17results about How to "Improve inflation efficiency" patented technology

The utility model discloses a rescue air cushion convenient to carry, including box, air bag pad and movable board, the inside of box is provided with the cavity, and the one side of box is provided with the notched of being linked with the cavity, and the upper and lower both ends of notched inboard all are through the pivot respectively installed with roll axle no.

This invention provides an adaptive inflation control method and system for reusable liquid rocket cylinders. The adaptive inflation control method for reusable liquid rocket cylinders includes: automatically matching corresponding inflation parameters and safety thresholds based on acquired data from the onboard cylinders; performing a self-check on the ground-based gas supply system and establishing a rocket-ground safety interlock after the self-check passes; and performing segmented inflation control based on the matched inflation parameters and safety thresholds. The segmented control includes: initially inflating the cylinder at a preset constant flow rate or pressure; after the pressure reaches a first preset safety threshold, inflating at a first set flow rate or pressure; after the pressure reaches a second preset safety threshold, gradually reducing the inflation flow rate or pressure to smoothly approach the target pressure; and when the cylinder pressure approaches the target pressure, replenishing the cylinder with a second set flow rate to the target pressure and then closing the inflation valve. This application achieves the goal of improving inflation efficiency and lifespan.

The utility model is applicable to the technical field of shock absorbers, and provides a universal contact pin type inflating tool, which is used for inflating an oil cylinder and a piston rod and comprises a clamping tool, an inflating air chamber and an inflating pressure head, the inflating air chamber is mounted on the clamping tool, the inflating pressure head is pressed on the piston rod in a sleeving manner, and the inflating air chamber is a flexible inflating block; the flexible inflation block, the inflation pressure head, the oil cylinder and the piston rod are matched, clamped and sealed to form an inflation space, so that the inflation condition is met, and inflation operation of the piston rod and the oil cylinder is achieved. According to the universal contact pin type inflation tool, on one hand, the inflation efficiency and the inflation effect can be greatly improved, on the other hand, sealing inflation of piston rods and oil cylinders of different sizes can be effectively achieved through the action of the flexible inflation block, meanwhile, the piston rods of different diameters are pressed in a sleeving mode through the action of the inflation pressure head, and the inflation efficiency is greatly improved. Sealing and air inflation of the piston rod with the step and the oil cylinder can be achieved, and therefore the air inflation universality is effectively improved.

This invention discloses a novel hybrid power system, belonging to the field of engine technology, applicable to horizontally opposed engines. By optimizing the shapes of the cylinder head, intake manifold, and piston, airflow is guided to form a concentrated and powerful tumble flow. During the compression stroke, this creates a squeezing impact tumble flow, breaking it up before ignition and combustion, thus improving combustion efficiency. The crankcase has a skeleton structure, simplifying the manufacturing process and eliminating the need for mold casting. All components can be machined. The lubricating oil passages within the crankcase are formed by splicing oil passages from various components; short sections of the oil passages are easy to machine, and blockages are easily disassembled and cleared. A rocker arm simultaneously drives two intake valves, with equal distances from both valves to the rocker arm, allowing for simultaneous entry and exit of both valves. This provides good coordination, reduces wear and noise, and ensures good sealing.

The utility model relates to a kind of anti-explosion valve quick inflation tool, including base and inflation pipe, base is C-shaped opening structure, inflation pipe one end is connected gas source through air pipe, and the other end of inflation pipe is equipped with cylindrical cylinder, and cylindrical cylinder is equipped in base;Base is equipped with clamping plate, and clamping plate is connected with battery pack explosion valve clamping groove;When needing to use, only need to connect inflation pipe with quick connector, then clamping plate is clamped into corresponding battery pack explosion valve clamping groove, and then hand knob is rotated 90 degrees, under the action of spring, inflation pipe lower end surface is sealed with explosion valve through sealing ring, at this time, strong magnet firmly absorbs explosion valve core rod, ensure that battery pack does not bulge when quick inflation, with the characteristics of high inflation efficiency, simple to use, high safety.

This utility model provides a multifunctional floating platform for fire and water rescue, belonging to the field of emergency rescue equipment technology. It addresses the problem that existing methods require breaking ice while approaching trapped personnel, which is cumbersome and affects rescue efficiency. The platform includes a main body, a rescue anti-slip mat, an anti-capsulation hull, a multifunctional rescue mechanism, and a rescue conversion mechanism. The rescue anti-slip mat is fixedly connected to the top of the main body. The marking drive box is fixedly connected to the upper rear end of the rescue anti-slip mat. The anti-capsulation hulls are fixedly connected to the lower left and right sides of the main body. Rescue limiting blocks are fixedly connected to the lower part of the anti-capsulation hull. The multifunctional rescue mechanism is located on the outside of the main body. The rescue conversion mechanism is located below the anti-capsulation hull, allowing for rapid assembly and eliminating the need to break ice while approaching or to navigate the ice surface before inflating the platform, thus simplifying the pre-rescue preparation process.

