100results about "Stationary measuring chambers" patented technology

A portable milk powder container having a metered dispensing function, which can be used for storing milk powder and dispensing milk powder in a predetermined amount. The integrated design facilitates carrying during travel, thereby meeting the requirements of device sealing, metered use and portability, and improving the convenience and use experience of the milk powder container. The product comprises a tank body and a metered dispensing apparatus, wherein the metered dispensing apparatus is evenly mounted on the tank body; the metered dispensing apparatus further comprises a discharge assembly, a metered dispensing assembly and a positioning assembly; a working cavity passes through the tank body; a threaded hole is formed on a storage apparatus; the tank body passes through the threaded hole and a sealing apparatus, so as to achieve threaded connection for metered dispensing; and a connecting end of the discharge assembly is connected to a connecting end of the metered dispensing assembly. By rotating the discharge assembly, food in the tank body enters the metered dispensing assembly, and the milk powder can be poured out of the milk powder container by opening a top cover and turning over a bottle body, thereby avoiding the problem of time and labor consuming caused by the fact that when a certain amount of food needs to be consumed, the food needs to be taken out and then weighed.

The present application relates to flow detection device technical field, especially to a spur gear liquid flow detection device, the spur gear liquid flow detection device includes: gear assembly, including meshing transmission gear piece, the end face of gear piece is provided with magnet assembly, in the non-axis position of gear piece under the rotating state, the magnetic field formed by magnet assembly has the magnetic induction intensity of change; Detection assembly is arranged correspondingly with magnet assembly, to detect the magnetic induction intensity change of gear assembly under the rotating state, to obtain the accurate rotation number and / or angle of gear piece, when the liquid pushes the gear to rotate, the magnet assembly rotates with the gear, so that the magnetic induction intensity detected by the detection assembly is changed, to accurately judge the rotation condition of the gear, avoid the occurrence of the situation of missing detection, so as to improve the accuracy and accuracy of the spur gear liquid flow detection device for liquid flow detection.

The high-pressure gear flowmeter comprises a high-pressure-resistant shell, a driving gear and a driven gear which are meshed with each other are arranged in the high-pressure-resistant shell, the top of the high-pressure-resistant shell is fixedly connected with a sealing cover through a bolt, a sealing ring is arranged between the high-pressure-resistant shell and the sealing cover, and a sealed metering cavity is formed. According to the high-pressure gear flow meter based on the rotating speed encoder and the measuring method, the bottleneck of the high-pressure flow metering technology is systematically broken through through composite sealing structure innovation and a neural network dynamic compensation algorithm in combination with a precipitation hardening stainless steel gear and an ion nitriding surface treatment process.

The utility model discloses a platform for a pipeline flow comparison test, which comprises a water supply regulation and control area positioned in the middle, and a first test area and a second test area positioned on two sides of the water supply regulation and control area, and the first test area and the second test area are respectively connected with the water supply regulation and control area in the middle. The platform for the pipeline flow comparison test can accurately test the flow of the pipeline under the condition of the same pressure, on one hand, the independent flow of two different pipelines under the condition of the same pressure can be simultaneously compared and tested, and the independent flow of the two pipelines can be compared and tested by providing the same water pressure and circulating pump gears; on the other hand, the flow of two different pipelines under the same pressure parallel connection condition can be compared and tested, and the parallel connection flow of the two pipelines is compared and tested through the same pump and the same water pressure of the two pipelines.

Microdosing system (100, 300) for dosing a quantity of fluid to be dispensed, comprising: a micropump (101) having an inlet (102) and an outlet (103) and designed to draw in the fluid (104, 105, 109) to be discharged through the inlet (102) and to discharge at least part of the fluid (104, 105, 109) from the outlet (103), a first flow sensor (106a, 106b) arranged on the inlet or outlet side, which has an opening (107a, 107b) and a flow meter (108a, 108b), wherein the flow meter (108a, 108b) is configured to determine the flow rate of the fluid (104, 105) passing through this opening (107a, 107b), and means (113, 313) for calibrating and / or interfering detection of the microdosing system (100, 300), wherein the means (113, 313) for calibrating and / or detecting disturbances of the microdosing system (100, 300) comprise a control device (302) configured to detect an actual sensor signal of the first flow sensor (106a, 106b) when the micropump (101) is inactive, and to correct subsequent sensor signals of the first flow sensor (106a, 106b) based on this in order to counteract sensor drift of the first flow sensor (106a, 106b) and to calibrate the microdosing system (100, 300).

