14results about How to "Improve operating conditions" patented technology

This utility model discloses a Z-type hoist backstop device, relating to the field of hoist technology. It aims to solve the problem that the rotation of the ratchet easily causes lubricating oil to be thrown out from the moving part of the pawl mechanism, resulting in lubricating oil waste and pollution of the working environment. A protective shell is provided on the ratchet, with an oil inlet at the top and a notch for the pawl mechanism to insert into. A splash guard is provided on the top surface of the protective shell to prevent lubricating oil from splashing. By providing an oil inlet on the protective shell, lubricating oil can be easily injected into the shell. When the hoist body starts, the shaft drives the ratchet to rotate inside the protective shell, automatically absorbing lubricating oil for lubrication. This eliminates the need for frequent manual intervention, effectively reducing maintenance costs, ensuring good ratchet operation, and extending the ratchet's service life.

The present application relates to the technical field of double-suction pump, in particular to a multi-working-condition overload-free double-suction pump, which comprises a shell assembly, the shell assembly comprises a lower shell, and the top outer wall of the lower shell is fixedly connected with an upper shell, a connecting shaft mechanism is rotatably installed between the lower shell and the upper shell, a impeller assembly is installed at the midpoint of the connecting shaft mechanism, and the impeller assembly is located inside the lower shell and the upper shell, and the connecting shaft mechanism comprises a connecting shaft which is rotatably connected to the lower shell. Three groups of adjustable limit seats are assembled on the connecting shaft, and the limit seats and the adaptive fitting structure of the inner connecting sleeve of the impeller assembly are used to assist the workers to complete the rapid assembly of the impeller on the connecting shaft. Meanwhile, the driving assembly is integrated in the connecting shaft, and the rotating part structure at the end of the connecting shaft can flexibly regulate and control the position of the limit seat, thereby improving the problems of complicated disassembly and assembly process and inconvenient maintenance of the impeller of the existing double-suction pump to a certain extent.

This invention discloses a method for constructing a digital twin for a water electrolysis hydrogen production system, relating to the field of digital twin technology. The method includes: collecting multi-source operational data from the water electrolysis hydrogen production system, extracting all sampling points, constructing proximity relationships between all sampling points to form a proximity connection graph; traversing the proximity connection graph, organizing the shortest path distances between all pairs of sampling points to form a high-dimensional spatial distance matrix, using multi-dimensional scaling transformation to map the sampling points to a low-dimensional space, establishing a correspondence between the low-dimensional coordinate vectors and the high-dimensional original data, forming a digital twin state representation model; based on the state representation model, constructing a probabilistic graphical model containing three types of nodes: components, sensors, and state variables; setting initial node confidence and information transmission rules, iterating until the confidence stabilizes; performing corrections based on node state deviations; and iterating in real-time according to the correction cycle to achieve real-time synchronization between the digital twin and the water electrolysis hydrogen production system.

The utility model provides a rotary throwing type anti-turning nest throwing boat, which relates to the technical field of fishing equipment, and comprises a boat body, a bait casting box arranged at the tail part of the boat body and a propeller, the middle part of the boat body is provided with a mounting hole vertically communicated with the inner space of the boat body, a rotary throwing mechanism is arranged in the mounting hole, and the rotary throwing mechanism comprises a throwing hopper and a rotary motor, the throwing hopper is of a circular truncated cone-shaped structure with a wide upper part and a narrow lower part; the wide opening end of the throwing hopper is upwards arranged in the mounting hole; the rotating motor is arranged in the ship body, and the bottom of the throwing hopper is connected with an output shaft of the rotating motor through a transmission assembly. According to the bait casting machine, the mode of combining material rotary throwing and dumping is adopted for casting, the mechanism layout is optimized, the stability and the wind resistance of a ship body are effectively improved, the bait casting amount can be controlled, the contradiction between the function and the stability of an existing product is solved, and the casting effect and the use safety are further optimized.

