the lower part of the rheometer; the mold shell is arranged on the base; the top of the mold shell is open; the shearing plate is arranged at the lower part of the rotating shaft; the shearing plate is arranged at the top of the mold shell in a matched manner; a sealing unit isarranged between the shearing plate and the side wall of the mold shell; the rotating shaft drives the shearing plate to rotate in the mold shell; the sealing unit is used for sealing the top of the mold shell; and a grouting hole is formed in the mold shell or the shearing plate and is connected with a slurry unit. The invention further discloses a polyurethane rheological property testing method. The density of a material can be controlled by controlling a grouting amount, and meanwhile, the difference between rheological properties of grout formed after grouting and rheological properties of grout formed by stirring and mixing can be tested.

The invention relates to an apron skeleton shaping device. A linear plate conveying device is provided under the frame through a support frame. A first manipulator and a second manipulator are arranged on both sides of the plate conveying device. The linear plate conveying The device is provided with a plurality of positioning slots for placing the apron skeleton positioning device at intervals, the lower part of the frame is provided with cutting positioning holes, and the support frame is provided with a linear plate that can pass through the push rod. A lifting device that jacks up the apron skeleton positioning device into the cutting positioning hole through a reserved hole on the conveying device. The invention can automatically sense the position of the positioning groove, and when it senses that the positioning groove moves below the cutting positioning hole, it controls the hydraulic cutting device to move downward, and completely removes and cleans the burrs on the inner wall of the rubber ring at one time, greatly improving the processing efficiency.

The invention belongs to car part welding devices, and particularly relates to a rocker arm welding gun with a secondary switch-on function. The rocker arm welding gun comprises a rocker arm base, a welding gun device and an exchange device, and the welding gun device and the exchange device are arranged on the rocker arm base. The welding gun device comprises a mounting seat, a pressurizing air cylinder, an electrode arm, a first electrode tip and an electrode cap. The exchange device comprises an air cylinder, a movable column and a fixed seat. The rocker arm welding gun with the secondary switch-on function is novel point welding equipment applied to modern car body welding lines, two sets of welding gun bodies are integrated on the exchange device, and when one welding gun body is abraded or breaks down in the welding process, secondary switch-on welding can be carried out through the exchange device, so that the whole device is convenient to use, high in mechanization and automation degree and stable in welding quality. Compared with a point welding robot, the rocker arm welding gun has the beneficial effects of being low in cost and investment, small in structural dimension and good in welding proximity.

The invention discloses a multi-sprayer foam concrete spreading device and operation method, and belongs to the field of foam concrete construction. The multi-sprayer foam concrete spreading device mainly comprises a moving frame, a mobile station, a spreading rod and the like; and is characterized in that 1, the number and inner diameters of sprayers can be selected from multiple schemes, the universality is high, the device is suitable for various types of foaming machines and delivery pumps, the flow velocity of foam concrete slurry is adjustable, and a best foam concrete spreading effect can be achieved; 2, the sprayers disperse the kinetic energy of the slurry intensively ejected from the tail end of a delivery hose, weaken the impact force, reduce the probability that multiple smallpores are communicated with one other to form big pores, and improve the compressive strength of foam concrete; 3, the mechanical automation degree is high, operators are reduced, the labor intensityis reduced, the sanitary conditions of environmental protection are improved, artificial disturbance is avoided, and the solidification quality of the foam concrete is improved. The multi-sprayer foamconcrete spreading device is combined with the corresponding operation method, so that the spreading efficiency and quality can be improved, energy is saved, emission is reduced, and the economic benefits and social benefits are significant.

The invention discloses a feeding device of a thread rolling machine, and relates to the technical field of bolt manufacturing equipment. A machine body of the device comprises a feeding port and a discharging port, wherein an inclined feeding track is arranged on the feeding port; an inclined discharging track is correspondingly arranged on the discharging port; the feeding port is lower than the discharging port; a conveying mechanism is arranged at the position, between the feeding port and the discharging port, in the machine body; the conveying mechanism comprises a conveying plate; one end of the conveying plate makes contact with the feeding port while the other end of the conveying plate is flush with the discharging port; and the conveying mechanism further comprises a lifting part used for driving the conveying plate to ascend and descend back and forth between the feeding port and the discharging port. According to the feeding device, semi-finished parts can be automatically fed, the semi-finished parts are continuously conveyed to a feeding channel at a constant speed, it is guaranteed that the thread rolling machine is in a working state all the time, manual carrying is not needed, the manpower consumption is greatly reduced, the overall machining efficiency is improved, meanwhile, the overall mechanization and automation degree of the thread rolling machine is improved, the cost is reduced, and the yield is increased.