4results about How to "Reduce subsequent processes" patented technology

The utility model discloses a multifunctional tooth milling cutter which sequentially comprises a cutter handle, a chamfering section, a tapping section and a milling section from the cutter handle to a cutter tip. The milling section comprises four spiral blades, and the cutting edges of the spiral blades are distributed in a stepped high-low manner; the tapping section comprises three groups of threaded blades with different screw pitches; the chamfering section comprises a chamfering blade and a deburring blade, the milling section and the tapping section are connected through a first connecting part, the tapping section and the chamfering section are connected through a second connecting part, the machining efficiency is greatly improved through the design of the four-blade milling section and the three-tooth tapping section, the chamfering section synchronously deburs, and subsequent procedures are reduced; the stepped cutting edge and the thread pitch grading design ensure high-precision thread machining, and the machining quality is improved; and the chip groove and the cooling system effectively reduce the abrasion of the cutter, so that the service life of the cutter is prolonged.

The utility model discloses a wormwood clearance smashing device based on mechanical smashing and resource utilization, belongs to the technical field of smashing, and aims to solve the problems that existing equipment is uneven in smashing, high in energy consumption and poor in operation flexibility, and impurities are difficult to separate. The device comprises a rack, a crushing box, a top cover, a cover plate, a driving shaft, a driven shaft, a crushing assembly, a sliding load bearing box, a hammering assembly, a protective shell and a servo motor, the servo motor drives multiple components to operate cooperatively through a synchronous belt, a chain wheel and a chain, a conveying belt conveys wormwood, a pressing roller conducts self-adaptive gap hammering and impurity removing, a cutting knife and a crushing knife conduct graded crushing, and screening is conducted through a screening plate. The bottom of the rack is provided with the brake universal wheels so that movement can be facilitated, the protective cover and the protective shell are safe in lifting operation, the overall structure is compact, materials with uniform particle sizes can be produced, and the device is suitable for recycling pre-crushing operation after field wormwood is removed.

The utility model discloses a straightening device for steel wire rope processing, including frame, drive motor, transmission mechanism and at least two groups of straightening roll group. Straightening roll group includes upper and lower slide seat, upper and lower straightening roll and its mounting seat, and the upper and lower slide seat is slidably arranged on the frame through the adjusting mechanism, and the clearance between the straightening roll can be adjusted synchronously to adapt to different steel wire rope diameters. The cleaning box is also integrated at the feeding end, and the built-in upper and lower brush rollers can remove the impurities on the surface of the steel wire rope and can additionally have lubricating function. The utility model integrates straightening, cleaning and lubrication, is flexible to adjust, easy to operate, has good straightening effect, is high in efficiency and significantly improves the processing quality of the steel wire rope.

This invention discloses a construction method for a small-sized aluminum formwork disc-lock system for high-rise non-residential buildings. The construction steps include seven major steps: construction preparation, determination of the aluminum-wood combination scheme, construction of wall and column reinforcement formwork, erection of disc-lock scaffolding, construction of beam and slab reinforcement formwork, concrete pouring, and dismantling of the formwork frame. The beneficial effects of this invention are: It uses 400mm×1000mm small-sized standard aluminum formwork, optimizes the main structure through a 50mm modular design, and uses special connecting angle aluminum and tie plates to achieve a reliable aluminum-wood combination for irregular parts. Combined with disc-lock scaffolding, it forms a stable support and early dismantling system, increasing the utilization rate of aluminum formwork in non-standard buildings to over 90%, effectively ensuring the quality of concrete forming, significantly reducing construction costs and time, and is suitable for the construction of high-rise non-residential building structures such as commercial complexes, hospitals, and schools.