This utility model relates to the field of heat pump energy-saving technology, specifically to a heat pump steam supply system based on waste heat recovery from an air compressor. The heat pump steam supply system includes an air compressor waste heat recovery system, a flash evaporation pressurization system, and a high-temperature heat pump system. The air compressor waste heat recovery system includes an air compressor, an oil-gas separator, an air cooler, an oil cooler, an oil energy recovery unit, and an energy regulating valve. The flash evaporation pressurization system includes a flash tank and a steam compressor. The high-temperature heat pump system includes a waste water circulation pump, a buffer tank, a water source high-temperature heat pump, and a heating circulation pump. This heat pump steam supply system based on air compressor waste heat recovery can optimize the operating status of the air compressor while ensuring the high-efficiency operation of the high-temperature heat pump system, providing stable high-temperature and high-pressure steam to end users.

The application discloses a built-in multi-pipe supersonic condensation-cyclone-coalescence filter, which comprises a shell, a cyclone pre-separation module, a supersonic nozzle steam condensation module, a multi-stage guide vane type mist cyclone separation module and a coalescence filter core filter module are sequentially arranged in the shell from bottom to top. The filter can not only separate free liquid droplets carried in natural gas, but also deeply remove lubricating oil steam, hydrocarbons and water vapor contained in the natural gas through phase change condensation. The filter has the characteristics of large operation flexibility and high separation efficiency.

The utility model discloses a poultry manure drying machine which is transversely arranged at the air outlet position of a fan at the rear end of a chicken house and comprises a middle frame for laying a conveying belt, side frames located on the two sides of the middle frame and used for supporting the middle frame in an auxiliary mode, and conveying belt driving motors installed on the tops of the side frames. The manure discharging mechanism is installed in the side frame and used for cleaning the conveying belt, and the manure cleaning tail frame is located on the outer side of the side frame and matched with the side frame to be fixedly installed. The chicken house manure treatment device is used for treating chicken house manure, hot air exhausted by a chicken house fan is used for drying the manure, conveying, cleaning and drying of the manure are achieved through cooperation of the middle frame, the side frames, the conveying belt driving motor, the manure discharging mechanism and the manure cleaning tail frame, and the chicken house manure treatment efficiency can be effectively improved.

This invention discloses a dynamic coordinated control method for chiller units based on multi-level load zone division. The method includes: acquiring parameters of the chiller units, water pumps, and cooling towers, and constructing a high-precision mathematical model of equipment performance; dividing the system into continuous, non-overlapping multi-level load zones based on the rated cooling capacity combinations of all chiller units; real-time acquisition of load data and matching it to the corresponding zones, constructing a joint optimization model of the main and auxiliary units with the objective of minimizing the total power of the chiller plant, solving for the optimal unit combination, load allocation, and auxiliary unit operating parameters, and executing the model; performing coordinated optimization of the water pumps and cooling towers, using hysteresis switching and minimum dwell time mechanisms to determine zone switching, and planning the operation sequence and constraining parameter adjustment rates for start-up, shutdown, and sudden load changes. This invention achieves precise matching and dynamic coordination of the main and auxiliary units under all operating conditions, improving the overall energy efficiency of the system, avoiding unsteady-state impacts, and extending equipment lifespan.

The utility model discloses a kind of adapters for sand blasting equipment, belong to sand blasting equipment accessory field, connector is connected with adapter pipe by diameter expansion pipe, connecting pipe is installed in the lateral wall of adapter pipe, the lateral wall of adapter pipe is equipped with the butt joint pipe of opposite connecting pipe, the outer end of butt joint pipe is connected with valve, the outer end of valve is connected with gas hose by tee pipe, input gas by gas hose, increase the internal pressure of adapter pipe, and opposite connecting pipe gas injection, prevent blockage;The other port of tee pipe is connected with elbow pipe, piston pipeline is installed in the upper end of elbow pipe.Diameter expansion pipe design makes adapter pipe internal cavity expand, prevent particle accumulation blockage when sand blasting.Gas injection opposite connecting pipe by gas hose input gas, enhance anti-blocking effect, ensure that sand blasting operation is continuous and stable.Diameter expansion adapter optimizes sand blasting pipeline connection, ensure smooth operation.Flexible control valve adjusts gas and cleaning agent flow rate, can improve operation efficiency, meet different sand blasting needs.

