11results about How to "Reduce work flow" patented technology

The application discloses a high-pressure elbow ballistic hole positioning and clamping device and a use method, and belongs to the technical field of machining. The device comprises a lathe, a rotary workbench is arranged on the workbench of the lathe, a special rotating shaft is fixed through a three-jaw chuck, a locking mechanism and a limiting mechanism are matched to realize accurate clamping of a workpiece, the rotating shaft realizes centering of an inner hole of the elbow, a locking cone ring cooperates with a plurality of bolts to form a curved surface clamping and locking structure, and an adjustable limiting mechanism limits a processing posture of the elbow. During processing, the device can continuously complete processing of a plurality of groups of different space included angle ballistic holes through reference positioning, rigid locking and rotary positioning. The application discloses the device, which eliminates artificial positioning mode and human measurement error, greatly improves clamping rigidity and hole position processing precision, effectively avoids problems of hole position angle out-of-tolerance and workpiece leakage, simplifies processing procedures, and significantly improves high-pressure elbow batch processing efficiency and pipeline pressure-bearing reliability.

The utility model discloses a kind of aluminum electrolysis anode guide rod group up and down line, bracket combination device, including guide rod up and down line device and guide rod bracket device, the guide rod bracket device is located in the side of guide rod up and down line device, the guide rod up and down line device is by tripod support frame, aluminium guide rod place, aluminium guide rod baffle and solid iron, the tripod support frame is made of steel material welding, the aluminium guide rod place is fixedly connected in the upper end of the side wall of tripod support frame, the aluminium guide rod baffle is fixed in the both sides of aluminium guide rod place and is fixed on tripod support frame, the solid iron is fixed in the bottom of tripod support frame;The guide rod bracket device includes a inverted T type bracket main body made of steel material welding, and four groups of guide rod group placing grooves are evenly distributed on the bracket main body.The utility model belongs to aluminium electrolysis bracket technical field, and specifically is a kind of aluminium electrolysis anode guide rod group up and down line, bracket combination device.

The invention discloses a cobalt carbonate wastewater recycling application method, belongs to the field of industrial wastewater treatment, and solves the problems of low ammonium chloride yield and high reagent consumption in the existing method. The method comprises the following steps: carrying out decarburization treatment, wherein the decarburization pH value is 6.01-6.05; carrying out two-stage de-weighting; the water subjected to weight removal enters an MVR evaporation system to be evaporated, and the water enters a falling film evaporator after being heated by a plate heat exchanger; the slurry enters a forced evaporator to be further evaporated and concentrated; the slurry enters a thickener and is circularly separated in the thickener, concentrated liquid enters a centrifugal separation procedure, hot steam is conveyed into a discharging conveying belt and a discharging pipeline in the salt discharging process of a centrifugal machine, drying is carried out while salt discharging is carried out, and ammonium chloride is obtained. According to the invention, the working procedures are improved, so that the operation process is greatly shortened, the energy-saving effect is obvious, the yield of ammonium chloride is increased by 15-20%, the consumption of hydrochloric acid is reduced by 30%, and the consumption of ammonia water is reduced by 10-15%.

This invention relates to the field of farmland treatment technology, specifically to a fixed-point root crushing drill bit assembly based on straw return to the field. It includes a concave main frame and an inverted concave auxiliary frame for connecting to an external machine. The main frame and auxiliary frame are fixedly connected vertically. A drill rod is also provided on the top of the auxiliary frame, and the top of the drill rod is connected to an external power structure. A first sliding frame and a second sliding frame are respectively embedded and fixed on the bottom surface of the main frame along the front-rear direction. A positioning hook module and a dynamic crushing module are respectively installed at the first and second sliding frames, and a dynamic repositioning module is provided between them. This invention achieves integrated processing of straw root positioning, loosening, extraction, cleaning, and dynamic crushing through multi-module collaborative operation. It effectively solves problems such as incomplete root processing, easy entanglement of blades, and low operating efficiency during straw return to the field, thereby achieving efficient and precise processing of straw roots.

The invention discloses an intelligent picking robot for an orchard. The intelligent picking robot comprises a collecting vehicle and a picking mechanical arm. The picking mechanical arm comprises an arm body and a photoelectric picking head, the photoelectric picking head comprises a composite flange, a CD-ROM flexible grabbing module, a shearing module and a visual camera, the CD-ROM flexible grabbing module adopts photoelectric hybrid driving, and a flexible capsule body is driven to deform through thermal expansion of photothermal conversion nanofluid so as to realize lossless grabbing of fruits; the shearing module is independently driven to cut off fruit stems. The collecting vehicle comprises a vehicle shell electric control table, crawler wheels, a collector and a conveyor, the collector comprises three layers of I-shaped rotary tables capable of independently rotating and a plurality of stretchable collecting bins, the conveyor is provided with a spiral face and a plurality of fruit outlets, and the hole diameters of the fruit outlets are gradually increased in the conveying direction, so that the fruits are automatically classified and collected. Through cooperative arrangement of the photoelectric picking head and the grading and collecting device, lossless grabbing and automatic grading and collecting integrated operation of fruits is achieved, the structural design is reasonable, and the picking operation efficiency is effectively improved.

