47results about How to "Realize collinear production" patented technology

The invention discloses armature production equipment comprising a rack, a conveyor line body, a model detection part and at least one group of transfer parts. The conveyor line body is movably arranged on the rack, and the model detection part is fixed to the rack, and arranged on the top of a transport path of the conveyor line body; the transfer parts are installed on the rack, and arranged along the transport path of the conveyor line body at intervals; the model and specifications of armatures loaded on the conveyor line body can be accurately identified through the model detection part arranged on the conveyor line body, so that the production of armatures of different models is achieved, and the utilization rate of the armature production line is improved greatly; through arrangement of the transfer parts on the transport path of the conveyor line body at intervals, full-automatic feeding and discharging of the armatures on the conveyor line body can be achieved, and automatic feeding and discharging and quick model change in the armature production process are achieved; the armature production equipment can be connected with production process equipment of other armatures,and the production efficiency of the armatures is improved greatly.

The purpose of the present invention is to provide a clamp switching device that can realize the collinear production of multiple models and enhance the flexibility of the welding main line. The peripheral surface of the mounting plate is provided with a clamping mechanism for clamping the vehicle body at intervals. The mounting plate is coaxially fixed with a rotating shaft, the rotating shaft is rotatably arranged on the fixed seat, and the fixed seat is also provided with a positioning pin. In normal use, the locating pin is inserted into the locating hole to limit the rotation of the mounting plate, and the clamping mechanism clamps the vehicle body. If the vehicle model needs to be switched, the external force is inserted into the locating hole to push the locating pin out of the locating hole and separate. The restraint of the plate is released, and then the external force rotates, and the mounting plate rotates along with it to the position of the clamping mechanism corresponding to the switching model. .

The invention relates to the technical field of coating, and discloses a powder-spraying and paint-spraying single-line spray system. The powder-spraying and paint-spraying single-line spray system comprises a gluing chamber, a colored paint spraying chamber, a leveling chamber I, a clear lacquer spraying chamber, a leveling chamber II and a drying chamber, which are sequentially arranged, and further comprises a mobile powder room, wherein an opening for allowing the mobile powder room to get in and get out is formed in the leveling chamber II; and an opening-closing device is corresponding to the opening. The system can realize powder-spraying and paint-spraying on a single production line. In the meantime of achieving advantages of zero VOC emission and low input of powder spraying, requirements for spraying in different colors for work pieces can be met conveniently by utilizing an advantage that multi-color spraying can be realized by utilizing paint spraying, and the cost is reduced. The invention further provides a powder-spraying process and a paint-spraying process. The powder-spraying process comprises the steps of gluing, carrying out powder-spraying pretreatment, carrying out powder-spraying, drying and the like; and the paint-spraying process comprises the steps of gluing, spraying colored paint, carrying out primary leveling, spraying clear lacquer, carrying out secondary leveling, drying and the like. The powder-spraying process and the paint-spraying process can be carried out on the same production line, and are convenient in coating.

A universal sand core structure and usage method for superchargers on a casting production line, comprising: a lower shell, and an upper shell molded on the lower shell, wherein the lower shell and the upper shell are equipped with clamping positioning, clamping tightening, and transport pallets Positioning and transport pallets are placed, and the lower shell is also provided with hoisting guides and hoisting planes; clamping positioning columns are installed in the clamping positioning; On the top of the shell; the positioning of the transport pallet is equipped with a pallet positioning column; the transport pallet is placed on the positioning of the transport pallet and has the same shape as the pallet; the hoisting guide is a vertical groove set at the corner of the lower shell and the upper shell; the hoisting plane is set In the plane of the four corners of the lower shell and the upper shell. The present invention not only enables the same supercharger sand core structure to carry out the production work of sand core positioning, sand core clamping, sand core hoisting and other products at the same time; moreover, it can also realize the collinear production of multiple products, which improves the Production efficiency of the production line.

The invention discloses a skid and its automobile production line, comprising one or more than two skid units, a splitting mechanism and a locking and unlocking device; the splitting mechanism is arranged on the skid unit, connecting two The skid unit is used to combine two or more skid units into a whole according to different production requirements, or split two or more skid units combined into independent The sled unit, the opening and closing mechanism includes a male head, a female head and a latch, the male head is arranged at one end of the sled unit, the female head is arranged at the other end of the sled unit, and the positions of the male head and the female head correspond to each other. There is a pin used to fix the male head and the female head between the male head and the female head. The skid and its automobile production line can use each skid as an independent unit, or can be locked by a lock according to the different production models. Combination and disassembly of independent skid units by means of a tightening mechanism to achieve collinear production of multiple models of different sizes.