31results about How to "Realize continuous automatic processing" patented technology

The invention relates to a continuous automatic assembly machine of a lug plate elastic piece. The continuous automatic assembly machine comprises a rack, a power distribution control box, a rotary disc and carriers. A lug plate feeding mechanism, an elastic piece feeding mechanism, a press-fitting mechanism and a discharging mechanism are arranged on the rack. Each carrier comprises a carried material mounting seat embedded into the rotary disc. A carried material seat lifting block penetrating the rotary disc is arranged in each carried material mounting seat. A vertical carried material seat composite spring is arranged between each carried material seat lifting block and the lower portion of the corresponding carried material mounting seat. A carried material seat cooperating with a product is arranged above each carried material seat lifting block. A press-fitting device comprises a press-down device cooperating with the products on the carriers and a carried material seat jackingdevice which is located below the press-down device and cooperates with the carried material seat lifting blocks. According to the continuous automatic assembly machine, the carried material seat lifting blocks and the press-down device can be in butt joint precisely, meanwhile, pressing assembly of a lock piece and a lug plate can be achieved, it can be ensured that the press-down portion is a flat plate between two elastic piece mounting columns, the press-fitting precision is ensured, elastic deformation of the elastic pieces is avoided, and meanwhile continuous automatic machining is achieved.

The invention relates to a garment pocket automatic processing integrated machine. The machine comprises a frame and two rolls of fabric rolls, the frame is provided with a guiding cylinder, a conveying cylinder and a tensioning device matched with a double-layer fabric, the part, between the conveying cylinder and the fabric rolls, of the frame is provided with a pressing device, a position between the conveying cylinder and the tensioning device is provided with a longitudinal pressing device and a cutting device, the longitudinal pressing device comprises a frame pressing mounting frame, the pressing mounting frame is provided with a pressing sliding rail, the pressing sliding rail is matched with a pressing movable seat, the pressing movable seat is fixedly connected with a pressing movable belt, the pressing movable belt is connected with a pressing driving component, the pressing movable seat is provided with an ultrasonic transmitter, and the ultrasonic transmitter is connectedwith an ultrasonic heat sealing head. The machine can press fabric pieces on the two rolls of fabrics, can convey the pressed part to a certain distance and then perform longitudinal pressing, cooperate with the cutting device to obtain a two-layer fabric piece with three sides pressed at one time, and greatly improve the processing efficiency.

The invention discloses an automatic forming device for producing baking-free bricks, and belongs to the field of brick making machines. The automatic forming device comprises a frame, a blanking opening is formed in the frame, a forming material pushing mechanism is arranged above the blanking opening and connected with a first hydraulic cylinder, a forming mechanism is arranged below the blanking opening and connected with a second hydraulic cylinder, raw materials penetrate the forming material pushing mechanism, enters the forming mechanism and squeezed into bricks by the second hydraulic cylinder, the bricks are pushed onto the frame by the second hydraulic cylinder, and the first hydraulic cylinder drives the forming material pushing mechanism, so that the bricks are pushed onto a delivery mechanism and conveyed. The automatic forming device helps to solve the problems of complicated structure and cumbersome production process of an existing brick making machine, the bricks can be continuously squeezed and formed, production efficiency is improved, the automatic forming device is simple in structure and low in machining cost, and productive benefits of enterprises can be improved.

The invention discloses wastewater treatment equipment for aquaculture seawater. The invention relates to the technical field of wastewater treatment equipment. The equipment comprises an impurity filtering mechanism, a filtering box, a controller, a multi-stage treatment mechanism and a detection backflow mechanism, wherein the multi-stage treatment mechanism comprises an algae polyculture pond,a material mixing assembly, a sterilization assembly and a bacterium treatment cylinder, the impurity filtering mechanism comprises two multi-stage filtering parts, a position conversion assembly anda filter screen mesh dredging assembly, and the position conversion assembly comprises a mounting transverse plate, a height adjusting part and a rotating part. According to the invention, continuousautomatic treatment of aquaculture wastewater can be realized, under the action of the impurity filtering mechanism, a filter screen adhered with impurities can be replaced, meshes of the filter screen adhered with impurities can be dredged, and when the bacterium content and the nitrogen and phosphorus content do not reach the standard, a second water pump can convey sewage which does not reach the standard into the filtering box again, so that secondary purification operation on the sewage is realized.

The invention discloses a continuous hydraulic processing system for baking-free bricks and belongs to the field of brickmaking machines. The continuous hydraulic processing system comprises a rack and a discharge hopper located above the rack, wherein a conveying mechanism for conveying brick blocks is arranged at one end of the rack; a discharge opening communicated with the bottom of the discharge hopper is formed in the rack; a forming and pushing mechanism is arranged between the rack and the discharge hopper; the forming and pushing mechanism is connected to a first hydraulic cylinder; a forming mechanism communicated with the discharge opening is arranged below the rack; the forming mechanism is connected to a second hydraulic cylinder; raw materials in the discharge hopper pass through the forming and pushing mechanism and then enter the forming mechanism; the second hydraulic cylinder extrudes the raw materials into brick blocks and push the brick blocks onto the rack; and the first hydraulic cylinder drives the forming and pushing mechanism to push the brick blocks onto the conveying mechanism for conveying. The continuous hydraulic processing system facilitates solving the problem that an existing brickmaking machine is low in continuous production degree and complex in production process, and can realize continuous extrusion forming of the brick blocks, the production efficiency is effectively improved, the production process is simple, the processing cost is low, and improvement on production benefits of an enterprise is facilitated.

