27 results about "Float chamber" patented technology

A water-floating thermometer, characterized in that it comprises a translucent float chamber (1), a control board (2), a temperature measuring device (3) and a display device (4), wherein both the temperature measuring device (3) and the display device (4) are electrically connected to the control board (2); wherein the float chamber (1) comprises a mounting cover (11) and a mounting seat (12), and the top of the mounting seat (12) has a first mounting opening (121) through which the control board (2), the temperature measuring device (3) and the display device (4) are arranged inside the float chamber (1), wherein the mounting cover (11) tightly closes the first mounting opening (121) so that the float chamber (1) can float on a liquid;wherein the temperature measuring device (3) is attached to the underside of the mounting seat (12), and the underside of the mounting seat (12) and the temperature measuring device (3) are immersed in the liquid so that the temperature measuring device (3) can measure the temperature of the liquid; and wherein the display device (4) serves to display the temperature of the liquid.

The application discloses a fuel supply system and a fuel evaporation reduction balance structure thereof. The fuel supply system comprises a fuel evaporation reduction balance structure which is installed on a body of the fuel supply system and comprises a valve seat connected with a bottom end of a main oil well through a center hole of a float chamber, the float chamber is fixed on the body through the valve seat, the valve seat is provided with an oil inlet transverse hole, an oil inlet transition hole and a sealing step, and an electromagnetic valve is installed on the valve seat and located outside the float chamber to block or open a channel between the main oil well and the float chamber, the electromagnetic valve comprises a valve body and a valve needle, the valve needle is installed in the valve body, and the valve needle corresponds to the sealing step and has a blocking position and an opening position respectively. The application can reduce the amount of fuel evaporated from the main oil well and a main nozzle, thereby reducing the amount of evaporative emission, achieving corresponding emission standards and meeting the requirements of green environmental protection.

The present invention proposes a time-controlled waterway switching device, comprising a valve body, a water inlet passage, waterway A, waterway B, and a float. A float is disposed within the float chamber of the valve body. A water inlet passage is disposed on one side of the valve body, communicating with the float chamber. Waterway B is disposed at the bottom of the valve body. Valve seats A and B are disposed above and below the valve body, respectively. When water flows into the water inlet passage, water pressure presses the float against valve seat B, causing water to flow out of waterway A. When water flow stops, the float rises, sealing valve seat A, causing water to flow out of waterway B, and the float chamber slowly drains water. When the float is above the water inlet of the water inlet passage, water flows into the water inlet passage, presses the float against valve seat A, causing water to flow out of waterway B. When water flow stops, the float sinks as the liquid level in the float chamber drops, causing water to flow out of waterway B. This waterway switching device can achieve time-sequential control of two water outlets by one electrically controlled solenoid valve.

A fully automatic layer water extraction device for a reservoir, characterized in that it consists of a floating chamber gate opening and closing system, a water extraction branch line, an inlet pipe, an outlet pipe, and an outlet operating shut-off valve, that each layer extraction point is equipped with a specific floating chamber gate opening and closing system, the floating chamber gate opening and closing system consists of a floating chamber guide column and a floating chamber gate connecting rod, a limiting pin for sliding a floating chamber up and down along the column is provided at an upper end of the floating chamber guide column, the floating chamber gate connecting rod is connected to the floating chamber at an upper end and to a gate at a lower end to form an opening and closing system that can operate independently, the gate located at an outlet end,The outlet operating shut-off valve controls the opening and closing of the reservoir's water supply.

According to the safety production device for atomizing and pulverizing the high-temperature-resistant submerged pump pressurized melt through the microporous nozzle, a melt preparation and power part is composed of a smelting furnace, a melt pool and the submerged pump, a melt conveying and atomizing part is composed of a conveying pipe, a variable-diameter pressurizing pipe and a microporous nozzle atomizer, and a pressure-stabilizing safety part is composed of a pressure relief pipe, a safety floating chamber and a return pipe. A powder conveying and collecting part is composed of a powder preparing chamber, a heat exchanger, a powder collector, an air return pipe, a filter, a fan, a refrigerating machine, an air inlet pipe and a supplementary air tank. A gravity floater is installed in a safety floating chamber, after the pressure of a pressure relief pipe exceeds a set index, melt can lift the gravity floater to relieve pressure through a return pipe, and the gravity floater is reset after the pressure is normal; the device adjusts the granularity of the powder prepared by the device by adjusting the pressure of the submerged pump and the aperture of the microporous atomizing nozzle. The device solves the safety problems of overhigh pressure adjustment and continuous operation, the situation that melt is solidified in a pipeline after low temperature is generated in production is avoided, the operation of starting and stopping equipment is simple, and the particle size of powder is controllable to regulate and control.

