8results about How to "Synchronous delivery" patented technology

The invention relates to the technical field of cutting devices, and particularly discloses an automatic cutting device for photovoltaic frame production, which comprises an automatic feeding assembly and an automatic cutting assembly, and the automatic feeding assembly is positioned on one side of the automatic cutting assembly; the automatic feeding assembly comprises a feeding frame assembly, a material receiving and conveying assembly, an overturning and conveying assembly and a conveying assembly, the material receiving and conveying assembly, the overturning and conveying assembly and the conveying assembly are all located at the upper end of the feeding frame assembly, and the overturning and conveying assembly is located between the material receiving and conveying assembly and the conveying assembly; the automatic cutting assembly comprises a cutting base assembly, an angle adjusting assembly, a cutter assembly, a feeding gripper, a cutting discharging assembly and two positioning assemblies, and the feeding gripper is slidably connected to the cutting base assembly. According to the photovoltaic frame cutting device, the photovoltaic frame can be automatically cut, it is ensured that the cutting size of the photovoltaic frame is accurate, the overall performance and safety of a photovoltaic module are improved, and industrial injury risks are reduced.

The present invention relates to the field of aviation component detection technology, and discloses an aviation component defect detection device, including a fixed plate, the front and rear ends of the fixed plate are both annularly fixedly installed with four connecting rods, and the front ends of the four connecting rods located in the same plane are commonly fixedly installed with a positioning mechanism, the front end of the positioning mechanism located at the rear is fixedly installed with a support plate, a detection mechanism is movably connected in the fixed plate, and the lower parts of the outer surfaces of the fixed plate and the two positioning mechanisms are commonly fixedly installed with two support seats. An aviation component defect detection device of the present invention realizes accurate mechanical positioning and automated detection of truss structure tubes through the coordinated use of a positioning mechanism and a detection mechanism, improves the consistency and reliability of detection, ensures that each detection reaches the same high quality standard, and at the same time utilizes the positioning body in the positioning mechanism to make the entire process coherent and efficient, so that detection and transportation are carried out simultaneously, which is conducive to improving productivity and reducing production costs.

The invention provides an electric-manual double-drive switching water diversion gate which is characterized in that a gate mechanism comprises a channel, a gate chamber is arranged on the channel, a plurality of guide groove columns are fixedly installed in the channel, sliding grooves are formed in the guide groove columns, and gates are installed on the guide groove columns in a sliding mode through the sliding grooves; a lifting screw rod is connected to each gate, a rotating block is connected to one end of each lifting screw rod, lifting blocks are fixedly connected to the two sides of each rotating block, and an internal thread block is connected to the gate chamber; in an emergency, an operator only needs to press an unlocking handle and rotate an unlocking disc in an operation room, a butt joint groove block can be separated from a butt joint column of an electric drive part through an eccentric connecting rod mechanism, so that a motor power chain is cut off rapidly in a labor-saving mode, a manual power chain is connected at the same time, no component needs to be disassembled in the whole switching process, and the switching efficiency is improved. Operation is simple and visual, the emergency response time is greatly shortened, and it is ensured that the gate can be manually controlled in time when power failures occur.

The application relates to a printed matter cutting and separating device, and belongs to the technical field of packaging material processing equipment. The cutting and separating structure comprises a cutting assembly, a separating assembly, a winding assembly and a rack. The cutting assembly is arranged at one end of the rack. The cutting assembly comprises an auxiliary roller, a cutting roller, a cutting motor and a traction mechanism. The auxiliary roller is rotationally arranged at one end of the rack. The traction mechanism is arranged on the rack and located at one side of the auxiliary roller. The cutting roller is rotationally arranged on the rack and located between the auxiliary roller and the traction mechanism. A plurality of cutting knives are arranged on the cutting roller. The separating assembly is arranged at the other end of the rack. The winding assembly is arranged on the rack and located above the separating assembly. The working end of the cutting motor is arranged on the cutting roller. The cutting motor provides power for the rotation of the cutting roller. The application has the technical effects of shunting, guiding, preventing deviation and winding.