The utility model relates to a kind of carbon dioxide inflation devices in grape wine fermentation process, comprising: fermentation tank body, its inside is provided with interlayer, and many gas holes are uniformly distributed on interlayer wall;Opening and closing mechanism, including movable installation in the gas hole by reset elastic member's closure plug;When inflation, gas pushes closure plug outward to make interlayer and fermentation tank body communicate;Reversing mechanism, including the straight-through pipe of the interlayer and external gas source connected by three-way valve, the other end of straight-through pipe not connected three-way valve is set in fermentation tank body;Flow guide mechanism, when the three-way valve of interlayer communication is closed, gas in interlayer is guided to fermentation tank body by flow guide mechanism to make interlayer be in negative pressure state, and closure plug is closed gas hole under the action of negative pressure adsorption force.The utility model makes gas flow from periphery to middle part and then push oxygen outward to discharge, to make external gas source pass through interlayer evenly and rapidly to the inflation of fermentation tank body, and then improve the efficiency of carbon dioxide inflation.

The utility model relates to a valve core which comprises a core body and a sealing gasket, a vent hole is formed in the middle of the core body in a penetrating mode, the sealing gasket is arranged on the vent hole in one end of the core body, the sealing gasket is connected with the core body, a first limiting ring is arranged in the core body, and the inner side of the sealing gasket abuts against the first limiting ring. A second limiting ring is arranged at the other end of the core body, and the outer diameter of the second limiting ring corresponds to the inner diameter of an air outlet of the blower. By arranging the first limiting ring, during use, the sealing gasket is driven to abut against the first limiting ring through the atmospheric pressure difference so as to block one end of the vent hole, and the purpose of avoiding air leakage is achieved; by arranging the second limiting ring, the air outlet of the blower can be directly buckled on the second limiting ring, then the massage air cushion on the other side of the vent hole is inflated through the blower, the inflation efficiency is higher, special inflation equipment does not need to be used, and the cost is lower.

The application provides a pneumatic valve body, which comprises an actuator arranged in a main air cavity of the pneumatic valve body, one end of the actuator being used to block a gas leakage port of the pneumatic valve body; an air inlet being communicated with the main air cavity; a first blocking member being a one-way limiting structure, the first blocking member being sleeved on the actuator and being in contact with the inner wall of the main air cavity so as to separate the gas path in the main air cavity; when the pneumatic valve body is in an inflation state, the gas enters the main air cavity from the air inlet, drives the first blocking member to displace, and is inflated after flowing through the first blocking member; wherein the other end of the actuator is connected with a memory alloy wire, and the memory alloy wire controls the blocking of the gas leakage port by the actuator based on electric conduction deformation. The application improves the integration of the pneumatic valve body, realizes the miniaturization of the pneumatic valve body, and is better suitable for the narrow space in the automobile seat.

The invention belongs to the technical field of pressure storage tank control methods, and provides a pressure storage tank inflation control method and device and a medium. According to the pressure storage tank inflation control method, a physical model of the dynamic inflation process is built; acquiring unknown parameters of the physical model according to the calibration data and the physical model; obtaining a trained machine learning model through calibration data training; obtaining a soft measurement model through the calibrated physical model and the trained machine learning model; acquiring real-time data, and acquiring a real-time mass flow through the real-time data and the soft measurement model; obtaining a current valve opening instruction according to the real-time data and the real-time mass flow; according to the method, by fusing multi-source sensing information such as strain and temperature and combining a soft measurement model established through early-stage calibration, non-intrusive pressure and flow high-precision sensing is achieved, closed-loop inflation control is conducted based on the non-intrusive pressure and flow high-precision sensing, and therefore on the premise that safety is guaranteed, the inflation efficiency is remarkably improved, and the system cost is reduced.

The utility model relates to the technical field of metamorphic robot, specifically disclose a multi -angle spacing's bionic metamorphic mobile robot, including support frame, its side surface fixedly connected with drive motor, the support frame is recessed type design, and the support frame inner wall is provided with transmission screw rod, both ends outer surfaces of transmission screw rod all install adjusting slide block. This multi -angle spacing's bionic metamorphic mobile robot, through transmission screw rod both ends reverse thread design, drive motor drives screw rod rotation, adjusting slide block synchronous reverse movement, through the linkage action of first linkage link and second linkage link, make spacing clamping plate realize open -and -close action, can adjust the clamping range according to object shape or environmental angle, the spring connection between support slide and support frame makes it elastic sliding when contacting object, drive the self -adaptation of the fitting baffle to adhere to irregular surface, cooperate hydraulic push rod and adjust two support frame spacing, realize multidirectional, multi -angle flexible spacing.

