14results about How to "Realize continuous automation" patented technology

The utility model relates to the technical field of agricultural bagging machines, in particular to a young fruit cultivating bag bagging machine which comprises a bag storage bin, a bagging device, a conveying device and a control handle, the bagging device is arranged on the lower portion of the outer side of the bag storage bin, the conveying device is arranged between the bag storage bin and the bagging device, and the bagging device comprises a front baffle and a front arm. Rotating devices are arranged at the tail ends of the front baffle and the front arm to form a single-side opening structure; heaters and magnetic blocks are arranged at the front ends of the opening surfaces of the front arm and the front baffle; the bag storage bin comprises a bag storage box, a bag storage box cover is hinged to the top of the bag storage box, a spring is inwards arranged on the bag storage box cover, a lower cover plate is arranged at the bottom of the spring, the conveying device comprises a conveying belt for conveying fruit cultivating bags, and the control handle is arranged at the bottom of the bag storage box. The labor intensity of workers is reduced, and good popularization and application values are achieved.

The application discloses a motor shell anti-deformation processing device, which comprises a base, two symmetrical punching assemblies slidingly arranged on the base, and a clamping assembly arranged between the two punching assemblies. The clamping assembly comprises two supporting frames and a clamping cylinder. One of the supporting frames is slidingly arranged on the base and connected with the telescopic end of the clamping cylinder. The supporting frame is fixed with a tension cylinder and a tension piece. The tension piece comprises a plurality of split supporting molds and a plurality of tension blocks. When the tension cylinder is driven, the split supporting molds are first expanded radially outward to form an avoiding gap between adjacent split supporting molds, and then the tension blocks are moved radially through the gap until the tension blocks and the outer walls of the split supporting molds jointly form a complete cylindrical surface and abut against the inner wall of the motor shell. When the reverse action is performed, the tension blocks are first retracted, and then the split supporting molds are contracted radially inward. The application realizes large-area rigid support on the inner wall of the shell before drilling, effectively inhibits plastic deformation around the hole, and improves processing efficiency and quality.

The application provides an automatic electric core taking, code scanning and placing device, which comprises a flexible electric core transfer mechanism, wherein the flexible electric core transfer mechanism comprises a four-axis robot, the top front end of the four-axis robot is provided with an electric core suction assembly, the electric core suction assembly comprises a rotary connecting shaft, the bottom of the rotary connecting shaft is provided with a square fixing plate, two flexible electric core suction mechanisms are arranged on the fixing plate in parallel and vertically downward, a magnetic suspension conveying mechanism is arranged on the left side of the flexible electric core transfer mechanism, a code scanning gun assembly is arranged on the left side of the magnetic suspension conveying mechanism, the code scanning gun assembly is arranged in an upward inclination, and a material frame is arranged on the right side of the flexible electric core transfer mechanism, a plurality of electric core trays are arranged in the material frame in parallel and at intervals. The application realizes adaptive and non-damage grasping and placing of the electric core by designing a taking and placing assembly integrated with a flexible buffer mechanism and combining flexible movement of the multi-axis robot.

The utility model relates to the technical field of filling machine for bird's nest processing, concretely to a filling machine for bird's nest processing with anti -pollution function, including filling box, the upper surface of filling box is opened with feed port, the below of feed port is equipped with filling barrel, and filling barrel is rotatoryly connected with filling box through fixed ring, and the lower surface of filling barrel is fixedly connected with the constant -quantity pump, and the inside rotationally connected of filling box has the carousel, and the upper surface of carousel is equipped with a plurality of holds the bottle, the utility model bird's nest enters filling barrel from feed port, when holds the bottle on carousel moves to the position corresponding with output pipe, and the constant -quantity pump starts, and bird's nest is filled into holds the bottle through output pipe, after completing filling, carousel continues to rotate, and moves ultrasonic cleaning tank to the just below output pipe, and the output pipe is cleaned to sliding ultrasonic cleaning tank, and then again carries out the filling operation of next round, and the whole process realizes the continuous automation operation of filling and cleaning, prevents the bacteria breeding of output pipe because of residual.

The utility model discloses a convenient particle metering mechanism, which relates to the technical field of packaging machinery and comprises a measuring cup seat, a feeding port and a discharging port are arranged on the measuring cup seat, and the measuring cup seat is respectively and fixedly connected with a material temporary storage bin, an electric cylinder connecting plate, a measuring cup shield, a sliding hopper and a measuring cup fixing support through screw holes. The material temporary storage bin is located above the measuring cup base, the two sets of electric cylinder connecting plates are arranged on the two sides of the measuring cup base respectively, the measuring cup protective cover is connected with the upper surface of the measuring cup base through screw holes in the periphery of the top, and a feeding port of the sliding hopper is connected with a discharging port of the measuring cup base; the measuring cup is arranged in the square notch of the measuring cup seat in a sliding manner, and a trapezoidal notch is formed in the measuring cup; the adjusting block is in sliding fit with the trapezoidal notch of the measuring cup; and the adjusting screw seat is in threaded connection in a screw hole at the end part of the measuring cup. The particle metering device is simple in structure, reasonable in design and stable in structure, and guarantees the stability and continuity of the whole packaging effect in order to solve the problem that the application range of particle metering is enlarged and dust butt joint is achieved.

