7 results about "Improper Temperature" patented technology

The utility model discloses seam beautifying agent filling equipment with an automatic constant temperature control function, which comprises an equipment base, a first linear guide rail is arranged on the equipment base, a sliding seat is arranged at the movable end of the first linear guide rail, and a tank body for filling seam beautifying agents is arranged on the sliding seat; the filling structure is arranged above the equipment base, and the filling end of the filling structure corresponds to the position of the tank body on the sliding seat; the constant-temperature barrel is arranged above the filling structure, and the constant-temperature barrel communicates with the filling end of the filling structure through a heat preservation pipeline; and the interior seam beautifying agent is subjected to constant-temperature treatment through the constant-temperature barrel and is filled through the filling structure. The constant-temperature barrel and the electric heating plate arranged in the equipment can effectively control the temperature of the seam beautifying agent, and it is ensured that the seam beautifying agent is filled at the optimal temperature; and constant-temperature treatment is beneficial for improving the flowability of the seam beautifying agent, so that the filling accuracy and efficiency are improved, and the problem of blockage or non-uniform filling caused by improper temperature is solved.

The invention relates to the technical field of drying machines, in particular to a rake type vacuum drying machine with a built-in micro-grinding function. The drying cavity mechanism comprises an outer cylinder fixedly connected to the upper end face of the base. The space between an outer barrel and an inner barrel is divided into two heating areas and two transfer areas through a separation ring, an input assembly and an output assembly in the drying cavity mechanism, and meanwhile the space between the outer barrel and the inner barrel is also divided into a plurality of mounting areas through the separation ring; therefore, the temperature and the crushing effect of different crushing stages are controlled by the subsequent heat cycle assembly and the blocking assembly, and the problems of insufficient crushing or excessive drying and the like of materials caused by improper temperature are effectively avoided. And meanwhile, the output assembly can flexibly suck out liquid in the current heating area according to the real-time crushing effect and drying degree of the materials and replace a matched heat-conducting medium, dynamic circulation and precise regulation and control of the heat-conducting liquid are achieved, and therefore the stability and consistency of the material treatment effect at different stages are guaranteed.

This invention provides a method for preventing resin cracking in dry-core reactor coils, relating to the field of dry-core reactor manufacturing technology. The method includes configuring a mold system, performing resin pre-curing, dynamic stress-compensated curing, and demolding. By configuring a mold system comprising an elastic buffer layer, a radially adjustable slider group, and a zoned temperature control system, combined with a complete process chain of vacuum casting – gradient temperature-controlled pre-curing – dynamic stress-compensated curing – temperature-controlled demolding, this invention effectively alleviates the internal stress caused by the difference in shrinkage rates between the resin and the metal skeleton or conductors, reduces localized stress concentration caused by rigid mold constraints, and improves the problem of uneven curing caused by improper temperature gradient control. This comprehensively solves the resin cracking problem caused by stress concentration in traditional processes.

This invention relates to the field of intelligent express delivery management technology, and discloses a community intelligent express delivery management method and system. The method includes: acquiring historical travel behavior data, express delivery pickup behavior data, and address information of community residents; constructing a multi-express locker deployment spatial model; outputting a candidate set of delivery lockers; determining the target locker number; pushing inbound status data to residents; and using a long short-term memory network for temperature prediction and adjusting the temperature based on package temperature control requirements. Compared to existing express locker allocation methods that are mostly based on static addresses or fixed paths, especially in communities with multiple express lockers and diverse resident travel habits, this invention addresses the technical problem of difficulty in achieving efficient locker scheduling and environmental adaptation by using behavioral prediction modeling and a multi-target locker matching strategy. This achieves better express delivery decisions, thereby avoiding problems such as misdelivery, delayed delivery, or improper temperature control, and improving delivery accuracy and package security.

The invention relates to the technical field of biological collection storage equipment, in particular to a self-expansion cascade ultralow-temperature refrigeration house for biological collection insect killing, which comprises a refrigeration house body, a refrigeration system, a control system and an insect killing program. Through cooperative work of the R404A high-temperature-stage refrigeration system and the R23 low-temperature-stage refrigeration system in the refrigeration system, the effect of rapidly reducing the room temperature in a refrigeration house body is achieved, the requirement of insect killing for low-temperature impact is met, stable control over start-stop or mode switching is achieved through self-expansion pressure reduction of an expansion tank arranged in the cascade refrigeration unit, and the control over the low-temperature impact is achieved. By means of direct cooperative arrangement of a PID regulator, a PLC and a temperature and humidity sensor in the control system, refrigeration parameters are dynamically regulated and controlled, the situation that the insecticidal effect is affected by temperature and humidity fluctuation is avoided, meanwhile, the situation that collections are damaged due to improper temperature control is avoided, and by arranging corresponding heating devices at an observation window and a humidifier, the overall operation reliability of the refrigeration house is improved.

The auxiliary box comprises an open container and a cover body which is arranged at the top of the open container and seals the open container, a heating layer, a water film uniform temperature layer and a retention layer are sequentially arranged in the open container from bottom to top, the heating layer is arranged at the bottom and the periphery of the water film uniform temperature layer in a wrapping mode, and the retention layer is arranged at the bottom of the water film uniform temperature layer. The water film uniform temperature layer uniformly diffuses the temperature generated by the heating layer to the retention layer, and the retention layer is used for placing pigeon fertilized eggs; and a humidifier is also arranged at the top in the open container. According to the pigeon hatching auxiliary box, temperature fluctuation is buffered through the water film uniform temperature layer, temperature dead angles are eliminated, and a stable temperature environment is created for embryo development; meanwhile, accurate cooperative control over temperature and humidity can be achieved, damage to embryos due to improper temperature and humidity is reduced, and the hatching success rate of pigeons is increased.

The invention relates to the technical field of fire needle knives, in particular to a fire needle knife for treating pain in neck, shoulders, waist and legs, which comprises a shell, a fire needle knife is fixedly mounted on the shell, a storage groove is formed in the lower surface of the shell, a fixing rod is slidably connected in the storage groove, a fixing hole is formed in the fixing rod in a penetrating manner, and a fixing groove is formed in the hole wall of the fixing hole. Three sets of heating coils are fixedly installed on the groove wall of the fixing groove, the lower end of the fire needle knife penetrates through the fixing hole and extends downwards, a connecting plate is rotationally connected to the outer side wall of the shell through a rotating shaft, the heating coils are lowered to the head end of the fire needle knife, the temperature sensor is rotated to the head end of the fire needle knife, and the connecting plate and the pressing plate are synchronously fixed through mutual limiting. Active heating and monitoring of the fire needle cutter head end are achieved, and improper temperature is avoided; the middle coil heats the middle section of the fire needle knife during needle retaining, the tail end and the head end are equidistant from the middle section, the temperature of the head end is controlled by measuring the temperature of the tail end, treatment requirements are met, and needle applying accuracy and safety are improved.