40results about How to "Accelerate the rate of loss" patented technology

The invention relates to the technical field of battery components, in particular to a battery component for an intelligent robot that facilitates heat dissipation, including a housing, a main body mechanism is provided inside the housing, and a heat dissipation mechanism is jointly provided on the housing and the main body mechanism. The main body mechanism and the heat dissipation mechanism are provided with an adjustment mechanism, the main body mechanism is provided with an air cooling mechanism, the housing is provided with a closing mechanism, and the housing is provided with a placement mechanism; the heat dissipation mechanism is arranged on On the shell and the main body, through the heat dissipation mechanism, with the cooperation of the adjustment mechanism, it is convenient to dissipate heat on the main body, avoiding the impact of excessive temperature on the battery components, and also reducing potential safety hazards; On the casing, through the sealing mechanism, it is convenient to better package the main mechanism, avoiding a large amount of dust on the battery components, thereby reducing the power loss of the battery components during long-term use, and also improving its heat dissipation ability.

The invention discloses a high-efficiency mixing device for rare earth production, comprising a mixing tank, a first driving device is arranged at the upper end of the mixing tank, a second driving device is arranged at the lower end, and a first rotating shaft is vertically arranged in the mixing tank , the second rotating shaft, the feeding pipe and the dispersing cover, and the second rotating shaft is provided with a helical blade; the second driving device, the second rotating shaft, the feeding pipe and the helical blade constitute a screw feeding mechanism, which transports the materials at the bottom of the mixing tank to the top of the feeding pipe, and then scattered on the dispersing hood. The first driving device drives the dispersing hood to rotate through the first rotating shaft, so that the materials scattered on the dispersing hood are dispersed and then fall down, and then the mixing tank is moved by the screw feeding mechanism. The material at the bottom is transported to the top of the feeding tube, and the material is mixed in this way. The mixing method of the invention not only realizes the cyclic mixing of the materials, but also continuously disperses them in the mixing process, so that the rare earth production materials can be uniformly mixed quickly, the time required for uniform mixing is short, and the production efficiency is high.

The invention discloses a panax stipuleanatus drying method, and belongs to the technical field of processing a medicinal plant in a production area. The method comprises the following steps: cleaning fresh panax stipuleanatus, cutting the panax stipuleanatus into chunks, perforating the panax stipuleanatus through needle puncture, drying at constant temperature and polishing so as to obtain a dried medicinal material; the drying method disclosed by the invention, by dividing the tubers of the entire panax stipuleanatus into a plurality of drying units through cutting the panax stipuleanatus into chunks before drying and simultaneously by perforating each unit through needle puncture, can increase water diffusion channels inside the panax stipuleanatus body, so as to shorten a drying time; by polishing after drying, mud, fibers and decayed skins attached on the surface of the panax stipuleanatus can be rapidly removed; and compared with a conventional method drying in the sun, the method can be used for improving external and internal qualities of the panax stipuleanatus, and simultaneously, the method can be used for shortening the drying time by 10-15 days.

The invention discloses a liftable wall-mounted new energy vehicle charging pile. The pile comprises a guide rail, a lifting frame is arranged in the guide rail, a lifting mechanism is arranged in thelifting frame; the other end of the lifting mechanism is arranged in the guide rail; fixing mechanisms with buffering functions are arranged at the top ends of the guide rails; buffer mechanisms arearranged at the bottom ends of the guide rails; a charging pile is arranged at one end of the lifting frame; the charging pile is fixedly connected with the lifting frame through a bolt; a charger isarranged in charging pile, a second PLC module is arranged at one end of the charger; a take-up mechanism is arranged at one end of the charging pile; a charging mechanism with a fixing function is arranged on one side of the take-up mechanism; a cable is arranged at the other end of the charger, the top of the cable is extended into the charging mechanism through the take-up mechanism, and a heatdissipation mechanism is arranged at the other end of the charging pole. The charging pile has the beneficial effects that the charging pile is lifted when charging is not carried out, the space canbe effectively saved, the space utilization rate is increased, and the practicability of the charging pile is improved.

The invention discloses a dry-type micro-expansion thermal insulation coating for a glass kiln, which is characterized in that it contains the following raw materials in parts by weight: 30-60 parts of expanded perlite, 20-40 parts of superfine surface-active heavy calcium carbonate, silicon 5-10 parts of aluminum acid fiber, 2-5 parts of siliceous fine powder, 2-5 parts of hollow fiber, 5-13 parts of composite binder, 1-4 parts of chemical additives; Active ground calcium carbonate, aluminum silicate fiber, siliceous fine powder, and hollow fiber are put into the mixer in turn and mixed evenly, and then the remaining composite binder and chemical additives are added into the mixer and stirred until they are fully mixed. The dry thermal insulation coating made from the above-mentioned raw materials in the present invention not only reduces the stagnant material defoaming and standing link after foaming, but also avoids the problems of deterioration and dehydration caused by long-distance transportation of traditional slurry coatings. It has the characteristics of remarkable heat preservation and energy saving effect, convenient construction and so on.

The invention relates to a numerical control machine tool, and relates to the technical field of the machine tools. The numerical control machine tool includes a machine frame, and a workbench and a cooling pipe are arranged on the machine frame; a hydraulic station is arranged in the machine frame; the workbench is provided with a liquid receiving bucket, a rotating sleeve is rotatably installedon the machine frame under the workbench, the rotating sleeve is provided with six liquid receiving disks at even intervals in the circumferential direction of the rotating sleeve, and when any of theliquid receiving disks is in a horizontal position with an opening upwards, a lower opening of the liquid receiving bucket is located at the position that is the center line of the liquid receiving bucket and is inclined to the side away from the rotating sleeve; an electromagnet is arranged on the lower surface of the liquid receiving bucket; and a collecting bucket is arranged on the machine frame under the liquid receiving disks, the vertical projection of the liquid receiving disks is all in the collecting bucket, and the bottom of the collecting bucket is connected with a liquid outlet pipe leading to the outside of the machine frame. According to the numerical control machine tool, iron chips are attracted by the electromagnet without considering the size of the iron chips, and allthe iron chips can be attracted, so that the iron chip content of cutting liquid falling into the collecting bucket is greatly reduced, the influence on workpieces during reuse can be reduced, and themachining quality is improved.

The invention relates to an air-cooled brake wheel, which includes a brake wheel body and heat dissipation blades. The brake wheel body includes a hub, a bearing sleeve and a spoke connecting the hub and the bearing sleeve. The heat dissipation blades are fixed on the inner peripheral surface of the hub. There is an annular cavity in the hub, and a group of circular through holes are uniformly arranged on the inner peripheral surface of the hub. The hollow cavity communicates with the annular cavity in the hub through the circular through hole on the inner peripheral surface of the hub, and the annular cavity in the hub and the hollow cavity in the heat dissipation blade are filled with cooling fluid; the circulation of the cooling fluid dissipates heat to In the hollow cavity in the heat dissipation blade, the heat dissipation blade rotates with the rotation of the hub, generating flowing air between the hub and the bearing sleeve, which can not only take away the heat generated by the friction of the hub, but also dissipate the coolant in the hollow cavity It accelerates the heat dissipation on the surface of the hub and improves the heat dissipation effect.