The utility model provides a traction roller follow-up synchronizing mechanism and a traction tool apron thereof, and relates to the technical field of conveying equipment, the traction roller follow-up synchronizing mechanism comprises an intermediate gear mounting plate and a fixing plate which are respectively and fixedly mounted on the traction tool apron, an intermediate gear is rotatably mounted on the intermediate gear mounting plate, and a follow-up gear mounting plate is hinged to the intermediate gear mounting plate; the middle gear and the follow-up gear mounting plate are coaxially arranged, a follow-up gear is rotationally mounted on the follow-up gear mounting plate, the middle gear is meshed with the follow-up gear, a reset assembly is arranged between the follow-up gear mounting plate and the fixing plate, and the follow-up gear serves as an intermediate tooth, so that the traction rubber roller and the traction bottom roller always synchronously run in the same direction, and meanwhile the reset assembly is reset. The gap between the traction rubber roller and the traction bottom roller is adjustable, and therefore synchronous conveying of thin multi-layer materials and thick multi-layer materials can be achieved.

The invention relates to a high-power solid oxide electrolysis reactor structure and a module thereof. The high-power solid oxide electrolysis reactor structure comprises a central assembly consisting of an air inlet base, a lower reactor core, a partition plate, an upper reactor core and an end cover which are stacked from bottom to top, the first air inlet side cover, the second air inlet side cover, the first air outlet side cover and the second air outlet side cover are fixed to the outer side of the center assembly. The first air inlet side cover, the second air inlet side cover, the first air outlet side cover and the second air outlet side cover are the same in structure and are respectively provided with a first airflow cavity and a second airflow cavity which are isolated from each other. Four side surfaces of the air inlet base are respectively provided with two buffer cavities which are independently arranged. The lower reactor core and the upper reactor core are respectively formed by stacking a plurality of single battery units, and the partition plate is arranged between the lower reactor core and the upper reactor core. According to the high-power solid oxide electrolysis stack structure and the module thereof, independent gas supply of the upper reactor core and the lower reactor core is realized, uniform gas distribution of each battery channel of the high-power electrolysis stack is ensured, and the volume power density of the electrolysis stack is improved.

The utility model relates to a pharmaceutical factory single -power conveying line cross different level clean area conveying device belongs to pharmaceutical factory conveying device technical field, adopts single -power, segmented delivery, can satisfy the requirement of medicine factory cross -region delivery. Including gear assembly, four conveyors gear and two gear shafts, every two conveyors gear sets up in a gear shaft and constitutes conveying assembly, two conveying assemblies are arranged on two adjacent conveyors respectively, and two gear shafts are drivenly connected through gear assembly. The utility model adds a device in two section conveyors, realizes power transmission, delivery synchronization, avoids reciprocating motion, satisfies the requirement of GMP, reduces clean room pollution risk simultaneously.

The invention provides a quantitative automatic conveying device and method for food processing powder, and belongs to the field of conveying devices. Comprising a base and a fixing plate, the fixing plate is fixedly connected to the base, a material tank is fixedly connected to the fixing plate, a discharging pipe is fixedly connected to the material tank, a feeding assembly is arranged in the discharging pipe, a round shell is movably connected to the base, and a plurality of mounting plates are fixedly connected to the side wall of the round shell; according to the food powder quantitative filling device, food powder can be efficiently and quantitatively filled into the material distributing shells through driving of the conveying assembly, quantitative filling operation of the food powder on the multiple material distributing shells can be achieved through driving of the moving assembly, and then the station conversion function is completed through driving of the rotating assembly; the quantitative filling of the food powder is realized while the discharging of the food powder is completed through the reverse driving of the moving assembly, and the device has the advantages that the conveying and the discharging are synchronously carried out, and the multi-quantitative material distribution is realized at one time.