The invention relates to a metering system (1) with a housing (2), a piezo actuator (10) located therein, a fluidic unit (15) with a valve (16), a plunger device (40) for closing the valve (16), and a transmission lever (20) for coupling the piezo actuator (10) to the plunger device (40), wherein the piezo actuator (10) is arranged substantially parallel next to the plunger device (40) in the housing (2), wherein the piezo actuator (10) extends away from the transmission lever (20) substantially in the direction of a side facing the valve (16).

The invention discloses an automatic reference volume method measurement system and method for performance assessment of a water electrolysis hydrogen production system, and relates to the field of gas flow metering and performance testing. Comprising a main gas inlet pipe, a main gas outlet pipe, a plurality of reference measurement units connected between the main gas inlet pipe and the main gas outlet pipe in parallel, an intelligent fluid switching matrix used for controlling on-off and flow direction of gas, and a controller electrically connected with the reference measurement units and the intelligent fluid switching matrix, the reference measurement units are used for collecting temperature-time sequence data and pressure-time sequence data in real time, and the controller is used for controlling the valves in the intelligent fluid switching matrix to act according to a preset time sequence, so that the plurality of reference measurement units carry out cyclic relay type geovolumetric method measurement in an assessment period. And the average flow in the assessment period is calculated according to the temperature-time sequence data and the pressure-time sequence data collected by each reference measurement unit in each cycle. According to the invention, automatic and high-precision measurement of a large-flow scene can be realized.

The powder dispenser (204) includes a funnel (236) for dispensing a dose of powder through an outlet (243), a vibrator (244) for assisting a flow of powder toward the outlet, a stopper (238), and an actuator (242). The funnel includes an upper portion (237) and a lower portion (241), and a constricted portion (240) disposed along an axis A between the upper portion and the lower portion. The stopper (238) is disposed in the constriction (240), where the constriction (240) is in contact with the stopper (238) in the natural state of the funnel (236) to hermetically insulate the upper portion (237). An actuator (242) is arranged to move one of the lower portion and the upper portion relative to the other along an axis A to open the constriction (240) relative to the stopper (238) to allow powder to flow from the upper portion (237) to the lower portion (241) and towards the outlet (243).

A volumetric metering valve (1), particularly for liquid, viscous and / or piece-containing products, which comprises: - a valve body (7), which defines inside it an intake duct (8) and a filling duct (9) which can be connected, respectively, to a storage tank (2) and to a container (3) to be filled at respective inlet (4) and filling (5) openings; - a flow control element (11), which can move through the internal ducts of the valve body (7) between an intake position, in which the inlet opening (4) is fully open and the filling opening (5) is closed, and a filling position, in which the inlet opening (4) is closed and the filling opening (5) is fully open, passing through at least one throttling position which is intermediate with respect to the intake and filling positions, in which the inlet opening (4) is closed and the filling opening (5) is only partially open; - a filling chamber (15) which communicates with the inside of the valve body (7); - a pusher piston (16), which is accommodated in the filling chamber (15) so that it can slide between a loading position, in which the pusher piston (16) is fully extracted from the filling chamber (15) so as to allow the product to flood the filling chamber (15), and a discharge position, in which the pusher piston (16) is fully accommodated in the filling chamber (15) so as to convey the product from the filling chamber (15) to the container (3), passing through a draining position, which is intermediate between the loading and discharge positions.

The invention relates to a method for metering a volume of liquid with a peristaltic pump. The invention discloses a method for metering a volume of liquid with a peristaltic pump in an analyser, wherein the analyser is designed to determine a concentration of an analyte of a sample, wherein the peristaltic pump comprises at least one rotor with at least two rollers, the method comprising the steps of determining a position of the at least one roller of the peristaltic pump, moving the rotor of the peristaltic pump to an initial position if it is not already in the initial position, and metering the volume of liquid to be delivered by moving the rotor by counting the rollers passing a reference position. The invention also discloses an analyser for implementing the method.

To allow for easier adjustment of the amount of flavor dispensed in a flavor dispenser. [Solution] A flavor dispenser for distributing a dosage of flavoring, comprising: a flavoring chamber for containing the flavoring; and a dispensing member having a dispensing volume for receiving the flavoring from the flavoring chamber, the dispensing member forming an opening to the dispensing volume from which the flavoring is received from the flavoring chamber. The reciprocating member is movable relative to the dispensing member between a closed position in which the opening is isolated from the flavoring chamber; a first open position in which the opening is partially exposed to the flavoring chamber and a certain amount of flavoring can enter the dispensing volume through the opening; and a position in which it returns to the closed position and the flavoring is distributed by the dispensing member. The first open position of the reciprocating member is adjustable, and the amount of flavoring received into the dispensing volume can be adjusted by changing the degree to which the opening is exposed to the flavoring chamber.