The application discloses a carburetor intelligent control device and relates to the technical field of carburetors. The device comprises a carburetor main body, a float chamber is arranged at the bottom of the carburetor main body, a main nozzle is arranged in the middle region of the float chamber, a plunger is slidably arranged at the top end of the carburetor main body, a transmission adjusting mechanism is arranged in a device shell, a limiting assembly is arranged at the top of the device shell, a first gear is arranged on the left end surface of a first transmission shaft, a second transmission shaft is arranged below the first transmission shaft, a second gear and a third gear are arranged on the left end surface of the second transmission shaft, and a fourth gear is rotatably connected to the left end surface of the second transmission shaft. The range of the position of the oil needle is adjusted to accurately adapt to the fuel working condition of high-altitude and plain areas. Under the premise that the operation habit of a driver (the same accelerator) is not changed, the fuel supply amount is adjusted, fatigue loss is reduced, and the service life of a reset spring is prolonged.

This utility model relates to a water control valve that is easy to assemble. It mainly solves the problems of low assembly pass rate and poor reliability of existing water control valves assembled using hooks and holes. It includes a valve body (1) and a float chamber (2). The valve body (1) has a first protrusion (3) and a second protrusion (4) on its lower sides. The float chamber (2) has symmetrically positioned, open-topped locking holes (5) on its upper sides. The two locking holes (5) correspond to the first protrusion (3) and the second protrusion (4), respectively, and the first protrusion (3) and the second protrusion (4) can fit into the two locking holes (5). This utility model provides symmetrical locking holes on the side wall of the float chamber. During assembly, the first and second protrusions below the valve body are pushed into the locking holes on the float chamber, saving time and effort during assembly, resulting in a high assembly pass rate, preventing the valve body from easily detaching, and ensuring reliable connection.

This invention relates to a shock-absorbing float level gauge, comprising a float chamber, a float, a suspension rope, a lever, a torsion tube, and a sensor. The float is housed within the float chamber and suspended from the torsion tube by the lever. The float and lever are connected by the suspension rope. The sensor is located on the outer top of the float chamber. A shock-absorbing mechanism is provided at the top of the float chamber, and the lever is connected to the shock-absorbing mechanism. This invention, by incorporating a shock-absorbing mechanism at the top of the float chamber, ensures that the lever smoothly transmits its force to the torsion tube when the float experiences momentary oscillations or the force suddenly disappears under fluctuating measurement conditions. This prevents failure of the torsion tube and spindle, and extends the service life of the torsion tube or spindle.

This invention relates to the field of tire cord fabric preparation technology, and discloses a process and equipment for preparing high-strength, low-shrinkage tire cord fabric, including a preparation table. An impregnation tank is located inside the left side of the preparation table, and a linkage adjustment mechanism is installed on the front of the preparation table. This high-strength, low-shrinkage tire cord fabric preparation process and equipment utilizes the displacement of a floating block in the float chamber as the liquid level rises and falls, driving a rack to move synchronously. This, in turn, automatically adjusts the replenishment flow of the pump via gears, achieving real-time, stepless, and constant control of the adhesive level in the impregnation tank. This solves the problem of uneven impregnation or adhesive overflow and waste caused by liquid level fluctuations due to production line start-up, shutdown, and roll changing. It not only ensures the bonding strength between the cord fabric and rubber and reduces the scrap rate, but also avoids adhesive contamination of equipment and the environment, as well as the safety hazards of carbonization in a high-temperature oven, facilitating more efficient and safer operation in practice.

A float box for priming a fluid pump is provided. The float box comprises a floater inside a float chamber, and an air valve assembly that is operated by the floater. The air valve assembly comprises a valve holder that bounds a valve chamber and an insert opening towards the valve chamber, and a valve body that is inserted in the valve chamber. The valve body comprises a valve cover that closes the insert opening, and a seal holder inside the valve chamber. The seal holder has a seal chamber with an access opening where the seal chamber debouches spaced apart from the valve cover. The air valve assembly comprises a seal element with a seal channel inside the seal chamber, and a valve head that is connected with the floater to close off and release the seal channel.

