53results about How to "No need for manual sorting" patented technology

Embodiments of the invention provide a data processing method, apparatus and device. According to the technical scheme, undistributed order groups of at least two distribution businesses are obtained; state indexes of distribution personnel are determined; distribution indexes of the undistributed order groups are determined; and based on the distribution indexes and the state indexes, the undistributed order groups are distributed to the matched distribution personnel. Distribution orders of the at least two distribution businesses are subjected to fusion scheduling, so that the distribution cost is reduced, the distribution resources are saved, and the utilization rate of the distribution resources is increased.

The invention discloses an intelligent logistics method. The method comprises the following steps: performing in-city long-distance express transportation by sharing a line with a subway; dividing a service area by taking the subway station as a center to perform short-distance regional distribution; a base station coexisting with the subway station is adopted between underground transportation and ground distribution for express short-time storage, and express sending and taking services of the subway station can be achieved. Meanwhile, full-automatic express sorting is adopted in the whole process, manual sorting is not needed, and therefore the express logistics operation efficiency is improved. The method gives full play to the advantage that subway lines can strictly pass orderly according to planning, combines express sending and taking services of subway stations, adopts express full-automatic sorting in the whole process, does not need manual sorting, greatly improves the express logistics operation efficiency, and facilitates the life of people. And on the other hand, as the link of the traditional receiving and transmitting mode is changed, the occupation of road trafficresources is reduced, the pressure of traffic on the ground is greatly reduced, and the smoothness of urban traffic is greatly facilitated.

The invention discloses an image recognition-based robotic arm automatic sorting system, which includes a central control module, and the central control module is respectively connected with an operation setting module, a sorting execution module, an image acquisition module, and a weighing module through signal lines and a pre-allocation module, the operation setting module includes a sorting frequency setting module, a sorting weight setting module and a sorting shape setting module, the image acquisition module collects image shape information of workpieces to be sorted, and the weighing module is used for The mass of the sorted workpiece is weighed. The invention can generate three-dimensional graphics and weigh the weight of the workpiece based on machine vision shooting the workpiece shape before sorting and during the sorting process, respectively generate attribute lists before sorting and during the sorting process, and identify and classify different types of workpieces. Sorting, and screening out unqualified workpieces, integrating sorting and sieving, automatic operation throughout the process, without manual sorting, improving the efficiency of workpiece sorting and sieving.

The invention relates to a coin arrangement device, in particular to a coin sorting device. The device comprises coin collecting boxes (1), a coin dividing fence cover (2), a sliding channel (3), a coin basket (4), a maintenance hole (5), a baffle (6), a coin dividing fence (7) and a rack (8). A smoothing structure is formed by the sliding channel and the baffle, the U-type groove coin dividing fence is arranged, round holes with the diameters from small to large are sequentially formed in U-type grooves from top to bottom, holes are formed in the right side of the bottom of the coin basket (4), a plurality of coin passing grooves with the width of 28 mm and the depth of 2.8 mm are formed in the sliding channel (3) in the longitudinal direction, and the baffle (6) and the coin dividing fence cover are arranged. When coins are placed into the coin basket, the coins enter the smooth sliding channel from the bottom of the coin basket, and when the coins pass through the smoothing structure formed by the smooth sliding channel and the baffle, the coins can slide downwards along the sliding channel in parallel, and the effect of avoiding overlapping and extruding is achieved. The device is applied to classification of the coins, and is simple in structure, convenient to carry, low in manufacturing cost and especially more suitable for large-coin-circulation-quantity departments such as bus companies and financing institutions.

The invention discloses a sky train transit method based on an undirected weighted graph. The sky train transit method comprises the following steps of: constructing a domestic sky train undirected weighted graph G=(V, E); generating a sky train combination key value pair set K between an origin O and a destination D, and acquiring a set POD composed of sky train transit paths of each key value pair in the corresponding K based on G=(V, E); classifying the transit paths in the POD according to transit cities, queuing the transit paths with the minimum weight in each type of transit paths according to the sequence of the weights from small to large, and taking the N transit paths ranked in the front; querying flights and/or high-speed rail train numbers and tickets left according to traveldates, and combining and splicing the flights and/or high-speed rail train numbers and tickets left to obtain sky train transit route sets L corresponding to the N transit routes; and scoring the skytrain transit routes, and recommending the sky train transit routes to a user according to the sequence of scores from high to low. According to the sky train transit method, the trouble that the usersplices a transit scheme by himself/herself can be avoided; and the advantages and disadvantages of the transit schemes do not need to be sorted manually.

The invention provides an automatic sorting method and system. The system comprises an information acquisition device, a vision inspection device and a product sorting device. The information acquisition device is used for acquiring first sub order information, corresponding to a first production line, in a target order, wherein the first sub order information comprises a target order number and aproduct number N corresponding to the first production line; the vision inspection device is used for acquiring image information of first products on the first production line; the product sorting device is used for putting the N first products into a first storage device according to the first sub order information and the image information. According to the automatic sorting method and system,an image identification technology is used for automatic sorting, sorting errors in the sorting process are avoided, manual sorting is not needed, and the sorting speed is increased.

