50results about How to "Convenience for subsequent transportation" patented technology

The invention provides an anode carbon block carbon bowl cleaning unit convenient for subsequent transportation and an application method thereof. The anode carbon block carbon bowl cleaning unit comprises anode carbon blocks, an inlet conveying device, a carbon bowl cleaning groove, a fully-enclosed dustproof cover, carbon bowl cleaning devices and a control system; the inlet conveying device starts on the ground, and is upwardly connected with the carbon bowl cleaning groove; the fully-enclosed dustproof cover is arranged over the carbon bowl cleaning groove, corresponds to the carbon bowl cleaning groove and is connected with a liquid nitrogen tank; the carbon bowl cleaning devices are arranged in the carbon bowl cleaning groove; the carbon bowl cleaning devices comprise ultrasonic position detection devices, cleaning drills, cleaning brushes and rotating plates; the ultrasonic detection position devices, the cleaning drills and the cleaning brushes are arranged on the rotating plates uniformly with an angle of 120 degrees reserved; the bottom of the carbon bowl cleaning groove is connected with a dust collecting device; and the back of the carbon bowl cleaning groove is connected with a carrying conveying belt. The anode carbon block carbon bowl cleaning unit has the advantages of being high in automation degree, good in dustproof and noise-reducing effects, capable of realizing automatic stacking, and convenient for batch cleaning and processing of the anode carbon block carbon bowl.

The invention provides a multilayer tube row lifting hook which comprises a positioning hook, wherein a connection block is arranged on the positioning hook; a clamping wheel is arranged at the bottom of the positioning hook through a pin with a hole; a lifting hook is arranged on the connection block through the pin with the hole and is embedded into a groove in the end face of the clamping wheel. According to the device disclosed by the invention, the shortcomings in the prior art are overcome; a plurality of pipe rows can be simultaneously lifted and transported at a time, so that the pipe row lifting and transporting time is obviously shortened, and the production efficiency is improved; furthermore, the precision of placement positions between surfaces of the pipe rows can be guaranteed, and the subsequent transportation is facilitated; the multilayer tube row lifting hook can be matched with various specifications of clamping wheels. The multilayer tube row lifting hook has the advantages of high generality, small volume, low manufacturing cost and simplicity in loading and unloading and is favorable for large-scale use in a production workshop.

The invention discloses an intelligent partitioning and stacking arrangement method and device and relates to the field of brick making. By means of the method, brick blocks on each layer of stacked bricks can be arranged in a horizontal and longitudinal partitioning mode at will during stacking, more scientific and reasonable arrangement of the brick blocks is facilitated, and the firmness of the stacked bricks is improved. By means of the device, the brick blocks are transferred sequentially from a supporting plate to a first pushing device, a detection device, a horizontal pushing device, a rotary platform, a second pushing device and a carrying plate and finally form scientifically and reasonably arranged brick layers on the carrying plate, and the different brick layers are stacked to form the stacked bricks through a stacking device. The intelligent partitioning stacking arrangement device is compact in structure and small in occupied space, the structure of the finished stacked bricks is reasonable and firm, and the stacked bricks can be conveniently transferred, used and the like.

The invention discloses an Enteromorpha automatic salvage and dehydration system and a monitoring method based on big data analysis and monitoring, wherein the system includes: Enteromorpha interception line, which is an interception line composed of a plurality of floating balls floating on the sea surface; There are 3‑5 through holes evenly opened on the top; the salvage mechanism includes a rotating shaft, a paddle and a rotating motor; the rotating motor is arranged inside the float; the first end of the rotating shaft is connected with the output shaft of the rotating motor, and the second end is connected by The through hole extends out of the floating ball and connects with the paddle; the transmission mechanism includes the main pipe, the branch pipe and the conveyor belt; the branch pipe is set corresponding to the floating ball; the opening at the bottom of the branch pipe is connected with the main pipe; the conveyor belt is arranged on the main pipe In the channel; the collection mechanism, which communicates with the main pipeline; the control system, which controls the rotation of the rotating motor and the transmission of the conveyor belt. It realizes the automatic salvage and collection of Enteromorpha, saves manpower, improves the treatment efficiency of Enteromorpha, and protects the marine environment.

The invention relates to the technical field of corrugated paper production, and discloses corrugated paper production and processing equipment. The feeding board and the cardboard outlet are aligned, so that the produced cardboard will move to the bottom of the rotating roller, and the rotating rod is connected to the rotating drive. , so that the rotating rod rotates, thereby driving the rotating roller to rotate, so that the cardboard below can be moved to the left, so that it can move into the two guide plates through inertia, and the cardboard will fall into the two guide plates when blocked by the intercepting plate. On the board, the right side of the two guide plates is inclined to the side close to each other, so that the cardboard can move along the guide plate to the direction of the two finishing plates, and at the same time pass through the lower half of the two guide plates to the direction of mutual approach Tilting can make the cardboard stably enter between the two sorting plates along the lower half of the two guide plates, so as to fall into the two movable plates, so that the produced cardboard can be sorted to facilitate subsequent transportation. When reducing the labor force of the staff.