This invention discloses a floating roof gap compensation sealing device for storage tanks, comprising: a tank body; an inner floating roof; and a sealing assembly extending circumferentially along the inner floating roof and disposed between the outer edge of the edge floating chamber and the tank wall. The sealing assembly includes a sliding plate, a sealing diaphragm, a pressure plate, and a force-applying elastic plate arranged sequentially from the outside to the inside. The outer side of the sliding plate presses against the tank wall and can slide up and down relative to the tank wall. A force-receiving part is provided on the sliding plate extending inward from the abutment point. The pressure plate is configured to press the sealing diaphragm outward so that the sealing diaphragm presses against the inner side of the sliding plate. The force-applying part acts on the force-receiving part and applies a torque to the force-receiving part rotating in a second rotation direction with the abutment point as the rotation center. The sealing assembly layout of this gap compensation sealing device is ingenious. The abutment point of the sliding plate is tightly pressed against the tank wall, leaving very little liquid between the outer side of the sealing diaphragm and the tank wall, preventing a large amount of liquid from evaporating and escaping. The sealing effect is good and can meet strict gap compensation requirements.

The application discloses a carburetor throttle control method and relates to the technical field of carburetor throttle control. A real-time pitch angle is acquired through an angle sensor, a theoretical displacement amount is calculated in combination with an equivalent arm length calculation theory of a float chamber structure, a horizontal height difference is determined according to a difference between a relative reference height of a main nozzle top end and a relative reference height of a static liquid level, an additional submerged liquid level displacement is obtained through comparison between the theoretical displacement amount and the horizontal height difference, and whether unilateral out-of-boundary occurs is determined in this way. When the additional submerged liquid level displacement is zero, a reference driving differential pressure is calculated. When the additional submerged liquid level displacement is greater than zero, an additional liquid level head is calculated, and a target float chamber pressure is determined. Air supplement flow is calculated based on a fixed micro-hole area, release flow is calculated in combination with the target float chamber pressure and a variable hole area, the variable hole area is solved through flow balance, and the variable hole opening degree is adjusted through a stepping motor, so that the problem that fuel mixing is enriched due to unilateral out-of-boundary of the carburetor under a continuous downhill working condition is solved.

The utility model provides an automatic switching high-altitude fuel oil supply system which comprises a body. The floater chamber is fixed on the body; the main metering hole is formed in the side of the float chamber; and the high-altitude measuring jet is locked on the side surface of the main oil well of the body. The automatic switching high-altitude fuel oil supply system not only can meet the requirements of performance, emission and the like of an engine in a plain area, but also can meet the requirements of performance, emission and the like of the engine in a plateau area.

The utility model discloses a safety warning device for water traffic relates to water traffic technical field, including warning device body, the bottom of warning device body is provided with the float chamber, the top of warning device body is provided with warning light, the surface of float chamber is provided with installation and dismounting mechanism, the installation and dismounting mechanism includes the disc of setting at the surface of float chamber, the disc inside is provided with the docking rod of extending to the outside. The utility model discloses through pulling the pull rod can drive the moving rod to extrude the spring, then will the connecting plate drive the docking rod and insert the inside of disc, again loosens the pull rod, through the reset effect of spring, can make the moving rod and docking rod lock tightly, so that the connecting plate can be installed on the outside of float chamber fast, the connecting plate that sets up can effectively block the branch or garbage of the impact of float chamber, avoid direct contact safety warning device, reduce the phenomenon that the inside circuit loosens short circuit caused by direct impact simultaneously.

An exhaust valve assembly is provided that includes a housing having a float chamber. The exhaust valve assembly further includes a float assembly having a movable float movable along a longitudinal axis and a plate assembly having a first side facing the float assembly. The float includes a float guide structure that is operatively engaged with a plate guide structure disposed on the plate assembly. The guide structures constrain or guide movement of the float along the longitudinal axis.

The utility model discloses an airtight detection device for a buoyancy tank. The airtight detection device comprises a water tank filled with water; a base; the support is located on the side portion of the water tank and fixed to the base; the driver is fixed with the bracket; the pressing assembly is driven by the driver to apply pressure to the buoyancy tank to enable the buoyancy tank to be submerged into water in the water tank, and the pressing assembly is connected with the driver; the air supply assembly is used for being connected with the buoyancy tank and inputting air into an inner cavity of the buoyancy tank. According to the utility model, airtightness detection can be carried out on the welded buoyancy tank.

