171results about How to "Shorten unloading time" patented technology

The invention discloses a logistics intercity distribution system. The logistics intercity distribution system comprises a logistics cooperative unit and a client unit, wherein the logistics cooperative unit comprises a basic data module, a car source information module, a waybill management module, a receipt management module and an inventory management module; the client unit comprises a shipping order query module and a receipt management module; the logistics cooperative unit further comprises a logistics cooperative unit management module provided with a program entry and used for inputting a username and a password; and the logistics cooperative unit management module verifies whether the username and the password are correct or not through a server and sends verification information to the client unit. According to the system, based on supply chain network design, through order full-life-cycle management and node monitoring, the visualization of a whole business process is achieved, the business risk management control level of an enterprise is improved, and the enterprise operation and the customer service quality are improved.

The invention discloses a full-automatic float-garbage clearing and packaging vessel. A vessel body is of a double-head single-hull type. The vessel comprises the vessel body, a collecting device, a smashing device, a screw conveying device, a compressing and bundling device and a storing and discharging device. The collecting device, the smashing device, the screw conveying device, the compressing and bundling device and the storing and discharging device are sequentially mounted from a vessel bow to a vessel stern in the vessel body. The collecting device is arranged between two heads of the vessel bow. The vessel is adaptable to cleaning riverway rubbish and aquatic plants and capable of compressing collected and smashed rubbish and aquatic plants, thus improving load of the vessel, shortening discharging time of round trip, facilitating discharging, increasing production efficiency and saving production cost.

The invention relates to the technical field of machining equipment for materials such as cylindrical parts and pipe fittings, in particular to a chamfering machine. The chamfering machine comprises a feeding device, a pushing device arranged at a discharge port of the feeding device, a discharging device arranged on one side of the pushing device and a chamfering device for chamfering materials; the chamfering device is provided with a chamfering mechanism, a fixture mechanism for clamping the materials and a fixture moving driving mechanism for driving the fixture mechanism to move, and when the fixture mechanism takes or unloads the materials, the fixture mechanism is located between the pushing device and the discharging device. According to the chamfering machine, the structure is compact, and automated production is easy to achieve; the fixture mechanism conveniently takes or unloads the materials, the fixture mechanism is located between the pushing device and the discharging device when the fixture mechanism takes or unloads the materials, the materials are pushed by adopting the same pushing device, therefore, no other mechanism is adopted to unload the materials from the fixture mechanism, and the production cost is reduced; in addition, after unloading the materials, the fixture mechanism can take the materials immediately, the material taking or unloading time is greatly shortened, and the production efficiency is improved.

The present invention provides one kind of integrated dyeing kettle for continuous dyeing process. The integrated dyeing kettle has one kettle body with supercritical fluid inlet and outlet, one fabric fixing device and at least one dye holding device inside the kettle body. The present invention combines the dye kettle and the dyeing kettle into one kettle and has the two technological steps of dissolving dye and dyeing fabric completed in the same kettle, so that the present invention has reduced supercritical fluid and dye loss, reduced power consumption and raised production efficiency.

The invention provides a discharging control system. The discharging control system comprises a detecting unit, a calculating unit and a control unit, wherein the detecting unit is used for determining incompletely-discharged stock bin in stock bins, the calculating unit is used for calculating the discharging interval time Y of the matched stock bins with adjacent discharging orders according to the discharging order, the positions W of the stock bins, the speed V of a conveying belt, the lengths L of discharging doors and the distance D between the adjacent discharging doors, the position Wn of the nth stock bin is equal to n which is progressively increased along the motion direction of the conveying belt, wherein Yj=(Wi-Wj+1)*X+(Wi-Wj)*J, X=L/V, J=D/V, the discharging orders of the ith stock bin and the jth stock bin are adjacent, and the ith stock bin is used for discharging after the jth stock bin is used for discharging. When the jth stock bin is used for discharging, the control unit can control the opening of the discharging doors of the ith stock bin after waiting for the waiting time Yj. The invention also provides a discharging control method. According to the technical scheme of the discharging control system, different aggregates can be prevented from being piled on the conveying belt in the discharging process so as to avoid the scattering of the aggregates. Moreover, the discharging time can be shortened, and the discharging efficiency and the aggregate mixing effect are enhanced.