This invention relates to the field of catalyst technology, specifically to a solid acid catalyst for post-etherified C4 olefin trimers, its preparation method, and its application. The catalyst comprises at least a metal salt active component, diammonium hydrogen phosphate, and a catalyst support; the metal salt active component includes aluminum sulfate and ferric sulfate; the molar ratio of phosphate ions in the diammonium hydrogen phosphate to metal cations in the metal salt active component is nPO4. 3‑ / n(Al 3+ +Fe 3+ The total amount of metal salt active components and diammonium hydrogen phosphate in the solid acid catalyst accounts for 5-10% of the total mass of the solid acid catalyst. By optimizing the formulation and process of the solid acid catalyst, the problems of easy mudding and clogging of existing solid phosphoric acid catalysts, easy carbon deposition and deactivation of molecular sieve catalysts and complex process operation, and high cost of ionic liquid catalysts are effectively solved, so as to better meet the production and application needs of post-etherified C4 olefin trimers.

The invention relates to the technical field of hardness detection, and discloses a universal milling Brinell hardness tester for medium and small parts. A milling component, a hardness test component and an image acquisition component are sequentially arranged on the transverse slide carriage component, the milling component is used for milling the surface of a workpiece to be tested, and a test ball pressure head is arranged at the bottom of the hardness test component and is used for carrying out a Brinell hardness test; the hydraulic clamping component is arranged on the gantry rack, the hydraulic clamping component comprises a supporting seat fixed to the gantry rack, a fixed clamp body installed on one side of the supporting seat and a movable clamp body arranged on the other side of the supporting seat, bases are fixed to the opposite sides of the fixed clamp body and the movable clamp body, and clamping units are arranged on the inner sides of the bases. By arranging the clamping unit composed of the multiple sets of clamping blocks capable of independently moving, self-adaptive attachment can be conducted according to the irregular contour of a workpiece, and the problem that a traditional rigid jaw is poor in adaptability to clamping of complex small and medium parts is solved.

The application relates to the technical field of hardness detection, and discloses a general milling Brinell hardness tester for middle and small parts, which comprises a gantry frame, a transverse sliding plate component, a milling component, a hardness test component and an image acquisition component which are sequentially arranged on the transverse sliding plate component, the milling component is used for milling the surface of a workpiece to be measured, the hardness test component is provided with a test ball indenter at the bottom for Brinell hardness testing, and a hydraulic clamping component is arranged on the gantry frame and comprises a supporting seat fixed on the gantry frame, a fixed jaw body arranged on one side of the supporting seat and a movable jaw body arranged on the other side of the supporting seat, a base is fixed to the opposite side of each of the fixed jaw body and the movable jaw body, and a clamping unit is arranged on the inner side of the base. The clamping unit composed of multiple groups of clamping blocks capable of independently moving can be adaptively attached according to the irregular contour of the workpiece, and the problem of poor adaptability of the traditional rigid jaw to the clamping of complex middle and small parts is solved.

This utility model provides a textile roller cleaning device, relating to the technical field of textile roller auxiliary devices. It includes a rotating cleaning roller with a plurality of bristles evenly distributed on its surface. A drive source is fixedly mounted on one side of the cleaning roller to drive its rotation. A cleaning chamber is fixedly mounted at the bottom of the cleaning roller, and a vacuum fan is connected to the cleaning chamber. A cleaning mechanism is also fixedly mounted within the cleaning chamber, comprising a scraper and an air jet pipe. The outer end of the scraper is close to the cleaning roller and abuts against the bristles. The air inlet end of the air jet pipe is connected to an air intake fan, and the outlet end is connected to a nozzle facing the cleaning roller. Through the fitting structure between the densely distributed bristles on the surface of the cleaning roller and the roller grooves, deep removal of accumulated materials is achieved. Simultaneously, the abutment between the scraper and the bristles, along with the directional blowing from the air jet pipe, completes real-time self-cleaning of the bristles. The sealed design of the cleaning chamber, combined with the negative pressure suction of the vacuum fan, ensures that impurities are efficiently collected without diffusion.

The application relates to a high-efficiency energy-saving type secondary acidizing formation system and process of a lead-carbon battery. The high-efficiency energy-saving type secondary acidizing formation system of the lead-carbon battery comprises a transfer mechanism and a standing mechanism, the transfer mechanism comprises a conveying assembly, a bearing assembly movably arranged on the conveying assembly, a positioning assembly arranged on the bearing assembly and the conveying assembly, and a clamping assembly arranged outside the conveying assembly; after the conveying assembly positions the bearing assembly in cooperation with the positioning assembly, the clamping assembly clamps the bearing assembly into the standing mechanism, and the positioning assembly positions and connects two adjacent bearing assemblies; the high-efficiency energy-saving type secondary acidizing formation process of the lead-carbon battery is based on the acidizing formation system and comprises the following steps: a supporting procedure, an acid adding procedure, a standing procedure and a detection procedure; the application solves the problems that the position is prone to deviation during battery conveying in the existing formation process, the connection between procedures is unstable, the cooling is uneven, and the product consistency is poor.