An apparatus and method are provided for a fuel bowl to supply liquid fuel to a carburetor. The fuel bowl comprises a float chamber and a fuel inlet cavity which receives a fuel delivery insert. The fuel delivery insert receives a fuel inlet valve and comprises passages to direct incoming fuel to a bottom portion of the float chamber. A float comprises an elongate member rotatably hinged within a float cavity of the fuel delivery insert, such that the float rises according to a quantity of fuel within the float chamber. The fuel inlet valve supplies liquid fuel to the float chamber by way of the passages according to the operation of the float within the float chamber. A ventilation chamber allows air and fuel vapors to exit as liquid fuel enters the float chamber while preventing liquid fuel from entering into the carburetor.

The invention discloses a carburetor throttle control method, which relates to the technical field of carburetor throttle control, and comprises the following steps of: acquiring a real-time pitch angle through an angle sensor, calculating a theoretical displacement by combining an equivalent arm length of a floater chamber structure, and determining a horizontal height difference according to a difference value between a relative reference height of the top end of a main spray pipe and a relative reference height of a static liquid level; the additional immersion liquid level displacement is obtained by comparing the theoretical displacement with the horizontal height difference, so that whether unilateral crossing occurs or not is judged; when the displacement of the additional immersion liquid level is zero, reference driving differential pressure is calculated; when the extra immersion liquid level displacement is larger than zero, an extra liquid level head is calculated, and then the target floater chamber pressure is determined; the air supply flow is calculated based on the fixed micropore area, the discharge flow is calculated in combination with the target floater chamber pressure and the variable hole area, the variable hole area is solved through flow balance, the opening degree of the variable hole is adjusted through the stepping motor, and the problem of fuel oil mixing enrichment caused by single-side boundary crossing of the carburetor under the continuous downhill working condition is solved.

This invention provides a mechanism for efficiently discharging refrigerant gas leaked from the heat exchanger of a heat pump into the hot water circulation path to the outdoors, regardless of the amount of refrigerant gas leaked. [Solution] A pressure relief valve comprising a valve mechanism that opens when the pressure inside the fluid path becomes high and an open-holding mechanism that holds the valve mechanism in the open state after opening; a gas-liquid separation device comprising a raw water storage chamber, a float chamber communicating with the raw water storage chamber, and a float valve disposed in the float chamber; and a flow path connecting the two. The aforementioned flow path is the raw water storage chamber of the gas-liquid separation device, and the gas-liquid separation device and the pressure relief valve are integrated. ru.

1. Name of the designed product: floating cabin. 2. Use of the designed product: auxiliary equipment for medical rehabilitation, improving human balance through physical adjustment. 3. Design points of the designed product: in shape. 4. Picture or photo that best indicates the design points: perspective view.

Provided is a downhole tool and a well system. The downhole tool, in one aspect, includes a tubular providing one or more production fluid flow paths for a production fluid. The downhole tool, according to this aspect, further includes one or more float chambers located within the tubular, and two or more floats located within the one or more float chambers. In one aspect, a first of the two or more floats has a first density (ρ1) between a density of gas (ρg) and a density of oil (ρo), and a second of the two or more floats has a second density (ρ2) between the density of oil (ρo) and a density of water (ρw). The downhole tool, according to this aspect, further includes two or more non-contact proximity sensors configured to sense a radial location of the two or more floats to determine a gas:oil ratio and oil:water ratio.

The utility model discloses a flexible floating disc structure which comprises a rubber sealing gasket, the inner surface of the rubber sealing gasket is fixedly connected with a containing box, the inner surface of the containing box is fixedly connected with a positioning block, the upper surface of the positioning block is fixedly connected with an inserting rod, the inner surface of the containing box is provided with a floating box, and the floating box is fixedly connected with the rubber sealing gasket. An insertion groove is formed in the lower surface of the buoyancy tank; the upper surface of the rubber sealing gasket is fixedly connected with a fixing plate, the outer surface of the fixing plate is fixedly connected with a first spring, and the other end of the first spring is fixedly connected with an air bag. Through the components, the floating disc can float on the oil surface, is tightly attached to an oil body and ascends and descends along with ascending and descending of oil in the oil storage tank, the sealing performance is high, and consumption is low; the buoyancy tank is convenient to disassemble and maintain, and is convenient to replace with a new buoyancy tank.