The utility model relates to gas pipeline filter technical field, and disclose a kind of anti-blocking gas pipeline filter, including pipe body, the bottom of pipe body is provided with mounting mechanism;The mounting mechanism includes installation shell, installation frame, fixed hole, layered board, filter screen and reinforcing frame, the installation shell is set to the outside of pipe body, the installation frame is fixedly installed in the top of pipe body, the fixed hole is opened in the surface of installation frame, the layered board is fixedly installed in the inner chamber of installation shell, the filter screen is fixedly installed in the end of installation shell.This anti-blocking gas pipeline filter, by setting layered board with arc design, and with the way that three groups of filter screen corresponding inlet and outlet, can significantly improve filtering efficiency and reduce the possibility of blockage, arc design not only increases the flow path length of impurity before entering filter screen, so that particulate matter is more easily captured, and also helps to disperse fluid pressure.

The application discloses a mechanical mechanism zero position adjustment tool, and relates to the technical field of zero position adjustment tools, comprising a base, a sliding block, a cushion block for providing auxiliary support for a mechanical mechanism, a first variable-diameter pin shaft, a second variable-diameter pin shaft, at least one adjustable cushion block for keeping the mechanical mechanism in a horizontal state and a vernier caliper; wherein the base is provided with a guide rail and a mounting block, and the left end of the guide rail is connected with the right end of the mounting block. The application can meet the pin shaft hole requirements of different specifications of mechanical mechanisms by adjusting the diameters of the first variable-diameter pin shaft and the second variable-diameter pin shaft, meet the zero position length requirements of different mechanical mechanisms by changing the position of the sliding block, and keep the mechanical mechanism in a horizontal and stable state during measurement by adjusting the height of the adjustable cushion block.

The utility model discloses a logistics transportation loading and unloading device relates to the technical field of loading and unloading device, and this logistics transportation loading and unloading device includes loading and unloading main frame body, and is installed with loading and unloading subassembly in loading and unloading main frame body upper end inboard, the utility model discloses, when using, through the synergism of the power component such as drive cylinder and drive cylinder that is set symmetrically, realize the automation of lifting, translation, clamping etc. action, greatly reduce manual intervention, improve the loading and unloading speed, the cooperation of cargo clamping arm and linkage fixed plate ensures that cargo clamping is firm, reduces the risk of falling, the setting of front transmission protective cover and rear transmission protective cover can avoid personnel contact moving parts, reduce the occurrence of safety accidents, the height adjustment of lifting main frame is combined with the height adjustment of lifting slide, can adapt to different size goods and different height transport vehicles, expand the application range of device.

The application is a kind of calibration method for pure electric vehicle air conditioning system. It includes: step one, detecting the oil circulation rate of air conditioning system; step two, detecting the refrigerant flow rate change of passenger cabin refrigeration circuit and battery cooling circuit; step three, calibrating the pure electric vehicle air conditioning system through the test results of oil circulation rate and the refrigerant flow rate change of each circuit. The application provides basis for the calibration of vehicle air conditioning system through the change of oil circulation rate and refrigerant flow rate. For example, if there is a poor oil circulation rate condition, the corresponding condition is avoided or a transition condition is set to ensure that the oil circulation rate is in an acceptable range during the real vehicle calibration of air conditioning system according to the bench calibration results, so as to improve the running state of air conditioning system, prolong the service life of compressor and reduce the energy consumption of air conditioning. If the flow distribution is unreasonable, the refrigerant flow rate is reasonably distributed by controlling the opening degree of electronic expansion valve to prevent the passenger cabin from being too cold or not cold, which affects the comfort.