The invention relates to a salvage ship used for salvaging water surface floating objects in a classified mode. The water surface floating objects are searched through a water surface searching device, then the salvaged objects are smashed and salvaged through a crushing device, the salvaged objects on a conveying device are judged through a water surface floating object property distinguishing device, the water surface floating objects are classified, and the objects are salvaged and stored in different compression methods according to the properties of the classified floating objects. The salvage ship can greatly improve collection efficiency, the collection capacity of the salvage ship is enhanced, the loading amount of the ship is increased, and the back and forth unloading time is shortened.

The invention relates to a fishing method for classifying and salvaging surface floats, A surface float is searched by a surface search device, Afterwards, the salvage objects are broken and salvagedby the crushing device, and the salvage objects on the conveying device are judged by the water surface float property judging device, the classification of the water surface floating objects is completed, and the salvage storage is completed by adopting different compression methods according to the properties of the classified floating objects. The salvaging method can greatly improve the collection efficiency, enhance the collection capacity of the salvage ship, increase the loading capacity of the ship, and reduce the round-trip unloading time.

A flat-panel display (FPD) manufacturing apparatus is disclosed which not only includes a load lock chamber, a feeding chamber, and a processing chamber, at least one of which has a vertically-stacked chamber structure to achieve an enhancement in substrate processing efficiency, but also includes a temporary substrate storing space for temporarily storing substrates in the feeding chamber to reduce the time taken to feed substrates. Another FPD manufacturing apparatus is disclosed which includes a load lock chamber, a feeding chamber connected to the load lock chamber, a temporary substrate storing space arranged at a predetermined portion of the feeding chamber, and at least one processing chamber connected to the feeding chamber.

The invention discloses an unloading device and an unloading method for pebble-bed reactorfuel spheres. Theunloading device comprises an unloadingcomponent, at least one limiting device, a driving device and a fixing device, wherein theunloading component is used for accommodating a plurality of to-be-unloaded fuel spheres; each limiting device is used for limiting each corresponding to-be-unloaded fuel sphere; and the driving device is used for providing a driving force for each limiting device. Theunloading method comprises the steps as follows: S1, theunloading component is aligned to each corresponding to-be-unloaded fuel sphere; S2, each limiting device is located in a set initial position; S3, the driving device drives each limiting device to rotate to enable each corresponding to-be-unloaded fuel sphere to completely enter theunloading component; S4, each to-be-unloaded fuel sphere is unloaded to a corresponding designated position; S5, steps S1-S4 are repeated. According to the unloading device and the unloading method, unloading of the pebble-bed reactorfuel spheres arranged regularly and batch unloading of the fuel spheres can be realized.

A material unloading method and apparatus for the silver catalyst reaction tube is disclosed. Said method features that the high-pressure gas is introduced to the catalyst reaction tube and a sucking unit is installed to the top of reaction tube to carry the silver catalyst from reaction tube to the filtering and recovering unit. Its apparatus is composed of high-pressure gas pump, high-pressure gas delivering tube, valve, high-pressure gas tube, and said sucking unit and filtering and recovering unit.

The invention provides a scrap edge coiler device. One scrap edge coiler is arranged on each of two sides of the rear side of a circle shear on a production line. The device comprises the two scrap edge coilers which are symmetrically arranged on the left and right sides of the production line; each scrap edge coiler consists of a left frame (14), a right frame (16), a left gear box (13), a right gear box (15), a motor (18), a transmission mechanism (8) and a drum; the left gear box (13) is fixed on the left frame (14); the right gear box (15) is fixed on the right frame (16); the motor (18) drives the transmission mechanism (8) to rotate the drum; the drum is vertical; the expansion and shrinking of the drum is realized in the mode that an oil cylinder (19) drives a pull rod (4) to slide in a hollow shaft (5); the lower end of the pull rod (4) is fixed with a sliding sleeve (6); and the sliding sleeve (6) is connected with a rotating claw to expand and shrink. By using the scrap edge coiler device, materials can be conveniently unloaded, labor time is saved, production efficiency is improved, and the production line can operate easily and smoothly.