The invention discloses a processing device for paper cups with handles. The processing device for the paper cups with the handles comprises a machine frame, a paper cup feeding control mechanism, a piece attaching control mechanism, a handle paper feeding mechanism and a cup receiving control mechanism. The paper cup feeding control mechanism, the handle paper feeding mechanism and the cup receiving control mechanism are all fixed to the machine frame. The piece attaching control mechanism is mounted at the center of the machine frame and can rotate automatically. The piece attaching control mechanism sequentially passes through the paper cup feeding control mechanism, the handle paper feeding mechanism and the cup receiving control mechanism when rotating, and circulation is formed. The processing device for the paper cups with the handles has the advantages that continuous and automatic processing of the cups with the handles is achieved through the rotation of the piece attaching control mechanism and the cooperation of the periodic operation of all the control mechanisms, and the work efficiency of paper cup piece-attaching processing and the product quality are greatly improved; the processing device is stable in structure and convenient to operate and has high practicability and high promotional value.

The invention discloses a processing device with functions of aligning and limiting for a paper cup with a handle. The device comprises a rack, a paper cup feeding control mechanism, a sticking control mechanism, a paper cup clamping mechanism, a handle paper feeding mechanism and a cup receiving control mechanism, wherein the sticking control mechanism comprises a rotating plate and a sticking device; the rotating plate is horizontally mounted on the rack; a plurality of cup dies are arranged on the rotating plate and horizontally fixed on the circumferential surfaces of the rotating plate as well as being radially symmetrically distributed along the center of the rotating plate; the cup dies sequentially pass through the abovementioned mechanisms as the rotating plate rotates, so as to achieve the automatic sticking of the paper cup with the handle; limiting cards are mounted on the cup dies. The device has the advantages that the handles of the paper cups can be continuously stuck, so that the production efficiency can be greatly improved; in addition, handle paper can precisely cling to the paper cup, thus improving the product quality as well as prolonging the service life. The device is stable in structure, convenient to operate, outstanding in practicability, and valuable of popularization.

The invention discloses a full-automatic vibration cold extruding plastic forming device and technology for small-medium-diameter internal threads. The full-automatic vibration cold extruding plasticforming device comprises extrusion taps, the extrusion taps are driven by tapping motors different in forward and reverse rotation angle to achieve vibration tapping and are installed in driving shafts, the driving shafts are installed in guide shafts, and the extrusion taps can move in the axial direction but are limited by chucks; and a semi-finished product feeding mechanism is arranged above the extrusion taps, to-be-machined nuts sequentially enter two feeding rails to be arranged under the action of stirring rods, pushing mechanisms are arranged in front of the extrusion taps, and push rods pushed by pushing motors push the to-be-machined nuts to be sleeved the extrusion taps for tapping machining. The full-automatic vibration cold extruding plastic forming device has the advantagesof being high in machining efficiency and easy to operate. The technology has the advantages that the material utilization rate is high, and the cold-extruded internal threads are high in strength andprecision and good in surface smoothness. Through the full-automatic vibration cold extruding plastic forming device and technology, automatic and efficient machining of internal threads for hexagonnuts with multiple specifications and thicknesses or parts in other shapes can be achieved.

The invention discloses an automatic rotation part for a support material. The automatic rotation part comprises a small automatic 180-degree rotation table, a rotation table sliding saddle, a linear rail, a bracket base plate, an L-shaped bracket, a V-shaped bracket, an inductive switch support, a front limit stop block, a connection rod, a sleeve, a support cylinder, a spring, a sliding rod, a bearing, a front press cover and a rear press cover. The rotation table sliding saddle is fixed above the linear rail which is fixed on a front tailstock sliding saddle, the front limit stop block is fixed on the front side of the rotation table sliding saddle, the small automatic 180-degree rotation table is fixed above the rotation table sliding saddle, the bracket base plate is fixed on the small automatic 180-degree rotation table 4, the L-shaped bracket is fixed on the bracket base plate, the V-shaped bracket is fixed on the L-shaped bracket, the inductive switch support is mounted on the rotation table sliding saddle, an inductive switch is mounted on the inductive switch support, the connection rod is fixed between the rotation table sliding saddle and an internal sliding guide rod of the sleeve, a tailstock is mounted on a tailstock base, front and rear baffles are mounted on the tailstock base to prevent the bearing from being exposed, and the tailstock base is mounted on the front tailstock sliding saddle. By means of the automatic rotation part, automation is achieved, and a basis is provided for continuous production.

