6results about How to "Realize classification management" patented technology

The invention discloses a systematized bundling method for high-voltage waste cables, and belongs to the field of warehouse logistics automation. A working platform capable of fixing and compressing cable bundles is arranged, and a plurality of cable seats are arranged on the working platform; carrying out transverse and vertical extrusion treatment on the placed cable bundle; binding operation is completed through an arrow penetrating type binding machine; measuring the weight of the cable bundle by using a weight sensor arranged at the bottom of each cable seat; data support is provided for calculating the gravity center position of the bundled cable bundle; printing information labels including cable specifications, binding dates and total weight, pasting the information labels on any binding tape, and meanwhile, archiving data to a warehouse database; the horizontal gravity center position of the cable bundle is calculated according to data of all the weight sensors, indicator lamps of cable bases located on the two sides of the gravity center position are lightened, a forklift operator is guided to hoist the cable bundle at the cable base position between the two lamps, and it is ensured that the cable bundle is safely transferred to a storage area. And the method is especially suitable for classified management of cables with different lengths and bending after construction.

The invention discloses full-automatic equipment for preparing a perovskite layer through a spin-coating method and the spin-coating method of the full-automatic equipment. The full-automatic equipment comprises a glove box mechanism, and a transfer mechanism and a material moving mechanism are arranged on one side of the glove box mechanism. Through the arrangement of the spin-coating mechanism and the packaging mechanism, a gas treatment assembly and a control panel of the glove box mechanism are matched, after parameters such as the spin-coating rotating speed, the reagent dosage and the annealing temperature are preset on the control panel, gas in a treatment box is pumped out through the gas treatment assembly, nitrogen is injected into the gas treatment assembly, and the packaging mechanism drives a packaging pressing plate and a sealing ring to close communicating openings; an internal low-oxygen and low-water environment is maintained; the clamping coating mechanical arm drives the glass substrate clamping piece and the reagent taking and placing assembly to automatically complete substrate clamping, reagent extraction, dropwise adding, spin coating and annealing transfer, workers only need to store and take consumables, the working intensity is low, operation is easy, unified execution of key parameters is achieved, and the production efficiency is improved. The problems of large manual operation error and uneven perovskite layer quality in the prior art are solved.

The utility model belongs to residual liquid processing technical field, concretely relates to a kind of F142b cleavage preparation VDF residual liquid collecting tank, including treatment tank, the one end of treatment tank is fixed with the feed pipe that is communicated with treatment tank inside, the inside of treatment tank is provided with frame board, and the multiple side surfaces of frame board are fixed with brush, and the one end of treatment tank away from feed pipe is provided with discharge port, and filter plate is provided in discharge port, and the inside of treatment tank is provided with adjustment and removal component;The utility model is filtered and handled to residual liquid by the filter plate being set, and the solid impurities in residual liquid are filtered and removed by filter plate, and adjustment and removal component is driven to work by the output end of servo motor, so that frame board is driven to reciprocate in the inside of treatment tank by adjustment and removal component, so that the inside wall of treatment tank is cleaned by being brushed on the side surface of frame board comprehensively, and the operation of cleaning inside treatment tank by artificial is saved, effectively reduce cleaning workload, save manpower, improve cleaning efficiency.

This utility model relates to the field of mechanical manufacturing technology and provides an automatic inspection mechanism for sleeves. The sleeve has a conical hole. The automatic inspection mechanism includes: an operating table on which a feeding unit, a conveying unit, a first inspection unit, a second inspection unit, a third inspection unit, and a sorting unit are arranged. The feeding unit is used to convey the sleeve to be inspected to a preset position. The conveying unit is used to transport the sleeve. The first and second inspection units are used to inspect the outer diameter and the conical hole of the sleeve, respectively. The third inspection unit is used to perform visual inspection on the sleeve. The sorting unit is used to classify and collect the sleeves that have completed the inspection. In the second inspection unit, the coordinated cooperation between the inspection rod and the pressure block not only realizes the high-precision insertion measurement of the conical hole, but also ensures the positioning stability during the inspection process through the clamping force applied by the pressure block, which significantly improves the inspection accuracy and repeatability.

This invention discloses a method and system for preferential settlement in the logistics industry targeting specific groups, belonging to the field of government service technology. The technical problem it addresses is how to enable specific groups to enjoy preferential discounts according to the pricing policies promised by designated logistics companies when using preferential certificates and financial accounts to pay for logistics services. The method includes the following steps: First, the specific groups are divided into two categories of preferential recipients through the government's preferential service open platform, and a preferential discount is set for each category. Second, the bank card numbers and identity type information of the preferential recipients are synchronized to the UnionPay industry card platform via the government's preferential service open platform as a whitelist. Third, the successfully confirmed whitelist is pushed to the UnionPay transaction system in real time via the UnionPay industry card platform. Fourth, settlement rules are configured for the preferential recipients through the UnionPay transaction system. Fifth, preferential settlement is performed for the preferential recipients according to the settlement rules, and the preferential information is returned to the government's service open platform.

The application relates to the field of artificial intelligence medicine, in particular to a memory evolution method with a conflict resolution mechanism based on a medical scene, which is oriented to medical health conversation, and first establishes a separate memory bank for each user, including a short-term working memory bank, a long-term episode memory bank and a pathology memory bank for storing historical pathological knowledge and diagnosis conclusions. According to the patient ID, interactive data is processed to generate structured data, new memory triples are extracted from the structured data, double deduplication and abstract compression are carried out based on semantics and the pathology memory bank, a new memory set to be evaluated is generated, the memory importance is evaluated through a multi-dimensional weighted scoring function, the memory is classified as a conversation-level memory and a long-term value memory, conflict detection is carried out on the memory with long-term value, the conflict memory is fused and judged based on a confidence weighting rule, and finally, the conflict-free memory and the fused memory are written into the long-term episode memory bank and the index is updated.