A transportation system for unloading of goods comprises a baseplate. A turnplate is arranged at one side of the baseplate. A housing of an oil cylinder I is fixedly connected to the baseplate. A retractable rod of the oil cylinder I is hinged to the turnplate. A housing of an oil cylinder II is hinged to the turnplate. A retractable rod of the oil cylinder II is hinged to one side of a transporting plate of a frame-type structure, and the turnplate is hinged to the other side of the transporting plate. Multiple rollers are arranged at intervals in the transporting plate of the frame-type structure and are mounted on a shaft I in a tight fit manner, and two ends of the shaft I are fixed in bearings I on the transporting plate. Two sides of the upper surface of the transporting plate are respectively provided with one baffle for preventing boxed goods from sliding down. The rear end of the transporting plate is hinged to a concave connecting plate. The transportation system for unloading of goods is simple in structure, easy to operate, and can be more steady during unloading of goods; reduction of time in unloading of goods and improvement of the unloading efficiency can be achieved.

The invention relates to a scissor type lifting tool for plate stacking. The scissor type lifting tool comprises a scissor type lever mechanism, a main frame, a locking device and a lifting rod, wherein the scissor type lever mechanism comprises two bilaterally symmetrical connecting rod mechanisms, the main frame comprises a fork-shaped bottom plate, a machine body connected onto the fork-shaped bottom plate as well as machine body crosspieces and push-pull handles which are arranged on the machine body, the locking device comprises bottom locking rods, short locking connecting rods, locking rods, a steel unlocking cable and an unlocking pull ring which are connected onto the upper side of the machine body, and the lifting rod is arranged at the top of the machine body. Compared with the prior art, the scissor type lifting tool has the advantages that the lifting tool is safe and reliable, the working efficiency is improved, the quality of semi-finished products is guaranteed and the like.

The invention relates to a small parcel rapid unloading machine for logistics and belongs to the technical field of logistics machinery. The machine comprises a lifting conveyor, the lower end of the lifting conveyor is rotationally connected with a moving base, a goods receiving trolley is arranged on the portion, close to the lower end of the lifting conveyor, of one side of the moving base, and the upper end of the lifting conveyor is movably connected with a horizontal conveyor. The portion, away from the lifting conveyor, of one end of the horizontal conveyor is provided with an adjustable conveying shovel, and the portion, close to one end of the adjustable conveying shovel, of the top of the horizontal conveyor is provided with a raking and sucking manipulator. According to the machine, through the cooperation of the adjustable conveying shovel and the raking and sucking manipulator, active in-batch receiving of small parcels in a carriage can be achieved, the unloading process of the small parcels is more automatic, manual burden is greatly reduced, and the goods are automatically transferred out of a vehicle through the cooperation of the horizontal conveyor and the lifting conveyor, and finally, are stacked to the goods receiving trolley. Automatic unloading and stacking are achieved, and more convenience and high efficiency are achieved.

The invention relates to a rapid unloading method and a loading device for building construction, in particular to a rapid unloading method and a lift car for a constructional engineering goods lift.According to the rapid unloading method for the constructional engineering goods lift, a turnover door is arranged on the rear side wall of a box body of the lift car, and a bottom plate of an inner cavity of the box body of the lift car is provided with an unloading plate. The lift car for the constructional engineering goods lift comprises the box body and the turnover door located on the box body, the turnover door is located on the rear side wall of the box body, the upper portion of an inner panel of the turnover door is fixedly provided with at least one pull rope fixing base integratedwith the inner panel of the turnover door, each pull rope fixing base is fixed to one end of a pull rope, the other end of the pull rope is connected with a winch, and the inner cavity of the box bodyis internally provided with an unloading supporting plate. By means of the rapid unloading method and the lift car, the unloading time is shortened, the transportation efficiency is improved, the construction period is shortened, the cleanliness of the ground around a building is advantageously improved, the safety is improved, the building cost is reduced, and the environmental friendliness is improved.

The invention relates to a fast quantitative loading station and method with super loading capacity, comprises a steel structure tower, wherein the steel structure tower is sequentially arranged fromtop to bottom: a belt machine head, a cushioning bin, a cushioning bin proportioning gate, a dosing bin, a dosing bin unloading gate, a loading chute and a chute gate, wherein a small cushioning bin is arranged between the dosing bin unloading gate and the loading chute. By overlapping the proportioning time of the ration bin and the unloading time of the small buffer bin, the loading time of eachcarriage is reduced by more than ten seconds, which greatly improves the loading efficiency. And increase small buffer silo only need very low cost, the main structure of the loading station can notmake a big change, can achieve the increase of loading capacity. Especially in some of the loading stations that have been built, the effect of increasing loading capacity can be achieved after reasonable transformation in the form of adding small buffer warehouses.