39results about How to "Increase shipping speed" patented technology

The invention discloses a continuous vertical conveyor, and relates to the technical field of conveying equipment. The continuous vertical conveyor comprises a rack, a limiting mechanism, a conveying mechanism, an oiling mechanism and a dust removal mechanism are arranged in the rack, a mounting plate is fixedly mounted in the rack, a first motor is fixedly mounted on the rear side of the mounting plate, and two rotating shafts are rotationally mounted on the outer surface of the front side of the mounting plate. According to the continuous vertical conveyor, through cooperative use of a fixing rod, a sliding block, a lifting plate, a limiting groove, a limiting block, a conveying rod and a mounting rod, in the conveying process, the stability of goods is guaranteed, and the situation that the goods fall off in the overturning process, as a result, the goods are damaged, and the continuous vertical conveyor cannot normally operate is avoided, so that the conveying efficiency of the continuous vertical conveyor is improved, and meanwhile the stability of goods during transportation is guaranteed.

The invention provides a container transportation system and method based on river and ocean combined transportation. The system comprises a first port container management subsystem, a railway transportation management subsystem, a second port container management subsystem and a target loading and unloading machine; the first port container management subsystem is used for generating container combined transportation forecast information, generating a train loading plan according to the container combined transportation forecast information and marshalling yard conditions and sending the container combined transportation forecast information and the train loading plan; the railway transportation management subsystem is used for generating a railway transportation plan, dispatching a railway train to travel to a second port according to the railway transportation plan as well as generating and sending actual container combined transportation information; the second port container management subsystem is used for determining a target yard position, the target loading and unloading machine and a target transportation ship and generating a train unloading plan and a ship loading plan; and the target loading and unloading machine is used for unloading the railway train according to the train unloading plan, placing unloaded containers to the target yard position and loading the target transportation ship with the containers according to the ship loading plan. Through application of the system and the method, the system universality and the container transportation efficiency are improved.

The invention discloses a water surface pollution garbage clearing machine which comprises a clearing machine body, a garbage feeding box, a vibrating spring and a guider. The garbage feeding box is installed on one side of the clearing machine body. The vibrating spring is installed in the garbage feeding box. The guider is installed on the other side of the clearing machine body. The machine isscientific and reasonable in structure and safe and convenient to use, the garbage feeding box is arranged, by means of the function of a classifying and filtering plate in the garbage feeding box, garbage fished out is filtered and classified, and users can carry out treatment in the later period conveniently; the vibrating spring is arranged, the elastic force effect of the vibrating spring is utilized, the classifying and filtering plate and a transporting plate vibrate constantly in the transporting process, the sliding-down speed of the garbage is accelerated, the situation that the garbage blocks the upper end of the classifying and filtering plate and the upper end of the transporting plate is avoided, and the garbage collecting efficiency is improved; and the guider is arranged, awater sucking fan in the guider generates the suction effect, thus the garbage at the front end of the device is attracted and centralized to one side of a fishing and transporting belt, and thus thegarbage clearing efficiency is improved.

The invention discloses a blowing treatment system for viscose yarns, and relates to the technical field of textiles. The system comprises a pulverizing device, a mixing device, an impurity removing machine and a blowing line, the pulverizing device comprises a plurality of feeding hoppers and feeding pipes connected with the lower ends of the feeding hoppers, conveying rollers are rotatably connected with the interiors of the feeding pipes, a pulverizing box is arranged at the lower ends of the feeding pipes, a pair of rotary shafts are rotatably connected with the interior of the pulverizingbox, rotary discs are arranged on the rotary shafts, gaps are formed in the sides, close to each other, of the rotary discs, two groups of pulverizing needle groups are arranged on the sides, close to each other, of the rotary discs, two groups of the pulverizing needle groups on the rotary discs are staggeredly arranged, and a delivery passage is formed between the two pulverizing needle groups.The system has the advantages that by arranging the pulverizing device and the mixing device with high automation level are arranged to perform pulverizing and mixing of cotton pieces, traditional manual operation is replaced, labor force is saved to a great extent, the labor intensity of workers is effectively reduced, and the production efficiency is improved.

The invention provides a steel roof color plate transportation method, The steel roof color plate transportation method is characterized by including steps of S1, setting an angle steel bracing at thecenter of the inner gutter in the roof panel, and laying the rail along the extending direction of the inner gutter; S2, preparing a transport tool, and arranging a support clamp and a limit clamp onthat transport tool; S3, arranging a reserved hole on that roof, and arranging a color plate of the roof to be installed on the transportation vehicle after being hoist through the reserved hole, andpushing the transport vehicle to move to the installation position on the rail; S4, mounting the color plate bracket, and then completing the color plate installation. The steel roof color plate transportation method can remarkably reduce the manpower consumption of the transportation of the steel structure roofing color plates under the large span and light structure, reduce the construction cost, effectively improve the construction safety coefficient, remarkably improve the transportation efficiency of the roofing color plates, and reduce the transportation time of the high-altitude and long-distance roofing color plates.

The invention provides an urban rail traffic passenger flow precise control method and an urban rail traffic passenger flow precise control system based on a passenger flow demand and relates to the technical field of operation management of urban rail traffics. The method comprises the following steps of constructing a passenger flow demand matrix according to passenger travel information; determining a passenger flow control decision variable according to the passenger flow demand matrix; constructing a passenger flow control linear constraint according to the passenger flow control decisionvariable; constructing a passenger flow control optimization model with the shortest passenger flow waiting time as a target according to the passenger flow control linear constraint; and solving thepassenger flow control optimization model to obtain a passenger flow precise control scheme, wherein the passenger flow precise control scheme is input a control system as a passenger flow control parameter to realize passenger flow precise control. With the urban rail traffic passenger flow precise control method and the urban rail traffic passenger flow precise control system based on the passenger flow demand, the capacity of a train can be fully utilized, all passengers arrival at a platform can take the next train, thereby avoiding gathering of the passenger flow at the platform; and while guaranteeing safe operations, the waiting time of passengers is shortened and the operating efficiency is improved.

The invention discloses a multifunctional automobile glass transfer trolley, which includes several glass spacers, a support frame for installing and supporting the automobile glass, and a push-pull handrail. The support frame includes a mounting frame and a symmetrically arranged and vertically fixed The left spacer installation column and the right spacer installation column at the rear end of the frame; the glass spacer is distributed left and right, and a 5°-35° angle is formed between the glass spacer, the left spacer installation column and the right spacer installation column. Every two corresponding glass spacers form a glass spacer group, and a glass storage space is formed between two adjacent glass spacer groups; the glass spacers are telescopic structures, and each glass spacer The outside of the spacer is provided with a glass fixing device that can be vertically fixed on the outside of the spacer and can be rotated to a position parallel to the glass spacer. The multifunctional car glass transfer trolley obtained by the present invention has the advantages of saving time and labor for transferring and placing the glass, and the glass is not easy to slip, and can adapt to the transfer of glasses of different sizes.

The invention relates to an aerial transport installation comprising at least one endless track (2) for vehicles (4), said at least one endless track comprising: a main track suspended above the ground and having at least one curvature (10 to 16) Guide rail (6); at least one vehicle (4) equipped with a set of main wheels (25) configured to run on the main rail (6); aerial traction cables (31); drive means (33) , the driving device is configured to drive the cable (31); and the guiding device (34), the guiding device is configured to guide the cable (31) along the main rail (6), and the vehicle (4) includes a Attachment means (43) for attaching the vehicle (4) to the cable (31).