The utility model discloses an efficient punching machine for a PVC pipeline. The efficient punching machine comprises a bearing base, a composite guiding system, a self-adaptive clamping mechanism and a multi-direction drilling assembly. The bearing base is provided with a guide rail and a waste collecting structure. The composite guiding system is composed of a transverse positioning assembly and a longitudinal restraining assembly, the transverse positioning assembly achieves transverse accurate centering of the pipeline through a V-shaped centering roller set and servo drive, and the longitudinal restraining assembly restrains deviation of the pipeline through a conical face limiting wheel. The self-adaptive clamping mechanism adapts to different pipe diameters through a lifting base and a rotating chuck; the multi-direction drilling assembly comprises independent driving drill bits symmetrically distributed along the axis of the pipeline, and multi-hole-site synchronous machining is achieved through the cooperation of the multi-direction drilling assembly and the horizontal displacement sliding table. The problems that traditional equipment is low in efficiency and poor in positioning precision are solved, the functions of efficient drilling, high-precision positioning, multi-specification adaptation and automatic waste collection are achieved, and the automatic drilling machine is suitable for batch production of PVC pipelines.

The invention relates to the technical field of coal mine anchoring, in particular to an anchor rod mounting and drilling device for a coal mine. Comprising a movable trolley, a drilling part is arranged on the front portion of the movable trolley, an anchor rod mounting part is arranged on the rear portion of the movable trolley, the drilling part comprises a drilling assembly, the drilling assembly comprises a drilling machine, a drilling rod A and a drilling rod B, the drilling rod A and the drilling rod B are detachably connected with the drilling machine, and an auxiliary drilling rod is movably connected into the drilling rod B; the side wall of the cylindrical drill hole is dug outwards to form an annular limiting groove; the anchor rod mounting part comprises a positioning anchor rod assembly, the positioning anchor rod assembly comprises an auxiliary mounting assembly and an anchor rod body, a limiting ring is arranged on the upper portion of the anchor rod body, a plurality of limiting nails are movably arranged in the limiting ring, and when concrete is poured into the cylindrical drill hole through the anchor rod body, the limiting nails extend outwards into limiting grooves, and the limiting nails are clamped in the limiting grooves. And the anchor rod is anchored with the inner wall of the limiting groove, so that continuous automatic operation of drilling, groove expanding, anchor rod mounting and pouring is realized.

The application belongs to the technical field of condiment production equipment, and particularly relates to a filtering and separating equipment and process for composite condiment production, which comprises a filter cartridge, a main pressing assembly, a first auxiliary pressing assembly, a second auxiliary pressing assembly, a first control mechanism, a second control mechanism and a driving mechanism, the filter cartridge comprises an outer cartridge and an inner filter cartridge, the outer cartridge is provided with a feeding port, an oil collecting cavity and a separating cavity, a main driving shaft of the main pressing assembly drives a main pressing plate to slide, an auxiliary pressing plate is provided with a cutter and is in sliding fit with a groove of the main pressing plate, the equipment combines the extrusion of the main and auxiliary pressing plates with the crushing of the cutter to efficiently separate material oil attached to material residues such as chili segments and Chinese prickly ash shells, improve the material oil recovery rate, adopt a double-filter-cavity and double-assembly alternating operation mode, and realize continuous and automatic production through linkage of the control mechanism and the driving mechanism, without manual intervention in the whole process, thereby greatly reducing the production cost and improving the overall production efficiency.

The invention discloses a sea surface cleaning and salvaging device for ocean engineering, and belongs to the technical field of sea surface cleaning and salvaging, the sea surface cleaning and salvaging device comprises a salvaging supporting shell, the salvaging supporting shell is connected with a ship body, the salvaging supporting shell is provided with a shell cavity, and part of the salvaging supporting shell is located in target seawater; a plurality of water leakage holes are formed in the contact part of the salvage supporting shell and target seawater, an inlet for sea surface garbage to enter a shell cavity is formed in one side of the salvage supporting shell, an outlet is formed in the other side of the salvage supporting shell, and the outlet is located above the inlet; and the lifting assembly is located in the shell cavity, the fixed end of the lifting assembly is connected with the salvage supporting shell, the lifting assembly is provided with a plurality of execution ends, and the execution ends are used for bringing the sea surface garbage into the outlet. The problems that an existing sea surface cleaning and fishing device for ocean engineering is inconvenient to operate, high in personnel safety risk, low in garbage cleaning efficiency and insufficient in garbage collecting and conveying automation degree are solved.