76results about "Loading/unloading" patented technology

An automated warehouse system may require less space than conventional warehouse systems. The automated warehouse system is configured so that loads are stored in storage areas formed by vertically extending support pillars and horizontally extending beams. The loads are loaded into the storage areas, and the loads are unloaded from storage areas. The automated warehouse system comprises: vertical guide rails disposed on the support pillars; horizontal guide rails disposed on the beams; and a movable platform having a frame body and guide rollers, at least part of the frame body having the same rectangular shape as a shape of at least part of at least one of the storage areas and having vertical frame members and horizontal frame members, the guide rollers being disposed on the vertical frame members and engaging the vertical guide rails or disposed on the horizontal frame members and engaging the horizontal guide rails.

An automatic tube-type specimen container supply apparatus includes a container storing box a bottom of which has a tapered surface having a container collecting position in a lowest part thereof to collect a plurality of tube-type specimen containers in one spot, a container individually-sending mechanism which lifts up the collected specimen containers one by one along one-side wall located close to the position, an outlet which allows the specimen containers to be discharged outside the box, and a container carry-out mechanism including a conveyor to automatically carry out the discharged specimen containers. The container individually-sending mechanism includes a lifting plate driven up and down and having a top end with a tapered surface. The tapered surface has a space to place only one specimen container lying on a side thereof and descending toward an outside of the container storing box.

The invention discloses a container yard management mode on cloud, and belongs to the technical field of container logistics. The container yard management mode on cloud involves a port information center, a container operator, a container yard, a CFS warehouse, a consolidated company and a consolidated truck driver. According to the container yard management mode on cloud, the contradiction between ground demands of the container yard and land tension of surroundings around the port, the contradiction between the empty-load transportation of devanning service empty container returning and theempty-load transportation of encasement service container despatching and the contradiction between traditional yard informatization island and logistics informatization demands are comprehensively solved. After containers are devanned, the containers are directly matched with the nearest container user, and when the container amount is insufficient, the containers are supplemented by the imported to-be-lightered containers, and then linkage supplemented by the container yard if insufficiency still exists. In the process, a cloud container yard platform realizes intelligent scheduling of thecontainers through big data cloud computing, and each qualified to-be-returned container is used as an inventory of the cloud container yard platform; meanwhile, the yard dispatching mode is transformed into a cloud container yard platform mode combining a distributed type, micro-inventory, direct-matching with fast-circulation; and finally, a traditional container yard is reserved and is used asan inventory and maintenance container.

A reduced height combination ramp and load leveler includes at least two lengthwise support members, a plurality of cross members and plurality of cross treads. A retention tube is secured to each end of the at least two lengthwise support members. The at least two lengthwise support members and the plurality of cross members are preferably fabricated from an aluminum alloy having a tensile strength of at least 50,000 to reduce a height of the combination ramp and load leveler. Two stake receivers allow a single ramp to be used as a load leveler. Each stake receiver is sized to removably receive an adjustable stake. A ramp stand includes a support base and an adjustable tube receiver that is vertically positionable relative to the support base. The adjustable tube receiver retains the retention tubes.

The invention relates to a feeding device, in particular to a quantitative industrial raw material feeding device and aims at providing a quantitative industrial raw material feeding device capable of performing quantitative feeding. For solving the technical problem, the quantitative industrial raw material feeding device comprises a processing groove, a lower sliding rail, a lower sliding block, a lower rack, a feeding pipe, a lower insertion plate, a first rotating motor, a gear, an upper rack, an upper sliding block, an upper sliding rail, an upper insertion plate and the like. The left wall of the feeding pipe is provided with a third through hole and a first through hole, the third through hole is located above the first through hole, the right wall of the feeding pipe is provided with a fourth through hole and a second through hole, the fourth through hole is located above the second through hole, and the third through hole and the fourth through hole are located at the same height. The quantitative industrial raw material feeding device has the advantages of being simple in structure and simple to operate.

The invention relates to the field of belt conveyors, and discloses a belt conveyor with a variable discharge port, which is characterized in that a controller is started, a humidity detector detects the humidity of grains, a detection signal is transmitted into the controller through a data line after detection, the detected humidity is compared with a numerical value set by the controller, an air supply motor and a heating frame are started according to the humidity comparison result, so that the air supply motor enables a fan to rotate to different speeds according to the control of the controller, meanwhile, a heating wire is controlled to heat to different temperatures, the fan rotates to generate a certain amount of air, and the air is blown into the heating frame, heated through the heating wire and then blown into an anti-skid groove, so that the grains can be dried, and meanwhile, the air speed and the heating temperature are controlled through the controller according to the humidity comparison value, and therefore the purpose of saving energy is achieved.

The invention discloses a retort feeding device. The device comprises a dustpan used for scattering materials into a wine retort, a hopper used for feeding the materials into the dustpan and a swing mechanism capable of enabling the dustpan to do a reciprocating curvilinear motion in the horizontal direction, wherein a feeding mechanism and a material scattering mechanism are separated from each other, the load of a vibration mechanism is reduced, the service life of the vibration mechanism is prolonged, the feeding mechanism can store the materials in advance, the material taking frequency isreduced, and the production efficiency is improved.

The invention relates to a protective cover, in particular to an adjustable solar power supply panel protective cover for a discharging platform safety monitoring system. According to the adjustable solar power supply panel protective cover for the discharging platform safety monitoring system, the position of a solar panel can be adjusted to be irradiated by sunlight all the time, and the solar panel can be protected, the adjustable solar power supply panel protective cover for the discharging platform safety monitoring system comprises the discharging platform, and a groove table is installed on one side outside the discharging platform. By pulling a rotating shaft to rotate, the rotating shaft rotates to drive a transmission assembly to rotate, the transmission assembly rotates to drivea transmission shaft to rotate, the transmission shaft rotates to drive a guide body to rotate, the guide body rotates to drive a guide block to rotate, the guide block rotates to drive the solar panel to rotate to a position where can be irradiated by sunlight, and the solar panel can be always irradiated by sunlight to supply power to the safety monitoring system.