This invention discloses an intelligent fluid intake and output management tool, relating to the field of medical device technology. The platform includes: a fluid intake and output measurement module for real-time collection of patient intake and output data; a data transmission module for transmitting the intake and output data to a mobile management terminal; a fluid intake and output conversion module for acquiring intake and output fluid data; and a data entry module for recording the intake and output fluid data and generating a fluid intake and output report. This invention solves the technical problem of inaccurate patient fluid intake and output records in clinical nursing due to subjective confusion in measurement methods and duplicate or missed recordings. It achieves the technical effect of improving the accuracy and convenience of recording, reducing human error, and ensuring the quality of basic nursing care by automatically converting fluid data and generating standardized fluid intake and output reports.

To provide a powder dosage metering system capable of simultaneously improving the accuracy of attachment of a powder weighing module to a drive module and the accuracy of alignment with a powder weighing module drive shaft by installing the drive shaft of the drive module necessary for metering and discharging the powder dose in a horizontal direction, and by installing and removing the drive module and the powder weighing module from the horizontal direction, and by positioning the powder weighing module using the drive shaft.SOLUTION: The powder dosage metering system includes a powder weighing module 1 and a drive module 2. The powder weighing module 1 is connected to a drum drive shaft 16 of a drive module 2 installed horizontally and a convex connector 7 that is provided horizontally and parallel to this drum drive shaft 16. A shutter pusher 18 for driving a knocker 14 and a shutter 10 is also provided horizontally and parallel to the drum drive shaft 16, respectively.SELECTED DRAWING: Figure 1

Dosing unit for dosing liquids, having a fluid unit for selectively providing an overpressure and a negative pressure on a working gas, which is accommodated in a fluid channel which is connected at a first end region to the fluid unit and which includes a second end region, having a first valve unit and having a second valve unit, which are arranged spaced apart from one another along the fluid channel and are each designed for selectively blocking or releasing the fluid channel, wherein a fluid reservoir is delimited by the first and second valve units, the fluid reservoir storing a working gas. The dosing unit further includes a control unit for controlling the valve units, the fluid reservoir being assigned a pressure sensor which is designed to provide a pressure signal as a function of a working gas pressure and is electrically connected to the control unit.

Device (100) for filling tanks (1) from a canister (10) with a first adapter device (2) which is suitable for at least temporary attachment to the canister (10) and which has a feed device (4) through which a flowable medium can be directed from the canister (10) into the tank (1), wherein the device (100) has a rinsing agent connection (21) to supply a cleaning fluid to at least one component of the device (100), wherein the device (100) has a further receiving container (8) for temporarily receiving the flowable medium to be filled into the tank (1) and the device (100) has a measuring device for determining the quantity of the liquid to be filled into the tank (1), wherein the device (100) additionally has a display device (70),by means of which at least one spatial positioning of at least one component of the device (100) can be determined and in particular read, characterized by the fact that the display device (70) enables a determination of a spatial positioning of the further receiving container (8) and the display device (70) enables a determination of the spatial position with respect to at least two mutually perpendicular pivot axes, and the device (100) has a drainage device so that excess liquid is drained away in the event of overpressure.

A measurable dispenser, comprising a first vessel for containing a substance to be dispensed, a second, measurable, vessel, mounted on the first vessel, a one –way valve whereby fluid from the first vessel can be caused to move into the second vessel and retained therein virtue of the one-way valve, and wherein the second vessel is provided with one or more indicia indicating measured amounts. A child- proof locking mechanism is also disclosed.

The invention discloses an automobile hydraulic valve core flow testing device which comprises a workbench, the top of the workbench is sequentially provided with an oil tank and a hydraulic pump, the oil inlet end of the hydraulic pump is communicated with the oil tank through a pipeline, and the oil outlet end of the hydraulic pump is provided with a flow guide pipeline; the invention relates to the technical field of valve core flow testing, and the automobile hydraulic valve core flow testing device can dynamically simulate the vibration and deceleration strip passing impact working conditions in the automobile driving process through the collaborative design of a vibration mechanism and an impact mechanism, and the vibration mechanism drives a cam to rotate by means of a first motor. The impact mechanism drives double turntables to rotate through transmission of a second motor, a connecting shaft and a synchronous belt, a lifting frame and an impact block are driven by a connecting rod to complete the impact action, the lifting frame and the impact block can operate independently or in a stacked mode, and the problem that the actual working state of a valve element cannot be reflected through static testing is solved. And the test result has higher reference value.

