44results about How to "High degree of work automation" patented technology

The invention discloses a hosiery knitting and end sewing integrated weft knitting hosiery knitter. A control panel is arranged on an electric control box. A working table is installed on a working box and provided with a hosiery knitting machine, a hosiery turning device, a mechanical arm and an end sewing machine. The mechanical arm is located between the hosiery knitting machine and the hosiery turning device. The hosiery turning device and the end sewing machine are located on the same straight line. The hosiery knitting machine is connected with a main motor through a conveying belt. The hosiery turning device is connected with a hosiery turning rod lifting motor and a tongs lifting motor through transmission devices respectively. A pair of mechanical arm tongs is installed on the mechanical arm. The mechanical arm is connected with a rotating motor through a worm and a gear. The end sewing machine is connected with an end sewing motor through a driving belt. The control panel is connected with the main motor, the hosiery turning rod lifting motor, the rotating motor and the end sewing motor through circuits respectively. An air suction pipe is arranged on the hosiery turning device and provided with a hosiery outlet cover. Thus, the hosiery knitting work, the hosiery turning work and the end sewing work can all be completed at a high automation degree.

The invention relates to a small upright liquid packing machine, which is formed by cylinder frame, liquid pot, and packing integration, wherein the packing integration comprises rotator, main controller, bag feeder, filler, and sealing device; the rotator is formed by rotational motor, dial fork disc, mume wheel, and the rotational wheel with several bag grooves; the main controller is formed by main control motor, main control dial fork disc, upper sliding plate, and lower sliding plate; the bag feeder is formed by bag chamber, adsorption disc, adsorption motor, and plug pump; the filler is formed by blower, micro switch, filling motor and filing ejector; the sealing device is formed by sealing block, sealing compressor and sealing heater. The invention can pack liquid in small patch, with high automatic degree, stable operation, better sealing property, and wider application, without liquid pollution.

The invention relates to a bread production dryer with a good drying effect, which comprises a transmission mechanism, the transmission mechanism comprises a first transmission assembly and a bearingassembly; a drying mechanism which comprises a drying box, a positioning assembly, a first direction dividing assembly, wherein two sets of clamping assemblies symmetrically arranged on the two sidesof the direction dividing assembly, and a second direction dividing assembly arranged outside the drying box and matched with the clamping assemblies to conduct longitudinal direction dividing work; acore injection mechanism; and a packaging mechanism which comprises a bearing assembly arranged below the first transmission assembly and a bagging assembly arranged below the bearing assembly and used for packaging bread output from the bearing assembly. The technical problems that when old bread is packaged, the bread needs to be stacked in a bag manually, placed in sequence and then packaged,the working efficiency is low, and the yield is low are solved.

The invention relates to continuous packaging equipment for furniture gap blocking rubber strips. The continuous packaging equipment for the furniture gap blocking rubber strips comprises a conveying mechanism, a traction mechanism, a winding mechanism, a stacking mechanism and a mold loading mechanism, wherein the conveying mechanism comprises an extruder and a cooling assembly; the traction mechanism comprises a clamping assembly and a supporting assembly; the winding mechanism comprises a hoop assembly and a cutting assembly; a hooping mold is placed on the hoop assembly; the stacking mechanism comprises a downward pushing assembly arranged above the supporting assembly and a stacking assembly matched with the downward pushing assembly and located below the supporting assembly; and the mold loading mechanism comprises a mold storage assembly arranged above the hoop assembly and a conveying assembly used for driving the mold storage assembly to automatically enter the hoop assembly. The continuous packaging equipment for the furniture gap blocking rubber strips solves the technical problems that when rubber and plastic strips are packaged, shutdown is needed for cutting, a new roller is replaced for winding work after cutting, the machine is shut down to work, the working time is wasted, the machine is prone to damage, the service life is short, and meanwhile, the working efficiency is low.