The invention relates to a polar region ice layer drilling device, and belongs to the technical field of polar region exploration, and the polar region ice layer drilling device comprises a moving base body which comprises a crawler belt and a chassis driving device, and the chassis driving device is used for driving the crawler belt to move; the drilling device comprises a steering mechanism and a drill bit, and the steering mechanism is used for adjusting the drilling direction of the drill bit; the drainage control device comprises a sealing tank and a piston plate, the piston plate is movably connected into the sealing tank, a water storage controller used for adjusting the water volume in the water storage cavity is arranged in the water storage cavity, and a gas storage controller used for adjusting the gas volume in the gas storage cavity is arranged in the gas storage cavity; the vector propeller device comprises a plurality of propellers and a sensing electric control system, and the sensing electric control system is used for regulating and controlling the moving postures of the propellers. In the drilling process, drilling work is achieved through rotary cutting of a drill bit, if the portion below an ice layer belongs to a water area, the vector propeller device can be started to achieve underwater hovering, positioning and propelling states, and accumulated water can be drained through the drainage control device.

The present application belongs to the technical field of hoisting tooling, and specifically discloses a hoisting device for a prefabricated concrete bridge deck, which comprises a hoisting frame body, the hoisting frame body comprises a cross beam and a longitudinal beam, the cross beam and the longitudinal beam are fixedly connected in perpendicular intersection, the cross beam is provided with at least two groups, the top end of the cross beam is connected with an end beam lifting point, and the bottom end of the cross beam is connected with a bridge deck lifting point; at least one demolding jacking unit is arranged on the cross beam, the demolding jacking unit comprises a base, a jacking execution assembly and a driving assembly, the base is fixedly connected with the cross beam, the jacking execution assembly has a force applying end and a force transmitting end; the driving assembly is used for driving the jacking execution assembly to act, so that the force applying end of the jacking execution assembly acts on an external fixed reference surface, and then the jacking execution assembly applies a jacking force with an upward movement trend to the hoisting frame body through the force transmitting end. The present application can solve the problem that the prefabricated concrete bridge deck after initial setting may be slightly adhered to a mold table, and direct hoisting may easily cause the edge of the bridge deck to crack or the surface to be damaged.

This invention relates to a coded blanking device based on a preset model, comprising: a transport unit including a main transport track, a first sub-transport track, and a second sub-transport track; a blanking unit including a first blanking section and a second blanking section; an electric load plate slidably connected to the transport unit; a steering unit including a column, a first lifting assembly and a second lifting assembly, a first telescopic push plate, a second telescopic push plate, and a vision recognition unit; and a cooling unit including a first cooling section and a second cooling section. Compared with the prior art, this invention can achieve directional transport of boards with different placement orientations through a preset program, thereby enabling precise directional cutting of the boards, effectively shortening the operation process, and significantly improving the automation level and operational efficiency of the semi-finished board processing process.

The utility model belongs to the field of steel roll transfer equipment especially relates to a steel roll transfer trolley with weighing function, including movable frame, weighter, display screen, bottom plate, double shaft motor, screw rod, sliding block and folding frame etc., the weighter is installed movable frame top, the display screen is installed weighter right part, and display screen is connected with weighter electrically, bottom plate is installed movable frame top, and movable frame upper portion is installed two parallelly arranged double shaft motors, and the two output shafts of every double shaft motor all are fixedly connected with screw rod, and every screw rod outside thread is provided with sliding block, and sliding block forms sliding fit with bottom plate, and the folding frame is rotatably arranged between two sliding blocks of horizontal alignment. Through setting weighter and display screen, can complete real -time collection and visual display of weight data while steel roll is loaded to transfer trolley, spares independent weighing link, shortens operation procedure, promotes real -time nature and operation coherence of weight data acquisition.

The invention belongs to the technical field of glass processing equipment structures, and particularly relates to glass breaking and conveying equipment which comprises a conveying breaking structure, a suction moving structure and a circulation storage structure, and the conveying breaking structure comprises a conveying assembly, a translation pressing assembly, a rotary clamping assembly and an ascending breaking assembly. The rotary clamping assembly comprises a rotary transverse rail, a first bearing plate, a second bearing plate, a first clamping body and a second clamping body, wherein the first bearing plate and the second bearing plate are located on the rotary transverse rail and arranged side by side, the first clamping body is fixedly installed on the first bearing plate, and the second clamping body is fixedly installed on the second bearing plate. The rising breaking assembly comprises a third power element and a plastic top plate located at the output end of the third power element. The suction moving structure comprises a suction assembly and a second moving part used for moving the suction assembly. The circulation storage structure comprises an assembly line assembly and a plurality of storage assemblies which circulate through the assembly line assembly. In addition, the invention further provides a working method of the glass breaking and conveying equipment.

The application discloses a brake disc assembling system and an assembling method, and the system comprises a variable-distance multi-axis tightening machine, a transfer frame, a pre-assembling table, a customized conveying line, an automatic tightening table and a manual re-checking table. The variable-distance multi-axis tightening machine is used for outputting a set torque to tighten the bolts of the brake disc workpiece; the transfer frame cooperates with the conveying line to transport the brake disc to different stations; the pre-assembling table is used for angular positioning and circumferential positioning of the brake disc workpiece which is manually pre-tightened; the automatic tightening table positions and clamps the bolt head through an anti-reaction force lifting mechanism, and corresponding tightening shafts output a set torque value to tighten the nuts in sequence; and the manual re-checking table can be used for checking the bolts of the brake disc by quality inspectors. The assembling system can complete the center positioning, circumferential positioning and angular positioning of the bolt head of the brake disc workpiece through simple participation of the operator at the pre-assembling station, thereby concentrating the operation steps, greatly reducing the operation time compared with the visual recognition camera and improving the work efficiency.