The utility model relates to the technical field of gear flow meters, and discloses a gear flow meter damping device which comprises a gear flow meter and a damping device body arranged at the discharge end of the gear flow meter, the damping device body comprises a transition pipe communicated with a discharge pipe of the gear flow meter, and connecting rings are arranged at the two ends of the transition pipe. The transition pipe and the discharge pipe are in coupling connection through a connecting flange and a connecting ring, a peripheral vibration reduction unit is arranged at the coupling position of the transition pipe and the discharge pipe, and a vertical vibration reduction unit is further arranged below the peripheral vibration reduction unit; by arranging the peripheral vibration reduction unit, vibration at the coupling part is preliminarily buffered, and the swing amplitude is reduced; moreover, by arranging the vertical vibration reduction unit, on one hand, impact energy borne by the peripheral vibration reduction unit can be transmitted to other fixed objects, on the other hand, vertical displacement of the peripheral vibration reduction unit and the coupling position is allowed to happen to a certain degree, and therefore the buffering and vibration reduction effect in the vertical direction is further enhanced.

Disclosed is a liquid dosing bottle, including a bottle body, a bottle cap, and an air conduit arranged in an inner cavity of the bottle body, the bottle cap includes a dosing chamber, a siphon, and an air vent, a bottom plate of the dosing chamber is provided with a liquid inlet hole, and a top plate of the dosing chamber is provided with a liquid outlet; the siphon is arranged in the dosing chamber, and includes a liquid inlet tube, a liquid outlet tube, and a connecting portion of the liquid inlet tube and the liquid outlet tube, a liquid inlet end of the liquid inlet tube is positioned near the top plate of the dosing chamber, an upper end of the air vent is communicated with atmosphere, and a lower end of the air vent is positioned at a lower part of the dosing chamber.

To provide a dispenser which can be used cleanly and from which a stable amount of powder can be taken out.SOLUTION: A case 30 is provided below a storage container 20 and has a recessed portion 38. An accommodating portion 60 has a storage cylinder 63 which is movable in the recessed portion 38 by rotational force applied from a handle 50 provided outside the case 30, and into which the powder is introduced from an upper end opening 64 when moving to an introduction section, and from which the introduced powder is taken out via a lower end opening 65 when moving to a take-out position.SELECTED DRAWING: Figure 2

A system for determining the presence of fluid or air in a transparent tube in a drug preparation device is provided. [Solution] The system includes a processing circuit (PC) configured to receive a camera image of the transparent tube, where the transparent tube is positioned in front of a patterned background from the camera's perspective, whereby one or more regions of the transparent tube are depicted in the received image, each depicted region being associated with a respective refractive index of the patterned background; identify one or more of the regions of the transparent tube in the received image using image processing techniques; and determine characteristics of the contents of the transparent tube from at least one or more of the identified regions.

To provide a practical container with a measuring function.SOLUTION: A measuring tool is attached to a container, and measures, in a storage chamber, the content of a fluid or granular material stored in the storage chamber of the container in a measurement posture in which the container is inclined in a specific direction from a placement posture in which the container is placed on a horizontal surface with a bottom of the container on a lower side in a gravity direction. The measuring tool includes: a discharge passage partitioning portion that partitions a discharge passage through which the content inside the storage chamber is discharged from a discharge port to the outside of the container; and a measuring chamber partitioning portion that is provided on the opposite side of the discharge port of the discharge passage partitioning portion, communicates with the storage chamber and the discharge passage via an inflow hole and an outflow hole, respectively, and partitions a measuring chamber in which the content in the storage chamber is measured. The inflow hole is provided in the measuring chamber partitioning portion, spaced from the outflow hole, so as to be located above the outflow hole in the gravity direction in the measurement posture.SELECTED DRAWING: Figure 1

The utility model relates to the technical field of flow measuring devices, and provides a flow measuring and checking device for a fluid conveying pipeline system, which comprises a controller, a standard constant volume cavity and a water inlet header pipe, the top of the standard constant-volume cavity is communicated with a measuring water inlet pipe and a measuring water outlet pipe, the ends, close to the standard constant-volume cavity, of the measuring water inlet pipe and the measuring water outlet pipe are provided with a water inlet flow indicating switch and a water outlet flow indicating switch respectively, and the bottom of the standard constant-volume cavity is communicated with an emptying calibration pipe; the emptying calibration tube is connected with an emptying calibration valve; the water inlet header pipe is connected with a conveying pipeline, and one end, far away from the standard constant volume cavity, of the measuring water inlet pipe is connected with the water inlet header pipe through a switching valve; and the inlet water flow indication switch, the outlet water flow indication switch, the emptying calibration valve and the switching valve are all electrically connected with the controller. The device has the effects of independently measuring the flow of the conveying pipeline and checking the flow meter on the conveying pipeline.

