6results about How to "Improve extraction speed" patented technology

The invention discloses a multi-modal large model automatic evaluation method and system based on Agentic Workflow, relates to the technical field of artificial intelligence model evaluation, and solves the technical problems that an existing large model evaluation method lacks image-text evaluation, is relatively high in subjectivity and is easy to cause illusion. The method comprises the following steps that S1, an input task is analyzed, and a structured task template is generated; s2, generating a multi-round multi-modal task flow chart based on the task template generated in the step S1; s3, based on the flow chart in the step S2, distributing the multi-modal large model component to each task node, executing a task and obtaining an intermediate result; s4, performing multi-dimensional scoring on the intermediate and final results in the step S3 by a plurality of scoring Agents, and fusing to generate an evaluation result; and S5, generating a feedback report based on the process data in the steps S1 to S4, identifying a model short plate, and providing an optimization suggestion. The method has the advantages of comprehensive evaluation of multiple modes, real-time feedback optimization and the like.

A convenient lattice type pile pulling device comprises a steel square ground breaking module, a lattice column, a lattice column connecting unit and a lattice column extending frame which are sequentially connected from bottom to top, the lattice column extending frame is connected with a vibration head of a crawler crane, and the lower portion of the steel square ground breaking module is a square ground breaking head of a rectangular hollow structure. An inclined plate is arranged on the front face of the upper portion of the steel square ground breaking module to form a variable cross-section, the minimum position of the variable cross-section is connected with the latticed column, and the minimum cross-section of the variable cross-section is the same as the cross-section of the latticed column. Inclined sliding grooves are formed in the left side face and the right side face of the square ground breaking head, the two inclined sliding grooves are sleeved with the steel bottom-carrying pile pulling sliding bolt in an up-down sliding mode, the highest positions of the inclined sliding grooves are close to the front face of the square ground breaking head, namely the maximum section position of the inclined plate, and the lowest positions of the inclined sliding grooves are located in the middle of the square ground breaking head. The structure is easy and convenient to construct, high in construction speed, low in cost and small in influence on the environment.

This utility model relates to the field of lawn planting technology, and in particular to a lawn planting tray, comprising an inner tray, an outer tray, and an auxiliary mechanism. The inner tray contains multiple conical planting holes, and a base plate is connected below each conical planting hole. Both the conical planting holes and the base plate have holes. The auxiliary mechanism includes a pressing frame, multiple movable parts, and multiple support blocks. The movable parts include rollers and movable rods. The pressing frame is slidably connected to the outer tray and also abuts against the corresponding movable rod. The rollers are rotatably connected to the movable rods and also abut against the base plate. The movable rods are rotatably connected to the corresponding support blocks. The multiple support blocks are fixedly connected to the outer tray. By pressing the multiple movable rods with the pressing frame, the movable rods drive the rollers to push the base plate upwards, thereby pushing the base plate against the multiple conical planting holes and pushing out the soil and lawn from the conical planting holes. This design effectively improves the speed of removing lawn and soil.

The utility model relates to a dispensing device for gynecological tumor department nursing, including dispensing cabinet, the operating table is equipped in the middle part of dispensing cabinet, the operating table upper portion is equipped with the rotating disc and is used to drive the first drive mechanism of rotating disc rotation, the rotating disc is equipped with a plurality of first clamping parts for clamping small medicine bottle along its circumference, the operating table bottom is equipped with the second clamping part of being located small medicine bottle directly below and is used to drive the second drive mechanism of second clamping part along the vertical direction removal, the operating table bottom still has the medicine bottle of placing, small medicine bottle and medicine bottle are connected through the catheter, and the both ends of catheter are equipped with needle respectively, and the middle part of catheter is equipped with infusion pump, and the second clamping part is used for clamping the catheter and needle close to small medicine bottle one end. This dispensing device for gynecological tumor department nursing can reduce the time of medical staff contacting small medicine bottle with hand in the dispensing process, thereby reducing the risk of infection, and protecting the health of medical staff.

The invention discloses a vegetable fat extraction and separation device and method and belongs to the technical field of vegetable oil extraction. Comprising a tank body, a material cage, a driving mechanism, an extrusion mechanism, a stirring mechanism and a suction mechanism. The tank body is provided with a temperature control unit for accommodating an extraction solvent and regulating and controlling the temperature of the extraction solvent; the material cage is used for containing plant raw materials, and a filtering structure is arranged on the wall of the material cage. The driving mechanism is connected with the material cage and is used for driving the material cage to perform compound motion in the tank body, so that the plant raw materials are in full contact with the extraction solvent. And the extrusion mechanism is arranged above the tank body and is used for applying pressure to the plant raw materials in the material cage. The stirring mechanism is arranged in the tank body and is used for stirring the extraction solvent in the tank body. And the suction mechanism is communicated with the tank body and is used for extracting the separated grease. The device is particularly suitable for laboratories and small and medium-scale production, can complete automatic continuous operation of raw material infiltration, extraction and separation, and realizes efficient, energy-saving and environment-friendly grease extraction.

The utility model discloses a waste gas cleaning treatment device, which relates to the technical field of waste gas treatment, and comprises a purification shell, a purification box I and an adsorption box body, one side of the purification shell is connected with a mesh plate in a penetrating manner, a purification box II is arranged in the purification shell, one side of the purification box II is connected with the purification box I, and the adsorption box body is arranged in the purification box II. A purification mechanism is arranged in the first purification box, the purification mechanism is used for conducting drainage and purification treatment on gas, decomposing harmful substances such as formaldehyde and benzene and converting the harmful substances into harmless water and carbon dioxide, and an adsorption mechanism is arranged in the adsorption box and used for adsorbing the harmful substances. The adsorption mechanism is used for adsorbing residual heavy metals, harmful gases and chemical toxins in the waste gas. One side of the two-way motor and the smoke exhaust fan blades rotate, the airflow velocity is increased, so that the pressure intensity in the equipment is reduced, the speed of extracting external waste gas by the equipment is increased, and the situation that the waste gas impacts the interior of the equipment and flows backwards due to the excessive total amount of the waste gas is avoided.