The utility model relates to a carburettor and engine which can be placed laterally and vertically, comprising a carburettor body, the carburettor body comprises a float chamber and a main oil well, the carburettor body is provided with an air inlet chamber and a main air quantity hole, the float chamber is communicated with the oil inlet of the main oil well, the oil outlet of the main oil well is communicated with the air inlet chamber, the front end of the air inlet chamber is provided with the main air quantity hole, the main air quantity hole is communicated with the air inlet of the main oil well and is located at the left side of the air inlet chamber, so that the position of the main air quantity hole in the carburettor body placed laterally and vertically is higher than the oil level in the float chamber. The above technical scheme utilizes the principle of gravity, and sets the main air quantity hole at the left side of the air inlet chamber. When the carburettor is placed laterally and vertically with the engine, the main air quantity hole is located at the upper part of the carburettor body, and its position is always higher than the oil level in the float chamber. The structure is simple, and the risk of fuel leakage from the main air quantity hole is eliminated, ensuring the reliability of the next engine start.

The utility model belongs to the technical field of water tank control, and discloses a water tank intelligent water inlet controller which comprises a water outlet pipe, a hollow connecting device is installed on the side wall of the water outlet pipe, a water inlet pipe is installed on the side wall, away from the water outlet pipe, of the connecting device, and a connector is installed on the side wall, away from the connecting device, of the water inlet pipe. A partition plate is fixedly arranged on the inner wall of the connecting device, two sealing plates are symmetrically arranged on the upper surface of the partition plate, a sealing chamber is arranged above the partition plate, a floating ball chamber is arranged below the partition plate, the water outlet pipe and the water inlet pipe are located above the partition plate, a through hole is formed in the inner top wall of the connecting device in a penetrating mode, and a floating ball is installed in the floating ball chamber. A mounting plate is fixedly mounted at the upper end of the floating ball, a sealing gasket is arranged on the two sealing plates in a sliding mode, an exhaust hole is formed in the upper surface of the partition plate in a penetrating mode, a sealing block is fixedly arranged on the upper surface of the mounting plate, and the sealing block is matched with the exhaust hole. The method has the effect.

A float box for priming a fluid pump is provided. The float box comprises a floater inside a float chamber, and an air valve assembly that is operated by the floater. The air valve assembly comprises a valve holder that bounds a valve chamber and an insert opening towards the valve chamber, and a valve body that is inserted in the valve chamber. The valve body comprises a valve cover that closes the insert opening, and a seal holder inside the valve chamber. The seal holder has a seal chamber with an access opening where the seal chamber debouches spaced apart from the valve cover. The air valve assembly comprises a seal element with a seal channel inside the seal chamber, and a valve head that is connected with the floater to close off and release the seal channel.

A scum removal device, configured to placed inside water. The scum removal device includes a scum removal body and a floating assembly. The scum removal body includes a housing and a filter structure, the housing defines a filtering chamber therein, and the housing has an inlet port and an outlet port, the inlet port and the outlet port respectively communicates with the filtering chamber, and the filter structure is arranged in the filtering chamber; the floating assembly is arranged on the housing, the floating assembly defines a floating chamber, and the floating chamber is configured to enable the housing to float in the water; when the housing floats in the water, at least a portion of the inlet port is positioned below a water surface of the water.

The utility model discloses a kind of leak-proof carburettors, including carburettor main body, float chamber and balance hole, storage oil way is opened in the interior of carburettor main body, balance hole is communicated with float chamber by storage oil way and balance hole is located the high point of storage oil way, the storage oil way has the oil inlet of communicating float chamber, when: the fuel level of oil inlet in float chamber or below, storage oil way enters fuel and stores, or, the fuel level of oil inlet in float chamber above;The utility model ensures that fuel cannot flow out by balance hole, play fuel saving, prevent environmental pollution and security risk, improve engine safety, at the same time, storage oil way is opened in the interior of carburettor main body, the volume of carburettor whole does not change, compared with the leak-proof carburettor of additional anti-tipping valve or additional fuel container of external communication outside balance hole, the assembly space required is smaller, convenient assembly.