It is described a device for determining a leakage oil amount of a main bearing (7) of a wind turbine (1), the device comprising a container (10) which is configured to collect a leakage oil from the main bearing (7). The device comprises a level measurement device (11) which is configured to continuously measure a level of the collected leakage oil in the container (10), and a determining device (12) which is configured to deter-mine the leakage oil amount of the main bearing (7) based on the measured level of the collected leakage oil in the container (10).

This invention relates to the field of sensor technology and discloses a highly integrated miniature MEMS flow-pressure composite sensor, comprising: a substrate having a flow chamber and a pressure chamber thereon; a flow deformation beam disposed on the side of the substrate facing the flow chamber, and a flow resistor disposed on the flow deformation beam; a pressure detection membrane disposed on the area of ​​the substrate facing the pressure chamber, and a pressure resistor disposed on the pressure detection membrane, the pressure resistor being configured such that a first resistance value changes when the pressure detection membrane is subjected to pressure; a protective layer fixed on the substrate; and a flow deformation element fixed on the side of the protective layer away from the substrate, the flow deformation element being configured to deflect and cause a second resistance value change in the flow resistor. The highly integrated miniature MEMS flow-pressure composite sensor disclosed in this invention features high integration, small size, and high detection accuracy, meeting the high-end application requirements of portable medical devices, micro-fluid control systems, and other applications with strict constraints on size, weight, and accuracy.

The invention discloses a volumetric flow meter, which relates to the technical field of flow measurement and comprises a metering assembly, a sensing assembly, a valve group assembly and a control and protection assembly. The metering assembly is a transparent buffer tank with the volume of 300-500 mL and provides a fixed metering volume; the sensing assembly detects liquid level changes through a PNP type liquid level sensor, and the valve set assembly comprises a high-precision proportion adjusting valve (the adjusting precision is 0.5%). The control assembly calculates flow based on fixed volume and high-precision timing, supports single-time, periodic and continuous measurement modes, can cooperatively control at most eight dosing branches to realize uniform distribution, and also can detect pipeline leakage. The protection assembly is an IP65-level outdoor control cabinet and has a low-temperature anti-freezing function. The problems that a traditional flow meter is uneven in distribution, large in small flow error, difficult to find damage and the like are solved, the measurement precision is within + / -0.5%, and the flow meter is suitable for sewage treatment, chemical agent adding and other scenes, convenient to operate and maintain and high in stability.

The invention relates to a device (10) for dispensing a powder, the device comprising: a storage container (12) which has a storage chamber for storing the powder; a movable dispensing control element (14) which, in a release position, releases the dispensing of powder from the storage chamber and, in a locking position, locks it; a drive unit (16) which is configured to move the dispensing control element; and a housing (18), wherein at least the drive unit is at least partially arranged in a housing interior (20) of the housing, wherein the housing has at least two housing parts (22) which are sealedly connected to each other at a circumferentially closed housing joint (24), and wherein the housing joint has an external sealing element (26) which abuts the housing parts in such a way that a respective contact surface between the sealing element and the housing parts is annular.

The invention discloses an engine cooling system external gas inlet flow detection method, which comprises the following steps of S1, inverting a gas collection bottle filled with water, immersing the gas collection bottle in a water storage container, and opening a gas collection bottle cover; s2, the front end of a gas guide pipe is connected with a degassing opening of a cooling system, and the tail end of the gas guide pipe is inserted into an inverted gas collection bottle opening; s3, the engine runs, when the engine runs to a preset working condition, the gas guide pipe starts to convey gas into the gas collection bottle, the initial detection time is recorded, and the engine continues to run; s4, when the volume of the gas collected in the gas collection bottle reaches a preset proportion of the volume of the gas collection bottle, taking out the gas guide pipe from a gas collection bottle opening, recording detection termination time, keeping the gas collection bottle in an inverted state in the water storage container, tightening a bottle cap, taking out the gas collection bottle from the water storage container, and measuring the volume of the collected gas; and S5, according to the gas volume and the detection time, the external gas inlet flow of the cooling system is calculated. The device has the advantages of conveniently and accurately quantifying the entering flow of external gas and the like.