The invention relates to an automatic sorting method and device. The automatic sorting method comprises the following steps of acquiring basic information of goods to be sorted, determining a rough sorting destination and a loading destination according to the basic information, obtaining a first path of the goods to be sorted from a starting place to the rough sorting destination, obtaining a second path of the goods to be sorted from the rough dividing destination to the loading destination, conveying the goods to be sorted to the rough sorting destination according to the first path, and conveying the goods to be sorted to the loading destination according to the second path. According to the technical scheme of the invention, rough sorting is connected with loading and sorting together, manual sorting is not needed, and the efficiency is relatively high.

The invention relates to an agricultural hydroponic vegetable harvesting and retreating robot which comprises a bottom plate, a top plate, support cylinders, a harvesting device, an auxiliary device,a grabbing device and a drying and grinding device. The support cylinders are mounted on the bottom plate, the top plate is mounted on the tops of the support cylinders, the harvesting device and thegrabbing device are mounted on the top plate from the left to the right, the auxiliary device is mounted at the lower end of the harvesting device, and the auxiliary device and the drying and grindingdevice are sequentially mounted on the bottom plate from the left to the right. The agricultural hydroponic vegetable harvesting and retreating robot has the advantages that the problems of high labor dependency degree and labor cost, low work efficiency, potential safety hazards, complicated treatment and the like in procedures for harvesting hydroponic vegetables and retreating the roots of thehydroponic vegetables at present can be solved by the aid of the agricultural hydroponic vegetable harvesting and retreating robot; the agricultural hydroponic vegetable harvesting and retreating robot can have functions of automatically harvesting and retreating hydroponic vegetables and is high in automation degree and work efficiency, low in labor cost, free of potential safety hazards and easy and convenient to operate, and the like.

The invention discloses sorting equipment for brush machining, relates to the technical field of brush machining, and aims to provide the sorting equipment for brush machining, which can automaticallyand correctly sort brush wires and improve the sorting efficiency. The sorting equipment for hairbrush machining comprises a first mounting frame, a discharging disc, a discharging mechanism and thelike, the discharging disc is fixedly mounted on the first mounting frame provided with a rectangular hole, the discharging mechanism is mounted on the first mounting frame and the discharging disc, and the shaking mechanism is mounted on the first mounting frame. By means of the discharging mechanism and the shaking mechanism, the brush wires in the discharging disc can be automatically stirred to the shaking plate, shaking conveying is conducted on the brush wires through shaking of the shaking plate, the rear ends of the brush wires are automatically aligned in the conveying process, and subsequent sorting is facilitated.

The invention discloses a corrugated board lifting and stacking mechanism beneficial to transferring, and relates to the field of treatment at the tail ends of conveying belts of corrugated board printing machines. The corrugated board lifting and stacking mechanism beneficial to transferring is connected with a conveying belt and a lifting mechanism and comprises a rectangular frame which is formed by two side plates, a sliding plate and a fixed plate, and the upper end and the lower end of the rectangular frame are open. The two side plates are arranged in parallel. Sliding oil cylinders used for pulling the sliding plate to slide are arranged on the outer sides of the side plates and provided with electromagnetic switches. A pressure sensing plate facing the interior of the rectangular frame is arranged at the bottom of the sliding plate and connected with a switch of the lifting mechanism and the electromagnetic switches. According to the corrugated board lifting and stacking mechanism beneficial to transferring, stacking is intelligent, manual sorting and stacking are not needed, and the problem that in the prior art, the working efficiency is extremely low in solved.

The invention relates to the field of environmental protection, and particularly discloses a solid waste screening and separating treatment system. The solid waste screening and separating treatment system comprises a plurality of separation tanks communicated in sequence, separating liquid is filled in each separating box, and the density of the separating liquid is reduced in sequence; the separating box comprises a box body, and the interior of the box body is divided into a sedimentation cavity and a material lifting cavity; a material stirring mechanism capable of ascending and descendingin the vertical direction is arranged in the sedimentation cavity, and the upper end of the material stirring mechanism is fixedly connected to an air pressure lifting device; and the outer end of afeeding hole is covered with a collecting cover, and the outer end of a discharging hole is in communication with a sealing cover matched with the collecting cover. According to the solid waste screening and separating treatment system, a plurality of separation tanks are arranged, separation liquid with different densities is filled in each separation tank, separation is carried out according tothe density of solid wastes, solid wastes with different densities are separated, and collection is facilitated, and manual sorting is not needed; the multiple separation boxes are in communication with each other, so that the separation treatment is continuously carried out, and the treatment efficiency is improved; the solid waste screening and separating treatment system can select different numbers according to the types of solid wastes, and is flexible to use and wide in application range.

The invention belongs to the field of detection equipment, and particularly relates to automatic detection equipment. The automatic detection equipment includes a conveying assembly, a first limiting assembly, a second detecting assembly, a second limiting assembly, a first detecting assembly and an information obtaining assembly. The upper end of the conveying assembly is provided with three sets of mounting parts, the three sets of mounting parts are arranged at equal intervals in the conveying direction of the conveying assembly, and each set of mounting part comprises two sets of mounting openings which are symmetrically formed; the first limiting assembly and the second limiting assembly are installed in one set of mounting parts located at the conveying starting end and the conveying ending end of the conveying assembly correspondingly. The first detection assembly comprises a first fixing frame, a first lead screw, a fourth motor and a mounting base. Through cooperative use of the conveying assembly, the first limiting assembly, the second detection assembly, the second limiting assembly, the first detection assembly and the information acquisition assembly, the detection device can achieve automatic detection, manual intervention is not needed, the automation degree is high, and labor is saved.