This application relates to the field of medical care and discloses an intelligent pneumatic positioning care system. This system enables elderly individuals to safely transition from a lying to a sitting position without changing their existing bed, providing ample lateral support throughout the process to prevent rollover or falls. The system includes: a wedge-shaped main air cushion, used to elevate the upper body from a lying to a sitting position after inflation; two side air cushions, respectively located on both sides of the main air cushion's upper surface, used to provide lateral support after inflation; and a one-way valve with an opening pressure, located between the side air cushions and the main air cushion. When the pressure difference between the side air cushions and the main air cushion is greater than the opening pressure, the one-way valve opens, allowing gas from the side air cushions to enter the main air cushion; when the pressure difference is less than the opening pressure, the one-way valve closes, cutting off the gas connection between the side air cushions and the main air cushion.

The utility model belongs to the technical field of air pumps, and particularly relates to an external power storage pump which comprises a shell, a top cover arranged at the top of the shell, a bottom plate arranged at the bottom of the shell and a pump body arranged between the top cover and the bottom plate, an air inlet is formed in the top cover, an air outlet is formed in the bottom plate, and the pump body is provided with an air outlet. A flow channel communicated with the air inlet and the air outlet is formed in the side wall of the shell. Compared with the prior art, by means of the ingenious structural design and the unique flow channel arranged on the side wall of the shell, better drainage can be achieved, and therefore air pressure loss can be reduced, and inflation efficiency can be improved. In addition, by arranging the fan blade assembly of a unique structure and the structure beside the top of the flow channel, the air pressure loss can be further reduced. Meanwhile, the air hole is formed in the top of the shell (after assembly, the air hole is located below the fan blade assembly), in the using process, a small air flow passes through the air hole, heat dissipation can be conducted on the motor, and therefore the service life of the motor is prolonged.

The utility model provides an inflation mechanism of an inflator pump, a brushless motor, a cylinder block and a piston rod, a cam is fixed on an output shaft of the brushless motor, the piston rod is eccentrically connected to the cam, a piston cavity is arranged in the cylinder block, a piston head of the piston rod is arranged in the piston cavity in a sealed mode, and the piston rod is arranged in the piston cavity. One end of the piston cavity is communicated with an air outlet hole; the brushless motor is used for driving the cam to rotate, the cam enables the piston rod to do telescopic motion in the piston cavity, and generated gas is exhausted from the gas outlet hole. According to the inflation mechanism of the inflator pump, the piston rod is eccentrically connected to the cam, direct transmission between the motor and the piston rod can be achieved, connecting rod transmission does not need to be added, the transmission structure is more stable and not prone to damage, and therefore the overall inflation efficiency of the inflator pump is improved, and the service life is prolonged.

The utility model discloses a portable air -inflated back cushion, including host computer unit and with host computer unit connects the air bag, the air bag is flexible structure and has one air inlet, the host computer unit is the casing that upper shell and lower shell splice, the casing inside is provided with the air pump, air valve and circuit board of mutual electricity connection, the air inlet of air bag passes through the casing and is connected with the air inlet of air pump, the casing one side is provided with the button of circuit board electricity connection, can start the air pump through pressing button and carry out the air inflation of air bag and form the air -inflated back cushion. The utility model discloses the design of integrated type intelligent inflation and deflation module, not only has improved the inflation efficiency significantly, also has optimized user experience. Its efficient inflation and deflation system, the individualized air pressure regulation function and portable curl formula storage structure make this product can perform outstandingly in a variety of scenes, provide comfortable waist support and convenient use experience for the user.

This utility model discloses a high-efficiency gas cylinder filling device, relating to the field of gas cylinder filling technology. It addresses the problem in existing technologies where fixing devices are used to secure individual gas cylinders, requiring cylinder replacement after filling and subsequent filling, resulting in low filling efficiency. The device comprises a circular base with a rotatable annular rotating support seat at its upper end. A fixing ring is fixedly connected to the center of the upper surface of the annular rotating support seat. Multiple support columns are fixedly arranged in a circular array on the upper surface of the annular rotating support seat, outside the fixing ring. Each support column has a semi-circular fixing ring at its center and upper end on its outer end face. Each semi-circular fixing ring is rotatably connected to a semi-circular rotating retaining ring on its outer side. By setting up a rotatable annular rotating support seat and multiple support columns, continuous gas cylinder filling is achieved. Operators can load and unload gas cylinders at one station while simultaneously performing filling operations at another, significantly improving filling efficiency.

The application relates to an air inflation supercharging device, and relates to the technical field of air inflation devices. The air inflation supercharging device comprises a handle, a tubular structure with a bottom end closed, an air inlet hole arranged at the bottom end of the outer wall of the handle in a circumferential direction, a motor arranged in the handle and fixedly connected with the handle, a fan blade arranged in the handle and coaxially fixedly connected with the output shaft of the motor, used for discharging the gas entering through the air inlet hole from the top end of the handle, an outer cylinder fixedly connected with the top end of the handle and communicated with the handle, an inner cylinder inserted into the outer cylinder, the end of the inner cylinder fixedly connected with the outer cylinder and in a closed state, and the handle connected with the end of the outer cylinder, and an air inflation pipe fixedly connected with the start end of the outer cylinder and communicated with the outer cylinder. The application has the effects of high air inflation efficiency and good use stability.