The invention provides a continuous automatic tool machining device which comprises an auto-clamping precision rotating shaft and a support module. The auto-clamping precision rotating shaft mounted on X-axis comprises a bar clamping module. The bar clamping module comprises a piston cavity located in a rotor adapter, the piston cavity is provided with an air guide hole and a piston post inside. The piston post is connected with a gripper handle through a precision spring. A gripper is fixed on the inner side of a round end cover. The support module mounted on X-axis comprises a Y-axial and Z-axial sliding table, a cylinder and a shaft sleeve. A parallel two-finger clamp serves as an output end of the cylinder. The gripper and the shaft sleeve are collinear and are coordinated with the parallel two-finger clamp to act. The precision rotating shaft has the function of automatic clamping. The support module and a support frame are fitted to two ends of the bar, pneumatic technology is applied, and accordingly continuous automatic machining of tools can be achieved by pre-feeding and simple adjustment. Precision is guaranteed, feeding times are decreased, automation level is increased, and machining efficiency of precision tools is increased and cost is lowered.

The invention relates to a special machine tool for square hole bearing inner ring continuous machining. The machine tool comprises a machine tool box body, an electric control cabinet is arranged onone side of the upper end surface of the machine tool box body, and a vibration output disc is arranged on the other side of the upper end surface of the machine tool box body; a triangular installingpedestal is arranged on the upper end surface of the machine tool box body, a cutter displacement mechanism and a bearing inner ring input mechanism are arranged on the triangular installing pedestal, and a workpiece clamping rotating mechanism is arranged on the portion, on one side of the cutter displacement mechanism, of the upper end surface of the triangular installing pedestal; an end surface pushing mechanism is arranged on the portion, on the other side of the cutter displacement mechanism, of the triangular installing pedestal, and a loading clamping mechanism is arranged on the topof the workpiece clamping rotating mechanism. The machine tool solves the problems that according to existing square hole bearing inner ring machining, the clamping is difficult, and the machining efficiency is low, a previous mode that a workpiece needs to be manually clamped and loaded is replaced, the continuous automatic machining for square hole inner rings is achieved, the machining efficiency is increased, and the surface machining quality is ensured.

The invention discloses a multi-station continuous hexagonal hole machining integrated machine which comprises a worktable. A hole guiding station, a perforating station and a forming station are parallelly arranged on the worktable successively, the hole guiding station is provided with a hole guiding mechanism in a fit manner, the perforating station is provided with a perforating mechanism in afit manner, and the forming station is provided with a hole forming mechanism in a fit manner; a feeding station is arranged on one side of the hole guiding station, the feeding station is provided with a pushing mechanism in a fit manner, and the worktable is connected to a movable clamping mechanism which is slidably arranged above the hole guiding station through a supporting rack; the pushingmechanism moves a workpiece on the feeding station to a discharge end of the feeding station and the workpiece is successively moved to the hole guiding station, the perforating station and the forming station to be machined through the movable clamping mechanism. Compared with the prior art, a hexagonal hole is machined automatically, and the machining efficiency and the machining quality of theworkpiece are improved.

The invention relates to an edge-sealing cutting integrated structure for a double-layer fabric. The mechanism comprises a rack and two fabric rolls, the rack is provided with a guiding tube, a delivery tube and a tensioning device which cooperate with the double-layer fabric, an edge pressing device is arranged on the part, between the delivery tube and the fabric rolls, of the rack, a cutting device is arranged between the delivery tube and the tensioning device, the edge pressing device comprises an edge pressing seat which is arranged on the rack, an edge pressing rotary shaft is arrangedon the edge pressing seat, edge pressing sleeves cooperating with the side edges of the double-layer fabric sleeve the two ends of the edge pressing rotary shaft, an edge pressing sewing device cooperates with the lower portions of the edge pressing sleeves, the edge pressing sewing device is a sewing device which presses the double-layer fabric through a thermal pressing manner, an edge transmission wheel is connected with the edge pressing rotary shaft, and the edge pressing sewing device is connected with the edge pressing driving component through an edge pressing transmission belt. The structure has the advantages that the edges of cloth sheets on the two fabric rolls can be pressed to the double-layer fabric, and cutting can be conducted according to a certain length through the cutting device between the tensioning device and the delivery tube.

The invention discloses a centerless grinding automatic feeding device for extruding PCB drill points, and relates to the technical field of feeding devices. The centerless grinding automatic feeding device comprises a linear vibration feeding mechanism connected with a centerless grinding machine through a main body connection protection mechanism and an electrical control mechanism, and the linear vibration feeding mechanism receives bars which come from a storage hopper mechanism and are sorted through a pushing sorting mechanism and feeds the sorted bars into the centerless grinding machine one by one for processing; and the electrical control mechanism is mounted at the bottom of the main body connection protection mechanism and is used for controlling the linear vibration feeding mechanism to count the bars and controlling the operation of the pushing sorting mechanism. The device can be compactly connected with existing equipment, and the installation space is reduced; and rapid, continuous and automatic machining of external circles of extrusion PCB drill point type hard alloy products, rapid switching of machining of external circles of multiple kinds of products and machining quality control of the external circles of the products can be achieved.