The invention relates to a color printing machine for fabrics. The color printing machine for the fabrics comprises a printing machine body, multiple fabric receiving plates arranged at equal intervals in the conveying direction of the printing machine body, hasp mechanisms arranged on the fabric receiving plates, a flattening mechanism arranged on an input end of the printing machine body, a printing mechanism arranged behind the flattening mechanism and a drying mechanism arranged behind the printing mechanism. A filling mechanism matched with the fabric receiving plates and a first controlmechanism for driving the filling mechanism to move up and down in the vertical direction are arranged below the printing mechanism. A second control mechanism for driving the hasp mechanisms to moveup and down in the vertical direction is arranged below the drying mechanism. The color printing machine for the fabrics solves the problem that since the fabrics are in a tensioning state for a longtime when the fabrics are conveyed, the elasticity of T-shirts is influenced.

The invention relates to household sofa bed back cushion processing and forming equipment. The equipment comprises a cotton filling mechanism, a forming mechanism and a collecting box body; and a bolster is clamped by the clamping mechanism installed on the conveying mechanism to sequentially pass through the cotton filling mechanism to complete automatic cotton filling work, then the bolster is transmitted to the forming mechanism to complete silk cotton scattering work after cotton filling, and finally the bolster is transmitted to the collecting box to complete automatic falling work of the formed bolster. The forming mechanism comprises a sewing assembly installed above the conveying mechanism, a flapping assembly in synchronous transmission with the sewing assembly and a button punching assembly for automatically carrying out button pressing on the bolster after sewing work is completed by the sewing assembly. The technical problems that cotton filling and sewing work needs to be completed for throw pillows of any structure, due to the fact that sewing is performed in two procedures after cotton filling, the cotton running phenomenon is prone to occurring in the successive work transfer process, and cotton in the throw pillows is not evenly distributed are solved.

The invention relates to a fabric color printing process. The fabric color printing process comprises the following steps that 1, cloth pieces are unfolded; 2, the cloth pieces are flattened; 3, thecloth pieces are printed; 4, the cloth pieces are dried; and 5, the cloth pieces are output, specifically, after the cloth pieces are dried, the cloth pieces are manually and rapidly taken away, afterthe cloth pieces are manually taken away, a filling plate and a buckle unit are rapidly reset, and when a conveying trolley moves to the end part of an output part, a signal is rapidly sent to the conveying trolley, so that the conveying trolley is rapidly reset, and when cloth pieces on a next cloth receiving plate are flattened, conveying of the next cloth receiving plate is waited. The fabriccolor printing process solves the technical problem that the elasticity of a T-shirt is affected due to the fact that fabric is in a tensioned state for a long time in the conveying process.

The invention relates to accessory post-processing equipment for an alternating-current low-voltage power distribution cabinet. The accessory post-processing equipment comprises a driving mechanism, a first winding mechanism; a first slitting mechanism; a second winding mechanism, wherein a rotating assembly b is sequentially provided with a second output station, a second input station and a second winding station in the circumferential rotating direction of the rotating assembly b; a second slitting mechanism; and a horizontal pushing mechanism which drives a supporting assembly a and a supporting assembly b to horizontally move and alternately transmit. The formed sealing strips are output from the position between the first winding mechanism and the second winding mechanism, winding work switched from the first winding mechanism to the second winding mechanism is completed in the output process, and continuous automatic packaging of the sealing strips is achieved. The technical problems that in the machining process of the sealing strips, shutdown is needed for winding work, the wound sealing rings are automatically collected, and thus the working efficiency is low are solved.

The invention relates to an intelligent guiding arranging device for a lens placing machine. The device comprises a rack, foot stands, fixing frames and a placing machine feeding device, wherein the foot stands are evenly arranged at the bottom end of the rack, the fixing frames are symmetrically arranged on the top face of the rack, telescopic rods are arranged at the top ends of the fixing frames correspondingly, a vertical plate is arranged between the telescopic rods, a sliding groove is formed in the front end of the vertical plate, the placing machine feeding device is arranged in the sliding groove, a first placing box is arranged at the left end of a table board of the rack, and a second placing box is arranged on the right side of the first placing box. According to the scheme, the two lens placing boxes are arranged at the bottom end of a lens discharging device, the discharging device can continuously and alternately carry out lens placing on the two lens placing boxes, andwhen the discharging device continuously conveys lenses to the positions above the placing boxes, a transmission disc drives the placing boxes to move by a corresponding distance on the rack so as tobe matched with the placing operation of the discharging mechanism, so that the automation degree of lens placing is improved, and the working quality of lens placing is ensured.